CN114120519B - Self-service cashing method and device for buses - Google Patents

Self-service cashing method and device for buses Download PDF

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Publication number
CN114120519B
CN114120519B CN202111306083.3A CN202111306083A CN114120519B CN 114120519 B CN114120519 B CN 114120519B CN 202111306083 A CN202111306083 A CN 202111306083A CN 114120519 B CN114120519 B CN 114120519B
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China
Prior art keywords
information
key
control module
inner container
verification
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Application number
CN202111306083.3A
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Chinese (zh)
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CN114120519A (en
Inventor
魏青松
张�林
戴文彬
刘雄
周鹏
宋春雷
李田兵
钱海亮
吴长浩
余炳莹
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SHANGHAI HAIJIAO TRAFFIC EQUIPMENT CO LTD
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SHANGHAI HAIJIAO TRAFFIC EQUIPMENT CO LTD
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Priority to CN202111306083.3A priority Critical patent/CN114120519B/en
Publication of CN114120519A publication Critical patent/CN114120519A/en
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Classifications

    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/009—Depositing devices
    • 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
    • G07C9/00309—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with bidirectional data transmission between data carrier and locks
    • 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
    • G07C9/00563—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys using personal physical data of the operator, e.g. finger prints, retinal images, voicepatterns
    • 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
    • G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
    • G07C9/00912—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses for safes, strong-rooms, vaults or the like
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/009—Depositing devices
    • G07D11/0096—Accepting paper currency or other valuables in containers, e.g. in code-marked envelopes

Abstract

The invention discloses a self-service cashing method for buses, which comprises the following steps: the method comprises the steps that a host identifies a first operator, the host provides a key and an empty container through a key box control module and a liner cabinet control module, first operator identity information, borrowed key information and borrowed empty container information are associated to form first associated information and stored in the host, a slot machine verifies the key and sends first record information, the first record information at least comprises full container ID information, the host verifies the key through the key box, the liner cabinet verifies the full container, and through the method, the key verification information is identical to key information in the first associated information in the host, the key is identical to full container ID information in the key, and the verified full container is the full container with the ticket.

Description

Self-service cashing method and device for buses
Technical Field
The invention relates to a self-service cashing method and device for buses.
Background
After the operation of the bus is finished every day, a driver drives the bus to a cashing center, a special cashier executes cashing operation on the slot machines, the inner containers filled with ticket money are taken out, the empty inner containers are filled to ensure the continuous operation of the bus for the next day, then the cashier can intensively transfer the inner containers collected every day to the fixed point banknote center and uniformly process the inner containers by the staff, but the cashing places are fewer and more concentrated, the form is single, the operation of the bus is basically finished at night, a large number of buses are concentrated together to carry out cashing, a large amount of load is caused for the cashing points, a large amount of buses wait to be cashed in a queue, cashing congestion is caused, and the efficiency is extremely low. In order to solve the above problems, a cash collecting cabinet is arranged at a bus station in the prior art for collecting the inner containers of the slot machines filled with the ticket money, a driver firstly uses the empty inner containers to replace the inner containers filled with the ticket money in the slot machines, then the inner containers of the slot machines filled with the ticket money are recovered to the cash collecting cabinet, and the driver needs to identify the driver when the driver returns the inner containers of the slot machines filled with the ticket money.
However, in the process of implementing the embodiments of the present application, the present inventors have found that at least the following technical problems exist in the above technology:
although the driver is identified, there is no way to verify that the liner returned by the driver is the liner filled with the ticket money which is taken out from the bus by the driver, and the driver can unpack the liner filled with the ticket money, so that economic loss is brought to a bus company.
Disclosure of Invention
The invention provides a self-service cashing method and device for buses, which are used for ensuring that an inner container returned by an operator is a coin-freed machine inner container with ticket money taken out of the buses, and avoiding the inner container with ticket money from being dropped.
According to one aspect of the invention, a self-service cashing method for buses is provided, which comprises the following steps of.
The host identifies a first operator;
receiving the empty container borrowing operation of a first operator, providing a key through a key box control module, and providing an empty container through a liner cabinet control module, wherein the empty container comprises a liner body and a plugboard, and the liner body and the plugboard are in a separation state;
the related information forms first related information and is stored in the host, wherein the first related information at least comprises first operator identity information, borrowed key information and borrowed empty container information;
The coin machine verifies the key;
the method comprises the steps that a slot machine sends first record information to a key, wherein the first record information is generated after a full liner in the slot machine is taken out and then a liner body is filled in, and the first record information at least comprises full liner ID information;
the host receives the operation of returning to full containers of a first operator, and searches for an empty key box and an empty liner cabinet;
the host computer sends a first unlocking command to the key box control module, loads and verifies the key, receives first verification information sent by the key box control module, if the first verification information is first verification passing information, carries out the next step, and if the first verification information is first verification failing information, repeats the step of verifying the key;
after receiving the first verification passing information sent by the key box control module, the host computer sends a second unlocking command to the inner container cabinet control module, the inner container cabinet control module opens an empty inner container cabinet, loads and verifies the full inner container, receives second verification information sent by the inner container cabinet control module, if the second verification information is the second verification passing information, ends the full inner container returning process, and if the second verification information is the second verification failing information, the full inner container verifying step is repeated.
