38 results about "Pre-RC assembly" patented technology

The utility model relates to the technical field of railway vehicle manufacturing, in particular to a city vehicle pre-assembly unwheeling transition beam and a city vehicle pre-assembly unwheeling, two side bearing supporting assemblies are used for supporting connecting blocks on the two sides of a vehicle body in a one-to-one correspondence mode, an avoiding face is formed on a main beam, the avoiding face is used for facing the vehicle body, and the side bearing supporting assemblies are used for supporting the connecting blocks on the two sides of the vehicle body in a one-to-one correspondence mode. The avoiding face extends from one side bearing supporting assembly to the other side bearing supporting assembly in the first direction, the avoiding face extends from one end of the main beam to the other end of the main beam in the second direction, and the length direction of the main beam is parallel to the first direction. The second direction is parallel to the avoiding surface, and the second direction is perpendicular to the first direction. The utility model aims to provide a transition beam for a city vehicle preassembling and assembling rack vehicle and the city vehicle preassembling and assembling rack vehicle in order to solve at least one technical problem related to the background technology.

The application discloses a pre-assembly clamp which comprises a fixed bottom plate, a screwdriver head mounting seat, a movable positioning plate, lifting guide columns, lifting limiting seats, return springs, screw positioning holes, profiling positioning grooves and a material stripping assembly. In the pre-assembly clamp, the screw back-off mode is adopted to solve the problems that PCB holes are difficult to align and products are not locked due to screw deviation, improve the assembly accuracy and yield, and the material stripping assembly is used to help the products to be quickly stripped, thereby improving the work efficiency.

The application discloses a kind of eccentric hinge arc door support hinge pre-assembly methods, belong to eccentric hinge arc door technical field, including selecting site, burying foundation plate, installation adjustment pre-assembly device and detection qualified, install auxiliary support, assemble two fixed hinge bases, check each reference edge, center line and hole position deviation qualified, connect fixed hinge base and main base bolt, detect the coaxiality deviation qualified of the center of four shaft holes of two hinge bases without bearing cover, assemble hinge base bearing cover, detect the coaxiality deviation qualified of the center of four shaft holes of two hinge bases, make the alignment mark of hinge base and pre-assembly device, remove hinge base bearing cover and assemble movable hinge base, eccentric shaft and bearing, assemble movable hinge base, adjust eccentric angle of eccentric shaft consistent, install crank arm and coupling, adjust movable hinge base and detect center line qualified, eccentric action test.The application can solve the problem of positioning precision of eccentric hinge device assembly without support girder, and can improve the safety, accuracy and one-time qualified rate of assembly work.

This utility model relates to a pre-assembly fixture for rubber joints before press-fitting. The fixture includes a base, a pressure cap, a first bolt, and a positioning cylinder. When the base and pressure cap are aligned, two semi-circular grooves form a central hole. The central hole is used to place the rubber joint, and the base and pressure cap surround the outer circumference of the rubber joint. A positioning cylinder is fixedly connected to the center of the base's surface facing away from the pressure cap. At least one end face of the pressure cap is provided with an alignment mark, which indicates the gap position between the rubber body and the split parts. One end of the first bolt passes through the pressure cap and is threadedly connected to the base, fixing the pressure cap and base together. This fixture enables the pre-assembly of rubber joints, featuring a simple structure and convenient operation, solving the problem of the inability to smoothly press-fit existing split rubber joints.

The present application relates to precision instruments and semiconductor manufacturing equipment technical field, specifically to a kind of ATE spring probe semi-automatic pre-assembly device;The ATE spring probe semi-automatic pre-assembly device includes blanking carousel and assembly mechanism;The blanking carousel is provided with needle tube blanking hole, needle tail blanking hole, spring blanking hole and needle head blanking hole, needle tube blanking hole, needle tail blanking hole, spring blanking hole and needle head blanking hole are all provided with upper gate and lower gate;The assembly mechanism is cylindrical structure, and the bottom of the cylindrical structure is provided with total gate;The present application can realize that needle head, spring and needle tail are automatically aligned and loaded into needle tube to complete pre-assembly, greatly shorten alignment time, improve pre-assembly efficiency;And through the structural design of upper carousel, upper gate fixing disc, middle carousel, lower gate fixing disc, lower fixing disc and total gate carousel, the logic realization of upper gate, lower gate and total gate opening and closing is completed;Meanwhile, parameter design method is also given.

