Charging Module of Mobile Power Supply Rental Equipment and Data Transmission Method Therebetween and Mobile Power Supply

Abstract

The present invention is applicable to the field of mobile power bank rental, and provides a charging module of a mobile power bank rental device and a data transmission method between the charging module and the mobile power bank. The charging module of the mobile power bank rental device includes a control module, an RFID module, a communication thimble, at least one positive charging thimble, and at least one negative charging thimble, which are electrically connected to the control module respectively. To a certain extent, the present application reduces the situation of data transmission failure. Moreover, after the mobile power bank rental device and the mobile power bank are improved, they can be compatible with the old mobile power bank rental devices and mobile power banks, enabling the old mobile power banks to be used in the mobile power bank rental devices of the present application, and the mobile power banks of the present application to be used in the old mobile power bank rental devices, which is economical and efficient, saves costs, and avoids waste of resources.

Description

Technical Field

[0001] The present invention belongs to the field of mobile power rental, and particularly relates to a charging module of a mobile power rental device and a data transmission method between the charging module and a mobile power source. Background Art

[0002] Mobile power rental devices used in the mobile power rental industry usually need to be equipped with a charging module. The charging module is the main functional component for charging and data transmission of the mobile power rental device to the mobile power source. Currently, a relatively common solution on the market is to set elastic ejector pins on the charging module and metal contacts on the end face of the mobile power source. By contacting the elastic ejector pins with the metal contacts, the charging module can complete the charging and data transmission of the mobile power source.

[0003] The setting of the elastic ejector pins includes a power positive ejector pin and a power negative ejector pin necessary for charging, and also includes one or two communication ejector pins. The power positive ejector pin and the power negative ejector pin are in one-to-one correspondence with the positive and negative poles of the charging metal contacts of the mobile power source to complete charging. The communication ejector pins are also in one-to-one correspondence with the communication metal contacts of the mobile power source to complete data transmission. This data transmission method is theoretically fast in transmission speed and high in reliability. However, in actual use, since the metal contacts of the mobile power source are usually exposed outside the housing of the mobile power source, they are likely to be contaminated with foreign objects during the rental process. Once the metal contacts of the mobile power source are contaminated with foreign objects or there are foreign objects in the channel of the mobile power rental device blocking the normal contact between the ejector pins and the metal contacts of the mobile power source, it is very likely that the elastic ejector pins cannot effectively contact the metal contacts. In addition, long-term use of the mobile power rental device and the mobile power source will cause the ejector pins and the metal contacts to oxidize and age, resulting in poor contact between the ejector pins and the metal contacts, which will affect the charging module's reception of data sent by the mobile power source. The above two situations will both cause the mobile power rental device not to detect or recognize the returned mobile power source after the mobile power source is returned to the mobile power rental device, resulting in the background order not being automatically ended, continuous deduction of fees, customer complaints, and a bad impact on the market.

[0004] Moreover, since a large number of mobile power rental devices and mobile power sources that currently complete the charging and data transmission of the charging module to the mobile power source by contacting the elastic ejector pins with the metal contacts have been put on the market, all mobile power rental devices and mobile power sources on the market are of this form. Therefore, while solving the problem that the mobile power rental device cannot detect or recognize the returned mobile power source after the mobile power source is returned to the mobile power rental device, it is also necessary to consider that after the mobile power rental device and the mobile power source are improved, they should be compatible with the old mobile power rental devices and mobile power sources, so that the old mobile power sources can be used in the improved mobile power rental devices, and the improved mobile power sources can be used in the old mobile power rental devices. Summary of the Invention

[0005] The object of the present invention is to provide a mobile power rental device, a charging module of the mobile power rental device, a mobile power source, a data transmission method between the charging module of the mobile power rental device and the mobile power source, a mobile power rental method, and a mobile power return method, aiming to solve the problem that after the mobile power source is returned to the mobile power rental device, the mobile power rental device cannot detect or identify the returned mobile power source, and at the same time, solve the problem of compatibility with the old mobile power rental devices and mobile power sources after the improvement of the mobile power rental device and the mobile power source.

[0006] In a first aspect, the present invention provides a charging module of a mobile power rental device, including a control module, an RFID module, a communication thimble, at least one positive charging thimble, and at least one negative charging thimble, which are electrically connected to the control module respectively. Among them,

[0007] The RFID module is used to send an instruction to read the mobile power source related data to the RFID module set on the mobile power source and receive the mobile power source related data sent by the RFID module set on the mobile power source;

[0008] At least one positive charging thimble and at least one negative charging thimble are respectively used to contact at least one positive charging contact and at least one negative charging contact set on the mobile power source to charge the mobile power source;

[0009] The communication thimble is used to send an instruction to read the mobile power source related data to the communication metal contact set on the mobile power source and receive the mobile power source related data sent by the communication metal contact set on the mobile power source;

[0010] The control module is used to control the start of the communication thimble and the RFID module simultaneously or successively to read the mobile power source related data; or, the control module is used to control the start of the RFID module to read the mobile power source related data, or control the start of the communication thimble to read the mobile power source related data.

[0011] In a second aspect, the present invention provides a mobile power rental device, including the charging module of the mobile power rental device as described in the first aspect.

