CN110503779A

CN110503779A - A kind of mobile power source charging module leases equipment and mobile power source

Info

Publication number: CN110503779A
Application number: CN201910694406.7A
Authority: CN
Inventors: 袁冰松; 张鹏程; 庄琼鹰; 唐保明; 叶小毅; 余伟铬; 李德明; 郑晓伟
Original assignee: Shenzhen Laidian Technology Co
Current assignee: Shenzhen Laidian Technology Co
Priority date: 2018-09-06
Filing date: 2019-07-30
Publication date: 2019-11-26
Also published as: CN110443958A; CN212627182U; CN110298975A; CN211044397U; WO2020048258A1; CN110298973B; CN109410455A; CN110298974A; CN211044399U; CN110298976A; CN110349350A; CN110298973A; CN211044398U; CN209895437U; WO2020048261A1; WO2020048260A1; CN211296212U; CN111092462A; CN210983601U

Abstract

The present invention relates to a kind of mobile power source charging module, leased equipment and mobile power sources.The charging module further includes control module and the contactless communication device that connect with control module, charging module forms contactless transmission data pattern by connection between the contactless communication device that is arranged on the mobile power source in the contactless communication device and insertion storehouse road, transmits data between the mobile power source in charging module and the road Mo Zucang to realize.

Description

A kind of mobile power source charging module leases equipment and mobile power source

Technical field

The present invention relates to charging equipment field, refers in particular to a kind of mobile power source charging module, leases equipment and movement Power supply.

Background technique

The mobile power source leasing system of the prior art is contacted by the thimble of mould group with the hard contact on mobile power source, Realize that information reads and charges.But thimble and hard contact used long can aging, and when the contact on mobile power source is with using Between it is long, be easily stained with dust or spot, lead to itself and thimble poor contact, so occur mobile power source leased equipment read information The problem of failure.Over time, thimble aging and the less clean position of hard contact, poor contact lead to not successfully read Win the confidence breath the problem of, huge trouble can be brought to the O&M of equipment.As mobile power source leases a large amount of dispensings of equipment, equipment Aging or poor contact of contacts cause, and after the mobile power source leased is given back, system nonrecognition causes backstage order automatic Terminate, the problems such as persistently deducting fees, cause customer complaint.

Summary of the invention

The technical problems to be solved by the present invention are: provide a kind of novel mobile power source charging module, mobile power source with And mobile power source leases equipment, overcomes the problems, such as mobile power source in the prior art occur to lease equipment and reads information failure.

In order to solve the above technical problems, the present invention adopts the following technical scheme:

A kind of mobile power source charging module, including shell are provided on shell for accommodating mobile power source, charging for mobile power source With the Cang Dao of disengaging, the charging module further includes control module and the contactless communication device that connect with control module, Charging module is filled by the contactless communication being arranged on the contactless communication device and the mobile power source being inserted into the road of storehouse Connection forms contactless transmission data pattern between setting, to realize between the mobile power source in charging module and the road Mo Zucang Transmit data.

In some embodiments of charging module, the contactless communication device includes that infrared communications set, bluetooth are logical One or more of T unit, NFC communication device, WIFI communication device, RFID communication device；Charging module it is contactless Communication device packet receiving module, the data of the transmitting module transmission of the contactless communication device for receiving mobile power source；It fills The contactless communication device of electric mould group further includes transmitting module, the reception for the contactless communication device to mobile power source Module transfer data.

In some embodiments of charging module, the mobile power source charging module further include connect with control module it is logical Believe interface, charging module passes through to be connected between the communication interface being arranged on communication interface and the mobile power source being inserted into the road of storehouse It forms contact and transmits data pattern；

Charging module be configured to the contactless transmission data pattern and the contact transmission data pattern with and deposit or select It selects applicable mode and realizes and transmit data between mobile power source in charging module and the road Mo Zucang；

It includes instruction and/or mobile electricity that contact, which transmits data pattern and/or the data of contactless transmission data pattern transmission, Source information.

In some embodiments of charging module, data are transmitted between the mobile power source in charging module and the road Mo Zucang Mode is configured that

Contact is transmitted data pattern and contactless transmission data pattern both of which simultaneously and is deposited；Or

Preferential selection contact transmits data pattern, alternative contactless transmission data pattern；Alternatively,

Preferential contactless transmission data pattern, alternative contact formula transmit data pattern；Alternatively,

Contact transmits the random selection of any mode or the tournament selection of data pattern and contactless transmission data pattern Preferential principle carries out data transmission；

It includes mobile electricity that contact, which transmits data pattern and/or the mobile power source information of contactless transmission data pattern transmission, One of the identity information in source, version number, mobile power source status information are a variety of.

In some embodiments, the mobile power source status information packet of contact transmission data pattern and/or non-contact transmission Include portable power source electricity, power source temperature, charging current, access times, mobile power source power output functional switch state, mobile electricity One or more of source fault message, work state information of component of mobile power source；Contactless transmission data pattern and Contact transmits data pattern and transmits identical data；The mobile power source information of the transmission is sent out by mobile power source control module Give contactless communication device and/or communication interface；

The instruction of the transmission data, which includes: charging module control module, transmits instruction mobile power source to mobile power source control module The instruction of control module transmission mobile power source information；Or

Charging module control module transmits instruction mobile power source control module to mobile power source control module and executes encryption or decryption The operational order of mobile power source power output function.

In some embodiments of charging module, the charging module is using contactless transmission data pattern and/or connects Data are transmitted between mobile power source in touch transmission data pattern and the road Mo Zucang, so that the operation sequence realized includes:

Contactless transmission data pattern is used by the contactless communication device of charging module, and/or, communication interface is adopted Data pattern is transmitted with contact, reads mobile power source information, control module further sends the mobile power source information of reading To the mster-control centre of mobile power source leased equipment, by mster-control centre or server further complete mobile power source give back or Lend program；Or

Charging module is adopted according to its contactless communication device using contactless transmission data pattern, and/or its communication interface It reads whether mobile power source information fails with contact transmission data pattern, the information for reading the failure of mobile power source information is sent To the mster-control centre of mobile power source leased equipment, to from mster-control centre or further declare fault message to server； Or

The contactless communication device of charging module uses contactless transmission data pattern, and/or, communication interface is used and is connect Data pattern is transmitted in touch, and the instruction of encryption or decryption mobile power source power output function is sent to mobile power source, thereby executing Mobile power source closes the program of power output function after giving back or mobile power source lends the preceding program for opening power output function.

In some embodiments of charging module, the charging module includes the charging interface connecting with control module, is filled The charging interface of electric mould group is for being electrically connected between the charging interface of the mobile power source in the road of storehouse to fill to mobile power source Electricity；The communication interface and/or charging interface of the charging module are contact interface, and the mobile power source in mould group is correspondingly arranged The contact interface matched；The contact interface of charging module includes spring thimble or rigid interface.

In some embodiments of charging module, rigid interface connects including rigid thimble, Type-C interface, Micro USB One or more of mouth, contact interface, Lightning interface or DC interface；The control module is set to charging module Control mainboard；The communication interface and/or charging interface of charging module are set in control mainboard；The interface and mould of charging module Formed between the interface of mobile power source in group between ejector pin contact point contact and/or contact contact and/or interface male connector female it Between contact, to realize that charging module charges to mobile power source or transmit between mobile power source data；The shell of charging module Body is provided with the guiding-positioning structure of assembly communication interface and/or charging interface, and the guiding-positioning structure includes guide-localization Column, guide-localization hole, screw fix, one of card slot, guiding surface structure or a variety of.

In some embodiments of charging module, the communication interface of the charging module is thimble；The communication of charging module Thimble contacts to form thimble contact contacting type transmission data pattern with the contact of mobile power source.

In some embodiments, the position that charging module is arranged in contactless communication device and/or communication interface meets: With its front and back sides, either side face up, and/or is inserted into the road of storehouse with the direction of the either end of its front and back end inwardly for mobile power source, fills The contactless transmission is formed between the contactless communication device of electric mould group and the contactless communication device of mobile power source Data pattern, and/or, contact is formed between the communication interface of charging module and the communication interface of mobile power source transmits data mould Formula.

In some embodiments, contactless communication device is arranged in the position of charging module and includes:

Charging module include there are two contactless communication device be symmetrically disposed on charging module storehouse road opposite sides side or It two sides or is symmetrically disposed on the one or both sides of opposing sides or is symmetrically disposed on the one or both ends of opposite end, The mobile power source of adaptation includes the either side or opposite that a contactless communication device is set to mobile power source opposite sides The corresponding position of the either end of any surface or opposite end on two sides；Or

Charging module include a contactless communication device be set to charging module Cang Dao either side or any surface or Non-central position of either end, the mobile power source of adaptation include that mobile electricity is symmetrically disposed on there are two contactless communication device The phase of the one or both sides of source opposite sides or the one or both ends of the one or both sides of opposing sides or opposite end Answer position；Or

Charging module include a contactless communication device be set to charging module Cang Dao either side or any surface or The center position of either end, the mobile power source of adaptation include that be set to mobile power source opposite for a contactless communication device On the either side of two sides or the central point of any surface of opposing sides or the either end of opposite end.

In some embodiments of charging module, the contactless communication device is RFID communication device, described non-to connect It is logical that touch transmission data pattern corresponds to the RFID being arranged on the RFID communication device of charging module and the mobile power source in the road of storehouse Induction connection forms RFID communication transmission data pattern between T unit；Charging module is configured to the RFID communication transmission data Mode and contact transmission data pattern by and deposit or select it is applicable in a manner of, to realize charging module and the road Mo Zucang Data are transmitted between interior mobile power source；The data include mobile power source information or instruction.

In some embodiments of charging module, the contactless communication device is infrared communications set, described non-to connect Touch transmission data pattern corresponds to be arranged on the infrared communications set of charging module and the mobile power source in the road of storehouse infrared logical Connection forms infrared communication transmission data pattern between T unit；Charging module is configured to the infrared communication transmission data pattern With the contact transmit data pattern by and in a manner of depositing or select to be applicable in, to realize in charging module and the road Mo Zucang Data are transmitted between mobile power source；The infrared communications set of charging module includes infrared receiving module, for mobile power source Data are transmitted between the transmitting module of infrared communications set；The infrared communications set of charging module further includes infrared transmission module, Data are transmitted between infrared receiving module for the infrared communications set of mobile power source；The data include mobile power source letter Breath or instruction.

In some embodiments of charging module, data are transmitted between the mobile power source in charging module and the road Mo Zucang Mode is configured that contact transmission data pattern is transmitted data pattern simultaneously with infrared communication and deposited；Alternatively,

Preferential selection contact transmits data pattern, and alternative infrared communication transmits data pattern；Alternatively,

Preferential selection infrared communication transmits data pattern, and alternative contact formula transmits data pattern；Alternatively,

Contact transmits data pattern and infrared communication transmits any mode random selection or competition in two kinds of data pattern Preferential mode is selected to carry out data transmission.

In some embodiments of charging module, the interface of charging module includes 2 or 2 or more thimbles；Charge mould The charging interface of group is charging thimble, and the communication interface of charging module is communication thimble；The contact transmits data pattern The communication thimble of charging module contacts the thimble contact contacting type to be formed transmission data pattern with the contact of mobile power source；Charge mould The mode that data are transmitted between mobile power source in group and the road Mo Zucang is configured that

Thimble contact contacting type transmits data pattern and transmits data pattern simultaneously with infrared communication and deposit；Or

Preferential selection thimble contact contacting type transmits data pattern, and alternative infrared communication transmits data pattern；Alternatively,

Preferential selection infrared communication transmits data pattern, and alternative thimble contact contacting type transmits data pattern；Alternatively,

Thimble contact contacting type transmits data pattern and infrared communication transmits any mode in two kinds of data pattern and randomly chooses Or tournament selection preferential principle carries out data transmission.

In some embodiments of charging module, the charging module further includes interference structure against sunshine, interference structure against sunshine It include: to shorten the liftoff setting infrared communications set of infrared signal transmission distance, pacify in such a way that infrared communications set is protected from light inwardly On the shell of charging module, setting isolation installation bin, partition isolation installation bin and Cang Dao, setting light barrier, setting are set One of infrared communications set hemi-closure space or setting optical filter are a variety of.

In some embodiments of charging module, infrared communications set is corresponding infrared logical on mobile power source in the road of storehouse The position of T unit is arranged；One end close to infrared communications set, the side against ambient light incidence, are provided on module casing Light barrier, for being isolated and keeping out ambient light irradiation infrared communications set；Infrared communications set is installed on one formed on shell A hemi-closure space, hemi-closure space reserve the outlet for infrared signal transmission；The optical filtering is set on the shell of charging module Piece, infrared communications set are located at optical filter rear；Optical filter is set in infrared light transmission path, and infrared light is in transmission process It is received after optical filter filters by intended recipient module；Infrared communications set is set to infrared control PCB, the infrared control PCB is installed on the shell of charging module；The infrared control PCB is fixed positioned in the shell of charging module by location structure Body；The location structure includes positioning column/location hole fit structure, screw stationary positioned structure, confined planes support positioning knot One of structure, card slot location structure are a variety of.

In some embodiments, the infrared communications set of the charging module and/or communication interface are arranged in charging module Position meet: mobile power source is with either side face up for its front and back sides and/or is inserted with the direction of the either end of its front and back end inwardly In putting in storage, the infrared communication is formed between the infrared communications set of charging module and the infrared communications set of mobile power source and is passed Transmission of data, and/or, contact is formed between the communication interface of charging module and the communication interface of mobile power source transmits data.

In some embodiments of charging module, formed between the mobile power source in charging module and insertion storehouse road infrared logical Believe that the configuration mode for transmitting data includes:

Charging module includes that the side Cang Dao for being parallel to mobile power source disengaging direction is symmetrically disposed on there are two infrared communications set Or two sides, the mobile power source of adaptation include the side corresponding position that an infrared communications set is set to mobile power source two sides； Or

Charging module includes the side that an infrared communications set is set to the two sides Cang Dao, and the mobile power source of adaptation includes two A infrared communications set is respectively arranged at mobile power source one or both sides corresponding position；Or

Charging module includes the one side that an infrared communications set is set to storehouse road top bottom surface, and the mobile power source of adaptation includes Two infrared communications sets are set to the corresponding position of the one or both sides of mobile power source front and back sides；Or

Charging module includes the one or both sides that road top bottom surface in storehouse is symmetrically disposed on there are two infrared communications set, the movement of adaptation Power supply includes the corresponding position that an infrared communications set is set to the one side of tow sides；Or

Charging module includes that the one or both ends of the front and back end Cang Dao, the movement of adaptation are symmetrically disposed on there are two infrared communications set Power supply includes the corresponding position that an infrared communications set is set to one end of its front and back end；Or

Charging module includes one end that an infrared communications set is set to the front and back end Cang Dao, and the mobile power source of adaptation includes Two infrared communications sets are symmetrically disposed on the one or both ends corresponding position of the front and back end of mobile power source；Or

The center position at least one obverse face of two sides, top bottom surface, front and back end of charging module Cang Dao is provided with one Infrared communications set, be inserted into charging module storehouse road in six face of mobile power source in corresponding at least one side central point on be provided with One infrared communications set.

The present invention also provides a kind of mobile power source leased equipment, including mster-control centre, the mobile power source leased equipment It further include several mobile power source charging modules as described above；The control module of each charging module is connect with mster-control centre.

The present invention also provides a kind of mobile power sources, including shell and the intracorporal battery core of shell, control module and charging Mouthful, the mobile power source further includes contactless communication device；Battery core, contactless communication device and the charging of mobile power source Interface is electrically connected with the control module of mobile power source respectively；The charging interface of mobile power source is used for and the mould that charges where mobile power source The charging interface of group connects and realizes and charge to mobile power source；The contactless communication device of mobile power source is used for and charging module Contactless communication device between transmission data formed contactless communication transmit data pattern；The control module control moves The contactless communication device of dynamic power supply transmits data to charging module.

