CN110136338B - Identity recognition communication device and method for mobile power supply leasing equipment - Google Patents
Identity recognition communication device and method for mobile power supply leasing equipment Download PDFInfo
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- CN110136338B CN110136338B CN201910272867.5A CN201910272867A CN110136338B CN 110136338 B CN110136338 B CN 110136338B CN 201910272867 A CN201910272867 A CN 201910272867A CN 110136338 B CN110136338 B CN 110136338B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/602—Providing cryptographic facilities or services
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
- G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
- G07F15/006—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity dispensed for the electrical charging of other devices than vehicles
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/02—Contact members
- H01R13/15—Pins, blades or sockets having separate spring member for producing or increasing contact pressure
- H01R13/187—Pins, blades or sockets having separate spring member for producing or increasing contact pressure with spring member in the socket
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R24/00—Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure
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Abstract
The invention provides a mobile power supply leasing equipment identity recognition communication device and a recognition method, wherein the communication device can realize communication connection between a charger baby cabinet machine and a charger baby (8) in a state that the charger baby (8) is placed in the charger baby cabinet machine, and the charger baby (8) comprises a female connector and/or a male connector; the treasured cabinet-type machine that charges includes female first connector and/or the male connector that matches with treasured (8) that charges respectively. The invention has the advantages of simple structure, low cost, small volume, good reliability and strong expansibility; meanwhile, through the side pushing mechanism and the ejector pin mechanism, the communication connection between the power bank and the cabinet machine can be accurately realized, and meanwhile, the ejected foreign matters and the illegal power bank can be identified; the invention provides a basic technical scheme for a subsequent software and hardware combined shared charging system by establishing a communication interface and an interaction method.
Description
Technical Field
The invention relates to the technical field of mobile power supplies, in particular to an identity recognition communication device and an identity recognition method for mobile power supply leasing equipment.
Background
With the explosion of an intelligent machine represented by the iPhone, the weak cruising ability of the intelligent machine can be well supplemented by the charger, and the charger can be developed rapidly along with the prosperity of an intelligent digital product. Compare in the battery charging outfit that the user prepared by oneself, the sharing treasured that charges can arrange the large-scale automatic terminal that can supply to rent and return the treasured that charges in each big scene, and the treasured that charges can remove along with the user whole city. The system is mainly covered in places with large people flow in cities for renting and returning, such as shopping malls, airports, railway stations, subway stations, scenic spots, hospitals and the like; has the advantages of convenient borrowing and returning, low cost and convenient use.
As such, the shared power bank industry has been greatly developed under the push of capital, but for the suppliers of the shared power bank service, there is a problem of returning the identification of the power bank, i.e., whether the returned power bank is a loaned power bank? The problem also brings unnecessary trouble for upgrading and upgrading the software and hardware of the shared charger baby and the cabinet machine. Therefore, the portable power supply renting equipment-cabinet machine communication device capable of identifying the identity has high practical significance. However, the prior art often fails to provide effective solutions, such as patent document CN108734879A and patent document CN109035594A, the former mentioned identification of mobile power source, but does not provide practical identification schemes, and the specific implementation and identification of mobile power source by which device is doubtful; although the latter provides an identification method, the method is based on physical identification (two-dimensional code identification or magnetic stripe identification) of the charger itself, and has the disadvantages of insufficient stability of the identification mark and large use limitation.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a mobile power supply leasing equipment identity identification communication device and an identification method.
According to the mobile power supply leasing equipment identity recognition communication device provided by the invention, the communication connection between the treasured charger cabinet and the treasured charger can be realized in the state that the treasured charger is placed in the treasured charger cabinet, and the treasured charger comprises a female connector and/or a male connector; the charger baby cabinet machine comprises a female connector and/or a male connector which are matched with the charger baby respectively;
the power bank cabinet machine comprises one or more power bank spaces; the female head connector and/or the male head connector matched with the charge pal are/is arranged at a set position in the space of the charge pal; the power bank is detachably arranged in any power bank space of the power bank cabinet machine, namely the power bank can be switched between a first state and a second state;
the first state is a state that the power bank is arranged at a set position in any power bank space, and communication connection between the power bank cabinet machine and the power bank can be realized through matching connection of the female connector and the male connector;
the second state is that the treasured that charges does not set up the settlement position in the treasured space that charges, the precious cabinet-type air conditioner that charges and the precious state of communication connection disconnection between the treasured that charges.
