6 5 1 9 R_B7 _ 五、發明説明（1 ) (請先讀背面之注意事項再填寫本頁) 本發明係有關於一攜帶式移動通訊單元，更明確地說 係有關於一種方法及裝置用於自動切換攜帶式移動通訊 單元之操作模式，其中一模式信號產生單元被安裝於需要 安靜之區域並產生由對應於由正常振動模式、傳輸限制振 動模式、來電切斷模式、影像與資料傳輸禁止模式及正常 操作模式中選出之模式的一模式價號，而在回應於該模式 信號下自動切換該攜帶式移動通訊單元為所選擇的模式 信號，故其防止被該攜帶式移動通訊單元所產生之傅呼S 示音與經由該攜帶式移動通訊單元之通話在需要安靜之 區域所造成之噪音的產生，同時防止在需要觀察祕密之區 域的影像與資料資訊之洩漏· 由於使用如行動電話、攜帶式衛星電話與呼叫器之攜 帶式移動通訊單元越來越普遍•在如教堂、音樂廳、戲院、 法庭與教室等需要安靜的區域由攜帶式移動通訊單元所 產生如鈴轡之可聽見的傳呼警示造成的問題越嚴重•為了 限制攜帶式移動通訊單元之魯莽的使用|其已強烈地被要 求在某些區域強迫限制使用攜帶式移動通訊單元· 經濟部智慧財產局員工消費合作社印製 各種的方法已被提出，其適用於在某些區域切斷或限 制以攜帶式移動通訊單元通訊•例如，其有藉由產生干擾 波來切斷以攜帶式移動通訊單元通訊之通訊切斷方法。另 一方法已亦被提出，其中波產生器被安裝於房間之走道， 以在該通訊單元經由走道進入房間時將攜帶式移動通訊 單元的傳呼譬示模式由鈴聲模式切換為振勖模式，而在該 通訊單元經由走道離開房間時再次切換該通訊單元之傳 -5- 本紙張尺度適用中固國家標準（CMS ) Α4规格u丨0X297公釐） 經濟部智慧財產局員工消費合作社印製 A7 B7 五、發明説明（2 ) 呼警示模式為鈴聲模式* 然而，前者之通訊切斷方法的問題在於攜帶式移動通 訊單元之通訊功能完全被切斷，使得通訊權被侵犯。在攜 帶式移動通訊單元之通訊功能完全被切斷時，該通訊單元 連續地嘗試與基地站建立傳呼頻道，因該通訊切斷被視為 是由通訊單元離開服務區所造成*因此，電池耗用的大幅 增加會發生•使得«池的使用番命縮短* 另一方面，後者之自動傳呼警示模式切換模式有各種 的問題，因攜帶式移動通訊單元在鈴聲模式與振動模式間 的傳呼模式切換僅在波產生器被安裝之走道被實施•這些 問題如下= 1. 雖然攜帶式移動通訊單元在進入需要安靜之區域 時由鈴聲模式被操作模式為振動模式，使用者可回答來電 而與來電者進行通話*此通話會干擾附近的人。此外，其 不可能完全禁止使用者打電話。因此*此方法用於維持靜 音區的安靜之效果被降低。 2. 雖然攜帶式移動通訊單元在進入需要安靜之區域 時由鈴聲模式被操作模式為振動模式，使用者可手動地再 將傳呼瞥示模式切換為鈴聲模式· 3. 雖然該傳呼譬示模式切換操作將在需要安靜之區 域的走道被進行，其在下列狀況下可能無法被達成： (1)在攜帶式移動通訊單元之使用者於通訊單元 被關掉的狀態中通過走道時，通訊單元之傳呼警示模 式切換未被進行* 本紙張尺反適用中囷國家標準（CNS ) A4洗格（210X297公釐） i i 裝 II 訂 i . It n iw. {請先閲讳背面之注意事項再填窩本頁) A7 經濟部智慧財產局員工消費合作社印製 五、發明説明（3 ) (2)在波產生器在關機狀態或不正常操作中，當帶 著該通訊單元經由波產生器被安裝之走道離開需要 安靜之區域而維持著振動模式時，該攜帶式移動通訊 單元之振動模式未再被切換為鈴聲模式。 4. 在攜帶式移動通訊單元於被安裝有波產生器內被 維持為振動模式的事實亦會發生問題•例如，當演奏或講 課在音樂廳或教室尚未開始時，即使用者等候演奏或講課 開始時，其不需摧帶式移動通訊單元被維持為振動模式。 因之，在此情形強迫維持振動楔式會是對可攜帶式行動通 訊的不合理或過度限制· 5. 在攜帶式移動通訊單元之使用者於通訊單元被關掉 的狀態中通過走道時•通訊單元之傳呼瞥示模式切換未被 進行》 6. 