130results about How to "Improve paste quality" patented technology

The invention provides a process and a device thereof for sticking magnetic steel on a rotor of a high-power permanent magnet motor for vehicles, relating to a permanent magnet motor, in particular to a process device and a process for sticking the magnetic steel on the rotor of the permanent magnet motor. The device comprises a support, a press plate, supporting sleeves, an auxiliary guide supporting block, a mold sleeve, a guide supporting sleeve, a nut pushing block and a locking screw. The process comprises the following steps of: assembling a motor rotor to be stuck with the magnetic steel with the left supporting sleeve, the right supporting sleeve, the auxiliary guide supporting block, the mold sleeve, the guide supporting sleeve and the nut pushing block into a whole in the process for sticking the magnetic steel on the rotor of the permanent magnet motor and then supporting on the support; and coating viscose glue on an opening of the mold sleeve, placing the magnetic steel in an axial positioning slot, rotating the nut pushing block, then pushing the mold sleeve and the magnetic steel to move ahead, and then sticking the magnetic steel on the outer circle of the motor rotor to form magnetic poles. The device has the advantages of novel concept, compact structure, easy fabrication and convenient use, and 36 blocks of magnetic steel are stuck once so that the sticking process is simplified, the sticking quality is improved, the efficiency is improved, the cost is reduced, and the process and the device are suitable for batch production. The invention can be widely applied to production enterprises of the permanent magnet motor.

Provided is an intelligent wall tile attaching robot. The robot comprises a pipe head assembly, a bottom plate, four wheels, four first stepping motors, four wheel carriers, four first servo motors, a cement pump, a cement storage box, a tile storage box and the like. By the adoption of technical scheme, the intelligent wall tile attaching robot has the advantages that the robot moves up, down, left and right flexibly through a movable tile box assembly designed specially, and a mechanical arm and a vacuum chuck which have ultrahigh flexibility are adopted to grasp tiles, which is safe, efficient and stable in work; cement can be evenly spread on a wall through a special cement spreading tool, which greatly improves the attachment quality; the tile storage box is arranged, meanwhile tiles are added into the movable tile box assembly through the mechanical arm, the cement storage box is arranged, and meanwhile cement is added into the cement spreading tool through the cement pump, which greatly liberates the manpower and improves the work efficiency.

The invention discloses a semi-automatic pasting machine for wallpaper pasting. The semi-automatic pasting machine comprises a bottom plate which is flattened against the ground and the wall surface for positioning, and an installation seat fixedly connected to the bottom plate; the installation seat is provided with a wallpaper winding shaft around which wallpaper is wound, the bottom plate is furthermore fixedly provided with two parallel sliding rails perpendicular to the bottom plate, and a wallpaper pasting mechanism is slidably connected between the sliding rails; the end heads of the ends, away from the bottom plate, of the sliding rails are provided with synchronous wheels, the synchronous wheels are sleeved with belts, and the belts are driven by a drive motor installed on the bottom plate; and the belts are detachably and fixedly connected with the wallpaper pasting mechanism. Through the arrangement of the sliding rails and a tackle matched with the sliding rails, the wallpaper is pasted through relatively linear sliding, and linear flatness of wallpaper pasting can be guaranteed; and the drive motor is utilized to drive the tackle, so that the problems that quality is unstable through fully manual pasting, and time and labor are consumed are solved.