Further, the host computer discerns first operating personnel, accepts first operating personnel's borrow empty courage operation, provides the key through key box control module, provides empty courage through inner bag cabinet control module, includes:
the host terminal acquires the characteristic information of the first operator, the host compares the acquired characteristic information with the existing data of the background, judges whether the first operator has authority, if so, further judges whether the first operator has borrowed empty liner, if not, the host terminal system enters a liner borrowing flow, and if so, the host terminal system enters a liner filling flow;
the method comprises the steps that a host receives the operation of a first operator by using an empty container, a third unlocking command is sent to a key box control module, first locking information sent by the key box control module is received, and the first locking information is triggered after the key box control module receives the unlocking command to open an electronic control door lock of the key box, and the key is taken out and closed;
the host computer sends a fourth locking command to the inner container cabinet control module, receives second locking information sent by the inner container cabinet control module, wherein the second locking information is triggered after the inner container cabinet control module receives an unlocking command to open an electric control door lock of the inner container cabinet, and the empty container is taken out and the inner container cabinet is closed.
Further, sending a first unlock command to the key case control module, comprising:
judging the key box with the highest priority and provided with the key of the type, and sending a first unlocking command to the key box control module with the highest priority.
Sending a second unlocking command to the inner container cabinet control module, comprising:
and judging the inner container cabinet with the highest priority, and sending a second unlocking command to the inner container cabinet control module with the highest priority.
Further, the first authentication information includes:
when a key is placed in the key box and the electronic control door of the key box is closed, the key box card reading module reads key ID information in the key box, and compares the read key ID information with key ID information in first associated information acquired by the host computer to trigger information;
first authentication pass information including: information sent by the same two key ID information;
the first authentication failed information includes: the two key ID information are different from the information sent.
Further, the second authentication information includes:
when the full container is placed in the inner container cabinet and the inner container cabinet electric control door is closed, the inner container cabinet control module reads the full container ID information in the inner container cabinet, and compares the read full container ID information with the full container ID information in the first recorded information to trigger information;
Second authentication pass information including: information sent by the same two full bladder ID information;
the second authentication failed information includes: the two full bladder ID information are different and sent.
A self-service cashier device for buses, comprising:
the first identification module is used for identifying a first operator by the host;
the first control module is used for receiving the empty container borrowing operation of a first operator, providing a key through the key box control module and providing an empty container through the inner container cabinet control module, wherein the empty container comprises a container body and a plugboard, and the container body and the plugboard are in a separation state;
the first association module is used for associating the related information to form first association information and storing the first association information into the host, wherein the first association information at least comprises first operator identity information, borrowed key information and borrowed empty container information;
the coin-freed machine verification module is used for verifying the key by the coin-freed machine;
the slot machine sending module is used for sending first record information to the key by the slot machine, wherein the first record information is generated after the full liner in the slot machine is taken out and then the inner liner body is filled in, and the first record information at least comprises full liner ID information;
The first searching module is used for receiving the full-bladder returning operation of a first operator by the host machine and searching for the empty key box and the empty liner cabinet;
the first sending and receiving module is used for sending a first unlocking command to the key box control module by the host computer, loading and verifying the key, receiving first verification information sent by the key box control module, if the first verification information is first verification passing information, performing the next step, and if the first verification information is first verification failing information, repeating the key verification step;
the second sending and receiving module is used for sending a second unlocking command to the inner container cabinet control module after the host computer receives the first verification passing information sent by the key box control module, the inner container cabinet control module opens an empty inner container cabinet, loads and verifies the full inner container, receives the second verification information sent by the inner container cabinet control module, ends the full inner container returning process if the second verification information is the second verification passing information, and repeats the full inner container verifying step if the second verification information is the second verification failing information.
Further, self-service cashier device of public transit includes:
the first identification module is also used for the host terminal to acquire the characteristic information of the first operator, the host compares the acquired characteristic information with the existing data of the background, judges whether the first operator has authority, if so, further judges whether the first operator has borrowed empty liner, if not, the host terminal system enters a liner borrowing flow, and if so, the host terminal system enters a liner filling flow;
The first control module is further used for receiving an empty container borrowing operation of a first operator, sending a third unlocking command to the key box control module, receiving first locking information sent by the key box control module, wherein the first locking information is information triggered when the key box control module receives the unlocking command to open an electric control door lock of the key box, the key is taken out and the key box is closed, the host sends a fourth locking command to the inner container cabinet control module, receiving second locking information sent by the inner container cabinet control module, and the second locking information is information triggered when the inner container cabinet control module receives the unlocking command to open the electric control door lock of the inner container cabinet, and the empty container is taken out and the inner container cabinet is closed.
Further, the first sending and receiving module is used for judging the key box with the key of the type with the highest priority, and sending the first unlocking command to the key box control module with the highest priority.
