CN113963491A - Processing method for preventing rented charge pal from being lost - Google Patents
Processing method for preventing rented charge pal from being lost Download PDFInfo
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- CN113963491A CN113963491A CN202111243301.3A CN202111243301A CN113963491A CN 113963491 A CN113963491 A CN 113963491A CN 202111243301 A CN202111243301 A CN 202111243301A CN 113963491 A CN113963491 A CN 113963491A
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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
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/24—Reminder alarms, e.g. anti-loss alarms
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/029—Location-based management or tracking services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The invention relates to the technical field of charge pal, in particular to a processing method for preventing a charge pal from being lost during renting, which comprises the following steps: the charger comprises a charger, a Bluetooth positioning function module is arranged in the charger, positioning and electric quantity information is sent to the outside according to the internal battery voltage and the working state of the charger, and a corresponding sound effect anti-lost alarm is output according to the working state of the charger; the charging cabinet records the serial number of the charging treasure placed in or out of the charging cabinet, and a Bluetooth inquiry function module is arranged in the charging cabinet and is used for collecting positioning and electric quantity information sent by the peripheral charging treasures, and sending the information to a management platform for processing according to sound effect anti-loss alarm output by the working state of the charging treasures; cell-phone APP, the precious treasured or used precious serial number that charges that the cell-phone APP record was used, the live time information that corresponds carries out the record to through built-in bluetooth, will collect location, the electric quantity information that peripheral treasured that charges sent, the information transmission who collects is handled for the management platform through cell-phone data network's communication module.
Description
Technical Field
The invention relates to the technical field of charge pal, in particular to a processing method for preventing a charge pal from being lost during renting.
Background
The shared charger is widely used in the fields of markets, restaurants and the like, and provides good assistance and supplement for the charging problem of the mobile equipment; however, in the process of using the existing power bank, the user easily forgets to return the power bank or forgets where the power bank is specifically placed, so that inconvenience is brought to a provided power bank merchant and the user.
Disclosure of Invention
The invention aims to provide a processing method for preventing a rented charger from being lost, which solves the problem that a user easily forgets to return the charger or forgets the specific position of the charger.
In order to achieve the above object, the present invention is widely applied to the technical scheme of switch identification, and particularly provides the following technical scheme: a processing method for preventing a rented charger from being lost comprises the following steps:
step S001: the charger comprises a charger, a Bluetooth positioning function module is arranged in the charger, positioning and electric quantity information is sent to the outside according to the internal battery voltage and the working state of the charger, and a corresponding sound effect anti-lost alarm is output according to the working state of the charger;
step S002: the charging cabinet records the serial number of the charging treasure placed in or out of the charging cabinet, and a Bluetooth inquiry function module is arranged in the charging cabinet and is used for collecting positioning and electric quantity information sent by the peripheral charging treasures, and sending the information to a management platform for processing according to sound effect anti-loss alarm output by the working state of the charging treasures;
step S003: the mobile phone APP records the serial number of the used charge pal or the used charge pal, records corresponding use time information, collects positioning and electric quantity information sent by the peripheral charge pal through built-in Bluetooth, and sends the collected information to the management platform for processing through a communication module of a mobile phone data network;
step S004: a management platform: according to data submitted by a charging cabinet and a mobile phone APP and an algorithm of a platform, the loss probability of the charger baby is 90% -99.9%, and when the loss probability of the charger baby is higher than a set value, the user who the charger baby uses at last sends retrieving and returning information, or a management platform searches through positioning information sent by the charger baby.
Preferably, the 90% to 99.9% formula for the loss probability in the management platform in the step S004 is set as:
wherein w0 is a user system factor, U is a user parameter, B is a power bank parameter, P is an area parameter, T is a time period parameter, a0 is a system power bank factor, B0 is a system area factor, c0 is a system time period factor, and M is a system integrated value.
Preferably, the user parameter U is 0.3x Rr +0.2x Tt +0.5x (d/Nc);
wherein:
the data of the main use range of the user recorded by the system is Rr, the data of the main use time period of the user recorded by the system is Tt, the number of times of losing the historical power bank of the user is Du, and the number of times of using the historical power bank of the user is Nu.