In some embodiments of mobile power source, the contactless communication device includes that infrared communications set, bluetooth are logical One or more of T unit, NFC communication device, WIFI communication device, RFID communication device；Mobile power source it is contactless Communication device packet receiving module, the data of the transmitting module transmission of the contactless communication device for receiving charging module；It moves The contactless communication device of dynamic power supply further includes transmitting module, the reception for the contactless communication device to charging module Module transfer data.

In some embodiments of mobile power source, the mobile power source further includes the communication interface connecting with control module, It is connected between the communication interface being arranged in the charging module where mobile power source and forms contact transmission data mould Formula；The contact communication device of the control module control mobile power source transmits data to charging module；The mobile power source is matched Be set into the contactless transmission data pattern and contact transmission data pattern by and deposit or select it is applicable in a manner of It realizes and transmits data between mobile power source and charging module where it；

It includes instruction and/or mobile electricity that contact, which transmits data pattern and/or the data of contactless transmission data pattern transmission, Source information；

The control module of mobile power source executes the instruction received, and/or executes instruction to the transmission of the control module of charging module Result information, and/or to the control module of charging module transmit mobile power source information.

In some embodiments of mobile power source, contact transmits data pattern and/or contactless transmission data pattern The mobile power source information of transmission includes one of the identity information of mobile power source, version number, mobile power source status information or more Kind；The mobile power source status information of transmission includes portable power source electricity, power source temperature, charging current, access times, mobile power source Power output functional switch state, mobile power source fault message, mobile power source one of the work state information of component or It is several；Contactless transmission data pattern and contact transmission data pattern transmit identical data；

The mobile power source information is stored in the control module of mobile power source, from the control module of mobile power source to mobile power source Contactless communication device and/or communication interface transmit mobile power source information, and the non-of charging module where mobile power source connects Touch communication device and/or the corresponding control module received and be transferred to charging module of communication interface.

In some embodiments, the communication interface of the mobile power source and/or charging interface are contact interface, described to connect Touch interface includes in thimble, Type-C interface, Micro USB interface, contact interface, Lightning interface or DC interface One or more；The control module is the single-chip microcontroller of mobile power source.

In some embodiments of mobile power source, the interface of mobile power source is contact, and the interface of charging module includes charging Thimble and/or communication thimble, the contact of mobile power source is contacted with the charging thimble of charging module realizes charging module to mobile electricity Source charging, the contact of mobile power source contact the mould to form thimble contact contacting type transmission data with the communication thimble of charging module Formula；Contact is 2 or 2 or more.

In some embodiments of mobile power source, contactless communication device and/or communication interface are arranged in mobile power source Position meet: mobile power source is with either side face up for its front and back sides, and/or is inserted with the direction of the either end of its front and back end inwardly Enter in the storehouse road of corresponding charging module, the contactless communication device of mobile power source and the contactless communication device of charging module Between form the contactless transmission data pattern, and/or, the communication interface of mobile power source and the communication interface of charging module Between formed contact transmit data pattern.

In some embodiments of mobile power source, contactless communication device is arranged in the position on mobile power source and includes:

Mobile power source include there are two contactless communication device be symmetrically disposed on mobile power source opposite sides one or both sides, Or opposing sides one or both sides or opposite end one or both ends, the charging module of adaptation includes one non- Contact communication device is set to the either side of charging module Cang Dao or the corresponding position of any surface or either end；Or

Mobile power source includes the either side or opposite two that a contactless communication device is set to mobile power source opposite sides The non-center position of the either end of any surface or opposite end in face, the charging module of adaptation include that there are two contactless logical T unit is symmetrically disposed on the one or both sides of charging module storehouse road opposite sides or is symmetrically disposed on the one side of opposing sides Or two sides or the corresponding position being symmetrically disposed on the one or both ends of opposite end；Or

Mobile power source includes the either side or opposite two that a contactless communication device is set to mobile power source opposite sides On the central point of the either end of any surface or opposite end in face, the charging module of adaptation includes a contactless communication Device is set to the corresponding either side of charging module Cang Dao or the center position of any surface or either end.

As one embodiment, the contactless communication device is RFID communication device, the RFID communication of mobile power source Device is for transmitting data between charging module RFID communication device.

In some embodiments of mobile power source, the contactless communication device is infrared communications set；Mobile power source Infrared communications set include infrared transmission module, for connecing for the infrared communications set with the charging module where mobile power source It receives and transmits data between module；The infrared communications set of mobile power source further includes infrared receiving module, for filling where it Data are transmitted between the infrared transmission module of the infrared communications set of electric mould group.

The beneficial effects of the present invention are:

Charging module of the invention carries out letter with contactless communication device using contact and contactless communication technology Breath communication, reads information, and rapid reaction is sensitive, and information is read accurately, and discrimination is higher, is not easy to be disturbed and with alternate mechanism Scheme.Reliability and stability are also higher.

There are two types of the alternate mechanism schemes of transmission data for charger mould group band of the invention, and reliability and stability are also more It is high.

Charger mould group of the invention can be realized and on the market between existing shared mobile power source leased equipment simultaneously Compatible, bring nonrecurring cost puts into excessive and disposable complete upgrading and replaces used equipment when reducing brand technology upgrading When time cycle property problem.

The present invention is described in further detail below in conjunction with the accompanying drawings.

Detailed description of the invention

Fig. 1 is the functional block diagram for the charging module that the mobile power source that the embodiment of the present invention one provides leases equipment.

Fig. 2 is the number that the mobile power source that the embodiment of the present invention one provides is leased between the charging module of equipment and mobile power source According to the flow chart of transmission method.

Fig. 3 is the functional block diagram for the charging module that mobile power source provided by Embodiment 2 of the present invention leases equipment.

Fig. 4 is the number that mobile power source provided by Embodiment 2 of the present invention is leased between the charging module of equipment and mobile power source According to the flow chart of transmission method.

Fig. 5 is a kind of perspective view of charging module of the embodiment of the present invention.

Fig. 6 is the corresponding part-structure explosive view of Fig. 5.

Fig. 7 is another kind charging module part-structure explosive view of the embodiment of the present invention.

Fig. 8 is a kind of structural schematic diagram of mobile power source of the embodiment of the present invention, and wherein Fig. 8 (a) is overall structure diagram, Fig. 8 (b) is schematic diagram of internal structure.

Fig. 9 is the embodiment of the present invention with the charging module part-structure explosive view where mobile power source.

Figure 10 is the part-structure explosive view of Fig. 9 other structures.

Figure 11 is the perspective view that mobile power source state is had in the charging module of the embodiment of the present invention.

Figure 12 is the corresponding explosive view of Figure 11.

Figure 13 is the top view that a kind of mobile power source of the embodiment of the present invention leases equipment.

Figure 14 is the perspective view of mobile power source used in the charhing unit for lease shown in Figure 13 equipment.

Figure 15 is the cross-section diagram that a kind of mobile power source of the embodiment of the present invention leases equipment.

Specific embodiment

It should be noted that in the absence of conflict, each embodiment in the application and the feature in embodiment can be with It is combined with each other, invention is further described in detail in the following with reference to the drawings and specific embodiments.

Mobile power source of the invention leases equipment, several duplicate charhing unit i.e. charging modules are arranged on host, fill Electric mould group sends and receives data using contactless communication, is provided with contactless communication device in charging module, is inserted in Mobile power source in the road of charging module storehouse can also be correspondingly arranged contactless communication device, shape between charging module and mobile power source Carry out data transmission at contactless communication connection, form contactless transmission data pattern, realizes that instruction is sent, information is read Take/report/it feeds back.Contactless communication technology includes Infrared Transmission, Bluetooth transmission, NFC technique, WiFi technology, RFID skill Art etc. realizes the information mutual communication between charging module and mobile power source.Non- connect is correspondingly arranged in charging module and mobile power source Touch communication device, mutual induction carry out sending and receiving data information.The contactless communication device packet of charging module receives Module, the data of the transmitting module transmission of the contactless communication device for receiving mobile power source；Charging module it is non-contact Formula communication device further includes transmitting module, and the receiving module for the contactless communication device to mobile power source transmits data.

Mobile power source leases the mster-control centre of equipment or server sends a command to the control module of charging module, charging The control module of mould group is by the connection of the contactless communication device of mould group contactless communication device and power supply thus to movement The control module send instructions of power supply, such as instruction mobile power source send mobile power source relevant information to mould group, at this point, mobile electricity Source control module passes through contactless communication device and receives command information and by the contactless communication device of power supply to charging Mould group control module sends the particularly relevant data executed instruction, such as sends mobile power source relevant information, charging module control Module receives the data of relevant information by the contactless communication device of mould group, can be further transmitted to mobile power source and lease The mster-control centre of equipment or server carry out data processing, including the confirmation of mobile power source relevant information, failure are declared, from And the operation of mobile power source is given back or is lent in completion or progress failure is declared, and can also execute other function as needed.

Wherein, the data of contactless transmission data pattern transmission include but is not limited to mobile power source information or instruction or refer to Enable execution result information.

Further, the data of contactless transmission data pattern transmission include but is not limited to the identity information of mobile power source Or mobile power source status information.The mobile power source identity information includes mobile power source ID/SN code or other identity identification informations Deng.The mobile power source status information of transmission include but is not limited to portable power source electricity, power source temperature, charging current, access times, Mobile power source power output functional switch state, mobile power source fault message, mobile power source component work state information in One or more.The working condition of the component of mobile power source includes but is not limited to the battery core of mobile power source, control module (movement The control circuit board or single-chip microcontroller of power supply), the working condition of functional components such as interface etc..

The charging module transmits number using between the mobile power source in contactless transmission data pattern and the road Mo Zucang According to so that the operation sequence realized includes:

Mobile power source information, control are read using contactless transmission data pattern by the contactless communication device of charging module The mobile power source information of reading is further sent to the mster-control centre that mobile power source leases equipment by molding block, by master control What the heart or server further completed mobile power source gives back or lends program；Or

Charging module reads mobile power source information using contactless transmission data pattern according to its contactless communication device The information for reading the failure of mobile power source information is sent to the mster-control centre that mobile power source leases equipment by no failure, thus by Fault message is further declared to server by mster-control centre；Or

The contactless communication device of charging module is sent to mobile power source using contactless transmission data pattern and closes or open The instruction for opening mobile power source power output function, after being given back thereby executing mobile power source close power output function program or Mobile power source opens the program of power output function before lending.

As one embodiment, contactless communication uses infrared communication technique, right in charging module and mobile power source Infrared communications set should be set, and infrared communications set needs to be equipped at least one infrared receiving module or at least one infrared emission Module.For example, the configuration infrared receiving module in charging module receives data transmitted by mobile power source infrared transmission module, fill The infrared transmission module of electric mould group sends data as instructed to the infrared receiving module of mobile power source.The infrared receiver of charging module The infrared transmission module and infrared receiver of infrared communications set in the installation site and mobile power source of module and infrared transmission module Module respectively corresponds, and intended recipient module is in the radiation scope of the infrared signal of transmitting module.

In conjunction with referring to Fig.1-15, the mobile power source charging module 100 of the embodiment of the present invention is installed on or is directly arranged at Mobile power source is leased in the charhing unit installation cabin of device Host.It can be used between charging module 100 and mobile power source 300 wireless Communication device/contactless communication device carries out information transmission, specifically with technology of infrared transmission use infrared communications set 223 for Example is carried out between charging module 100 and mobile power source 300 to illustrate to be realized using wireless communication apparatus/contactless communication device Data transmission.

The installation infrared communications set 223,310 corresponding with mobile power source 300 of charging module 100.The infrared of charging module connects Receive the infrared transmission module and infrared receiving module pair in module 23 and the installation site and mobile power source of infrared transmission module 22 It answers.After mobile power source is inserted into the road of storehouse, mobile power source infrared communications set 310 is located at infrared with mould group infrared communications set 223 Within the scope of signal radiation, data can be transmitted between each other.Mould group control mainboard (or control module) 21 controls infrared transmission module 22 send the first optical signal to mobile power source 300, and the infrared receiving module on mobile power source 300 receives optical signal, by the signal The control module (control circuit board or single-chip microcontroller of mobile power source) of mobile power source is fed back to, mobile power source control module receives The optical signal, the infrared transmission module controlled on mobile power source send the identity information for carrying relevant information such as mobile power source or shifting (mobile power source status information includes portable power source electricity, power source temperature, charging current, access times, shifting to dynamic power state information Dynamic power supply power output functional switch state, mobile power source fault message, mobile power source component work state information in It is one or more of) infrared receiving module of second optical signal to the infrared receiving module 23 in charging module, in charging module 23 reception optical signals and the data for reading relevant information, and the control module 21 in charged mould group reports the data of reading To equipment mster-control centre or server is leased, the reading of mobile power source identity information such as ID/SN code or other information is thus completed It takes.It in other examples, sends the first optical signal and is used for send instructions, moved by charging module by the instruction of infrared communications set 223 Dynamic power supply executes order and executes instruction after the infrared receiving module of mobile power source receives the instruction of the first optical signal, and/or The result executed instruction feedback is reported into charging module 100.The transmission of instruction reads information, feedback information or reports information, It is to transmit data pattern by the infrared communication between charging module and mobile power source to realize.

Infrared communications set includes infrared transmission module and infrared receiving module.At least one is provided in charging module 100 Infrared communications set 223 is arranged in a infrared communications set 223, charging module one or both sides, and infrared communications set 223 includes red Outer transmitting module 22 and infrared receiving module 23.Mobile power source 300 is correspondingly arranged an infrared communications set 310(reference Fig. 8), Wherein infrared communications set 310 includes infrared transmission module and infrared receiving module.Mobile power source is inserted into charging module storehouse road 10 When, the infrared communications set 310 of mobile power source and 223 position of infrared communications set of mould group are corresponding, and mutual induction carries out data Transmission.

In the same infrared communications set 223 or 310, to avoid the infrared signal of transmitting module transmitting by the reception of oneself Module is received, and the receiving module of oneself can be closed work when transmitting.

Contactless communication mode can also be used RFID communication technical transmission data, right in charging module and mobile power source RFID communication device should be set, transmit data between RFID communication device.Mould group RFID communication device and mould group control module 21 Connection, the RFID communication device of mobile power source are electrically connected with the control module of mobile power source.

When lending mobile power source: user sends mobile power source to server by barcode scanning first when leasing mobile power source Lease request, server receive the request, the identity code of equipment are leased according to the request mobile power source, and order and set Standby to report mobile power source information, the control module of each charging module of equipment mster-control centre order reports above- mentioned information.Charge mould The RFID communication device transmission of mobile power source of the control module control RFID communication device of group into storehouse road reports mobile power source Message command, mobile power source control module execute the order after receiving instruction by the RFID communication device of power supply, i.e., mobile electricity Source control module controls the control module that its RFID communication device is sent to mould group after obtaining mobile power source information, and mould group controls mould Block is further sent to equipment mster-control centre to mobile power source information, and equipment mster-control centre is reported to server, server Above-mentioned mobile power source information is received, and carries out comprehensive descision, selects the best mobile power source of integrated condition, and notify equipment master control Pop up the mobile power source in center processed.

