CN110766875B - Shared mobile power supply leasing device and leasing and returning method - Google Patents
Shared mobile power supply leasing device and leasing and returning method Download PDFInfo
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- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisions for transferring data to distant stations, e.g. from a sensing device
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Abstract
The invention discloses a shared mobile power supply leasing device and leasing and returning methods. The use mode that the power cabinet storage machine is used as a common environment or the special rented mobile terminal APP is used as a working terminal in a mobile environment is further provided, and in a train or a coach bus, a user can also complete renting and returning through the working terminal, and can rent and return in a cross-environment mode, so that renting is more free and convenient compared with the existing fixed environment.
Description
Technical Field
The invention relates to the field of shared mobile power supplies, in particular to a shared mobile power supply leasing device and a leasing and returning method.
Background
The shared charger technology is realized in a plurality of ways at present, and equipment for realizing mobile power supply leasing control in the shared technology is mainly divided into a mode with a card seat machine, an electronic lock without a machine and a rolling code decoding mode, wherein the mode is that a battery is controlled to be released and recycled through an electromagnetic lock card type or a motor drive type, and the leasing is realized through controlling the transfer of the property right, so that most of the electronic locks are not started, the mode is that the electronic lock without a machine and the rolling code unlocking type are semi-manual, but the starting of the mobile power supply output is controlled by inputting a password through a password disk to output and discharge.
According to the technical scheme, the machine is provided with the QR code, and after a user pays a rent (deposit) by scanning the QR code, the machine receives a server message to loosen an electromagnet lock or a motor cabin door lock, and a mobile power supply is output to realize leasing.
In the prior art, the electronic lock is provided with a digital key and a QR code on the mobile power supply, software in the mobile phone receives a digital password after a user pays, and the user inputs the digital password to unlock the electronic lock and realize the renting use of the mobile power supply.
However, once the user takes out the mobile power supply, the user starts to charge, and due to untimely returning, the user cannot get effective information prompt, high overtime cost is deducted, the user experience is very poor, and in addition, the current leasing mode is usually realized by paying a deposit, and once the user takes away the deposit, the user cannot return the deposit, or the return deposit procedure is complicated, the existing mobile power supply cannot record the battery state information, and the mobile power supply cannot be effectively managed.
To sum up, a sharing portable power source leasing device needs to be designed, so that the portable power source can be effectively managed, intelligent leasing and returning are realized, and charging is rationalized.
Disclosure of Invention
The embodiment of the application provides a shared mobile power supply leasing device to solve the problems of inconvenience in leasing and unreasonable charging in the background art.
The embodiment of the application provides a shared mobile power supply leasing device which comprises a mobile power supply, a power supply storage cabinet and a working terminal, wherein the mobile power supply comprises a shell, a Bluetooth communication module, a power supply management module, a control switch, an indicator lamp, a data line, a power supply two-dimensional code covering the surface of the mobile power supply and a group of contacts for charging communication; both sides of the rear end of the shell are provided with limiting locking holes, and one side of the front end of the shell is provided with a boss; the power storage cabinet comprises a cabinet body, a main controller arranged in the cabinet body, a plurality of storage positions in the power storage cabinet, a cabinet networking communication module and a cabinet body two-dimensional code covering the front surface of the cabinet body; a sliding mechanism used for correspondingly inserting the mobile power supply, a sliding mechanism used for inserting or popping the mobile power supply and a locking mechanism used for locking the mobile power supply to the bin position in the power supply cabinet and suitable for correspondingly buckling a limit locking hole of a shell of the mobile power supply are arranged in the bin position in the power supply cabinet; the sliding mechanism comprises a group of sliding guide rails, a limiting clamping groove is formed in the guide rail surface of one sliding guide rail, a limiting switch is arranged in the limiting clamping groove, the sliding guide rails are arranged on the inner walls of two sides of a bin in a storage power supply cabinet, a camera module is arranged below the middle of the other sliding guide rail, the sliding mechanism comprises a driving motor, a driving roller and a driven roller, a driving roller is coaxially fixed on a driving shaft of the driving motor, the driving roller is connected with a first driven roller through a first belt in a transmission manner, the driving roller is coaxially fixed with the driving roller, a second driven roller is coaxially fixed at the other end of the driving roller, the second driven roller is connected with a third driven roller through a second belt in a transmission manner, and the driven roller is coaxially fixed with the driven roller; the locking mechanism is positioned at the rear end of the sliding mechanism and comprises a contact module, a group of clamping claws, a group of pushing arms and an electromagnet, wherein each clamping claw comprises a hook and a protrusion arranged on a block abutted by the abutting block, the protrusion is matched with a stop block at the tail end of each pushing arm, an armature is arranged at the other tail end of each pushing arm, and the positions of the armature and the electromagnet correspond; the boss inserts spacing draw-in groove, and portable power source inserts sliding guide smoothly in, when inserting, boss touching limit switch, driving motor forward rotates, drives drive roller and driven voller and rotates and make portable power source inwards slide in, when portable power source touching contact module, the electro-magnet circular telegram pushes away the arm and promotes forward, when the cambered surface and the contact of conflict piece cambered surface contact of pushing away the arm, makes the hook outwards rotate, pushes away the arm antedisplacement once more, pushes away the cambered surface of arm and staggers with conflict piece cambered surface, and the hook is inwards rotated, catches on spacing locking hole, work terminal is the mobile terminal APP of special lease.