[0012] In a third aspect, the present invention provides a mobile power source, including a control module, an RFID module, a communication metal contact, at least one positive charging contact, and at least one negative charging contact, which are electrically connected to the control module respectively. Among them,

[0013] The RFID module is used to receive the instruction for reading the data related to the mobile power supply sent by the RFID module provided on the charging module of the mobile power supply rental device and transmit it to the control module, so that the control module can obtain the data related to the mobile power supply; it is also used to, when the control module receives the instruction for reading the data related to the mobile power supply, control the RFID module by the control module to send the data related to the mobile power supply obtained by the control module to the RFID module provided on the charging module of the mobile power supply rental device;

[0014] At least one positive charging contact and at least one negative charging contact are respectively used to contact at least one positive charging ejector pin and at least one negative charging ejector pin provided on the charging module of the mobile power supply rental device to charge the mobile power supply;

[0015] The communication metal contact is used to receive the instruction for reading the data related to the mobile power supply sent by the communication ejector pin provided on the charging module of the mobile power supply rental device and transmit it to the control module, so that the control module can obtain the data related to the mobile power supply, and when the control module receives the instruction for reading the data related to the mobile power supply transmitted by the communication metal contact, control the communication metal contact by the control module to send the data related to the mobile power supply obtained by the control module to the communication ejector pin provided on the charging module of the mobile power supply rental device.

[0016] Fourthly, the present invention provides a data transmission method between the charging module of the mobile power supply rental device as described in the first aspect and the mobile power supply as described in the second aspect. The method includes:

[0017] The control module of the charging module of the mobile power supply rental device simultaneously or successively controls to start the communication between the communication ejector pin of the charging module of the mobile power supply rental device and the communication metal contact provided on the mobile power supply, and controls to start the communication between the RFID module of the charging module of the mobile power supply rental device and the RFID module provided on the mobile power supply, so as to read the data related to the mobile power supply;

[0018] Or,

[0019] The control module of the charging module of the mobile power supply rental device controls to start the communication between the RFID module of the charging module of the mobile power supply rental device and the RFID module provided on the mobile power supply, so as to read the data related to the mobile power supply;

[0020] Or,

[0021] The control module of the charging module of the mobile power supply rental device controls to start the communication between the communication ejector pin of the charging module of the mobile power supply rental device and the communication metal contact provided on the mobile power supply, so as to read the data related to the mobile power supply.

[0022] Fifthly, the present invention provides a method for renting a mobile power supply. The method includes:

[0023] When the mobile power rental device needs to read the relevant data of the mobile power supply, the data transmission method between the charging module of the mobile power rental device and the mobile power supply as described in the fourth aspect is adopted to read the relevant data of the mobile power supply.

[0024] In a sixth aspect, the present invention provides a method for returning a mobile power supply, the method comprising:

[0025] When the mobile power rental device needs to read the relevant data of the mobile power supply, the data transmission method between the charging module of the mobile power rental device and the mobile power supply as described in the fourth aspect is adopted to read the relevant data of the mobile power supply.

[0026] In the present invention, since the charging module of the mobile power rental device includes a control module and an RFID module electrically connected to the control module respectively. Therefore, it can overcome the problems that foreign objects adhere to the metal contacts of the mobile power supply or foreign objects in the storage channel of the mobile power rental device block the normal contact between the ejector pin and the metal contacts of the mobile power supply, etc., or the ejector pin and the metal contacts are oxidized and aged, resulting in poor contact between the ejector pin and the metal contacts, which will affect the charging module's reception of data sent by the mobile power supply, and to a certain extent reduce the situation of data transmission failure. Also, since the charging module of the mobile power rental device further includes a communication ejector pin electrically connected to the control module, after the mobile power rental device and the mobile power supply are improved, they can be compatible with the old mobile power rental device and the mobile power supply, enabling the old mobile power supply to be used in the mobile power rental device of the present application, and the mobile power supply of the present application to be used in the old mobile power rental device, which is economical and efficient, saves costs, and avoids waste of resources. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 is a functional module block diagram of the charging module of the mobile power rental device provided by an embodiment of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0028] In order to make the objectives, technical solutions and beneficial effects of the present invention clearer and more understandable, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0029] In order to illustrate the technical solutions described in the present invention, the following will be described through specific embodiments.

[0030] Please refer to Figure 1, the charging module of the mobile power rental device provided by the embodiment of the present invention includes a control module 21, an RFID module 22, a communication thimble 26, at least one positive charging thimble 24, and at least one negative charging thimble 25 that are electrically connected to the control module 21 respectively. Among them, the RFID module 22 is used to send an instruction to read the mobile power related data to the RFID module 32 set on the mobile power and receive the mobile power related data sent by the RFID module 32 set on the mobile power. At least one positive charging thimble 24 and at least one negative charging thimble 25 are respectively used to contact at least one positive charging contact 34 and at least one negative charging contact 35 set on the mobile power to charge the mobile power; the communication thimble 26 is used to send an instruction to read the mobile power related data to the communication metal contact 36 set on the mobile power and receive the mobile power related data sent by the communication metal contact 36 set on the mobile power; the control module 21 is used to control the communication thimble 26 and the RFID module 22 to start simultaneously or successively to read the mobile power related data; or, the control module 21 is used to control the RFID module 22 to start to read the mobile power related data, or control the communication thimble 26 to start to read the mobile power related data.

