CN110097710B - Self-service distribution and return method for wireless handset and self-service distribution device for wireless handset - Google Patents
Self-service distribution and return method for wireless handset and self-service distribution device for wireless handset Download PDFInfo
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- CN110097710B CN110097710B CN201910392445.1A CN201910392445A CN110097710B CN 110097710 B CN110097710 B CN 110097710B CN 201910392445 A CN201910392445 A CN 201910392445A CN 110097710 B CN110097710 B CN 110097710B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F11/00—Coin-freed apparatus for dispensing, or the like, discrete articles
- G07F11/62—Coin-freed apparatus for dispensing, or the like, discrete articles in which the articles are stored in compartments in fixed receptacles
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/28—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for radio apparatus
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Abstract
The invention belongs to the technical field of wireless communication of nuclear power stations, and particularly relates to a self-service distribution and return method of a wireless handset and a self-service distribution device of the wireless handset. The method comprises the following steps: step A1, acquiring claim information; step A2, verifying whether the employee has claiming authority or not according to the claiming information, if so, entering step A3, otherwise, exiting; step A3, allocating wireless handsets for employees according to wireless handset allocation principles; step A4, unlocking the cabinet door lock of the storage cabinet where the wireless handset is located and the cabinet position lock of the cabinet position where the wireless handset is located distributed in the step A3 and lighting the cabinet position lamp of the cabinet position where the wireless handset is located; step A5, allocating wireless handset numbers to the wireless handsets allocated in the step A3 according to a number allocation principle; and step A6, recording the corresponding relation between the wireless handset number and the employee. The intelligent distribution and storage of the wireless handset can be realized, the management cost is saved, the receiving and sending efficiency is improved, the real-time intelligent change of the handset number can be realized, and the working efficiency of field communication is improved.
Description
Technical Field
The invention belongs to the technical field of wireless communication of nuclear power stations, and particularly relates to a self-service distribution and return method of a wireless handset and a self-service distribution device of the wireless handset.
Background
The existing wireless handset for the nuclear power wireless telephone system adopts manual management, and staff required to be used goes to managers for claiming and then is stored and stored uniformly by the managers. The staff gets or returns the wireless handset according to the use requirement. Each wireless handset corresponds to a fixed telephone number, and the handset number cannot be fixed to an individual through random issuing of the handsets, so that the wireless handsets are not beneficial to field communication work. Because the number of borrowings of the handset is limited, borrowing handset personnel often cannot return in time due to working reasons, so that the recovery of the wireless handset is difficult to cause management disorder. The receiving and sending management of the wireless handset occupies human resources and is easy to make mistakes.
Disclosure of Invention
In order to solve the technical problem, the invention provides a self-service distribution method of a wireless handset, which is characterized by comprising the following steps:
step A1, acquiring claim information;
step A2, verifying whether the employee has claiming authority or not according to the claiming information, if so, entering step A3, otherwise, exiting;
step A3, allocating wireless handsets for employees according to wireless handset allocation principles;
step A4, unlocking the cabinet door lock of the storage cabinet where the wireless handset is located and the cabinet position lock of the cabinet position where the wireless handset is located distributed in the step A3 and lighting the cabinet position lamp of the cabinet position where the wireless handset is located;
step A5, allocating wireless handset numbers to the wireless handsets allocated in the step A3 according to a number allocation principle;
and step A6, recording the corresponding relation between the wireless handset number and the employee.
By the aid of the wireless handset self-service distribution method, intelligent distribution and storage of the wireless handsets can be achieved, management cost is saved, receiving and sending efficiency is improved, real-time intelligent change of handset numbers can be achieved, and field communication working efficiency is improved.
Further, the step a4 includes: step A4-1, unlocking the cabinet door lock and the cabinet position lock of the storage cabinet where the wireless handset is located distributed in the step A4 and lighting the cabinet position lamp where the wireless handset is locked at the cabinet position; step A4-2, judging whether the wireless handset distributed in step A4 is taken out, if yes, entering step A4-3, otherwise entering step A4-4; and A4-3, judging whether the cabinet door of the storage cabinet where the wireless handset is located distributed in the step A4 is closed, if so, entering the step A5, otherwise, returning to the step A4-2.
