A slider for a concealed slide fastener includes: a lower blade; a pair of left and right rails erected along side edges of the lower blade in a left-right direction; left and right flanges extending in a direction in which the left and right flanges approach each other from upper ends of the pair of left and right rails; a guide column erected on the lower blade; and an attachment column provided above the guide column. A front end portion of each of the flanges is located forward with respect to a front end portion of each of the rails. A start point of a flange inner-front curved portion is located behind the front end portion of each of the rails.
Fastener stringer includes: a fastener tape; a fastener element arranged on a side edge portion of the fastener tape; and a covering member made of soft material and covering the fastener tape, the covering member comprising a sealing portion positioned on an opposite side of the fastener element with respect to the fastener tape in a thickness direction of the fastener tape. The covering member includes a flexible core sheet extending in a longitudinal direction of the fastener stringer. The core sheet is embedded in the soft material such that one surface of the core sheet is at least partially exposed or both surfaces of the core sheet are not exposed.
Accouterment includes one or more accouterment components, and male and female parts secured onto separate locations of the one or more accouterment components, the male and female parts being engageable with one another so as to allow the accouterment to be kept fitted around a portion of human body, and a relative position between the male and female parts being adjustable to allow adjustment of a pressure applied from the accouterment to the portion of the human body when the male and female parts are engaged. The male part includes a first base layer, and a multiplicity of male engagement elements including male engagement elements arranged one-dimensionally or two-dimensionally on a main surface of the first base layer, each of the male engagement elements including a stem that stands on the main surface of the first base layer, and one single protrusion.
In a surface fastener (1) according to the present invention, engagement elements (20) each have a stem part (21) and a hook part (30) comprising a first hook part (31) and a second hook part (32). The first hook part (31) and the second hook part (32) each have an arc-shaped upper curved surface (33a). An arc-shaped valley part (36) is provided between the first hook part (31) and the second hook part (32). A line that connects the center of the arc of the upper curved surface (33a) and the center of the arc of the valley part (36) is defined as an upper inclined line (Lu). The circumference including the upper curved surface (33a) is defined as a hook circumference (P). A straight line passing through the center of the arc of the valley part (36) is defined as a reference perpendicular line (Lv). The inclination angle (θ) of the upper inclined line (Lu) with respect to the reference perpendicular line (Lv) is 55° or more and 90° or less. The hook circumference (P) contacts the reference perpendicular line (Lv) at one point or intersects the reference perpendicular line (Lv) at two points. Consequently, it is possible to limit the occurrence of deformation of the hook part (30) during molding of the engagement elements (20).
A connector (1) integrally has a main body part (2), an opening/closing part (3), and an elastic deformation part (4). The opening/closing part (3) is provided with: a first hooked part (311) which is hooked onto one end part (21) of the main body part (2) in a closing direction (A2 direction) at an opening/closing position (P1) for closing an opening (11) and in which the hooking state is released when moving in an opening direction (A1 direction); and an insertion-connection part (321) into which the other end part (22) of the main body part (2) is inserted so as to allow the opening/closing movement of the opening/closing part (3). In the insertion-connection part (321) a second hooked part (323) is formed which is hooked onto the other end part (22) of the main body part (2) in the closing direction (A2 direction) at the opening/closing position (P1) and in which the hooking state is released upon movement in the opening direction (A1 direction).
This slide fastener includes: a pair of element rows 4 adjacent to each other in a width direction; a reverse opening tool 10 composed of a pair of rod members 5a, 5b arranged separately on a rear side with respect to the pair of element rows; a pair of string members for separately fixing the pair of element rows and the pair of rod members at the same positions in the width direction; and a pair of sliders 8A, 8B. The rod member includes a rod body 50a, 50b fixed to the string member, a fin 60a, 60b protruding to the outside in the width direction from the rod body and on which fabric 7 is placed, and a tooth row 80A, 80B composed of three or more teeth 81a-, 81b-, protruding inward in the width direction from the rod body and longitudinally spaced from each other. When sewing the fabric, a gear for conveying the element row meshes with an inner part in the width direction of the element row and the teeth of the tooth row. In the tooth row, the amount of protrusion inward in the width direction with respect to the string member becomes smaller as the teeth are positioned rearward. Due to the shape of the tooth row, a connection column of the slider at the rear hardly hits the tooth row, and the operability is improved.
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
A stop according to the present invention is fixed to a string member 3. The stop comprises a guide body part 60 that guides a slider 2 back and forth, and a stop body part 50 that stops forward movement of the slider. The guide body part comprises passing grooves 61, 65 on an upper surface or a lower surface. The passing grooves enable a flange 26 of the slider to pass in the width direction when the slider is attached to an element row 4. The stop body part comprises a stopper part 5c that collides with the slider on an upper surface or a lower surface. The stop has, formed on the inside in the width direction, three or more teeth t1 to t3 that mesh with a conveying gear (G) when sewing a fabric S, whereby the front and rear lengths are increased, the stopper part is made to collide easily with the slider on a front surface, and durability is improved. A sewing thread groove 5h passing through in the width direction is provided on the upper surface or the lower surface of a boundary part between the guide body part and the stop body part. The stop can be sewn to the fabric through the sewing thread groove.
A string stopper (1) comprises: a case member (3) having a side wall part (31) extending along an axial direction and an opening part (32) that opens to one side in the axial direction; and a hooking member (4) onto which string ends (2A, 2B) are hooked and which is inserted via the opening part (32) into a cylindrical part (31). The hooking member (4) is provided with: a head part (41) that is exposed via the opening part (32) to the outside of the case member (3); a trunk part (42) that extends from the head part (41) along the axial direction inside the case member (3); and a string insertion hole (43) that penetrates the trunk part (42) in a first radial direction orthogonal to the axial direction. The trunk part (42) has a first string support section (47) and a second string support section (48) that are arranged on the side opposite to the head part (41) side with respect to the string insertion hole (43) and that face mutually opposite sides in the first radial direction. The first string support section (47) and the second string support section (48) each form, together with the side wall part (31), a string space (S1, S2) in which the string ends (2A, 2B) are arranged.
The present invention relates to a slide fastener in which a cord (3) is used to fix an element row (4). More specifically, the present invention relates to a reverse opening tool (10) for a slide fastener, with which it is possible to extract an insert rod (5a) serving as a rod member if a pair of sliders (8) accommodates the insert rod (5a) and a box rod (5b) serving as another rod member. Each rod member comprises: a rod body (50a, 50b) that is fixed to the rear end of a cord member and that can be accommodated in the sliders; a fin (60a, 60b) that projects outward in the width direction of the rod body and on which a fabric is placed; and a fabric guide (70a, 70b) that guides an edge of the fabric. Each fabric guide protrudes from the top surface of the respective fin to a position lower than the top surface of the respective rod body at an inner side portion in the width direction of the fin. As a result, if the fabric is to be sewn along the element row, the edges of the fabric are aligned with the side surfaces of the fabric guides in the width direction such that the fabric can be placed on the fins, is separated from the rod bodies, and is easily placed on the fins.
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
A cover member includes a longitudinally extending fastener and covers a mechanical element component, including a wall having the fastener arranged thereon and forming a space for accommodating the mechanical element component. The fastener includes a right side element extending along the longitudinal direction, a left side element extending in the longitudinal direction along and engageable with the right, a front slider attached to the elements, and a rear slider attached to the elements and spaced apart from the front slider. During movement of the front and rear sliders, the sliders each disengage the elements from each other while moving in a direction opposite to a side where the other slider is located, and engage the elements with each other while the slider moves in a direction toward the side where the other slider is located. The wall has a hook and loop fastener provided thereon.
A cord stopper (1) comprises: a socket (11) that has a socket body part (20) which has a front surface part (21) and a back surface part (22) and through which an insertion port (10) is formed and a socket-side connection rod (30) which is continuous with the socket body part (20); and a plug (12) that has a plug body part (40) which is inserted through the insertion port (10) so as to be movable in the insertion direction (X-axis direction) toward the socket (11) and which holds a string body (2) between the plug body part (40) and the socket body part (20) and a plug-side connection rod (50) which is continuous with the plug body part (40), wherein the socket-side connection rod (30) and the plug-side connection rod (50) are disposed at positions on the back surface side with respect to the position of the insertion port (10) in the front-back direction (Z-axis direction) that is orthogonal to the insertion direction.
