26 results about "THREAD-LIKE" patented technology

The embodiment of the invention provides a dispersible non-woven fabric which comprises a body, the body comprises at least two base layers combined through embossing, the weight of each base layer is smaller than or equal to 50 g / m < 2 >, each base layer comprises inner surfaces facing each other, embossing units are formed on the inner surfaces, and the embossing units are arranged on the inner surfaces. Each embossing unit comprises first linear embossments and second linear embossments which are alternately arranged, the first linear embossments and the second linear embossments are wavy, the first linear embossments on the adjacent base layers are staggered in arrangement, the second linear embossments on the adjacent base layers are staggered in arrangement, and the first linear embossments on the adjacent base layers are staggered in arrangement. By means of the arrangement, on one hand, the effect of a high-gram-weight non-woven fabric can be achieved through an existing low-gram-weight non-woven fabric, and on the other hand, by means of the arrangement mode, the dispersing performance of the non-woven fabric capable of being dispersed can be greatly improved, and the non-woven fabric capable of being dispersed is equivalent in strength and larger in thickness.

The present invention addresses the problem of: preventing the occurrence of fraying of fibers at a cut portion of a string-shaped material; and performing a stable cutting operation. A cutting unit (210) for cutting a string-shaped material connected to an object to be sewn includes a heating member (211) that heat-melts a cut surface of the string-shaped material. In one example, the heating member functions as a cutting member, a gripping member (220) that grips a string-shaped material connected to an object to be sewn from the supply side is provided, and the string-shaped material gripped by the gripping member is brought into contact with the heating member (211), thereby thermally severing the string-shaped material. Since the string-shaped material is thermally severed, heat-melted fibers cool and solidify, and fraying of a cut end is eliminated. As another example, a cutting device (320) for cutting a string-shaped material is provided, and a cut surface of the string-shaped material cut by the cutting device is brought into contact with the heating member (211) to be heat-melted. In addition, gripping parts that respectively grip an upstream side portion and a downstream portion of the cut string-shaped material are provided, and each portion is brought into contact with the heating member in a gripped state.

A plurality of magnetic nanoparticles (30) are mixed with a solvent (111). An external magnetic field is applied to the solvent in which the plurality of magnetic nanoparticles are mixed. By doing so, the plurality of magnetic nanopowders are linearly connected, and a plurality of thread-like magnetic powders (100), in which a plurality of magnetic nanopowders are magnetically oriented along an extension thereof, are generated. The solvent is vaporized to take out the plurality of thread-like magnetic powders. Extrusion molding is performed in a state in which the plurality of thread-like magnetic powders and a liquid molding resin are mixed. By doing so, the plurality of thread-like magnetic powders are extended in the pressing direction, and a magnetic body in which the plurality of thread-like magnetic powders are arranged in a direction orthogonal to the pressing direction is produced.

This invention provides a thread-like component for hand-woven baskets that can reproduce the texture of natural materials, and a hand-woven basket made using this component. [Solution] The yarn-like member for the hand-knitted basket comprises a first yarn-like portion formed from a first material, and a second portion formed from a second material that partially covers the outer surface of the first portion. The second portion is provided at multiple locations along the longitudinal direction of the first portion at irregular intervals. The first material contains polypropylene, polyethylene, an antibacterial material, and a first pigment. The second material contains a part of the first material and a second pigment. The color tone of the second portion is different from that of the first portion.

To provide a conductive yarn-shaped wiring having excellent conductivity and wear resistance while maintaining flexibility.SOLUTION: A conductive yarn-shaped wiring according to the present invention includes a yarn-shaped member having conductivity, and an adhesive covering layer covering the yarn-shaped member. The adhesive covering layer includes a conductive material, and an adhesive resin containing the conductive material.SELECTED DRAWING: Figure 1

To provide a futon suitable as a mattress pad, which has a sufficient thickness and volume and can be easily folded into a compact shape, for example, in three. [Solution] A laminated futon is constructed by encasing a central core 1 in flat, bag-shaped side fabric 3, which becomes upper and lower layers 3A and 3B. Crease quilting 6 is formed and placed on at least one of the upper and lower layers 3A and 3B at the crease position when the futon is folded. When the futon is flat and rectangular, the crease quilting 6 is placed approximately 1 / 3 of the way along the longitudinal length from the longitudinal edge, and is configured in a wavy line shape. This allows creases to be easily formed by the crease quilting 6 when the futon is folded at the crease quilting 6 position, resulting in a compact triple-layered structure, for example, folded in three.

