31results about How to "Avoid misprint" patented technology

The invention relates to multihole fabric clothing with a windproof hat. The multihole fabric clothing comprises a clothing body (1), wherein a plurality of breathable holes (2) are formed in the rear part of the hat of the clothing body (1); a transparent mask (3) made of soft plastic is arranged at the front part of the hat and is connected together with a brim through a zipper (4); a fabric of the clothing body (1) comprises a base material made of a multihole fabric; the multihole fabric further comprises a bottom layer and an information layer; the bottom layer is directly formed on the base material; the information layer is arranged on the bottom layer and comprises a pattern which can be identified by a machine; the pattern which can be identified by the machine is formed by arraying a plurality of marking units; the bottom layer is a compact film; the void size of the bottom layer is smaller than that of each marking unit. The multihole fabric clothing can achieve a windproofing effect.

The invention relates to heat preservation fabric with full identify unit printing. The heat preservation fabric comprises a close-fitting layer (1), wherein the close-fitting layer is sequentially provided with a filling layer (2), a heat preservation layer (3), a heat insulation layer (4), an anti-abrasion layer (5) and a waterproof coating layer (6); the filling layer is filled with SEE (Society Enterpreneur Ecology) ecological cotton; the heat preservation layer is formed by PE (Polyethylene) through flocking; the heat insulation layer (4) is filled with silica gel; the waterproof coatinglayer (6) is formed by a thermoplastic polyurethane breathable thin film; a lining fabric layer is arranged on the back surface of the close-fitting layer; the lining fabric layer is porous fabric andcomprises a basic material prepared from the porous fabric; the porous fabric comprises a bottom layer and an information layer; the bottom layer is directly formed on the basic material; the information layer is arranged on the bottom layer; the information layer comprises patterns which can be identified by a machine. According to the heat preservation fabric disclosed by the invention, the heat preservation time can be prolonged; the heat preservation fabric is in full identify unit printing.

The invention relates to all-brushed fabric printed with identification units. The all-brushed fabric comprises a fabric body (1), wherein a fluff layer (2) is arranged on the surface of the fabric body (1), the fluff layer (2) comprises pattern regions (2.1) and a non-pattern region (2.2), and the fluff direction of the pattern regions (2.1) is opposite to the fluff direction of the non-pattern region (2.2); a lining fabric layer is arranged on the back of the fabric body, is porous fabric, comprises a base material made of the porous fabric, and also comprises a bottom layer and an information layer; and the bottom layer is directly formed on the base material, and the information layer is placed on the bottom layer. The fluff direction of the pattern regions is opposite to the fluff direction of the non-pattern region of the brushed fabric, so that the stereoscopic impression of patterns in the pattern regions is highlighted, and the all-brushed fabric is full of fashionable breath. The identification units of the all-brushed fabric disclosed by the invention are completely printed.

The invention relates to a full-beaded fabric printed with a sign unit. A fabric body (1) is included, and a plurality of mesh holes (2) are arranged on the fabric body. The mesh holes are in the shape of hooks, and beads (3) are arranged in the center of the hooks of the mesh holes. The back side of the fabric body is provided with a lining fabric layer, the lining fabric layer is a porous fabric, which includes a substrate made of porous fabric, and the porous fabric also includes a bottom layer and an information layer, and the bottom layer directly forms On the base material, the information layer is arranged on the bottom layer, the information layer includes a machine-recognizable pattern, and the machine-recognizable pattern is formed by a plurality of marking units, and the bottom layer is a In a dense film, the pore size of the bottom layer is smaller than the size of the marking unit. The invention enhances the three-dimensional effect of the beaded fabric. The identification unit of the present invention is fully printed.

The invention relates to an all-wool knitted flashing fabric printed with a sign unit. The front side of the wool knitted fabric body (1) is fixed with multicolored flashing threads (2). The back side of the wool knitted fabric body is provided with a lining fabric layer, the lining fabric layer is a porous fabric, which includes a substrate made of porous fabric, and the porous fabric also includes a bottom layer and an information layer, the bottom layer It is directly formed on the substrate, the information layer is disposed on the bottom layer, and the information layer includes a machine-recognizable pattern. The clothes made by the invention are not only warm and comfortable but also bright, smart and fashionable. The identification unit of the present invention is fully printed.

