CN104900927B - Method for detecting and displaying charging information of mobile power supply - Google Patents
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/42—Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells
- H01M10/44—Methods for charging or discharging
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
一种移动电源充电信息侦测显示的方法，是用于当一移动电源通过一充电传输手段为一移动电子装置充电时，其步骤包含：一数据撷取步骤，是根据使用者的选择，提供至少一组移动电源参数数据与至少一组本机参数数据，再将该移动电源参数数据与本机参数数据分别传送至该移动电子装置其处理单元的运算模块中；一整合与运算步骤，是由该运算模块将该移动电源参数数据及本机参数数据，进行整合或运算后，产生一充电信息；一信息输出步骤，是将该充电信息，传送并输出至该移动电子装置其输出入装置上；由此，本发明可避免错过替移动电源充电，造成手机与移动电源都没电的问题，进而使本发明可达到大幅提升产品实用性与使用便利性的功效。
A method for detecting and displaying charging information of a mobile power supply, which is used when a mobile power supply charges a mobile electronic device through a charging transmission means, the steps include: a data acquisition step, which is provided according to the user's choice At least one set of mobile power parameter data and at least one set of local parameter data, and then the mobile power parameter data and local parameter data are respectively sent to the computing module of the processing unit of the mobile electronic device; an integration and computing step is After the operation module integrates or calculates the mobile power parameter data and the local parameter data, a charging information is generated; an information output step is to transmit and output the charging information to the mobile electronic device and its input/output device In this way, the present invention can avoid the problem of missing charging for the mobile power supply, causing the mobile phone and the mobile power supply to be out of power, so that the present invention can achieve the effect of greatly improving product practicability and convenience of use.
Description
技术领域technical field
本发明是关于一种侦测并显示移动电源充电信息的方法，特别是关于一种可令被充电的电子产品运算并显示移动电源充电信息的方法。The present invention relates to a method for detecting and displaying charging information of a mobile power supply, in particular to a method for enabling charged electronic products to calculate and display charging information for a mobile power supply.
背景技术Background technique
请参阅图1所示，智能型手机或平板电脑是目前相当普遍的移动电子产品1，当其面临电力不足的情况时，除了为该移动电子产品1更换另一颗电池之外，也有不少使用者会利用移动电源2（Power Bank）来替移动电子产品1（内部的电池）充电，由此，可延长该移动电子产品1的电池续航力，在此，该移动电源2的细部构造及动作原理均为本领域的技术人员所熟知，于此不再赘述。Please refer to Figure 1. Smartphones or tablet computers are quite common mobile electronic products 1 at present. The user will use the mobile power bank 2 (Power Bank) to charge the mobile electronic product 1 (internal battery), thereby prolonging the battery life of the mobile electronic product 1. Here, the detailed structure and operation of the mobile power bank 2 The principles are well known to those skilled in the art and will not be repeated here.
现有移动电源2对移动电子产品1充电的应用架构，虽可达到补充移动电子产品1电力以延长其使用时间的效果，但两者之间仅具备电力（能源）的传输交换，其他数据则未被提取、整合或善加运用，使得一些基本且攸关使用便利性的问题均未得到处理与解决，例如，使用者无法得知当下该移动电源2还可对该移动电子产品1充电多少次，导致通常仅能根据经验法则推估大略的数据，如此一来，常会错失替该移动电源2充电的时机，而会面临移动电子产品1与移动电源2两者都没电的窘境，造成产品的使用便利性与实用性大受影响，因此，如何发展一种可侦测并显示移动电源充电信息的方法，即成为一极具实用性与迫切性的技术课题。The existing mobile power supply 2 charging mobile electronic product 1 application framework can achieve the effect of supplementing the power of mobile electronic product 1 to prolong its use time, but there is only power (energy) transmission and exchange between the two, and other data It has not been extracted, integrated or properly used, so that some basic and convenience-related problems have not been dealt with and resolved. For example, the user cannot know how much the mobile power supply 2 can charge the mobile electronic product 1 at the moment Once, the approximate data can only be estimated based on empirical rules. In this way, the opportunity to charge the mobile power supply 2 is often missed, and the situation that both the mobile electronic product 1 and the mobile power supply 2 are out of power will be faced, resulting in The convenience and practicability of the product are greatly affected. Therefore, how to develop a method for detecting and displaying the charging information of the mobile power supply has become a very practical and urgent technical issue.
