TWM518802U - Roadside parking cell management system with monitoring function - Google Patents

Description

Roadside parking grid management system with monitoring function

This creative department has a parking compartment management system, especially a roadside parking compartment management system with monitoring functions.

Generally, the parking space is set on the side of the road. Usually, the extra charge personnel patrol each parking space at regular intervals, and put a payment slip on the vehicle body in the parking space. When the owner drives the vehicle body away, the payment will be single. Pay to a fee-paying agency at a specific location.

However, this method is charged manually. Not only does it require additional labor costs, but users also need to pay elsewhere to pay for it, which increases the time cost and is therefore quite expensive. Moreover, the traditional parking space lacks a management system and cannot effectively control the status of each parking space. Therefore, when the vehicle owner needs to find a parking space, it is impossible to know in advance where there is an empty parking space, and it takes a lot of time to detour to search for a free parking space. In the use of considerable inefficiency.

Therefore, this case hopes to propose a new roadside parking grid management system with monitoring function to solve the defects of the prior art.

Therefore, the purpose of this creation is to solve the above-mentioned problems in the prior art. In this creation, a roadside parking compartment management system with monitoring function is proposed, which is to install a monitoring device with a detector in the parking compartment to detect parking. There is no car body in the grid, and the detection result is transmitted to a cloud server. The cloud server includes a parking space management unit, and based on the detection result and the coordinate position of the parking space, a map unit is provided for the remote end. The owner of the car connects via the mobile app and displays the information of the map unit, and can immediately know whether the status of each parking space is available for parking. The monitoring device also includes an imaging device that can image the vehicle body in the parking space and transmit the identification to the cloud server for identification to obtain the license plate number. Therefore, the vehicle body can enter and exit the parking space in the parking space to perform the charging operation. The owner of the vehicle can automatically deduct the card through the card swiping mechanism of the monitoring device or by storing the value of the cloud server. Therefore, the roadside parking compartment management system with monitoring function in this case can effectively solve the problem that the traditional parking space needs to be charged manually, and also allows the owner to spend a lot of time searching for the parking space.

In order to achieve the above object, a roadside parking compartment management system with monitoring function is proposed in the present invention, comprising: at least one monitoring device, each of which is installed on a different parking space; the monitoring device comprises: a wireless transceiver Wirelessly connecting an external device; at least one detector is configured to detect whether the corresponding parking space has a vehicle body; at least one camera device is used to obtain a vehicle body image; and the management system further includes a cloud server for wirelessly connecting the monitoring device The cloud server includes: a database for storing the parking space information corresponding to each monitoring device; and a central controller obtaining the license plate number for the vehicle body image to obtain the license plate number The code, together with the information transmitted by the monitoring device, is stored in the database; a parking space management unit is configured to record and display the parking status corresponding to each monitoring device to the remote owner; a charging unit according to the license plate number and the corresponding The detection time of the detector calculates the parking fee and can be charged by swiping or storing the value.

The features of the present invention and its advantages can be further understood from the description below, and please refer to the attached drawings when reading.

10‧‧‧Car body

20‧‧‧Monitor

21‧‧‧Wireless transceiver

22‧‧‧Logic Controller

23‧‧‧ Camera

24‧‧‧ Positioning device

25‧‧‧Detector

26‧‧‧Timer

27‧‧ ‧ credit card agency

28‧‧‧Power supply

29‧‧‧ indicator light

30‧‧‧Cloud Server

31‧‧‧Cloud wireless transceiver

32‧‧‧Database

33‧‧‧Central controller

34‧‧‧Parking Management Unit

35‧‧‧ Billing unit

36‧‧‧ Stored Value Logic Database

40‧‧‧Parking

221‧‧‧ memory

281‧‧‧Battery

282‧‧‧ solar panels

331‧‧‧ License Plate Identification Unit

341‧‧‧Map unit

Figure 1 shows a schematic diagram of the monitoring device of the present case.

FIG. 2 shows a schematic diagram of the monitoring device of the present invention disposed on the parking space.

FIG. 3 shows a schematic diagram of the monitoring device of the present invention disposed on a parking space, wherein the monitoring device includes two imaging devices.

