201238284 六、發明說明： 【發明所屬之技術領域】 味此 [0001]本發日月係有關於電話交換機’尤其更有關於具備^功 能的電話交換機。201238284 VI. Description of the Invention: [Technical Field to Which the Invention Is Applicable] [0001] This is a telephone exchange that is particularly relevant to a telephone exchange.
[先前技術J 剛自從電話被發明以來，即成為’般大幕用於通訊聯繫所 p从e 、、去成工作，電話都扮演 不可或缺的重要工具，無論疋生活30 了相當重要的角色。 i；0003]以公司内部之電話為例’為了節省公句内』貞4互聯 絡所產生的通話費用，且便於管理公司内部每0電居 話機，於是市場上便有了誠電話轉的誕生。該總機 電話系統主要係由一交換機（Private Bfaneh Ex_ change, PBX)連接多台電話話機。當一話機欲對外撥打 電話時，係透過該交換機連接至一電話總線後，再通過 該電話總線對外發出。反之，當一外部話機撥打進來時 ，係通過該電話總線連接到該交換機，再由該交換機轉 接至分機號碼所對應的電話話識上。 [0004] 一般為了方便起見，交換機及各電話話機皆為24小時不 斷電，藉以，無論何時想撥打電話，或者外部話機於何 時撥打進來，皆可成功建立通話。然而，雖然交換機及 電話話機皆非高耗電的設備’待機所需的電能微小，但 對於大型公司而言，為數眾多的電話話機所耗費的總電 能仍然相當可觀。並且，在環保意識抬頭的今日，如何 在各種設備、线上有效地f行節能_，即成為各領 域從業人員相當關注的課題。 100108612 表單編號A0101 第4頁/共23頁 1002014595-0 201238284 闕有鑑於此，本案發明人仍潛心研究，終發明出一種新賴 的交換機、運用該交換機的交換機系統，以及其所運用 的即能方法，能夠在不影響與該交換機連接的各電話話 機正常使用的前提之下，節省各電話_所需耗費的待 機電能。 【發明内容】 [_]本料之主要目的，在於提供—種具備節能功能的交換 機、交換㈣統及其節能方法，係能於特定條件達成時 〇 ，切換交換機所連接的各個電話話機的話機狀態。 闺紐上述目的，本發明主要提供具有—中央處理器、一 話機電源控制模組及複數話機連接埠的一交換機。其中 ，中央處理器用以判斷節能條件是否達成，盘且於達成 時發出一控制命令。話機電源控制模組電性連接中央處 理器，複數話機連接埠電性連接話機電赛控制模組，當 話機電源控制模組接收控制命令時，係依據控制命令的 内容分別切換各個話機連接蟑的供電狀態。 〇 WK)8]本發日㈣肖先前技街所能力效在於，使肖者可設 疋一節此條件，藉以，在正常時間讓交換機所連接的各 個電話話機保持在工作模式。並且，在特定時間區間， 例如下班後或例假日時，切換各個電話話機進入節能模 式。 [0009]再者，亦能藉由節能條件的設定，讓各個電話話機在正 常時間進入節能模式，並且在感應到各個電話話機將被 使用時，再令對應的電話話機恢復為工作模式。 100108612 表單編號A0101 第5頁/共23頁 1002014595-0 201238284 [0010] 如上所述 待機電能 【實施方式】 本發明不但能夠節省各個電 亦不會影響各個電話話機的 話話機所花費 正常使用。 的 [0011] 茲就本發明之一較佳實施例 ，配合圖式，詳細說明如後 [0012] [0013] 閱第一圖’為本發明之一較佳具體實施例之交換 方塊圖。本發明的電話交換機1(下面將簡稱換 機D，主要具有一中央處理奖h 兴 12 、—話機電源控制模組 U及至少一話機連接埠12 ^ , 丄122。本實施例中，該話機 連接璋121、122的數量係以二為例，但並不加以限定 該話機電話㈣模組12電性連接該中央輕川而該 至少-話機連接埠⑵、122電性連接該賴電話控制模 12藉以該交換機1分別通過該二話機連接埠121、 122，對外連接電話話機（如第二圖中所示的電話話機μ 及32) ’並且’提供各該電話話機31、32所需之電能。於 本實施例中，各該電話話機31、分別通過單一電話、 欖線（圖未標示）與該交換Al電性連接，藉以，通過該電 話纜線與該交換機1傳輪影像訊號及/或聲音訊號，同時 接收該交換機1提供之電能。 _]該中央處理器11内部儲存有一應用程式11〇，該應用程式 110係用以提供—網頁（圖未標示），藉以，-使用者可連 接網際網路’並通過該網頁來設定至少一節能條件（容後 詳述）。再者’使用者亦可使用與該交換機i電性連接的 各該電話話機3卜32，藉以通過各該電話_31、㈣ 操控來設定該節能條件。 1002014595-0 100108612 表單編號A0101 第6頁/共23頁[Previous technology J has just become the indispensable tool for the communication of the telephone from the e, to the job, since the telephone was invented, regardless of the important role of life 30 . i;0003] Taking the internal telephone of the company as an example, in order to save the cost of the call generated by the 互4 mutual contact, and to manage every 0-digit telephone in the company, the market has a sincere call. . The switchboard telephone system is mainly connected to a plurality of telephones by a switch (Private Bfaneh Ex_ change, PBX). When a telephone wants to make a call, it is connected to a telephone bus through the switch, and then sent out through the telephone bus. Conversely, when an external telephone dials in, it is connected to the switch through the telephone bus, and then the switch is transferred to the telephone number corresponding to the extension number. [0004] Generally, for the sake of convenience, the switch and each telephone phone are powered off for 24 hours, so that whenever a call is made or when an external telephone is dialed in, the call can be successfully established. However, although switches and telephones are not high-power devices, the amount of power required for standby is small, but for large companies, the total power consumed by a large number of telephones is still considerable. In addition, in today's environmental awareness, how to effectively save energy in various equipment and lines has become a topic of concern to practitioners in various fields. 