5results about How to "Reasonable cooperation" patented technology

The utility model relates to the technical field of automobile glass lifter, concretely is a fork arm formula automobile glass lifter, including drive arm assembly, driven arm, short cross arm, long runner, short runner and motor mounting plate, the long runner is installed in the door side wall, the driven arm and short cross arm all are through the cooperation rotation of connecting assembly and the middle part of drive arm assembly and install, beneficial effect: structure simplification: the lifter structure of the utility model is relatively simple, and the connection and cooperation mode between each part are reasonable, avoid the complex connecting rod mechanism or steel wire rope structure in traditional lifter, thereby reduce the manufacturing and maintenance cost, convenient installation: because the lifter structure design of the utility model is reasonable, when installing, do not need to transform a lot to the door, only need to install the long runner in the door side wall, and install the motor mounting plate in the door inner plate side wall, can, greatly simplify the installation process, save the time cost.

This invention provides a photovoltaic (PV) power generation installation structure for the solar energy industry, relating to the field of solar PV power generation technology. It includes a base, an angle adjustment mechanism, columns, beams, and an adjustable installation device. In this invention, a driving component can move the related structures, adjusting the installation platform to a convenient tilt angle and lower position, eliminating the need for complex alignment and fixing by operators at high altitudes, thus reducing installation difficulty and safety risks. Furthermore, the simple fixing method allows for easy PV panel installation, enhancing installation convenience. This invention possesses precise angle adjustment capabilities, enabling flexible adjustment of the PV panel's direction and pitch angle based on changes in the sun's position. Through the coordinated action of a specific driving mechanism and transmission structure, the PV panel can always receive sunlight in the optimal posture, effectively solving the problem of traditional structures being unable to adapt to changes in the sun's position and significantly improving PV power generation efficiency.

This invention discloses a fully automated tin plating equipment for automotive components, belonging to the field of tin plating processing technology. It solves the problem of low coordination efficiency between the processing mechanisms in existing fully automated tin plating equipment for automotive components. The invention includes a frame, on which a material tray loading assembly is mounted. Next to the material tray loading assembly are a material suction and conveying assembly and a product positioning mechanism. Next to the product positioning mechanism is a tin plating assembly. A tin furnace module is mounted on the frame below the tin plating assembly. An unloading assembly is mounted between the tin plating assemblies next to the tin furnace module. A fixture tray positioning mechanism is mounted on the frame below the unloading assembly, and a material tray conveying mechanism is mounted on the unloading assembly. This invention is used for fully automated tin plating processing of automotive components, featuring a high degree of automation, smooth process, no interference or obstruction between mechanisms, and high production efficiency.

The application discloses a sewage inlet blockage detection device and method, and belongs to the technical field of sewage treatment equipment. The device comprises two detection tubes, a fixing frame, a guide rod, a guide ring, a filter screen, a traction structure, a control unit and an alarm unit. The detection tubes are respectively located on the two sides of a grid slag removal machine, and one end of each detection tube is provided with a liquid level meter; the filter screen is connected with the guide rod through the guide ring and is used for filtering sewage; the control unit receives the liquid level meter signal and calculates the liquid level difference, and controls the alarm unit to alarm when the liquid level difference exceeds a preset value; and the traction structure is used for replacing the filter screen. The method uses the above device, and comprises the steps of installation, detection, calculation, alarm and filter screen replacement. The application can accurately detect the blockage condition in real time, prevents the detection tube from being blocked, facilitates the replacement of the filter screen, improves the sewage treatment efficiency, has a simple structure and high adaptability.

This utility model relates to a device for desulfurization, dechlorination, and hardening of high-salinity wastewater using calcium carbide slag, belonging to the field of industrial wastewater treatment technology. The method includes steps such as heavy metal removal, magnesium ion removal, two-stage desulfurization and dechlorination, and calcium ion removal, sequentially achieving the removal of heavy metals and magnesium ions from the wastewater. 2+ SO4 2‑ Cl ‑ and Ca 2+ The system achieves efficient removal of calcium carbide slag, and the resulting precipitate is partially recycled for desulfurization after solid-liquid separation. The device includes a neutralization tank, a magnesium precipitation tank, a first reaction tank, a second reaction tank, a calcium precipitation tank, a desulfurization tower, a blower, and multi-stage solid-liquid separation units. It features a compact structure and clear division of labor. This invention fully utilizes calcium carbide slag solid waste resources, achieving high treatment efficiency, low operating costs, and resource-based utilization of byproducts. It possesses good engineering adaptability and economic and environmental benefits.