1334722 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種手機調整待機狀態之方法，且特 別是有關於一種在多模手機令根據通信網路之輻射大小自 動調整待機狀態之方法。 【先前技術】 由於現今行動通信系統總類繁多，例如全球行動通信 系統（Global System for Mobile Communication，GSM)、個 人行動通# 系統（Personal Handy-phone System，PHS)、無 線都會區域網路（Worldwide Interoperability for Microwave Access’ WiMAX)等，手機必須與某一行動通信系統使用相 同的通信協定，才能透過此行動通信系統收發語音或數據 貢料。因此’為了能提供更便捷的通信服務，雙模或多模 手機便因應而生。 然而’隨著手機可接收之通信網路的增加，其功率耗 損亦隨之變大，整體的電磁波輻射更是有增無減，不僅快 速地耗用手機的使用電量’其綜合的電磁波輻射也相對地 影響了人們的健康。 因此’有必要提出一種可根據通信網路之輻射大小自 動調整待機狀態之方法，藉以節省手機的功率耗損，並減 少電磁波轄射對人體的影響。 【發明内容】 5 1334722 依照本發明之實施例，提出一種在多模手機中根據通 信網路之輻射大小自動調整待機狀態之方法。此方法包含 接收複數個通信網路；依照通信網路之輻射大小將通信網 路列表排序，其中通信網路中包含輻射最小之一第一通信 網路；通知第一通信網路以外之通信網路開啟來電轉接功 能，藉以轉接來電信號至第一通信網路，其中第一通信網 路係處於待機狀態；以及通知第一通信網路以外之通信網 路關閉。 依照本發明之另一實施例，提出一種在雙模手機中根 據通信網路之輻射大小自動調整待機狀態之方法。此方法 包含接收一低輻射通信網路以及一高輻射通信網路；通知 高輻射通信網路開啟來電轉接功能，藉以轉接高輻射通信 網路之來電信號至低輻射通信網路，其中低輻射通信網路 係處於待機狀態；以及通知高輻射通信網路關閉。 由上述本發明之實施例可知，應用此方法可使手機處 於最小功率耗損的狀態，以延長其待機時間，並可減少手 機的電磁波輻射’讓使用者免於高電磁波輻射的影響。 【實施方式】 請參照第1圖，係繪示依照本發明實施例之一種在多 模手機中根據通信網路之輻射大小自動調整待機狀態之主 要方法的流程圖。首先’由一多模手機接收複數個通信網 路（步驟100)。接著，依照所接收到之通信網路的輻射大 小’將所有的通信網路進行列表排序（步驟102)，其中在列 6 可知所接收到之通信網路$包含輻射最小之一第 啟來雷鳇姑#者’通知第一通信網路以外的通信網路開 …接功能（步驟104)，藉以將其來電信號完全轉接至 熊然/網路，其中第一通信網路此時係處於待機的狀 ^ Ί再通知第一通信網路以外的通信網路關閉（步驟 106)，並以[通信網路作為收發信號（如語音或數據資 使用。1334722 IX. Description of the Invention: [Technical Field] The present invention relates to a method for adjusting a standby state of a mobile phone, and more particularly to a method for automatically adjusting a standby state according to a radiation size of a communication network in a multimode mobile phone . [Prior Art] Due to the wide variety of mobile communication systems today, such as Global System for Mobile Communication (GSM), Personal Handy-phone System (PHS), and wireless metropolitan area network (Worldwide) Interoperability for Microwave Access 'WiMAX), etc., the mobile phone must use the same communication protocol as a mobile communication system to send and receive voice or data tributaries through the mobile communication system. Therefore, in order to provide more convenient communication services, dual-mode or multi-mode mobile phones have been born. However, as the communication network that mobile phones can receive increases, its power consumption will also increase, and the overall electromagnetic wave radiation will increase. It not only consumes the power consumption of mobile phones quickly, but also its integrated electromagnetic radiation. Relatively affect people's health. Therefore, it is necessary to propose a method of automatically adjusting the standby state according to the radiation level of the communication network, thereby saving power consumption of the mobile phone and reducing the influence of electromagnetic wave radiation on the human body. SUMMARY OF THE INVENTION 5 1334722 According to an embodiment of the present invention, a method for automatically adjusting a standby state according to a radiation level of a communication network in a multimode mobile phone is proposed. The method comprises receiving a plurality of communication networks; sorting the communication network list according to the radiation size of the communication network, wherein the communication network includes one of the first communication networks having the least radiation; and notifying the communication network other than the first communication network The way of turning on the call forwarding function is to transfer the incoming call signal to the first communication network, wherein the first communication network is in a standby state; and the communication network outside the first communication network is notified to be closed. In accordance with another embodiment of the present invention, a method of automatically adjusting a standby state in accordance with the radiation level of a communication network in a dual mode handset is presented. The method comprises receiving a low-radiation