Particle or powder material sample collection bucket

Abstract

The embodiment of the invention discloses a particle or powder material sample collection bucket. The particle or powder material sample collection bucket comprises a bucket body and a bucket lid. The bucket body and the bucket lid are hinged through hinges to ensure one-to-one correspondence of the bucket body and the bucket lid so that the situation that bucket lids of collection buckets of different samples are cross-used and the samples are contaminated can be avoided. An electronic lock or a code lock or a fingerprint lock is arranged between the bucket body and the bucket lid. The lock type is selected according to the actual needs, and thus confidential management of the samples is achieved, and unauthorized manual opening of the bucket lid for counterfeiting is avoided; and meanwhile the bucket lid cannot be freely opened, so that the moisture loss of the samples is prevented. The samples are collected through the sample collection bucket, the bucket can be reused, and the structure is relatively simple; and due to the fact that no packaging machine needs to be used, the particle or powder material sample collection bucket can be suitable for the dusty environment and is convenient to maintain.

Description

technical field [0001] The invention relates to the field of material sample containers, in particular to a collection bucket for granular or powdery material samples. Background technique [0002] Typically, when bulk commodity materials such as coal, iron concentrate, coke, and wood chips enter the plant, automatic sampling of the above materials is required. [0003] At present, there are two main sampling techniques for sample collection: one is to use the sample collection barrel to hold the container, but the sample collection barrel cannot be locked in this way, which may be artificially falsified, and it is easy to cause the water loss of the sample; the other technology will Samples are automatically bagged and sealed, but this technology has disadvantages such as the sample bag cannot be reused, there are many daily consumables, and it does not meet environmental protection requirements. In addition, the automatic packaging machine has high requirements for the use...

AI Technical Summary

Problems solved by technology

[0003] At present, there are two main sampling techniques for sample collection: one is to use the sample collection barrel to hold the container, but the sample collection barrel cannot be locked in this way, which may be artificially falsified, and it is easy to cause the water loss of the sample; the other technology will Samples are automatically bagged and sealed, but this technology has disadvantages such as the sample bag cannot be reused, there are many daily consumables, and it does not meet environmental protection requirements. In addition, the automatic packaging machine has high requirements for the use environment, and the environment around the sampling machine is generally dusty. Larger, so there are still disadvantages of high failure rate of packaging machines and heavy daily maintenance workload

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