CN112134327B - Charging equipment exchange system - Google Patents
Charging equipment exchange system Download PDFInfo
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- CN112134327B CN112134327B CN202010989375.0A CN202010989375A CN112134327B CN 112134327 B CN112134327 B CN 112134327B CN 202010989375 A CN202010989375 A CN 202010989375A CN 112134327 B CN112134327 B CN 112134327B
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/00032—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by data exchange
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/00032—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by data exchange
- H02J7/00045—Authentication, i.e. circuits for checking compatibility between one component, e.g. a battery or a battery charger, and another component, e.g. a power source
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- Power Engineering (AREA)
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- General Physics & Mathematics (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
According to the exchange system, a user can select proper charging equipment according to actual requirements of the user, the charging equipment can be successfully unlocked when the user equipment is powered off without electricity, the user can conveniently return the rented charging equipment, and the use experience of the user is improved from different angles.
Description
[ technical field ] A method for producing a semiconductor device
The application relates to the technical field of shared charging equipment, in particular to a charging equipment exchange system.
[ background of the invention ]
On the background of the development of the sharing economy, new forms of sharing economy such as sharing a bicycle, sharing a car, sharing an umbrella, and the like are continuously emerging in the market of china. The shared charger is an emerging industry and is favored by many enterprises. At present, the dependence degree of consumers on portable electronic products such as mobile phones or tablet computers is higher and higher, and the charger baby is an extension product under the requirement, so that the defect of insufficient battery endurance of the products is effectively overcome. Compared with a shared bicycle, the shared charger bank has lower investment, operation and maintenance costs and higher capital recovery rate of investors, so that the shared charger bank market is concerned by investors and manufacturers, and develops very rapidly in recent years since the 2014 meets consumers for the first time.
From the current operation mode of our country sharing charger treasure enterprise, the mobile mode and the fixed mode are mainly divided. The mobile mode has the main characteristic that the rental cabinets are fixed, but more than ten portable entity charge pal can be placed in one rental cabinet, so that the mobile mode is very convenient to use, needs deposit and is mainly used in places with large stream of people such as airports, railway stations and scenic spots or in small places such as restaurants and bars. The other operation mode is a fixed mode and is mainly characterized in that entity charging, namely machine end connection charging, cannot take away a charging treasure, is low in use and maintenance cost and does not need deposit, but is mainly distributed in a small place in a desktop charging mode, and the use scene is limited. In addition, the current charging device needs a user to identify user information and send a lease request in a code scanning manner, but if the user device of the user is powered off or is in a low-power mode, a camera cannot be enabled to perform a scanning function, which cannot complete the lease of the charging device. In view of the above-mentioned defects in the prior art, how to implement the exchange of the charging devices and further improve the user experience becomes a technical problem that needs to be solved urgently.
[ summary of the invention ]
According to the exchange system, a user can select proper charging equipment according to actual requirements of the user, the charging equipment can be successfully unlocked when the user equipment is powered off without electricity, the user can conveniently return the rented charging equipment, and the use experience of the user is improved from different angles.
