70results about How to "Uniform amount of glue" patented technology

The invention relates to a paperboard gluing device. The paperboard gluing device comprises a glued paperboard, a coating support, guide rollers, a gluing roller and a transmission roller. The gluing roller is arranged under the transmission roller. A gap is reserved between the gluing roller and the transmission roller, and a channel for the glued paperboard to exactly pass is formed. The transmission roller is arranged on the top of the gluing support in a vertical adjusting manner through a hanging rod. A glue box is arranged at the bottom of the gluing roller and internally contains glue. Part of the wall barrel of the gluing roller is immersed in the glue, a glue scraping device is arranged at the position close to the gluing roller and comprises a scraper, a glue recycling box and a supporting rod arranged in the glue recycling box, the supporting rod is vertically arranged in the glue recycling box in a telescopic manner, and the scraper is movably arranged on the supporting rod. According to the paperboard gluing device, gluing is easy, the gluing amount is even, and the glue is not likely to pollute the gluing device; and the gluing device can be applied to the logistics field and other fields.

The invention relates to equipment for producing a cloth coating layer, and comprises a cloth delivering device, a cloth padding and pasting device, a cloth preheat ironing device, a drying oven, a cooling device and a cloth wrapping-up device which are arranged on a production line in sequence. The equipment is characterized in that a centering device is arranged between the cloth delivering mechanism and the cloth padding and pasting device; an automatic cloth adjusting tension roller is arranged between the cloth preheat ironing device and the cloth padding and pasting device; another automatic cloth adjusting tension roller is also arranged between the drying oven and the cooling device. The equipment has the advantages of novel design, compact structure, good use effect, no cloth running deviation phenomenon, uniform cloth gluing amount, good quality and few waste products; furthermore, the equipment has great popularization and application value.

The invention discloses a method for producing total-eucalyptus plywood by adopting moisture-proof composite urea resin. The method comprises the following steps: rotatably cutting wood boards; drying each board; gluing; performing cold pressing for three times; stewing and conditioning; performing hot pressing for three times; cooling and conditioning; determining the thickness of a board blank and sanding the board blank. The key points of the production method disclosed by the invention are that melamine modified urea resin is adopted as a main material of an adhesive and is added with oxidized starch to form a viscous compound, polyvinyl alcohol is taken as a toughening agent, magnesium oxide is taken as an antiaging agent, hexamine and triglycidyl isocyanurate are taken as a curing agent, isobutyl triethoxy silane is taken as a bridging agent, phenolated lignin is taken as a formaldehyde catcher and aliphatic polyurethane acrylate is taken as a moisture-proof agent to prepare the composite urea resin; the composite urea resin has the advantages of being low in formaldehyde residual volume, good in water resistance and good in moisture resistance; therefore, the produced total-eucalyptus plywood is low in formaldehyde residual volume, hard to expand after absorbing water and hard to arch and deform, and a wear-resistant layer is hard to damage.

The invention relates to a method for producing full-eucalyptus plywood with flame-retardant composite urea-formaldehyde resin, comprising the steps of wood board peeling->veneer drying -> gluing -> three times of cold pressing -> standing for curing->three times of hot pressing ->heat dissipation for curing->slab calibrating and sanding. The method is characterized in that the melamine modified urea-formaldehyde resin is used as the main ingredient in the adhesive; the oxidized starch as adhesive compound, the polyving akohol as toughening agent, the hydrogenated rosin as antioxidant, the polyisocyanate as curing agent, i-butyltriethoxanesilane as bridging agent, phenolic lignin as formaldehyde scavenger and flame retardant agent are added together to produce the flame-retardant composite urea-formaldehyde resin. The flame-retardant composite urea-formaldehyde resin has such advantages as littleformaldehyde residue, perfect flame resistance and lowering combustion temperature by internal endothermic reaction so that the full-eucalyptus parquet contains little formaldehyde residue and has good flame-retardant effectin case of fire disasters.