DAINICHISEIKA COLOR & CHEMICALS MFG. CO., LTD. (Japan)
Inventor
Ogyu, Takayuki
Kosaka, Tomoya
Negishi, Mitsuaki
Itai, Shinya
Okuizumi, Kanna
Oura, Toru
Sasaki, Kazuya
Abstract
The present invention is related to a fastener tape (10) including a base fabric (11) having a first surface (10a) and a second surface (11b), and a water-stop film (12) attached to at least one of the first surface (10a) and the second surface (11b) of the base fabric (11). The water-stop film (12) has a laminated structure consisting of a skin layer (14) consisting of a polyurethane film, and an adhesive layer (13) made of a cured polyurethane adhesive provided between the skin layer (14) and the base fabric (11). The polyurethane adhesive is derived from a polyurethane resin dissolved in a solvent containing dimethyl carbonate and propyl acetate. A slide fastener (1) according to the present invention includes the fastener tape (10).
A44B 19/32 - Means for making slide fasteners gas- or watertight
B32B 5/02 - Layered products characterised by the non-homogeneity or physical structure of a layer characterised by structural features of a layer comprising fibres or filaments
B32B 27/12 - Layered products essentially comprising synthetic resin next to a fibrous or filamentary layer
There is provided a stainless alloy fastener element. The fastener element is a stainless alloy fastener element after being ground by barrel grinding. The fastener element includes a head portion, a pair of leg portions, and an intermediate portion between the head portion and the leg portions. Among black spots of organic matter observed in a backscattered electron (BSE) image of a scanning electron microscope (SEM) image of a side surface of the fastener element, the number of the black spots of the organic matter having a part with a length of 10 μm or more is less than nine in a head portion side surface upper half region or less than nine in an intermediate portion side surface upper half region.
Fastener stringer includes: a fastener tape; a fastener element arranged on a side edge portion of the fastener tape; and a covering member made of soft material and covering the fastener tape, the covering member comprising a sealing portion positioned on an opposite side of the fastener element with respect to the fastener tape in a thickness direction of the fastener tape. The covering member includes a flexible core sheet extending in a longitudinal direction of the fastener stringer. The core sheet is embedded in the soft material such that one surface of the core sheet is at least partially exposed or both surfaces of the core sheet are not exposed.
Regarding a fastener (10) for a hidden slide fastener (1), a male member (11) has a protrusion (71) protruding in the front-back direction, and a front cover (62) of a female member (12) has a blocking surface (72) that prevents the protrusion (71) from being displaced in a direction away from a fastener tape (5) in a state in which insertion of a first rod part (11b) into at least an accommodation groove (61g) is completed.
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
An opening implement (60) of this slide fastener (10) comprises: a box body (61) that is disposed at one end in the length direction of a fastener tape of one fastener element row (30A), and that has a front surface (63), a rear surface (64), and a pair of side surfaces (65, 66); and a box rod (62) that is fixed to the box body (61) and is provided so as to protrude forward from one side in the width direction of the box body (61). The box body (61) includes: an attachment part (67) that is provided on one side in the width direction and to which one fastener tape (20A) is attached; and a holding part (80, 80A) that is provided on the other side in the width direction and is able to hold one end part of the other fastener element row (30B). The holding part (80, 80A) has a locking piece (90) that protrudes from the front surface side to the rear surface side; and a stop wall (91) that faces the locking piece (90) with an interval therebetween in the length direction of the fastener tape. An engagement head part (31a) of an end part fastener element (31E) positioned at the tip of one end part of the other fastener element row (30B) can be held between the locking piece (90) and the stop wall (91).
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
A44B 19/04 - Stringers arranged edge-to-edge when fastened
A44B 19/36 - Means for permanently uniting the stringers at the endMeans for stopping movement of slider at the end
A surface fastener includes a base part and a plurality of engaging elements formed integrally with the base part. A lower half part of the stem portion has a first shape in which an outer surface is formed straightly or substantially straightly on viewing the engagement element from the machining direction, and the lower half part has a second shape including a part where an outer surface is curved toward the surface of the base part on viewing engagement element from the cross direction. Thus, the surface fastener has a structure and/or characteristic that is different between the machining direction and the cross direction.
In a slide fastener (5) with a stopper, a plurality of elements (40) include: a meshing element (40A) that meshes elements (40) of a left-right pair of element members (10) together; and an accommodated element (40B) at least partially accommodated inside the stopper (70). The stopper (70) has a front-side member (71) and a back-side member (81) that sandwich the accommodated element (40B). One among the front-side member (71) and the back-side member (81) is provided with a stud (73), and the other has a hole part (83) into which the stud (73) is inserted. The front-side member (71) and the back-side member (81) are fixed to each other by the stud (73) which is inserted into the hole part (83) and an insertion hole (51) formed in the accommodated element (40B) or an insertion hole (51A) formed by an adjacent accommodated element.
An opening implement (60) of a slide fastener (10) is provided with a box body (61), a box pin (62), and an insertion pin (90). The box body (61) includes: an attachment section (67) which is provided on one side in the width direction and to which one fastener tape (20A) is attached; and an insertion section (80) which is provided on the other side in the width direction and in which is formed an insertion space section (81) into which the insertion pin (90) is inserted. A spacer part (S1) disposed on the tape-side edge section in a state in which fastener element rows (30A, 30B) are not provided and a core string (32) is exposed forms, between the insertion pin (90) and an end fastener element (31E) located at the tip of one end of the other fastener element row (30B), at least one pitch (P) of adjacent fastener elements (31).
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
24.
SLIDE FASTENER AND METHOD FOR MANUFACTURING STRINGER FOR SLIDE FASTENER
A slide fastener includes: a pair of stringers; and a slider. The pair of stringers include: a pair of tapes, a pair of element rows each including a plurality of elements, and an opener. At least one element row includes the elements of a plurality of types, and is classified into a neighboring class, and a remote class. Regarding an impact to be applied to the elements and the stop claw which collide inside the slider when a force for pulling out one of the element rows from the slider is applied to the one element row, the elements forming the remote class include strong elements of a type configured to strengthen the impact more than the elements forming the neighboring class. All of the elements forming the neighboring class are weak elements of a type configured to weaken the impact more than the strong elements.
A44B 19/02 - Slide fasteners with a series of separate interlocking members secured to each stringer tape
A44B 19/30 - Sliders with means for locking in position
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
B29C 45/14 - Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mouldApparatus therefor incorporating preformed parts or layers, e.g. injection moulding around inserts or for coating articles
A pull tab (30) comprises: an opening (31) that penetrates the pull tab (30) and is used for attaching the pull tab (30) to a pull tab attachment part (20); a shaft part (33) that is formed at the end of the pull tab (30) so as to be adjacent to the opening (31) and that is attached to a pull tab attachment hole (21) of the pull tab attachment part (20); and a rib (40) that is formed from an outer peripheral edge of at least one of the front surface and rear surface of the pull tab (30) toward the front-rear direction of the pull tab (30). The front-rear direction dimension (L1) in a portion of the pull tab (30) in which the rib (40) is provided is greater than the front-rear direction dimension (L2) between a front-side flange (12) and a rear-side flange (17), and the rib (40) has extension parts (43) extending inward in the width direction from a portion facing the opening (31) in the width direction.
Provided is a buckle enabling attaching and detaching of a plug 12 and a socket 14 in a wide variety of directions, thereby providing flexible operability. The plug 12 includes a pair of leg parts 16 projecting in one direction, and the pair of leg parts 16 has engaging elements that detachably engage with the socket 14. The socket 14 is provided with a plate-like mounting plate part 42, and the mounting plate part 42 is provided with receiving elements 46, 52 with which the engaging elements 22, 25 of the plug detachably engage. When the plug 12 is brought closer to the socket 14 in a range between the Y direction and the Z direction, the engaging elements 22, 25 and the receiving elements 46, 52 are guided by a part of the socket 14 and the elastic deformation of the pair of leg parts 16 increases. Upon arrival at the engaging position, the elastic deformation of the pair of leg parts 16 is restored, whereby the engaging elements 22, 25 and the receiving elements 46, 52 are engaged. When the pair of leg parts 16 are pressed and elastically deformed to approach each other, the engagement is released, making removal possible.