The technical scheme adopted by the application is as follows:
a charging equipment exchange system comprises at least one charging equipment leasing terminal, a plurality of charging equipment and a remote cloud server;
the remote cloud server is connected with the charging equipment leasing terminal in a wireless communication mode to carry out data interaction, and the wireless communication mode comprises a mobile data network or the Internet;
the charging equipment comprises at least one electric energy output interface, at least one electric energy input interface, a charging battery, a contact interface, a charging and discharging circuit unit, a communication circuit unit and a storage unit, wherein the storage unit is used for storing an identification ID and attribute information of the charging equipment;
the charging equipment leasing terminal comprises a control unit, a display unit, a face recognition unit, an input unit, a wireless communication unit, a plurality of storage bins and a temporary storage bin;
the display unit is used for displaying interactive information with a user;
the interactive information comprises information for prompting a user to operate;
the face recognition unit is used for acquiring and recognizing face information of a user, sending the recognized face information of the user to the wireless communication unit through the control unit, and uploading the face information to the remote cloud server through the wireless communication unit;
the input unit is used for acquiring user input information and sending the input information to the control unit;
the control unit is respectively connected with an input unit, a display unit, a wireless communication unit, a face recognition unit, a plurality of storage bins and a temporary storage bin, acquires user input information from the input unit, sends user prompt information to the display unit for displaying, sends the face information of the recognized user acquired by the face recognition unit to the wireless communication unit, performs data interaction with the remote cloud server through the wireless communication unit, and sends control instructions to the storage bins and the temporary storage bin according to data received from the remote cloud server to control the opening and closing of the storage bins and the temporary storage bin;
the wireless communication unit is in wired connection with the control unit, is in wireless connection with the remote cloud server and interacts data;
the storage bins are used for placing the charging equipment, the storage bins are divided into different sizes according to the attribute of the charging equipment, the storage bins with different sizes are located in different areas of the charging equipment leasing terminal, and the storage bins with different sizes are only used for storing the charging equipment matched with the storage bins; each storage bin is internally provided with at least one group of PogoPIN interfaces, after the PogoPIN interfaces are contacted with contact interfaces of the charging equipment, the charging equipment is connected with the charging equipment leasing terminal, the charging equipment is charged, data interaction is carried out through the established connection, the charging equipment leasing terminal reads the identification ID of the charging equipment, the current electric quantity information and the serial number of the storage bin where the charging equipment is located, and the identification ID of the charging equipment leasing terminal are sent to the remote cloud server through a wireless communication network;
the temporary storage bin is used for temporarily storing the charging equipment, a PogoPIN interface is not arranged in the temporary storage bin, when storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, counts the charging equipment placed in the temporary storage bin, and reports the number of the charging equipment temporarily stored in the temporary storage bin to the remote cloud server according to a preset reporting period.
Further, associating the use state of the charging device corresponding to the identity two-dimensional code with the user account through a corresponding operation specifically includes:
the charging equipment exchange system related application APP installed on the user equipment is started, user account authentication and login are carried out, after account authentication and login are successful, a user scans a charging equipment identity two-dimensional code through the related application APP, the user equipment displays an identification ID and attribute information of the charging equipment, if the user needs to borrow the charging equipment, borrowing confirmation is carried out according to prompt operation in the related application APP, after the confirmation is successful, the remote cloud server associates the charging equipment corresponding to the identification ID with the user account, and the using state of the charging equipment corresponding to the identification ID is updated to be used.
Further, before sending the control instruction to the plurality of storage bins and the temporary storage bin according to the data received from the remote cloud server, the method further includes: starting a charging equipment exchange system related application APP installed on user equipment, authenticating and logging in a user account, scanning a login two-dimensional code displayed on a display unit by using the related application APP after account authentication and login are successful, acquiring attribute information of the user equipment by using the related application APP, and sending the attribute information of the user equipment and identification information of the login two-dimensional code to the remote cloud server; the remote cloud server acquires the storage condition of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal.
Further, before sending the control instruction to the plurality of storage bins and the temporary storage bin according to the data received from the remote cloud server, the method further includes: the charging equipment leasing method comprises the steps that a user inputs user account information through an input unit, a face recognition unit is used for collecting face recognition information, a charging equipment leasing terminal sends a login two-dimensional code, the user account information and the collected face recognition information to a remote cloud server for user identity authentication, after the user account authentication and login are successful, the remote cloud server obtains attribute information of user equipment associated with a user account according to the user account, the remote cloud server obtains charging equipment storage conditions of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal;
furthermore, the charging devices to be selected are sorted according to the adaptation degree in the adapted charging device list.
Further, the sending a control instruction to a plurality of storage bins and a temporary storage bin according to the data received from the remote cloud server specifically includes:
and the user selects the charging equipment listed in the adaptive charging equipment list through the user equipment, and sends the confirmed selection result to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, updates the use state of the charging equipment corresponding to the identification ID to be used, sends the identification ID of the charging equipment to the charging equipment leasing terminal, and sends a control instruction to the plurality of storage bins and one temporary storage bin through the control unit.
Further, the sending a control instruction to a plurality of storage bins and a temporary storage bin according to the data received from the remote cloud server specifically includes:
and the user selects the charging equipment listed in the adaptive charging equipment list through the charging equipment leasing terminal, and sends the confirmed selection result to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, updates the use state of the charging equipment corresponding to the identification ID to be used, returns a leasing success response to the charging equipment leasing terminal, and the control unit sends a control instruction to the plurality of storage bins and one temporary storage bin according to the leasing success response.