The invention discloses a gravure gluing apparatus of a large pattern of a fancy light reflection fabric. The apparatus comprises an upper pressure roller, a gravure gluing roller, a glue scraper knife and a glue supply mechanism, the upper pressure roller and the gravure gluing roller are arranged up and down, a transmission channel is arranged between the upper pressure roller and the gravure gluing roller, a bead planting membrane is in contact with the roller surface of the upper pressure roller and the gravure gluing roller respectively, the glue scraper knife is positioned at one side of the gravure gluing roller, the glue scraper knife is in contact with the surface of the gravure gluing roller, the surface of the gluing roller is provided with a printing pattern, the printing pattern is composed of a plurality of uniformly-distributed isotropic gluing grooves used for accommodating printing glue, and the bottom of the gravure gluing roller is placed in the glue supply mechanism and is in contact with the glue in the glue supply mechanism. The apparatus can effectively solve the problems of glue spilling and glue discontinuity, allows the thickness of a glue layer to be uniform, has no restriction on the size of the printing pattern, and can be used to produce large-pattern products. The invention also provides a gluing method of the large pattern of the fancy light reflection fabric. The method has the advantages of simple steps, good production continuity and suitableness for industrial production.

The invention discloses a method for producing total-eucalyptus plywood by adopting weather-resistant composite urea resin. The method comprises the following steps: rotatably cutting wood boards; drying each board; gluing; performing cold pressing for three times; stewing and conditioning; performing hot pressing for three times; cooling and conditioning; determining the thickness of a board blank and sanding the board blank. The key points of the production method disclosed by the invention are that melamine modified urea resin is adopted as a main material of an adhesive and is added with oxidized starch to form a viscous compound, polyvinyl alcohol is taken as a toughening agent, polyisocyanate is taken as a curing agent, isobutyl triethoxy silane is taken as a bridging agent, phenolated lignin is taken as a formaldehyde catcher, and moreover an antioxidant and an ultraviolet absorbent are also added to prepare the weather-resistant composite urea resin; the composite urea resin has the advantages of low formaldehyde residual volume and good weather resistance. The total-eucalyptus plywood produced by the method disclosed by the invention is excellent in weather resistance and is relatively high in environmental disruption tolerance.

The invention discloses a manufacturing process of blade parts. The manufacturing process of blade parts comprises the following steps of laying multiple layers of pultrusion plates on a die in sequence, and laying prepreg and/or adhesive film between every two adjacent layers of pultrusion plates; vacuuming the laying area of the multiple layers of pultrusion plates, and compacting the pultrusionplates and the prepreg and/or adhesive film; and solidifying the prepreg and/or adhesive film in the vacuum environment. According to the manufacturing process of blade parts, because the pultrusionplates are glued with the prepreg and/or adhesive film, the resin infusion process is avoided, and the weight and the strength of a main beam or the blade parts can be accurately controlled.

The invention discloses a connecting piece with a cavity sectional material, and solves the defects that the connection of a connecting structure between the existing horizontal sectional material and the vertical sectional material is not firm and the water-proof property is poor. According to the technical scheme, the connecting piece provided by the invention is of a block shape, the outer shape of the connecting piece is matched with a cavity of the sectional material, so that the connecting piece is conveniently placed in the cavity, and the connecting piece comprises at least one inserting surface and a bonding surface which is perpendicular to the inserting surface. The connecting piece provided by the invention has the advantages that the block-shaped connecting piece arranged in the cavity of the horizontal sectional material is used for changing the line connection of a gluing position arranged among the sectional materials into surface connection, the connecting strength is effectively improved, a glue is subjected to extrusion so as to flow from inside to outside so as to rapidly and effectively fill a gap caused by the lower machining precision or sectional material specific structure requirement, the gap after solidifying is blocked, and the waterproof property is good.

The invention discloses a method for adopting high-temperature-resisting composite urea resin for producing a whole-eucalyptus solid wood composite floor. The method includes the steps of board rotary slicing, veneer drying, gluing, three times of cold pressing, standing maintaining, three times of hot pressing, heat dissipating maintaining, slab fixed-thickness sanding, base material surface layer gluing, maintaining grooving and paint spraying, drying and sizing. The production method is characterized in that the high-temperature-resisting composite urea resin is prepared by adopting melamine modified urea resin as the main material of an adhesive, adding oxidized starch as a viscosity complexing agent, adopting polyvinyl alcohol as a toughening agent, adopting hydrogenated rosin as an antioxidant, adopting polyisocyanate as a curing agent, adopting isobutyl triethoxy silane as a bridging agent, adopting phenolate lignin as a formaldehyde catching agent and adding high-temperature-resisting filler. The high-temperature-resisting composite urea resin prepared through the method is used for producing the whole-eucalyptus solid wood composite floor so that the whole-eucalyptus solid wood composite floor can have good heat resistance performance, no obvious crack phenomenon happens under high-temperature and high-strength ultraviolet irradiation or long-time ultraviolet irradiation, and economic losses are reduced.

