WO2020048261A1 - Charging module for power bank rental equipment and method for data transmission between same and power bank - Google Patents

Abstract

Provided are a charging module for power bank rental equipment and a method for data transmission between same and a power bank. The charging module for power bank rental equipment comprises a control module (31), and an infrared transmitting module (33), an infrared receiving module (23), a communication pin (26), at least one positive charging pin (24) and at least one negative charging pin (25) electrically connected to the control module (31) separately. The charging module reduces data transmission failures to a certain extent; moreover, improved power bank rental equipment and power bank are compatible with old power bank rental equipment and power bank, so that the old power bank can be used in this power bank rental equipment. The present invention is economical and efficient, saves costs, and avoids waste of resources.

Description

Charging module of mobile power rental equipment and data transmission method with mobile power Technical field

The invention belongs to the field of mobile power leasing, and particularly relates to a charging module of mobile power leasing equipment and a data transmission method between the charging module and the mobile power.

Background technique

The mobile power leasing equipment used in the mobile power leasing industry often needs to be equipped with a charging module. The charging module is the main functional component of the mobile power leasing device for charging and data transmission for the mobile power. At present, the more common solution on the market is to provide an elastic thimble on the charging module and a metal contact on the end face of the mobile power supply. The elastic module can contact the metal contact to complete the charging of the mobile power supply by the charging module. And data transmission.

The setting of the elastic thimble includes a positive power thimble and a negative power thimble necessary for completing charging, and also includes one or two communication thimbles. The positive thimble of the power source and the negative thimble of the power source are in one-to-one contact with the positive and negative poles of the charging metal contact of the mobile power supply, and the charging is completed. The communication thimble also makes one-to-one contact with the communication metal contacts of the mobile power supply 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 are usually exposed outside the housing of the mobile power, it is easy to be contaminated with foreign objects during the lease and use process. Once the metal contacts of the mobile power are contaminated with foreign objects or inside the mobile power rental equipment warehouse Foreign matter has blocked the normal contact between the thimble and the metal contacts of the mobile power supply, which can easily cause the elastic thimble not to effectively contact the metal contacts. In addition, long-term use of mobile power rental equipment and mobile power can cause the thimble and metal contacts to oxidize And aging, making the contact between the thimble and the metal contact poor, which will affect the charging module to receive data sent by the mobile power supply. Both of the above situations will cause the mobile power rental equipment to be returned to the mobile power rental equipment, the mobile power rental equipment will not be detected, and the returned mobile power will not be recognized. As a result, the back-end order cannot be automatically ended, and the charge will continue to be charged, causing customer complaints to the market. Problems that cause bad effects.

Also, since the charging module is used to complete the charging of the mobile power source and the data transmission through the elastic thimble to contact the metal contacts, mobile power rental equipment and mobile power have been launched in large quantities. At present, all mobile power rental equipment and mobile power on the market It's all in this form. Therefore, after the mobile power is returned to the mobile power rental equipment, the mobile power rental equipment cannot be detected and the returned mobile power cannot be identified. At the same time, after the mobile power rental equipment and mobile power are improved, it must be considered with the old mobile power. Power leasing equipment is compatible with mobile power, so that old mobile power can be used in improved mobile power leasing equipment, and improved mobile power can be used in old mobile power leasing equipment.

technical problem

The purpose of the present invention is to provide a mobile power rental equipment, a charging module of a mobile power rental equipment, a mobile power source, a data transmission method between a charging module of a mobile power rental equipment and a mobile power source, a mobile power source rental method, and a mobile power source. The return method is designed to solve the problem that mobile power rental equipment cannot be detected after the mobile power is returned to the mobile power rental equipment, and the returned mobile power cannot be identified. At the same time, the mobile power rental equipment and mobile power are improved, and the old mobile Power rental equipment and mobile power compatibility issues.

Technical solutions

In a first aspect, the present invention provides a charging module for a mobile power rental device, comprising a control module and an infrared transmitting module, an infrared receiving module, a communication thimble, at least one positive charging thimble and at least one A negative charging thimble, where,

The infrared receiving module is used to receive the mobile power related data sent by the infrared transmitting module set on the mobile power;

The infrared transmitting module is used to send an instruction to read the mobile power related data to the infrared receiving 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 provided on the mobile power to charge the mobile power;

The communication thimble is used to send instructions for reading mobile power related data to the communication metal contacts provided on the mobile power supply and to receive mobile power related data sent by the communication metal contacts provided on the mobile power supply;

The control module is used to control the activation of the communication thimble, the infrared transmitting module and the infrared receiving module at the same time or successively to read the mobile power related data; or the control module is used to control the activation of the infrared transmitting module and the infrared receiving module to read the mobile power related data, Or control to start the communication thimble to read mobile power related data.

In a second aspect, the present invention provides a mobile power rental device including the charging module of the mobile power rental device according to the first aspect.

In a third aspect, the present invention provides a mobile power source, including a control module and an infrared transmitting module, an infrared receiving module, a communication metal contact, at least one positive charging contact, and at least one negative charging contact, respectively electrically connected to the control module. ,among them,

The infrared receiving module is configured to receive an instruction for reading mobile power related data sent by an infrared transmitting module provided on a charging module of the mobile power rental equipment and transmit it to the control module, so that the control module obtains mobile power related data;

The infrared transmitting module is used to control the infrared transmitting module to send the mobile power related data obtained by the control module to the charging module of the mobile power rental equipment when the control module receives an instruction to read the data related to the mobile power source. The infrared receiving module set on it;

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 provided on the charging module of the mobile power rental equipment to charge the mobile power;

The communication metal contact is used to receive an instruction to read mobile power related data sent by a communication thimble provided on a charging module of the mobile power rental equipment and transmit it to the control module, so that the control module obtains mobile power related data, and when When the control module receives the instruction for reading mobile power related data transmitted by the communication metal contact, the control module controls the communication metal contact to send the mobile power related data obtained by the control module to the charging mode of the mobile power rental equipment. Communication thimble set on group.

