CN109326039B - Traffic equipment unlocking method based on remote control - Google Patents
Traffic equipment unlocking method based on remote control Download PDFInfo
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- CN109326039B CN109326039B CN201811489957.1A CN201811489957A CN109326039B CN 109326039 B CN109326039 B CN 109326039B CN 201811489957 A CN201811489957 A CN 201811489957A CN 109326039 B CN109326039 B CN 109326039B
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- remote control
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- unlocking
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
Abstract
The embodiment of the invention discloses a traffic equipment unlocking method based on remote control, which comprises a remote control terminal, a remote control electronic lock, a lock pile and a remote server, wherein remote information interaction is carried out among the remote control terminal, the lock pile and the remote server; receiving an unlocking request sent by a remote control terminal which meets an effective distance with a lock pile; detecting the number of effective remote control electronic locks associated with the lock piles according to the unlocking request; and if the effective distance is met and the number of the effective remote control electronic locks is more than 0, opening the remote control electronic lock finally associated with the lock pile. The traffic equipment unlocking method based on remote control can be carried out within the range of 20-30 meters, the problem that office workers need to take the car urgently can be solved, the user can drive the car directly through the APP when seeing the car and can use the car directly when arriving at the position of the car, the use convenience of the user can be further improved, and the dependence and the good sensitivity of the user on the App are provided.
Description
Technical Field
The invention relates to the technical field of traffic equipment opening and closing systems, in particular to a traffic equipment unlocking method based on remote control.
Background
The shared economy in China is expected to keep high-speed development of more than 30% of the year, wherein a shared bicycle is particularly known as one of four new inventions in China, but the shared economy is difficult to manage and disordered to manage at present, and the unlocking mode of the shared equipment at present mainly comprises two-dimensional code unlocking, vehicle number input unlocking and App end opening induction unlocking. However, the two-dimensional code of the shared bicycle is often damaged, and the input of the vehicle number increases the workload of the user.
Disclosure of Invention
The embodiment of the invention aims to provide a traffic equipment unlocking method based on remote control, which is used for solving the problems of slow unlocking and complex unlocking steps of the existing shared single vehicle.
To achieve the above object, an embodiment of the present invention provides:
a traffic equipment unlocking method based on remote control comprises a remote control terminal embedded with a remote control unlocking program, a remote control electronic lock installed on traffic equipment, a lock pile interacting with information of the remote control electronic lock and a remote server, wherein remote information interaction is performed among the remote control terminal, the lock pile and the remote server, and the remote information interaction method comprises the following steps:
and receiving an unlocking request sent by a remote control terminal which meets the effective distance with the lock pile.
The number of active remote-controlled electronic locks associated with the lock stake is detected from the request to unlock.
And if the effective distance is met and the number of the effective remote control electronic locks is more than 0, opening the remote control electronic lock finally associated with the lock pile.
In a further embodiment, the unlocking request includes a lock stake identification code of the selected lock stake, a user identification code of the remote control terminal, and terminal location information.
In a further embodiment, the method for identifying a remote control terminal that has a valid distance from a lock pile comprises:
and calling corresponding lock pile position information according to the lock pile identification code in the unlocking request.
And extracting the terminal positioning information in the unlocking request.
And calculating the linear distance between the position information of the lock pile on the electronic map and the positioning information of the terminal, and comparing the linear distance with the effective distance.
In a further embodiment, the detecting the number of active remote-controlled electronic locks associated with the lock stub according to the unlocking request comprises:
and extracting the lock pile identification code in the unlocking request.
And calling the electronic lock associated information of the lock pile identification code.
In a further embodiment, if the electronic lock association information includes at least one electronic lock identification code, the electronic lock identification code is excluded if the electronic lock identification code has the reservation information.
In a further embodiment, said unlocking the remote-controlled electronic lock last associated with the lock stub comprises:
and calling an associated time point of the remote control electronic lock associated with the lock pile.
And screening the electronic lock identification codes of the remote control electronic locks at the latest associated time points.
And sending an unlocking signal of the electronic lock identification code.
In a further embodiment, the user identification code in the unlocking request is extracted after the unlocking request sent by the remote control terminal which meets the effective distance with the lock pile is received, and if the user identification code has the reserved vehicle information, the reserved vehicle information is compared with the lock pile identification code in the unlocking request; and if the reserved vehicle information is the same as the lock pile identification code in the unlocking request, opening the remote control electronic lock finally associated with the lock pile.
In a further embodiment, if the reserved vehicle information is not the same as the lock pile identification code in the unlocking request, the reserved vehicle confirmation information is fed back.
