TWM557424U - Green energy smart roadside parking billing system - Google Patents

Abstract

This creation is a green energy intelligent roadside parking billing system, which is created for roadside parking and open areas. The detection device itself has a green power supply module that can provide power demand and save electricity costs. After the detection, the parking information is transmitted back to the cloud management platform via the wireless transmission module, and can be connected to the E-TAG system, directly debited by the E-TAG, and the parking billing and parking time The information such as the parking location is immediately transmitted to the mobile device or personal computer or the Internet platform or email mailbox designated by the owner, so that the owner can immediately grasp the parking information. If there is no E-TAG account, the sensing device can also detect the vehicle. The license plate number is processed by the cloud system, and the information such as parking billing and parking time is transmitted to the mobile phone or the personal computer or the network platform or the e-mail mailbox designated by the owner, and the owner pays the fee to the designated place; Compared with the parking management system in the workshop, the system can save a lot of electricity costs. If compared with the traditional manual parking management method, it can not only make the car Instantly grasp parking information, make payment more convenient, and also instantly grasp roadside parking information, save time in finding parking spaces, reduce air pollution emissions and fuel consumption. For the employed, it saves a lot of manpower and time costs and is easy to manage. In addition, since the parking information of the vehicle has been built into the database of the cloud system, it is also helpful for finding stolen vehicles and preventing crime.

Description

Green Energy Smart Roadside Parking Billing System

This creation is a roadside parking billing system, especially a parking information billing system that saves human resources, self-powers, and instantly returns billing information to the owner.

According to the roadside parking, it has the advantages of openness, easy access and high accessibility, but it is not easy to manage the charging management. As a result, there are many problems in the roadside parking fee management system, such as it is not easy to improve the on-street parking turnover rate and charges. Inefficiency, too much relying on labor charges, excessive parking rate lapses, and overtime compensation caused loopholes in the charging system.

At present, the billing method for on-street parking is mostly manual billing. The method requires a large amount of manpower to process billing and timing, billing and maintenance, and the bill is required to be printed, and then manually paid. It is not only costly and costly, but also extremely inconvenient for the owner. If you forget to pay the parking fee due to busy recording, you may even have to bear the penalty for overdue payment, which is extremely time-consuming and labor-intensive. A method of cost, convenience and poor efficiency.

In addition, in the past, when parking on the roadside, in addition to the problem of payment and charging, the time wasted to find a parking space is also a problem for the driver. It is often a long time to find an idle parking space. What is more, the fault will last for a long time. The car parked in the roadside parking space is not disposed of, so that the roadside parking space is not easy to be effectively utilized, can not improve the roadside parking turnover rate, it is easy to cause treatment An angle of death.

However, the conventional electronic parking sensing device can sense the on-street parking condition, but all need to be connected to the power supply to enable the device to operate. The power supply needs to be continuously supplied for 24 hours regardless of whether the vehicle is parked in the parking space. Operation, for today's energy shortage, is also quite wasteful.

In view of this, the technical problem to be solved by the present invention is to provide an innovative green energy intelligent roadside parking billing system, which is operated by a geomagnetic sensing device, a vehicle detecting device, an information integration device and a cloud management platform. The information detected by the geomagnetic induction device and the vehicle detection device is integrated by the information integration device and transmitted to the cloud management platform, and the parking information is immediately returned to the owner of the vehicle, and the E-TAG system directly deducts the money, thereby eliminating manpower. Timed billing, parking rate default rate is too high and improve roadside parking turnover rate.

This creative department provides a system that enables car owners and operators to obtain on-street parking and time-based billing information, and can pay for E-TAG debits. The system consists of cloud management platform, information integration device, vehicle detection device and geomagnetic induction. A device, such as a device, in which the information integration device and the vehicle detection device are equipped with solar photovoltaic modules and batteries, which can provide power requirements for the operation of the device, without the need for external power, resulting in power resource consumption and increased power costs. After the parking space, the vehicle detection device and the geomagnetic sensor device can detect the parking information of the vehicle and transmit it to the information integration device. After the information integration device is integrated, the integrated information is transmitted to the cloud management platform, and the cloud management platform receives the information. After identifying the vehicle information and the electronic label code, the information such as the timing, billing, location, etc. of the parking is sorted and transmitted to the mobile device or personal computer or network platform or email mailbox designated by the owner, and the cloud Management platform will be directly connected To the E-TAG system and directly deduct the payment. If the electronic label code cannot be discriminated, it can be connected to the supervision system's registration system or the network platform uploaded to the owner to log in. The owner can directly debit the supervision system. In addition, the online management platform can directly make payment by means of financial transfer. In addition, the cloud management platform can also provide idle parking space for the owner to inquire, so that the owner can conveniently park on the roadside.