In a fourth aspect, the present invention provides a data transmission method between the charging module of the mobile power rental device according to the first aspect and the mobile power supply according to the second aspect, the method comprising:

The control module of the charging module of the mobile power rental equipment simultaneously or successively controls the communication thimble of the charging module of the mobile power rental equipment to start and communicate with the communication metal contact provided on the mobile power to control the startup of the charging module of the mobile power rental equipment. The infrared transmitting module and the infrared receiving module communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power supply, respectively, to read the mobile power related data;

or,

The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the mobile power related data;

or,

The control module of the charging module of the mobile power rental equipment controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact provided on the mobile power to read data related to the mobile power.

In a fifth aspect, the present invention provides a method for leasing a mobile power source, the method including:

When the mobile power rental equipment needs to read the mobile power related data, the data transmission method between the charging module of the mobile power rental equipment and the mobile power as described in the fourth aspect is used to read the mobile power related data.

According to a sixth aspect, the present invention provides a method for returning a mobile power source, the method including:

When the mobile power rental equipment needs to read the mobile power related data, the data transmission method between the charging module of the mobile power rental equipment and the mobile power as described in the fourth aspect is used to read the mobile power related data.

Beneficial effect

In the present invention, the charging module of the mobile power rental equipment includes a control module and an infrared transmitting module and an infrared receiving module respectively electrically connected to the control module. Therefore, it is possible to overcome the contamination of the metal contacts of the mobile power supply or foreign matter in the mobile power rental equipment silo to block the normal contact between the thimble and the metal contacts of the mobile power supply, or because the thimbles and metal contacts are oxidized and aged, making the thimbles and metal Poor contact between the contacts will affect the problem that the charging module receives the data sent by the mobile power supply, and the failure of data transmission is reduced to a certain extent. And because the charging module of the mobile power rental equipment also includes a communication thimble electrically connected to the control module, the mobile power rental equipment and mobile power are improved to be compatible with the old mobile power rental equipment and mobile power. The mobile power leasing equipment used in this application can be used in the old mobile power leasing equipment, which is economical and efficient, saves costs, and avoids waste of resources.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a block diagram of a charging module and a functional module of a mobile power source of a mobile power source rental device according to an embodiment of the present invention.

Embodiments of the invention

In order to make the objectives, technical solutions, and beneficial effects of the present invention clearer, the present invention is 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 intended to limit the present invention.

In order to explain the technical solution of the present invention, the following description is made through specific embodiments.

Referring to FIG. 1, a charging module of a mobile power rental device provided by an embodiment of the present invention includes a control module 21 and an infrared transmitting module 22, an infrared receiving module 23, a communication thimble 26, and at least one positive electrode that are electrically connected to the control module 21, respectively. The charging thimble 24 and at least one negative charging thimble 25, wherein the infrared receiving module 23 is used to receive mobile power related data sent by the infrared transmitting module 33 provided on the mobile power source, and the infrared transmitting module 22 is used to transmit infrared data to the mobile power source. The receiving module 32 sends an instruction to read data related to mobile power. At least one positive charging thimble 24 and at least one negative charging thimble 25 are respectively used for at least one positive charging contact 34 and at least one negative charging contact provided on the mobile power. Point 35 contacts to charge the mobile power supply; the communication thimble 26 is used to send instructions to read the mobile power related data to the communication metal contact 36 provided on the mobile power and to receive the mobile power sent by the communication metal contact 36 provided on the mobile power Relevant data; the control module 21 is used to control the start of the communication thimble 26 and the infrared transmitter simultaneously or successively Module 22 and infrared receiving module 23 to read mobile power related data; or, control module 21 is used to control the activation of infrared transmitting module 22 and infrared receiving module 23 to read mobile power related data, or to control communication thimble 26 to read Mobile power related data.

The control module 21 is used to control the activation of the communication thimble 26, the infrared transmitting module 22 and the infrared receiving module 23 in order to read the mobile power related data. Specifically:

The control module 21 is used to first control the activation of the infrared transmitting module 22 and the infrared receiving module 23 to read mobile power related data. If no mobile power related data is received, control to start the communication thimble 26 to read mobile power related data, or Regardless of whether the infrared receiving module 23 has received mobile power related data, it controls to start the communication thimble 26 to read mobile power related data; or, the control module 21 is used to first control the communication thimble 26 to read mobile power related data. If no mobile power-related data is received, the infrared transmission module 22 and the infrared receiving module 23 are controlled to start to read the mobile power-related data, or whether the communication thimble 26 has received mobile power-related data, it is controlled to start the infrared transmission module 22 And infrared receiving module 23 to read mobile power related data.

Regardless of whether the infrared receiving module 23 receives mobile power related data, it controls the activation of the communication thimble 26 to read mobile power related data, and whether or not the communication thimble 26 receives mobile power related data, it controls the activation of the infrared transmission module 22 And infrared receiving module 23 to read mobile power related data. The purpose is to check whether the infrared transmitting module, infrared receiving module and communication thimble are faulty, and if there is a fault, it can be reported in time. It can be executed either in the procedure of returning the mobile power, or in the procedure of lending the mobile power. The mobile power rental equipment can also periodically detect the infrared transmitting module, infrared receiving module and communication thimble. For example, in the procedure of returning mobile power, the mobile power rental equipment reads the identification number of the mobile power through the infrared transmitting module and infrared receiving module or communication thimble and completes the return processing as soon as possible, and through the infrared transmitting module and infrared receiving module After reading the relevant information of the mobile power supply with the communication thimble, if the reading fails, report the fault information, which can ensure the efficiency of returning the mobile power supply to the maximum, and can simultaneously detect the infrared transmitting module, infrared receiving module and communication thimble. .

