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Automatic calorimeter in electrolytic process

A calorimetric device and automatic technology, applied in the field of calorimetry, can solve the problems of unable to solve the problem of real-time accurate calorimetry, and cannot meet the problems of real-time storage of massive test data for ultra-long continuous work, and achieve remote access to databases and resource sharing. Ease of promotion and low cost

Inactive Publication Date: 2006-05-17
SICHUAN UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

Therefore, it is impossible to analyze the heat changes of these substances with traditional calorimeters or devices, nor can it solve the problem of real-time and accurate calorimetry of small temperature changes in the complex high-power electrolysis process, let alone meet the requirements of ultra-long continuous Work requirements and solve problems such as real-time storage of massive test data

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  • Automatic calorimeter in electrolytic process
  • Automatic calorimeter in electrolytic process
  • Automatic calorimeter in electrolytic process

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Embodiment Construction

[0030] The structure, measurement principle, operation process and embodiments of the present invention will be further described below in conjunction with the accompanying drawings.

[0031] figure 1 In the block diagram of the open electrolytic cell 1, the traditional calorimeter is replaced by the open electrolytic cell, and the thermocouples 2 and 3, the constant temperature bath 4, the freezing point stabilizer 5, the thermocouple signal conditioner 6, and the heat Calibration power supply 7, electrolytic DC power supply 8, air pressure sensor 9, converter-interface A / D-I / O 10, miniature camera 11, long-time video recorder 12, large-screen monitor 13, image converter 14 and UPS uninterruptible power supply 15.

[0032] The open electrolyzer 1 of this device is connected with one end of the thermocouple 2, and one end of the thermocouple 3 is connected with the constant temperature bath 4, and the electrolyzer is also communicated with the constant temperature bath, that ...

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Abstract

The present invention is an automatic calorimetric device used in the electrolysis process. It has a calorimetric part and a computer system part. The calorimetric electrolytic cell is connected to one end of a thermocouple matched with it, and one end of the other thermocouple is connected to a constant temperature bath. The other end of the couple is connected to the freezing point stabilizer, and the temperature change sensed by the two thermocouples can represent the measured heat, and the signal is sent to the computer system after the conditioner and the converter; the electrolyzer is also connected to the air pressure sensor, and the pressure data is converted and sent to the computer system. Computer system; the camera that tracks the liquid level of the electrolytic tank is connected with a video recorder, a large-screen monitor and an image converter, and the video signal is converted into a data signal and sent to the computer system; the computer control system used for this device consists of five mutual It is composed of independent and interrelated modules. The device can work continuously for an ultra-long time, and quantitative control can be implemented for the measurement and control and quality of the electrolytic processing process, so that the product quality and processing efficiency are obviously improved.

Description

1. Technical field [0001] The present invention relates to a calorimetric technique, and more particularly to an automatic calorimetric device for electrolytic processes. 2. Background technology [0002] Calorimetry is a specialized technique for measuring the intrinsic energy of matter, i.e. for the measurement of the underlying heat of matter. The measured heat data can reflect the energy changes of the substances that make up the system before and after the physical and chemical reactions, and then the thermodynamic state of the system can be inferred. [0003] In the past, little research has been done on the temperature microscopic effects of the electrolysis product itself due to chemical and nuclear changes, and little is known about the energy difference caused by the change of the atomic and molecular structure of the material after electrolytic treatment, such as the "superheat" effect. It has been two centuries since the first attempt to produce hydrogen and oxy...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C25B15/02G01K17/00
Inventor 苟清泉张清福孙悦
Owner SICHUAN UNIV
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