communication network and a high-radiation communication network; notifying the high-radiation communication network to activate the call transfer function, thereby transferring the call signal of the high-radiation communication network to the low-radiation communication network, wherein the low The radiant communication network is in a standby state; and the high-radiation communication network is notified to be turned off. As can be seen from the above embodiments of the present invention, the application of the method allows the mobile phone to be in a state of minimum power consumption to extend its standby time and reduce the electromagnetic radiation of the mobile phone to protect the user from high electromagnetic radiation. [Embodiment] Referring to Figure 1, there is shown a flow chart of a main method for automatically adjusting a standby state according to the radiation size of a communication network in a multimode mobile phone according to an embodiment of the present invention. First, a plurality of communication networks are received by a multi-mode handset (step 100). Then, all the communication networks are sorted according to the radiation size of the received communication network (step 102), wherein in column 6, it is known that the received communication network $ contains one of the smallest radiations. The 鳇 # #者' informs the communication network outside the first communication network to open the function (step 104), so that the call signal is completely transferred to the bear/network, where the first communication network is at this time The standby mode then notifies the communication network outside the first communication network to be turned off (step 106), and uses the [communication network as a transceiving signal (such as voice or data resources).
、此外，若當第一通信網路以外的通信網路關閉，且第 通L，.周路無法被接收時，則可通知第—通信網路以外之 通^網路中輕射最小之-第二通信網路開啟，使得第二通 t網路處於待機狀態，以作為收發信號使用。若是第二通 仏網路無法開启文’則可在一預設時間之後重新通知第二通 信網路開啟，或是另行通知第—通信網路以及第二通信網 路以外之通信網路中輻射最小的通信網路開啟，以作為收 發信號使用。當第二通信網路開啟而處於待機狀態後，則 通知第二通信網路以外的通信網路開啟來電轉接功能，藉 以將第一通信網路以及第二通信網路以外之通信網路的來 電信號轉接至第二通信網路。 除此之外，若是當通信網路中有一第三通信網路無法 開啟來電轉接功能，以轉接來電信號至第一通信網路時， 則可在預設時間之後重新通知第三通信網路開啟來電轉接 的功能。而若是當通信網路申有一第四通信網路無法關閉 時’則可在預設時間之後重新通知第四通信網路關閉，使 得多模手機以輻射最小的第一通信網路收發信號。 1334722 H :广万便說明起見，將以-雙模手機為例作說 明。印參照第2圖，係繪示依照本發明實施例之一In addition, if the communication network other than the first communication network is turned off, and the first L,. cycle cannot be received, then the communication network other than the first communication network can be notified that the lightest is the smallest - The second communication network is turned on, so that the second communication network is in a standby state for use as a transceiver signal. If the second overnight network cannot open the text, the second communication network may be re-not notified after a preset time, or the communication network and the communication network other than the second communication network may be separately notified to radiate. The smallest communication network is turned on for use as a transceiver signal. After the second communication network is turned on and is in the standby state, the communication network other than the second communication network is notified to enable the call forwarding function, so as to connect the first communication network and the communication network other than the second communication network. The incoming call signal is forwarded to the second communication network. In addition, if a third communication network in the communication network cannot turn on the call forwarding function to transfer the incoming call signal to the first communication network, the third communication network can be re-not notified after the preset time. The way to turn on call forwarding is enabled. If the communication network fails to turn off the fourth communication network, then the fourth communication network can be re-not notified after the preset time, so that the multimode mobile phone transmits and receives signals with the first communication network with the least radiation. 1334722 H : Guang Wan will explain the explanation, taking the dual-mode mobile phone as an example. Referring to Figure 2, there is shown one of the embodiments of the present invention.
