CN110298976A - The charging module of mobile power source leased equipment and its data transmission method between mobile power source - Google Patents

The charging module of mobile power source leased equipment and its data transmission method between mobile power source Download PDF

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Publication number
CN110298976A
CN110298976A CN201910695039.2A CN201910695039A CN110298976A CN 110298976 A CN110298976 A CN 110298976A CN 201910695039 A CN201910695039 A CN 201910695039A CN 110298976 A CN110298976 A CN 110298976A
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CN
China
Prior art keywords
power source
mobile power
module
related data
leased equipment
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201910695039.2A
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Chinese (zh)
Inventor
袁冰松
张鹏程
庄琼鹰
唐保明
叶小毅
余伟铬
李德明
郑晓伟
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shenzhen Laidian Technology Co
Original Assignee
Shenzhen Laidian Technology Co
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Filing date
Publication date
Application filed by Shenzhen Laidian Technology Co filed Critical Shenzhen Laidian Technology Co
Publication of CN110298976A publication Critical patent/CN110298976A/en
Pending legal-status Critical Current

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
    • G07F15/006—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity dispensed for the electrical charging of other devices than vehicles
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
    • G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
    • H02J7/0044—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction specially adapted for holding portable devices containing batteries
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
    • H02J7/0045—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction concerning the insertion or the connection of the batteries

Abstract

The present invention is suitable for mobile power source and leases field, the charging module for providing a kind of mobile power source leased equipment and its data transmission method between mobile power source.The charging module of the mobile power source leased equipment, the infrared transmission module being electrically connected including control module and respectively with control module, infrared receiving module, communication thimble, at least one anode charging thimble and at least one cathode charging thimble.The application reduces the case where data transmission fails to a certain extent.And after mobile power source leased equipment and mobile power source improve, it can be compatible with old mobile power source leased equipment and mobile power source, old mobile power source is set to use in the mobile power source leased equipment of the application, the mobile power source of the application can use in old mobile power source leased equipment, economical and efficient, save the cost avoids the wasting of resources.

Description

The charging module of mobile power source leased equipment and its data between mobile power source pass Transmission method
Technical field
The invention belongs to mobile power source lease field more particularly to a kind of mobile power source leased equipment charging module and its Data transmission method between mobile power source.
Background technique
Mobile power source leased equipment used in mobile power source rental service often requires to be equipped with charging module, and charge mould Group is that mobile power source leased equipment is the main function components that mobile power source carries out charging and data transmission.Compare on the market at present Common scheme is that hard contact is arranged on the end face of mobile power source, passes through by the way that elastic thimble is arranged in charging module The mode that elastic thimble is in contact with hard contact is completed charging module and is transmitted to the charging of mobile power source and data.
The setting of elastic thimble includes positive pole thimble and power cathode thimble necessary to completing charging, while Including one or two communication thimble.The charging hard contact of positive pole thimble and power cathode thimble and mobile power source is just Cathode corresponds contact, completes charging.And communicate thimble and also contacted with the communication hard contact of mobile power source one-to-one correspondence, it is complete It is transmitted at data.This data transfer mode theoretically transmission speed is fast, high reliablity.But in actual use, due to The hard contact of mobile power source usually exposes to outside the shell of mobile power source, becomes easily infected by during leasing use upper different Object, once the hard contact of mobile power source be infected in upper foreign matter or mobile power source leased equipment storehouse road have foreign matter blocked thimble with Normal contact of mobile power source hard contact etc., is just easy to cause elastic thimble that can not effectively contact with hard contact；In addition, Mobile power source leased equipment and mobile power source use for a long time will lead to thimble and hard contact oxidation, aging, make thimble and gold Belong to poor contact between contact, so that will affect charging module receives the data that mobile power source is sent.Above-mentioned two situations all can After causing mobile power source to be returned to mobile power source leased equipment, mobile power source leased equipment can't detect, and does not identify and gives back Mobile power source can not end automatically so as to cause backstage order, can persistently deduct fees, cause customer complaint, cause to market bad Influence the problem of.
Again due to completing charging module to mobile power source in such a way that elastic thimble is in contact with hard contact at present The mobile power source leased equipment and mobile power source of charging and data transmission are largely launched, at present all mobile electricity on the market Source leased equipment and mobile power source are all this forms.Therefore mobile power source leased equipment is returned in solution mobile power source Afterwards, while the problem of mobile power source leased equipment can't detect, not identify the mobile power source given back, it is necessary in view of moving It is compatible with old mobile power source leased equipment and mobile power source after dynamic power supply leased equipment and mobile power source improve, make old movement Power supply can use in mobile power source leased equipment after improvement, and mobile power source can make in old mobile power source leased equipment after improvement With.
Summary of the invention
The purpose of the present invention is to provide a kind of mobile power source leased equipment, the charging module of mobile power source leased equipment, Mobile power source, mobile power source leased equipment charging module and mobile power source between data transmission method, mobile power source leases Method and mobile power source give back method, it is intended to solve mobile power source lease after mobile power source is returned to mobile power source leased equipment While the problem of equipment can't detect, and not identify the mobile power source given back, also solution mobile power source leased equipment and movement After power supply improves, the problem compatible with old mobile power source leased equipment and mobile power source.
In a first aspect, the present invention provides a kind of charging module of mobile power source leased equipment, including control module and point The infrared transmission module that is not electrically connected with control module, infrared receiving module, communication thimble, at least one anode charging thimble and At least one cathode charging thimble, wherein
Infrared receiving module is used to receive the mobile power source dependency number that the infrared transmission module being arranged on mobile power source is sent According to；
The infrared receiving module that infrared transmission module is used to be arranged on mobile power source, which is sent, reads mobile power source dependency number According to instruction；
At least one anode charging thimble and at least one cathode charging thimble are respectively used to and are arranged on mobile power source At least one positive charging contact and the contact of at least one cathode charging contact to mobile power source to charge；
The communication hard contact that communication thimble is used to be arranged on mobile power source, which is sent, reads mobile power source related data Instruction and the mobile power source related data for receiving the communication hard contact transmission being arranged on mobile power source；
Control module is for controlling starting communication thimble, infrared transmission module and infrared receiving module simultaneously or successively to read Take mobile power source related data；Alternatively, control module is for controlling starting infrared transmission module and infrared receiving module to read Mobile power source related data, or control starting communication thimble is to read mobile power source related data.
Second aspect, the present invention provides a kind of mobile power source leased equipments, including mobile electricity as described in relation to the first aspect The charging module of source leased equipment.