Preferably, the female connector comprises a female soldering base and female metal contacts; the female head metal contact is arranged on the female head welding base.
Preferably, the male connector comprises a male welding base, a male thimble and a male spring; the male head spring is arranged inside the male head thimble; the male head thimble and the male head spring assembly are arranged on the male head welding base; if the male head thimble is extruded by external force, the male head spring is in a compression state, the male head connector is in an electric conduction state, otherwise, the male head connector is in an electric disconnection state.
Preferably:
the charger baby cabinet machine comprises a main control board; the main control board comprises a main board micro control unit (namely a main board MCU); the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine;
the charger baby comprises a charger baby micro control unit, namely a charger baby MCU; the precious MCU that charges is connected with female first connector and/or the male first connector electricity that sets up on the treasured that charges.
Preferably, the mobile power supply device comprises a charging treasure MCU, a power supply device and a power supply device, wherein the charging treasure MCU is electrically connected with a female head connector and/or a male head connector arranged on the charging treasure through an IIC communication protocol; the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine through a general interface, namely a GPIO (general purpose input/output) analog IIC (inter-Integrated Circuit) communication protocol;
when the charger baby is in a first state, the main board MCU and the charger baby MCU can complete the bidirectional interaction of data information through the matched female connector and/or male connector;
the data information comprises any one or any combination of a charger baby ID, a charger baby certificate, electric quantity of an electric core, temperature of the electric core and MCU firmware.
Preferably, the portable power supply leasing equipment identity recognition communication device further comprises a thimble mechanism;
the ejector pin mechanism comprises a second ejector pin and a second spring; the charger baby cabinet machine comprises a second thimble hole; the second thimble hole is arranged at a first position of the outer wall of the charge pal space; the second ejector pin is arranged in the second ejector pin hole and is clamped on the charge treasure cabinet machine through the fixing claw; the second spring is connected with the second ejector pin, so that the second ejector pin can be in an extending state and a contracting state under the states of no external force and external force application.
Preferably, the mobile power supply leasing equipment identity recognition communication device further comprises a side pushing mechanism;
the side pushing mechanism comprises a first ejector pin, a first spring and a blocking piece; the charger baby cabinet machine comprises a first thimble hole; the first top vacuum is arranged at a second position of the charge pal space; the first spring is sleeved on the first thimble, and an assembly of the first thimble and the first spring is arranged on the charge treasure cabinet machine through the first thimble hole; the baffle is fixedly arranged at the first thimble hole and can fix the assembly of the first thimble and the first spring and seal the first thimble hole; the first ejector pin can be in an extending state and a contracting state under the action of the first spring under the conditions of no external force and external force application.
Preferably, the plane in which the first location lies and the plane in which the second location lies are not parallel or coplanar; the size of the charger baby space is matched with that of the charger baby; the treasured that charges can put into the treasured space that charges fixedly under the mutual restriction of this three of side push mechanism, thimble mechanism and the precious space dimension that charges to make female first connector of treasured cabinet-type machine that charges and/or male first connector position match in precious female first connector of treasured and/or male first connector position that charges, thereby realize the precious communication connection that charges cabinet-type machine and the treasured that charges.