The sending the second unlocking command to the inner container cabinet control module comprises the following steps:
and judging the inner container cabinet with the highest priority, and sending a second unlocking command to the inner container cabinet control module with the highest priority.
Further, the first transmission receiving module further includes:
A first comparing module for comparing the key ID information in the key box read by the key box read card module with the key ID information in the first related information acquired by the host, triggering the first verification information after comparing, if the two key ID information are the same as the first verification passing information, if the two key ID information are not the same as the first verification failing information,
further, the second transmission receiving module further includes:
and the second comparison module is used for comparing the full container ID information in the inner container cabinet read by the inner container cabinet control module with the full container ID information in the first recorded information, triggering second verification information after comparison, and if the two full container ID information are the same as the second verification passing information, if the two full container ID information are different as the second verification failing information.
The invention has the beneficial effects that:
the key and the empty container are borrowed through the operation of the host, the identity information of an operator, the borrowed key information and the borrowed empty container information form first associated information and are stored in the host, the borrowed key is used for taking out the full container in the bus slot machine, the full container ID information is sent to the key through the slot machine, when the key is full, the key is verified firstly, the key verification information is identical to the key information in the first associated information in the host, the key is identical to the full container, then the full container is verified, the verified full container ID information is identical to the full container ID information in the key, and the verified full container is the full container with the ticket form, which is taken out from the bus, so that the full container is guaranteed not to be dropped, and economic loss of bus operation is avoided.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention. In the drawings:
fig. 1 is a structural frame diagram of a terminal according to an embodiment of the present invention;
fig. 2 is a flow chart of a method for self-service cashing in a bus according to an embodiment of the invention;
fig. 3 is a structural frame diagram of a self-service cashier device for buses according to an embodiment of the invention;
fig. 4 is a structural frame diagram of a first sending and receiving module of the bus self-service cashier device according to an embodiment of the invention;
fig. 5 is a structural frame diagram of a second transmitting and receiving module of the self-service cashier device of the present invention
In the figure: 10-a host; 20-a slot machine; 30-a key case; 40-an inner container cabinet; 301-a first identification module; 302-a first control module; 303-a first association module; 304-a slot machine validation module; 305-a slot machine transmission module; 306-a first search module; 307-a first transmitting-receiving module; 3071-a first transmitting module; 3072-a first receiving module; 3073-a first comparison module; 308-a second transceiver module; 3081-a second transmission module; 3082-a second receiving module; 3083-a second comparison module.
Detailed Description
It should be noted that, in the case of no conflict, the embodiments and features in the embodiments may be combined with each other. The invention will be described in detail below with reference to the drawings in connection with embodiments.
It is noted that all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs unless otherwise indicated.
In the present invention, unless otherwise indicated, terms of orientation such as "upper, lower, top, bottom" are used generally with respect to the orientation shown in the drawings or with respect to the component itself in the vertical, upright or gravitational direction; also, for ease of understanding and description, "inner and outer" refers to inner and outer relative to the profile of each component itself, but the above-mentioned orientation terms are not intended to limit the present invention.
In the present invention, the key ID indicates an identification code corresponding to the key, and the liner ID indicates an identification code corresponding to the liner.
In order to solve the problem that the full bladder in the prior art can be dropped, the invention provides a self-service bus cashing method and device, and the specific scheme is as follows.
Referring to fig. 1 and 2, a self-service cashing method for buses includes:
Step 101, the host 10 identifies a first operator;
step 102, receiving the empty container borrowing operation of a first operator, providing a key through a key box control module, and providing an empty container through a liner cabinet 40 control module, wherein the empty container comprises a liner body and a plugboard, and the liner body and the plugboard in the empty container are in a separation state;
step 103, the associated related information forms first associated information and is stored in the host 10, wherein the first associated information at least comprises first operator identity information, borrowed key information and borrowed empty container information;
step 104, the slot machine 20 verifies the key;
step 105, the slot machine 20 sends first record information to the key, wherein the first record information is information generated after the full liner in the slot machine 20 is taken out and then the liner body is filled in, the first record information at least comprises full liner ID information, and the first record information can also comprise slot machine ID, vehicle information, ticket information and the like;
the full container is the inner container of the slot machine 20 which is taken out from the bus and is provided with the ticket money, the inner container body and the plugboard in the full container are in an assembled state, before the full container is collected, the plugboard is required to be inserted into the inner container body of the slot machine 20 through the socket, a locking mechanism is arranged between the inner container body and the plugboard, the locking mechanism is a one-way locking gear, the plugboard can only enter in one way and cannot exit in the opposite direction, and the safety of the ticket money can be ensured.