In the embodiment of the present invention, the control module 21 is used to first control the activation of the infrared transmitting module 22 and the infrared receiving module 23 to read the mobile power related data. If no data related to the mobile power is received, control the start of the communication thimble 26 to read Mobile power-related data, or whether the infrared receiving module 23 has received mobile power-related data, controlling the activation of the communication thimble 26 to read mobile power-related data may specifically be:

The control module 21 is used to first control the infrared transmitting module 22 to send an instruction to read the mobile power related data to the infrared receiving module 32 provided on the mobile power source, and the infrared receiving module 23 receives the mobile power source sent from the infrared transmitting module 33 provided on the mobile power source. Relevant data. If the mobile power related data is not received, the communication thimble 26 is controlled to send a command to read the mobile power related data to the communication metal contact 36 provided on the mobile power and receive the communication metal contact 36 provided on the mobile power. The mobile power related data sent; or whether the infrared receiving module 23 has received mobile power related data, the communication thimble 26 is controlled to send the mobile power related data instruction and reception to the communication metal contact 36 provided on the mobile power source. Mobile power related data sent by the communication metal contact 36 provided on the mobile power.

The control module 21 is used to first control the start of the communication thimble 26 to read the mobile power related data. If no mobile power related data is received, the control module 21 starts the infrared transmitting module 22 and the infrared receiving module 23 to read mobile power related data, or Regardless of whether the communication thimble 26 has received mobile power-related data, controlling the activation of the infrared transmitting module 22 and the infrared receiving module 23 to read mobile power related data may specifically be:

The control module 21 is used to first control the communication thimble 26 to send instructions for reading mobile power related data to the communication metal contact 36 provided on the mobile power source and to receive mobile power related data sent by the communication metal contact 36 provided on the mobile power source. If no mobile power related data is received, the infrared transmitting module 22 is controlled to send an instruction to read mobile power related data to the infrared receiving module 32 provided on the mobile power, and the infrared receiving module 23 receives the infrared transmitting module 33 provided on the mobile power. Mobile power-related data, or whether the communication thimble 26 has received mobile power-related data, the infrared transmitting module 22 is controlled to send an instruction to read mobile power-related data to the infrared receiving module 32 provided on the mobile power source. The module 23 receives the mobile power related data sent by the infrared transmitting module 33 provided on the mobile power.

The control module 21 is used to simultaneously control the start of the communication thimble 26, the infrared transmitting module 22 and the infrared receiving module 23 to read mobile power related data. Specifically, the control module 21 may be:

The control module 21 is used to simultaneously control the communication thimble 26 to send instructions for reading mobile power related data to the communication metal contact 36 provided on the mobile power source and to receive mobile power related data sent by the communication metal contact 36 provided on the mobile power source, and Control the infrared transmitting module 22 to send an instruction for reading mobile power related data to the infrared receiving module 32 provided on the mobile power source, and the infrared receiving module 23 receives mobile power related data sent by the infrared transmitting module 33 provided on the mobile power source. The purpose is to check whether the infrared transmitting module, infrared receiving module and communication thimble are faulty, and if there is a fault, it can be reported in time. It can be performed during the process of returning the mobile power, or during the lending of the mobile power, or the mobile power rental equipment can periodically detect the infrared transmitting module, infrared receiving module and communication thimble. If it is executed during the process of returning the mobile power, it can not only ensure the efficiency of returning the mobile power, but also perform troubleshooting at the same time.

The control module 21 is used to control the activation of the infrared transmitting module 22 and the infrared receiving module 23 to read mobile power related data, or the control of the communication thimble 26 to read mobile power related data. Specifically:

The control module is used to control the infrared transmitting module to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power source, and the infrared receiving module receives the mobile power related data sent by the infrared transmitting module provided on the mobile power source, or to control The communication thimble sends an instruction to read the data related to the mobile power to the communication metal contact provided on the mobile power and receives the data related to the mobile power sent by the communication metal contact provided on the mobile power.

The infrared transmitting module 22 of the charging module of the mobile power rental equipment can also be used to send an instruction to the mobile power to the infrared receiving module 32 to notify the mobile power to decrypt or encrypt the instruction to turn on or off the power output function of the mobile power;

The communication thimble 26 of the charging module of the mobile power rental device can also be used to send an instruction to the mobile power source to decrypt or encrypt the communication metal contact 36 provided on the mobile power source to turn on or off the power output function of the mobile power source.

The instruction to notify the mobile power source to decrypt is to turn on the power output function of the mobile power supply so that the mobile phone or other equipment can be charged; the instruction to notify the mobile power source is to turn off the power output function of the mobile power supply, so that the mobile power supply cannot be given to the mobile phone or other devices. The device charges, but mobile power rental equipment can still charge the mobile power.

In the embodiment of the present invention, the mobile power related data includes one or more of an identification number of the mobile power, a version number of the mobile power, and status information of the mobile power. 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 number of times the mobile power is used, the failure information of the mobile power, the encryption / decryption status of the mobile power, and the working status of the components of the mobile power. Information, etc. The communication thimble may specifically include a data thimble and a clock thimble.

The control module 21 controls the sequence of activating the infrared transmitting module 22, the infrared receiving module 23, and the communication thimble 26 by the control module 21 itself, or by an instruction sent by a server corresponding to the mobile power rental equipment. The server may be a cloud server or a traditional server.

