TW201335900A - Parking space sharing system and method thereof - Google Patents

Abstract

A community parking spot sharing system provides available parking spots on-line within a trusted community and answers only to real time request. Whenever there are requests made for parking spots and there are no available parking spots to meet such requests, the system broadcasts the information to all the users within this community for reference. During which time, a first requester for the available parking spot will be answered first and the second requester for the parking spot will then be answered based on the availability of the parking spots.

Description

Parking space sharing system and side

The invention relates to a parking space sharing system and method, and mainly relates to an online and instant parking space sharing system and method.

In the urban area where the villain is thick, it is really harder to find a proper parking space than to go to the sky. Otherwise, it is the unreasonable cost of parking, or it is easy to try. Although this is the case, when driving through the metropolitan area, it is still found from time to time that there are still many private parking spaces available near the destination, but those private parking spaces are often restricted to their own households, or It is only available to users who have a contract; that is, as long as there is no information in the parking space management unit, there is no way to use the parking space that is close at hand.

In order to solve the problem of insufficient parking spaces, the government has actively encouraged the release of private parking spaces for parking in foreign vehicles in recent years. At the same time, in the early stage of construction, new construction materials have also been rewarded to encourage parking spaces of various communities to pass through the management committee. Management measures to rent out parking spaces; these different measures are not as much as possible to provide available parking spaces to solve the problem of serious shortage of parking spaces in the metropolitan area. However, these convenience measures are often killed by one factor. That is because once the parking space is rented out, the security issues for the residents or businesses cannot be fully controlled. However, although there are available parking spaces, the management units are still unwilling. Easily release the parking space so that the security problems that follow will not be resolved.

In order to solve the above problems, the present invention provides a parking space sharing system and method, which mainly operates in a trusted community to overcome the aforementioned waste of parking space resources caused by security problems.

The main object of the present invention is to provide a parking space sharing system and method.

In order to achieve the object of the present invention, the technical means used in the present invention is mainly in an established database, in which the system actively identifies the user's identity by providing identification information, providing parking space release, renting, and using the introduction. Ways to add new members or set up another new community.

Another object of the present invention is to manage all users in groups so that they are in a mutually trusted community, thereby minimizing security issues.

A further object of the present invention is to use the identification code of the user's handheld electronic device as an identity confirmation, thereby confirming the identity of the user to the extent possible.

A further object of the present invention is to provide a mediation of a parking space by a computer system.

A further object of the present invention is to use a system that compares user identities, accustomed to statistics, online posting of messages, etc. to increase the probability of getting a parking space.

When this method is implemented, because it is through the network for instant identity confirmation, available parking space message release, available parking space subscription, and other real-time operations, it can prevent many unnecessary follow-up problems while maintaining this Simplification of the system.

The invention mainly relates to a parking space sharing system and a method, which are mainly constructed in an established database, and use the comparison result with the data in the database to determine the user identity and the service content, and the detailed content thereof is borrowed. Expressed by the following instructions:

Referring to Figure 1 of the accompanying drawings of the present invention, the present invention mainly comprises the following steps:

(1) Identification

In the preferred embodiment of the present invention, the user's identification method is based on a data or electronic identification code, such as a mobile phone, a PDA, a desktop computer, etc. capable of issuing a personal identification number. Of course, the present invention does not exclude other electronic devices capable of issuing a user identification code; the user enters the system of the present invention by electronic data, and uses the aforementioned handheld electronic product to input Personal identification number of personal characteristic data;

(2) Establishing a database corresponding to the identified identity

After the PIN is entered, the system establishes a corresponding corresponding data according to the uniqueness of the personal identification code and the corresponding community data corresponding to the corresponding data. The newly added corresponding information is not presented after the establishment. The status of the open, that is to say, this corresponding data can not be made any changes, whether new or modified, at the same time, the system will not provide any service for this user actively or passively, the corresponding information When the user wants to enter the system, the personal identification code is input again, and after the system confirms again, the corresponding data will be opened.

(3) Classification according to the uniqueness of social data

After the community database is established, when the user who has created the corresponding data enters the personal identification number into the system, the system will again confirm the user's identity with the user's personal identification number. If the system is identified, If the user's data is already in the system, the system will actively classify the user according to the nature of the introducer, and classify the user into the same community as the introducer, and if the system confirms that the user has When there is a community, the system will actively reassign users to the introducer's community to meet management logic and security considerations. In the above-mentioned community steps that classify the user into the same as the introducer, if the system identifies the identity and the community to which it belongs, and the user is considered not to belong to any community, the system will also name the user. The user is classified in the community to which the original introducer belongs.

