CN114333163A - Method for replacing shared battery of mobile phone - Google Patents
Method for replacing shared battery of mobile phone Download PDFInfo
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- CN114333163A CN114333163A CN202111565869.7A CN202111565869A CN114333163A CN 114333163 A CN114333163 A CN 114333163A CN 202111565869 A CN202111565869 A CN 202111565869A CN 114333163 A CN114333163 A CN 114333163A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a method for replacing a shared battery of a mobile phone, which comprises the following steps: a user searches a power exchange point on a mobile phone, and the user presets a full power sharing battery and arrives at the point within a specified time; removing the under-charged shared battery from the mobile phone and returning the under-charged shared battery; installing the full-power shared battery on the mobile phone; starting the mobile phone and networking; starting mobile phone battery replacement software; the mobile phone reads the battery information of the full-electricity shared battery and uploads the battery information to a battery replacement platform center on the Internet; paying; the full charge shared battery is normally used. The invention can realize the relay continuous use of the mobile phone.
Description
Technical Field
The invention relates to a use method of a rechargeable battery of a mobile phone, in particular to a method for replacing a shared battery of the mobile phone.
Background
The existing mobile phones fix the battery in the mobile phone, cannot be taken out, have no electricity, can only be charged, and cannot be used temporarily. The advantage of this is that the user is not allowed to use the replacement cell phone battery, because the replacement cell phone battery is not come out by the regular manufacturer, has the potential safety hazard. Therefore, the defect that the mobile phone cannot be continuously used without electricity is presented. The mobile phone batteries have different appearance structures due to different brands and models, cannot be used together, and have poor universality, complex manufacture and high manufacturing cost.
Disclosure of Invention
The invention provides a universal shared battery replacing method with the same appearance structure, aiming at solving the technical defects that the existing battery can not be replaced and charged and the battery structure is not universal. For the shared battery, the integrated circuit of the shared battery is identified by a circuit, the two-dimensional code of the shared battery is identified by a code scanner, the wireless radio frequency card of the shared battery is identified by a wireless radio frequency identifier, the shared battery is identified by at least three modes, and the mobile phone of a user is used for paying, or the mobile phone and the computer of a merchant are used for paying, or cash is received.
The technical scheme adopted for realizing the purpose of the invention is as follows:
a method for replacing a shared battery of a mobile phone is characterized in that:
the method comprises the following steps:
1. removing the under-charged shared battery from the mobile phone of the user;
2. installing a full-power shared battery from the mobile phone;
3. starting the mobile phone and connecting to the Internet;
4. starting mobile phone battery replacement software;
5. the mobile phone reads battery information of the full-power shared battery, wherein the battery information at least comprises machine body information and charging information, the machine body information at least comprises rated capacity, general model, brand and battery characteristics of the battery, and the charging information at least comprises real-time voltage of the battery, real-time capacity of the battery, last charging capacity and time, total charging times, first use time, user identity information of the time and charging network point information;
6. uploading the battery information of the fully charged shared battery to a battery replacement platform center on the Internet through the mobile phone battery replacement software, and recording and updating;
7. paying;
8. the full charge shared battery is normally used.
Through the mobile phone battery replacing software or the computer-version battery replacing software, the user searches the website required by the user on the internet; checking the model and quantity information of the full-electricity shared batteries in the network points; presetting models and quantity, and appointing a time range for taking the shared battery; and (4) reaching the network point within a specified time, and replacing the shared battery.
A centralized charger is arranged at the network point and can charge a plurality of under-charged shared batteries at the same time, the centralized charger is connected with the internet and is in data connection with a merchant mobile phone or a computer to perform data interconnection of the information of each battery and the data interconnection of the type and the number of the full-charged shared batteries; the centralized charger realizes self-service battery replacement; the user takes down the own under-charged shared battery, returns the battery information to the centralized charger, and the centralized charger uploads the battery information used by the under-charged shared battery last time, the user identity information and the information of the machine body code of the centralized charger to the power exchanging platform center on the Internet; after paying, allowing a user to take out a full-power shared battery, and uploading the battery information of the full-power shared battery, the user identity information and the information of the machine body code of the centralized charger to the battery swapping platform center on the Internet by the centralized charger; or the full charge shared battery is arranged on the mobile phone of the user for paying.