100108612 Form No. A0101 Page 4 of 23 1002014595-0 201238284 In view of this, the inventor of this case is still concentrating on research, and finally invented a new switch, a switch system using the switch, and the functions it can use. The method can save the standby power required by each telephone without affecting the normal use of each telephone connected to the switch. [Summary of the Invention] [_] The main purpose of this material is to provide a switch, exchange (four) system and energy-saving method with energy-saving functions, which can switch the telephones of each telephone phone connected to the switch when certain conditions are met. status. In view of the above objects, the present invention mainly provides a switch having a central processing unit, a telephone power control module, and a plurality of telephone connections. The central processor is configured to determine whether the energy saving condition is reached, and a control command is issued when the disk is reached. The telephone power control module is electrically connected to the central processing unit, and the plurality of telephones are connected to the electrical connection mechanical and electrical control module. When the telephone power control module receives the control command, the telephone connection is switched according to the content of the control command. Power supply status. 〇 WK) 8] This is the day (4) Xiao Zong Technology Street's ability to make it possible for the viewer to set a condition to allow the telephones connected to the switch to remain in working mode during normal time. Also, in a specific time interval, such as after work or during holidays, each telephone phone is switched to enter a power saving mode. Further, by setting the energy saving condition, each telephone phone can enter the energy saving mode at a normal time, and when it is sensed that each telephone phone is to be used, the corresponding telephone telephone can be restored to the working mode. 100108612 Form No. A0101 Page 5 of 23 1002014595-0 201238284 [0010] Standby Power as described above [Embodiment] The present invention not only saves power but also affects the normal use of the telephone of each telephone. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A preferred embodiment of the present invention, in conjunction with the drawings, is described in detail below. [0013] FIG. 1 is a block diagram of a preferred embodiment of the present invention. The telephone exchange 1 of the present invention (hereinafter referred to as the changeover D, mainly has a central processing award h -12, a telephone power control module U and at least one telephone connection ^ 12 ^ , 丄 122. In this embodiment, the telephone The number of ports 121 and 122 is exemplified by two, but the phone is not limited. The module 12 is electrically connected to the central light river and the at least phone connection (2) and 122 are electrically connected to the phone control module. 12, by means of the switch 1 respectively connecting the ports 121, 122 through the two phones, externally connecting telephone phones (such as the telephone phones μ and 32 shown in the second figure) 'and' providing the power required by each of the telephones 31, 32 In this embodiment, each of the telephone telephones 31 is electrically connected to the exchange Al through a single telephone and a stencil (not shown), whereby the video signal is transmitted through the telephone cable and the switch 1 and/or Or an audio signal, and receiving the power provided by the switch 1. _] The central processing unit 11 internally stores an application 11 for providing a webpage (not shown), whereby the user can even The Internet' uses the web page to set at least one energy saving condition (described later in detail). Further, the user can also use each of the telephone telephones 3 and 32 electrically connected to the switch i, thereby passing each of the telephones. _31, (4) Control to set the energy saving condition. 1002014595-0 100108612 Form No. A0101 Page 6 of 23