The charger baby parameter: and B is Db/Nb, wherein the number of times that the charging bank is lost recorded by the system is Db, and the number of times that the charging bank is used recorded by the system is Nb.
Preferably, the region parameter is: the charging treasure lost times Dp of the current time period area recorded by the system and the charging treasure used times of the current area recorded by the system are Np;
the time period parameter is as follows: and T is Dt/Nt, the historical charge pal loss times Dt of the current time period recorded by the system, and the charge pal use times Nt of the current time period recorded by the system.
Preferably, the default loss probability limit value of the management platform is 75%, an operator of the management platform can adjust the default loss probability limit value according to needs, the set value range of the management platform is 0-90%, and the output value range of the algorithm is 0-90%.
Preferably, in the step S004, the user borrows the charge pal, the charge pal is not connected to the mobile phone APP through the bluetooth, and when the time borrowed by the charge pal does not exceed 48 hours, the management platform calculates the loss probability value of the charge pal to be 90% -99.9%;
in the step S004, the user borrows the charge pal, the charge pal is not connected to the mobile phone APP through bluetooth, and when the time borrowed by the charge pal exceeds 48 hours, the management platform calculates a loss probability value of the charge pal to be 100%;
in step S004, the user has borrowed the power bank, the power bank is connected to the mobile phone APP through bluetooth, and the management platform calculates the loss probability value of the power bank to be 5% to 90%.
Preferably, when the loss probability of the power bank is lower than a 75% value set by the system, the management platform does not send a message prompt.
Preferably, when the loss probability of the power bank is higher than a set value of the platform default of 75%, the management platform sends information such as retrieve, return information and search, and the specific method is as follows:
for the charge pal which is not used or returned and is connected to the mobile phone APP, the management platform sends a return prompt to the mobile phone APP once every 30 minutes;
for a charge pal which is not used or returned and is connected with a charging cabinet through Bluetooth, the management platform sends returning information once every 30 minutes to prompt a mobile phone APP and synchronously sends retrieving information for processing;
for the charger baby which is informed of the recovery information and is not returned after more than 12 hours, the management platform informs the manual recovery processing;
for the mobile phone APP which is not used, returned or connected with the charging cabinet and the mobile phone APP, the management platform sends a retrieving and returning prompt to the mobile phone APP which is connected with the mobile phone APP at the last time.
Preferably, in the step S001, the power bank includes the following four operating states according to the operating state:
the mobile phone or the charging cabinet is disconnected, the timing is over 24 hours, the electric quantity is higher than 60%, and a sound effect anti-loss alarm is output every 2 minutes;
the mobile phone or the charging cabinet is disconnected, the timing time exceeds 48 hours, and when the electric quantity is 30-60%, a sound effect anti-loss alarm is output every 5 minutes;
the mobile phone or the charging cabinet is disconnected, the timing is over 72 hours, and when the electric quantity is 15-30%, a sound effect anti-loss alarm is output every 10 minutes;
lose with cell-phone or the cabinet that charges and be connected, the timing exceeds 96 hours, and when the electric quantity was less than 15%, stops output sound effect and prevents losing the warning, and the treasured that charges gets into the state of waiting to look for.
Preferably, in step S004, when the mobile phone APP is connected to the charger, the management platform performs the following processing:
when the charger baby is connected with the Bluetooth mobile phone APP, the charger baby exceeds 2 hours, and when the charger baby is not used and not returned, the management platform prompts a user to return as soon as possible;
when having through connecting bluetooth cell-phone APP to the treasured that charges, and the precious electric quantity that charges is less than 20%, and not returning, no matter whether the treasured that charges is using, the user is returned as early as possible in the suggestion of management platform.
