CN101808165A - Method and device for constructing power model of mobile terminal - Google Patents

Method and device for constructing power model of mobile terminal Download PDF

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Publication number
CN101808165A
CN101808165A CN201010146470A CN201010146470A CN101808165A CN 101808165 A CN101808165 A CN 101808165A CN 201010146470 A CN201010146470 A CN 201010146470A CN 201010146470 A CN201010146470 A CN 201010146470A CN 101808165 A CN101808165 A CN 101808165A
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mobile terminal
power
service
power consumption
time
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CN201010146470A
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CN101808165B (en
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陈琪
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中兴通讯股份有限公司
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W24/00Supervisory, monitoring or testing arrangements
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W52/00Power management, e.g. TPC [Transmission Power Control], power saving or power classes
    • H04W52/02Power saving arrangements
    • H04W52/0209Power saving arrangements in terminal devices
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02DCLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THIR OWN ENERGY USE
    • Y02D70/00Techniques for reducing energy consumption in wireless communication networks

Abstract

The invention discloses a method for constructing a power model for a mobile terminal. The power information of the mobile terminal under various operations is acquired. The method includes the steps of counting the use state of the mobile terminal within a set period; and constructing a power model for the mobile terminal according to the use state and the power information of the mobile terminal. The invention further discloses a device for constructing the power model of the mobile terminal, which comprises an acquisition unit used for acquiring the power information of the mobile terminal under various operations, a counting unit used to count the use state of the mobile terminal within a set period, and a constructing unit used for constructing the power model of the mobile terminal according to the use state and the power information of the mobile terminal. The invention provides a corresponding power model according to the service condition of the mobile terminal to a user, so the invention can help designers design mobile terminals which can satisfy different endurance requirements of the users and can meet the experience needs of the users.

Description

一种移动终端功耗模型建立方法及装置 A mobile terminal power consumption model method and apparatus

技术领域 FIELD

[0001] 本发明涉及移动终端功耗模型的建立技术,尤其涉及一种基于业务的移动终端功耗模型建立方法及装置。 [0001] The present invention relates to a power consumption of the mobile terminal to establish technology model, particularly to a mobile terminal based on the service consumption model method and apparatus.

背景技术 Background technique

[0002] 目前正处在第三代(3G,3rd Generation)通信告诉发展的时代,各大公司都从移动终端功能性能的研发和优化转向进行用户体验的研发和优化。 [0002] is now in the third generation (3G, 3rd Generation) Telling the development of the times, companies are moving from R & D and optimize the functional performance of the mobile terminal R & D and optimize the user experience. 以用户为中心,着重用户体验的趋势越来越明显。 User-centric, focusing on trends in user experience more and more obvious. 视频通话、上网冲浪、手机电视等等新的业务应用层出不穷,JAVA 业务应用如游戏等也越来越多。 Video calls, surf the Internet, mobile TV and so on new business applications emerging, JAVA business applications such as games and other more and more. 移动终端的耗电量也越来越大,但移动终端用户并对于移动终端的续航能力要求并没有随着业务应用的增多而减少。 Power consumption of the mobile terminal is also growing, but the mobile terminal user and not with the increase in the business application is reduced battery life for a mobile terminal requirements. 移动终端功耗的优化越来越影响到用户体验的结果。 Mobile terminal power consumption optimization increasingly affect the results of the user experience. 根据各种分析报告显示,续航能力对于用户体验的影响相当地大。 According to various analysis report shows that life impact on the user experience is quite large.

[0003] 目前研究如何增加移动终端续航能力的方法也是多种多样,比如:增加移动终端的电池容量;或对于业务应用的能耗进行控制等。 [0003] It ways to increase the battery life of the mobile terminal methods are different, such as: increasing the battery capacity of the mobile terminal; controlling for energy or business applications and the like. 比如公开号为CN201226550Y、公开日2009年4月22日的中国专利公开了一种“具有节电机制的移动通讯装置”,其通过屏幕省电、键盘灯省电、音量省电、铃声省电和开关键等处理,而有效延长手机的续航时间。 For example, Publication No. CN201226550Y, publication date April 2009 Chinese patent 22 discloses a "power-saving mechanisms have mobile communication device", by saving screen, keyboard light power, volume saving, saving ringtones and the key to open other treatment, and effectively extend the phone's battery life. 能够应用这些延长续航手段的前提都是,首先能够对移动终端的续航能力进行分析,并找出其中影响移动终端续航的原因,然后才能针对性地采取相应的措施。 These tools can be applied to extend the life of the premise is, first of all able to analyze battery life of the mobile terminal, mobile terminal and find out why life impact before targeted to take appropriate measures.

[0004] 为了能够有目的的优化续航能力,最好能够建立移动终端的功耗模型,而建立功耗模型很重要的方面则是业务功耗测试。 [0004] In order to optimize the battery life has purpose, it is best to build power model of the mobile terminal, and the establishment of a very important aspect is the business model of power consumption test. 因此,必须精确测定各种移动终端在各种业务下的功耗水平。 Thus, the power level must be precisely measured at the various mobile terminals of various services. 功耗测试可以在模拟的测试系统进行测试或者在移动终端上进行实际测试。 Power test may be tested in a simulated test system or the actual test on the mobile terminal. 公开号为CN101018383A、公开日2007年8月15日的中国专利公开了一种“移动终端的功耗测试方法与系统”,该申请主要是采用脚本控制计算机自动控制功耗的测试,脚本可以控制被测终端处于某种业务状态。 Publication No. CN101018383A, published on China Patent Aug. 15, 2007 discloses a "power test method and system for mobile terminals," which application is mainly used to control a computer script to automatically control the power consumption of the test, the script can control measured traffic state in a certain terminal. 这种测试方法的弱点在于:只能测试电流,不能测试电量, 并不是真正的功耗测试;不能测量整个业务过程的功耗,往往只能测试稳态下的功耗。 Weakness of this test method is: You can only test current, can not test power, power is not the real test; can not measure the power consumption of the entire business process, often only test the power consumption at steady state. 现有的测试方法也不能测试整个业务过程的功耗,其整个业务过程应该包括:进入业务应用、执行业务应用以及退出业务应用,而现有的测试方法只测量执行应用的过程,没有包括进入应用和退出应用两个过程,因此不是整个业务流程。 Existing test methods can not test the power consumption of the entire business process, the entire business process should include: access business applications, business applications, and exit execution of business applications, existing test method for measuring execution of the application process only, not including access two applications and exit the application process, so not the entire business process. 比如:对于发短信的业务,其整个过程应该包括:进入短信应用、发送短信以及退出短信应用,而现有的测试方法只测量发送短信的过程,没有包括进入和退出两个过程,因此不是整个业务流程。 For example: for a text messaging service, the entire process should include: the SMS application, send SMS messages, and to exit applications, and test methods measure only the conventional process of sending the message, not including two entry and exit process, so instead of the entire Business Process.

