79results about How to "Stable peeling" patented technology

A fixing device having a peeling sheet capable of performing stable peeling without causing any damage to the image, the sheet or the fixing roller. The fixing device includes: a fixing roller having an elastic layer formed on its surface; a compression roller in contact with the fixing roller in a nip portion; and a plastic peeling sheet provided downstream of the nip portion, the peeling sheet having an end edge which comes into contact with the surface of the fixing roller to peel the sheet which has passed through the nip portion away from the surface of the fixing roller.

To provide a fixing device which can suppress the occurrence of a temperature droop phenomenon, and to stably peel off a recording sheet from a fixing roll side. There are provided a fixing belt module and a pressure belt module, and the fixing belt module and the pressure belt module are in contact with each other through a fixing belt and a pressure belt in a first nip portion formed on a fixing roll around which the fixing belt is wound and a second nip portion formed on a pressure roll around which the pressure belt is wound.

The invention discloses a preparation method of a flexible touch substrate and the flexible touch substrate. The method comprises the steps that a concave-convex release layer is formed on a carrier substrate; a flexible substrate layer is formed on the concave-convex release layer; a touch functional layer is formed on the flexible substrate layer; and the flexible substrate layer and the touch functional layer are stripped from the carrier substrate. According to the method, the concave-convex release layer is arranged on the carrier substrate, the roughness between the flexible substrate layer and the carrier substrate can be enhanced, dislocation and disengagement of the flexible substrate layer are prevented, it is guaranteed that the flexible touch substrate is stably fixed to the carrier substrate at a preparation stage, the flexible touch substrate can be conveniently stripped at a stripping stage, damage to the touch substrate in the striping process is avoided, and the yieldand efficiency of flexible touch substrate release are improved.

The invention relates to a preparing method of ultra-thin carrier copper foil capable of being stably stripped. The method comprises the specific steps: firstly, a plating solution is prepared, namely, a complexing agent potassium pyrophosphate, zinc sulfate, an addition agent A and an addition agent B are dissolved in water, mixing is carried out after clarification, and the pH value of the solution is adjusted; secondly, the carrier foil is put into the plating solution in the first step, a novel nano composite zinc coating is electroplated and serves as a stripping layer, and extremely-thin electrolysis copper foil ranging from 2 micrometers to 6 micrometers is electroplated on the stripping layer, and is called as the ultra-thin carrier copper foil. After the ultra-thin carrier copper foil is cured on an insulation substrate after high-temperature pressing, through the mechanical method, the carrier foil can be completely stripped. The stripping layer prepared through the method is extremely thin and uniform, the carrier foil is easy to completely and stably strip, and the good application prospect is achieved.

A cover film comprising a substrate layer, an intermediate layer comprising a resin composition containing 50% by mass or more of a metallocene linear low-density polyethylene resin having a density of 0.900 to 0.940×10³ kg/m³, and a sealant layer comprising an ethylene-type copolymerized resin containing 50 to 85% by mass of an olefin component.

An injection molding method in which a multilayer film including a base layer and a transfer layer stacked on the base layer is disposed in the molding space of an injection mold, the molding space containing the multiplayer film is filled with resin, and then the injection mold is opened to obtain a molded article transferred with the transfer layer peeled from the base layer, wherein after the resin is injected into the molding space, a cooling circuit near the molding space cools the multilayer film before the injection mold is opened.

The invention discloses a waste electric wire stripping and core taking device. The device comprises a work bench. A top of the work bench is successively provided with a passive winding mechanism, afixed pulley, two adjusting wheels, a horizontal wheel, a knife rest, a protective cover, a support wheel and an active winding mechanism in a detection arrangement mode. The two adjusting wheels arevertically arranged from top to bottom. The protective cover is arranged on an electric wire passing hole of the knife rest and is located at an outgoing line direction. One end of a waste electric wire is wound around the passive winding mechanism and the other end successively passes through the fixed pulley, a central section gap of the two adjusting wheels, the horizontal wheel, the electric wire passing hole, the protective cover, the support wheel and the active winding mechanism. The knife rest comprises a circular framework and a plurality of cutter heads. A frame core is arranged in the circular framework. A central section of the frame core is provided with the electric wire passing hole. The cutter heads are fixedly arranged between the circular framework and the frame core through a fixing component. End portions of the cutter heads can be extended into the electric wire passing hole. An axial direction of the electric wire passing hole is parallel to an axial direction ofthe circular framework. The waste electric wire stripping and core taking device can high-efficiently strip the waste electric wire.