[0031] The control module 21 is used to control the communication thimble 26 and the RFID module 22 to start successively to read the mobile power related data specifically as follows:

[0032] The control module 21 is used to first control the RFID module 22 to start to read the mobile power related data. If the mobile power related data is not received, then control the communication thimble 26 to start to read the mobile power related data. Or, regardless of whether the RFID module 22 receives the mobile power related data or not, control the communication thimble 26 to start to read the mobile power related data; or, the control module 21 is used to first control the communication thimble 26 to start to read the mobile power related data. If the mobile power related data is not received, then control the RFID module 22 to start to read the mobile power related data. Or, regardless of whether the communication thimble 26 receives the mobile power related data or not, control the RFID module 22 to start to read the mobile power related data.

[0033] Regardless of whether the RFID module 22 receives mobile power supply related data, control the communication thimble 26 to start reading the mobile power supply related data. And regardless of whether the communication thimble 26 receives the mobile power supply related data, control the RFID module 22 to start reading the mobile power supply related data. The purpose is to check whether the RFID module and the communication thimble are faulty, and if there is a fault, it can be reported in time. This can be done when executing the mobile power supply return procedure, or when executing the mobile power supply lending procedure, or the mobile power supply rental device can regularly detect the RFID module and the communication thimble. For example, in the mobile power supply return procedure, after the mobile power supply rental device reads the identification number of the mobile power supply through the RFID module or the communication thimble and completes the return process immediately, and after reading all the relevant information of the mobile power supply through the RFID module and the communication thimble, if the reading fails, the fault information is reported. This can not only maximize the efficiency of returning the mobile power supply, but also detect the RFID module and the communication thimble at the same time.

[0034] In the embodiment of the present invention, the control module 21 is configured to first control the RFID module 22 to start reading the mobile power supply related data. If the mobile power supply related data is not received, then control the communication thimble 26 to start reading the mobile power supply related data. Or, regardless of whether the RFID module 22 receives the mobile power supply related data, controlling the communication thimble 26 to start reading the mobile power supply related data specifically may be:

[0035] The control module 21 is configured to first control the RFID module 22 to send an instruction to read the mobile power supply related data to the RFID module 32 provided on the mobile power supply and receive the mobile power supply related data sent by the RFID module 32 provided on the mobile power supply. If the mobile power supply related data is not received, then control the communication thimble 26 to send an instruction to read the mobile power supply related data to the communication metal contact 36 provided on the mobile power supply and receive the mobile power supply related data sent by the communication metal contact 36 provided on the mobile power supply. Or, regardless of whether the RFID module 22 receives the mobile power supply related data, control the communication thimble 26 to send an instruction to read the mobile power supply related data to the communication metal contact 36 provided on the mobile power supply and receive the mobile power supply related data sent by the communication metal contact 36 provided on the mobile power supply.

[0036] The control module 21 is configured to first control the communication thimble 26 to start reading the mobile power supply related data. If the mobile power supply related data is not received, then control the RFID module 22 to start reading the mobile power supply related data. Or, regardless of whether the communication thimble 26 receives the mobile power supply related data, controlling the RFID module 22 to start reading the mobile power supply related data specifically may be:

[0037] The control module 21 is used to first control the communication thimble 26 to send an instruction to read the relevant data of the mobile power supply to the communication metal contact 36 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact 36 set on the mobile power supply. If the relevant data of the mobile power supply is not received, it controls the RFID module 22 to send an instruction to read the relevant data of the mobile power supply to the RFID module 32 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module 32 set on the mobile power supply. Or, regardless of whether the communication thimble 26 has received the relevant data of the mobile power supply, it controls the RFID module 22 to send an instruction to read the relevant data of the mobile power supply to the RFID module 32 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module 32 set on the mobile power supply.

[0038] The control module 21 is used to simultaneously control the activation of the communication thimble 26, the RFID module 22, and the RFID module 22 to read the relevant data of the mobile power supply. Specifically, it can be:

[0039] The control module 21 is used to simultaneously control the communication thimble 26 to send an instruction to read the relevant data of the mobile power supply to the communication metal contact 36 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact 36 set on the mobile power supply, and control the RFID module 22 to send an instruction to read the relevant data of the mobile power supply to the RFID module 32 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module 32 set on the mobile power supply. The purpose is to check whether the RFID module and the communication thimble are faulty. If there is a fault, it can be reported in time. It can be executed during the process of returning the mobile power supply, or during the process of lending the mobile power supply, or the mobile power rental device can regularly detect the RFID module and the communication thimble. If it is executed during the process of returning the mobile power supply, it can not only ensure the maximization of the efficiency of returning the mobile power supply, but also conduct fault troubleshooting at the same time.

[0040] The control module 21 is used to control the activation of the RFID module 22 to read the relevant data of the mobile power supply, or control the activation of the communication thimble 26 to read the relevant data of the mobile power supply. Specifically, it can be:

[0041] The control module is used to control the RFID module 22 to send an instruction to read the relevant data of the mobile power supply to the RFID module 32 set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module 32 set on the mobile power supply, or control the communication thimble to send an instruction to read the relevant data of the mobile power supply to the communication metal contact set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact set on the mobile power supply.

[0042] The RFID module 22 of the charging module of the mobile power rental device can also be used to send an instruction to the RFID module 32 set on the mobile power to notify the decryption or encryption of the mobile power, so as to turn on or off the power output function of the mobile power.

