CN206301489U - A reverse car search system - Google Patents

Abstract

The utility model discloses a kind of reverse vehicle searching system, it is therefore intended that, help user to quickly find car, cook up a rational path, and efficient quick, it is inexpensive, the technical scheme for being used for：Including the parking stall positioning terminal (1) being arranged on each parking stall, parking stall positioning terminal (1) on each parking stall is with unique parking stall identification information, parking stall positioning terminal (1) is wirelessly connected with mobile display terminal (3), mobile display terminal (3) can be bound with the parking stall identification information of parking stall positioning terminal (1), the parking stall positioning terminal (1) and mobile display terminal (3) are wirelessly connected to central server (2), central server (2) can obtain the binding information of mobile display terminal (3) and parking stall positioning terminal (1), and the positional information of parking stall where vehicle is sent to mobile display terminal (3).

Description

A reverse car search system

technical field

The utility model belongs to the technical field of traffic information, in particular to a reverse car search system.

Background technique

With the development of social economy and the improvement of people's living standards, more and more cars have entered the family, and the era of car consumption has come quietly. With the gradual increase of the number of cars, the parking lot is built bigger and bigger, and when the driver returns to the parking lot to pick up the car, it is not easy to find the car. Waste of time, the parking lot reduces the turnover rate and usage efficiency. Therefore, in order to solve the increasingly serious problem of "difficult and time-consuming to find a car", the reverse car search system was born. Improve the condition of the roadside, but also improve the efficiency of parking spaces. Under the condition of shortage of parking spaces, in the same period of time, the effective use time of parking spaces increases, and the proportion of idle and ineffective time consumption decreases. This will not only increase the revenue of the parking lot, but also improve the service quality of the parking lot and improve user satisfaction. The operation of the parking lot has entered a virtuous circle state of "construction-use-revenue-re-construction", which will facilitate the better development of the parking lot in the future.

The current reverse car search system includes card swiping positioning technology, license plate recognition technology, ticket picking and positioning technology, etc. The card swiping positioning technology has certain advantages. It uses the card swiping positioning terminals distributed in various areas of the parking lot to perform card swiping positioning. The positioning accuracy is relatively high and the reliability is high. But the cost is also relatively high, especially in large parking lots that may require multiple card-swiping positioning terminals, and the owner has to find a nearby positioning terminal, which is also time-consuming; the license plate recognition technology uses the front-end camera to return video images in real time , obtain the license plate number information of the vehicle, and perform vehicle positioning. But there are also certain defects. If it is blocked during the shooting process, it needs to be re-shot, and technology is needed to identify the license plate; the ticket collection and positioning technology is to take the barcode ticket from the barcode ticket machine in each area of the parking lot, and print Chinese on the ticket. Vehicle location information, read the ticket at the LCD inquiry terminal when picking up the vehicle. This technology also has certain shortcomings. If many users want to find a car at the same time, they will have to queue up to get tickets, so it is troublesome and time-consuming. So just need a time-saving, low-cost, high-efficiency, convenient reverse car-finding technology to solve the difficult problem of car-finding.

Contents of the invention

In order to solve the problems in the prior art, the utility model proposes a reverse car search system that can help users quickly find a car, plan a reasonable path, is efficient, quick, and low-cost.

In order to achieve the above purpose, the technical solution adopted by the utility model is: including the parking space positioning terminal arranged on each parking space, the parking space positioning terminal on each parking space has unique parking space identification information, and the parking space positioning terminal wirelessly connects with mobile The display terminal, the mobile display terminal can be bound with the parking space identification information of the parking space positioning terminal, the parking space positioning terminal and the mobile display terminal are both wirelessly connected to the central server, and the central server can obtain the binding information of the mobile display terminal and the parking space positioning terminal , and send the location information of the parking space where the vehicle is located to the mobile display terminal.

The parking space positioning terminal adopts an Ibeacon locator.

The parking space positioning terminal is provided with a signal amplification device for extending the wireless transmission distance.

The signal amplifying device is a repeater.

The mobile display terminal includes a smart phone, a tablet computer or a computer with an Android or IOS system.

Compared with the prior art, the utility model is equipped with a parking space positioning terminal on each parking space. The parking space positioning terminal on each parking space has unique parking space identification information. When the user parks the vehicle on the parking space, the user's mobile display terminal Binding with the parking space identification information of the parking space positioning terminal, the mobile display terminal transmits the binding information to the central server for storage, and transmits the location information of the parking space where the vehicle is located to the user's mobile display terminal. The location information of the vehicle's parking space is used to find the vehicle's parking space, and the mobile display terminal is used for navigation, which is convenient for users to find the car in reverse. The utility model can help the user quickly find the car, and plan a reasonable path, which is efficient, quick and low-cost.