The mobile power supply provided by the embodiment of the present invention further includes a control module 31, an infrared transmitting module 33, an infrared receiving module 32, a communication metal contact 36, at least one positive charging contact 34 and at least one negative charging contact 35, and the control module 31, respectively. Electrical connection, wherein the infrared receiving module 32 is used to receive an instruction to read mobile power related data sent by the infrared transmitting module 22 provided on the charging module of the mobile power rental equipment and transmit it to the control module 31, so that the control module 31 Obtain mobile power related data; infrared transmitting module 33 is used when control module 31 receives an instruction to read mobile power related data, control module 31 controls infrared transmitting module 33 to send mobile power related data obtained by control module 31 to An infrared receiving module 23 provided on the charging module of the mobile power rental equipment; at least one positive charging contact 34 and at least one negative charging contact 35 are respectively used for at least one positive electrode provided on the charging module of the mobile power rental equipment The charging thimble 24 is in contact with at least one negative charging thimble 25 to charge the mobile power source; communication The sub-contact 36 is used to receive an instruction to read mobile power related data sent by the communication thimble 26 provided on the charging module of the mobile power rental equipment and transmit it to the control module 31 to obtain the mobile power related data by the control module 31, and When the control module 31 receives the instruction for reading mobile power related data transmitted by the communication metal contact 36, the control module 31 controls the communication metal contact 36 to send the mobile power related data obtained by the control module 31 to the mobile power rental equipment. A communication thimble 26 provided on the charging module.

The infrared receiving module 32 of the mobile power supply can also be used to receive an instruction sent by the infrared transmitting module provided on the charging module of the mobile power rental equipment to notify the mobile power supply of the decryption or encryption instruction to turn on or off the power output function of the mobile power supply;

The communication metal contact 36 of the mobile power supply can also be used to receive a mobile thimble decryption or encryption instruction sent by the communication thimble 26 provided on the charging module of the mobile power rental device to turn on or off the power output function of the mobile power supply.

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

An embodiment of the present invention also provides a mobile power rental equipment, including a charging module of the mobile power rental equipment provided by the embodiment of the present invention.

An embodiment of the present invention provides a data transmission method between a charging module of a mobile power rental device and a mobile power source, including the following steps:

The control module of the charging module of the mobile power rental equipment simultaneously or successively controls the communication thimble of the charging module of the mobile power rental equipment to start and communicate with the communication metal contact provided on the mobile power to control the startup of the charging module of the mobile power rental equipment. The infrared transmitting module and the infrared receiving module communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power supply, respectively, to read the mobile power related data;

or,

The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the mobile power related data;

or,

The control module of the charging module of the mobile power rental equipment controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact provided on the mobile power to read data related to the mobile power.

The control module of the charging module of the mobile power rental equipment controls the communication thimble of the charging module of the mobile power rental equipment to start communication with the communication metal contact set on the mobile power, and controls the infrared emission of the charging module of the mobile power rental equipment. The module and the infrared receiving module communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively. The specific data for reading the mobile power can be:

The control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module and the infrared receiving module that start the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power respectively to read the mobile Power-related data. If no mobile power-related data is received, control the start of 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, or, no matter Whether the infrared receiving module of the charging module of the mobile power rental equipment has received mobile power related data, it controls the startup of the communication thimble of the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read Mobile power related data;

or,

The control module of the charging module of the mobile power rental equipment first controls the communication thimble that starts the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read the mobile power related data. If no mobile power is received, Power-related data, the infrared transmitting module and infrared receiving module that control the charging module of the mobile power rental equipment to start and communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read mobile power related data, or, regardless of Whether the communication thimble of the charging module of the mobile power rental equipment has received mobile power related data, they all control the activation of the infrared transmitting module and infrared receiving module of the charging module of the mobile power rental equipment, and the infrared receiving module and the infrared receiving module provided on the mobile power. The infrared transmitting module communicates to read mobile power related data.

In the embodiment of the present invention, the control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module and the infrared receiving module that start the charging module of the mobile power rental equipment, and the infrared receiving module and the infrared transmitting provided on the mobile power respectively. The module communicates to read mobile power related data. If no mobile power related data is received, the communication thimble of the charging module of the mobile power rental device is controlled to communicate with the communication metal contact set on the mobile power to read mobile Power-related data, or whether the infrared receiving module of the charging module of the mobile power rental equipment receives mobile power-related data, controls the communication thimble of the charging module of the mobile power rental equipment and the communication metal set on the mobile power Contact communication to read mobile power related data can be:

S101. The control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module of the charging module of the mobile power rental equipment to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power. The infrared receiving module of the charging module of the device receives the mobile power related data sent by the infrared transmitting module set on the mobile power;

S102. If the mobile power related data is not received, control the communication thimble of the charging module of the mobile power rental device to send a command to read the mobile power related data to the communication metal contact set on the mobile power and receive the settings on the mobile power. Mobile power related data sent by the communication metal contacts of the mobile phone, or whether the infrared receiving module of the charging module of the mobile power rental equipment has received mobile power related data, the communication thimble of the charging module of the mobile power rental equipment is controlled Send a command to read mobile power-related data to the communication metal contact set on the mobile power supply and receive mobile power-related data sent by the communication metal contact set on the mobile power supply.

In S102 in the embodiment of the present invention, if no data related to the mobile power is received, the method further includes the following steps:

The control module of the charging module of the mobile power rental equipment sends fault information control to the server for timely maintenance by the operation and maintenance personnel.

After S102 in the embodiment of the present invention, the method may further include the following steps:

If the communication thimble of the charging module of the mobile power rental equipment does not receive the mobile power related data, the control module of the charging module of the mobile power rental equipment sends fault information control to the server for timely maintenance by the operation and maintenance personnel.

