Machinery parts is namely machine parts, it is basic components of machine.
Since the present of machine, the corresponding mechanical parts appear. But as also be a discipline, machinery parts separated from the mechanical structure and mechanics. With the development of mechanical industry, new design theory and method, new materials, new technology all appear one after another, then machinery parts entered a new stage of development. Theories such as finite element method and fracture mechanics, elastic hydrodynamic pressure lubrication, optimization design, reliability design, computer aided design (CAD), entity modeling (Pro, Ug, Solidworks, etc.), system analysis and design methodology has been gradually used in the research and design of machinery parts. Better combination of a variety of disciplines, combination of macro and micro to search new principle and structure, more dynamic and precise design, more efficient use of the electronic computer, the further development of design theory and method, is the important trend in the development of the discipline.
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The analysis of the temperature and humidity of the cotton ampoules after the measurement by the temperature and humidity monitor is the basis for the decision-makers to make decisions such as whether to continue storing, or to process or open the chill, etc. The seed cotton purchased by the cotton processing plant cannot be processed in time, and the seed cotton that cannot be processed must be stockpiled and stored. Sometimes the storage time for stacking is still very long. The regain rate of acquired cotton is still difficult to control, and it is hoped that the safety of seed cotton storage will be guaranteed. What should we do? To solve this problem, the following solutions are proposed for reference.
Strengthen the temperature and humidity monitoring instrument on the temperature and humidity of the cotton aphid, and report the overheated cotton aphid alarm, and urge the relevant parties to solve it as soon as possible. The temperature and humidity monitor can automatically detect the temperature and humidity at each point in the chamber and automatically send it to the computer in the office. At the office, the temperature change in each chamber can be known at any time. According to the temperature and humidity in the chamber, the seed cotton can be stored continuously. Time, reasonable arrangements for processing to ensure the safe storage of seed cotton aphid.
For the long-preserved padded jackets, the monitoring points of the temperature and humidity monitor are arranged before the stacking to form a detection network. When stacking, insert a PVC pipe with holes in the bowl, and insert two rows or one row in the middle of the bowl. The interval between the tubes is about 4 to 6 meters. Each tube is the temperature measurement point of the jacket. It is also possible to insert a PVC pipe with a hole in the direction of the padded jacket so that the temperature and humidity at different levels and locations in the padded jacket can be grasped at any time.
Temperature and humidity monitor how to master the cotton pupa storage status
At present, the measurement of the internal temperature of the jacket is generally performed manually, and the temperature is measured by inserting a long rod temperature detector into the cassette. This method is time consuming and laborious. The long rod is not easy to insert, and the insertion process is easy to break and affect the test. Therefore, many cotton processing plants have not detected the temperature in the cotton padded, and they have no way to understand the temperature changes during the storage of the seed cotton, and discovered problems. However, the current development of the temperature and humidity monitor can be a good solution to the above problems.