In a further embodiment, the time point of the unlocking request is extracted before the reserved vehicle confirmation information is fed back, and if the time point is within the reserved time range of the reserved vehicle information, the reserved vehicle confirmation information is fed back.
The embodiment of the invention has the following advantages:
the traffic equipment unlocking method based on remote control can be carried out within the range of 20-30 meters, the problem that office workers need to take the car urgently can be solved, the user can drive the car directly through the APP when seeing the car and can use the car directly when arriving at the position of the car, the use convenience of the user can be further improved, and the dependence and the good sensitivity of the user on the App are provided.
Drawings
Fig. 1 is a schematic diagram of a traffic device unlocking method based on remote control according to an embodiment of the present invention.
Fig. 2 is an expanded view of the method of fig. 1.
Detailed Description
The following description of the embodiments of the present invention is provided for illustrative purposes, and other advantages and effects of the present invention will become apparent to those skilled in the art from the present disclosure.
It should be understood that the structures, ratios, sizes, and the like shown in the drawings and described in the specification are only used for matching with the disclosure of the specification, so as to be understood and read by those skilled in the art, and are not used to limit the conditions under which the present invention can be implemented, so that the present invention has no technical significance, and any structural modification, ratio relationship change, or size adjustment should still fall within the scope of the present invention without affecting the efficacy and the achievable purpose of the present invention. In addition, the terms such as "upper", "lower", "left", "right" and "middle" used in the present specification are for clarity of description, and are not intended to limit the scope of the present invention, and changes or modifications of the relative relationship may be made without substantial changes in the technical contents.
As shown in fig. 1-2, a transportation device unlocking method based on remote control is applicable to most current shared devices, such as shared bicycles, shared electric vehicles, shared scooters and other vehicles which are unlocked and locked by electronic locks, and includes a remote control terminal embedded with a remote control unlocking program, a remote control electronic lock installed on the transportation device, a lock stud and a remote server, where the remote control terminal, the lock stud and the remote server are in remote information interaction, the remote control electronic lock is an interlockable chain lock, and the chain lock at the beginning is connected and locked with the lock stud, and the remote information interaction method includes:
and receiving an unlocking request sent by a remote control terminal which meets the effective distance with the lock pile.
The number of active remote-controlled electronic locks associated with the lock stake is detected from the request to unlock.
And if the effective distance is met and the number of the effective remote control electronic locks is more than 0, opening the remote control electronic lock finally associated with the lock pile.
When the remote control device is used specifically, the remote control terminal remotely sends an unlocking request, and the signal receiving mechanism can be arranged on a remote server or a signal receiving base station is arranged in the lock pile according to different signal interaction modes and used for remotely receiving the unlocking request. And after receiving the unlocking request, the remote server detects whether the corresponding lock piles are connected with idle remote control electronic locks or not according to the unlocking request, namely whether idle transportation equipment is parked or not, and if the number of the effective remote control electronic locks is more than 0, the outermost remote control electronic lock connected with the lock piles is opened. In another design, the lock pile can be directly subjected to subsequent calculation or directly uploaded after receiving an unlocking request.
A remote control unlocking program is embedded in the remote control terminal, an electronic map can be displayed, a lock pile position mark meeting the effective distance from the periphery of the remote control terminal is displayed on the electronic map, and an unlocking request can be sent by selecting the lock pile position mark. In order to identify the effective use of the user, the position distance between the remote control terminal and the lock pile needs to be detected after the unlocking request is received, and if the distance between the remote control terminal and the lock pile meets the effective distance, a subsequent unlocking process can be carried out. The effective distance can be set within the range of 20-30 meters, the problem that a part of office workers need to take the vehicle urgently can be solved, the vehicle can be driven when the office workers see the vehicle, and the user can directly use the vehicle when arriving at the vehicle.
The unlocking request comprises a lock pile identification code of the selected lock pile, a user identification code of the remote control terminal and terminal positioning information. The lock pile identification code is used for representing a unique code of the lock pile, and each lock pile is provided with only one lock pile; the user identification code can be a user unique code such as a user code and a user information combination after the user registration; the terminal positioning information can be uploaded through GPS positioning or Beidou positioning detection on the remote control terminal.
The method for identifying the remote control terminal which meets the effective distance with the lock pile comprises the following steps:
and calling corresponding lock pile position information according to the lock pile identification code in the unlocking request.
And extracting the terminal positioning information in the unlocking request.
And calculating the linear distance between the position information of the lock pile on the electronic map and the positioning information of the terminal, and comparing the linear distance with the effective distance.