模手機中自動調整待機狀態之方法的流程圖。首先，由^ 模手機接收-低輻射通信網路以及—高輻射通信網路 驟200) ’其中低輻射通信網路可為_邮通信網路，而高 賴射通信網路可為一 GSM通信網路。接著，判斷是否均順 利地接收低輻射通信網路以及高輻射通信網路（步驟 2〇2)。此時，若非順利地接收兩通信網路的話，則再判斷 係接收低輻射通信網路或高輻射通信網路（步驟2〇4卜若是 僅接收低輻射通信網路，則直接由低輻射通信網路收發信 號；反之’若是僅接收高輻射通信網路，則由高輻射通作 網路收發信號（步驟206)’並待預設時間之後再試著重新接 收低輻射通信網路。 當低輻射通信網路以及高輻射通信網路均順利地被接 收時，則通知高輻射通信網路開啟來電轉接功能（步驟 208)，藉以轉接南輻射通信網路的來電信號至低輻射通信 網路，其中低輻射通信網路此時係處於待機狀態。接著， 判斷高輻射通信網路的來電轉接功能是否順利地開啟（步 驟210)。當高輻射通信網路無法開啟來電轉接功能，以轉 接高輻射通信網路的來電信號至低輻射通信網路時，則先 等待預設時間（步驟212)，之後再回到步驟208，重新通知 高輻射通信網路開啟來電轉接功能。 當尚輻射通信網路的來電轉接功能開啟後，接著便通 知高輻射通信網路關閉（步驟214)，而後再判斷高輻射通信 1334722 . 網路是否順利地關閉（步驟216)。倘若高輻射通信網路無法 關閉’則同樣等待預設時間（步驟218)，之後再回到步驟 214,重新通知高輻射通信網路關閉。若高輻射通信網路順 利地關閉，則此雙模手機便可僅保留低輻射通信網路待 機’並作為收發信號使用。 請參照第3圖，係繪示在第2圖中當高輻射通信網路 關閉且低輻射通信網路無法被接收時，雙模手機自動調整 φ 待機狀態之方法的流程圖。首先，通知高輻射通信網路開 啟（步驟300)。接著，判斷高輻射通信網路是否順利地開啟 (步驟302)。倘若高輻射通信網路無法被開啟，則先等待預 設時間（步驟304)，之後再回到步驟3〇〇，重新通知高輻射 通信網路開啟。若是高輻射通信網路順利地開啟，則通知 间輻射通信網路關閉來電轉接功能（步驟3〇6)，藉以停止將 高輻射通信網路的來電信號轉接至低輻射通信網路。再 者，判斷高輻射通信網路是否確實關閉來電轉接的功能（步 ϋ 驟308)。倘若高輻射通信網路無法關閉來電轉接的功能， 以停止轉接高輻射通信網路的來電信號至低轄射通信網 路，則同樣等待預設時間（步驟31〇)，之後再回到步驟3〇6, 重：通知高輻射通信網路關閉來電轉接的功能。若高輻射 通L網路確實關閉來電轉接的功能，則使得高輕射通信網 路處於待機狀態，以作為收發信號使用。 由上述本發明之實施例可知，此方法不但適用於各種 1系統且可使手機在使用時處於最小功率耗損的狀 ^長其待機時間，並可減少手機的電磁波輻射，讓 9 1334722 使用者免於高電磁波輻射的影響。 雖然本發明已以實施例揭露如上，然其並非用以限定 本發明，任何所屬技術領域中具有通常知識者，在不脫離 本發明之精神和範圍内，當可作各種之更動與潤飾，因此 本發明之保護範圍當視後附之申請專利範圍所界定者為 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施例 能更明顯易懂’所附圖式之詳細說明如下： 第1圖係繪示依照本發明實施例之一種在多模手機中 根據通信網路之輻射大小自動調整待機狀態之主要方法的 流程圖。 第2圖係繪示依照本發明實施例之一種在雙模手機中 自動調整待機狀態之方法的流程圖。 第3圖係繪示在第2圖中當高輻射通信網路關閉且低 輕射通信網路無法被接收時，雙模手機自動調整待機狀態 之方法的流程圖。 【主要元件符號說明】 100〜106 ' 200〜218、300〜310 :步驟A flow chart of a method for automatically adjusting a standby state in a model phone. First, the handset receives the low-radiation communication network and the high-radiation communication network (200). The low-radiation communication network can be a postal communication network, and the high-radiation communication network can be a GSM communication. network. Next, it is judged whether or not the low-emission communication network and the high-radiation communication network are smoothly received (step 2〇2). At this time, if the two communication networks are not successfully received, then it is determined that the low-radiation communication network or the high-radiation communication network is received (step 2〇4, if only the low-radiation communication network is received, the low-radiation communication is directly The network sends and receives signals; otherwise, if only the high-radiation communication network is received, the high-radiation communication network transmits and receives signals (step 206)' and waits for a preset time before attempting to re-receive the low-emission communication network. When the communication network and the high-radiation communication network are successfully received, the high-radiation communication network is notified to turn on the call forwarding function (step 208), thereby transferring the incoming signal of the south-radiation communication network to the low-radiation communication network. The low-radiation communication network is in a standby state at this time. Next, it is determined whether the call forwarding function of the high-radiation communication network is successfully turned on (step 210). When the high-radiation communication network cannot turn on the call forwarding function, When the incoming call signal of the high-radiation communication network is transferred to the low-radiation communication network, the preset time is waited for (step 212), and then returns to step 208 to re-notify the