Provided is a fastener that is unlikely to get caught on clothes or the like, enhances resistance generated during actions of engagement and disengagement between a hook and an eye, and enables a user to easily recognize that the engagement has correctly been performed. The fastener according to the present invention comprises: a metal hook 10; and a metal eye 20 with which the hook 10 is engaged and disengaged. The hook 10 includes: a hook part 11 having a U-shaped cross section; a plate-like part 12 extending from the hook part 11; and a first projection part 13 seamlessly continuing from the hook 10 in the whole circumference thereof. The eye 20 includes a second projection part 23 seamlessly continuing from the eye 20 in the whole circumference thereof. The first projection part 13 and the second projection part 23 come into contact with each other during actions of engagement and disengagement of the hook 10 with and from the eye 20.
A slider includes: a body; a pull tab; and a cover body. In a section orthogonal to a front-rear direction, at least a part of a gap between an abutting portion and a first abutted portion is smaller than a gap between a lower surface of an upper wall portion and a first facing wall upper surface portion, and at least a part of a gap between the abutting portion and a second abutted portion is smaller than a gap between the lower surface of the upper wall portion and a second facing wall upper surface portion.
A fastener element (21) for a metal slide fastener comprises: an interlocking head (30); and a first half (32) and a second half (33) that branch and extend from the interlocking head (30). The surfaces of the first half (32) and the second half (33) facing each other are provided with holding grooves (39) formed along the width direction of the fastener element. The branching of the first half (32) and the second half (33) is more toward the interlocking head than are the holding grooves (39a, 39b). As a result, it is possible to attach new fastener elements to missing fastener element sections at low cost and in a short time without sending the slide fastener to a repair shop, and also possible to achieve a satisfactory outer appearance.
Provided is a fastening device including: a cover; a reel; and a base, in which the cover includes a flat portion, a first cover-side protruding portion, the reel includes a first reel-side flange portion, a first reel-side cylindrical portion, and a second reel-side flange portion, the base includes a base-side flange portion, a base-side protruding portion, and a claw, the reel is located on an inner peripheral side of the base-side protruding portion, the first cover-side protruding portion is located on the inner peripheral side of the base-side protruding portion and an outer peripheral side of the first reel-side flange portion, the ratchet gear and the claw are configured to engage with each other, and the first cover-side lock portion and a first reel-side lock portion are configured to engage with each other.
A clip (1) comprises: a holding part (2) in which an insertion space (S), through which a cable (8) is inserted, and a slit (SL) are formed, and that has a pair of open end parts (23A, 23B) facing each other, with the slit (SL) therebetween; a pair of base parts (3A, 3B) that are connected to the pair of open end parts (23A, 23B) and extend in a direction separating from each other along the width direction of the slit (SL); and a pair of protrusions (4A, 4B) that protrude on the opposite side from the holding part (2) side from the pair of base parts (3A, 3B) and that are inserted into an attachment target (9) in a state of being separate from each other in the width direction of the slit (SL).
F16B 2/10 - Clamps, i.e. with gripping action effected by positive means other than the inherent resistance to deformation of the material of the fastening external, i.e. with contracting action using pivoting jaws
34.
FASTENER TAPE, SLIDE FASTENER PROVIDED WITH SAID FASTENER TAPE, AND METHOD FOR PRODUCING FASTENER TAPE
This fastener tape (10) is provided with base fabrics (11, 32) and water cut-off films (12, 33) attached to at least one surface of the base fabrics (11, 32). The water cut-off films (12, 33) have a stack structure comprising: a surface layer (13) comprising a film using an aqueous polyurethane produced by an acetone method as a raw material; and an adhesive layer (14) being adjacent to the surface layer (13) and comprising a cured product of an adhesive containing an aqueous polyurethane produced by the acetone method.
A surface covering material fixing tool (40) has a chuck part (50) for locking a surface covering material (30), and a locking part (60) locked to a locking hole (11) formed in a plate (10). The locking part (60) has an insertion part (61), a step part (62), and an operation part (63) for operating elastic deformation of the insertion part (61). When the insertion part (61) is inserted into the locking hole (11), the chuck part (50) provided on one end side of the insertion part (61) and the operation part (63) provided on the other end side of the insertion part (61) are arranged on a rear surface (10b) of the plate (10).
An attachment cover (40) of a slider (1) is flexible enough to allow elastic deformation of the attachment cover (40) which occurs in conjuction with an increase or decrease in the interval between first and second leg sections (41, 42), so as to enable the attachment cover (40) to be snap-attached to an attachment-receiving section (5) of a slider body (10). Additionally, the attachment cover (40) has at least one contact protrusion (60) that, during a condition in which the attachment cover (40) is attached to the attachment-receiving section (5) of the slider body (10), is in contact with a tab member (30) and forms a support point for elastic deformation of the tab member (30).
A connector (1) integrally has a body part (2) that forms an accommodation space (10) through which a to-be-connected body passes and an opening (11) that communicates with the accommodation space (10), an opening/closing part (3) that opens and closes the opening (11), and an elastic deformation part (4) that connects the body part (2) and the opening/closing part (3) so that the opening/closing part (3) can be opened and closed, wherein: the length dimension following the elastic deformation part (4) is smaller than the length dimension following the opening/closing part (3); and the elastic deformation part (4) has a standing part (41) that protrudes outward from the body part (2) so as to separate from the accommodation space (10), and a continuation part (42) that is bent from the standing part (41) and extends toward the opening/closing-part (3) side.
This cord stopper (10) comprises: a socket (20) having a hollow part (21) in which first through-holes (25) are respectively open on side surfaces facing each other in the longitudinal direction; a head part (31) for pressing; a pair of support pieces (32) that extend downward from the head part (31) and respectively have second through-holes (33) facing the first through-holes (25); and a pair of elastic leg pieces (40) that extend downward from the head part (31) and are provided on both sides in the width direction between the pair of support pieces (32). The cord stopper (10) has a plug (30) inserted into the socket (20) from above and formed to be slidable inside the hollow part (21). The hollow part (21) of the socket (20) has a curved bottom surface (23) that forms the deepest part (23a) of the center part in the width direction. Respective elastically deformable parts (41) of the pair of elastic leg pieces (40) are formed at different positions in the longitudinal direction so that at least tip parts (41a) are positioned spaced apart from each other in the longitudinal direction when viewed from the width direction.
A clip (1) is provided with a head part (10) that includes a holding part (2) that holds a holding target (8), and a protrusion (3) that protrudes from the head part (10) in a protruding direction. A portion of the head part (10) serves as a rotational axis (C) in a direction intersecting the protruding direction, and the protrusion (3) has a blade part (31) that cuts into an attachment target as a result of being subjected to the rotational moment around the rotational axis (C).
F16B 2/22 - Clips, i.e. with gripping action effected solely by the inherent resistance to deformation of the material of the fastening of resilient material, e.g. rubbery material
A stopper (15) includes: a first member (11) including a first base part (6a) and a first insertion part (7a) that is inserted into a slider (5); and a second member (12) including a second base part (6b) that can be magnetically attached to the first base part (6a) and a second insertion part (7b) that is inserted into the slider (5) from the side thereof in accordance with the magnetic attachment of the first and second base parts (6a, 6b). In synchronization with the establishment of a set state in which the insertion of the first and second insertion parts (7a, 7b) into the slider (5) is completed and the slider (5) can be moved forward, the first and second base parts (6a, 6b) can be brought into contact with each other at least at one location so as to prevent displacement of the second insertion part (7b) toward the side opposite from the direction in which the second insertion part (7b) is inserted into the slider (5).
