43results about How to "Act as a stop" patented technology

The invention discloses a chip mounting structure and a connector with the chip mounting structure. The chip mounting structure comprises a mounting seat and a chip, wherein the mounting seat is provided with a matching surface which corresponds to the bottom surface of the chip and is in support matching with the bottom surface of the chip, the mounting seat is provided with a retaining structure around the matching surface, the retaining structure can prevent the chip from moving along the direction parallel with the matching surface and disengaging from the matching surface, the thickness of the retaining structure extends along the direction vertical to the matching surface, the mounting seat is provided with an elastic press sheet which is used for applying pressing force on the chip, an unlocking operation opening is arranged at the surface of the mounting seat, and is used for providing an inlet for pushing the bottom surface of the chip to disengage from an force applying object of the matching surface, the matching surface is provided with a charging and discharging opening which is communicated with the unlocking operation opening through a passage, and the charging and discharging opening is used for providing an outlet for the force applying object to extend out and continuously push the chip so as to overcome the limitation of the elastic force of the elastic press sheet disengaging from the retaining structure. The chip mounting structure has the advantages that the reliable installation of the chip is effectively guaranteed, and the replacement of the chip is convenient.

The invention discloses a connector for a wiring network. The connector for the wiring network comprises a smart connector, an optical fiber connector and an adapter, wherein the smart connector comprises a shell, a chip and a contact; a matching surface corresponding to the bottom surface of the chip and used for supporting and matching is arranged on the connector shell; a stop structure for preventing the chip from moving along the direction parallel to the matching surface so as to be separated from the matching surface is arranged on the periphery of the matching surface on the connector shell in a protruding way; an elastic pressing piece applying pressing force toward the matching surface to the chip is arranged on the connector shell; an unlock operation port is formed in the surface of the connector shell, and provides an inlet for a force application object for pushing the bottom surface of the chip to separate from the matching surface; a taking and discharging port communicated with the unlock operation port through a channel is formed in the matching surface, and provides an outlet for the force application object to stretch out and continuously push the chip to overcome the elasticity of the elastic pressing piece so as to be released from the limit of the stop structure. Therefore, the reliable installation of the chip is effectively ensured, and meanwhile, the chip can be replaced conveniently.

The invention discloses a chip identification optical fiber connector, which comprises a connector casing, a chip and a contact part, wherein the connector casing is provided with a matching surface which corresponds to the bottom surface of the chip and is in support matching with the bottom surface of the chip, the contact part is provided with a pin which is connected with a printed board, the connector casing is provided with a retaining structure around the matching surface, the retaining structure can prevent the chip from moving along the direction parallel with the matching surface and disengaging from the matching surface, the connector casing is provided with an elastic press sheet which is used for applying pressing force on the chip towards the matching surface, an unlocking operation opening is arranged at the surface of the connector casing, and is used for providing an inlet for pushing the bottom surface of the chip to disengage from an force applying object of the matching surface, the matching surface is provided with a charging and discharging opening which is communicated with the unlocking operation opening through a passage, and the charging and discharging opening is used for providing an outlet for the force applying object to extend out and continuously push the chip so as to overcome the limitation of the elastic force of the elastic press sheet disengaging from the retaining structure. The chip identification optical fiber connector has the advantages that the reliable installation of the chip is effectively guaranteed, and the replacement of the chip is convenient.

The invention relates to a stamping die material pulling device. The stamping die material pulling device comprises a base, a guide seat, an installation seat, a transmission block and a material hooking part, wherein the guide seat is arranged on the base; the installation seat is arranged on the guide seat; the material hooking part is arranged on the installation seat; the transmission block longitudinally penetrates through the base, the guide seat and the installation seat and slides vertically relative to the base, the guide seat and the installation seat; and when the transmission block moves vertically, a curved type kidney-shaped hole in the lower end of the transmission block is used for driving the material hooking part to move forwards and backwards to pull a material block. The problems that in the stamping process, through an original pushing type material feeding method, a relatively thin stamping material is prone to bending, and an existing material pulling device is complex in structure, high in manufacturing cost and poor in operation stability are solved.

A shelter water supply system is arranged on the rear wall of the shelter, the water supply system includes a rotating door, a first disc, a second disc, a corner joint, a flap, a limit seat, and a filling joint; The first disc includes a snap ring, an avoidance cavity, a first piston, a second piston, a first post, a second post, a first spring, and a second spring; the second disc includes a through hole, a downstream surface, Upstream surface, sealing strip, limit hole; the filling joint includes main body of filling joint, faucet, constriction part, stop ring, injection chamber, passage chamber, faucet chamber, first stop surface, second stop surface.