According to the identity recognition method for the mobile power supply leasing equipment, the identity recognition communication device for the mobile power supply leasing equipment comprises the following steps:
the charger is put into: the user puts the power bank into any power bank space, and the power bank is fixedly put into the power bank space under the common limitation of the side pushing mechanism, the thimble mechanism and the size of the power bank space, so that the communication connection between the power bank cabinet machine and the power bank is established;
reading a certificate of the charger: a main control board of the charger baby cabinet machine reads a charger baby certificate of the charger baby, wherein the charger baby certificate comprises an algorithm encryption document;
and (3) decrypting the certificate of the charger: the main control board decrypts the read charger certificate according to a set algorithm;
and a cabinet machine comparison step: the main control board compares the decrypted charge pal certificate with a preset certificate set, if the decrypted charge pal certificate belongs to the set certificate set, the charge pal is judged to be a legal charge pal, and if not, the charge pal is judged to be an illegal charge pal;
a legal power bank protocol establishing step: if the main control board judges that the charging treasure is legal, a communication protocol between the charging treasure cabinet machine and the charging treasure is established according to a set method;
popping up an illegal charge pal: and if the main control board judges that the charging treasure is illegal, popping up the charging treasure through the side pushing mechanism and/or the thimble mechanism according to a set method.
Preferably, the identification method for the mobile power supply leasing equipment further comprises the following steps:
a foreign matter embedding step: a user places a foreign matter into any treasured charging space, and the foreign matter placed into the treasured charging space triggers the side pushing mechanism and/or the thimble mechanism and cannot establish communication connection with the treasured charging cabinet;
a foreign matter ejecting step: the main control board judges that foreign matters enter according to the touch signals of the side pushing mechanism and/or the ejector pin mechanism and by combining the communication connection establishment failure signals, and ejects the foreign matters through the side pushing mechanism and/or the ejector pin mechanism according to a set method.
Compared with the prior art, the invention has the following beneficial effects:
1. the portable power supply leasing equipment identity recognition communication device provided by the invention has the advantages of simple structure, low cost, small size, good reliability and strong expansibility;
2. according to the identity recognition communication device for the mobile power supply leasing equipment, the stability and the accuracy of the connection of the communication interface are improved through the side pushing mechanism and the thimble mechanism;
3. the identity recognition communication device and the identity recognition method for the mobile power supply leasing equipment have a foreign matter recognition function, and can effectively reduce unnecessary faults;
4. the mobile power supply leasing equipment identity recognition communication device and the recognition method provided by the invention can effectively improve the universality of the mobile power supply leasing equipment and the cabinet machine, so that the update of the charger baby and the cabinet machine is easier;
5. the identity recognition communication device and the identity recognition method for the mobile power supply leasing equipment, provided by the invention, provide a basic technical scheme for a subsequent software and hardware combined shared charging system by establishing a communication interface and an interaction method.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
fig. 1 is a schematic view of a preferred example of a single-sided clamping ejection structure of a portable power supply renting equipment cabinet provided by the invention;
fig. 2 is a schematic view of a side pushing mechanism in a preferred example of a single-sided clamping ejection structure of the portable power supply renting equipment cabinet provided by the invention;
fig. 3 is a schematic diagram illustrating connection between a male connector and a female connector in a preferred embodiment of a single-sided clamping ejection structure of a portable power supply rental equipment cabinet.
The figures show that:
Detailed Description
The present invention will be described in detail with reference to specific examples. The following examples will assist those skilled in the art in further understanding the invention, but are not intended to limit the invention in any way. It should be noted that it would be obvious to those skilled in the art that various changes and modifications can be made without departing from the spirit of the invention. All falling within the scope of the present invention.
According to the mobile power supply leasing equipment identity recognition communication device provided by the invention, the communication connection between the treasured charger cabinet and the treasured charger 8 can be realized in the state that the treasured charger 8 is placed in the treasured charger cabinet, and the treasured charger 8 comprises a female connector and/or a male connector; the charger baby cabinet machine comprises a female head connector and/or a male head connector which are matched with the charger baby 8 respectively; the power bank cabinet machine comprises one or more power bank spaces; the female head connector and/or the male head connector matched with the charge pal 8 are/is arranged at a set position of a charge pal space; the power bank 8 is detachably arranged in any power bank space of the power bank cabinet machine, namely, the power bank 8 can be switched between a first state and a second state; the first state is a state that the power bank 8 is arranged at a set position in any power bank space, and communication connection between the power bank cabinet and the power bank 8 can be realized through matching connection of the female connector and the male connector; the second state is that treasured 8 that charges does not set up the settlement position in the treasured space that charges, the precious cabinet-type air conditioner that charges and the precious state of communication connection disconnection between 8 that charge.
