CN101660363A - Solar multifunctional bus waiting station - Google Patents

Abstract

The invention relates to a solar multifunctional bus waiting station which consists of a box body of the waiting station, a accumulator jar, a lighting fixture, a liquid crystal display, a fan, an ICcard identifier of a charging box, an alarm switch, a solar panel, a supporting frame, a management system of the waiting station and a camera, and the waiting station can complete a plurality of waiting services of the lighting of the waiting station, the broadcasting of a television program of the waiting station, the cooling of the fan, the charging of a mobile phone and the like by utilizing solar energy.

Description

Solar multifunctional bus waiting station

Technical field:

The invention relates to a solar bus waiting station device, in particular to a solar multifunctional bus waiting station powered by solar energy. The waiting station can complete lighting of the waiting station, playing of waiting TV programs, fan cooling, and charging of mobile phones by using solar energy. And many other waiting services.

Background technique:

Solar energy is a kind of clean energy, inexhaustible and inexhaustible, and will not cause environmental pollution. Nowadays, whether in coastal cities or inland cities, solar energy products are increasingly entering people's field of vision. Solar street lights, solar lawn lights, solar garden lights, solar corridor lights, traffic lights, etc. But the existing traditional bus waiting station still adopts the grid power supply mode, and the suburban waiting station cannot supply power because it is far away from the power supply. Therefore, it is inconvenient and unsafe to wait for the bus at night because there is no lighting device in the suburban waiting station. The waiting station in the urban area adopts the grid power supply mode, which consumes a large amount of electric energy every day, which will inevitably increase the burden on the grid.

Invention content:

In order to overcome the shortcomings of the existing bus waiting station and the power grid, and the suburban waiting station has no lighting devices. The present invention aims at the shortcomings of the existing bus waiting station, improves the existing bus waiting station, and proposes a The utility model relates to a multifunctional solar bus waiting station device powered by solar energy, which can use solar energy to complete multiple waiting services such as lighting of the waiting station, playing of waiting TV programs, fan cooling, and charging of mobile phones.

The technical solution adopted by the present invention to solve its technical problems is: a solar panel is installed on the top of the waiting station box body with good strength, and storage batteries, lighting lamps, electric fans, liquid crystal display screens, and cameras are installed in the waiting station box body. , charging box and multiple alarm switches, and a waiting station management system is also installed in the waiting station box.

The storage battery is installed in the storage battery box at the lower part of the waiting station box, the lighting is installed at the upper part of the waiting station box, the LCD screen is installed at the middle and upper part of the waiting station box, and the electric fan is installed on both sides of the LCD screen. The charging box is installed on both sides of the waiting station box, the alarm switch is installed on the lower part of the waiting station box, the solar panel is installed on the upper end of the waiting station box, the waiting station management system is installed inside the waiting station box, and the camera is installed on the The front and rear middle upper parts of the waiting station box.

The charging wire of the solar panel is connected to the storage battery through the waiting station management system, and the waiting station management system provides overcharge protection for the storage battery and short circuit protection for the solar panel. The power lines of lighting lamps and electric fans are connected to storage batteries through the waiting station management system. The waiting station management system provides over-discharge protection for storage batteries, and provides sound control, light control, temperature control and full power and half power for lighting lamps and electric fans. control. The power line of the LCD display is connected to the storage battery through the waiting station management system, which provides over-discharge protection for the storage battery and provides display information for the LCD display. The power line of the charging box is connected to the storage battery through the waiting station management system. The waiting station management system provides over-discharge protection for the storage battery and provides charging management control for the charging box. The camera and alarm switch are connected to the waiting station management system.

During the day, the photoelectric conversion is completed by solar panels, which convert light energy into electrical energy and charge the storage battery through the management system of the waiting station. Rain protection and shading function of the waiting station. The waiting station management system is also connected to the mains power grid, and the excess electric energy of the storage battery can be sent to the grid after the waiting station management system completes inversion and grid connection. The lighting is controlled by the waiting station management system, and the power is cut off during the day and the lighting is powered at night, and it is full-power lighting when there are people waiting for the bus at night, and half-power lighting when no one is waiting. The electric fan is controlled by the waiting station management system to power off at low temperature and power off at high temperature, and supply power when the temperature is high and there are people waiting for the bus, and power off when there is no one waiting for the bus. The liquid crystal display is controlled by the waiting station management system. When there are people waiting for the bus, the power supply is cut off when no one is waiting. The current position and road conditions of each vehicle. The charging box is controlled by the waiting station management system to charge and manage the small electrical equipment of the waiting passengers, connect to the small electrical equipment for charging, and connect to the large electrical equipment to refuse to charge. The camera is controlled by the waiting station management system to safely monitor the waiting station and its surrounding conditions, and send the monitoring information to the waiting station management center in due course, so as to record the accident scene when the waiting station equipment is stolen or destroyed. The alarm switch is controlled by the waiting station management system. The alarm switch is divided into 110 alarm switch and 120 alarm switch. When the 110 alarm switch is touched, the alarm signal, the position of the waiting station and the monitoring image are sent to the 110 alarm center. When the 120 alarm switch is touched, the alarm is triggered. Signals, waiting station seats and monitoring images are sent to the 120 emergency center, which can provide 110 and 120 personal safety alarm services for waiting passengers.