It is closed as the power output function of mobile power source in the road of storehouse has been encrypted i.e. power output function, then before pop-up also Need to the power output function to mobile power source be decrypted operation i.e. unlatching power output function, the power output function of mobile power source It can be opened after decryption, can be used to provide charging service to user terminal, the mobile power source of encryption can not be to external electronic product Charging is provided.Equipment mster-control centre receives instruction, and corresponding mould group control module 21 is instructed first to solve to mobile power source Close, mould group control module 21 controls RFID communication device of the RFID communication device on mobile power source and sends to mobile power source decryption Instruction, the control module of mobile power source executes the instruction after receiving instruction by RFID communication device, to mobile power source solution It is close, and the information for decrypting implementing result is sent to the RFID communication device of mould group, RFID communication device through RFID communication device It receives the signal and feeds back to mould group control module 21, mould group control module 21 receives successful decryption signal, finally completes pop-up The program of mobile power source, user take the mobile power source of pop-up away, and the mould group control module 21 where mobile power source is by mobile power source The control centre for the information reporting equipment successfully lent, equipment mster-control centre send what mobile power source was successfully lent to server Signal, server receive the signal, lease successful information to the mobile terminal transmission where user.

When giving back mobile power source: user leases equipment in mobile power source by giving back button on mobile terminal or equipment Upper insertion mobile power source, or directly by the storehouse road 10 of mobile power source insertion charging module, equipment monitoring is to there is mobile power source It gives back, or receives the signal of giving back of mobile power source, corresponding mould group control module 21 passes through corresponding RFID communication device to movement The RFID communication device of power supply sends instruction, it is desirable that mobile power source reports identity information such as No. ID/SN of mobile power source, mobile electricity The control module in source executes instruction after receiving instruction by RFID communication device, is sent by RFID communication device to charging module Mobile power source identity information such as mobile power source ID/SN code, the RFID communication device in mould group receive mobile power source identity information, and Mould group control module 21 is communicated this information to, mould group control module 21 receives the mobile power source ID/ that RFID communication device reports SN information, and it is sent to equipment mster-control centre, equipment mster-control centre receives the information, is sent to server, and server connects Mobile power source ID/SN information is received, mobile power source is sent to user terminal corresponding with the mobile power source and gives back successful prompt.

In addition, the mobile power source needs such as given back encrypt to power output function, then set by server and/or lease What standby mster-control centre and/or mould group control module 21 were encrypted by the RFID communication transmission requirement between mould group and mobile power source Instruction, mobile power source control module execute power output function encipheror after receiving instruction by RFID communication device, and Encryption implementing result further can be fed back to mould group control module 21 by RFID communication transmission mode.

Mobile power source of the invention leases equipment 1000, including mster-control centre and several mobile power source charging modules 100；The control module 21 of each charging module 100 is connect with mster-control centre, is controlled each charging module by mster-control centre and is completed Program is given back in the lending of mobile power source.

In following embodiment, using over the horizon communication system as contactless communication mode for, with charging module and shifting It is specifically described for dynamic power supply setting infrared communications set.

The embodiment of infrared communication transmission data

In some embodiments, charging module 100 uses thimble-type charging interface, and charging interface is equal with wireless communication apparatus Be installed in charging module end (i.e. backboard, the rearmost end of mobile power source approach axis), with the hard contact of mobile power source or Charging interface, wireless communication apparatus match.Wherein the setting of charging thimble and wireless communication apparatus can be according to used Mechanics of communication is reasonably adjusted.Such as an infrared transmission module (infrared hair is arranged in the wireless communication apparatus of charging module Penetrate pipe) and an infrared receiving module (infrared receiving tube) is used to send instruction to mobile power source and reception mobile power source issues Communication data, charge settable one positive thimble of thimble and a cathode thimble at this time, for filling to mobile power source Electricity.Or an infrared receiving module (infrared receiving tube) is only arranged in the wireless communication apparatus of charging module, moves for receiving The communication data that dynamic power supply is issued, charge settable one positive thimble of thimble and a cathode thimble at this time, and charge thimble Positive thimble it is outer in addition to being responsible for charging to mobile power source, while also needing to be responsible for sending instruction to mobile power source.Again even, An infrared receiving module (infrared receiving tube) is equally only arranged in the wireless communication apparatus of charging module, for receiving mobile power source The communication data issued, charging thimble also set up communication thimble in addition to a piece positive thimble of setting and a cathode thimble, It sends and instructs to mobile power source for charging module.In short, the shape that charging thimble or charging interface are combined with wireless communication apparatus Formula can produce a variety of variation assembled schemes, can be configured according to actual needs.

Charging module includes control module, and installation site is more flexible, and control module is set to control mainboard, mountable In module casing bottom cover or mould group end such as backboard rear or other suitable positions, each function element can be with control mainboard (control module) connection.In some embodiments, the control module of charging module is made of one with charge control PCB, is respectively provided with Or be installed in the control mainboard of charging module, correspondingly, the charging thimble or charging interface of mould group are set to mould group control master Plate.

Referring to Fig. 1, it includes control module that the mobile power source that the embodiment of the present invention one provides, which leases the charging module of equipment, 21 and the infrared receiving module 23, at least one anode charging thimble 24 and at least one that are electrically connected respectively with control module 21 it is negative Charge thimble 25 for pole, wherein infrared receiving module 23 is used to receive the number that the infrared transmission module being arranged on mobile power source is sent According to, at least one anode charging thimble 24 and at least one cathode charging thimble 25 be respectively used to be arranged on mobile power source to A few cathode metal contact and the contact of at least one negative metal contact to mobile power source to charge and send out to mobile power source Send instruction.

Wherein, the data include the identification number of mobile power source, electricity of mobile power source etc..Mobile power source includes Control module, the infrared transmission module of mobile power source, at least one cathode metal contact and at least one negative metal contact It is electrically connected respectively with the control module of mobile power source, mobile power source further includes the level being electrically connected with the control module of mobile power source Detection circuit and pulse-detecting circuit, level sensitive circuit and pulse-detecting circuit are also electrically connected with cathode metal contact respectively.

Specifically, mobile power source includes shell and the intracorporal battery core of shell, control module, infrared receiving module and charging Interface.Battery core, infrared transmission module and charging interface are electrically connected with control module respectively.The infrared emission mould of mobile power source Block is used to send data to the infrared receiving module of mobile power source charging module；The infrared transmission module of mobile power source is set to red Outer communication device, infrared communications set are set in the shell of mobile power source, and the control module of mobile power source is set to mobile electricity Source control circuit board or single-chip microcontroller.Preferably, mobile power source further includes the infrared receiving module connecting with control module, it is infrared to connect It receives module and is used to receive the instruction that the infrared transmission module being arranged in mobile power source charging module is sent；Infrared receiving module setting In infrared communications set.

Referring to Fig. 2, the embodiment of the present invention one provide mobile power source lease equipment charging module and mobile power source it Between data transmission method the following steps are included:

S101, mobile power source lease the control module control anode charging thimble output low level signal of the charging module of equipment；

S102, mobile power source level sensitive circuit by cathode metal contact detect charging module anode charging thimble it is defeated After low level signal out, low level signal is fed back to the control module of mobile power source；

After S103, mobile power source lease the anode charging thimble output low level signal of the charging module of equipment, charging module Control module control anode charging thimble output pulse signal；

The pulse of the control module control pulse-detecting circuit detection input of S104, mobile power source；When the pulse of mobile power source is examined After slowdown monitoring circuit detects the pulse signal of anode charging thimble output of charging module by cathode metal contact, by pulse signal The control module of mobile power source is fed back to, sends control instruction to mobile power source to complete charging module；

When S105, mobile power source make response, transmission data to the instruction received, controlled by the control module of mobile power source The infrared transmission module of mobile power source sends data；

The charging module that S106, mobile power source lease equipment receives the red of mobile power source by the infrared receiving module of charging module The data that outer transmitting module is sent.

Referring to Fig. 3, the charging module that mobile power source provided by Embodiment 2 of the present invention leases equipment includes control module 21, infrared transmission module 22, infrared receiving module 23, at least one anode charging thimble being electrically connected respectively with control module 21 24 and at least one cathode charge thimble 25, wherein infrared receiving module 23 is for receiving the infrared hair being arranged on mobile power source The data of module transmission are penetrated, the infrared receiving module that infrared transmission module 22 is used to be arranged on mobile power source sends instruction, until Few anode charging thimble 24 and at least one cathode charging thimble 25 be respectively used to be arranged on mobile power source at least one A cathode metal contact and the contact of at least one negative metal contact to mobile power source to charge.

Wherein, the data include but is not limited to the identification number of mobile power source, electricity of mobile power source etc..It is mobile Power supply further includes control module, infrared transmission module, infrared receiving module, at least one cathode metal contact and at least one Negative metal contact is electrically connected with control module respectively.

Referring to Fig. 4, mobile power source provided by Embodiment 2 of the present invention lease equipment charging module and mobile power source it Between data transmission method the following steps are included:

The infrared transmission module that S201, mobile power source lease the charging module of equipment is sent to mobile power source to be instructed；

S202, mobile power source receive instruction by the infrared receiving module of mobile power source, and make response by control module, control The infrared transmission module that molding block controls mobile power source sends data；

The charging module that S203, mobile power source lease equipment receives the infrared transmission module of mobile power source by infrared receiving module The data of transmission.

In the present invention, since the charging module that mobile power source leases equipment includes being electrically connected with control module for connecing The infrared receiving module for receiving the data that the infrared transmission module being arranged on mobile power source is sent, alternatively, charging module includes and control The infrared receiving module for being arranged on mobile power source of molding block electrical connection sends the infrared transmission module of instruction and is used for Receive the infrared receiving module for the data that the infrared transmission module being arranged on mobile power source is sent.Therefore it reduces to a certain extent The case where data transmission fails.

Those of ordinary skill in the art will appreciate that all or part of the steps in the various methods of above-described embodiment is can It is completed with instructing relevant hardware by program, which can be stored in a computer readable storage medium, storage Medium may include: read-only memory (ROM, Read Only Memory), random access memory (RAM, Random Access Memory), disk or CD etc..

In various embodiments of the present invention, the control module 21 that mobile power source leases the charging module 100 of equipment is set to Mould group control mainboard, control module/control mainboard indicates that mould group control mainboard 21 can with label 21 in the embodiment of the present invention To be independent control circuit board, it is also possible to shared control circuit board, or be set to mobile power source and lease equipment Mster-control centre.The mster-control centre that mobile power source leases equipment is electrically connected and/or leads to mould group control module/control mainboard 21 Letter connection, mster-control centre control each mould group control module/control mainboard 21 and work.The control module of mobile power source is set to shifting The control circuit board or single-chip microcontroller of dynamic power supply, each electronic component work of control mobile power source.The charging interface of charging module can be with Using the various various interfaces for being applicable to contact charging with mobile power source, including it is just not limited to thimble, the embodiment of the present invention Charging interface and charging thimble with label 24(25) mark.Infrared communications set 223, insertion is arranged in charging module 100 Mobile power source in charging module is preferably correspondingly arranged on infrared exchange device 310.Charging module 100 fills infrared communications set Infrared communication is formed between 223 and the infrared exchange device 310 of mobile power source transmits data pattern, the infrared communication dress of charging module Setting 223 includes infrared transmission module 22 and/or infrared receiving module 23, is provided with infrared communications set on mobile power source 300 310, infrared communications set 310 includes the infrared transmission module and/or infrared receiving module of mobile power source.The charging of mould group 100 Interface is mountable to charge independence control PCB, may also set up in mould group control mainboard 21, charging interface 24(25) it is installed on mould group Control mainboard 21.In some embodiments of the present invention, mobile power source leases equipment and passes through the mobile power source in charging module and its Between infrared communication mode transmit data, carry out sending and receiving instruction or obtain relevant information, the control module 21 of charged mould group Relevant information (is reported) to the mster-control centre or server transport for leasing equipment, completes the associative operation program for leasing equipment, Such as it charges, lease, give back, acquire and handles data, fault recognition or declare, safeguard.Charging module can only pass through charging Interface 24,25 charges to mobile power source.

In other embodiments, communication interface 29 may further be provided in charging module 100, the shifting being inserted into charging module Dynamic power supply is correspondingly arranged on communication interface, and connection forms logical between the communication interface of charging module and the communication interface of mobile power source Believe the transmission data pattern of interface.The transmission data pattern of communication interface is also achievable to be transmitted and received instruction or obtains relevant information, The control module 21 of charged mould group (reports) relevant information to the mster-control centre or server transport for leasing equipment, completes to rent By means of the associative operation program of equipment, for example, charge, lease, give back, acquire and handle data, failure is declared, is safeguarded.

Mobile power source charging module 100 is illustrated the present invention below by way of various embodiments or concrete application example The various functional structures for having or realizing, but it is not intended as the restriction of the scope of the present invention.The functional structure of various examples Different examples of implementation can be respectively combined into, the range that the present invention records is belonged to.It is related in embodiment and attached drawing 1-15 Specific charging module 100, the structure member that can be used as independent completion is removably mountable to mobile power source and leases equipment master Machine respectively charges (such as Fig. 5-12) in cabin, forms the multiple duplicate charhing units leased on device Host；It is also possible to by moving Power supply leases equipment setting at least partly structure, such as the shell 1 and/or top cover 17 etc. of charging module can be by leasing equipment The host cabin inner wall that respectively charges formed；Or 1000 host of equipment is leased by mobile power source, each charging module 100 is directly set, join According to Figure 13-15, it is arranged inside several installation cabins on host and limits storehouse roads 10, the end Cang Dao bottom corresponds to backboard 13, and Cang Dao can be with Vertically or horizontally or other directions, or in a manner of by other suitable constructions be configured at mobile power source lease it is each on device Host On duplicate charhing unit, and accordingly install or configure the various functional structures of the embodiment of the present invention.

The charging module of multiple interfaces is illustrated

In the embodiment of the present invention, interface is provided in the control mainboard 21 of charging module 100, the charging module is led to Believe interface and/or charging interface is contact interface, the mobile power source in mould group is correspondingly arranged matched contact interface；Charging The contact interface of mould group includes spring thimble or rigid interface.Rigid interface can be Type-C interface, Micro USB connects Mouth, Lightning interface, contact or DC interface etc..It can be correspondingly arranged a kind of on charging module/mobile power source or use simultaneously A plurality of types of interfaces, for example, be arranged simultaneously thimble (corresponding mobile power source contact) and USB interface (respectively interface male connector or Female), each interface is electrically connected with control mainboard 21.

Interface includes the charging interface to charge to mobile power source, may also include or does not include transmitting number between mobile power source According to communication interface.

Referring to Fig. 7-15, in some embodiments, mobile power source leases the charhing unit i.e. mobile power source charging mould of equipment Group 100 realizes that charging and/or communication, thimble can be tradition using thimble as a kind of interface using thimble-type charging module figure Elastic thimble or spring thimble, be also possible to not resilient rigid thimble interface.The charging module thimble of these embodiments Including the charging thimble 24,25 for charging to mobile power source, it may also include the communication top that data are transmitted between mobile power source Needle 29.Corresponding conductive contact is set on mobile power source, conducting is contacted between charging module thimble and realizes electrical connection or communication Connection.

The interface of charging module is also possible to other rigid interfaces, such as current Type-C interface, Micro USB on the market Interface, Lightning interface, contact or DC interface etc..Rigid interface does not have retractility or retractility smaller, and mobile power source exists When being inserted into charging module, the male connector and female of interface need to be docked accurately.In Fig. 5-6 illustrated embodiment, panel module control board 21 Upper setting USB interface male connector as the USB interface female grafting on charging interface 24(25), with mobile power source carry out charging and/ Or communication.

The interface of mould group 100 can separately be arranged same interface as communication interface 29, lead in addition to charging interface 24(25) Letter interface 29 can also share charging interface 24(25).The method class of data is transmitted by the method and thimble of interface transmission data Seemingly, all it is to connect (such as grafting or contact) between mould group interface and the interface of mobile power source to carry out data transmission, does not make herein It repeats.

