阅读说明：本技术 基于物联网的智能控制系统 (Intelligent control system based on Internet of things ) 是由 康虹 张盼 于 2021-07-30 设计创作，主要内容包括：本发明属于停车管理技术领域,公开了一种基于物联网的智能控制系统,包括共享模块和停车模块；所述共享模块用于发布共享车位消息,包括设定模块、信息核对模块和发布模块：所述设定模块用于设定共享车位信息,所述信息核对模块用于获取该车位的持有者信息和发布共享消息的用户身份；所述发布模块用于发布共享车位信息；所述停车模块用于根据停车要求选择共享车位；包括获取模块、推荐模块和选择模块；所述获取模块用于获取停车需求；推荐模块用于根据停车需求推荐共享车位；所述选择模块用于根据用户操作从推荐共享车位中选择一个共享车位作为目标车位。本方案解决了现有技术车辆停车困难,同时大多数的停车位资源被浪费的问题。(The invention belongs to the technical field of parking management and discloses an intelligent control system based on the Internet of things, which comprises a sharing module and a parking module; the sharing module is used for issuing sharing parking stall information and comprises a setting module, an information checking module and an issuing module: the setting module is used for setting shared parking space information, and the information checking module is used for acquiring the owner information of the parking space and the user identity for issuing the shared information; the issuing module is used for issuing shared parking space information; the parking module is used for selecting a shared parking space according to a parking requirement; the system comprises an acquisition module, a recommendation module and a selection module; the acquisition module is used for acquiring parking requirements; the recommendation module is used for recommending the shared parking space according to the parking requirement; the selection module is used for selecting one sharing parking space from the recommended sharing parking spaces as a target parking space according to user operation. The problem of prior art vehicle parking difficulty, the parking stall resource of the great majority is by the waste simultaneously has been solved to this scheme.)

1. Intelligent control system based on thing networking, its characterized in that: the parking system comprises a sharing module and a parking module;

the sharing module is used for issuing sharing parking stall information and comprises a setting module, an information checking module and an issuing module: the setting module is used for setting shared parking space information, and the shared parking space information comprises specific position information and estimated shared time of parking spaces; the information checking module is used for acquiring the owner information of the parking space and checking the identity of the user who issues the shared message; the issuing module is used for issuing shared parking space information;

the parking module is used for selecting a shared parking space according to a parking requirement; the system comprises an acquisition module, a recommendation module and a selection module; the acquisition module is used for acquiring parking requirements, and the parking requirements comprise vehicle information, planned parking positions and planned parking time; the recommendation module is used for recommending the shared parking space according to the parking requirement; the selection module is used for selecting one sharing parking space from the recommended sharing parking spaces as a target parking space according to user operation.

2. The intelligent control system based on the internet of things of claim 1, wherein: the sharing module also comprises an integral accumulation module, and the integral accumulation module is used for recording the time of sharing the shared parking space issued by the user to others and converting the time into an integral to accumulate;

the parking module also comprises an integral deduction module, wherein the integral deduction module is used for obtaining the planned parking time, converting the planned parking time into integral and deducting corresponding integral from the accumulated integral of the user.

3. The intelligent control system based on the internet of things as claimed in any one of claims 1-2, wherein: the sharing module comprises a locking module, and the locking module is used for locking the shared parking spaces; the parking module further comprises an unlocking module, and the unlocking module is used for unlocking the target parking space and recovering locking.

4. The intelligent control system based on the internet of things of claim 3, wherein: the sharing module further comprises a vehicle checking module, and the vehicle checking module is used for acquiring the vehicle information of the parking module, checking the vehicle information with the vehicle information on the shared parking space and sending a checking result to a shared parking space holder.

5. The intelligent control system based on the internet of things of claim 2, wherein: the integral deduction module comprises a timing module, a matching module and a deduction module, wherein the timing module acquires planned parking time and actual parking time, the actual parking time is the time from unlocking to locking recovery of the unlocking module, the matching module is used for analyzing the planned parking time and the actual parking time, matching corresponding integral conversion rules and converting the actual parking time into integral, and the deduction module is used for deducting corresponding integral from accumulated integral of a user;

the points deducted by the user using the shared parking space are added into the points of the shared parking space holder through the point accumulation module.