A winding device for winding a thread-like adhesive material around an outer circumferential surface of a linear workpiece includes a bobbin holder holding a bobbin around which the thread-like adhesive material is wound, the bobbin being held rotatably; and a guide roller provided on a path of the thread-like adhesive material between the linear workpiece and the bobbin holder, the guide roller having a groove portion on an outer circumferential surface of the guide roller and allowing the thread-like adhesive material pulled out from the bobbin to be threaded into the groove portion, wherein the thread-like adhesive material is wound around the outer circumferential surface of the linear workpiece by integrally turning the bobbin holder and the guide roller around the linear workpiece.

An article (1) comprising a stretchable sheet (20), wherein: the stretchable sheet (20) comprises a pair of sheets (21, 22) joined at a plurality of joining sections (40), and one or more thread-shaped elastic members (24, 25); the plurality of joining sections (40) are lined up at intervals in the stretching direction of the thread-shaped elastic members (24, 25); the thread-shaped elastic members (24, 25) are fixed at the plurality of joining sections (40); and the stretchable sheet (20) indicates the position at which the thread-shaped elastic members (24, 25) have been cut, has a prescribed cutting mark (50A), a first adjacent cutting mark (50B) that is adjacent to the prescribed cutting mark (50A) on one side in the stretching direction, and a second adjacent cutting mark (50C) that is adjacent to the prescribed cutting mark (50A) on the other side in the stretching direction, and has the joining sections (40) that fix the thread-shaped elastic members (24, 25) provided between the first adjacent cutting mark (50B) and the prescribed cutting mark (50A) as well as between the second adjacent cutting mark (50C) and the prescribed cutting mark (50A).

The utility model provides a hot melt forming mechanism for processing multilayer linear medical products, which comprises a base plate, a hot melt assembly comprises a bottom plate, two guide rods, a top plate, two limiting pieces and two heating assemblies, the bottom plate is arranged on the base plate, one ends of the two guide rods are connected with the bottom plate and are respectively close to two side ends of the bottom plate, and the other ends of the two guide rods are respectively close to two side ends of the top plate. The top plate is arranged on the two guide rods in a sliding mode, the two limiting pieces are detachably arranged at the other ends of the two guide rods respectively, the diameter of the limiting pieces is larger than that of the through hole, the two heating assemblies are arranged on the opposite plate walls of the bottom plate and the top plate respectively, and the heating assemblies are used for conducting hot melting, shaping and fixing on the multiple layers of linear medical products; and a lifting assembly. According to the utility model, the multi-layer linear medical supplies composed of the core shaft and the braided fabric are subjected to hot melting, shaping and fixing through the hot melting assembly under the condition that external materials are not introduced, so that the practical effect of the multi-layer linear medical supplies is ensured when the multi-layer linear medical supplies are used.

1. Name of the product in this design: Yarn breakage detection sensor. 2. Purpose of this design: This design is used for real-time monitoring of whether linear materials such as yarns, threads, and metal wires are broken or loose. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The preparation method of the non-woven fabric capable of being dispersed comprises the following steps that S10, a dry base body is formed, and the dry base body comprises a plurality of protruding structures; s20, mist water flow is sprayed to the surface of the dry base body, so that the protruding structures and the areas adjacent to the protruding structures are wetted; s30, the wetted area is dried, so that a fluffy microstructure is formed; s40, the cellulose dry base body is subjected to embossing treatment, continuous wavy-line-shaped embossing in the machine direction is formed, meanwhile, the cleaning efficiency can be improved, especially for cleaning the crissum, the usage amount is reduced so that the user experience can be improved, the wiping and using comfort can be improved, the flushable capacity is high, and the enough strength can meet the production requirement.