In some embodiments, interface male connector is set to charging module 100 and interface female is set to mobile power source 300 On.Because female indent is not easily soiled in the surface of mobile power source, it is bad to can solve Plug contact to a certain extent The problem of.In addition, mobile power source structure can be simplified using rigid interface, save manufacturing cost.In order to make user lease shifting During dynamic power supply, if mobile power source is out of power, it can also charge to mobile power source, it is user-friendly, it is removed on general mobile power source One of mode that hard contact charges as charging module to mobile power source is outer, also needs to reserve another general-purpose interface simultaneously The mode to charge as user to mobile power source.And this reserved general-purpose interface, majority use Micro USB interface.If The interface for using rigid interface to charge as charging module to mobile power source, due to rigid interface inherently standard component, Without still further adding the interface for specializing in user's charging on mobile power source.

In order to improve the precision of rigid interface docking, also positioning and guiding further can be carried out to the male connector of interface, female It designs, designing in charging module 100 and mobile power source 300 has guiding-positioning structure, including location hole, positioning column, screw are solid One of structures such as fixed, guiding surface or a variety of combinations.As an implementation, referring to Fig. 5-6, the control of charging module Mainboard 21 processed is installed on module casing, the charging interface 24(25 being arranged in control mainboard 21) it is male connector, module casing 1 is corresponding Position opens up guide-localization hole, such as opens up guiding in the corresponding installation male connector of charging module end, that is, backboard 13 or thimble position and determine Position hole 110,130 (referring to Fig.1 0), is fixed on male connector or thimble precisely in hole.In some embodiments, referring to Fig. 7, charging The shell of mould group and 2 corresponding position of control mainboard of installation charging interface 24(25) form positioning column/location hole fit structure, example If the backboard 13 of charging module end forms positioning column 111 to the back-end, it is fixed to open up in control mainboard (or charge control PCB) 21 Position hole 211, installation when, matches positioning column with location hole, to improve the position of charge control PCB/ control mainboard and male connector Set precision.Positioning column/location hole interchanging positions it is arranged.The positioning column of positioning and guiding effect is also possible to be formed in mould group shell The screw pole top being arranged on body or mould group positioning column top end, such as the screw pole top position of fixed control mainboard 21 increase Add guiding and location structure, control mainboard 21 is positioned.

In some embodiments, referring to Fig. 8, the position of female interface is set on mobile power source 300, it can be in end face position Guiding surface 301 is installed, when docking male connector and female, male connector insertion position is guided by guiding surface 301.

In some embodiments, the Type-C interface of rigid interface, Lightning interface, contact interface, DC interface is all When being able to achieve positive and negative grafting, therefore using these types of interface, interface female may be provided at the center position of mobile power source end face, connect The male connector of mouth is arranged in charging module end (i.e. backboard) 13 corresponding position, and in this case, mobile power source 300 is able to achieve just It is counter to give back, the both forward and reverse directions of mobile power source when giving back can not be limited.In the case where using Micro USB interface, due to the interface It cannot achieve positive and negative grafting, if interface female is arranged in the center position of mobile power source end face, mobile power source is given back Direction needs to be restricted, and makes user that can not reversely give back mobile power source.If be not restricted to the direction of giving back of mobile power source, Interface female cannot be arranged in center position, and the side of mobile power source end face should be arranged in, and in the other side pair of end face The interface female of opposite direction should be set, while wherein one interface male connector of side corresponding position setting is in charging module end It can.No matter which up, can give back successfully and charge the mobile power source given back in this way.When thimble is as interface, charge mould Symmetric charge thimble can be set in group, charging equally can be achieved when anti-inserted, or automatically switch charging thimble by software control Or communication thimble.Charging module of the thimble as interface, it is general that at least two thimble is set, for charging and/or communicating.

Referring to the charging module of the multiple interfaces embodiment of Fig. 5-12, it is also configured with locking mechanism and unlocking structure, specifically Ground, charging module 100 include shell 1, sliding support 2, pin shaft sliding block 3, control module 21, detection components (not shown), cover board 17.It is the road accommodating cavity Ji Cang 10 inside shell 1, sliding support 2 is slidably mounted on the accommodating of shell 1 by pin shaft sliding block 3 Intracavitary, the lending of mobile power source, when giving back charging, sliding support 2 delivers mobile power source and passes in and out storehouse road 10.The front end Cang Dao is movement Power import is storehouse road junction 11.It is provided with pin shaft on pin shaft sliding block 3, for locking mobile power source 300.Sliding support 2 is in power Under the action of mechanism, sliding support 2 can be driven to move out, complete lending mobile power source 300.

Shell 1 limits storehouse road 10, for accommodating mobile power source, passing in and out for mobile power source, while being used as mobile power source 300 and existing The position completing charging in charging module 100 and communicating.1 front opening of shell is storehouse road junction 11 for mobile power source disengaging Cang Dao 10, door can be installed at storehouse road junction as needed.Shell 1 includes that the backboard 13(of shell end and mobile power source enter charging mould The depth of group is consistent, relatively positioned at the end of Cang Dao or mould group, with storehouse road junction 11), the shell two sidewalls road 12(Ye Weicang two sides Wall, parallel with mobile power source disengaging direction), the bottom 14 of shell and top cover 17(are corresponding with the front and back sides of mobile power source).By Backboard 13, two sidewalls 12 and bottom 14 surround internal storehouse road 10 jointly.Its dorsulum 13, two sidewalls 12 and bottom 14, The position of top cover 17 and setting are in contrast, can be accordingly arranged according to the shape difference of Cang Dao and shell.

Sliding rail 121 is provided on shell 1, for the motion guide of pin shaft sliding block 3, pin shaft sliding block 3 can be sliding along sliding rail 121 It is dynamic.Two sliding rails 121 are respectively arranged at 10 left and right sides of storehouse road, and close to the one end at storehouse road junction 11.Infrared communications set is installed 223 installation bin 120 is located at 121 other end of sliding rail close to storehouse road inside end, i.e. installation bin 120 and sliding rail 121 is located at Cang Dao The front and back end of side, installation bin 120 lean on the storehouse road junction 11 of front end close to the rear end Cang Dao, sliding rail 121.Certainly, sliding rail 121 and peace Binning 120 can also be replaced or is configured in other ways.Guide rail 18 is additionally provided on shell 1, guide rail 18 is opened in storehouse road 10 or shell The bottom wall of body, and up and down.The guide pad of 2 back of sliding support setting is pierced by downwards guide rail 18 to the bottom wall back side of shell 1 It is slidably matched along guide rail 18.

Backboard 13 offers guide-localization hole i.e. thimble via hole 130, and the thimble 24,25,29 being arranged in control mainboard 21 is worn It crosses thimble via hole 130 and protrudes into Cang Dao, realization charging and/or communication, thimble packet are contacted with the contact of mobile power source end in the road of storehouse Charging thimble 24,25 and communication thimble 29 are included, is contacted respectively with the conductive contact of mobile power source in the road of storehouse and is charged and/or passed Transmission of data.Communication thimble can be shared or be independently arranged with charging thimble.Preferably, thimble quantity is at least 2.As one kind compared with Good setting, the thimble of charging module include a pair of of charging thimble 24,25 and a pair of of communication thimble 29.

Control mainboard 21 is installed on the outside of charging module end i.e. 13 rear of backboard as shown in the figure, it can also be according to practical sky Between and be installed on mould group or mobile power source leases different location in equipment.

The charging module of two kinds of transmission data patterns

As one such embodiment, mobile power source lease equipment charging module include two kinds of transmission data patterns simultaneously It deposits or selects to be applicable in.One of which transmission data pattern is contact transmission data pattern, completes charging module and mobile power source Between transmit data.The interface of charging module includes communication interface at this time, and correspondingly, mobile power source is correspondingly arranged communication interface. It connects and carries out data transmission between the communication interface and mobile power source communication interface of charging module.

It is appreciated that charging interface 24(25 is optionally arranged in charging module 100), mould group charging interface 24(25) with Control mainboard 21 connects, and mobile power source is correspondingly arranged charging interface.Mould group charging interface 24(25) with the charging of mobile power source It connects and charges between mouthful.

Mobile power source leases the mster-control centre of equipment or server sends a command to the control module of charging module, charging The control module of mould group connect to transmit to the control module of mobile power source with power source communications interface by mould group communication interface Instruction, such as instruction mobile power source send mobile power source relevant information to mould group, at this point, mobile power source control module passes through communication Interface command information simultaneously sends the particularly relevant number executed instruction to charging module control module by power source communications interface According to, such as mobile power source relevant information is sent, charging module control module receives relevant information by mould group communication interface Data can be further transmitted to mster-control centre or server that mobile power source leases equipment, carry out data processing, including movement The confirmation of power supply relevant information declares failure etc., to complete the operation for giving back or lend mobile power source or progress failure is declared Deng other function can also be executed as needed.

Another kind transmission data pattern is the contactless transmission data pattern using previous embodiment.Contact transmits number It include that charging module is mobile electric to mobile power source transmission requirement according to the data that mode and/or contactless transmission data pattern are transmitted The instruction that source executes, and/or, charging module receives the result information executed instruction that mobile power source reports.

Specifically, contactless transmission data pattern and/or the data of contact transmission data pattern transmission include movement Power information or instruction.Mobile power source information includes but is not limited to the identity information or mobile power source status information of mobile power source. The mobile power source identity information includes mobile power source ID or SN code or other identity identification informations；The mobile power source state of transmission Information include portable power source electricity, power source temperature, charging current, access times, mobile power source power output functional switch state, One or more of mobile power source fault message, work state information of component of mobile power source.

The control module of charging module controls its contactless communication device, interface carries out data transmission or gives mobile power source Charging.The mobile power source being adapted to charging module is filled including control module and the contactless communication connecting with control module It sets, communication interface, charging interface.The control module of mobile power source controls contactless communication device, communication interface, charging interface Related work.The control module of mobile power source receives mould group control module hair by contactless communication device, communication interface The instruction sent simultaneously starts to execute dependent instruction, such as reports the information of mobile power source.The control module of mobile power source is set to shifting The single-chip microcontroller of dynamic power supply, control module includes memory space, and the information of the mobile power source is stored in the control of mobile power source It in the memory space of module, and is the contactless communication device and/or communication interface for sending mobile power source to by control module On, further received by the contactless communication device of charging module and/or communication interface.The information of mobile power source can be by Directly storage can also be obtained such as biological information and version number by the electronic component such as sensor or detecting element etc. of mobile power source It is stored after taking in the control module, the method that these acquisition methods use the prior art, therefore not to repeat here.In following embodiments When being carried out data transmission using infrared communications set, charging module/mobile power source control module is to respective infrared communications set Control it is identical as aforementioned contactless communication device.

Charging module be configured to the contactless transmission data pattern and the contact transmission data pattern with and deposit Or select applicable mode to execute and transmit data between the mobile power source in charging module and the road Mo Zucang, to realize charging mould Mobile power source where group leases equipment and executes associative operation program to the mobile power source in mould group.Contact transmits data pattern And/or the data of contactless transmission data pattern transmission include mobile power source information or instruction；Charging module and the road Mo Zucang The mode that data are transmitted between interior mobile power source is configured that

Contact transmits the random selection of any mode or the tournament selection of data pattern and contactless transmission data pattern Preferential principle carries out data transmission.

Contactless transmission data pattern is used by the contactless communication device of charging module, and/or, communication connects Mouth transmits data pattern using contact, reads mobile power source information, control module is further by the mobile power source information of reading It is sent to the mster-control centre of mobile power source leased equipment, returning for mobile power source is further completed by mster-control centre or server Also or lend program；Or

During completing to lease the associative operation program in equipment and mould group between mobile power source, preferably, non-contact Formula transmission data pattern and contact transmission data pattern are used for transmission identical data.

In as one embodiment, contactless transmission data pattern is that data pattern, charging are transmitted using infrared communication It is correspondingly arranged infrared communications set on mould group and mobile power source, instruction and mobile power source are carried and transmitted by infrared signal Relevant information.Infrared communications set includes infrared transmission module and infrared receiving module.Mobile power source leases the master control of equipment Center or server send a command to the control module 21 of charging module, and the control module 21 of charging module passes through infrared emission mould For block 22 to the infrared receiving module send instructions of mobile power source, instruction mobile power source sends mobile power source information to mould group, mobile Energy supply control module is received by infrared receiving module to be instructed and passes through infrared receiving of the infrared transmission module to charging module Block 23 sends the data of mobile power source relevant information, and charging module control module receives mobile power source by infrared receiving module The data of relevant information can be further transmitted to mster-control centre or server that mobile power source leases equipment, carry out at data Reason, including mobile power source identification, the confirmation of mobile power source relevant information, declare failure etc., so that achievable give back or lend The operation of mobile power source or progress failure are declared, and can also execute other function as needed.

As one embodiment, charging module is configured that infrared communication transmission data pattern and contact transmission data Mode with and deposit or select applicable principle come the data transmission that is configured between charging module and mobile power source.It is transmitted Data include mobile power source information or instruction.One of the identity information of mobile power source, version number, mobile power source status information Or it is a variety of.Transmission data include: the instruction that charging module sends instruction such as instruction transmission mobile power source information to mobile power source, And/or charging module receives the mobile power source information that mobile power source is sent.

The infrared receiving module 23 and infrared transmission module 22 of mould group are connect with control module 21, and charging interface and communication connect Mouth is electrically connected with control module 21.Control module 21 is set to mould group control mainboard.Control mainboard can be each charging module Independent control circuit board or the shared control circuit board of multiple mould groups, be also possible to be set to mobile power source and lease equipment In the corresponding main switchboard in mster-control centre, setting form is not construed as limiting.Correspondingly, the infrared communications set of mobile power source includes Infrared transmission module can also further comprise infrared receiving module；Mobile power source includes charging interface and communication interface, and charge mould The charging interface connection of the charging interface and mobile power source of group is charged.Between charging module and the communication interface of mobile power source Connection forms contact transmission data pattern, alternatively, between mould group infrared communications set and the infrared communications set of mobile power source Communication connection forms infrared communication transmission data pattern, and both of which can carry out data transmission, and mould group and mobile power source are mutual Between carry out sending/receiving instruction, can also carry out sending/receiving mobile power source information data or instruction execution result.

Infrared communication transmission data pattern and contact transmission data pattern with and deposit or select the principle being applicable in match It sets for the data transmission between charging module and mobile power source；Mobile power source information includes but is not limited to the identity letter of power supply One of breath, mobile power source status information are a variety of.Wherein, mobile power source status information includes but is not limited to mobile power source electricity Amount, power source temperature, charging current, access times, mobile power source power output functional switch state, mobile power source fault message, The work state information of the component of mobile power source.Identity information such as ID/SN code or other types identity identification information.The transmission Data include but is not limited to: charging module transmits the instruction that instruction sends mobile power source information to mobile power source, and/or, charging Mould group receives the mobile power source information that mobile power source is sent.

Charging module 100 can be configured to:

Contact between preferential selection charging module communication interface and mobile power source communication interface transmits data pattern, alternative red Outer communication transmitting data mode；Alternatively,

Preferential infrared communication transmits data pattern, and alternative contact formula transmits data pattern；Alternatively,

Data pattern is transmitted with contact between charging module and mobile power source and infrared communication transmits data pattern both of which And it deposits or any mode is random or election contest is transmitted preferential principle and carries out data transmission；Campaign for preferential mode The middle mode preferential principle for first completing data transmission.

The configuration of various transmission data patterns, is conducive to improve data transfer efficiency and reliability, improves mobile power source With the data transmission bauds and reliability between charging module (and then with lease equipment or server), improves mobile power source and return Also and efficiency and operating reliability are lent, prevent the equipment fault that cannot effectively give back or cannot lend mobile power source, promoted User experience.Have the charging module of two kinds of transmission data pattern configurations, effectively improves instruction reception and registration and information data transmission With the speed of identification, improves mobile power source and give back efficiency and reliability, once there is a kind of transmission data pattern failure, it can be immediately Start or be performed simultaneously second of transmission data pattern, makes to be carried out data transmission in time between equipment and mobile power source, if Standby or server can efficiently identify that mobile power source is rapidly given back or equipment or server can in time efficiently in time Communication acknowledgement is carried out between mobile power source, effectively lends mobile power source.

