167results about How to "Improve embossing effect" patented technology

The invention relates to a sole embossing device, and especially relates to a sole embossing device used for shoe production. A to-be-solved technical problem is to provide a sole embossing device used for shoe production, and the device is good in embossing effect, high in working efficiency, and simple in operation. In order to solve the above technical problem, the sole embossing device used for shoe production comprises a base, a first sliding rail, a first sliding block, a first electric reel, a first bracing wire, a placing board, an N-type rack, a spring, a first strut, a rack, a fixing plate, a bearing pedestal, a first motor, a rotating rod, a drum, a gear, a driven wheel, an oscillating rod, a disk, a second motor, a driving wheel, a flat belt, a roller, a connecting rod, and a pressing block. The top of the base is provided with the first sliding rail. The device achieves good embossing effect, high working efficiency, and simple operation. The device continuously makes the pressing block beat a sole, to emboss a sole.

The invention discloses a high-performance anti-hydrolysis and high-density resin material for coining polyurethane leather and a preparing method thereof. The resin material is made by mixing polyurethane resin A component and polyurethane resin B component, wherein the A component is prepared by the two-step polymerization reaction or the three-steep polymerization reaction of isocyanate, polyester polyol, polyether glycol I and alcohol chain extender; and the B component is prepared by the one-step polymerization reaction of isocyanate, polyester polyol, polyether glycol II and alcohol chain extender, with the addition of a proper amount of cell regulator and catalytic agent. The A component and the B component are added into a reaction vessel according to certain mass ratio, the temperature range is controlled, and then the high-performance anti-hydrolysis and high-density resin material for coining polyurethane leather is obtained after uniform stirring. The resin material has the advantages that the coining performance of the common anti-hydrolysis and high-density resin for polyurethane leather is improved under the condition of low cost; and the important performances such as the coining performance, the thickness conservation rate and the like of the material are improved under the condition that the hydrolytic resistance and the stripping strength are not reduced, and the application fields of the material are greatly expanded. The prepared material can be widely applied to the manufacturing industries, such as the clothing leather, the luggage leather, the instep leather and the like. On the other hand, by adopting the double-component system, later process can be performed under lower temperature, and the double-component system is in favor of energy conservation and consumption reduction.

The invention relates to the technical field of sheets, in particular to an anti-static two-sided gold-stamped, printed and embossed PVC (polyvinyl chloride) sheet and a preparation method thereof. The sheet comprises raw materials in parts by weight as follows: 80-120 parts of PVC resin, 32-52 parts of a plasticizer, 6-10 parts of a lubricant, 1-4 parts of a heat stabilizer, 0.03-0.07 parts of a slipping agent, 0.03-0.07 parts of pigment powder and 0.1-0.5 parts of calcium powder, wherein the calcium powder is a mixture of nano calcium carbonate and heavy calcium carbonate in the weight ratio of 1:(1.5-2.5), the particle size of the nano calcium carbonate is in a range of 120-150 nm, and the particle size of the heavy calcium carbonate is in a range of 1-10 [mu]m. The raw materials are adopted, and the weight ratio of the raw materials is strictly controlled, so that the sheet is good in anti-static effect, heat-resistant, cold-resistant, acid-resistant, alkali-resistant, heavy-load-resistant, anti-aging, smooth in surface, free of cracks and bubbles, uniform in color, strong in stereoscopic impression, soft in texture, comfortable, healthy and environment-friendly.

The invention discloses ultra-soft wet process embossing-type polyurethane resin and a preparation method and application thereof, in particular to the ultra-soft wet process embossing-type polyurethane resin which adapts to the direct hot pressing and cold pressing process. The ultra-soft wet process embossing-type polyurethane resin is prepared from isocyanate, a polyester polyol mixture, a mixed chain extender prepared by matching a chain extender with a pendant group with an ethylene glycol chain extender and N, N-dimethylformamide as an organic solvent. A block structure containing ethylene glycol chain extension makes the polyurethane resin structure have the characteristics of high stripping strength and good embossing property by combining with the side chain action after the chain extender with the pendant group fully reacts, and therefore, a wet process base manufactured by the invention can adapt to direct embossing on the base, and the embossed grains are full and clear; and the base has soft and elastic hand feeling and approaches the true skin feeling. The invention solves the problems of grain restriction, complicated process flow, higher manufacturing cost and the like of the traditional process.

