12 results about "Pre-RC assembly" patented 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 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 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 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 application discloses a high-speed ballastless turnout rapid assembly platform, which comprises a platform base, a plurality of mounting positions arranged in an array are arranged on the upper surface of the platform base, a plurality of hole system adjusting units are installed at the mounting positions in a one-to-one correspondence, each hole system adjusting unit comprises a base and a pad fixing module located above the base, an XY two-way driving mechanism is arranged in the base and used for driving the pad fixing module to move in an X direction and a Y direction in a plane, and a control system is connected with all the hole system adjusting units and used for controlling the XY two-way driving mechanism to move according to the field turnout pin hole coordinate data inputted from outside, so that the position of each pad fixing module is adjusted to be matched with the corresponding field turnout pin hole. The pin hole data measured on site is inputted into the platform, the positions of the pad fixing modules are automatically adjusted, the pre-assembly reference completely consistent with the site is formed, the on-site adjustment time is saved, and the replacement efficiency is improved.

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 mounting element (8) that can be mounted on the at least one busbar (4) and at least one housing unit (6) with an interior (I) in which a plurality of electrical and / or electronic units (6a-6d) are arranged. The mounting element (8) has at least one first fastening element (14a) of a first pairing (10) of cooperating fastening elements (14a, 14b) and at least one first fastening element (14c) of a second pairing (12) of fastening elements (14c, 14d) that cooperate as clips, clamps, snaps, hooks, latches and / or locking connections.The at least one housing unit (6) has a second fastening element (14b) of the first pairing (10) of cooperating fastening elements (14a, 14b) and a second fastening element (14d) of the second pairing (12) of fastening elements (14c, 14d) that cooperate as clips, clamps, snaps, hooks, latches and / or detent connections. The at least one housing unit (6), particularly as a pre-assembled unit, can be mounted or installed without tools on the mounting element (8) by means of the first pairing (10) of cooperating fastening elements (14a, 14b) and by clipping, clamping, snapping, hooking, detenting, and / or detenting via the second pairing (12) of cooperating fastening elements (14c, 14d).

This utility model relates to the field of building metal enclosure technology, specifically disclosing a prefabricated metal roof. Corrosion-resistant panels are laid on horizontal and vertical steel keels, each including a large edge, a horizontal plate, and a small edge. The large and small edges of adjacent corrosion-resistant panels overlap. Waterproof fasteners are installed at the overlap, consisting of screws, waterproof washers, matching aluminum alloy caps, and waterproof and shock-absorbing pads. The waterproof washers and caps are on the upper surface of the small edge, the shock-absorbing pads are in the overlap gap, and the screws penetrate all components. This application's device adopts a rapid installation structure for corrosion-resistant panels, enabling efficient collaboration between factory pre-assembly and on-site welding; modular design replaces traditional single-piece installation, significantly reducing costs and shortening the construction period; precise on-site processing of components ensures one-time installation, avoiding secondary adjustments and cutting; the corrosion-resistant material and pre-assembly technology enhance the roof's safety, durability, and environmental adaptability.

This invention belongs to the field of electrical component technology, specifically relating to equipment for combined dye-coated batteries, and particularly to pre-assembly fixtures and assembly methods for battery stack assembly. One type of pre-assembly fixture for battery stack assembly includes: a support platform with a matrix of negative pressure holes in its central region; a cathode gasket horizontally disposed on the support platform and having a plurality of negative pressure cavities circumferentially formed therefrom, the negative pressure cavities being connected to the central region of the support platform via capillary channels; a clamping adjustment member rotatably disposed on the outer wall of the cathode gasket, including a limiting part and a lifting part, the plurality of clamping adjustment members being arranged circumferentially along the cathode gasket; an electrode frame horizontally placed on the surface of the cathode gasket, the clamping adjustment member rotating to the limiting part inserting into the cathode gasket, drawing negative pressure through the negative pressure holes to adsorb the electrode frame; after pre-assembly, the negative pressure holes are rapidly depressurized through a pressure relief valve, the clamping adjustment member rotating to the lifting part inserting between the cathode gasket and the support platform to rapidly release the negative pressure in the negative pressure cavities.