Figure 4 shows a block diagram of the component architecture of the present case.

Figure 5 shows a schematic diagram of the application of the present case.

Figure 6 shows a schematic diagram of another application of the present case.

In view of the structural composition of the case, and the functions and advantages that can be produced, in conjunction with the drawings, a preferred embodiment of the present invention is described in detail below.

Referring to FIG. 1 to FIG. 6 , the roadside parking compartment management system with monitoring function of the present invention is shown, which comprises the following components: at least one monitoring device 20, each of which is installed in different stops. On the compartment 40, it is used to monitor the corresponding parking compartment 40. The monitoring device 20 includes a wireless transceiver 21 that wirelessly connects external devices.

A logic controller 22 is coupled to the wireless transceiver 21, which controls the monitoring device 20 in accordance with predetermined logic and receives external control signals through the wireless transceiver 21. The logic controller 22 stores the data of the monitoring device 20 in a memory 221 .

A positioning device 24 is coupled to the logic controller 22 for detecting the coordinate position of the corresponding parking space 40. The positioning device 24 acquires the coordinate position of the corresponding parking space 40 by the GPS positioning system, and transmits the coordinate position of the corresponding parking space 40 to the outside via the wireless transceiver 21.

The at least one detector 25 is connected to the logic controller 22 for detecting whether there is a parking body 10 in the corresponding parking space 40, and transmitting the detection result and the detection time to the outside. The detector 25 is detected by infrared or RF technology.

At least one camera device 23 is connected to the logic controller 22 for photographing the vehicle body 10 in the corresponding parking space 40, and transmits the captured image of the vehicle body 10 to the outside via the wireless transceiver 21. When the detector 25 detects that there is a vehicle body 10 or no vehicle body 10 in the corresponding parking space 40, a signal is transmitted to cause the camera device 23 to photograph the vehicle body 10.

As shown in FIG. 3, the at least one camera device 23 may be a plurality of camera devices 23 installed at different positions of the corresponding parking spaces 40 to obtain license plate images of the vehicle body 10 at different shooting angles.

A timer 26 is coupled to the logic controller 22 for providing a system time.

A card swiping mechanism 27 is coupled to the logic controller 22 for sensing the inductive card of the owner to perform a charging operation.

A power supply 28, including a battery 281, is used to provide the power required to operate the monitoring device 20. The power supply 28 is connected to a solar power system or a general utility to obtain the required power. In this example, the monitoring device 20 further includes a solar panel 282 to provide power to the power supply 28.

An indicator light 29 is used to indicate whether the corresponding parking compartment 40 has a vehicle body 10 for the purpose of prompting nearby personnel. When the detector 25 detects that the corresponding parking compartment 40 has the vehicle body 10, the indicator light 29 emits a specific color light (in this example, a red light); when the detector 25 detects The corresponding parking compartment 40 has no body 10 At this time, the indicator light 29 emits a light of another specific color (green light in this example).

A cloud server 30 wirelessly receives and processes the information transmitted by the monitoring device 20. The cloud server 30 includes: A cloud wireless transceiver 31 wirelessly connects the wireless transceiver 21 of the monitoring device 20.

A database 32 is configured to store parking space information corresponding to each monitoring device 20.

A central controller 33 receives the information transmitted by the monitoring device 20 via the cloud wireless transceiver 31 and performs processing. The central controller 33 stores the image of the vehicle body 10 captured by the camera device 23, the detection result of the detector 25, and the detection time in the corresponding parking space information in the database 32.

The central controller 33 includes a license plate recognition unit 331 for performing license plate recognition on the image of the vehicle body 10 transmitted by the monitoring device 20, obtaining a license plate number, and storing the license plate number in the corresponding parking space in the database 32. Information.

A parking space management unit 34 is connected to the central controller 33 for recording the parking status of each monitoring device 20. The parking space management unit 34 includes a map unit 341, the map unit 341 includes coordinate positions and address information of each parking space corresponding to the monitoring device 20. The parking space management unit 34 indicates the corresponding parking space in the map unit 341 as having a car or no car through the detection result of the detector 25.

