3results about How to "Reliable coverage" patented technology

The utility model relates to the technical field of cable connection, in particular to a power connection structure of a new energy charging cable connector, which comprises a front cover, a first conductive element, a second conductive element, a rear cover and a cable connection assembly, and is characterized in that the front cover is provided with a power connection cavity, and one end of the front cover is provided with a wiring positioning groove; the wiring positioning groove is provided with a first power connection sheet and a second power connection sheet, and the first power connection sheet and the second power connection sheet are used for being connected with a connector. The first conductive element comprises a first conductive connection part and a first wiring part, and the first conductive connection part is connected with the first power connection sheet; the second conductive element comprises a second conductive connection part and a second wiring part, and the second conductive connection part is connected with the second power connection sheet; and one end of the rear cover covers the front cover so as to cover the power connection cavity. According to the utility model, the problem of insufficient stability caused by direct connection through a cable in the prior art is solved. And a conductive element is arranged in the middle for conduction. The cable connector ensures the stability of conductive transmission, and is especially suitable for a new energy charging cable connector.

The utility model belongs to the technical field of fire fighting and production water, concretely relates to a kind of automatic control device of water level of reservoir, including reservoir, the inside of reservoir is equipped with water level meter, the inside of reservoir is detachably connected and is communicated with water inlet mechanism, the inside of reservoir is detachably connected and is communicated with outlet pipe, the outer periphery of outlet pipe is detachably connected and is communicated with booster mechanism, the outer periphery of booster mechanism is detachably connected and is communicated with fire-fighting mechanism, the end of booster mechanism is detachably connected and is communicated with water using mechanism, the upper portion of reservoir is provided with cover plate assembly, water level meter is connected with controller, water inlet mechanism, booster mechanism, fire-fighting mechanism and water using mechanism are all connected with controller, relative to prior art, the utility model not only avoids the error and lag that may appear in artificial monitoring, ensures that reservoir is always maintained in reasonable water interval, realizes the efficient use of water resources, to ensure fire water.

The embodiment of the invention relates to the technical field of unmanned aerial vehicles, and discloses an inspection configuration information generation method and computer equipment. The method comprises the following steps: acquiring line equipment information, determining a base station meeting a preset base station screening condition from a plurality of base stations as a target base station according to position information of the base stations and position information of a target inspection line, determining a maximum reachable range of an unmanned aerial vehicle and a maximum communication range of the target base station, and determining a target inspection line according to the maximum reachable range and the maximum communication range. And determining the cell meeting a preset cell screening condition in the plurality of cells as a target cell, and generating inspection configuration information according to the target base station and the target cell. According to the embodiment of the invention, the target base station meeting the preset base station screening condition can be flexibly configured, and the starting intelligence degree of the base station can be improved. In addition, the target nest is automatically configured in combination with the maximum reachable range of the unmanned aerial vehicle, so that the method can adapt to the working conditions of different unmanned aerial vehicles.