The invention relates to an automobile carpet step-in die structure. The automobile carpet step-in die structure comprises an upper die body clamping frame and a lower die body clamping frame, wherein an upper die body is arranged on the upper die body clamping frame; a lower die body is arranged on the lower die body clamping frame; and a plurality of material-clamping devices are arranged on the edge of the lower die body. The automobile carpet step-in die structure is characterized in that: each material-clamping device comprises a lifting cylinder and a turnover cylinder; the lifting cylinder is fixed on a lifting cylinder fixing frame; the turnover cylinder is fixed on a turnover cylinder fixing bracket; a piston rod of the lifting cylinder is fixed with a lower material-clamping plate; an upper material-clamping plate is arranged on the upper surface of the lower material-clamping plate; a rotating shaft is arranged on the end part of the piston rod of the turnover cylinder; and the rotating shaft is connected with one end of a hinge, and the other end of the hinge is fixed with the upper material-clamping plate. The automobile carpet step-in die structure has a simple, compact and reasonable structure, adapts to the flexibility of various products, guarantees that the fabric of a ceiling skylight is stable to strip, has high automation degree, is accurate in workpiece positioning, and can improve the production efficiency, reduce the labor intensity of workers, save the manufacturing cost and improve the product quality.

The present invention relates to a peeling bar, apparatus, and method for peeling a polarizing film from a panel. This invention can minimize friction between the peeling bar and the polarizing film since the peeled polarizing film is in contact with a front part of the peeling bar. The radius of a curved surface at the tip of the front part and an inclined upper surface of the front part are designed to minimize the Z-axis component of a shearing force applied to the polarizing film. Also, in order to equalize tension applied to the polarizing film in a peeling process, this invention makes both ends of the polarizing film closely adhere to the peeling bar. According to this invention, fracture of the polarizing film is prevented, and thereby the polarizing film can be stably peeled from the panel without fracture.

An electron-unit supply arrangement can prevent the paperfibre attached on the driving belt and the covering belt when detaching the covering belt from clinging to the projecting part. Accordingly, the covering belt can be smoothly detached from the driving belt, which can avoid the adsorptive error to the electron unit. The electron-unit supply arrangement includes: driving belt which takes in the units with equal interval and forms the bonding unit on the two edges along the direction of length with predetermined interval; covering belt which bonds with the said bonding unit of the driving belt; driver element which intermittently transports the driving belt; stripping element which detaches the covering belt from the driving belt; and winding element which can coil the covering belt separated from the driving belt. In the said electron-unit supply arrangement, the said stripping element includes a marginal element which detaches the covering belt from the driving belt; and a projecting part, in which the gap between the said projecting part and the said marginal element is set along the transfer direction of the driving belt and a straight-line element with a smaller gap than the said bonding unit of the driving belt is formed on the relative margin of the said marginal element.

The invention relates to a preparation method of ultrathin carrier copper foil. The preparation method specifically comprises the following steps that (1) a plating solution is prepared, specifically, a complexing agent sodium gluconate, potassium dichromate, an additive A and an additive B are dissolved in water correspondingly and mixed after being clarified, and the pH value of the solution is adjusted; (2) carrier foil is soaked into an organic solution of a silane coupling agent, and a layer of organic film is formed through adsorption; and (3) the carrier foil is placed into the plating solution in the step (1), a layer of novel nanoscale composite chrome plating layer is formed through electroplating to serve as a peeling layer, then ultrathin electrolytic copper foil which is 2-5 microns thick is electroplated on the peeling layer, and the ultrathin carrier copper foil is obtained. The ultrathin carrier copper foil is subjected to high-temperature pressing and cured on an insulating substrate, and then the carrier foil can be completely removed through peeling by means of a mechanical method. The peeling layer prepared through the method is ultrathin and uniform, the carrier foil can be peeled easily, completely and stably, and the preparation method has great application prospects.