发明内容Contents of the invention
有鉴于现有移动电源对电子产品充电的应用架构，因无法产生并提供可充电次数等有用的充电信息，导致使用者仅能凭经验判断，造成产品使用便利性及实用性均较差，因此本发明的目的在于提供一种可令被充电的电子产品运算并显示移动电源充电信息的方法。In view of the fact that the existing mobile power supply application framework for charging electronic products cannot generate and provide useful charging information such as the number of rechargeable times, users can only make judgments based on experience, resulting in poor convenience and practicability of the product. Therefore, The purpose of the present invention is to provide a method that can make a charged electronic product calculate and display charging information of a mobile power supply.
为达成以上的目的，本发明是提供一种移动电源充电信息侦测显示的方法，是用于当一移动电源通过一充电传输手段为一移动电子装置充电时，其步骤包含：一数据撷取步骤，是根据使用者的选择，提供至少一组移动电源参数数据与至少一组本机参数数据，再将该移动电源参数数据与本机参数数据分别传送至该移动电子装置其处理单元的运算模块中；一整合与运算步骤，是由该运算模块将该移动电源参数数据及本机参数数据，进行整合或运算后，产生一充电信息；一信息输出步骤，是将该充电信息，传送并输出至该移动电子装置其输出入装置上。To achieve the above objectives, the present invention provides a method for detecting and displaying charging information of a mobile power supply, which is used when a mobile power supply is charging a mobile electronic device through a charging transmission means. The steps include: a data acquisition The step is to provide at least one set of mobile power parameter data and at least one set of local parameter data according to the user's selection, and then transmit the mobile power parameter data and local parameter data to the processing unit of the mobile electronic device respectively. In the module; an integration and calculation step is to generate a charging information after the calculation module integrates or calculates the mobile power supply parameter data and the local parameter data; an information output step is to transmit the charging information and output to the I/O device of the mobile electronic device.
其中，该数据撷取步骤的运算模块为一专用的软件应用程序，用以在该输出入装置上提供一操作接口，并根据使用者所选择及输入的操作命令，取得对应于该操作命令的移动电源参数数据及本机参数数据。Wherein, the calculation module of the data acquisition step is a dedicated software application program, which is used to provide an operation interface on the input-output device, and obtain the corresponding operation command according to the operation command selected and input by the user. Mobile power parameter data and local parameter data.
其中，该充电传输手段为有线的充电传输线或为无线充电装置。Wherein, the charging transmission means is a wired charging transmission line or a wireless charging device.
其中，该整合与运算步骤中的充电信息为可充电次数、剩余充电时间、当前移动电子装置温度、当前移动电源温度或充电传输线阻抗。Wherein, the charging information in the integrating and calculating step is the number of times of charging, the remaining charging time, the current temperature of the mobile electronic device, the current temperature of the mobile power supply or the impedance of the charging transmission line.
其中，该整合与运算步骤中的运算，包含：数据的筛选整理、条件的逻辑判断或是数值的计算三种数据运算处理方法的其中一种或全部。Wherein, the operation in the integration and operation step includes: one or all of three data operation and processing methods: data screening and sorting, conditional logic judgment or value calculation.
其中，该运算模块是通过该移动电子装置的无线通讯模块，将该充电信息同时传送至一外部的伺服器中。Wherein, the computing module simultaneously transmits the charging information to an external server through the wireless communication module of the mobile electronic device.
通过本发明包含该数据撷取步骤及整合与运算步骤，使用者在利用移动电源为手机充电时，即可同步得知可充电次数等有用的充电信息，俾可避免错过替移动电源充电，造成手机与移动电源都没电的问题，进而使本发明可达到大幅提升产品实用性与使用便利性的功效。By including the data acquisition step and the integration and calculation steps in the present invention, when the user uses the mobile power supply to charge the mobile phone, he can simultaneously know the useful charging information such as the number of rechargeable times, so as to avoid missing the charging of the mobile power supply, resulting in The problem that the mobile phone and the mobile power supply have no electricity further enables the present invention to achieve the effect of greatly improving product practicability and convenience of use.
附图说明Description of drawings
图1是现有的架构方块示意图。FIG. 1 is a schematic block diagram of an existing architecture.
图2是本发明的步骤流程方块示意图。Fig. 2 is a schematic block diagram of the steps of the present invention.
图3是本发明其数据撷取步骤的动作示意图。FIG. 3 is a schematic diagram of the action of the data acquisition step of the present invention.
图3A是本发明其第一储存单元的细部方块示意图。3A is a detailed block diagram of the first storage unit of the present invention.
图3B是本发明其第二储存单元的细部方块示意图。3B is a detailed block diagram of the second storage unit of the present invention.