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
41.
SLIDER FOR SLIDE FASTENER AND METHOD FOR MANUFACTURING SAME
A mounting part (5) and a mountable cover (40) can be engaged with each other such that the mountable cover (40) is mounted to the mounting part (5) in order of at least a first mounting state and a second mounting state so that a space (50) between a slider body (10) and the mountable cover (40) can decrease stepwise in the vertical direction. In the first mounting state, the entirety of a claw member (30) can be displaced in the vertical direction in the space (50) between the slider body (10) and the mountable cover (40).
A slider includes: a slider body that guides elements in a front-rear direction; a pull tab holder that holds a shaft of a pull tab; and a closure member attached to the pull tab holder. The pull tab holder includes: a first end portion extending from the slider body; a body that defines a shaft-holding space with the slider body in which the shaft is disposed; and a second end portion that defines an insertion gap into which the shaft is insertable. The body includes a through hole penetrating through the body in the up-down direction; and a pair of side walls facing each other in the right-left direction across the through hole. The closure member includes: a base provided between the pair of side walls; and a first leg fitted to the insertion gap from a side of the shaft-holding space.
The present invention provides a connecting implement of greater compactness and performance capable of connecting and releasing components easily, and a connecting structure for connecting members to each other using the connecting implement. A connection implement (10, 60) comprising a plug member (11, 61) and a socket member (31, 81), the plug member (11, 61) and the socket member (31, 81) being connected due to protrusions (14A, 14B, 64) of the plug member (11, 61) being inserted into recesses (34A, 34B, 84) of the socket member (31, 81), and subsequently slid in a direction substantially orthogonal to the insertion direction, wherein unshielded plug openings (15A, 15B, 65) are formed in the insertion direction from plug-side bottom surface plate parts (22A, 22B, 72) of the plug member (11, 61) toward a plug-side base part (12, 62) .
A ring runner (1) includes: a ring section (2) that extends annularly so as to form an insertion hole (20) through which a curtain rail (9) passes; and a curtain holding section (3) provided in the ring section (2). The ring section (2) has a pair of opening end sections (22, 23) that form an opening section (21) communicating with the insertion hole (20). The opening section (21) of the ring section (2) is opened and closed by elastic deformation of the ring section (2). A direction (R1) from a center axis (C) of the ring section (2) toward the opening section (21) in a closed state and a direction (R2) from the center axis (C) of the ring section (2) toward the curtain holding section (3) intersect each other.
A cord stopper (1) comprises: a socket (2) forming an accommodation space and an open section (SA); and a plug (3) to be inserted in an insertion direction into the accommodation space through the open section (SA). The socket (2) comprises: a sidewall section (21) in which are formed a pair of first cord pass-through holes and a pair of second cord pass-through holes, said pairs facing each other across the accommodation space in a cord pass-through direction orthogonal to the insertion direction; and a bottom section (27) facing the accommodation space in the opposite direction of the insertion direction. The plug (3) comprises: a base section (31) facing the outer side of the socket (2) across the open section (SA); a pair of elastic arm sections (32A, 32B) which extend from the base section (31) toward the bottom section (27) at positions spaced from each other in a cord arrangement direction orthogonal to each of the insertion direction and the cord pass-through direction and which bias the base section (31) in the opposite direction of the insertion direction; a partition wall section (33) provided in the base section (31) between the pair of elastic arm sections (32A, 32B); a first cord support section (35) that protrudes from the partition wall section (33) to one side in the cord arrangement direction to form, between itself and the base section (31), a first cord space (SS1) that can connect to the pair of first cord pass-through holes; and a second cord support section (36) that protrudes from the partition wall section (33) to the other side in the cord arrangement direction to form, between itself and the base section (31), a second cord space (SS2) that can connect to the pair of second cord pass-through holes.
26 - Small items for dressmaking; artifical flowers; false hair
Goods & Services
Dyeing machines and apparatus; painting machines and
apparatus; slide fasteners, hook and pile fastening tapes
and buttons manufacturing machines and apparatus. Slide fasteners [zippers]; buttons; hook and pile fastening
tapes.
A fastener stop structure includes a first stop portion and a second stop portion. An inner lateral surface of the first stop portion facing the second stop portion is provided with a protruding portion. A size of a portion of the first stop portion where the protruding portion is disposed in a width direction is greater than a size of an element channel of the slider used in a fastener chain in the width direction, and the protruding portion is disposed at a distance from a front end edge of the first stop portion in a length direction. The fastener includes the fastener chain, the slider, and the fastener stop structure. When the slider slides on a pair of element columns along the length direction, the first stop portion and the second stop portion of the fastener stop structure are able to enter the pair of element channels.
A slider (4) includes an elastic part (50) having at least one contact part (55) that contacts a first fastener element (7) in at least a first passage (61) of a Y-shaped element passage (60) and prevents movement thereof. The elastic part (50) is elastically deformable between an initial state in which the passage width of the first passage (61) is reduced by the at least one contact part (55), and a displacement state in which the at least one contact part (55) is displaced in a direction away from a first wall surface (11a) and the passage width of the first passage (61) is increased.
This slider for a concealed slide fastener has a slider body (10) including: a lower blade plate (20); a guide column (30) that is erected in a front end part of the lower blade plate (20); an upper blade plate (40) that extends rearward from the guide column (30); wall parts (50) that are erected on the left and right outer edge sides of the lower blade plate (20); and flanges (60) that extend inward so as to approach each other from the upper ends of the wall parts (50). The front end of the lower blade plate (20) is provided with a recessed part (21) recessed rearward, front end parts of the wall parts (50) are wall part extending parts (51) extending forward to the front end of the lower blade plate (20), and front end parts of the flanges (60) are flange extending parts (61) extending forward to the front end of the lower blade plate (20).
A slide fastener pull tab with a pull tab auxiliary part includes: a pull tab main body; and the pull tab auxiliary part. The pull tab main body is provided with an attachment hole and an auxiliary part attachment portion. The pull tab auxiliary part includes an auxiliary part main body, and an auxiliary part head portion. The auxiliary part head portion is an elastically deformable body. The attachment hole has different hole diameters in at least two intersecting directions. The auxiliary part head portion has different lengths in at least two intersecting directions. When the pull tab auxiliary part whose auxiliary part head portion passes through the attachment hole is rotated until the length direction of the auxiliary part head portion intersects with the length direction of the attachment hole, the auxiliary part head portion abuts against the auxiliary part attachment portion.
A workpiece setting device (1) comprises: a workpiece (10) that supports an article (P) to be processed; a workpiece holding portion (40) that has a plurality of mount portions (45) to which the workpiece can be attached; an image data acquisition unit (30) that can acquire acquired image data of the mount portions of the workpiece holding portion; conveyance mechanisms (20, 28) that convey at least one of the workpiece supporting the article and the workpiece holding portion; and a control unit (60) that controls the movement of the conveyance mechanisms on the basis of at least information from the image data acquisition unit. The control unit compares the acquired image data of the mount portions obtained from the image data acquisition unit with master image data stored in advance to determine whether the workpiece can be attached to one mount portion. When it is determined that the workpiece can be attached to the one mount portion, the workpiece is attached to the one mount portion. When it is determined that the workpiece cannot be attached to the one mount portion, or after the workpiece is attached to the one mount portion, the workpiece is moved relative to the next mount portion.
The present invention is provided with: a string-like fixing member (15); and a plurality of elements (40) that form an element row (11). The elements (40) each have an interlocking part (42) and a trunk part (41). In a case where a pair of left and right slide fastener element members (10, 10) are curved in an interlocked state, the respective interlocking parts (42) of adjacent elements (40) of the left and right slide fastener element members (10, 10) are not in contact with each other when the trunk parts (41) of the adjacent elements (40) in either one of the slide fastener element members (10) are in contact with each other.
