368results about "Marking textiles" patented technology

A system for the characterization of webs that permits the identification of anomalous regions on the web to be performed at a first time and place, and permits the localization and marking of actual defects to be performed at a second time and place.

Multicomponent fibers are provided that include a plurality of coextruded polymeric components arranged in discrete structured domains. The polymer domains have one or more identifying characteristics that can be varied to form a plurality of different identifying patterns. A plurality of islands in the sea fibers can be provided, the plurality of fibers including two or more subsets of fibers, each subset comprising a uniquely identifiable cross sectional pattern of island domains, each pattern being formed from an array comprising a predetermined number of island domains in predetermined locations within the array, wherein each pattern is determined by classifying individual island domains within the array as present or absent from the pattern. The plurality of fibers can be meltspun simultaneously to form a filament yarn or tow.

The invention relates to sewable tamper detection elements for radio frequency identification devices, and to radio frequency identification devices with such tamper detection elements. The devices can be sewn into a seam of a garment so that the tamper detection element is partially inside the garment, e.g. as part of a care label. This makes removing the device difficult without breaking the tamper detection element, and thereby shoplifting attempts can be more reliably noticed. For this purpose, the tamper detection element is formed so that sewing through it does not break the element. The radio frequency identification device may be formed asymmetric so that the tamper detection element is on a different side from the antenna elements with respect to the chip. In this manner, the disturbance from the tamper detection element to the antenna can be minimized. The tamper detection element may be formed so that it contains a transparent opening on which text can be printed.

A method for labeling fabrics, such as fabric garments, and a heat-transfer label well-suited for use in said method. In one embodiment, the heat-transfer label comprises (i) a support portion, the support portion comprising a carrier and a release layer; (ii) a wax layer, the wax layer overcoating the release layer; and (iii) a transfer portion, the transfer portion comprising an adhesive layer printed onto the wax layer and an ink design layer printed onto the adhesive layer. Preferably, at least a portion of the ink design layer is printed using a variable printing technique, such as thermal transfer printing.

An article of apparel including a tubular knit textile region is provided, as well as an apparel printing system for printing on regions of the tubular knit textile region and related methods. The article of apparel can include a tubular knit textile region having an internal side and an opposite external side configured to be exposed during use, a plurality of yarns in an arrangement of interlocked loops forming parallel rows and channels therebetween, and a printed ink design on its external side. The printed ink design can be formed from ink applied to the parallel rows of loops and to the channels. An apparel printing system for printing on the article of apparel can include a textile printer having a print head and a tubular platen that includes features on the platen surface to retain and register the tubular knit textile on the platen surface during printing.

An ink jet textile printing method includes applying a pretreatment liquid that contains a coagulant to a fabric, discharging a first ink composition from a first recording head to apply the first ink composition to the fabric, and discharging a second ink composition from a second recording head to apply the second ink composition to the fabric. The first ink composition contains water, pigment, and a cohesive resin. The second ink composition contains water, pigment, and a non-cohesive resin.

A method of manufacturing printed textile ribbons reliably and inexpensively, initially a web is produced which forms the later ribbon. The web is composed of two different materials, wherein a figure is applied on one side of the web. The web is subsequently subjected to a heat and pressure treatment with sublimation colors, such that the sublimation colors are absorbed by the first ribbon material and produce on one side a desired printed image. The figure is composed on this side of materials which do not absorb the sublimation colors. As a result, the color of the figure remains unchanged on this side of the ribbon, although the figure had contact with the sublimation colors.

A fiber is provided with a polymer having a cross-section and a length. A particulate is distributed in the polymer in an amount to make the fiber detectable by X-ray detection or magnetic detection. The particulate is present in a core, a sheath, or both portions of polymer matrix. A process of detecting a fabric article is provided that includes the formation of a fiber in the form of a polymer having a cross-section and a length. A particulate is distributed in the polymer. A fiber is formed into a fabric. A fabric article is then manufactured from the fabric. The fabric article passes through an X-ray detector or a magnetic detector. A signal is collected from the X-ray detector or the magnetic detector indicative of the presence of the fabric article.