图3C是本发明其信息输出步骤的动作示意图。Fig. 3C is a schematic diagram of the action of the information output step of the present invention.
图4是本发明其第二实施例的架构方块示意图。FIG. 4 is a schematic block diagram of a second embodiment of the present invention.
附图标记说明：Explanation of reference signs:
〔现有〕〔existing〕
1-移动电子产品；2-移动电源；1-Mobile electronic products; 2-Mobile power supply;
〔本发明〕〔this invention〕
3-移动电源；31-控制单元；32-电池模块；33-第一储存单元；331-移动电源参数数据；4-移动电子装置；41-处理单元；411-运算模块；42-可充电电池；43-第二储存单元；431-本机参数数据；44-输出入装置；46-无线通讯模块；5-充电传输手段；6-伺服器；S1-数据撷取步骤；S2-整合与运算步骤；S3-信息输出步骤。3-mobile power supply; 31-control unit; 32-battery module; 33-first storage unit; 331-parameter data of mobile power supply; 4-mobile electronic device; 41-processing unit; 411-operation module; 42-rechargeable battery ;43-second storage unit; 431-local parameter data; 44-input and output device; 46-wireless communication module; 5-charging transmission means; 6-server; S1-data acquisition step; S2-integration and calculation Step; S3-information output step.
具体实施方式detailed description
请参阅图2、图3所示，本发明是提供一种移动电源充电信息侦测显示的方法，是用于当一移动电源3通过一充电传输手段5为一移动电子装置4充电时，其步骤包含：Please refer to FIG. 2 and FIG. 3 , the present invention provides a method for detecting and displaying charging information of a mobile power supply, which is used when a mobile power supply 3 charges a mobile electronic device 4 through a charging transmission means 5 . The steps include:
一数据撷取步骤S1，请再配合参阅图3A与图3B所示，该数据撷取步骤S1是根据使用者的选择，提供至少一组该移动电源3的移动电源参数数据331，同时并提供至少一组该移动电子装置4的本机参数数据431，再将该移动电源参数数据331与本机参数数据431分别传送至该移动电子装置4其处理单元41的运算模块411中；A data acquisition step S1, please refer to FIG. 3A and FIG. 3B, the data acquisition step S1 is to provide at least one set of mobile power parameter data 331 of the mobile power supply 3 according to the user's choice, and at the same time provide At least one set of local parameter data 431 of the mobile electronic device 4, and then transmit the mobile power supply parameter data 331 and local parameter data 431 to the computing module 411 of the processing unit 41 of the mobile electronic device 4;
其中，该移动电源参数数据331是储存于该移动电源3其第一储存单元33中，该移动电源3内通常尚会包含有一控制单元31与一电池模块32，该控制单元31分别与该电池模块32及第一储存单元33电性连接，更具体地，该电池模块32为可充电电池，该可充电电池可为锂离子（Li-ion）电池或为锂聚合物（Li-Polymer）电池或为镍氢电池，用以储存电力并对外部的移动电子装置4充电，该第一储存单元33可为快闪记忆体（Flash Memory）或为其他种类的非挥发性记忆体（Non-Volatile Memory），此外，该移动电源参数数据331可以是该电池模块32的总电容量数据、该电池模块32的实际剩余电容量数据、充电电流数据、该电池模块32的温度数据或是该移动电源3的产品序号数据等等，又，该移动电源3其控制单元31以及其他可用以产生该移动电源参数数据331的必要部件例如温度感测电路、电量管理芯片的细部结构，均属先前技术且非本案技术特征，在此不予详述；Wherein, the mobile power supply parameter data 331 is stored in the first storage unit 33 of the mobile power supply 3. Usually, the mobile power supply 3 also includes a control unit 31 and a battery module 32. The control unit 31 is connected to the battery module respectively. The module 32 and the first storage unit 33 are electrically connected, more specifically, the battery module 32 is a rechargeable battery, and the rechargeable battery can be a lithium ion (Li-ion) battery or a lithium polymer (Li-Polymer) battery Or a nickel-hydrogen battery, used to store power and charge the external mobile electronic device 4, the first storage unit 33 can be a flash memory (Flash Memory) or other types of non-volatile memory (Non-Volatile Memory), in addition, the mobile power supply parameter data 331 can be the total capacity data of the battery module 32, the actual remaining capacity data of the battery module 32, the charging current data, the temperature data of the battery module 32 or the mobile power supply 3’s product serial number data, etc., and the mobile power supply 3’s control unit 31 and other necessary components that can be used to generate the mobile power supply parameter data 331, such as temperature sensing circuits and detailed structures of power management chips, all belong to the prior art and It is not a technical feature of this case and will not be described in detail here;