The control module of the charging module of the mobile power rental equipment first controls the communication thimble that starts the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read the mobile power related data. If no mobile power is received, Power-related data, the infrared transmitting module and infrared receiving module that control the charging module of the mobile power rental equipment to start and communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read mobile power related data, or, regardless of Whether the communication thimble of the charging module of the mobile power rental equipment has received mobile power related data, they all control the activation of the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment, and the infrared receiving module and the infrared receiving module provided on the mobile power. The infrared transmitting module communicates to read mobile power related data. Specifically:

S201. The control module of the charging module of the mobile power rental equipment first controls the communication thimble of the charging module of the mobile power rental equipment to send a command to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power Mobile power related data sent by the set communication metal contact;

S202. If no data related to mobile power is received, the control module of the charging module of the mobile power rental device controls the infrared transmitting module of the charging module of the mobile power rental device to send reading movement to the infrared receiving module provided on the mobile power. Instruction for power-related data, the infrared receiving module of the charging module of the mobile power rental equipment receives the mobile power related data sent by the infrared transmitting module provided on the mobile power, or whether the communication thimble of the charging module of the mobile power rental equipment is Receiving mobile power related data, the control module of the charging module of the mobile power rental equipment controls the infrared transmission module of the charging module of the mobile power rental equipment to send the reading of mobile power related data to the infrared receiving module set on the mobile power. The infrared receiving module of the charging module of the mobile power rental equipment receives mobile power related data sent by the infrared transmitting module provided on the mobile power.

In S202 in the embodiment of the present invention, if no data related to the mobile power is received, the method further includes the following steps:

The control module of the charging module of the mobile power rental equipment sends fault information control to the server for timely maintenance by the operation and maintenance personnel.

After S202 in the embodiment of the present invention, the method may further include the following steps:

If the infrared receiving module of the charging module of the mobile power rental equipment does not receive mobile power related data, the control module of the charging module of the mobile power rental equipment sends fault information control to the server for timely maintenance by the operation and maintenance personnel.

The control module of the charging module of the mobile power rental equipment simultaneously controls the communication thimble of the charging module that starts the mobile power rental equipment to communicate with the communication metal contact set on the mobile power, and controls the infrared emission of the charging module that starts the mobile power rental equipment. The module and the infrared receiving module communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively. The specific data for reading the mobile power can be:

S301. The control module of the charging module of the mobile power rental equipment simultaneously controls the communication thimble of the charging module of the mobile power rental equipment to send instructions to read the mobile power related data to the communication metal contacts set on the mobile power and receive the mobile power. The mobile power related data sent by the set communication metal contacts, and the infrared transmitting module controlling the charging module of the mobile power rental equipment to send instructions to read the mobile power related data to the infrared receiving module set on the mobile power, mobile power rental The infrared receiving module of the charging module of the device receives the mobile power related data sent by the infrared transmitting module set on the mobile power.

After S301 in the embodiment of the present invention, the method may further include the following steps:

If the infrared receiving module and / or communication thimble of the charging module of the mobile power rental equipment does not receive mobile power related data, the control module of the charging module of the mobile power rental equipment sends fault information control to the server for the operation and maintenance personnel. Repair in time.

The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the mobile power The relevant data can be specifically:

The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module of the charging module of the mobile power rental equipment to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power, and the charging of the mobile power rental equipment The infrared receiving module of the module receives the mobile power related data sent by the infrared transmitting module set on the mobile power.

The control module of the charging module of the mobile power rental equipment controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power. The specific data for reading the mobile power can be:

The control module of the charging module of the mobile power rental equipment controls the communication thimble of the charging module of the mobile power rental equipment to send a command to read the mobile power related data to the communication metal contact provided on the mobile power and receive the communication set on the mobile power Mobile power related data sent by metal contacts.

In the embodiment of the present invention, when the control module 21 of the charging module of the mobile power rental equipment controls to start the infrared transmitting module 22, the infrared receiving module 23, and the communication thimble 26, the sequence is an instruction sent by the server corresponding to the mobile power rental equipment. When it comes to control, because the server has fault information of the infrared receiving module and / or infrared transmitting module of the charging module of the mobile power rental equipment obtained through analysis or the fault information of the communication thimble of the charging module of the mobile power rental equipment, Therefore, the server can designate to control the infrared transmitting module 22 and the infrared receiving module 23 or the communication thimble 26 without malfunction. Therefore, the instruction sent by the server corresponding to the mobile power rental equipment is to control the activation of the infrared transmitting module 22 and the infrared receiving module 23 without failure, or the communication thimble 26.

An embodiment of the present invention provides a method for leasing a mobile power source. The method includes using a charging module and a mobile power source of a mobile power source rental device provided by an embodiment of the present invention when the mobile power source rental device needs to read data related to the mobile power source. The data transmission method reads data related to mobile power.

An embodiment of the present invention provides a mobile power source returning method. The method includes using a charging module of a mobile power source rental device and a mobile power source when the mobile power source rental device needs to read data related to the mobile power source. The data transmission method reads data related to mobile power.

In the present invention, the charging module of the mobile power rental equipment includes a control module and an infrared transmitting module and an infrared receiving module respectively electrically connected to the control module. Therefore, it is possible to overcome the contamination of the metal contacts of the mobile power supply or foreign matter in the mobile power rental equipment silo to block the normal contact between the thimble and the metal contacts of the mobile power supply, or because the thimbles and metal contacts are oxidized and aged, making the thimbles and metal Poor contact between the contacts will affect the problem that the charging module receives the data sent by the mobile power supply, and the failure of data transmission is reduced to a certain extent. And because the charging module of the mobile power rental equipment also includes a communication thimble electrically connected to the control module, the mobile power rental equipment and mobile power are improved to be compatible with the old mobile power rental equipment and mobile power. The mobile power leasing equipment used in this application can be used in the old mobile power leasing equipment, which is economical and efficient, saves costs, and avoids waste of resources.

A person of ordinary skill in the art may understand that all or part of the steps in the various methods of the foregoing embodiments may be implemented by a program instructing related hardware. The program may be stored in a computer-readable storage medium. The storage medium may include: Read-only memory (ROM, Read Only Memory), random access memory (RAM, Random Access Memory), magnetic disks or optical disks, etc.

The above description is only the preferred embodiments of the present invention, and is not intended to limit the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention shall be included in the protection of the present invention. Within range.