201238284 L0015J 舉例來說，使用者可操控特定的話機（例如該電話話機 31)進入一設定模式後，輸入一般使用者密碼，以設定該 電話話機31本身的節能條件，並儲存至該交換機丨。再者 ’亦可於進人設賴式後，輸人-管理者密碼，以設定 與該交換機1電性連接的所有電話話機的節能條件。^而 以上所述僅為較佳具體實施’並非用以限制本發明之權 利範圍。 [0016] Ο 該交換機1主要通過該話機電源控制模組12，控制對各該 話機連接埠12卜122的供電模式。本實施例中，主要有乂 正常供電、微量供電及完全不供電等供電狀態並且每 -個該話機連接埠m、122的供電狀態，可不相同。各該 電話話機31、32係分別通過各該話機連辞蜂121、接 收電能’其中’正常供電令所連接的該電話話機3i、W 維持-工作模式、微量供電令該電話話細、32進入_ 節能模式中的-待機模式，而完全不供電令該電話話機 31、32進入該卵能模式中的一斷電模式。 Q [0017] 該中央處理S 11麵時韻賴設定㈣祕件是否達 成’並且’於該節祕件達成時發出_㈣命令C1至該 話機電源控制模組12。該關電紐龍M12接收該控 制命令cm，係依據該㈣命令的㈣，城指定的該 話機連接埠121、122的供電狀態。 [0018] 該父換機1中更可包括-系統時鐘丨3，電性連接該中央處 理器U ’該系統時鐘13主要用以提供該交換則的時間給 該中央處理器1卜上述該節能條件可被設定為—時間區 間’例如’可將該節能條件設定為公司的下班時間（如星 100108612 表單編號A0101 第7頁/共23頁 1002014595-0 201238284 期一至星期五的7 : 00至19 : 00，以及星期六、星期日全 天）。 [0019] 舉例來說，若該交換機1及各該電話話機31、32常態處於 工作模式，則當該交換機1的時間落入該時間區間時，視 為該節能條件達成。此時，該交換機1切換指定的該話機 連接埠121、122的供電狀態，藉以令對應的各該電話話 機31、32切換為節能模式。更具體而言，係將對應的各 該電話話機31、32切換為節能模式中的待機模式或斷電 模式。並且，當該交換機1的時間未落入該時間區間時， 視為該節能條件解除，此時該交換機1再次交換指定的該 話機連接埠121、122的供電狀態，令對應的各該電話話 機31、32恢復為工作模式。 [0020] 值得一提的是，通過使用者的設定，可保留特定的話機 連接埠，連接至特定的電話話機，例如為警衛室的電話 。當所有的該電話話機31、32皆切換為節能模式時，該 特定的電話話機仍維持工作模式，並將所有來電皆轉接 到該特定的電話話機，藉以免除該交換機1完全失效的問 題。 [0021] 該交換機1更包括一環境監控模組14，電性連接該中央處 理器11，該交換機1通過該環境監控模組14對外連接一感 應裝置（如第二圖中所示的該感應裝置2)。當該環境監控 模組14接收該感應裝置發出的一感應訊號S1時，將該感 應訊號S1傳送至該中央處理器11，以觸發該中央處理器 11發出該控制命令C1。藉以，控制該話機電源控制模組 12，切換指定的該話機連接埠121、122的供電狀態。 100108612 表單編號A0101 第8頁/共23頁 1002014595-0 201238284 [0022] [0023] Ο [0024]201238284 L0015J For example, the user can control a specific phone (for example, the phone 31) to enter a setting mode, input a general user password to set the energy saving condition of the phone 31 itself, and store it in the switch. Furthermore, it is also possible to enter a person-administrator password to set the energy-saving conditions of all telephones electrically connected to the switch 1. The above description is only a preferred embodiment and is not intended to limit the scope of the invention. [0016] The switch 1 controls the power supply mode of each of the telephones to be connected to the telephone 12 through the telephone power control module 12. In this embodiment, there are mainly power supply states such as normal power supply, micro power supply, and no power supply, and the power supply state of each of the telephones connected to 埠m, 122 may be different. Each of the telephones 31, 32 is connected to each other by the telephone, and receives the electric energy 'where' the normal telephone power supply is connected to the telephone telephone 3i, W maintains - working mode, the micro power supply makes the telephone fine, 32 enters _ The standby mode in the power save mode, and the no power supply causes the telephone phones 31, 32 to enter a power down mode in the egg energy mode. Q [0017] The central processing of the S11 surface is based on whether the (4) secret component reaches 'and' and the _ (four) command C1 is issued to the telephone power control module 12 when the secret component is reached. The power-off button M12 receives the control command cm according to (4) of the (4) command, and the designated power of the phone is connected to the power supply state of the ports 121 and 122. [0018] The parent switch 1 may further include a system clock 丨3, electrically connected to the central processing unit U'. The system clock 13 is mainly used to provide the exchanged time to the central processing unit 1 The condition can be set to - time interval 'for example' can set the energy saving condition as the company's off-hours (eg star 100108612 form number A0101 page 7 / total 23 page 1002014595-0 201238284 period one to Friday 7: 00 to 19: 00, and Saturday and Sunday all day). For example, if the switch 1 and each of the telephones 31, 32 are in an active mode, when the time of the switch 1 falls within the time