New diaphragm compressor design

In order to make the purpose, technical scheme and advantages of the utility model diaphragm compressor more clear, the following will be a detailed description of the utility model’s acetylene automation technology scheme. Obviously, the embodiment described is only a part of the embodiment of the utility model, not the full embodiment. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technical personnel in the art without making creative labor fall into the scope of protection of the utility model.

What is Diaphragm Compressor?

The diaphragm compressor is determined by its structural characteristics. It is widely used to compress and transport various high-purity gases, precious and rare gases, toxic and harmful gases and corrosive gases. As an irreplaceable positive displacement compressor, it will follow the progress and development of science and technology and the people’s living standards. Continuous improvement will have more extensive applications. The main application areas of diaphragm compressors are: nuclear power, nuclear energy, food and medicine, petrochemicals, electronics industry, materials industry, national defense and military industry, and scientific experiments.

The Hard Truth About Innovative Cultures

A culture conducive to innovation is not only good for a company’s bottom line. It also is something that both leaders and employees value in their organizations.

What is on-site management?

As a manager, if you always want to solve problems in private, you will be incurring dereliction of duty that cannot fulfill your mission. An important principle of public management is that managers do not do obscure work, but are sound, colored, and powerful. Only by coming out can management be effectively improved and decision-making can be implemented in place.

Understand strength and stiffness in material mechanics

Stability is well understood, the ability to maintain or restore the original balance form under force. For example, the thin rod under pressure suddenly bends, the load-bearing thin-walled member folds, or the column of a building collapses. Today I will mainly talk about the understanding of stiffness and strength.

What efforts do you need to make to become a good 3D designer?

Every designer who devotes himself to art is an artist of life. 3D design is an art that is still being explored. 3D designers use unconstrained creativity and selfless pragmatism to turn virtual into reality, turn nothing into existence, and turn ordinary into landscape, adding a lot of excitement to the “Horizon”.

5 positioning technologies for robots

With the continuous improvement of sensing technology, intelligent technology and computing technology, intelligent mobile robots must be able to play the role of human in production and life. So what are the mobile robot positioning technologies mainly involved? After summarizing, mobile robots currently mainly have these 5 positioning technologies.

Talk about our mechanical engineers under the epidemic

When I came into contact with people in 96 and 97, I was generally interested in electricity. Many of my friends are also learning and don’t want to work on machinery alone. But this is also a disadvantage. It feels bad for people and feels not doing business properly. The roots of machinery are not well established. But 96 and 97 have strong learning ability, after all, they are young people.

Common sense of “avoid pits” in trademark registration

Weak awareness of intellectual property rights. Although intellectual property rights are now receiving more and more attention from the country, there are still many people who have weak awareness of intellectual property rights.

How to deal with the accused patent infringement?

Many companies are very nervous after receiving a warning letter or a court summons for patent infringement and do not know what to do. Today, the editor is here to give you tips and talk about how companies should respond?

“Captive” the virus in lithium batteries

American scientist Angela M. Belcher has developed such a new technology that can “captive” viruses in lithium batteries, let them work for us, and continue to produce power.