After the under-power shared battery is charged for a plurality of minutes, counting the charging times once, recording the charging information in a recording circuit of the under-power shared battery, and uploading the charging information to the battery swapping platform center when the recording circuit of the shared battery is connected to the Internet; if the user uses the full-electricity shared battery for a plurality of minutes without paying, the user stops using the full-electricity shared battery, and the power is cut off and the machine is shut down; and the mobile phone reads the real-time battery information of the fully charged shared battery and compares the battery information with data of a power conversion platform center on the Internet, and if the battery information is counterfeit shared battery, the mobile phone is powered off.
The batteries of the mobile phones of different brands and models are made into the shared battery with a uniform appearance structure; the under-charged shared battery is charged on a separate dedicated charger.
If the shared battery is replaced in a semi-self-service manner, the under-charged shared battery in the mobile phone is taken out firstly, the battery information identification is carried out on the under-charged shared battery by using a code scanner or a wireless radio frequency identifier of the centralized charger, and the under-charged shared battery is returned; paying; taking out the full-electricity shared battery, and identifying battery information of the full-electricity shared battery by using the code scanner or the wireless radio frequency identifier of the centralized charger, wherein the code scanner scans a battery body code of the shared battery, and uploads battery information of an under-electricity shared battery, the full-electricity shared battery and the body code information of the centralized charger to the electricity changing platform center on the internet; the method comprises the following steps that a full-electricity sharing battery is installed on a mobile phone, the mobile phone is started, and mobile phone battery replacement software is started; or the battery information of the under-charged shared battery and the full-charged shared battery and the information of the machine body code of the centralized charger are uploaded to a power conversion platform center on the Internet; or pay at that time; the mobile phone is normally used.
The battery information is recorded in the recording circuit of the shared battery, the recording circuit at least comprises an integrated circuit and a wireless radio frequency chip, and at least comprises one component of the integrated circuit and the wireless radio frequency chip; correspondingly, a circuit for reading an integrated circuit and a wireless radio frequency chip is arranged in the mobile phone; the centralized charger is at least provided with a reading circuit for reading one of the circuits of the integrated circuit and the wireless radio frequency chip, each shared battery reads battery information through a wireless radio frequency reader before returning or after being taken out, or each shared battery reads the battery information on the integrated circuit in a wired mode after returning or before being taken out, then the battery information is uploaded to the battery changing platform center, and the battery information is updated to a mobile phone of a user and a mobile phone or a computer of a merchant.
When the payment is made, the user uses the mobile phone battery replacement software to directly make the payment on the internet, or scans the machine body code of the centralized charger to make the payment, or directly gives cash to the network, and the merchant makes the payment on the internet on the mobile phone or the computer of the merchant.
If more than one full-electricity shared battery needs to be taken out, scanning the body code of the centralized charger by the mobile phone of a user to pay the mobile phone, taking out the full-electricity shared battery, scanning the body code of each full-electricity shared battery, or identifying by the wireless radio frequency identifier, uploading battery information, or directly charging by cash; an insulating box sleeve is arranged outside the standby full-power shared battery.
The code scanner of the centralized charger scans the identification code of the shared battery, and at least the identification code is the two-dimensional code; and the user selects the full-charge shared battery and uses the wireless radio frequency card for payment.
The invention has the beneficial effects that:
1. the shared batteries with the same structure can be replaced by mobile phones of different brands and different models, the mobile phones can be continuously used in a relay manner, the outdoor use and the long-time use of the mobile phones are greatly facilitated, the long-time charging of the mobile phones is not required, the bar code scanner of the centralized charger is very convenient, and the two-dimensional code, namely the identification code, of the shared batteries is scanned and is not limited to the two-dimensional code; and the user selects the full-charge shared battery and uses the wireless radio frequency card for payment. .