Preferably, the claim information comprises a work order number; the step A2 includes: a2-1, extracting the work order information, the member information in the work order, the work order state and the number of the available wireless handsets corresponding to the work order number from a project information management system according to the work order number; step A2-2, judging whether the work order has been opened according to the work order state, if not, exiting, otherwise entering step A2-3; step A2-3, inquiring a local database to judge whether the wireless handset in the work order is taken out completely, if so, exiting, otherwise, entering step A2-4; a2-4, extracting employee information corresponding to the employee number from an employee information management system according to the input employee number; and step A2-5, inquiring a local database to judge whether the employee has taken the wireless handset, if so, exiting, otherwise, entering step A3.
Further, the step a6 further includes uploading the recorded correspondence between the wireless handset number and the employee to the project information management system.
Preferably, the claimant information includes a clerk number; the step A2 includes: step A2-1, extracting employee information corresponding to the employee number from an employee information management system according to the employee number; and step A2-2, querying a local database to judge whether the employee has the claim authority and whether the employee has taken the wireless handset, entering step A3 if the employee has the authority and does not take the wireless handset, and exiting otherwise.
Preferably, the step a6 further includes updating a local database.
The invention also provides a self-service returning method of the wireless handset, which is characterized by comprising the following steps:
step B1, judging the cabinet position of the wireless handset according to the input RFID information of the wireless handset;
step B2, unlocking the cabinet door of the storage cabinet where the cabinet position is located and the cabinet position lock of the cabinet position and lighting the cabinet position lamp of the cabinet position;
step B3, judging whether the wireless handset is stored in the cabinet position;
step B4, judging whether the cabinet door of the storage cabinet where the cabinet position is located is closed, if the wireless handset is stored in the cabinet position and the cabinet door of the storage cabinet where the cabinet position is located is closed, entering step B5, otherwise, entering a repair step;
and step B5, clearing the corresponding relationship record of the wireless handset number and the employee of the wireless handset.
By the aid of the wireless handset self-help returning method, intelligent recovery of the wireless handset can be achieved, management cost is saved, receiving and sending efficiency is improved, real-time intelligent change of handset numbers can be achieved, and field communication working efficiency is improved.
Preferably, the step B5 is followed by: and step B6, if the wireless handset is selected according to the work order number, feeding back the return information of the wireless handset to the project information management system.
The invention also provides a self-service distribution device of the wireless handset, which is characterized in that: the self-service distribution method is adopted.
Preferably, the self-help return method described in any one of the above is also adopted.
The device is installed and is gone out at the factory building access & exit, can make the staff who gets into the factory building ask the wireless handheld machine that needs carried from the device by oneself according to the work order needs before getting into the factory building to wireless handheld machine automatic allocation wireless handheld machine number, will hand the machine number and carry out the developments with the staff and bind. After the staff finishes the work, the wireless handset is returned to the device by self for unified management.
Drawings
Fig. 1 is a schematic structural diagram of an automatic dispensing device for a wireless handset according to an embodiment.
Detailed Description
The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Unless otherwise defined, all terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. It will be further understood that the conventional terms should be interpreted as having a meaning that is consistent with their meaning in the relevant art and this disclosure. The present disclosure is to be considered as an example of the invention and is not intended to limit the invention to the particular embodiments.
Example one
The embodiment provides the wireless handset automatic distribution device which can simultaneously realize intelligent functions such as intelligent storage, distribution, identity recognition, number distribution, charging, alarming and the like. Ensure that the wireless handset is effectively distributed to each demand person and accurately recycled.
As shown in fig. 1, the automatic dispensing device of a wireless handset in this embodiment includes a storage cabinet 1, a self-service dispensing cabinet 2, a cabinet door electric control device 3, an identity recognition device 4, an equipment recognition device 5, a power supply device (not shown in the figure), and a touch device 6.
