TWI615811B - Intelligent parking space management system - Google Patents

Abstract

An intelligent parking space management system includes a management platform, a plurality of parking management applications, and a plurality of access control devices. Through this creation, using wireless communication technology and cloud management platform, together with management applications used by mobile electronic devices, as a real-time match between at least one idle parking space owned by at least one supplier and the short-term parking demand of a user, Increase the use of idle parking spaces to reduce the occurrence of illegal parking.

Description

Intelligent parking space management system

This creation belongs to the field of parking space management systems, especially an intelligent parking space management system, which is used to match the idle parking spaces used by those with short-term parking needs in order to improve the flexibility of use.

Finding a parking space in the urban area or downtown area is not easy, and because the parking fee is different due to the difference between public and private, it is difficult to predict whether there is a parking space in the local area before driving into the urban area or downtown area. Furthermore, due to tolls, parking places and searching for parking spaces, a lot of time, energy, gas, and other tangible or intangible unnecessary wastes are consumed. Even now there are many real-time online information services that provide car owners to check remaining parking spaces. However, the number of parking spaces is still in short supply, especially in urban areas or downtown areas, which is often a driver's nightmare. Therefore, some drivers risk parking illegally, which may cause traffic accidents in addition to causing troubles for other vehicles.

Although the demand for parking spaces in urban areas is in high demand, there are still many parking spaces in many buildings in the downtown area that are not released for parking by outside cars and appear to be idle. The proportion of these empty parking spaces is as high as 70% of all parking spaces. In some non-noisy commercial buildings, the number of vacant parking spaces is even greater. The main reason for these parking spaces to be vacant is that the property rights of the parking spaces belong to the building occupants, but the vacancy of the parking spaces during certain periods of time may be particularly obvious due to outdoor, overseas, or long-term business trips, resulting in considerable waste.

In view of this, the author has produced some stops that can be idle for a short period of time. The concept of full utilization of parking spaces, further using the Internet of Things technology, to release short-term idle parking spaces, can quickly match with users who need short-term parking needs, so that these originally short-term parking spaces can be obtained The most effective use to avoid waste. At the same time, through appropriate access control devices, the safety of the residents of the building can be ensured, and the idle parking space can be prevented from being misused or misused.

The purpose of this creation is to provide a smart parking space management system, using remote control and wireless transmission technology, as a member who can provide a short-term idle parking space, and a quick medium between members who want to use the idle parking space. The platform, and can effectively use the idle parking space to achieve mutual benefits.

In order to achieve the above purpose, this creation is an efficient smart parking management system, which is used to match at least one short-term idle parking space owned by at least one supplier and the short-term parking demand of a user. The smart parking space The management system includes: a management platform including a front management server, an arithmetic processing server, and a database storage server. The front management server mainly receives and transmits encrypted network information through TCP Socket. ; The operation processing server is electrically connected to the front management server and the database storage server, and the operation processing server is for receiving the network information to perform calculations and perform corresponding control means, For example: storing data by classification or sending control signals to the storage server of the database; the storage server of the database stores data classified by the operation processing server, and has a member database and parking space data Database, the member profile stores more than one member profile, and the parking profile database stores more than one parking profile; multiple parking spaces Manage applications for that provision And the user use a mobile electronic device to download and complete the connection with the management platform through the network to transmit the network information. The parking management application has a user interface, and the user interface is for input and includes At least one input field, at least one query field, at least one reminder notification field, and a display window, where the input field is for input such as: member information related to member registration and member login, and the idle parking space After registration of the parking space information, the query field can perform the above query of the member information and the parking space information such as parking space inquiry and cost inquiry, and the reminder notification field displays the operation processing server for the For the use status of the idle parking space by the user, the display window displays a QR CODE code corresponding to the parking space data registered by the user; and a plurality of access control devices are set corresponding to each idle parking space, And each access control device is provided with a QR CODE reader for reading the QR CODE to enable the idle parking space, and After using a feedback signal to the management platform, computing further analyzed using the idle state of the parking space. It should be noted that the parking space information corresponds to the GPS positioning coordinates of the location of the idle parking space and a usage timetable, and the usage timetable is divided into a plurality of time periods, and each time period is at least 3 hours. In addition, the membership information is divided into two types: parking space members and parking space members. Parking space members include the member's real name, name and password, as well as the address and parking space number of the parking space. And password, and the number of the vehicle you want to use. The member database and the parking space database used in this creation are related database structures.

