CN105050167A - A call method and terminal under a hybrid network standard - Google Patents
A call method and terminal under a hybrid network standard Download PDFInfo
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- CN105050167A CN105050167A CN201510316397.XA CN201510316397A CN105050167A CN 105050167 A CN105050167 A CN 105050167A CN 201510316397 A CN201510316397 A CN 201510316397A CN 105050167 A CN105050167 A CN 105050167A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. Transmission Power Control [TPC] or power classes
- H04W52/02—Power saving arrangements
- H04W52/0209—Power saving arrangements in terminal devices
- H04W52/0225—Power saving arrangements in terminal devices using monitoring of external events, e.g. the presence of a signal
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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
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- 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
Description
技术领域 technical field
本发明属于无线通信技术领域,具体涉及一种混合网络制式下的通话方法及终端。 The invention belongs to the technical field of wireless communication, and in particular relates to a call method and a terminal under a hybrid network standard.
背景技术 Background technique
在我国有三家通信运营商,每家通信运营商都有自己的网络制式;而且随着移动通信从TDM到IP、从传统交换机到软交换的发展,每家通信运营商都经历了2G/3G/4G几个阶段的演变;以上两种因素促成我国移动网络环境为多种网络制式的混合模式。 There are three communication operators in our country, and each communication operator has its own network standard; and with the development of mobile communication from TDM to IP, from traditional switches to soft switches, each communication operator has experienced 2G/3G/4G The evolution of several stages; the above two factors contributed to the mixed mode of my country's mobile network environment for multiple network standards.
随着无线通信技术的长足发展,通信运营商的网络发展方向必然是以提供更优质的语音和数据业务为导向,这也是无线通信发展的必然趋势。4G/3G网络在上网以及视频通话上的用户体验大大优于2G网络,但是对于纯语音通话,4G/3G网络所带来的用户体验的优质性并不是很明显,相反,智能手机用4G/3G网络与2G网络进行纯语音通话时,其所用的功耗差距却是巨大的。据某一测试机构对LTE网络与CDMA网络的测试,发现在智能手机的电池充满电的情况下,使用CDMA网络,智能手机的通话时长可达502.6分钟,使用LTE网络,智能手机通话时长为251.8分钟;换言之,LTE网络能使智能手机的寿命降低50%。不仅如此,据测试,纯语音通话时,FDD-LTE网络的电流比TDD-LTE网络的电流大很多,WCDMA网络的电流比TDS-CDMA网络的电流大很多。由此可见,网络制式对移动终端的续航能力有很大影响。 With the rapid development of wireless communication technology, the network development direction of communication operators must be oriented to provide better voice and data services, which is also an inevitable trend of wireless communication development. The user experience of 4G/3G network in surfing the Internet and video calls is much better than that of 2G network, but for pure voice calls, the quality of user experience brought by 4G/3G network is not obvious. On the contrary, smartphones use 4G/ When the 3G network and the 2G network are used for pure voice calls, the power consumption gap is huge. According to the test of LTE network and CDMA network by a certain testing agency, it is found that when the battery of the smartphone is fully charged, the call time of the smartphone can reach 502.6 minutes when using the CDMA network, and 251.8 minutes when using the LTE network. minutes; in other words, LTE networks can reduce the lifespan of smartphones by 50%. Not only that, but according to the test, the current of the FDD-LTE network is much larger than that of the TDD-LTE network during pure voice calls, and the current of the WCDMA network is much larger than that of the TDS-CDMA network. It can be seen that the network standard has a great influence on the battery life of the mobile terminal.
在目前多种网络制式混合的网络环境下,移动终端都是按默认的网络制式通话,但是默认的网络制式并非是最佳选择,大多数情况下,移动终端用默认的网络制式通话时,其功耗较大,导致移动终端的续航能力较差。 In the current network environment where multiple network standards are mixed, the mobile terminal calls according to the default network standard, but the default network standard is not the best choice. In most cases, when the mobile terminal uses the default network standard to make calls, other High power consumption results in poor battery life of the mobile terminal.
发明内容 Contents of the invention
鉴于此,本发明提出一种混合网络制式下的通话方法及终端;本发明将终端切换到其最省电的网络制式下通话,以此降低终端功耗、提高终端续航能力。 In view of this, the present invention proposes a call method and terminal under a mixed network standard; the present invention switches the terminal to call under the most power-saving network standard, thereby reducing terminal power consumption and improving terminal battery life.
