3results about How to "Save labor resources" patented technology

A cooling tower with an automatic cleaning system, characterized in that it comprises a cooling tower main frame for supporting the structure of the whole cooling tower; a filler part comprising at least one cooling tower filler and a filler supporting part, which is installed in the cooling tower for heat exchange; a cleaning part comprising a cleaning device and a vibrating device, the cleaning device being arranged on the inner and outer sides of the cooling tower filler, and the vibrating device being arranged on the cooling tower main frame or the filler supporting part for cleaning and vibrating off the dirt such as scale, silt and mud on the filler; and a water collecting device at the bottom of the cooling tower for collecting the cooling water and the cleaning sewage. The cooling tower of the present application can achieve deep cleaning without disassembling the structure, reduce filler corrosion, prolong the service life of the filler and reduce cleaning cost.

The invention discloses an automatic linkage method of a panoramic AI camera, and relates to the technical field of the panoramic AI camera, and the method comprises the steps: capturing a human shape through a 360-degree panoramic picture formed by a prime lens, automatically calculating which lens picture the human shape belongs to through AI real-time analysis, calculating x-axis and y-axis positions of a human shape contour pixel region in the picture, and carrying out the real-time linkage of the human shape. And on the basis of a horizontal 360-degree circle and a vertical 180-degree circle, converting and calculating the direction of the human shape so as to control the optical zoom lens to rotate to the corresponding direction to carry out zoom shooting. According to the application, 360-degree panoramic environment monitoring of an engineering construction site can be realized through one AI device, an operation detail picture is monitored in an automatic zooming manner during personnel operation, and AI analysis is carried out on the whole site in real time; and through the scheme of panorama and holder automatic linkage, the problems of low-lying and high-altitude monitoring blind areas and incapability of automatically tracking, zooming and monitoring are solved, and the problem that an operator often moves equipment or a lens angle in the construction process can be solved only by erecting the equipment once.

The present disclosure provides a layout structure determination method and device, equipment and a storage medium, relates to the technical field of computers, in particular to the technical field of quantum computers, quantum chips and quantum simulation. The specific implementation scheme is: obtaining a target search range of a geometric parameter of a chip layout structure to be designed based on a target parameter required by the chip layout structure to be designed; the target search range represents a value range of the geometric parameter of the chip layout structure to be designed; the value of the geometric parameter can affect a capacitance parameter of the chip layout structure; obtaining a target value of the geometric parameter of the chip layout structure to be designed in the target search range based on the target parameter; obtaining a target chip layout structure based on the target value of the geometric parameter; the value of the geometric parameter of the target chip layout structure is the target value, and difference information between a simulation parameter corresponding to the target chip layout structure and the target parameter satisfies a preset difference requirement.