In an embodiment, the intelligent parking space management system of the present invention further has a digital input device, which is electrically connected to the access control device and the arithmetic processing server, and the arithmetic processing server is registered according to the user. Use the parking space information to generate a set of passwords, After using the digital input device to input the use password, the user can release the access control device and use the idle parking space in a state that both the QR CODE and the use password are met, which greatly improves the security effect during use.

In addition, the intelligent parking space management system created by this creation also has an online customer service dedicated line mechanism, which can be connected through the parking management application, and can be explained by, for example, voice calls or online text. It also has an operation and use database, which is stored in the database storage server and connected to the online customer service mechanism, and the text or image operation instructions of the operation and use database can be displayed in text form.

In addition, the intelligent parking space management system created by this invention further has a parking space identification device, which is electrically connected to the arithmetic processing server and the database storage server to identify whether a vehicle is parked on the idle parking space. The operation processing server compares and updates the parking space data in the database storage server. In this embodiment, the parking space identification device has a light-sensing element corresponding to an appropriate position of the idle parking space. When a vehicle is parked, a sensing signal is generated and transmitted to the arithmetic processing server for updating. The database stores the status of the parking space data in the server.

1‧‧‧Smart parking space management system

11‧‧‧Management Platform

111‧‧‧ Front Management Server

112‧‧‧ Operation Processing Server

113‧‧‧Database storage server

1131‧‧‧Member Database

11311‧‧‧ Member Information

1132‧‧‧Parking Database

11321‧‧‧Parking Information

12‧‧‧ parking app

131‧‧‧user interface

1211‧‧‧ input field

1212‧‧‧Query field

1213‧‧‧Reminder notification field

1214‧‧‧Show window

13‧‧‧Access control device

131‧‧‧QR CODE reader

132‧‧‧ Digital Input

14‧‧‧Online customer service line mechanism

15‧‧‧Parking space identification device

FIG. 1 is a configuration diagram of a preferred embodiment of the present invention.

FIG. 2 is a schematic configuration diagram of a user interface of a parking management application according to a preferred embodiment of the present invention.

FIG. 3 is a schematic diagram (1) of the state during the operation of the preferred embodiment of the author.

FIG. 4 is a schematic diagram of the state during operation of the preferred embodiment (2).

FIG. 5 is a schematic diagram of the state of the preferred embodiment during operation (3).

In order to make your reviewers understand the content of this creation clearly, please only use the following description with drawings, please refer to it.

Please refer to Figures 1, 2 and 3 ~ 5, which are schematic diagrams of the configuration of the user interface of the preferred embodiment of the creation and the parking management application and the diagrams of the states during operation. As shown in the figure, an intelligent parking space management system 1 of this creation is used to match at least one idle parking space owned by at least one supplier and the short-term parking demand of a user. The intelligent parking space The management system 1 includes a management platform 11, a plurality of parking management applications 12, and a plurality of access control devices 13.

The management platform 11 includes a front management server 111, an operation processing server 112, and a database storage server 113. The front management server 111 mainly receives and transmits an encrypted network through TCP Socket. Information; the calculation processing server 112 is electrically connected to the front management server 111 and the database storage server 113, and the calculation processing server 112 is for receiving the network information to perform calculations, and to perform calculations accordingly. Corresponding control means, such as: storing data in categories or sending control signals to the database storage server 113; the database storage server 113 stores and classifies the data classified by the operation processing server 112, and has a Member database 1131 and a parking space database 1132, the member database 1131 stores more than one member information 11311, and the parking space database 1132 holds more than one parking information 11321; it should be noted that the member The database 1131 and the parking space database 1132 are related database structures, and the member information 11311 is divided into providing parking space members and using parking spaces. There are two types of parking spaces. Members who provide parking spaces include the member ’s real name, name, and password, as well as the address and parking number of the vacant parking space. Members who use parking spaces include the member ’s real name, name, and password, and the vehicle number of the vehicle to be used. Wherein, the parking space information 11321 corresponds to the GPS positioning coordinates of the location of the idle parking space and a usage timetable, and the usage timetable is divided into three periods of morning, middle and evening, and each time period is 8 hours , Not only convenient for control, but also more in line with the needs of short-term parking.

