Energy saving device for underground buildings or channels

Abstract

The invention discloses an energy saving device for underground buildings or channels, which includes a control gate base and a control gate head. A control insertion cavity is arranged inside the control gate base. Insertion guide ports are arranged in the top of the control insertion cavity in a communicating manner. An electricity connecting piece is fixedly arranged on the top of each insertion guide port. Electricity connecting mechanisms symmetrically installed are respectively arranged on the left and right sides of the control gate base. Each electricity connecting mechanism includes alower chamber extending in the up-down direction and an upper chamber extending in the left-right direction. Each lower chamber and the corresponding upper chamber are communicated with each other. Atransverse connecting slot is arranged at the bottom of each lower chamber. The transverse connecting slots face towards the control insertion cavity, and are communicated with the control insertioncavity. A shift pressure spring is fixedly arranged in the outer side of each transverse connecting slot. The energy saving device has a simple structure, is easy to operate, adopts simple transmission inside, and costs low. The energy saving device prevents the interference of outside ashes and water drops to the electric energy control gate, reduces the waste of energy caused by the failure to discover a switch opened by mistaken touch, and ensures the electrical safety.

Description

technical field [0001] The invention relates to the technical field of energy saving, in particular to an energy saving device for underground buildings or passages. Background technique [0002] In underground buildings or underground passages, such as basements, tunnels, sewers and other dark places, lighting or some tools are essential for daily maintenance or inspection. The traditional switch uses a push-type control switch. Or a knife-type switch, but both of these switches have the disadvantages of loose closing, easy to get dust, and easy to close the switch by mistake, and this usually takes a long time until the next daily maintenance or repair. Only inspections can be found, which will inevitably cause a lot of waste of power, and will also use electrical devices to overload and shorten the service life. In view of this situation, there is a need for an efficient, safe and guaranteed device that will not be affected by dust or water droplets, and will not cause w...

AI Technical Summary

Problems solved by technology

[0002] In underground buildings or underground passages, such as basements, tunnels, sewers and other dark places, lighting or some tools are essential for daily maintenance or inspection. The traditional switch uses a push-type control switch. Or a knife-type switch, but both of these switches have the disadvantages of loose closing, easy to get dust, and easy to close the switch by mistake, and this usually takes a long time until the next daily maintenance or repair. Only inspections can be found, which will inevitably cause a lot of waste of power, and will also use electrical devices to overload and shorten the service life

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