As shown in FIG. 5 and FIG. 6, the remote vehicle owner connects the parking space management unit 34 with a mobile phone or other electronic information device, so that the parking space management unit 34 can display the information of the map unit 341 to the vehicle owner for viewing, so that the vehicle owner can It is known whether there is an empty parking space 40 for parking the vehicle body 10. The parking space management unit 34 also receives the input query of the remote vehicle owner and transmits the parking space information of the map unit 341 that meets the conditions of the input query to provide more flexible information for the vehicle owner.

The parking space management unit 34 can also be connected to other map systems (such as Google Maps), and the information of other map systems can be integrated into the map unit 341, so that the remote owner can obtain further information. The parking space management unit 34 can also transmit the image of the parking space 40 outward, so that the remote vehicle owner can know the actual state of the site.

A billing unit 35 finds the detection time of the corresponding detector 25 according to the license plate number stored in the database 32, so that the vehicle body 10 corresponding to the license plate number can be stopped and opened and stopped. At the time of the car 40, the total parking time of the owner and the corresponding parking fee are calculated.

After the billing unit 35 calculates the parking fee, the owner can apply the proximity card to the card swiping mechanism 27 to swipe the card to complete the charging procedure. Therefore, there is no need to pay for other places.

The cloud server 30 may further include a stored value logic database 36. The owner first stores the amount in the stored value logic database 36, and then the stored value logic database 36 calculates the parking according to the charging unit 35. The fee is deducted from the amount stored by the owner of the vehicle, and the purpose of automatic deduction is achieved, so that the owner does not need to use the proximity card to swipe the card swiping mechanism 27.

The advantage of this case is that a monitoring device with a detector is installed in the parking space, and the vehicle body can be detected in the parking space, and the detection result is transmitted to a cloud server, which includes a parking space management unit. According to the detection result and the coordinate position of the parking space, a map unit is established, so that the remote owner can connect and display the information of the map unit via the application mobile phone or other electronic information device, and can immediately know the status of each parking space. Is it available for parking? The monitoring device also includes an imaging device that can image the vehicle body in the parking space and transmit the identification to the cloud server for identification to obtain the license plate number. Therefore, the vehicle body can enter and exit the parking space in the parking space to perform the charging operation. The owner of the vehicle can automatically deduct the card through the card swiping mechanism of the monitoring device or by storing the value of the cloud server. Therefore, through the monitoring function of the roadside parking space The management system can effectively solve the problem that the traditional parking space needs to be charged manually, and also allows the owner to spend a lot of time searching for the parking space.

In summary, the humanized design of this case is quite in line with actual needs. The specific improvement of the existing defects is obviously a breakthrough improvement advantage compared with the prior art, and it has an improvement in efficacy and is not easy to achieve. The case has not been disclosed or disclosed in domestic and foreign literature and market, and has complied with the provisions of the Patent Law.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case.

10‧‧‧Car body

20‧‧‧Monitor

40‧‧‧Parking

Claims (15)