6. The intelligent control system based on the internet of things of claim 5, wherein: the conversion rule is specifically as follows:

when the actual parking time is less than or equal to the planned parking time, converting the actual parking time according to N integral/per hour;

when the actual parking time is larger than the planned parking time, the planned parking time is converted according to N integral/hour, and the exceeding parking time is converted according to M multiplied by N integral/hour, wherein M is larger than 1.

7. The intelligent control system based on the internet of things of claim 6, wherein: when the actual parking time is less than the planned parking time and the difference is more than X hours, additionally deducting the integral, wherein the additionally deducting integral conversion rule is as follows: the difference time is converted to Y × N integration/hour, where Y < 1.

8. The intelligent control system based on the internet of things as claimed in any one of claims 2, 5, 6 and 7, wherein: the parking module further comprises a pause module, and the pause module is used for forcing the user to pause to use the unlocking module when the user integral is negative.

9. The intelligent control system based on the internet of things of claim 8, wherein: the point deduction module also comprises a recharge module, and the recharge module is used for purchasing points.

Technical Field

The invention belongs to the technical field of parking management, and particularly relates to an intelligent control system based on the Internet of things.

Background

With the maturity of new energy technology, the new energy automobile industry is rapidly developed, and the automobile holding capacity per capita is rapidly increased, so that parking space resources in cities are more and more deficient, and parking becomes a difficult problem of headache of all automobile owners. In the existing parking lot, most parking spaces are private parking spaces, only a small part of external parking spaces are provided, and when the private parking spaces are in an empty state, external vehicles do not have the right to occupy the private parking spaces; if the vehicle is parked in the private parking space, when the vehicle owner of the private parking space parks the vehicle, the vehicle needs to be moved away by the external vehicle owner, which is very inconvenient, so that some external parking spaces are fully parked, but some private parking spaces are still in an empty state; and the car owner of these private parking stalls is driven the back, will occupy the external vehicle parking stall in other parking areas again, leads to most vehicle parking difficulty, and most parking stall resource is wasted simultaneously to parking cost is too high.

Disclosure of Invention

The invention aims to provide an intelligent control system based on the Internet of things, and aims to solve the problems that vehicles are difficult to park and most parking space resources are wasted in the prior art.

The basic scheme provided by the invention is as follows: the intelligent control system based on the Internet of things comprises a sharing module and a parking module;

the sharing module is used for issuing sharing parking stall information and comprises a setting module, an information checking module and an issuing module: the setting module is used for setting shared parking space information, and the shared parking space information comprises specific position information and estimated shared time of parking spaces; the information checking module is used for acquiring the owner information of the parking space and checking the identity of the user who issues the shared message; the issuing module is used for issuing shared parking space information;

the parking module is used for selecting a shared parking space according to a parking requirement; the system comprises an acquisition module, a recommendation module and a selection module; the acquisition module is used for acquiring parking requirements, and the parking requirements comprise vehicle information, planned parking positions and planned parking time; the recommendation module is used for recommending the shared parking space according to the parking requirement; the selection module is used for selecting one sharing parking space from the recommended sharing parking spaces as a target parking space according to user operation.

The technical principle and the advantages of the invention are as follows: the user can share the parking space through the sharing module, the specific position and the sharing time of the parking space to be shared are set, the information checking module checks whether the identity information of the owner of the parking space and the identity information of the user are consistent, and after the checking is successful, the information sharing information of the parking space is issued; the user selects the shared parking space to park through the parking module, the acquisition module acquires the parking requirements of the user, the parking requirements comprise vehicle information, parking positions and planned parking time, the recommendation module recommends the shared parking space to the user according to the parking requirements, and the user selects the appropriate shared parking space to park. This scheme is through this kind of mode, makes the user share the idle private parking stall of oneself, and the user that needs to park searches shared parking stall according to the parking demand of oneself, rationally utilizes idle private parking stall, sets up the shared time in shared parking stall, and the parking stall that parking time and shared time conform is recommended to the recommending module, avoids the parking stall live time to take place the conflict, makes the parking stall resource fully obtain the use, makes the vehicle of going out seek suitable parking stall fast conveniently.

