TWI630582B - Cloud authentication management system for parking spaces - Google Patents

Abstract

A cloud certification management system for parking spaces includes a management platform, a plurality of parking space management applications, and a plurality of access control devices. Wherein, each parking space management application program is connected to the management platform signal through an electronic communication device, establishes member information and provides a unique identification mark, and the access control device is correspondingly provided with a corresponding identification mark. A reading element, which can be used to read the identification mark and encode a stream of data. The information is linked to the management platform through a wired or wireless connection to verify the user's qualification in real time. After that, the access control device was promptly released or notified that it was not eligible for use. Based on this, the creative department can reduce the cost of building and using labor.

Description

Cloud authentication management system for parking spaces

This creation belongs to the field of parking space management systems, especially the cloud certification management system for parking spaces. It can be used with various types of access control devices and verified by the back-end management center through wired or wireless connection methods. Cost of using manpower.

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 idle. The proportion of these parking spaces is as high as 70% of all parking spaces. In some non-noisy commercial buildings, the number of parking spaces is even greater. The main reason for these parking spaces to be idle is often that the property rights of the parking spaces belong to the residents of the building, but it may be particularly obvious that the parking spaces are vacant during certain periods due to outdoor, overseas, or long-term business trips, which causes 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 fully utilizing parking spaces, and further using the Internet of Things technology, to release parking spaces that are idle for a short time, can quickly match with users who need parking for a short time, so that these parking spaces that were originally idle for a short time can be obtained The most effective use to avoid waste. This creation can further integrate the original control method with the new authentication management system to ensure the residential safety of the building residents and prevent the parking space from being abused or misappropriated. At the same time, it can also take into account the effects of reducing the cost of equipment construction and the cost of human management It is quite optimistic for managers.

The purpose of this creation is to provide a cloud-based authentication management system for parking spaces, using remote control and wireless transmission technology, as a member who can provide a short-term parking space, and a quick match between members who want to use the parking space Platform, and can effectively use parking spaces to achieve mutual benefits. In addition, this creation combines the high-performance transmission of network transmission technology and new and multiple types of access control devices to hand over the task of authentication management to a management center located in the cloud, further reducing the cost of building such access control devices. And it is not necessary to set a management manpower in each parking lot, so the cost of management manpower can be reduced.

In order to achieve the above purpose, this creation is a cloud authentication management system for parking spaces, where the parking space refers to unused and unused people in the parking lot. The cloud authentication management system includes: A plurality of parking space management applications are provided for the supplier of the parking space and users who want to use the parking space to download and install from the network through a plurality of mobile electronic devices. Each of the parking space management applications has a use User interface, the user interface for input 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 inputting membership registration and membership login related information The member information and the parking space information after the parking space is registered; the inquiry field can be used for the aforementioned member information and the parking space. The parking space information is used for inquiries such as parking space inquiry and cost inquiry, and the reservation registration information is obtained from the input field; the reminder notification field displays the use status of the parking space, and the member information is divided into providing parking space members There are two types of parking spaces: members who provide parking spaces, including the members ’real names, names, and passwords, and the parking spaces’ addresses and parking numbers. The above member information, the parking space information and the reservation registration information will be encrypted to form a first data stream. The display window is based on the reservation registration information and displays the corresponding diagram, such as: reservation success or failure And other tips; a management platform, including a front management server, an arithmetic processing server, and a database storage server, the front management server completes the connection with each parking space management application through TCP Socket, For receiving and transmitting the first data stream, the arithmetic processing server is electrically connected to the front A management server and the database storage server, and after receiving the first data stream, the arithmetic processing server decrypts and obtains a member data and a parking space data, the database storage server is provided with A member database and a parking space database to classify and store the member data in the member database, and classify and store the parking space information in the parking space database, the member database and the parking space data The database is an associated database structure; a parking space identification device 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, and the arithmetic processing server compares in real time Update and update the parking space data in the database storage server; and a plurality of access control devices are set corresponding to each parking space, and each access control device is provided with a control module and a warning module Group, a reading element, at least one identification mark and a network transmission module, the control module is an electrical connection warning module, the reading element and the data transmission Group, and each of the tag identification system placed on a vehicle, when the reading element to read the identification mark and producing A second data stream is generated, and the second data stream is connected to the front management server through the network transmission module, and the operation processing server compares whether the second data stream meets the content of the reservation registration To generate a control signal, return the access control device through the front management server, and activate one of the control module and the warning module; and feed back the corresponding parking space after the control module is activated. One of the use states uses a signal to the management platform.

