225results about How to "Guaranteed feel" patented technology

The present invention provides an absorbability article which has cubic effect, high buffering property, and can keep concave-convex form not only under drying condition but also under the condition of absorbing sap by improving the form retentivity of concave-convex embossed pattern. The absorbability article (1) is provided with an absorbing body (4) between permeating front side and back side thin sheets (3) and (2), wherein, the front side thin sheet (3) is a multi-layer sheet which at least comprises a nonwoven cloth layer (3A) forming the skin contacting surface and a plastic film layer(3B) laminated on the non skin contacting surface of the nonwoven cloth layer, the plastic film layer (3B) is composed of material with a melting point lower than the nonwoven cloth. Under the heating condition with a melting point higher than the melting point of the plastic film layer (3B) and lower than the melting point of the nonwoven cloth layer (3A), the concave-convex embossing process composed of a plurality of projecting parts (7, 7......) projecting outside is executed to the front side thin sheet (3), and the hole making process is executed to the top of the convex embossed pattern or the bottom of the concave embossed pattern of the concave-convex embossed pattern.

The invention discloses a self-adaptive modulation and coding method and a device thereof. The method comprises the following steps: obtaining the existing signal-to-noise ratio and service type parameters of a channel transmitting data; determining the modulation mode and coding rate according to the signal-to-noise ratio and the service type parameters; and modulating and coding according to the determined modulation mode and coding rate. The self-adaptive modulation and coding method and the device have strong service adaptability, can perform the modulation and coding according to different service types used by users, which can guarantee the feeling of the users, maximize the frequency spectral efficiency of the system and reduce the error rate.

The invention relates to a mobile terminal, in particular to a mobile terminal, combined terminal equipment and a splicing joint control method of the mobile terminal. The mobile terminal capable of realizing splicing joint is characterized in that according to a state determination instruction, the mobile terminal selectively enters a host work state or a slave work state; a display division unit divides the display contents of a host according to display screen resources of each mobile terminal in the combined terminal equipment when the mobile terminal is used as the host to work, so that a plurality of division display data corresponding to a plurality of mobile terminals in the combined terminal equipment is obtained, and the corresponding division display data is sent to slaves; a display switching unit displays the received division display data when receiving the division display data from the host under the condition that the mobile terminals are used as the slaves. The contents displayed by the host can be displayed by the slaves, when the number of the slaves is great, the contents can be displayed to a user by a larger screen consisting of a plurality of slaves, and the requirement of people on the large display area can be met.

The invention provides knitted fabric containing cotton and having silky luster, handfeel and cool feeling and a manufacturing method thereof.The method includes the following steps that yarn is woven into gray fabric with a circular knitting machine, wherein the needle number of the circular knitting machine is 18-40, the yarn count is 20-80 S/1, length 50 C of the yarn is 90-200 mm, and the gram weight of the gray fabric is 60-240 g/m<2>.The tissue structure of the gray fabric includes tabby, half cardigan, knitted cotton, rib, looped pile and ball wool or jacquard weave; open width alkali mercerizing, boiling-off, enzyme washing, dyeing, drying, soft stabilized finishing and preshrinking are conducted to finally obtain the knitted fabric containing cotton and having silky luster, handfeel and cool feeling.The knitted fabric containing cotton and having silky luster, handfeel and cool feeling has the advantages of being smooth, stiff, good in drapability, resistant to crease and small in shrinking amount and integrates smoothness, stiffness and crease resistance.

The invention relates to mobile terminals, in particular to a mobile terminal and a combined terminal device formed by splicing the multiple mobile terminals. The mobile terminal comprises a display screen, a first side surface, a second side surface, a first magnetic attraction element and a second magnetic attraction element, the first side surface and the second side surface which are parallel are located on the two reverse sides of the display screen, the first magnetic attraction element is arranged on the first side surface, the second magnetic attraction element is arranged on the second side surface, and when another mobile terminal is spliced with the current mobile terminal, the first magnetic attraction element on the first side surface of the current mobile terminal can be attracted to the second magnetic attraction element on the second side surface of another mobile terminal so that the first side surface of the current mobile terminal can be attached to the second side surface of another mobile terminal in an aligned mode. Due to the first magnetic attraction element and the second magnetic attraction element, the mobile terminal does not need to be specially provided with inserting grooves for splicing, and accordingly the using hand feeling of the mobile terminal is kept.