The invention relates to windtight and breathable clothes made of antifouling fabric. The clothes comprise a clothes body (1), a breathable layer (2) and a windtight layer (3) are arranged on the front body of the clothes body (1), and the breathable layer (2) is arranged inside and made of bamboo fibers. The fabric adopted in the clothes body (1) comprises a base material made of porous fabric, the porous fabric comprises a bottom layer and an information layer, the bottom layer is directly formed on the base material, the information layer is formed on the bottom layer and comprises patterns capable of being recognized by a machine, the patterns capable of being recognized by the machine are formed by arranging a plurality of identification units, the bottom layer is a dense film, and the hole dimension of the bottom layer is smaller than the dimension of the identification units. When a user needs to do sports, a zipper is pulled open, the windtight layer is dismounted, and therefore the windtight and breathable effect is achieved. The bottom layer of the dense film structure is additionally arranged between the information layer and the porous fabric, and therefore the problem that the identification units of the information layer are printed incompletely can be solved.

The invention relates to a full wool loop brushed fabric printed with a sign unit. The base cloth (2) is included, the wool loop fabric (1) is tightly compounded on the front of the base cloth, and the brushed layer (3) is provided. The lining fabric layer compounded on the back side of the brushed layer, the lining fabric layer is a porous fabric, which includes a substrate made of porous fabric, and the porous fabric also includes a bottom layer and an information layer, and the bottom layer is directly formed On the base material, the information layer is arranged on the bottom layer, the information layer includes a machine-recognizable pattern, and the machine-recognizable pattern is formed by arranging a plurality of marking units. The present invention has the natural luster of wool, is full of three-dimensional and fashionable sense, and is warm and comfortable at the same time. The identification unit of the present invention is fully printed.

The invention relates to a piece of porous fabric clothes capable of assisting a wear to hold a baby. The piece of porous fabric clothes comprises a clothes body (1), wherein a pouch (2) is arranged on the front body of the clothes body (1), two holes (3) are formed under the pouch (2), four bands (4) are arranged on the upper side and two sides of the pouch (2), and four band buttons (5) corresponding to the bands (4) are arranged on the clothes body. The fabric adopted for the clothes body (1) comprises a base material made of a porous fabric, the porous fabric further comprises a base layer and an information layer, the base layer is directly formed on the base material, the information layer is arranged on the base layer and comprises machine-recognizable patterns. The piece of porous fabric clothes can decrease arm strength required by baby holding and accordingly has the effect of assisting the wear to hold the baby. The base layer with a dense-membrane structure is added between the information layer and the porous fabric so that the problem that printing of identification units of the information layer is incomplete can be avoided.

The invention relates to a cool-body-feeling fiber fabric with all-printed identification elements. The cool-body-feeling fiber fabric comprises an internal layer (1). A sweat guide layer and an exterior layer are arranged in sequence outside of the internal layer. A lining fabric layer which is a porous fabric is arranged on the back side of the lining layer, and the lining fabric layer comprises a substrate made from the porous fabric; the porous fabric further comprises a bottom layer and an information layer, wherein the bottom layer is formed directly on the substrate, and the information layer is arranged on the bottom layer; the information layer comprises patterns which can be recognized by a machine. The cool-body-feeling fiber fabric with all-printed identification elements is good in flexibility, and washing fastness and weather fastness are both improved greatly. The cool-body-feeling fiber fabric is printed with all identification elements.

The invention relates to a waterproof fabric with completely printed identification units. The waterproof fabric comprises a base layer (1), and an antibacterial layer (2) and a waterproof layer (3) are arranged on the base layer (1) in sequence. The antibacterial layer (2) is made of bamboo fibers. The waterproof layer (3) is a TPU coating. The back of the base layer is provided with a lining fabric layer. The lining fabric layer is a porous fabric. The porous fabric comprises a base material prepared from porous fabrics. The porous fabric also comprises a bottom layer and an information layer. The bottom layer is directly formed on the base material. The information layer is arranged on the bottom layer. The information layer comprises a pattern that can be identified by a machine, and the pattern is composed of a plurality of arranged identification units. The bottom layer is a compact film. The size of the pores of the bottom layer is smaller than the size of the identification units. The fabric is breathable, comfortable, waterproof, and antibacterial. The identification units are completely printed.

The invention relates to an all-cotton pleated chiffon fabric printed with a logo unit. It consists of a folded layer (2) and an inner layer (1), the folded layer is fixed on the inner layer, the folded layer is hot-pressed into a folded shape, and the folds (2‑1) are evenly distributed. The back of the inner layer is provided with a lining fabric layer. The lining fabric layer is a porous fabric, which includes a substrate made of porous fabric. The porous fabric also includes a bottom layer and an information layer. The bottom layer is directly formed on the On the base material, the information layer is arranged on the bottom layer, the information layer includes a machine-recognizable pattern, and the machine-recognizable pattern is formed by a plurality of marking units, and the bottom layer is a dense In the membrane, the pore size of the bottom layer is smaller than the size of the marking unit. The invention not only satisfies the wearing comfort but also improves the aesthetic feeling of the fold layer. The identification unit of the present invention is fully printed.