interval, the energy saving condition is deemed to be reached. At this time, the switch 1 switches the power supply state of the designated telephone ports 121, 122, so that the corresponding telephone phones 31, 32 are switched to the power saving mode. More specifically, the corresponding telephone telephones 31, 32 are switched to the standby mode or the power-off mode in the power saving mode. Moreover, when the time of the switch 1 does not fall within the time interval, the energy saving condition is deemed to be released. At this time, the switch 1 exchanges the designated power supply status of the telephone ports 121 and 122 again, so that the corresponding telephone phones are respectively selected. 31, 32 return to working mode. [0020] It is worth mentioning that, through the user's settings, a specific phone connection can be reserved and connected to a specific telephone phone, such as a guard room phone. When all of the telephones 31, 32 are switched to the power save mode, the particular telephone handset remains in the active mode and all incoming calls are forwarded to the particular telephone telephone, thereby exempting the switch 1 from complete failure. [0021] The switch 1 further includes an environment monitoring module 14 electrically connected to the central processing unit 11. The switch 1 is externally connected to a sensing device through the environment monitoring module 14 (such as the sensing shown in the second figure). Device 2). When the environmental monitoring module 14 receives an inductive signal S1 from the sensing device, the sensing signal S1 is transmitted to the central processing unit 11 to trigger the central processing unit 11 to issue the control command C1. Therefore, the phone power control module 12 is controlled to switch the power supply status of the specified phone port 121, 122. 100108612 Form No. A0101 Page 8 of 23 1002014595-0 201238284 [0022] [0023] [0024]
舉例而言，上述該感應裝置2可為亮度感應器、聲音感應 器及溫度感應器等的至少其中之一。當該節能條件被達 成，連接該交換機1的各該電話話機31、32被切換為節能 模式時，若該感應裝置2被觸發，表示該感應裝置2所在 區域的電話話機31、32將被使用。此時該交換機1立即切 換指定的該話機連接埠121、122的供電狀態，令該區域 中的各該電話話機31、32恢復為工作模式。 再例如，該感應裝置2可為一門禁卡感應器，並且該節能 條件更可包含一刷卡條件。舉例來說，即使該交換機1的 時間尚未落入該時間區間，但當公司的最後一個員工下 班，指定的門禁卡皆刷卡完畢時，視為該節能條件達成 。此時，該交換機1提早切換指定的該話機連接埠121、 122的供電狀態，令對應的各該電話話機31、32進入節能 模式。 該交換機1中更包括一系統節能模組15，電性連接該中央 處理器11，用以控制該交換機1本身的狀態。當該交換機 1的週邊設備（例如各該電話話機31、32)進入節能模式， 並達一定條件之後，由該中央處理器1通知該系統節能模 組15，藉以，由該系統節能模組15控制該交換機1本身進 入節能模式。例如，降低該中央處理器11的執行速度， 以進入一省電模式，或者降低記憶體（圖未標示）的時脈 週期（Clock)以減低耗電量等，不加以限定。 該交換機1中更包括一數位訊號輸出入模組16，電性連接 該中央處理器11，該交換機1通過該數位訊號輸出入模組 16對外連接需要進行電能控制的電子設備。例如以冰箱 100108612 表單編號A0101 第9頁/共23頁 1002014595-0 [0025] 201238284 為例，當冰箱溫度異常並發出警報時，會產生輸入訊號 至該交換機1，藉以該交換機1透過輸出訊號，控制該冰 箱的狀態（例如控制溫度，或控制電能以強制啟動或關閉 )、開啟監視器（圖未標示）監看該冰箱所在區域，或發送 簡訊通知專人到場處理等。 [0026] 其中，該電子設備可常態保持零輸入電流，並於狀況發 生時，產生輸入電流做為該輸入訊號；或者，該電子設 備可常態輸入一預定電流至該交換機1，並於狀況發生， 輸入電流準位超過一標準值（例如可設定該節能條件）時 ，被該交換機1視為異常，但不加以限定。 [0027] 續請參閱第二圖，為本發明之一較佳具體實施例之系統 架構圖。本發明的交換機系統，主要包括該交換機1、至 少一個該電話話機31、32以及至少一個該感應裝置2，各 該電話話機31、32以及該感應裝置2分別與該交換機1電 性連接。 [0028] 本實施例中，該交換機1主要係通過内部的該中央處理器 11來判斷該節能條件是否達成，並且，於該節能條件達 成時，發出該控制命令C1至指定的該電話話機31、32。 藉以，指定的該電話話機31、32接收該控制命令C1後， 依據該控制命令C1的内容，自行切換話機狀態（例如由工 作模式切換為待機模式）。並且，於該節能條件解除時， 該交換機1再發出該控制命令C1，令指定的該電話話機31 、32再次切換話機狀態（例如由待機模式恢復為工作模式 )。其中，該控制命令C1主要係通過與該話機連接埠121 、122連接的該電話纜線傳送至該電話話機31、32，或者 100108612 表單編號A0101 第10頁/共23頁 1002014595-0 201238284 [0029] 0 [0030] [0031]For example, the sensing device 2 may be at least one of a brightness sensor, a sound sensor, a temperature sensor, and the like. When the energy saving condition is reached, when the telephones 31, 32 connected to the switch 1 are switched to the power saving mode, if the sensing device 2 is triggered, the telephone telephones 31, 32 indicating the area where the sensing device 2 is located will be used. . At this time, the switch 1 immediately switches the power