Automatic threading assembly tool for electronic throttle

Abstract

An automatic threading and assembling tool for an electronic throttle relates to the field of automation and comprises an operation table, an installation plate is fixedly installed on the operation table, a sliding frame is arranged in the middle of the installation plate, two clamping mechanisms are arranged on the sliding frame in a sliding fit mode, a rotating seat is fixedly connected to the installation frame, and a suction cup is fixedly connected to the top of the rotating seat. According to the device, a connecting plug can be clamped and transferred through the rotating base and the suction cup, then the effect of moving the connecting plug to the needed position is achieved, and the effects of automatically penetrating and winding a wire and connecting the wire with the connecting plug can be achieved under the cooperation of the two clamping mechanisms.

Description

technical field [0001] The invention relates to the technical field of automatic threading, in particular to an electronic throttle automatic threading assembly tool. Background technique [0002] The electronic throttle uses a wire harness (wire) instead of a cable or a pull rod, installs a micro motor on the side of the throttle, and uses the motor to drive the opening of the throttle; the so-called "wire driving" replaces the original mechanism with wires. The transmission mechanism; the electronic throttle is an electronic control device that transmits the signal of the depth and speed of the accelerator pedal through the position sensor, thereby realizing the throttle function. [0003] At present, the popularization of electronic accelerator also makes the production demand of electronic accelerator pedal increasing day by day. However, since the electronic accelerator sensor needs to be connected with the control system through wires, most of the existing electronic a...

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Problems solved by technology

[0003] At present, the popularization of electronic accelerator also makes the production demand of electronic accelerator pedal increasing day by day. However, since the electronic accelerator sensor needs to be connected with the control system through wires, most of the existing electronic accelerator pedal sensor wires are assembled manually, and The end of the wire also needs to be connected with a plug connector to facilitate plugging into the control system, which not only leads to low assembly efficiency, but also increases labor consumption, thereby increasing production costs; while using mechanical automatic threading assembly requires fixing the pedal so that it can be accurately inserted The wire passes through the pedal and connects to the plug connector, and the ordinary bolt clamping is obviously difficult to meet the needs of efficient production. Therefore, a structure that can be quickly and automatically positioned by the R&D department is required to meet the needs of automatic positioning and efficient production.

Moreover, the quickly assembled pedal needs to withdraw from the positioning part in time, so that the positioning part can quickly locate the next accelerator pedal, but the existing fast positioning device does not have the function of automatic rapid material return, which also reduces the assembly efficiency

[0004] At the same time, the assembled accelerator pedal needs to be transported to the required position through the conveyor belt to facilitate the next step of operation. However, the existing conveyor belt structure requires continuous drive of the motor, and ordinary motor drive will continuously drive the conveyor belt to move, while the two phases There is a time interval between the adjacent completed pedals, so that when the continuously moving conveyor belt transmits the pedals, the distance between the two adjacent pedals on the top of the conveyor belt will be far away, thereby reducing the transmission efficiency of the conveyor belt, which will cause Increases the energy consumption of the motor, so it needs to be improved

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