[0005] 目前,现有的技术方案中大都没有涉及移动终端的用户体验模型的建立,特别是功耗方面的用户体验模型几乎没有。 [0005] Currently, most of the prior art embodiment the user experience is not established model to a mobile terminal, in particular the user experience little power consumption model. 但是在移动终端的实际使用中,对于用户体验的分析, 很大程度上要依赖于用户体验模型的建立。 But in the actual use of mobile terminals, for the analysis of user experience, largely dependent on the establishment of the user experience model. 没有关于用户体验的理论分析,就不可能确定其中存在的问题。 No theory about the user experience analysis, it is impossible to determine the existing problems. 因此,用户体验的提升也就完全依赖于用户反馈,这将会非常被动。 Therefore, to enhance the user experience, it is totally dependent on user feedback, which will be very passive. 功耗的用户体验优化也是如此。 The user experience to optimize power consumption as well. 发明内容 SUMMARY

[0006] 有鉴于此,本发明的主要目的在于提供一种移动终端功耗模型建立方法及装置,能通过对用户使用移动终端的习惯确定用户的移动终端功耗模型,从而可以有针对性地提升移动终端的续航能力。 [0006] In view of this, the main object of the present invention is to provide a mobile terminal apparatus and methods model the power consumption, the user can determine the user's habit of using the mobile terminal for a mobile terminal power consumption model, can be targeted increase the traveling range of the mobile terminal.

[0007] 为达到上述目的,本发明的技术方案是这样实现的: [0007] To achieve the above object, the technical solution of the present invention is implemented as follows:

[0008] 一种移动终端功耗模型建立方法,预先获取移动终端在各业务下的功耗信息;所述方法包括: Create [0008] A method of a mobile terminal power consumption model, the power consumption information acquired in advance in the mobile terminal for each service; the method comprising:

[0009] 对设定周期内所述移动终端的使用状态进行统计; [0009] The use state of the mobile terminal within a set period of statistics;

[0010] 根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 [0010] establishing the power consumption of the mobile terminal according to the model using a state of the mobile terminal and the power consumption information.

[0011] 优选地,在获取移动终端在各业务下的功耗信息之前,还包括:设置蓄电电源; [0011] Preferably, before obtaining the power consumption of the mobile terminal at each information service, further comprising: setting the power storage;

[0012] 所述获取移动终端在各业务下的功耗信息,为: [0012] The power consumption of the mobile terminal information acquired in each service, as follows:

[0013] 对所述蓄电电源进行充电,记录所述蓄电电源的电量C ; [0013] charging the power storage, the recording power of the power storage quantity of C;

[0014] 所述蓄电电源在所述移动终端业务开始时为所述移动终端供电,在所述业务结束时停止对所述移动终端供电;使所述蓄电电源放电,并记录电量释放完毕时放电的电量B ; [0014] The power storage power supply for the mobile terminal, the mobile terminal stops when service begins at the end of the service to the mobile terminal power; discharge the power storage, and release the recording power is completed B discharge power;

[0015] 确定所述业务从开始至结束的持续时间T ; [0015] determining the duration of the service to the end T from the start;

[0016] 计算所述业务的功耗值为(CB)/T,作为所述业务的功耗信息。 [0016] The calculated value of power consumption of the service (CB) / T, a power consumption of the service information.

[0017] 优选地,所述方法还包括: [0017] Preferably, the method further comprising:

[0018] 计算两个以上时段内业务的功耗值,获取所述业务的两个以上的功耗值; [0018] The calculated power consumption values ​​in two or more periods of service, acquires the power consumption value of the two or more service;

[0019] 将所述业务的两个以上的功耗值的平均值作为所述业务的功耗信息。 [0019] The average of two or more of the power consumption value as the power consumption information of the traffic service.

[0020] 优选地,所述业务包括以下的至少一种:短信、数据下载、信息浏览、摄像、视频通话、普通通话以及待机。 [0020] Preferably, said traffic comprising at least one of the following: SMS, download data, information browsing, image, video calls, and ordinary calls waiting.

[0021] 优选地,所述对设定周期内所述移动终端的使用状态进行统计,为: [0021] Preferably, the statistical state of the mobile terminal is used within a set period, to:

[0022] 在所述设定周期内,对所述移动终端的开机时间、休眠时间以及业务时间进行统计,根据统计结果计算所述移动终端的开机占空比、休眠占空比和业务占空比;其中,开机占空比为所述移动终端的开机时间与所述设定周期的比值,休眠占空比为休眠时间与开机时间的比值,业务占空比为业务时间与开机时间的比值。 [0022] within the set period, the mobile terminal starting time of the sleep time and the service time statistics of the mobile terminal calculated power duty cycle, the duty cycle of the sleep duty service and according to the statistics ratio; wherein the start time of the duty cycle for the power ratio of the mobile terminal to the set period, the duty cycle of the sleep time sleep ratio boot time, the service business time duty cycle of the power-on time ratio .

[0023] 优选地,对所述移动终端的开机时间、休眠时间以及业务时间统计,不少于30次, 所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 [0023] Preferably, the boot time of the mobile terminal, and a service time statistics sleep time, less than 30 times the set period of 24 hours, a period, or 7:00 am to 0:00 every day, or periods working day as early as 8:00 to 18:00 in.

[0024] 优选地,所述建立所述移动终端的功耗模型,为: [0024] Preferably, establishing the power consumption of the mobile terminal model, is:

[0025] 将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平; [0025] The duty cycle of power service and service of the service as a product, to obtain the power level of the traffic;

[0026] 将开机的功耗与开机占空比作乘积,得到开机的功耗水平; [0026] The power consumption of the power duty cycle for the product, to obtain the power level of the boot;

[0027] 以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 [0027] The power level of the traffic and the level of power consumption as power consumption model of the mobile terminal.

