19 results about "Embospheres" patented technology

The application discloses a Teflon insulating material product and a preparation method thereof. The method comprises the following steps: mixing and calendering polytetrafluoroethylene fine powder, perfluoroalkoxy resin micro powder, polymethyl methacrylate flaky particles and liquid processing aids, and performing embossing treatment on one side of the mixture to obtain a main body insulating layer strip; then, inner layer strip and outer layer strip are prepared, and the inner layer strip and the outer layer strip are combined into a blank through multi-layer staggered winding; subsequently, the polymethyl methacrylate flaky particles are removed through staged heat treatment to form cavities, and the cavity edges are closed, and finally, the Teflon insulating material product is obtained. The product is internally formed with a discrete closed microcavity structure which is continuously staggered and distributed along the length direction, and has low dielectric constant, low dielectric loss, high electrical strength and high partial discharge inception voltage.

This application relates to the field of non-stick titanium cookware technology, and in particular to a surface treatment method for an uncoated non-stick titanium cookware based on a multi-level micro-nano composite structure. The method includes the following steps: Step 1: After heating the raw material of the cookware body sheet, it is placed on an embossing machine. The embossing machine embosses the raw material of the cookware body sheet, creating different patterns inside the cookware. The embossed raw material is then stretched through a mold to form a preliminary shape of the cookware body. Then, a stamping machine is used to close the edges of the raw material and perform multiple embossing processes to create a layered texture, forming the cookware body. In this application, titanium metal makes the entire non-stick cookware lighter and easier to use. The pure aluminum intermediate layer increases heat conduction efficiency, improving the non-stick effect. Multiple polishing processes make the surface of the non-stick cookware smoother, enhancing its non-stick performance and appearance. Micropores are etched on the surface of the cookware body using an ultra-short pulse laser device, achieving the non-stick effect.

The invention relates to a method of material decoration and a high performance decorative film. In particular, a ready-to-use printed and embossed laminated film (Figure 4) is proposed comprising a decorative layer, an embossable layer (with a photocurable formulation and a thermoplastic resin) and a pre-photopolymerized, heat-activatable adhesive layer. The formulation and adhesive provide the film with flexibility and stability, significantly reducing polymer relaxation and distortion even in the presence of high load abrasion fillers (e.g. alumina). Embossing of the film is preferably performed by cast cure (Figure 3) to faithfully reproduce texture and variable gloss. The film is specifically designed for off-line lamination, overcoming the problems of traditional adhesives and direct application, such as blocking and texture change on thin films.

The utility model relates to embossing device processing technical field, concretely relates to a kind of floating embossing device for moon cake surface texture accurate forming, including workbench, the mounting seat that can be vertically moved being set to workbench top and the embossing mechanism being set to the bottom of mounting seat, the embossing mechanism includes the fixed seat being fixed in the lower end surface of mounting seat, the bottom of fixed seat is fixed with mould, the inside of mould is vertically equidistant and is provided with several material grooves for placing moon cake blank;The embossing mechanism further includes the pressing plate installed in the inside of fixed seat, the top of pressing plate is vertically provided with the extension that extends upwards, the equidistant of the bottom of pressing plate is provided with the number of corresponding to material groove Impression block, impression block can be inserted inside material groove.This application avoids the embossing device when moon cake blank embossing operation, it is easy to cause the moon cake blank to appear pressure crack phenomenon, also can guarantee the definition of moon cake blank surface embossing.

The utility model discloses a kind of apparel tags of fabric embossed tpu, belong to apparel tag technical field, its technical scheme main points include the main body of label, the main body of label includes substrate layer, the top of substrate layer is provided with adhesive layer, the top of adhesive layer is provided with embossed layer, and the top of embossed layer is provided with pattern layer;Through the design of embossed layer, the unique texture effect is presented to the surface of the main body of label, and it is combined with the brand identification and product information display of pattern layer, greatly improve the aesthetic degree and artistic feeling of the main body of label, satisfy the demand of consumer to individualization and fashion, can effectively improve the overall image of brand and product added value;Through waterproof layer in protective layer, water penetration can be effectively prevented, protect the internal structure and pattern of the main body of label from water damage, while the air permeability guarantees the comfort of wearing, applicable to various different use scenarios, such as outdoor sports, humid environment etc.