本发明技术方案: Technical scheme of the present invention:
一种混合网络制式下的通话方法,包括: A calling method under a mixed network standard, comprising:
检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度; Detecting the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard;
在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流; Searching for the minimum call current corresponding to the detected network environment value in the pre-stored correspondence table between the network environment value and the call current;
将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 Switching the terminal to the network standard call in the network environment value corresponding to the minimum call current.
进一步地,所述检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度,之前还包括:检测终端有无来电或去电,若有,则检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 Further, the detection of the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard also includes: detecting whether the terminal has an incoming call or an outgoing call, if If yes, detect the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard.
进一步地,所述检测终端有无来电或去电,之前还包括:在终端设置SIM卡。 Further, the detecting whether the terminal has an incoming call or an outgoing call also includes: setting a SIM card on the terminal.
进一步地,所述方法还包括:在终端存储网络环境值与通话电流的对应关系表。 Further, the method further includes: storing a correspondence table between the network environment value and the call current in the terminal.
进一步地,所述方法还包括:在终端增加通话设置项,当所述通话设置项未打开时,终端切换到SIM卡默认的网络制式通话,当所述通话设置项打开时,终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 Further, the method further includes: adding a call setting item on the terminal, when the call setting item is not opened, the terminal switches to the default network standard call of the SIM card, and when the call setting item is opened, the terminal switches to the set call setting item. The network standard call in the network environment value corresponding to the above minimum call current.
一种混合网络制式下的通话终端,包括: A call terminal under a hybrid network standard, comprising:
网络环境值检测单元,用于检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度; The network environment value detection unit is used to detect the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard;
最小通话电流查找单元,用于在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流; A minimum call current search unit, configured to search for the minimum call current corresponding to the detected network environment value in the pre-stored correspondence table between network environment values and call current;
通话切换单元,用于将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 The call switching unit is configured to switch the terminal to a network standard call in the network environment value corresponding to the minimum call current.
进一步地,所述终端还包括:来电或去电检测单元,用于检测终端有无来电或去电,若有,则检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 Further, the terminal further includes: an incoming call or outgoing call detection unit, which is used to detect whether the terminal has an incoming or outgoing call, and if so, detects the network environment value of the terminal in its environment, and the network environment value includes network standard and the signal strength under the network standard.
进一步地,所述终端还包括:SIM卡设置单元,用于在终端设置SIM卡。 Further, the terminal further includes: a SIM card setting unit, configured to set the SIM card on the terminal.
进一步地,所述终端还包括存储单元,用于存储网络环境值与通话电流的对应关系表。 Further, the terminal further includes a storage unit, configured to store a table of correspondences between network environment values and call currents.
进一步地,所述终端还包括:通话设置项增加单元,用于在终端增加通话设置项,当所述通话设置项未打开时,终端切换到SIM卡默认的网络制式通话,当所述通话设置项打开时,终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 Further, the terminal also includes: a call setting item adding unit, which is used to add a call setting item on the terminal. When the call setting item is not opened, the terminal switches to the default network standard call of the SIM card. When the call setting When the item is turned on, the terminal switches to the network standard call in the network environment value corresponding to the minimum call current.
本发明有益效果: Beneficial effects of the present invention:
本发明所述的方法包括:检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度;在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流;将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。本发明预先在终端存储网络环境值与通话电流的对应关系表,当终端要通话时,检测终端在所处环境下的网络环境值,在所述对应关系表中查找出所述网络环境值对应的最小通话电流,将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话,以此达到降低终端功耗、提高终端续航能力的目的。 The method of the present invention includes: detecting the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard; the correspondence between the pre-stored network environment value and the call current Find the minimum call current corresponding to the detected network environment value in the relational table; switch the terminal to the network standard call in the network environment value corresponding to the minimum call current. The present invention pre-stores the corresponding relationship table between the network environment value and the call current in the terminal. When the terminal wants to make a call, it detects the network environment value of the terminal in the environment where the terminal is located, and finds out the corresponding network environment value in the corresponding relationship table. The minimum call current, and switch the terminal to the network standard call in the network environment value corresponding to the minimum call current, so as to achieve the purpose of reducing terminal power consumption and improving terminal battery life.
附图说明 Description of drawings
图1是本发明一种混合网络制式下的通话方法实施例一的流程图。 FIG. 1 is a flow chart of Embodiment 1 of a calling method under a hybrid network standard according to the present invention.
图2是本发明一种混合网络制式下的通话方法实施例二的流程图。 FIG. 2 is a flow chart of Embodiment 2 of a calling method under a hybrid network standard according to the present invention.