(4) Providing services

Of course, after the system recognizes the identity of the user, if it is confirmed that the user identity already exists in the database, and the corresponding information is already in the corresponding community database and is turned on, the system will By providing the services in the presence of the system (such as parking space subscriptions) to the user, the user can use the confirmed information to the community that requested the service to enjoy the services provided by the system.

In the above steps, it is worth noting that, as shown in Figure 2, in the step of identification, any new user, in the absence of any introducer, the new user first to the system When inputting the PIN, it is still necessary to use the user's own identification code as the input 100, and after the system obtains the user's identification code, the system immediately queries and compares its internal database 101, since the system does not have the user data yet. Therefore, the system will create a unique data for the user and the community data 102 corresponding to the data. At this point, the user data is started in the community data and can be fully operational.

When a new user wants to join the community to use the services provided by the community, the users in the community use their own ID to enter (log in) 100 systems, and the system immediately queries and compares their internal data. 101. Since the corresponding data of the user and the community information have been built in the system, the system enters a series of logical judgments after obtaining the community data and the corresponding data 103 of the identification data, including but It is not limited to the following logical judgments: adding new members, modifying their own materials, providing relevant parking space sharing information, etc. The following descriptions are respectively described according to the above logical options: under the logic option of adding new members, the system can be used by the original user to add new members; the original user can follow the identity confirmation step of the system. Select the option to add new members or modify information 200, and the original user can enter the new member's PIN (such as phone number and parking space number) into the system, and the system will judge the new individual. Whether the identification code corresponding to the identification code is stored in the system 201. If the data is not available in the system, the database will note the required information and wait for the new member to input with its own personal identification number. After confirming 202 and getting the system approval, the system will make the corresponding action. Otherwise, the system will only send the newsletter to the new member 203, inform the new member to become a member of the system, and wait for the new member to be its own. The identification code allows the system to confirm to proceed to the next procedure. However, if the identity code corresponding to the new personal identification number is stored in the system, this means that the new user is already a member of another community before joining the system. At this time, the system data The library will note this request information and wait for the new member to enter and confirm the conversion community 204 with its own PIN, after which the system will send a newsletter to the new member 203a, informing the new member that they wish to switch to The new community, and waiting for new members to confirm the system with their own identification code to proceed to the next procedure. It is worth noting here that after the system sends a newsletter to inform new users that they will become members or convert the community, new users need to respond to the system's newsletter within a certain period of time (eg 24 hours, 48 hours, etc.). 204. If the new user does not respond within the specified time period, the system will clear the previous database notes 202 and 204, and continuously check whether the data in the community database has not been in the above-mentioned certain period of time. The updater, if any, will actively delete the database-related annotations 206.

Each of the above steps is to explain how the existing user introduces a new user into the system. Now the response of the entire system when the new user enters the system: the entire step is mentioned in the previous step. The system will wait for the new user to use his own personal identification number to input the system. At this time, once the system (such as a data processing unit and the like) obtains the data recognized by the incoming user (the user uses the user itself). ID, 100, the system will compare 101 to the identity code (that is, the incoming new user); at this time, because the new user has been in the previous step by the existing user The system is introduced into the system. Therefore, when the system is inspected, the identity code corresponding to the new user is stored in the system. After that, the system can obtain the identity code from the community database. The unique code of the group, and other related information; since the new user was actually introduced to the system by an introducer in the introduction process And the system will add a note to the database, and wait for the new user to enter the system to confirm the identity. When the system checks the new user and finds that the new user's identification code is already in the system, the system Will first confirm the nature of the new user identity, which means that the system will check whether the new user has joined any community. If the system reviews its internal community database, it will find the new user. If no community is added, the system will actively create a member profile with the new ID, and the new member will be the same community 104 as the previously introduced existing user. At the same time, once the new member becomes the referral After the new members of the system, the system will immediately notify the new members that they have become users of the system and other related information; if the system reviews its internal community database, it is found that the new user has actually joined a certain society. Group, the system will actively change the community corresponding to the newly identified data so that it is the same community 105 as the existing user who was previously introduced, once the new member is After introducing the post to become a new member of the system, the system will notify the user of new members has become the system as well as other relevant information immediately.

Moreover, if the identity code does not exist in the system, the system obtains the corresponding related information 103 according to the identity code and the community to which the identity is located.

After completing the community's affiliation, the system will provide its associated service 106 to the new user.

Please refer to Figure 2a, where it can be seen that when managing each user, the system is mainly a community management unit, such as community 1 (300) and community 2 (301) shown in the figure; Regardless of the community, there is a corresponding related information - Community 1 related information 302; Community 2 related information 303. Therefore, when the system is identified, it is mainly based on the relevant information 303. By each community has its own unique community-related information, the system can immediately determine which user belongs to that society. The group, and the results of the comparison, are used to perform subsequent processes.

