TWI575478B - Parking system combination of a mobile device and a wireless sensing device - Google Patents

Description

Mobile charging system combined with mobile device and wireless sensing

The present invention relates to a parking charging system, and more particularly to a parking charging system incorporating a mobile device and wireless sensing.

As the social type of population in today's society gradually moves toward the city, the population of large cities has hit record highs. However, in the case of a narrow population and everyone has a car, the number of parking spaces has also risen sharply, thereby managing the parking space. It has become a major issue. However, a large number of parking spaces require a large number of toll collectors to charge and manage each parking space one by one. For this reason, government agencies or private enterprises need to hire a large number of toll collectors and pay a large amount of manpower. cost;

On the other hand, from the perspective of the parking person, after the general parking person parks the vehicle in the parking space, the parking fee receipt issued by the toll collector will be received, and the parking person will hold the charging document after the parking is over. Super-commercial or specific fee-paying agencies pay fees, and the procedures and payment procedures are extremely complicated and inconvenient. Moreover, the payment documents issued by the toll collectors are often lost due to the parking of the parking operators, which makes the parking operators unable to Paying on time, causing bigger problems;

In addition, the general parking space in the evening or in the case of poor line of sight, there is no warning light or a sign to remind the driver or the toll collector of the use of the parking space, so that the driver is difficult to find in the case of poor visibility The parking space of the vacant space, and the toll collector is also difficult to find the parking space that has been parked to charge the billing. Therefore, in combination with the above three points, a parking charging system combining the mobile device and the wireless sensing is needed.

The invention provides a parking charging system combining a mobile device and a wireless sensing, and the main purpose thereof is to provide a combined mobile device and wireless sensing capable of paying users, reducing the labor cost of the manager, and improving the parking space usage rate. Parking charge system.

To achieve the foregoing objective, the present invention combines a mobile device and a wirelessly sensed parking charging system, including:

a parking compartment sensing module includes a control device, a sensing device, a first wireless communication unit, a second wireless communication unit, and a power unit, the control device and the sensing device, the first wireless communication unit And the second wireless communication unit information connection;

The parking space sensing module is disposed in a parking space and has an identification code matching the parking space. The sensing device is configured to detect whether a vehicle enters or leaves the parking space, and outputs a message to the control device to cause the control device to generate a parking signal, the parking signal at least including the identification code and the Whether there is a message that the vehicle enters or leaves the parking space;

The first wireless communication unit is configured to connect one of the parking devices, the first wireless communication unit is configured to output the parking signal to the mobile device, and the parking device opens the mobile device to pay for parking In the function, the mobile device is connected to the information of the first wireless communication unit, and the mobile device transmits the payment message to the cloud host by receiving the parking signal;

The second wireless communication unit is configured to output the parking signal to the cloud host, and when the parking person activates the payment parking function of the mobile device and transmits the payment message to the cloud host, the cloud host Transmitting the payment message to the second wireless communication unit, thereby allowing the parking space sensing module to receive the payment message;

The power unit is electrically connected to the control device, the sensing device, the first wireless communication unit, and the second wireless communication unit;

An indicator module includes a wireless receiving unit, a control unit, an indicating unit, and a power supply unit, and the power supply unit is electrically connected to the wireless receiving unit, the control unit, and the indicating unit;

The wireless receiving unit is connected to the first wireless communication unit signal of the parking space sensing module, and the wireless receiving unit is configured to receive a parking signal from the first wireless communication unit, and when the user turns on the mobile device, the payment is stopped. When the function is transmitted to the cloud host, and the cloud host transmits the payment message to the parking space sensing module, the wireless receiving unit receives the payment message from the first wireless communication unit;

The control unit is connected to the wireless receiving unit and the indicating unit signal;

The indicating unit is connected to the control unit signal, and the indicating unit has a plurality of indicator lights, and the indicating unit changes its indicator number according to the parking signal transmitted by the control unit and the payment message.