图3是本发明一种混合网络制式下的通话终端的系统框图。 FIG. 3 is a system block diagram of a call terminal under a hybrid network standard according to the present invention.
具体实施方式 detailed description
为使本发明解决的技术问题、采用的技术方案和达到的技术效果更加清楚,下面将结合附图对本发明实施例的技术方案作进一步的详细描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 In order to make the technical problems solved by the present invention, the technical solutions adopted and the technical effects achieved clearer, the technical solutions of the embodiments of the present invention will be further described in detail below in conjunction with the accompanying drawings. Obviously, the described embodiments are only the technical solutions of the present invention. Some, but not all, embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without making creative efforts belong to the protection scope of the present invention.
实施例一 Embodiment one
参见图1,一种混合网络制式下的通话方法,包括: Referring to Figure 1, a call method under a hybrid network system, including:
S101、检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 S101. Detect a network environment value of the terminal in an environment where the network environment value includes a network standard and a signal strength under the network standard.
步骤S101中,所述网络制式包括:GSM、CDMA、TD-SCDMA、WCDMA、CDMA2000、TD-LTE、FDD-LTE。所述终端包括智能手机等。在不同的环境下,各个网络制式的网络覆盖情况有区别,所以针对终端而言,有所处环境下的网络环境值,该网络环境值包括网络制式及在所述网络制式下的信号强度。例如,在某一环境下,终端检测到GSM网络的信号强度为-70dBm,TD-SCDMA网络的信号强度为-60dBm,TD-LTE网络的信号强度为-70dBm。 In step S101, the network standard includes: GSM, CDMA, TD-SCDMA, WCDMA, CDMA2000, TD-LTE, FDD-LTE. The terminal includes a smart phone and the like. In different environments, the network coverage of each network standard is different, so for the terminal, there is a network environment value under the environment, and the network environment value includes the network standard and the signal strength under the network standard. For example, in a certain environment, the terminal detects that the signal strength of the GSM network is -70dBm, the signal strength of the TD-SCDMA network is -60dBm, and the signal strength of the TD-LTE network is -70dBm.
S102、在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流。 S102. Search for the minimum call current corresponding to the detected network environment value in the pre-stored table of correspondence between network environment values and call current.
步骤S102中,在终端开发阶段,可在终端存储网络环境值与通话电流的对应关系表,该对应关系表的数据可通过测试所得。例如,网络环境值与通话电流的一个对应关系表如下: In step S102, in the terminal development stage, a table of correspondences between network environment values and call currents may be stored in the terminal, and data in the table of correspondences may be obtained through testing. For example, a corresponding relationship table between network environment value and call current is as follows:
该对应关系表包含的意思是:当终端在GSM网络制式、信号为-50dBm通话时,终端的通话电流为80mA。其他数据以此类推。 The correspondence table includes the meaning that: when the terminal is talking on the GSM network standard and the signal is -50dBm, the calling current of the terminal is 80mA. Other data and so on.
该对应关系表用来查找所述检测出的网络环境值对应的最小通话电流,例如,如步骤S101中所述,在某一环境下,终端检测到GSM网络的信号强度为-70dBm,TD-SCDMA网络的信号强度为-60dBm,TD-LTE网络的信号强度为-70dBm,由该表可查得:GSM网络的信号强度为-70dBm时的通话电流为115mA;TD-SCDMA网络的信号强度为-60dBm时的通话电流为62mA;TD-LTE网络的信号强度为-70dBm时的通话电流为163mA;显然,终端在这种环境下的最小通话电流为62mA,其对应的网络制式为TD-SCDMA,将终端切换到TD-SCDMA网络通话,终端的功耗最小。 The correspondence table is used to find the minimum call current corresponding to the detected network environment value. For example, as described in step S101, in a certain environment, the terminal detects that the signal strength of the GSM network is -70dBm, TD- The signal strength of the SCDMA network is -60dBm, and the signal strength of the TD-LTE network is -70dBm. From the table, it can be found that: when the signal strength of the GSM network is -70dBm, the call current is 115mA; the signal strength of the TD-SCDMA network is The call current at -60dBm is 62mA; the call current when the signal strength of the TD-LTE network is -70dBm is 163mA; obviously, the minimum call current of the terminal in this environment is 62mA, and its corresponding network standard is TD-SCDMA , switch the terminal to the TD-SCDMA network call, and the power consumption of the terminal is minimum.