Further, the charging equipment leasing terminal controls the temporary storage bin to be opened, and the method specifically comprises the following steps:
when the storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, simultaneously controls one of the storage bins with the same attribute as the charging equipment to be returned to be opened and pops up the stored charging equipment, and prompts information in a display screen to inform a user to place the popped up and stored charging equipment into the temporary storage bin for temporary storage.
Further, the controlling of one of the storage bins having the same attribute as the charging device to be returned to open and eject the stored charging device specifically includes:
the charging equipment leasing terminal acquires the current electric quantity information of the charging equipment stored in the storage bin;
if the current electric quantity information of at least one charging device is lower than a preset usable threshold value, opening a storage bin of any one of the charging devices of which the current electric quantity information is lower than the preset usable threshold value, and popping up the stored charging device; if the current electric quantity information of at least one piece of charging equipment is not lower than a preset available threshold value, starting a storage bin where the charging equipment with the minimum current electric quantity information is located, and popping up the stored charging equipment; or
And opening the storage bin of the charging equipment with the least current electric quantity information, and popping up the stored charging equipment.
Further, the charging equipment leasing terminal controls the temporary storage bin to be opened, and the method specifically comprises the following steps:
when the storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, and information is prompted in a display screen to inform a user of placing the charging equipment to be returned into the temporary storage bin for temporary storage.
Through the embodiment of the application, the following technical effects can be obtained:
1) in some application scenarios, considering that a certain limitation exists in an area set by a charging equipment leasing terminal, a certain contingency exists when a user equipment needs to obtain a charging service, that is, the user does not know where the user does not have power and does not know where the user is located around the charging equipment leasing terminal, and the user has a certain difficulty in searching for the charging equipment leasing terminal around the user equipment by using a map function because the user equipment is in a low-power state, and if someone at the user uses the charging equipment, the user can continue to lease the charging equipment without returning the charging equipment in advance. Different users can associate the charging equipment with the user account only by scanning the charging equipment identity two-dimensional code by using the APP related to the charging equipment exchange system, when the association is successful, the association between the charging equipment and other user accounts used before is automatically released, and the subsequent use of the charging equipment cannot have a relationship with other users used before, so that the charging equipment can be shared among different users. In this way, a more sufficient sharing of the charging devices can be achieved.
The method provides a plurality of service starting modes for the user, when the user equipment can finish application starting and scanning operations, the user can realize the initiation of the service request in an application APP scanning mode, and when the user equipment is in a low power mode or is shut down and cannot realize the initiation of the service request in the application APP scanning mode, the initiation of the service request can be realized in a mode of inputting a user account. Thus, the user can not worry about the charging service being unavailable due to the shutdown of the device.
[ description of the drawings ]
In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings needed to be used in the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present application, and those skilled in the art can also obtain other drawings according to the drawings without inventive labor.
Fig. 1 is a schematic structural diagram of a charging device exchange system according to the present invention.
[ detailed description ] embodiments
In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some embodiments of the present application, but not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
Fig. 1 is a schematic structural diagram of a charging device exchange system according to the present invention. The charging equipment exchange system comprises at least one charging equipment leasing terminal, a plurality of charging equipment and a remote cloud server;
the remote cloud server is connected with the charging equipment leasing terminal in a wireless communication mode to carry out data interaction, and the wireless communication mode comprises a mobile data network or the Internet;
the plurality of charging devices are used for providing charging service for the user equipment, each charging device comprises at least one power output interface, at least one power input interface, a charging battery, a contact interface, a charging and discharging circuit unit, a communication circuit unit and a storage unit, wherein the storage unit is used for storing the identification ID of the charging device, attribute information (such as the battery capacity of the charging device, the size of the charging device and the interface supported by the charging device), a charging device identity two-dimensional code is arranged on the housing of the charging device, is associated with the identification ID of the charging device and attribute information and is stored in the remote cloud server, the user uses the user equipment to scan the charging equipment identity two-dimensional code and then obtains the identification ID and the attribute information of the charging equipment, associating the use state of the charging equipment corresponding to the identity two-dimensional code with the user account through corresponding operation;
associating the use state of the charging equipment corresponding to the identity two-dimensional code with the user account through corresponding operation specifically comprises:
the charging equipment exchange system related application APP installed on the user equipment is started, user account authentication and login are carried out, after account authentication and login are successful, a user scans a charging equipment identity two-dimensional code through the related application APP, the user equipment displays an identification ID and attribute information of the charging equipment, if the user needs to borrow the charging equipment, borrowing confirmation is carried out according to prompt operation in the related application APP, after the confirmation is successful, the remote cloud server associates the charging equipment corresponding to the identification ID with the user account, and the using state of the charging equipment corresponding to the identification ID is updated to be used.