Preferably, the power management module controls external charging and discharging of the mobile power supply through the MCU program, the charging state includes external charging and discharging and non-external charging and discharging, and the power management module monitors the electric quantity of the mobile power supply in real time and generates state parameters of the power supply.
Preferably, the bluetooth communication module establishes communication with the mobile terminal by adopting a B L E channel, establishes communication with the cloud server by the mobile terminal, and receives a switching instruction of the mobile power supply and sends a state parameter of the power supply.
Preferably, after the portable power source is pushed into a bin in a power source cabinet, the two-dimensional code of the power source faces downwards, the two-dimensional code of the power source on the portable power source after the hook hooks the limiting locking hole is matched with the position of the camera module, and the electromagnet is electrified and the camera module starts to scan the two-dimensional code information of the power source and transmits the two-dimensional code information to the background server.
Preferably, each power supply two-dimensional code on the mobile power supply is different, a unique mac code is corresponding to the power supply two-dimensional code, and the cabinet two-dimensional code is a mobile client downloading program inlet.
Preferably, the shared mobile power supply leasing device according to claim 1, wherein a fireproof material lining is arranged on the inner wall of a bin in the power supply storage cabinet, and the roller surfaces of the driving roller and the driven roller are made of superfine wool.
Preferably, the limit switch inclines from outside to inside, and the sizes of the lug boss and the limit clamping groove are matched.
Preferably, the inside compound control by temperature change cigarette that is provided with of rack is felt the sensor, compound control by temperature change cigarette is felt the sensor and is detected when surpassing the threshold value, and driving motor antiport drives drive roller and driven voller and rotates and make portable power source outwards roll-off, and simultaneously, main control ware passes through the rack and goes into the communication module of netting and externally sends alarm signal in the rack.
Preferably, the using environment of the power supply leasing device is a common environment or a mobile environment or two environments switched to realize leasing and returning, in the common environment, the communication interaction between the mobile power supply and the cabinet is completed through wired communication of the contact module, and in the mobile environment, the communication interaction between the mobile power supply and the working terminal is completed through a B L E channel.
A leasing and returning method of a shared mobile power supply leasing device comprises the following steps:
s1, a user scans an entry two-dimensional code or directly opens a small program;
s2, paying a deposit according to the quantity of the mobile power supplies selected by the user;
s3, a user scans a power supply two-dimensional code covering the surface of a mobile power supply through a mobile client, electrifies to use the mobile power supply, a Bluetooth communication module and the mobile terminal establish communication, the mobile terminal establishes communication with a cloud server, the cloud server sends a switching instruction of the mobile power supply, a power supply management module controls the mobile power supply to charge the mobile power supply outwards through an MCU program, and meanwhile, the Bluetooth communication module sends power supply state parameters to the mobile terminal and uploads the power supply state parameters to the cloud server;
s4, after the user finishes charging, the mobile terminal selects to close charging, the Bluetooth communication module establishes communication with the mobile terminal, the mobile terminal establishes communication with the cloud server, the cloud server sends a switching instruction of the mobile power supply, the power supply management module controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply is returned in time, no charging state exists in the mobile power supply within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, the server stops recording the state information of the mobile power supply, and renting is completed;
s6, the user returns the mobile power supply 1, the working terminal scans two-dimensional codes on the surface of the mobile power supply 1, or the mobile power supply is selected nearby to be stored, the power supply cabinet is inserted into an empty bin position in the power supply cabinet, the boss touches the limit switch, the driving motor rotates forwards to drive the driving roller and the driven roller to rotate so that the mobile power supply slides inwards, when the mobile power supply touches the contact module, the main controller sends return information to the cloud server, the cloud server pays return information to the mobile client of the user, return deposit is returned, and return is completed.