The invention belongs to the field of door processing technology, and relates to a door plate processing mechanism. The door plate processing mechanism comprises a door plate conveying platform, a trimming device used for trimming a door plate, a strip binding device used for binding edge sealing strips on the trimmed door plate, and a feed device used for feeding edge sealing strips to the strip binding device. The trimming device comprises a support disposed under the conveying platform, a trimming chamber mounted on the support, and trimming disc disposed on a sidewall of the trimming chamber and driven by a motor. The conveying platform penetrates the trimming chamber, and the trimming chamber is provided with a wood chip suction structure. By adopting the door plate processing mechanism, wood chips generated when doorframes are trimmed can be sucked up, so the wood chips can be prevented from influencing on adhering connection between the edge sealing strips and the doorframes, the adhering quality of the edge sealing strips can be raised, a trimming point can be aligned, so the wood chips can be effectively sucked up. The edge sealing strips can be quickly and stably conveyed, and a plurality of conveying positions of the edge sealing strips are finely adjusted, the conveying quality can be ensured, so the edge sealing strips can be adhered in high quality in the later process.

The invention discloses mobile phone film pasting equipment and a method thereof. The equipment comprises a base, a film pasting device, a moving device, a fixed device, a locating and scanning deviceand power equipment. The film pasting device, the moving device and the locating and scanning device are located on the base. The fixed device and the moving device are in assembly connection. The power equipment is connected with the moving device, and the film pasting device is an electrostatic generator. The equipment and the method have the advantages that the structure is simple; operation is convenient; pasting can be achieved for different kinds of mobile phone films; meanwhile, the cleaning function is achieved; the phenomena of air bubbles and dust appearing in the films can be effectively avoided; and full automation is achieved.

The invention provides a piece of automatic adhesive tape pasting equipment, which relates to the technical field of chip production. The equipment includes a frame, clamps used to carry semi-finishedchips, a pair of conveying mechanisms used to intermittently convey the clamps and an adhesive tape pasting mechanism used to paste adhesive tapes onto the pins of the semi-finished chips. The conveying mechanisms are installed in parallel on the frame. The adhesive tape pasting mechanism can be connected to the frame by sliding along the conveying direction of the conveying mechanisms and is located above the conveying mechanisms. The equipment is reasonable in design, can automatically paste adhesive tapes onto chip pins and avoid manual input, and has high pasting efficiency and excellentand stable pasting quality.

The invention provides a device and method for detecting sticking compactness of a steel plate. The device comprises a plurality of transmitting transducers used for transmitting ultrasonic waves, a plurality of receiving transducers used for receiving ultrasonic waves, a scanning device and a data processing system, wherein the transmitting transducers, the receiving transducers and the data processing system are sequentially connected, the scanning device is connected with the data processing system in parallel, and the data processing system comprises an amplifier used for amplifying signals received by the receiving transducers and an oscilloscope used for graphic display of data. By the adoption of the device and method, components are not damaged, detection is reliable, work load is small, working efficiency is high, and vacancy degree can be detected qualitatively and quantitatively.

The invention belongs to the field of fireproof door machining, and relates to a trimming device for a fireproof door frame. The trimming device comprises a support, a door board conveying platform arranged on the support and a trimming disc which is mounted on the support and driven by a motor; an auxiliary structure is further arranged on the support, and comprises a supporting rod fixed to the support and auxiliary blocks fixed to the supporting rod; each auxiliary block comprises an upper auxiliary block and a lower auxiliary block opposite to the upper auxiliary block; the door frame penetrates the position between the upper auxiliary block and the lower auxiliary block; and the auxiliary blocks are connected with a suction structure for sucking saw dust generated by trimming. According to the device, the saw dust generated during trimming of the door frame is sucked, and the influence of the saw dust on bonding between a sealing strip and the door frame is avoided; the bonding quality of the sealing strip is improved, the device is aligned with the trimming point, and the sucking effect on the saw dust is good.

The invention discloses full-automatic sole adhering equipment and sole adhering method, and belongs to the technical field of shoemaking automatic equipment. The full-automatic sole adhering equipment comprises a rack, a shoe tree fixing mechanism, a sole positioning mechanism, a sole adhering mechanism and a control box lifting mechanism; the shoe tree fixing mechanism is arranged at the lower side of the top plane of the rack; the sole adhering mechanism is arranged at the middle part of the rack; the sole adhering mechanism is connected with the sole positioning mechanism; and the controlbox lifting mechanism is arranged at the bottom of the rack. The full-automatic sole adhering equipment and sole adhering method can replace manual operation, implement automatic sole adhesion, is accurate to position in the sole adhering process and has high production efficiency.