supply status of the specified telephone port 121, 122, and restores each of the telephone phones 31, 32 in the area to the working mode. For another example, the sensing device 2 can be an access card sensor, and the energy saving condition can further include a card swipe condition. For example, even if the time of the switch 1 has not yet fallen into the time interval, when the last employee of the company goes off work and the designated access card is swiped, the energy saving condition is deemed to be reached. At this time, the switch 1 switches the designated power supply state of the telephone ports 121, 122 early, so that the corresponding telephone phones 31, 32 enter the energy saving mode. The switch 1 further includes a system power saving module 15 electrically connected to the central processor 11 for controlling the state of the switch 1 itself. When the peripheral devices of the switch 1 (for example, the telephone phones 31, 32) enter the energy-saving mode and reach a certain condition, the central processor 1 notifies the system energy-saving module 15 that the system energy-saving module 15 is Controlling the switch 1 itself enters a power saving mode. For example, the execution speed of the central processing unit 11 is lowered to enter a power saving mode, or the clock period (Clock) of the memory (not shown) is lowered to reduce power consumption and the like, and is not limited. The switch 1 further includes a digital signal input/output module 16 electrically connected to the central processing unit 11. The switch 1 externally connects the electronic device that needs to perform power control through the digital signal input/output module 16. For example, in the refrigerator 100108612, the form number A0101, page 9 / 23 pages 1002014595-0 [0025] 201238284, when the temperature of the refrigerator is abnormal and an alarm is issued, an input signal is generated to the switch 1, whereby the switch 1 transmits the output signal. Control the state of the refrigerator (such as controlling the temperature, or controlling the power to force start or stop), turn on the monitor (not shown) to monitor the area where the refrigerator is located, or send a newsletter to notify the person to attend the scene. [0026] wherein the electronic device can normally maintain zero input current, and generate an input current as the input signal when the condition occurs; or, the electronic device can normally input a predetermined current to the switch 1, and the condition occurs. When the input current level exceeds a standard value (for example, the energy saving condition can be set), the switch 1 is regarded as abnormal, but is not limited. [0027] Referring to the second figure, a system architecture diagram of a preferred embodiment of the present invention is shown. The switch system of the present invention mainly includes the switch 1, at least one of the telephones 31, 32 and at least one of the sensing devices 2. Each of the telephones 31, 32 and the sensing device 2 are electrically connected to the switch 1. In this embodiment, the switch 1 mainly determines whether the energy saving condition is reached by the internal central processing unit 11 and, when the energy saving condition is met, issues the control command C1 to the designated telephone phone 31. 32. Therefore, after the designated telephone telephones 31, 32 receive the control command C1, the telephone state is automatically switched according to the content of the control command C1 (for example, switching from the working mode to the standby mode). Further, when the energy saving condition is released, the switch 1 reissues the control command C1 to cause the designated telephone telephones 31, 32 to switch the telephone state again (for example, from the standby mode to the active mode). The control command C1 is mainly transmitted to the telephone phone 31, 32 through the telephone cable connected to the telephone port 121, 122, or 100108612. Form No. A0101 Page 10 / Total 23 Page 1002014595-0 201238284 [0029 ] 0 [0030] [0031]
