阅读说明：本技术 双机架压机缠丝机构及其缠丝方法 (Wire winding mechanism of double-rack press and wire winding method thereof ) 是由 付立华 张丽丽 于 2019-11-25 设计创作，主要内容包括：本发明提供了一种双机架压机缠丝机构,包括预应力钢丝张紧装置、布线器支架、旋转支撑底座,布线器支架上设第一布线导向器、第二布线导向器；预应力钢丝张紧装置中设两套待盘钢丝；所述旋转支撑底座这上安装第一绕线机架,第一绕线机架之上通过机架连接件同轴安装有第二绕线机架；第一绕线机架与第二绕线机架同步转动同步停止；第一导向器与第二导向器同步调整放线及钢丝拉力,还提供了上述双机架压机缠丝机构的缠丝方法,将第一绕线机架与第二绕线机架在缠丝前先进行组对安装；预应力钢丝张紧装置的两套钢丝分别布置在两布线导向器上,两绕线机架同步转动,两布线导向器同步控制钢丝,本发明有效解决机架单独缠丝造成无法顺利组对的情况。(The invention provides a wire winding mechanism of a double-rack press, which comprises a prestressed wire tensioning device, a wiring unit bracket and a rotary supporting base, wherein the wiring unit bracket is provided with a first wiring guider and a second wiring guider; two sets of steel wires to be coiled are arranged in the prestressed steel wire tensioning device; a first winding frame is arranged on the rotary support base, and a second winding frame is coaxially arranged on the first winding frame through a frame connecting piece; the first winding frame and the second winding frame synchronously rotate and stop; the first guider and the second guider synchronously adjust the paying-off and steel wire tension, and a wire winding method of the wire winding mechanism of the double-frame press is also provided, wherein the first winding frame and the second winding frame are assembled and installed before winding; two sets of steel wires of the prestressed steel wire tensioning device are respectively arranged on the two wire distributing guides, the two winding racks synchronously rotate, and the two wire distributing guides synchronously control the steel wires.)

1. A wire winding mechanism of a double-rack press comprises a prestressed wire tensioning device, a wiring unit bracket, a first winding rack and a rotary supporting base, wherein a first wiring guider is arranged on the wiring unit bracket; set up among the prestressed wire overspeed device tensioner and treat a set steel wire, the steel wire passes the wiring director and links to each other with first wire winding frame, and first wire winding frame mounting is on the rotation support base, characterized by: the first winding frame is also coaxially mounted with the second winding frame through a frame connecting piece; the wiring device bracket is also provided with a second wiring guider; two sets of parallel steel wires to be coiled are arranged in the prestressed steel wire tensioning device, and newly-added steel wires to be coiled pass through the second guider to be connected with the second winding frame; the first winding frame and the second winding frame synchronously rotate and stop; the first guider and the second guider synchronously adjust the paying-off and steel wire tension.

2. The double-frame press wire winding mechanism of claim 1, which is characterized in that: the first wiring guider and the second wiring guider are provided with a shared base plate and a shared threaded guide rail, the base plate is provided with a lower guide hole representing the first wiring guider and an upper guide hole representing the second wiring guider, and the distance between the two guide holes is set according to the distance between the first rack and the second rack; the base plate is installed on the threaded guide rail, the threaded guide rail is fixedly connected with the wiring unit support, and the base plate adjusts the flat steel wire to be wound on the upper position and the lower position of the rack along the threaded guide rail.

3. The double-frame press wire winding mechanism of claim 1, which is characterized in that: the prestressed steel wire tensioning device is a double-track tensioning device, wherein a driving motor capable of ensuring the consistency of the pre-tightening force of the steel wires is arranged, and the steel wires in the double-track tensioning device are the same driving motor.

4. The winding method of the winding mechanism of the double-rack press as claimed in the above claim, comprises the following steps:

firstly, a first winding machine frame and a second winding machine frame are assembled and installed before winding;

secondly, two sets of steel wires to be wound are arranged on the prestressed steel wire tensioning device, two wire distributing guides are arranged on the wire distributor bracket in parallel, and the two wire distributing guides and the corresponding rack are respectively positioned on the current horizontal line;

and thirdly, when the steel wire is wound, the rack rotates one circle each time, the threaded guide rail completes one moving stroke under the driving action of the motor, the adjusting distances of the two wire distributing guides are consistent all the time, and each stroke of the threaded guide rail is a moving stroke for moving the substrate from the bottommost position to the highest position or from the highest position to the lowest position.