In some application scenarios, considering that a certain limitation exists in an area set by a charging equipment leasing terminal, a certain contingency exists when a user equipment needs to obtain a charging service, that is, the user does not know where the user does not have power and does not know where the user is located around the charging equipment leasing terminal, and the user has a certain difficulty in searching for the charging equipment leasing terminal around the user equipment by using a map function because the user equipment is in a low-power state, and if someone at the user uses the charging equipment, the user can continue to lease the charging equipment without returning the charging equipment in advance.
Through the steps, different users can associate the charging equipment with the user account only by scanning the charging equipment identity two-dimensional code through the APP related to the charging equipment exchange system, the association between the charging equipment and other user accounts used before is automatically released while the association is successful, and the subsequent use of the charging equipment cannot have a relationship with other users used before, so that the charging equipment can be shared among different users, and other users do not need to worry about the influence of the subsequent use of the charging equipment due to the automatic release of the association relationship. In this way, a more sufficient sharing of the charging devices can be achieved.
The charging equipment leasing terminal comprises a control unit, a display unit, a face recognition unit, an input unit, a wireless communication unit, a plurality of storage bins and a temporary storage bin;
the display unit is used for displaying interactive information with a user;
the interactive information includes information prompting the user to perform operations, such as prompting the user to input account information for authentication or authorization, prompting the user to perform face recognition, prompting the user to take out the charging device stored in the storage bin, prompting the user to put in the charging device, and the like.
The face recognition unit is used for acquiring and recognizing face information of a user, sending the recognized face information of the user to the wireless communication unit through the control unit, and uploading the face information to the remote cloud server through the wireless communication unit;
the input unit is used for acquiring user input information and sending the input information to the control unit;
the control unit is respectively connected with an input unit, a display unit, a wireless communication unit, a face recognition unit, a plurality of storage bins and a temporary storage bin, acquires user input information from the input unit, sends user prompt information to the display unit for displaying, sends the face information of the recognized user acquired by the face recognition unit to the wireless communication unit, performs data interaction with the remote cloud server through the wireless communication unit, and sends control instructions to the storage bins and the temporary storage bin according to data received from the remote cloud server to control the opening and closing of the storage bins and the temporary storage bin;
before sending the control instruction to the plurality of storage bins and the temporary storage bin according to the data received from the remote cloud server, the method further includes:
starting a charging equipment exchange system related application APP installed on user equipment, authenticating and logging in a user account, scanning a login two-dimensional code displayed on a display unit by using the related application APP after account authentication and login are successful, acquiring attribute information (such as the model of the user equipment, the type of a charging interface, a supported charging protocol, battery capacity, power consumption of the application and the like) of the user equipment by using the related application APP, and sending the attribute information of the user equipment and identification information of the login two-dimensional code to the remote cloud server; the remote cloud server acquires the storage condition of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal; or
The charging equipment leasing method comprises the steps that a user inputs user account information through an input unit, a face recognition unit is used for collecting face recognition information, a charging equipment leasing terminal sends a login two-dimensional code, the user account information and the collected face recognition information to a remote cloud server for user identity authentication, after the user account authentication and login are successful, the remote cloud server obtains attribute information of user equipment associated with a user account according to the user account, the remote cloud server obtains charging equipment storage conditions of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal;
the charging devices to be selected are sorted according to the adaptation degree in the adapted charging device list, for example, the charging device list has the highest adaptation degree, which is satisfied with various charging interface types, has a large-capacity battery, and supports a fast charging protocol.
Through the steps, various service starting modes are provided for the user, when the user equipment can finish application starting and scanning operations, the user can initiate the service request in an application APP scanning mode, when the user equipment is in a low-power mode or is powered off, the service request cannot be initiated in the application APP scanning mode, and the service request can be initiated in a user account input mode. Thus, the user can not worry about the charging service being unavailable due to the shutdown of the device.