，該交換機1通過網路對外傳輸該控制命令Cl，並且該電 話話機31、32分別通過網路接收該控制命令C1，不加以 限定。 值得一提的是，本實施例中，係由各該電話話機31、32 自行切換話機狀態，並非由該交換機1控制各該話機連接 埠121、122的供電狀態。因此指定的該電話話機31、32 無法切換為節能模式中的斷電模式，否則將無法自行從 斷電模式中恢復。 該感應裝置2可為亮度感應器、聲音感應器、溫度感應器 及門禁卡感應器等的至少其中之一，當該感應裝置2被觸 發，並發出該感應訊號S1至該交換機1時，該交換機1發 出該控制命令C1，令指定的該電話話機31、32切換自身 的話機狀態8 舉例來說，實驗室或儲藏室大部分時間皆處於無人狀態 ，因此，可令實驗室或儲藏室中的交換機1及該電話話機 31、32常態處於節能模式。當亮度感應器、聲音感應器 或溫度感應器感應到有人出現，或門禁卡感應器接受刷 卡時，即由該感應裝置2發出該感應訊號S1至該交換機1 。藉以，該交換機1再發出該控制命令C1至指定的該電話 話機31、32，令指定的該電話話機31、32自行恢復為工 作模式。 該交換機系統中，還可包括至少一個感應單元，電性連 接至各該電話話機31、32，或内建於各該電話話機31、 32中。例如第二圖中所示，一第一感應單元311可為獨立 100108612 表單編號A0101 第11頁/共23頁 1002014595-0 [0032] 201238284 的感應單元’並電性連接至該電話話機31，而一第二感 應單元3 21則可内建於該電1¾•話機3 2之中。 [0033]以該第二感應單元321為例，當該第二感應單元321被觸 發，例如該電話話機32的話筒被提起、使用該電話話機 32撥號、或該電話話機32内建的攝影機拍攝到人臉時， 表示該電話話機32將被使用，此時該電話話機32自行恢 復為工作模式。 [0034] [0035] 參閱第三圖，為本發明之另—較佳具體實施例之系統架 構圖。本實施例中’該交換機系統更包括一網路交換機4 ，該網路交換機4通過網際鲫路與該交換棒i連接。該網 路交換機4連接至少一網路電話愈機（Yt〇ice 〇ver In_ ternet Protocol Ph〇ne，v〇Ip ph〇ne〉41 ' 42，其中 ，該網路交換機1係通過乙太網路供電（p〇wer overThe switch 1 transmits the control command C1 through the network, and the phone phones 31 and 32 respectively receive the control command C1 through the network, which is not limited. It should be noted that, in this embodiment, the telephones are switched by the telephones 31 and 32, and the power supply status of each of the telephone connections 埠121, 122 is not controlled by the switch 1. Therefore, the designated telephones 31, 32 cannot be switched to the power-off mode in the power-saving mode, otherwise they will not be able to recover from the power-off mode by themselves. The sensing device 2 can be at least one of a brightness sensor, a sound sensor, a temperature sensor, and an access card sensor. When the sensing device 2 is triggered and sends the sensing signal S1 to the switch 1, the The switch 1 issues the control command C1 to cause the designated telephone telephone 31, 32 to switch its own telephone state. 8 For example, the laboratory or the storage room is in an unmanned state for most of the time, and thus can be placed in a laboratory or a storage room. The switch 1 and the telephones 31, 32 are normally in the energy saving mode. When the brightness sensor, the sound sensor or the temperature sensor senses that someone is present, or the access card sensor accepts the card, the sensing device 2 sends the sensing signal S1 to the switch 1. Therefore, the switch 1 re-issues the control command C1 to the designated telephones 31, 32, and causes the designated telephone telephones 31, 32 to return to the working mode by themselves. The switch system may further include at least one sensing unit electrically connected to each of the telephones 31, 32 or built into each of the telephones 31, 32. For example, as shown in the second figure, a first sensing unit 311 can be an independent 100108612 form number A0101 page 11 / 23 page 1002014595-0 [0032] 201238284 sensing unit 'and electrically connected to the telephone phone 31, and A second sensing unit 3 21 can be built into the electrical telephone 3 2 . Taking the second sensing unit 321 as an example, when the second sensing unit 321 is triggered, for example, the microphone of the telephone phone 32 is lifted, dialed using the telephone telephone 32, or the camera built in the telephone telephone 32 is photographed. When the face is reached, it indicates that the telephone 32 will be used, at which time the telephone 32 returns to its own mode of operation. [0035] Referring to the third figure, a system architecture diagram of another preferred embodiment of the present invention is shown. In this embodiment, the switch system further includes a network switch 4, and the network switch 4 is connected to the switch bar i through an internet gateway. The network switch 4 is connected to at least one network telephone call (Yt〇ice 〇ver In_ ternet Protocol Ph〇ne, v〇Ip ph〇ne> 41 ' 42, wherein the network switch 1 is through the Ethernet Power supply (p〇wer over