In an embodiment, the intelligent parking space management system created by this invention further has an online customer service dedicated line mechanism, which is connected through the parking space management application, which can be explained by voice call or online text, and should correspond to online An operation and use database is provided in the customer service dedicated line mechanism and stored in the database storage server. After connecting to the online customer service dedicated line mechanism, the user can use the text or graphics of the operation database through text display. Like operating instructions to quickly resolve questions during operation.

In this embodiment, the parking space identification device has a light-sensing element corresponding to an appropriate position of the parking space. When a vehicle is parked, a sensing signal is generated and transmitted to the arithmetic processing server to update the parking space. The database stores the status of the parking space data in the server.

The access control device of this creation can be used in combination with many different implementations, for example, the reading element is selected from one of a QR CODE reader, a password input device and a combination thereof, and the identification mark is selected from one One of QR CODE, a digital password, and a combination thereof, and the identification mark is sent to the parking space management application program through the management platform corresponding to the reservation registration data; or the reading element is selected from, for example, a license plate identification module And one of the RFID readers, and the identification mark is selected from one of a license plate and an RFID tag, and the identification mark is generated by the vehicle supervision agency corresponding to the vehicle registration information of the vehicle; or The composite reading is implemented, so the reading element is selected from one of a QR CODE reader, a password input device, a license plate recognition module, an RFID reader and a combination thereof, and the identification mark selection One of a QR CODE, a digital password, a license plate, an RFID tag, and a combination thereof, and the identification mark is sent to the parking space management application through the management platform corresponding to the reservation registration information, or the vehicle supervision agency Generated by registering the vehicle registration information for the vehicle.

1‧‧‧Smart parking space management system

11‧‧‧ parking app

111‧‧‧user interface

1111‧‧‧ input field

11111‧‧‧ Appointment Registration Information

1112‧‧‧Query Field

1113‧‧‧Reminder notification field

1114‧‧‧Show window

12‧‧‧Management Platform

121‧‧‧ Front Management Server

122‧‧‧ Operation Processing Server

123‧‧‧Database storage server

1231‧‧‧Member Database

12311‧‧‧ Member Information

1232‧‧‧Parking database

12321‧‧‧Parking Information

13‧‧‧Access control device

131‧‧‧Control module

132‧‧‧Warning Module

133‧‧‧Reading element

134‧‧‧Identification mark

135‧‧‧Network Transmission Module

14‧‧‧Online customer service line mechanism

15‧‧‧Parking space identification device

S1‧‧‧First Data Stream

S2‧‧‧Second Data Stream

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

Figures 2A to 2G are schematic diagrams showing the configuration of the user interface of the parking space management application in the 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).

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, 2A to 2G and Figures 3 and 4, which are schematic diagrams of the configuration of the preferred embodiment of this creation, and the schematic diagram of the configuration of the user interface of the parking space management application, as well as the schematic diagrams of the states during operation. As shown in the figure, the cloud authentication management system 1 of the parking space created by the present invention is used to match the short-term parking demand of at least one parking space owned by at least one supplier with a user. The intelligent parking space management The system 1 includes a plurality of parking space management applications 11, a management platform 12, and a plurality of access control devices 13.

The parking space management applications 11 are provided by suppliers of the parking space and users who want to use the parking space. Mobile computer and other mobile electronic devices are downloaded and installed from the Internet through a network (including: 2G, 3G, 3.5G, 4G, or 4G wireless network, or a wired network). The parking management application 11 A user interface 111 is provided. The user interface 111 includes a plurality of input fields 1111, a plurality of query fields 1112, a plurality of reminder notification fields 1113, and a display window 1114. The input field 1111 It is used to enter one of the member information 12311 related to member registration and member login, and one of the parking space information 12321 after the parking space registration; the query field 1112 can perform parking space inquiry on the aforementioned member information 12311 and the parking space information 12321 And fee inquiry, and make an appointment registration by the input field 1111 to obtain an appointment registration information 11111; the reminder notification field 1112 shows the use status of the parking space by the user. Among them, the member data 12311, the parking space data 12321, and the reservation registration data 11111 will be encrypted to form a first data stream S1; the display window 1114 is based on the reservation registration data to display the corresponding diagram, Such as: prompts for appointment success or failure. For example, the reminder notification field 1113 will perform various reminders according to the following conditions: 1. Once Party B (user) successfully uses the parking space of Party A (supplier), the management platform 12 of this creation will be issued immediately A notice informs Party A that the parking space is currently in use. 2. If Party B's parking time is 30 minutes less than the time provided by Party A, and Party B has not left the parking space, the management platform 12 will send a notification to the reminder notification field 1113 or the display window 1114 to Party B, remind Party B to pay 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 12 will issue an alarm to Party B, and the parking application 11 will issue an alarm sound to remind you to pay attention . 4. If Party B's parking exceeds the time limit, the management platform 12 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.

