An infilling-material formation frame device for putting infilling material into a civil-engineering work bag made of knitted fabric, the infilling-material formation frame device comprising: a frame body having a shape tapered inversely toward an upper opening thereof opened upward; and one or a plurality of overhang handle arranged so as to protrude from an outer circumferential surface of the frame body having a positioning function to position and a stepping function to step the civil-engineering work bag, wherein the one or the plurality of overhang handle has a size larger than a mesh size of the knitted fabric of the civil-engineering work bag to such an extent that the civil-engineering work bag is not hooked on the one or the plurality of overhang handle.
B65B 67/04 - Dispositifs facilitant l'introduction d'articles séparés ou de groupes d'articles dans des sacs
B65B 67/12 - Supports de sacs, c.-à-d. bâtis ou châssis avec dispositifs pour tenir les sacs en position ouverte afin de faciliter l'ensachage des objets ou matériaux
2.
MOLDING FRAME DEVICE FOR CIVIL ENGINEERING WORK BAG
[Problem] The present invention relates to a molding frame device for a civil engineering work bag that is used when filling the civil engineering work bag with a filling material in the manufacture of a large-sized foot protection unit that can be used in foot protection work, revetment work, temporary foundation work, and the like. [Solution] This molding frame device 1 for a civil engineering work bag is characterized by comprising a molding frame body 10 having an open upper opening, the molding frame body 10 having a tapered expanded-diameter section H2 the diameter of which increases upward, and a rising section H1 rising from the upper edge of the expanded-diameter section H2, the angle of the inner surface of the rising section H1 with respect to the axial direction of the molding frame body 10 being smaller than the angle of the inner surface of the expanded-diameter section H2 with respect to the axial direction of the molding frame body 10.
Construction materials made with synthetic fibers, namely, nets made of synthetic fibers; materials for use in civil engineering projects, namely, nets made of synthetic fibers; construction materials, namely, empty synthetic mesh bags and synthetic mesh stone bags filled with fillers; nets made of synthetic fibers for revetment and scour prevention construction; non-metal construction materials for construction and civil engineering, namely, nets made of synthetic fibers; non-metal artificial fish reefs
Construction materials made with synthetic fibers, namely, nets made of synthetic fibers; materials for use in civil engineering projects, namely, nets made of synthetic fibers; construction materials, namely, empty synthetic mesh bags and synthetic mesh stone bags filled with fillers; nets made of synthetic fibers for revetment and scour prevention construction; non-metal construction materials for construction and civil engineering, namely, nets made of synthetic fibers; non-metal artificial fish reefs
5.
STRUCTURE AND METHOD FOR PREVENTING SAND IN CAISSON EMBANKMENT STRUCTURE
NATIONAL INSTITUTE OF MARITIME, PORT AND AVIATION TECHNOLOGY (Japon)
MAEDA KOSEN CO., LTD. (Japon)
Inventeur(s)
Sassa Shinji
Ishizaka Osamu
Abrégé
[Problem] To enable easy installation of a joint filler that adapts well to changes in the width of a joint even if the width of the joint is small, and to extend the life of an existing sand prevention board or sand prevention sheet. [Solution] A diameter-enlarged vertical hole 14 is formed by drilling into an existing caisson frame facing a joint G, a columnar cushioning material 30 made of a knitted fabric is accommodated in the diameter-enlarged vertical hole 14 in a compressed state, and the columnar cushioning material 30 is positioned in the diameter-enlarged vertical hole 14 by the restoring force of the knitted fabric. By installing a columnar cushioning material made of a knitted fabric in a compressed state, pseudo-elasticity is generated in the columnar cushioning material 30.
[Problem] To improve the handleability of a civil engineering work bag body by eliminating catching of a knitted fabric constituting the civil engineering work bag body, to facilitate the work of positioning a civil engineering work bag body with respect to a molding box device, and to improve efficiency of manufacturing a structure for civil engineering work. [Solution] A molding box body of a molding box device 10 for infill material formation is imparted with a reverse taper shape with an open upper opening, one or a plurality of overhanging handles 17 are provided on the outer circumferential surface of the molding box body, and the overhang handles are made to have a dimensional relation of being larger than the dimensions of the mesh of a knitted fabric constituting a civil engineering work bag body such that the civil engineering work bag body does not hook onto the overhang handles.