It can be seen from the foregoing that the combination of the mobile device and the wirelessly sensed parking charging system of the present invention mainly detects whether a vehicle enters the parking space by the parking space sensing module, and the first wireless device of the parking space sensing module The communication unit transmits the parking signal to the indicator module, and the mobile device receives the parking signal of the parking space sensing module and sends a payment message of the parking signal to the cloud host, and the cloud host sends the payment message again. The parking box is transmitted to the indicator module, and the turntable is driven to make the position of the indicator block of the turntable color correspond to the position of the display hole, so that the indicator unit sends a corresponding light. In this way, the toll collector and the driver can see at a glance the use status and payment status of the parking space, so that the toll collector can check the usage status of the parking space without using each parking space, and even more. The parking person is more able to use the payment function of the mobile device to connect the bank or a third-party payment unit to pay the parking fee, thereby providing a convenient The user pays the fee, reduces the labor cost of the manager, and the purpose of combining the mobile device with the parking meter and the wireless sensing parking charging system.

The invention provides a parking charging system combined with a mobile device and a wireless sensing, which is provided in a parking space A, and the combined mobile device and the wirelessly sensed parking charging system are connected with a cloud host B and a mobile device C. The cloud host B is connected to the charging device D signal, and the combined mobile device and the wirelessly sensed parking charging system, as shown in FIG. 1 to FIG. 5, include:

A parking compartment sensing module 10 includes a control device 11, a sensing device 12, a first wireless communication unit 13, a second wireless communication unit 14, and a power unit 15, and the control device 11 is coupled to the sensing device 12. The first wireless communication unit 13 and the second wireless communication unit 14 are connected to each other, and the control device 11 is configured to calculate and transmit signals;

The parking space sensing module 10 is disposed in the parking space A. In the preferred embodiment of the present invention, the parking space sensing module 10 is disposed in the center of the parking space A and has a parking space A matches one of the identification codes. The sensing device 12 can be an infrared optical occlusion detector, a pressure detecting detector, a millimeter wave detector, and a geomagnetic detector. The sensing device 12 is configured to detect whether a vehicle enters or drives. From the parking space A, a message is generated and transmitted to the control device 11. The control device 11 then integrates the identification code, the presence or absence of the vehicle in/out message, and the time when the vehicle is parked in/out, into a parking signal for subsequent use. The sensing device 12 can be set to normal sensing or interval time sensing, and the interval time sensing can be induced once every 30 seconds;

The first wireless communication unit 13 is a short-range wireless communication module. The first wireless communication unit 13 is provided with the mobile device C for connecting the parking person. The first wireless communication unit 13 is configured to output the parking signal to the action. The device C, the first wireless communication unit 13 can transmit data by means of Beacon, Bluetooth, etc., when the parking person activates the payment parking function of the mobile device C, the mobile device C and the first wireless communication unit 13 Connected, the mobile device C receives the parking signal to confirm the parking space identification code of the parking space, and the mobile device C also transmits the payment message to the cloud host B;

The second wireless communication unit 14 is a long-range wireless communication module, and the second wireless communication unit 14 is configured to output the parking signal to the cloud host B. When the parking person starts the payment parking function of the mobile device C, the cloud The host B transmits the payment message to the second wireless communication unit 14, thereby allowing the parking space sensing module 10 to receive the payment message, and the second wireless communication module 14 can be implemented by Sub 1G, 3G, 4G, WIFI and other means of transmitting data;

The power unit 15 is electrically connected to the control device 11, the sensing device 12, the first wireless communication unit 13, and the second wireless communication unit 14. The power unit 15 is configured to provide the control device 11 and the sensing device. 12. The first wireless communication unit 13 and the second wireless communication unit 14 are powered;

An indicator light module 20 is disposed on the outer side of the parking space A. The indicator light module 20 includes a wireless receiving unit 21, a control unit 22, a power supply unit 23, and an indicating unit 24, and the power supply unit 23 The wireless receiving unit 21, the control unit 22 and the indicating unit 24 are electrically connected, the power supply unit 23 is provided to provide power to the wireless receiving module 21 group, the control unit 22 and the indicating unit 24;

The wireless receiving unit 21 is connected to the first wireless communication unit 13 of the parking space sensing module 10, and the wireless receiving unit 21 is configured to receive the parking signal from the first wireless communication unit 13, when the user turns on the When the payment parking function of the mobile device C is transmitted to the cloud host B, and the cloud host B transmits the payment message to the parking space sensing module 10, the wireless receiving unit 21 receives the payment message from the first wireless communication unit 13;