The invention provides a modified-chitosan-containing anti-ultraviolet finishing agent for cotton fabric and anti-ultraviolet cotton fabric obtained by aid of the anti-ultraviolet finishing agent. The modified-chitosan-containing anti-ultraviolet finishing agent for the cotton fabric is a uniformly mixed solution of 3,4,5-trimethoxybenzoyl chitosan, a crosslinking agent, a penetrant and an acetic acid or lactic acid solution, wherein the crosslinking agent is organic polycarboxylic acid or amino-modified silicone oil emulsion; the penetrant is either JFC or peregal O. The anti-ultraviolet cotton fabric with anti-ultraviolet, anti-bacterial and anti-crease finishing functions is obtained through double-dip double-nip, water washing and drying, the anti-ultraviolet, anti-bacterial and anti-crease finishing functions are high in durability, the cotton fabric still maintains the original style of the fabric after finishing, the hand feel, the strength, the whiteness and the color of the cotton fabric are not affected, and the original human body affinity is maintained; the finishing agent is simple in composition and easy to prepare, and a finishing process is simple and environment-friendly.

The invention relates to soft sheepskin-imitating polyurethane resin which includes the following components: wet-method polyurethane resin, N,N-dimethylformamide, paper pulp powder, a hand feeling agent, a permeation agent, an anti-crimping agent and an oily color material. The invention also relates to a method of producing sheepskin-imitating artificial leather with the soft sheepskin-imitating polyurethane resin, wherein the method includes the following steps: 1) impregnating a base cloth in a soft sheepskin-imitating polyurethane resin mixture liquid; 2) regulating sizing quantity through extrusion, and performing solidification, water washing, drying and polishing to prepare wet-method base; and 3) performing veneering and vacuum grain suction to the wet-method base to prepare the sheepskin-imitating artificial leather. The sheepskin-imitating artificial leather has a soft and light feel, has fine and elastic hand feeling, is high in tear strength and good in weather and wear resistance, has a soft and natural surface color, has full grains and has strong stereoscopic sense.

A bedding element including a first large principal face opposite a second large principal face and divided lengthwise into portions that define. on the first large principal face, first successive receiving areas (A1 to A7) of which a first succession (A1 to A7) defines a first resting area and of which a second succession (A7 to A1) opposite the first defines a second resting area; and on the second large principal face, second successive receiving areas (B1 to B7) of which a first succession (B1 to B7) defines a third resting area and of which a second succession (B7 to B1) opposite the first defines a fourth resting area. The portions of the bedding element that define these receiving areas have differentiated mechanical characteristics so that the four resting areas have four different receiving profiles.

The invention discloses a method for manufacturing a bonded fabric with improved moisture permeability. The bonded fabric comprises a surface adhesive layer, a bottom adhesive layer and a fabric layer, and the method for manufacturing the bonded fabric comprises the following steps of: a, preparing an adhesive, namely preparing the bottom adhesive and the surface adhesive, wherein a primary adhesive of the surface adhesive is added in the bottom adhesive preparation, so that the moisture permeability can be improved; b, coating the surface adhesive on release paper, and drying the surface adhesive so as to form the surface adhesive layer; c, coating the bottom adhesive on the surface of the surface adhesive layer, and semi-drying the bottom adhesive; d, uncoiling the fabric layer and the release paper at a same speed, bonding the fabric layer and the bottom adhesive layer under a pressure of 4-6 kg/cm<2> so as to form a semi-finished product, and coiling the semi-finished product; and e, after the semi-finished product is cured, stripping away the release paper. According to the manufacturing method, the proportions of the surface adhesive and the bottom adhesive in the bonded fabric are improved, and hydrophilic waterproof and moisture-permeable polyurethane resin in the surface adhesive is added in the bottom adhesive, therefore, the moisture permeability of the bottom adhesive is improved, and then the moisture permeability of the bonded fabric can be improved, so that the waterproof and moisture-permeable properties of the bonded fabric break through 20K/20K.

The invention discloses a polyester taslan fabric moisture absorbing and sweat releasing dyeing and finishing process. The production process includes: cold stacking, open-width desizing, in-cylinder finishing scouring, overflow dyeing, reducing cleaning, finishing, cylinder discharge, dehydration width opening, and shaping. Specifically, the finishing adopts moisture absorbing and sweat releasing, overflow washing is conducted after reducing cleaning, and a moisture absorbing and sweat releasing assistant is added after washing the fabric surface clean to carry out finishing. The process ensures sufficient textile desizing, makes the capillary effect of the taslan fabric reach the best state, so that the textile can fully absorb the moisture absorbing and sweat releasing assistant to enhance the moisture absorbing and sweat releasing effect, and the fabric can be resistant to washing. The process avoids or reduces the generation of watermark problem, and has very good practical effect.