其中，该充电传输手段5可为有线的充电传输线或为无线充电装置，由此，使该移动电源3可对该移动电子装置4充电或传输交换数据，在本实施例中，该充电传输手段5是以USB充电传输线例示，另外，该无线充电装置的细部结构或原理属公知技术，于此不再赘述，又该移动电子装置4更具体地可为智能型手机或为平板电脑，该本机参数数据431是储存于该移动电子装置4其第二储存单元43中，该移动电子装置4内通常尚会包含有一可充电电池42与一输出入装置44，该处理单元41分别与该可充电电池42、第二储存单元43与输出入装置44电性连接，该可充电电池42更具体地可为锂离子电池或为锂聚合物电池或为镍氢电池，该第二储存单元43可为快闪记忆体或为其他种类的非挥发性记忆体，该输出入装置44可为触控式屏幕，在其他可行的实施例中，该输出入装置44也可由个别的键盘及屏幕所组成，另该本机参数数据431可以是该可充电电池42的总电容量数据、该可充电电池42的实际剩余电容量数据或是该移动电子装置4的厂牌型号数据等等，又该运算模块411可为一专用的硬件电路模块或为软件应用程序（APP），用以在该输出入装置44上提供一操作接口，并根据使用者所选择及输入的操作命令，取得对应于该操作命令的移动电源参数数据331及本机参数数据431；Wherein, the charging transmission means 5 can be a wired charging transmission line or a wireless charging device, so that the mobile power supply 3 can charge the mobile electronic device 4 or transmit and exchange data. In this embodiment, the charging transmission means 5 is an example of a USB charging transmission line. In addition, the detailed structure or principle of the wireless charging device belongs to the known technology, and will not be repeated here. The mobile electronic device 4 can be more specifically a smart phone or a tablet computer. Machine parameter data 431 is stored in the second storage unit 43 of the mobile electronic device 4. Usually, the mobile electronic device 4 also includes a rechargeable battery 42 and an input/output device 44. The processing unit 41 is connected to the mobile electronic device 4 respectively. The rechargeable battery 42 and the second storage unit 43 are electrically connected to the input-output device 44. The rechargeable battery 42 can be more specifically a lithium-ion battery or a lithium polymer battery or a nickel-metal hydride battery. The second storage unit 43 can be It is flash memory or other types of non-volatile memory. The input-output device 44 can be a touch screen. In other feasible embodiments, the input-output device 44 can also be composed of an individual keyboard and a screen. In addition, the local parameter data 431 can be the total capacity data of the rechargeable battery 42, the actual remaining capacity data of the rechargeable battery 42 or the brand model data of the mobile electronic device 4, etc., and the calculation The module 411 can be a dedicated hardware circuit module or a software application program (APP), which is used to provide an operation interface on the input-output device 44, and obtain the corresponding operation command according to the operation command selected and input by the user. The mobile power supply parameter data 331 and the local parameter data 431 of the command;
一整合与运算步骤S2，该整合与运算步骤S2是由该运算模块411将在数据撷取步骤S1中所取得的移动电源参数数据331及本机参数数据431，进行整合或运算后，产生一充电信息；An integration and calculation step S2, the integration and calculation step S2 is performed by the calculation module 411 after integrating or calculating the mobile power supply parameter data 331 and the local parameter data 431 obtained in the data acquisition step S1 to generate a charging information;
在此，该充电信息可以是可充电次数（该移动电源3还可对移动电子装置4充电多少次）、当前移动电子装置温度、当前移动电源温度或充电传输线阻抗（阻抗值过大代表线路可能接触不良）等信息，又，前述所称的运算，可包含：数据的筛选整理、条件的逻辑判断或是数值的计算等三种数据运算处理方法的其中一种或全部；在本实施例中，为了说明上的方便，该充电信息是以可充电次数为例来说明，此时该移动电源参数数据331即为该电池模块32的实际剩余电容量数据（例如6000mAh），该本机参数数据431即为该可充电电池42的总电容量数据以及实际剩余电容量数据（例如分别为2000mAh与1000mAh），如此该运算模块411即可进一步整合上述数据并进行运算，最后即可产生该充电信息（即3.5次，运算方法与过程如下：6000-1000（第1次充电所需电量），再加上5000／2000＝2.5次）；Here, the charging information can be charging times (how many times the mobile power supply 3 can charge the mobile electronic device 4), the current temperature of the mobile electronic device, the current temperature of the mobile power supply, or the impedance of the charging transmission line (too large an impedance value indicates that the line may Poor contact) and other information, and the aforementioned operations can include: one or all of the three data processing methods such as data screening and sorting, logical judgment of conditions, or calculation of values; in this embodiment , for the convenience of description, the charging information is described by taking the number of rechargeable times as an example. At this time, the mobile power supply parameter data 331 is the actual remaining capacity data (for example, 6000mAh) of the battery module 32. The local parameter data 431 is the total capacity data and the actual remaining capacity data of the rechargeable battery 42 (for example, 2000mAh and 1000mAh respectively), so that the calculation module 411 can further integrate the above data and perform calculations, and finally generate the charging information (that is, 3.5 times, the calculation method and process are as follows: 6000-1000 (the power required for the first charge), plus 5000/2000 = 2.5 times);