The management platform 12 includes a front management server 121, a computing The processing server 122 and a database storage server 123. The front management server 121 completes the connection with each parking space management application 11 through TCP Socket for receiving and transmitting the first data stream S1. The arithmetic processing server 122 is electrically connected to the front management server 121 and the database storage server 123, and after receiving the first data stream S1, the arithmetic processing server 122 decrypts and obtains the member Data 12311 and the parking space data 12321, and the database storage server 123 is provided with a member database 1231 and a parking space database 1232 to classify and store each member data 12311 in the member database 1231 , And classify each piece of parking space data 12321 and store it in the parking space database 1232; it should be noted that the member database 1231 and the parking space database 1232 are related database structures and can be related to each other After the modification, the member information 12311 can be divided into two types: providing parking members and using parking members. The providing parking members include the members' real names and names The password, and the address and parking number of the parking space. The parking space member includes the member's real name, code name and password, and the vehicle number of the vehicle to be used. The parking space information 12321 corresponds to the GPS location that contains the location of the parking space. Coordinates and a usage timetable, and the usage timetable is mainly divided into three time periods: morning, middle, and evening, and each time period is 8 hours. Similarly, the time period can be divided into more sections, such as: each The time period is 2 hours, 3 hours, and 4 hours, which is not only convenient for control, but also more suitable for short-term parking requirements.

Each access control device 13 is provided corresponding to each parking space, and each access control device 13 is provided with a control module 131, a warning module 132, a reading element 133, and at least one identification mark 134. And a network transmission module 135, the control module 131 is electrically connected to the warning module 132, the reading element 133 and the data transmission module 135, and the control module 131 is used to control and control the entrance and exit. Gate or crossbar, and each identification mark 134 is placed Put on each vehicle, this creative system uses various existing reading control methods. The reading element 133 is selected from, for example, a QR CODE reader, a password input device, a license plate recognition module, and an RFID. One of the reader and its combination, and the identification mark 134 is selected from one of a QR CODE, a digital password, a license plate, an RFID tag and a combination thereof, and the identification mark 134 is through the management platform 12 corresponding to the reservation registration data sent to the parking space management application 11, or the vehicle supervision agency corresponding to the vehicle registration car registration data generated by the vehicle; therefore, when the reading element 133 reads the identification mark 134, a The second data stream S2, which is connected to the front management server 121 through the network transmission module 135, and the arithmetic processing server 122 compares the second data stream S2 with Whether the information (such as the car number or the member number and name corresponding to the car number) conforms to the content of the reservation registration data 11111 to generate a control signal, and then returns the access control device 13 through the front management server 121, If the registration registration information is met, the control module 131 is activated to open the gate. If it is not matched, the warning module 132 is used to warn the user or prompt the user to leave by voice, light or sound; and when the control module After 131 is started, a feedback signal corresponding to one of the use states of the parking space is used to the management platform 12. It should be noted that the password input device, the license plate recognition module (through image processing and recognition after the license plate is photographed), and the RFID reader (similar to the highway ETAG technology) are the current read control in the market. Technology, so it will not cause an increase in construction costs. In some cases, this creation only needs to install the network transmission module 135 on the original access control device, and then use the cloud authentication method of this creation to perform the background. Management, eliminating the need for on-site access control personnel, greatly reducing management labor costs. In addition, through the combination of the above two or more reading control technologies, the security of the parking space can be further improved. For example, the management platform 12 can generate the corresponding QR CODE code and A digital password is given to the parking space management application 11, so that the user can activate the access control device 13 to use the parking space by reading the QR CODE and entering the digital password, which relatively improves the control of the parking space. Safety of parking spaces.

In addition, the intelligent parking space management system 1 created by this creation has an online customer service dedicated line mechanism 14. The parking space management application 11 is used for connection, and can be explained by, for example, voice calls or online texts, and based on the information. The database storage server 123 stores an operation and use database 1233 and connects to the online customer service mechanism 14 to display text or image operation instructions of the operation and use database 1233 in text mode.

