Glass test tube conveying and detecting device with improved driving assembly

Abstract

The invention relates to a glass test tube conveying and detecting device with an improved driving assembly, and belongs to the field of conveying of teaching instruments. The device is characterizedin that a rail is arranged at the inner side of a support in a fitting manner, wherein a manipulator device is arranged and fits the rail; a conveying device comprises an upper layer conveying surfacewhich is arranged at the lower part of the manipulator device, a conveying box body which is arranged and used for fixing the upper layer conveying surface, driving devices which are arranged on theconveying box body and are used for driving the upper layer conveying surface, and a collecting hopper which is arranged at the tail end of the upper layer conveying surface; the conveying box body comprises a front working surface, a rear working surface, a left working surface and a right working surface; and the driving devices are arranged on the front working surface, the rear working surface, the left working surface and the right working surface. According to the device, belt wheels are arranged on the four surfaces, and one belt can be utilized to drive the whole device to stably convey; broken test tubes can be recognized during conveying; synchronous conveying and detecting can be realized; the test tubes are collected into the collecting hoppers. Therefore, the broken test tubescan be rapidly recognized and timely handled, and as a result, the production efficiency is improved.

Description

technical field [0001] The invention relates to a glass test tube transportation detection device with an improved drive assembly in the field of teaching instrument transportation detection. Background technique [0002] There are many kinds of teaching instruments. Teaching instruments can be divided into two categories: experiments and practical training, and are mainly used in various majors of science and engineering. Teaching instruments generally include noise measuring instruments. This instrument is mainly used to measure environmental noise, do noise engineering, quality Control and health prevention, etc.; evaporator, which is used to measure the evaporation of water in the atmosphere within a certain time interval; digital acidity meter, which can be used as teaching equipment for middle and primary schools to carry out extracurricular environmental monitoring activities; Glass test tubes, this instrument is mainly used for various chemical teaching experiments. ...

AI Technical Summary

Problems solved by technology

[0002] There are many kinds of teaching instruments. Teaching instruments can be divided into two categories: experiments and practical training, and are mainly used in various majors of science and engineering. Teaching instruments generally include noise measuring instruments. This instrument is mainly used to measure environmental noise, do noise engineering, quality Control and health prevention, etc.; evaporator, which is used to measure the evaporation of water in the atmosphere within a certain time interval; digital acidity meter, which can be used as teaching equipment for middle and primary schools to carry out extracurricular environmental monitoring activities; Glass test tubes, this instrument is mainly used for various chemical teaching experiments. For glass test tubes, there are many models, and the diameters and sizes are different. After production, it is necessary to carry out finished product testing, but the finished product testing is more troublesome. It is inconvenient to carry out packaging and transportation after the completion, so a detection and transportation integrated detection and transportation equipment is extremely needed in the prior art. This equipment performs primary and secondary detection and transportation. Packaging for mass production

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