The utility model discloses a kind of embossing cutting device for pastry production, more specifically in the technical field of food production equipment, including support assembly, mobile assembly is installed in the inner cavity of support assembly, lower pressure assembly is installed in the upper portion of support assembly, embossing cutting assembly is installed in the output part of lower pressure assembly, adjusting assembly is installed in the upper portion of support assembly.The embossing cutting device for pastry production, by the mobile assembly of design, can be supported by supporting plate when embossing cutting is carried out, if there is no rigid support below conveying belt, it is easy to produce local subsidence or deformation due to stress, supporting plate can provide rigid reference surface for conveying belt, ensure that the position of pastry is stable when being pressed, avoid embossing pattern deviation, blur or cutting size deviation due to conveying belt shaking, if conveying belt is stressed and subsides, it can lead to pastry being excessively extruded, deformed under pressure, block support disperses pressure evenly, avoid additional deformation.

The present disclosure relates to a method to produce a laminated substrate (20) with an embossed structure, comprising: providing a polymer based film (1) printed by at least a first gravure cylinder (2) forming a first pattern (11) and a second gravure cylinder (4) forming a second pattern (12), wherein a circumference (C2) of the second gravure cylinder (4) exceeds a circumference (C1) of the first gravure cylinder (2), applying the polymer based film (1) on a substrate (10; 10')) comprising a polymer based material, pressing said polymer based film (1) to the substrate (10; 10'), thereby forming a laminated substrate (20), and embossing the laminated substrate (20) by an embossing device (30) such that the laminated substrate (20) obtains an embossed structure, wherein a perimeter (C3; C4) of the embossing device (30) corresponds to the circumference (C1) of the first gravure cylinder (2) or to the circumference (C2) of the second gravure cylinder (4).

The present application relates to a package comprising a sealed contact area with a nonwoven having an adhesive surface with an embossed imprint pattern. The invention relates to a package for providing a closed interior environment capable of being sterilized, and a breathable fibrous nonwoven sheet structure useful in such a construction, wherein the nonwoven sheet structure has: at least one surface having a pre-sealed, embossed imprint pattern; and a particle barrier transmission of less than 10%, a Gurley Porosity of 40 seconds or less, and a moisture vapor transmission rate of 3500 g / m 2 per day or greater.

An embossing roll is disclosed herein. The embossing roll comprises a plurality of embossing protuberances that extend from a surface of the embossing roll. Each embossing protuberance includes a base portion adjacent to the surface of the embossing roll, a raised distal portion, and at least one sidewall connecting the base portion and the raised distal portion. The at least one sidewall comprises at least two steps. The stepped embossing protuberances may be used to increase caliper or softness of a tissue product. A method of embossing a tissue product is also disclosed herein. The method comprises feeding a tissue ply through a nip formed between the embossing roll as described herein and a counter roll in order to emboss the tissue ply according to a pattern of embossing protuberances located on the surface of the embossing roll.

1. Name of the designed product: tissue (wishing embossed pattern). 2. Use of the designed product: tissue for daily life. 3. Design points of the designed product: in the pattern. 4. Picture or photo that best shows the design points: front view. 5. The designed product is a planar product, and the left view and the pitch view are omitted.