Claims (32)

1. A charging module for mobile power rental equipment, which is characterized by comprising a control module and an infrared transmitting module, an infrared receiving module, a communication thimble, which are electrically connected to the control module, at least one positive charging thimble and at least one negative charging thimble. ,among them,

   The infrared receiving module is used to receive the mobile power related data sent by the infrared transmitting module set on the mobile power;

   The infrared transmitting module is used to send an instruction to read the mobile power related data to the infrared receiving 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 provided on the mobile power to charge the mobile power;

   The communication thimble is used to send instructions for reading mobile power related data to the communication metal contacts provided on the mobile power supply and to receive mobile power related data sent by the communication metal contacts provided on the mobile power supply;

   The control module is used to control the activation of the communication thimble, the infrared transmitting module and the infrared receiving module at the same time or successively to read the mobile power related data; or the control module is used to control the activation of the infrared transmitting module and the infrared receiving module to read the mobile power related data, Or control to start the communication thimble to read mobile power related data.
2. The charging module according to claim 1, wherein the control module is used to sequentially control the activation of the communication thimble, the infrared transmitting module, and the infrared receiving module to read the mobile power related data specifically:

   The control module is used to first control the activation of the infrared transmitting module and the infrared receiving module to read the mobile power related data. If no mobile power related data is received, the control module starts the communication thimble to read the mobile power related data, or regardless of the infrared receiving module Have you received any data related to the mobile power, you are all controlled to start the communication thimble to read the data related to the mobile power; or

   The control module is used to control the start of the communication thimble to read the mobile power related data. If no mobile power related data is received, the control module starts the infrared transmitting module and the infrared receiving module to read the mobile power related data. No mobile power related data was received, and both the infrared transmitting module and infrared receiving module were controlled to read mobile power related data.
3. The charging module according to claim 2, wherein the control module is used to control the activation of the infrared transmitting module and the infrared receiving module to read data related to the mobile power source, and if no data related to the mobile power source is received, control Starting the communication thimble to read mobile power related data, or whether the infrared receiving module has received mobile power related data, to control the communication thimble to read mobile power related data is as follows:

   The control module is used to first control the infrared transmitting module to send instructions for reading mobile power related data to the infrared receiving module provided on the mobile power source. The infrared receiving module receives mobile power related data sent by the infrared transmitting module provided on the mobile power source. When receiving mobile power related data, the communication thimble is controlled to send instructions to read mobile power related data to the communication metal contacts provided on the mobile power and receive mobile power related data sent by the communication metal contacts provided on the mobile power; or Regardless of whether the infrared receiving module receives mobile power related data, it controls the communication thimble to send instructions to read the mobile power related data to the communication metal contacts set on the mobile power and to receive the data sent by the communication metal contacts set on the mobile power. Mobile power related data.
4. The charging module according to claim 2, wherein the control module is used to control the activation of the communication thimble to read mobile power related data. If no mobile power related data is received, the control module starts the infrared transmitting module and The infrared receiving module reads mobile power related data, or whether the communication thimble has received mobile power related data, it controls the activation of the infrared transmitting module and infrared receiving module to read mobile power related data. Specifically:

   The control module is used to first control the communication thimble to send the instruction to read the mobile power related data to the communication metal contact set on the mobile power supply and to receive the mobile power related data sent by the communication metal contact set on the mobile power supply. Power-related data is controlled by the infrared transmitting module to send an instruction to read mobile power-related data to the infrared receiving module provided on the mobile power source, and the infrared receiving module receives mobile power-related data sent by the infrared transmitting module provided on the mobile power source, or, Regardless of whether the communication thimble has received mobile power related data, the infrared transmitting module is controlled to send instructions to read the mobile power related data to the infrared receiving module set on the mobile power, and the infrared receiving module receives the infrared transmitting module set on the mobile power source to send Mobile power related data.
5. The charging module according to claim 1, wherein the control module is configured to simultaneously control and start a communication thimble, an infrared transmitting module, and an infrared receiving module to read mobile power related data.

   The control module is used to simultaneously control the communication thimble to send instructions to read mobile power related data to the communication metal contacts set on the mobile power supply and to receive mobile power related data sent by the communication metal contacts set on the mobile power supply, and to control the infrared emission The module sends an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power source, and the infrared receiving module receives the mobile power related data sent by the infrared transmitting module provided on the mobile power source.
6. The charging module according to claim 1, wherein the control module is used to control the activation of the infrared transmitting module and the infrared receiving module to read the data related to the mobile power, or to control the communication thimble to read the data related to the mobile power. :

   The control module is used to control the infrared transmitting module to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power source, and the infrared receiving module receives the mobile power related data sent by the infrared transmitting module provided on the mobile power source, or to control The communication thimble sends an instruction to read the data related to the mobile power to the communication metal contact provided on the mobile power and receives the data related to the mobile power sent by the communication metal contact provided on the mobile power.
7. The charging module according to any one of claims 1 to 6, wherein the control module controls the sequence of starting the infrared transmitting module, the infrared receiving module, and the communication thimble by the control module itself, or by the control module itself. Controlled by instructions sent by the server corresponding to the mobile power rental equipment.
8. The charging module according to claim 1, wherein the mobile power related data comprises one or more of an identification number of the mobile power, a version number of the mobile power, and status information of the mobile power.
9. The charging module according to claim 8, wherein the mobile power status information includes charging current of the mobile power, power of the mobile power, temperature of the mobile power, number of uses of the mobile power, fault information of the mobile power, One or more of the encryption / decryption status of the mobile power source and the operating status information of the components of the mobile power source.
10. The charging module according to claim 1, wherein the infrared transmitting module of the charging module of the mobile power rental device is further configured to send an instruction to the infrared receiving module provided on the mobile power to notify the mobile power to decrypt or encrypt the instruction. To turn on or off the power output function of the mobile power supply;

