A portable sunroof control device

Abstract

The invention relates to a portable skylight control device. The portable skylight control device is used for being connected with a power source and skylight loads to form a skylight adjusting system. The portable skylight control device comprises a box with a carrying handle, a wireless remote control unit, a power wire and load wires. A rotating switch, a wire inlet port and wire outlet ports are arranged in the box. The number of the wire outlet ports is the same as that of the skylight loads. A power transformer and a relay control board are arranged in the box. The relay control board corresponds to the wireless remote control unit. The rotating switch is connected with the power transformer. The power wire is electrically connected with the power transformer. The power transformer is connected with the relay control board. The load wires are connected to the relay control board. A control circuit is formed among the power source, the power transformer, the relay control board and the skylight loads. The relay control board is controlled by the wireless remote control unit to achieve circuit switching, and therefore the skylight loads are controlled to achieve function adjusting and switching. The portable skylight control device is convenient to carry, and the skylight adjusting system can be fast built to adjust skylights.

Description

Technical field: [0001] The present invention relates to the field of sunroof, and more particularly to a portable sunroof control device. Background technique: [0002] Automotive skylights are devices mounted on the car top and have functions such as ventilation and lighting heat dissipation, mainly mounted on the commercial SUV, cars and other models. Automobile sunroof can improve automotive grade, improve ventilation in the car, use the negative pressure principle to change the gas, ventilate gentle, affect the air conditioner, and it is not easy to enter the dust, can reduce noise, and have open vision, energy saving, etc. Advantage. [0003] At present, there are two common ways in the fields of the ordinary sedan of the domestic and foreign countries. One is to open a large opening in the roof, and set rails on both sides of the opening as a support frame of the sunroof glass, the sunroof glass generally includes front glass and afterwards. Glass, front glass can be slida...

AI Technical Summary

Problems solved by technology

[0005] However, the existing skylights generally have multiple functions, and the control cabinet for debugging this type of skylight needs to be electrically connected to multiple loads on the skylight, so as to perform multi-functional switching and debugging on the skylight. Therefore, the volume of the existing control cabinet is usually smaller than The skylight is very large, it is inconvenient to move, and the operation is complicated. Therefore, if the skylight needs to be debugged, the skylight can only be placed on the debugging tooling frame with universal wheels at the bottom, and then pushed to a place where the control cabinet is fixed for debugging. However, experiments such as the installation and debugging of skylights often need to be carried out in different places and experimental sites. For example, the skylight debugging system is often built quickly on the spot. The debugging system cannot meet the needs of rapid construction and switching in different places and experimental sites. At the same time, the load wiring of the control skylight needs to be converted on the tooling line column. The wiring operation is cumbersome and not convenient enough, and the exposed wiring poses a safety hazard.

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