The control unit 22 is connected to the wireless receiving unit 21 and the indicating unit 24, and the control unit 22 is used for computing and transmitting signals;

The indicating unit 24 is connected to the control unit 22, and the indicating unit 24 has a plurality of indicator numbers L. The indicating unit 24 changes the indicator number L according to the parking signal transmitted by the control unit 22 and the payment message. The indicating unit 24 provides the parking state and the payment state of the parking space by the parking person and the toll collector by changing the indicator number L differently;

In the first embodiment of the present invention, as shown in FIG. 3 and FIG. 4 , the indicating unit 24 includes a housing 241 , a motor 242 , a turntable 243 , and a light emitting unit 244 . The power supply unit 23 and the light emitting unit 244 . The light-emitting unit 244 and the turntable 243 are configured to form the indicator light L. The indicator light L is disposed in the housing 241. The housing 241 has a display hole 241A. The position of the unit 244 is corresponding to the position of the hole 241A, so that the light emitted by the light-emitting unit 244 can be transmitted through the display hole 241A, and the control unit 22 can control the light-emitting unit 244 to be turned on for a specific period of time. In a preferred embodiment, the light-emitting unit 244 is turned on from 18:00 to 05; 00;

The motor 242 is dynamically connected to the turntable 243 for driving the turntable 243 to rotate;

The turntable 243 is rotatably disposed between the light emitting unit 244 and the display hole 241A. The turntable 243 is made of a light transmissive material, and the turntable 243 has a plurality of indicating blocks 243A, each of the indicating blocks. The 243A has a different color, and the position of the indicator block 243A corresponds to the position of the display hole 241A. The control unit 22 receives the different parking signal and the payment message changes the indication corresponding to the display hole 241A. The block 243A determines the position of each of the indicator blocks 243A. In the preferred embodiment of the present invention, the turntable 243 has three indicator blocks 243A, and the three indicator blocks 243A are respectively red and green. And blue, when the parking space A has a car, and the parking person has not used the payment parking function of the mobile device C, the position of the red indicating block 243A and the position of the display hole 241A correspond to each other, thereby emitting red a light to notify the toll collector that the parking space A should be opened for billing operation; when the parking space A has no vehicle, the position of the green indicating block 243A and the position of the display hole 241A correspond to each other, thereby emitting a green light to It is known that the parking space A is idle and can be parked; when the parking space A has a car and the parking person has used the payment parking function of the mobile device C, the position of the blue indicating block 243A and the display The positions of the holes 241A correspond to each other, thereby emitting a blue light to notify the toll collector that the parking space A has occupied the vehicle, but the owner has already paid by the mobile device C, and no billing operation is required; the parking person and the toll collector The parking status and payment status of the parking space A can be determined by different indicator numbers.

In the second embodiment of the present invention, as shown in FIG. 5, the indicating unit 24 includes an outer casing 245, an electronic paper 246, and a lighting device 247. The outer casing 245 has a display window 245A, and the electronic paper 246 and The illuminating device 247 is electrically connected to the power supply unit 23, and the electronic paper 246 and the illuminating device 247 are connected to the control unit 22. The electronic paper 246 is disposed in the outer casing 245 at a position corresponding to the display window 245A. The control unit 22 can also control the illumination device 247 to be turned on for a specific period of time by receiving the different parking signals and the payment message to change the color of the electronic paper 246. In the preferred embodiment of the present invention, The lighting device 247 is turned on from 18:00 to 05; 00;

In the preferred embodiment of the present invention, when the parking space A has a car and the parking person has not used the payment parking function of the mobile device C, the electronic paper 246 is converted into red, and the light is projected by the illumination device 247. The electronic paper 246 can be transparently emitted by the display window 245A, thereby emitting a red light to notify the toll collector that the parking space A should be opened for the parking space A; when the parking space A has no vehicle, the electronic paper 246 The electronic paper 246 is converted to green, and the light is projected onto the electronic paper 246 by the illumination device 247, and the electronic paper 246 can emit green light from the display window 245A, thereby emitting a green light to notify the parking person of the parking. The compartment A is idle and can be parked; when the parking compartment A has a car and the parking person has used the payment parking function of the mobile device C, the electronic paper 246 is converted to blue, and the light is projected by the illumination device 247 In the electronic paper 246, the electronic paper 246 can emit blue light from the display window 245A, thereby emitting a blue light to notify the toll collector that the parking space A is occupied by the vehicle, but the owner has already performed by the mobile device C. Pay, no need to open Operations.