The third aspect the present invention provides a kind of mobile power source, including control module and is electrically connected with control module respectively Infrared transmission module, infrared receiving module, communication hard contact, at least one positive charging contact and at least one cathode Charging contact, wherein
Infrared receiving module is used to receive the infrared transmission module hair being arranged in the charging module of mobile power source leased equipment The instruction for the reading mobile power source related data sent simultaneously sends control module to, to obtain mobile power source phase by the control module Close data；
Infrared transmission module is used for when control module receives the instruction for reading mobile power source related data, by control mould Block controls the infrared transmission module and the mobile power source related data that the control module obtains is sent to mobile power source lease The infrared receiving module being arranged in the charging module of equipment；
At least one positive charging contact and at least one cathode charging contact are respectively used to and mobile power source leased equipment Charging module on at least one anode charging thimble that is arranged and the charging thimble contact of at least one cathode with to mobile power source Charging；
Communication hard contact is used to receive what the communication thimble being arranged in the charging module of mobile power source leased equipment was sent It reads the instruction of mobile power source related data and sends control module to, to obtain mobile power source dependency number by the control module According to, and when control module receives the instruction of the reading mobile power source related data of communication hard contact transmission, by control mould Block controls the communication hard contact and the mobile power source related data that the control module obtains is sent to mobile power source lease The communication thimble being arranged in the charging module of equipment.
Fourth aspect, the present invention provides the charging module of mobile power source leased equipment as described in relation to the first aspect with such as the Data transmission method between mobile power source described in two aspects, which comprises
The control module of the charging module of mobile power source leased equipment is simultaneously or successively control starting mobile power source lease is set The communication hard contact being arranged on the communication thimble and mobile power source of standby charging module communicates, control starting mobile power source lease The infrared transmission module and infrared receiving module of the charging module of equipment respectively with the infrared receiving module that is arranged on mobile power source It is communicated with infrared transmission module, to read mobile power source related data；
Alternatively,
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The infrared transmission module and infrared receiving module of group respectively with the infrared receiving module and infrared emission mould that are arranged on mobile power source Block communication, to read mobile power source related data；
Alternatively,
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of group communicates, to read mobile power source related data.
5th aspect, the present invention provides a kind of mobile power source leasing methods, which comprises
When mobile power source leased equipment need to read mobile power source related data, using the mobile electricity as described in fourth aspect Data transmission method between the charging module and mobile power source of source leased equipment reads mobile power source related data.
6th aspect, the present invention provides a kind of mobile power sources to give back method, which comprises
When mobile power source leased equipment need to read mobile power source related data, using the mobile electricity as described in fourth aspect Data transmission method between the charging module and mobile power source of source leased equipment reads mobile power source related data.
In the present invention, due to the charging module of mobile power source leased equipment include control module and respectively with control module The infrared transmission module and infrared receiving module of electrical connection.Therefore the hard contact of mobile power source can be overcome to be infected with upper foreign matter or shifting Have in dynamic power supply leased equipment storehouse road foreign matter blocked thimble and mobile power source hard contact it is normal contact etc. or thimble and Hard contact makes poor contact between thimble and hard contact because of oxidation, aging, so that will affect charging module receives mobile electricity The problem of data that source is sent, the case where reducing data transmission fails to a certain extent.Again since mobile power source lease is set Standby charging module further includes the communication thimble being electrically connected with control module, therefore mobile power source leased equipment and mobile power source change , can be compatible with old mobile power source leased equipment and mobile power source into rear, so that old mobile power source is rented in the mobile power source of the application It being used in equipment of renting, the mobile power source of the application can use in old mobile power source leased equipment, economical and efficient, save the cost, Avoid the wasting of resources.
Detailed description of the invention
Fig. 1 is the functional block diagram of the charging module of mobile power source leased equipment provided in an embodiment of the present invention.
Specific embodiment
In order to which the purpose of the present invention, technical solution and beneficial effect is more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only used to explain this hair It is bright, it is not intended to limit the present invention.
In order to illustrate technical solutions according to the invention, the following is a description of specific embodiments.
Referring to Fig. 1, the charging module of mobile power source leased equipment provided in an embodiment of the present invention includes control module 21 The infrared transmission module 22 that is electrically connected respectively with control module 21, infrared receiving module 23, communication thimble 26, at least one are just Charge thimble 24 and at least one cathode charging thimble 25 for pole, wherein infrared receiving module 23 is set on mobile power source for receiving The mobile power source related data that the infrared transmission module 33 set is sent, what infrared transmission module 22 was used to be arranged on mobile power source Infrared receiving module 32 sends the instruction for reading mobile power source related data, at least one anode charging thimble 24 and at least one Cathode charging thimble 25 is respectively used to and at least one positive charging contact 34 being arranged on mobile power source and at least one is negative Pole charging contact 35 is contacted to charge to mobile power source；The communication hard contact that communication thimble 26 is used to be arranged on mobile power source 36 send the instruction for reading mobile power source related data and receive the shifting that the communication hard contact 36 being arranged on mobile power source is sent Dynamic power supply related data；Control module 21 is for simultaneously or successively control starting communication thimble 26, infrared transmission module 22 and red Outer receiving module 23 is to read mobile power source related data；Alternatively, control module 21 is for controlling starting infrared transmission module 22 With infrared receiving module 23 to read mobile power source related data, or control starting communication thimble 26 to read mobile power source correlation Data.
Control module 21 for successively control starting communication thimble 26, infrared transmission module 22 and infrared receiving module 23 with Read mobile power source related data specifically:
Control module 21 is for first control starting infrared transmission module 22 and infrared receiving module 23 to read mobile power source Related data controls starting communication thimble 26 if being not received by mobile power source related data to read mobile power source phase Data are closed, alternatively, no matter infrared receiving module 23 is either with or without mobile power source related data is received, all control startings communicate thimble 26 to read mobile power source related data；Alternatively, control module 21 reads mobile electricity for first control starting communication thimble 26 Source related data controls starting infrared transmission module 22 and infrared receiver if being not received by mobile power source related data Module 23 is to read mobile power source related data, alternatively, no matter communicate thimble 26 either with or without receiving mobile power source related data, All control starting infrared transmission module 22 and infrared receiving module 23 are to read mobile power source related data.
No matter infrared receiving module 23 is either with or without mobile power source related data is received, all control starting communication thimble 26 with Mobile power source related data is read, and, thimble 26 no matter is communicated either with or without mobile power source related data is received, and all control is opened Dynamic infrared transmission module 22 and infrared receiving module 23 are to read mobile power source related data.Purpose is to check infrared emission Whether failure can report in time as faulty for module, infrared receiving module and communication thimble.Both mobile electricity can given back Source program executes, and can also execute lending mobile power source program, can also be mobile power source leased equipment periodically to infrared hair Module, infrared receiving module and communication thimble is penetrated to be detected.Such as in giving back mobile power source program, set in mobile power source lease The standby identification number and first that mobile power source is read by infrared transmission module and infrared receiving module or communication thimble Time completes to give back processing, and has read mobile power source by infrared transmission module, infrared receiving module and communication thimble After relevant information, the reporting fault information if reading failure then not only can guarantee that the efficiency for giving back mobile power source maximized, but also can be same When to infrared transmission module, infrared receiving module and communication thimble detect.