Furthermore, the sharing module also comprises an integral accumulation module, and the integral accumulation module is used for recording the time of sharing the shared parking space issued by the user to others and converting the time into an integral for accumulation;

the parking module also comprises an integral deduction module, wherein the integral deduction module is used for obtaining the planned parking time, converting the planned parking time into integral and deducting corresponding integral from the accumulated integral of the user.

Has the advantages that: after the user successfully shares the parking space, the user is rewarded with the points according to the sharing time, the user can use the sharing parking spaces of other people during reward of the points, more users are willing to share the idle parking spaces of the user through the mode of reward of the points and deduction of the points, the idle time of the user is used for replacing the use time of the other parking spaces, and therefore the parking cost of the user is reduced.

Furthermore, the sharing module comprises a locking module, and the locking module is used for locking the shared parking spaces; the parking module further comprises an unlocking module, and the unlocking module is used for unlocking the target parking space and recovering locking.

Has the advantages that: the locking module is used for locking the shared idle parking space, the idle parking space is guaranteed to be always in a state that a vehicle can be parked, the unlocking module can be used for unlocking the parking space after a user locks a target parking space through the selection module, and other vehicles are prevented from occupying the shared parking space through the mode, so that the user selecting the shared parking space to park cannot park smoothly.

Further, the sharing module further comprises a vehicle checking module, and the vehicle checking module is used for acquiring the vehicle information of the parking module, checking the vehicle information with the vehicle information on the shared parking space and sending a checking result to a shared parking space holder.

Has the advantages that: whether the actual vehicle information parked on the shared parking space conforms to the vehicle information applied for the shared parking space is checked, the authenticity and the safety of parking space sharing are guaranteed, and more people are willing to use the intelligent control system.

Further, the point deduction module comprises a timing module, a matching module and a deduction module, wherein the timing module acquires planned parking time and actual parking time, the matching module is used for analyzing the planned parking time and the actual parking time, the actual parking time is the time from unlocking to locking recovery of the unlocking module, corresponding point conversion rules are matched, the actual parking time is converted into points, and the deduction module is used for deducting corresponding points from accumulated points of a user;

the points deducted by the user using the shared parking space are added into the points of the shared parking space holder through the point accumulation module.

Has the advantages that: the integral deduction module is standardized, different integral conversion rules are matched according to planned parking time and actual parking time of users, the integral conversion rules are fair and reasonable, the shared parking spaces are prevented from being used by some users according to rules, the use sensitivity of the users is improved, and management of the shared parking spaces is facilitated.

Further, the conversion rule is specifically as follows:

when the actual parking time is less than or equal to the planned parking time, converting the actual parking time according to N integral/per hour;

when the actual parking time is larger than the planned parking time, the planned parking time is converted according to N integral/hour, and the exceeding parking time is converted according to M multiplied by N integral/hour, wherein M is larger than 1.

Has the advantages that: and reasonably formulating an integral conversion rule, and when the actual parking time of the user is greater than the planned parking time, additionally deducting the integral of the user, so that the user is prevented from not obeying the sharing rule, occupying the shared parking space for a long time and damaging the fairness of the shared parking space.

Further, when the actual parking time is less than the planned parking time and the difference is greater than X hours, additionally deducting the integral, wherein the additionally deducting integral conversion rule is as follows: the difference time is converted to Y × N integration/hour, where Y < 1.

Has the advantages that: and the integration conversion rule is reasonably formulated, so that the situation that the management and fairness of the shared parking spaces are influenced because other vehicles cannot be normally used and the shared parking spaces are selected due to the fact that a user intentionally sets the planned parking time to be too long or intentionally occupies the shared parking spaces is avoided.

Further, the parking module further comprises a pause module, and the pause module is used for forcing the user to pause to use the unlocking module when the user integral is negative.

Has the advantages that: when the user is integrated into a negative number, the user is prohibited from using the shared parking space, and the sharing parking space is favorably and reasonably used by the standard user.

Furthermore, the credit deduction module also comprises a recharge module, and the recharge module is used for purchasing credits.

Has the advantages that: when the points of the users are insufficient, the users can purchase the points, the users who do not limit the shared parking spaces must have own parking spaces, and more people can use the shared parking spaces.

Drawings

FIG. 1 is a schematic diagram of an embodiment of the present invention.