    The communication thimble of the charging module of the mobile power leasing device is further used to send an instruction to notify the mobile power to decrypt or encrypt the communication metal contact provided on the mobile power to turn on or off the power output function of the mobile power.
11. The charging module according to claim 1, wherein the communication thimble comprises a data thimble and a clock thimble.
12. The charging module according to claim 7, wherein the server is a cloud server.
13. A mobile power rental equipment, comprising a charging module of the mobile power rental equipment according to any one of claims 1 to 12.
14. A mobile power source is characterized by comprising a control module and an infrared transmitting module, an infrared receiving 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, wherein:

    The infrared receiving module is configured to receive an instruction for reading mobile power related data sent by an infrared transmitting module provided on a charging module of the mobile power rental equipment and transmit it to the control module, so that the control module obtains mobile power related data;

    The infrared transmitting module is used to control the infrared transmitting module to send the mobile power related data obtained by the control module to the charging module of the mobile power rental equipment when the control module receives an instruction to read the data related to the mobile power source. The infrared receiving module set on it;

    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 provided on the charging module of the mobile power rental equipment to charge the mobile power;

    The communication metal contact is used to receive an instruction to read mobile power related data sent by a communication thimble provided on a charging module of the mobile power rental equipment and transmit it to the control module, so that the control module obtains mobile power related data, and when When the control module receives the instruction for reading mobile power related data transmitted by the communication metal contact, the control module controls the communication metal contact to send the mobile power related data obtained by the control module to the charging mode of the mobile power rental equipment. Communication thimble set on group.
15. The mobile power source according to claim 14, wherein the data related to the mobile power source includes one or more of an identification number of the mobile power source, a version number of the mobile power source, and status information of the mobile power source.
16. The mobile power source according to claim 15, wherein the mobile power state information includes a charging current of the mobile power source, a power amount of the mobile power source, a temperature of the mobile power source, a number of times the mobile power source is used, fault information of the mobile power source, and mobile power. One or more of the encryption / decryption status of the power supply and the operating status information of the components of the mobile power supply.
17. The mobile power source according to claim 14, wherein the infrared receiving module of the mobile power source is further configured to receive an instruction from the infrared transmitting module provided on the charging module of the mobile power source rental device to notify the mobile power source to decrypt or encrypt the instruction To turn on or off the power output function of the mobile power supply;

    The communication metal contact of the mobile power supply is also used to receive a mobile thimble decryption or encryption instruction sent by a communication thimble provided on a charging module of the mobile power rental device to turn on or off the power output function of the mobile power supply.
18. The mobile power source according to claim 14, wherein the communication metal contact comprises a data metal contact and a clock metal contact.
19. A data transmission method between a charging module of a mobile power rental device according to any one of claims 1 to 12 and a mobile power supply according to any one of claims 14 to 18, wherein The method includes: the control module of the charging module of the mobile power rental equipment simultaneously or successively controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to control and start the charging of the mobile power rental equipment The module's infrared transmitting module and infrared receiving module communicate with the infrared receiving module and infrared transmitting module provided on the mobile power supply, respectively, to read the mobile power related data;

    or,

    The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the mobile power related data;

    or,

    The control module of the charging module of the mobile power rental equipment controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact provided on the mobile power to read data related to the mobile power.
20. The method according to claim 19, wherein the control module of the charging module of the mobile power rental equipment controls the communication thimble of the charging module of the mobile power rental equipment to start communication with the communication metal contact provided on the mobile power, The infrared transmitting module and infrared receiving module that control the startup of the charging module of the mobile power rental equipment communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the relevant data of the mobile power:

    The control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module and the infrared receiving module that start the charging module of the mobile power rental equipment to communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power respectively to read the mobile Power-related data. If no mobile power-related data is received, control the start of 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, or, no matter Whether the infrared receiving module of the charging module of the mobile power rental equipment has received mobile power related data, it controls the startup of the communication thimble of the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read Mobile power related data;

    or,

    The control module of the charging module of the mobile power rental equipment first controls the communication thimble that starts the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read the mobile power related data. If no mobile power is received, Power-related data, the infrared transmitting module and infrared receiving module that control the charging module of the mobile power rental equipment to start and communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read mobile power related data, or, regardless of Whether the communication thimble of the charging module of the mobile power rental equipment has received mobile power related data, they all control the activation of the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment, and the infrared receiving module and the infrared receiving module provided on the mobile power. The infrared transmitting module communicates to read mobile power related data.
21. The method according to claim 20, wherein the control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to start from the mobile power rental equipment. The infrared receiving module communicates with the infrared transmitting module to read mobile power related data. If no mobile power related data is received, control the start of the communication thimble of the charging module of the mobile power rental equipment and the communication metal contact set on the mobile power. Communication to read mobile power related data, or control whether to start the communication thimble and mobile of the charging module of the mobile power rental equipment whether or not the infrared receiving module of the charging module of the mobile power rental equipment has received mobile power related data. The communication metal contact set on the power supply to read the mobile power related data is as follows:

    S101. The control module of the charging module of the mobile power rental equipment first controls the infrared transmitting module of the charging module of the mobile power rental equipment to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power. The infrared receiving module of the charging module of the device receives the mobile power related data sent by the infrared transmitting module set on the mobile power;

    S102. If the mobile power related data is not received, control the communication thimble of the charging module of the mobile power rental device to send a command to read the mobile power related data to the communication metal contact set on the mobile power and receive the settings on the mobile power. Mobile power related data sent by the communication metal contacts of the mobile phone, or whether the infrared receiving module of the charging module of the mobile power rental equipment has received mobile power related data, the communication thimble of the charging module of the mobile power rental equipment is controlled Send a command to read mobile power-related data to the communication metal contact set on the mobile power supply and receive mobile power-related data sent by the communication metal contact set on the mobile power supply.
22. The method according to claim 21, wherein in S102, if no mobile power related data is received, the method further comprises the following steps:

