A driving rod assembly includes a rod having an insertion section for coupling with a rotating head of a power tool and an operative section for coupling with an external tool. The rod further includes an outer periphery having first and second positioning grooves and a positioning portion between the first and second positioning grooves. The operative section includes a coupling portion located in front of the second positioning groove and having a stopper edge wider than the positioning portion. A coupling end is provided at a front end of the operative section. A C-clip is mounted on the positioning portion of the rod. A jacket includes a receiving section slideably mounted around the positioning portion. The jacket further includes a coupling section located mounted around the coupling portion of the rod to rotate together with the rod. The receiving section includes a coupling groove for receiving the C-clip.
A screwdriver bit assembly includes a magnetic ring mounted in a front end of a sleeve hole of a sleeve. A retaining ring is made of a material more rigid than the sleeve, is mounted in the sleeve hole, and is located behind the magnetic ring. A screwdriver bit includes an insertion end, an extending section behind the insertion end, a flange section behind the extending section, and a clamping section behind the flange section. The front end of the screwdriver bit extends through the sleeve hole of the sleeve, the retaining ring, and the magnetic ring. The insertion end extends beyond the sleeve and is located in front of a front end face of the sleeve. The flange section abuts the retaining ring. The clamping section is held by a holding device mounted on the sleeve, providing a holding force towards a longitudinal axis of the sleeve hole.
A toolbox includes a first casing having a first pivotal portion with a diameter larger than a thickness of the first casing. The first pivotal portion is hollow and has a first axial hole. A second casing includes at least one second pivotal portion pivotably connected to the first pivotal portion and having a diameter larger than a thickness of the second casing. The at least one second pivotal portion is hollow and includes a second axial hole having a diameter substantially equal to a diameter of the first axial hole. A first chamber is defined by the first and second casings in a closed state for receiving tools. A tubular member extends through the first and second axial holes and includes a receiving hole in which a tube is detachably received. The tube can receive tools.
A ratchet wrench includes a ratchet wheel received in a handle and having an insertion hole. The ratchet wheel further includes an outer periphery having a toothed portion and a lower section below the toothed portion. The lower section includes an annular engagement groove and a cutout intercommunicating the annular engagement groove with the insertion hole. A clip includes a notch and has a diameter slightly smaller than a spacing between upper and lower wall faces of the annular engagement groove and larger than a depth of the annular engagement groove. The clip is not on the same plane when placed flat. The maximum width between an upper edge and a lower edge of the clip is slightly larger than the spacing between the upper and lower wall faces of the annular engagement groove. The clip includes an engagement section received in the cutout and extending into the insertion hole.
A toolbox includes a toolbox body having a bottom wall and a chamber delimited by the bottom wall. Two plates are mounted to and extend perpendicularly to the bottom wall. Each plate includes at least one pivot hole in the form of a partial hole having first and second stop walls. Each of the first and second stop walls extends away from a center of the partial hole. At least one receiving seat includes a plurality of grooves and two sidewalls. An axle is formed on each sidewall and is pivotably engaged in the pivot hole of one of the plates. Each axle is semi-cylindrical and includes a rectilinear wall having a length slightly smaller than a diameter of the pivot hole. The rectilinear wall includes two half sections respectively having first and second abutment portions corresponding to a storage position and an extended position of the receiving seat.
B65D 85/28 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles for pencils or pens
Power tools; Electric screwdrivers; Air screwdrivers; Air drills; Drills [Power tools]; Power drills and bores; Impact wrenches; Power tools; Air-Powered tools. Hand tools, hand-operated; Wrenches [hand tools]; Screwdrivers; Taps [hand tools]; Hand drills; Locking clamps [hand tools]; Screw wrenches; Socket sets [hand-operated tools]; Bits [hand tools]; Bits [parts of hand tools]; Spanners; Augers [hand tools]; Drills; Drill holders [hand tools]; Drill bits for hand drills; Ratchet wrenches [hand tools]; Tap wrenches; Die wrenches; Die holders [hand tools]; Ring spanners; Dies [hand tools]; Rotary dies [hand-operated tools]; Screw-thread cutters [hand tools]; Threaders [hand-operated tools].