The invention belongs to the field of engineering tests, and in particular relates to a strain gauge automatic welding and pasting device. The strain gauge automatic welding and pasting device comprises a gun-shaped main body, wherein the gun-shaped main body comprises a gun barrel, a handle is arranged under the rear end of the gun barrel, and a trigger is arranged at a joint of the front side top part of the handle and the gun barrel; a smoothbore is arranged inside the gun barrel, the smoothbore extends from the front end to the rear end of the gun barrel but does not penetrate the rear end, and the cross section of the smoothbore is a triangle; an electromagnetic power device, an extruding rod, a carrier and a curly welding baffle plate are arranged in the smoothbore from back to front in sequence; and a carrier hole groove is formed in one side of the front end of the gun barrel, the carrier hole groove penetrates the smoothbore vertically, a wiring sliding groove extends from the front end to the rear end of the bottom part of the gun barrel, and the wiring sliding groove penetrates the bottom wall. The strain gauge automatic welding and pasting device provided by the invention can position the location of a strain gauge accurately, realizes the automatic welding of wiring terminals and automatic pasting of the strain gauge, can effectively improve the pasting quality of the strain gauge, saves pasting time, and can be used by workers with or without manual pasting experience.

The invention discloses a universal quantitative pressure application system for pasting a rod type wind tunnel strain balance. The universal quantitative pressure application system is characterizedby comprising a supporting and connecting part, radial force application parts and an axial force application part; the quantitative pressure application control is used as an idea; the stable performance of an integrated frame structure is used; the influence of the temperature on the integral deformation is fully considered in material selection; the quantitative pressure application control onall weights in the process of pasting and curing the strain balance is ensured. Through the universal pressure application system, the problem that a pressure application value cannot be quantified inthe pasting process of the rod type wind tunnel strain balance is solved; meanwhile, the problems of low universality and the insufficient one-time pressure application weight of a pasting clamp aresolved; the inconvenience caused by frequently assembling and disassembling is avoided; the pasting quality and efficiency of the rod type wind tunnel strain balance are improved; meanwhile, the production cost of the pasting clamp is reduced; the quality and the benefit of wind tunnel test are favorably improved.

The invention discloses paper plate bonding equipment for paper plate machining. A paper plate comprises a plate core and a plate surface; the paper plate bonding equipment comprises a frame, a storage mechanism, a grabbing mechanism, a plate core treatment mechanism and a gluing mechanism, wherein the frame is provided with a conveying belt; the storage mechanism is arranged on the frame near theconveying belt, and comprises a storage disc for placing the plate surface; the grabbing mechanism comprises a translation module arranged on the frame and positioned above the conveying belt, and asucker module connected to the translation module; the translation module drives the sucker module to transfer a disc surface of the storage disc to the conveying belt; the plate core treatment mechanism comprises a plate core storage module arranged near the conveying belt; the plate core storage module is used for placing the plate core; the gluing mechanism comprises a glue disc arranged near the frame and a manipulator; and the manipulator transfers the plate core from the plate core storage module to the glue disc for gluing, and transfers the glued plate core to the conveying belt to bond the plate core with the plate surface. The paper plate bonding equipment not only can improve the production efficiency to realize automatic production, but also can improve the bonding quality.