特殊地,如果所述检测出的网络环境值中,有两组或两组以上网络环境值对应同一个最小通话电流,可以将终端优先切换到包含较强信号强度的网络环境值中的网络制式通话,即按信号强度的强弱作为通话选择的优先级别;也可以预先定义网络制式的优先级;本发明对此不作限制。 In particular, if there are two or more groups of network environment values that correspond to the same minimum call current among the detected network environment values, the terminal can be preferentially switched to the network standard in the network environment values that contain stronger signal strength. Conversation, that is, according to the strength of the signal strength as the priority of the selection of the call; the priority of the network standard can also be defined in advance; the present invention does not limit this.
S103、将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 S103. Switch the terminal to the network standard call in the network environment value corresponding to the minimum call current.
步骤S103中,如步骤S102中所述,在预存的网络环境值与通话电流的对应关系表中查找出终端在某一环境下的最小通话电流为62mA,将终端切换到62mA对应的TD-SCDMA网络通话,终端功耗最小。 In step S103, as described in step S102, the minimum call current of the terminal in a certain environment is found to be 62mA in the pre-stored table of correspondence between network environment values and call current, and the terminal is switched to TD-SCDMA corresponding to 62mA Internet calls, terminal power consumption is minimal.
本发明在终端开发阶段,在终端存储网络环境值与通话电流的对应关系表,根据该对应关系表查找出最小通话电流对应的网络制式,直接从终端侧将通话网络切换到最小通话电流对应的网络制式,达到降低终端功耗、提高终端续航能力的目的;并且不需要和基站进行交互,切换更快捷更省资源。 In the terminal development stage, the present invention stores the correspondence table between the network environment value and the call current in the terminal, finds the network standard corresponding to the minimum call current according to the correspondence table, and directly switches the call network to the one corresponding to the minimum call current from the terminal side. The network standard achieves the purpose of reducing terminal power consumption and improving terminal battery life; and does not need to interact with the base station, switching is faster and saves resources.
本发明预先在终端存储网络环境值与通话电流的对应关系表,当终端要通话时,检测终端在所处环境下的网络环境值,在所述对应关系表中查找出所述网络环境值对应的最小通话电流,将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话,以此达到降低终端功耗、提高终端续航能力的目的。 The present invention pre-stores the corresponding relationship table between the network environment value and the call current in the terminal. When the terminal wants to make a call, it detects the network environment value of the terminal in the environment where the terminal is located, and finds out the corresponding network environment value in the corresponding relationship table. The minimum call current, and switch the terminal to the network standard call in the network environment value corresponding to the minimum call current, so as to achieve the purpose of reducing terminal power consumption and improving terminal battery life.
实施例二 Embodiment two
实施例二给出两个本发明的应用场景,结合应用场景对本发明的方法再做进一步的说明。 Embodiment 2 provides two application scenarios of the present invention, and further explains the method of the present invention in combination with the application scenarios.
假定终端支持所有网络制式; It is assumed that the terminal supports all network standards;
在终端开发阶段,测试的网络环境值与通话电流的对应关系表如下: In the terminal development stage, the corresponding relationship between the tested network environment value and the call current is as follows:
应用场景一 Application Scenario 1
在终端设置移动4G卡,移动4G卡支持GSM、TD-SCDMA、TD-LTE三种网络制式;假如用户在所处环境中准备打电话,检测到终端接收到的GSM信号强度为-60dBm,TD-LTE信号强度为-90dBm,未检测到TD-SCDMA信号(因为移动TD-SCDMA覆盖面很小,很多地方没信号);从表中查找GSM信号-60dBm时对应的电流是95mA,TD-LTE信号-90dBm对应的通话电流是240mA,显然240mA>90mA,因此将终端切换到95mA对应的GSM网络进行通话。 Set up a mobile 4G card on the terminal. The mobile 4G card supports three network standards: GSM, TD-SCDMA, and TD-LTE; -LTE signal strength is -90dBm, no TD-SCDMA signal is detected (because the coverage of mobile TD-SCDMA is very small, there is no signal in many places); look up the corresponding current of GSM signal -60dBm from the table is 95mA, TD-LTE signal The call current corresponding to -90dBm is 240mA, obviously 240mA>90mA, so switch the terminal to the GSM network corresponding to 95mA for calls.
