A continuous mold of artificial intelligence cochlear conductive plate

Abstract

The invention discloses an artificial intelligence cochlear conductive plate continuous mold, which comprises an upper mold and a lower mold. The mold fixing plate and the conductive plate continuous mold unloading plate, the conductive plate continuous mold upper backing plate is fixedly installed under the conductive plate continuous mold guide plate, the conductive plate continuous mold upper backing plate is fixedly installed under the conductive plate continuous mold fixed plate, the conductive plate continuous mold A conductive plate continuous mold unloading plate is movable under the mold fixing plate; the present invention changes the turning and cutting process into a stamping process by changing the processing technology, which improves the quality of the part interface, ensures the flatness of the part plane, and makes the part The contact surface is wide, the conductivity is excellent, the production cost is low, and the benefit is high.

Description

technical field [0001] The invention relates to the field of stamping dies, in particular to a continuous die of an artificial intelligence cochlear conductive plate. Background technique [0002] The artificial intelligence cochlea is an electronic device that converts the sound into a certain coded electrical signal by an external speech processor, and directly excites the auditory nerve through the electrode system implanted in the body to restore, improve and rebuild the auditory function of the deaf. Over the years, with the development of high technology, cochlear implants have developed rapidly, and have entered clinical application from experimental research. Now the world has adopted cochlear implants as a routine method for treating severe to total deafness. Cochlear implants are currently the most successful biomedical engineering device. [0003] Wherein the conductive plate is an indispensable element in the artificial intelligence cochlea, but in the prior art...

AI Technical Summary

Problems solved by technology

[0003] Wherein the conductive plate is an indispensable element in the artificial intelligence cochlea, but in the prior art, when processing the conductive plate, the cutting method of turning is used, first turning one end face, then cutting off, and then turning the other end end face, however The existing processing methods have the following disadvantages: 1. Many procedures, long processing cycle, low production efficiency, and high processing cost; 2. The thickness and dimension consistency of the parts is poor, and the plane appearance and quality cannot be guaranteed (convex and concave cut-off points will be generated in the end turning process. , The flatness of the plane is poor, the contact is not a surface but a point, which affects the conduction and thus affects the performance of the product)

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