An electrode and a processing method for manufacturing the same
A processing method and electrode technology, applied in electrode manufacturing, manufacturing tools, electric processing equipment, etc., can solve problems such as reducing the work efficiency of workers, affecting the machining accuracy of workpieces, increasing processing costs, etc., to avoid frequent replacement and improve the use efficiency. , the effect of prolonging the service life
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no. 1 example
[0035] Please refer tofigure 1 , this embodiment provides an electrode 100 , which includes a conductive liquid 120 , a storage tube 140 for storing the conductive liquid 120 and an absorber 160 for absorbing the conductive liquid 120 .
[0036] The storage tube 140 is a metal tube and its two ends are respectively a first port 142 and a sealed second port 144. The absorber 160 is cylindrical and its two bottom surfaces are respectively a first end face 164 and a second end face 162; The first end surface 164 of 160 is sealingly connected to the first port 142 of the storage tube 140, so that the inside of the storage tube 140 forms a closed cavity 180, and the conductive liquid 120 is a liquid conductive polymer and is stored in the closed cavity 180; the storage tube 140 The second port 144 is sealed by a seal 190. The seal 190 is a circular sealing cap that matches the storage tube 140 and is provided with a pressurized inlet 192. The airtight connection can fill the airtig...
no. 2 example
[0047] Please refer to figure 2 , this embodiment provides an electrode 200, which is substantially the same as the electrode 100 of the first embodiment, the difference between the two is that the electrode 200 of this embodiment further includes a flushing pipe 220 for flushing and removing particles.
[0048] The flushing pipe 220 runs through the absorber 160, the storage pipe 140 and the seal 190 successively along the length direction of the storage pipe 140. The end of the flushing pipe 220 close to the absorber 160 is the outlet end of the flushing liquid, and the end far away from the absorber 160 is the exit end of the flushing liquid. At the inlet end, the flushing pipe 220 introduces flushing liquid through the outside, and the flushing liquid is sprayed out from the outlet port at a high flow rate, and is aligned with the processing position of the workpiece, so that the erosion particles during processing can be flushed and removed in time. This prevents the ero...
no. 3 example
[0052] Please refer to image 3 , this embodiment provides an electrode 300 , which is substantially the same as the electrode 200 of the second embodiment, the difference between the two is that the electrode 300 of this embodiment further includes a fireproof layer 320 .
[0053] refer to image 3 with Figure 4 , it can be seen that the fireproof layer 320 has a mesh structure and is arranged on the second end surface 162 of the absorber 160 capable of forming a liquid film. The thickness of the fireproof layer 320 is 1mm. The fireproof layer 320 is mainly to reduce the instantaneous The area where the high temperature generated during the discharge contacts the front of the absorber 160 can protect the absorber 160 to the greatest extent. In addition, the fireproof layer 320 can be made of materials such as titanium oxide or silicon dioxide.
[0054] The processing method of the electrode 300 provided in this embodiment is roughly the same as the processing method of the...
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Abstract
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