Compared with the prior art, the invention has the beneficial effects that:
the invention realizes the positioning, loss prevention, searching and recovery method by matching the modes of the charger, the charging cabinet and the APP and the management platform, can realize accurate time by 90-99.9% of the loss probability of the charger in the loss prevention method, reminds a user to recover the charger after use, can enable a manager of the charger to calculate the loss probability of the charger by 90-99.9% of the loss probability, and timely sends information prompts of positioning, recovery and the like to the user by the platform according to the value of 90-99.9% of the loss probability, thereby preventing the loss of the charger and simultaneously increasing the convenience of the management of the charger.
Description of the drawings:
fig. 1 is a flowchart of a method for implementing a location of a power bank according to the present invention;
fig. 2 is a flow chart of a processing method for preventing a rented charger from being lost according to the invention;
FIG. 3 is a flowchart of a method for finding a missing charger baby according to the present invention;
FIG. 4 is a flowchart of a method for retrieving lost charge pal according to the present invention;
fig. 5 is a flow chart of the loss prevention probability of preventing the rented charger from being lost according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The embodiment provided by the invention comprises the following steps:
example 1:
a method for realizing the positioning of a charger comprises the following steps:
step S1001: treasured charges: the serial number of the charger is set as a fixed unique serial number, in addition, a Bluetooth positioning function module is arranged in the charger, and the charger externally sends notification information such as state, electric quantity and the like according to the internal battery voltage and the working state of the charger;
the notification information is sent in the following three states: comprises the following steps: the current date and time (7 bytes: 4-year-2 bytes, 2-month-1 bytes, 2-day-1 bytes, 2-hour-24-hour-1 bytes, 2-minute-1 bytes, 2-second-1 bytes) + the equipment number (9 bytes) + the current power of the charger (1 byte: 3 bits, 000-100) + the connection state (1 byte: 0x00 h-unconnected, uncharged);
the charger is borrowed, not returned and has a connection state: the mobile phone or the charging cabinet is connected, external charging is carried out, and the sending interval is 25-60 minutes;
the charger is borrowed, not returned and has a connection state: the mobile phone or the charging cabinet is connected, no external charging is carried out, and the sending interval is 10-25 minutes.
The charger is in a borrowed, unreturned and non-connection state: the mobile phone or the charging cabinet is not connected, the external charging is not carried out, and the sending interval is 1-10 minutes;
through above mode to judge the circumstances that the treasured used that charges, and realize each precious accurate location that charges through following mode, and can not make a plurality of treasureds that charge cause the confusion: the specific mode is that each charger is numbered:
the method is characterized by comprising the following specific numbering rules: for example, yyymmdddhmssxxxxxx (9 bytes: 4-year-2 bytes, 2-month-1 bytes, 2-day-1 bytes, 2-hour-24-hour-1 bytes, 2-minute-1 bytes, 2-second-1 bytes, 6-serial numbers-00000 to 65535-2 bytes), the reference numerals are assigned in a unified manner by the management platform.
Step S1002: the charging cabinet: a Bluetooth (BR & BLE supporting) inquiry function module is arranged in the charging cabinet, and is used for collecting positioning and electric quantity information sent by peripheral charging devices, sorting the received positioning and electric quantity information of the charging devices and integrating GPS position information of the charging cabinet; every 3 minutes, the collected information is sent to a management platform through a built-in communication module;
step S1003: the mobile phone APP collects positioning and electric quantity information sent by a peripheral charger baby through a built-in Bluetooth (BR & BLE supporting) hardware function module, arranges the received positioning and electric quantity information of the charger baby, integrates mobile phone GPS position information, and sends the collected information to the management platform through a communication module of a mobile phone data network every 3 minutes;
step S1004: a management platform: relevant information of the charging cabinet and the mobile phone APP is collected, processed and calculated, and the validity of the positioning information of the charging treasure submitted through a communication module arranged in the mobile phone is judged.