As preferred embodiment, referring to Fig. 7-15, the interface of charging module uses thimble, including connect with control module 21 Charging thimble 24,25 and communication thimble 29, correspondingly, the interface of mobile power source is contact, to being applied to charging and communication, number Amount corresponds to.Several thimbles are arranged in charging module, preferably, at least two thimble.In some embodiments, a pair of of communication can be used Thimble 29 between the contact of mobile power source for carrying out data transmission, the relevant information data of transmission instruction or mobile power source； It is used to contact with the contact of mobile power source using a pair of charging thimble 24,25 and charge to mobile power source.Mobile power source leases equipment Charging module further include the infrared communications set 223 being connect with control module 21, infrared communications set 223 includes infrared emission Module 22, infrared receiving module 23, wherein infrared receiving module 23 is for receiving the infrared communications set being arranged on mobile power source The data that 310 infrared transmission module is sent, infrared transmission module 22 are used to that infrared communications set 310 to be arranged on mobile power source Infrared receiving module send instruction, pass through infrared communications set transmission instruction or mobile power source relevant information data or instruction Implementing result.

Mobile power source leases the mster-control centre of equipment or server sends a command to the control module 21 of charging module, fills The control module 21 of electric mould group contacts to form thimble contact contacting type transmission data with the contact of mobile power source by communication thimble Mode indicates that mobile power source sends the relevant information of mobile power source, mobile power source to mould group to mobile power source transport of instruction information Control module receives command information by contact and communicates the thimble contact contacting type formed between thimble with mould group by contact Transmission data pattern to charging module control module send mobile power source relevant information data or execute instruction as a result, charging Mould group control module receives the data of mobile power source relevant information by thimble, and is further transmitted to mobile power source and leases and set Standby mster-control centre or server, carry out data processing, the confirmation including mobile power source identity information to complete give back or Lending service.

Further, charging module includes infrared communications set, and mobile power source is also correspondingly arranged infrared communications set, infrared Carry out data transmission between communication device, the identification of mobile power source when completing to lease or give back.Specifically, mobile power source, which is leased, sets Standby mster-control centre or server sends a command to the control module 21 of charging module, and the control module 21 of charging module passes through Infrared transmission module 22 indicates that mobile power source sends mobile power source to mould group to the infrared receiving module send instructions of mobile power source Information, mobile power source control module receive command information by infrared receiving module and pass through infrared transmission module to charging module Infrared receiving module 23 send mobile power source relevant information, charging module control module receives shifting by infrared receiving module The data or mobile power source of dynamic power supply relevant information execute command result information, and are further transmitted to mobile power source and lease equipment Mster-control centre or server carry out data processing, the confirmation etc. including mobile power source identity information completes mobile power source It gives back or lends.

Above-mentioned mould group communication thimble contacts the thimble contact contacting type to be formed transmission data pattern with mobile power source contact, or Person, the mode of the infrared communication transmission data between mould group infrared communications set and the infrared communications set of mobile power source, two kinds Mode can carry out data transmission, and execute transmission/reception instruction and transmission/reception mobile power source information data.Charging module can It is configured that

Thimble contact contacting type between preferential selection charging module communication interface and mobile power source communication interface transmits data mould Formula, alternative infrared communication transmit data pattern；Alternatively,

Preferential infrared communication transmits data pattern, and alternative thimble contact contacting type transmits data pattern；Alternatively,

Data pattern is transmitted with thimble contact contacting type between charging module and mobile power source and infrared communication transmits data pattern Both of which is simultaneously deposited or any mode is random or election contest is transmitted preferential principle and carries out data transmission；It campaigns for excellent The mode preferential principle of data transmission is first completed in first mode.

Thimble-type is leased in the charger mould group of equipment, transmits data pattern with thimble contact contacting type and infrared communication passes The above-mentioned configuration of transmission of data mode both of which is in favor of improve data transfer efficiency and reliability, namely improves mobile power source With the data transmission bauds and reliability between charging module (and then with lease equipment or server), improves mobile power source and return Also and efficiency and operating reliability are lent, prevent from effectively giving back or cannot lending the equipment faults such as mobile power source, promoted User experience.Once there is a kind of transmission data pattern failure, it can start or be performed simultaneously second of transmission data pattern immediately, Make to carry out data transmission in time between equipment and mobile power source, it is quick that equipment or server can efficiently identify in time mobile power source Lent or given back or carried out other operations in ground.

Second of transmission mode can also be started, as the detection to data transmission device after the transmission of the first data. And mould group then transfers data to equipment or server in the first time for reading data, so that realizing is ensuring mobile power source While giving back and lend efficiency, detection data transmitting device simultaneously timely feedbacks fault message, and notice operation maintenance personnel is safeguarded in time Equipment.

Have the charging module of two kinds of transmission data pattern configurations, effectively improves data transmission bauds, improve mobile power source Efficiency and reliability is given back or lends, a kind of transmission mode failure can start immediately or be performed simultaneously second of transmission mode, make Equipment obtains mobile power source information in time, identifies mobile power source, is rapidly given back or lent.

On the other hand, have the charging module of two kinds of transmission data pattern configurations, be both applicable to thimble-type charging module Mobile power source lease equipment, directly more mold changing group can realize that old money only has the rent of thimble contact contacting type transmission data pattern By means of the upgrading of equipment, upgrade to have infrared communication transmission the trendy of data pattern lease equipment.Meanwhile having two kinds of biographies Transmission of data mode charging module leases equipment, has both been applicable in giving back or lending for the mobile power source with infrared communication function, together Shi Shihe only has giving back and lending for the old money mobile power source of interface communication transmission data pattern, such as is equally applicable to old money It is provided only with the mobile power source of contact.To effectively solve used equipment update, old money mobile power source continue to be applicable in it is new and old The problem of leasing equipment.

In a kind of concrete application embodiment, data pattern is transmitted using infrared communication and thimble contact contacting type transmits number According to mode, reading mobile power source information in program is lent in mobile power source, then reported to by mould group control module 21 and lease equipment Or server, from server or leases the equipment mobile power source specifically lent of confirmation and send the finger of pop-up mobile power source to mould group It enables, mobile power source is popped up by mould group.

User sends mobile power source lease request, server to server by barcode scanning first when leasing mobile power source The request is received, the identity code of equipment is leased according to the request mobile power source, and order equipment reports mobile power source One of mobile power source information, the including but not limited to identity information of mobile power source, version number, mobile power source status information or It is a variety of；Mobile power source status information includes but is not limited to portable power source electricity, power source temperature, charging current, access times, movement Power supply power output functional switch state, mobile power source fault message, mobile power source component work state information in one Kind is several.The identity information of mobile power source can be ID or SN code or other kinds of identity identification information.Equipment master control Each charging module of central command reports above- mentioned information, and each charging module control communication thimble and/or infrared communications set read and move Dynamic power supply above- mentioned information, and it is reported to equipment mster-control centre.It can default and first pass through thimble reading, thimble reads failure, then leads to Cross infrared reading；Or infrared reading is first passed through, infrared reading information failure, then read by thimble.To guarantee to lend or give back Efficiency may be configured as guaranteeing to read mobile power source information at the first time.

Mould group is sent to mobile power source by communication thimble and/or infrared communications set and requires to report mobile power source information Instruction, mobile power source receive instruction by contact and/or infrared communications set and send mobile power source relevant information, mould to mould group Group control module crosses communication thimble and/or infrared communications set receives the relevant information of mobile power source, is further transmitted to and leases The mster-control centre of equipment, the above-mentioned mobile power source information reporting that equipment mster-control centre reports mould group is to server, service Device receives above-mentioned mobile power source information, and carries out comprehensive descision, selects the best mobile power source of integrated condition, notifies equipment master control The mobile power source is popped up at center processed, the control module 21 of the charging module where mobile power source when user takes mobile power source away, The information reporting equipment mster-control centre that mobile power source is successfully lent further reports server and from server to user institute Mobile terminal transmission lease successful information, and mobile power source is leased into successful information and reports server.

In other application embodiment, when mobile power source be encrypted state, when lending can also using infrared communications set and/ Or communication thimble transmission data are used to require the finger of decryption mobile power source power output function specifically for transmission to mobile power source It enables and reads the result of mobile power source decryption: leasing equipment confirmation when mobile power source and lend the mobile power source and movement electricity Source is encrypted, at this point, data pattern and/or thimble contact contacting type transmission data pattern starting electricity can be transmitted by infrared communication Energy output function decryption program, mould group control module 21 control the infrared communications set of mould group and/or communicate thimble to mobile electricity The instruction of source transmission decryption mobile power source, the control module of mobile power source are mobile by infrared communications set or contact receiving and deciphering The instruction of power supply, and control mobile power source and be decrypted, the information of the implementing result of mobile power source decryption can be further by red Outer communication transmitting data mode and/or thimble contact contacting type transmission data pattern are from mobile power source to mould group execution result back Information, that is, mobile power source solution confidential information, finally by mould group pop-up decryption after mobile power source, power output function decryption program In, such as one of data transfer mode causes mobile power source decryption unsuccessful, this kind of mode can not transmit decryption instructions or nothing Method reads mobile power source solution confidential information, then another data transfer mode can be switched and send decryption instructions, starting mobile power source electricity Energy output function decryption program simultaneously feeds back decrypted result, while to server feedback fault message, and notifies operation maintenance personnel, or After person's operation maintenance personnel knows fault message by background server, scene can be arrived and confirm specific failure problems, for particular problem Equipment or mobile power source etc. are overhauled.Wherein, infrared and thimble transmission data can configure in the following manner:

The instruction that thimble transmission decryption mobile power source can be first passed through instructs failure as thimble transmits decryption mobile power source, then passes through Infrared communications set transmission decryption mobile power source instruction；Or infrared communications set transmission decryption mobile power source instruction is first passed through, Decryption mobile power source instruction failure is such as transmitted by infrared communications set, then decryption instructions are transmitted by thimble.It can certainly Both it by thimble, in two ways and is deposited or any one mode is transmitted or first Successful transmissions person is preferential election contest also by infrared Principle.

In a kind of concrete application embodiment, data pattern is transmitted using infrared communication and/or thimble contact contacting type passes The mode of transmission of data mode, for reading mobile power source information, such as ID/SN code of the identity information including interpretation mobile power source, together When be used for reporting fault information, concrete operations are as follows:

1, method: during mobile power source is lent or is given back, no matter two ways whether failure, can according to pre-set programs elder generation Data are transmitted with interpretation mobile power source information by thimble and infrared communications set afterwards.

2, act on: whether checking thimble and infrared communications set failure, such as faulty reading is less than information, then by the situation It timely feedbacks to server, so as to operation maintenance personnel on-call maintenance.

3, interpretation sequence: thimble interpretation mobile power source information can have both been first passed through, then had been believed by infrared communications set interpretation Breath can also first pass through infrared communications set interpretation information, then pass through thimble interpretation mobile power source information:

If A, mobile power source information can be read by thimble and infrared communications set, illustrate thimble and infrared communication The equal normal operation of device.

If B, read by thimble less than mobile power source information, mobile power source letter can be read by infrared communications set It ceases such as identity information (such as ID/SN code), and the information reporting server that will be read, while thimble is read into the knot less than information Fruit feeds back to server, to notify operation maintenance personnel to repair in time to equipment.

If C, read by infrared communications set less than mobile power source information, mobile power source information is read by thimble Such as identity information (such as ID/SN code), and the information reporting server that will be read, while infrared communications set being read less than letter The result of breath feeds back to server, and server carries out subsequent feedback processing, to notify operation maintenance personnel to carry out in time to equipment Maintenance.

If D, read by thimble and infrared communications set less than mobile power source information such as identity information (such as ID/SN Code), then the fault condition (such as fault type) is reported to server, server carries out subsequent feedback processing, to notify Operation maintenance personnel in time repairs equipment.

In a kind of concrete application embodiment, data are transmitted using infrared communication transmission data pattern and communication thimble contact Mode, for mobile power source give back in program read mobile power source information include but is not limited to mobile power source identity information such as ID/SN code, while it being used for reporting fault information, specific method can be by one of following three kinds:

Method one: server is uniformly controlled equipment progress mobile power source information judging by leasing equipment

Lease equipment and the order of giving back received fed back into server, server instruct again lease equipment make it is corresponding dynamic Make.Mobile power source return process is as follows:

User by mobile terminal or by giving back button and be inserted into mobile power source in mobile power source storehouse road 10 in equipment, or Person is directly inserted into mobile power source in mobile power source storehouse road 10, issues the order for giving back mobile power source, leases equipment and receive this Order, and sends a command to server, and server receives this and gives back order, and issues instruction notification and lease equipment and first pass through Thimble interpretation mobile power source identity information such as ID/SN code, then (such as by infrared communications set interpretation mobile power source identity information ID/SN code), alternatively, first passing through infrared communications set interpretation mobile power source identity information (such as ID/SN code), then sentenced by thimble It reads mobile power source identity information (such as ID/SN code)；

A, such as equipment can read mobile power source identity information (such as ID/SN code) by thimble and infrared communications set, then set Standby that mobile power source identity information (such as ID/SN code) is reported to server in the first time for reading information, server receives The identity information (such as ID/SN code) of mobile power source, while being inquired according to the identity information (such as ID/SN code) received to application Family gives back successful information to the corresponding mobile terminal transmission of the user, user is reminded to give back success.

B, such as equipment can only read identity information (such as ID/SN code) by thimble or infrared communications set, then equipment will The identity information (such as ID/SN code) read is reported to server, while reporting the information that breaks down, server root to server The corresponding user of the mobile power source is inquired according to the mobile power source identity information (such as ID/SN code) received, it is corresponding to the user Mobile terminal transmission give back successful information, remind user to give back success, at the same receive record fault message and carry out it is corresponding after Continuous processing feedback.

C, such as equipment is read by thimble or infrared communications set less than identity information (such as ID/SN code), then equipment to Server reporting fault information, user can such as be sent a telegraph customer service by other equipment, other Cang Dao or other modes and solve mobile electricity Problem is given back in source.

For the equipment of leasing of thimble structure, it can be contacted by thimble with the contact of mobile power source and read mobile power source body Part information (such as ID/SN code) therefore may be configured as preferentially reading identity information (such as ID/SN code) by thimble, then by infrared Communication device interpretation mobile power source identity information (such as ID/SN code) guarantees successfully read mobile electricity in poor contact of contacts It goes on stage as a last-minute understudy in time when source identity information (such as ID/SN code), read and reports mobile power source identity information (such as ID/SN code).In addition, In Under the premise of ensuring to lease and giving back mobile power source efficiency, read in the case where thimble is worked normally yet by infrared communications set Information is conducive to check the working condition of infrared communications set, so as to when finding that infrared communications set is problematic at any time Background server is reported, notifies that related personnel follows up maintenance in time.

It is of course also possible to which first passing through infrared communications set reads mobile power source identity information (such as ID/SN code), then pass through top Needle is read, or in the case where thimble failure, only reads identity information by infrared communications set, or fill in infrared communication In the case where setting failure, identity information is only read by thimble.