[Problem] To provide an earthwork bag body and an earthwork structure that are capable of simultaneously resolving the problem of damage to the bag body caused by a filling material and the problem of tearing of mesh of the bag body when the bag body is suspended by a suspending rope. [Solution] The present invention includes: a mesh-like bag body 21; a tightening rope that is attached by being inserted into the mesh in the vicinity of an opening section of the bag body 21; an endless-structure suspending rope 27 that is attached by being inserted into the mesh below the tightening rope; and an intermediate tightening rope 28 that is attached by being inserted into the mesh below the suspending rope 27, wherein the intermediate tightening rope 28 is attached to a section of an upper-half empty section 25 of the bag body 21, a filling material 30 being not contained in the empty section 25, so as to form a constriction at the section of the empty section 25, to which the intermediate tightening rope 28 is attached, when the bag body is suspended by the suspending rope 27.
[Problem] To provide a bag body for civil engineering work that is excellent in terms of inexpensiveness, suitable flexibility, and durability. [Solution] A feature of being provided with: a containing part 21 having a bottomed structure, for containing a filling material 30; and a suspension part 25 integrally formed above the containing part 21 so as to be adjacent to the containing part 21. The weight per unit volume and the mesh size of a knitted fabric constituting the containing part 21 are below those of the suspension part 25, and the containing part 21 is imparted with an effect of restraining the filling material 30.
[Problem] To provide a bag body for civil engineering work such that tearing of knitted fabric of the bag body is effectively prevented. [Solution] The bag body 20 has a storage part 22 for a filling material, a hoisting rope attachment part 24, and a surplus length part 26, and the vertical pitch of multiple vertically long mesh openings 25 formed in multiple stages in the hoisting rope attachment part is larger than vertical pitch of standard mesh openings 23 formed in the storage part 22.
17 - Produits en caoutchouc ou en matières plastiques; matières à calfeutrer et à isoler
19 - Matériaux de construction non métalliques
Produits et services
Floating anti-pollution barriers; floating booms for oil
containment or coastal restoration; chemical fibers not for
textile use; synthetic fibers not for textile use;
regenerated fiber thread, not for textile use; aramid
fibers, not for textile use; rock wool; carbon fibers, not
for textile use; chemical fiber yarn and thread not for
textile use; asbestos yarn, not for textile use; asbestos
fabrics; asbestos felt; insulating gloves; rubber cords and
laces; asbestos nets; industrial packaging containers of
rubber; rubber stoppers; vulcanized fiber; plastic
semi-worked products in the form of bars, blocks, boards,
pellets, rods, tubes, foils, foams, fibers, films and
sheets; raw or semi-worked rubber; soundproofing materials
of rock wool not for building purposes. Non-metallic minerals for building or construction; ceramic
building materials, bricks and refractory products;
construction materials of plastic; synthetic resin materials
for exclusive use in civil engineering, namely,
synthetic-resin reinforcement, synthetic-resin adhesive,
synthetic-resin nets, synthetic-resin fences; textiles
materials for use in civil engineering, namely, textiles
protective layers, textiles reinforcement, textiles
revetments, textiles sandbags; concrete materials for use in
civil engineering, namely, concrete reinforcement, concrete
walls, concrete revetment, concrete surface protective
materials; asphalt; asphalt for use in building; rubber
building or construction materials, namely, rubber fences,
rubber guardrail, rubber pergolas, rubber louvers, rubber
decks, rubber floor boards, rubber guard fences; building
materials made of linoleum for fixing to existing walls or
floors, namely, tiles for walls or floors; building
materials of plastics; construction materials of plastics;
epoxy grout; grout; decorative boards for building made
mainly of synthetic resin; synthetic resin sashes; synthetic
resin floor tiles; synthetic resin floor boards; dedicated
synthetic building materials for walls or wall materials
exclusively for building use in the nature of wall panels
not of metal; fabrics for use in civil engineering
[geotextiles]; buildings, not of metal; erosion control mats
of fabrics; erosion control mats incorporating plants seeds;
cement; building timber; glass for building; non-metal
artificial fish reefs; non-metal molds for forming cement
products, namely, cement posts and cement walls; unworked or
partly worked non-metallic mineral materials for building or
construction.
11.