Please refer to the simple user introduction (introduction) shown in Figure 3 for the new members to enter the system; the figure shows that the user 401 (introducer) in a community 400 wants to introduce the community 400 and When the future user 402 who has not joined any community enters the community 400, the user 401 first inputs the self-identification data into the system, and after the system determines that the identity of the input is an existing user, the open logic option is given. User 401; User 401 may choose to add new members to join future users 402 into community 400. Similarly, when the existing user 401' in a community 400' wants to introduce the user 402' originally belonging to another community 400" to the community 400' of the system, the user 401' The system uses its own identification data to make the system interpret, and then the system actively changes the new user 402 'original community 400' to the original user 401 'community 400'.

In addition, in the step of providing the service, the main prerequisite is that the user in the system first registers the available parking space time into the system, so that the system can record the available parking space and the parking time. In the system to provide users in the community who need this service, and when there is a qualified parking space claimant to use the parking space, the system will immediately match, and when there is no parking space available for mediation, The system will notify the members of the entire community or some of the community to inform the community members of the existing parking space claimants, and the renter who wants to rent the parking space can immediately process and register; once available for rent After the parking spaces have been registered and the users have already registered in the system, the system will actively search the system for users who have sought information on renting parking spaces from the system within a predetermined period of time (such as the previous hour). After the acquisition, the system will also actively notify the user.

Please refer to Figure 4 shown in the figure. It can be seen that if there is a parking space available to the user, the user can add this information to the system during the logic option by the previous method; As shown in the example, the users of the three ABCs (landlords) in the system have their parking spaces available for loan at different times. The rentable time of user A is, for example, from 7:00 in the morning. At 10 o'clock in the evening; User B's rentable time is, for example, from 7:30 in the morning until 4 o'clock in the afternoon; User C's rentable time is, for example, from 11:00 am to pm At 6:30, after the three users of ABC separately transmitted the information of their parking spaces to the system, the system will note the available time slots to provide users in the community to use. However, it is worth noting that the same account can be issued to the system multiple times at the same time, and the latest release record is subject to the release of the system. The way to match in the system After the system has recorded the parking hours available for rent, the system can provide these time slots to the user to be used (user DEF); at this time, assume that user D wants two parking spaces, which are respectively 8:00 to 11:00 and 6:00 to 10:30; in the system match phase, the system will actively arrange the time from the six to ten:30 of the user D to be used in the user A's time; The time between 11 and 11 is scheduled for User B's time; if User E also wants two parking spaces (11:00 to 3:00 pm; 11:00 to 3:00 pm), the system is in matchup It is found that the parking space of user A is just available at eleven o'clock, and the system will then allocate the parking space from eleven to three o'clock to user E. At this time, although the parking space of user C can also be rented, but because of the use A's car is vacant at 10:30, so the system will release the parking space of user A first. According to the first release of the first match, user A can rent the parking space to user E first. Another time period (11:00 to 12:00 pm) will be used to match the system through the use of the system. In addition, if the user F wants to use the parking space at 4:30 pm to 6:00 pm, the system will view all available parking space information in the database. At this time, according to the above-mentioned first release, the first carrier is combined. Rule, user A's parking space will be rented to user F first. If there is no parking space available in the system to provide the rental, the system will immediately notify the members of the system who have met the information after detecting and judging the content of the data - that the current user wants to rent the parking space. And whether any users who meet the information can rent out the parking space to claim the parking space.

Please refer to FIG. 5 attached to the present invention. It can be seen that the parking space sharing system proposed by the present invention is basically a data electronic or electronic handheld electronic device 10 (for example, a mobile phone) through data exchange or Is the public data exchange network 11 and dials the telephone to the computer telephony integration system 12, which is composed of an identification unit 20 having an identifiable data, a computer 21, and a database 22; When the user dials the phone to the computer telephony integration system 12, the computer telephony integration system 12 first uses the identification unit 20 to identify the user's identification code, and the computer 21 also displays the user's data. Compared with the data in the database 22, the identity of the user is determined, and after the user identity is determined, the system of the present invention can determine whether the subsequent program should continue in that direction to complete the entire procedure.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

10. . . Handheld electronic device

11. . . Public data exchange network

12. . . Computer telephony integration system

20. . . Identification unit

twenty one. . . computer

twenty two. . . database

100. . . ID input

101. . . Query whether the identification information (member) exists

102. . . Create a dedicated data and a community database to store the data

103. . . Obtaining the community database and corresponding data of the identification data