Method two: equipment is leased by the program that server is preset and carries out mobile power source information judging, and will mobile electricity Source give back as a result, and the fault condition of thimble or infrared communications set report server: set in advance to leasing by server It is standby to set respective logic program, it leases equipment and voluntarily carries out sentencing for identity information (such as ID/SN code) according to the program preset It reads, need to only report and give back result to server, the instruction without server carries out identity information (such as ID/SN code) interpretation. Process is as follows:

User, which issues, gives back order, and equipment receives order, according to the good program of equipment internal preset, to for currently giving back movement Mould group control module where the storehouse road of power supply issues the instruction for reporting ID/SN information, mould group control module order thimble and red Outer communication device reads ID/SN information according to particular order and (can be order thimble and first read ID/SN information, infrared communication dress Postpone reading ID/SN information or order infrared communications set first read ID/SN information, thimble reads ID/SN information again),

A, such as thimble and infrared communications set can read ID/SN information, then thimble and infrared communications set will be read ID/SN information reporting gives mould group control module, and mould group control module gives ID/SN information reporting to equipment mster-control centre, master control Center processed receives ID/SN information, and inquires corresponding user according to the ID/SN information received, to the corresponding movement of the user Successful information is given back in terminal transmission, is reminded user to give back success, will be given back successful mobile power source relevant information and be reported to service Device；

B, such as both thimble or infrared communications set only one can successfully read ID/SN information, then mould group control module receive ID/SN information simultaneously sends the ID/SN information to equipment mster-control centre, while by fault information reporting mster-control centre, master control Center processed inquires corresponding user according to the ID/SN information received, gives back success to the corresponding mobile terminal transmission of the user Information reminds user to give back success, while receiving record fault condition, and will give back successful mobile power source relevant information, with And the fault condition of thimble or infrared communications set is reported to server and carries out subsequent processing feedback；

C, such as thimble or infrared communications set can not both identify mobile power source ID/SN information, and mould group control module can not be by Mobile power source ID/SN information is received according to pre-set programs, then mould group control module sends mobile power source to control centre and gives back mistake The information lost, equipment mster-control centre receive the information for giving back failure, issue the user with the prompt for giving back failure.

Method three: equipment is leased according to internal mounted software in advance and voluntarily carries out ID/SN information judging, and will be related Mobile power source give back as a result, and the fault condition of thimble or infrared communications set report server: ID/SN letter will be finished writing in advance The software installation of breath interpretation program is leased in equipment to mobile power source, and equipment reads ID/SN according to the program of the software defined Information.Control program implantation is leased in equipment, and unlike method two, method is second is that equipment is connected by establishing with server It connects, and interpretation is carried out for its logic set according to server, and logical program here is then to be implanted directly into mobile power source It leases in equipment.Other interpretation processes are identical as method two.

The read method of mobile power source other information can be used above-mentioned interpretation mobile power source identity information method it is identical or Similar method is read out and uploads, and this will not be repeated here.

In short, leasing between the charging module of equipment and mobile power source in mobile power source, need to carry out various data transmission When, the data transmitted include but is not limited to relevant information, fault message, the various command informations etc. for transmitting mobile power source, Zhuo Data pattern is transmitted using contact and/or infrared communication transmits data pattern, with the two and is deposited, contact transmission data mould Formula is passed as priority scheme or alternative, infrared communication transmission data pattern as priority scheme or alternative, contact Transmission of data mode/infrared communication transmission mode is random or first completes preferential election contest principle etc., is matched according to specific needs It sets., can also be by communication interface work in conjunction with infrared receiving module or infrared transmission module as a kind of example, such as mould group Communication interface sends instruction, and the infrared receiving module of mould group receives the infrared signal of mobile power source relevant information；Alternatively, mould group Infrared sending module sends instruction, and the communication interface of mould group receives the signal of mobile power source relevant information；Correspondingly, mobile power source On communication interface or infrared communications set matched with mould group.

As a kind of preferred version, the communication interface of charging module and mobile power source uses thimble contact communication interface, top Needle is contacted with contact realizes data transmission.Infrared communications set includes infrared transmission module and infrared receiving module.

Charging module 100 when lending or giving back mobile power source, the infrared communications set of charging module and mobile power source with And the data transfer mode between communication interface (specifically communication thimble) is as hereinbefore, mobile power source passes through communication interface And/or after infrared communications set receives instruction, communication interface and/or infrared communications set are passed through by the control module control of power supply To the relevant information of mould group transmission mobile power source.Mobile power source identification when to complete mobile power source lending or give back, most Mobile power source confirmation lending eventually or given back.

In the various embodiments described above, control module (control mainboard) 21 is the control centre of entire charging module, each function part Part is electrically connected with control module 21.Microprocessor in control module 21 comprising data transfer components, one or more.It is controlling Under the control of module 21, each functional unit orderly works according to the instruction of control module 21.Control module 21 and shifting simultaneously The self-service mster-control centre's connection for leasing equipment of dynamic power supply, carries out data communication between mster-control centre.Mobile power source is self-service The mster-control centre for leasing equipment can be computer installation either main switchboard.

Control module 21 is set in the control mainboard of mould group, is given the same reference numerals, and control module 21 is mountable to fill Outside electric mould group, it is mountable to the internal or external of shell 1, is fixed on outer wall, or is installed on self-service lease of mobile power source and sets Standby interior any suitable location.

In following each embodiments, emphasis describes the specific implementation and application of infrared communication mode, but in various embodiments The mode of contact transmission data pattern (or thimble contact contacting type transmission data pattern) can be configured simultaneously according to the above method, it is former It manages same as the previously described embodiments, does not repeat below.

The location structure of charging module infrared communications set

For the precision for improving Infrared Transmission, infrared communications set 223 is protrusively provided in 20 one end infrared control PCB.Ginseng According to Fig. 5-12 to be mounted on infrared control PCB 20 with the infrared communications set 223 of Figure 15, charging module, and infrared communication fills It is close with corresponding infrared communications set 310 on the mobile power source being located in the road of storehouse as far as possible to set 223.100 storehouse road four of charging module Week, top or bottom can at least install an infrared communications set 223.Infrared communications set 223 is set to infrared control PCB On 20, be preferably protrusively provided in one end of PCB 20, be arranged towards storehouse road 10, with close in the road of storehouse mobile power source it is infrared Communication device 310 shortens the distance of optical signal transmission, so that signal transmission is more acurrate reliable.

For the positioning accuracy for improving infrared communications set, and then the precision of infrared induction is improved, it is fixed that charging module is provided with The location structure of position infrared communications set, infrared control PCB 20 are installed by positioning column/location hole and are located in module casing 1 On, specifically, PCB location hole 201 is set, and positioning column 101, location hole is arranged in corresponding position on shell on infrared control PCB 20 201 is corresponding with the positioning column 101 being set in mould group, and the diameter of location hole 201 may be slightly larger than the outer of mould group positioning column 101 Diameter, and be adapted with positioning column 101, therefore, location hole 201 can be fastened on the positioning column 101 of mould group, realize the essence of PCB 20 Determine position, the assembling of process easy to produce.The quantity of positioning column and positioning hole and position be arranged according to specific needs one or It is multiple.In a specific example, positioning column 101 is set in the installation bin 120 of following infrared control PCB 20.PCB 20 is positioned Hole 201 is fastened on positioning column 101, can also be reinforced PCB 20 on positioning column 101 by screw, further realize PCB in mould Stationary positioned in group 100.Further to support positioning infrared control PCB 20, several baffles are additionally provided in charging module 105 and several confined planes 106, in some embodiments, what baffle 105 and confined planes 106 were arranged by 101 side of positioning column Stretching, extension wall is formed, alternatively, baffle 105 and confined planes 106 or independent stretching, extension wall construction, are used to support the red of top Outer control PCB 20.Following 120 structures of installation bin, partition 102, opening 103 and the setting of PCB 20 and matching relationship, can be into The positioning of one step reinforcement infrared communications set 223.

The interference structure against sunshine of charging module and mobile power source

To prevent interference of the external light to infrared communications set, charging module 100 of the present invention and/or mobile power source 300 On be further provided with interference structure against sunshine.The interference structure against sunshine includes at least one of flowering structure: with infrared logical The mode that T unit is protected from light inwardly is mounted on the shell of charging module, isolation installation bin is arranged, installation bin is isolated in setting partition With Cang Dao, setting light barrier, setting infrared communications set hemi-closure space or setting filter sheet structure.

Specifically, the interference structure against sunshine includes at least one of flowering structure:

The position of the infrared communications set corresponding infrared communications set on mobile power source in the road of storehouse is arranged；

One end close to infrared communications set, the side against ambient light incidence, are provided with light barrier on module casing, be used for every From with keep out ambient light irradiation infrared communications set；

Infrared communications set is installed on the hemi-closure space formed on shell, and hemi-closure space is reserved for infrared signal transmission Outlet；

The optical filter is set on the shell of charging module, and infrared communications set is located at optical filter rear；Optical filter is set to red In outer light transmission path, infrared light is received after optical filter filters by intended recipient module in transmission process.

In certain embodiments, infrared communications set is set to infrared control PCB, the infrared control PCB installation In on the shell of charging module.It is appreciated that infrared communications set of the invention can also directly be satisfied with storehouse road surrounding, bottom top surface Any suitable location, infrared communications set 223 are electrically connected with control module 21, without setting PCB 20, such as directly with red Outer tube installation.

In the present embodiment, PCB 20 is installation infrared communications set 223, realizes infrared communications set 223 and control module 21 electrical connection, PCB 20 are fixed in mould group 100 in a manner of inwardly by infrared communications set, i.e. one without infrared communications set It faces outwardly, has the one side i.e. front of infrared communications set inwardly i.e. towards the side of backlight, to reduce external light to infrared logical The interference of T unit.Infrared control PCB installation bin 120 is provided on module casing 1, specifically on the shell of charging module 1 It is provided with partition 102, partition 102 is for separating the storehouse road 10 that PCB installation bin 120 is passed in and out with mobile power source.Among partition 102 Equipped with opening 103, the infrared communications set 223 being arranged on infrared control PCB is stretched out from the opening 103 towards storehouse road 10 close to storehouse The infrared communications set 310 of mobile power source in road.

Infrared communications set 223 is provided projectingly on 20 plate of PCB, helps to be further reduced in 20 installation passage of PCB Light interference, meanwhile, so that infrared communications set 223 in mould group passes in and out Cang Dao closer to mobile power source, shorten optical signal The distance of transmission, so that signal transmission is more acurrate reliable.

In other embodiments, infrared communications set 223 is asymmetric is provided projectingly in one end close to PCB, cooperation Opening 103 among partition 102, helps to realize the positioning of PCB 20, it is ensured that infrared control PCB 20 is only when without infrared logical The one side of T unit upward when could successfully be mounted in mould group 100, thus prevent in assembling process mistake by the face-up phase of PCB Reverse group dress aggravates the problem of light interferes, and plays the role of anti-mounted, raising packaging efficiency.

Partition 102 limits the installation bin 120 with the corresponding wall surface of module casing.As a kind of specific embodiment, mould group 100, on 10 both sides of mobile power source storehouse road or one side for being parallel to mobile power source disengaging direction, are arranged perpendicular to infrared control PCB 20 partition 102.Referring to Fig. 5-7, the setting of vertical 20 ground PCB of partition 102, PCB 20 is horizontally installed on the top of positioning column 101 Portion.Positioning column 101 is set in installation bin 120, is vertically disposed on module casing bottom 14.It is appreciated that the partition 102 and installation bin 120 may also set up in the front and back end of the shell of charging module at least one end, wherein front end corresponds to mobile power source Into the storehouse road junction of mould group, rear end corresponds to mould group end (i.e. backboard) side.The partition 102 and installation bin 120 are also provided at At least one side at charging module top or bottom, the top cover of corresponding module casing corresponding with the front and back sides of mobile power source in the road of storehouse 17 and bottom 14.Correspondingly, infrared control PCB 20 is securable to Cang Dao or shell two sides, front and back end, bottom or top, setting Cang Dao or shell two sides, front and back end, bottom surface or top surface are correspondingly arranged in the infrared communications set 223 on infrared control PCB 20 In at least side at least one end or at least one side.

In the side close to one end of infrared communications set 223, ambient light incidence or towards 11 side of storehouse road junction, mould group shell It is provided with light barrier 104 on body 1 to be isolated and keep out ambient light irradiation infrared communications set 223, light is avoided to interfere.Specific example In, the light barrier 104 both perpendicular to PCB 20 and partition 102 is equipped with below PCB, light barrier 104 is close to infrared communications set 223 one end (front end or one end close to storehouse road junction 11), can be separately provided, may also set up on positioning column, according to specific sky Between and arrange.Another supporting baffle 105 is set in the other end of 104 rear of light barrier, infrared communications set 223, may be disposed at Positioning column baffle is used as on positioning column.The bottom 140 that supports (or positioning column) baffle 105, light barrier 104 and the two connected, Partition 102 and PCB 20 enclose jointly constitutes a hemi-closure space, the outlet 103 of infrared signal transmission is only reserved, thus effectively The interference of shielding isolation ambient light.It is further provided with confined planes 106 in installation bin 120, can be by other positioning column sides Face forms stretching, extension wall, and confined planes are formed on top, further support and limit PCB 20, to be more accurately located infrared communication Device 223.

Also settable optical filter, was used between mobile power source infrared communications set 310 and mould group infrared communications set 223 Interference light is filtered, infrared signal transmission is made by the interference of other light, not improve signal and transmit accuracy rate.Such as Fig. 8 and Figure 11-14, In some embodiments, optical filter may be disposed at the front end of mobile power source infrared communications set 310, may also set up in mould group The front end of infrared communications set 223, or the front (reference of the infrared communications set of mobile power source and charging module is set simultaneously Figure 13-15).Optical filter is between mobile power source and the infrared communications set of mould group, the infrared light of infrared communications set sending It is just received by the receiver after filter filters.Infrared light is in transmission process by intended recipient module after optical filter filters It receives.In the charging module 100 of Fig. 5-12, (infrared communications set 223 and storehouse can be located in 223 front of infrared communications set In road between the infrared communications set of mobile power source) setting optical filter.3-15 referring to Fig.1, mobile power source are leased in equipment 1000, Infrared communications set 223 is set to the end inside storehouse road 10, the front end storehouse road backboard shell of infrared communications set 223 (or end End housing) it is correspondingly arranged on optical filter 26, infrared communications set 223 is located at 26 rear of optical filter.It is arranged in mobile power housing There is optical filter 306, infrared communications set 310 is located at optical filter rear.Mobile power source is inserted into inside the road of storehouse from setting top is leased End in place after, mobile power source end setting 310 end face Cang Dao of infrared communications set setting infrared communications set 223, it is infrared with mobile power source that the optical filter 26 of the front end setting of infrared communications set 223 is located at mould group infrared communications set 223 Between communication device 310.Mobile power source give back it is in place after, optical filter 26,306 is opposite, be located at mould group infrared communications set 223 with Between mobile power source infrared communications set 310, interference optical signal has been filtered by optical filter in infrared signal transmission process.

In some embodiments, referring to Fig. 8, infrared communications set 310 is set in mobile power housing, in infrared induction Infrared induction window 330 is set in the corresponding mobile power housing of the transmission channel of signal.Infrared communications set 310 is located at infrared Incude 330 inside of window or rear.Optical filter has can be set in window 330, and after mobile power source is given back in place, optical filter is located at mould Between group infrared communications set 223 and mobile power source infrared communications set 310, for filtering external interference light.In other realities It applies in example, window 330 may be alternatively provided as transparent window, and window inner side is additionally provided with electricity or status indicator lamp, on rear side of window When internal infrared communications set 310 does not work, window 330 is displayed for portable power source electricity or mobile power source locking shape State.For example, mobile power source 300 is arranged are as follows: when shaking mobile power source 300, the green light that window 330 appears is always on, and indicates that electricity fills Foot；Green light flashes, and indicates not enough power supply.When infrared communications set 310 works, it is not used in display electricity or mobile power source locking The infrared signal of state, mobile power source or the transmitting of mould group can pass through transparent window and be received by corresponding receiving module.