In this hidden slide fastener, a flange of a slider is made movable to downsize the entirety of the hidden slide fastener while maintaining sufficient strength of a connection part 185 of a box pin 181. Specifically, a second element passage (19) of the slider (10) for the hidden slide fastener is provided with, at the periphery thereof: a lower plate (21); a column (14) provided at substantially the center of the lower plate (21); a second lateral wall (17) provided on the other side of the lower plate (21); and a movable flange part (12) provided at the upper part of the second lateral wall (17). The distance between the second element passage and the column (14) can be changed by the movable flange part (12).
A surface fastener to be integrated with a surface of a cushion body includes: a base made of resin and having a first surface and a second surface that are in a front-back relationship; multiple engagement elements provided in an element region of the first surface of the base; and a porous member provided on the second surface of the base and having flexibility. The base includes a body including the element region, and a flange extending from the body and having a shape that is bent toward the second surface with respect to the body. The porous member includes a compressed portion compressed between the body and the flange.
An extensible lock pull includes: a pull main body including, at one end thereof, a slider connecting portion; a lock head; and a position limiting buffer member. The pull main body is provided with a sliding groove extending along a length direction thereof. The lock head is movably connected to the sliding groove along an extending direction of the sliding groove. The pull main body is provided with an attachment opening portion in communication with the sliding groove at an end of the sliding groove. The lock head is connected to the sliding groove through the attachment opening portion. The position limiting buffer member is fixed to the pull main body and blocks the attachment opening portion. The pull main body and the lock head are both metal parts. The position limiting buffer member is a plastic part or a rubber part.
Provided is a slider for a slide fastener that is slidably provided to a pair of left and right fastener stringers (3, 5) extending in the front-rear direction, wherein: the slider for a slide fastener has a first blade plate (110), a second blade plate (120), and a connecting column (130); the first blade plate (110) has a middle partition part (113) and first relief parts (111) formed by recessing a facing surface (110a) facing the second blade plate (120); and the first relief parts (111) are provided near the center in the left-right direction on the facing surface (110a) and disposed at least at the front end part and the rear end part of the first blade plate (110).
A slider for a slide fastener includes: a metal slider body which includes an upper blade, a lower blade, and a connecting column connecting the upper blade and the lower blade at front sides thereof, a stringer passage which allows facing side edge portions of a pair of fastener stringers to pass therethrough being formed on an inner side of the slider body; and a component which is accommodated in the slider body. The slider body includes a recess which is recessed on a surface of the slider body and in which the component is accommodated, and a dedicated vent hole which allows ventilation between an outside of the slider body including the stringer passage, which is outside the slider body, and an inside of the recess.
A slider includes a lower blade, an upper blade, a guide pillar, and a pair of flanges. The flanges are respectively disposed on lateral edges of one of the lower blade and the upper blade, and the inner surface of another one of the lower blade and the upper blade and the end surface of the flanges are opposite to each other and separated by a gap. A first groove is provided on a side surface of the guide pillar and corresponds to the gap. A fastener includes a pair of fastener stringers and the slider. The fastener stringers include a fastener tape and an element column coil. A boundary between the first groove and the side surface of the guide pillar forms a step portion, and the step portion is located between the fastener tape and the element column coil.
A tab pull is adapted to be installed on the slider, and includes: a gripping portion, which is configured in a sheet shape; a slider connection portion, which extends outward from a front end of the gripping portion and is adapted to pass through a tab pull installation portion of the slider; an engaged portion, which is located on one of the side surfaces of the gripping portion in a width direction; and an engagement portion, which is extending outward from an end portion of the slider connection portion. The engagement portion is fitted into the engaged portion along the side surface of the gripping portion, so that the slider connection portion is closed to form an annular shape.
The present invention is provided with a first fastener tape (10) that is long and includes a back surface (11) and a front surface (13), a first element row (50) that is provided on the back surface (11) of one end ((10a)) of the first fastener tape (10) in a width direction thereof, and a bent part (10c) that is formed by bending the one end (10a) of the first fastener tape in the width direction thereof in such a manner that the one end (10a) has a mountain shape on the front surface (13) side. The bent part (10c) presses at least a part of a slider mouth diameter (103).
The present invention provides a slider of a waterproof slide fastener which is easily attached to a pair of fastener stringers and which exhibits waterproof properties. A slider 3 is integrated by the connection of a main member 30 with a sub-member 60. The main member comprises a first wing plate 11, a pillar 13, and a main plate part 31 extending from the pillar. The sub-member comprises left and right flanges 14 and a sub-plate part 61 that joins the right and left flanges. The main plate part and the sub plate part cooperate to constitute a second wing plate. The main plate part comprises: a main guide part 40 for guiding an element 8 of a fastener stringer 2; and a main connection part 50 integrated with the main guide part 40. The sub-plate part comprises a bridge part 63 that bridges the left and right flanges and a sub-connection part 65 that is integrated with the bridge part. The main connection part and the sub-connection part are connected to each other. The slider is prevented from moving forward by a first stopper 4. The first stopper comprises close-contact walls 22 projecting vertically. One close-contact wall is in close contact with the first wing plate, and the other close-contact wall is in close contact with the main guide part.
In an insertion completed state in which an upper slider (10A) and a lower slider (10B) are pulled down to a lowermost end and a pin (40) is inserted into the upper slider (10A) and the lower slider (10B) up to the lowermost end, pin projections (45, 47) are located below box projections (65, 67). The pin (40) is provided with accommodation sections (46, 48) that can accommodate the box projections (65, 67) and are provided further to the upper side of the pin (40) than the pin projections (45, 47). When the pin projections (45, 47) cross over the box projections (65, 67) at the time of insertion of the pin (40), the pin projections (45, 47) cross over the box projections (65, 67) from a first state in which the pin projections (45, 47) and the box projections (65, 67) are in a contacting state, and transition to a second state in which the contacting state is released or reduced, and the box projections (65, 67) are accommodated in the accommodation sections (46, 48).
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
A box rod (60) has a box rod protrusion (65) that protrudes toward a butterfly rod (40) side. A lower slider (10B) has a locking claw (25) that protrudes into an element guide path (17b) and can come into contact with an element (32). In a state in which the lower slider (10B) is pulled down to the lower end, the locking claw (25) protruded into the element guide path (17b) is positioned below the box rod protrusion (65) and is positioned so as to overlap the box rod protrusion (65) as viewed from the vertical direction.
A44B 19/38 - Means at the end of stringer by which the slider can be freed from one stringer, e.g. stringers can be completely separated from each other
A button removal jig can disassemble a button into plural parts when the button attached to a fabric is removed from the fabric. The button removal jig includes: a base; a press receiving portion arranged above the base and descending from an initial position when it is pressed; a separation plate arranged below the base and ascending and descending together with the press receiving portion; and a deformation-applying portion extending downward from the press receiving portion for deforming the button. The base includes a first button placing portion for placing the button. The separation plate includes a second button placing portion, which is provided at a position corresponding to the first button placing portion.
The purpose of a sewing device is to reduce, as much as possible, manual work performed by a sewing worker during integration processing of a fly and a fastener by means of sewing and fabric edge processing of the fly. Provided is a sewing device including: a fly stand 18 on which a fly 1 is placed; a fastener stand 15 on which a fastener 2 is placed; a first conveying device 68 that conveys the fly on the fly stand; a first sewing machine 69 that oversews an edge of the fly that is being conveyed by the first conveying device; a supplying and conveying device 120 that supplies the fastener from the fastener stand so as to be placed on the fly, the edge of which has been oversewed, in an overlapping manner and that conveys the fly and the fastener together; and a second sewing machine 124 that sews the fly and the fastener being conveyed by the supplying and conveying device together. Manual work performed by a sewing worker is reduced, it becomes easy to hold the fly when processing the edge of the fly, because the fly is supplied as a single object, and the stable quality is achieved in the fly edge processing.
D05B 35/06 - Work-feeding or work-handling elements for sewing machines, not otherwise provided for for attaching bands, ribbons, strips, or tapes or for binding
D05B 23/00 - Sewing apparatus or machines not otherwise provided for
D05B 33/00 - Devices incorporated in sewing machines for supplying or removing the work
68.