Further, the use of the repeater expands the transmission distance of the Ibeacon locator, enables the Ibeacon locator to communicate with the mobile display terminal at a long distance, and improves the signal transmission stability of the utility model.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the work flowchart of the utility model;

Among them, 1-parking space positioning terminal, 2-central server, 3-mobile display terminal.

detailed description

Below in conjunction with specific embodiment and accompanying drawing, the utility model is further explained and illustrated.

Referring to Fig. 1, the utility model comprises the parking space positioning terminal 1 that is arranged on each parking space, the parking space positioning terminal 1 on each parking space has unique parking space identification information, and the parking space positioning terminal 1 is wirelessly connected with a mobile display terminal 3, mobile The display terminal 3 can be bound with the parking space identification information of the parking space positioning terminal 1, and the parking space positioning terminal 1 and the mobile display terminal 3 are all wirelessly connected to the central server 2, and the central server 2 can obtain the mobile display terminal 3 and the parking space positioning terminal 1. and send the location information of the parking space where the vehicle is located to the mobile display terminal 3.

The parking space positioning terminal 1 uses an Ibeacon locator. The parking space positioning terminal 1 is provided with a signal amplifying device for extending the wireless transmission distance. The signal amplifying device is a repeater. The mobile display terminal 3 includes a smart phone, a tablet computer or a computer with an Android or IOS system.

Each parking space in the parking lot is provided with a parking space positioning terminal 1. The parking space positioning terminal 1 is an Ibeacon locator, and a repeater is set on the Ibeacon locator. The mobile display terminal 3 includes a smart phone, a tablet computer or a computer, and the smart phone, a tablet computer or a computer can be Android system or IOS system. The mobile display terminal 3 communicates with each Ibeacon locator on the parking space respectively. Ibeacon locators should be laid in each parking area, and the ID number of each Ibeacon locator should be set to make their ID numbers unique. The repeater is used to expand the transmission distance of the Ibeacon locator, so that the Ibeacon locator can communicate with the mobile display terminal 3 at a long distance. When the car owner parks the car on the parking space, the ID number of the mobile display terminal 3 and the IBeacon locator is bound, and the mobile terminal displays the information of the parking space location.

The reverse car search system of the embodiment of the present utility model includes an Ibeacon locator and a smart phone, wherein the Ibeacon identification information is set at each parking space, and its identification information is unique. After the driver enters the parking lot, the smart phone sends the identification information of the parking space to the central server, and the driver can check the position of the car on the mobile phone for navigation. When the smart phone sends the identification parking space information to the central server 2, it also sends the IMEI code of the smart phone to the central server 2, so as to facilitate the discrimination of the information of the user and the ID number. When the driver enters the parking lot again to find a car, under the operation of the driver, the location information of the parking space can be known through the mobile phone, and the driver can be navigated to the location of the parking space.

The identification information is the ID number of the unique Ibeacon locator in the parking space area. This is to use the uniqueness of the ID to identify each parking space. After the smart phone receives the car-finding route of the central server 2, the car-finding route is provided to the driver to check, and the driver searches for the corresponding vehicle according to the car-finding route, and the mobile phone terminal supports the Android system or the IOS system.

Referring to Fig. 2, the working process of the present utility model is as follows:

Step 1, the driver parks the car in the parking lot area, and uses the smartphone to bind the information of the Ibeacon locator where the car is located;

Step 2, the smart phone transmits the binding information to the central server 2, confirms and stores the information;

Step 3, when the owner enters the parking lot again, the smart phone will display the detailed location of the vehicle, which is convenient for the user to check;

Step 4, the car owner navigates through the smartphone, and arrives at the location of the car according to the optimal path displayed on the smartphone;

Step 5, the car owner finds the car and leaves the parking lot.

The reverse car search system provided by the utility model can bind the parking space information with the user information, and transmit it to the mobile display terminal, so that the user can know the information of the parking space and facilitate the reverse car search.

Claims (5)

1. A reverse car search system, characterized in that, comprises a parking space positioning terminal (1) arranged on each parking space, and the parking space positioning terminal (1) on each parking space has unique parking space identification information, and the parking space positioning The terminal (1) is wirelessly connected with a mobile display terminal (3), and the mobile display terminal (3) can be bound with the parking space identification information of the parking space positioning terminal (1), and the parking space positioning terminal (1) and the mobile display terminal (3 ) are wirelessly connected to the central server (2), the central server (2) can obtain the binding information of the mobile display terminal (3) and the parking space positioning terminal (1), and send the position of the parking space where the vehicle is located to the mobile display terminal (3) information. 2. a kind of reverse car search system according to claim 1, is characterized in that, described parking space location terminal (1) adopts Ibeacon locator. 3. A reverse car search system according to claim 2, characterized in that the parking space positioning terminal (1) is provided with a signal amplification device for extending the wireless transmission distance. 4. A reverse car search system according to claim 3, characterized in that the signal amplifying device is a repeater. 5. A kind of reverse car search system according to claim 1, is characterized in that, described mobile display terminal (3) comprises the smart phone, panel computer or computer with Android or IOS system.