[0028] 一种移动终端功耗模型M^g置,所述装置包括获取单元、统计单元和_单元,其中: [0028] A mobile terminal power consumption model M ^ g is set, the apparatus includes an acquisition unit, a counting unit and _ means, wherein:

[0029] 获取单元,用于预先获取移动终端在各业务下的功耗信息; [0029] acquiring unit, the power consumption for the mobile terminal information acquired in advance in each service;

[0030] 统计单元,用于对设定周期内所述移动终端的使用状态进行统计; [0030] Statistics means for moving the use state of the terminal within the set period of statistics;

[0031] 建立单元,用于根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 [0031] establishing means for establishing the power consumption model of a mobile terminal according to the use state of the mobile terminal and the power consumption information.

[0032] 优选地,所述获取单元包括蓄电电源、充电子单元、第一记录子单元、放电子单元、确定子单元和计算子单元;其中: [0032] Preferably, the power acquisition unit comprising a storage, filling the electronic unit, a first recording sub-unit, the electronic release means, and a calculation sub-unit determination subunit; wherein:

[0033] 蓄电电源,用于在所述移动终端业务开始时为所述移动终端供电,在所述业务结束时停止对所述移动终端供电; [0033] storage power source for the mobile terminal when the service starts the power supply to the mobile terminal, the mobile terminal stops the power supply at the end of the service;

[0034] 充电子单元,用于对所述蓄电电源进行充电; [0034] electronic charge unit for charging the power storage;

[0035] 第一记录子单元,用于记录充电后蓄电电源的电量C ; [0035] The first recording sub-unit, for charging the power storage amount C after a recording power;

[0036] 放电子单元,用于使所述蓄电电源放电; [0036] Electronic discharge means for discharging the power storage;

[0037] 第二记录子单元,用于记录蓄电电源电量释放完毕时放电的电量B ; [0037] The second sub-recording unit for recording power B when the discharge power of power storage quantity released is completed;

[0038] 确定子单元,用于确定所述业务从开始至结束的持续时间T ; [0038] The determining subunit, for determining the traffic from the start to the end of the duration T;

[0039] 计算子单元,用于计算所述业务的功耗值为(CB)/T,作为所述业务的功耗信息。 [0039] The calculating sub-unit for calculating a power value of the service (CB) / T, a power consumption of the service information.

[0040] 优选地,所述获取单元进一步获取两个以上时段内业务的功耗值,将所述两个以上时段内业务的功耗值的平均值作为所述业务的功耗信息。 [0040] Preferably, the acquisition unit further acquires the power consumption value of two or more service period, the average period of the two or more power consumption value as the power consumption information of the business service.

[0041] 优选地,所述业务包括以下的至少一种:短信、数据下载、信息浏览、摄像、视频通话、普通通话以及待机。 [0041] Preferably, said traffic comprising at least one of the following: SMS, download data, information browsing, image, video calls, and ordinary calls waiting.

[0042] 优选地,所述统计单元进一步对所述移动终端的开机时间、休眠时间以及业务时间进行统计;所述装置还包括: [0042] Preferably, the statistics unit is further start time of the mobile terminal, the sleep time and the service time statistics; said apparatus further comprising:

[0043] 计算单元,用于根据所述统计单元的统计结果计算所述移动终端的开机占空比、 休眠占空比和业务占空比;其中,开机占空比为所述移动终端的开机时间与所述设定周期的比值,休眠占空比为休眠时间与开机时间的比值,业务占空比为业务时间与开机时间的比值。 [0043] calculation means for calculating a duty ratio of power of the mobile terminal, according to a sleep duty cycle and the duty cycle of traffic statistics to the statistics unit; wherein the duty cycle of the switched power of the mobile terminal the set time period ratio, a ratio of the sleep duty cycle and the start time of the sleep time, time service traffic duty cycle ratio boot time.

[0044] 优选地,所述统计单元对所述移动终端的开机时间、休眠时间以及业务时间统计, 不少于30次;所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 [0044] Preferably, the boot time of the statistics unit of the mobile terminal, and a service time statistics sleep time, less than 30; said set period is 24 hours per day, or from 7 am to 12 pm point of the period, or the period of a day weekdays 8:00 am to 18:00's.

[0045] 优选地,所述建立单元包括第一计算子单元和第二计算子单元;其中: [0045] Preferably, the establishing means includes a first calculating sub-unit and the second computing sub-unit; wherein:

[0046] 第一计算子单元,用于将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平; [0046] a first calculating sub-unit, the duty ratio of power for the traffic service of the service as a product, to obtain the service level of power consumption;

[0047] 第二计算子单元,用于将开机的功耗与开机占空比作乘积,得到开机的功耗水平; [0047] The second calculating subunit, configured to boot the power duty cycle for the product of power, to obtain the power level of the power;

[0048] 所述建立单元以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 [0048] establishing the power level of the traffic unit and the power level of power consumption as power consumption model of the mobile terminal.

[0049] 本发明中,首先确定移动终端在各种业务场景下的功耗值,再对用户使用移动终端的习惯进行统计,具体的,即对用户在设定周期内开机时间、关机时间、开机时的业务时间等进行统计,根据统计结果确定用户对移动终端的开机占空比、休眠占空比和业务占空比,再结合前述确定的各种业务下的功耗值,从而确定出用户对移动终端使用的功耗水平, 这样,即建立了移动终端的功耗模型。 [0049] In the present invention, the mobile terminal first power consumption value determined in various business scenarios, and then the user accustomed to using the mobile terminal statistics specific, i.e., within a set time period of the boot to the user, off time, during boot time traffic statistics, a user of the mobile terminal determines the duty cycle of the boot, the sleep duty cycle and the duty ratio according to traffic statistics, combined with lower power consumption value determined by the various services, to determine the the power level of the user using the mobile terminal, so that the establishment of a power model of the mobile terminal. 在进行移动终端设计时,可根据移动终端的功耗模型设计出满足用户的不同续航需求,从而使移动终端更能满足用户的体验需求。 Making the mobile terminal design, it can be designed to meet the different needs of the user based on the life power consumption model of the mobile terminal, the mobile terminal so that better meet the needs of the user experience.

附图说明 BRIEF DESCRIPTION

[0050] 图1为本发明移动终端功耗模型建立方法的流程图; [0050] FIG mobile terminal power model flowchart of a method of establishing the present invention;

[0051] 图2为本发明移动终端各业务下功耗信息测试系统的组成结构示意图;[0052] 图3为本发明业务测试过程示意图; [0051] FIG. 2 is a structural diagram of a test system in the power consumption information for each mobile terminal service invention; [0052] FIG 3 Schematic diagram of the present invention, testing operations;

[0053] 图4为本发明移动终端业务使用状态统计系统的组成结构示意图; [0053] FIG. 4 is a schematic configuration of mobile terminal traffic composition statistics use state system of the invention;

[0054] 图5为本发明移动终端功耗模型建立装置的组成结构示意图。 [0054] FIG. 5 of the mobile terminal apparatus power consumption model to establish a structure diagram of the present invention.