The plurality of parking management applications 12 are for use by the supplier and the user, such as: mobile phones, tablets, or notebook computers and other mobile electronic devices through the network (including: 2G, 3G, 3.5G, 4G or WIFI, etc. Wireless network or wired network) to download and complete the connection with the management platform 11 to transmit the network information, the parking management application 12 has a user interface 121, and the user interface 121 is provided for The input includes a plurality of input fields 1211, a plurality of query fields 1212, a plurality of reminder notification fields 1213, and a display window 1214, where the input field 1211 is for input such as: the member registered and the member login related to the member Information, as well as the parking space information after the registration of the vacant parking space, the inquiry field 1212 can perform the above-mentioned inquiry purposes such as the member information 11311 and the parking space information 11321, such as parking space inquiry and fee inquiry, the reminder notification bar Bit 1213 shows the use status of the computing server 12 for the idle parking space for the user. The display window 1214 is based on the parking space registered by the user. 11321 corresponding to the display material and a QR CODE codes.

For example, the reminder notification field 1213 will perform various reminders according to the following conditions: 1. Once Party B successfully uses Party A's idle parking space, the management platform 11 of this creation will immediately send a notification to Party A to inform the parking space Already in use. 2.If Party B stops There is 30 minutes left between the time period that Party A can provide and Party B has not left the parking space. The management platform 11 will send a notification to Party B in the reminder notification field 1213 to remind Party B's attention. 3. If Party B's parking time is five minutes away from the time provided by Party A, and Party B has not left the parking space, the management platform 11 will issue an alarm to Party B, and the parking application 12 will issue an alarm sound to remind attention . 4. If Party B's parking exceeds the time limit, the management platform 11 will issue a notice to the parking management company to prepare to take towing or other actions to safeguard Party A's rights and interests.

A plurality of access control devices 13 are provided corresponding to each vacant parking space, and each of the access control devices 13 is provided with a QR CODE reader 131 for reading the QR CODE to enable the vacant parking space, and After the activation, a usage signal is fed back to the management platform 11 to further calculate and analyze the use status of the idle parking space, and store the status in the parking space database 1132.

In order to further improve the safety of parking space control, in addition to the QR CODE authorization mechanism provided by the management platform 11, the intelligent parking space management system 1 of this creation further has a digital input 132, which is electrically connected to the The access control device 13 and the operation processing server 112 generate a set of use passwords based on the parking space information 11321 registered by the user, and use the number input 132 to input the use passwords. Therefore, when the user releases the access control device 13 and uses the idle parking space in a state that the QR CODE and the use password are simultaneously met, the safety of parking space control is also relatively improved.

In addition, the intelligent parking space management system 1 created by this creation also has an online customer service dedicated line mechanism 14. The parking management application 12 can be connected, and can be explained by, for example, voice calls or online text, and stored in the database. The storage server stores operating data The library 1133 is connected to the online customer service mechanism 14, and the text or image operation instructions of the database 1133 can be displayed in text mode.

Moreover, in order to monitor the use status of the idle parking space in real time, the intelligent parking space management system 1 of this creation further has a parking space identification device 15, which is electrically connected to the arithmetic processing server 112 and the database storage server 113 To identify whether a vehicle is parked on the idle parking space, the arithmetic processing server 112 compares and updates the parking space data 1132 in the database storage server 113 in real time, and the parking space identification device 15 of this creation is Commonly used light-sensing elements are used to detect whether the vehicle is parked by using the light-sensing effect, which is corresponding to the appropriate position of the idle parking space. When a vehicle is parked, a sensor signal is generated and transmitted to the calculation. The processing server 112 updates the state that the parking space data 1132 in the database storage server 113 has been used.

However, the above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation. Therefore, those who have ordinary knowledge in the technical field or are familiar with this technology make equivalent or easy Those who change, without departing from the spirit and scope of this creation, should make equal changes and modifications, which should be covered by the scope of this creation's patent.

