Full-automatic efficient dusting machine

Abstract

The invention discloses a full-automatic efficient dusting machine which comprises a control system, a conveying mechanism, a demagnetizing device, a dividing mechanism, a clamping mechanism and a dust removal device. The demagnetizing device, the dividing mechanism, the clamping mechanism and the dust removal device are sequentially arranged along the conveying mechanism, the conveying mechanism comprises a front conveying mechanism body, a pulling mechanism and a back conveying mechanism body, the front conveying mechanism body penetrates the demagnetizing device, and the pulling mechanism is used for pulling a relay from the front conveying mechanism body to the back conveying mechanism body; the clamping mechanism and the dust removal device are arranged on the side faces of the pulling mechanism, and the clamping mechanism is used for feeding the relay into the dust removal device and returning; the full-automatic efficient dusting machine is characterized in that the dust removal device comprises a static dust removal device body and a dynamic dust removal device body, and a stimulation connecting assembly is arranged on the clamping mechanism; and the full-automatic efficient dusting machine has the beneficial effects that overall automatic dust removal can be carried out on the relay, automatic dust removal is carried out in the motion state, and the detection fault probability of the relay when the relay is detected by a client is greatly reduced.

Description

technical field [0001] The invention relates to a relay production equipment, in particular to a fully automatic high-efficiency dust collector. Background technique [0002] In the production of relays, the requirements for cleanliness are high, because there are many hazards of pollutants to relays. Pollutants include fibers, dust, burrs, debris, etc. of metal or non-metal parts, etc. These substances affect the electrical contact of relays. , Magnetic properties are harmful, such as causing poor contact and non-conduction of the relay contacts, or even completely failing the relay, and causing a short circuit of the coil also has its harmful effects. In the existing relay production process, the method adopted is to set up a soot blowing and dust removal process before the relay casing casing. Whether the soot blowing and dust removal equipment used is manually operated or automatically operated, the soot blowing device is set to directly carry out the process on the elec...

AI Technical Summary

Problems solved by technology

[0002] In the production of relays, the requirements for cleanliness are high, because there are many hazards of pollutants to relays. Pollutants include fibers, dust, burrs, debris, etc. of metal or non-metal parts, etc. These substances affect the electrical contact of relays. , magnetic properties are harmful, such as causing poor contact of relay contacts, non-conduction, or even complete failure of the relay, and it also has harmful effects in the short circuit of the coil

In the existing relay production process, the method adopted is to set up a soot blowing and dust removal process before the relay casing casing. Whether the soot blowing and dust removal equipment used is manually operated or automatically operated, the soot blowing device is set to directly carry out the process on the electromagnetic system and the casing. Blow air and suck the dust through the dust suction device. The effect of this method of dust removal is not ideal. The relay products are all qualified when they leave the factory, but when they arrive at the customer, there will be defective products. For example, in the customer Poor contact or even non-conduction of the contact was detected over there. The reason was caused by the transfer of plastic chips to the contact point.

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