The invention discloses a making method of mixed dried beancurd sticks. The making method comprises the following steps of step 1, performing selecting treatment on qualified soybeans; step 2, performing selecting treatment on auxiliary materials; step 3, performing peeling treatment on the soybeans; step 4, performing a soaking operation on the soybeans; step 5, performing refining on the soybeans, and boiling pulp; and step 6, boiling the soybeans to obtain skin. The invention relates to the technical field of making of dried beancurd sticks. According to the making method of the mixed driedbeancurd sticks, relevant nutrients of purple sweet potatoes, black beans and mint are added in the production process of the dried beancurd sticks, and can complement mutually with nutrients of thesoybeans, soybean ketone of peas and beans can interact with purple sweet potato pasty powder, absorption of bodies can be promoted, through slow grinding, the soybean pulp can be sufficiently ground,and the yield of the dried beancurd sticks can be indirectly increased; and the soybeans are subjected to peeling treatment, effective substances of the soybeans can be completely soaked in water, and the soaking efficiency can be improved. The peeling operation is simple and convenient, and easy for workers to operate.

The invention discloses a preparation method of high-performance release paper, which relates to the technical field of papermaking. The method comprises the following steps: (1) selecting ground bleached sulfate softwood pulp as raw material pulp; (2) adding an internal sizing agent into the raw material pulp; (3) carrying out papermaking on a fourdrinier machine, and carrying out squeezing dehydration; (4) performing semi-wet drying and pressurizing treatment; (5) performing surface sizing and drying; (6) performing spray wetting, super calendaring, coiling and slitting to prepare raw paper;and (7) carrying out corona discharge treatment on the raw paper, then coating the raw paper with an antioxidant organosilicon emulsion, and drying to prepare the high-performance release paper. According to the method, the release layer prepared by coating the raw paper with the antioxidant organosilicon emulsion has excellent antioxidant aging resistance, so that the aging problem caused by long-time storage and high-temperature use of the coating layer on the release paper is prevented, meanwhile, the stripping performance is more stable, and the use frequency of the release paper is higher.

Provided is an apparatus for peeling the middle of a wire. The apparatus comprises a skin cutting device, a wire feeding device, and a panel. The skin cutting device is mainly composed of a cylinder, a wire protecting device, a top circular cutter, a top end cover, a top case body, a slide rail, a bottom end cover, a bottom circular cutter, a bottom case body, a bottom motor, a top motor, a top main shaft, a top main shaft cylindrical pin, a bottom main shaft cylindrical pin, a deep groove ball bearing, and a bottom main shaft. The wire feeding device comprises a wire outlet wheel, a wire-cutting peeling cutter, a cutter stand, a conduit, a wire inlet wheel, a wire inlet wheel tensioning regulator, and a wire outlet wheel tensioning regulator. The apparatus may stably peel the middle of the wire, achieve high efficiency, and does not damage the wire.

The invention discloses touch screen protective film pasting equipment. The touch screen protective film pasting equipment comprises a rack, and further comprises a touch screen feeding device, a vacuum film pasting device, a protective film feeding device, a touch screen feeding carrying device, a film stripping device, a discharging carrying device and a discharging device which are installed onthe rack; the touch screen feeding device and the discharging device are located on the same straight line, and the protective film feeding device is located between the touch screen feeding device and the discharging device during feeding; the vacuum film pasting device is located in the middle of the protective film feeding device, and the film stripping device is located above the vacuum filmpasting device; and the discharging carrying device is connected with the discharging end of the protective film feeding device and the discharging device. The touch screen protective film pasting equipment has the advantages of being efficient in workpiece circulation, high in production efficiency and high in automation degree.

The present invention relates to a window-free fabric stripping mechanism of vehicle roof, in particular to a mechanism which is used for automatically stripping the peripheral fabric of the skylight of the vehicle roof, and belongs to the technological field of mechanical structure. The window-free fabric stripping mechanism is characterized in that two ends of an upper platform and a lower platform are respectively provided with a guide column and a lifting oil cylinder; the lower platform is provided with a positioning block; a tire model is connected with the positioning block; the upper platform is provided with an ejection mechanism; a skylight plugboard and a knife model are respectively arranged below the upper platform. The structure is simple, compact and reasonable. The stripping mechanism is suitable for a plurality of types of products because of the flexibility, guarantees the stable stripping of the skylight fabric of the vehicle roof, has the advantages of high degree of automation, accurate positioning of workpieces, improves the production efficiency, reduces the labor intensity of workers, saves the production costs, and improves the quality of the products.