In embodiments of the present invention, control module 21 is for first control starting infrared transmission module 22 and infrared receiving module 23 to read mobile power source related data, if being not received by mobile power source related data, controls starting communication thimble 26 To read mobile power source related data, alternatively, no matter infrared receiving module 23 is either with or without mobile power source related data is received, all Control starting communication thimble 26 is specifically as follows with reading mobile power source related data:
Control module 21 is for first controlling the infrared receiving module 32 being arranged from infrared transmission module 22 on mobile power source The instruction for reading mobile power source related data is sent, infrared receiving module 23 receives the infrared transmission module being arranged on mobile power source 33 send mobile power source related datas, if being not received by mobile power source related data, control from communication thimble 26 to The communication hard contact 36 being arranged on mobile power source sends the instruction for reading mobile power source related data and receives on mobile power source The mobile power source related data that the communication hard contact 36 of setting is sent；Alternatively, no matter infrared receiving module 23 is either with or without reception To mobile power source related data, the communication hard contact 36 that all control communication thimble 26 is arranged on mobile power source, which sends to read, to be moved The instruction of dynamic power supply related data and the mobile power source dependency number for receiving the communication transmission of hard contact 36 being arranged on mobile power source According to.
Control module 21 communicates thimble 26 to read mobile power source related data, if do not received for first control starting To mobile power source related data, then it is related to read mobile power source to infrared receiving module 23 to control starting infrared transmission module 22 Data, alternatively, no matter communicating thimble 26 either with or without mobile power source related data is received, all control starts infrared transmission module 22 It is specifically as follows with infrared receiving module 23 with reading mobile power source related data:
Control module 21 sends for the communication hard contact 36 that first control communication thimble 26 is arranged on mobile power source and reads It takes the instruction of mobile power source related data and receives the mobile power source phase that the communication hard contact 36 being arranged on mobile power source is sent Data are closed, if being not received by mobile power source related data, control is arranged from infrared transmission module 22 on mobile power source Infrared receiving module 32 send read mobile power source related data instruction, infrared receiving module 23 receive mobile power source on sets The mobile power source related data that the infrared transmission module 33 set is sent, alternatively, no matter communicating thimble 26 either with or without receiving movement Power supply related data all controls the infrared receiving module 32 being arranged from infrared transmission module 22 on mobile power source and sends reading shifting The instruction of dynamic power supply related data, infrared receiving module 23 receive the shifting that the infrared transmission module 33 being arranged on mobile power source is sent Dynamic power supply related data.
Control module 21 for control simultaneously starting communicate thimble 26, infrared transmission module 22 and infrared receiving module 23 with Mobile power source related data is read to be specifically as follows:
Control module 21 is used to while controlling the communication hard contact 36 that communication thimble 26 is arranged on mobile power source send It reads the instruction of mobile power source related data and receives the mobile power source that the communication hard contact 36 being arranged on mobile power source is sent Related data, and control are sent from the infrared receiving module 32 that infrared transmission module 22 is arranged on mobile power source and read movement The instruction of power supply related data, infrared receiving module 23 receive the movement that the infrared transmission module 33 being arranged on mobile power source is sent Power supply related data.Purpose be in order to check infrared transmission module, infrared receiving module and communication thimble whether failure, if any therefore Barrier can then report in time.Both it can execute, can also be held during lending mobile power source during giving back mobile power source Row can also be that mobile power source leased equipment periodically detects infrared transmission module, infrared receiving module and communication thimble. If executed during giving back mobile power source, it not only can ensure that the efficiency for giving back mobile power source maximized, but also event can be carried out simultaneously Barrier investigation.
Control module 21 is for controlling starting infrared transmission module 22 and infrared receiving module 23 to read mobile power source phase Data, or control starting communication thimble 26 are closed to read mobile power source related data specifically:
Control module is used to control the infrared receiving module being arranged from infrared transmission module on mobile power source and sends reading The instruction of mobile power source related data, infrared receiving module receive the movement that the infrared transmission module being arranged on mobile power source is sent Power supply related data, or, the communication hard contact that control communication thimble is arranged on mobile power source sends and reads mobile power source phase It closes the instruction of data and receives the mobile power source related data that the communication hard contact being arranged on mobile power source is sent.
What the infrared transmission module 22 of the charging module of mobile power source leased equipment can also be used to being arranged on mobile power source Infrared receiving module 32 sends the instruction of the decryption of notice mobile power source or encryption, to open or close the power output of mobile power source Function；
The communication thimble 26 of the charging module of mobile power source leased equipment can also be used in the communication being arranged on mobile power source Hard contact 36 sends the instruction of the decryption of notice mobile power source or encryption, to open or close the power output function of mobile power source Energy.
The instruction for notifying mobile power source decryption is the power output function of opening mobile power source, so as to mobile phone or Other equipment charging；The instruction for notifying mobile power source encryption is the power output function of closing mobile power source, to make mobile electricity Source cannot charge to mobile phone or other equipment, but what mobile power source leased equipment still can charge to mobile power source.
In embodiments of the present invention, the mobile power source related data includes the identification number of mobile power source, movement One of the version number of power supply and mobile power source status information are a variety of.The mobile power source status information includes mobile power source Charging current, the electricity of mobile power source, the temperature of mobile power source, the access times of mobile power source, mobile power source failure letter Breath, the enciphering/deciphering state of mobile power source, the work state information of component of mobile power source etc..Communication thimble can specifically include One radical is according to thimble and a clock thimble.
The control of control module 21 starts infrared transmission module 22 and infrared receiving module 23 and communicates the successive of thimble 26 Sequence be determined in itself by control module 21, or by instruction that the corresponding server of mobile power source leased equipment is sent Lai Control.The server can be the either traditional server of Cloud Server.
Mobile power source provided in an embodiment of the present invention further includes control module 31, infrared transmission module 33, infrared receiving Block 32, communication hard contact 36, at least one positive charging contact 34 and at least one cathode charging contact 35 respectively with control Molding block 31 is electrically connected, wherein what infrared receiving module 32 was arranged in the charging module for receiving mobile power source leased equipment The instruction for the reading mobile power source related data that infrared transmission module 22 is sent simultaneously sends control module 31 to, by the control Module 31 obtains mobile power source related data；Infrared transmission module 33 is used to read mobile power source phase when control module 31 receives When closing the instruction of data, the mobile power source dependency number that infrared transmission module 33 obtains control module 31 is controlled by control module 31 According to the infrared receiving module 23 being arranged in the charging module for being sent to mobile power source leased equipment；At least one positive charging contact 34 and at least one cathode charging contact 35 be respectively used to be arranged in the charging module of mobile power source leased equipment at least one Root anode charging thimble 24 and the charging contact of thimble 25 of at least one cathode to mobile power source to charge；Hard contact 36 is communicated to use In the reading mobile power source related data that the communication thimble 26 being arranged in the charging module for receiving mobile power source leased equipment is sent Instruction and send control module 31 to, to obtain mobile power source related data by control module 31, and when control module 31 connects When receiving the instruction for the reading mobile power source related data that communication hard contact 36 transmits, communication metal is controlled by control module 31 The mobile power source related data that control module 31 obtains is sent in the charging module of mobile power source leased equipment and sets by contact 36 The communication thimble 26 set.
