Object sampling method and object sampling equipment capable of distinguishing die hole

Abstract

The invention discloses an object sampling method and object sampling equipment capable of distinguishing a die hole. The object sampling equipment comprises capsule collecting pipes for objects in die holes in a capsule conveying and filling machine, capsule stopping holes formed in the side surfaces of the capsule collecting pipes, capsule stopping rods capable of moving along the inner walls of the capsule stopping holes, a capsule taking block which can move relative to the capsule collecting pipes, a first supporting plate which is arranged at an outlet of the capsule taking block, a first capsule conveying pipe used for receiving a sample released from a capsule taking die hole, and a first detection sensor used for detecting whether a sample falls into the corresponding first capsule conveying pipe, wherein the capsule taking die hole is formed in the capsule taking block, the capsule collecting pipes and the die holes in the conveying capsule filling machine are corresponding one by one, and the first capsule conveying pipe corresponds to the capsule taking die hole; when the capsule taking block moves to a first position, the capsule collecting pipes release the sample to the corresponding capsule taking die hole; when the capsule taking block moves to a second position, the capsule collecting pipes release the sample to a non-sample channel; and the first detection sensor is used for sensing the detected result to a controller, so that corresponding relation between the sample and the die holes in the capsule filling machine can be conveniently determined by virtue of a controller.

Description

technical field [0001] The invention relates to the field of automatic sampling of articles, in particular to an article sampling method and sampling equipment capable of automatically distinguishing die holes. Background technique [0002] In order to test items on a production line, it is necessary to sample the items. For example, when detecting the difference in the loading of items, it is necessary to sample the items. The existing method is to use manual sampling inspection, but this method is inefficient and reduces the accuracy of sampling due to the uncontrollability of the operator. Moreover, the properties of the item may be affected by the production equipment, but based on the existing methods, it is impossible to distinguish the corresponding relationship between the item and the production equipment, such as the existing capsule drugs and the die holes on the capsule filling agent, so it is impossible to judge Whether the problem with the item is related to ...

AI Technical Summary

Problems solved by technology

The existing method is to use manual sampling inspection, but this method is inefficient and reduces the accuracy of sampling due to the uncontrollability of the operator

Moreover, the properties of the item may be affected by the production equipment, but based on the existing methods, it is impossible to distinguish the corresponding relationship between the item and the production equipment, such as the existing capsule drugs and the die holes on the capsule filling agent, so it is impossible to judge Whether the problem with the item is related to the production equipment and which production unit of the production equipment

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