The power supply device is arranged at the bottom in the lower cabinet of the self-service distribution cabinet 2, and interfaces are arranged on the cabinet door electric control device 3, the identity recognition device 4 and the equipment recognition device 5, so that working electricity is provided for the components in the device. The power supply device in this embodiment includes a mains interface and a UPS power supply that provide mains power to the device. Identity recognition device 4 places at the last cabinet door of self-service distribution cabinet 2, under touch device 6, has interface connection with touch device 6 for touch device 6 can receive the information that identity recognition device 4 discerned. The identification device 4 in this embodiment includes an induction scanner 41 for scanning a card for an employee and a bar code scanner 42 for scanning a two-dimensional code or a bar code. The touch device 6 is placed on the upper cabinet door of the self-service distribution cabinet 2, and interfaces exist between the touch device and the cabinet door electric control device 3, the identity recognition device 4, the equipment recognition device 5 and the power supply device right above the identity recognition device 4. The touch device 6 in this embodiment is a touch industrial all-in-one machine. The cabinet door electric control device 3 is arranged on the storage cabinet 1 and is provided with an interface with the touch device and the power supply device. For example, the cabinet door electric control device comprises a cabinet door electric control lock arranged on the back surface of a door handle of the cabinet door of the storage cabinet and a control circuit board arranged on the inner wall in the storage cabinet. There are a plurality ofly (for example 100) cabinet positions of placing wireless handheld machine in the cabinet 1, each cabinet position 11 can hold a wireless handheld machine, is equipped with corresponding cabinet position pilot lamp on the cabinet position 11, is equipped with the formula of charging of magnetism that is used for charging for wireless handheld machine in the cabinet position 11 to and be used for locking wireless handheld machine's cabinet position lock 12. The device identification device 5 comprises an RFID reader installed in each cabinet position of the storage cabinet 1 and used for identifying the wireless handset, and an RFID reader 51 installed on the cabinet door of the self-service distribution cabinet 2, and an interface exists between the device identification device and the touch device 6. In this embodiment the RFID of cabinet position read the RFID electromagnetic lock of ware and cabinet position lock design as an organic whole, install the RFID electromagnetic bolt on the wireless handheld machine, the structure and the cabinet position lock phase-locked of RFID electromagnetic bolt match, can be locked by cabinet position lock, still install the RFID label in the RRFID electromagnetic bolt and come only sign wireless handheld machine.
The touch device 6 is loaded with a computer program for implementing the automatic distribution method and the automatic return method, and is further provided with a web service interface for communicating with other remote systems such as a remote employee information system and a remote project information system:
and the employee asks the wireless handset for the process from the work order to the wireless handset self-service distribution device. The method comprises the following steps:
and step A1, acquiring claim information. The employee may manually enter the work order number through a touch screen device at the wireless handset self-service dispensing device or scan the work order barcode at the barcode reader to enter the work order number. The touch screen device directly acquires the work order number input by the staff through the touch screen, and can also acquire the work order number scanned and input by the staff through an interface with the bar code scanner as application information.
And step A2, verifying whether the employee has claiming authority or not according to the claiming information, if so, entering step A3, otherwise, exiting to return to a standby interface. The step A2 includes:
and A2-1, extracting the work order information corresponding to the work order number, the member information in the work order, the work order state and the number of the available wireless handsets from a project information management system according to the work order number. And communicating a remote project information system through a network service interface to inquire the work order information corresponding to the work order number, the member information in the work order, the work order state (whether the work order is opened) and the number of wireless handsets which can be recommended by the work order.
And step A2-2, judging whether the work order has been opened according to the work order state, if not, exiting, otherwise, entering step A2-3. If the work order state is opened or delayed, the staff names in the work order are displayed and output through the touch device, and the step A2-3 is carried out; otherwise, exit is returned to the standby interface.
Step A2-3, inquiring a local database to judge whether the wireless handset in the work order is taken out completely, if the wireless handset is taken out completely, exiting to a standby interface, otherwise, displaying and outputting the employee name without taking the wireless handset to prompt the employee to carry out code authentication, and entering step A2-4;
a2-4, extracting employee information corresponding to the employee number from an employee information management system according to the input employee number; the employee may manually enter the employee's job number through a touch screen device at the wireless handset self-service dispensing device or scan the employee one-card-through entry order number at the sensor.
And step A2-5, inquiring a local database to judge whether the employee has taken the wireless handset, if so, exiting back to a standby page, otherwise, entering step A3. And inquiring whether the staff corresponding to the staff number is in a staff list of the wireless handset which is not taken by the work order, if so, indicating that the staff does not take the wireless handset, otherwise, indicating that the staff has taken the wireless handset. The data for identifying and verifying the personnel in the local database is manually input or the external data is imported into the local database.
Step a3, assigning wireless handsets to employees according to wireless handset assignment rules. And distributing the wireless handsets stored in the cabinets to the employees according to a preset distribution principle, such as the numbering sequence of the cabinets or other manners.