Step 106, the host computer 10 receives the full-bladder returning operation of the first operator, searches for the empty key case and the empty bladder cabinet 30, and determines the empty key case 30 with the highest priority, including:
step 1063, sending a first unlocking command to the highest priority key box control module, unlocking the key box electric control door lock, simultaneously starting flashing of the key box indicator light, unlocking the detection mode of the key box ranging module, prompting the prompt message of returning the key through the display screen and/or the voice module, closing the key box electric control door lock after loading the key,
in step 1064, the first verification information sent by the key box control module is received, specifically, the verification key is detected, the key box 30 control module detects whether the key box 30 has a key, if the key box is detected to have a key, the key box 30 card reading module verifies the key ID in the key box 30 and compares the key ID with the key ID information in the first association information stored in the host 10 to trigger the first verification information, if the read key ID information is the same as the key ID information in the first association information acquired by the host 10, the read key ID information is the first verification passing information, and if the read key ID information is not the same as the key ID information in the first association information acquired by the host 10, the read key ID information is the first verification failing information.
Step 107, after the key verification is successful, the host computer 10 receives the first verification passing information sent by the control module of the key box 30, and determines the empty liner cabinet 40 with the highest priority, which includes:
step 1071, send the second unlocking command to the control module of the empty liner cabinet 40 with the highest priority.
Step 1072, filling the full container and starting to verify the full container, wherein the high-frequency card reading module passes through: and reading the high-frequency electronic tag on the full liner to identify the full liner, receiving second verification information sent by the control module of the liner cabinet 40, ending the full liner returning process if the second verification information is second verification passing information, and repeating the full liner verification step if the second verification information is second verification failing information. The second verification information is that when the full liner is put into the liner cabinet 40 and the electric control door of the liner cabinet 40 is closed, the liner cabinet 40 control module reads the full liner ID information in the liner cabinet 40, compares the read full liner ID information with the full liner ID information in the first record information, if the two full liner ID information are the same, the second verification is passed, and if the two full liner ID information are different, the second verification is failed.
In the method, through the empty container borrowing operation of the host 10, a key and an empty container are borrowed, the identity information of an operator, the borrowed key information and the borrowed empty container information form first associated information and are stored in the host 10, the borrowed key is used for taking out the full container in the bus slot machine 20, the full container ID information is sent to the key through the slot machine 20, when the key is full, the key is verified first, the key verification information is the same as the key information in the first associated information in the host 10, the same key is indicated, then the full container is verified, the verified full container is the full container filled with the ticket money and taken out of the bus, and therefore the situation that the full container cannot be dropped is ensured, and the economic loss of bus operation is avoided.
The full-container ID in the key may be read by the host terminal and stored in the host 10, or may be read together with the key ID in the key case 30.
Preferably, in step 101, the host computer 10 identifies the first operator, specifically, the host computer terminal obtains the feature information of the first operator, the host computer 10 compares the obtained feature information with the existing data of the background, determines whether the first operator has authority, if so, further determines whether the first operator has a borrowed empty container, if not, the host computer terminal system enters a borrowing empty container flow, and if so, the host computer terminal system enters a full container flow.
The method for identifying the first operator comprises the modes of face recognition, worker card swiping, password inputting or fingerprint identification and the like. The first operator may be a driver or a specific person as long as he has the right to take out the empty liner and return to full liner in the liner cabinet 40.
Preferably, in step 102, a key is provided by the control module of the key fob 30, comprising:
in step 1021, the host computer 10 receives the borrowing empty container operation of the first operator.
Step 1022, sending a third unlocking command to the control module of the key box 30, and receiving first locking information sent by the control module of the key box 30, where the first locking information is triggered when the control module of the key box 30 receives the unlocking command to open the electronic control door lock of the key box 30 and the key is taken out and the key box 30 is closed;
Preferably, in step 102, the empty bladder is provided by the bladder 40 control module, comprising:
in step 1023, the host computer 10 sends a fourth locking command to the control module of the liner cabinet 40.
Step 1024, receiving second locking information sent by the control module of the inner container 40, where the second locking information is triggered when the control module of the inner container 40 receives an unlocking command to unlock the electric control door lock of the inner container 40 and the empty container is taken out and the inner container 40 is closed.
Preferably, in step 102, further includes:
in step 1025, in searching the key box 30, the priority of the key box 30 with the key may be determined first, and the key box 30 with the highest priority may be opened, where the priority may be determined according to the storage time of the key, and the longer the storage time, the higher the priority.
Step 1026, firstly, judging the priority of the liner cabinet 40, and opening the liner cabinet 40 with the highest priority preferentially, where the priority can be judged according to the time of storing the liner body and the plugboard in the liner cabinet 40, and the longer the time of storing, the higher the priority.
The key box 30 and the inner container cabinet 40 can be guaranteed to be used in the same frequency basically, and damage caused by repeated use of part of the key box 30 or part of the inner container cabinet 40 is avoided, and other key boxes 30 and the inner container cabinet 40 are idle for a long time, so that resource waste is avoided.
Preferably, in step 106, the host terminal identifies the people who still fill the inner container, determines whether the rights of still filling the inner container exist, if yes, continues to perform the process of still filling the inner container, if not, terminates the process of still filling the inner container, thus avoiding the personnel without rights to operate the process of still filling the inner container, facilitating tracking, and improving the security. The first operator is also required to be the full bladder, so that the safety is further improved.