2. The electricity changing cost is very low, and the payment mode is convenient.
3. The integrated circuit of the shared battery is identified by the circuit, the two-dimensional code of the shared battery is identified by the code scanner, the wireless radio frequency card of the shared battery is identified by the wireless radio frequency identifier, the shared battery is identified and uploaded by at least three modes, the use and the monitoring of the shared battery are realized, the counterfeit chance of the shared battery is reduced, and the safety of a user is guaranteed.
4. The mobile phone of the user is used for paying, or the mobile phone and the computer of the merchant are used for paying, or cash is collected, so that the system is very convenient.
5. The complete self-service battery replacement is realized, or the battery replacement with a merchant is realized in a semi-self-service manner.
6. The wireless radio frequency card can be used for recharging and the card swiping mode is used for paying.
Drawings
Fig. 1 is a block diagram of a self-service battery swapping step in embodiment 1 of the present invention;
fig. 2 is a block diagram of a semi-self-service power swapping step in embodiment 2 of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the following detailed description and the accompanying drawings.
As shown in fig. 1, the method for self-service replacement of a shared battery in embodiment 1 of the present invention is described.
And each piece of battery information of the shared battery at least comprises the information of the body and the charging information. The body information includes at least a rated capacity, a general model, a brand, and a battery characteristic of the battery. The charging information at least comprises the real-time voltage of the battery, the real-time capacity of the battery, the last charging capacity and time, the total charging times, the first use time, the user identity information and charging network point information.
The batteries of mobile phones of different brands and models are made into a shared battery with a uniform appearance structure.
At least one centralized charger is arranged at each power exchange point (the centralized charger is not arranged, or the shared battery is identified by a mobile phone of a merchant or a user, and information is uploaded), and the structure of the centralized charger refers to the centralized charger of the shared charger. Each centralized charger can charge a plurality of under-charged shared batteries at the same time. The centralized charger is connected with an internet (connected by a network cable or WiFi or connected with a mobile phone network) and is in data connection with a merchant mobile phone or a computer, so that the uploading and interconnection of the data of the battery information of each shared battery and the uploading and interconnection updating of the data of the type and the quantity of the fully charged shared battery are carried out.
The self-service battery replacement method comprises the following steps:
1. through mobile phone battery replacing software or computer-based battery replacing software, a user searches a website required by the user on the internet, such as a website of a nearest commercial tenant of the user. Checking the model and quantity information of the full-electricity shared batteries in the network points; presetting models and quantity, and appointing a time range for taking the shared battery; and (4) reaching the network point within a specified time, and replacing the shared battery.
2. The under-charge shared battery is detached from the mobile phone of the user and inserted into an empty charging slot of the centralized charger, and the under-charge shared battery is locked in the charging slot. The centralized charger uploads the battery information of the last use of the under-charged shared battery, user identity information and information of a machine body code of the centralized charger to a battery replacement platform center on the Internet. And if the current shared battery is found to be a fake shared battery after the data comparison, the shared battery cannot be charged, and the merchant is prompted.
3. The user is charged with his mobile phone or not charged first.
4. The user is then allowed to remove a full charge of shared batteries from the centralized charger. The centralized charger uploads battery information of the full-charge shared battery, user identity information and information of a machine body code of the centralized charger to a battery replacement platform center on the Internet.
5. And installing a full-power sharing battery on the mobile phone of the user.
6. And starting the mobile phone and connecting to the Internet.
7. And starting the mobile phone battery replacement software, and reading the battery information of the full-charge shared battery by the mobile phone of the user or reading the battery information of the full-charge shared battery by the mobile phone. And uploading the battery information of the full-charge shared battery and the information of the body code of the centralized charger of the merchant to a battery swapping platform center on the Internet, and checking and registering. This includes, among other things, verifying whether the block of fully charged shared batteries is a counterfeit product or is problematic.
8. Or at the moment, paying;
9. the full charge shared battery is normally used.
The battery information is recorded in a recording circuit of the shared battery, and the recording circuit at least comprises an integrated circuit and a wireless radio frequency chip and comprises one component of the integrated circuit and the wireless radio frequency chip. Correspondingly, a circuit for reading the integrated circuit and the wireless radio frequency chip is arranged in the mobile phone. The mobile phone of the user can scan the body code on the surface of the shared battery, mainly a two-dimensional code, but not limited to the two-dimensional code, and perform network query and data uploading of battery information records.