Specifically, the female connector comprises a female welding base and a female metal contact; the female head metal contact is arranged on the female head welding base. The male connector comprises a male welding base, a male thimble and a male spring; the male head spring is arranged inside the male head thimble; the male head thimble and the male head spring assembly are arranged on the male head welding base; if the male head thimble is extruded by external force, the male head spring is in a compression state, the male head connector is in an electric conduction state, otherwise, the male head connector is in an electric disconnection state. The charger baby cabinet machine comprises a main control board 13; the main control board 13 comprises a main board micro control unit, namely a main board MCU; the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine; the charger baby 8 comprises a charger baby micro control unit, namely a charger baby MCU; the treasured MCU that charges is connected with female first connector and/or the male first connector electricity that sets up on treasured 8 charges. The charger baby MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby 8 through an IIC communication protocol; the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine through a general interface, namely a GPIO (general purpose input/output) analog IIC (inter-Integrated Circuit) communication protocol;
the IIC interface does not support positive and negative insertion (a CLK signal cannot be exchanged with a DATA signal), and the GPIO analog IIC interface can exchange a clock signal and a DATA signal in an IIC protocol; namely, the contact interface is a self-defined interface, and data and clock exchange in the IIC interface can be realized through software simulation. The existing IIC interface on the market is a fixed interface, and the clock and the data cannot be exchanged.
When the charger baby 8 is in the first state, the main board MCU and the charger baby MCU can complete the bidirectional interaction of data information through the matched female connector and/or male connector; the data information comprises any one or any combination of a charger baby ID, a charger baby certificate, electric quantity of an electric core, temperature of the electric core and MCU firmware.
More specifically, the portable power supply leasing equipment identity recognition communication device further comprises a thimble mechanism; the ejector pin mechanism comprises a second ejector pin 10 and a second spring 14; the charger baby cabinet machine comprises a second thimble hole; the second thimble hole is arranged at a first position of the outer wall of the charge pal space; the second ejector pin 10 is arranged in a second ejector pin hole and is clamped on the charge treasure cabinet machine through a fixing claw; the second spring 14 is connected to the second thimble 10, so that the second thimble 10 can be in a state of extending and contracting without an external force or with an external force. The mobile power supply leasing equipment identity recognition communication device further comprises a side pushing mechanism; the side pushing mechanism comprises a first ejector pin 1, a first spring 2 and a blocking piece 3; the charger baby cabinet machine comprises a first thimble hole; the first top vacuum is arranged at a second position of the charge pal space; the first spring 2 is sleeved on the first thimble 1, and an assembly of the first thimble 1 and the first spring 2 is arranged on the treasured charging cabinet machine through a first thimble hole; the baffle 3 is fixedly arranged at the first thimble hole and can fix the assembly of the first thimble 1 and the first spring 2 and seal the first thimble hole; the first thimble 1 can be in the state of stretching, contracting under the condition that there is no external force, exert external force respectively under the effect of first spring 2. The plane of the first position and the plane of the second position are not parallel or coplanar; the size of the charger baby space is matched with that of the charger baby 8; precious 8 that charges can put into the precious space that charges fixedly under the mutual restriction of this three of side push mechanism, thimble mechanism and the precious space dimension that charges to make female first connector of treasured cabinet-type machine that charges and/or the male first connector position match in precious 8 female first connector of treasured and/or male first connector position that charges, thereby realize the precious cabinet-type machine that charges and precious 8's communication connection that charges.
