86results about How to "Adequate adhesion" patented technology

The invention relates to the technical field of display, in particular to a display panel, a preparation method of the display panel and a display device. The display panel comprises a first substrate and a second substrate, wherein the first substrate and the second substrate are oppositely arranged, and the area, in contact with a framework sealant, of the first substrate and/or the second substrate is provided with a non-planar structure. The display panel has the advantages that the area, in contact with the framework sealant, of the first substrate and/or the second substrate is provided with the non-planar structure, so the contact area between the framework sealant and the first substrate as well as the second substrate is increased; in the premise of ensuring sufficient adhesion between the framework sealant and the first substrate as well as the second substrate, the width of the framework sealant is reduced, so the powerful technical support is provided for well realizing the narrow-edge framework; and meanwhile, the width of the framework sealant is reduced, the usage amount of framework sealant is reduced to a certain extent, and the production cost of the display panel is reduced.

The invention relates to a solar battery piece packaging glue structure and a preparation method thereof. The structure comprises a packaging glue layer and at least one partitioning membrane layer, or comprises a packaging glue layer, at least one layer of partitioning membrane and at least one adhesive layer distributed on one side, which is close to a battery piece, of the partitioning membrane, wherein the partitioning membrane is compounded with the packaging glue layer, or the partitioning membrane is compounded with the packaging glue layer and the adhesive layer; the flowability of the partitioning membrane is smaller than that of the packaging glue layer. According to the solar battery piece packaging glue structure, as one layer of the partitioning membrane with very low flowability is compounded with the packaging glue and the flowability of the partitioning membrane self is lower than that of the packaging glue, the packaging glue is harder to overflow, and moreover a good partitioning function is achieved for overflowing of the packaging glue with high flowability. When the structure is laminated, the packaging glue of a cross-linking system with high flowability at a lower layer can be fused with the partitioning membrane with low flowability at an upper layer at high temperature, so that sufficient binding force can be still maintained.

The invention discloses modified emulsified asphalt for bonding layers, which comprises 65.0-68.0 wt% of asphalt, 3.0-4.0 wt% of modifier, 0.25-0.45 wt% of cation fast crack-typed emulsifier and 27.55-31.75 wt% of water. The solid content of the modified emulsified asphalt for bonding layers is more than 67%, a thicker asphalt film is produced after emulsion breaking, and excellent bonding performance and waterproof performance are provided, and the dynamic viscosity of evaporated residue at 60 DEG C is more than or equal to 1800Pa.s.

The invention discloses a self-adhesion modularized crystalline silicon solar cell component, which is formed by laminating toughened glass, thermosol, a crystalline silicon cell sheet, thermosol, TPT (Tedlar/Polyethylene Terephthalate/Tedlar) and a self-adhesion adhesive layer in sequence. The self-adhesion modularized crystalline silicon solar cell component provided by the invention can be mounted on a roof of light steel structure; the irradiation of sunlight can be received to the greatest extent to generate power by combining the crystalline silicon solar cell component and the roof of light steel structure for use; the heat load of the roof in summer can be reduced by considering the roof bearing load and the wind load of the roof of light steel structure and storage of the original water proofing function; and the combination of the solar power generation function and the building water proofing function is realized.

The invention provides an adhesive tape structure for tearing off a protecting film from a panel. The adhesive tape structure comprises a body, a tear-off handle and a positioning hole, wherein the body is arranged at the corner of the protecting film and comprises a first surface and a second surface; the protecting film is glued to the first surface; the tear-off handle and the body are integrally molded; the tear-off handle is arranged at one side, far away from the panel, of the adhesive tape structure; the positioning hole is formed between the body and the tear-off handle and is used for aligning the adhesive tape structure and the panel; and when the protecting film is torn off, the tear-off handle is lifted up, so that the body drives the protecting film to move together, so as to separate the protecting film from the panel. Compared with the prior art, the positioning hole is formed between the body and the tear-off handle, thus the alignment accuracy of the adhesive tape structure and the panel is improved and the problem that a glue preparation area is adhered to frame glue or an iron frame at the edge of the panel when a film-tearing adhesive tape is not adhered in place is avoided.

The invention discloses a hard phenolic foam composition, a sprayed hard phenolic foam coating, a preparation process and an application. The rigid phenolic foam composition is obtained by mixing composite phenolic resin and mixed acid in a mass ratio of 1-10:1. The above-mentioned hard phenolic foam composition is completely atomized and mixed uniformly at a pressure of 100-200kg and a temperature of 20-50°C, sprayed from a spray gun, and evenly sprayed on the wall to form a spray-coated hard phenolic foam Insulation. The obtained spraying hard phenolic foam coating can be applied to the field of waterproof, fireproof or thermal insulation materials.