A universal dispensing tap (1) made of plastic material equipped with automatic closure for connection systems is described, comprising: an elongated cylindrical support nozzle or main nozzle (6); an internal body (3); an internal stem (4) equipped with one or more elongated elements (4.4); an elastic dome element (5) designed to generate a hermetic seal of the tap (1) due to the cooperation between an external ring geometry (5.4) on an inclined plane geometry (3.5) of the internal body (3); and a protective cap (2) having the task of protecting and covering the internal elements of the tap (1), wherein the support nozzle (6) is equipped, on the outside, with connection and hooking means (6.2, 6.4, 6.5) and with external hooking and sealing means (6.1) when the tap (1) is in a pre-assembly position, and, on the inside, with sealing means (6.6) and a stop ring at the top (6.7) and lower plane (6.8) with corresponding geometries of the internal body (3), so as to divide the inside of the nozzle (6) into two zones.

A stamping jig is used for preparing a pre-assembled part, the pre-assembled part comprises an elastic piece, a clamping jaw of the elastic piece clamps a memory metal wire, and the stamping jig comprises a supporting assembly used for bearing the elastic piece and the memory metal wire; the positioning assembly is arranged on the supporting assembly and is used for positioning the elastic sheet and the memory metal wire at a stamping preparation position; and the stamping assembly is used for applying pressure to drive the clamping jaw to deform, so that the deformed clamping jaw clamps the memory metal wire. By the adoption of the technical scheme, the assembling efficiency of the pre-assembled assembly can be effectively improved.

The utility model discloses a modularized door frame combined structure, and aims to overcome the defect that the existing door frame is difficult to store and transport due to the fact that the whole door frame is assembled in a factory. The section bar comprises a first section bar and a second section bar, connecting plates are fixedly connected to the positions, close to the two ends, of the first section bar, a plurality of inserting pieces arranged in the length direction are arranged at the two ends of the first section bar, inserting holes and connecting holes for indicating the inserting pieces are formed in the positions, close to the ends, of the second section bar, and the connecting plates and the second section bar are fixedly connected through fasteners. The connecting plate and the first section bar are fixed after leaving a factory, the first section bar and the second section bar are assembled on site through fasteners, storage and transportation can be facilitated, an assembler can assemble the door frame through a simple tool (screwdriver) under the construction environment, pre-assembly is conducted through the insertion holes and the insertion pieces, and the assembly efficiency is improved. And the difficulty of field assembly is further reduced.

A hinging system includes a pre-assembled hinge module configured to couple a first component to a second component. The pre-assembled hinge module includes a shaft, a torque element frictionally engaging the shaft, and a housing. The housing includes a cover, a sidewall, and a back wall defining an interior space enclosed within the housing. The interior space receives the torque element within the housing. The cover defines a first aperture and the back wall defines a second aperture, the first and second apertures aligned with a pivot axis of the shaft. The shaft extends at least through the first aperture, the interior space, and the second aperture. The shaft is separate from the first component and configured to be mounted to the first component. The housing is separate from the second component and configured to be mounted to the second component.

Provided herein is an SC connector with a stable structure and an easy assembly. The SC connector has the characteristics of compact assembly, and the assembly mode of its inner core structure is more conducive to the integration after assembly. Especially after adhesive injection, as the mold closing seam of the inner core structure is not a split structure in the general sense, it is not easy to be separated and broken due to external force action, achieving better stability than existing general products. It can effectively prolong the service life of equipment in low-frequency vibration environment. As a pre-assembled connector with good performance, it can be easily assembled and reliable when used on-site, and can be quickly applied to line assemblies.

The application discloses a kind of automatic sealing ring feeding sleeve joint devices, including automatic feeding assembly, the automatic feeding assembly can be transported to horizontal conveying assembly to sealing ring, the horizontal conveying assembly can be transported to assembly station along horizontal direction to sealing ring, and sealing ring is assembled with workpiece in assembly station, the assembly station includes first pre-assembly component and second complete assembly component, the first pre-assembly component and second complete assembly component are connected by two-stage assembly block, and the first pre-assembly component can be assembled to two-stage assembly block in first step, and the second complete assembly component can be assembled with workpiece in sealing ring in first step. By setting this tooling, automatic sealing ring feeding assembly is realized, the efficiency of assembly is improved, and also, several groups of tooling can be arranged in parallel, to improve the degree of automation.