SURFACE-FASTENER-MANUFACTURING METHOD, SURFACE FASTENER, AND MOLDING DEVICE
A surface-fastener-manufacturing method includes at least a molding step of performing molding by feeding synthetic resin toward a die wheel, and a stretching step. The method includes using the die wheel in the molding step. The die wheel includes a sleeve having cavities. The sleeve has a circular cylindrical shape and is obtained from a metal thin plate member by bringing one end portion and an other end portion of the thin plate member into contact with each other and joining the one end portion and the other end portion to each other by welding. The welded part is inclined at an angle of 4° or greater with respect to a second direction. The method enables the manufacture of a surface fastener in which a transferred unevenness portion is less noticeable.
The present invention facilitates work for connecting a connector to a slider body and a moving body of a rail unit and preliminary work for servicing the rail unit or the like. A connector (6) connects a rail unit (1) and a slide fastener (5). The rail unit includes: a base body (2) with the X direction as a guiding direction, with respect to which an object is disposed at a distance in the Z direction; and a moving body (3) that is guided in the X direction with respect to the base body and is for attaching the object. The slide fastener includes: a pair of stringers (51) facing each other on both sides of the moving body in the Y direction, between the object and the base body; and a slider body (52) for opening and closing the pair of stringers in the X direction. The connector is provided with a slider connecting member (7) connected to the slider body and a moving body connecting member (8) connected to the moving body as separate components. Of the slider connecting member and the moving body connecting member, one is a socket (8) and the other is a plug (7) that is detachable by being inserted into and removed from the socket.
B60N 2/06 - Seats specially adapted for vehiclesArrangement or mounting of seats in vehicles the seat or part thereof being movable, e.g. adjustable the whole seat being movable slidable
A44B 11/25 - BucklesSimilar fasteners for interconnecting straps or the like, e.g. for safety belts with two or more separable parts
A slider according includes a slider body, a pull, and a cover body and is characterized in that an upper blade of the slider body includes a reference surface, a clearance recess having a shape recessed with respect to the reference surface, and a projection projecting from the reference surface, the reference surface and the clearance recess are disposed in each of left and right side regions, the clearance recess is disposed to include at least a part of an intermediate region provided between the first attachment column and the second attachment column in a length direction, and the projection is disposed at the rear of the intermediate region. Consequently, even when the slider is subjected to a coating process, a possibility of occurrence of fixation of the pull due to a coating material can be reduced.
A method of manufacturing a surface fastener. The method includes a molding step of molding a pre-fastener body including the plurality of engaging elements; and a thickness-adjusting step of adjusting, after the molding step, a thickness dimension of the surface fastener by pressing in the thickness direction the pre-fastener body or a deformed fastener body. The thickness-adjusting step includes varying an amount of reduction in a thickness dimension of the stem portion between at least two of the engaging elements by applying respectively different pressing forces to the at least two engaging elements. The method enables stable manufacture of a surface fastener with a total thickness dimension thereof being appropriately controlled at different widthwise positions.
Provided is a slider separation mechanism capable of separating a slider without the need for high pressure, and without the metal materials of a slider body and a lock pin becoming adhered and mixed together. The present invention relates to a slider separation mechanism (100) for separating a slider body (10), a lock pin (30) and a puller (40) of a metal slider (1) comprising: the slider body (10), which comprises an upper blade plate (11), a lower blade plate (12), and a guide post (13) that connects the upper blade plate (11) and the lower blade plate (12); the lock pin (30), which is a plate-shaped member having spring properties, the lock pin (30) being placed on the upper blade plate (11), and having an engagement portion (34) provided at one end thereof that engages with a locking portion (13a) in a front part of the slider body (10); and the pull (40), which is provided between the upper blade plate (11) and the lock pin (30). The slider separation mechanism (100) is provided with a disengagement portion (120, 120B) for displacing the engagement portion (34) of the lock pin (30) that is engaged with the locking portion (13a) of the slider body (10) toward the front of the guide post (13) to release the engagement.
The present invention provides a string body length adjuster which allows adjustment of the length of a shoestring with a small number of operations and which further has the function of locking/unlocking the shoestring at a position desired by a user. Provided is a string body length adjuster comprising a body member and a cover member which is displaced with respect to the body member, wherein: the body member has a first through-hole, a second through-hole which is disposed to one side of the first through-hole, and a third through-hole which is disposed to the other side of the first through-hole, and has a first bar which is disposed between the first through-hole and the second through-hole and a second bar which is disposed between the first through-hole and the third through-hole; and the cover member includes a locking member which is inserted into the first through-hole to hold a string body between the first bar and the second bar.
A slider includes a slider body, a lock pin, and a tab pull. The slider body has a pair of wall portions, a pin hole formed between the pair of wall portions, and a pedestal portion disposed on at least one side of the pin hole and on one of the pair of wall portions. The lock pin has a holding portion, a placement portion placed on the pedestal portion, and a pin portion extending downward and passing through the pin hole. One of the pedestal portion and the placement portion is provided with a limiting portion for limiting the placement portion in a width direction, and in an accommodating space, a void portion for the placement portion to move is disposed above the pedestal portion. The placement portion is spaced apart from an inner wall of one of the pair of wall portions to form the void portion.
To provide a surface fastener capable of stably ensuring an appropriate peel strength with respect to a loop member and capable of improving texture as compared with a conventional surface fastener. A surface fastener is made of a synthetic resin and includes: a base portion; and a plurality of engaging elements. Each of the engaging elements includes a stem portion, an engaging head portion, and at least one engaging portion protruding from an outer circumference portion of the engaging head portion. A total of the areas of the engaging head portions per 1 cm2 of the surface fastener is 10,000,000 μm2 or more when the surface fastener is viewed in plan view from above. The synthetic resin has a tensile modulus of 700 MPa or more and 2300 MPa or less.
This buckle (9) includes a first buckle part (1) having one or more first female grooves (5, 5'), and a second buckle part (2) having one or more first male sections (4, 4') insertable into the one or more first female grooves (5, 5'). The first and second buckle parts (1, 2) are configured to be magnetically attachable. At least one first male section (4, 4') has a guide surface (45). The first buckle part (1) has a sliding section (62) that slides on the guide surface (45). The sliding section (62) slides on the guide surface (45) of the first male section (4, 4') in the direction opposite to the insertion direction of the one or more first male sections (4, 4') into the one or more first female grooves (5, 5') in accordance with the magnetic attraction force between the first and second buckle parts (1, 2).
A fastening member (1, 2, 3, 4, 5) according to the present invention has a first fastener stringer (21), a second fastener stringer (22), and a clip member (30, 40, 50, 60, 70). The clip member (30, 40, 50, 60, 70) has a base part (31, 41, 51, 61, 71), a pair of leg parts (32, 42, 52, 72), and a pair of engagement protrusions (33, 43, 53, 73) protruding from the inner surfaces of the leg parts (32, 42, 52, 72), and an accommodation space part (35, 45, 55, 75) provided between the pair of leg parts (32, 42, 52, 72). Portions including fastener elements (24) of the first fastener stringer (21) and the second fastener stringer (22) are inserted in the accommodation space part (35, 45, 55, 75) to be engaged with the pair of engagement protrusions (33, 43, 53, 73), thereby locking and holding a skin member (10) on a cushion body (6). Accordingly, the skin member (10) can be stably fastened to the cushion body (6), and work of peeling the skin member (10) from the cushion body (6) can be easily performed.