The invention combines a mobile device and a wirelessly sensed parking charging system, and can be divided into three aspects in operation as detailed below;

First, when the parking space A has no vehicle entering or the vehicle is moving away, the sensing device 12 outputs a parking signal (no vehicle) to the control device 11, and the control device 11 controls the first wireless communication unit 13 again. The parking signal is output to the wireless receiving unit 21 of the indicator module 20, and the wireless receiving unit 21 outputs the parking signal to the indicating unit 24 by the control unit 22, thereby controlling the motor 242 to drive the rotating wheel 243 to rotate. The position of the indication block 243A of the turntable 243 is corresponding to the position of the display hole 241A, and is further illuminated by the illumination unit 244, so that the indication unit 24 emits a green light to notify the parking lot that the parking space A is idle. Can be used for parking.

Secondly, when the parking space A has a vehicle entering, and the parking person has not activated the payment parking function of the mobile device C, the sensing device 12 outputs a parking signal (with vehicle) to the control device 11, the control device 11 And controlling the second wireless communication unit 14 to output the parking signal to the cloud host B, so that the cloud host B records the time when the vehicle in the parking space A of the identification code enters and exits, and the control device 11 controls the first wireless communication again. The unit 13 outputs the parking signal to the wireless receiving unit 21 of the indicator module 20, and the control unit 22 controls the motor 242 to drive the turntable 243 by the parking signal, so that the turntable 243 is red indicating the block 243A. The position corresponds to the position of the display hole 241A, and the illumination unit 244 illuminates the indicator unit 24 to emit a red light to notify other drivers that the parking space A has a vehicle parked, and the red light can also notify the toll collector. The parking space A has a vehicle parked, but the parking person has not used the payment parking function of the mobile device C, and the toll collector connects the cloud host B by the charging device D held by the toll collector to view the After the parking space A is parked, the payment slip is printed after the car number is recorded. The car number of the parking record, the bill of payment opened by the toll collector, the patrol time and other information are also used for the charge. Device D is uploaded to cloud host B.

Third, when the parking space A has a vehicle entering, and the parking person has enabled the payment parking function of the mobile device C, the sensing device 12 outputs a parking signal (with vehicle) to the control device 11, the control device The second wireless communication unit 14 then controls the second wireless communication unit 14 to output the parking signal to the cloud host B, so that the cloud host B records the time when the vehicle in the parking space A of the identification code enters and exits, and the control device 11 controls the first wireless. The communication unit 13 outputs the parking signal to the wireless receiving unit 21 of the indicator module 20; at the same time, the mobile device C is connected to the first wireless communication unit 13, and the mobile device C receives the parking signal to confirm The parking space identification code of the parking space, and then the mobile device C transmits the payment signal for paying the parking signal to the cloud host B for secondary confirmation to confirm whether the parking person stops at the parking space of the parking space identification code. A, after the confirmation is correct, the cloud host B transmits the payment message to the second wireless communication unit 14 of the parking space sensing module 10, and the parking space sensing module 10 further uses the first The line communication unit 13 transmits the payment message to the wireless receiving unit 21 of the indicator module 20. The control unit 22 controls the motor 242 to drive the dial 243 by the parking signal and the payment message to make the dial 243. The position of the blue indication block 243A and the position of the display hole 241A correspond to each other, and then the illumination unit 244 illuminates the indication unit 244 to emit a blue light to notify other drivers that the parking space A has an existing vehicle. Park, please find another parking space A, the blue light can also inform the toll collector that the parking space A has a vehicle parking, but the parking person has enabled the mobile device C to pay the parking function, so there is no need to open a payment bill; Before the parking person leaves the parking space A, the mobile device C is turned on again, and the function button C is used to end the use of the parking space. The mobile device C transmits an end signal to the cloud host B, and the cloud host B cooperates with the end time. After the parking rate A rate is calculated, a payment information is formed, and the payment information is transmitted back to the mobile device C, and the parking device can connect the bank or the third party payment slip by the mobile device C. The parking fee is paid to avoid the cumbersome payment procedure, and the cloud host B also transmits back the parking function of the mobile device C to the parking space sensing module 10, and the parking space sensing module 10 Transmitting the signal to the indicating unit 24 of the indicator module 20, and further controlling the position of the indicator block 243A of the red portion of the turntable 243 to correspond to the position of the display hole 241A, and then illuminating the light-emitting unit 244 to give the indication The unit 244 emits a red light. Finally, when the parking space sensing module 10 detects that the vehicle is moving away, the sensing device 12 outputs a parking signal (no vehicle) to the control device 11, and the control device 11 controls The first wireless communication unit 13 outputs the parking signal to the wireless receiving unit 21 of the indicator module 20, and the wireless receiving unit 21 outputs the parking signal to the indicating unit 24 by the control unit 22, thereby controlling the The motor 242 drives the turntable 243 to make the position of the indicator block 243A of the turntable 243 green corresponding to the position of the display hole 241A, and then the illumination unit 244 illuminates the indicator unit 244 to emit a green light. .