The invention discloses a special tool for hoisting a high-pressure heater in a thermal power plant and a method for using the same, and mainly relates to the field of large-scale power station equipment installation; The bottom is symmetrically provided with two downwardly extending connectors, the bottom of the connectors is provided with hoisting slings, and the hoisting slings are provided with installation positions suitable for temporary lifting lugs, and the two hoisting slings The distance between tools is adjustable; the invention can complete the positioning of the vertical high-pressure heater in a narrow space, which can not only ensure the maximum use of height space, but also ensure that the force of the tooling is reasonable, slide and rotate smoothly, and the use is safer and more reliable .

A shelter wall plate structure, comprising a wall plate connection structure and a wall plate flow structure, the wall plate flow structure is arranged on the rear wall of the shelter, and the wall plate connection structure is arranged on the rear wall of the shelter and between the upper walls; the wall panel connection structure includes a shielding connection plate, an outer wrap angle, a bead base, a plastic container, an inner bead, and a sealant; the outer wrap angle is a right-angle structure, and the outer wrap angles are respectively connected to the upper wall by bolts , the outside of the rear wall; the bead base is connected to the inside of the upper wall and the rear wall, the inner bead is connected to the inside of the upper wall and the rear wall through a sealant, and the bead The base is clamped and connected with the inner pressure bar.

A cylindrical battery case consisting of a battery case wall and a polymer lining uniformly attached to the inside of the case wall. When the electrolyte is injected into the battery, the polymer lining on the inner side of the battery case wall swells and bulges, allowing it to come into close contact with the winding core. The cylindrical casing provided by the present invention can effectively avoid the sloshing of the cylindrical winding core in the casing without affecting the automatic production efficiency, and play the role of a stop. At the same time, the polymer lining on the battery casing wall can To store the electrolyte and inhibit the expansion of the winding core during the cycle, thereby improving the cycle performance of the battery.

The invention relates to a stopping device. The stopping device comprises a shaft body and a lantern ring, wherein the inscribed circle of the lantern ring and the circumscribed circle of the shaft body are assembled together. The stopping device is characterized by further comprising stop blocks and elastic devices, grooves are respectively formed in the corresponding positions of both the inner circle of the lantern ring and the excircle of the shaft body, the stop blocks and the elastic devices are arranged in the grooves of the lantern ring and the shaft body, one end of each elastic device is connected with the lantern ring or the shaft body, the other ends of the elastic devices are connected with the stop blocks, and the total height of the completely compressed elastic devices and the stop blocks is less than or equal to the depth of the grooves, where the elastic devices are positioned, in the lantern ring or the shaft body. As the stop blocks are arranged between the lantern ring and the shaft body, the assembly body of both the lantern ring and the shaft body can be positioned in the axial direction. The assembly is simple and quick, and the assembly reliability between the shaft body and the lantern ring can be effectively improved.

The invention relates to a material-saving punching die and material winding device. The material-saving punching die and material winding device comprise a punching die part and a material winding part, wherein the punching die part comprises a punching die a, a punching die b and a material pulling device; the punching die a and the punching die b are arranged in a mirror-symmetric manner; through synchronous working of the punching die a and the punching die b, a finished material strip a and a finished material strip b which are mirror-symmetric are punched out from a single material strip; the material winding part comprises a machine case, a driving material winding device and a driven material winding device; the driven material winding device is driven by the driving material winding device to rotate; the rotating speed of the driving material winding device is the same as that of the driven material winding device; and the rotating direction of the driving material winding device is opposite to that of the driven material winding device. By adoption of the material-saving punching die and material winding device, the problems that in the prior art, the utilization ratio of punching part materials is not high, the working procedure of material winding is added after the material utilization ratio is increased, and then more time is consumed and the cost is increased can be solved.

The present invention discloses an MEMS universal inertia switch capable of identifying a load orientation interval. The switch comprises an insulation substrate, an axial electrode supporting base, a radial electrode supporting base, a spring supporting base, an axial electrode, an annular inertia mass block electrode, a spacing stop post, a radial electrode, a snake-shaped support spring, a radial electrode connecting strip, a radial electrode connecting strip and at least one mass block electrode connecting strip. The MEMS universal inertia switch capable of identifying the load orientation interval has good response for the acceleration load at any one direction from the upper portion of the substrate to play a switch on / off effect, and can effectively identify the space orientation of the acceleration load which the switch has so as to solve the problem that a current MEMS universal inertia switch cannot identify the load space orientation, and the axial threshold of the closure of the switch is larger than a radial threshold thereof to realize axial deterring and radial sensitivity of the switch.

Provided is a metal bite strip used for producing an occlusal splint, the metal bite strip including: a first wax layer as a base layer; a first aluminum metal strip and a second aluminum metal strip formed to be spaced apart from each other on the first wax layer and formed by stacking a plurality of aluminum metal bite sheets; and a second wax layer and a third wax layer formed on the first aluminum metal strip and the second aluminum metal strip, respectively.