20results about How to "Avoid connection failure" patented technology

This invention provides a highly stable plug-in structure, including a connector, a connector sleeved on the connector, a wire on the connector, and a plug-in component on the connector and connected to the wire. The plug-in component includes an arc-shaped conductive element with at least one opening along its axial direction. The conductive element and the at least one opening create one or more independent elastic contact points. When the connector is mated to the connector, the conductive element is deformed by the pressure of the internal electrical contacts of the connector, ensuring stable and sufficient radial contact pressure with each insertion. After removal, the conductive element springs back to its original curvature, effectively preventing connection failure caused by permanent enlargement of the connector's inner diameter.

The utility model discloses a kind of connectors for inverter, including connector shell and the electric conductor being set in the connector shell, the one end of electric conductor is connected with the internal electrical element of plate end assembly, the other end of electric conductor is connected with external photovoltaic module;The connector shell includes connector main body and nut, connector main body is provided with boss, boss is located plate end assembly inside and is abutted with plate end assembly, so that the outside end of connector main body protrudes the through-hole of plate end assembly, the outside end of connector main body is provided with screw thread, when nut and the outside end of connector main body are cooperated screw thread connection, connector main body is fixedly connected with plate end assembly;It further includes the anti-back pad for preventing nut back rotation between plate end assembly and nut, in the structure, by the setting of anti-back pad, effectively prevent nut loosening and falling off in use process, to enhance the stability of connector for inverter, avoid the connection failure problem caused by nut loosening.

The present application relates to the technical field of welding control, in particular to a large plate welding equipment control system, comprising a space normalization module, an address generation module, a path screening module, a structure verification module and an interconnection output module.In the present application, in the multi-machine collaborative working environment under strong electromagnetic interference of arc welding, the three-dimensional coordinates of the welding torch contact point are collected with high precision and space normalization processing is performed, which fundamentally eliminates the process data differences caused by different welding postures, a unified sequence number is constructed in combination with the starting timing of the core equipment of the welding power source and the wire feeder, a unique control address is generated by fusing the sequence identifier, the accurate mapping of the physical location of the equipment and the network address is realized, the logical connection sequence is intelligently constructed according to the proximity of the coordinate space, the node and path binding is completed synchronously, the rationality of the connection path and the stability of the communication structure are significantly improved, and the logical order, spatial clarity and control uniformity of the arc welding equipment group collaborative work are ensured.

This utility model relates to the technical field of thermal insulation structures, and discloses a rooftop thermal insulation reinforcement structure, including a thermal insulation layer laid on the rooftop. The thermal insulation layer has an extruded polystyrene (XPS) board inside, and a wire mesh layer is laid on the XPS board. The XPS board and the wire mesh layer are wrapped inside the thermal insulation layer. The wire mesh layer has multiple mesh openings, and there are intersections between adjacent mesh openings. An insert strip is provided at the intersection, and the insert strip passes through the XPS board. By setting the XPS board and the wire mesh layer inside the thermal insulation layer, and setting the insert strip at the intersection of the wire mesh layer, the connection strength of the internal materials of the thermal insulation layer is improved.

This application relates to a male connector and connector assembly. The male connector includes a housing and a male connector member. The housing includes a connection channel and an injection hole. The connection channel extends through the housing, and the injection hole is formed on the housing and communicates with the connection channel. The male connector member is disposed within the connection channel and has a recessed portion. The injection hole and the recessed portion communicate with each other. By filling the connection channel inside the housing with adhesive through the injection hole, the housing and the male connector member are secured, thus solving the problem of connection failure caused by connector slippage in automotive connectors.

This utility model relates to a drill string processing system for oil drilling rigs, including a two-tier manipulator, a drill platform manipulator, a powered slip device, a steel drill bit, a thread cleaning device, and a traveling crane system. The two-tier manipulator is installed on the second tier of the derrick, and the traveling crane system is vertically and movably installed on the derrick. The drill platform manipulator and the steel drill bit are installed on the drill platform, allowing them to operate close to the wellhead. The powered slip device is installed at the wellhead. The thread cleaning device includes a male thread cleaning assembly and a female thread cleaning assembly. Both are installed on the drill platform; the male thread cleaning assembly cleans the male threads of the drill string located at the wellhead, and the female thread cleaning assembly cleans the female threads of the drill string located at the wellhead. Its advantages include a high degree of mechanization, significantly improved operational efficiency and safety.

This utility model belongs to the field of offshore wind power and discloses a quick unhooking device for towing floating wind turbines. It includes a housing, a piston, and an oil tank. The housing and piston are respectively used to connect to corresponding cables. The housing has an inner cavity with an opening on one side. The piston slides and inserts into the inner cavity. Multiple first separation plates are spaced apart on the inner wall of the inner cavity opposite the piston. Multiple second separation plates are spaced apart on the outer wall of the piston facing the inner cavity. The first and second separation plates are staggered, forming a serpentine channel. The serpentine channel is connected to the oil tank via a liquid inlet pipe. A seawater interface is provided on one side of the liquid inlet pipe, and a water inlet valve is installed on the seawater interface. The dual buffering principle of this utility model not only effectively copes with high-frequency, low-amplitude vibrations but also stores energy through the oil compression effect when facing strong impacts, significantly reducing the impact peak value, minimizing damage to connecting parts, and improving system stability.