The invention discloses a pre-assembled chip assembling tool, a pre-assembled chip and a packaging method, the pre-assembled chip is formed by superposing and pre-assembling a plurality of chips, each layer of chips are solidified and connected through chip mounting glue, and the pre-assembled chip can be directly packaged on a substrate or in a ceramic shell in the later stage; the assembling tool comprises a base and a carrying disc arranged on the base, placing grooves for placing chips are formed in the front face of the carrying disc, vacuumizing holes are formed in the bottoms of the placing grooves and extend to the back face of the carrying disc, the base is provided with a vacuumizing channel, and each placing groove is communicated with the vacuumizing channel; when a plurality of chips are pre-assembled, the lower-layer chips are placed in the placing grooves and fixed in the placing grooves through vacuum suction fastening, and then the upper-layer chips are assembled layer by layer, so that the chips can be uniformly cured after being assembled, and also can be cured in a segmented manner. According to the packaging method of the pre-assembled chip realized by the assembling tool provided by the invention, the risk that the surface of a product is scratched can be reduced, the adverse effects of wire pressing and the like on preorder bonding are reduced, and the packaging efficiency is greatly improved.

The application relates to the technical field of precision instruments and semiconductor manufacturing equipment, in particular to a gate structure for ATE spring probe pre-assembly; the gate structure for ATE spring probe pre-assembly comprises, from top to bottom, an upper turntable, an upper gate fixed disc, a middle turntable, a lower gate fixed disc, a lower fixed disc and a total gate turntable; the upper turntable and the middle turntable are sequentially provided with a needle tube blanking hole, a needle tail blanking hole, a spring blanking hole and a needle head blanking hole; the needle tube blanking hole, the needle tail blanking hole, the spring blanking hole and the needle head blanking hole are located on the same circumference; the application can realize automatic alignment of the needle head, the spring and the needle tail and loading into the needle tube to complete pre-assembly, greatly shortens the alignment time and improves the pre-assembly efficiency; and through the structural design of the upper turntable, the upper gate fixed disc, the middle turntable, the lower gate fixed disc, the lower fixed disc and the total gate turntable, the logical realization of opening and closing of the upper gate, the lower gate and the total gate is completed; and a parameter design method is provided.

The invention relates to a method for manufacturing a sealed and thermally insulating tank comprising: - providing a first and a second pre-assembled sub-assemblies (20, 21) having respectively a first and a second joining zone (46, 83); - welding the first and second joining zones (46, 83) to each other along a first weld line; - anchoring at least one insulating joining block (43) to the first and second joining zones (46, 83), said insulating joining block (43) spanning the first weld line (41) and comprising a first anchoring strip (48) which is perpendicular to the first weld line (41) and wider than at least one of the anchoring strips of the insulating blocks of the first and second pre-assembled sub-assemblies (20, 21);and - anchor corrugated joining sheets to the first anchoring strip (48) and connect them in a watertight manner to the portions of sealing membrane (10) of the first pre-assembled sub-assembly (20) and the second pre-assembled sub-assembly (21). Figure for the abstract: 4;

The invention relates to the technical field of connectors, and discloses a preassembled connector which comprises a shell, the shell is provided with a through hole allowing a terminal to be inserted therein, the shell is provided with a limiting strip used for abutting against the terminal, the shell is provided with a limiting shell, the limiting shell is provided with a limiting hole allowing the terminal to penetrate therein, and the limiting hole is provided with a second limiting groove. A first limiting groove is formed in the bottom wall of the second limiting groove, a fixing block is arranged on the limiting shell, and a first fixing groove and a second fixing groove are formed in the shell; when the fixing block is located in the first fixing groove, the limiting strip abuts against the groove wall of the first limiting groove, and the limiting strip does not extrude the terminal. When the fixing block is located in the second fixing groove, the limiting strip abuts against the groove wall of the second limiting groove, the limiting strip extrudes the terminal, the shell and the limiting shell can be pre-assembled before transportation, a customer does not need to assemble the shell and the limiting shell, and assembly of the customer is facilitated.

The present invention provides an automated method of assembling a gabion barrier in which pre-assembled panels are connected to one another to create a gabion compartment.

The application relates to an arrangement (1) for mounting on at least one busbar (4) of a system (100) for distributing and / or converting electrical energy. The arrangement (1) comprises at least one housing unit (6) with an interior (I) in which a plurality of electrical and / or electronic units (6a-6d) are arranged, and at least one mounting element (8) that can be mounted on the at least one busbar (4). The at least one housing unit (6) can be mounted on the mounting element (8) without tools, particularly as a pre-assembled unit, and is electrically insulated from the at least one busbar (4).