26 - Small items for dressmaking; artifical flowers; false hair
Goods & Services
Handbag and purse frames; frames for pouches; frames for
bags [structural parts of bags]; frames for coin purses
[structural parts of coin purses]; shoulder belts, shoulder
straps, and straps for bags, pouches, and purses; shoulder
pads for shoulder belts, shoulder straps, and straps for
bags, pouches, and purses; handles and grips for bags,
pouches, and purses. Slide fasteners [zippers]; hook and pile fastening tapes;
adjustable fasteners for clothing, footwear, headgear and
bags; zip fasteners for reclosable plastic bags; buttons;
snap buttons [snap fasteners]; ornamental novelty buttons;
hooks and eyes; hooks [haberdashery]; eyelets for clothing;
shoe eyelets; buckles for clothing; shoe buckles; snap
hooks; cord stoppers; cord end stoppers; elastic ribbons;
webbing in the nature of woven fabric tapes for sewing
purposes; buckles in the nature of tape adjusters; slide
fasteners and parts thereof; zipper pulls; plastic pullers
to be attached to cord ends of clothing, bags and pouches;
clasps for bags, pouches and purses; fastenings for bags,
pouches, and purses; buckles for bags, pouches, and purses;
length adjusters for shoulder belts, shoulder straps, and
straps for bags, pouches, and purses; hooks for belts and
straps for bags, pouches, and purses; buckles for backpacks,
travel bags, and bags for sports; zip fasteners for bags;
clasps for bags; buckles for bags; clasps for coin purses;
clasp fasteners; fastenings for clothing.
A clip includes a clip body, a first side wing, and a second side wing. The clip body includes a top end, a bottom end, a front end, a rear end, a first side, and a second side. The top end, the bottom end, the first side, and the second side define a receiving region, and the top end defines an opening to the receiving region. The first side wing includes a first wing base proximate to the top end and extending outward from the first side. The second side wing includes a second wing base proximate to the top end and extending outward from the second side.
F16B 2/22 - Clips, i.e. with gripping action effected solely by the inherent resistance to deformation of the material of the fastening of resilient material, e.g. rubbery material
F16B 21/08 - Releasable fastening devices with snap action in which the stud, pin, or spigot has a resilient part
A buckle part includes: an injection-molded portion; and at least one magnetic body, optionally including a magnet secured in the injection-molded portion. The injection-molded portion is shaped such that the magnetic body is partially exposed in at least a first surface region of the magnetic body.
A44B 11/25 - BucklesSimilar fasteners for interconnecting straps or the like, e.g. for safety belts with two or more separable parts
B29C 45/14 - Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mouldApparatus therefor incorporating preformed parts or layers, e.g. injection moulding around inserts or for coating articles
B29K 59/00 - Use of polyacetals as moulding material
B29K 705/00 - Use of metals, their alloys or their compounds, for preformed parts, e.g. for inserts
A fastener includes a plug having a shape of a rotating body and a socket into which the plug is inserted in an axial direction. The socket includes a strap attachment portion to which a strap is to be attached and a socket body that forms a housing space in which the plug is disposed. The socket body includes a spring that includes a pair of ends arranged side by side in the axial direction and that faces, on one side in a thickness direction orthogonal to the axial direction, the housing space; a pair of supports that each support a corresponding one of the pair of ends of the spring; and a stop that faces, on the other side in the thickness direction, the housing space. The spring includes, between the pair of ends, a pressing portion that presses the plug disposed in the housing space against the stop.
At least one core portion (6, 6') includes a first alternate arrangement portion (63, 63') in which first portions (61, 61') to which fastener elements (4, 4') are attached and second portions (62, 62') extending between the fastener elements (4, 4') adjacent to each other in the longitudinal direction of fastener tapes (3, 3') are alternately arranged. The core portions (6, 6') include at least one water-soluble yarn (7). The second portions (62, 62') are configured to have greater flexibility than the first portions (61, 61') in response to dissolution of the at least one water-soluble yarn (7) in the second portions (62, 62'). Additionally or alternatively, an anchoring tissue (10, 10') of the core (6, 6') may have similar features.
A fastener tape (3, 3') includes one or more water-soluble yarns (6). According to the dissolution of the one or more water-soluble yarns (6), the fastener tape (3, 3') can be divided into at least: a first tape part (3a) including a first side-edge section (31, 31'); and a second tape part (3b) including a second side-edge section (32, 32').
In a rail fastener, first and second mating portions are configured such that when the first and second mating portions are mated, a first contact surface of a first skin portion (or a first mating portion) and a second contact surface of a second skin portion (or a second mating portion) are brought into a pressure contact with each other at a location between first and second reinforcement sheets. The first contact surface is positioned outwardly of sheet than an inner edge of the first reinforcement sheet, and the second contact surface is positioned outwardly of sheet than an inner edge of the second reinforcement sheet.
A buckle includes: a pair of side walls; a first bar and a second bar that each couple the pair of side walls to each other; a tab that is disposed between the pair of side walls and extends in a direction intersecting a facing direction of the pair of side walls; and connecting portions that couple the tab to the pair of side walls, respectively. The tab includes a fore end portion. The fore end portion is disposed between the first bar and the second bar and is configured to clamp a belt body between the fore end portion and the first bar. The tab is configured to undergo attitude change to cause the fore end portion to separate from the first bar by causing a flexible portion to undergo elastic deformation. The flexible portion is a portion of each of the connecting portions.
A44B 11/12 - BucklesSimilar fasteners for interconnecting straps or the like, e.g. for safety belts frictionally engaging surface of straps with clamping devices turnable clamp
87.
ELECTROPLATING DEVICE AND METHOD THEREFOR, PRODUCTION METHOD FOR PLATED ARTICLE, AND PLATING TANK
An electroplating device (100) includes: a plating tank (10) in which an insulating coating (12) is formed at least on an upper surface (15a) of a bottom part (15) of a conductive tank body (11); and a magnetic polishing unit (5) that uses a group of magnetic polishing materials (2) to stir and polish a group of articles (1) to be plated in an electrolytic solution retained in the plating tank (10). A thin linear slit (31) that is deep enough to reach the upper surface (15a) of the bottom part (15) is formed in the coating (12), and one or more of the magnetic polishing materials (2) included in the group of magnetic polishing materials (2) can electrically connect to the tank body (11) via an exposed surface (15b) of the upper surface (15a) of the bottom part (15) that is exposed by the slit (31).
C25D 17/00 - Constructional parts, or assemblies thereof, of cells for electrolytic coating
B24B 31/112 - Machines or devices designed for polishing or abrading surfaces on work by means of tumbling apparatus or other apparatus in which the work or the abrasive material is looseAccessories therefor involving other means for tumbling of work using magnetically consolidated grinding powder, moved relatively to the workpiece under the influence of pressure
A vehicle seat assembly apparatus includes: a base part; a cushion working part which is joined to one side of the base part and with which a seat cushion having a plurality of first through-holes formed therein can be placed and a seat cover can be joined to the seat cushion; and a cover working part which is joined to the other side of the base part and with which the seat cover can be placed and the seat cover can be moved to an upper part of the seat cushion. The cover working part makes it possible to align the angles of clips to be joined to suspenders of the seat cover.
This buckle (1) is provided with a plug (10) and a socket (20) into which the plug (10) is inserted. The plug (10) is provided with: an attachment piece (11) to which an object to be fastened can be attached; a pair of legs (12A, 12B) that protrude from the attachment piece (11) in the direction of insertion into the socket (20) and that elastically engage with the socket (20); and a switching piece (14) that is supported on either the attachment piece (11) or the pair of legs (12A, 12B) and is disposed between the pair of legs (12A, 12B). The switching piece (14) is provided with: an engagement part (15) that, according to the posture of the switching piece (14) with respect to the socket (20), switches between an engagement state in which the engagement part engages with the socket (20), and a release state in which the engagement part is released from engagement with the socket (20); an operation part (16) for receiving pressure that changes the posture of the switching piece (14) with respect to the socket (20); and a posture maintaining part (17) that, at least when the engagement part (15) is in the release state, abuts against the socket (20) so as to maintain the posture of the switching piece (14).
A clip engagement member forms a cover material attachment with a clip that is attachable to one of a cushion material and a cover material and includes a pair of claws. The clip engagement member includes: a base attachable to the other of the cushion material and the cover material; and a body extending from the base and insertable in the clip along an extending direction. The body includes: a pair of lateral parts facing opposite sides to each other in a thickness direction intersecting with the extending direction, at least one of which is configured to face the claw; an engagement portion formed in the at least one of the lateral parts and engageable with the claw; and a disengagement guide formed in the at least one of the lateral parts and configured to guide the claw in the extending direction.