Preferably, in step 106, it includes:
in step 1061, in searching for the empty key case 30, the priority of the empty key case 30 is determined first, the empty key case 30 with the highest priority is opened preferentially, the priority can be determined according to the empty time of the key case 30, and the longer the empty time is, the higher the priority is.
In step 1062, in searching for the empty liner 40, the priority of the empty liner 40 is determined first, and the empty liner 40 with the highest priority is opened, where the priority may be determined according to the empty time of the liner 40, and the longer the empty time, the higher the priority.
Therefore, the use frequency of the key box 30 and the inner container cabinet 40 is basically the same, and the damage caused by the repeated use of part of the key box 30 or part of the inner container cabinet 40 is avoided, and the other key boxes 30 and the inner container cabinets 40 are idle for a long time, so that the waste of resources is avoided.
Preferably, the method further comprises:
step 108, the slot machine receives the authorization information sent by the fixed point base station through the wireless signal receiving module, wherein the authorization information is used for allowing the first operator to perform the key verification operation on the slot machine.
In order to ensure that self-service cashing is safer, a wireless signal receiving module is further arranged in the slot machine, the receiving module is used for receiving the authorization information sent by the fixed point base station, and when the wireless receiving module receives the authorization information sent by the fixed point base station, the verification operation of the slot machine on a key is allowed to be carried out, that is, a vehicle (the slot machine) must enter the radiation range of the base station, the key verification operation can be carried out, and the function of fixed point cashing is realized. The box receiving operation is limited in a fixed range, so that the box receiving operation is safer.
Preferably, the method further comprises:
step 109, receiving and recording basic information of the vehicle, wherein the basic information is recorded information of a high-frequency electronic tag mounted on the vehicle.
The vehicle is also provided with a high-frequency electronic tag which is used for recording basic information of the vehicle, and when the vehicle enters the range of the base station, the high-frequency card reading equipment reads the information of the vehicle electronic tag to obtain the information of the vehicle.
Thus, the vehicle information, the driver information, the key information, the empty container information, the full container information, the slot machine information, the base station authorization information of the vehicle in a fixed range and the like form a complete data chain, so that self-service cashing is safer.
Preferably, the self-service cashing method of the bus further comprises the following steps:
step 201, the host 10 obtains the feature information of the second operator, compares the obtained feature information with the existing data of the background, judges whether the second operator has the bladder receiving authority, if not, ends the procedure bladder receiving program, and if so, proceeds to the next step;
step 202, receiving a bladder-collecting operation selected by a second operator;
liner changing operation: the full liner in the liner cabinet 40 is replaced by the empty liner, and the liner comprises a liner body and an inserting plate;
bladder supplementing operation: the empty box in the inner container cabinet 40 is supplemented by an empty container;
and (3) emptying operation: taking out all the inner containers in the inner container cabinet 40;
step 203, detecting all electric control doors of the liner cabinets 40, and ending the liner collection procedure if all electric control doors of the liner cabinets 40 are closed.
The second operator has the authority of taking out the full liner from the liner cabinet 40, can take different operations according to different needs, can adopt liner replacement operation to take away all full liners in the liner cabinet 40 if the full liner in the liner cabinet 40 is replaced by the empty liner according to different needs, can also adopt liner supplementing operation to supplement empty boxes in the liner cabinet 40 with the empty liner according to the needs of the usage amount, so that the sufficient empty liner supply is ensured, and when the need is checked, the empty operation can be adopted to take out all the liners in the liner cabinet 40.
Referring to fig. 3 to 5, a self-service cashier device for buses includes:
the first identifying module 301 is configured to identify a first operator by using the host 10, where the host 10 terminal obtains feature information of the first operator, and the host 10 compares the obtained feature information with existing data in the background to determine whether the first operator has authority, if so, further determine whether the first operator has a borrowed empty container, if not, the host 10 terminal system enters a borrowing empty container flow, and if so, enters a full container flow.
The first control module 302 is configured to receive an empty container borrowing operation of a first operator, provide a key through the key box 30 control module, and provide an empty container through the liner cabinet 40 control module, where the empty container includes a liner body and an insert plate, and the liner body and the insert plate are in a separated state;
the first association module 303 is configured to associate related information to form first associated information and store the first associated information in the host 10, where the first associated information at least includes first operator identity information, borrowed key information, and borrowed empty container information;
a slot machine verification module 304 for the slot machine 20 to verify the key;
The slot machine sending module 305 is configured to send first record information to the key by the slot machine 20, where the first record information is information generated after the slot machine 20 is taken out of a liner and then the liner is loaded into the liner body, and the first record information at least includes liner ID information;
the first searching module 306 is configured to receive the full-bladder returning operation of the first operator by the host computer 10, and search for the empty key case 30 and the empty bladder cabinet.