具体实施方式[0055] 为使本发明的目的、技术方案和优点更加清楚明白,以下举实施例并参照附图,对本发明进一步详细说明。 DETAILED DESCRIPTION [0055] To make the objectives, technical solutions, and advantages of the present invention will become apparent from the following embodiments and with reference to the accompanying drawings, the present invention is further described in detail.

[0056] 图1为本发明移动终端功耗模型建立方法的流程图,如图1所示,本发明移动终端功耗模型建立方法包括以下步骤: [0056] FIG mobile terminal power model flowchart of a method of establishing the present invention, shown in Figure 1, the mobile terminal power consumption model of the present invention establishes the method comprising the steps of:

[0057] 步骤101 :获取移动终端在各业务下的功耗信息; [0057] Step 101: the mobile terminal obtaining information under the power of each service;

[0058] 即通过模拟测试系统或对移动终端的实际业务场景进行测试,获取移动终端在各种业务场景的功耗信息。 [0058] i.e. the actual service test scenario simulated by the mobile terminal or a test system, the power consumption information acquired at the mobile terminal in various business scenarios. 具体的,可通过以下方式获取移动终端在各种业务下的功耗信息。 Specifically, the power consumption of the mobile terminal can obtain information in various services in the following manner.

[0059] 在对移动终端进行功耗信息测试时,通过图2所示的系统进行测试。 [0059] When the power consumption of the mobile terminal information tested by the test system shown in Figure 2. 图2为本发明移动终端各业务下功耗信息测试系统的组成结构示意图,如图2所示,上述测试系统包括控制单元100和功耗测量单元101,来对被测移动终端102进行功耗测试;其中,控制单元100与功耗测量单元101以及被测移动终端102电连接,控制测试的启动并记录相应的测试数据。 A structure diagram of the mobile terminal power consumption information for each service under test system of the present invention, FIG. 2, as shown, the above-described test system 2 includes a control unit 100 and power consumption measuring means 101, the measured power to the mobile terminal 102 test; wherein the mobile unit 100 is connected to the measured electric power consumption measuring unit 101 and a control terminal 102, the control to start the test and recording the corresponding test data. 控制单元100可以通过配置的方式发送业务控制命令给被测移动终端102,使被测移动终端102模拟相应的业务状态,比如视频通话或者待机状态等等,这里,移动终端的待机在本发明中也是一种业务状态。 The control unit 100 may transmit service arranged by the control command to the mobile terminal under test 102, the moving state of the terminal under test 102 corresponding analog service, such as a video call standby state or the like, where standby mobile terminal of the present invention in It is also a service status. 具体的,业务模拟实现可通过现有的业务测试系统实现,由于该部分不是实现本发明的重点,也属于现有技术,因此不再赘述其细节。 Specifically, the business simulation can be achieved by existing business system test, since this is not part of the present invention to achieve focus, also belong to the prior art, so details thereof will not be repeated.

[0060] 功耗测量单元101用于完成对被测移动终端102的业务功耗进行策略。 [0060] The power consumption measuring unit 101 for completion of the business policy of the measured power consumption of the mobile terminal 102. 具体的, 功耗测量单元101包括电量测试仪器104、蓄电电源105、充放电设备106以及开关107。 Specifically, the power consumption measuring unit 101 includes a power test instrument 104, the power storage power supply 105, the charge and discharge device 106 and a switch 107. 其中开关107有三个闭合位置,分别是充电位置、放电位置和供电位置。 Wherein the switch 107 has three closed position, respectively, the charging position, the supply position and the discharge position. 在每次测试前闭合至充电位置,直至蓄电电源105的电量充满,假设蓄电电源105冲满电的电量为C ;在蓄电电源105的电量充满后,再启动业务的耗电测试,在每次测试业务发生时闭合至供电位置,对被测移动终端102供电;在每次业务完成后闭合至放电位置,控制单元100记录每次业务自启动至业务关闭时的总耗时T。 Before each test the closed position to the charging until fully charged power storage 105, power source 105 is assumed fully charge the power storage of electricity are C; after storage power source 105 is fully charged, and then start service test power, closed when power supply to each test location service occurs, power to the mobile terminal 102 measured; closed after each service completion to the discharge position, the recording control unit 100 each time when the total time from the start service to service stopping T. 电量测试仪器104通过蓄电电池105的所放电量,测试得到蓄电电源10支持被测移动终端102的测试业务后的剩余电量B ;这样,被测移动终端102 的本次业务的功耗A = CB。 Battery tester 104 through the discharge capacity of the storage battery 105, a power storage test power supply support 10 B residual amount measured after the test service the mobile terminal 102; thus, the mobile terminal 102 measured this traffic power A = CB. 假设其单位为mAh,则业务的平均耗电电流I =A/T,单位mA。 Suppose units of mAh, the average consumption current service I = A / T, units of mA.

[0061] 在对业务进行功耗测试时,一般会测试多次,通过统计并取平均值而获取较佳的功耗结果。 [0061] At the time of service for power test, the test will typically several, preferably acquired by the statistical power and the results averaged. 表1为通过两次测量获得的待机功耗信息,具体结果如表1所示: Table 1 is a standby power consumption information obtained by two measurements, particularly as shown in Table 1:

V待机时间总电量消耗电量剩余电量平均电流平均值 V total power consumption standby time average current remaining power amount average value

\ H mAH mAH mAH mA mA \ H mAH mAH mAH mA mA

[0062] ~—^------ [0062] ~ - ^ ------

1 71 552.3 547.7 7.779 171 552.3 547.7 7.779

__1100___7.776 __1100 ___ 7.776

2 90 699.6 400.4 7.773 290 699.6 400.4 7.773

[0063] 表1 [0063] TABLE 1

[0064] 表1中,假设蓄电电源105电量被充满时的总电量为1100m AH,第1次测试的待机时间为71小时,第2次测试的待机时间为90小时,其消耗的电量分别为552. 3mAH、 699. 6mAH,通过计算得到其平均电流分别为7. 779mA、7. 773mA,取其平均值7. 776mA作为该业务的功耗值。 [0064] Table 1, assuming that the total power consumption when the power storage power supply 105 is filled to 1100m AH, the first test was 71 hours standby time, the second test standby time is 90 hours, the amount of power consumed, respectively It is 552. 3mAH, 699. 6mAH, which is obtained by calculating the average current respectively 7. 779mA, 7. 773mA, 7. 776mA average value as the value of the power consumption of the service.