The technical scheme provided by the invention at least has the following technical effects or advantages:
1. according to the invention, a user obtains a mobile client downloading program inlet by scanning the two-dimensional code of the cabinet body, and the mobile client downloading program inlet is used
The mobile power supply can be taken and returned through the mobile client, so that the full-automatic leasing of the mobile power supply is realized;
2. according to the invention, the MCU program in the power management module is used for controlling the external charging and discharging of the mobile power supply, meanwhile, the power management module monitors the electric quantity of the mobile power supply in real time, generates the state parameters of the power supply, establishes communication with the mobile terminal through the Bluetooth communication module, establishes communication with the cloud server through the mobile terminal, receives the switching instruction of the mobile power supply and sends the state parameters of the power supply, realizes the wireless control electronic lock function of the mobile power supply, avoids the mobile power supply from being mistakenly deducted under the condition of not being used, enables the mobile power supply to be effectively used, and improves the customer satisfaction;
3. the power-on and power-off of the electromagnet are realized, so that the push arm is pushed, the driving roller and the driven roller are driven to rotate, the mobile power supply slides inwards or outwards, the automatic cashier function of the mobile power supply during taking and returning is realized, the mobile power supply is more intelligent, and meanwhile, the hook of the clamping claw hooks the limiting locking hole to lock the mobile power supply, so that the mobile power supply is prevented from being stolen and lost;
4. according to the invention, each mobile power supply has independent individual information through the corresponding unique mac code in the power supply two-dimensional code, so that the information acquisition and the instruction sending of the cloud server are facilitated, and the management efficiency of each mobile power supply is effectively improved.
5. The invention provides a fixed leasing mode for storing the power supply cabinet as a common environment, and also provides a leasing mode for using a special leased mobile terminal APP as a working terminal in a mobile environment, for example, in a train or a coach, a user can finish leasing and returning through the working terminal, and can switch the leasing and returning modes in any one of the two environments, so that the leasing mode is more free and convenient compared with the current fixed environment leasing mode.
Drawings
FIG. 1 is a schematic diagram of a power cabinet according to the present invention;
FIG. 2 is a schematic diagram of a mobile power supply according to the present invention;
FIG. 3 is a schematic diagram of a front structure of a storage location in the power cabinet of the present invention;
FIG. 4 is a schematic view of a back side structure of a storage location in the power cabinet of the present invention;
FIG. 5 is a schematic view of the locking mechanism of the present invention;
FIG. 6 is an electrical control schematic of a storage power cabinet in a common environment of the present invention;
FIG. 7 is a diagram of the general environment communications of the present invention;
FIG. 8 is a diagram illustrating mobile environment communication according to the present invention.
Detailed Description
Example 1
As shown in fig. 1-6, a shared portable power source leasing device comprises portable power sources 1 and a storage power source cabinet 2, each portable power source 1 comprises a shell 101, a bluetooth communication module 102, a power source management module 103, a control switch 104, an indicator lamp 105, a data line 106, a power source two-dimensional code 107 covering the surface of the portable power source 1 and a set of contacts for charging communication, the power source management module 103 controls external charging and discharging of the portable power source through an MCU program, the charging state can be externally charged and discharged or not externally charged and discharged, the power source management module 103 monitors the electric quantity of the portable power source in real time to generate state parameters of the power source, the bluetooth communication module 102 adopts a B L E (low power consumption bluetooth) channel, after being triggered by a set of contacts for charging communication, communication is established with a mobile terminal, communication is established to a cloud server 9 through the mobile terminal, switching instructions of the portable power sources and state parameters of the power sources are received, the power source two-dimensional codes 107 on each portable power source 1 are different, unique mac codes are corresponding to the power source two-dimensional codes 107, the portable power source control module 103 realizes that the portable power source control functions of the portable power source 1 are effectively prevented from being used by the MCU, and the charge of the mobile power source is effectively prevented from being used by the charge and the charge of the wireless.