The first sending and receiving module 307 includes a first sending module 3071 and a first receiving module 3072, where the first sending module 3071 is used for sending a first unlocking command to the control module of the key box 30 by the host 10, loading and verifying the key, and the first receiving module 3072 is used for receiving first verification information sent by the control module of the key box 30, if the first verification information is first verification passing information, performing a next step, and if the first verification information is first verification failing information, repeating the step of verifying the key;
the second sending and receiving module 308 includes a second sending module 3081 and a second receiving module 3082, where the second sending module 3081 is configured to send a second unlocking command to the control module of the liner cabinet 40 after the host computer 10 receives the first verification passing information sent by the control module of the key box 30, and load and verify the full liner, and the second receiving module 3082 is configured to receive the second verification information sent by the control module of the liner cabinet 40, and if the second verification information is the second verification passing information, end the full liner returning process, and if the second verification information is the second verification failing information, repeat the full liner verification step.
The method for identifying the first operator comprises the modes of face recognition, work card swiping or password inputting and the like. The first operator may be a driver or a specific person as long as he has the right to take out the empty liner and return to full liner in the liner cabinet 40.
In the device, through the empty container borrowing operation of the host computer 10, the key and the empty container borrowing operation form first associated information by the identity information of an operator, the borrowed key information and the borrowed empty container information, the first associated information is stored in the host computer 10, the borrowed key is used for taking out the full container in the bus slot machine 20, the full container ID information is sent to the key through the slot machine, when the key is full, the key is verified firstly, the key verification information is the same as the key information in the first associated information in the host computer 10, the same key is indicated, then the full container is verified, the verified full container is the full container filled with the ticket money and taken out from the bus, so that the full container is prevented from being dropped, and the economic loss of operation is avoided.
Further, in the self-service cashier device of public transportation, the first identification module 301 is configured to obtain the feature information of the first operator by the terminal of the host 10, compare the obtained feature information with the existing data of the background, determine whether the first operator has authority, if so, further determine whether the first operator has a borrowed empty container, if not, the terminal system of the host 10 enters the borrowing empty container process, and if so, enter the full container process.
The first control module 302 is configured to receive an empty container operation by a first operator from the host 10, send a third unlocking command to the control module of the key box 30, and receive first locking information sent by the control module of the key box 30, where the first locking information is information triggered when the control module of the key box 30 receives the unlocking command to open the electronic control door lock of the key box 30, the key is taken out and the key box 30 is closed, the host 10 sends a fourth locking command to the control module of the liner cabinet 40, receives second locking information sent by the control module of the liner cabinet 40, and the second locking information is information triggered when the control module of the liner cabinet 40 receives the unlocking command to open the electronic control door lock of the liner cabinet 40, and the empty container is taken out and the liner cabinet 40 is closed.
Further, the first sending and receiving module 307 is configured to determine the key box 30 with the highest priority and send the first unlocking command to the key box 30 control module with the highest priority. The second sending and receiving module 308 is configured to determine the inner container 40 with the highest priority, and send a second unlocking command to the control module of the inner container 40 with the highest priority.
The key box 30 and the inner container 40 can be guaranteed to be used in the same frequency basically, and the problem that the key box 30 or the inner container 40 is damaged due to repeated use and the other key boxes are idle for a long time to waste resources is avoided.
Further, the first transmitting and receiving module 307 includes:
the first comparing module 3073 is configured to compare the key ID information read by the card reading module of the key box 30 with the key ID information in the first association information acquired by the host 10, trigger the first verification information after comparing, and if the two key ID information are identical to the first verification passing information, if the two key ID information are not identical to the first verification failing information.
Further, the second transceiver module 308 includes:
the second comparing module 3083 is configured to compare the full container ID information in the inner container 40 read by the control module of the inner container 40 with the full container ID information in the first record information, trigger the second verification information after comparing, and if the two full container ID information are the same, it is the second verification passing information, and if the two full container ID information are different, it is the second verification failing information.
Further, the method further comprises the following steps:
and the wireless signal receiving module is used for receiving authorization information sent by the fixed-point base station by the slot machine, wherein the authorization information is used for allowing a first operator to perform key verification operation on the slot machine.
In order to ensure that self-service cashing is safer, a wireless signal receiving module is further arranged in the slot machine, the receiving module is used for receiving the authorization information sent by the fixed point base station, and when the wireless receiving module receives the authorization information sent by the fixed point base station, the verification operation of the slot machine on a key is allowed to be carried out, that is, a vehicle (the slot machine) must enter the radiation range of the base station, the key verification operation can be carried out, and the function of fixed point cashing is realized. The box receiving operation is limited in a fixed range, so that the box receiving operation is safer.
Further, the method further comprises the following steps:
the high-frequency electronic tag is used for recording basic information of the vehicle.
The high-frequency electronic tag is arranged on the vehicle and is used for recording basic information of the vehicle, and when the vehicle enters the range of the base station, the high-frequency card reading equipment reads the information of the vehicle electronic tag to obtain the information of the vehicle.
Thus, the vehicle information, the driver information, the key information, the empty container information, the full container information, the slot machine information, the base station authorization information of the vehicle in a fixed range and the like form a complete data chain, so that self-service cashing is safer.