And after receiving the unlocking request, the system transfers the corresponding locking pile position information from the locking pile database in advance by using the locking pile identification code in the unlocking information, or directly acquires the locking pile positioning information in the current locking pile. Then extracting the terminal positioning information in the unlocking request, calculating the distance between the lock pile positioning information and the terminal positioning information, and calculating a formula d according to the coordinate distance2＝|x1-x2|2+|y2-y1|2And calculating a straight-line distance between the coordinates A (x1, y1) and B (x2, y2), and if the straight-line distance is smaller than the effective distance, indicating that the remote control terminal is positioned near the lock pile and is qualified to unlock the lock.
The detecting the number of active remote-controlled electronic locks associated with the lock posts according to the unlocking request comprises:
and extracting the lock pile identification code in the unlocking request.
And calling the electronic lock associated information of the lock pile identification code.
During specific implementation, the system extracts the lock pile identification code in unlocking in autumn, calls the electronic lock association information of the lock pile identification code, and checks whether a parked vehicle exists on the lock pile according to the electronic lock association information. When the remote control electronic lock is closed, locking information is sent, the locking information contains an electronic lock identification code, and the locking information is associated with the lock pile through the following two ways: a. uploading the locking information through the locking piles, wherein the locking information comprises locking pile identification codes and forms the association of the locking information and the locking pile identification codes after the locking information is uploaded; b. the locking information comprises positioning information of the remote control electronic lock, a lock pile identification code meeting that the distance between the lock pile and the electronic lock is smaller than a set distance is detected, and if the locking information meets the requirement, the remote control electronic lock is determined to lock the lock pile connected with the lock pile identification code.
If the electronic lock association information contains at least one electronic lock identification code, if the electronic lock identification code has reservation information, the electronic lock identification code is excluded, when all the electronic lock identification codes are checked, the remaining electronic lock identification codes are checked again, the remaining electronic lock identification codes are effective electronic lock identification codes, and if the effective electronic lock identification codes are larger than 0, the fact that idle vehicles can be used on the current lock pile is indicated. The system is used for detecting the current working state of the parked vehicles associated with the lock piles and whether the reserved condition exists, if the parked vehicles exist on the current lock piles, the vehicles are reserved, the system feeds back the remote control terminal, and the lock piles do not have idle vehicles or are reserved.
Said unlocking the remote-controlled electronic lock last associated with the lock stake comprises:
and calling an associated time point of the remote control electronic lock associated with the lock pile.
And screening the electronic lock identification codes of the remote control electronic locks at the latest associated time points.
And sending an unlocking signal of the electronic lock identification code.
During specific implementation, the association information of the remote control electronic lock associated with the lock pile is called, the association information comprises association time points (namely locking time points of the remote control electronic lock), electronic lock identification codes and other information, the system screens out the electronic lock identification code of the remote control electronic lock at the latest association time point, namely the last remote control electronic lock which is locked and connected with the lock pile, the remote control electronic lock needs to be an effective remote control electronic lock, all ineffective remote control electronic locks are removed, an unlocking signal of the remote control electronic lock is sent, and the remote control electronic lock is opened.
After receiving an unlocking request sent by a remote control terminal which meets an effective distance with a lock pile, extracting a user identification code in the unlocking request, and if the user identification code has reserved vehicle information, comparing the reserved vehicle information with the lock pile identification code in the unlocking request; if the reserved vehicle information is the same as the lock pile identification code in the unlocking request, the remote control electronic lock finally associated with the lock pile is opened, the fact that the vehicle reserved for use by the user is the same as the vehicle currently used by the user is indicated, and the user needs to use the reserved vehicle. If the reserved vehicle information is different from the lock pile identification code in the unlocking request, feeding back reserved vehicle confirmation information, which indicates that the position of the vehicle reserved for use by the user is different from the position of the vehicle currently used by the user, feeding back the reserved vehicle confirmation information by the system to inquire whether the user needs to reserve the vehicle or not, displaying the information through a remote control terminal, and if the user selects to cancel the reserved vehicle, eliminating the reserved state corresponding to the electronic lock identification code by the system.
And extracting the unlocking request time point before feeding back the reservation vehicle confirmation information, and feeding back the reservation vehicle confirmation information if the time point is within the reservation time range of the reservation vehicle information. In order to use the vehicle more accurately, a time limit is added to the reserved state, and if the user is detected to have the reserved vehicle when using the vehicle, the current time point of using the vehicle is not within the reserved time range of the reserved vehicle, which indicates that the user is in urgent use of the vehicle, so the reserved state is not required to be cancelled. In order to more accurately allocate the vehicle, the user terminal of the vehicle at the time of alignment is encouraged by credit.
