Automatic labelling pretreating device for inserting core of sensor housing and use method

Abstract

The invention discloses an automatic labelling pretreating device for an inserting core of a sensor housing, and relates to an automatic treating system. The device comprises a first feeding mechanism, a second feeding mechanism, a first conveying mechanism, a second conveying mechanism, a first pushing mechanism, a second pushing mechanism, a first laser head and a second laser head, wherein thefirst feeding mechanism is used for feeding the housing to the first conveying mechanism; the second feeding mechanism is used for feeding the inserting core to the second conveying mechanism; the first pushing mechanism is used for transferring the housing from the first conveying mechanism to a focusing point position on the first laser head for labelling and transferring to a focusing point position on the second laser head for pretreating; and the inserting core on the second conveying mechanism is transferred to the focusing point position on the second laser head for pretreating throughthe second pushing mechanism. The system is complete and can run without manual interference, so that the human resources can be greatly saved.

Description

technical field [0001] The invention relates to an automatic processing system, more specifically, it is an automatic device for marking and preprocessing the ferrule of a sensor shell. The invention also relates to a method for using the marking pretreatment automation device for the ferrule of the sensor housing. Background technique [0002] The ultrasonic sensor is an important electronic component used to generate stable piezoelectric signals; the bonding process of the sensor determines the stability and long-term life of the electrical signal generated during use, which is an important consideration when making ultrasonic piezoelectric sensors Therefore, the precise control of the surface treatment of the piezoelectric ceramic chip and the shell, ferrule and other bonding surfaces in production has always been the focus of this process. [0003] The surface treatment of the shell and the ferrule is ablated by a certain power laser, causing the surface of the material...

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Problems solved by technology

[0003] The surface treatment of the shell and the ferrule is ablated by a certain power laser, causing the surface of the material to form a hook connection. After curing with the adhesive, a firm coupling structure is formed, which ensures the signal stability of the internal piezoelectric ceramic chip during long-term work. In the traditional process, manual grinding or a laser is used to process the shell and ferrule one by one, relying on manual clicking on the equipment buttons one by one, there is a phenomenon of artificial leakage, and the work efficiency is low, it is difficult to match the customer's large-scale demand, and there is a large-scale batch. Great hidden danger of quality problems

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