Ethernet, P〇E)技術對各該網路電話話機41、42進行供 電，並且各該網路電話話機41、42的數量不以二為限。 當該交換機系統的節能條件達成時，該交換機丨發出該控 制命令C1至該網路交換機4，該齡麵交換機4依據該控制 命令ci的内容切換對各該網路電話話機41、42的供電狀 態，藉以令各該網路電話話機41、42切換為節能模式。 更具體而言，係切換為節能模式中的待機模式或斷電模 式。當该節能條件解除時，該網路交換機4恢復對各該網 路電話話機41、42的供電狀態，令各該網路電話話機41 、42恢復工作模式。並且，各該網路電話話機41、42再 接著通過該網路交換機4，重新連接該交換機丨並進行註 冊。再者，視該控制命令以的内容而定，該網路交換機4 100108612 表單編號A0101 第12頁/共23頁 1002014595-0 201238284 亦可直接將該控制命令Cl傳至各該網路電話話機41、42 ，令各該網路電話話機41、42自行切換話機狀態，不加 以限定。 [0036] 最後請參閱第四圖，為本發明之一較佳具體實施例之流 程圖。首先’使用者通過該網頁設定該節能條件（步驟 S40) ’藉’該交換機1定時判斷該節能條件是否達成（ Ο 步驟S42)。當該節能條件達成時，切換指定的該電話話 機31、32的話機狀態（步驟S44)。更具體而言，該步驟 S44係由該交換機1切換對各該話機連接埠121、ία的供 電狀態’藉以改變指定的該電話話機31、32的話機狀態 :或者’由該交換機1發出該控制命令C1至指定的該電話 話機31、32 ’令指定的該電話話機31、32自行切換話機 狀態’不加以限定。其中，該交換機1係可通過電話纜線 傳送該控制命令C1，或通過網路將該控制命令C1傳送給 該電話話機31、32。 [0037] Ο 接著’判斷該感應裝置2或該二感應單元311、321是 否被觸發（步驟S46)，若是，則指定的該電話話機31、 32恢復為工作模式（步驟S48) ^更具體而言，若該感應裝 置2被觸發’則係由該交換機1對各該話機連接埠12ι、 122正常供電，或發出該控制命令1至指定的該電話話機 31、32 ’以令指定的該電話話機31、32恢復為工作模式 •，而若是該二感應單元311、321被觸發，則係由指定的 該電話話機31、32自行恢復為工作模式。 該步驟S48之後’當指定的該電話話機31、32間置一定時 間後’切換話機狀態為節能模式。最後，該交換機1定時 100108612 表單編號A0101 第13頁/共23頁 1002014595-0 [0038] 201238284 判斷該節能條件是否解除（步驟S52)，當該節能條件解除 時，該交換機1切換指定的該電話話機31、32的話機狀態 (步驟S54)。更具體而言，係由該交換機1切換對各該話 機連接埠121、122的供電狀態，藉以改變指定的該電話 話機31、32的話機狀態；或者，發出該控制命令C1至指 定的該電話話機31、32，以切換各該電話話機31、32的 話機狀態。其中，該交換機1係可通過電話纜線傳送該控 制命令C1，或通過網路將該控制命令C1傳送給該電話話 機31 、 32 。 [0039] 以上所述僅為本發明之較佳具體實例，非因此即侷限本 發明之專利範圍，故舉凡運用本發明内容所為之等效變 化，均同理皆包含於本發明之範圍内，合予陳明。 【圖式簡單說明】 [0040] 第一圖係本發明之一較佳具體實施例之交換機方塊圖。 [0041] 第二圖係本發明之一較佳具體實施例之系統架構圖。 [0042] 第三圖係本發明之另一較佳具體實施例之系統架構圖。 [0043] 第四圖係本發明之一較佳具體實施例之流程圖。 【主要元件符號說明】 [0044] 1…電話交換機 [0045] 11…中央處理器 [0046] 110…應用程式 [0047] 1 2…話機電源控制模組 [0048] 121、122…話機連接埠 100108612 表單編號 A0101 第 14 頁/共 23 頁 1002014595-0 201238284 [0049] 13…系統時鐘 [0050] 14…環境監控模組 [0051] 15…系統節能模組 [0052] 16…數位訊號輸出入模組 [0053] 2…感應裝置 [0054] 31、32…電話話機 [0055] D [0056] 311…第一感應單元 321…第二感應單元 [0057] 4…網路交換機 [0058] 41、42···網路電話話機 [0059] C1…控制命令 [0060] S1…感應訊號 [0061] S40〜S54…步驟 100108612 表單編號A0101 第15頁/共23頁 1002014595-0The Ethernet, P〇E) technology supplies power to each of the network telephones 41, 42 and the number of each of the network telephones 41, 42 is not limited to two. When the energy saving condition of the switch system is reached, the switch sends the control command C1 to the network switch 4, and the age switch 4 switches the power supply to each of the network telephones 41 and 42 according to the content of the control command ci. The status is such that each of the network telephones 41, 42 is switched to the power saving mode. More specifically, it switches to the standby mode or the power-off mode in the power-saving mode. When the power saving condition is released, the network switch 4 resumes the power supply state of each of the network telephone telephones 41, 42 so that each of the network telephone telephones 41, 42 resumes the working mode. Further, each of the network telephones 41, 42 is then reconnected to the switch through the network switch 4 and registered. Furthermore, depending on the content of the control command, the network switch 4 100108612 form number A0101 page 12 / 23 pages 1002014595-0 201238284 can also directly transfer the control command C1 to each of the network telephones 41 42. Let the VoIP phones 41 and 42 switch the state of the phone by itself, which is not limited. [0036] Finally, please refer to the fourth figure, which is a flow chart of a preferred embodiment of the present invention. First, the