[0043] The communication thimble 26 of the charging module of the mobile power rental device can also be used to send an instruction to the communication metal contact 36 set on the mobile power to notify the decryption or encryption of the mobile power, so as to turn on or off the power output function of the mobile power.

[0044] The instruction to notify the mobile power to decrypt is to turn on the power output function of the mobile power, so that the mobile phone or other devices can be charged; the instruction to notify the mobile power to encrypt is to turn off the power output function of the mobile power, so that the mobile power cannot charge the mobile phone or other devices, but the mobile power rental device can still charge the mobile power.

[0045] In the embodiment of the present invention, the mobile power related data includes one or more of the identity identification number of the mobile power, the version number of the mobile power, and the mobile power status information. The mobile power status information includes the charging current of the mobile power, the power of the mobile power, the temperature of the mobile power, the usage times of the mobile power, the fault information of the mobile power, the encryption / decryption status of the mobile power, the working status information of the components of the mobile power, etc. The communication thimble may specifically include a data thimble and a clock thimble.

[0046] The sequence of controlling the start of the RFID module 22 and the communication thimble 26 by the control module 21 is determined by the control module 21 itself, or is controlled by an instruction sent by the server corresponding to the mobile power rental device. The server can be a cloud server or a traditional server.

[0047] The mobile power supply provided by the embodiment of the present invention further includes a control module 31. The RFID module 32, the communication metal contact 36, at least one positive charging contact 34, and at least one negative charging contact 35 are respectively electrically connected to the control module 31. Among them, the RFID module 32 is used to receive the instruction for reading the relevant data of the mobile power supply sent by the RFID module 22 provided on the charging module of the mobile power supply rental device and transmit it to the control module 31, so that the control module 31 can obtain the relevant data of the mobile power supply; it is also used to, when the control module 31 receives the instruction for reading the relevant data of the mobile power supply, control the RFID module 32 by the control module 31 to send the relevant data of the mobile power supply obtained by the control module 31 to the RFID module 22 provided on the charging module of the mobile power supply rental device; at least one positive charging contact 34 and at least one negative charging contact 35 are respectively used to contact at least one positive charging ejector pin 24 and at least one negative charging ejector pin 25 provided on the charging module of the mobile power supply rental device to charge the mobile power supply; the communication metal contact 36 is used to receive the instruction for reading the relevant data of the mobile power supply sent by the communication ejector pin 26 provided on the charging module of the mobile power supply rental device and transmit it to the control module 31, so that the control module 31 can obtain the relevant data of the mobile power supply, and when the control module 31 receives the instruction for reading the relevant data of the mobile power supply transmitted by the communication metal contact 36, control the communication metal contact 36 by the control module 31 to send the relevant data of the mobile power supply obtained by the control module 31 to the communication ejector pin 26 provided on the charging module of the mobile power supply rental device.

[0048] The RFID module 32 of the mobile power supply can also be used to receive the instruction for notifying the decryption or encryption of the mobile power supply sent by the RFID module 22 provided on the charging module of the mobile power supply rental device, so as to turn on or off the power output function of the mobile power supply;

[0049] The communication metal contact 36 of the mobile power supply can also be used to receive the instruction for notifying the decryption or encryption of the mobile power supply sent by the communication ejector pin 26 provided on the charging module of the mobile power supply rental device, so as to turn on or off the power output function of the mobile power supply.

[0050] The communication metal contact 36 may specifically include a data metal contact and a clock metal contact.

[0051] The embodiment of the present invention also provides a mobile power supply rental device, including the charging module of the mobile power supply rental device provided by the embodiment of the present invention.

[0052] The embodiment of the present invention provides a data transmission method between the charging module of a mobile power supply rental device and the mobile power supply, including the following steps:

[0053] The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, and controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power;

[0054] Or,

[0055] The control module of the charging module of the mobile power rental device controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power;

[0056] Or,

[0057] The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power.

[0058] The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, and controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power specifically as follows:

[0059] The control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power. Or, regardless of whether the RFID module of the charging module of the mobile power rental device has received the relevant data of the mobile power, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power;

[0060] Or,

[0061] The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power to read the relevant data of the mobile power. Or, regardless of whether the communication thimble of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power to read the relevant data of the mobile power.

[0062] In the embodiment of the present invention, the control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power to read the relevant data of the mobile power. Or, regardless of whether the RFID module of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power to read the relevant data of the mobile power. Specifically, it can be:

[0063] S101. The control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to send an instruction to read the relevant data of the mobile power to the RFID module set on the mobile power, and the RFID module of the charging module of the mobile power rental device receives the relevant data of the mobile power sent by the RFID module set on the mobile power.

[0064] S102. If the relevant data of the mobile power is not received, it controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read the relevant data of the mobile power to the communication metal contact set on the mobile power and receive the relevant data of the mobile power sent by the communication metal contact set on the mobile power. Or, regardless of whether the RFID module of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read the relevant data of the mobile power to the communication metal contact set on the mobile power and receive the relevant data of the mobile power sent by the communication metal contact set on the mobile power.

[0065] In S102 of the embodiment of the present invention, if the relevant data of the mobile power is not received, the following steps are further included:

[0066] The control module of the charging module of the mobile power rental device controls the transmission of fault information to the server so that the operation and maintenance personnel can perform timely repairs.