The infrared receiving module 32 of mobile power source can also be used in receive mobile power source leased equipment charging module on be arranged Infrared transmission module send notice mobile power source decryption or encryption instruction, it is defeated with the electric energy for opening or closing mobile power source Function out；
The communication hard contact 36 of mobile power source can also be used in receive mobile power source leased equipment charging module on be arranged Communication thimble 26 send notice mobile power source decryption or encryption instruction, to open or close the power output of mobile power source Function.
The communication hard contact 36 can specifically include a data hard contact and a clock hard contact.
The embodiment of the invention also provides a kind of mobile power source leased equipments, including such as movement provided in an embodiment of the present invention The charging module of power supply leased equipment.
The embodiment of the invention provides the data between the charging module and mobile power source of a kind of mobile power source leased equipment Transmission method, comprising the following steps:
The control module of the charging module of mobile power source leased equipment is simultaneously or successively control starting mobile power source lease is set The communication hard contact being arranged on the communication thimble and mobile power source of standby charging module communicates, control starting mobile power source lease The infrared transmission module and infrared receiving module of the charging module of equipment respectively with the infrared receiving module that is arranged on mobile power source It is communicated with infrared transmission module, to read mobile power source related data；
Alternatively,
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The infrared transmission module and infrared receiving module of group respectively with the infrared receiving module and infrared emission mould that are arranged on mobile power source Block communication, to read mobile power source related data；
Alternatively,
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of group communicates, to read mobile power source related data.
The control module of the charging module of mobile power source leased equipment successively controls filling for starting mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of electric mould group communicates, control starting mobile power source leased equipment The infrared transmission module and infrared receiving module of charging module respectively with the infrared receiving module that is arranged on mobile power source and infrared Transmitting module communication, is specifically as follows with reading mobile power source related data:
The control module of the charging module of mobile power source leased equipment first controls the charging of starting mobile power source leased equipment The infrared transmission module and infrared receiving module of mould group respectively with the infrared receiving module and infrared emission that are arranged on mobile power source Module communication, if being not received by mobile power source related data, controls starting movement to read mobile power source related data The communication hard contact being arranged on the communication thimble and mobile power source of the charging module of power supply leased equipment communicates, to read movement Power supply related data, alternatively, no matter the infrared receiving module of the charging module of mobile power source leased equipment either with or without receive move Dynamic power supply related data is all arranged on the communication thimble and mobile power source of the charging module of control starting mobile power source leased equipment Communication hard contact communication, to read mobile power source related data；
Alternatively,
The control module of the charging module of mobile power source leased equipment first controls the charging of starting mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of mould group communicates, to read mobile power source related data, if It is not received by mobile power source related data, then controls the infrared transmission module of the charging module of starting mobile power source leased equipment It is communicated respectively with the infrared receiving module and infrared transmission module being arranged on mobile power source with infrared receiving module, to read movement Power supply related data, alternatively, no matter the communication thimble of the charging module of mobile power source leased equipment is mobile electric either with or without receiving Source related data, all infrared transmission module and infrared receiving module point of the charging module of control starting mobile power source leased equipment It is not communicated with the infrared receiving module and infrared transmission module being arranged on mobile power source, to read mobile power source related data.
In embodiments of the present invention, the control module of the charging module of mobile power source leased equipment first controls the mobile electricity of starting The infrared transmission module and infrared receiving module of the charging module of source leased equipment infrared connect with what is be arranged on mobile power source respectively Module and infrared transmission module communication are received, to read mobile power source related data, if being not received by mobile power source dependency number According to, then control starting mobile power source leased equipment charging module communication thimble and mobile power source on be arranged communication metal touching Point communication, to read mobile power source related data, alternatively, no matter the infrared receiving of the charging module of mobile power source leased equipment Block all controls the communication thimble of the charging module of starting mobile power source leased equipment either with or without mobile power source related data is received It communicates with the communication hard contact being arranged on mobile power source, is specifically as follows with reading mobile power source related data:
S101, mobile power source leased equipment the control module of charging module first control filling by mobile power source leased equipment The infrared receiving module that the infrared transmission module of electric mould group is arranged on mobile power source, which is sent, reads mobile power source related data Instruction, the infrared receiving module of the charging module of mobile power source leased equipment receive the infrared transmission module being arranged on mobile power source The mobile power source related data of transmission；
If S102, being not received by mobile power source related data, the charging mould by mobile power source leased equipment is controlled The communication hard contact that the communication thimble of group is arranged on mobile power source sends the instruction for reading mobile power source related data and connects The mobile power source related data that the communication hard contact being arranged on mobile power source is sent is received, alternatively, no matter mobile power source lease is set The infrared receiving module of standby charging module is either with or without mobile power source related data is received, and all control is set by mobile power source lease The communication hard contact that the communication thimble of standby charging module is arranged on mobile power source, which is sent, reads mobile power source related data Instruction and receive mobile power source on be arranged communication hard contact send mobile power source related data.
It further include following step if being not received by mobile power source related data in the S102 of the embodiment of the present invention It is rapid:
Fault message control is sent to server by the control module of the charging module of mobile power source leased equipment, to transport Dimension personnel's on-call maintenance.
After the S102 of the embodiment of the present invention, the method can with the following steps are included:
If the communication thimble of the charging module of mobile power source leased equipment is also not received by mobile power source related data, Then fault message control is sent to server by the control module of the charging module of mobile power source leased equipment, so as to operation maintenance personnel On-call maintenance.
The control module of the charging module of mobile power source leased equipment first controls the charging of starting mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of mould group communicates, to read mobile power source related data, if It is not received by mobile power source related data, then controls the infrared transmission module of the charging module of starting mobile power source leased equipment It is communicated respectively with the infrared receiving module and infrared transmission module being arranged on mobile power source with infrared receiving module, to read movement Power supply related data, alternatively, no matter the communication thimble of the charging module of mobile power source leased equipment is mobile electric either with or without receiving Source related data, all infrared transmission module and infrared receiving module point of the charging module of control starting mobile power source leased equipment It is not communicated with the infrared receiving module and infrared transmission module being arranged on mobile power source, it is specific to read mobile power source related data It can be with are as follows:
S201, mobile power source leased equipment the control module of charging module first control the charging of mobile power source leased equipment The communication thimble of mould group be arranged on mobile power source communication hard contact send read mobile power source related data instruction and Receive the mobile power source related data that the communication hard contact being arranged on mobile power source is sent；
If S202, being not received by mobile power source related data, the control of the charging module of mobile power source leased equipment The control of molding block infrared is connect from what the infrared transmission module of the charging module of mobile power source leased equipment was arranged on mobile power source It receives module and sends the instruction for reading mobile power source related data, the infrared receiving module of the charging module of mobile power source leased equipment Receive the mobile power source related data that the infrared transmission module that is arranged is sent on mobile power source, alternatively, no matter mobile power source lease The communication thimble of the charging module of equipment is either with or without receiving mobile power source related data, the charging mould of mobile power source leased equipment The control module of group, which is all controlled, to be arranged from the infrared transmission module of the charging module of mobile power source leased equipment on mobile power source Infrared receiving module send read mobile power source related data instruction, the charging module of mobile power source leased equipment it is infrared Receiving module receives the mobile power source related data that the infrared transmission module being arranged on mobile power source is sent.
