6results about How to "Small impact on structure" patented technology

The application provides a geotextile mat with electroosmosis function, and belongs to the technical field of geotextile mats.The application comprises a fixing rod arranged on a geotextile mat body;an electrode arranged on the geotextile mat body and fixed on the fixing rod, used for providing the geotextile mat with electroosmosis function, and also used for acting as a keel of the geotextile mat to limit deformation of the geotextile mat; a data collector arranged on the geotextile mat body, used for measuring tailing pressure and water content and transmitting to a power supply collecting device; and a potential measuring needle arranged on the data collector, used for measuring current and voltage between tailings and transmitting to the power supply collecting device.The application has the electroosmosis function by arranging the electrode and the data collector on the traditional geotextile mat and cooperating with the power supply collecting device, and can adjust the drainage intensity according to actual conditions, so that the monitoring-drainage integration is realized.

This utility model discloses an auxiliary flipping mechanism for automotive parts inspection, relating to the field of automotive parts inspection technology. It includes a base assembly and a flipping frame. A driving component is horizontally mounted on the top of the base assembly, and movable columns are vertically mounted at both ends of the top of the driving component. The flipping frame is connected to one side of the middle section of the movable columns. This auxiliary flipping mechanism for automotive parts inspection utilizes a buffer post between the support frame and the clamping plate. Through its elastic telescopic structure, the entire flipping frame is translated under the drive of the movable columns and the driving component. When clamping and limiting the workpiece, it avoids excessive clamping that could cause unnecessary damage, thus providing structural protection. The structural cooperation of the driving component and the movable columns allows for flexible structural adjustments within a certain range based on the size of the workpiece, ensuring clamping stability and facilitating the inspection and flipping of automotive parts.

The utility model discloses a hidden ladder box and a vehicle. According to the scheme, the hidden ladder box comprises a bottom plate; the cover plates are sequentially arranged on one side plate face of the bottom plate in the first direction, the length direction of the cover plates extends in the second direction, each cover plate comprises a supporting part and connecting parts arranged on the two opposite sides of the supporting part, each supporting part is provided with an opening facing the bottom plate, and the supporting parts and the bottom plate jointly define a containing space used for containing the hidden ladder body; the containing space extends and penetrates in the second direction, the two connecting parts are arranged on the two opposite sides of the opening, the connecting parts extend in the direction opposite to the bottom plate in the first direction, the connecting parts are attached to and welded to the bottom plate, and the welding positions of the connecting parts and the bottom plate are spaced from the supporting parts in the first direction. And meanwhile, the welding position of the connecting part and the bottom plate can be located outside the storage space, welding slag can be prevented from being formed in the storage space, and the drawing smoothness of the hidden ladder body is improved.

This utility model discloses a complete separation and collection system for rainwater and sewage on a coal wharf platform. The coal wharf platform is equipped with a clear water pool and a sewage pool below it. A drainage pipe is pre-embedded along the wheel sill of the platform, connecting to the clear water pool. The drainage pipe opening is fitted with an internal plug-type sealing cap, which is normally closed. A sewage ditch is provided on the platform, connecting to the sewage pool. A water-blocking ditch is also installed along the bank of the sewage ditch, containing an inflatable rubber water-blocking bag connected to an air pump. At the start of rainfall, the rubber water-blocking bag is not inflated, and the drainage pipe opening is normally closed. Initially, the coal wastewater flows into the sewage ditch. After 30 minutes, the rubber water-blocking bag is inflated, preventing subsequent rainwater from entering the ditch. Simultaneously, the internal plug-type sealing cap of the drainage pipe opening is opened, allowing subsequent rainwater to flow by gravity into the clear water pool via the drainage pipe. After the rainfall ends, the cap is closed, and the water-blocking bag is emptied, completing the complete separation and collection of initial coal wastewater and subsequent clean rainwater at the wharf.

This utility model discloses a chemical storage component and a water tank cleaning base station. The chemical storage component includes a storage chamber and a detection mechanism. The storage chamber stores the chemical, and the outlet allows the base station to supply the chemical to the water tank and / or cleaning equipment, meeting the need for adding chemical during water tank maintenance. The detection mechanism can detect the chemical level, solving the problem in existing technologies where users cannot know the chemical level in the base station in a timely manner. Users no longer need to spend time and effort checking the chemical level periodically, reducing maintenance costs. Moreover, it avoids situations where the water quality in the tank cannot be effectively adjusted due to the failure to detect the chemical depletion in time, ensuring the normal use and hygiene of the water tank.

This utility model discloses an immersion liquid-cooled server mounting structure, including a front fixing plate, a rear fixing plate, a left fixing plate, a right fixing plate, and a mounting plate. The front and rear fixing plates are respectively overlapped and installed below the front and rear mounting ears on the front and rear sides of the server. The left and right fixing plates are respectively connected between the front and rear fixing plates by fixing bolts. The front, rear, left, and right fixing plates surround and fix the server. The mounting plate is detachably connected between the front and rear fixing plates, and a mounting hole is provided in the middle of the mounting plate. This utility model requires no modification to the original server structure and can be installed on the server without damage. The weight of the server is supported by the mounting ears on the front and rear fixing plates, resulting in a reliable structure and stable mounting process.