The sending of the control instruction to the plurality of storage bins and the temporary storage bin according to the data received from the remote cloud server specifically includes:
the user selects the charging equipment listed in the adaptive charging equipment list through the user equipment, and sends a confirmed selection result to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, updates the use state of the charging equipment corresponding to the identification ID to be used, sends the identification ID of the charging equipment to the charging equipment leasing terminal, and sends a control instruction to the plurality of storage bins and one temporary storage bin through the control unit; or
The user selects the charging equipment listed in the adaptive charging equipment list through the charging equipment leasing terminal, and sends a confirmed selection result to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, updates the use state of the charging equipment corresponding to the identification ID to be used, returns a leasing success response to the charging equipment leasing terminal, and the control unit sends a control instruction to the plurality of storage bins and one temporary storage bin according to the leasing success response;
through the mode, the user can select the currently suitable charging equipment according to the requirement of the user and the recommendation of the background server, and the method has good flexibility.
The wireless communication unit is in wired connection with the control unit, is in wireless connection with the remote cloud server and interacts data;
the storage bins are used for placing the charging equipment, the storage bins are divided into different sizes according to the attribute of the charging equipment, the storage bins with different sizes are located in different areas of the charging equipment leasing terminal, and the storage bins with different sizes are only used for storing the charging equipment matched with the storage bins; each storage bin is internally provided with at least one group of PogoPIN interfaces, after the PogoPIN interfaces are contacted with contact interfaces of the charging equipment, the charging equipment is connected with the charging equipment leasing terminal, the charging equipment is charged, data interaction is carried out through the established connection, the charging equipment leasing terminal reads the identification ID of the charging equipment, the current electric quantity information and the serial number of the storage bin where the charging equipment is located, and the identification ID of the charging equipment leasing terminal are sent to the remote cloud server through a wireless communication network;
the temporary storage bin is used for temporarily storing the charging equipment, a PogoPIN interface is not arranged in the temporary storage bin, when storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, counts the charging equipment placed in the temporary storage bin, and reports the number of the charging equipment temporarily stored in the temporary storage bin to the remote cloud server according to a preset reporting period.
And the remote cloud server schedules related operation and maintenance personnel according to the number of the charging equipment to timely clean the temporarily stored charging equipment.
The charging equipment leasing terminal controls the temporary storage bin to be opened, and the method specifically comprises the following steps:
in one embodiment, when storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, controls one of the storage bins with the same attribute as the charging equipment to be returned to be opened and ejects the stored charging equipment, and prompts information in a display screen to inform a user to put the ejected and stored charging equipment into the temporary storage bin for temporary storage;
the controlling of the charging device which is started and ejected from the storage bin with the same attribute as the charging device to be returned specifically includes:
the charging equipment leasing terminal acquires the current electric quantity information of the charging equipment stored in the storage bin;
if the current electric quantity information of at least one charging device is lower than a preset usable threshold value, opening a storage bin of any one of the charging devices of which the current electric quantity information is lower than the preset usable threshold value, and popping up the stored charging device; if the current electric quantity information of at least one piece of charging equipment is not lower than a preset available threshold value, starting a storage bin where the charging equipment with the minimum current electric quantity information is located, and popping up the stored charging equipment; or
And opening the storage bin of the charging equipment with the least current electric quantity information, and popping up the stored charging equipment.
In another embodiment, when the storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, and prompts information in a display screen to inform a user to place the charging equipment to be returned into the temporary storage bin for temporary storage.
Through the steps, a user can be ensured to have a usable storage bin when returning the charging device, and the charging device cannot be returned because of no proper storage bin. The storage bin of the charging equipment with the least current electric quantity information is opened, and the stored charging equipment is popped up, so that the charging equipment stored in the storage bin and borrowed by a user can meet the charging requirement of the user.