In step S1004, the management platform normalizes the collected information according to the charge pal serial number, compares the information of the same charge pal serial number submitted by the charging cabinet and the mobile phone APP, and takes the information with a relatively short time within 1 minute in time sequence, and stores other information as standby information, but does not adopt the information;
the management platform records the use information of a user, the charge pal and the charging cabinet, and records the use state, the use time, the recordable use track, the storage time, the storage position and other information of the charge pal;
recording the use information of the user, borrowing the charge pal, returning time, place, charge pal number, corresponding place of the charge cabinet, charge cabinet number and number of the used mobile phone APP;
through the method, the positioning of the position information of the charge pal is realized, and convenience is provided for searching the charge pal or reminding a user.
Example 2:
the invention provides a processing method for preventing a rented charger from being lost, which is used for realizing the anti-loss of the charger on the basis of realizing the positioning of the charger, and comprises the following steps:
the method comprises the following steps:
step S001: the charger comprises a charger, a Bluetooth positioning function module is arranged in the charger, positioning and electric quantity information is sent to the outside according to the internal battery voltage and the working state of the charger, and a corresponding sound effect anti-lost alarm is output according to the working state of the charger;
step S002: the charging cabinet records the serial number of the charging treasure placed in or out of the charging cabinet, and a Bluetooth inquiry function module is arranged in the charging cabinet and is used for collecting positioning and electric quantity information sent by the peripheral charging treasures, and sending the information to a management platform for processing according to sound effect anti-loss alarm output by the working state of the charging treasures;
step S003: the mobile phone APP records the serial number of the used charge pal or the used charge pal, records corresponding use time information, collects positioning and electric quantity information sent by the peripheral charge pal through built-in Bluetooth, and sends the collected information to the management platform for processing through a communication module of a mobile phone data network;
step S004: a management platform: according to data submitted by a charging cabinet and a mobile phone APP and an algorithm of a platform, the loss probability of the charger baby is 90% -99.9%, and when the loss probability of the charger baby is higher than a set value, the user who the charger baby uses at last sends retrieving and returning information, or a management platform searches through positioning information sent by the charger baby.
Another preferred embodiment of the present invention is that, in the step S004, the 90% to 99.9% formula of the loss probability of the management platform is set as:
wherein w0 is the user system factor, and the parameter is set to 0.55; u is a user parameter; b is a charger parameter; p is a region parameter; t is a time period parameter; a0 is the system charging factor, and the parameter is set to 0.15; b0 is a system area factor, and the parameter is set to 0.15; c0 is the system time period factor, and the parameter is set to 0.15; and M is a system comprehensive value.
Another preferred embodiment of the present invention is that the user parameter U is 0.3x Rr +0.2x Tt +0.5x (d/Nc);
wherein:
the data of the main use range of the user recorded by the system is Rr, the data of the main use time period of the user recorded by the system is Tt, the number of times of losing the historical power bank of the user is Du, and the number of times of using the historical power bank of the user is Nu.
The charger baby parameter: and B is Db/Nb, wherein the number of times that the charging bank is lost recorded by the system is Db, and the number of times that the charging bank is used recorded by the system is Nb.
Another preferred embodiment of the present invention is that the region parameter: the charging treasure lost times Dp of the current time period area recorded by the system and the charging treasure used times of the current area recorded by the system are Np;
the time period parameter is as follows: and T is Dt/Nt, the historical charge pal loss times Dt of the current time period recorded by the system, and the charge pal use times Nt of the current time period recorded by the system.
Another preferable scheme of the present invention is that the default loss probability limit value of the management platform is 75%, the management platform operator can adjust the default loss probability limit value according to the requirement, the set value range is 0-90%, and the output value range of the algorithm is 0-90%.
Another preferable scheme of the present invention is that, in step S004, the user has borrowed the power bank, the power bank does not receive the mobile phone APP through the bluetooth, and when the time borrowed by the power bank does not exceed 48 hours, the management platform calculates the loss probability value of the power bank to be 90% to 99.9%;
specifically, the method comprises the following steps:
1. when a user A borrows a charger as Ba, the battery is located in an area as Pa, the time period is Ta, the user parameter is 69, the charger parameter is 58, the area parameter is 76, and the time period parameter is 65, the loss probability output by the formula is 67.8%, the charger is connected with a mobile phone of the user, the loss probability evaluated by the system is 62.63%, and the loss probability does not reach the threshold value prompted by the system, namely 75.00%; the system does not issue a return prompt.