To provide a locking piece fixing device which solves a problem of the prior art, effectively prevents occurrence of a state in which filament body parts 2 of loop pins adjacent to each other are mutually entangled, and can attach a label, a tag, a price tag, etc. to a proper commodity easily, quickly and moreover with high work efficiency.SOLUTION: In a locking piece fixing device, a plane part or a bottom surface part of a cavity part which has the plane part or the bottom surface part which is formed between a first guide passage part and a second guide passage part is abolished. A space release part toward a downward direction of a device main body part is provided, or the space release part 200 toward a front end part direction and the downward direction of the device main body part is provided.SELECTED DRAWING: Figure 1

A fiber structure includes a knitted structure and a woven structure adjacent to each other, in which the knitted structure is formed by a plurality of first linear bodies 5a, and the woven structure is formed continuously with the knitted structure by the plurality of first linear bodies 5a and a plurality of second linear bodies 5b that intersect with the plurality of first linear bodies 5a and are different from the plurality of first linear bodies 5a.

The reinforced composite material (100) comprises at least one sheet (10) made of a flexible material and a plurality of reinforced composite tapes (1). Each reinforcing composite tape (1) comprises:-a covering capsule (2) surrounding a plurality of longitudinal channels (3) which deploy parallel to a longitudinal deployment direction (X) of the composite reinforcing tape (1) and are arranged in sequence between opposite side ends (1a) of said composite reinforcing tape (1), and-a plurality of longitudinal reinforcing fibers (3a) arranged within the longitudinal channels (3). The strips (1) of reinforced composite material are coupled to the sheets (10) at respective lower surfaces (2b) covering the capsule (2) such that their respective longitudinal deployment directions (X) are parallel. The sheet (10, 20) of flexible material comprises a 3D structure of linear elements defining a plurality of cavities (12, 22) therebetween, the cavities (12, 22), in use, being adapted to at least partially interpenetrate the ground. The cover capsule (2) does not have any surface opening on the upper surface (2a) which opens into the longitudinal channel (3). The reinforcing composite material (100) does not comprise any additional reinforcing composite belt which is deployed along a respective longitudinal deployment direction perpendicular to the longitudinal deployment direction (X) of the composite reinforcing belt (1).

To provide a functional sheet having high air permeability while allowing a functional material to be less prone to detachment.SOLUTION: In a breathable functional sheet 100 in which a functional material layer 130 is sandwiched between a front-side base sheet 110 and a rear-side base sheet 120, the functional material layer 130 is configured to include powder-granular functional materials 131 and a filamentary adhesive 132 that connects the functional materials 131 to one another by being entangled with the functional material 131. Because the functional materials 131 are connected to one another by the filamentary adhesive 132, it becomes possible to make the functional materials 131 unlikely to fall off from the functional sheet 100 while maintaining high air permeability of the functional sheet 100.SELECTED DRAWING: Figure 1

The present invention relates to a linear material manufacturing apparatus. The linear material manufacturing apparatus comprises: an unwinding device; a processing device configured to move between positions along a transport direction in each transport cycle; a transport device configured to move between positions along the transport direction in each of the transport cycles; a cutting device fixed at a predetermined position; and a control device configured to control the positions of the plurality of processing devices and the transport device in each of the transport cycles.

A fusion sheet includes: a base material layer including a first surface and a second surface; a fusion base part partially stacked to the first surface of the base material layer and fusible to a wire-like transmission member; and an adhesive base part partially stacked to the second surface of the base material layer and having larger adhesive strength with an adhesive member than the base material layer. A first section and a second section are provided along an extension direction of the base material layer. The first section is a section where the adhesive base part is stacked to the base material layer other than a laminated section where the adhesive base part is stacked. The second section is a section where the adhesive base part is stacked to the base material layer other than a laminated section where the fusion base part is stacked.