This utility model belongs to the technical field of injection molding, and particularly relates to a protective ring mold and molding device, including an upper mold assembly, a lower mold assembly, and a mold core. When the upper mold assembly and the lower mold assembly are closed, the upper mold plate and the positioning assembly form an injection cavity, and the outer shell of the protective ring is formed by injection molding through the injection port on the periphery of the fiber rod. This utility model solves the problems of low efficiency and poor product consistency in manual operation. The replaceable design of the mold core adapts to the processing requirements of fiber rods of different specifications. The injection molding process makes the outer shell and the fiber rod form an integral structure, avoiding connection failure caused by insufficient glue curing. The cooperation between the positioning assembly and the upper and lower molds ensures the dimensional accuracy of the outer shell and eliminates the positioning misalignment defects common in manual operation.

The utility model discloses a self -locking card formula nut mechanism, including nut body, joint piece and stop device, joint piece is by side wall and located the baffle and fender of both ends constitute, and the cavity is formed among three, and nut body is along the axial sliding of screw hole in the accommodation cavity, and baffle sets up the perforation corresponding with screw hole, and the accommodation cavity has the starting end and the terminal end, and nut body is in the starting end with baffle abuts, in the terminal end with fender abuts, limit device is located in the side wall of accommodation cavity. In this mechanism, the joint piece can act as a wrench, limiting the nut body rotation, without the traditional tool screw, overcome the obstruction of limited space to installation, improve the installation efficiency in the limited space, avoid affecting production progress and equipment assembly. When the bolt is screwed into the nut body, the nut body moves from the starting end to the terminal end under stress until it contacts with the limiting device. Because the joint piece cannot be deformed due to environmental influence, it can lock and fix the nut body, effectively preventing it from loosening in vibration, impact and other environments.

This utility model relates to the field of FC socket technology and discloses a combined FC socket module, including an FC plug, an FC socket, and an FC jumper. A mounting block is fixedly disposed on one side of the FC socket, and a mounting groove is formed on one side of the FC plug. The mounting block and the mounting groove cooperate to connect the FC plug and the FC socket. The FC jumper is fixedly connected inside the FC plug. A pin is fixedly connected inside the FC socket and connects to one end of the FC jumper. A connecting component is provided between the FC plug and the FC socket. The connecting component includes a magnetic post and an adsorption groove. The magnetic post is fixedly disposed inside the mounting groove, and the adsorption groove is formed on the outer wall of the mounting block. The magnetic post slides against the adsorption groove, and the magnetic post adsorbs the adsorption groove, stably connecting the mounting block inside the mounting groove. This solves the problem of the laborious disassembly and assembly of existing equipment.

The application discloses a kind of based on substructure pre-stabilization ultra-high multilayer printed circuit board manufacturing method, suitable for the number of layers N greater than 20 ultra-high multilayer board manufacturing.The method divides the whole manufacturing process into three stages, and sequentially forms inner core, intermediate and final substructure.The core is: after each manufacturing stage is completed, the complete encapsulation process of metalization, resin filling, grinding and copper cap plating of interconnection hole is carried out, so that the mechanical and electrical stability of the current substructure is realized before entering the next stage of pressing.Meanwhile, for each substructure, its pressing process parameters are independently set to match its material and structural characteristics.The application effectively solves the core problems of poor interlayer alignment accuracy, poor high aspect ratio hole plating uniformity and low overall yield caused by thermal-mechanical stress accumulation in traditional manufacturing of ultra-high multilayer board, significantly improves the reliability and manufacturing efficiency of the product.

This utility model relates to the field of martial arts props technology and discloses a martial arts performance prop, including two sticks, a connecting ring, and a metal chain. Each stick has a threaded hole at one end, and a connecting post is threadedly connected to the inner cavity of the threaded hole. Two rotating plates are symmetrically arranged radially in the inner cavity of the connecting post. The rotating plates are rotatably connected to the connecting post via pins. A locking block is fixedly connected to one side of each rotating plate. An annular groove matching the locking block is formed on the inner wall of the threaded hole. A return spring is provided between each rotating plate and the connecting post. One end of the return spring abuts against the rotating plate, and the other end is fixed to the inner wall of the connecting post. Two clearance grooves are formed at one end of the connecting post. The free end of the rotating plate extends into the clearance groove and slides in cooperation with the clearance groove. A rectangular groove is formed on the top of each rotating plate.