high. The call communication function is enabled on the radio communication network. When the call transfer function of the radiant communication network is turned on, the high-radiation communication network is then notified to be turned off (step 214), and then the high-radiation communication 1337422 is judged. Is the network smooth? The ground is turned off (step 216). If the high-radiation communication network cannot be turned off, then the preset time is also waited (step 218), and then the process returns to step 214 to re-notify the high-radiation communication network to be turned off. When the ground is turned off, the dual-mode mobile phone can only keep the low-radiation communication network standby' and use it as a transceiver signal. Please refer to Figure 3, which shows the high-radiation communication network is turned off and low-radiation communication is shown in Figure 2. A flow chart of the method for automatically adjusting the φ standby state of the dual-mode mobile phone when the network cannot be received. First, the high-radiation communication network is notified to be turned on (step 300). Next, it is determined whether the high-radiation communication network is successfully turned on (step 302). If the high-radiation communication network cannot be turned on, wait for the preset time (step 304), then return to step 3〇〇 to re-notify the high-radiation communication network. If the high-radiation communication network is successfully turned on, notify the inter-radiation communication network to turn off the call forwarding function (steps 3〇6), thereby stopping the transfer of the incoming signal of the high-radiation communication network to the low-emission communication network. Furthermore, it is determined whether the high-radiation communication network does not turn off the call forwarding function (step 308). If the high-radiation communication network cannot turn off the call forwarding function, the call to stop the high-radiation communication network is stopped. The signal is sent to the low-distribution communication network, and the same time is waited for (step 31〇), and then back to step 3〇6, heavy: inform the high-radiation communication network to turn off the call forwarding function. If the high-radiation L The network does not turn off the call forwarding function, so that the high-light communication network is in a standby state for use as a transceiving signal. As can be seen from the above embodiments of the present invention, the method is applicable not only to various 1 systems but also to the mobile phone. When used, it is in the state of minimum power consumption and its standby time, and can reduce the electromagnetic radiation of the mobile phone, so that 9 1334722 users are protected from high electromagnetic radiation. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make various changes and modifications without departing from the spirit and scope of the invention. The scope of the present invention is defined by the scope of the appended claims. The above and other objects, features, advantages and embodiments of the present invention will become more apparent. The detailed description is as follows: FIG. 1 is a flow chart showing a main method for automatically adjusting a standby state according to the radiation size of a communication network in a multimode mobile phone according to an embodiment of the present invention. 2 is a flow chart showing a method of automatically adjusting a standby state in a dual mode mobile phone according to an embodiment of the present invention. Figure 3 is a flow chart showing the method of automatically adjusting the standby state of the dual mode handset when the high radiating communication network is turned off and the low light radio communication network cannot be received in Fig. 2. [Main component symbol description] 100~106 '200~218, 300~310: Step