And A4, unlocking the cabinet door lock of the storage cabinet where the wireless handset is located and the cabinet position lock of the cabinet position where the wireless handset is located distributed in the step A3, lighting the cabinet position lamp of the cabinet position where the wireless handset is located, and outputting and displaying the distributed cabinet position where the wireless handset is located and the storage cabinet through a touch device. For example, on a display screen of a touch device: no. 01 storage cabinet No. 10 cabinet position. The method specifically comprises the following steps:
a step a4-1 of unlocking a cabinet door lock and a cabinet position lock (for example, the cabinet position lock of the 10 # cabinet position) of a storage cabinet (for example, the 01 # storage cabinet) where the wireless handset is located and lighting a cabinet position lamp (for example, the cabinet position lamp of the 10 # cabinet position) of the cabinet position where the wireless handset is located, which is distributed in the step a 4;
and step A4-2, judging whether the wireless handset distributed in the step A4 is taken out, if so, entering the step A4-3, otherwise, entering the step A4-4. The cabinet position lock in the embodiment is an RFID electromagnetic lock, data can be read through a data interface of the RFID electromagnetic lock, and if the RFID electromagnetic lock reads the data of an RFID electromagnetic bolt corresponding to the wireless handset, the wireless handset is not taken out; otherwise, it indicates that the corresponding wireless handset has been removed.
And A4-3, judging whether the cabinet door of the storage cabinet where the wireless handset is located distributed in the step A4 is closed, if so, entering the step A5, otherwise, returning to the step A4-2. In this embodiment, the state of the cabinet door is read through an interface with the electric control device of the cabinet door, and whether the cabinet door is closed or not is judged.
Step A5, allocating wireless handset numbers for the wireless handsets allocated in the step A3 according to the number allocation principle. The number assignment rule is preset in a local database of the touch device, and may be, for example, a one-to-one correspondence relationship between each wireless handset and a fixed mobile phone number thereof stored in the local database.
And A6, recording the corresponding relation between the wireless handset number and the employee, and uploading the recorded corresponding relation between the wireless handset number and the employee to the project information management system. And the local database also stores an employee address book, and adds the wireless handset number allocated to the employee to the information of the corresponding employee in the employee address book. Meanwhile, the information of the employee in the project information management system is updated by sending the information to the project information management system through a network service interface.
Step A6, returning to step A2-3, the wireless handset can be claimed continuously, if the wireless handset in the work order is completely taken out, the wireless handset returns to the standby page;
and (4) the temporarily authorized staff claim the wireless handset by means of a flow from the all-purpose card or the staff number to the self-service distribution device of the wireless handset. The method comprises the following steps:
and step A1, acquiring claim information. The employee can manually input the employee number through the touch screen device at the wireless handset self-service dispensing device or scan the employee one-card input employee number at the sensor. The touch screen device directly obtains the employee number input by the employee through the touch screen, and also can obtain the employee number input by the employee scanning employee one-card through an interface with the sensor to serve as application information.
And step A2, verifying whether the employee has claiming authority or not according to the claiming information, if so, entering step A3, otherwise, exiting to return to a standby interface. Step a2 includes:
and A2-1, extracting the employee information corresponding to the employee number from an employee information management system (i.e. one-card system) according to the employee number. And the remote employee information system is communicated through a network service interface to inquire the employee information corresponding to the employee number.
And step A2-2, querying a local database to judge whether the employee has the claiming authority and whether the employee has taken the wireless handset, entering step A3 if the employee has the authority and does not take the wireless handset, and otherwise, exiting to a standby page. The employee number and the corresponding verification password are stored in the local database, the employee is prompted to input the password through the touch device, the password input by the employee is compared with the password stored in the local database, if the password input by the employee is the same as the password stored in the local database, the claiming authority of the employee can be further inquired, whether the employee with the claiming authority has taken the wireless handset or not is further inquired, if the employee with the claiming authority has taken the wireless handset, the employee is quitted and returned to the standby page, and if the employee with the claiming authority has taken the wireless handset, the employee with the claiming authority enters the step A3.
Step a3, assigning wireless handsets to employees according to wireless handset assignment rules. And distributing the wireless handsets stored in the cabinets to the employees according to a preset distribution principle, such as the numbering sequence of the cabinets or other manners.