The invention relates to a numerical control laser cloth cutting machine. A machine body is a power distribution box; an actuating mechanism consists of an X-axis screw rod assembly, a Y-axis screw rod assembly and a Z-axis screw rod assembly which are arranged on the machine body; a Z sliding block nut sleeve is a screw rod nut of the Z-axis screw rod assembly; a laser generator is fixed on the Z-axis screw rod assembly; two double-shaft brackets are fixedly arranged on two lateral surfaces of one end of the machine body by bolts; two single-shaft brackets are fixedly arranged on two lateral surfaces of the other end of the machine body by bolts. The numerical control laser cloth cutting machine is characterized in that a cloth beam and a driven cloth pressing roller are sequentially connected between the two double-shaft brackets from outside to inside by a shaft; a cloth beam motor is connected with a cloth beam coupling; the cloth beam motor is fixed on the double-shaft bracket; a driving cloth pressing roller is connected between the two single-shaft bracket by a shaft; a cloth pressing roller motor is connected with a driving cloth pressing roller coupling; the cloth pressing roller motor is fixed on the single-shaft bracket. Cloth is cut by laser; a cutting number can be labeled on the cut cloth, so that follow-up operation is facilitated for a sewer; miniaturization rapid production of customizing clothes is realized.

The invention relates to an RFID textile label, having an open antenna disposed on a carrier, wherein the antenna is connected to an RFID chip at the center region. In order to make the RFID textile label suitable both for long range and close range, the antenna comprises a loop in the center region, the RFID chip being connected either directly or indirectly to the shoulders of this loop, wherein the antenna loop equipped with the RFID chip serves as an H field antenna, and the antenna sections disposed outside of the antenna loop serve as an E field antenna.

Disclosed is an RFID tag comprising a textile design tag (4), on the rear face (6) of which a transponder is arranged that is provided with a chip (14) comprising an antenna (12). In order to create a simplified and thinner RFID tag, the antenna (12) is incorporated into or is applied to a support layer (10) and is connected to the chip (14) in the form of a transponder tag (8) which is connected directly to the design tag (4).

The invention discloses tailoring equipment for garment processing. The tailoring equipment for garment processing comprises a tailoring workbench, wherein a reel insertion rod is arranged at one end of the top of the tailoring workbench; two sets of baffle plates stretching in the length direction are arranged on the tailoring workbench; a first cross plate is connected to one ends, far away from the tailoring workbench, of the two sets of baffle plates in a sliding manner; a scribing device is connected to the first cross plate in a sliding manner; a fixing plate is arranged at one ends, far away from the reel insertion rod, of the two sets of baffle plates; a guide rod is arranged at each of the two ends of the fixing plate; guide slots matched with the guide rods are formed in the two sets of baffle plates; a leveling device is arranged between the fixing plate and the reel insertion rod; the leveling device comprises a second cross plate, connecting rods, a roller, a downward pressing plate, stopping plates and insertion rods. The tailoring equipment for garment processing is simple in structure and novel in design, can guarantee that fabric is accurately scribed and positioned and does not skew or slip in the scribing and tailoring process, has good cutting quality, greatly improves the tailoring accuracy, reduces fabric loss and reduces the cost.

The invention discloses an automatic cutting technology for cloth. The automatic cutting technology for the cloth comprises the following steps that 1 cloth rolling: test is conducted on the cloth when cloth rolling is conducted; 2 cloth loading: rolled cloth is placed on a cloth pulling machine, and cloth pulling parameters of the cloth pulling machine are set; 3 automatic cloth spreading: the cloth is spread on a cutting workbench through the cloth pulling machine; 4 cutting parameters of a cloth cutting machine are set, and cutting is conducted on the cloth on the cutting workbench; 5 cut cloth sheets on the cutting workbench are conveyed to a coding workbench; 6 coding is conducted on the cloth sheets on the coding workbench through a coding machine; 7 the cloth sheets after being coded are packed and put in storage. According to the automatic cutting technology for the cloth, when the cloth is rolled, the test is conducted on the cloth, the cloth sections with flaw are removed, the quality of the cloth sheets after being cut is improved, and coding is conducted on the cloth sheets after being cut, so that follow-up use, management and staking are convenient, the use is convenient, the effect is good, and good application prospect is achieved.