According to the identity recognition method for the mobile power supply leasing equipment, the identity recognition communication device for the mobile power supply leasing equipment comprises the following steps:
the charger is put into: the user puts the power bank 8 into any power bank space, and the power bank 8 is fixedly put into the power bank space under the common limitation of the side pushing mechanism, the thimble mechanism and the power bank space size, so that the communication connection between the power bank cabinet machine and the power bank 8 is established;
reading a certificate of the charger: a main control board 13 of the charger baby cabinet machine reads a charger baby certificate of the charger baby 8, wherein the charger baby certificate comprises an algorithm encryption document;
and (3) decrypting the certificate of the charger: the main control board 13 decrypts the read charger certificate according to a set algorithm;
and a cabinet machine comparison step: the main control board 13 compares the decrypted charge pal certificate with a preset certificate set, if the decrypted charge pal certificate belongs to the set certificate set, the charge pal is judged to be a legal charge pal, otherwise, the charge pal is judged to be an illegal charge pal;
a legal power bank protocol establishing step: if the main control board 13 judges that the result is a legal power bank, a communication protocol between the power bank cabinet machine and the power bank 8 is established according to a set method;
popping up an illegal charge pal: if the main control board 13 determines that the result is an illegal power bank, the power bank 8 is ejected through the side pushing mechanism and/or the ejector pin mechanism according to a set method.
A foreign matter embedding step: a user places a foreign matter into any treasured charging space, and the foreign matter placed into the treasured charging space triggers the side pushing mechanism and/or the thimble mechanism and cannot establish communication connection with the treasured charging cabinet;
a foreign matter ejecting step: the main control board 13 determines that a foreign object enters according to the touch signal of the side pushing mechanism and/or the thimble mechanism in combination with the communication connection establishment failure signal, and ejects the foreign object through the side pushing mechanism and/or the thimble mechanism according to a set method.
Further, the technical scheme of the preferred embodiment of the invention is as follows:
treasured 8 selects pogo pin as female head connector, including female head welding base and gilded female head metal contact. Precious cabinet-type machine that charges chooses pogo pin as male connector, including public first welding base, public first spring and the public first thimble of gilding.
GPIO simulation IIC communication protocol of mainboard MCU, through the main control board 13 with charge the route that precious 8 female head metal contact was built, accomplish the two-way interaction of data message with the IIC passageway of the precious MCU that charges. The data information includes: precious ID charges, certificate, electric core electric quantity, electric core temperature, MCU firmware.
The lateral pushing mechanism and the thimble mechanism guarantee the stability of the female metal contact of the charger baby and the male thimble on the cabinet mainboard.
Further, the steps of the preferred embodiment of the invention are as follows:
the first step cabinet-type air conditioner reads the treasured certificate that charges, and treasured certificate that charges is the algorithm encryption document.
And secondly, the cabinet system decrypts the certificate according to the algorithm.
And thirdly, reserving the counter machine in the server by comparing the certificate.
And after the fourth part of comparison is completed, establishing a communication protocol between the cabinet machine and the charger baby.
When the customer need still gone into treasured 8 that charges, treasured 8 that charges gets into the corresponding position in a storehouse of cabinet-type air conditioner, treasured 8 that charges pushes away hook 5, and 5 pulling extension springs 9 of hook, hook 5 rotate through the pivot and play outward. Precious 8 that charge continues downstream, when precious 8 side recesses that charge can't contact with hook 5, 9 pulling hooks of extension spring 5 reset, and first travel switch 6 of the separation blade extrusion of hook 5, first travel switch 6 trigger MCU and receive the hook reset signal, accomplish and charge precious 8 recess joint. Meanwhile, the second ejector pin 10 is extruded at the bottom end of the charger, and the second ejector pin pushes the second spring 14 until the hook 5 is clamped with the groove of the charger 8. Precious metal contact and the contact of cabinet-type air conditioner mainboard metal contact 12 charge this moment, second travel switch 11 is bulldozed by the treasured that charges and is triggered simultaneously, and the MCU of mainboard 13 receives the precious entering signal that charges, through metal contact with charge precious 8 completion communication and establish, MCU reads and charges precious 8 relevant information and confirm that it is intact to charge precious 8, accomplishes the precious return that charges. Simultaneously first spring 2 is owing to promote first thimble 1 and withstand treasured 8 that charges by the elasticity that treasured 8 extrusion first thimble 1 produced that charges, gives treasured 8 lateral thrust that charges, offsets the pulling force that extension spring 9 produced, makes treasured 8 that charges can not incline.