It further include following step if being not received by mobile power source related data in the S202 of the embodiment of the present invention It is rapid:
Fault message control is sent to server by the control module of the charging module of mobile power source leased equipment, to transport Dimension personnel's on-call maintenance.
After the S202 of the embodiment of the present invention, the method can with the following steps are included:
If the infrared receiving module of the charging module of mobile power source leased equipment is also not received by mobile power source correlation Data, then fault message control is sent to server by the control module of the charging module of mobile power source leased equipment, to transport Dimension personnel's on-call maintenance.
The control module of the charging module of mobile power source leased equipment controls filling for starting mobile power source leased equipment simultaneously The communication hard contact being arranged on the communication thimble and mobile power source of electric mould group communicates, control starting mobile power source leased equipment The infrared transmission module and infrared receiving module of charging module respectively with the infrared receiving module that is arranged on mobile power source and infrared Transmitting module communication, is specifically as follows with reading mobile power source related data:
S301, mobile power source leased equipment the control module of charging module control filling for mobile power source leased equipment simultaneously The communication hard contact that the communication thimble of electric mould group is arranged on mobile power source sends the instruction for reading mobile power source related data It is rented with the mobile power source related data for receiving the communication hard contact transmission being arranged on mobile power source, and control by mobile power source The infrared receiving module that the infrared transmission module of the charging module for equipment of renting is arranged on mobile power source, which is sent, reads mobile power source The instruction of related data, the infrared receiving module of the charging module of mobile power source leased equipment receive be arranged on mobile power source it is red The mobile power source related data that outer transmitting module is sent.
After the S301 of the embodiment of the present invention, the method can with the following steps are included:
If the infrared receiving module and/or communication thimble of the charging module of mobile power source leased equipment are not received by shifting Dynamic power supply related data, then fault message control is sent to service by the control module of the charging module of mobile power source leased equipment Device, so as to operation maintenance personnel on-call maintenance.
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The infrared transmission module and infrared receiving module of group respectively with the infrared receiving module and infrared emission mould that are arranged on mobile power source Block communication, is specifically as follows with reading mobile power source related data:
The control module of the charging module of mobile power source leased equipment controls the charging module by mobile power source leased equipment The infrared receiving module that is arranged on mobile power source of infrared transmission module send the instruction for reading mobile power source related data, move The infrared receiving module of the charging module of dynamic power supply leased equipment receives what the infrared transmission module being arranged on mobile power source was sent Mobile power source related data.
The charging mould of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact that is arranged communicates on the communication thimble and mobile power source of group, specifically can be with to read mobile power source related data Are as follows:
The charging module of the control module control mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact that communication thimble is arranged on mobile power source, which sends the instruction for reading mobile power source related data and receives, to be moved The mobile power source related data that the communication hard contact being arranged on dynamic power supply is sent.
In embodiments of the present invention, when the control starting of control module 21 of the charging module of mobile power source leased equipment is infrared Transmitting module 22 is corresponding by mobile power source leased equipment with the sequencing of infrared receiving module 23 and communication thimble 26 The instruction that server is sent is come when controlling, due to having filling by the mobile power source leased equipment that obtains after analysis in server The charging module of the infrared receiving module of electric mould group and/or the fault message of infrared transmission module or mobile power source leased equipment The fault message of thimble is communicated, therefore server can specify control starting and not have faulty infrared transmission module 22 and infrared connect Receive module 23, or communication thimble 26.Therefore the instruction that the corresponding server of mobile power source leased equipment is sent is control starting Do not have faulty infrared transmission module 22 and infrared receiving module 23, or communication thimble 26.
The embodiment of the invention provides a kind of mobile power source leasing methods, and the method includes working as mobile power source leased equipment When need to read mobile power source related data, using the charging module and shifting of mobile power source leased equipment provided in an embodiment of the present invention Data transmission method between dynamic power supply reads mobile power source related data.
The embodiment of the invention provides a kind of mobile power sources to give back method, and the method includes working as mobile power source leased equipment When need to read mobile power source related data, using the charging module and shifting of mobile power source leased equipment provided in an embodiment of the present invention Data transmission method between dynamic power supply reads mobile power source related data.
In the present invention, due to the charging module of mobile power source leased equipment include control module and respectively with control module The infrared transmission module and infrared receiving module of electrical connection.Therefore the hard contact of mobile power source can be overcome to be infected with upper foreign matter or shifting Have in dynamic power supply leased equipment storehouse road foreign matter blocked thimble and mobile power source hard contact it is normal contact etc. or thimble and Hard contact makes poor contact between thimble and hard contact because of oxidation, aging, so that will affect charging module receives mobile electricity The problem of data that source is sent, the case where reducing data transmission fails to a certain extent.Again since mobile power source lease is set Standby charging module further includes the communication thimble being electrically connected with control module, therefore mobile power source leased equipment and mobile power source change , can be compatible with old mobile power source leased equipment and mobile power source into rear, so that old mobile power source is rented in the mobile power source of the application It being used in equipment of renting, the mobile power source of the application can use in old mobile power source leased equipment, economical and efficient, save the cost, Avoid the wasting of resources.
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..
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.

Claims (32)

1. a kind of charging module of mobile power source leased equipment, it is characterised in that: including control module and respectively with control module Infrared transmission module, infrared receiving module, communication thimble, at least one anode charging thimble and at least one cathode of electrical connection Charge thimble, wherein
Infrared receiving module is used to receive the mobile power source related data that the infrared transmission module being arranged on mobile power source is sent；
The infrared receiving module that infrared transmission module is used to be arranged on mobile power source, which is sent, reads mobile power source related data Instruction；
At least one anode charging thimble and at least one cathode charging thimble are respectively used to be arranged at least on mobile power source One positive charging contact and the contact of at least one cathode charging contact to mobile power source to charge；
The communication hard contact that communication thimble is used to be arranged on mobile power source sends the instruction for reading mobile power source related data With the mobile power source related data for receiving the communication hard contact transmission being arranged on mobile power source；
Control module is moved for controlling starting communication thimble, infrared transmission module and infrared receiving module simultaneously or successively with reading Dynamic power supply related data；Alternatively, control module is for controlling starting infrared transmission module and infrared receiving module to read movement Power supply related data, or control starting communication thimble is to read mobile power source related data.