The beneficial effects of the present invention are: both the suburban waiting station and the urban waiting station use solar energy to provide electric energy, and use solar energy to complete multiple waiting services such as waiting station lighting, waiting TV program broadcasting, fan cooling, mobile phone charging, etc., without the need for commercial power grids Electric energy will not increase the burden on the power grid, and the excess electric energy can be sent to the power grid, which is environmentally friendly and energy-saving.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Fig. 1 is the overall structure diagram of the present invention.

Among Fig. 1 1. solar panel, 2-1. support frame, 2-2. support frame, 3. waiting station box, 4. storage battery, 5-1. electric fan, 5-2. electric fan, 6 .Waiting station management system, 7. LCD screen, 8-1. Charging box, 8-2. Charging box, 8-3. Charging box, 8-4. Charging box, 9-1.IC card jack, 9 -2.IC card jack, 9-3.IC card jack, 9-4.IC card jack, 10-1. camera, 10-2. camera, 11-1. alarm switch, 11-2. alarm Switch, 12-1. lighting lamp, 12-2. lighting lamp.

Detailed ways:

In Fig. 1, the storage battery (4) is firmly installed at the bottom of the waiting station casing (3) with good strength, and the lighting lamp (12-1) and lighting are installed on the top of the waiting station casing (3). Lamp (12-2), a liquid crystal display (7) is installed in the middle and upper part of the waiting station casing (3), and electric fan (5-1) and electric fan ( 5-2), charging box (8-1), charging box (8-2), charging box (8-3), charging box (8-4) and IC card jack (9-1), IC card jack (9-2), IC card jack (9-3), IC card jack (9-4), at the bottom of the waiting station casing (3) The alarm switch (11-1) and the alarm switch (11-2) are installed, and the solar battery panel (1) is installed on the box body of the waiting station through a support frame (2-1) and a support frame (2-2) with good strength (3), the waiting station management system (6) is installed in the middle of the waiting station box (3), and the camera (10-1) and camera (10-2) are installed in the front and back of the waiting station box (3) the upper middle.

In Fig. 1, the charging wire of the solar panel (1) is connected with the storage battery (4) through the waiting station management system (6), and the storage battery (4) is provided with overcharge protection by the waiting station management system (6). The solar panel (1) provides short circuit protection. The power line of lighting lamp (12-1) and lighting lamp (12-2) links to each other with storage battery (4) by waiting station management system (6), and storage battery (4) is provided by waiting station management system (6). protection, provide sound control, light control and half-power lighting control for lighting lamps (12-1) and lighting lamps (12-2). The power lines of the electric fan (5-1) and the electric fan (5-2) are connected with the storage battery (4) through the waiting station management system (6), and the storage battery (4) is provided by the waiting station management system (6). discharge protection, provide sound control and temperature control for the electric fan (5-1) and the electric fan (5-2). The power line of the liquid crystal display (7) is connected to the storage battery (4) through the waiting station management system (6), and the storage battery (4) is provided with over-discharge protection by the waiting station management system (6), and the liquid crystal display (7) The signal transmission line is connected with the waiting station management system (6), and the waiting station management system (6) provides display information for the liquid crystal display screen (7). The power lines of charging box (8-1), charging box (8-2), charging box (8-3), and charging box (8-4) are connected to storage battery (4) through waiting station management system (6), The waiting station management system (6) provides over-discharge protection for the storage battery (4), and provides charging boxes (8-1), charging boxes (8-2), charging boxes (8-3), charging boxes (8-4 ) provides charge management control. IC card jack (9-1), IC card jack (9-2), IC card jack (9-3), IC card jack (9-4) are managed by IC card reader and waiting station respectively The system (6) is electrically connected, and the charging box (8-1), charging box (8-2), charging box (8-3), and charging box (8-4) are controlled by the waiting station management system (6) to open and close . The camera (10-1) and the signal transmission line of the camera (10-2) are electrically connected to the waiting station management system (6). The signal transmission lines of the alarm switch (11-1) and the alarm switch (11-2) are electrically connected to the waiting station management system (6).