Further, self-service cashier device of public transit still includes:
the first identifying module 301 is configured to obtain feature information of the second operator from the host 10, compare the obtained feature information with existing data in the background, determine whether the second operator has a right to collect the liner, if not, end the process of collecting the liner, and if so, perform the next step;
the first selection module is used for receiving the following bladder collecting operation selected by a second operator;
liner changing operation: the full bladder in the inner bladder cabinet 40 is replaced by the empty bladder;
bladder supplementing operation: the empty box in the inner container cabinet 40 is supplemented by an empty container;
And (3) emptying operation: taking out all the inner containers in the inner container cabinet 40;
the first detection module is configured to detect all electric control doors of the liner cabinets 40, and end the liner collection procedure if all electric control doors of the liner cabinets 40 are closed.
In the invention, the key box 30 provides access to the keys, the liner cabinet 40 provides access to the liners, so that the keys and the liners are stored in a concentrated manner, the management efficiency is improved, the management flow is saved, and the problems caused by the management of the keys and the liners by a first operator, such as easy loss, damage, package falling and the like, are avoided.
It will be apparent that the embodiments described above are merely some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the present invention without making any inventive effort, shall fall within the scope of the present invention.
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments in accordance with the present application. As used herein, the singular is also intended to include the plural unless the context clearly indicates otherwise, and furthermore, it is to be understood that the terms "comprises" and/or "comprising" when used in this specification are taken to specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof.
It should be noted that the terms "first," "second," and the like in the description and claims of the present application and the above figures are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged where appropriate such that embodiments of the present application described herein may be implemented in sequences other than those illustrated or described herein.
The above description is only of the preferred embodiments of the present invention and is not intended to limit the present invention, but various modifications and variations can be made to the present invention by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (8)

1. The self-service cashing method for the buses is characterized by comprising the following steps of:
the host identifies a first operator;
receiving the empty container borrowing operation of a first operator, providing a key through a key box control module, and providing an empty container through a liner cabinet control module, wherein the empty container comprises a liner body and a plugboard, and the liner body and the plugboard are in a separation state;
the related information forms first related information and is stored in the host, wherein the first related information at least comprises first operator identity information, borrowed key information and borrowed empty container information;
The coin machine verifies the key;
the method comprises the steps that a slot machine sends first record information to a key, wherein the first record information is generated after a full liner in the slot machine is taken out and then is filled into a liner body, and the first record information at least comprises full liner ID information;
the host receives the operation of returning to full containers of a first operator, and searches for an empty key box and an empty liner cabinet;
the method comprises the steps that a host sends a first unlocking command to a key box control module, the key is loaded and verified, first verification information sent by the key box control module is received, if the first verification information is first verification passing information, the next step is carried out, and if the first verification information is first verification failing information, the step of verifying the key is repeated;
after receiving the first verification passing information sent by the key box control module, the host computer sends a second unlocking command to the inner container cabinet control module, the inner container cabinet control module opens an empty inner container cabinet, loads and verifies a full inner container, receives second verification information sent by the inner container cabinet control module, ends a full inner container returning process if the second verification information is the second verification passing information, and repeats the full inner container verification step if the second verification information is the second verification failing information;
The first authentication information includes:
when the key is placed in the key box and the key box electric control door is closed, the key box card reading module reads key ID information in the key box, and compares the read key ID information with the key ID information in the first associated information acquired by the host computer to trigger information;
the first authentication passing information includes: information sent by the same two key ID information;
the first verification failure information includes: information sent by two different key ID information;
the second authentication information includes:
when the full container is placed in the inner container cabinet and the inner container cabinet electric control door is closed, the inner container cabinet control module reads the full container ID information in the inner container cabinet, and compares the read full container ID information with the full container ID information in the first recorded information to trigger information;
the second authentication passing information includes: information sent by the same two full bladder ID information;
the second authentication failed information includes: the two full bladder ID information are different and sent.
2. The self-service cashing method of claim 1, wherein the host identifies a first operator, accepts the empty container borrowing operation of the first operator, provides a key through a key box control module, and provides the empty container through a liner cabinet control module, comprising:
The host terminal acquires the characteristic information of the first operator, the host compares the acquired characteristic information with the existing data of the background, judges whether the first operator has authority, if so, further judges whether the first operator has the empty liner borrowed or not, if not, the host terminal system enters a liner borrowing process, and if so, the host terminal system enters a liner filling process;
the host receives the empty container borrowing operation of a first operator, sends a third unlocking command to the key box control module, and receives first locking information sent by the key box control module, wherein the first locking information is triggered when the key box control module receives the unlocking command to open an electric control door lock of a key box, and the key is taken out and closed;
the host computer sends fourth locking command to the inner container cabinet control module, receives second locking information sent by the inner container cabinet control module, wherein the second locking information is information triggered after the inner container cabinet control module receives unlocking command to open an electric control door lock of the inner container cabinet, and the empty container is taken out and closed the inner container cabinet.