2. charging module as described in claim 1, it is characterised in that: control module for successively control starting communication thimble, Infrared transmission module and infrared receiving module are to read mobile power source related data specifically:
Control module starts infrared transmission module and infrared receiving module to read mobile power source related data, such as first control Fruit is not received by mobile power source related data, then controls starting communication thimble to read mobile power source related data, alternatively, nothing By infrared receiving module either with or without mobile power source related data is received, all control starting communication thimbles are to read mobile power source phase Close data；Alternatively,
Control module communicates thimble for first control starting to read mobile power source related data, if being not received by mobile electricity Source related data then controls starting infrared transmission module and infrared receiving module to read mobile power source related data, alternatively, nothing By communication thimble either with or without mobile power source related data is received, all control starting infrared transmission module and infrared receiving module with Read mobile power source related data.
3. charging module as claimed in claim 2, it is characterised in that: the control module is for first control starting infrared emission Module and infrared receiving module, if being not received by mobile power source related data, are controlled with reading mobile power source related data System starting communication thimble is to read mobile power source related data, alternatively, no matter infrared receiving module is mobile electric either with or without receiving Source related data, all control starting communication thimbles are to read mobile power source related data specifically:
Control module is used to first control the infrared receiving module being arranged from infrared transmission module on mobile power source and sends reading shifting The instruction of dynamic power supply related data, infrared receiving module receive the mobile electricity that the infrared transmission module being arranged on mobile power source is sent Source related data, if being not received by mobile power source related data, what control was arranged from communication thimble on mobile power source Communication hard contact sends the instruction for reading mobile power source related data and receives the communication hard contact being arranged on mobile power source The mobile power source related data of transmission；Alternatively, no matter infrared receiving module either with or without mobile power source related data is received, is all controlled The communication hard contact that system communication thimble is arranged on mobile power source sends the instruction and reception for reading mobile power source related data The mobile power source related data that the communication hard contact being arranged on mobile power source is sent.
4. charging module as claimed in claim 2, it is characterised in that: the control module is for first control starting communication thimble To read mobile power source related data, if being not received by mobile power source related data, starting infrared transmission module is controlled With infrared receiving module to read mobile power source related data, alternatively, no matter communicating thimble either with or without receiving mobile power source phase Data are closed, all control starting infrared transmission module and infrared receiving module are to read mobile power source related data specifically:
Control module sends for the communication hard contact that first control communication thimble is arranged on mobile power source and reads mobile power source The instruction of related data and the mobile power source related data for receiving the communication hard contact transmission being arranged on mobile power source, if do not had Mobile power source related data is received, then controls the infrared receiving module hair being arranged from infrared transmission module on mobile power source The instruction for reading mobile power source related data is sent, infrared receiving module receives the infrared transmission module being arranged on mobile power source and sends Mobile power source related data, alternatively, no matter communicating thimble either with or without mobile power source related data is received, all control is by infrared The infrared receiving module that transmitting module is arranged on mobile power source sends the instruction for reading mobile power source related data, infrared receiver Module receives the mobile power source related data that the infrared transmission module being arranged on mobile power source is sent.
5. charging module as described in claim 1, it is characterised in that: the control module is used for while controlling starting communication top Needle, infrared transmission module and infrared receiving module are to read mobile power source related data specifically:
Control module is used to while controlling the communication hard contact that communication thimble is arranged on mobile power source send the mobile electricity of reading The instruction of source related data and the mobile power source related data for receiving the communication hard contact transmission being arranged on mobile power source, and It controls the infrared receiving module being arranged from infrared transmission module on mobile power source and sends the finger for reading mobile power source related data It enables, infrared receiving module receives the mobile power source related data that the infrared transmission module being arranged on mobile power source is sent.
6. charging module as described in claim 1, it is characterised in that: control module for control starting infrared transmission module and Infrared receiving module is to read mobile power source related data, or control starting communication thimble to read mobile power source related data tool Body are as follows:
Control module is used to control the infrared receiving module being arranged from infrared transmission module on mobile power source and sends reading movement The instruction of power supply related data, infrared receiving module receive the mobile power source that the infrared transmission module being arranged on mobile power source is sent Related data, or, the communication hard contact that control communication thimble is arranged on mobile power source sends and reads mobile power source dependency number According to instruction and receive mobile power source on be arranged communication hard contact send mobile power source related data.
7. such as charging module as claimed in any one of claims 1 to 6, it is characterised in that: the control module control starting is infrared Transmitting module and infrared receiving module and the sequencing for communicating thimble are determined by control module itself, or by moving The instruction that the corresponding server of power supply leased equipment is sent is moved to control.
8. charging module as described in claim 1, it is characterised in that: the mobile power source related data includes mobile power source One of identification number, the version number of mobile power source and mobile power source status information are a variety of.
9. charging module as claimed in claim 8, it is characterised in that: the mobile power source status information includes mobile power source Charging current, the electricity of mobile power source, the temperature of mobile power source, the access times of mobile power source, mobile power source fault message, One of the work state information of component or a variety of of the enciphering/deciphering state of mobile power source, mobile power source.
10. charging module as described in claim 1, it is characterised in that: the charging module of the mobile power source leased equipment The infrared receiving module that infrared transmission module is also used to be arranged on mobile power source sends what notice mobile power source was decrypted or encrypted Instruction, to open or close the power output function of mobile power source；
The communication metal that the communication thimble of the charging module of the mobile power source leased equipment is also used to be arranged on mobile power source Contact sends the instruction of the decryption of notice mobile power source or encryption, to open or close the power output function of mobile power source.
11. charging module as described in claim 1, it is characterised in that: the communication thimble specifically includes a radical according to thimble With a clock thimble.
12. charging module as claimed in claim 7, it is characterised in that: the server is Cloud Server.
13. a kind of mobile power source leased equipment, it is characterised in that: including the described in any item mobile electricity of such as claim 1 to 12 The charging module of source leased equipment.
14. a kind of mobile power source, it is characterised in that: the infrared emission mould being electrically connected including control module and respectively with control module Block, infrared receiving module, communication hard contact, at least one positive charging contact and at least one cathode charging contact, In,
Infrared receiving module is used to receive what the infrared transmission module being arranged in the charging module of mobile power source leased equipment was sent It reads the instruction of mobile power source related data and sends control module to, to obtain mobile power source dependency number by the control module According to；
Infrared transmission module is used for when control module receives the instruction for reading mobile power source related data, by control module control It makes the infrared transmission module and the mobile power source related data that the control module obtains is sent to mobile power source leased equipment Charging module on the infrared receiving module that is arranged；
At least one positive charging contact and at least one cathode charging contact are respectively used to fill with mobile power source leased equipment At least one anode charging thimble and at least one cathode charging thimble being arranged in electric mould group are contacted to charge to mobile power source；
Communication hard contact is used to receive the reading that the communication thimble being arranged in the charging module of mobile power source leased equipment is sent The instruction of mobile power source related data simultaneously sends control module to, to obtain mobile power source related data by the control module, With when control module receive communication hard contact transmission reading mobile power source related data instruction when, by control module control It makes the communication hard contact and the mobile power source related data that the control module obtains is sent to mobile power source leased equipment Charging module on the communication thimble that is arranged.