[0067] After S102 of the embodiment of the present invention, the method may further include the following steps:

[0068] If the communication thimble of the charging module of the mobile power rental device also fails to receive mobile power related data, the control module of the charging module of the mobile power rental device controls the transmission of fault information to the server so that the operation and maintenance personnel can perform timely repairs.

[0069] The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact provided on the mobile power to read mobile power related data. If the mobile power related data is not received, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module provided on the mobile power to read mobile power related data. Or, regardless of whether the communication thimble of the charging module of the mobile power rental device has received mobile power related data, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module provided on the mobile power to read mobile power related data. Specifically, it may be:

[0070] S201. The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read mobile power related data to the communication metal contact provided on the mobile power and receive the mobile power related data sent by the communication metal contact provided on the mobile power.

[0071] S202. If the mobile power related data is not received, the control module of the charging module of the mobile power rental device controls the RFID module of the charging module of the mobile power rental device to send an instruction to read mobile power related data to the RFID module provided on the mobile power and receive the mobile power related data sent by the RFID module provided on the mobile power. Or, regardless of whether the communication thimble of the charging module of the mobile power rental device has received mobile power related data, the control module of the charging module of the mobile power rental device controls the RFID module of the charging module of the mobile power rental device to send an instruction to read mobile power related data to the RFID module provided on the mobile power and receive the mobile power related data sent by the RFID module provided on the mobile power.

[0072] In S202 of the embodiment of the present invention, if the mobile power related data is not received, the following steps are further included:

[0073] The control module of the charging module of the mobile power rental device controls the sending of fault information to the server so that the operation and maintenance personnel can perform timely repairs.

[0074] After S202 of the embodiment of the present invention, the method may further include the following steps:

[0075] If the RFID module of the charging module of the mobile power rental device also fails to receive mobile power-related data, the control module of the charging module of the mobile power rental device controls the sending of fault information to the server so that the operation and maintenance personnel can perform timely repairs.

[0076] The control module of the charging module of the mobile power rental device simultaneously controls the activation of communication between the communication thimble of the charging module of the mobile power rental device and the communication metal contact provided on the mobile power, and controls the activation of communication between the RFID module of the charging module of the mobile power rental device and the RFID module provided on the mobile power to read mobile power-related data. Specifically, it may be:

[0077] S301. The control module of the charging module of the mobile power rental device simultaneously controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read mobile power-related data to the communication metal contact provided on the mobile power and receive the mobile power-related data sent by the communication metal contact provided on the mobile power, and controls the RFID module of the charging module of the mobile power rental device to send an instruction to read mobile power-related data to the RFID module provided on the mobile power and receive the mobile power-related data sent by the infrared emission module provided on the mobile power.

[0078] After S301 of the embodiment of the present invention, the method may further include the following steps:

[0079] If the RFID module and / or the communication thimble of the charging module of the mobile power rental device fails to receive mobile power-related data, the control module of the charging module of the mobile power rental device controls the sending of fault information to the server so that the operation and maintenance personnel can perform timely repairs.

[0080] The control module of the charging module of the mobile power rental device controls the activation of communication between the RFID module of the charging module of the mobile power rental device and the RFID module provided on the mobile power to read mobile power-related data. Specifically, it may be:

[0081] The control module of the charging module of the mobile power rental device controls the RFID module of the charging module of the mobile power rental device to send an instruction to read mobile power-related data to the RFID module provided on the mobile power and receive the mobile power-related data sent by the RFID module provided on the mobile power.

[0082] The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power. Specifically, it can be:

[0083] The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read the relevant data of the mobile power to the communication metal contact set on the mobile power and receive the relevant data of the mobile power sent by the communication metal contact set on the mobile power.

[0084] In the embodiment of the present invention, when the control module 21 of the charging module of the mobile power rental device controls the start sequence of the RFID module 22 and the communication thimble 26 is controlled by an instruction sent by the server corresponding to the mobile power rental device, since the server has the fault information of the RFID module of the charging module of the mobile power rental device or the fault information of the communication thimble of the charging module of the mobile power rental device obtained through analysis, the server can specify to control the start of the fault-free RFID module 22 or communication thimble 26. Therefore, the instruction sent by the server corresponding to the mobile power rental device is to control the start of the fault-free RFID module 22 or communication thimble 26.

[0085] The embodiment of the present invention provides a method for renting a mobile power. The method includes that when the mobile power rental device needs to read the relevant data of the mobile power, the data transmission method between the charging module of the mobile power rental device provided by the embodiment of the present invention and the mobile power is used to read the relevant data of the mobile power.

[0086] The embodiment of the present invention provides a method for returning a mobile power. The method includes that when the mobile power rental device needs to read the relevant data of the mobile power, the data transmission method between the charging module of the mobile power rental device provided by the embodiment of the present invention and the mobile power is used to read the relevant data of the mobile power.