The invention discloses a flexible paster of a wave absorption material and a preparation method and a use method of the flexible paster. The flexible paster comprises a protection layer, a conductivebase material layer, an adhesive layer and a peel paper layer from top to bottom in sequence. The preparation method comprises the following steps: coating a single side of a nickel/silver plated conductive nylon fiber with an acrylic acid pressure sensitive adhesive or an organic silicon pressure sensitive adhesive, further pasting glass paper to the pressure sensitive adhesive, and coating theother side of the nylon fiber with any one of a polyurethane resin, an aqueous resin and an epoxy resin. By adopting the flexible paster, the defects of on-site cutting, tedious splicing, tedious construction, long production cycles and poor pasting appearance quality in the prior art can be overcome, rapid pasting can be carried out according to unknown shapes on a construction site, on-site cutting and splicing are reduced, the labor, materials and financial resources can be saved, and high pasting quality can be achieved; the preparation method is simple to operate, convenient in preparation, short in procedure and applicable to large-scale industrial production; and in addition, by adopting the use method, an optimal pasting quality state can be achieved for the flexible paster.

The invention discloses a strain gauge pasting tool and a pasting method, and belongs to the field of aircraft strength tests. The strain gauge pasting tool comprises a first handle and a second handle, wherein the near front ends of the first handle and the second handle are hinged; the front end of the first handle is a first clamping handle; the front end of the second handle is a second clamping handle; the first clamping handle is matched with the second clamping handle; a rubber pad is arranged on a pasting surface of the first clamping handle and the second clamping handle, and is usedfor clamping one end of a strain gauge; a pasting table corresponding to the strain gauge is arranged at the front end of the first clamping handle; and the size of the pasting table is matched with that of the strain gauge. According to the strain gauge pasting tool and the pasting method, the strain gauge achieves an ideal pasting effect, the pasting quality of the strain gauge is higher, and the pasting of the strain gauges at different angle inclined plane positions of a test piece can be realized by adjusting the angles of a handle rod and the clamping handles.

The invention relates to a shaft part strain gage sticking device. A shaft part arranged in the transverse direction is mounted on an axial locating mechanism. A locator is fixed to the upper end faceof a base plate and provided with a transverse channel used for allowing the shaft part to penetrate. Containing grooves used for containing stress gages are formed in the locator, and the containinggrooves are located in the side of the shaft part. A bidirectional air cylinder used for driving vacuum adsorbers to move longitudinally is mounted on the lower end face of the base plate. An adsorption head is mounted on each vacuum adsorber. A vertical through hole is formed in each vacuum adsorber, a longitudinal through hole is formed in each adsorption head, and the longitudinal through holes communicate with the vertical through holes. Each adsorption head is provided with an arc face matched with the circumferential side face of the shaft part. Along with movement of the vacuum adsorbers, the adsorption heads penetrate the containing grooves and are attached to the circumferential side face of the shaft part. The sticking device is high in sticking quality and sticking efficiency and accurate in sticking position and belongs to the technical field of shaft part strain gage sticking.

The invention discloses an assembly process for magnetic cores and substrates of surface mounting type power inductors. The assembly process comprises the steps of filling the bottom of a container with auxiliary rods; pouring magnetic cores into the container; shaking the container to enable the magnetic cores to be arranged in grooves of the auxiliary rods; withdrawing the remaining magnetic cores; filling the magnetic cores in the empty cavities; rearranging the magnetic cores that are not arranged well; opening glue grooves of spreaders, and placing in and fixing the auxiliary rods; withdrawing and rearranging the whole auxiliary rods if the magnetic cores are inclined; shifting the glue to front ends of spreading blocks, and fixing the spreading blocks; spreading glue; arranging the auxiliary rods horizontally; pasting substrates; placing the auxiliary rods into grooves of pressing rod clamps; aligning and overlapping upper pressing rods with the auxiliary rods; placing the rods back into the grooves of the pressing rod clamps after the rods change positions up and down; taking up the auxiliary rods; performing visual inspection on the magnetic cores; and placing the upper pressing rods qualified through the visual inspection into a tunnel kiln for drying. Compared with the prior art, the assembly process for magnetic cores and substrates of surface mounting type power inductors solves problems of poor pasting quality and low production efficiency of prior manual magnetic core pasting on substrates.