2. When a user B borrows the power bank as Bb, the position in the region is Pb, the time interval is Tb, the user parameter is 90, the power bank parameter is 73, the region parameter is 88, and the time interval parameter is 76, the loss probability output by the formula is 85.05%, the power bank is connected with a mobile phone of the user, the loss probability evaluated by the system is 77.29%, and is 75.00% higher than the threshold value prompted by the system; the system issues a return prompt.
The user borrows the charge pal, the charge pal is not connected to the mobile phone APP through the Bluetooth, and when the borrowing time of the charge pal exceeds 48 hours, the management platform calculates the loss probability value of the charge pal to be 100%;
in step S004, the user has borrowed the power bank, the power bank is connected to the mobile phone APP through bluetooth, and the management platform calculates the loss probability value of the power bank to be 5% to 90%.
Another preferable scheme of the present invention is that, when the loss probability of the power bank is lower than the 75% value set by the system, the management platform does not send a message prompt.
Another preferable scheme of the present invention is that, when the loss probability of the power bank is higher than a set value of the platform default 75%, the management platform sends information such as retrieve, return information, and search, and the specific manner is as follows:
for the charge pal which is not used or returned and is connected to the mobile phone APP, the management platform sends a return prompt to the mobile phone APP once every 30 minutes;
for a charge pal which is not used or returned and is connected with a charging cabinet through Bluetooth, the management platform sends returning information once every 30 minutes to prompt a mobile phone APP and synchronously sends retrieving information for processing;
for the charger baby which is informed of the recovery information and is not returned after more than 12 hours, the management platform informs the manual recovery processing;
for the mobile phone APP which is not used, returned or connected with the charging cabinet and the mobile phone APP, the management platform sends a retrieving and returning prompt to the mobile phone APP which is connected with the mobile phone APP at the last time.
Another preferable aspect of the present invention is that, in the step S001, the power bank includes the following four operating states according to the operating state:
the mobile phone or the charging cabinet is disconnected, the timing is over 24 hours, the electric quantity is higher than 60%, and a sound effect anti-loss alarm is output every 2 minutes;
the mobile phone or the charging cabinet is disconnected, the timing time exceeds 48 hours, and when the electric quantity is 30-60%, a sound effect anti-loss alarm is output every 5 minutes;
the mobile phone or the charging cabinet is disconnected, the timing is over 72 hours, and when the electric quantity is 15-30%, a sound effect anti-loss alarm is output every 10 minutes;
lose with cell-phone or the cabinet that charges and be connected, the timing exceeds 96 hours, and when the electric quantity was less than 15%, stops output sound effect and prevents losing the warning, and the treasured that charges gets into the state of waiting to look for.
Another preferable scheme of the present invention is that, in step S004, when the charger is connected to the bluetooth mobile phone APP, the management platform performs the following processing:
when the charger baby is connected with the Bluetooth mobile phone APP, the charger baby exceeds 2 hours, and when the charger baby is not used and not returned, the management platform prompts a user to return as soon as possible;
when having through connecting bluetooth cell-phone APP to the treasured that charges, and the precious electric quantity that charges is less than 20%, and not returning, no matter whether the treasured that charges is using, the user is returned as early as possible in the suggestion of management platform.