Power tools; Electric screwdrivers; Air screwdrivers; Air drills; Drills [Power tools]; Power drills and bores; Impact wrenches; Power tools; Air-Powered tools. Hand tools, hand-operated; Wrenches [hand tools]; Screwdrivers; Taps [hand tools]; Hand drills; Locking clamps [hand tools]; Screw wrenches; Socket sets [hand-operated tools]; Bits [hand tools]; Bits [parts of hand tools]; Spanners; Augers [hand tools]; Drills; Drill holders [hand tools]; Drill bits for hand drills; Ratchet wrenches [hand tools]; Tap wrenches; Die wrenches; Die holders [hand tools]; Ring spanners; Dies [hand tools]; Rotary dies [hand-operated tools]; Screw-thread cutters [hand tools]; Threaders [hand-operated tools].
A toolbox includes a receiving seat having two sidewalls. Each sidewall includes a first guiding groove and a pivot. A pivotal seat receiving tools is received in the receiving seat and includes two sides. Each side of the pivotal seat includes an axle received in one of the first guiding grooves and a pivot coupling portion coupled with one of the pivots. A pressing seat includes two vertical portions respectively mounted to the sidewalls of the receiving seat. Each vertical portion includes a second guiding groove. Each axle is received in one of the second guiding grooves. An elastic element is provided for returning the pressing seat. When the pressing seat is pressed, the second guiding grooves of the pressing seat press against and move the axles along the first guiding grooves, the pivot coupling portions couple with the pivots, and the pivotal seat pivots to an exposed position.
B65D 85/28 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles for pencils or pens
A toolbox includes a base receiving a supporting seat having a first pivotal portion with a positioning protrusion. A limiting protrusion is formed between the positioning protrusion and a groove. A socket includes a second pivotal portion pivotably connected to the first pivotal portion. An operating rod is received in the socket and is pivotable together with the socket between a storage position and two extended positions. The positioning protrusion is selectively engaged in one of three positioning grooves in the second pivotal portion. The socket includes a first sidewall having a resilient tongue with a protrusion engaged in an annular groove of the operating rod. The second socket further includes a second sidewall having a through-hole through which the limiting protrusion can extend. A projection is formed on the second sidewall and is engaged in the groove of the supporting seat when the socket is in the storage position.
A ratchet screwdriver includes a handle receiving a rod coupled with a coupling sleeve. A spring is received in each of two recesses of the coupling sleeve and presses against one of two pawls abutting against abutment faces of the recesses. An output member has a ratchet portion mounted around the coupling sleeve and having ratchet teeth. The output device includes an output portion. Each spring biases one of the pawls. A switch ring mounted around the ratchet portion includes a pressing portion selectively pressing against and selectively disengaging one of the pawls from the ratchet teeth when the switch ring is rotated relative to the coupling sleeve to selectively engage a positioning device with one of positioning grooves in the switch ring.
A hanger plate is mounted by a hook to a toolbox. The hook is mounted to a protrusion on a side of the toolbox and includes two flexible plates defining a compartment. The hanger plate includes a hole, a hanger hole, and a slot between the hole and the hanger hole. The protrusion is received in the hole. A channel extends from the hole to the slot. A spacing between two lateral walls of the slot is larger than a width of the hook. A bridge extends from one of the lateral walls to the other lateral wall. The hook is engaged with the hanger plate, with the bridge received in the compartment, with a top wall of the slot located between a top edge of the hook and the hanger hole, with the hanger hole located outside of a length of the side of the body of the toolbox.
A ratchet wrench includes ratchet wheel rotatably received in a compartment of a body. A pawl is movably received in the compartment and includes a first side having a toothed section engaged with teeth of the ratchet wheel and a second side having a pressing face. A switch is pivotably mounted to the body and operatively connected to a first end of a spring. A second end of the spring presses against the pressing face of the pawl. The spring is a helical compression spring including an intermediate section between the first and second ends. Each of the first and second ends and the intermediate section includes a plurality of adjoining turns. The adjoining turns of the intermediate section are spaced from each other and form a compressible portion. The adjoining turns of the second end of the spring abut against each other and have no gaps therebetween.
A toolbox includes a body and a cover. The body includes a rigid base layer and an external layer. The base layer includes a compartment having an opening. An annular wall is formed on a top face surrounding the opening. The external layer is made of soft, compressible material. The external layer is integrally formed with a portion of an outer face of the base layer and the annular wall as a single, monolithic, inseparable piece. The external layer has an annular ridge corresponding to the annular wall. The cover is made of rigid material and includes a covering face. When the cover is in the closed position, the rigid covering face of the cover covers the annular wall of the body, and the rigid covering face of the cover presses against and sealingly engages with the annular ridge of the body.