A thickness measurement apparatus (10) according to the present invention has a first guide roller (11), a second guide roller (12), and a sensor unit (20). The sensor unit (20) has a sensor shaft part (21), a contact roller (22) that is rotatably held at the tip of the sensor shaft part (21), a block part (23), and a detection unit that detects an amount of displacement of the contact roller (22) with respect to the block part (23). The block part (23) is provided so as to be movable along a direction approaching or separating from the contact roller (22), and when measuring a thickness, the block part (23) comes into contact with one surface of a conveyed sheet member (1), and the contact roller (22) comes into contact with the other surface of the conveyed sheet member (1) so that the conveyed sheet member (1) is sandwiched between the block part (23) and the contact roller (22). Thus, the present invention can measure the thickness of the sheet member (1) stably while conveying the sheet member (1).
A slider device (6, 7) for a slide fastener includes a slider body (8) and a mounting member (9). The mounting member (9) includes first and second arm parts (31, 32) that sandwich a proximal end portion (24a) of a pull attachment column (24) on a first blade plate (21) of the slider body (8). The first and second arm parts (31, 32) include first and second lock protrusions (61, 62), respectively. The first lock protrusion (61) is provided so as to be offset closer to a connection part (35) than a distal end portion (31q) of the first arm part (31), and the second lock protrusion (62) is provided so as to be offset closer to the connection part (35) than a distal end portion (32q) of the second arm part (32). First and second guide surfaces (81, 82) are disposed to face each other so as to define a guide path (85) through which the proximal end portion (24a) of the pull attachment column (24) moves in the process of mounting the mounting member (9) on the slider body (8).
This method for manufacturing a mold (9) for molding a hook-and-loop fastener comprises: forming an electroforming sleeve (7) on an electroforming mold (6) in which a group of sacrificial parts (3) having electrical insulation properties are formed on a support surface (4a) of a metal sleeve (4), thereby forming the electroforming sleeve (7) on the support surface (4a) of the metal sleeve (4), and at least partially embedding each sacrificial part (3) of the group of sacrificial parts (3) in the electroforming sleeve (7); and removing the group of sacrificial parts (3) of the electroforming mold (6) to obtain the mold (9) for molding a hook-and-loop fastener in which a group of molding cavities (8) corresponding to the group of sacrificial parts (3) are formed in the electroforming sleeve (7).
26 - Small items for dressmaking; artifical flowers; false hair
Goods & Services
(1) Handbag and purse frames; frames for pouches; frames for bags [structural parts of bags]; frames for coin purses [structural parts of coin purses]; shoulder belts, shoulder straps, and straps for bags, pouches, and purses; shoulder pads for shoulder belts, shoulder straps, and straps for bags, pouches, and purses; handles and grips for bags, pouches, and purses.
(2) Slide fasteners [zippers]; hook and pile fastening tapes; adjustable fasteners for clothing, footwear, headgear and bags; zip fasteners for reclosable plastic bags; buttons; snap buttons [snap fasteners]; ornamental novelty buttons; hooks and eyes; hooks [haberdashery]; eyelets for clothing; shoe eyelets; buckles for clothing; shoe buckles; snap hooks; cord stoppers; cord end stoppers; elastic ribbons; webbing in the nature of woven fabric tapes for sewing purposes; buckles in the nature of tape adjusters; slide fasteners and parts thereof; zipper pulls; plastic pullers to be attached to cord ends of clothing, bags and pouches; clasps for bags, pouches and purses; fastenings for bags, pouches, and purses; buckles for bags, pouches, and purses; length adjusters for shoulder belts, shoulder straps, and straps for bags, pouches, and purses; hooks for belts and straps for bags, pouches, and purses; buckles for backpacks, travel bags, and bags for sports; zip fasteners for bags; clasps for bags; buckles for bags; clasps for coin purses; clasp fasteners; fastenings for clothing.
26 - Small items for dressmaking; artifical flowers; false hair
Goods & Services
Handbag and purse frames; frames for pouches made of textile; structural parts of bags, namely, frames for handbags; structural parts of coin purses, namely, frames for coin purses; shoulder belts, shoulder straps, and straps for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; shoulder pads for shoulder belts, shoulder straps, and straps for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; handles and grips specially adapted for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses Slide fasteners, namely, zippers; hook and pile fastening tapes; adjustable slide fasteners, for use in adjusting sizes in clothing, footwear, headgear and bags; rail zip fasteners; buttons; snap buttons; snap fasteners; ornamental novelty buttons; hooks and eyes; haberdashery hooks; clothing hooks; eyelets for clothing; shoe eyelets; buckles for clothing; shoe buckles; fasteners in the nature of snap hooks for use in clothing, bags and pouches; cord stoppers, namely, stoppers for cord length adjustment for clothing, bags and pouches; cord end stoppers, namely, hardware to stop cord ends for clothing, bags and pouches; elastic ribbons; webbing in the nature of woven fabric tapes for sewing purposes; slide fasteners and parts thereof; zipper pulls; plastic pullers to be attached to cord ends of clothing, bags and pouches; clasps for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; fastenings specially adapted for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; buckles specially adapted for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; strap length adjusters for shoulder belts, shoulder straps, and straps for athletic bags, carryall bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; hooks specially adapted for shoulder belts and straps for athletic bags, carry-all bags, backpacks, suitcases, travelling bags, pouches made of textile, leather pouches, and purses; buckles for backpacks, travel bags, and bags for sports; zip fasteners for bags; clasps for bags; buckles for bags; clasps for coin purses; clasp fasteners; fastenings for clothing
97.
SLIDE FASTENER AND SLIDE FASTENER-ATTACHED PRODUCT
A slide fastener with which a slide fastener-attached product capable of preventing or suppressing exposure of a fastener tape can be manufactured is provided. The slide fastener includes fastener stringers and a slider, in which each of fastener elements includes an element base portion and a fin portion extending from the element base portion toward a tape inner side of a fastener tape and having a smaller dimension in a tape thickness direction than the element base portion, in which, at a shoulder-port-side end portion of a slider body, a leading end portion of the fin portion of each of the fastener elements is positioned on the outer side of the slider body with respect to an inner wall surface of a flange, and in which the ratio of a total fin width to an element maximum width is less than 40%.
A slide fastener-equipped product (1) has fastener stringers (21) and a fastener-attachment member (10). The fastener stringers (21) are each attached to a corresponding stringer attachment edge (11) of the fastener-attachment member (10) by means of a sewing part (12). A double part (14) of the stringer attachment edge (11) has a first strip part (15), a folded part (16), and a second strip part (17). The sewing part (12) is disposed away from fastener elements (23). The folded part (16, 56, 76, 96) is disposed in contact with or in proximity to the plurality of fastener elements (23), and a water-resistant region is formed between the sewing part (12) and the fastener elements (23). According to said slide fastener-equipped product (1), fastener tapes (22) can be prevented or suppressed from being exposed between the fastener elements (23) and the fastener-attachment member (10).
Provided is a slide fastener-equipped product having fastener stringers (21, 41) and a fastener-attachment member (10). The fastener stringers (21, 41) are each attached to a stringer-attachment edge part (11) by means of a sewing part (12). The sewing part (12) has a plurality of interlacing portions (13) where an upper thread and a lower thread interlace with each other while passing through the stringer-attachment edge part (11) and a fastener tape (22). Each of fastener elements (23, 43) has an element recess (23c, 43c) having a shape that is recessed inward of the fastener element (23, 43). The interlacing portions (13) are each disposed in at least a portion of a formation range of the corresponding element recess (23c, 43c) and a proximity range close to the formation range. Due to this configuration, exposure of the fastener tape (22) between the fastener elements (23, 43) and the fastener-attachment member (10) can be prevented or suppressed.
A seat fastener is long and configured to fasten a cover material to a cover material. The seat fastener includes a female member configured to be fixed to the cover material and the male member configured to be fixed to the cover material. The female member includes a main piece and an engagement portion formed inside the main piece to be engageable with the male member. In an engaged state in which the male member is engaged with the engagement portion, the main piece is located to cover at least a part of the male member from outside and is exposed outside with respect to the cover materials between respective fixation positions to the cover materials.
