7results about "Meshed-ring wire network" patented technology

The application belongs to the technical field of reinforcing cage winding equipment, and particularly relates to an automatic winding assembly equipment for electric pole and pipe pile prestressed reinforcing cage. The automatic winding assembly equipment comprises a reinforcing cage winding machine tension detection device for reinforcing cage tensioning and a cold-drawn wire spiral rib knotting detection device. The cold-drawn wire spiral rib knotting detection device comprises a sliding track arranged along the length direction of the reinforcing cage and arranged on one side of the reinforcing cage winding machine tension detection device; a cold-drawn wire loading assembly which is slidingly installed on the sliding track and can slide along the sliding track; and a cold-drawn wire spiral rib knotting detection assembly which is installed on the cold-drawn wire loading assembly and used for conveying the cold-drawn wire and detecting the knotting condition. Compared with the prior art, the automatic winding assembly equipment for electric pole and pipe pile prestressed reinforcing cage is mainly used for winding the cold-drawn wire on the reinforcing cage, and through the mutual cooperation of various modules, the work efficiency and the product quality are improved.

The invention provides mechanical equipment for welding of a building pile foundation reinforcement cage, and relates to the field of welding equipment.The mechanical equipment for welding of the building pile foundation reinforcement cage fixes a plurality of steel bars and a plurality of stirrups into the reinforcement cage and comprises a workbench, fixing plates are arranged at the front end and the rear end of the workbench, the fixing plates are round, and the fixing plates are arranged on the workbench. The opposite sides of the two fixing plates are connected with ferrules around the circle center at equal angles, and the steel bars are located between the two fixing plates. The mechanical equipment for building pile foundation reinforcement cage welding is composed of a workbench and a fixing plate, and reinforcement and stirrups form the reinforcement cage. And a positioning plate is in sliding fit with the left side of the workbench, and an inserting plate is inserted into the positioning plate, so that the effect of equidistantly arranging a plurality of stirrups is achieved, and the stirrups are fixed to a certain degree in the electric welding process. The right side of the workbench is in sliding fit with a base, the base is provided with two electric welding modules, and the electric welding modules are connected with electric welding heads and red copper plates. And electric welding is expanded in a small range. And welding spot cracking caused by fine welding spots is avoided.

To provide a reinforcement cage assembling device and a reinforcement cage assembling method capable of efficiently assembling a reinforcement cage with a simple structure.SOLUTION: A reinforcement cage assembling device 1 is a device for assembling a reinforcement cage B having a plurality of frame-shaped hoop reinforcements B1 and a plurality of long main reinforcements B2 mounted along peripheral surfaces of the hoop reinforcements B1. The device 1 comprises: a hoop reinforcement holding member 20 that positions the plurality of hoop reinforcements B1 so as to be spaced horizontally, and holds the plurality of positioned hoop reinforcements B1 so as to be respectively rotatable circumferentially; a main reinforcement receiving member 40 that supports the main reinforcement B2 from below at a position where the main reinforcement B2 can be attached to the peripheral surfaces of the plurality of hoop reinforcements B1 held by the hoop reinforcement holding member 20; a main reinforcement holding member 50 that holds the main reinforcement B2; and a lifting device 60 that moves the main reinforcement holding member 50 in a vertical direction.SELECTED DRAWING: Figure 1

The invention discloses a flanging mechanism for a braided shielding layer of a coaxial cable, which is used for folding the braided shielding layer exposed after an outer sheath is stripped, and comprises a flanging bracket mounted on a rack, at least one flanging brush used for contacting and folding the braided shielding layer, and an autorotation transmission assembly mounted on the flanging bracket and in driving connection with the flanging brush, the flanging brush is mounted on the flanging support and used for driving the flanging brush to rotate around the axis of the flanging brush, and the revolution transmission assembly is mounted on the flanging support, connected with the flanging brush in a driving mode and used for driving the flanging brush to rotate around the axis of the end of the wire to be processed; the flanging driving part is mounted on the rack and is in driving connection with the flanging bracket; through the above mode, the device can drive the flanging brush to perform composite motion of rotation around the shaft, revolution around the wire rod and radial feeding at the same time, and automatically, efficiently and uniformly complete lossless folding of the braided shielding layer of the coaxial cable, so that the defects of non-uniformity and easy damage of manual flanging are overcome.

The present invention relates to the field of construction machinery and equipment and processing technology, and in particular to a longitudinal truss assembly line processing equipment and a processing method for a steel cage, wherein the longitudinal truss assembly line processing equipment for the steel cage includes a plurality of processing platforms and a lifting mechanism, and the plurality of processing platforms are arranged in sequence along the direction of the assembly line. A welding mechanism and a transport roller mechanism are provided on each processing platform, the welding mechanism is configured to weld the longitudinal trusses on the processing platform, and the transport roller mechanism is configured to transport the longitudinal trusses on the processing platform along the direction of the assembly line. The lifting mechanism is located on one side of the processing platform and is configured to lift the longitudinal trusses on the processing platform provided at the end of the assembly line. The longitudinal truss assembly line processing equipment and the processing method for the steel cage of the present invention change the integral production method to a unitized assembly line production method, thereby reducing manual labor intensity, reducing labor costs, and improving processing efficiency.

A machine for automatically producing a net (R) comprising rings (A) made of metal wire (1) which are connected to each other, comprising a bending station (120), to which a metal wire (1) which can be curved in coils is supplied in order to form a ring (A). The bending station (120) comprises a support member (8) which defines a plane (P) in which the ring (A) being formed is supported. The bending station also comprises a blocking / unblocking member (9) which is movable from an operating blocking configuration, in which it retains the ring (A) on the support member (8) in a position in which the ring is formed by connecting it to two other preformed rings, to a release configuration, in which the ring (A) formed is released by gravitational force so as to be supported by the other two preformed rings.

This invention discloses an automatic meshing system and process for aerated concrete (ACF) panel steel mesh cages, belonging to the field of ACF panel production technology. The invention includes a mesh cage assembly system, a mesh cage welding system, and a mesh cage cutting system. The mesh cage assembly system includes a mesh conveying device, which comprises a carrying mechanism and a flipping mechanism. The carrying mechanism includes an upper bracket and a lower bracket arranged vertically. The flipping mechanism is located on one side of the carrying mechanism. The invention first places two mesh panels in the lower bracket and the flipping mechanism in the same posture. Then, the flipping mechanism is used to flip the mesh panels inside and drop them onto the upper bracket, so that the two mesh panels are arranged mirror-symmetrically in the height direction on the upper and lower brackets, forming a posture suitable for welding. This achieves automation of the fully welded steel mesh cage assembly system, improving work efficiency.