Differential-pressure method gas permeameter with energy utilization monitoring capability and environment detecting capability

Abstract

The invention relates to a differential-pressure method gas permeameter with energy utilization monitoring capability and environment detecting capability. The differential-pressure method gas permeameter of the invention has energy utilization monitoring capability and environment detecting capability, simultaneously has sample information acquisition capability and data sending and receiving capability, realizes the purposes of monitoring and recording power utilization conditions of equipment and experiment environment conditions, realizes the acquisition of sample information, and simultaneously can realize the purpose of sending the data in a processing unit to an external information server through a communication unit. The differential-pressure method gas permeameter of the invention comprises the processing unit, wherein the processing unit is in two-way communication with a differential-pressure method gas permeation testing unit and a storage unit; the input end of the processing unit is also respectively connected with an energy monitoring device and an environment detecting unit; the energy monitoring device is installed in a power supply module, monitors the service condition of the electric energy, and sends the energy consumption data into the processing unit; and the environment detecting unit uses a detection sensor for detecting the environment condition, andsends the environment information into the processing unit.

Description

Technical field [0001] The invention relates to a pressure difference method gas permeation instrument with energy usage monitoring and environment detection capabilities. Background technique [0002] With the tension of the earth's energy, the increase of environmental pollution and the society's emphasis on low-carbon economy, how to rationally, effectively and economically use equipment resources for laboratory managers has become a matter of concern, while monitoring the energy use of equipment It is a prerequisite for economic use. However, it is easy to monitor the overall energy usage of the laboratory at present, but it is difficult to monitor the energy usage of each device individually. For the differential pressure gas permeameter, the current testing equipment cannot provide the true performance of the equipment when it is used. Consuming information. [0003] And with the continuous improvement of the level of science and technology, the production and development o...

AI Technical Summary

Problems solved by technology

At present, the differential pressure gas permeameter does not have the detection function of these environmental factors, so the environmental conditions during the test cannot be accurately obtained and recorded, making it impossible for the test personnel to determine whether the test process is normal. Further verification can only be done by increasing the test volume

[0004] In addition, due to the large increase in the testing items for packaging materials, errors in the manual input of sample information and manual collection of sample test data have also increased, which has become a hidden danger affecting the accuracy of data , and brought a huge review workload

Moreover, the current data collection method is time-consuming and inefficient, which has become a prominent problem restricting the detection efficiency.

[0005] It can be seen that for the current differential pressure gas permeameter, the lack of equipment energy usage monitoring and environmental monitoring has become a prominent problem that restricts the development of this test and affects the accuracy of the test, and the low degree of automation of equipment data transmission should also be recognized. Solve to lay the foundation for the future construction of information detection system

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