A cloth material for marking including: a label cloth made of a white cloth formed of a fiber containing a component having affinity for a sublimation dye; an intermediate layer disposed on a rear surface of the label cloth, the intermediate layer including a synthetic resin which has affinity for the component of the label cloth and which has a melting point higher than a sublimation temperature of the sublimation dye; a transfer adhesive layer including a hot-melt thermoplastic synthetic resin and disposed on a surface of the intermediate layer; and a sheet of release paper disposed on a surface of the transfer adhesive layer. The intermediate layer is formed and closely fixed on the rear surface of the label cloth by laminating or coating. The transfer adhesive layer is also formed by laminating or coating. Desired colors, patterns and/or figures are transferable from transfer paper printed with a sublimation dye onto a surface of the cloth material for marking that has a transfer adhesive layer on its rear surface.

The invention provides a clothes tailoring scriber. A cloth supporting plate is fixedly connected to the upper surface of a pedestal; a projected loop is formed in the outer wall of the cloth supporting plate; a guide rail groove is fixedly connected to the left and right side walls of the pedestal in respective; the bottom end of a sleeve is movably disposed in each guide rail slot; the lower end of a telescopic rod is inserted into each sleeve; a top rack is fixedly connected to the top ends of the telescopic rods; a chute is formed in the top end of the top rack; an installation seat assembly is arranged over the top rack; a T-shaped guiding sliding head is disposed in the chute; a guide rod is fixedly connected to the top of a rotary column; a scribing pen is fixedly connected to a round ring; and the round ring sleeves the guide rod. A piece of cloth is fixed on the cloth supporting plate, so wrinkles during the scribing can be avoided and the scribing work can be quickly and conveniently conducted; and straight lines and curves can be accurately drawn, so clothes scribing accuracy can be guaranteed.

The present invention is related to an apparatus for paperless transfer printing, which includes a printer and a heat transfer printing machine, the printer is connected and assembled with the heat transfer printing machine by an endless metal foil belt, the heat transfer printing machine includes at least a heating transfer printing roller, or a weight bearing crawler belt, or a weight bearing plate the heating transfer printing roller can absorb the belt of metal foil by negative pressure of vacuum or by magnetic means, which result in the close fitting of the belt to the surface of the heating transfer printing roller. The paperless heating transfer printing apparatus also includes a heating device to heat the belt of the metal foil. A set process of printing is also proposed in this invention, which used said apparatus. By using this kind of apparatus and the process, the problem, that the metal foil easier wrinkles than paper does is overcome, and the substrate can close contact with the surface of the roller, the heat can be transferred more uniformly. The patterns the apparatus made are lucidity and less color difference or un-sharpness, the pulling force acting on the foil is also reduced.

The invention relates to a method for producing woven airbags, especially at least partially multi-layered airbags. Said method comprises the following steps: a) the warp threads are prepared in the warping room, warp threads which are suitable as marker threads for machine-readable markings being already placed in the warp; b) the airbag material is woven, weft threads which are suitable as marker threads for machine-readable markings being interlaced over at least part of the width of the cloth; and c) the airbag is cut out of the airbag material using a cutting device which is guided by the interlaced machine-readable markings.

The invention discloses a scribing limiting adjusting mechanism for metering cloth. The mechanical comprises a rack, a pressing plate and an n-shaped frame. The n-shaped frame is fixed on the table top of the rack, at least two compressing cylinders are fixedly arranged on a top cross beam of the n-shaped frame, and push rods of the compressing cylinders penetrate through the top cross beam of the n-shaped frame in a downward mode and are fixedly connected with the pressing plate. A supporting table is fixedly arranged on the table top of the rack under the pressing plate, and the cloth is placed on the supporting table. Elastic layers are fixedly arranged on the top face of the supporting table and the bottom face of the pressing plate. A sliding rail is fixed on the top face of the side portion of the pressing plate, a sliding groove is formed in the sliding rail, and a sliding block is inserted in the sliding groove in a sleeved mode. A vertical pushing cylinder is fixedly arranged on the top of the sliding block, a push rod of the vertical pushing cylinder is vertically downward and is fixedly connected with a clamping block, and a scribing pen is clamped on the clamping block. When the scribing limiting adjusting mechanism is mounted on a cloth winding device, the cloth can be fixed after being wound by a certain distance, the cloth is marked, marks are arranged on the cloth at intervals, and the specific length of the cloth can be learnt only according to the marks on the cloth.