32results about How to "The pasting position is accurate" patented technology

The invention provides a floor tile sticking assisting jig, belongs to the technical field of decoration equipment, and solves the problems that the existing tiles are laborsome to stick and low in construction quality. The floor tile sticking assisting jig comprises a supporting frame, wherein the supporting frame is provided with two supporting rods; moving seats are glidingly connected onto the supporting rods; lifting seats are glidingly connected onto the two moving seats; an overturning frame is rotationally connected between the two lifting seats; a positioning disc is glidingly connected onto the overturnng frame; a fixed structure is arranged on the positioning disc; vertical screws capable of driving the lifting seats to perform reciprocating lifting are arranged on the moving seats; and a transverse screw capable of driving the positioning disc to perform reciprocating movement is arranged on the overturning frame. The floor tile sticking assisting jig ensures that tiles are more labor-saving to stick and higher in construction quality.

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 a device for mounting nameplates on electric meters. The device is characterized by comprising a table body, an automatic assembly line and a nameplate back-side bar code pasting device, wherein the automatic assembly line is arranged on the table body and is used for conveying the electric meters, and the nameplate back-side bar code pasting device is arranged on the tablebody and is located on one side of the automatic assembly line; the device further comprises a limiting device, wherein the limiting device is arranged on the table body; the nameplate back-side barcode pasting device comprises a transmission roller assembly, a third vacuum adsorption device and a second XYZ three-axis driving device, the transmission roller assembly is arranged on the table body and is used for continuously conveying roll-type back-side bar codes, the third vacuum adsorption device is used for adsorbing the back-side bar codes, and the second XYZ three-axis driving device is used for driving the third vacuum adsorption device to move; a first bar code scanning gun used for scanning front-side bar codes of the nameplates and a second bar code scanning gun used for scanning the back-side bar codes on the transmission roll assembly are sequentially arranged on the table body along the advancing direction of the automatic assembly line. The device for mounting the nameplates on the electric meters is high in production efficiency and accuracy.

The invention provides a floor tile sticking assisting jig, belongs to the technical field of decoration equipment, and solves the problems that the existing tiles are laborsome to stick and low in construction quality. The floor tile sticking assisting jig comprises a supporting frame, wherein the supporting frame is provided with two supporting rods; moving seats are glidingly connected onto the supporting rods; lifting seats are glidingly connected onto the two moving seats; an overturning frame is rotationally connected between the two lifting seats; a positioning disc is glidingly connected onto the overturnng frame; a fixed structure is arranged on the positioning disc; vertical screws capable of driving the lifting seats to perform reciprocating lifting are arranged on the moving seats; and a transverse screw capable of driving the positioning disc to perform reciprocating movement is arranged on the overturning frame. The floor tile sticking assisting jig ensures that tiles are more labor-saving to stick and higher in construction quality.

The invention discloses an automatic gasket sticking device used for induction cooker coil production. A distributing electrical motor is arranged on the lower portion of a rack; a bearing pedestal is arranged on the middle portion of the rack; the bearing pedestal is in transmission connection with the distributing electrical motor; a gasket distributing plate is fixedly arranged on the bearing pedestal; the gasket distributing plate is provided with gasket sliding grooves of a divergent shape; locating grooves are arranged inside the gasket sliding grooves; a mica feeding tank and a mica discharging tank are suspended on the rack and correspondingly placed on the front and back sides of the gasket distributing plate; a pair of vibrating plates is correspondingly arranged on the two side portions of the mica feeding tank; and the mica feeding tank and the mica discharging tank are each composed of a bottom board, a holder and an upper cover plate. The automatic gasket sticking device used for induction cooker coil production has the advantages that coil plate gaskets are stuck automatically; labor cost is highly saved; production efficiency is improved; glue is coated evenly through the device; the sticking position is precise; press fitting is conducted evenly; and the sticking effect of the coil plate gaskets is highly improved.

The invention discloses a pre-installation process of a small single-door refrigerator tank, which includes the following steps: S1, self-inspection: inspecting the appearance quality of the inner connecting wire and the return air coil in the single-door refrigerator to ensure that the inner connecting wire and the return air coil are The gas coil is flat, free of shape, damage and incomplete; S2, covered wire: take the qualified internal connecting wire in S1, and use the side with a length of 320-380 mm at a distance of 160-200 mm from the terminal of the internal connecting wire The adhesive foam tape wraps the connecting wires and fixes them, which is convenient for the internal connecting wires to seal the perforation of the refrigerated temperature control box, and the tape is pasted in the correct, firm, and in place, tightly sealed to prevent leakage, and the connecting wires are wrapped correctly; S3, pre-installed : Insert the qualified internal connection wire in S1 into the perforation of the temperature control box to the middle of the foam with glue, and seal and fix the perforation with two 100mm long pieces of foam with glue on one side. The refrigerator liner pre-installation process of the present invention can pre-install the refrigerator well, and the process is simple, the structure is compact, and it is very practical.

The invention relates to an ornament adhesion device and especially relates to an ornament adhesion device for shoe making. The technical problem to be solved by the invention is to provide the ornament adhesion device for the shoe making, wherein adhesion efficiency is high and ornament adhesion is accurate. In order to solve the technical problem, the invention provides the ornament adhesion device for the shoe making. The device comprises a working table, a transmission device, a sway base, an ellipsoid cam, an adhesive dripping bottle, a fixation trough, an adhesive cap, a top plate, a second fixed pulley, a fixation plate, a pull wire, a first fixed pulley, a slide rail, a slide block, a connecting rod, a first strut, an electric motor, a winding wheel, a round disk, a sway rod and a duster, wherein the transmission device and the working table are disposed on the ground, and the transmission device is located above the left part of the working table. According to the invention, ornaments can be adhered on a shoe rapidly; by a limiting block, a second strut and a positioning plate, the ornaments can be adhered on the shoe more easily; and ornament adhesion positions are more accurate.

The invention discloses a vibration reducing mechanism of a linear motor. The output ends of a Y-direction linear motor and a Y-Z-direction linear motor synchronously and reversely move in the Y direction, a balancing weight is arranged at the lower end of the Y-direction linear motor, a floating system is arranged at the upper end of a motor connecting plate, and a vibration reducing structure isarranged on the outer side of the floating system. The output ends of the Y-direction linear motor and the Y-Z-direction linear motor synchronously and reversely move in the Y direction, the vibration of the Y-direction linear motor and the Y-Z-direction linear motor in the Y direction is reduced, the weight difference between the Y-direction linear motor and the Y-Z-direction linear motor is counteracted by arranging the balancing weight, the balancing weight cannot accurately eliminate the weight difference of the two motors and tiny vibration exists, and the vibration reducing structure onthe outer side of the floating system eliminates the tiny vibration brought by the balancing weight. The vibration reducing effect in the Y direction is achieved through the combined action of the Y-direction linear motor, the balancing weight and the vibration reducing structure, and the chip picking and pasting positions of the Y-Z-direction linear motor are accurate.