[0087] In the present invention, since the charging module of the mobile power rental device includes a control module and an RFID module electrically connected to the control module respectively. Therefore, it can overcome problems such as foreign objects adhering to the metal contacts of the mobile power or foreign objects in the storage channel of the mobile power rental device blocking the normal contact between the ejector pin and the metal contacts of the mobile power, or the ejector pin and the metal contacts being oxidized or aged, resulting in poor contact between the ejector pin and the metal contacts, which will affect the charging module's reception of data sent by the mobile power, and to a certain extent reduce the situation of data transmission failure. Also, since the charging module of the mobile power rental device further includes a communication ejector pin electrically connected to the control module, after the mobile power rental device and the mobile power are improved, they can be compatible with the old mobile power rental device and the mobile power, enabling the old mobile power to be used in the mobile power rental device of the present application, and the mobile power of the present application to be used in the old mobile power rental device, which is economical, efficient, cost-saving, and avoids waste of resources.

[0088] Those of ordinary skill in the art can understand that all or part of the steps in the various methods of the above embodiments can be completed by instructing relevant hardware through a program, and this program can be stored in a computer-readable storage medium, and the storage medium can include: read-only memory (ROM, Read Only Memory), random access memory (RAM, Random Access Memory), magnetic disk or optical disk, etc.

[0089] The above are only the preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements, and improvements made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims

1. A charging module of a mobile power rental device, characterized in that: It includes a control module, an RFID module, a communication thimble, at least one positive charging thimble, and at least one negative charging thimble that are electrically connected to the control module respectively. Among them, the RFID module is used to send an instruction to read the mobile power-related data to the RFID module set on the mobile power and receive the mobile power-related data sent by the RFID module set on the mobile power; at least one positive charging thimble and at least one negative charging thimble are respectively used to contact at least one positive charging contact and at least one negative charging contact set on the mobile power to charge the mobile power; the communication thimble is used to send an instruction to read the mobile power-related data to the communication metal contact set on the mobile power and receive the mobile power-related data sent by the communication metal contact set on the mobile power; the control module is used to control the communication thimble and the RFID module to start simultaneously or successively to read the mobile power-related data; or, the control module is used to control the RFID module to start to read the mobile power-related data, or control the communication thimble to start to read the mobile power-related data; The control module is used to successively control the communication thimble and the RFID module to start to read the mobile power-related data specifically as: the control module is used to first control the RFID module to start to read the mobile power-related data. If the mobile power-related data is not received, then control the communication thimble to start to read the mobile power-related data, or, regardless of whether the RFID module receives the mobile power-related data or not, control the communication thimble to start to read the mobile power-related data; or, the control module is used to first control the communication thimble to start to read the mobile power-related data. If the mobile power-related data is not received, then control the RFID module to start to read the mobile power-related data, or, regardless of whether the communication thimble receives the mobile power-related data or not, control the RFID module to start to read the mobile power-related data; The control module is used to simultaneously control the communication thimble and the RFID module to start to read the mobile power-related data specifically as: the control module is used to simultaneously control the communication thimble to send an instruction to read the mobile power-related data to the communication metal contact set on the mobile power and receive the mobile power-related data sent by the communication metal contact set on the mobile power, and control the RFID module to send an instruction to read the mobile power-related data to the RFID module set on the mobile power and receive the mobile power-related data sent by the RFID module set on the mobile power; The control module is used to control the RFID module to start to read the mobile power-related data, or control the communication thimble to start to read the mobile power-related data specifically as: the control module is used to control the RFID module to send an instruction to read the mobile power-related data to the RFID module set on the mobile power and receive the mobile power-related data sent by the RFID module set on the mobile power, or, control the communication thimble to send an instruction to read the mobile power-related data to the communication metal contact set on the mobile power and receive the mobile power-related data sent by the communication metal contact set on the mobile power.

2. The charging module according to claim 1, wherein: The control module is used to first control the activation of the RFID module to read the relevant data of the mobile power supply. If the relevant data of the mobile power supply is not received, it controls the activation of the communication thimble to read the relevant data of the mobile power supply. Or, regardless of whether the RFID module has received the relevant data of the mobile power supply, it controls the activation of the communication thimble to read the relevant data of the mobile power supply. Specifically: The control module is used to first control the RFID module to send an instruction to read the relevant data of the mobile power supply to the RFID module set on the mobile power supply. The RFID module receives the relevant data of the mobile power supply sent by the RFID module set on the mobile power supply. If the relevant data of the mobile power supply is not received, it controls the communication thimble to send an instruction to read the relevant data of the mobile power supply to the communication metal contact set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact set on the mobile power supply. Or, regardless of whether the RFID module has received the relevant data of the mobile power supply, it controls the communication thimble to send an instruction to read the relevant data of the mobile power supply to the communication metal contact set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact set on the mobile power supply.

3. The charging module according to claim 1, characterized in that: The control module is used to first control the activation of the communication thimble to read the relevant data of the mobile power supply. If the relevant data of the mobile power supply is not received, it controls the activation of the RFID module to read the relevant data of the mobile power supply. Or, regardless of whether the communication thimble has received the relevant data of the mobile power supply, it controls the activation of the RFID module to read the relevant data of the mobile power supply. Specifically: The control module is used to first control the communication thimble to send an instruction to read the relevant data of the mobile power supply to the communication metal contact set on the mobile power supply and receive the relevant data of the mobile power supply sent by the communication metal contact set on the mobile power supply. If the relevant data of the mobile power supply is not received, it controls the RFID module to send an instruction to read the relevant data of the mobile power supply to the RFID module set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module set on the mobile power supply. Or, regardless of whether the communication thimble has received the relevant data of the mobile power supply, it controls the RFID module to send an instruction to read the relevant data of the mobile power supply to the RFID module set on the mobile power supply and receive the relevant data of the mobile power supply sent by the RFID module set on the mobile power supply.