Detailed Description

Example 1

The following is further detailed by way of specific embodiments: intelligent control system based on thing networking, its characterized in that: the parking system comprises a sharing module and a parking module;

as shown in fig. 1, the sharing module is used for issuing a shared parking space message, and includes a setting module, an information checking module, and an issuing module: the setting module is used for setting shared parking space information, and the shared parking space information comprises specific position information and estimated shared time of parking spaces; the information checking module is used for acquiring the owner information of the parking space and checking the identity of the user issuing the shared message, and the checking mode can adopt the identity information of the user and adopt facial recognition to verify; the issuing module is used for issuing shared parking space information;

the parking module is used for selecting a shared parking space according to a parking requirement; the system comprises an acquisition module, a recommendation module and a selection module; the acquisition module is used for acquiring parking requirements, the parking requirements comprise vehicle information, a planned parking position and planned parking time, and the planned parking time is set in a mode of setting starting parking time and ending parking time; the recommendation module is used for recommending the shared parking spaces according to parking requirements, calculating the matching degrees of the parking spaces according to the distance between the planned parking position of the user and the shared parking spaces and the sharing time between the planned parking time and the shared parking spaces, and recommending the five parking spaces with the highest matching degree; the selection module is used for selecting one sharing parking space from the recommended sharing parking spaces as a target parking space according to user operation.

The sharing module comprises a locking module, and the locking module is used for locking the shared parking spaces; the parking module further comprises an unlocking module, and the unlocking module is used for unlocking the target parking space and recovering locking. In this embodiment, a locking terminal is disposed on the shared parking space, the locking terminal includes a controller, the locking module and the unlocking module are configured to send a locking signal and an unlocking signal to the controller, respectively, and the controller controls the locking terminal to lock and unlock according to the obtained signals.

The sharing module further comprises a vehicle checking module, and the vehicle checking module is used for acquiring the vehicle information of the parking module, checking the vehicle information with the vehicle information on the shared parking space and sending a checking result to a shared parking space holder. In this embodiment, a camera terminal is arranged on the shared parking space, the camera terminal includes a controller, the camera terminal is used for shooting license plate information on the shared parking space, and the controller sends a shooting result to the vehicle checking module.

The sharing module also comprises an integral accumulation module, and the integral accumulation module is used for recording the time of sharing the shared parking space issued by the user to others and converting the time into an integral to accumulate; the parking module also comprises an integral deduction module, wherein the integral deduction module is used for obtaining the planned parking time, converting the planned parking time into integral and deducting corresponding integral from the accumulated integral of the user.

The integral deduction module comprises a timing module, a matching module and a deduction module, wherein the timing module acquires planned parking time and actual parking time, the actual parking time is the time from unlocking to locking recovery of the unlocking module, the matching module is used for analyzing the planned parking time and the actual parking time, matching corresponding integral conversion rules and converting the actual parking time into integral, and the deduction module is used for deducting corresponding integral from accumulated integral of a user; the points deducted by the user using the shared parking space are added into the points of the shared parking space holder through the point accumulation module.

The conversion rule is specifically as follows:

when the actual parking time is less than or equal to the planned parking time, converting the actual parking time according to N integral/per hour; in this embodiment, N is 1.

When the actual parking time is less than the planned parking time and the difference is more than X hours, additionally deducting the integral, wherein the additionally deducting integral conversion rule is as follows: converting the difference time according to the integration of Y multiplied by N/hour, wherein Y is less than 1; in this embodiment, X is 1 and Y is 0.5.

When the actual parking time is larger than the planned parking time, converting the planned parking time according to N integral/per hour, and converting the exceeding parking time according to M multiplied by N integral/per hour, wherein M is larger than 1; in this embodiment, M is 2.

The parking module further comprises a pause module, and the pause module is used for forcing the user to pause to use the unlocking module when the user integral is negative.

The point deduction module also comprises a recharge module, and the recharge module is used for purchasing points.

The specific implementation process is as follows:

in 8:30 morning, a user A uses the intelligent control system based on the Internet of things to share a parking space, position information and sharing time of the parking space are input, the sharing time is 9:00 in the morning to 8:00 in the evening, an information checking module checks information of the user A and information of a parking space owner, the sharing information is issued after the information checking is successful, and a locking module sends a locking signal to a parking space locking terminal.

