High-efficiency inputting and testing method of chemical detection sample weighing data

Abstract

The invention discloses a high-efficiency inputting and a testing method of chemical detection sample weighing data. The inputting device comprises a host computer, a router, weighing equipment and a computer, wherein the weighing equipment is used for weighing a chemical detection sample; the computer is used for receiving the mass data of the chemical detection sample and used for outputting the mass and the volume of the chemical detection sample; the host computer and the computer are respectively connected with the router; the weighing equipment is connected with the computer; the testing method comprises the following steps: weighing the chemical detection sample by using the weighing equipment, automatically receiving the mass data of the chemical detection sample by using the computer, automatically calculating the volume of the chemical detection sample according to the mass data, and inputting the mass and the volume of the chemical detection sample into a chemical detection instrument. Through the adoption of the device and the method, the operation that in the prior art the weighing mass of the chemical detection sample is recorded and the size of the chemical detection sample is calculated in a manual mode is replaced, the speed in acquiring the mass of the chemical detection sample and calculating the size of the chemical detection sample is accelerated, and the artificial recording errors can be avoided.

Description

technical field [0001] The invention relates to a weighing data entry device, in particular to a high-efficiency entry device for weighing data of a chemical detection sample and a testing method thereof, belonging to the field of data entry of chemical detection samples. Background technique [0002] As we all know, the general process of chemical detection is: sample splitting, preparation, weighing, pretreatment, instrument detection. For the steps of weighing, pretreatment, and instrument testing, the traditional laboratory operation process is as follows: weigh the sample with a balance, manually record the mass, calculate the volume of reagents required for sample pretreatment according to the mass, and input the sample mass and volume information Check the instrument and complete the test. [0003] There are many samples in the chemical testing process. After each sample is weighed, the quality is manually recorded by hand, which is inefficient and easy to record err...

AI Technical Summary

Problems solved by technology

[0003] There are a lot of samples in the chemical detection process. After each sample is weighed, the quality is manually recorded by hand, which is inefficient and easy to record errors.

It also takes a lot of time to calculate the volume of pretreatment reagents based on the mass of each sample

When finally inputting the mass and volume information into the instrument, it is not only slow, but also prone to errors and omissions

Errors in data recording and input during the chemical testing process will lead to errors in testing results. With the continuous development of the testing industry, the requirements for testing quality and efficiency continue to increase. Traditional methods have been unable to meet the requirements of laboratories.

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