The centralized charger is at least provided with a reading circuit of one of circuits of the reading integrated circuit and the wireless radio frequency chip, and each shared battery reads the battery information through the wireless radio frequency reader before returning or after being taken out. Or each shared battery reads the battery information on the integrated circuit in a wired mode after returning or before being taken out, and then uploads the battery information to the battery replacement platform center on the Internet. And updating the battery information to the mobile phone of the user, the mobile phone of the merchant or the computer.
After the under-charged shared battery is charged for a plurality of minutes (10 minutes), the charging times are counted once, the charging information is recorded in a recording circuit of the under-charged shared battery, and when the recording circuit of the shared battery is connected to the Internet, the charging information is uploaded to a battery replacement platform center. And if the user uses the full-power shared battery for a plurality of minutes (15 minutes) without paying, the user stops using the full-power shared battery, and the power is cut off and the machine is shut down. The mobile phone reads real-time battery information of the full-charge shared battery, compares the real-time battery information with data of a battery replacement platform center on the Internet, and if the mobile phone is a fake shared battery, the mobile phone is powered off. Every time the battery is switched and electrified, the mobile phone identifies the battery information of the shared battery installed at this time so as to ensure the anti-counterfeiting performance of the battery.
As shown in fig. 2, a method for replacing a shared battery by semi-self service in embodiment 2 of the present invention: or using mobile phone battery replacement software to search required network points and reserving a full-power sharing battery.
The semi-self-service battery replacement method comprises the following steps:
1. and firstly, taking out the undercharged shared battery in the mobile phone of the user.
2. And a code scanner or a wireless radio frequency identifier of the centralized charger is used for identifying the battery information of the under-charged shared battery, or a mobile phone of the mobile phone is used for scanning the two-dimensional code of the under-charged shared battery and the body code of the centralized charger.
3. And returning the undercharged shared battery, and inserting the undercharged shared battery into an empty charging slot of the centralized charger. And if the battery is shared under power shortage successfully, the state is transmitted to a battery replacement platform center, and the information is updated to a centralized charger and a user mobile phone, a merchant mobile phone or a computer (or other digital equipment such as a tablet personal computer).
4. The mobile phone pays or pays cash to the merchant.
5. And allowing the full-electricity shared battery to be taken out, and identifying battery information of the full-electricity shared battery by using a code scanner or a wireless radio frequency identifier of the centralized charger, wherein the code scanner scans the battery body code of the shared battery, and uploads the battery information of the full-electricity shared battery, including the information of the user identity information and the information of the body code of the centralized charger, to a battery replacement platform center on the Internet.
6. And a full-power shared battery is installed on the mobile phone of the user.
7. The user's handset is started.
8. And starting the mobile phone battery replacement software. And then the battery information of the full-power shared battery, including the user identity information and the information of the body code of the centralized charger, is uploaded to a battery replacement platform center on the Internet.
9. Or paid for at that time.
10. The mobile phone is normally used.
When paying, the user uses the mobile phone battery replacement software to directly pay on line, or scans the machine body code of the centralized charger to pay, or directly gives cash to a network outlet, and the merchant pays on line on the mobile phone or the computer of the merchant.
And if more than one full-charge shared battery needs to be taken out, scanning the body code of the centralized charger by using the mobile phone of the user, and placing an order and paying by using the mobile phone. And scanning the battery body code of each fully charged shared battery or identifying by using a wireless radio frequency identifier, and automatically uploading battery information by the centralized charger. Or charge after the full charge of the shared battery is taken out, including cash transaction. An insulating box sleeve is arranged outside the standby full-power shared battery, so that the standby full-power shared battery is waterproof and can shield the possibility of short circuit.
The code scanner of the centralized charger is a two-dimensional code for scanning the shared battery, namely an identification code, and is not limited to the two-dimensional code. A radio frequency identifier is an identification device that uses Radio Frequency Identification (RFID) technology and may be hand-held or a base unit. Like a bus payment card, the wireless radio frequency card can be recharged, and a user selects a full-charge shared battery to pay by using the wireless radio frequency card.