[0065] 通过图2所示测试系统,可以测量出移动终端各种业务下的功耗信息,从而可以确定出各种业务的功耗值。 [0065] By testing the system shown in FIG. 2, the power consumption information can be measured in a variety of service the mobile terminal, so that power consumption value can be determined a variety of services. [0066] 图3为本发明业务测试过程示意图,如图3所示,对移动终端业务测试的过程是整个业务过程,即包括进入业务应用过程、执行业务应用过程和退出业务应用过程。 [0066] FIG 3 Schematic diagram of the present invention, testing operations, as shown in FIG. 3, the mobile terminal during the service test is the entire business process, i.e. including access to business application process, application process and execute business service application process exits.

[0067] 步骤102 :对设定周期内所述移动终端的使用状态进行统计; [0067] Step 102: the mobile terminal using state statistics within a set period;

[0068] 本步骤主要是对移动终端的使用状态进行统计,从而获得用户对移动终端的使用习惯,例如,用户通常利用移动终端进行呼叫业务的比例、开机习惯、利用移动终端浏览信息的比例、利用移动终端玩游戏所占的比例等,以此来确定用户对移动终端可能的续航需求。 [0068] This step is mainly to use state of the mobile terminal statistics to obtain user habits of the mobile terminal, for example, the proportion of users normally using a mobile terminal call service, power habits, use of mobile terminals browsing the ratio information, play games using the mobile terminal share ratio, etc., in order to determine the user's life may demand for mobile terminals. 具体的,本发明移动终端的使用状态主要包括对移动终端的开机占空比、休眠占空比和业务占空比等进行统计。 Specifically, the use state of the mobile terminal of the present invention includes a duty ratio of the power of the mobile terminal, the sleep duty cycle and duty ratio traffic statistics. 这里,开机占空比指的是移动终端的开机时间tl与用户使用终端的总时间Tu的比,为kl = tl/Tu。 Here, the duty ratio refers to the start time of the mobile terminal tl start the total time used by the user terminal Tu ratio of kl = tl / Tu. 其中,开机时间指的是用户终端处于开机状态的时间,用户使用终端的总时间指的是用户持有终端的时间,在这里可以是统计周期(即设定周期); 休眠占空比指的是移动终端的休眠时间ts与开机时间tl的比,为k2 = ts/tl ;业务占空比指的是某种业务Ai的使用时间tai与tl的比,为k3i = tai/tl。 Wherein the boot time refers to the time the user terminal is turned on, the total time the user terminal held by the user terminal means a period of time, here may be a statistic period (i.e., a set period); hibernation duty cycle means the mobile terminal is sleep time ts and tl of the boot time than for k2 = ts / tl; duty cycle refers to the ratio of traffic a particular service Ai is the time tl and tai for k3i = tai / tl. 休眠时间指的是用户终端的主时钟处于休眠状态的时间,休眠时间的测量可以参照业内通用准则进行。 Sleep time is the time of the master clock of the user terminal in the sleep state, the sleep time can be measured with reference to general industry guidelines.

[0069] 由于上述的统计是对移动终端用户的行为习惯进行的统计,因此,上述的统计结果应进行多次,如不少于30次,设定周期可以是24小时,即对用户24小时内使用移动终端的情况进行统计,确定用户使用其中各业务的时段,开机时段及休眠时段等,如通过至少一个月的统计,来获得用户使用移动终端的习惯。 [0069] Since the above statistics are statistics for a mobile terminal user behavior, and therefore the statistical results should be several times, such as less than 30 times, 24-hour period may be set, i.e., the user 24 hours the case of using the statistics of the mobile terminal, wherein the user determines the period of each service, and the sleep period start time and the like, such as by at least one month statistics to get accustomed to the user of the mobile terminal. 或者,设定周期可以是每天的早7点至晚上12点的时段,以获取移动终端用户在正常活动期间使用移动终端的习惯。 Alternatively, the period may be set to times of day 7 am to 0:00, to get accustomed to the mobile terminal user using a mobile terminal during normal activities. 或者,设定周期可以是工作日每天的早8点至下午6点的时段,以获取移动终端用户在工作时段使用移动终端的习惯。 Alternatively, the period may be set to a period from 8:00 am to 6:00 pm weekdays per day, for the mobile terminal user accustomed to using the mobile terminal during working hours. 对移动终端使用业务时段的统计,需要移动终端用户来配合,可以在移动终端中设置图4所示的统计系统,在一个或几个设定周期统计结束后,将相应的统计结果上报给网络侧的统计结果接收中心即可。 Statistics service period using the mobile terminal, the mobile terminal user needs to match, the system may be provided as shown in FIG. 4 statistics in the mobile terminal, after a set period or a few statistics, the corresponding statistics reported to the network statistical results can be side of the reception center. 图4为本发明移动终端业务使用状态统计系统的组成结构示意图,如图4所示,本系统包括数据采集接口401、计算单元402、数据存储单元403与业务监控系统404,其中,数据采集接口401及业务监控系统404与本发明的被测移动终端102连接。 A structure diagram of FIG. 4 using the mobile terminal status statistical traffic system of the invention, shown in Figure 4, the present system includes a data collection interface 401, calculation unit 402, a data storage unit 403 and the business monitoring system 404, wherein the data acquisition interface 401 and traffic monitoring system 404 is connected to the mobile terminal 102 measured in the present invention. 数据采集接口401用于采集被测移动终端102的系统时钟(TCXO)的信号;业务监控系统404用于监控和记录移动终端中业务的启动时间ttl、业务结束时间tt2以及移动终端的开机时间tl与移动终端的关机时间t2等信息。 Data collection interface 401 for a mobile terminal under test system clock (TCXO) 102, a signal acquisition; service monitoring system 404 for monitoring and recording start time of the mobile terminal ttl service, start time tl time service ends, and a mobile terminal tt2 information of the mobile terminal off time t2 and the like.

