Solar energy power supplying type intelligent bus station bus shelter

Abstract

The invention discloses a solar-powered intelligent bus station shelter, which is composed of a top plate, a connecting frame and a seat. The connecting frame includes a first vertical frame, a second vertical frame, a third vertical frame and a fourth vertical frame. The first An equipment area is provided between the vertical frame and the second vertical frame, a large liquid crystal screen is provided between the third vertical frame and the fourth vertical frame, and a solar cell panel is provided on the top plate 1, and the solar cell panel passes through The connecting wire runs through the second vertical frame and is connected to the connecting box in the device box in the equipment area. The connecting box is connected to the inverter through the connecting wire, and the inverter is respectively connected to the power display and the battery. The horizontal frame and the third vertical frame running through the connecting frame are respectively connected with one end of the large LCD screen and the circuit control board. Solar panels solve the problem of large public electricity usage and reduce the workload of artificial power generation. Large LCD screens and heated seats improve user-friendly advertising and the problem of wet and cold seats in winter.

Description

technical field [0001] The invention relates to the technical field of municipal road engineering project equipment, in particular to a solar-powered intelligent bus station shelter. Background technique [0002] The bus shelter is a public facility built by citizens waiting for the bus in the city. The main function of the bus shelter is to wait for the bus, but it can also provide temporary rest. The light box can also provide advertising and night lighting. [0003] Since the current design of urban bus shelters is relatively traditional, with simple structure and no humanized function settings, at the same time, the electricity used by bus shelters is public electricity. Since there are multiple bus shelters in the city The equipment is turned on at the same time, resulting in a huge power consumption. Compared with the daytime, there are fewer people taking the bus at night, and the lighting equipment is turned on for a long time, which will inevitably waste resources. ...

AI Technical Summary

Problems solved by technology

[0003] Since the current design of urban bus shelters is relatively traditional, with simple structure and no humanized function settings, at the same time, the electricity used by bus shelters is public electricity. Since there are multiple bus shelters in the city The equipment is turned on at the same time, resulting in a huge power consumption. Compared with the daytime, there are fewer people taking the bus at night, and the lighting equipment is turned on for a long time, which will inevitably waste resources. Due to the consideration of electricity consumption, the general bus station waiting Most of the booths use the form of pasting advertisements as the main way of information publicity. Occasionally, special bus shelters are equipped with small electronic screens. You need to walk in to see the information clearly, which is troublesome. In winter, when some elderly people are waiting for the bus, due If the seats are wet or cold, you cannot take them, so the bus shelter lacks more humanized design

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