Full-automatic bottled coal sample storing, searching, caching and slowly taking management system

Abstract

The invention relates to a full-automatic bottled coal sample storing, searching, caching and slowly taking management system which comprises a caching unit, a slowly taking unit, a receiving and sending unit and at least one storing and searching cabinet. The caching unit and the slowly taking unit are arranged at an interval, and the storing and searching cabinet is located at the same side of the caching unit and the slowly taking unit; the receiving and sending unit is located between the caching unit and the slowly taking unit and is used for sending the sample bottles sent by the caching unit into the sample storing and checking cabinet for sample storage and sending the sample bottles in the sample storing and checking cabinet to the slow taking unit for sampling. The system has the beneficial effects that the structure is compact, the automatic caching and slowly taking operation of the sample bottles in the plurality of sample storing and checking cabinets can be realized, the waiting time of a bottle storing and taking operator is shortened, and the bottle storage efficiency is improved; in addition, the reliable and stable placement of the sample bottles is realized, and the convenience and accuracy of reading the chip information are improved; the manual misjudgment to the sample bottles is avoided, the automatic sample bottle information reading of the system is achieved, and the operation danger and misjudgment operation are reduced.

Description

technical field [0001] The invention relates to the technical field of coal sample testing, in particular to a fully automatic bottled coal sample storage and inspection sample cache buffering management system. Background technique [0002] The current way of accessing the sample bottle in the sample storage cabinet in the laboratory is as follows: the coal sample bottle can only be accessed by a single coal sample bottle: when the bottle is stored, the operator puts the required sample bottle into the temporary storage device for temporary storage. The manipulator in the cabinet takes it for storage; when taking the bottle, the manipulator in the cabinet puts the sample vial to be taken out into the temporary storage device, and the operator opens the temporary storage device and removes the sample bottle. When two sample storage cabinets are arranged, it is necessary to manually distinguish the coal sample bottle information before placing them separately. When placing t...

AI Technical Summary

Problems solved by technology

[0003] 1. The access bottle can only be accessed individually, and the operator waits for a long time when accessing multiple sample bottles, which is inefficient;

[0004] 2. The sample bottle is easy to tilt, and the chip information cannot be read, and the bottle is easy to drop when the robot grabs the bottle;

[0005] 3. When storing bottles in multiple sets of sample storage cabinets, it is difficult for the operator to identify which set of sample storage cabinets the sample bottles are stored in;

[0006] 4. There is a certain degree of operational risk in manual access to coal samples;

[0007] 5. The traditional method can only store and sample one sample storage cabinet, which is inefficient and cannot meet production needs

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