1‧‧‧Smart parking space management system

11‧‧‧Management Platform

111‧‧‧ Front Management Server

112‧‧‧ Operation Processing Server

113‧‧‧Database storage server

1131‧‧‧Member Database

11311‧‧‧ Member Information

1132‧‧‧Parking Database

11321‧‧‧Parking Information

12‧‧‧ parking app

131‧‧‧user interface

1211‧‧‧ input field

1212‧‧‧Query field

1213‧‧‧Reminder notification field

1214‧‧‧Show window

13‧‧‧Access control device

131‧‧‧QR CODE reader

132‧‧‧ Digital Input

14‧‧‧Online customer service line mechanism

15‧‧‧Parking space identification device

Claims (8)

An intelligent parking space management system is used to match the short-term parking demand of at least one idle parking space owned by at least one supplier with a user. The intelligent parking space management system includes a management platform including a front A management server, an operation processing server and a database storage server are provided. The front management server mainly receives and transmits encrypted network information through TCP Socket; the operation processing server is electrically connected to the front A management server and the database storage server, and the calculation processing server is for receiving the network information for calculation, and correspondingly stores and categorizes data or sends a control signal to the database storage server And other control means; the database storage server stores the data classified by the operation processing server, which has a member database and a parking space database, the member data stores more than one member data, and the The parking space database stores more than one parking space information. The membership information is divided into two types: parking space members and parking space members. Parking members include the member ’s real name, name, and password, as well as the address and parking number of the vacant parking space, while parking members include the member ’s real name, name, and password, and the number of the vehicle to be used; multiple parking management applications, For the supplier and the user to use the mobile electronic device to download and complete the connection with the management platform through the network to transmit the network information, the parking management application has a user interface, and the user interface is The input fields include at least one input field, at least one query field, at least one reminder notification field, and a display window. The input field is for inputting the member information related to member registration and member login, and the idle parking. After registration of the parking space information, the inquiry field can It is expected that the parking space information is used for inquiries such as parking space inquiry and cost inquiry. The reminder notification field displays the operation processing server's use status of the idle parking space for the user. The display window is based on the user registration. The parking space data correspondingly displays a QR CODE code, and the parking space data also corresponds to the GPS positioning coordinates and the use time table containing the location of the vacant parking space; and a plurality of access control devices corresponding to each vacant parking space, respectively. And each access control device is provided with a QR CODE reader to read the QR CODE to enable the idle parking space, and feedback a usage signal to the management platform after activation for further calculation and analysis The use status of the free parking space. According to the intelligent parking space management system described in item 1 of the scope of patent application, there is a digital input device, which is electrically connected to the access control device and the arithmetic processing server, and the arithmetic processing server is registered according to the user. A set of usage passwords is generated from the parking space information. After using the digital input device to input the usage passwords, the user can release the access control device and use the idle when the QR code and the usage passwords are simultaneously met. parking space. According to the intelligent parking space management system described in item 1 of the scope of patent application, the use time table is divided into a plurality of time periods, and each time period is at least 3 hours. For example, the intelligent parking space management system described in item 1 of the scope of patent application has an online customer service dedicated line mechanism, which can be connected through the parking management application, and can be explained by voice call or online text. According to the intelligent parking space management system described in item 4 of the scope of patent application, there is an operational database, which is stored in the database storage server and connected to the online customer service mechanism, and The text or image operation instructions of the database can be displayed in text mode. According to the intelligent parking space management system described in item 1 of the scope of patent application, wherein the member database and the parking space database are related database structures. According to the intelligent parking space management system described in item 1 of the scope of the patent application, there is a parking space identification device, which is electrically connected to the arithmetic processing server and the database storage server to identify whether a vehicle is parked at the idle parking On the spot, the operation processing server compares and updates the parking space data in the database storage server in real time. The intelligent parking space management system described in item 7 of the scope of the patent application, wherein the parking space identification device has a light-sensing element corresponding to the appropriate position of the idle parking space. When a vehicle is parked, it will generate A sensing signal is transmitted to the arithmetic processing server to update the status of the parking space data in the database storage server.