The two sides of the rear end of the shell 101 are provided with limit locking holes 1011, one side of the front end of the shell 101 is provided with a boss 1012,
the storage power supply cabinet 2 is used for realizing the leasing and returning of the mobile power supply 1 in a common environment, the storage power supply cabinet 2 comprises a cabinet body 201, a main controller 202 arranged in the cabinet body, a plurality of storage power supply cabinet internal bin positions 203, a cabinet networking communication module and a cabinet body two-dimensional code 204 covering the front face of the cabinet body, the cabinet body two-dimensional code 204 is a mobile client downloading program inlet, a user can download the mobile client 3 by scanning the cabinet body two-dimensional code 204, and the mobile client 3 can be leased and read information after entering the mobile client 3; a sliding mechanism 4 for correspondingly inserting the mobile power supply, a sliding mechanism 5 for inserting or ejecting the mobile power supply and a locking mechanism 6 for locking the mobile power supply to the bin position in the power supply cabinet and suitable for correspondingly buckling the limit locking hole 101 of the mobile shell are arranged in the bin position 203 in the power supply cabinet;
the sliding mechanism 4 comprises a group of sliding guide rails 401, a limit clamping groove 4011 is arranged on the guide surface of one sliding guide rail 401, a limit switch 4012 is embedded in the limit clamping groove 4011, the sliding guide rails 401 are arranged on the inner walls of two sides of the bin 203 in the power supply cabinet, and a camera module 7 is arranged below the middle of the group of sliding guide rails 401;
the sliding mechanism 5 comprises a driving motor 501, a driving roller 502 and a driven roller 503, wherein a driving roller 504 is coaxially fixed on a driving shaft of the driving motor 501, the driving roller 504 is in transmission connection with a first driven roller 506 through a first belt 505, the driving roller 502 is coaxially fixed on the first driven roller 506, a second driven roller 508 is coaxially fixed on the other end of the driving roller 502, the second driven roller 508 is in transmission connection with a third driven roller 510 through a second belt 509, a driven roller 511 is coaxially fixed on the third driven roller 510, the surfaces of the roller bodies of the driving roller 502 and the driven roller 511 are made of superfine wool, and a large friction force is generated after the superfine wool is contacted with the mobile power supply 1, and the mobile power supply is dragged to move forward or backward through the rotation of the;
the locking mechanism 6 is positioned at the rear end of the sliding mechanism 4 and comprises a contact module 601, a group of clamping claws 602, a group of pushing arms 603 and an electromagnet 604, wherein the clamping claws 602 comprise hooks 6021 and abutting blocks 6022, the abutting blocks 6022 are provided with protrusions 6023, the protrusions 6023 are matched with stop blocks 6031 at the tail ends of the pushing arms 603, the other tail ends of the pushing arms 603 are provided with armatures 6032, and the positions of the armatures 6032 are corresponding to the positions of the electromagnets 604;
the two sides of the rear end of the shell 101 are provided with limit locking holes 1011, one side of the front end of the shell 101 is provided with a boss 1012, the size of the boss 1012 is matched with that of the limit clamping groove 4011, the boss 1012 is inserted into the limit clamping groove 4011, the mobile power supply 1 is smoothly inserted into the sliding guide rail 401, when the mobile power supply 1 is inserted, the boss 1012 touches the limit switch 4012, the limit switch 4012 inclines from outside to inside, the driving motor 501 rotates forward to drive the driving roller 502 and the driven roller 511 to rotate so as to enable the mobile power supply 1 to slide inwards, when the mobile power supply 1 touches the contact module 601, the electromagnet 604 is powered on, the push arm 603 pushes forwards, when the arc surface of the push arm 603 contacts the arc surface of the abutting block 6022, the hook 6021 rotates outwards, the push arm 603 moves forwards again, the arc surface of the push arm 603 is staggered with the arc surface of the abutting block 6022, the electromagnet 6021 rotates inwards to catch the limit, thereby drive roller 502 and driven roller 511 and rotate and make portable power source 1 inwards slide in or outwards roll out, realized the automatic cashier function when portable power source 1 takes and uses and returns, it is more intelligent. Meanwhile, the hook of the clamping claw hooks the limiting locking hole to lock the mobile power supply, and the mobile power supply is prevented from being stolen and lost.