B65D 85/28 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles for pencils or pens
A displayable tool receiving device includes a hanger body having a hanger hole. The hanger body further includes a rectilinear first coupling portion and a plurality of spaced first positioning portions. The displayable tool receiving device further includes a plurality of tool receiving boxes each including a rear side having a rectilinear second coupling portion. The rear side of each tool receiving box further includes a second positioning portion. At least one of the tool receiving boxes is optionally mounted to the hanger body. The second coupling portion of each of the at least one of the plurality of tool receiving boxes is engaged with the first coupling portion of the hanger body. The second positioning portion of each of the at least one of the tool receiving boxes is engaged with one of the first positioning portions of the hanger body.
B65D 85/28 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles for pencils or pens
A tool handle includes a handle receiving a bit seat movable between a storage received in a compartment of the handle and an extended position partially outside of the handle. The bit seat includes a pivotable seat, a reciprocating member, a coupling seat, and an end cap. The reciprocating member includes a resilient arm abutting against an abutment wall of the pivotable base to constrain movement. The end cap includes a tongue extending through and engaged in a central hole of the coupling seat and a receiving hole of the reciprocating member. The end cap covers an opening of the compartment when the bit seat is in the storage position. The coupling seat receives screwdriver bits. The coupling seat is located outside of the compartment when the bit seat is in the extended position.
A handle for a hand tool includes a body, a guider, and a movable assembly. The body has a chamber, a connecting portion, and an opening. The chamber is defined in the body. The connecting portion is defined in the body for assembling a tool bit. The opening is defined in the body and communicating with the chamber. The guider is inserted into the chamber. The guider has a spindle, a first positioner, a second positioner, and multiple guiding fins. The movable assembly includes a clamping seat movably received in the chamber and a puller mounted on the clamping seat. The clamping seat has a through hole, a shoulder, and multiple clamping units. The through hole is defined through the clamping seat for receiving the guider.
The ratchet tool has a housing, a ratchet mechanism and a locking plate. The housing includes a chamber and multiple locking grooves. The ratchet mechanism is mounted rotatably through the housing. The locking plate is mounted in the chamber of the housing and has multiple wings. The wings correspond to and engage the locking grooves of the housing in order to lock the ratchet mechanism and the housing. Therefore, users can easily assemble and disassemble the ratchet mechanism and the housing by taking out the locking plate when a broken component needs to be repaired or changed.
A toolbox includes a base having a compartment with a bottom wall. A cover is pivotably connected to the base. A bit seat is received in the compartment and pivotably connected to the base. The bit seat includes a plurality of bit grooves for receiving bits. When the bit seat is in a storage position, a longitudinal axis of each bit groove is parallel to the bottom wall of the base, and the bits are received in the compartment. An abutment portion of the bit seat abuts a rib on the bottom wall when the bit seat is in an extended position. The cover and the base can be in an inverted V-shaped state and can be placed on a platform while the abutment portion of the bit seat abuts the rib under action of weights of the bits, retaining the bit seat is in the extended position.
B65D 85/20 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles
B65D 5/52 - External stands or display elements for contents
A tool storage assembly has a storing mount and a protecting cover. The storing mount has a body. The body has multiple mounting recesses, a pivotal groove and a locking protrusion. The mounting recesses are formed in two outer sides of the storing mount at intervals. The pivotal groove is formed through one end of the body. The locking protrusion is formed on and protrudes from other end of the body. The protecting cover is pivotally connected to the storing mount and has a casing. The casing is pivotally connected to and mounted around the body of the storing mount and has two holding panels and a retaining board. The holding panels are respectively formed on and protrude downward from two sidewalls of the casing to mount around the mounting recesses. The retaining board is formed on and protrudes downward from the casing to mount around the body.
B65D 85/28 - Containers, packaging elements or packages, specially adapted for particular articles or materials for incompressible or rigid rod-shaped or tubular articles for pencils or pens
A screwdriver bit includes a shank for coupling with a tool for rotating the shank. An engaging portion extends from one of two ends of the shank and includes an insertion section for coupling with a fastener. A reduced, threaded section is formed between one of the ends of the shank and the insertion section of the engaging portion. The reduced, threaded section includes an outer diameter smaller than that of the ends of the shank and an outer threading. The outer threading of the reduced, threaded section provides uniform stress distribution during torque transmission.