[0070] 本步骤具体实现时,首先设定统计的时间周期T,如前述的24小时、每天的早7点至晚上12点等;在周期T内,通过数据采集接口401采集移动终端的系统时钟TCXO信号, 并传送给计算单元402,计算单元402通过计算得到系统的业务休眠时间ts,并将此数据保存至数据存储单元403 ;业务监控系统402监控移动终端中各业务的运行状况,记录各业务Ai的运行开始时间和运行结束时间,并通过计算单元402计算得到业务的运行时间tai,并在数据存储单元403中存储;当监控系统402确定数据存储单元403记录即将存满,如达到设定的存储容量时,即通知移动终端用户上传统计结果至指定的接收中心,如某指定网站的数据接收中心,或网络侧的短消息中心。 [0070] In this step the specific implementation, the first statistical time period T set, the preceding 24 hours per day 7 am to 0:00 and the like; in the period T, the system for collecting the data interface 401 of the mobile terminal TCXO clock signal, and transmitted to the computing unit 402, calculation unit 402 obtained by the system service sleep time TS, and stores this data to the data storage unit 403; business monitoring system 402 to monitor the operational status of the mobile terminal service record each service Ai operation start time and operation end time, and by the calculating unit 402 calculate the runtime service TAI, and stored in the data storage unit 403; when the monitoring system 402 determines that the data storage unit 403 to record about the full, such as to achieve setting the storage capacity, i.e., notify the mobile terminal user to upload statistics received short message service center to a center of the specified data receiving center for a given site or network side.

[0071] 本发明中,业务包括以下的至少一种:短信、数据下载、信息浏览、摄像、视频通话、 普通通话以及待机等。 [0071] In the present invention, at least one service comprising: SMS, download data, information browsing, image, video calls, an ordinary call and the standby like.

[0072] 步骤103 :根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 [0072] Step 103: establishing a model of the power consumption of the mobile terminal according to the use state of the mobile terminal and the power consumption information.

[0073] 将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平; [0073] The duty cycle of power service and service of the service as a product, to obtain the power level of the traffic;

[0074] 将开机的功耗与开机占空比作乘积,得到开机的功耗水平; [0074] The power consumption of the power duty cycle for the product, to obtain the power level of the boot;

[0075] 以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 [0075] The power level of the traffic and the level of power consumption as power consumption model of the mobile terminal.

[0076] 这里,通过对移动终端对各种业务的使用习惯,确定出移动终端用户对各业务的功耗需求,从而在设计移动终端时,有针对性提高相应业务的续航能力。 [0076] Here, the mobile terminal by usage of various services, the mobile terminal user to determine power requirements for each service, so that the design of the mobile terminal, targeted to improve endurance corresponding service. 如当确定移动终端用户使用游戏业务较多时,在满足移动终端一般的通话业务续航前提下,通过额外提高游戏业务续航时间的设计来实现用户的业务体验需求。 When it is determined as the end user to use more mobile gaming business, to meet the general mobile terminal call service life of the premise, to achieve the business needs of the user experience through additional business to improve the design life of the game.

[0077] 本发明正是基于移动终端的业务模式进行分类,并以用户的业务使用数据为根据进行统计得到相应的功耗模型。 [0077] The present invention is based business model to classify the mobile terminal, and user service usage data in accordance with the statistical model of the corresponding power. 该功耗模型可以帮助移动终端的研发工程师更好地掌握移动终端的业务使用习惯,并据此针对性地提升相应的续航性能,满足用户体验。 This model can help power mobile terminal R & D engineers to better grasp the business usage of the mobile terminal, and accordingly the appropriate targeted to enhance endurance performance to meet the user experience.

[0078] 图5为本发明移动终端功耗模型建立装置的组成结构示意图,如图5所示,本发明移动终端功耗模型建立装置,包括获取单元50、统计单元51和建立单元52 ;其中, [0078] FIG. 5 of the mobile terminal apparatus power consumption model to establish a structure diagram of the present invention, shown in Figure 5, the present invention is a mobile terminal power consumption model means includes an acquisition unit 50, a counting unit 51 and establishing unit 52; wherein ,

[0079] 获取单元50,用于预先获取移动终端在各业务下的功耗信息; [0079] The acquisition unit 50, the power consumption for the mobile terminal information acquired in advance in each service;

[0080] 统计单元51,用于对设定周期内所述移动终端的使用状态进行统计; [0080] The counting unit 51, using the status of the mobile terminal within a set period of statistics;

[0081] 建立单元52,用于根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 [0081] establishing unit 52, the power consumption model for the mobile terminal according to the use state of the mobile terminal and the power consumption information.

[0082] 上述的获取单元50包括蓄电电源、充电子单元、第一记录子单元、放电子单元、确定子单元和计算子单元;其中: [0082] The acquisition unit 50 includes a power storage power supply, charging electronics unit, a first recording sub-unit, the electronic release means, and a calculation sub-unit determination subunit; wherein:

[0083] 蓄电电源,用于在所述移动终端业务开始时为所述移动终端供电,在所述业务结束时停止对所述移动终端供电; [0083] storage power source for the mobile terminal when the service starts the power supply to the mobile terminal, the mobile terminal stops the power supply at the end of the service;

[0084] 充电子单元,用于对所述蓄电电源进行充电; [0084] electronic charge unit for charging the power storage;

[0085] 第一记录子单元,用于记录充电后蓄电电源的电量C ; [0085] The first recording sub-unit, for charging the power storage amount C after a recording power;

[0086] 放电子单元,用于使所述蓄电电源放电; [0086] Electronic discharge means for discharging the power storage;

[0087] 第二记录子单元,用于记录蓄电电源电量释放完毕时放电的电量B ; [0087] The second sub-recording unit for recording power B when the discharge power of power storage quantity released is completed;

[0088] 确定子单元,用于确定所述业务从开始至结束的持续时间T ; [0088] The determining subunit, for determining the traffic from the start to the end of the duration T;

[0089] 计算子单元,用于计算所述业务的功耗值为(CB)/T,作为所述业务的功耗信息。 [0089] The calculating sub-unit for calculating a power value of the service (CB) / T, a power consumption of the service information.

[0090] 本发明中的获取单元50,可以通过前述图2所示的测试系统而实现。 [0090] The acquisition unit 50 according to the present invention, may be achieved by testing the system shown in FIG. 上述各单元与图2所示处理单元的对应关系,是相当清楚的,这里不再赘述其具体的对应关系。 Correspondence relation processing section shown in FIG. 2 above-described respective units, it is quite clear, will not be repeated here specific correspondence.

[0091] 获取单元50进一步获取两个以上时段内业务的功耗值,将所述两个以上时段内业务的功耗值的平均值作为所述业务的功耗信息。 [0091] acquiring unit 50 further acquires the power consumption value of two or more service period, the average period of the two or more power consumption value as the power consumption information of the business service.

[0092] 上述业务包括以下的至少一种:短信、数据下载、信息浏览、摄像、视频通话、普通通话以及待机。 [0092] The operations include at least one of the following: SMS, download data, information browsing, image, video calls, and ordinary calls waiting.