And A4, unlocking the cabinet door lock of the storage cabinet where the wireless handset is located and the cabinet position lock of the cabinet position where the wireless handset is located distributed in the step A3, lighting the cabinet position lamp of the cabinet position where the wireless handset is located, and outputting and displaying the distributed cabinet position where the wireless handset is located and the storage cabinet through a touch device. For example, on a display screen of a touch device: no. 01 storage cabinet No. 10 cabinet position. The method specifically comprises the following steps:
a step a4-1 of unlocking a cabinet door lock and a cabinet position lock (for example, the cabinet position lock of the 10 # cabinet position) of a storage cabinet (for example, the 01 # storage cabinet) where the wireless handset is located and lighting a cabinet position lamp (for example, the cabinet position lamp of the 10 # cabinet position) of the cabinet position where the wireless handset is located, which is distributed in the step a 4;
and step A4-2, judging whether the wireless handset distributed in the step A4 is taken out, if so, entering the step A4-3, otherwise, entering the step A4-4. The cabinet position lock in the embodiment is an RFID electromagnetic lock, data can be read through a data interface of the RFID electromagnetic lock, and if the RFID electromagnetic lock reads the data of an RFID electromagnetic bolt corresponding to the wireless handset, the wireless handset is not taken out; otherwise, it indicates that the corresponding wireless handset has been removed.
And A4-3, judging whether the cabinet door of the storage cabinet where the wireless handset is located distributed in the step A4 is closed, if so, entering the step A5, otherwise, returning to the step A4-2. In this embodiment, the state of the cabinet door is read through an interface with the electric control device of the cabinet door, and whether the cabinet door is closed or not is judged.
Step A5, allocating wireless handset numbers for the wireless handsets allocated in the step A3 according to the number allocation principle. The number assignment rule is preset in a local database of the touch device, and may be, for example, a one-to-one correspondence relationship between each wireless handset and a fixed mobile phone number thereof stored in the local database.
And A6, recording the corresponding relation between the wireless handset number and the employee, and uploading the recorded corresponding relation between the wireless handset number and the employee to the project information management system. And the local database also stores an employee address book, and adds the wireless handset number allocated to the employee to the information of the corresponding employee in the employee address book. At the same time, the information about the employee in the local database is updated and marked as a fetched wireless handset.
The method flow of the employee self-help returning to the wireless handset comprises the following steps:
and step B1, judging the cabinet position of the wireless handset according to the input RFID information of the wireless handset. The RFID reader at the employee-to-wireless handset self-service dispensing device brushes the RFID electromagnetic bolt of the wireless handset. The touch screen device acquires the unique identification code of the wireless handset through an interface with the RFID reader, and queries a local database to judge which storage cabinet the wireless handset should be stored in.
And step B2, unlocking the cabinet door of the storage cabinet where the cabinet position is located and the cabinet position lock of the cabinet position and lighting the cabinet position lamp of the cabinet position. According to the judgment result of the step B1, unlocking the cabinet door of the storage cabinet which should be stored in the wireless handset and the cabinet position lock of the cabinet position which should be stored, and lighting the cabinet position lamp of the cabinet position; meanwhile, the storage cabinet and the cabinet position are indicated through a display screen of the touch device.
And step B3, judging whether the wireless handset is stored in the cabinet position. Reading data through an interface of an RFID reader (namely an RFID electromagnetic lock in the embodiment) of the cabinet position, if the RFID electromagnetic lock reads the data of an RFID electromagnetic bolt of the corresponding wireless handset, indicating that the wireless handset is put into the cabinet position, and otherwise indicating that the corresponding wireless handset is taken out; and further reading interface reading data of a cabinet position lock (namely an RFID electromagnetic lock in the embodiment) of the cabinet position, judging whether the cabinet position lock is locked, if so, indicating that the wireless handset is stored in the cabinet position, and otherwise, indicating that the corresponding wireless handset is stored in the cabinet position.
And B4, judging whether the cabinet door of the storage cabinet where the cabinet position is located is closed, if the wireless handset is stored in the cabinet position and the cabinet door of the storage cabinet where the cabinet position is located is closed, entering the step B5, and if not, entering the step of repair reporting. And reading data through an interface of a cabinet door electric control device of the storage cabinet, and judging whether the cabinet door is closed.