The invention provides a microwave curing method for a block. The method includes steps that (1) slurry is injected into a test mold, covered by a film, and is subjected to standing and pre curing for2-4 hours, and the temperature is controlled at 30-45 DEG C; (2) after pre curing, a steel wire is used to cut an uncured block, and then the film is utilized to re-cover and transferred to a microwave reaction chamber for 1-2 hours, the temperature is controlled at 50-70 DEG C, and the microwave frequency is 433-2450 MHz; and (3) after microwave heating and curing, the block is naturally cooledto room temperature, and curing is completed. The method is advantaged in that a microwave source with the specific frequency of 433-2450 MHz has the characteristics of deep acting depth, which can realize synchronous heating of the whole block inside and outside so that the temperature of each part of the block is uniform, and the stress damage caused by temperature difference is avoided, and themethod can realize fast curing of the block, improve production efficiency, and realize energy conservation and environmental protection.

The invention relates to an adhersive composition for a semiconductor, an adhesive film and a semiconductor device. More specifically, the invention relates to the adhersive composition. Through highly adhersive features of the adhersive composition, a PCB curing process and a PCB plasma process can be omitted through improvement of the curing rate, and partial curing, if being applied to an on-line process, can be conducted during a lead adhesion process so as to reduce the process time, so that a curing process (or a semi-curing process or a B step) can be omitted or minimized. For the adhersive composition, phenolic film and amine-cured resin both serve as curing agents to allow the curing process to be omitted or minimized, and an imidazole curing agent or a micro-capsule potential curing agent is adopted to serve as the curing agent so that the curing rate is improved.

The invention discloses a slow-curing gluing process and device for a panel and a frame. The gluing device comprises a supporting table, manipulators, glue dispensing devices, a laser marking device and pressing devices, wherein the manipulators comprise the frame feeding manipulator, the panel feeding manipulator and the discharging manipulator, the number of the glue dispensing devices is two, and the pressing devices comprise the hot pressing device and the cold pressing device. The two glue applying devices are arranged to apply glue to the frame twice, and the two pressing devices are also used after glue applying for hot pressing and cold pressing on the panel and the frame after covering separately. Slow-curing moisture polyurethane glue can be melted when heated through hot pressing, and better bonding is achieved under the action of pressure; and meanwhile, the slow-curing glue after bonding is instantly cured through the cold pressing device, and the bonding efficiency is improved while the bonding quality is improved.

The invention provides a phase change energy storage infiltration coating sandwich wall cloth, and a method for manufacturing the phase change energy storage infiltration coating sandwich wall cloth,or an object decoration method. The phase change energy storage infiltration coating sandwich wall cloth comprises a bottom coating and an infiltration coating composite sandwich coating compound coated on the surface of the bottom coating; the infiltration coating composite sandwich coating compound comprises a transparent or semi-transparent second coating and a fiber texture network sandwich wrapped by the second coating; the fiber texture network sandwich contains a network structure formed by fibers; the second coating penetrates into meshes of the network structure; and one or more of the second coating, the bottom coating and the fiber texture network sandwich can have a phase change energy storage function. The wall cloth with textures and/or patterns can be manufactured in a standardized and large-scale mode, and has good crack resistance, air permeability and decorative performance.

The invention provides a heat insulation infiltration coating sandwich wall cloth, and a method for manufacturing the heat insulation infiltration coating sandwich wall cloth, or an object decorationmethod. The heat insulation infiltration coating sandwich wall cloth comprises a heat insulation coating and an infiltration coating composite sandwich coating compound covering the surface of the heat insulation coating; the infiltration coating composite sandwich coating compound comprises a transparent or semi-transparent second coating and a fiber texture network sandwich wrapped by the secondcoating; the fiber texture network sandwich contains a network structure formed by fibers; and the second coating penetrates into meshes of the network structure. The wall cloth with textures and/orpatterns can be manufactured in a standardized and large-scale mode, and has good crack resistance, air permeability and decorative performance.

The invention provides an impregnated coated sandwich wall cloth and a method for manufacturing the impregnated coated sandwich wall cloth, or an object decoration method. The impregnated coated sandwich wall cloth comprises a bottom coating and an impregnated coated composite sandwich coating complex, wherein the surface of the bottom coating is coated with the impregnated coated composite sandwich coating complex; and the impregnated coated composite sandwich coating complex comprises a transparent or translucent second coating and a fiber texture network sandwich wrapped by the second coating, wherein the fiber texture network sandwich contains a network structure formed by fiber, and the second coating permeates into net holes of the network structure. The wall cloth with textures and/or patterns can be manufactured in standardized and large-scale modes, and the impregnated coated sandwich wall cloth has good anti-cracking performance, air-permeable performance and decoration performance.

The invention provides a waterproof impregnated coated sandwich wall cloth and a method for manufacturing the impregnated coated sandwich wall cloth, or an object decoration method. The waterproof impregnated coated sandwich wall cloth comprises a bottom coating and an impregnated coated composite sandwich coating complex, wherein the surface of the bottom coating is coated with the impregnated coated composite sandwich coating complex; and the impregnated coated composite sandwich coating complex comprises a transparent or translucent second coating and a fiber texture network sandwich wrapped by the second coating, wherein the fiber texture network sandwich contains a network structure formed by fiber, the second coating permeates into net holes of the network structure, and one or moreof the second coating and the bottom coating can be waterproof coatings. The wall cloth with textures and/or patterns can be manufactured in standardized and large-scale modes, and the waterproof impregnated coated sandwich wall cloth has good anti-cracking performance, air-permeable performance and decoration performance.

