Mechanical device and method for transmitting link induction

Abstract

The invention discloses a mechanical device for transmitting link induction. The mechanical device comprises a box moving machine, lever link devices and a detection switch, wherein box moving machineclamping jaws are arranged on the two sides of the box moving machine and used for clamping a product to be transferred entering the box moving machine; the lever link devices are fixedly arranged atthe tail ends of the box moving machine clamping jaws and comprise induction blocks, one ends of the induction blocks are close to the product to be transferred and used for receiving pressure from the product to be transferred, and the other ends of the induction blocks are away from the product to be transferred; the detection switch is arranged above the ends, away from the product to be transferred, of the induction blocks; and the two ends of the induction blocks can move up and down around a certain point on the induction blocks, so that when one ends of the induction blocks receive thepressure from the product to be transferred, one of the ends of the induction blocks moves downwards, and the other one of the ends of the induction blocks moves upwards and trigger the detection switch. According to the mechanical device, the phenomenon that production is affected or the detection switch is prone to being scratched due to the fact that induction is not achieved is eliminated while induction signals of the product to be transferred are collected.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a mechanical device and method for transmitting link induction. Background technique [0002] At present, in the molding line of foundry enterprises, the claws of the box shifting machine clamp the products to be circulated in place, and the method of directly installing the induction products to be circulated on the claws is often used. Since the position of the products to be circulated is not absolutely consistent from the two sides of the jaws when they are pushed from the molding line into the box shifter, the detection switch on the jaws often fails to sense properly and affects production. [0003] The common treatment methods for the above situation are: 1. Adjust the detection switch close to the surface of the product to be circulated, so that the detection switch is often scratched and affects production. 2. Choose a detection switch with a relatively lar...

AI Technical Summary

Problems solved by technology

As the products to be circulated are pushed from the molding line into the box shifting machine, the distance from the two sides of the claws is not absolutely consistent, which often causes the detection switch on the claws to be out of position and affect production.

[0003] The common treatment methods for the above situation are: 1. Adjust the detection switch close to the surface of the product to be circulated, so that the detection switch is often scratched and the production will be affected

2. Select a detection switch with a relatively large detection distance, but sometimes it does not grasp the position and sense it, which leads to false signals affecting equipment misoperation and affecting production

3. Install detection switches on both sides of the jaws at the same time for induction, take one of the in-position signals to confirm the induction, but sometimes the detection switches on both sides cannot be sensed at the same time, affecting production

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