The invention relates to a processing process of APET plastic products, in particular to a printing and forming process of environment-friendly APET plastic products. The printing process comprises the following steps:1) making an APET plastic plate; 2) embossing a leading wire on the APET plastic plate and laminating a film on the APET plastic plate; 3) cutting the APET plastic plate; 4) carrying out silk-screen printing; 5) coating the APET plastic plate with a protective film layer; 6) pressing sides; 7) carrying out die-cutting forming; and 8) carrying out high-frequency splicing. According to the process, the APET plastic is used as an original material of the plastic products so that the environment can be protected, the resources can be recycled, and the processing cost can be reduced; the reasonable printing process is adopted so that the pattern printing and the pattern die-cutting forming of the APET plastic sheet material can be smoothly completed in shortest time and in most convenient operation steps; and the most suitable forming process is adopted, so that the APET sheet material can be stereoscopically formed smoothly, and the APET plastic products which are attractive in printing, stable in quality and energy-saving can be obtained.

The invention relates to the technical field of laser printing films, and particularly relates to a laser printing film and a fabrication technology thereof. The laser printing film sequentially comprises a polyethylene terephthalate (PET) base film, a coating layer, a laser layer and an aluminium layer, and also comprises an acrylic resin layer which is coated on the other surface of the PET base film. The fabrication technology of the laser printing film comprises the following steps: 1, dissolving nitrocotton into ethyl acetate to obtain nitrocotton liquid; 2, coating one surface of the PET base film with the nitrocotton liquid, and baking to obtain the coating layer; 3, heating the coating layer until the coating layer becomes soft, and then coining laser grains on the coating layer, so as to obtain the laser layer; 4, plating the aluminium layer on the surface of the laser layer by using a vacuum aluminum plating machine; and 5, coating the acrylic resin on the other surface of the PET base film, and baking to obtain the acrylic resin layer, so as to obtain the laser printing film. The laser printing film is good in combination degree with UV (Ultraviolet) ink, so that the paint of the laser printing film does not peel off in the use procedure.

Disclosed is a matte multilayer polyester film excellent in contamination resistance, chemical resistance, formability, heat bondability, delustering properties, embossing properties, water vapor barrier properties and the like, which is particularly suitable for wallpapers. Specifically disclosed is a matte multilayer polyester film having at least a two-layer structure of A/B. The polyester of layer A is composed of a composition containing 60-95% by weight of a polyester (a) and 5-40% by weight of an incompatible resin (b), while having a glass transition temperature TgA of 30-70 DEG C. The polyester of layer B is mainly composed of a copolymerized polyester having a melting point TmB of 120-210 DEG C. The degree of surface glossiness of the layer A is less than 50%.

The invention discloses a vibrating feeding device which comprises a material storing barrel, a vibrating device and a discharging channel. A first material conveying channel ascending spirally from the bottom and a material tidying channel are formed in the inner wall of the material storing barrel. The material tidying channel comprises a first material tidying section, a third material tidyingsection and a second material tidying section. Spaces, used for containing materials to be processed, of the first material tidying section, the second material tidying section and the third materialtidying section are reduced gradually. The invention further discloses embossing equipment for the chopsticks. The embossing equipment comprises a rack, a pressing mechanism and a pressing die assembly. The pressing die assembly comprises an ejector rod capable of vertically moving up and down, a vibrating feeding device, a feeding mechanical hand mechanism used for moving the materials horizontally to the position above the ejector rod one by one, and a discharging mechanical hand mechanism used for taking out the materials from the pressing die assembly. The invention further discloses a production method of the embossing equipment. According to the vibrating feeding device, full-automatic embossing treatment is achieved, the materials are fed orderly and stably, the machining efficiencyis higher, the embossing effect is better, the yield is high, uniformity of output products is high, and the labor cost is reduced.