In the description of the present application, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience in describing the present application and simplifying the description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present application.
The foregoing description of specific embodiments of the present invention has been presented. It is to be understood that the present invention is not limited to the specific embodiments described above, and that various changes or modifications may be made by one skilled in the art within the scope of the appended claims without departing from the spirit of the invention. The embodiments and features of the embodiments of the present application may be combined with each other arbitrarily without conflict.
Claims (8)
1. A portable power source renting equipment identity recognition communication device can realize communication connection between a treasured charging cabinet machine and a treasured charging machine (8) in the state that the treasured charging machine (8) is placed in the treasured charging cabinet machine, and is characterized in that the treasured charging machine (8) comprises a female connector and/or a male connector; the charger baby cabinet machine comprises a female head connector and/or a male head connector which are matched with the charger baby (8) respectively;
the power bank cabinet machine comprises one or more power bank spaces; the female head connector and/or the male head connector matched with the charge pal (8) are/is arranged at a set position of a charge pal space; the power bank (8) is detachably arranged in any power bank space of the power bank cabinet machine, namely, the power bank (8) can be switched between a first state and a second state;
the first state is a state that the power bank (8) is arranged at a set position in any power bank space, and communication connection between the power bank cabinet machine and the power bank (8) can be realized through matching connection of the female connector and the male connector;
the second state is a state that the power bank (8) is not arranged at a set position in the power bank space, and the communication connection between the power bank cabinet machine and the power bank (8) is disconnected;
the portable power supply leasing equipment identity recognition communication device is characterized by further comprising a thimble mechanism;
the ejector pin mechanism comprises a second ejector pin (10) and a second spring (14); the charger baby cabinet machine comprises a second thimble hole; the second thimble hole is arranged at a first position of the outer wall of the charge pal space; the second ejector pin (10) is arranged in the second ejector pin hole and is clamped on the charge treasure cabinet machine through a fixing claw; the second spring (14) is connected with the second thimble (10), so that the second thimble (10) can be in a stretching state and a contracting state under the states of no external force and external force application;
the mobile power supply leasing equipment identity recognition communication device further comprises a side pushing mechanism;
the side pushing mechanism comprises a first ejector pin (1), a first spring (2) and a blocking piece (3); the charger baby cabinet machine comprises a first thimble hole; the first thimble hole is arranged at a second position of the charge pal space; the first spring (2) is sleeved on the first ejector pin (1), and an assembly of the first ejector pin (1) and the first spring (2) is arranged on the charger baby cabinet machine through a first ejector pin hole; the baffle plate (3) is fixedly arranged at the first thimble hole, and can fix the assembly of the first thimble (1) and the first spring (2) and seal the first thimble hole; the first ejector pin (1) can be in a stretching state and a contracting state under the action of the first spring (2) and under the states of no external force and external force application.
2. The portable power supply leasing equipment identity recognition communication device of claim 1, wherein the female connector comprises a female soldering base and female metal contacts; the female head metal contact is arranged on the female head welding base.
3. The portable power supply leasing equipment identity recognition communication device of claim 2, wherein the male connector comprises a male welding base, a male thimble and a male spring; the male head spring is arranged inside the male head thimble; the male head thimble and the male head spring assembly are arranged on the male head welding base; if the male head thimble is extruded by external force, the male head spring is in a compression state, the male head connector is in an electric conduction state, otherwise, the male head connector is in an electric disconnection state.