The invention discloses a noniron finishing method of a silk fabric. The noniron finishing method particularly comprises the following steps: moistening and rinsing the silk fabric with warm water twice, refining and expanding the silk fabric by using a biological enzyme, after rinsing with warm water, padding the expanded silk fabric in a wash and wear finisher containing silk fibroin, citric acid and chitosan quaternary ammonium salt, then predrying the silk fabric, tentering at constant temperature, baking at high temperature, washing with water and drying, and pressing-packaging to obtain the noniron finished silk fabric. According to the noniron finishing method, a biological enzyme technology is combined with a padding technology, the silk fabric is subjected to noniron finishing by using the silk fibroin, the citric acid and the chitosan quaternary ammonium salt, so that the noniron finishing method has the advantages of simple and effective, environmental-friendly and biological effects. The silk fabric prepared by adopting the noniron finishing method reaches a noniron degree, and has a good crease-resisting and deformation-resisting capabilities; the dyeing performance of the fabric is improved; the handfeel, the style and the mechanical property of the fabric are reserved, and thus the noniron finishing method is an ideal noniron finishing method of the silk fabric.

The invention provides a titanium dioxide textile and a preparation method thereof.The titanium dioxide textile is prepared from, by weight, 100-200 parts of pure cotton cloth, 20-60 parts of a titanium dioxide antibacterial agent, 0-1 part of a dispersing agent, 5-10 parts of a binder, 1-2 parts of a thickener, 200-300 parts of alkali liquor and 20-50 parts of water, wherein the titanium dioxide antibacterial agent is mainly prepared from tetrabutyl titanate, 1-acetoxy-3-propane sulfoacid imidazole bromine salt and a metal organic framework material.Accordingly, the prepared titanium dioxide antibacterial textile is good in antibacterial effect, strong in fabric affinity and good in washing fastness, is environmentally friendly and keeps the hand feeling of fabric fibers.

The invention relates to ink and in particular relates to water-based nano pigment ink for textile printing. According to the formula, the ink mainly comprises the following components in parts by weight: 12.4-18.6 parts of water-based pigment slurry, 9.5-14.9 parts of a water-based resin, 5.3-9.6 parts of a quick-dry type solvent, 5.4-9.8 parts of a moisturizing solvent, 0.5-2 parts of a surfactant, 0.05-0.2 part of an antibacterial agent and 50.9-65.55 parts of deionized water. According to the ink disclosed by the invention, textiles do not need to be preheated and heated, and the ink refers to healthy and environment-friendly water-based nano pigment ink which can be directly printed on the textiles. Moreover, a digital ink-jet printing textile prepared by the ink has excellent color fastness to washing, color reduction rate and excellent handfeel.

A deep color dyeing and finishing technique of poly lactic acid (PLA) fiber and gossamer fiber blending fabrics comprises the following steps of greige cloth sewing, preliminary shaping, preliminary treatment, dyeing, fixation, dehydration and an after treatment process. The deep color dyeing and finishing technique of PLA fiber and gossamer fiber blending fabrics uses a dual-bathing method to dye. A mesotherm type disperse dye is used for dyeing (enabling color to be deep) PLA fibers, and a carrier is added during dyeing. An environment-friendly mesotherm direct dye is used for dyeing (enabling color to be deep) gossamer fibers, fixation treatment is carried out after dyeing, fibers with two components can be dyed into a deep color simultaneously, and strength and feeling of the PLA fibers and the gossamer fibers are guaranteed.

The invention relates to a tissue paper compounding hot melt adhesive which is composed of, by mass, 20-45% of APAO resin, 30-60% of tackifying resin, 2-15% of a plasticizer, 1-15% of montan wax and 0.2-0.8% of an antioxidant. The APAO resin has a propylene content of 60-75%, a glass transition temperature of -40 DEG C to -20 DEG C, and a viscosity of 3000-10000cps under a temperature of 190 DEG C. The tackifying resin is hydrogenated petroleum resin with a softening point of 60-90 DEG C. the tissue paper compounding hot melt adhesive provided by the invention does not contain water, such that no water penetrates into the tissue paper during a tissue paper production process. Therefore, tissue paper performances such as hand feeling, strength and comfortableness can be ensured, and paper quality decrease caused by water penetration can be avoided. The adhesive also has the advantages of high curing speed, excellent strippability, long exposure time, good fluidity, good safety, good environment friendliness, no toxicity, and no odor. The adhesive has a good application prospect.