3. The self-service cashing method of any one of claims 1 or 2, wherein the sending the first unlock command to the key box control module includes:
Judging the key box with the highest priority and the key of the same type as the key, and sending a first unlocking command to the key box control module with the highest priority;
the sending the second unlocking command to the inner container cabinet control module comprises the following steps:
and judging the inner container cabinet with the highest priority, and sending a second unlocking command to the inner container cabinet control module with the highest priority.
4. Self-service cashier of public transit, its characterized in that includes:
the first identification module is used for identifying a first operator by the host;
the first control module is used for receiving the empty container borrowing operation of a first operator, providing the key through the key box control module and providing the empty container through the inner container cabinet control module, wherein the empty container comprises an inner container body and an inserting plate, and the inner container body and the inserting plate are in a separation state;
the first association module is used for associating the related information to form first association information and storing the first association information into the host, wherein the first association information at least comprises first operator identity information, borrowed key information and borrowed empty container information;
the coin-freed machine verification module is used for verifying the key by the coin-freed machine;
the slot machine sending module is used for sending first record information to a key by the slot machine, wherein the first record information is information generated after the full liner in the slot machine is taken out and then the liner body is filled in, and the first record information at least comprises full liner ID information;
The first searching module is used for receiving the full-bladder returning operation of a first operator by the host machine and searching for the empty key box and the empty liner cabinet;
the first sending and receiving module comprises a first sending module and a first receiving module, wherein the first sending module is used for sending a first unlocking command to the key box control module by the host computer, loading and verifying the key, the first receiving module is used for receiving first verification information sent by the key box control module, if the first verification information is first verification passing information, the next step is carried out, and if the first verification information is first verification failing information, the step of verifying the key is repeated;
the second sending and receiving module is used for receiving the first verification passing information sent by the key box control module by the host, sending a second unlocking command to the inner container cabinet control module, opening an empty inner container cabinet by the inner container cabinet control module, loading and verifying full containers, and receiving the second verification information sent by the inner container cabinet control module by the second receiving module, ending the full container returning process if the second verification information is the second verification passing information, and repeating the full container verification step if the second verification information is the second verification failing information;
The first authentication information includes:
when the key is placed in the key box and the key box electric control door is closed, the key box card reading module reads key ID information in the key box, and compares the read key ID information with the key ID information in the first associated information acquired by the host computer to trigger information;
the first authentication passing information includes: information sent by the same two key ID information;
the first verification failure information includes: information sent by two different key ID information;
the second authentication information includes:
when the full container is placed in the inner container cabinet and the inner container cabinet electric control door is closed, the inner container cabinet control module reads the full container ID information in the inner container cabinet, and compares the read full container ID information with the full container ID information in the first recorded information to trigger information;
the second authentication passing information includes: information sent by the same two full bladder ID information;
the second authentication failed information includes: the two full bladder ID information are different and sent.
5. The bus self-service cashier device of claim 4, wherein:
The first identification module is used for acquiring the characteristic information of a first operator by the host terminal, comparing the acquired characteristic information with the existing data of the background by the host, judging whether the first operator has authority, if so, further judging whether the first operator has the empty liner borrowed or not, if not, entering a liner borrowing process by the host terminal system, and if so, entering a liner filling process;
the first control module is used for receiving the empty container borrowing operation of a first operator, sending a third unlocking command to the key box control module, receiving first locking information sent by the key box control module, wherein the first locking information is information triggered after the key box control module receives the unlocking command to open the key box electric control door lock, the key is taken out and the key box is closed, the host sends a fourth locking command to the inner container cabinet control module, receiving second locking information sent by the inner container cabinet control module, and the second locking information is information triggered after the inner container cabinet control module receives the unlocking command to open the inner container cabinet electric control door lock, and the empty container is taken out and the inner container cabinet is closed.
6. The bus self-service cashier device of any one of claims 4 or 5, wherein the first transmission acceptance module comprises:
the key box is used for judging that the key box with the same type of key as the key has the highest priority, and sending a first unlocking command to the key box control module with the highest priority;
the sending the second unlocking command to the inner container cabinet control module comprises the following steps:
and judging the inner container cabinet with the highest priority, and sending a second unlocking command to the inner container cabinet control module with the highest priority.
7. The self-service cashier of claim 4, wherein the first transmission acceptance module further comprises:
and the first comparison module is used for comparing the key ID information read by the key box card reading module in the key box with the key ID information in the first associated information acquired by the host, triggering the first verification information after comparison, and if the two key ID information are the same as the first verification passing information, if the two key ID information are different as the first verification failing information.
8. The self-service cashier of claim 4, wherein the second sending and receiving module further comprises:
And the second comparison module is used for comparing the full container ID information in the inner container cabinet read by the inner container cabinet control module with the full container ID information in the first recorded information, triggering second verification information after comparison, and if the two full container ID information are the same as the second verification passing information, if the two full container ID information are different as the second verification failing information.
CN202111306083.3A 2021-11-05 2021-11-05 Self-service cashing method and device for buses Active CN114120519B (en)

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