The technical problem to be solved in the creation of the "Green Energy Smart Roadside Parking Billing System" is that the roadside parking billing method is not efficient, and it relies too much on labor charges. It not only consumes human resources, but also charges and pays. It is also quite inconvenient, and the parking fee owing rate is too high, and it is impossible to increase the parking turnover rate, which has become a major problem in parking management. If electronic parking equipment is used for counting and timing, it is still impossible to properly solve these problems. Electronic parking equipment needs to be connected to the power supply to enable the equipment to operate, and it is not possible to effectively manage the unused parking spaces. The creation of the "Green Energy Smart Roadside Parking Billing System" is mainly to achieve the following four points:

1. Using the geomagnetic induction device and the vehicle detection device located around the roadside parking space, the parking information is integrated by the information integration device and transmitted to the cloud management platform, which can completely save the cost of manpower billing and printing the parking document.

2. The cloud management platform can calculate and organize the parking information returned by the information integration device, and then connect to the E-TAG system to deduct the parking fee directly from the E-TAG. If the vehicle is not equipped with E-TAG, or The external force cannot sense the electronic tag code of the vehicle in the parking space. The camera module can connect the obtained license plate number to the supervision authority or the charging platform to pay the parking fee, which can solve the inconvenience of manual payment and the unpaid rate of parking fees. Too high a problem.

3. After the information integration device transmits the parking information to the cloud management platform, the cloud management platform can also judge other idle parking spaces by receiving the information, in addition to facilitating management. In addition, it can also be displayed on the self-built website or software for the owner of the parking lot to reduce the time to find the parking space to improve the parking turnover rate, and also reduce air pollution emissions and fuel consumption.

4. The information integration device and the vehicle detection device are equipped with solar photovoltaic modules, which are sufficient to meet the power demand between the modules, which can save electricity costs and fully meet the energy conservation and environmental protection effects.

The advantages and spirit of the present invention can be further understood by the following embodiments and the drawings.

10‧‧‧Cloud Management Platform

20‧‧‧Information integration device

21‧‧‧Communication Module

30‧‧‧Vehicle detection device

31‧‧‧Shell

311‧‧‧Wireless Transmission Module

312‧‧‧Control Module

32‧‧‧E-TAG sensor module

33‧‧‧ camera module

40‧‧‧Geomagnetic induction device

50‧‧‧Solar Photoelectric Module

51‧‧‧ battery

60‧‧‧Parking

FIG. 1 is a schematic structural diagram of a green energy intelligent roadside parking billing system according to a preferred embodiment of the present invention.

The features, spirit and advantages of the present invention will be fully explained by the detailed description of the preferred embodiments of the present invention and the actual application examples.

Please refer to FIG. 1. FIG. 1 is a schematic structural diagram of a green energy smart roadside parking billing system according to a preferred embodiment of the present invention.

As shown in FIG. 1 , the green energy intelligent roadside parking billing system of the present invention is composed of a cloud management platform 10, an information integration device 20, a vehicle detecting device 30 and a geomagnetic sensing device 40, wherein the information integration device 20 and The vehicle detecting device 30 is respectively equipped with a solar photovoltaic module 50 and a battery 51. The information integration device 20 is further provided with a communication module 21, and the communication module 21 is electrically connected to the battery 51 on the information integration device 20, and the vehicle detecting device The housing 31 of the housing 30 houses the wireless transmission module 311 and the control module 312. The E-TAG sensing module 32 and the camera module 33 are further disposed on the vehicle detecting device 30. The E-TAG sensing module is provided. Group 32 and camera module 33 are electrically connected to the control module 312. Each module of the vehicle detecting device 30 is electrically connected to the battery 51 on the vehicle detecting device 30.

In FIG. 1 , a vehicle detecting device 30 is disposed at an appropriate position on the front side of each parking space. When the vehicle is stopped at the roadside parking space, the time when the ground magnetic sensing device 40 stops the vehicle is recorded and transmitted to the vehicle by signal. The wireless transmission module 311 of the detecting device 30 transmits the signal to the control module 312 for recording, and the control module 312 triggers the operation of the camera module 33 and the E-TAG sensing module 32 to Obtaining the license plate number of the parking vehicle and the electronic tag code of the vehicle and recording it again in the control module 312. When the vehicle in the parking space leaves the parking space, the geomagnetic sensing device 40 is triggered to drive the vehicle away again. The time is further transmitted to the wireless transmission module 311 on the vehicle detecting device 30. After the wireless transmission module 311 transmits the signal to the control module 312 for recording again, the vehicle is parked in time, the license plate number, and the electronic tag code. And the information of the departure time of the vehicle is transmitted to the communication module 21 of the information integration device 20, and the communication module 21 receives the information transmitted by each vehicle detection device 30 and summarizes the information by WIFI or ZigBee or The 4G or LoRa transmission technology is transmitted to the cloud management platform 10 for disposal.

In this embodiment, the communication module 21 of the information integration device 20 can detect the state of the information integration device 20 itself and each of the vehicle detection devices 30, including the capacity in the battery 51, if one of the modules appears Abnormally, the information will be immediately transmitted back to the cloud management platform 10, and can be immediately maintained to maintain the normal operation of the system.