一信息输出步骤S3，请再配合参阅图3C所示，该信息输出步骤S3是令该运算模块411将该整合与运算步骤S2所产生的充电信息，传送并输出至该移动电子装置4其输出入装置44上，在本实施例中，即于该输出入装置44的触控式屏幕上显示该移动电源3还可对该移动电子装置4充电3.5次的讯息，如此，本发明即已完成令该移动电子装置4运算并显示充电信息的步骤流程；此外，值得一提的是，对于支援语音输出的移动电子装置4来说（今日的智能型手机大都具备此一功能），该移动电子装置4尚可将充电信息通过语音方式播放出来，由此，使本发明可兼具更佳的使用便利性；An information output step S3, please refer to FIG. 3C, the information output step S3 is to make the calculation module 411 transmit and output the charging information generated by the integration and calculation step S2 to the mobile electronic device 4 for output On the input device 44, in this embodiment, the message that the mobile power supply 3 can also charge the mobile electronic device 4 for 3.5 times is displayed on the touch screen of the input and output device 44, so the present invention has been completed The steps of making the mobile electronic device 4 calculate and display charging information; in addition, it is worth mentioning that for the mobile electronic device 4 that supports voice output (most of today's smart phones have this function), the mobile electronic device The device 4 can still play the charging information by voice, so that the present invention can have better usability;
请参阅图2与图3所示，通过本发明包含该数据撷取步骤S1及整合与运算步骤S2，使用者在利用移动电源3为手机充电时，即可同步得知可充电次数或剩余充电时间等有用的充电信息，可避免错过替移动电源3充电，造成手机与移动电源3都没电的问题，进而使本发明可达到大幅提升产品实用性与使用便利性的功效；此外，请再参阅图4为本发明的第二实施例，其中该运算模块411是通过该移动电子装置4其无线通讯模块46（如蓝牙模块或WIFI模块或无线移动上网模块），将该充电信息同时传送至一外部的伺服器6中，例如一包含有该移动电源3的产品序号数据的充电信息，如此即可自动完成该移动电源3的产品注册或保固期登录的动作，以省却使用者还要手动注册或是保存相关保固文件的不便，又该伺服器6也可提供使用者下载使用说明书或其他信息，可大幅提升或完善该移动电源3的产品周边服务的完整性，进而使本发明可兼具提升产品附加价值的功效。Please refer to FIG. 2 and FIG. 3, through the present invention including the data acquisition step S1 and the integration and calculation step S2, when the user uses the mobile power supply 3 to charge the mobile phone, he can simultaneously know the number of rechargeable times or the remaining charge Useful charging information such as time can avoid missing charging for the mobile power supply 3, resulting in the problem that the mobile phone and the mobile power supply 3 are out of power, so that the present invention can achieve the effect of greatly improving product practicability and convenience of use; in addition, please Refer to Fig. 4 for the second embodiment of the present invention, wherein the computing module 411 transmits the charging information to In an external server 6, for example, a charging information containing the product serial number data of the mobile power supply 3, the product registration or warranty period registration of the mobile power supply 3 can be automatically completed in this way, so as to save the user from having to manually Inconvenience for registering or saving relevant warranty documents, and the server 6 can also provide users to download instruction manuals or other information, which can greatly enhance or improve the integrity of the product peripheral services of the mobile power supply 3, and then make the present invention compatible It has the effect of enhancing the added value of products.
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| CN106169794B (en) * | 2016-09-09 | 2018-11-23 | 北京小米移动软件有限公司 | Mobile power source charge control method and device |
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| JP2006203980A (en) * | 2005-01-18 | 2006-08-03 | Nec Corp | Mobile device |
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| CN1622004A (en) * | 2003-11-24 | 2005-06-01 | 顺德市顺达电脑厂有限公司 | Electric power administration arrangement and method for portable computers with auxiliary power supply |
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