And step B5, clearing the corresponding relationship record of the wireless handset number and the employee of the wireless handset. And deleting the wireless handset number of the returned wireless handset from the corresponding employee information in the local database.
And step B6, if the wireless handset is selected according to the work order number, feeding back the return information of the wireless handset to the project information management system.
Step B6, return to the standby page.
Preferably, the touch device further provides an alarm reminding function such as timeout reminding, a statistical function, and a software system function such as tag and article management.
The beneficial effects of this embodiment mainly include:
1. the problem of dual polarization of supply and demand relations of the wireless handset is solved, the purchasing cost of the handset is saved, and the utilization rate of the handset is improved;
2. the intelligent management of the wireless handset saves labor cost and improves the transceiving efficiency;
3. the number of the wireless handset can be intelligently changed in real time, and the working efficiency of field communication is improved.
Although embodiments of the present invention have been described, various changes or modifications may be made by one of ordinary skill in the art within the scope of the appended claims.
Claims (5)
1. A wireless handset self-service dispensing method, comprising:
step A1, acquiring claim information;
step A2, verifying whether the employee has claiming authority or not according to the claiming information, if so, entering step A3, otherwise, exiting;
step A3, allocating wireless handsets for employees according to wireless handset allocation principles;
step A4, unlocking the cabinet door lock of the storage cabinet where the wireless handset is located and the cabinet position lock of the cabinet position where the wireless handset is located distributed in the step A3 and lighting the cabinet position lamp of the cabinet position where the wireless handset is located;
step A5, allocating wireless handset numbers to the wireless handsets allocated in the step A3 according to a number allocation principle;
a6, recording the corresponding relation between the wireless handset number and the employee;
the claim information comprises a worksheet number; the step A2 includes:
a2-1, extracting the work order information, the member information in the work order, the work order state and the number of the available wireless handsets corresponding to the work order number from a project information management system according to the work order number;
step A2-2, judging whether the work order has been opened according to the work order state, if not, exiting, otherwise entering step A2-3;
step A2-3, inquiring a local database to judge whether the wireless handset in the work order is taken out completely, if so, exiting, otherwise, entering step A2-4;
a2-4, extracting employee information corresponding to the employee number from an employee information management system according to the input employee number;
step A2-5, inquiring a local database to judge whether the employee has taken the wireless handset, if so, exiting, otherwise, entering step A3;
the step a6 further includes uploading the recorded correspondence between the wireless handset number and the employee to the project information management system, and the correspondence between the wireless handset number and the employee is cleared when the wireless handset is returned.
2. The wireless handset self-service distribution method of claim 1, wherein the step a4 comprises:
step A4-1, unlocking the cabinet door lock and the cabinet position lock of the storage cabinet where the wireless handset is located distributed in the step A4 and lighting the cabinet position lamp of the cabinet position where the wireless handset is located;
step A4-2, judging whether the wireless handset distributed in step A4 is taken out, if yes, entering step A4-3, otherwise entering step A4-4;
and A4-3, judging whether the cabinet door of the storage cabinet where the wireless handset is located distributed in the step A4 is closed, if so, entering the step A5, otherwise, returning to the step A4-2.
3. A wireless handset self-service dispensing method according to claim 2, wherein:
step a6 also includes updating the local database.
4. A wireless handset self-service dispensing device, comprising:
the self-service dispensing method of any one of claims 1-3 is employed.
5. The wireless handset self-service dispensing device of claim 4, wherein:
and a wireless handset self-help returning method is also adopted, and the wireless handset self-help returning method comprises the following steps:
step B1, judging the cabinet position of the wireless handset according to the input RFID information of the wireless handset;
step B2, unlocking the cabinet door of the storage cabinet where the cabinet position is located and the cabinet position lock of the cabinet position and lighting the cabinet position lamp of the cabinet position;
step B3, judging whether the wireless handset is stored in the cabinet position;
step B4, judging whether the cabinet door of the storage cabinet where the cabinet position is located is closed, if the wireless handset is stored in the cabinet position and the cabinet door of the storage cabinet where the cabinet position is located is closed, entering step B5, otherwise, entering a repair step;
and step B5, clearing the corresponding relationship record of the wireless handset number and the employee of the wireless handset.
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| CN201910392445.1A CN110097710B (en) | 2019-05-13 | 2019-05-13 | Self-service distribution and return method for wireless handset and self-service distribution device for wireless handset |
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