应用场景二 Application Scenario 2
在终端设置电信4G卡,电信4G卡支持TD-LTE,FDD-LTE,CDMA2000三种网络制式;假如用户在所处环境中准备打电话,检测到终端接收到的TD-LTE信号强度为-80dBm,FDD-LTE信号强度为-75dBm,CDMA2000信号强度为-85dBm,从表中查找,TD-LTE信号-80dBm对应的通话电流是195mA,FDD-LTE信号-75dBm对应的通话电流是205mA,CDMA2000信号-85dBm对应的通话电流是347mA,显然195mA是最小的,因此将终端切换到195mA对应的TD-LTE网络进行通话。 Set up a telecom 4G card on the terminal. The telecom 4G card supports TD-LTE, FDD-LTE, and CDMA2000 three network standards; if the user is going to make a call in the environment where the user is, it is detected that the signal strength of the TD-LTE received by the terminal is -80dBm , FDD-LTE signal strength is -75dBm, CDMA2000 signal strength is -85dBm, look up from the table, the call current corresponding to TD-LTE signal -80dBm is 195mA, the call current corresponding to FDD-LTE signal -75dBm is 205mA, CDMA2000 signal The call current corresponding to -85dBm is 347mA, obviously 195mA is the minimum, so switch the terminal to the TD-LTE network corresponding to 195mA for calls.
下面结合上述应用场景,对本发明所述的方法做进一步的说明。 The method described in the present invention will be further described below in conjunction with the above application scenarios.
参见图2,一种混合网络制式下的通话方法,包括: Referring to Figure 2, a call method under a hybrid network system, including:
S201、在终端设置SIM卡。 S201. Set a SIM card on the terminal.
步骤S201中,要实现通话需要终端和SIM卡配合,终端能检测到的网络环境值也需要终端和SIM卡的配合。同时,能检测到的终端在所处环境下的网络环境值也是终端和SIM卡共同作用的结果,例如,某种终端支持GSM、TD-SCDMA、TD-LTE、FDD-LTE,CDMA2000网络制式,设置于该终端内的SIM卡仅支持GSM、TD-SCDMA、TD-LTE三种网络制式,那么该终端内置该SIM卡时,只能检测到的GSM、TD-SCDMA、TD-LTE三种网络制式。 In step S201, the cooperation of the terminal and the SIM card is required to realize the call, and the cooperation of the terminal and the SIM card is also required for the network environment value that the terminal can detect. At the same time, the detected network environment value of the terminal is also the result of the interaction between the terminal and the SIM card. For example, a certain terminal supports GSM, TD-SCDMA, TD-LTE, FDD-LTE, and CDMA2000 network standards. The SIM card installed in the terminal only supports three network standards: GSM, TD-SCDMA, and TD-LTE. When the SIM card is built into the terminal, it can only detect the three networks of GSM, TD-SCDMA, and TD-LTE. format.
S202、检测终端有无来电或去电,若有,则执行S203;否则,继续本步骤。 S202. Detect whether the terminal has incoming or outgoing calls, and if so, execute S203; otherwise, continue with this step.
步骤S202中,步骤S203-步骤S205只在终端有来电或去电时才进行,平时不进行省电网络制式的切换。 In step S202, steps S203 to S205 are performed only when the terminal has an incoming call or an outgoing call, and the switching of the power-saving network system is not usually performed.
当然,还可以在终端增加通话设置项,让用户有权利选择是否在通话时切换到省电网络制式。在终端增加通话设置项,当所述通话设置项未打开时,终端以SIM卡默认的网络制式通话;当所述通话设置项打开时,当检测到终端有来电或去电,终端切换到省电网络制式通话。 Of course, a call setting item can also be added to the terminal, so that the user has the right to choose whether to switch to the power-saving network system during a call. Add a call setting item in the terminal. When the call setting item is not opened, the terminal calls with the default network standard of the SIM card; when the call setting item is opened, when an incoming or outgoing call is detected, the terminal switches to the provincial Telephone calls.
S203、检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 S203. Detect the network environment value of the terminal in the environment where the network environment value includes a network standard and a signal strength under the network standard.
S204、在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流。 S204. Search the minimum call current corresponding to the detected network environment value in the pre-stored table of correspondence between network environment values and call current.
S205、将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 S205. Switch the terminal to the network standard call in the network environment value corresponding to the minimum call current.
步骤S203-步骤S205在实施例一中,已做说明,此处不再赘述。 Step S203-Step S205 have been described in Embodiment 1, and will not be repeated here.
