1007results about How to "Good peeling effect" patented technology

Apparatus for stripping a belt in conveyor belt assemblies includes a stripping element on a system carrier, the stripping element having a stripping lamella on a lamella holder, the stripping lamella contacting the belt in a peeling position, wherein the stripping element has a swivel mount coupled to the lamella holder and a swivel axis parallel to a plane of the belt, a spring for pressing the stripping lamella against the belt such that the lamella holder in the peeling position is swiveled about the horizontal axis, and when obstructions adhering to the belt impact the stripping lamella, the lamella holder deflects and returns a working position, wherein the stripping lamella is swivel mounted at the lamella holder by a swivel mount having an axis parallel to a plane of the belt and is held and spring biased by a top spring is counter to the bottom swivel mount spring.

The invention relates to a frozen confectionery product comprising a core of a frozen confection, which is at least partially coated with a gel coating, characterized in that the gel coating has a layer of frozen liquid on the surface of the gel coating that originates from syneresis of the gel. Furthermore, the invention relates to a method for making such a frozen confectionery product.

The invention relates to a frozen confectionery product comprising a core of a frozen confection, which is at least partially coated with a gel coating, characterized in that the gel coating is at least partly coated with a barrier coating of frozen liquid facilitating the peeling of the gel coating. The invention also relates to a method for making such a frozen confectionery product.

The invention relates to a manufacturing method for a rigid substrate and a flexible display device and the rigid substrate. The manufacturing method for the rigid substrate used for manufacturing the flexible display device includes the following steps that a permeable layer is formed on the surface of the rigid substrate, and channel structures are formed in the surface of the permeable layer. The manufacturing method for the rigid substrate and the flexible display device has the advantages of shortening the etching time of a sacrificial layer and improving the stripping effect of a flexible substrate.

The invention discloses a method for preparing graphene through a liquid-phase stripping method. The preparation method comprises the following steps: S1, performing expanding treatment on a graphite raw material through an expanding method; S2, dispersing the expanded graphite into an aqueous solution containing a surfactant to obtain a mixture, performing ultrasonic treatment on the mixture, centrifuging the mixture, and drying the mixture for later use; S3, adding the dried graphite into an organic solvent, a mixed solution of an organic solvent and a surfactant or a mixed solution of an organic solvent and substances with surface energy similar to that of the graphene, performing ultrasonic treatment and suction filtration, drying, and repeating the step S3 for 1-10 times, thereby obtaining graphene. Compared with the prior art, the method disclosed by the invention can be used for greatly shortening the ultrasonic treatment time, improving the stripping efficiency and obtaining high-quality graphene under low-power ultrasonic treatment.

Method and apparatus are provided for mechanically processing an organ or organs taken out from slaughtered poultry in a processing device or processing line, which organ or organs form part of an organ package and wherein said organ or organs are separated from the organ package. The organ package is spatially oriented by the processing device without notably breaking tissue connections in the package, and in a preselected order so as to cause harvesting of organs from the package to occur in a preselected sequence that depends on the location of the organ package in the processing device or processing line.

The invention relates to a preparation method of superfine modified kaolin, which is characterized in that the preparation method comprises the following steps that (1), kaolin powder and carbamide are uniformly mixed in an open container, and fully absorb moisture in air to form a mixture; (2), the mixture is heated, and reacts at 70-120 DEG C; a kaolin-carbamide intercalation compound is prepared; an intercalation rate is 80%-98%; (3), the compound is placed into a ball mill; a certain amount of dispersing agent and water is added; wet grinding is conducted; the content of ground kaolin with a particle size less than 2 micrometers is above 90%; a kaolin mud cake is obtained through suction filtration and dehydration; (4) a certain amount of silane coupling agent and water is added into the kaolin mud cake, and stirred at 50-80 DEG C; a coupling reaction happens; the modification is achieved; and (5) the modified kaolin is dried, and the finished superfine modified kaolin is prepared. According to the preparation method, the intercalation rate is high; the influence on a crystal structure of the kaolin is small; a peeling effect is good; and the prepared superfine modified kaolin is particularly applicable to rubber and plastic materials and oil paint.

The invention belongs to the technical field of material engineering and relates to a connection technique for metals, in particular to a welding and adhesive jointing combined connection technique for metals, which comprises: applying adhesive for structural curing on the joint surfaces of materials to be welded; jointing the materials; and welding. The technique is characterized in that: an adhesive layer which is 0.02 to 1 millimeter thick is uniformly applied between the jointing surfaces of the materials to be connected; after joining, through holes with an aperture of 3 to 10 millimeters are formed on a jointed part at 15 to 50 millimeter intervals along a joint, and performing double-sided filler wire spot welding at the holed part with an arc weld; and heating the jointed parts between which a glue layer is applied to 50 to 500 DEG C before welding and after welding, and keeping the temperature for 10 to 180 minutes. The method can increase the strengths of the welded spots, avoid surface collapse caused by other adhesive bonding, improve the bearing load, fatigue strength and shearing performance of difficult-to-weld welded structure made of one kind of metal and different kinds of metals, and meet actual engineering needs.