In 9:30 am, a user B selects a shared parking space to park by using the intelligent control system based on the Internet of things, parking requirements including vehicle information and parking positions are input, and the planned parking time is from 9:30 in the morning to 2:00 in the afternoon, and a recommending module recommends 5 parking spaces with the highest matching degree according to the parking requirements, wherein the parking spaces comprise the parking spaces shared by the user A; user B has selected the slot.

The user B drives the car to the parking space, the unlocking module is used for unlocking the locking terminal, and the timing module starts timing; after the vehicle is parked successfully, the camera terminal shoots the license plate information and sends the license plate information to the vehicle checking module, and the vehicle checking module acquires the vehicle information stored in the parking module and checks the vehicle information successfully.

And 30 in the afternoon, the user B leaves the vehicle out of the garage, the unlocking module is used for sending a locking reply signal to the locking terminal, the timing module acquires the planned parking time and the actual parking time, the matching module analyzes that the actual parking time of the user B is greater than the planned parking time, then the integral of the user B is deducted to be 5.5 minutes, and the corresponding integral of the user A is increased by 5.5 minutes.

In 3:00 pm, the user C uses the intelligent control system based on the Internet of things to select a shared parking space for parking, inputs parking requirements comprising vehicle information and parking positions, and plans parking time from 3:00 pm to 7:00 pm, and the recommendation module recommends 5 parking spaces with the highest matching degree according to the parking requirements, wherein the parking spaces comprise the parking spaces shared by the user A; user C has selected the slot.

The user C drives the car to the parking space and unlocks the locked terminal by using the unlocking module, the unlocking is unsuccessful due to the fact that the integral of the user C is-2, the locked terminal is successfully unlocked after the user C recharges 10 integral by using the recharging module, and the timing module starts timing; after the vehicle is parked successfully, the camera terminal shoots the license plate information and sends the license plate information to the vehicle checking module, and the vehicle checking module acquires the vehicle information stored in the parking module and checks the vehicle information successfully.

In the afternoon of 5:00, the user C leaves the vehicle out of the garage, the unlocking module is used for sending a locking reply signal to the locking terminal, the timing module obtains planned parking time and actual parking time, the matching module analyzes that the actual parking time of the user C is smaller than the planned parking time, the difference value is larger than 1 hour, then the integral of deducting the user C is 3 points, and the corresponding integral of the user A is increased by 3 points.

Example 2

This example differs from example 1 in that: the recommendation module further comprises a query module, a recording module and an adjusting module, wherein the query module is used for querying traffic violation records of users, the recording module is used for recording the times and time of overtime parking of the users in shared parking spaces, the adjusting module is used for increasing the planned parking time of the users according to the traffic violation records of the users and the times and time of overtime parking, and the recommendation module is used for recommending the shared parking spaces to the users according to the adjusted planned parking time;

the sharing module further comprises a position module, an analysis module, a reminding module and a pushing module, wherein the analysis module is used for storing the time of the user for releasing the shared parking space and analyzing and counting the moving route of the user, the position module is used for acquiring the position of the vehicle of the user, the reminding module is used for judging whether the user uses the parking space according to the moving route of the user and the position of the vehicle, and if not, the sharing reminding is sent to the user; the pushing module is further used for pushing the shared parking space information to a user nearby looking for the shared parking space when the publishing module publishes the shared parking space information.

Has the advantages that: whether the user is a regular person or a creditor is judged by recording the traffic violation record of the user and the overtime time and times of parking, if the user does not obey the rules frequently, the time that the user uses the shared parking space is not accurate, the adjustment module increases the planned parking time of the user, enough overtime time is reserved for the user, and the situation that the user occupies the shared parking space too long to cause delay of the owner of the shared parking space to use the parking space is avoided;

judging whether the user uses the parking space or not according to the activity route and the vehicle position of the user, and reminding the user to share the parking space, so that the user is prevented from forgetting to release shared information to cause certain loss; the push module is used for pushing the information of the shared parking space to the users who look for the shared parking space nearby, and the users can find the target parking space in time to park conveniently.

The foregoing are merely exemplary embodiments of the present invention, and no attempt is made to show structural details of the invention in more detail than is necessary for the fundamental understanding of the art, the description taken with the drawings making apparent to those skilled in the art how the several forms of the invention may be embodied in practice with the teachings of the invention. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.