104. . . Create a new member profile

105. . . Incoming call and system user same community

106. . . Provide its related services

201. . . Check if new identification information exists

202. . . Data note and waiting for confirmation

203. . . Newsletter release

204. . . Data annotation and conversion community

203a. . . Newsletter release

205. . . Newsletter response

206. . . Delete the note for the database

300. . . Community 1

301. . . Community 2

302. . . Related information 1

303. . . Related information 2

400, 400’, 400”... community

401, 401', 402, 402'. . . user

1 is a flow chart of a parking space sharing system and method used in the present invention;

2 is a block diagram of a bit sharing system and method of the present invention;

2A is a schematic diagram showing the characteristics of system storage data in the parking space sharing system and method of the present invention;

Figure 3 is a schematic diagram of the relationship between the parking space sharing system and the user in the present invention, when the user introduces a new user into the system;

4 is a schematic diagram of a rule and a rental method when the system mediates a parking space in the parking space sharing system and method of the present invention;

FIG. 5 is a schematic diagram of a system for a parking space sharing system and method of the present invention.

100. . . ID input

101. . . Whether the query ID (member) exists

101a. . . Query whether the identification code is marked as pending information

102. . . Add an ID card member profile and new community profile with the PIN

103. . . Get the ID and community information

104. . . Change the community that corresponds to the newly identified information to the same community as the caller

105. . . Create a new member profile with the new identifier. The new member will be in the same community as the user.

106. . . Provide its related services

200. . . Add new members

201. . . Check if the new ID exists

202. . . The database notes this request information and waits for new members to enter the system to confirm the information.

203. . . Send a text message to the new member, enter the system within 24 hours to confirm the PIN

203a. . . Send a newsletter to a new member and enter the system within 24 hours to confirm the conversion community

204. . . Data annotation and conversion community

203a. . . Newsletter release

205. . . Unconfirmed annotation

206. . . Clear database notes related information

Claims (20)

A parking space sharing system includes: a voice unit for accepting and recognizing a personal identification number and transmitting a message; a data processing unit for accepting a personal identification code from the voice unit and establishing a correspondence corresponding to The identified identity code and its corresponding database; an arithmetic unit that determines the attribute of the personal identification code according to the established database; and means for providing the service, which is based on the identification code and the data attribute After the classification, provide parking-related information. The parking space sharing system of claim 1, wherein the voice unit is a computer telephone integration system, and the computer telephone integration system includes an identification unit. The parking space sharing system of claim 1, wherein the identification is to input the personal identification number by using a handheld electronic device. For example, the parking space sharing system described in claim 1 is characterized in that the identity is identified by specific data and the identity attribute is determined. For example, the parking space sharing system described in claim 4 of the patent application further includes: after establishing a database corresponding to the identified identity, and after a predetermined time, if the newly established database does not have a corresponding identification code After confirmation and after a predetermined period of time, the database corresponding to the identified identity will be deleted. For example, the parking space sharing system described in claim 4 of the patent application also includes means for establishing an exclusive material after corresponding identification code is specified by specific data. The parking space sharing system described in claim 6 of the patent application also includes means for changing the identity of the identity after the identification of the identification code with the specific data. For example, the parking space sharing system described in claim 4, wherein the means for providing the service includes recording, publishing, and mediation of the available parking space information. The parking space sharing system of claim 8, wherein the first released available parking space message is paired to the renter first, and an identification code may require a plurality of available parking spaces. A parking space sharing method includes the following steps: identification, identification of a personal identification number; establishment of an identification code corresponding to the identified personal identification number and a corresponding database; according to the uniqueness of the social data Classification; and parking space service. The parking space sharing method of claim 10, wherein the identification is a personal identification code input by a handheld electronic device. For example, in the parking space sharing method described in claim 11, wherein the identification is performed by using specific data for identification, and the specific identification data is used to correspond to the identification code and determine the identity. For example, in the parking space sharing method described in claim 12, the method further includes: after establishing a database corresponding to the identified identity, and after a predetermined time, if the newly established database does not have a corresponding identification code After confirmation and after a predetermined period of time, the database corresponding to the identified identity will be deleted. For example, the parking space sharing method described in claim 11 of the patent application further includes the step of establishing a dedicated data after the identification data is corresponding to the specific data. The parking space sharing method described in claim 11 of the patent application further includes the step of changing the identity property after the identification data is corresponding to the specific data. The parking space sharing method according to claim 10, wherein the step of providing the parking space service comprises recording, publishing, and performing a parking space of the available parking space information. The parking space sharing method according to claim 16, wherein the identification code can release a plurality of available parking space messages. For example, in the parking space sharing method described in claim 16, wherein the first available parking space information is firstly combined with the renter. The parking space sharing method of claim 10, wherein each personal identification number may require a plurality of available parking spaces. For example, in the parking space sharing method described in claim 16, wherein the mediation of the parking space includes the identification of the identification code for the predetermined time after the recording of the available parking space. The step of notification.