本发明在终端开发阶段,在终端存储网络环境值与通话电流的对应关系表,根据该对应关系表查找出最小通话电流对应的网络制式,直接从终端侧将通话网络切换到最小通话电流对应的网络制式,达到降低终端功耗、提高终端续航能力的目的;并且不需要和基站进行交互,切换更快捷更省资源。 In the terminal development stage, the present invention stores the correspondence table between the network environment value and the call current in the terminal, finds the network standard corresponding to the minimum call current according to the correspondence table, and directly switches the call network to the one corresponding to the minimum call current from the terminal side. The network standard achieves the purpose of reducing terminal power consumption and improving terminal battery life; and does not need to interact with the base station, switching is faster and saves resources.
本发明预先在终端存储网络环境值与通话电流的对应关系表,当终端要通话时,检测终端在所处环境下的网络环境值,在所述对应关系表中查找出所述网络环境值对应的最小通话电流,将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话,以此达到降低终端功耗、提高终端续航能力的目的。 The present invention pre-stores the corresponding relationship table between the network environment value and the call current in the terminal. When the terminal wants to make a call, it detects the network environment value of the terminal in the environment where the terminal is located, and finds out the corresponding network environment value in the corresponding relationship table. The minimum call current, and switch the terminal to the network standard call in the network environment value corresponding to the minimum call current, so as to achieve the purpose of reducing terminal power consumption and improving terminal battery life.
实施例三 Embodiment three
参见图3,一种混合网络制式下的通话终端,包括: Referring to Figure 3, a call terminal under a hybrid network system includes:
SIM卡设置单元10,用于在终端设置SIM卡。 The SIM card setting unit 10 is used to set the SIM card in the terminal.
通话设置项增加单元11,用于在终端增加通话设置项,当所述通话设置项未打开时,终端切换到SIM卡默认的网络制式通话,当所述通话设置项打开时,终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 The call setting item adding unit 11 is used to increase the call setting item at the terminal. When the call setting item is not opened, the terminal switches to the default network standard call of the SIM card. When the call setting item is opened, the terminal switches to the set call setting item. The network standard call in the network environment value corresponding to the above minimum call current.
来电或去电检测单元12,用于检测终端有无来电或去电,若有,则检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 Incoming call or outgoing call detection unit 12 is used to detect whether the terminal has an incoming call or an outgoing call, and if so, detects the network environment value of the terminal in its environment, and the network environment value includes the network standard and the network standard under the network standard. signal strength.
网络环境值检测单元13,用于检测终端在所处环境下的网络环境值,所述网络环境值包括网络制式及在所述网络制式下的信号强度。 The network environment value detecting unit 13 is configured to detect the network environment value of the terminal in the environment where the network environment value includes the network standard and the signal strength under the network standard.
最小通话电流查找单元14,用于在预存的网络环境值与通话电流的对应关系表中查找所述检测出的网络环境值对应的最小通话电流。 The minimum call current search unit 14 is configured to search for the minimum call current corresponding to the detected network environment value in a prestored table of correspondence between network environment values and call current.
通话切换单元15,用于将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话。 The call switching unit 15 is configured to switch the terminal to a network standard call in the network environment value corresponding to the minimum call current.
存储单元16,用于存储网络环境值与通话电流的对应关系表。 The storage unit 16 is configured to store a table of correspondences between network environment values and call currents.
本发明所述的终端预先存储网络环境值与通话电流的对应关系表,当所述终端要通话时,检测终端在所处环境下的网络环境值,在所述对应关系表中查找出所述网络环境值对应的最小通话电流,将终端切换到所述最小通话电流对应的网络环境值中的网络制式通话,以此达到降低终端功耗、提高终端续航能力的目的。 The terminal of the present invention pre-stores a table of correspondences between network environment values and call currents. When the terminal wants to make a call, it detects the network environment value of the terminal in its environment, and finds out the corresponding table in the correspondence table. The minimum call current corresponding to the network environment value, and switch the terminal to the network standard call in the network environment value corresponding to the minimum call current, so as to achieve the purpose of reducing terminal power consumption and improving terminal battery life.
以上结合具体实施例描述了本发明的技术原理。这些描述只是为了解释本发明的原理,而不能以任何方式解释为对本发明保护范围的限制。基于此处的解释,本领域的技术人员不需要付出创造性的劳动即可联想到本发明的其它具体实施方式,这些方式都将落入本发明的保护范围之内。 The above describes the technical principles of the present invention in conjunction with specific embodiments. These descriptions are only for explaining the principles of the present invention, and cannot be construed as limiting the protection scope of the present invention in any way. Based on the explanations herein, those skilled in the art can think of other specific implementation modes of the present invention without creative efforts, and these modes will all fall within the protection scope of the present invention.
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