In some embodiments, the charging device leasing terminal is further provided with a status indicator lamp, the status indicator lamp identifies whether a charging device in a storage bin is leasable or not, each storage bin corresponds to one status indicator lamp, the lighting of the status indicator lamp represents that the charging device in the corresponding storage bin is currently in a leasable state, the lighting of the status indicator lamp represents that the charging device in the corresponding storage bin is currently in a non-leasable state when the status indicator lamp is turned off, for example, the current remaining power of the charging device does not reach a preset used power threshold, the status indicator lamp corresponding to the charging device is in a turned-off state, the charging device is not leased, and the charging device leasing terminal prompts a user to select the charging device with the lighting of the other status indicator lamp through the display unit.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present application, and not to limit the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions in the embodiments of the present application.
Claims (9)
1. The charging equipment exchange system is characterized by comprising at least one charging equipment leasing terminal, a plurality of charging equipment and a remote cloud server; the remote cloud server is connected with the charging equipment leasing terminal in a wireless communication mode to carry out data interaction, and the wireless communication mode comprises a mobile data network or the Internet; the charging equipment comprises at least one electric energy output interface, at least one electric energy input interface, a charging battery, a contact interface, a charging and discharging circuit unit, a communication circuit unit and a storage unit, wherein the storage unit is used for storing an identification ID and attribute information of the charging equipment; the charging equipment leasing terminal comprises a control unit, a display unit, a face recognition unit, an input unit, a wireless communication unit, a plurality of storage bins and a temporary storage bin; the display unit is used for displaying interactive information with a user; the interactive information comprises information for prompting a user to operate; the face recognition unit is used for acquiring and recognizing face information of a user, sending the recognized face information of the user to the wireless communication unit through the control unit, and uploading the face information to the remote cloud server through the wireless communication unit; the input unit is used for acquiring user input information and sending the input information to the control unit; the control unit is respectively connected with an input unit, a display unit, a wireless communication unit, a face recognition unit, a plurality of storage bins and a temporary storage bin, acquires user input information from the input unit, sends user prompt information to the display unit for displaying, sends the face information of the recognized user acquired by the face recognition unit to the wireless communication unit, performs data interaction with the remote cloud server through the wireless communication unit, and sends control instructions to the storage bins and the temporary storage bin according to data received from the remote cloud server to control the opening and closing of the storage bins and the temporary storage bin; the wireless communication unit is in wired connection with the control unit, is in wireless connection with the remote cloud server and interacts data; the storage bins are used for placing the charging equipment, the storage bins are divided into different sizes according to the attribute of the charging equipment, the storage bins with different sizes are located in different areas of the charging equipment leasing terminal, and the storage bins with different sizes are only used for storing the charging equipment matched with the storage bins; each storage bin is internally provided with at least one group of PogoPIN interfaces, after the PogoPIN interfaces are contacted with contact interfaces of the charging equipment, the charging equipment is connected with the charging equipment leasing terminal, the charging equipment is charged, data interaction is carried out through the established connection, the charging equipment leasing terminal reads the identification ID of the charging equipment, the current electric quantity information and the serial number of the storage bin where the charging equipment is located, and the identification ID of the charging equipment leasing terminal are sent to the remote cloud server through a wireless communication network; the temporary storage bin is used for temporarily storing the charging equipment, a PogoPIN interface is not arranged in the temporary storage bin, when storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, counts the charging equipment placed in the temporary storage bin, and reports the number of the charging equipment temporarily stored in the temporary storage bin to the remote cloud server according to a preset reporting period;
different users can associate the charging equipment with the user account only by scanning the charging equipment identity two-dimensional code by using the charging equipment exchange system related application APP, and when the association is successful, the association between the charging equipment and other user accounts used before is automatically released;
associating the use state of the charging equipment corresponding to the identity two-dimensional code with a user account specifically comprises: the charging equipment exchange system related application APP installed on the user equipment is started, user account authentication and login are carried out, after account authentication and login are successful, a user scans a charging equipment identity two-dimensional code through the related application APP, the user equipment displays an identification ID and attribute information of the charging equipment, if the user needs to borrow the charging equipment, borrowing confirmation is carried out according to prompt operation in the related application APP, after the confirmation is successful, the remote cloud server associates the charging equipment corresponding to the identification ID with the user account, and the using state of the charging equipment corresponding to the identification ID is updated to be used.