In other embodiments, mobile power housing is also upper is arranged two windows, is used separately as the interference of filtering ambient light Optical filter window 330 specifically is set, positioned at the infrared induction signal of mobile power source infrared communications set 310 with display electricity In transmission channel, while another window of setting display electricity or mould group state can be also chosen whether as needed.

The anti-plug antistructure of charging module and mobile power source

The mobile charging mould group 100 with contactless communication device of the embodiment of the present invention, is filled using contactless communication Reading information is set, rapid reaction is sensitive, and information is read accurately, is not easy to be disturbed；Further, it from user experience, is tying Anti-plug antistructure is optimized on structure and Electronic Design, so that user is when giving back mobile power source no matter from which face or which end It is inserted into mobile power source, can successfully be given back, sufficiently promotion user experience, while improving and giving back efficiency.

In the embodiment of the present invention, the position that charging module is arranged in contactless communication device and/or communication interface is full Foot: with its front and back sides, either side face up, and/or is inserted into Cang Dao with the direction of the either end of its front and back end inwardly for mobile power source It is interior, it is formed between the contactless communication device of charging module and the contactless communication device of mobile power source described contactless Data pattern is transmitted, and/or, contact is formed between the communication interface of charging module and the communication interface of mobile power source transmits number According to mode.In certain embodiments, contactless communication device is arranged in the position of charging module and includes:

Charging module include a contactless communication device be set to charging module Cang Dao either side or any surface or The center position of either end, the mobile power source of adaptation include that at least one contactless communication device is set to mobile power source On the either side of opposite sides or the central point of any surface of opposing sides or the either end of opposite end.

At this point, any surface court for only needing to meet mobile power source with its front and back sides is arranged in the interface of mould group and mobile power source It is corresponding between the charging/communication interface in the direction insertion storehouse road road Nei Shiyucang upper, and/or with the either end of its front and back end inwardly Contact conducting.Generally, interface may be disposed at the road Mo Zucang or mobile power source front and back end, can concentrated setting or scattering device, can Positioned at center or two sides.

As one embodiment, the infrared communications set of charging module and/or communication interface are located at passes in and out with mobile power source At least side, storehouse road bottom top surface at least one side or the front and back end Cang Dao at least one end in the parallel two sides Cang Dao in direction, infrared communication The quantity of device and/or communication interface is at least one；The position of charging module is arranged in infrared communications set and/or communication interface Set satisfaction: either side face up and/or is inserted into storehouse with the direction of the either end of its front and back end inwardly with its front and back sides for mobile power source Infrared communication, which is formed, in road, between the infrared communications set of charging module and the infrared communications set of mobile power source transmits data mould Formula, and/or, contact is formed between the communication interface of charging module and the communication interface of mobile power source transmits data pattern.Institute The data for stating transmission include mobile power source information.Mobile power source information include mobile power source identity information (such as ID or SN code), One of mobile power source status information, the work state information of mobile power source or its component, fault message are a variety of.Mobile electricity Source status information includes electricity, power source temperature, charging current, cycle-index, access times and the accumulative offer of mobile power source One of charging service duration or remaining service duration, the encryption of mobile power source power output function or decrypted state are several Kind.The transmission data include: the instruction that charging module transmits instruction transmission mobile power source information to mobile power source, and/or, it fills Electric mould group receives the mobile power source information that mobile power source is sent.

Referring again to Fig. 5-10, as a kind of specific embodiment, the two sides in the mobile power source storehouse road 10 of charging module are equal Provided with infrared communications set 223.Each infrared communications set 223 is equipped with infrared transmission module 22 and infrared receiving module 23. The two sides of mould group 100 are correspondingly provided with infrared control PCB 20, which is located in the two sides of mould group by positioning column 101, red Outer communication device 223 is protrusively provided in 20 side PCB and protrudes into bulkhead apertures 103.Mobile electricity compatible with charging module The corresponding position in source 300 also increases infrared communications set 310, and infrared communications set 310 is set at left and right sides of mobile power source In side.Infrared induction window 330(Fig. 8 can be further arranged in the position that infrared communications set 310 is arranged on mobile power source), The transmitting module and receiving module of mobile power source infrared communications set can pass through infrared communications set in the window 330 and mould group Receiving module 23 and transmitting module 22 are corresponding, to realize sending and receiving for signal between mobile power source 300 and mould group 100.

Mobile power source is anti-inserted in order to prevent causes to give back unsuccessfully, in the present embodiment, at left and right sides of mobile power source wherein Side is equipped with an infrared communications set 310, and 100 the right and left of mould group is correspondingly arranged two infrared communications sets 223.Work as user When random selection one side gives back mobile power source 300 upward, since no matter the infrared communications set 310 on mobile power source is located at which Side can succeed it is corresponding with the infrared communications set 223 in mould group, therefore, mould group 100 can successfully read mobile power source letter Breath, realization are given back.

In other embodiments, it is also possible to mobile power source left and right side and 2 infrared communications sets 310, mould group 100 is set The side of the left and right sides is correspondingly arranged 1 infrared communications set 223.

Two infrared communications sets 310 are arranged in 1-12 referring to Fig.1, another embodiment, 300 upper and lower surface of mobile power source, An infrared communications set 223, i.e. module casing top cover 17(Fig. 9 is arranged at least one 100 upper and lower surface of mould group) or bottom 14 It is correspondingly arranged an infrared communications set 223.Alternatively, an infrared communication is arranged in the one side in 300 upper and lower surface of mobile power source Device 310, the top and bottom of mould group are respectively correspondingly arranged an infrared communications set 223.

In other embodiments, mobile power source 300 front end or rear end (relative to mobile power source disengaging Cang Dao direction and Speech) respectively one infrared communications set 310 of setting, mould group end corresponding position (the end backboard 13 opposite with storehouse road junction 11) are arranged One infrared communications set 223.Alternatively, an infrared communications set 310, mould group end is arranged in the front end of mobile power source or rear end 1 infrared communications set is respectively set at backboard 13 or mobile power source entrance, that is, storehouse road junction 11.In this way, no matter which is face-up by user Or which end can give back mobile power source inwardly, mobile power source, which leases equipment, can successfully read information.

3-15 referring to Fig.1, in another embodiment of the present invention, it is downward Table top type structure that mobile power source, which leases equipment, this The charging module of embodiment is directly to open up each storehouse road 10 on host, each storehouse road 10 is right by leasing the setting of 1000 host of equipment 100 structure of charging module is answered, storehouse road junction 11 is located at the top of equipment, and road surrounding inner wall in storehouse respectively corresponds the two of aobvious charging module Side and top and bottom corresponding with mobile power source tow sides, storehouse road junction 11 and opposite end 13 are by side as shown in the figure Upper and lower ends are located at for position, correspond to the front-end and back-end of charging module.In the present embodiment, the two of charging module end While an infrared communications set 223 is respectively set, mould group end is additionally provided with charging thimble 24,25 and communicates thimble 29, two A infrared communications set 223 is located at thimble two sides, and is all set in the same end 13 of mould group.Mobile power source front end is corresponding One infrared communications set 310 and contact corresponding with thimble quantity and position are set, when mobile power source tow sides can not It distinguishes in the ground insertion road mould Zu100Cang 10, it is on the left of the infrared communications set 310 of mobile power source front end face and the end Cang Dao or right The infrared communications set 310 of side forms induction cooperation, carries out data transmission；Corresponding contact is led between charging thimble and charging contact It is logical, it can be used for charging to mobile power source, communication thimble 29 contacts to form thimble contact contacting type transmission data mould with corresponding contact Formula can be used for data between mobile power source and transmit.Thimble contact contacting type transmits data pattern, infrared communication transmits data pattern Configuration method it is identical as previous embodiment, therefore not to repeat here.

In other embodiments, the center of mobile power source 300 can also be arranged in infrared communications set 310, that is, moves On the cornerwise crosspoint of power supply, in corresponding position i.e. mould group top surface corresponding with mobile power source front and back sides in charging module 100 Center or mould group bottom center, at least one infrared communications set 223 is accordingly set, in this way when where no matter user face Above, mobile power source 300 is inserted into mould group 100 by which end inwardly, can successfully give back mobile power source, and sufficiently raising is given back convenient Property, promote user experience.

At this point, charging interface/communication interface of mobile power source can also be correspondingly arranged in mobile power source front/rear end, charge mould The end 13 of the settable charging module of charging interface/communication interface of group.Mobile power source no matter which end be inwardly into Cang Dao after, mould Conducting is contacted between group and the interface of mobile power source carries out charging and/or data transmission.

When mobile power source 300 is inserted in place in mobile power source storehouse road 10, the control mainboard 21 of charging module controls charging Infrared transmission module 22 in mould group sends the first optical signal to mobile power source 300, the infrared receiving module on mobile power source 300 23 receive optical signal, which, which is fed back to the control module inside mobile power source, (can be mobile power source single-chip microcontroller or control Wiring board), mobile power source control module receives the optical signal, controls the infrared transmission module on mobile power source and sends carrying shifting Dynamic power information, the identity information of mobile power source, version number, mobile power source status information (including portable power source electricity, power supply temperature Degree, charging current, access times, mobile power source power output functional switch state, mobile power source fault message, mobile power source The work state information of component) one of or the second a variety of etc. optical signals to the infrared receiving module 23 in charging module, Infrared receiving module 23 in charging module receives the optical signal and reads data, and this is fed back to the control in charging module Mainboard, control mainboard 21 can communicate information to mobile power source and lease equipment mster-control centre or send server to, thus Complete the identification of mobile power source information.The infrared transmission module and receiving module of mobile power source are set to infrared communications set 310 In.

By using the anti-plug antistructure of above-mentioned various embodiments between charging module and mobile power source, user can be by movement Power supply from any end or it is any one successfully give back mobile power source up, promote user experience.Prevent mobile power source not by Giving back according to correct direction causes to give back failure problem, it is ensured that no matter which face-up or which end can successfully be returned mobile power source inwardly Also, user experience is promoted.

The contactless communication device being arranged in the charging module and mobile power source of the embodiment of the present invention, preferably using packet Include the infrared communications set of infrared receiving group and infrared emission mould group.Mobile power source 300 is equipped at least one infrared communication Device 310 is correspondingly arranged at least one infrared communications set 223 in charging module 100.Preferably, mobile power source 300 is equipped with At least one infrared communications set 310 is correspondingly arranged at least two infrared communications sets 223 in charging module 100.

In the embodiment of the present invention, the setting of the infrared communications set 223 of charging module and the infrared communication of mobile power source Between device 310 can multidigit ordinatedly send and receive data, thus realize mobile power source no matter which up or which end inwardly Signal conduction between corresponding infrared transmission module and infrared receiving module can be achieved, control mainboard can successfully read mobile power source Information executes and gives back the operation of mobile power source, in charging module and mobile power source 223/310 position of infrared communications set include but Be not limited to: may be provided at the left and right sides of mobile power source or at least side or at least one side in upper and lower surface or rear and front end or At least side or at least one side being also correspondingly arranged at least on one end, in charging module in left and right sides, top bottom surface or front and back end Or at least on one end；Alternatively, the central symmetry of at least one side in six face of mobile power source can also be arranged in infrared communications set On point, charging module is also equipped at least one on the corresponding position of infrared communications set after mobile power source insertion charging module Infrared communications set.This setting cooperation other structures adjustment, it can be ensured that mobile power source no matter which up or any end equal energy inwardly Successfully give back mobile power source.Or when being arranged 1 on the central symmetry point that mobile power source descends the wherein one side in two sides on it A infrared communications set, charging module also when 1 infrared communications set is arranged in the corresponding position of corresponding top surface or bottom surface, are somebody's turn to do Setting equally may be implemented mobile power source fixed one side upward in the case where, no matter any end can successfully give back inwardly it is convenient Effect；When 1 infrared communications set is arranged on the central symmetry point that mobile power source descends the wherein one side in two sides on it, charge For mould group also when 1 infrared communications set is respectively arranged in the corresponding position of corresponding top and bottom, which then can be achieved movement No matter which holds the convenient effect where can give back inwardly or successfully up to power supply.It as a same reason, can be in mobile power source and charging Corresponding other faces of mould group or end are arranged accordingly, realize the convenient effect that above-mentioned mobile power source is given back.

It should be noted that infrared signal has certain radiation scope, as long as the distance of infrared transmitter and receiver In the radiation scope of infrared signal, even if then the infrared transmitter and receiver of mobile power source and charging module do not have in position Have stringent face, the successful transmitting-receiving of same achievable infrared signal, therefore, " corresponding position " or " being correspondingly arranged " including The position of the range of effective radiation of infrared signal.

The convenience given back if do not considered mobile power source, infrared communications set on mobile power source and charging module only need to be with It is intended to some corresponding position and is respectively arranged 1, and ensures that mobile power source is given back according to assigned direction.

Infrared communications set 310 can also be located at one end i.e. the 2 of front end that mobile power source is introduced into mould group, it is ensured that mobile No matter which is face-up for power supply, and the infrared communications set 223 of mould group can successfully read ID/SN signal, carry out data transmission.

To realize the convenient effect given back of mobile power source, when infrared communications set is not arranged in mobile power source or charging module When on the central symmetry point of respective face, the quantity of infrared communications set is also settable as follows:

When at least one infrared communications set is arranged on mobile power source, at least two infrared communication dress is correspondingly arranged in charging module It sets；When setting at least two on mobile power source, charging module is correspondingly arranged at least one.It preferably, is that 2 are arranged in charging module It is a, 1 is arranged on mobile power source, because the quantity of charging module is few compared to mobile power source quantity very much, this setting can be reduced Corresponding production design efforts would, the maintenance and maintenance of post facility of being also more convenient for.

Symmetrically or asymmetrically it is arranged on mobile power source and charging module in short, infrared communications set can be, quantity It can be 1,2 or more respectively, as long as can reach mobile power source gives back convenience requirement.Such as it can be in mobile power source Upper surface by the middle position of left side and the middle position of side of keeping right of lower surface, 1 infrared communications set is respectively set, The upper surface of charging module by left side middle position or lower surface side of keeping right middle position be correspondingly arranged 1 it is red Outer communication device, mobile power source also may be implemented, and no matter which which face-up end can successfully give back mobile power source inwardly.It needs to infuse Meaning, when the asymmetric setting of the infrared communications set on mobile power source, the infrared communications set in charging module also needs root Corresponding infrared communications set setting is carried out according to the position where infrared communications set after mobile power source insertion mould group.

In some embodiments, charging module 100 be equipped with thimble, mobile power source 300 be equipped with hard contact, thimble with The contact of hard contact can be achieved that the function of mobile power source ID/SN information is charged and/or transmitted to mobile power source.

Increase infrared communications set between charging module of the present invention and mobile power source, carries out Infrared Transmission letter between each other Thus breath completes the identification of mobile power source ID/SN information and the reading of other information, overcomes the prior art since thimble is old Change and cause to read the problem of information fails with hard contact poor contact, improves information recognition efficiency and mobile power source Efficiency is given back, saving is given back the time, and user experience is promoted.

The location structure of infrared communications set PCB is arranged in the present invention, including infrared communications set PCB asymmetric design helps PCB is anti-loaded during preventing tooling, improves packaging efficiency.Infrared communications set 223 is provided projectingly on PCB 20, is simultaneously risen To the light interference reduced on the channel PCB and the effect for shortening infrared signal transmission distance, it is ensured that infrared signal transmission is more Accurately and reliably.PCB positioning column 101 and confined planes 106 help to realize the accurate positioning of PCB, it is ensured that infrared logical in mould group The control of 223 position of T unit is installed.

In the above embodiment of the present invention, by the way that infrared communications set 223 to be provided projectingly on PCB 20, shorten mould group Infrared communications set and infrared communications set distance on mobile power source 300, improve the accuracy rate of signal transmission on 100.