In this embodiment, the information integration device 20 can receive the information returned by the 50 sets of vehicle detection devices 30, and adjust the information integration device 20 according to the status of each roadside parking space, and the cloud management platform 10 receives each After the information is transmitted back by the information integration device 20, the parking information is first read and the parking fee and the electronic tag code are calculated according to the returned information (stop time, parking place), and then connected to the E-TAG system. Direct deduction, if the electronic tag code cannot be discriminated, Then connect to the supervision agency's parking fee inquiry system or upload it to the owner's login network platform. The owner can directly deduct the payment from the supervision system's posting system or directly transfer the financial transfer method from the login network platform. Here, the owner can completely exempt the inconvenience caused by the manual payment. When the above operation is completed, the cloud management platform 10 transmits all the parking information, including the parking time, the parking place, the parking charge, whether the charge has been deducted, and the like. The owner can master the parking information in the mobile device or personal computer designated by the owner or in the network platform or in the email mailbox.

In this embodiment, in addition to performing the above operations, the cloud management platform 10 can display the status of the parking space measured by each of the vehicle detecting devices 30 returned by each information integration device 20 in the platform. The owners who are about to park on the road can learn about the immediate parking situation directly in the platform, so as to shorten the time to find the parking space and improve the turnover rate of the on-street parking space.

In this embodiment, the solar photovoltaic module 50 and the battery 51 are respectively disposed at the top of the information integration device 20 and the vehicle detection device 30, and are used to collect solar energy and convert it into electric power and store it in the battery 51 for supply. The power requirements of the information integration device 20 and the vehicle detection device 30 do not need to bear the power cost of the devices, and can also achieve the effect of environmental protection and energy conservation.

Based on the above detailed description of the creation, it is believed that the green energy smart roadside parking billing system of the present invention uses the innovative information integration device 20 and the vehicle detection device 30 to detect parking information, and through the cloud management platform. 10 Master the parking information and instantly deduct the money, and get instant access to the parking information on the roadside to improve the turnover rate of on-street parking.

The features and spirit of the present invention are more clearly described in the above detailed description of the preferred embodiments, and are not intended to limit the scope of the present invention. On the contrary, the purpose is to cover all kinds of changes and equivalence arrangements within the scope of the patent application to which the present invention is intended. Therefore, the scope of patents applied for by this creation The orientation should be interpreted broadly based on the above description so that it covers all possible changes and equivalence arrangements.

Claims (5)

A green energy intelligent roadside parking billing system includes: a cloud management platform for managing, integrating and providing information for returning information from various information integration devices (parking time, parking location, car information, electronic tag code) , the current status of use of each device and the current status of each parking space), the returned information is compared, interpreted and calculated by the cloud management platform, and transmitted to the mobile device or personal computer or network platform or email designated by the owner. In the mailbox, the intercepted and calculated parking information is connected to the E-TAG system or the designated network platform for deduction; the geomagnetic sensing device is placed in the center of the parking lot at the roadside to calculate the stop time of the vehicle; The E-TAG sensor module is disposed on the vehicle detecting device for sensing the electronic tag code of the vehicle parked in the parking space; the camera module is disposed under the E-TAG sensor module of the vehicle detecting device for Identifying the license plate image of the vehicle to obtain the vehicle information; the control module is placed in the casing of the vehicle detection device for detecting the battery capacity and detecting, receiving or triggering the E-TAG sensing module, the sense of geomagnetism The devices and camera modules are obtained and the information of the modules is transmitted to the information integration device via the wireless transmission module; the vehicle detection device is placed at the appropriate position on the front side of each parking space on the roadside. It is used to detect various parking information of vehicles in the parking space. The top is equipped with solar photovoltaic modules and batteries to provide power for each module of the vehicle detection device. The wireless transmission module is also placed in the vehicle detection device. In the housing, the information of the geomagnetic sensing device can be received and transmitted to the control module, and then the integrated information is transmitted to the information integration device; the information integration device is used to integrate the parking information of each vehicle detection device, and The parking information of each vehicle detection device is integrated and transmitted to the cloud platform. The information integration device is provided with a communication module for receiving information transmitted by each vehicle detection device and transmitting the information to the cloud management platform. The top of the information integration device is also equipped with a solar photovoltaic module and a battery to supply power to the communication module of the information integration device. The green energy intelligent roadside parking billing system as claimed in claim 1, wherein the wireless transmission module of the vehicle detecting device is transmitted by WIFI or Bluetooth or ZigBee or NFC (Near Field) Communication, near field communication). The green energy intelligent roadside parking charging system according to claim 1, wherein the geomagnetic sensing device comprises a wireless transmission module, and the transmission of the wireless transmission module is WIFI or Bluetooth or NFC (Near Field). Communication, near field communication). The green energy intelligent roadside parking billing system according to claim 1, wherein the communication module of the information integration device is transmitted by WIFI or ZigBee or 4G or LoRa transmission technology. The green energy intelligent roadside parking billing system according to claim 1, wherein the casing may be a casing made of metal or plastic.