The present invention relates to the field of the glass product, and discloses a glass-specialized mold which is easier and has better relief effect, the glass-specialized mold adopts the combined mold and is engraved with the mold pattern corresponding with the glass pattern at the inner surface of the mold and is arranged with a gas discharging opening at the mold pattern. When the glass pattern is a relief pattern the glass-specialized mold is an embossed glass specialized mold. The invention also discloses a brightening bossy technique which comprises the technical processes of intermediate product molding, pasting the brightening stained paper, roasting the brightening stained paper, when the intermediate product is molded the embossed glass specialized mold is used for making the intermediate product with relief patterns. Therefore the invention also discloses a glass product with body integratedly molded with the glass pattern. The glass product can be made adopting the glass-specialized mold and can be applied with the brightening bossy technique to make the brightening embossed glass product. The invention can be broadly applied for various glass products that are produced with batch and is especially suitable for making the brightening relief glass bottle.

The invention discloses an embossed silica gel cloth forming method. The method comprises the following steps that 1, embossing paper or a composite material with lines serves as an embossing material strip; 2, silica gel is rolled on the embossing material strip, and meanwhile cloth is attached to the silica gel face; 3, a product manufactured in the step 2 is fed into a baking channel to be subjected to baking and vulcanization for 4-20 minutes at the temperature of 100 DEG C-160 DEG C, and silica gel is solidified and formed; 4, the product baked and vulcanized in the step 3 is taken out, the embossing material strip is stripped, and the embossed silica gel cloth with the lines is obtained. The composite material with the lines comprises synthetic paper with the lines, and a high-temperature-resistant thin film material with the lines or a rolled material with the embossed surface is obtained. The step 2 further comprises the substeps of adding 2-30% of silica gel foaming agent into silica gel before rolling operation, and the foamed silica gel cloth is prepared. Compared with the prior art, the method has the beneficial effects of reducing the production cost, and being convenient to operate, good in embossing effect and the like.

The invention relates to a cotton core embossing apparatus for a diaper production line and an embossing method thereof, better embossing effects can be achieved through the embossing apparatus and the embossing method, and the embossing apparatus and the embossing method can be more widely applied. A sliding block is arranged in a groove of each of two cutter rest plates; the two sliding blocks are respectively provided with a through hole; an upper roll shaft is mounted between the two through holes through two bearings; and an embossing roll is arranged on the upper roll shaft. The two cutter rest plates are respectively provided with a shaft hole; a lower roll shaft is mounted between the two shaft holes through two bearings; and a heating roll is arranged on the lower roll shaft and under the embossing roll. Two cylinders which are vertically and downwardly arranged are respectively arranged on the two sides of the upper end surface of an upper fixing board at the upper portion, and the lower ends of piston rods of the two cylinders are respectively and fixedly connected to the upper ends of the two sliding blocks. The embossing apparatus is advantageous in that: 1, the cotton core embossing apparatus for the diaper production line compacts cotton cores through a hot-pressing manner, then patterns are formed on the surfaces of the cotton cores, and therefore better cotton core embossing effects can be achieved; 2, the cotton core embossing apparatus for the diaper production line can emboss the cotton cores with different thicknesses, so that the embossing apparatus can be more widely applied.

The invention discloses a hose embossing cutting-off machine. The hose embossing cutting-off machine comprises a worktable (1) which is horizontally and sequentially provided with a feeding device (4), an embossing device (2) and a cutting-off device (3), wherein electric control parts on the feeding device (4), the embossing device (2) and the cutting-off device (3) are all electrically connected with a same main controller; the embossing device (2) comprises an upper mould (201) and a lower mould (202), which are matched with each other and are used for embossing and molding a hose; the hose is located between the upper mould (201) and the lower mould (202); the two ends of the upper mould (201) and the lower mould (202), which extend along the direction of the hose, are respectively provided with embossing parts (205) which are matched with each other and are used for pressing two adjacent sections of threads; and the cutting-off device (3) comprises a cutting wheel capable of cutting off the hose from the two adjacent sections of threads. The hose embossing cutting-off machine disclosed by the invention is high in hose machining efficiency; and meanwhile, the labor cost is low.