The invention provides a photoresist stripper comprising components in percentage by mass as follows: 1%-5% of inorganic base, 3%-12% of alkali metal salt, 4%-10% of organic base, 3%-10% of an organic solvent, 1%-10% of a high-molecular polymer, 0.1%-2% of a chelating agent, 0.1-3% of a corrosion inhibitor and the balance of deionized water, wherein the high-molecular polymer is polyethylene glycol and/or polypropylene glycol, the chelating agent contains potassium or sodium, and the corrosion inhibitor contains sodium benzoate. The stripper is basically free of bubbles and has a bubble inhibition effect during usage; the stripper is a uniform solution at the room temperature but can be layered at the usage temperature, stripped photoresist films can float on supernatant liquids, are prevented from sinking to the bottom and being pumped by a circulating pump and cannot block a filter net and a filter element, the service life can be prolonged, and the film stripping efficiency can be improved. The stripper has the high stripping rate at the usage temperature, enables products to have better cleanliness and does not corrode ITO (indium tin oxide) circuits and substrates.

The invention relates a double sided pressure-sensitive adhesive tape for computer embroidery and a preparation method thereof. The double-sided pressure sensitive adhesive tape comprises base material, a pressure-sensitive adhesive layer coated on the two sides of the base material and a release paper layer; wherein, the pressure sensitive adhesive layer is prepared by being coated with pressure sensitive adhesive which is prepared by the following components according to the parts by weight: 80.0-100.0 parts of 2-ethylhexyl acrylate, 8.0-15.0 parts of butyl acrylate, 3.0-7.5 parts of acrylic acid, 8.0-15.0 parts of vinyl acetate, 1.0-7.5 parts of hydroxy-ethyl acrylate, 0.20-1.0 part of benzoyl peroxide, 120.0-200.0 parts of main solvent, 5.0-30.0 parts of auxiliary solvent and 2.0-6.0 parts of crosslinking and curing agent solution. In the formula design of the invention, the molecular weight design dispersion coefficient is designed to be a little smaller, the molecular weight is not too large and the soft monomer is increased so as to improve the peeling strength, thus reaching the aim that the adhesive tape has high peeling performance and can be pasted repeatedly.

The invention relates to an orange skin dividing device which is composed of a sleeve, supports, suspension arms, a spring, arc knives and knife points. The sleeve and the knives move downwards relative to an orange, the six arc knives form a spherical cavity, and the spring enables the cavity to be soft to some extent, so that the cavity is adaptive to oranges of different sizes and in different shapes. The knives move downwards along with the sleeve, when an orange enters the spherical cavity, the protruding knife points start to cut open the orange skin, the knives continue to move downwards to divide the orange skin into six pieces, and automatic orange skin dividing is achieved.

The invention provides a spiral kneading type pea huller, which is characterized in that: drive shafts and driven shafts respectively support in the central hole of a sun gear and a hole of a bearing I, the outer ends of the drive shafts are connected with a drive device, the centers of two planet carriers are respectively fixed at the inner ends of the drive shafts and the driven shafts, planet pinion shafts respectively penetrate through the holes on one planet carrier, the ends of the planet pinion shafts, which are close to the drive device, are assembled with a planet gear which is meshed with the sun gear, the other ends of the planet pinion shafts support in the holes on the other plant carrier, kneading rollers are fixed on the planet pinion shafts, two drive shafts respectively support in the holes of bearings II, carrier rollers are fixed among the bearings II, a chain wheel I is respectively fixed on the two ends of the two drive shafts, two chain wheels II are respectivelyfixed at the outer ends of the drive shafts and the driven shafts, and are connected with the chain wheels I through chains, ledges are arranged on the inner surface of a rotary drum body, the two ends of the excircle are born on the carrier rollers through rollers, a feed hopper is positioned at the feed end of the rotary drum, and a discharge port is arranged at the other end of the rotary drum. The spiral kneading type pea huller can realize a plurality of times of kneading, has a good hulling effect, and has a simpler and more reliable structure.

A major object of the present invention is to provide a volume hologram transfer foil that gives a volume hologram laminate higher in antiforgery function,

The present invention achieves the object by providing a volume hologram transfer foil comprising: a substrate, a volume hologram layer carrying a recorded volume hologram that is formed on the substrate, and an image forming layer carrying a formed image and a heat seal layer containing a thermoplastic resin that are formed on the volume hologram layer, and comprising no reflective layer having a function to reflect light.

