Indicating guide system of available parking spaces for planar car parks

Abstract

The invention relates to an indicating guide system of available parking spaces for planar car parks. The indicating guide system comprises a plurality of detecting units, a plurality of display units, an indicating guide server and a power supply element. The detecting units are fixed the parking spaces of a car park, respectively. The display units are fixed to the front edges of the parking spaces in the car park, respectively. The indicating guide server is connected with an entry barrier unit of the car park and the detecting units and display units in the parking spaces and is internally provided with a control program. The control program in the indicating guide server allows the display units at the front edges of the parking spaces to generate a light-on guide mode of dynamic merry-go-round action sequence, and each vehicle driver entering the car park is allowed to locate the available parking spaces fast.

Description

【Technical field】 [0001] The invention relates to an indication and guidance system for empty parking spaces in a flat parking lot, which belongs to the technical field of parking lot management applications. In each parking space and at the front edge of the parking lot, a detection unit and a Display unit, and by means of a control program in the guidance server, the display unit on the front edge of each parking space will generate a sequential lighting guidance mode of dynamic marquee action, and provide each parking space Vehicle drivers in the parking lot can quickly and effectively find the vacant parking spaces they want by following the guidance mode of the sequential lighting of the display units, completely eradicating the time-consuming search for vacant parking spaces in the parking lot. missing. 【Background technique】 [0002] At present, the parking problem is a problem that modern cities in all countries must face. Therefore, in addition to the public parkin...

AI Technical Summary

Problems solved by technology

However, the underground parking lots of some buildings and department stores use counters to detect incoming and outgoing vehicles, and then calculate whether the parking spaces are full. parking spaces (e.g. figure 1 As shown in 11A in ), it often causes multiple vehicles to search for vacant parking spaces floor by floor, which will not only cause serious traffic jams in the parking lot, but also increase the fuel consumption of vehicles and the waste of searching time, especially at airports or trains In the parking lot attached to the station, due to the large number of parking spaces 11 and the extremely high utilization rate, it will increase the difficulty of finding an empty parking space, causing the driver to miss the original flight or train.

Therefore, some parking lots will choose to use a large number of personnel to direct the vehicles. Although it can reduce the time to find an empty parking space, it will increase the cost of personnel costs and increase the operating cost of the parking lot.

[0003] Therefore, under the factor of not increasing the cost of hiring and commanding the vehicle personnel, the display screen of the parking space has been set at the entrance of the parking lot, such as Taiwan's new patent No. M374121, No. M429953 and Chinese utility model patent CN2503548, etc. like figure 1 As shown, the position of the empty parking space 11A in the parking lot 10 is displayed on a screen T, so that the driver of the vehicle can view the position of the empty parking space 11A in the current parking lot 10 before entering the parking lot 10. , but if many cars line up to enter the parking lot 10, every vehicle driver who is about to enter the parking lot will look at the screen T, which will hinder or increase the waiting time for entering the parking lot 10, and will also be in the parking lot 10. In addition, for some unfamiliar parking lots, although the location of the vacant parking spaces can be known from the display screen, the driver does not understand the planned movement lines in the parking lot and lacks other Under the effective guiding mechanism, after entering the parking lot, it takes more time to adapt to the moving line of the parking lot at the same time, and to find the location of the empty parking space. Therefore, the method disclosed above is still Can't overcome the lack of quickly finding an empty parking space in the car park

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