In the above embodiment of the present invention, it is buckled to, no by the interference structure against sunshine of setting infrared communications set, including PCB Combination with baffle is arranged；It more specifically include that setting, positioning column baffle 105, light barrier 104, positioning column are buckled to by PCB 20 The setting of bottom, PCB partition 102 that baffle is connected with light barrier, and it is provided projectingly on infrared communications set 223 close to Cang Dao PCB 20 one end, formed infrared induction signal exclusive transmission channel, effectively block ambient light entrance, reduce infrared letter Number transmission ambient light interference.

The charging interface and/or communication interface being arranged in charging module, such as thimble, Type-C interface, Micro USB connect Mouth, Lightning interface, contact or DC interface etc., it is corresponding with the charging interface and/or communication interface being arranged on mobile power source Be adapted, according to specific design needs, settable one or more groups of charging interfaces, for charge to mobile power source or with shifting Data transmission between dynamic power supply.

In other embodiments, infrared communications set could alternatively be other wireless communication apparatus and carry out information communication, should Wireless communication apparatus uses contactless communication technology, such as Infrared Transmission, Bluetooth transmission, NFC technique, WiFi technology, RFID Technology etc., charging module 100 carry out information communication with the contactless communication device that is correspondingly arranged of corresponding mobile power source 300, It realizes the information mutual communication between charging module and mobile power source, improves information transmission, the efficiency for reading and identifying and mobile electricity Efficiency is given back in source, and saving is given back the time, promotes user experience.Those skilled in the art are according to infrared communication dress in above-described embodiment It sets to realize installation and the contactless communication device of charging module 100 and corresponding mobile power source 300 is arranged.As a kind of reality Apply example, charging module 100 is provided with the installation bin 120 of installation contactless communication device 223, charging module it is described non-contact Formula communication device 223 is with the position setting of the corresponding contactless communication device 310 on mobile power source 300 in storehouse road 10. Partition 102, the storehouse that partition 102 passes in and out contactless communication device 223 and mobile power source are provided on the shell 1 of charging module Road 10 separates and limits installation bin 120, setting opening 103, opening of the contactless communication device 223 from partition on partition 102 103 highlightedly close to the storehouse road 10 of mobile power source disengaging.Charging module 100 and mobile power source with contactless communication device 300 other embodiments, the embodiment that those skilled in the art are referred to above-mentioned infrared communications set is realized, is not gone to live in the household of one's in-laws on getting married herein It states.

Technological means in the various embodiments described above can be incorporated into the embodiment of transformation, belong to the invention discloses Range.

Server described in the above various embodiments can be traditional server or Cloud Server.

In the description of the present invention, it is to be understood that, term " length ", " width ", "upper", "lower", "front", "rear", The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to limit of the invention System.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.In the description of the present invention, the meaning of " plurality " is two or more, Unless otherwise specifically defined.

In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " fixation " etc. Term shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be mechanical connect It connects, is also possible to be electrically connected or can transmit the connection of data；It can be directly connected, the indirect phase of intermediary can also be passed through Even, the connection inside two elements or the interaction relationship of two elements be can be.For those of ordinary skill in the art For, the specific meanings of the above terms in the present invention can be understood according to specific conditions.

"a" or "an" mentioned in description of the invention or claims etc. includes two kinds of one or more feelings Condition, except explicitly pointing out only one situation.For example, word " infrared communications set " may include, and it is considered as packet It includes, multiple infrared communications sets.Similarly, " two " that mention in specification or claims or " two " include two or two The two kinds of above situations, except explicitly pointing out only two situations.Sometimes, it may include word in claims and specification Language such as " multiple ", " one or more " or "at least one", however in such limit, are not meant to and not It should be construed as to imply that, cannot be envisioned for multiple.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, it should belong to scope of the present application；Protection scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. a kind of mobile power source charging module, including shell, it is provided on shell for accommodating mobile power source, being filled for mobile power source The Cang Dao of electricity and disengaging, it is characterised in that: the charging module further includes control module and what is connect with control module non-connect Touch communication device, charging module are non-by being arranged on the contactless communication device and the mobile power source in insertion storehouse road Connection forms contactless transmission data pattern between contact communication device, to realize in charging module and the road Mo Zucang Data are transmitted between mobile power source.

2. mobile power source charging module as described in claim 1, it is characterised in that: the contactless communication device includes red One or more of outer communication device, Bluetooth communication device, NFC communication device, WIFI communication device, RFID communication device； The contactless communication device packet receiving module of charging module, the transmitting of the contactless communication device for receiving mobile power source The data of module transfer；The contactless communication device of charging module further includes transmitting module, for connecing to the non-of mobile power source The receiving module of touch communication device transmits data.

3. mobile power source charging module as claimed in claim 2, it is characterised in that: the mobile power source charging module further includes The communication interface connecting with control module, charging module are logical by being arranged in communication interface and the mobile power source being inserted into the road of storehouse It is connected between letter interface and forms contact transmission data pattern；

4. mobile power source charging module as claimed in claim 3, it is characterised in that: the movement in charging module and the road Mo Zucang The mode that data are transmitted between power supply is configured that

5. mobile power source charging module as claimed in claim 4, it is characterised in that: contact transmits data pattern and/or non- The mobile power source status information of contact transmission includes portable power source electricity, power source temperature, charging current, access times, mobile electricity One of source power output functional switch state, mobile power source fault message, work state information of component of mobile power source Or it is several；Contactless transmission data pattern and contact transmission data pattern transmit identical data；The movement of the transmission Power information is to be sent to contactless communication device and/or communication interface by mobile power source control module；

It is described transmission data instruction include:

Charging module control module transmits instruction mobile power source control module to mobile power source control module and sends mobile power source letter The instruction of breath；Or

6. mobile power source charging module as claimed in claim 3, which is characterized in that the charging module uses contactless biography Data are transmitted between mobile power source in transmission of data mode and/or contact transmission data pattern and the road Mo Zucang, to realize Operation sequence include:

7. mobile power source charging module as claimed in claim 3, which is characterized in that the charging module includes and control module The charging interface of connection, the charging interface of charging module for be electrically connected between the charging interface of the mobile power source in the road of storehouse with It charges to mobile power source；The communication interface and/or charging interface of the charging module are contact interface, the shifting in mould group Dynamic power supply is correspondingly arranged matched contact interface；The contact interface of charging module includes spring thimble or rigid interface.

8. mobile power source charging module as claimed in claim 7, it is characterised in that: rigid interface includes rigid thimble, Type- One or more of C interface, Micro USB interface, contact interface, Lightning interface or DC interface；The control mould Block is set to the control mainboard of charging module；The communication interface and/or charging interface of charging module are set in control mainboard；It fills Formed between ejector pin contact point contact and/or contact between the interface of electric mould group and the interface of the mobile power source in mould group contact and/ Or it is contacted between interface male connector female, to realize that charging module transmits number to mobile power source charging or between mobile power source According to；The shell of charging module is provided with the guiding-positioning structure of assembly communication interface and/or charging interface, the guide-localization knot Structure include guide-localization column, guide-localization hole, screw fix, one of card slot, guiding surface structure or a variety of.

9. mobile power source charging module as claimed in claim 3, which is characterized in that the communication interface of the charging module is top Needle；The communication thimble of charging module contacts to form thimble contact contacting type transmission data pattern with the contact of mobile power source.

10. mobile power source charging module as claimed in claim 3, which is characterized in that contactless communication device and/or communication The position that charging module is arranged in interface meets: mobile power source is with either side face up for its front and back sides, and/or with its front and back end In the direction insertion storehouse road of either end inwardly, the contactless communication device of charging module and the contactless communication of mobile power source The contactless transmission data pattern is formed between device, and/or, the communication interface of charging module and the communication of mobile power source Contact is formed between interface transmits data pattern.

11. mobile power source charging module as described in claim 1, which is characterized in that contactless communication device setting is being filled The position of electric mould group includes:

12. the mobile power source charging module as described in any one of claim 1~11, which is characterized in that described contactless Communication device is RFID communication device, the contactless transmission data pattern correspond to the RFID communication device of charging module with Induction connection forms RFID communication transmission data pattern between the RFID communication device being arranged on mobile power source in the road of storehouse；Charging Mould group be configured to RFID communication transmission data pattern and contact transmission data pattern with and deposit or select and is applicable Mode transmits data between the mobile power source in charging module and the road Mo Zucang to realize；The data include mobile power source Information or instruction.

13. the mobile power source charging module as described in any one of claim 1~11, which is characterized in that described contactless Communication device is infrared communications set, the contactless transmission data pattern correspond to the infrared communications set of charging module with Connection forms infrared communication transmission data pattern between the infrared communications set being arranged on mobile power source in the road of storehouse；Charging module Be configured to infrared communication transmission data pattern and contact transmission data pattern by and deposit or select it is applicable in a manner of, Data are transmitted between the mobile power source in charging module and the road Mo Zucang to realize；The infrared communications set of charging module includes Infrared receiving module transmits data between the transmitting module for the infrared communications set of mobile power source；Charging module it is red Outer communication device further includes infrared transmission module, is passed between the infrared receiving module for the infrared communications set of mobile power source Transmission of data；The data include mobile power source information or instruction.

14. mobile power source charging module as claimed in claim 13, which is characterized in that the shifting in charging module and the road Mo Zucang The mode that data are transmitted between dynamic power supply is configured that

Contact transmits data pattern and transmits data pattern simultaneously with infrared communication and deposit；Or

15. mobile power source charging module as claimed in claim 14, which is characterized in that the interface of charging module includes 2 or 2 A above thimble；The charging interface of charging module is charging thimble, and the communication interface of charging module is communication thimble；It is described to connect Touch transmission data pattern is that the communication thimble of charging module contacts the thimble contact contacting type to be formed with the contact of mobile power source Transmit data pattern；The mode that data are transmitted between mobile power source in charging module and the road Mo Zucang is configured that

16. mobile power source charging module as claimed in claim 13, which is characterized in that the charging module further includes against sunshine dry Structure is disturbed, interference structure against sunshine includes: to shorten the liftoff setting infrared communications set of infrared signal transmission distance, fill with infrared communication The mode being protected from light inwardly is set to be mounted on the shell of charging module, isolation installation bin, setting partition isolation installation bin and storehouse is arranged One of road, setting light barrier, setting infrared communications set hemi-closure space or setting optical filter are a variety of.

17. mobile power source charging module as claimed in claim 13, which is characterized in that

The optical filter is set on the shell of charging module, and infrared communications set is located at optical filter rear；Optical filter is set to red In outer light transmission path, infrared light is received after optical filter filters by intended recipient module in transmission process；

Infrared communications set is set to infrared control PCB, and the infrared control PCB is installed on the shell of charging module；It is described Infrared control PCB is fixed positioned in the shell of charging module by location structure；The location structure includes positioning column/location hole Fit structure, screw stationary positioned structure, confined planes support location structure, one of card slot location structure or a variety of.

18. mobile power source charging module as claimed in claim 13, which is characterized in that the infrared communication of the charging module fills Set and/or communication interface be arranged in the position of charging module and meet: mobile power source with either side face up for its front and back sides and/or with In the direction insertion storehouse road of the either end of its front and back end inwardly, the infrared communications set of charging module and the infrared of mobile power source are led to The infrared communication transmission data are formed between T unit, and/or, the communication interface of charging module and the communication of mobile power source connect Contact is formed between mouthful transmits data.

19. mobile power source charging module as claimed in claim 13, which is characterized in that the shifting in charging module and insertion storehouse road The configuration mode of formation infrared communication transmission data includes: between dynamic power supply

20. a kind of mobile power source leased equipment, including mster-control centre, which is characterized in that the mobile power source leased equipment is also Mobile power source charging module including several as described in any one of claim 1-19；The control module of each charging module with Mster-control centre's connection.

21. a kind of mobile power source, including shell and the intracorporal battery core of shell, control module and charging interface, which is characterized in that The mobile power source further includes contactless communication device；Battery core, contactless communication device and the charging of mobile power source Mouth is electrically connected with the control module of mobile power source respectively；The charging interface of mobile power source is used for and charging module where mobile power source Charging interface connection and realize give mobile power source charging；The contactless communication device of mobile power source is used for and charging module Data are transmitted between contactless communication device forms contactless communication transmission data pattern；The control module control movement The contactless communication device of power supply transmits data to charging module.

22. mobile power source as claimed in claim 21, which is characterized in that the contactless communication device includes infrared communication One or more of device, Bluetooth communication device, NFC communication device, WIFI communication device, RFID communication device；Mobile electricity The contactless communication device packet receiving module in source is passed for receiving the transmitting module of contactless communication device of charging module Defeated data；The contactless communication device of mobile power source further includes transmitting module, for leading to the contactless of charging module The receiving module of T unit transmits data.

23. mobile power source as claimed in claim 22, which is characterized in that the mobile power source further includes connecting with control module Communication interface, connect between the communication interface being arranged in the charging module where mobile power source and form contact Transmit data pattern；The contact communication device of the control module control mobile power source transmits data to charging module；It is described Mobile power source be configured into the contactless transmission data pattern and the contact transmission data pattern with and deposit or select Applicable mode, which is realized, transmits data between mobile power source and charging module where it；

It includes instruction and/or mobile electricity that contact, which transmits data pattern and/or the data of contactless transmission data pattern transmission, Source information；The control module of mobile power source executes the instruction received, and/or executes and refer to the transmission of the control module of charging module The result information of order, and/or mobile power source information is transmitted to the control module of charging module.

24. mobile power source as claimed in claim 23, which is characterized in that contact transmits data pattern and/or contactless The mobile power source information for transmitting data pattern transmission includes the identity information of mobile power source, version number, mobile power source status information One of or it is a variety of；The mobile power source status information of transmission includes portable power source electricity, power source temperature, charging current, use Number, mobile power source power output functional switch state, mobile power source fault message, mobile power source component working condition letter One or more of breath；Contactless transmission data pattern and contact transmission data pattern transmit identical data；

25. mobile power source as claimed in claim 23, which is characterized in that the communication interface and/or charging of the mobile power source Interface be contact interface, the contact interface include thimble, Type-C interface, Micro USB interface, contact interface, One or more of Lightning interface or DC interface；The control module is set to single-chip microcontroller or the control of mobile power source Wiring board.

26. mobile power source as claimed in claim 25, which is characterized in that the interface of mobile power source is contact, charging module Interface includes charging thimble and/or communication thimble, and the contact of mobile power source contacts realization charging with the charging thimble of charging module Mould group charges to mobile power source, and the contact of mobile power source contacts to form thimble contact contacting type biography with the communication thimble of charging module The mode of transmission of data；The contact is 2 or 2 or more.

27. mobile power source as claimed in claim 23, which is characterized in that contactless communication device and/or communication interface are set Set in the position of mobile power source satisfaction: mobile power source is with either side face up for its front and back sides, and/or with the either end of its front and back end Direction inwardly is inserted into the storehouse road of corresponding charging module, and the contactless communication device of mobile power source and the non-of charging module connect The contactless transmission data pattern is formed between touch communication device, and/or, the communication interface and charging mould of mobile power source Contact is formed between the communication interface of group transmits data pattern.

28. mobile power source as claimed in claim 21, which is characterized in that contactless communication device is arranged on mobile power source Position include:

29. the mobile power source as described in any one of claim 21~28, which is characterized in that the contactless communication device For RFID communication device, the RFID communication device of mobile power source is for transmitting data between charging module RFID communication device.

30. the mobile power source as described in any one of claim 21~28, which is characterized in that the contactless communication device For infrared communications set；The infrared communications set of mobile power source includes infrared transmission module, for filling where mobile power source Data are transmitted between the receiving module of the infrared communications set of electric mould group；The infrared communications set of mobile power source further includes infrared connects Module is received, transmits data between the infrared transmission module of the infrared communications set for the charging module where it.