Example 3 of the present invention is a method of manually replacing a shared battery:
referring to the embodiment 1 and the embodiment 2, the difference is that a centralized charger is not arranged, and the replacement of the undercharged shared battery and the fully charged shared battery is realized by scanning two-dimensional codes of two shared batteries by a mobile phone to realize the replacement and uploading of battery information. Thus, the battery is replaced without depending on more equipment.
The under-current shared battery is charged on a crude separate dedicated charger (similar to the conventional universal battery charger, the charging electrode contact structure is universal, and the interconnection network can also be connected). After the under-charged shared battery is charged for several minutes (10 minutes), the charging times are counted once, and the charging information is recorded in the recording circuit of the shared battery. After the shared battery is used, when the recording circuit of the shared battery is connected to the internet, the charging information is uploaded to the battery replacement platform center for updating data. The mobile phone of the user reads real-time battery information of the full-charge shared battery, the full-charge shared battery is installed once, the battery information of one time is read, and the battery information is reported once.
It is also protected that battery information of the underrun shared battery is uploaded first, and then the underrun shared battery is taken down. It is protected that the battery information of the fully charged shared battery is uploaded first, and then the battery information of the undercharged shared battery is uploaded. For a shared battery, it is protected that an integrated circuit for identifying the shared battery by a circuit (a mobile phone or a centralized charger), a two-dimensional code for identifying the shared battery by a code scanner (a mobile phone and a universal code scanner), a radio frequency card for identifying the shared battery by a radio frequency identifier, at least three ways for identifying the shared battery, any one way or a combination way for identifying, and uploading battery information of the shared battery. It is also protected that the user mobile phone and the centralized charger are combined to identify the shared battery and upload the battery information of the shared battery, or only the user mobile phone or the mobile phone of the merchant is used. The full-power shared battery is installed on a mobile phone of a user and is protected by people before being installed. The centralized charger may not be provided. The centralized charger may not be connected to the internet.
Other technical contents are the modified expanding technology which can be easily obtained by the technical personnel in the industry from the technology of the invention and are also protected by the invention.
Claims (10)
1. A method for replacing a shared battery of a mobile phone is characterized in that: the method comprises the following steps:
1) the power-lack shared battery is detached from the mobile phone of the user;
2) installing a full-power shared battery from the mobile phone;
3) starting the mobile phone and connecting to the Internet;
4) starting mobile phone battery replacement software;
5) the mobile phone reads battery information of the full-power shared battery, wherein the battery information at least comprises machine body information and charging information, the machine body information at least comprises rated capacity, general model, brand and battery characteristics of the battery, and the charging information at least comprises real-time voltage of the battery, real-time capacity of the battery, last charging capacity and time, total charging times, first use time, user identity information of the current time and charging network point information;
6) uploading the battery information of the fully charged shared battery to a battery replacement platform center on the Internet through the mobile phone battery replacement software, and recording and updating;
7) paying the fee;
8) and normally using the full-electricity shared battery.
2. The method for replacing the shared battery of the mobile phone according to claim 1, wherein: through the mobile phone battery replacing software or the computer-version battery replacing software, the user searches the website required by the user on the internet; checking the model and quantity information of the full-electricity shared batteries in the network points; presetting models and quantity, and appointing a time range for taking the shared battery; and (4) reaching the network point within a specified time, and replacing the shared battery.
3. The method for replacing the shared battery of the mobile phone according to claim 1 or 2, wherein: a centralized charger is arranged at the network point and can charge a plurality of under-charged shared batteries at the same time, the centralized charger is connected with the internet and is in data connection with a merchant mobile phone or a computer to perform data interconnection of the information of each battery and the data interconnection of the type and the number of the full-charged shared batteries; the centralized charger realizes self-service battery replacement; the user takes down the own under-charged shared battery, returns the battery information to the centralized charger, and the centralized charger uploads the battery information of the last use of the under-charged shared battery and information including the body code of the centralized charger to the battery swapping platform center on the Internet; after paying, allowing a user to take out a full-power shared battery, and uploading the battery information of the full-power shared battery and the information including the machine body code of the centralized charger to the battery swapping platform center on the Internet by the centralized charger; or the full charge shared battery is arranged on the mobile phone of the user for paying.