After the mobile power supply 1 is pushed into the storage power supply cabinet and the bin 203, the power supply two-dimensional code 107 faces downwards, the hook 6021 hooks the position of the power supply two-dimensional code 107 on the mobile power supply 1 behind the limiting locking hole 1011 and the position of the camera module 7 are matched, the electromagnet is electrified, and the camera module 7 starts to scan the power supply two-dimensional code 107 information and transmits the information into the background server so as to remind a manager to replace the mobile power supply 1 in time.
Deposit interior position 203 inner wall of power cabinet and be provided with the fireproof material inside lining, can avoid the battery to meet an accident, cause the destruction to depositing power cabinet 2, position 203 top is provided with compound control by temperature change cigarette and feels sensor 7 in depositing the power cabinet simultaneously, in case compound control by temperature change cigarette feels sensor 7 and detects when exceeding the threshold value, driving motor 501 antiport, drive roller 502 and driven voller 511 rotate and make portable power source 1 outwards roll-off, can be fast with the condition of a fire discharge simultaneously, main control ware passes through the rack and goes into the external alarm signal that sends out of net communication module in the rack, make things convenient for the staff in time to overhaul.
Example 2
What is different from the embodiment 1 is that a shared mobile power supply leasing device comprises a working terminal of a special leasing mobile terminal APP, the working terminal establishes communication with a mobile power supply through a smart phone with Bluetooth to realize leasing and returning of the mobile power supply, for example, leasing and returning under a mobile environment in a train and a coach are realized in the mobile environment, and when communication and control are completed between the mobile power supply 1 and the working terminal, the leasing and returning are completed through a B L E channel.
Example 3
s1, scanning a two-dimensional code 204 of a cabinet body by a user, obtaining a download program inlet of a mobile client 3, and selecting a mobile power supply to rent in the mobile client;
s2, paying deposit according to the number of the mobile power supplies selected by the user, after successful, electrifying any electromagnet 604, moving the corresponding push arm 603 forward to release the clamping claw 602, meanwhile, driving the motor 501 to rotate reversely to drive the driving roller 502 and the driven roller 511 to rotate so as to enable the mobile power supplies 1 to slide out, and taking the corresponding mobile power supplies 1 by the user;
s3, a user scans a power supply two-dimensional code 107 covering the surface of the mobile power supply 1 through a mobile client, the mobile power supply 1 is selected to be powered on for use, the Bluetooth communication module 102 and the mobile terminal 3 establish communication, then the mobile terminal 3 establishes communication with the cloud server 9, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply to be charged outwards through an MCU program, and meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal 3 and uploads the power supply state parameters to the cloud server 9;
s4, after the user finishes charging, the mobile terminal 3 selects to close charging, the Bluetooth communication module 102 and the mobile terminal establish communication, the mobile terminal establishes communication with the cloud server, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply 1 is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply 1 is returned in time, no charging state exists in the mobile power supply 1 within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, and the server stops recording the state information of the mobile power supply 1;
s6, the user returns the mobile power supply 1, the storage power supply cabinet 2 is selected to be inserted into the empty storage power supply cabinet inner bin 203 nearby, the boss 1012 touches the limit switch 4012, the driving motor 501 rotates forwards to drive the driving roller 502 and the driven roller 511 to rotate so that the mobile power supply 1 slides inwards, when the mobile power supply 1 touches the contact module 601, the main controller 202 sends return information to the cloud server, the cloud server pays the return information to the user mobile client, and the deposit is returned.