4. The portable power supply leasing equipment identity recognition communication device of claim 3, wherein:
the charger baby cabinet machine comprises a main control board (13); the main control board (13) comprises a main board micro control unit (namely a main board MCU); the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine;
the charger baby (8) comprises a charger baby micro control unit, namely a charger baby MCU; the treasured MCU that charges is connected with female first connector and/or the male first connector electricity that sets up on treasured (8) charges.
5. The mobile power supply leasing equipment identity recognition communication device according to claim 4, wherein the charging bank MCU is electrically connected with a female connector and/or a male connector arranged on the charging bank (8) through an IIC communication protocol; the main board MCU is electrically connected with a female head connector and/or a male head connector arranged on the charger baby cabinet machine through a general interface, namely a GPIO (general purpose input/output) analog IIC (inter-Integrated Circuit) communication protocol;
when the charger baby (8) is in a first state, the main board MCU and the charger baby MCU can complete the bidirectional interaction of data information through the matched female connector and/or male connector;
the data information comprises any one or any combination of a charger baby ID, a charger baby certificate, electric quantity of an electric core, temperature of the electric core and MCU firmware.
6. The portable power supply leasing equipment identity recognition communication device according to claim 1, wherein the plane in which the first position is located and the plane in which the second position is located are not parallel or coplanar; the size of the charger baby space is matched with that of the charger baby (8); treasured (8) charges can be under the mutual restriction of this three of side push mechanism, thimble mechanism and the precious space size of charging, fixedly put into the precious space of charging to make female first connector of treasured cabinet-type machine that charges and/or the first position of male connector match in the female first connector of treasured (8) and/or the first position of male connector, thereby realize the precious cabinet-type machine that charges and the communication connection of treasured (8) that charges.
7. A portable power supply leased equipment identification method using the portable power supply leased equipment identification communication device of any one of claims 1 to 6, comprising:
the charger is put into: the user puts the power bank (8) into any power bank space, and the power bank (8) is fixedly put into the power bank space under the common limitation of the side pushing mechanism, the thimble mechanism and the power bank space size, so that the communication connection between the power bank cabinet machine and the power bank (8) is established;
reading a certificate of the charger: a main control board (13) of the charger baby cabinet machine reads a charger baby certificate of a charger baby (8), wherein the charger baby certificate comprises an algorithm encryption document;
and (3) decrypting the certificate of the charger: the main control board (13) decrypts the read charger certificate according to a set algorithm;
and a cabinet machine comparison step: the main control board (13) compares the decrypted charge pal certificate with a preset certificate set, if the decrypted charge pal certificate belongs to the set certificate set, the charge pal is judged to be a legal charge pal, and if not, the charge pal is judged to be an illegal charge pal;
a legal power bank protocol establishing step: if the main control board (13) judges that the charging treasure is legal, a communication protocol between the charging treasure cabinet machine and the charging treasure (8) is established according to a set method;
popping up an illegal charge pal: if the main control board (13) judges that the charging treasure is illegal, the charging treasure (8) is popped up through the side pushing mechanism and/or the thimble mechanism according to a set method.
8. The portable power supply leased equipment identification method according to claim 7, characterized in that the portable power supply leased equipment identification method further comprises:
a foreign matter embedding step: a user places a foreign matter into any treasured charging space, and the foreign matter placed into the treasured charging space triggers the side pushing mechanism and/or the thimble mechanism and cannot establish communication connection with the treasured charging cabinet;
a foreign matter ejecting step: the main control board (13) judges that foreign matters enter according to the touch signals of the side pushing mechanism and/or the ejector pin mechanism and the communication connection establishment failure signal, and ejects the foreign matters through the side pushing mechanism and/or the ejector pin mechanism according to a set method.
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| CN112669531A (en) * | 2019-09-28 | 2021-04-16 | 深圳市韩特储能技术有限公司 | Shared charging bank returning anti-theft method |
| CN111555379A (en) * | 2020-04-13 | 2020-08-18 | 江苏讯展智能科技有限公司 | Charger with identity recognition function and recognition method thereof |
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