The utility model discloses a pre-assembly mechanism for a cabinet door automatic assembly line, which comprises stile conveying belts arranged on a rack on two sides of a main conveying belt, stile conveying motors are arranged at the side ends of the stile conveying belts, and a glue spraying cross beam is arranged above the front ends of the stile conveying belts through a support. A double-glue-spraying assembly is arranged on the glue-spraying cross beam through a synchronous belt module, and a glue-spraying translation motor is arranged at the end part of the glue-spraying cross beam; a push plate assembly is arranged below the end of the stile conveying belt, and a positioning assembly is arranged at the front end of the push plate assembly. An AB glue machine is arranged on the rack, and a glass glue machine is arranged beside the rack; and a pre-assembly control cabinet is arranged on the side of the rack. According to the cabinet door gluing and splicing device, the cabinet door can be automatically glued and spliced, and the quality of the cabinet door and the production efficiency of the cabinet door are guaranteed.

The present invention provides an automated method of assembling a gabion barrier in which pre-assembled panels are connected to one another to create a gabion compartment.

The invention relates to a method for manufacturing a sealed and thermally insulating tank comprising: - providing a first and a second pre-assembled sub-assemblies (20, 21) having respectively a first and a second joining zone (46, 83); - welding the first and second joining zones (46, 83) to each other along a first weld line; - anchoring at least one insulating joining block (43) to the first and second joining zones (46, 83), said insulating joining block (43) spanning the first weld line (41) and comprising a first anchoring strip (48) which is perpendicular to the first weld line (41) and wider than at least one of the anchoring strips of the insulating blocks of the first and second pre-assembled sub-assemblies (20, 21);and - anchor corrugated joining sheets to the first anchoring strip (48) and connect them in a watertight manner to the portions of sealing membrane (10) of the first pre-assembled sub-assembly (20) and the second pre-assembled sub-assembly (21). Figure for the abstract: 4;

A thermodynamic domestic hot water heating device (1) includes a tank (2) extending along a main direction (X), a bucket (9) mounted on an upper part (4) of the tank (2) forming a bottom (8) and a peripheral wall (10) to create a receiving space (33) partially formed with a casing (16) comprising a first shell (18) which is configured to be removably mounted on the bucket (9) by a movement along a transverse direction (Dt), the first shell (18) deforming elastically during its assembly and comprising two lateral fixing members (120) cooperating with two fixing members (121) of the bucket (9) for removable fixing, as well as an inner surface (40) forming a housing (100) to cooperate with a centering stud (101) to center the first shell (18) relative to the bucket (9) during assembly in a plane transverse to the main direction (X). Figure for the summary: Figure 5

The utility model discloses a cylindrical box cover plate assembling device which comprises a support, a carrying table and a positioning assembly, a bearing plate is arranged on the side, facing the carrying table, of the support, the bearing plate and the positioning assembly are matched to position a box body, a feeding assembly is arranged on the side, away from the carrying table, of the support, and a carrying assembly is arranged above the feeding assembly. A clamping assembly and a pressing assembly are arranged above the two ends of the bearing plate correspondingly, the clamping assembly is located over the carrying table and used for clamping the side wall of the box body, and the pressing assembly is used for compacting the cover plate on the box body; according to the cylindrical box cover plate assembling device, the positioning assembly, the bearing plate and the clamping assembly are adopted, a box body can be effectively fixed, dislocation of the box body in the assembling process is prevented, through cooperation of the feeding assembly and the carrying assembly, cover plates can be sequentially fed to the glue painting position of the box body, accurate pre-assembling is completed, and through cooperation of the press-fit assembly, the box body can be accurately assembled. The cover plate is compacted on the box body, a worker only needs to place the box body on the carrying table and place the cover plate into the material storage position, the automation degree is high, and the assembling efficiency is high.

The utility model relates to the technical field of building construction, and discloses a pre-assembled electromechanical module unit. The pre-assembled electromechanical module unit comprises a plurality of first keel components, a plurality of second keel components, a first connecting piece, a second connecting piece and an assembling piece. The multiple first keel components are spliced in a surrounding mode in the preset direction to form an assembly space, and each first keel component is provided with a first groove allowing the corresponding sliding part to slide. The multiple second keel components are arranged in the assembling space at intervals, the two ends of each second keel component abut against the different first keel components, and each second keel component is provided with a second groove for the sliding part to slide. The first connecting piece is connected to the abutting position of the two first keel components. According to the pre-assembled electromechanical module unit provided by the invention, the disassembly and assembly requirements of a framework under different conditions and the module expansion requirements on a wall body structure can be favorably met, so that the electromechanical engineering construction standard during building construction is improved, and the customized delivery requirements of use scenes are met.