Although the invention has been described in detail above with reference to a general description and specific examples, it will be apparent to one skilled in the art that modifications or improvements may be made thereto based on the invention. Accordingly, such modifications and improvements are intended to be within the scope of the invention as claimed.
Claims (8)
1. A traffic equipment unlocking method based on remote control is characterized in that: the remote control terminal, the lock pile and the remote server are in remote information interaction, and the remote information interaction method comprises the following steps of embedding a remote control unlocking program, installing a remote control electronic lock on the transportation equipment, and performing information interaction with the remote control electronic lock;
receiving an unlocking request sent by a remote control terminal which meets an effective distance with a lock pile;
detecting the number of effective remote control electronic locks associated with the lock piles according to the unlocking request;
if the effective distance is met and the number of the effective remote control electronic locks is larger than 0, opening the remote control electronic lock finally associated with the lock pile;
the method for identifying the remote control terminal which meets the effective distance with the lock pile comprises the following steps:
calling corresponding lock pile position information according to the lock pile identification code in the unlocking request;
extracting terminal positioning information in the unlocking request;
calculating the linear distance between the position information of the lock pile on the electronic map and the terminal positioning information, and comparing the linear distance with the effective distance;
the remote control terminal remotely sends an unlocking request, and a signal receiving mechanism can be arranged in a remote server or a signal receiving base station is arranged in the lock pile according to different signal interaction modes and is used for remotely receiving the unlocking request;
a remote control unlocking program is embedded in the remote control terminal, an electronic map is displayed, a lock pile position mark meeting the effective distance from the periphery of the remote control terminal is displayed on the electronic map, and an unlocking request is sent by selecting the lock pile position mark;
and after receiving the unlocking request, detecting the position distance between the remote control terminal and the lock pile, and if the distance between the remote control terminal and the lock pile meets the effective distance, carrying out a subsequent unlocking process.
2. The transportation equipment unlocking method based on remote control of claim 1, wherein the unlocking request includes a lock pile identification code of the selected lock pile, a user identification code of the remote control terminal and terminal positioning information.
3. The method for unlocking transportation equipment based on remote control according to claim 1, wherein the detecting the number of active remote-controlled electronic locks associated with a lock pile according to the unlocking request comprises:
extracting a lock pile identification code in the unlocking request;
and calling the electronic lock associated information of the lock pile identification code.
4. The transportation equipment unlocking method based on remote control of claim 3, wherein if the electronic lock associated information includes at least one electronic lock identification code, if the electronic lock identification code has reservation information, the electronic lock identification code is excluded.
5. The method for unlocking transportation equipment based on remote control according to claim 1, wherein the unlocking of the remote-controlled electronic lock finally associated with the lock stub comprises:
calling an associated time point of a remote control electronic lock associated with the lock pile;
screening the electronic lock identification code of the remote control electronic lock at the latest associated time point;
and sending an unlocking signal of the electronic lock identification code.
6. The transportation equipment unlocking method based on the remote control as claimed in claim 1, wherein the user identification code in the unlocking request is extracted after the unlocking request sent by the remote control terminal which meets the effective distance with the lock stub is received, and if the user identification code has the reserved vehicle information, the reserved vehicle information is compared with the lock stub identification code in the unlocking request;
and if the reserved vehicle information is the same as the lock pile identification code in the unlocking request, opening the remote control electronic lock finally associated with the lock pile.
7. The transportation equipment unlocking method based on remote control of claim 6, wherein if the reserved vehicle information is not the same as the lock stub identification code in the unlocking request, the reserved vehicle confirmation information is fed back.
8. The transportation equipment unlocking method based on the remote control according to claim 7, wherein the time point of the unlocking request is extracted before the scheduled vehicle confirmation information is fed back, and the scheduled vehicle confirmation information is fed back if the time point is within the scheduled time range of the scheduled vehicle information.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811489957.1A CN109326039B (en) | 2018-12-06 | 2018-12-06 | Traffic equipment unlocking method based on remote control |
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| CN201811489957.1A CN109326039B (en) | 2018-12-06 | 2018-12-06 | Traffic equipment unlocking method based on remote control |
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| CN109326039B true CN109326039B (en) | 2021-11-12 |
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| JP2001060294A (en) * | 1999-07-07 | 2001-03-06 | Honda Motor Co Ltd | Vehicle sharing system and method for relocation of vehicle |
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