Example 4
s1, a user scans an entry two-dimensional code or directly opens a small program;
s2, the user displays the payment code, and the work terminal scans the payment code of the user and the two-dimensional code on the surface of the mobile power supply 1 to pay the deposit;
s3, a user scans a power supply two-dimensional code 107 covering the surface of the mobile power supply 1 through a mobile client, the mobile power supply 1 is selected to be powered on for use, the Bluetooth communication module 102 and the mobile terminal 3 establish communication, then the mobile terminal 3 establishes communication with the cloud server 9, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply to be charged outwards through an MCU program, and meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal 3 and uploads the power supply state parameters to the cloud server 9;
s4, after the user finishes charging, the mobile terminal 3 selects to close charging, the Bluetooth communication module 102 and the mobile terminal establish communication, the mobile terminal establishes communication with the cloud server, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply 1 is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply 1 is returned in time, no charging state exists in the mobile power supply 1 within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, and the server stops recording the state information of the mobile power supply 1;
s6, the user returns the mobile power supply 1, the working terminal scans the two-dimensional code on the surface of the mobile power supply 1, the cloud server pays return information to the mobile client of the user, and refunds the deposit to finish returning.
Example 5
s1, a user scans an entry two-dimensional code or directly opens a small program;
s2, the user displays the payment code, and the work terminal scans the payment code of the user and the two-dimensional code on the surface of the mobile power supply 1 to pay the deposit;
s3, a user scans a power supply two-dimensional code 107 covering the surface of the mobile power supply 1 through a mobile client, the mobile power supply 1 is selected to be powered on for use, the Bluetooth communication module 102 and the mobile terminal 3 establish communication, then the mobile terminal 3 establishes communication with the cloud server 9, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply to be charged outwards through an MCU program, and meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal 3 and uploads the power supply state parameters to the cloud server 9;
s4, after the user finishes charging, the mobile terminal 3 selects to close charging, the Bluetooth communication module 102 and the mobile terminal establish communication, the mobile terminal establishes communication with the cloud server, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply 1 is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply 1 is returned in time, no charging state exists in the mobile power supply 1 within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, and the server stops recording the state information of the mobile power supply 1;
s5, the user returns the mobile power supply 1, the storage power supply cabinet 2 is selected to be inserted into the empty storage power supply cabinet inner bin 203 nearby, the boss 1012 touches the limit switch 4012, the driving motor 501 rotates forwards to drive the driving roller 502 and the driven roller 511 to rotate so that the mobile power supply 1 slides inwards, when the mobile power supply 1 touches the contact module 601, the main controller 202 sends return information to the cloud server, the cloud server pays the return information to the user mobile client, and the deposit is returned.
Example 6
s1, scanning a two-dimensional code 204 of a cabinet body by a user, obtaining a download program inlet of a mobile client 3, and selecting a mobile power supply to rent in the mobile client;
s2, paying deposit according to the number of the mobile power supplies selected by the user, after successful, electrifying any electromagnet 604, moving the corresponding push arm 603 forward to release the clamping claw 602, meanwhile, driving the motor 501 to rotate reversely to drive the driving roller 502 and the driven roller 511 to rotate so as to enable the mobile power supplies 1 to slide out, and taking the corresponding mobile power supplies 1 by the user;
s3, a user scans a power supply two-dimensional code 107 covering the surface of the mobile power supply 1 through a mobile client, the mobile power supply 1 is selected to be powered on for use, the Bluetooth communication module 102 and the mobile terminal 3 establish communication, then the mobile terminal 3 establishes communication with the cloud server 9, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply to be charged outwards through an MCU program, and meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal 3 and uploads the power supply state parameters to the cloud server 9;
s4, after the user finishes charging, the mobile terminal 3 selects to close charging, the Bluetooth communication module 102 and the mobile terminal establish communication, the mobile terminal establishes communication with the cloud server, the cloud server 9 sends a switching instruction of the mobile power supply 1, the power supply management module 103 controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module 102 sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply 1 is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply 1 is returned in time, no charging state exists in the mobile power supply 1 within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, and the server stops recording the state information of the mobile power supply 1;
s6, the user returns the mobile power supply 1, the working terminal scans the two-dimensional code on the surface of the mobile power supply 1, the cloud server pays return information to the mobile client of the user, and refunds the deposit to finish returning.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described above, or that certain features may be substituted for those skilled in the art, and all changes, equivalents, and improvements that fall within the spirit and scope of the invention are therefore intended to be embraced by the appended claims.
