An intelligent tablet press

Abstract

The invention discloses an intelligent tablet press machine, which comprises a controller, a load-bearing base plate, a load-bearing frame, an air pump arranged in the load-bearing frame, a tablet pressing device and several demoulding devices, the load-bearing frame is located on the load-bearing base plate; the tablet pressing device includes a Tablet machine body, the upper end of the tablet machine body is fixed on the top of the load-bearing frame, and the lower end of the tablet machine body is provided with a number of tablet press heads, wherein one tablet press head corresponds to one demoulding device; each demoulding device Both include a support frame, a demoulding head, and a screw screw jack. The screw screw jack is located in the support frame. The tablet press can form multiple test pieces at one time. The power source is more environmentally friendly, and it can realize automatic demoulding. Forming of test pieces of different thicknesses.

Description

technical field [0001] The invention belongs to the technical field of piezoelectric ceramic material preparation and relates to an intelligent tablet press machine. Background technique [0002] Piezoelectric ceramic material is a functional ceramic material that can convert mechanical energy and electrical energy. When subjected to mechanical pressure or sensing vibration signals, there will be a voltage signal output between the two electrode surfaces of piezoelectric ceramics; When an electrical signal is applied to a piezoelectric ceramic, it can also convert the electrical signal into a vibration signal. Many components with special functions can be designed by using these two characteristics of positive and negative piezoelectric effects, such as piezoelectric frequency devices, transmitting and receiving ultrasonic devices, measurement and control devices, signal generators (electrical and acoustic signals), High voltage power generator. With the continuous researc...

AI Technical Summary

Problems solved by technology

However, the traditional tablet forming device is too unreasonable. In order to meet the test needs, we often need to put forward different requirements for the thickness of the test piece, which cannot be achieved by ordinary tablet presses; and ordinary tablet presses only have compaction molding function, but it lacks the demoulding function, so that we often damage the test piece during the demoulding, and even those who have no operating experience cannot even demould, which seriously affects the use; in the case of such a very low survival rate of the test piece, the commercially available Tablet presses cannot form multiple test pieces at one time, which greatly affects the efficiency of the parts, and parallel experiments cannot be carried out; what's more, ordinary tablet presses are almost powered by hydraulic pressure, and hydraulic oil is used as raw material. After a period of use, oil leakage often occurs, which not only seriously consumes the increasingly depleted fossil energy, but also causes the machine to be dirty, and it is extremely inconvenient to clean in some places

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