Moreover, in order to monitor the use status of the parking space in real time, the intelligent parking space management system 1 of this creation has a parking space identification device 15 electrically connected to the arithmetic processing server 122 and the database storage server 123. Identifies whether a vehicle is parked on the parking space. The arithmetic processing server 122 compares and updates the parking space data 12321 in the database storage server 123 in real time. The parking space identification device 15 of this creation uses Generally common light-sensing elements use light-sensing effects to detect whether the vehicle is parked, which is correspondingly set in the parking space. When a vehicle is parked, a sensor signal is generated and transmitted to the arithmetic processing server. 122, and update the state that the parking space data 11321 in the database storage server 123 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.

Claims (7)

A cloud certification management system for parking spaces, wherein the parking space refers to those who are unused in the parking lot and are idle. The cloud certification management system includes: a plurality of parking space management applications for suppliers of the parking space and those who want to use the parking space. Users, downloading and installing from a network through a plurality of mobile electronic devices, each parking management application has a user interface, and the user interface is for inputting including at least one input field and at least one query Field, at least one reminder notification field, and a display window, where the input field is used to enter the member information related to member registration and member login, and the parking space information after the parking space is registered, and the query field is The above member information and parking space information can be used for inquiries such as parking space inquiry and fee inquiry, and the reservation registration can be obtained from the input field to obtain an appointment registration information; the reminder notification field displays the use status of the parking space , The member information is divided into two types of 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 number of the parking space, members using the parking space include the member's real name, title and password, and the vehicle number of the vehicle to be used, the above member information, the parking space information and the reservation registration information Will be encrypted to form a first data stream, and the display window will display the corresponding diagram according to the reservation registration data; a management platform, including a front management server, an operation processing server and a data Library storage server, the front management server completes the connection with each parking space management application program through TCP Socket for receiving and transmitting the first data stream, and the arithmetic processing server is electrically connected to the front A management server and the database storage server, and after receiving the first data stream, the arithmetic processing server decrypts and obtains a member data and a parking space data, the database storage server is provided with A member database and a parking space database to classify and store the member data in the member database and the parking space information And stored in the parking space database, the member database and the parking space database are related database structures; a parking space identification device, electrically connected to the arithmetic processing server and the database storage server, to identify Whether there is a vehicle parked on the parking space, the arithmetic processing server compares and updates the parking space data in the database storage server in real time; and a plurality of access control devices corresponding to each parking space. Set, and each access control device is provided with a control module, a warning module, a reading element, at least one identification mark and a network transmission module, the control module is electrically connected to the warning module, The reading element and the data transmission module, and each identification mark is placed on a vehicle, and when the reading element reads the identification mark, a second data stream is generated, and the second data stream Is connected to the front management server through the network transmission module, and the arithmetic processing server compares the second data stream with the content of the reservation registration data to generate a control signal. The front management server returns the access control device, and activates one of the control module and the warning module; and after the control module is activated, feedbacks a use signal corresponding to one of the use states of the parking space to The management platform. 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. The parking space management application can be used for connection, and can be explained by voice call or online text. For example, the intelligent parking space management system described in item 2 of the scope of patent application has an operation and use database stored in the database storage server and connected to the online customer service mechanism, and the operation can be displayed in text form. Instructions for using text or images in the library. According to the intelligent parking space management system described in item 1 of the scope of patent application, the parking space identification device has a light-sensing element corresponding to the appropriate position of the parking space. When a vehicle is parked, a parking space is generated. The sensor signal is transmitted to the arithmetic processing server to update the state that the parking space data in the database storage server has been used. According to the smart parking space management system described in item 1 of the patent application scope, wherein the reading element is selected from one of a QR CODE reader, a password input device, and a combination thereof, and the identification mark is selected from One of a QR CODE, a digital password, and a combination thereof, and the identification mark is sent to the parking space management application program through the management platform corresponding to the reservation registration data. According to the intelligent parking space management system described in item 1 of the scope of patent application, the reading element is selected from one of a license plate recognition module and an RFID reader, and the identification mark is selected from a license plate and One of the RFID tags, and the identification mark is generated by the vehicle supervision agency to register the vehicle registration information for the vehicle. The intelligent parking space management system according to item 1 of the scope of patent application, wherein the reading element is selected from, for example, a QR CODE reader, a password input device, a license plate recognition module, an RFID reader, and the like. One of the combination, and the identification mark is selected from one of a QR CODE, a digital password, a license plate, an RFID tag, and a combination thereof, and the identification mark is sent to the registration information corresponding to the reservation through the management platform to This parking space management application, or a vehicle supervision agency is generated by the vehicle registration information of the vehicle.