Example 3:
the technical scheme of the invention is established as a method for realizing the specific search of the charger bank under the condition that the charger bank is lost, which comprises the following steps: the details are as follows
A method for searching for lost charge pal comprises the following steps: the method comprises the following steps:
step S2001: treasured charges: based on the state definitions of the positioning system and the anti-lost system, the positioning information is sent and the sound effect anti-lost alarm is output at regular time;
when the charge pal is in a state to be searched, namely in an unused state, an unreturned state and an unconnected state, if receiving charge pal searching notification information sent by a charging cabinet or a mobile phone, and simultaneously sending charge pal positioning information;
step S2002: the charging cabinet: the method comprises the steps that a Bluetooth (BR & BLE supporting) query module arranged in a charging cabinet is used for transmitting a charger baby search notification message sent by a management platform to peripheral discoverable unused, unreturned and unconnected charger babies;
step S2003: a mobile phone APP: the method comprises the following steps that a system APP is required to be installed on a mobile phone, and the APP transmits charge pal searching notification information sent by a management platform to peripheral discoverable unused, unreturned and unconnected charge pal through a built-in Bluetooth (BR & BLE) hardware function module;
step S2004: a management platform: according to the precious locating information that charges that positioning system provided, the precious state information that charges that anti-lost system provided, after the integrated processing, with unused, not returning, not connect the treasured definition that charges of cabinet or cell-phone APP and charge the treasured that needs to seek, send and seek notice information to the cabinet that charges and cell-phone APP that charges, carry out the physics of system level to the treasured that charges that needs to seek and seek.
Example 4:
the technical scheme of the invention is established as a method for realizing the specific retrieval of the charge pal under the condition that the charge pal is lost, which comprises the following steps: the details are as follows
A method for retrieving lost charge pal comprises the following steps:
step S3001: treasured charges: based on the state definitions of positioning and anti-lost, positioning information is sent and sound effect anti-lost alarm is output at regular time;
step S3002: the charger responds to charger searching notification information sent by the charging cabinet or the mobile phone APP, Bluetooth communication connection is completed, if the charger enters the charging cabinet, searching processing is completed, and the charger is switched to a normal state;
the charging cabinet: the Bluetooth (BR & BLE supporting) query module arranged in the charging cabinet is used for completing Bluetooth communication connection of the charging bank which responds to the notification information searched by the charging bank, if the charging bank enters the charging cabinet, the recovery processing is completed, and the notification information searched by the charging bank is sent to the management platform;
step S3003: a mobile phone APP: the APP needs to be installed on the mobile phone, the APP searches the charging treasure of the notification information through the built-in Bluetooth (supporting BR & BLE) hardware function module, the charging treasure is connected in a Bluetooth communication mode, the user is prompted to return the charging treasure to the charging cabinet, and the charging treasure is sent to retrieve the notification information to the management platform.
Step S3004: a management platform: according to the provided information of the charge pal, the information returned by the charging cabinet and the mobile phone APP, after comprehensive processing, setting the charge pal returned to the charging cabinet to be in a normal state, and clearing the state to be searched; setting the to-be-searched charge pal which is connected by the mobile phone APP to be in a to-be-returned state, and clearing the search state;
when receiving the notice of the anti-lost information, the management staff manually searches back the unused mobile phone APP, the mobile phone APP and the charge pal connected to the charging cabinet.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (10)
1. A processing method for preventing a rented charge pal from being lost is characterized by comprising the following steps: the method comprises the following steps:
step S001: the charger comprises a charger, a Bluetooth positioning function module is arranged in the charger, positioning and electric quantity information is sent to the outside according to the internal battery voltage and the working state of the charger, and a corresponding sound effect anti-lost alarm is output according to the working state of the charger;
step S002: the charging cabinet records the serial number of the charging treasure placed in or out of the charging cabinet, and a Bluetooth inquiry function module is arranged in the charging cabinet and is used for collecting positioning and electric quantity information sent by the peripheral charging treasures, and sending the information to a management platform for processing according to sound effect anti-loss alarm output by the working state of the charging treasures;
step S003: the mobile phone APP records the serial number of the used charge pal or the used charge pal, records corresponding use time information, collects positioning and electric quantity information sent by the peripheral charge pal through built-in Bluetooth, and sends the collected information to the management platform for processing through a communication module of a mobile phone data network;
step S004: a management platform: according to the data submitted by the charging cabinet and the mobile phone APP, the loss probability of the charging bank is calculated according to the algorithm of the platform, and when the loss probability of the charging bank is higher than a set value, the last-used user of the charging bank is sent to retrieve and return information, or the management platform searches through the positioning information sent by the charging bank.