4. The charging module according to any one of claims 1 to 3, characterized in that: The sequence of the control module controlling the activation of the RFID module and the communication thimble is determined by the control module itself or controlled by an instruction sent by the server corresponding to the mobile power supply rental device.

5. The charging module according to claim 1, wherein: The relevant data of the mobile power supply includes one or more of the identity identification number of the mobile power supply, the version number of the mobile power supply, and the mobile power supply status information.

6. The charging module according to claim 5, wherein: The mobile power supply status information includes one or more of the charging current of the mobile power supply, the power of the mobile power supply, the temperature of the mobile power supply, the usage times of the mobile power supply, the fault information of the mobile power supply, the encryption / decryption status of the mobile power supply, and the working status information of the components of the mobile power supply.

7. The charging module according to claim 1, wherein: The RFID module of the charging module of the mobile power rental device is also used to send an instruction to notify the RFID module set on the mobile power to decrypt or encrypt, so as to turn on or off the power output function of the mobile power; The communication thimble of the charging module of the mobile power rental device is also used to send an instruction to notify the mobile power to decrypt or encrypt to the communication metal contact set on the mobile power, so as to turn on or off the power output function of the mobile power.

8. The charging module according to claim 1, wherein: The communication thimble specifically includes a data thimble and a clock thimble.

9. The charging module according to claim 4, wherein: The server is a cloud server.

10. A mobile power bank rental device, characterized in that: It includes the charging module of the mobile power rental device according to any one of claims 1 to 9.

11. A data transmission method between the charging module of the mobile power rental device according to any one of claims 1 to 9 and the mobile power, characterized in that The mobile power includes a control module, an RFID module, a communication metal contact, at least one positive charging contact and at least one negative charging contact which are respectively electrically connected to the control module, wherein The RFID module is used to receive the instruction to read the relevant data of the mobile power sent by the RFID module set on the charging module of the mobile power rental device and transmit it to the control module, so that the control module can obtain the relevant data of the mobile power; it is also used to when the control module receives the instruction to read the relevant data of the mobile power, the control module controls the RFID module to send the relevant data of the mobile power obtained by the control module to the RFID module set on the charging module of the mobile power rental device; At least one positive charging contact and at least one negative charging contact are respectively used to contact at least one positive charging thimble and at least one negative charging thimble set on the charging module of the mobile power rental device to charge the mobile power; The communication metal contact is used to receive the instruction to read the relevant data of the mobile power sent by the communication thimble set on the charging module of the mobile power rental device and transmit it to the control module, so that the control module can obtain the relevant data of the mobile power, and when the control module receives the instruction to read the relevant data of the mobile power transmitted by the communication metal contact, the control module controls the communication metal contact to send the relevant data of the mobile power obtained by the control module to the communication thimble set on the charging module of the mobile power rental device; The method includes: The control module of the charging module of the mobile power rental device controls to start the communication between the communication thimble of the charging module of the mobile power rental device and the communication metal contact set on the mobile power, and controls to start the communication between the RFID module of the charging module of the mobile power rental device and the RFID module set on the mobile power, so as to read the relevant data of the mobile power; Or, The control module of the charging module of the mobile power rental device controls to start the communication between the RFID module of the charging module of the mobile power rental device and the RFID module set on the mobile power, so as to read the relevant data of the mobile power; Or, The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power; The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, and then controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power specifically as follows: The control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power. Or, regardless of whether the RFID module of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power; Or, The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power. Or, regardless of whether the communication thimble of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power.

12. The method according to claim 11, wherein: The control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to communicate with the RFID module set on the mobile power, so as to read the relevant data of the mobile power. If the relevant data of the mobile power is not received, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power. Or, regardless of whether the RFID module of the charging module of the mobile power rental device receives the relevant data of the mobile power, it controls the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power, so as to read the relevant data of the mobile power specifically as follows: S101. The control module of the charging module of the mobile power rental device first controls the RFID module of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the RFID module set on the mobile power, and the RFID module of the charging module of the mobile power rental device receives the mobile power related data sent by the RFID module set on the mobile power. S102. If the mobile power related data is not received, then control the communication thimble of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power related data sent by the communication metal contact set on the mobile power, or, regardless of whether the RFID module of the charging module of the mobile power rental device has received the mobile power related data, control the communication thimble of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power related data sent by the communication metal contact set on the mobile power.

13. The method according to claim 12, wherein: In S102, if the mobile power related data is not received, the following steps are further included: The control module of the charging module of the mobile power rental device controls and sends the fault information to the server.

14. The method according to claim 12, characterized in that: After S102, the method further includes the following steps: If the communication thimble of the charging module of the mobile power rental device also does not receive the mobile power related data, the control module of the charging module of the mobile power rental device controls and sends the fault information to the server.