A packaging material 1 includes a heat resistant resin stretched film layer 2 as an outer layer, a thermoplastic resin layer 3 as an inner layer, a metal foil layer 4 arranged between these layers, and a colored ink layer 10 arranged between the metal foil layer 4 and the heat resistant resin stretched film layer 2. As the heat resistant resin stretched film, a heat resistant resin stretched film having a hot water shrinkage rate of 2% to 20% is used, and the heat resistant resin stretched film layer 2 and the colored ink layer 4 are integrally laminated via an easily adhesive layer 30. In this packaging material, at the time of forming and sealing, and even being used in a somewhat severe environment such as high-temperature and humid environment, the colored ink layer will not be detached from the heat resistant resin stretched film layer.

Release liner forming structures and methods of making and using the same. The methods of making the release liner include thermoforming and sheet bending. The flexible release liner may be used in conjunction with a rigid, transparent supporting surface. The release liner may be developed from a flexible sheet formed into a deformable resin fluid vat. A release layer, and additional structure if desired, can be formed of or include plastic, such as polyolefin or fluoropolymer. In some instances, the polyolefin is, or includes, polymethylpentene or a fluropolymer is fluorinated ethylene propylene. The optical and other properties of the release layer can be altered with treatments and other materials to, for example, reduce over-penetration of a light beam or deform a release layer.

The invention discloses laser transfer paper and production technology thereof. The laser transfer paper comprises a laser transfer coating layer, laser patterns printed onto the laser transfer coating layer, an aluminizing layer used for coating the laser transfer coating layer through plating, a protective rubber layer which is used for coating the aluminizing layer and protecting a part of the aluminizing layer, and a zinc sulfide dielectric layer which is used for coating the protective rubber layer through plating; and the zinc sulfide dielectric layer is bonded with a paper base through a transfer glue. According to the laser transfer paper, the laser patterns with hollowing out effect are formed, so that the appearance effect of the laser transfer paper as packing paper is improved; the bonding capacity of a peeling coating layer with a tackifying bottom coating layer is increased, so that the stability of laser transfer film in subsequent processing process is ensured; at the same time, the surface tension of the coating layer after curing is reduced, the coating layer peeling effect is improved, and light transmission and white exposure caused by peeling of a part of the laser transfer coating layer are prevented; in laser transfer coating layer preparation process, resin system light transmission effect is improved, so that the reflective effect of the laser patterns is improved.

The present invention provides a coat-removing device for coat-removing oil-fried peanut kernels based on bionic kneading, and relates to the field. The coat-removing device for coat-removing the oil-fried peanut kernels based on the bionic kneading comprises a machine shell. The top part of the machine shell communicates with a material feeding funnel; the inside of the material feeding funnel isprovided with a stable material conveying device; a coat-removing device is arranged in the machine shell and connected with the material feeding funnel; two transmission devices are connected with the coat-removing device; a material discharging funnel is arranged inside the machine shell and fixedly connected with the lower sides of the transmission devices; and two peanut coat separation devices are arranged on the both sides of the machine shell. In the coat-removing device for coat-removing the oil-fried peanut kernels based on the bionic kneading, the operations of the transmission devices can drive two kneading plates to move up and down repeatedly; besides, the movement directions of the two kneading plates are opposite; and the opposite movement direction of the two kneading plates is similar to that of hand kneading, can ensure that the peanuts are not damaged and improves the integrity of the peanut kernels.

The present invention relates to a cladding power stripper for removing high-order mode laser and a manufacturing method of the cladding power stripper. The cladding power stripper is structured in the following manners that: an optical fiber is coiled in an annular groove of a heat sink; an annular water cooling channel is coiled in the annular groove of the heat sink; a plurality of heat sink recessed grooves are arranged in the annular groove of the heat sink; the surfaces of optical fiber segments suspended on the heat sink recessed grooves are etched so as to form irregular V-shaped groove structures; and the heat sink recessed grooves are filled with a heat-conducting medium; the heat conducting medium completely coats the etched optical fiber segments; and a shell cover plate enables encapsulation protection for the heat sink. According to the cladding power stripper of the present invention, the coating layer of the double-cladding optical fiber is stripped off at intervals, and an exposed inner cladding layer is mechanically etched into the irregular V-shaped grooves so as to be adopted as the dipping openings of cladding light; leaked cladding power is absorbed by the heat conducting medium; heat is transferred to the heat sink and then is taken away by cooling water; the optical fiber is bent into an annular shape, so that the stripping efficiency of high-order mode cladding light can be increased, and light beam quality can be improved.

The invention aims to surely mount and remove a board by a pneumatic mechanism having a simple structure. On a board side of a holding board (1), a movable film (3) which can be deformed in a direction intersecting with a board side plane (1a) in an opening part (1b) provided on the board side plane (1a), and an adhesive member (4) for holding a board (A) by adhesion by facing the board are provided. By reciprocating the movable film (3) by a pressure difference between a primary side space (5) and a secondary side space (S) of the movable film (3), an adhesive surface (4a) of the adhesive member (4) is permitted to abut to the board (A) to hold the board by adhesion, the adhesive surface and the board are forcibly separated and the board (A) is smoothly peeled from the adhesive surface (4a) of the adhesive member (4).