It can be seen from the foregoing that the combination of the mobile device and the wirelessly sensed parking charging system of the present invention mainly detects whether a vehicle enters the parking space A by the parking space sensing module 10, and the parking space sensing module 10 The first wireless communication unit 13 transmits the parking signal to the indicator module 20, and the mobile device C receives the parking signal of the parking space sensing module 10 and sends a payment message of the parking signal to the cloud host B. The cloud host B transmits the payment message to the parking space sensing module 10, and the control device 11 of the parking space sensing module 10 interprets the payment message and the parking signal, and then transmits the interpretation result to the The control unit 22 of the indicator module 20 further drives the turntable 243 to make the position of the indication block 243A of the turntable 243 green and the position of the display hole 241A correspond to each other, so that the indication unit 24 sends a corresponding light. This allows the toll collector and the driver to see at a glance the use status and payment status of the parking space A, so that the toll collector can view the parking space A one by one without using the parking space A. The driver can also quickly determine the use of the parking space A. Moreover, even more, the parking person can use the payment function of the mobile device C to connect the bank or the third-party payment unit to pay the parking fee, thereby providing a convenient user to pay, reducing the labor cost of the manager, and being able to The purpose of the combined mobile device and the wirelessly sensed parking charging system for improving the parking space usage rate.

10‧‧‧Parking grid sensing module
11‧‧‧Control device
12‧‧‧Induction device
13‧‧‧First wireless communication unit
14‧‧‧Second wireless communication unit
15‧‧‧Power unit
20‧‧‧ indicator module
21‧‧‧Wire receiving unit
22‧‧‧Control unit
23‧‧‧Power supply unit
24‧‧‧Instruction unit
241‧‧‧Shell
241A‧‧‧ display hole
242‧‧‧Motor
243‧‧‧ Turntable
243A‧‧‧Indicated block
244‧‧‧Lighting unit
245‧‧‧Outer casing
245A‧‧‧ display window
246‧‧‧ Electronic paper
247‧‧‧Lighting device
A‧‧‧Parking
B‧‧‧Cloud Host
C‧‧‧ mobile device
D‧‧‧ toll device
L‧‧‧ indicator number

FIG. 1 is a schematic diagram of a parking charging system combining a mobile device and a wireless sensing according to the present invention. 2 is a block diagram of a parking charging system incorporating a mobile device and a wireless sensing according to the present invention. FIG. 3 is a schematic diagram of an indicator module combined with a mobile device and a wirelessly sensed parking toll system according to the present invention. 4 is a side view of the indicator module of the parking metering system in combination with the mobile device and the wireless sensing according to the present invention. FIG. 5 is a schematic diagram of an indicator module combined with a mobile device and a wirelessly sensed parking toll system according to the present invention.