    The control module of the charging module of the mobile power rental equipment sends fault information control to the server.
23. The method according to claim 21, wherein after S102, the method further comprises the following steps:

    If the communication thimble of the charging module of the mobile power rental equipment does not receive the mobile power related data, the control module of the charging module of the mobile power rental equipment sends fault information control to the server.
24. The method according to claim 20, wherein the control module of the charging module of the mobile power rental equipment first controls the communication thimble for starting the charging module of the mobile power rental equipment to communicate with the communication metal contact provided on the mobile power, In order to read the mobile power related data, if no mobile power related data is received, then the infrared transmitting module and infrared receiving module of the charging module of the mobile power rental equipment are controlled to start, and the infrared receiving module and infrared transmitting module provided on the mobile power are controlled respectively. Communication to read mobile power related data, or to control whether the mobile phone rental equipment ’s charging module ’s communication thimble has received mobile power related data or not, to control the activation of the infrared transmission module and infrared The receiving module communicates with the infrared receiving module and the infrared transmitting module provided on the mobile power supply, respectively, to read the relevant data of the mobile power supply:

    S201. The control module of the charging module of the mobile power rental equipment first controls the communication thimble of the charging module of the mobile power rental equipment to send a command to read the mobile power related data to the communication metal contact set on the mobile power and receive the mobile power Mobile power related data sent by the set communication metal contact;

    S202. If no data related to mobile power is received, the control module of the charging module of the mobile power rental device controls the infrared transmitting module of the charging module of the mobile power rental device to send reading movement to the infrared receiving module provided on the mobile power. Instruction for power-related data, the infrared receiving module of the charging module of the mobile power rental equipment receives the mobile power related data sent by the infrared transmitting module provided on the mobile power, or whether the communication thimble of the charging module of the mobile power rental equipment is Receiving mobile power related data, the control module of the charging module of the mobile power rental equipment controls the infrared transmission module of the charging module of the mobile power rental equipment to send the reading of mobile power related data to the infrared receiving module set on the mobile power. The infrared receiving module of the charging module of the mobile power rental equipment receives mobile power related data sent by the infrared transmitting module provided on the mobile power.
25. The method according to claim 24, wherein in S202, if no mobile power related data is received, the method further comprises the following steps:

    The control module of the charging module of the mobile power rental equipment sends fault information control to the server.
26. The method according to claim 24, wherein after S202, the method further comprises the following steps:

    If the infrared receiving module of the charging module of the mobile power rental equipment does not receive the mobile power related data, the control module of the charging module of the mobile power rental equipment sends fault information control to the server.
27. The method of claim 19, wherein:

    The control module of the charging module of the mobile power rental equipment simultaneously controls the communication thimble of the charging module that starts the mobile power rental equipment to communicate with the communication metal contact set on the mobile power, and controls the infrared emission of the charging module that starts the mobile power rental equipment. The module and the infrared receiving module communicate with the infrared receiving module and the infrared transmitting module provided on the mobile power, respectively, to read the data related to the mobile power:

    S301. The control module of the charging module of the mobile power rental equipment simultaneously controls the communication thimble of the charging module of the mobile power rental equipment to send instructions to read the mobile power related data to the communication metal contacts set on the mobile power and receive the mobile power. The mobile power related data sent by the set communication metal contacts, and the infrared transmitting module controlling the charging module of the mobile power rental equipment to send instructions to read the mobile power related data to the infrared receiving module set on the mobile power, mobile power rental The infrared receiving module of the charging module of the device receives the mobile power related data sent by the infrared transmitting module set on the mobile power.
28. The method according to claim 27, wherein after S301, the method further comprises the following steps:

    If the infrared receiving module and / or the communication thimble of the charging module of the mobile power rental equipment does not receive the mobile power related data, the control module of the charging module of the mobile power rental equipment sends the fault information control to the server.
29. The method according to claim 19, wherein the control module of the charging module of the mobile power rental equipment controls the infrared transmitting module and the infrared receiving module of the charging module of the mobile power rental equipment to activate the infrared transmitting module and the infrared receiving module of the mobile power rental equipment, respectively. The receiving module communicates with the infrared transmitting module to read mobile power related data. Specifically:

    The control module of the charging module of the mobile power rental equipment controls the infrared transmitting module of the charging module of the mobile power rental equipment to send an instruction to read the mobile power related data to the infrared receiving module provided on the mobile power, and the charging of the mobile power rental equipment The infrared receiving module of the module receives the mobile power related data sent by the infrared transmitting module set on the mobile power;

    The control module of the charging module of the mobile power rental equipment controls to start the communication thimble of the charging module of the mobile power rental equipment to communicate with the communication metal contact set on the mobile power to read the relevant data of the mobile power specifically:

    The control module of the charging module of the mobile power rental equipment controls the communication thimble of the charging module of the mobile power rental equipment to send a command to read the mobile power related data to the communication metal contact provided on the mobile power and receive the communication set on the mobile power Mobile power related data sent by metal contacts.
30. The method according to claim 22, 23, 25, 26 or 28, wherein when the control module of the charging module of the mobile power rental equipment controls the start of the infrared transmitting module, the infrared receiving module and the communication thimble, the sequence is When the mobile power rental equipment corresponds to an instruction sent by a server to control, the method further includes the following steps:

    The instruction sent by the server corresponding to the mobile power rental equipment is to control the start-up of the infrared transmitting module and infrared receiving module without faults, or the communication thimble.
31. A method for leasing a mobile power source, characterized in that the method includes:

    When mobile power rental equipment needs to read mobile power related data, the data transmission method between the charging module of the mobile power rental equipment according to any one of claims 19 to 30 and mobile power is used to read mobile power related data .
32. A method for returning a mobile power source, characterized in that the method includes:

    When mobile power rental equipment needs to read mobile power related data, the data transmission method between the charging module of the mobile power rental equipment according to any one of claims 19 to 30 and mobile power is used to read mobile power related data .

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