This invention discloses a fabric embossing and engraving process, comprising: selecting a high-temperature resistant thermoplastic polymer material to create an embossing using laser or die cutting; embedding the embossing in an insert mold preheated to slightly below its melting point to soften it uniformly; laying the fabric flat and positioning it, first lightly touching the embossing to the fabric with a pre-pressure of 0.1-0.3 MPa for 1-2 seconds to prevent displacement, then raising the temperature to 80-200℃ and applying a pressure of 0.5-1.5 MPa for 40-60 seconds, allowing the embossed surface to melt and penetrate into the fiber gaps to form a physical anchor, while simultaneously pressing the three-dimensional structure into the fabric to create a recessed engraving effect; cooling for 20-40 seconds after pressure holding to solidify the embossing. This invention uses high temperature and high pressure to integrate the embossing with the fabric, resulting in a strong bond and clear, three-dimensional engraving; it also allows for flexible adjustment of temperature, pressure, and cooling methods for different fabrics such as cotton, leather, and polyester, avoiding fabric damage, and exhibiting high adaptability and stable processing quality.

This invention discloses a hydrophilic water-spreading packing and a two-roller embossing system, belonging to the field of cooling tower packing manufacturing technology. The water-spreading packing sheet has micro-convex patterns and enhanced flow-guiding textures on both sides, and its surface is covered with a micro-nano composite hydrophilic coating. The sheet has a gradient wave height structure along its height, with rounded chamfers at the peaks and troughs. The two-roller embossing system includes a embossed steel roller, an embossed rubber roller with a medium-high drum-shaped structure, a positioning retaining ring, a self-cleaning air knife, a temperature-zone controlled heating roller, and a laser contour scanner. This invention improves the hydrophilicity and water distribution uniformity of the water-spreading packing, extends its service life, and enhances the heat exchange efficiency of the cooling tower.

The utility model relates to the technical field of basketball production, and disclose a basketball production is used embossing equipment, including base, the top of base is fixedly connected with processing box, the top of processing box inner chamber is provided with drive assembly, the bottom of drive assembly is provided with embossing template, the inner chamber of embossing template is embedded with heating block, the left side of base inner chamber is provided with adjusting assembly, the top of base is provided with the placing plate. The utility model discloses through setting drive assembly, can promote embossing template and move up and down to be able to with the placing plate and stick together, and the basketball is placed in the upper of placing plate, and utilizes heating block and heats embossing template and completes embossing, through the adjusting assembly that sets up, can drive placing plate and move left and right, and then can drive the basketball that places in the upper of placing plate and removes from processing box, can be convenient for to the basketball of processing and carries out the feeding and discharge of up and down, improves the concentrated collection processing after embossing processing, improves work efficiency.

This invention relates to the field of film production, and more particularly to an in-wall embossing and winding device for gusseted film. The device includes a frame, a traction turntable fixed at the bottom of the frame, a support rotatably connected to the traction turntable, and the support being driven to rotate by a rotary motor. A unwinding shaft is also placed on the support, and a traction motor is fixed to the support as well. A traction light roller is fixed to the output end of the traction motor. A traction rubber roller is also mounted on a support on one side of the traction light roller. An A-frame is fixed to the frame above the support, and a gusseted tube is fixed inside the A-frame. Positioning rollers are symmetrically arranged on both sides of the frame below the A-frame, and an embossing device is positioned between the two positioning rollers. This device, by rotating the support, ensures that the embossing and gusseting positions on the film bag are consistent, guaranteeing the quality of the film bag and preventing its scrapping.

Described herein is an embossable non-solvent polyurethane sheet, which is formed from a non-solvent polyurethane system including a polyol component (a) and an isocyanate component (b), where the polyol component (a) includes (a-1) at least one polyol having a functionality in a range of from 1.5 to 2.5; and (a-2) optionally at least one polyol having a functionality in a range of 2.7 to 3.5, where an amount of the at least one polyol (a-2) is 0-4 wt %, based on the total weight of the polyol component (a); and where the polyol component (a) has an average functionality of from 1.9 to 1.97. Also described herein are a laminate including the sheet and a synthetic leather including the sheet. Also described herein are a method of using the sheet, a method of using the laminate, and a method of using the synthetic leather.