The invention discloses a coiled tubing wellhead quick connecting device with a hydraulic flange, which belongs to the technical field of petroleum equipment and comprises a blowout prevention pipe connecting piece, a hydraulic connector and a hydraulic clamping system. The upper end of the blowout prevention pipe connecting piece is provided with a standard union joint which is quickly connected with a blowout prevention box or a blowout prevention pipe; a first step matched with the hydraulic connector is arranged at the lower end of the blowout prevention pipe connecting piece, and the lower end face of the first step is used for axial limiting of the blowout prevention pipe connecting piece. A flange plate connected with an external flange is arranged at the lower end of the hydraulic connector; and the hydraulic clamping system is used for locking or unfolding the blowout prevention pipe connecting piece and the hydraulic connector. The continuous pipe well control connecting equipment is safely and rapidly mounted and dismounted in a hydraulic control operation mode, and the situation that operators manually mount and dismount the well control equipment in a long-time and high-strength mode when the operators are exposed to the lower portion of a hoisting injection head is avoided.

This utility model relates to the field of greenhouse installation technology, specifically to a fixing device for agricultural greenhouses that is easy to disassemble and install. There is an urgent need to design a greenhouse fixing device with a reasonable structure, convenient installation, and strong stability to overcome the shortcomings of existing technologies. The device includes a greenhouse frame, with clamps installed at the bottom of the frame and connecting ropes connecting the clamps to different frames. The clamps have through holes for the connecting ropes to pass through. A pressing rope is connected to the connecting rope to hold down the plastic film covering the frame. The connecting rope has blocking components on both sides of the connection between the pressing rope and the connecting rope to prevent the pressing rope from shifting along the connecting rope. The blocking components include a U-shaped sleeve, a connecting plate installed on the sleeve, and a nut threaded onto the sleeve. Connecting rings that can be fitted onto the outside of the connecting rope are installed at both ends of the pressing rope. The clamps are tightened with bolts, and anti-slip pads are provided inside the clamps.

The utility model discloses a kind of power supply wire harness and connector assembly, it is related to connector technical field, wherein, power supply wire harness includes pedestal, terminal module, cable, buckle structure and driving piece, pedestal is provided with through hole;Terminal module is arranged in the through hole in one end;Cable and the other end of terminal module are electrically connected;The middle part of buckle structure is rotatably connected to the surface of pedestal, one end of buckle structure is used to be buckled with board end connector and is connected;Driving piece is located in pedestal, and drives the other end of buckle structure to be connected, to make one end of buckle structure away from pedestal.The power supply wire harness provided by the utility model aims to improve the connection strength between power supply wire harness and board end connector.

The utility model discloses a kind of vertical stiffening connecting structure, inner upside-down side sliding window and vertical stiffening connecting piece.Belongs to door and window technical field.Vertical stiffening is equipped with the first mobile slot extending along height direction;First connecting plate is movably arranged in the first mobile slot, and first connecting plate is further equipped with first fixed hole, and first fixed hole is used for fixed screw to be arranged and fixed on vertical stiffening;Horizontal stiffening is equipped with the installation cavity extending along horizontal direction;Second connecting plate includes integrally-formed fixed part and insertion part, fixed part is fixedly arranged on the side of first connecting plate away from first mobile slot, and insertion part is set out first mobile slot along horizontal direction, to make insertion part can be inserted into installation cavity, and second fixed hole is equipped on insertion part, and second fixed hole is used for fixed screw to be arranged and fixed on horizontal stiffening.The utility model is reasonably designed, not only simplifies installation process, improves installation efficiency, but also significantly improves the stability and reliability of connection.

The utility model discloses a motor assembly installation structure, and belongs to the field of motor assembly installation. Comprising a motor assembly which is provided with a base. The mounting assembly is arranged below the base and comprises a mounting bottom plate used for supporting the base, two sets of limiting strips are symmetrically welded to the mounting bottom plate, the two sets of limiting strips are spaced in parallel, and each limiting strip is of an L-shaped structure; u-shaped sliding grooves are formed in the opposite inner side walls of each set of limiting strips, sliding rails are arranged on the two sides of the base, and extending parts are symmetrically welded to the faces, away from each other, of the two sets of limiting strips. A locking assembly is mounted at each extension part, and the side surface of each extension part is connected with a rainproof cover through a spring hinge. According to the motor assembly mounting structure, sliding positioning is achieved through the base sliding rail and the limiting strip sliding groove, self-locking fixing is achieved in cooperation with the locking assembly lever, tools are not needed, and adaptation automation is achieved. The device is convenient to disassemble, shortens the maintenance time, is suitable for a space-limited scene, and prevents the rain cover and the sealing gasket from being eroded and rusted.

This invention discloses a method for installing large-area metal roofs at high altitudes, relating to the field of metal roofing technology. It solves the problems of low waterproofing of the bottom profiled metal sheet layer in metal roofs, and the cumbersome operation, high cost, and low overall stability when assembling multi-layer metal roofs. A large-area metal roof at high altitudes includes a bottom frame. The fully sealed, combined bottom profiled steel sheet layer of this invention eliminates the leakage risks associated with traditional bolt-fixed through-holes, preventing rainwater from seeping into the building through the bolt holes. Simultaneously, the integrated, fixed multi-layer metal roof allows for the integrated and modular installation of the vapor barrier layer, changing the cumbersome process of traditional multi-layer metal roofs requiring individual installation of fixing brackets, simplifying the construction process, and improving the overall structural stability of the roof.