10‧‧‧Parking grid sensing module

11‧‧‧Control device

12‧‧‧Induction device

13‧‧‧First wireless communication unit

14‧‧‧Second wireless communication unit

15‧‧‧Power unit

20‧‧‧ indicator module

21‧‧‧Wire receiving unit

22‧‧‧Control unit

23‧‧‧Power supply unit

24‧‧‧Instruction unit

Claims (8)

A parking charging system combining a mobile device and a wireless sensing includes: a parking space sensing module, including a control device, a sensing device, a first wireless communication unit, a second wireless communication unit, and a power unit. The control device is connected to the sensing device, the first wireless communication unit and the second wireless communication unit; the parking space sensing module is disposed in a parking space and has an identification code matching the parking space The sensing device is configured to detect whether a vehicle enters or leaves the parking space, and outputs a message to the control device to cause the control device to generate a parking signal, the parking signal at least including the identification code and the Whether there is a message that the vehicle enters or leaves the parking space; the first wireless communication unit is provided with a mobile device connected to the parking person, and the first wireless communication unit is configured to output the parking signal to the mobile device, and the parking device When the payment stop function of the mobile device is activated, the mobile device is connected to the first wireless communication unit, and the mobile device receives the parking signal by receiving the parking signal At the same time, the mobile device transmits the payment message to the cloud host; the second wireless communication unit is configured to output the parking signal to the cloud host, and when the parking person activates the payment stop function of the mobile device, and transmits the payment message to the The cloud host transmits the payment message to the second wireless communication unit, so that the parking space sensing module receives the payment message; the power unit, the control device, the sensing device, the first a wireless communication unit and the second wireless communication unit are electrically connected; an indicator module includes a wireless receiving unit, a control unit, an indicating unit and a power supply unit, the power supply unit and the wireless receiving unit, and the control The unit and the indicating unit are electrically connected; the wireless receiving unit is connected to the first wireless communication unit signal of the parking space sensing module, and the wireless receiving unit is configured to receive the parking signal from the first wireless communication unit, when The user activates the payment parking function of the mobile device to transmit to the cloud host, and the cloud host transmits the payment message to the stop. The wireless receiving unit receives the payment message from the first wireless communication unit; the control unit is connected to the wireless receiving unit and the indicating unit signal; and the indicating unit is connected to the control unit signal The indicating unit has a plurality of indicator lights, and the indicating unit changes its indicator number according to the parking signal transmitted by the control unit and the payment message. The combination of the mobile device and the wirelessly sensed parking charging system according to the first aspect of the invention, wherein the indicating unit comprises a casing, a motor, a turntable and a lighting unit, the power supply unit and the lighting unit The light-emitting unit and the turntable constitute the indicator light. The indicator light is disposed in the housing. The housing has a display hole, and the position of the light-emitting unit is corresponding to the position of the display hole. The light emitted by the light emitting unit can be transmitted through the display hole; the motor is dynamically connected to the turntable, the motor is used to drive the turntable to rotate; and the turntable is rotatably disposed on the light emitting unit and the Between the display holes, the turntable is made of a permeable material having a plurality of indicator blocks, each of the indicator blocks having a different color, wherein the position of the indicator block and the position of the display hole Correspondingly, the control unit receives the different parking signals and the payment message changes the indication block corresponding to the display hole to determine the position of each of the indication blocks. The combined charging device and the wirelessly sensed parking charging system of claim 2, wherein the control unit controls the lighting unit to be turned on for a specific period of time. The combined charging device and the wirelessly sensed parking charging system according to claim 1, wherein the sensing device is disposed at a center of the parking space, and the indicator module is disposed outside the parking space. For example, the combined mobile device and the wireless sensing parking charging system described in claim 1 may be an infrared optical occlusion detector, a pressure detection detector, and a millimeter wave detection. The first wireless communication unit can transmit data by means of Beacon or Bluetooth, and the second wireless communication unit can transmit data by means of Sub 1G, 3G, 4G or WIFI. The combined charging device and the wirelessly sensed parking charging system according to claim 1, wherein the sensing device is normally sensed or is time-interval. The combined charging device and the wirelessly sensed parking charging system according to claim 1, wherein the indicating unit comprises an outer casing, an electronic paper and a lighting device, the outer casing having a display window, the electronic device The paper and the lighting device are electrically connected to the power supply unit, and the electronic paper and the lighting device are connected to the control unit, and the electronic paper is disposed in the outer casing corresponding to the display window, and the control unit receives the difference The parking signal and the payment message change the color of the electronic paper. The combined charging device and the wirelessly sensed parking charging system of claim 7, wherein the control unit controls the lighting device to be turned on for a specific period of time.