15. mobile power source as claimed in claim 14, it is characterised in that: the mobile power source related data includes mobile power source Identification number, mobile power source version number and one of mobile power source status information or a variety of.
16. mobile power source as claimed in claim 15, it is characterised in that: the mobile power source status information includes mobile power source Charging current, the electricity of mobile power source, the temperature of mobile power source, the access times of mobile power source, mobile power source failure letter One of the work state information of component or a variety of of breath, the enciphering/deciphering state of mobile power source, mobile power source.
17. mobile power source as claimed in claim 14, it is characterised in that: the infrared receiving module of the mobile power source is also used to Receive the decryption of notice mobile power source or add that the infrared transmission module being arranged in the charging module of mobile power source leased equipment is sent Close instruction, to open or close the power output function of mobile power source；
The communication hard contact of the mobile power source be also used to receive be arranged in the charging module of mobile power source leased equipment it is logical The instruction for the decryption of notice mobile power source or encryption that thimble is sent is believed, to open or close the power output function of mobile power source.
18. mobile power source as claimed in claim 14, it is characterised in that: the communication hard contact specifically includes a data Hard contact and a clock hard contact.
19. a kind of such as the charging module of the described in any item mobile power source leased equipments of claim 1 to 12 and such as claim Data transmission method between 14 to 18 described in any item mobile power sources, which is characterized in that the described method includes: mobile power source The control module of the charging module of leased equipment is simultaneously or successively control starts the logical of the charging module of mobile power source leased equipment The communication hard contact being arranged on letter thimble and mobile power source communicates, the charging module of control starting mobile power source leased equipment Infrared transmission module and infrared receiving module lead to the infrared receiving module and infrared transmission module being arranged on mobile power source respectively Letter, to read mobile power source related data；
Alternatively,
The charging module of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment Infrared transmission module and infrared receiving module lead to the infrared receiving module and infrared transmission module being arranged on mobile power source respectively Letter, to read mobile power source related data；
Alternatively,
The charging module of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact being arranged on communication thimble and mobile power source communicates, to read mobile power source related data.
20. method as claimed in claim 19, it is characterised in that: the control module of the charging module of mobile power source leased equipment The communication metal being arranged on the communication thimble and mobile power source of the charging module of successively control starting mobile power source leased equipment touches Point communication, control starting mobile power source leased equipment charging module infrared transmission module and infrared receiving module respectively with shifting The infrared receiving module being arranged on dynamic power supply and infrared transmission module communication, to read mobile power source related data specifically:
The control module of the charging module of mobile power source leased equipment first controls the charging module of starting mobile power source leased equipment Infrared transmission module and infrared receiving module respectively with the infrared receiving module and infrared transmission module that are arranged on mobile power source Communication, to read mobile power source related data, if being not received by mobile power source related data, controls starting mobile power source The communication hard contact being arranged on the communication thimble and mobile power source of the charging module of leased equipment communicates, to read mobile power source Related data, alternatively, no matter the infrared receiving module of the charging module of mobile power source leased equipment is mobile electric either with or without receiving Source related data is all arranged on the communication thimble and mobile power source of the charging module of control starting mobile power source leased equipment logical Hard contact communication is believed, to read mobile power source related data；
Alternatively,
The control module of the charging module of mobile power source leased equipment first controls the charging module of starting mobile power source leased equipment Communication thimble and mobile power source on the communication hard contact that is arranged communicate, to read mobile power source related data, if do not had Mobile power source related data is received, then controls the infrared transmission module of charging module of starting mobile power source leased equipment and red Outer receiving module is communicated with the infrared receiving module and infrared transmission module being arranged on mobile power source respectively, to read mobile power source Related data, alternatively, no matter the communication thimble of the charging module of mobile power source leased equipment is either with or without receiving mobile power source phase Close data, all control starting mobile power source leased equipment charging module infrared transmission module and infrared receiving module respectively with Infrared receiving module and the infrared transmission module communication being arranged on mobile power source, to read mobile power source related data.
21. method as claimed in claim 20, it is characterised in that: the control module of the charging module of mobile power source leased equipment The infrared transmission module and infrared receiving module of the charging module of first control starting mobile power source leased equipment are electric with movement respectively Infrared receiving module and the infrared transmission module communication being arranged on source, to read mobile power source related data, if do not received To mobile power source related data, then control on the communication thimble and mobile power source for the charging module for starting mobile power source leased equipment The communication hard contact of setting communicates, to read mobile power source related data, alternatively, no matter the charging of mobile power source leased equipment For the infrared receiving module of mould group either with or without mobile power source related data is received, all control starts filling for mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of electric mould group communicates, specific to read mobile power source related data Are as follows:
S101, mobile power source leased equipment the control module of charging module first control the charging mould by mobile power source leased equipment The infrared receiving module that the infrared transmission module of group is arranged on mobile power source sends the instruction for reading mobile power source related data, The infrared receiving module of the charging module of mobile power source leased equipment receives the infrared transmission module being arranged on mobile power source and sends Mobile power source related data；
If S102, being not received by mobile power source related data, control by the charging module of mobile power source leased equipment The communication hard contact that communication thimble is arranged on mobile power source, which sends the instruction for reading mobile power source related data and receives, to be moved Mobile power source related data that the communication hard contact being arranged on dynamic power supply is sent, alternatively, no matter mobile power source leased equipment The infrared receiving module of charging module is either with or without mobile power source related data is received, and all control is by mobile power source leased equipment The communication hard contact that the communication thimble of charging module is arranged on mobile power source sends the finger for reading mobile power source related data Enable and receive the mobile power source related data that the communication hard contact being arranged on mobile power source is sent.
22. method as claimed in claim 21, it is characterised in that: in S102, if being not received by mobile power source correlation Data, then further comprising the steps of:
Fault message control is sent to server by the control module of the charging module of mobile power source leased equipment.
23. method as claimed in claim 21, it is characterised in that: after S102, the method also includes following steps:
If the communication thimble of the charging module of mobile power source leased equipment is also not received by mobile power source related data, move Fault message control is sent to server by the control module of the charging module of dynamic power supply leased equipment.