WIRE-CONTAINING SLEEVE FOR VEHICLE, AND METHOD FOR MANUFACTURING WIRE-CONTAINING SLEEVE FOR VEHICLE
[Problem] To provide: a wire-containing sleeve for a vehicle, which has excellent workability and abrasion resistance, and is capable of sufficiently suppressing generation of impact noise; and a method for manufacturing the wire-containing sleeve for the vehicle. [Solution] The present invention is a wire-containing sleeve 1 for a vehicle, the sleeve comprising a long-fiber unwoven fabric, of which the surface has a plurality of recessed parts 3 formed therein, which preferably has a C-shaped cross-section, and of which the opposing end parts 5 are distanced from each other by at least 1 mm, wherein the recessed parts 3 are formed in a surface 1a on the outer side.
H02G 3/04 - Tubes ou conduits de protection, p. ex. échelles à câbles ou goulottes de câblage
B60R 16/02 - Circuits électriques ou circuits de fluides spécialement adaptés aux véhicules et non prévus ailleursAgencement des éléments des circuits électriques ou des circuits de fluides spécialement adapté aux véhicules et non prévu ailleurs électriques
D04H 3/16 - Non-tissés formés uniquement ou principalement de fils ou de matériaux filamenteux similaires de bonne longueur caractérisés par la méthode de renforcement ou de consolidation avec liages produits par soudage entre fils thermoplastiques ou filaments avec liages entre filaments thermoplastiques produits en relation avec la formation des filaments, p. ex. suivant immédiatement l'extrusion
17 - Produits en caoutchouc ou en matières plastiques; matières à calfeutrer et à isoler
19 - Matériaux de construction non métalliques
Produits et services
[ Floating anti-pollution barriers; floating booms for oil containment or coastal restoration; chemical fibers, not for textile use, namely, chemical fibers for use in the reinforcement of plastics; synthetic fibers, not for textile use, namely, synthetic fibers for use in the reinforcement of plastics; regenerated fibers, namely, cellulose; aramid fibers, not for textile use, namely, aramid fibers for use in the reinforcement of plastics; rock wool; carbon fibers not for textile use; chemical fiber yarn and thread not for textile use; insulating gloves; rubber cords and laces; industrial packaging containers of rubber; rubber stoppers for industrial packaging containers; semi-worked synthetic plastic as semi-finished products in the form of bars, blocks, boards, pellets, rods, tubes, foils, foams, fibers, films and sheets; raw or semi-worked rubber; soundproofing materials of rock wool not for building purposes ] [ Non-metallic minerals for building or construction; ceramic building materials, bricks and refractory products, namely, ceramic tiles, ceramic pavers, ceramic blocks, ceramic bricks for use in refractory furnaces, ceramic piles, ceramic moldings, ceramic columns for use as building materials, ceramic domes, ceramic panels, ceramic poles for use as building materials, ceramic posts, ceramic protective sealing coatings sold as an integral component of ceramic building materials, ceramic rails, ceramic slabs for building, nonmetal reinforcements for concrete and wood building construction, namely, ceramic rods, ceramic plates and ceramic bars, ceramic door frames, all for flooring, walls, ceiling, facing, facade, mosaic panels, and sanitary building purposes; ] plastic materials for use in civil engineering, namely, plastic materials for reinforcement, drainage, namely, plastic in bars, blocks, pellets, rods, sheets, tubes or extruded form for general industrial or manufacturing use; synthetic resin materials for exclusive use in civil engineering, namely, synthetic-resin reinforcing material not of metal for building purposes, synthetic-resin adhesive mortar for building purposes, synthetic-resin agricultural nets for erosion control, synthetic-resin fences; textiles materials for use in civil engineering, namely, nonwoven textiles made of synthetic fibers for use in the building industry as protective layers, textile reinforcing materials not of metal for building, textile revetments for erosion control, textiles sandbags; [ concrete materials for use in civil engineering, namely, concrete reinforcing materials not of metal for building, concrete walls, concrete revetment for erosion control, concrete surface protective materials in the nature of concrete panels; asphalt, and asphalt building or construction materials, namely, asphalt fences, asphalt guardrail, asphalt pergolas not primarily of metal, exterior asphalt louvers as building materials, asphalt