A roadside parking compartment management system with monitoring function includes: at least one monitoring device, each of which is installed on a different parking space for monitoring a corresponding parking space; the monitoring device comprises: a wireless transceiver, Wirelessly connecting an external device; a logic controller is coupled to the wireless transceiver, the logic controller controls the monitoring device according to a predetermined logic, and receives an external control signal through the wireless transceiver; at least one detector The logic controller is connected to detect whether there is a parking body in the corresponding parking space, and the detection result and the detection time are transmitted outward; the detector is applied with at least one of infrared or RF technology. The method performs detection; a cloud server wirelessly receives and processes information transmitted by the monitoring device; the cloud server includes: a cloud wireless transceiver, the wireless transceiver that wirelessly connects the monitoring device a database for storing parking space information corresponding to each monitoring device; a central controller via the cloud A wireless transceiver transmitting the received information monitoring means, and treatment; the central controller The detection result and the detection time of the detector are stored in the corresponding parking space information in the database; a parking space management unit is connected to the central controller for recording the parking status of each monitoring device; The parking space management unit includes a map unit, where the map unit includes coordinate positions and address information of the parking spaces corresponding to the monitoring devices; the parking space management unit transmits the corresponding parking spaces in the map unit through the detection result of the detector The grid is marked as having a car or no car; the remote car owner connects the parking space management unit with a mobile phone or other electronic information device, so that the parking space management unit displays the information of the map unit to the vehicle owner for viewing, so that the owner can know whether there is any An empty parking space is available for parking the car body. The roadside parking compartment management system with monitoring function according to claim 1, wherein the monitoring device further comprises at least one camera connected to the logic controller for photographing the vehicle body in the corresponding parking space. The captured body image is transmitted to the outside via the wireless transceiver. The roadside parking compartment management system with the monitoring function described in claim 2, wherein the central controller stores the image of the vehicle body captured by the camera device in the corresponding parking space information in the database; The central controller includes a license plate recognition unit that performs license plate recognition on the image of the vehicle body transmitted by the monitoring device, obtains a license plate number, and stores the license plate number in the corresponding parking space information in the database. The roadside parking compartment management system with the monitoring function described in claim 3, wherein the cloud server further includes a charging unit, and the charging unit finds a corresponding number according to the license plate number stored in the database. The detection time of the detector can be used to know the time when the vehicle body is parked in and out of the parking space, and the total parking time of the owner and the corresponding parking fee are calculated. The roadside parking compartment management system with monitoring function as described in claim 4, wherein the monitoring device further comprises a card swiping mechanism connected to the logic controller for sensing the owner's proximity card for charging operation; After the billing unit calculates the parking fee, the owner applies the proximity card to the card swipe mechanism to complete the charging procedure. For example, the roadside parking compartment management system with monitoring function described in claim 4, wherein the cloud server further includes a stored value logic database, and the owner first stores the value in the stored value logic database. Then, the stored value logic database deducts the amount of the stored value of the owner according to the parking fee calculated by the charging unit. The roadside parking compartment management system with monitoring function as described in claim 1, wherein the parking space management unit also receives an input query of the remote vehicle owner, and the parking space of the map unit that meets the conditions of the input query The information is transmitted out to provide more flexible information for the owner. Roadside stop with monitoring function as described in item 1 of the patent application The vehicle compartment management system, wherein the parking space management unit is connected to other map systems, and the information of other map systems is integrated into the map unit, so that the remote owner can obtain further information. The roadside parking compartment management system with a monitoring function as described in claim 1, wherein the monitoring device further comprises a positioning device connected to the logic controller for detecting a coordinate position of the corresponding parking space; the positioning The device obtains the coordinate position of the corresponding parking space by using the GPS positioning system, so that the map unit of the parking space management unit can obtain the coordinate position of the corresponding parking space. The roadside parking compartment management system with monitoring function as described in claim 2, wherein the at least one camera device is a plurality of camera devices respectively installed in different positions of the corresponding parking spaces to obtain license plates of different shooting angles. image. The roadside parking compartment management system with monitoring function as described in claim 2, wherein when the detector detects that there is a vehicle body or no vehicle body in the corresponding parking space, the signal is transmitted to make the camera The device photographs the body. For example, the roadside parking compartment management system with monitoring function described in claim 2, wherein the parking space management unit transmits the image of the parking space to the outside, so that the remote owner knows the actual state of the site. The roadside parking compartment management system with monitoring function as described in claim 1, wherein the monitoring device further includes a timer connected to the logic Controller for providing a system time. The roadside parking compartment management system with monitoring function according to claim 1, wherein the monitoring device further comprises a power supply, the power supply comprising a battery for providing power required for the operation of the monitoring device; The monitoring device also includes a solar panel to provide power to the power supply. The roadside parking compartment management system with monitoring function as described in claim 1, wherein the monitoring device further includes an indicator light for displaying whether the corresponding parking compartment has a vehicle body to achieve the purpose of prompting nearby personnel. When the detector detects that the corresponding parking compartment has a vehicle body, the indicator light emits a specific color light; when the detector detects that the corresponding parking compartment has no vehicle body, the indication The light emits a light of another specific color.