The invention provides a reinforced compound pipe with uniform thickness and a manufacture device thereof. The reinforced compound pipe comprises an inner resin soaking stiffener layer, a resin mortar layer and an outer resin soaking stiffener layer, wherein the inner resin soaking stiffener layer is formed by winding fibers soaked with resin; the resin mortar layer is formed in a such way that a mixture mixed with the resin in sand materials or particle inorganic materials are limited in a thickness direction dimension and a width direction dimension to form strip-shaped resin mortar, the strip-shaped resin mortar is spirally winded on the outer surface of the inner resin soaking stiffener layer; and the outer resin soaking stiffener layer is formed by winding the fibers soaked with the resin outside the resin mortar layer. The inner resin soaking stiffener layer, the resin mortar layer and the outer resin soaking stiffener layer are laminated together.

The invention belongs to the technical field of emulsion adhesives and particularly relates to a quick-sticking type modified chloride butyl acrylic emulsion as well as a preparation method and an application thereof. The emulsion is prepared from the following components in parts by mass: 0-20 parts of chloride butyl emulsion, 0-30 parts of methyl methacrylate, 0-30 parts of styrene, 0-30 parts of acrylonitrile, 250-300 parts of ethylhexyl acrylate, 1-2.5 parts of hydroxyethyl methylacrylate, 2-10 parts of acrylic acid, 1-6 parts of alkylphenol ether OP, 2-8 parts of lauryl sodium sulfate, 300-400 parts of water, 3-8 parts of potassium persulfate or sodium persulfate, wherein the solid content of the chloride butyl emulsion is 50%. The preparation method of the quick-sticking type modified chloride butyl acrylic emulsion has the advantages of being convenient and quick, relatively high in reaction efficiency, small in monomer residue and uniform in product appearance. The obtained modified chloride butyl acrylic emulsion has the advantages of being stable, quick in sticking and strong in adhesive strength, capable of meeting the comprehensive requirements of a high-performance chloride butyl acrylic emulsion adhesive.

The invention provides an electromagnetic shielding impregnation coating sandwich wall cloth and a method of manufacturing the electromagnetic shielding impregnation coating sandwich wall cloth or anobject decoration method. The electromagnetic shielding impregnation coating sandwich wall cloth comprises a bottom coating and an impregnation coating composite sandwich coating composite body applied to the surface of the bottom coating; and the impregnation coating composite sandwich coating composite body comprises a transparent or semitransparent second coating and a fiber texture network sandwich wrapped in the second coating, the fiber texture network sandwich comprises a network structure formed through fibers, the second coating permeates into net holes of the network structure, and one or more of the bottom coating, the second coating and the fiber texture network sandwich have an electromagnetic shielding function. According to the electromagnetic shielding impregnation coatingsandwich wall cloth and the method, the wall cloth with textures and/or patterns can be manufactured in a standardized and large-scale manner, and the wall cloth has the good anti-cracking performance, air permeability and decorative performance.

The invention provides scrawling preventing infiltration coating sandwiched wall cloth and a method for manufacturing the scrawling preventing infiltration coating sandwiched wall cloth or an object decoration method. The scrawling preventing infiltration coating sandwiched wall cloth comprises a bottom coating and an infiltration coating composite sandwiched coating composite body applied to thesurface of the bottom coating. The infiltration coating composite sandwiched coating composite body comprises a transparent or semitransparent scrawling preventing coating and a fiber texture networksandwiched core wrapped by the scrawling preventing coating, wherein a network structure formed by fiber is contained in the fiber texture network sandwiched core, and the scrawling preventing coatingseeps into meshes of the network structure. By means of the method, the wall cloth with texture and/or patterns can be manufactured in a standard and large-scale manner, and good crack resisting performance, ventilation performance and decoration performance are achieved.

The invention provides a magnetic attracting wall-mounted infiltrated and coated sandwich wall cloth and a manufacturing method thereof or an object decorating method. The magnetic attracting wall-mounted infiltrated and coated sandwich wall cloth comprises a bottom coating and an infiltrated and coated compound sandwich painting complex coated on the surface of the bottom coating; the infiltratedand coated compound sandwich painting complex comprises a transparent or semitransparent second coating and a fiber texture mesh sandwich wrapped by the second coating, wherein the fiber texture meshsandwich includes a mesh structure formed by fibers inside; the second coating infiltrates into mesh openings of the mesh structure; and one or several of the second coating, the bottom coating and the fiber texture mesh sandwich can possess magnetic attracting performance. The manufacturing method disclosed by the invention is capable of manufacturing the wall cloth with textures and/or patternson a large scale in a standardizing manner, and the wall cloth has good anti-cracking ability, air permeability and decorating property.