2. The charging device exchange system according to claim 1, before sending the control instruction to the plurality of bins and the temporary bin according to the data received from the remote cloud server, further comprising: starting a charging equipment exchange system related application APP installed on user equipment, authenticating and logging in a user account, scanning a login two-dimensional code displayed on a display unit by using the related application APP after account authentication and login are successful, acquiring attribute information of the user equipment by using the related application APP, and sending the attribute information of the user equipment and identification information of the login two-dimensional code to the remote cloud server; the remote cloud server acquires the storage condition of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal.
3. The charging device exchange system according to claim 1, before sending the control instruction to the plurality of bins and the temporary bin according to the data received from the remote cloud server, further comprising: the charging equipment leasing method includes the steps that a user inputs user account information through an input unit, the face recognition unit is used for collecting face recognition information, a charging equipment leasing terminal sends a login two-dimensional code, the user account information and the collected face recognition information to a remote cloud server for user identity authentication, after user account authentication and login are successful, the remote cloud server obtains attribute information of user equipment related to a user account according to the user account, the remote cloud server obtains charging equipment storage conditions of the charging equipment leasing terminal according to the login two-dimensional code, determines a charging equipment list matched with the current user equipment according to the attribute information of the user equipment, and sends the matched charging equipment list to the charging equipment leasing terminal.
4. The charging device exchange system according to claim 2 or 3, wherein the selected charging devices are sorted in the adapted charging device list according to the degree of adaptation.
5. The charging device exchange system according to claim 1 or 3, wherein the sending of the control instruction to the plurality of bins and the one temporary bin according to the data received from the remote cloud server specifically includes: the user selects the charging equipment listed in the adaptive charging equipment list through the user equipment, the confirmed selection result is sent to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, the use state of the charging equipment corresponding to the identification ID is updated to be used, the identification ID of the charging equipment is sent to the charging equipment leasing terminal, and the control unit sends control instructions to the plurality of storage bins and one temporary storage bin.
6. The charging device exchange system according to claim 1 or 2, wherein the sending of the control instruction to the plurality of bins and the one temporary bin according to the data received from the remote cloud server specifically includes: the user selects the charging equipment listed in the adaptive charging equipment list through the charging equipment leasing terminal, the confirmed selection result is sent to the remote cloud server, the remote cloud server associates the identification ID of the selected charging equipment with the user account, the use state of the charging equipment corresponding to the identification ID is updated to be used, a leasing success response is returned to the charging equipment leasing terminal, and the control unit sends control instructions to the storage bins and one temporary storage bin according to the leasing success response.
7. The charging equipment exchange system according to claim 1, wherein the charging equipment lending terminal controls the temporary storage bin to be opened, and specifically comprises the following steps: when the storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, simultaneously controls one of the storage bins with the same attribute as the charging equipment to be returned to be opened and pops up the stored charging equipment, and prompts information in a display screen to inform a user to place the popped up and stored charging equipment into the temporary storage bin for temporary storage.
8. The charging device exchange system according to claim 7, wherein the controlling of one of the bins having the same attribute as the charging device to be returned to open and eject the stored charging device includes: the charging equipment leasing terminal acquires the current electric quantity information of the charging equipment stored in the storage bin; if the current electric quantity information of at least one charging device is lower than a preset usable threshold value, opening a storage bin of any one of the charging devices of which the current electric quantity information is lower than the preset usable threshold value, and popping up the stored charging device; if the current electric quantity information of at least one piece of charging equipment is not lower than a preset available threshold value, starting a storage bin where the charging equipment with the minimum current electric quantity information is located, and popping up the stored charging equipment; or opening the storage bin of the charging equipment with the least current electric quantity information, and popping up the stored charging equipment.
9. The charging equipment exchange system according to claim 1, wherein the charging equipment leasing terminal controls the temporary storage bin to be opened, and the charging equipment leasing terminal specifically includes the following steps: when the storage bins matched with the charging equipment to be returned in the charging equipment leasing terminal are all in a use state, the charging equipment leasing terminal controls the temporary storage bin to be opened, and information is prompted in a display screen to inform a user of placing the charging equipment to be returned into the temporary storage bin for temporary storage.
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| CN113223244A (en) * | 2021-05-06 | 2021-08-06 | 广东品胜电子股份有限公司 | Shared charging equipment and mobile power supply warehousing method thereof |
| CN114204636A (en) * | 2021-12-09 | 2022-03-18 | 中国建筑第四工程局有限公司 | Charging and storage integrated cabinet management system and method and storage medium |
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