Claims (10)
1. The utility model provides a sharing portable power source lease device, includes portable power source, deposits power rack and work terminal, its characterized in that: the mobile power supply comprises a shell, a Bluetooth communication module, a power supply management module, a control switch, an indicator light, a data line, a power supply two-dimensional code covering the surface of the mobile power supply and a group of contacts for charging communication; both sides of the rear end of the shell are provided with limiting locking holes, and one side of the front end of the shell is provided with a boss; the power storage cabinet comprises a cabinet body, a main controller arranged in the cabinet body, a plurality of storage positions in the power storage cabinet, a cabinet networking communication module and a cabinet body two-dimensional code covering the front surface of the cabinet body;
a sliding mechanism used for inserting or ejecting the mobile power supply and a locking mechanism used for locking the mobile power supply to the bin in the power supply cabinet and suitable for correspondingly buckling a limiting and locking hole of a shell of the mobile power supply are arranged in the bin in the power supply cabinet;
the sliding mechanism comprises a group of sliding guide rails, a limiting clamping groove is arranged on the guide rail surface of one sliding guide rail, a limiting switch is arranged in the limiting clamping groove, the sliding guide rails are arranged on the inner walls of two sides of a bin position in the power cabinet, a camera module is arranged below the middle of one group of sliding guide rails,
the sliding mechanism comprises a driving motor, a driving roller and a driven roller, wherein a driving roller is coaxially fixed on a driving shaft of the driving motor, the driving roller is connected with a first driven roller through a first belt in a transmission manner, the driving roller is coaxially fixed on the first driven roller, a second driven roller is coaxially fixed at the other end of the driving roller, the second driven roller is connected with a third driven roller through a second belt in a transmission manner, and the driven roller is coaxially fixed on the third driven roller;
the locking mechanism is positioned at the rear end of the sliding mechanism and comprises a contact module, a group of clamping claws, a group of pushing arms and an electromagnet, wherein each clamping claw comprises a hook and a collision block, each collision block is provided with a protrusion, the protrusion is matched with a stop block at the tail end of each pushing arm, the other tail end of each pushing arm is provided with an armature, and the positions of the armatures correspond to the positions of the electromagnet;
the boss is inserted into the limit clamping groove, the mobile power supply is smoothly inserted into the sliding guide rail, when the mobile power supply is inserted, the boss touches the limit switch, the driving motor rotates in the forward direction to drive the driving roller and the driven roller to rotate so as to enable the mobile power supply to slide inwards, when the mobile power supply touches the contact module, the electromagnet is powered on, the push arm pushes forwards, when the cambered surface of the push arm contacts with the cambered surface of the contact block, the hook rotates outwards, the push arm moves forwards again, the cambered surface of the push arm is staggered with the cambered surface of the contact block, the hook rotates inwards to hook the limit locking hole,
the working terminal is a special rented mobile terminal APP.
2. The shared mobile power rental device of claim 1, wherein the power management module controls external charging and discharging of the mobile power through an MCU program, the charging state includes external charging and discharging and non-external charging and discharging, and the power management module monitors the electric quantity of the mobile power in real time to generate state parameters of the power.
3. The device for leasing shared mobile power supply of claim 2, wherein the Bluetooth communication module establishes communication with the mobile terminal by adopting a B L E channel, and then the mobile terminal establishes communication with a cloud server to receive a switching instruction of the mobile power supply and send a state parameter of the power supply.
4. The shared mobile power supply leasing device according to claim 1, wherein after the mobile power supply is pushed into a bin in a power supply storage cabinet, a power supply two-dimensional code faces downwards, the hook hooks the position of the power supply two-dimensional code on the mobile power supply after the limiting locking hole to be matched with the position of the camera module, the electromagnet is powered on, and the camera module starts to scan the power supply two-dimensional code information and transmits the two-dimensional code information to the background server.