15. The method according to claim 11, characterized in that: The control module of the charging module of the mobile power rental device first controls to start the communication between the communication thimble of the charging module of the mobile power rental device and the communication metal contact set on the mobile power to read the mobile power related data. If the mobile power related data is not received, then control to start the communication between the RFID module of the charging module of the mobile power rental device and the RFID module set on the mobile power to read the mobile power related data, or, regardless of whether the communication thimble of the charging module of the mobile power rental device has received the mobile power related data, control to start the communication between the RFID module of the charging module of the mobile power rental device and the RFID module set on the mobile power to read the mobile power related data. Specifically: S201. The control module of the charging module of the mobile power rental device first controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power related data sent by the communication metal contact set on the mobile power. S202. If the mobile power supply related data is not received, the control module of the charging module of the mobile power supply rental device controls the RFID module of the charging module of the mobile power supply rental device to send an instruction to read the mobile power supply related data to the RFID module set on the mobile power supply and receive the mobile power supply related data sent by the RFID module set on the mobile power supply. Alternatively, regardless of whether the communication thimble of the charging module of the mobile power supply rental device has received the mobile power supply related data, the control module of the charging module of the mobile power supply rental device controls the RFID module of the charging module of the mobile power supply rental device to send an instruction to read the mobile power supply related data to the RFID module set on the mobile power supply and receive the mobile power supply related data sent by the RFID module set on the mobile power supply.

16. The method according to claim 15, characterized in that: In S202, if the mobile power supply related data is not received, the following steps are further included: The control module of the charging module of the mobile power supply rental device controls and sends the fault information to the server.

17. The method according to claim 15, wherein: After S202, the method further includes the following steps: If the RFID module of the charging module of the mobile power supply rental device also does not receive the mobile power supply related data, the control module of the charging module of the mobile power supply rental device controls and sends the fault information to the server.

18. The method according to claim 11, wherein: The control module of the charging module of the mobile power supply rental device simultaneously controls to start the communication between the communication thimble of the charging module of the mobile power supply rental device and the communication metal contact set on the mobile power supply, and controls to start the communication between the RFID module of the charging module of the mobile power supply rental device and the RFID module set on the mobile power supply. The specific operation of reading the mobile power supply related data is as follows: S301. The control module of the charging module of the mobile power supply rental device simultaneously controls the communication thimble of the charging module of the mobile power supply rental device to send an instruction to read the mobile power supply related data to the communication metal contact set on the mobile power supply and receive the mobile power supply related data sent by the communication metal contact set on the mobile power supply, and controls the RFID module of the charging module of the mobile power supply rental device to send an instruction to read the mobile power supply related data to the RFID module set on the mobile power supply and receive the mobile power supply related data sent by the RFID module set on the mobile power supply.

19. The method according to claim 18, characterized in that: After S301, the method further includes the following steps: If the RFID module and / or the communication thimble of the charging module of the mobile power supply rental device do not receive the mobile power supply related data, the control module of the charging module of the mobile power supply rental device controls and sends the fault information to the server.

20. The method according to claim 11, wherein: The control module of the charging module of the mobile power supply rental device controls to start the communication between the RFID module of the charging module of the mobile power supply rental device and the RFID module set on the mobile power supply. The specific operation of reading the mobile power supply related data is as follows: The control module of the charging module of the mobile power rental device controls the RFID module of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the RFID module set on the mobile power and receive the mobile power related data sent by the RFID module set on the mobile power; The control module of the charging module of the mobile power rental device controls to start the communication thimble of the charging module of the mobile power rental device to communicate with the communication metal contact set on the mobile power to read the mobile power related data specifically as follows: The control module of the charging module of the mobile power rental device controls the communication thimble of the charging module of the mobile power rental device to send an instruction to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power related data sent by the communication metal contact set on the mobile power.

21. The method according to claim 13, 14, 16, 17 or 19, characterized in that: When the control module of the charging module of the mobile power rental device controls the start sequence of the RFID module and the communication thimble is controlled by an instruction sent by the server corresponding to the mobile power rental device, the method further includes the following steps: The instruction sent by the server corresponding to the mobile power rental device is to control the start of the RFID module or the communication thimble without failure.

22. The mobile power supply according to claim 11, characterized in that: The mobile power related data includes one or more of the identity identification number of the mobile power, the version number of the mobile power, and the mobile power status information.

23. The mobile power supply according to claim 22, characterized in that: The mobile power status information includes one or more of the charging current of the mobile power, the power of the mobile power, the temperature of the mobile power, the usage times of the mobile power, the fault information of the mobile power, the encryption / decryption status of the mobile power, and the working status information of the components of the mobile power.

24. The mobile power supply according to claim 11, characterized in that: The RFID module of the mobile power is further configured to receive an instruction sent by the RFID module set on the charging module of the mobile power rental device to notify the mobile power to decrypt or encrypt, so as to turn on or off the power output function of the mobile power; The communication metal contact of the mobile power is further configured to receive an instruction sent by the communication thimble set on the charging module of the mobile power rental device to notify the mobile power to decrypt or encrypt, so as to turn on or off the power output function of the mobile power.

25. The mobile power supply according to claim 11, wherein: The communication metal contact specifically includes a data metal contact and a clock metal contact.

26. A method for renting a mobile power supply, characterized in that: The method includes: When the mobile power rental device needs to read the mobile power related data, the data transmission method between the charging module of the mobile power rental device and the mobile power as described in any one of claims 11 to 25 is used to read the mobile power related data.

27. A method for returning a mobile power supply, characterized in that: The method includes: When the mobile power rental device needs to read the mobile power related data, the data transmission method between the charging module of the mobile power rental device and the mobile power as described in any one of claims 11 to 25 is used to read the mobile power related data.

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