user sets the energy saving condition through the web page (step S40). The switch 1 periodically determines whether the energy saving condition is reached (Ο step S42). When the energy saving condition is reached, the specified telephone state of the telephones 31, 32 is switched (step S44). More specifically, the step S44 is to switch the power supply status of each of the telephone ports 埠121, ία by the switch 1 to change the specified phone state of the telephone phone 31, 32: or 'the control is issued by the switch 1. The command C1 to the designated telephone telephone 31, 32' causes the designated telephone telephone 31, 32 to switch the telephone status "undefined". The switch 1 can transmit the control command C1 via a telephone cable or transmit the control command C1 to the telephones 31, 32 via the network. [0037] Ο then 'determine whether the sensing device 2 or the two sensing units 311, 321 are triggered (step S46), and if so, the designated telephone phones 31, 32 return to the working mode (step S48) ^ more specifically In other words, if the sensing device 2 is triggered, the switch 1 normally supplies power to each of the phone connections ,12, 122, or issues the control command 1 to the designated phone 31, 32' to specify the phone. The telephones 31, 32 are restored to the operational mode, and if the two sensing units 311, 321 are triggered, the designated telephone telephones 31, 32 are automatically restored to the operational mode. After the step S48, 'when the designated telephone telephones 31, 32 are placed for a certain period of time', the telephone state is switched to the power saving mode. Finally, the switch 1 timing 100108612 form number A0101 page 13 / 23 pages 1002014595-0 [0038] 201238284 determines whether the energy saving condition is released (step S52), when the energy saving condition is released, the switch 1 switches the designated telephone The telephone state of the telephones 31, 32 (step S54). More specifically, the switch 1 switches the power supply state of each of the telephone ports 121, 122 to change the specified phone state of the phone 31, 32; or sends the control command C1 to the designated phone. The telephones 31, 32 switch the state of the telephones of each of the telephones 31, 32. The switch 1 can transmit the control command C1 via a telephone cable or transmit the control command C1 to the telephones 31, 32 via the network. The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and equivalent variations of the present invention are included in the scope of the present invention. Combined with Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS [0040] The first figure is a block diagram of a switch of a preferred embodiment of the present invention. [0041] The second drawing is a system architecture diagram of a preferred embodiment of the present invention. [0042] The third drawing is a system architecture diagram of another preferred embodiment of the present invention. [0043] The fourth diagram is a flow chart of a preferred embodiment of the present invention. [Main component symbol description] [0044] 1...Telephone switch [0045] 11...Central processor [0046] 110...Application program [0047] 1 2...Phone power control module [0048] 121, 122...Phone connection 埠100108612 Form No. A0101 Page 14 of 23 1002014595-0 201238284 [0049] 13...System Clock [0050] 14...Environmental Monitoring Module [0051] 15...System Energy Saving Module [0052] 16...Digital Signal Input and Output Module [0053] 2...Induction device [0054] 31, 32...phonephone [0055] D [0056] 311...first sensing unit 321...second sensing unit [0057] 4...network switch [0058] 41, 42· ··Internet phone [0059] C1... control command [0060] S1...sensing signal [0061] S40~S54...step 100108612 Form number A0101 Page 15 of 23 1002014595-0