The invention discloses a novel single facer glue spreading roller. The novel single facer glue spreading roller comprises a hollowed cylinder, and shaft heads fixedly and tightly connected with the two ends of the cylinder, wherein the cylinder and the shaft heads are connected through shrink-fitting and welding; annular grooves are formed in the outer end surfaces of the shaft heads; liquid injecting holes are evenly distributed in the grooves; a closed hollow liner is arranged in the cylinder; the two ends of the liner are fixedly connected with the inner wall of the cylinder through annular pipe plates; inner rings of the annular pipe plates are arranged around the liner, and are fixedly welded with the surface of the liner; through holes are evenly distributed in the circular surfaces of the annular pipe plates; the length and the end surface diameter of the liner are both smaller than the length and the end surface diameter of the cylinder; and a liquid injecting space is formed between the outer wall of the liner and the inner wall of the cylinder. The novel single facer glue spreading roller has the following beneficial effects: (1) the surface temperature of the glue spreading roller is uniform to reduce the friction with a corrugated roller; (2) the service lives of the corrugated roller and the gluing roller are prolonged; the spread of glue is uniform; and the paperboard quality is high; and (3) the replacement frequency of glue in a glue tray is largely reduced, so that the cost is decreased.

The invention provides a transfer printing type glue dispensing method. The method comprises the following steps of: firstly, preparing a fixture plate and a glue dispenser; placing two or more glued objects on the fixture plate; sending the fixture plate into the glue dispenser; carrying out glue filling action with a glue storage mechanism of the glue dispenser; controlling a Z-axis moving mechanism on a transfer printing module to act with an external control box, and moving an anvil block on the transfer printing module to the glue storage mechanism to dip glue; controlling an X-axis moving mechanism and a Y-axis moving mechanism to act with a control box, and moving the transfer printing module dipped with the glue to the fixture plate; and driving the Z-axis moving mechanism on the transfer printing module with the external control box, and printing the glue dipped on the anvil block onto the glued objects.

The invention discloses a manual air inflation and glue injection device for guitar processing. The manual air inflation and glue injection device comprises an air compression section and a glue storage and injection section, and the air compression section and the glue storage and injection section are connected through a compressed air hose; the air compression section comprises a compression bin; an inflator pump is arranged on one side of the compression bin; the glue storage and injection section comprises a glue storage bin and a glue injection needle head; the glue injection needle headis arranged below the glue storage bin; and a glue injection switch is arranged on the glue storage bin; and a one-way valve is arranged at the joint of the air compression section and the compressedair hose as well as the joint of the glue storage and injection section and the compressed air hose. The manual air inflation and glue injection device has the advantages of being simple in structure, convenient to hold, convenient to use, capable of easily controlling the gluing amount, uniform in gluing, accurate in gluing position, capable of facilitating the gluing use at the corners and capable of improving the gluing quality of a guitar.

The invention discloses an aluminum-plastic film bubble-free gravure coating device. The device comprises a material box. A dandy roll and a gravure roll are arranged on the upper portion of the material box from top to bottom in sequence. A first fixing block is arranged on one side of the gravure roll. A second fixing block is arranged on the other side of the gravure roll, and the first fixingblock and the second fixing block are arranged symmetrically. The top of the first fixing block is provided with a first scraper used for scraping off excessive slurry in mesh holes of the surface ofthe gravure roll. The top of the second fixing block is provided with a second scraper used for filling the mesh holes of the surface of the gravure roll with slurry. The mesh holes of the surface ofthe gravure roll sequentially pass through the material box, the first scraper, the dandy roll and the second scraper in sequence while rotating. According to the aluminum-plastic film bubble-free gravure coating device, by arranging the second scraper and the flowing slurry on the scraper, the mesh holes in the gravure roll can be filled with the slurry before the gravure roll enters below the slurry liquid level inside the material box, the problem that bubbles are mixed into the slurry is effectively solved, the transfer coating slurry feeding amount is uniform, and no missing coating occurs.