[0093] 建立单元52包括第一计算子单元和第二计算子单元;其中: [0093] establishing a first calculating unit 52 includes a calculating sub-unit and a second subunit; wherein:

[0094] 第一计算子单元,用于将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平; [0094] a first calculating sub-unit, the duty ratio of power for the traffic service of the service as a product, to obtain the service level of power consumption;

[0095] 第二计算子单元,用于将开机的功耗与开机占空比作乘积,得到开机的功耗水平; [0095] The second calculating subunit, configured to boot the power duty cycle for the product of power, to obtain the power level of the power;

[0096] 建立单元52以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 [0096] unit 52 to establish a power level of the traffic and the level of power consumption as power consumption model of the mobile terminal.

[0097] 统计单元51对所述移动终端的开机时间、休眠时间以及业务时间统计,不少于30 次;所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 [0097] The start time counting unit 51 of the mobile terminal, and a service time statistics sleep time, not less than 30 times; the set period of 24 hours, a period, or 7:00 am to 0:00 every day, or periods working day as early as 8:00 to 18:00 in.

[0098] 如图5所示,统计单元51进一步对所述移动终端的开机时间、休眠时间以及业务时间进行统计;本发明移动终端功耗模型建立装置还包括计算单元53,用于根据统计单元51的统计结果计算所述移动终端的开机占空比、休眠占空比和业务占空比;其中,开机占空比为所述移动终端的开机时间与所述设定周期的比值,休眠占空比为休眠时间与开机时间的比值,业务占空比为业务时间与开机时间的比值。 [0098] As shown, the statistics unit 51 for statistical further start time of the mobile terminal, and operational time sleep time 5; mobile terminal power consumption model of the present invention further comprises a calculating means establishing unit 53, according to statistics unit statistics 51 calculates the mobile terminal's power duty cycle, the duty cycle of the sleep duty cycle, and operational; wherein power duty cycle start time of the mobile terminal and the set period the ratio accounted dormant air ratio is the ratio of sleep time start time, the service business time duty cycle of the power-on time ratio.

[0099] 统计单元51对所述移动终端的开机时间、休眠时间以及业务时间统计,不少于30 次;所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 [0099] start time counting unit 51 of the mobile terminal, and a service time statistics sleep time, not less than 30 times; the set period of 24 hours, a period, or 7:00 am to 0:00 every day, or periods working day as early as 8:00 to 18:00 in.

[0100] 本领域技术人员应当理解,图5所示的移动终端功耗模型建立装置是为实现前述的移动终端功耗模型建立方法而设计的,图5所示装置中各处理单元的功能可参照前述方法的描述而理解,各处理单元的功能可通过运行于处理器上的程序而实现,也可通过具体的逻辑电路而实现。 [0100] It should be understood by those skilled in the art, power consumption of the mobile terminal to establish the model shown in FIG. 5 is a means for achieving the above-described power consumption of the mobile terminal design method model, the function of the device shown in FIG. 5 may each processing unit described and understood with reference to the aforementioned method, the function of each processing unit can be achieved by a program running on a processor, it may also be achieved by a specific logic circuits.

[0101] 以上所述,仅为本发明的较佳实施例而已,并非用于限定本发明的保护范围。 [0101] The above are only preferred embodiments of the present invention but are not intended to limit the scope of the present invention.

Claims (14)