decks, asphalt floor boards, asphalt guard fence; rubber building or construction materials, namely, rubber fences, rubber guardrail, rubber pergolas, rubber louvers, rubber decks, rubber floor boards, rubber guard fences; building materials made of linoleum for fixing to existing walls or floors, namely, tiles for walls or floors; ] plastic building materials, namely, plastic fences, plastic guardrail, plastic pergolas, exterior plastic louvers as building materials, plastic decks, non-metal floors comprised primarily of plastic for office buildings, outdoor use, plastic guard fences, plastic brackets for building; [ epoxy grout; grout; decorative boards for building made mainly of synthetic resin; synthetic resin window sashes; synthetic resin floor tiles; synthetic resin floor boards; dedicated synthetic building materials for walls or wall materials exclusively for building use in the nature of wall panels not of metal; fabrics for use in civil engineering, namely, geotextiles; buildings, not of metal, namely, gazebos, sheds; erosion control mats integrating plants seeds; cement and its products, namely, cement fences, cement guardrail, cement pergolas, exterior cement louvers as building materials, cement decks, cement floor boards, cement guard fences; building timber; building glass; ] non-metal artificial fish reefs; [ non-metal molds for forming cement products, namely, cement posts and cement walls; unworked or partly worked non-metallic mineral materials for building or construction ]
17 - Produits en caoutchouc ou en matières plastiques; matières à calfeutrer et à isoler
19 - Matériaux de construction non métalliques
22 - Cordes; filets; tentes, auvents, voiles et sacs; matières de rembourrage
Produits et services
(1) Floating anti-pollution barriers; floating booms for oil containment and coastal restoration; chemical fibers, not for textile use, namely chemical fibers for use in the reinforcement of plastics; synthetic fibers not for textile use; regenerated fibers namely cellulose; aramid fibers, not for textile use; mineral wool; carbon fibres, not for textile use; chemical fiber yarn and thread, not for textile use; asbestos yarn, not for textile use; asbestos fabrics; asbestos felt; insulating gloves; rubber cords and laces; asbestos nets; industrial packaging containers of rubber; rubber stoppers; rubber plugs; vulcanized fibers; plastic semi-worked products namely plastic sheet and plastic board for general industrial or manufacturing use; raw and semi-worked rubber; soundproofing materials of mineral wool, not for building purposes.
(2) Non-metallic minerals for building and construction; ceramic building materials, bricks, and refractory products namely refractory castable mixes, refractory concrete, refractory mortars; plastic materials for use in civil engineering namely plastic materials for reinforcement and drainage namely plastic in bars, blocks, pellets, rods, sheets, tubes or extruded form for general industrial or manufacturing use; synthetic resin materials for use in civil engineering namely synthetic resin fence, drainage, water-impermeability sheet namely resins in bars, blocks, pellets, rods, sheets and tubes for general industrial use; textile materials for use in civil engineering namely non-woven textiles made of synthetic fibers for use in the building industry, textiles for roofing, reinforcement and drainage of roads and roofing; concrete materials for use in civil engineering namely blocks of concrete, concrete drain pipes, concrete panels; asphalt, and asphalt building and construction materials; rubber building and construction materials; building materials made of linoleum for fixing to existing walls and floors; plastic building materials namely plastic windows, plastic window frames, plastic floor panels, plastic decks, plastic louvers, plastic fences; plastic rockfall prevention nets; epoxy grout; grout materials namely grouting compounds; synthetic building materials namely floor panels, decks, louvers and fences; fabrics for use in civil engineering, namely, geotextiles; rockfall prevention nets of textiles; buildings, not of metal namely gazebos, sheds; erosion control mats integrating plants seeds; cement and its products namely cement mixes, mortar; building timber; glass for building; artificial fish reefs, not of metal; molds for forming cement products, not of metal; nonmetallic mineral materials being unworked and partly worked namely mineral pellets for use in the building industry, non-metallic minerals for building, non-metallic minerals for construction.
14.