2. The processing method for preventing a rented charger baby from being lost according to claim 1, characterized in that: the calculation formula of the loss probability of the management platform in the step S004 is set as:
3. the processing method for preventing a rented charger baby from being lost according to claim 2, characterized in that: the U is 0.3x Rr +0.2x Tt +0.5x (d/Nc), and B is Db/Nb.
4. The processing method for preventing a rented charger baby from being lost according to claim 2, characterized in that: the P is Dp/Np, and T is Dt/Nt.
5. The processing method for preventing a rented charger baby from being lost according to claim 2, characterized in that: the default loss probability limit of the management platform in step S004 is 75%.
6. The processing method for preventing a rented treasured charger from being lost according to claim 5, wherein: in the step S004, the user borrows the charge pal, the charge pal is not connected to the mobile phone APP through the bluetooth, and the borrowing time of the charge pal does not exceed 48 hours, the management platform calculates the loss probability value of the charge pal to be 90% -99.9%;
in the step S004, the user borrows the charge pal, the charge pal is not connected to the mobile phone APP through bluetooth, and when the time borrowed by the charge pal exceeds 48 hours, the management platform calculates a loss probability value of the charge pal to be 100%;
in step S004, the user has borrowed the power bank, the power bank is connected to the mobile phone APP through bluetooth, and the management platform calculates the loss probability value of the power bank to be 5% to 90%.
7. The processing method for preventing a rented treasured charger from being lost according to claim 6, wherein: and when the loss probability of the charge pal is lower than the 75% value set by the system, the management platform does not send an information prompt.
8. The processing method for preventing a rented treasured charger from being lost according to claim 6, wherein: when the loss probability of the power bank is higher than a set value of the platform default 75%, the management platform sends information such as retrieving, returning, searching and the like, and the specific mode is as follows:
for the charge pal which is not used or returned and is connected to the mobile phone APP, the management platform sends a return prompt to the mobile phone APP once every 30 minutes;
for a charge pal which is not used or returned and is connected with a charging cabinet through Bluetooth, the management platform sends returning information once every 30 minutes to prompt a mobile phone APP and synchronously sends retrieving information for processing;
for the charger baby which is informed of the recovery information and is not returned after more than 12 hours, the management platform informs the manual recovery processing;
for the mobile phone APP which is not used, returned or connected with the charging cabinet and the mobile phone APP, the management platform sends a retrieving and returning prompt to the mobile phone APP which is connected with the mobile phone APP at the last time.
9. The processing method for preventing a rented charger baby from being lost according to claim 1, characterized in that: in step S001, the power bank includes the following four operating states according to the operating state:
the mobile phone or the charging cabinet is disconnected, the timing is over 24 hours, the electric quantity is higher than 60%, and a sound effect anti-loss alarm is output every 2 minutes;
the mobile phone or the charging cabinet is disconnected, the timing time exceeds 48 hours, and when the electric quantity is 30-60%, a sound effect anti-loss alarm is output every 5 minutes;
the mobile phone or the charging cabinet is disconnected, the timing is over 72 hours, and when the electric quantity is 15-30%, a sound effect anti-loss alarm is output every 10 minutes;
lose with cell-phone or the cabinet that charges and be connected, the timing exceeds 96 hours, and when the electric quantity was less than 15%, stops output sound effect and prevents losing the warning, and the treasured that charges gets into the state of waiting to look for.
10. The processing method for preventing a rented charger baby from being lost according to claim 1, characterized in that: in step S004, when the mobile phone APP is connected to the charger baby, the management platform performs the following processing:
when the charger baby is connected with the Bluetooth mobile phone APP, the charger baby exceeds 2 hours, and when the charger baby is not used and not returned, the management platform prompts a user to return as soon as possible;
when having through connecting bluetooth cell-phone APP to the treasured that charges, and the precious electric quantity that charges is less than 20%, and not returning, no matter whether the treasured that charges is using, the user is returned as early as possible in the suggestion of management platform.
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