The invention relates to leather-and-tissue-splicing multi-hole fabric clothes which comprise a clothes body (1). A front body and a back body of the clothes body (1) are formed by splicing of leather (2) and tissue (3). The leather (2) and the tissue (3) are in an irregular shape. Fabric used in the clothes body (1) comprises base materials formed by multi-hole fabric. The multi-hole fabric further comprises a bottom layer and an information layer. The bottom layer is directly formed on the base materials. The information layer is arranged on the bottom layer. The information layer comprises a pattern which can be identified by a machine. The pattern which can be identified by the machine is formed by a plurality of identifying units in an arraying mode. The bottom layer is a dense film. The hole gap size of the bottom layer is smaller than the size of each identifying unit. The layering sense of the clothes is improved, and the styles of the clothes are enriched. The bottom layer of the dense film structure is added between the information layer and the multi-hole fabric so that the problem that the identifying units of the information layer are not completely printed can be avoided.

The invention relates to a porous fabric garment with a width indication function. The porous fabric garment with the width indication function comprises a garment body (1), wherein each of the shoulders and sleeves of the garment body (1) is provided with light emitting diodes (2); a power supply module (4) with a photoresistor (3) is arranged in a chest pocket of the garment body (1); the fabrics employed by the garment body (1) comprise base materials which are made of porous fabrics; the porous fabrics further comprise a bottom layer and an information layer; the bottom layer is directly formed on the base materials; the information layer is arranged on the bottom layer; the information layer comprises machine-recognizable patterns; the machine-recognizable patterns are formed by arranging a plurality of identification units; the bottom layer is a dense membrane; the pore size of the bottom layer is smaller than the size of each of the identification units. According to the porous fabric garment with the width indication function, when the illumination is insufficient, the photoresistor does not feel the light, so that the power supply module starts and provides power for the light emitting diodes, the light emitting diodes emit white light, and the own width is indicated by the white light at two sides, therefore a warning effect is achieved, and the accident occurrence is reduced. According to the porous fabric garment with the width indication function, the problem that the identification units of the information layer are incompletely printed can be prevented.

The invention relates to identification unit printed full-neck massaging clothes. The identification unit printed full-neck massaging clothes comprise a clothes body (1), a latex massaging strip (2) with protruding points is arranged on the neck part of the clothes body, the latex massaging strip is connected with a control module (3), and the control module is connected with a power module. A lining fabric layer is arranged on the back side of the clothes body and is a porous fabric comprising a base material made of a porous fabric body, the porous fabric further comprises a bottom layer and an information layer, and the bottom layer is directly formed on the base material. The identification unit printed full-neck massaging clothes can achieve the effect of relaxing the muscles of the neck to prevent cervical spondylosis; identification unit printing is complete.

The invention relates to a dense-membrane-structure garment with an electric power storage function. The dense-membrane-structure garment comprises a garment body (1), a front body of the garment body (1) is provided with multiple solar panels (2) which are all connected to a lithium battery (3), and one end of the lithium battery (3) is connected with a USB (universal serial bus) interface (4). The dense-membrane-structure garment is made by fabric which comprises a base material made by porous fabric, the porous fabric comprises a bottom layer and an information layer, the bottom layer is directly formed on the base material, the information layer is arranged on the bottom layer and comprises a machine-recognizable pattern, the machine-recognizable pattern is formed by arranging multiple identity units, the bottom layer is a dense membrane, and pore size of the bottom layer is smaller than size of each identity unit. The bottom layer of a dense membrane structure is added between the information layer and the porous fabric, so that the problem of incomplete printing of the identity units of the information layer can be avoided.

The invention relates to a fully antistatic fabric printed with a sign unit, which comprises an inner layer (1), and a base layer (2) and a static-removing layer (3) are sequentially arranged outside the inner layer. The back of the inner layer is provided with a lining fabric layer. The lining fabric layer is a porous fabric, which includes a substrate made of porous fabric. The porous fabric also includes a bottom layer and an information layer. The bottom layer is directly formed on the On the base material, the information layer is arranged on the bottom layer, the information layer includes a machine-recognizable pattern, and the machine-recognizable pattern is formed by a plurality of marking units, and the bottom layer is a dense In the membrane, the pore size of the bottom layer is smaller than the size of the marking unit. The invention can delay the service life of the fabric, is washable and antistatic. The identification unit of the present invention is fully printed.