4. The method for replacing the shared battery of the mobile phone according to claim 1, wherein: after the under-charged shared battery is charged for a plurality of minutes, counting the charging times once, recording the charging information in a recording circuit of the under-charged shared battery, and uploading the charging information to the battery replacement platform center when the recording circuit of the under-charged shared battery is connected to the Internet; and if the user uses the full-electricity shared battery for a plurality of minutes without paying, the user stops using the full-electricity shared battery, and the power is cut off and the machine is shut down.
5. The method for replacing the shared battery of the mobile phone according to claim 1, wherein: the batteries of the mobile phones of different brands and models are made into the shared battery with a uniform appearance structure; the under-charged shared battery is charged on a separate dedicated charger.
6. The method for replacing the shared battery of the mobile phone according to claim 3, wherein: if the shared battery is replaced in a semi-self-service manner, the under-charged shared battery in the mobile phone is taken out firstly, the battery information identification is carried out on the under-charged shared battery by using a code scanner or a wireless radio frequency identifier of the centralized charger, and the under-charged shared battery is returned; paying; taking out the full-electricity shared battery, and identifying battery information of the full-electricity shared battery by using the code scanner or the wireless radio frequency identifier of the centralized charger, wherein the code scanner scans a battery body code of the shared battery, and uploads battery information of an under-electricity shared battery, the full-electricity shared battery and the body code information of the centralized charger to the electricity changing platform center on the internet; the method comprises the following steps that a full-electricity sharing battery is installed on a mobile phone, the mobile phone is started, and mobile phone battery replacement software is started; or the information of the under-charged shared battery, the full-charged shared battery and the information of the machine body code of the centralized charger are uploaded to a power conversion platform center on the Internet; or pay at that time; the mobile phone is normally used.
7. The method for replacing the shared battery of the mobile phone according to claim 6, wherein: the battery information is recorded in the recording circuit of the shared battery, the recording circuit at least comprises an integrated circuit and a wireless radio frequency chip, and at least comprises one component of the integrated circuit and the wireless radio frequency chip; correspondingly, a circuit for reading an integrated circuit and a wireless radio frequency chip is arranged in the mobile phone; the centralized charger is at least provided with a reading circuit for reading one of the circuits of the integrated circuit and the wireless radio frequency chip, each shared battery reads battery information through a wireless radio frequency reader before returning or after being taken out, or each shared battery reads the battery information on the integrated circuit in a wired mode after returning or before being taken out, then the battery information is uploaded to the battery changing platform center, and the battery information is updated to a mobile phone of a user and a mobile phone or a computer of a merchant.
8. The method for replacing the shared battery of the mobile phone according to claim 3, wherein: when in payment, a user uses the mobile phone battery replacement software to directly pay on line, or scans the machine body code of the centralized charger to pay, or directly gives cash to the network, and the merchant carries out on-line payment on the mobile phone or the computer of the merchant.
9. The method for replacing the shared battery of the mobile phone according to claim 6, wherein: if more than one full electricity sharing battery needs to be taken out, scanning the body code of the centralized charger by the mobile phone of a user for mobile phone payment, taking out the full electricity sharing battery, scanning the battery body code of each full electricity sharing battery, or identifying by the wireless radio frequency identifier, uploading the battery information, or directly charging by cash; an insulating box sleeve is arranged outside the standby full-power shared battery.
10. The method for replacing the shared battery of the mobile phone according to claim 6, wherein: the code scanner of the centralized charger scans the identification code of the shared battery, and at least the identification code is the two-dimensional code; and the user selects the full-charge shared battery and uses the wireless radio frequency card for payment.
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| CN202111565869.7A CN114333163A (en) | 2021-12-13 | 2021-12-13 | Method for replacing shared battery of mobile phone |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202111565869.7A CN114333163A (en) | 2021-12-13 | 2021-12-13 | Method for replacing shared battery of mobile phone |
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| CN114333163A true CN114333163A (en) | 2022-04-12 |
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