5. The shared mobile power supply leasing device according to claim 1, wherein a power supply two-dimensional code on each mobile power supply is different, a unique mac code is corresponding to the power supply two-dimensional code, and the cabinet two-dimensional code is a mobile client download program inlet.
6. The shared mobile power rental device of claim 1, wherein an inner wall of a bin in the power storage cabinet is provided with a lining made of a fireproof material, and surfaces of roller bodies of the driving roller and the driven roller are made of superfine wool.
7. The device for leasing shared mobile power supply of claim 1, wherein the limit switch is inclined from outside to inside, and the size of the boss is matched with that of the limit slot.
8. The shared mobile power supply leasing device according to claim 1, wherein a composite temperature control smoke sensor is arranged inside the cabinet, when the composite temperature control smoke sensor detects that a threshold value is exceeded, the driving motor rotates in reverse direction to drive the driving roller and the driven roller to rotate so that the mobile power supply slides out, and meanwhile, a main controller in the cabinet sends an alarm signal to the outside through a cabinet networking communication module.
9. The sharing mobile power supply leasing device of claim 1, wherein the using environment of the power supply leasing device is a normal environment or a mobile environment or two environments switched to realize leasing and returning, the normal environment is a normal environment in which the communication interaction between the mobile power supply and the cabinet is completed through wired communication of the contact module, and the mobile environment is a mobile environment in which the communication interaction between the mobile power supply and the working terminal is completed through a B L E channel.
10. The leasing and returning method of a shared mobile power rental device of any one of claims 1-9, comprising the steps of:
s1, scanning a two-dimensional code of a cabinet body by a user, or directly opening a small program;
s2, paying a deposit according to the quantity of the mobile power supplies selected by the user;
s3, a user scans a power supply two-dimensional code covering the surface of a mobile power supply through a mobile client, electrifies to use the mobile power supply, a Bluetooth communication module and the mobile terminal establish communication, the mobile terminal establishes communication with a cloud server, the cloud server sends a switching instruction of the mobile power supply, a power supply management module controls the mobile power supply to charge the mobile power supply outwards through an MCU program, and meanwhile, the Bluetooth communication module sends power supply state parameters to the mobile terminal and uploads the power supply state parameters to the cloud server;
s4, after the user finishes charging, the mobile terminal selects to close charging, the Bluetooth communication module establishes communication with the mobile terminal, the mobile terminal establishes communication with the cloud server, the cloud server sends a switching instruction of the mobile power supply, the power supply management module controls the mobile power supply not to be charged outwards through the MCU program, meanwhile, the Bluetooth communication module sends power supply state parameters to the mobile terminal, and meanwhile, the power supply state parameters are uploaded to the cloud server in real time to finish charging;
s5, if the electric quantity of the mobile power supply is too low, an alarm prompt is sent to a user through the mobile terminal, the mobile power supply is returned in time, no charging state exists in the mobile power supply within a certain time, the mobile terminal sends prompt information to the user, if the required returning time limit is reached, the mobile terminal sends the timely returning information to the user, if the returning time limit is exceeded, a certain deposit is deducted according to the exceeding time, after the deposit is deducted, the mobile terminal sends the prompt information, the server stops recording the state information of the mobile power supply, and renting is completed;
s6, the user returns the mobile power supply, the working terminal scans the two-dimension code on the surface of the mobile power supply, or the mobile power supply is selected nearby to be stored in a bin position of the power supply cabinet inserted into the empty storage power supply cabinet, the boss touches the limit switch, the driving motor rotates forwards to drive the driving roller and the driven roller to rotate so that the mobile power supply slides inwards, when the mobile power supply touches the contact module, the main controller sends return information to the cloud server, then the cloud server sends return information to the user mobile client, and the return deposit is returned to finish the return.
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| CN113345167B (en) * | 2021-04-27 | 2022-09-13 | 北京三快在线科技有限公司 | Method and device for leasing shared objects in electronic cabinet and electronic equipment |
| CN113223244A (en) * | 2021-05-06 | 2021-08-06 | 广东品胜电子股份有限公司 | Shared charging equipment and mobile power supply warehousing method thereof |
| CN116629986A (en) * | 2023-07-25 | 2023-08-22 | 北京森泰恒智科技有限公司 | Self-service renting device and method for navigator |
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