The invention relates to a full anti-tear fabric printed with a sign unit, which comprises an inner fiber layer (1), and an intermediate composite layer (2), a fabric layer (3), a base layer (4) and a tear-resistant fiber layer are sequentially arranged outside the inner fiber layer layer (5); the anti-tear layer (5) is made of DuPont CORDURA fiber. The back of the inner fiber layer is provided with a lining fabric layer, the lining fabric layer is a porous fabric, which includes a substrate made of porous fabric, and the porous fabric also includes a bottom layer and an information layer, and the bottom layer is directly formed On the base material, the information layer is arranged on the bottom layer, the information layer includes a machine-recognizable pattern, and the machine-recognizable pattern is formed by a plurality of marking units, and the bottom layer is a In a dense film, the pore size of the bottom layer is smaller than the size of the marking unit. The invention has double wear-resistant and tear-resistant functions. The identification unit of the present invention is fully printed.

The invention relates to an identification unit fully-printed anti-staining fabric. The identify unit fully-printed anti-staining fabric comprises an inner layer (1), wherein a breathable layer (2), an outer layer (3) and an anti-staining layer (4) are successively arranged outside the inner layer, and the anti-staining layer is a fluorine monomer water-borne polyurethane coating layer. The back surface of the inner layer is provided with a lining fabric layer, the lining fabric layer is a porous fabric and comprises a base material formed by the porous fabric, the porous fabric also comprises a bottom layer and an information layer, the bottom layer is directly formed on the base material, the information layer is arranged on the bottom layer, the information layer comprises a machine recognizable pattern, the machine recognizable pattern is formed by arranging a plurality of identification units, the bottom layer is a dense membrane, and the pore size of the bottom layer is smaller than that of the identify unit. The identify unit fully-printed anti-staining fabric facilitates the ventilating, can ensure the smoothness of the fabric outer layer, is uneasy to stain and has a waterproof effect and a ventilating effect. By adopting the identify unit fully-printed anti-staining fabric, the identification unit is completely printed.

The embodiment of the invention discloses a porous textile, which comprises a substrate made of a porous textile. The porous textile further comprises a bottom layer and an information layer, wherein the bottom layer is directly formed on the substrate; the information layer is formed on the bottom layer, and comprise a machine-recognizable pattern; the machine-recognizable pattern is formed by arranging a plurality of identification units; the bottom layer is made of a dense film; and the size of a hole on the bottom layer is smaller than that of each identification unit. In the invention, the bottom layer having a dense film structure is formed between the information layer and porous textile, so that the problem of incomplete printing of identification units of the information layer can be avoided. Moreover, the invention further provides a printing method for the porous textile.

The invention relates to an identification unit fully printed reflection performance continuous effective fabric, including an inner layer (1), and an outer layer (2), a fixed layer (3), a reflectionlayer (4), and a laminating layer (5) arranged out of the inner layer in sequence. The reflection layer (4) is high refraction index glass beads and a solvent thereof. A back surface of the inner layer is provided with a lining fabric layer. The lining fabric layer is a porous fabric, and the fabric comprises a base material made of a porous fabric. The porous fabric also comprises a bottom layerand an information layer. The bottom layer is directly formed on the base material. The information layer is arranged on the bottom layer. The information layer comprises patterns which can be identified by a machine. The patterns which can be identified by a machine are formed by arranging a plurality of identification units. The bottom layer is a dense membrane. Pore size of the bottom layer issmaller than size of the identification unit. Reflection performance of the fabric is ensured to be continuous and effective. The fabric is complete in identification unit printing.

The invention relates to a garment with a camera shooting function and a dense membrane structure. The garment comprises a garment body (1), wherein a minitype camera (2) is arranged on the front body of the garment body (1), an upper pocket of the garment body (1) is provided with video equipment (3), and a lower pocket of the garment body (1) is provided with storage equipment(4); the fabric adopted by the garment body comprises a base material made of porous fabric, the porous fabric comprises a base layer and an information layer, the base layer is directly formed on the base material, the information layer is arranged on the base layer and comprises a pattern which can be recognized by a machine, the pattern is formed by arrangement of multiple identify units, the base layer is a dense membrane, and the sizes of pores of the base layer are smaller than the sizes of the identify units. When a crime is committed, people who break the law and illegal events can be recorded by the video equipment, and the video is then copied from the storage equipment to serve as evidence to protect the harmed. The garment has the dense membrane structure.