The invention discloses a composition dispersing liquid for fabric waterproof treatment. The composition dispersing liquid comprises a non-fluorine acrylate polymer, a non-fluorine surfactant, an alcohol-containing composition and water, wherein the non-fluorine acrylate polymer contains at least 60wt% of acrylate unit with C14-C18 alkyl and at most 40wt% of acrylate unit with C1-C12 alkyl; the alcohol-containing composition contains a compound shown in the formula of R-[Si(CH3)2O]x-[Si(CH3)(R1)O]y-Si(CH3)2R, R1 is a monovalence organic group at least containing three carbon atoms and a hydroxyl group, R is R1 or C1-C4 alkyl, and x and y are positive integers. The composition dispersing liquid for fabric waterproof treatment has the advantages that the stability is good, the roll sticking is avoided in the cloth rolling process after the fabric is impregnated, the treated fabric has excellent fireproof property and good washing-resistant property, and the original hand feel of the fabric can be well maintained; the continuous processing property of the dispersing liquid is excellent.

The invention discloses a resource admission control method and an apparatus thereof, and a base station; therefore, it is avoided that user service qualities of other operators are damaged, wherein the damages are caused by over occupation of air interface resources. The resource admission control method comprises the following steps that: real-time or periodic statistics is carried out on an occupation situation of air interface resources by a base station; when user equipment (UE) initiates a service request, the base station determines whether the service initiated by the UE is allowed to be accessed or not according to the occupation situation of the air interface resources.

The invention discloses heating-antibacterial antistatic and high-simulation cashmere blended knitting yarn. Blend fibers are subjected to blowing, cotton carding, drawing, roving, yarn spinning and spooling to prepare into the heating-antibacterial antistatic and high-simulation cashmere blended knitting yarn, wherein the blend fibers are composed of wool, acrylic fibers, chinlon, dacron, viscosefibers and high-simulation cashmere fibers, and the chinlon, the dacron and the viscose fibers are compounded with graphene; the dacron accounts for 20% to 30% of the total mass of the blend fibers,the chinlon accounts for 5% to 15% of the total mass of the blend fibers, the viscose fibers account for 15% to 25% of the total mass, the acrylic fibers account for 5% to 10% of the total mass of theblend fibers, the high-simulation cashmere fibers account for 30% to 40% of the total mass of the blend fibers, and the wool accounts for 5% to 15% of the total mass of the blend fibers. According tothe heating-antibacterial antistatic and high-simulation cashmere blended knitting yarn, by adding the chinlon, the dacron and the viscose fibers compounded with the graphene, the good heating, antibacterial and bacterium inhibition effect is achieved; the antibacterial effect of the woven fabric on staphylococcus aureus, escherichia coli and candida albicans is up to 99% or above; the static problem can be effectively solved, and the whole fabric has the anti-static effect.

The invention discloses a waterproof cloth surface flexible composite material and a preparation method thereof. The waterproof cloth surface flexible composite material is characterized in that one surface of a super-hydrophobic fabric is bonded with a plastic film by using an adhesive to obtain the washable waterproof cloth surface flexible composite material. The preparation method comprises the following steps of diazotizing a fluorine-containing alkyl aniline monomer in a dilute acid solution of sodium nitrite to form fluorine-containing alkyl benzene diazonium salt; carrying out reduction reaction on the fluorine-containing alkylbenzene diazonium salt under the action of a reducing agent to obtain a fluorine-containing alkylbenzene free radical monomer; and carrying out in-situ single-electron free radical covalent graft polymerization reaction on the fluorine-containing alkylbenzene free radical monomer in the fabric fiber to obtain the super-hydrophobic fabric. As the super-hydrophobic fabric obtained through chemical grafting, the fiber surface coating is combined with the fiber through covalent bonds, so that the super-hydrophobic fabric has excellent fastness, the flexibility and the hand feeling of the fabric are not influenced, and the problems of poor fastness and poor hand feeling of the super-hydrophobic fabric obtained through methods such as the coating are solved.

The invention discloses a process for producing regenerated polyester woolen blankets. The process includes weaving, pre-drying, pre-brushing, pre-polishing, pre-ironing, flat screen printing, color fixation by ageing integrated machines, stentering drying, brushing, semi-finished product polishing, finished product ironing and shearing and finished product manufacturing. The process has the advantages that the process is implemented by the aid of printing and solidifying integrated machines, accordingly, post-printing washing working procedures can be omitted, and the difficult problem of excessively high water consumption in terylene woolen blanket production procedures can be solved by the aid of the process.