MEDICAL ADHESIVE SHEET AND METHOD FOR PRODUCING MEDICAL ADHESIVE SHEET
Provided are: a medical adhesive sheet which has excellent flexibility, handling properties, etc. while maintaining favorable moisture permeability and water resistance; and an effective method for producing such a medical adhesive sheet. The present invention is a medical adhesive sheet, etc. which sequentially comprises an urethane substrate, an interlayer adhesive layer, an olefin nonwoven fabric and an adhesive layer for application and which has a moisture permeability amount of 2000 g/(m2∙24 Hrs) or more, wherein the urethane substrate has a thickness in the range of 1-10 μm, the interlayer adhesive layer has a thickness in the range of 5-30 μm, the olefin nonwoven fabric is composed of a polypropylene-based thermoplastic elastomer and has a maximum point rate of extension in the vertical direction and the horizontal direction of 200% or more, and the adhesive layer for application has a thickness in the range of 5-45 μm.
[Problem] To provide a levee that is tenacious against destruction and collapse, and for which the initial levee height can be maintained over the long term. [Solution] Provided is a levee, the overall cross-section of which presents a trapezoidal shape, and which is equipped with a reinforced core zone (20) presenting a rectangular cross-section and a pair of protective buffer zones (30a, 30b) integrally constructed on both sides of the reinforced core zone (20), wherein the configuration is such that the reinforced core zone (20) is constructed independently as a soil structure that is highly self-supported, the protective buffer zones (30a, 30b) are constructed as erodible soil structures, and the protective buffer zones (30a, 30b) erode in advance of the reinforced core zone when a tsunami strikes.
[Problem] To provide a synthetic wood manufacturing method which achieves extremely excellent dispersibilities of wood flour and resin bodies and improved yield, and synthetic wood having extremely excellent dispersibilities of wood flour and resin bodies and excellent durability. [Solution] The present invention is a synthetic wood manufacturing method provided with: a grinding step (S1) for grinding wood (1) into wood flour; a mixing step (S2) for mixing the wood flour and resin bodies produced from a thermoplastic resin to produce mixtures; a first granulation step (S3) for melting the mixtures by heating to produce mixed bodies (2) obtained by integrating the wood flour and the resin bodies; a second granulation step (S5) for remelting the mixed bodies (2) by heating to produce pellet-shaped pellet bodies (3); and a molding step (S6) for remelting the pellet bodies (3) by heating and molding the molten pellet bodies by extrusion molding.
Disclosed is a reinforcing structure for reinforcing the foundation of a residence having no reinforcing bar arranged therein, by a simple construction so that the residence can be constructed even in a narrow lot and even from the inside. Continuous fiber-reinforced members (1) are arranged in at least two longitudinally continuous grooves (4) formed in the side face of a concrete foundation (2) of an existing residence. Adhesive materials (5) are buried in the grooves (4) to thereby fix and integrate the continuous fiber-reinforced members (1) with the foundation. The continuous fiber-reinforced members (1) may be formed into a rod-shape having such a rugged surface as can be retained in the concrete. An epoxy resin is applied to the side, in which the continuous fiber-reinforced members (1) are buried, to thereby prevent the reinforcing members from coming out.
[PROBLEMS] A cage for civil engineering works can be easily constructed and easily adjusted in capacity. [MEANS FOR SOLVING PROBLEMS] The cage (A) for civil engineering works is formed in a box shape having six faces including four side faces. The four side faces have a tortoise shell pattern having hexagonal units each including two spirally twisted sections (4) facing each other. Each spirally twisted section (4) is formed by arranging wire materials, which are synthetic resin monofilaments, in the vertical direction and twisting adjacent wire materials together, and each wire material can pivot relative to each other about the spirally twisted section (4).
An apparatus for cleaning a waste stained with a fluorescent coating material. The waste cleaned is reutilizable and a metallic fluorescent material can be recovered with the apparatus. The apparatus comprises: a cleaning tank (A2) which is disposed inside a cleaner main body having a space therein and is for containing a liquid detergent or rinse for removing a fluorescent coating material from a waste stained with the fluorescent coating material; a first reel (a1) and a second reel (a2) which are disposed above the cleaning tank (A2) and with which the waste is wound up while immersing it in the liquid detergent or rinse contained in the cleaning tank (A2); a liquid detergent supply/recovery part (B) for removing the fluorescent coating material dissolved in the liquid detergent and for storing the liquid detergent from which the fluorescent coating material has been removed; a rinse supply/recovery part (C) for removing the fluorescent coating material dissolved in the rinse and for storing the rinse from which the fluorescent coating material has been removed; and a discharged-gas separation part (D) with which the liquid detergent or rinse which has vaporized is liquefied and recovered from a gas to be supplied to the cleaner main body.
