Q: Have you encountered any impressive challenges in developing the product?

X: All things are difficult before they are easy.

For example, how did "two bombs and one star" come out? In the 1950s, under the general environment of sino-Soviet friendship, The Soviet side agreed to provide Assistance to China in nuclear technology. (The Soviet side will provide an instructional model of the atomic bomb and a complete set of technical drawings for the test and research site.) But when the Soviet union's new leader nikita Khrushchev after a visit to China, he negate China's nuclear programme (in his view that China was a backward agricultural country, there is no need to waste money on the bomb) in the 60 s of the Soviet union unilaterally tore up nuclear assistance agreement, withdrew all experts in China, even don't even leave a piece of paper.

We are in the same situation as When China was developing atomic bombs on its own: lack of funds, talent and of course time...

To find the process of product engineer alone is not easy: college students lack of actual combat experience, different people and it's hard to communicate our online, and I'm here more ideal product engineer make product requires much more than the average, to understand software, electrical, electrochemical, fluid mechanics, also have a certain knowledge base for building materials.

Q: The product has become highly intelligent in the fourth generation. Do you have any ideas on the future optimization direction?

X: Actually, many customers have a theoretical cognitive bias towards our products.

Our technology is an integral impermeable dehumidification system, which is composed of two parts: layout scheme and intelligent host.

No matter how intelligent the product is, it has to return to the customer's demand, so the construction process is "refined" is one of our major direction.

For example, the negative rod used in foreign countries are unified specifications, so this length is not suitable for some door partition walls, and the final effect will of course be greatly reduced. Therefore, we now use the multi-point negative electrode layout technology, is to use their own development of multiple specifications, different length of the negative carbon rod, not only more portable than the previous copper rod, and can meet the needs of different house type.

We also attach great importance to the problem of moisture-proof corrosion of the interface technology and the connection head, which is also linked to our positive and negative pole grouping technology. All our data is not directly connected to the host, but grouped to the collector box, which avoids the corrosion and wear of materials to a certain extent. As for the selection of sealing materials for the hub box, we also attach great importance to the connection of the switch sheet. As for the intelligent upgrade of the host, we have realized the automatic acquisition, display and automatic judgment of the data, and will increase the interface optimization of the small program in the later period, to bring customers a better use experience.

Another key point is to expand the application scenario of the system. In addition to solving the dehumidification problem of the basement structure, our technology can also be placed in more scenarios, such as substituting physical slotting with other materials, such as using wind and solar energy to provide electric energy, and finally achieving the dehumidification effect.

Recently, we are doing a public welfare project experiment, which is to directly use the electroosmotic pulse anti-seepage dehumidification system on the old structure. If successful, it will undoubtedly benefit many owners who have finished decoration.

In addition, we also want to apply it to public works, such as flood control, waterless irrigation, termite prevention and land pollution control.