A calender, comprising a base and a set of calendering rollers arranged on the base, wherein, the set of calendering rollers comprises a set of primary calendering rollers and a set of embossing rollers used for embossing a material to be processed; the set of primary calendering rollers and the set of embossing rollers are spaced apart for a distance to allow the material to be cooled before entering the set of embossing rollers from the set of primary calendering rollers. The calender can realize a better embossing effect, and integration production can be realized due to the use of the calender in a production of a foamed floor.

The invention discloses an embossing splitting machine. The embossing splitting machine comprises a machine frame, a preheating device, an embossing device, a splitting device and a paper receiving device, wherein the preheating device, the embossing device, the splitting device and the paper receiving device are arranged on the machine frame in sequence; paper enters the preheating device, then,enters the splitting device after being embossed by the embossing device, and is received by the paper receiving device; a gap bridge plate is arranged between the preheating device and the embossingdevice and has the heating function; and the paper between the preheating device and the embossing device is subjected to secondary heating through the gap bridge plate. According to the embossing splitting machine, by arranging the gap bridge plate, the preheated paper can be further heated conveniently, and thus, the embossing device can conduct embossing operation better.

A calender comprises a machine base and calender roller groups arrayed on the machine base. The calender is characterized in that each calender roller group comprises a main calender roller group andan embossing roller group for embossing to-be-machined materials; each main calender roller group and the corresponding embossing roller group are spaced at a certain distance so that the materials can be cooled before entering another roller group form one roller group. The calender can realize the better embossing effect. The calender is used for production of a foaming floor so that integratedproduction of the foaming floor can be realized.

The invention discloses a preparing method of acrylate modified waterborne polyurethane emulsion for synthetic leather. According to the method, active double-bond acrylate modified waterborne polyurethane is introduced to main chains, polybutadiene dihydric alcohol is used as chain extender, active double-bonds are introduced to the polyurethane molecule main chains, the polyurethane molecule main chains are connected through acrylate monomers via double-bond polymerization, and then the acrylate modified waterborne polyurethane emulsion is compounded. The preparing method is simple in technology and easy to realize, and good technology implementation is achieved. The synthetic leather prepared through the method is soft in hand feeling, good in cold tolerance and water resistance and superior in knurling effect, and has wide application prospects in the synthetic leather industry.

The invention provides a metal button and a preparation method thereof. The metal button is prepared from a zinc alloy material. The zinc alloy material comprises, by weight, 96.5-98.5 parts of zinc, 0.8-1.5 parts of copper, 0.2-0.5 parts of titanium, 0.03-0.06 parts of magnesium and 0.1-0.2 parts of a rare earth. The preparation method comprises preparing a button belt from the zinc alloy material, carrying out drawing, blank pressing and arc pressing on the button belt blank to obtain a button blank, removing oil on the button blank and carrying out electroplating to obtain a metal button. The metal button is prepared from the zinc alloy material. Through special oil removal treatment and electroplating treatment, good processing performances, shaping performances, welding performances, corrosion resistance and embossing performances are obtained so that brass button performances are obtained.

Disclosed is a post-finishing process of shuttle-woven fabric. The shuttle-woven fabric post-finishing process comprises the steps: firstly, the shuttle-woven fabric comprising a floating line part and an interweaving part which are mutually spaced are put into a prepared auxiliary agent solution, the bath ratio is 1 to 10 or 1 to 30, the fabric is soaked at the temperature of 60 to 80 DEG C for 10 to 35 minutes, the auxiliary agent solution comprises a shrinking agent with the content of 30 to 70 grams per liter and a non-ion penetrating agent with the content of 1 to 2 grams per liter, and the pH value of 1 weight percent of water solution of the shrinking agent is equal to or larger than 10; and secondly, water washing: water washing is performed to the soaked shuttle-woven fabric. The invention has the advantages that the surface of the shuttle-woven fabric after being treated with the post-finishing process presents obvious sags and crests, and has strong stereoscopic sensation, the fabric is very soft, the hand feeling is comfortable, meanwhile the weaving procedures are simplified, and the production efficiency is enhanced.