47results about How to "Fully glued" patented technology

The invention relates to sheet glue and a gluing method thereof. The sheet glue is prepared from a sheet carrier, a glue body and an isolating membrane, wherein a plurality of non-sealed accommodatingspaces are densely distributed in the sheet carrier, the glue body is coated to the sheet carrier and permeates to fill all the accommodating spaces, and the sheet carrier coated by the glue body issealed and wrapped by the isolating membrane; thus, the problems that an existing adhesive is prone to being wasted and is prone to forming foams to cause poor adhesion are solved.

The invention discloses a production method of bamboo plywood coated with a film. The production method comprises the processes of: sheet cutting, curtain or mat knitting, drying and sizing, glue dipping, glue airing, re-drying, blank assembling, hot pressing and blank edge processing and is characterized by comprising the specific steps: drying a bamboo curtain or a bamboo mat knitted by bamboo with small diameter at 100-200 DEG C firstly till water content is 10-14% and sizing; dipping in glue and then drying at 100-120 DEG C till the water content is 6-14%; adding veneers, covering film paper, dipping in glue separately and airing; assembling blanks of mat and short and long curtains alternately; hot pressing and processing edges of the blanks. The invention has wide raw material sources and less raw material waste, shortens drying time, improves working efficiency, achieves more firm gluing among plies, has no foaming and flaking phenomenon, and overcomes the defects of surface hole shrinking and incomplete gluing due to colloids seepage, which are generated when drying is carried out below 95 DEG C in the traditional method. All indexes of the product provided by the invention meet or exceed national standards.

The invention relates to glass processing, in particular to an automatic heat-insulating glass side edge sealing device. The technical problem of the present invention is how to provide an automatic heat-insulating glass side edge sealing device that improves efficiency, proceeds at a constant speed during the gluing process, and ensures the uniformity of gluing. An automatic heat-insulating glass side edge banding equipment, including a mounting frame, a first guide rail, a first guide sleeve, etc.; First guide bush. The present invention adopts eight groups of gluing heads to apply gluing to the sides fully, so that gluing can be applied to the sides of the glass at a comprehensive and uniform speed, avoiding uneven gluing, and there is no artificial direct contact during the gluing process. Participation, the glass can be glued automatically, and the manual will not be hurt by the side of the glass.

The invention discloses a vibrating gluing method, comprising: S1. A vibrating machine vibrates a gluing tray containing glue liquid and a plurality of gluing rollers; S2. Transporting veneer to the gluing tray in a vibrating state and a plurality of gluing rollers for vibrating gluing; S3. Conveying the vibrating gluing veneer to the gluing roller; S4. The gluing roller removes excessive thickness and excess glue to make the gluing uniform. The invention also discloses a vibration gluing equipment. The method and equipment for vibrating gluing provided by the invention can overcome the disadvantage that ordinary gluing machines cannot make glue soak into cracks, and ensure the quality of subsequent processed products.

The invention belongs to the technical field of conveyor belt cord layer forming devices and particularly relates to a device for applying an adhesive to a cord and forming a conveyor belt cord layers in one step. An input roller and an output roller are arranged on a frame, a plurality of rollers are arranged between the input roller and the output roller, a cord roller is arranged on one side of the input roller, a liquid rubber container is arranged on one side of the output roller, a winding drum is arranged on one side of a molten rubber container, and the winding drum is powered to rotate. According to the invention, a cord is at a tensioned state after passing through the rollers, is applied with an adhesive after passing through the molten rubber accommodating cavity, and then is wound and formed, so that the effect of applying the adhesive to the cord and forming the conveyor belt cord layer in one step can be achieved, the forming speed is quick, the efficiency is high and the effect is excellent; the cord is enabled to be in the tensioned state by the cooperation of the lower roller and the upper roller and through the cord pressing wheel and the cord pressing bar, so that the cord is applied with the adhesive fully and the forming process is simple.

The invention relates to a fluororubber synthetic rubber joint. The pipe wall of the fluororubber synthetic rubber joint successively comprises an outer rubber external layer, an outer rubber internal layer, a composite frame layer, an inner rubber internal layer and an inner rubber external layer from the outside to the inside. The raw material ratio of each layer of the pipe wall is also disclosed. The fluororubber synthetic rubber joint can resist a high temperature of 140 to 180 DEG C, is fatigue-resistant and oxidation-resistant and is excellent in mechanical performance. The layers are closely combined, the molecular chain is fully gummed, the intensity is high, and the elasticity is good.

The invention belongs to the technical field of hygienic product production. An absorbing material rolling-cut device of a numerical control adult paper diaper production line comprises an absorbing core transport unit, a surface film transport unit, a base film transport unit, a hot glue laminating unit, and a rolling-cut unit. The rolling-cut unit comprises a male die cutting roller and a bottom die cutting roller. The surface of a roller body of the male die cutting roller is provided with a male die. The surface of the roller body of the bottom die cutting roller is provided with a die cavity. The side edge of the male die is provided with a right cutting edge. The side edge of the die cavity is provided with a left cutting edge. The device can realize uniform mixing and atomization of an emulsifying sizing material under action of high pressure gas, so gas and liquid are fully mixed and blended, so as to show atomization uniform spraying in a certain region, and a rolling-cut structure is further optimized. Thus, the rolling-cut technology of the absorbing material of the paper diaper is further improved, and uninterruptable continuous production of a whole numerical control adult paper diaper production line is realized.

The invention discloses an automatic glue injecting device for LED lamp production, and relates to the technical field of LED lamp devices. The device mainly solves the problems of inconvenience during LED lamp production, inconvenience for glue injecting through glue injecting needle cylinders and over-low working efficiency. The device mainly comprises a rotating conveying belt, and a limiting mechanism, a pushing mechanism, a feeding and discharging mechanism, an automatic glue injecting mechanism and a rotating mechanism are arranged on the rotating conveying belt. According to the device,LED lamp containing trays are placed on fixing tables, the rotating conveying belt drives the LED lamp containing trays to pass through the positions below the glue injecting needle cylinders and drives winding wheels to rotate, a lifting plate is pulled downwards through connecting wires, glue in the glue injecting needle cylinders is guided to the LED lamp containing trays through glue injecting heads, and glue injecting is carried out; and when the fixing tables move, the LED lamp containing trays can be driven to rotate through meshing of strip-shaped racks and annular racks, and when theLED lamp containing trays pass through the glue injecting needle cylinders again, glue injecting is carried out in another direction. The device has the beneficial effects that glue injecting can berapidly carried out, and the working efficiency is improved.