  1. 一种移动终端功耗模型建立方法,其特征在于,预先获取移动终端在各业务下的功耗信息;所述方法包括:对设定周期内所述移动终端的使用状态进行统计;根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 A mobile terminal power consumption model, characterized in that the power consumption of the mobile terminal information acquired in advance in each traffic; the method comprising: the mobile terminal used state within a set period of statistics; according to the used state of the mobile terminal and establishing the power consumption of the power model information of the mobile terminal.
  2. 2.根据权利要求1所述的方法,其特征在于,在获取移动终端在各业务下的功耗信息之前,还包括:设置蓄电电源;所述获取移动终端在各业务下的功耗信息,为: 对所述蓄电电源进行充电,记录所述蓄电电源的电量C ;所述蓄电电源在所述移动终端业务开始时为所述移动终端供电,在所述业务结束时停止对所述移动终端供电;使所述蓄电电源放电,并记录电量释放完毕时放电的电量B ; 确定所述业务从开始至结束的持续时间T ; 计算所述业务的功耗值为(CB)/T,作为所述业务的功耗信息。 2. The method according to claim 1, wherein, before obtaining the power consumption of the mobile terminal information in each service, further comprising: setting a power storage power supply; the power consumption information acquiring mobile terminal in each business for: charging the power storage, the recording power of the power storage quantity of C; the power storage service when the mobile terminal starts the power supply to the mobile terminal, is stopped at the end of the service the mobile terminal power; discharge the power storage and discharge of recording is completed when the battery power B release; determining the traffic from the start to the end of the duration T; calculating power consumption value of the service (CB) / T, a power consumption of the service information.
  3. 3.根据权利要求2所述的方法,其特征在于,所述方法还包括:计算两个以上时段内业务的功耗值,获取所述业务的两个以上的功耗值; 将所述业务的两个以上的功耗值的平均值作为所述业务的功耗信息。 3. The method according to claim 2, characterized in that, said method further comprising: calculating power values ​​of two or more periods within the service, acquires the power consumption value of the two or more service; the service two or more of the average power consumption value as the power consumption information of the service.
  4. 4.根据权利要求3所述的方法,其特征在于,所述业务包括以下的至少一种:短信、数据下载、信息浏览、摄像、视频通话、普通通话以及待机。 4. The method according to claim 3, characterized in that said service comprises at least one of the following: SMS, download data, information browsing, image, video calls, and ordinary calls waiting.
  5. 5.根据权利要求1至4任一项所述的方法,其特征在于,所述对设定周期内所述移动终端的使用状态进行统计,为:在所述设定周期内,对所述移动终端的开机时间、休眠时间以及业务时间进行统计,根据统计结果计算所述移动终端的开机占空比、休眠占空比和业务占空比;其中,开机占空比为所述移动终端的开机时间与所述设定周期的比值,休眠占空比为休眠时间与开机时间的比值,业务占空比为业务时间与开机时间的比值。 1 to 5. The method of any of claims 1-4, wherein said statistics within a set period of the usage state of the mobile terminal, as follows: within the set period, the boot time of the mobile terminal, the sleep time and the service time statistics, calculated according to the statistics of the mobile terminal power duty cycle, the duty cycle of the sleep duty cycle, and operational; wherein a duty ratio of power of the mobile terminal start time and the ratio of the set period, the ratio of sleep time and sleep duty cycle start time, the service business time duty cycle of the power-on time ratio.
  6. 6.根据权利要求5所述的方法,其特征在于,对所述移动终端的开机时间、休眠时间以及业务时间统计,不少于30次,所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 6. The method according to claim 5, characterized in that the starting time of the mobile terminal, and a service time statistics sleep time, less than 30 times the cycle set to 24 hours, or a day early period of 7:00 to 0:00, or daily working time 8:00 am to 6 pm.
  7. 7.根据权利要求6所述的方法,其特征在于,所述建立所述移动终端的功耗模型,为: 将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平;将开机的功耗与开机占空比作乘积,得到开机的功耗水平; 以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 7. The method according to claim 6, wherein said establishing power consumption model of the mobile terminal, to: power the duty ratio of the traffic of the service with the service as a product, to obtain the service power levels; and power consumption of the power duty cycle for the product, to obtain the power level of power; the power consumption level of the service and the power level of power consumption as power consumption model of the mobile terminal .
  8. 8. 一种移动终端功耗模型建立装置,其特征在于,所述装置包括获取单元、统计单元和建立单元,其中:获取单元,用于预先获取移动终端在各业务下的功耗信息; 统计单元,用于对设定周期内所述移动终端的使用状态进行统计; 建立单元,用于根据所述移动终端的使用状态及所述功耗信息建立所述移动终端的功耗模型。 A mobile terminal apparatus power consumption model, characterized in that said apparatus includes an acquisition unit, a counting unit and establishing unit, wherein: obtaining means for obtaining in advance information of the mobile terminal power consumption in each service; Statistics means for setting the period of the state of the mobile terminal using the statistics; establishing means for establishing the power consumption model of a mobile terminal according to the use state of the mobile terminal and the power consumption information.
  9. 9.根据权利要求8所述的装置,其特征在于,所述获取单元包括蓄电电源、充电子单元、第一记录子单元、放电子单元、确定子单元和计算子单元;其中:蓄电电源,用于在所述移动终端业务开始时为所述移动终端供电,在所述业务结束时停止对所述移动终端供电;充电子单元,用于对所述蓄电电源进行充电;第一记录子单元,用于记录充电后蓄电电源的电量C;放电子单元,用于使所述蓄电电源放电;第二记录子单元,用于记录蓄电电源电量释放完毕时放电的电量B ;确定子单元,用于确定所述业务从开始至结束的持续时间T ;计算子单元,用于计算所述业务的功耗值为(CB)/T,作为所述业务的功耗信息。 9. The apparatus according to claim 8, characterized in that the acquisition unit comprises a storage power source, the charging electronics unit, a first recording sub-unit, the electronic release means, and a calculation sub-unit determination subunit; wherein: storage a power source for the power supply for the mobile terminal, the mobile terminal stops when service begins at the end of the power supply service to the mobile terminal; electrons charging unit for charging the power storage; first recording sub-unit C after being charged for the recording power storage; electronic discharge means for discharging said power storage power supply; a second recording sub-unit, for discharging the recording power B power consumption of power storage evolution is complete ; determining subunit, for determining the traffic from the start to the end of the duration T; calculating sub-unit, for calculating a power value of the service (CB) / T, as the power consumption information of the service.
  10. 10.根据权利要求9所述的装置,其特征在于,所述获取单元进一步获取两个以上时段内业务的功耗值,将所述两个以上时段内业务的功耗值的平均值作为所述业务的功耗信肩、ο 10. The apparatus according to claim 9, wherein the acquisition unit further acquires the power consumption value of two or more traffic periods, the average value of the power consumption within a period of two or more of the operations as said power shoulder business letter, ο
  11. 11.根据权利要求10所述的装置,其特征在于,所述业务包括以下的至少一种:短信、 数据下载、信息浏览、摄像、视频通话、普通通话以及待机。 11. The apparatus according to claim 10, wherein said service comprises at least one of the following: SMS, download data, information browsing, image, video calls, and ordinary calls waiting.
  12. 12.根据权利要求8至11任一项所述的装置,其特征在于,所述统计单元进一步对所述移动终端的开机时间、休眠时间以及业务时间进行统计;所述装置还包括:计算单元,用于根据所述统计单元的统计结果计算所述移动终端的开机占空比、休眠占空比和业务占空比;其中,开机占空比为所述移动终端的开机时间与所述设定周期的比值,休眠占空比为休眠时间与开机时间的比值,业务占空比为业务时间与开机时间的比值。 Computing means: the apparatus further comprises; 12. The apparatus according to claim 8-1 according to any one of claims 11, wherein the statistics unit is further start time of the mobile terminal, the sleep time and the service time statistics for calculating the mobile terminal based on the statistical result of the statistical processing unit power duty cycle, the duty cycle of the sleep duty cycle, and operational; wherein said power duty cycle start time of the mobile terminal provided with the ratio given period, a sleep time of the sleep duty cycle ratio boot time, the service business time duty cycle of the power-on time ratio.
  13. 13.根据权利要求12所述的装置,其特征在于,所述统计单元对所述移动终端的开机时间、休眠时间以及业务时间统计,不少于30次;所述设定周期为24小时,或每天的早7点至晚上12点的时段,或工作日每天的早8点至下午6点的时段。 13. The apparatus as claimed in claim 12, wherein the statistics unit start time of the mobile terminal, and a service time statistics sleep time, less than 30; said set period is 24 hours, or the period from 7 am to 0:00 every day, or the daily working time 8:00 am to 6 pm.
  14. 14.根据权利要求13所述的装置,其特征在于,所述建立单元包括第一计算子单元和第二计算子单元;其中:第一计算子单元,用于将业务的功耗与所述业务的业务占空比作乘积,得到所述业务的功耗水平;第二计算子单元,用于将开机的功耗与开机占空比作乘积,得到开机的功耗水平;所述建立单元以所述业务的功耗水平及所述开机的功耗水平作为所述移动终端的功耗模型。 14. The apparatus according to claim 13, wherein said establishing means comprises a first calculating sub-unit and the second computing sub-unit; wherein: a first calculating subunit, configured to power the traffic duty cycle for a product service operations, the service level to obtain power; a second calculating subunit, configured to boot the power duty cycle for the product of power, to obtain the power level of power; the establishing means the power consumption level of the service and the power level of power consumption as power consumption model of the mobile terminal.
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