24. method as claimed in claim 20, it is characterised in that: the control module of the charging module of mobile power source leased equipment The communication hard contact being arranged on the communication thimble and mobile power source of the charging module of first control starting mobile power source leased equipment Communication, to read mobile power source related data, if being not received by mobile power source related data, controls starting mobile power source The infrared transmission module and infrared receiving module of the charging module of leased equipment respectively with the infrared receiver that is arranged on mobile power source Module and infrared transmission module communication, to read mobile power source related data, alternatively, no matter the charging of mobile power source leased equipment The communication thimble of mould group all controls the charging mould of starting mobile power source leased equipment either with or without mobile power source related data is received The infrared transmission module and infrared receiving module of group respectively with the infrared receiving module and infrared emission mould that are arranged on mobile power source Block communication, to read mobile power source related data specifically:
S201, mobile power source leased equipment the control module of charging module first control the charging module of mobile power source leased equipment Communication thimble be arranged on mobile power source communication hard contact send read mobile power source related data instruction and reception The mobile power source related data that the communication hard contact being arranged on mobile power source is sent；
If S202, being not received by mobile power source related data, the control mould of the charging module of mobile power source leased equipment Block controls the infrared receiving being arranged from the infrared transmission module of the charging module of mobile power source leased equipment on mobile power source Block sends the instruction for reading mobile power source related data, and the infrared receiving module of the charging module of mobile power source leased equipment receives The mobile power source related data that the infrared transmission module that is arranged on mobile power source is sent, alternatively, no matter mobile power source leased equipment Charging module communication thimble either with or without receiving mobile power source related data, the charging module of mobile power source leased equipment Control module all control be arranged from the infrared transmission module of the charging module of mobile power source leased equipment on mobile power source it is red Outer receiving module sends the instruction for reading mobile power source related data, the infrared receiver of the charging module of mobile power source leased equipment Module receives the mobile power source related data that the infrared transmission module being arranged on mobile power source is sent.
25. method as claimed in claim 24, it is characterised in that: in S202, if being not received by mobile power source correlation Data, then further comprising the steps of:
Fault message control is sent to server by the control module of the charging module of mobile power source leased equipment.
26. method as claimed in claim 24, it is characterised in that: after S202, the method also includes following steps:
If the infrared receiving module of the charging module of mobile power source leased equipment is also not received by mobile power source related data, Then fault message control is sent to server by the control module of the charging module of mobile power source leased equipment.
27. method as claimed in claim 19, it is characterised in that:
The control module of the charging module of mobile power source leased equipment controls the charging mould of starting mobile power source leased equipment simultaneously The communication hard contact being arranged on the communication thimble and mobile power source of group communicates, the charging of control starting mobile power source leased equipment The infrared transmission module and infrared receiving module of mould group respectively with the infrared receiving module and infrared emission that are arranged on mobile power source Module communication, to read mobile power source related data specifically:
S301, mobile power source leased equipment the control module of charging module control the charging mould of mobile power source leased equipment simultaneously The communication hard contact that the communication thimble of group is arranged on mobile power source sends the instruction for reading mobile power source related data and connects The mobile power source related data that the communication hard contact being arranged on mobile power source is sent is received, and control is set by mobile power source lease The infrared receiving module that the infrared transmission module of standby charging module is arranged on mobile power source, which is sent, reads mobile power source correlation The instruction of data, the infrared receiving module of the charging module of mobile power source leased equipment receive the infrared hair being arranged on mobile power source Penetrate the mobile power source related data of module transmission.
28. method as claimed in claim 27, it is characterised in that: after S301, the method also includes following steps:
If the infrared receiving module and/or communication thimble of the charging module of mobile power source leased equipment are not received by mobile electricity Source related data, then fault message control is sent to server by the control module of the charging module of mobile power source leased equipment.
29. method as claimed in claim 19, it is characterised in that: the control module of the charging module of mobile power source leased equipment Control starting mobile power source leased equipment charging module infrared transmission module and infrared receiving module respectively with mobile power source The infrared receiving module and infrared transmission module of upper setting communicate, to read mobile power source related data specifically:
The control module of the charging module of mobile power source leased equipment is controlled by the red of the charging module of mobile power source leased equipment The infrared receiving module that outer transmitting module is arranged on mobile power source sends the instruction for reading mobile power source related data, mobile electricity The infrared receiving module of the charging module of source leased equipment receives the movement that the infrared transmission module being arranged on mobile power source is sent Power supply related data；
The charging module of the control module control starting mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact being arranged on communication thimble and mobile power source communicates, to read mobile power source related data specifically:
The communication of the charging module of the control module control mobile power source leased equipment of the charging module of mobile power source leased equipment The communication hard contact that thimble is arranged on mobile power source sends the instruction for reading mobile power source related data and receives mobile electricity The mobile power source related data that the communication hard contact being arranged on source is sent.
30. the method as described in claim 22,23,25,26 or 28, it is characterised in that: when filling for mobile power source leased equipment Electric mould group control module control starting infrared transmission module and infrared receiving module and communicate thimble sequencing be by The instruction that the corresponding server of mobile power source leased equipment is sent is come when controlling, the method also includes following steps:
The instruction that the corresponding server of mobile power source leased equipment is sent be control starting do not have faulty infrared transmission module and Infrared receiving module, or communication thimble.
31. a kind of mobile power source leasing method, it is characterised in that: the described method includes:
When mobile power source leased equipment need to read mobile power source related data, using as described in any one of claim 19 to 30 Mobile power source leased equipment charging module and mobile power source between data transmission method read mobile power source related data.
32. a kind of mobile power source gives back method, it is characterised in that: the described method includes:
When mobile power source leased equipment need to read mobile power source related data, using as described in any one of claim 19 to 30 Mobile power source leased equipment charging module and mobile power source between data transmission method read mobile power source related data.
CN201910695039.2A 2018-09-06 2019-07-30 The charging module of mobile power source leased equipment and its data transmission method between mobile power source Pending CN110298976A (en)

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CN201910611446.0A Active CN110298973B (en) 2018-09-06 2018-09-06 Charging module of mobile power supply leasing equipment and data transmission method between charging module and mobile power supply
CN201811038236.9A Pending CN109410455A (en) 2018-09-06 2018-09-06 The charging module of mobile power source leased equipment and its data transmission method between mobile power source
CN201910612054.6A Pending CN110298974A (en) 2018-09-06 2018-09-06 The charging module of mobile power source leased equipment and its data transmission method between mobile power source
CN201921229238.6U Active CN210983601U (en) 2018-09-06 2019-07-30 Portable power source leased equipment and module and portable power source charge thereof
CN201921239120.1U Active CN211044398U (en) 2018-09-06 2019-07-30 Portable power source charging module, lease equipment and portable power source
CN201921229236.7U Active CN211044397U (en) 2018-09-06 2019-07-30 Charging module, portable power source and lease equipment thereof
CN201910694418.XA Pending CN110349350A (en) 2018-09-06 2019-07-30 A kind of charging module, mobile power source and its lease equipment
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