During the day, the photoelectric conversion is completed by the solar panel (1), and the light energy is converted into electric energy to charge the storage battery (4) through the waiting station management system (6), and the storage battery (4) stores the electric energy and supplies it to various uses in the waiting station. The electric equipment is powered, and the solar panel (1) is also used to complete the rainproof and shading functions of the waiting station. The waiting station management system (6) is also connected to the mains power grid, so that the redundant electric energy of the storage battery (4) can be sent to the power grid after the waiting station management system (6) completes inversion and grid connection. Lighting lamp (12-1) and lighting lamp (12-2) are controlled by waiting station management system (6) daytime power supply lighting at night, and full power lighting when no one is waiting at night when people are waiting. The electric fan (5-1) and the electric fan (5-2) are controlled by the waiting station management system (6) to cut off the power in winter and when the temperature is low, and to supply power in summer and when the temperature is high, and when the temperature is high and there are people waiting Power supply, power off when no one is waiting. Liquid crystal display screen (7) is controlled by waiting station management system (6) power supply power supply when there is no one waiting for the bus, and liquid crystal display screen (7) can receive TV station signal under the control of waiting station management system (6), and waits for the bus The station management system (6) can receive the location information and road condition information of each vehicle in a timely manner, regularly display the departure time of the first and last train of the vehicle, and display the current position and road condition of each vehicle. The charging box (8-1), charging box (8-2), charging box (8-3), and charging box (8-4) are controlled by the waiting station management system (6). When a valid IC card is inserted, the charging box door When opening and closing the charging box door, the IC card pops up, and the waiting station management system (6) controls the charging management of the small electrical equipment of the waiting person, and connects the small electrical equipment to charge, and connects to the large electrical equipment to refuse charging. The camera (10-1) and camera (10-2) are controlled by the waiting station management system (6) to monitor the waiting station and its surrounding conditions safely, and send the monitoring information to the waiting station management center in due course, so that the waiting station equipment Document the scene of the accident in the event of theft or vandalism. Alarm switch (11-1) and alarm switch (11-2) are controlled by waiting station management system (6), and alarm switch (11-1) and alarm switch (11-2) are divided into 110 alarm switches and 120 alarm switches, When the 110 alarm switch is touched, the alarm signal, the waiting station position and the monitoring image are sent to the 110 alarm center, and when the 120 alarm switch is touched, the alarm signal, the waiting station position and the monitoring image are sent to the 120 emergency center, which can provide 110 and 120 two kinds of personal safety alarm services.

Claims (3)

1. A multifunctional solar energy system consisting of a waiting station box, storage battery, lighting, LCD display, electric fan, charging box IC card reader, alarm switch, solar panel, support frame, waiting station management system, and camera The bus waiting station is characterized by: a solar panel is firmly installed on the upper end of the waiting station box with good strength through a strong support frame, and a storage battery is firmly installed on the lower part of the waiting station box. The waiting station management system and LCD screen are installed on the waiting station box. Cameras, lights, electric fans, alarm switches and charging boxes, solar panels, waiting station management system and storage batteries are also installed on the waiting station box. Good electrical connection, the solar panel converts light energy into electrical energy and charges the storage battery through the waiting station management system, and the storage battery provides electric energy for each electrical equipment at the waiting station, and the solar panel is also used to complete the waiting station. Rainproof and shading functions, the waiting station management system is also connected to the mains power grid, and the excess electric energy of the storage battery can be sent to the grid after the waiting station management system completes the inverter and grid connection, and the waiting station management system and the lighting are well connected electrically , the lighting is controlled by the waiting station management system, the power is cut off during the day and the lighting is powered at night, and at night when there are people waiting for the bus, the lighting is full-power and when no one is waiting, the lighting is half-power. Control electric fan power off in winter and when the temperature is low, power supply in summer and high temperature, and supply power when the temperature is high and there are people waiting for the bus, power off when no one is waiting, the waiting station management system and the LCD screen have a good electrical connection , the LCD screen is controlled by the waiting station management system. When there are people waiting for the bus, the power supply is cut off when no one is waiting. When there are people waiting for the bus, the LCD screen can receive and display the TV station signal and regularly display the current position of each vehicle under the control of the waiting station management system. Information and road condition information, regular display of the departure time of the first and last train of the car, good electrical connection between the waiting station management system and the charging box, the charging box is controlled by the waiting station management system, and the door of the charging box is opened and closed when a valid IC card is inserted When the charging box door is opened, the IC card pops up, and the waiting station management system controls the charging management of the small electrical equipment of the waiting passengers, connects the small electrical equipment to charge, and connects to the large electrical equipment to refuse to charge. The waiting station management system and the camera are in good condition. Electrically connected, the waiting station management system controls the camera to monitor the waiting station and its surrounding conditions, and sends the monitoring information to the waiting station management center in due course. When the waiting station equipment is stolen or destroyed, the accident scene is recorded, and the waiting station management The system and the alarm switch have a good electrical connection. The alarm switch is divided into 110 alarm switch and 120 alarm switch. The alarm switch is controlled by the waiting station management system. When the 110 alarm switch is touched, the alarm signal, waiting station position and monitoring image are sent to 110 alarm Center, when the 120 alarm switch is touched, the alarm signal, the seat of the waiting station and the monitoring image are sent to the 120 emergency center, which can provide 110 and 120 two kinds of personal safety alarm services for the waiting people. 2. The solar multifunctional bus waiting station according to claim 1, characterized in that: the waiting station management system manages each electrical equipment and provides over-discharge protection for the storage battery. 3. The solar multifunctional bus waiting station according to claim 1, characterized in that: the waiting station management system manages the process of charging the storage battery from the solar panel, and provides overcharge protection for the storage battery, and provides Short circuit protection.

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