Upper clamp disk limit mechanism for capsule mould polishing clamp

Abstract

The invention discloses an upper clamp disk limit mechanism for a capsule mould polishing clamp. The upper clamp disk limit mechanism comprises a clamp main shaft; the upper and lower ends of the clamp main shaft are provided with a clamp disk respectively; a plurality of mould slots are uniformly distributed on the clamp disk along the circumferential direction; the top of the clamp disk at the upper end of the clamp main shaft is provided with a press disk used for limit; and the press disk is detachably connected with the clamp disk at the upper end of the clamp main shaft. The press disk is arranged on the top of the clamp disk at the upper end of the clamp main shaft, and can block the mould slots on the clamp disk, so that a clamp can be prevented from being exposed out of the upperend; moreover, a plurality of through holes through which a polishing abrasive can pass can be distributed on the press plate, and the flowing of the abrasive particles is not influenced during polishing.

Description

technical field [0001] The invention relates to a capsule mold polishing jig, in particular to an upper jig disk limiting mechanism of the capsule mold polishing jig. Background technique [0002] Capsules are one of the oldest dosage forms of medicines. They originated in ancient Egypt and account for about one-third of all dosage forms in the pharmaceutical industry. Therefore, the hollow capsules used in capsules are one of the important packaging materials in the pharmaceutical industry. [0003] Capsule mold is a very important part in the production of capsules. It is generally made of stainless steel and requires a particularly high finish. If you are not careful during use and storage, it is easy to bump and bump, and the surface of the mold will be damaged. If the damage reaches a certain level, the production The surface smoothness and brightness of the produced capsules will be affected. If the mold damage is more serious, the produced capsules are likely to have ...

AI Technical Summary

Problems solved by technology

[0006] The problem with the above method is: polishing the molds one by one will achieve the ideal effect, but the work efficiency is low. According to the experiment, the polishing time is 80 minutes each time and the effect is the best. One can imagine how long it will take for each production line to have 2400 molds time? Therefore, it is not feasible to polish a single mold one by one, but if multiple molds are put into the polishing machine without limiting their relative positions, the molds will collide with each other, resulting in new scratches. Obviously, if this problem is not solved, it will be Lost the meaning of polishing

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