Automatic receiver-transmitter cabinet for material pneumatic conveyor system

Abstract

The invention discloses an automatic receiver-transmitter cabinet for a material pneumatic conveyor system. The automatic receiver-transmitter cabinet comprises a cabinet body which is provided with a receiving-transmitting port, and the cabinet body is internally provided with a receiving bottle storage device and a receiving-transmitting piping device which are matched with each other; the receiving-transmitting piping device communicates with an external pneumatic conveying piping through the receiving-transmitting port for receiving sample bottles conveyed, and the receiving bottle storage device comprises a receiving bottle pushing assembly and a bottle storage box which is provided with a plurality of bottle storage positions; and the receiving bottle pushing assembly approaches to the receiving-transmitting piping device, and is used for conveying the sample bottles received into the bottle storage box for storage. The automatic receiver-transmitter cabinet disclosed by the invention has the advantages of simple and compact structure, high automation degree and intelligent degree, and high working efficiency.

Description

Technical field [0001] The present invention mainly relates to the field of material sample acquisition and chemical equipment, in particular to an automatic receiving and dispatching cabinet used in a material pneumatic conveying system. Background technique [0002] For the sampling, sample preparation, and testing of materials (such as ore, coal) samples, each country has mandatory standards, and samples must be collected and processed in accordance with the standards. The principle of the sample sampling, sample preparation, and laboratory work process is to gradually reduce the particle size and quality of the collected sample without destroying the representativeness of the sample, until it meets the particle size and quality of the sample for laboratory testing ( (Weight) accuracy requirements, and then perform relevant laboratory analysis on the samples that meet the requirements. For example, the sampling and preparation of coal samples is actually a process of sampling...

AI Technical Summary

Problems solved by technology

[0004] (1) Part of the existing pneumatic conveying system can only achieve one-way transmission, and the degree of automation is low. The bottle is put into the pneumatic conveying pipeline for conveying, the work efficiency is low, the labor cost is high, and it cannot be used for automatic pneumatic conveying

[0005] (2) Part of the receiving end of the existing pneumatic conveying system is large in volume, low in intelligence, and poor in adaptability, and can only receive sample bottles of a single model and uniform size , the operation is very inconvenient, which is very inconsistent with the current situation and requirements of the sample batch diversification, specification diversification, and weight diversification of material procurement, which seriously affects the automation and intelligent implementation of material procurement operations, and seriously affects the procurement. The efficiency of work is not suitable for the development of automatic pneumatic transmission

[0006] (3) Part of the existing pneumatic conveying system has a low degree of intelligence at the receiving end, does not have the functions of storing and unscrambling bottles, and cannot continuously receive multiple sample bottles and It is very inconvenient to carry out centralized storage, and then quickly take out all the received sample bottles at one time, which seriously affects the automation and intelligent implementation of material collection and production operations, and seriously affects the efficiency of collection and production work. Suitable for the development of automatic pneumatic transmission

[0007] (4) The stability of the receiving end of some existing pneumatic conveying systems is poor, and the sample bottles are prone to dumping when receiving, and even cause serious consequences of sample bottle rupture and sample leakage. Seriously affected the accuracy requirements of sample collection

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