Assembly line type industrial analyzer

Abstract

The invention discloses an assembly line type industrial analyzer, which comprises a sample conveying and taking device, a weighing device and a combustion device, wherein the sample conveying and taking device comprises a sample conveying rod, a sampling conveying rod lifting mechanism for driving the sampling conveying rod to move vertically and a horizontal moving mechanism for driving the sample conveying rod to move horizontally. When supported by a turntable, a crucible can be moved out of the turntable; and therefore, when the crucible is positioned in the combustion device, the turntable can rotate without limitation of the sample conveying rod. According to the assembly line type industrial analyzer, when the crucible is combusted or subjected to heat preservation in the combustion device, a sample can be weighed in real time; and furthermore, the crucible can be combusted or subjected to heat preservation and the sampling can be weighed independently, so that the analysis efficiency of a user who needs to analyze scattered samples at any time is improved.

Description

technical field [0001] The invention relates to the technical field of coal quality analysis instruments, in particular to an assembly line industrial analyzer. Background technique [0002] like figure 1 , figure 2 As shown, in a traditional industrial analytical instrument, it mainly consists of a lifting part 1 , an electronic balance, a turntable 4 , a low temperature furnace 3 , a weighing rod 6 , a high temperature furnace 2 , a balance support 9 and a bottom plate 8 . When the industrial analyzer is in use, the crucible 5 placed on the turntable 4 to hold the sample is sent to the low temperature furnace 3 or the high temperature furnace 2 through the cooperation of the turntable 4 and the lifting part 1, and the crucible 5 is kept at a constant temperature in the low temperature furnace 3 or the high temperature furnace 2 After burning for a set time, the lifting part 1 returns the burnt crucible to the turntable 4, and the turntable 4 cooperates with the lifting ...

AI Technical Summary

Problems solved by technology

[0007] 1. Whether the weighing rod 6 and the sample feeding rod 11 are combined into one or the weighing rod 6 and the sample feeding rod 11 are separated. When the crucible 5 is located in the low temperature furnace 3 or the high temperature furnace 2, the weighing rod 6 or the sample feeding The rod 11 is in the crucible hole set on the turntable 4, so the turntable 4 cannot realize the horizontal rotation function at this time, which means that the real-time placement of the crucible 5 (inside the sample) to the turntable 4 cannot be realized, and the weight of the sample cannot be weighed in real time (the sample is placed in the crucible 5) problem

[0008] 2. The existing industrial analyzers cannot meet the functional requirements of some users whose samples are not concentrated and need to analyze samples at any time. Therefore, for users whose samples are not concentrated and need to analyze samples at any time, the efficiency of this instrument is not high

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