The present application aims to provide a technology capable of obtaining good adhesion and fusion in a fusion sheet while avoiding weight increase. The fusion sheet includes: a base material layer having a first surface and a second surface; a fusion base portion locally laminated to the first surface of the base material layer and capable of being fused with a linear transmission member; and an adhesion base portion locally laminated to the second surface of the base material layer and having a larger adhesion force with an adhesion member than the base material layer. A first interval and a second interval are provided along the extension direction of the base material layer. The first interval is an interval in which the fusion base portion is laminated to the base material layer while avoiding the lamination of the adhesion base portion. The second interval is an interval in which the adhesion base portion is laminated to the base material layer while avoiding the lamination of the fusion base portion.

The present invention addresses the problem of obtaining a fiber structure used in a product (for example, an upper of a shoe) having rigidity and bendability at a specific portion thereof while suppressing an increase in the number of components, a method for manufacturing the fiber structure, a shoe, a garment, and a bag. The fiber structure is formed from linear bodies (5) and has first regions (41) and second regions (42) adjacent to each other, the density of the linear bodies (5) contained in the second regions (42) being lower than the density of the linear bodies (5) contained in the first regions (41), the first regions (41) being arranged in a mesh shape, the second regions (42) being arranged between the first regions (41) arranged in the mesh shape, and the first regions (41) being arranged in the mesh shape. The linear bodies (5) included in the second regions (42) connect adjacent first regions (41).

1.The name of the design product: pendant (silk Ruyi everything is not difficult). 2.The use of the design product: for wearing decoration. 3.The design points of the design product: in shape. 4.The picture or photo that best indicates the design points: front view. 5.The design points on the top view have been shown on other views, and the top view is omitted. 6.The hanging rope in the design picture is a background and does not belong to the content of the design.

Method for manufacturing an instrumented strand. The present invention relates to a method for manufacturing an instrumented strand (1) intended for a textile operation for the formation of a fibrous preform of a part made of composite material, comprising: - a scrolling of at least one wire detection element (5) capable of transmitting a physical signal, reinforcing yarns (104; 108) being attached around said at least one scrolling wire detection element so as to form a preform (110) of the instrumented strand, and - a deposition of a binder (111) for holding onto the preform of the instrumented strand thus obtained so as to obtain the instrumented strand. Figure for the abstract: Fig. 1.

A threadlike adhesive sticking apparatus, for sticking a threadlike adhesive to an object by pressing a part of the threadlike adhesive protruding from a tip end portion of a nozzle to an outside against a surface of the object, includes a moving mechanism configured to move the nozzle. The moving mechanism moves the nozzle such that an angle θ1 (rad) formed by the surface and a moving direction of the nozzle to a sticking start point on the surface is π / 36≤θ1≤4π / 9.

The utility model discloses an anti-slip knitted fabric, which relates to the textile field, and has the technical scheme that the anti-slip knitted fabric comprises a surface layer, a plurality of raised lines are woven on one side of the surface layer, the raised lines are linearly arrayed in the transverse direction, the adjacent raised lines are arranged at intervals, each raised line comprises a continuous straight section and an inclined section, the straight section is linear in the longitudinal direction, and the inclined section is in a fold line shape. The straight sections and the inclined sections are alternately arranged in the longitudinal direction. According to the knitted fabric, the raised lines are formed through the woven structure, namely, high connecting strength exists between the raised edges and the surface layer, the roughness of the knitted fabric in the transverse direction is increased through the straight sections on the raised lines, the roughness of the knitted fabric in the longitudinal direction and the roughness of the knitted fabric in the transverse direction are increased through the inclined sections on the raised lines, and then the roughness of the surface of the knitted fabric is increased; and the polyamide fiber bundles have better wear resistance, so that the wear resistance of the surface of the knitted fabric is ensured.