The invention discloses a gluing technology for a plywood core veneer. A glue preparation module and a core veneer gluing module are included. The adhesive preparation module and the core veneer gluing module are matched with each other, excellent glue, a precise gluing strategy during gluing, and various kinds of correction and screening after gluing are provided for the plywood core veneer, and the high quality of preparation of the glue before gluing, and the high quality of the plywood core veneer after gluing are ensured; the situation that after gluing, a part of the core veneer is not glued or is over glued is avoided, and the high strength of adhesion of the plywood core veneer is ensured; a raw material purchasing system is connected with a raw material comparison module and a raw material test module, a raw material which is higher in quality and safer is provided for the glue used for being applied to the plywood core veneer, and the application safety of the glue and the gluing quality of the plywood core veneer are improved; a gluing and sundry removing module is connected with a surplus glue removing module and a glue brushing detection module, a veneer connection worker needs to remove sundries on the core veneer, the part which is not coated with glue needs to be glued manually, and the effect that the gluing amount is more uniform is ensured.

The invention provides a top type prestress reinforcing machine used in the field of building structure repairing and reinforcing. The top type prestress reinforcing machine comprises a shell, wherein a repairing device is fixedly connected to the right end of the shell, four lifting blocks are uniformly distributed at the lower end of the shell, a gluing wheel is rotatably arranged at the top end of the shell, a feeding mechanism is fixedly arranged at the top end of the shell, the feeding mechanism is connected with a tensioning wheel through the carbon fiber cloth, and the tensioning wheel and the gluing wheel are located on the same horizontal plane. By arranging the tensioning wheel, the problems that in the background technology, if prestress is not applied to the carbon fiber cloth for reinforcement when the carbon fiber cloth is adopted for reinforcement, only when a repaired component is subjected to secondary stress, and when the structure further deforms, the carbon fiber cloth can participate in work, the material strength utilization rate is extremely low, rigidity improvement is limited, and the improvement effect on the bearing capacity and the deformation effect of the structural component is very limited are solved.

The invention discloses a method of producing full-eucalyptus wood plywood by adopting high-temperature resistance composite urea-formaldehyde resin. The method comprises the following steps: rotary cutting a wood board into a sheet; drying a veneer; gumming; cold pressing for three times; standing, and curing; hot pressing for three times; carrying out heat dissipation and curing; and defining the thickness of a board blank and sanding. The production method has the key points that melamine modified urea-formaldehyde resin is adopted as a major ingredient of an adhesive, and oxidized starch is added as a viscous complex additive; polyvinyl alcohol is taken as a toughening agent; hydrogenated rosin is taken as an antioxidant; polyisocyanate is taken as a curing agent; isobutyltriethoxysilane is taken as a bridging agent; and phenolized lignin is taken as a formaldehyde scavenger, and then a high-temperature resistance filler is added to prepare the high-temperature resistance composite urea-formaldehyde resin. By using the high-temperature resistance composite urea-formaldehyde resin prepared by the method to be used for producing the full-eucalyptus wood plywood, the full-eucalyptus wood plywood is excellent in heat resistance and does not have obvious cracking phenomenon under high temperature, high-strength ultraviolet irradiation or long-time ultraviolet irradiation, thus the economic loss is reduced.

The invention discloses a method for producing an all-eucalyptus solid wood composite floor by corrosion-resistance composite urea resins. The method comprises the steps of: board rotary slicing-veneer drying-gluing-three times of cold pressing-standing maintenance-three times of hot pressing-cooling maintenance-blank fixed-thickness sanding-substrate surface layer gluing-maintenance grooving-paint drying shaping. The key point of the method is to adopt melamine modified urea resins as a main material of adhesive; oxide starch is added as a viscous compounding agent; polyvinyl alcohol serves as a toughening agent; hydrogenated rosin serves as antioxidant; polyisocyanate serves as a curing agent; isobutyltriethoxysilane serves as a bridging agent; phenolated lignin serves as a formaldehyde capturing agent; and a preservative is added to prepare the corrosion-resistance composite urea resins; and the solid wood composite floor produced by the corrosion-resistance composite urea resins has the advantages of low formaldehyde residual volume and good corrosion resistance, is better in resistance on wood rotting fungus, mould and termites, and prolongs the service life of the all-eucalyptus solid wood composite floor.