攜帶式移動通訊單元必須持續地檢査由信號產生器 所產生之電波的傳輸以在其通過該信號產生器被安裝之 走道時確定地接收被傳輸之電波•因此，電池消耗之增加 會發生。為了回應由基地台之來電而建立通話頻道•攜帶 式移動通訊單元例如以2.56秒之時段接收外部信號。因 此，若該撺帶式移動通訊單元在連續的信號接收點間的一 備選時間點通過該走道|其可能在接收由信號產生器被產 生的電波為失敗的。在此情形中就算攜帶式移動通訊單元 通過該走道，其未被切換為振動模式。此可藉由將信號接 收時段2. 5 &減短為0.5至1秒而被解決·然兩在此情形 中|由於攜帶式移動通訊單元檢査接收信號的次數增加 -------^ (請先^讀背缸之注意事項再填寫本頁) 本紙張尺度適用中國國家標窣（CNS ) A4规格（210X297公釐） % 經濟部智慧財產局員工消費合作社印製 A7 B7 五、發明説明（4 ) 、 而發生電池耗用大幅增加* 因此，本發明已就上述問題之觀點被做f，且本發明 之目標為要解決上述的問題及提供一裝置4於自動切換 一攜帶式移動通訊單元之操作模式，其中一模式信號產生 單元被安裝於需要安靜之區域並產生由對應於由正常振 動模式、傳輸限制振動楔式、來電切斷模式、影像與資料 傳輸禁止模式及正常操作模式中選出之模式的一模式信 號•而在回應於該模式信號下自動切換該攜帶式移動通訊 單元為所遢擇的模式信號，故其防止被該攜帶式移動通訊 單元所產生之傳呼警告音與經由該攜帶式移動通訊單元 之通話在需要安靜之區域所造成之噪音的產生，同時防止 在需要觀察祕密之區域的影像與資料資訊之洩漏· 依照本發明之一層面•其提供一^裝置用於自動切換 一攜帶式移動通訊單元之操作模式為所欲之模式，包含一 模式信號產生單元被安裝於需要限制該攜帶式移動通訊 單元之使用的區域並適用於產生由一正常振動模式信號 被選擇之模式信號用於將該攜帶式移動通訊單元由鈴聲 模式切換為振動模式、一傳輸限制振動模式信號用於將該 攜帶式移動通訊單元由鈴聲模式切換為振動模式而又允 許接收由呼叫者之來電與語音•但防止語音由該攜珉式移 動通訊單元傳輸、一來電切斷模式信號用於切換該撒帶式 移動通訊單元為一模式來防止傳呼警示在回應於該來電 下被產生、一影像與資料傳輸禁止模式信號用於切換該攛 帶式移動通訊單元為一模式來防止以該攜帶式移動通訊、 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） ---------裝--------訂------I線 (請先閲讀背面之注意事項再填t?本頁) 4 A7 B7 五、發明説明（5 ) 單元傳輸影像與資料而又允許該攜帶式移動通訊單元之 通話、以及正常操作模式信號用於切換該攜帶式移動通訊 單元為一模式來允許該攜帶式移動通訊單元正常操作；且 該攏帶式移動通訊單元由該模式信號產生單元接收該模 式信號並執行一操作對應於所接收之模式信號· 依照本發明之另一層面，其提供一種裝置用於自動切 換一攜帶式移動通訊單元之操作模式為所欲之模式•包含 一模式信號產生單元被安裝於需要限制該擁帶式移動通 訊單元之使用的區域並適用於產生由一正常振動模式信 號被選擇之模式信號用於將該攜帶式移動通訊單元由鈴 聲模式切換為振動模式、一傳輸限制振動模式信號用於將 該攜帶式移動通訊單元由鈴聲模式切換為振動模式而又 允許接收由呼叫者之來電與語苷，但防止語音由該攜帶式 移動通訊單元傳輸、一來電切斷模式信號用於切換該摁帶 式移動通訊單元為一模式來防止傳呼警示在回應'於該來 電下被產生、一影像與資料傳輸禁止模式信號用於切換該 攜帶式移動通訊單元為一模式來防止以該攜帶式移動通 訊單元傳輸影像與資料而又允許該攜帶式移動通訊單元 之通話、以及正常操作模式信號用於切換該攜帶式移動通 訊單元為一模式來允許該攜帶式移動通訊單元正常操 作；一進入信號產生單元被安裝於該區域之一走道並適用 於產生一進入信號通知該攜帶式移動通訊單元有進入該 區域內之情形；一離開信號產生單元被安裝於該區域之該 走道並適用於產生一離開信號通知有離開之情形；且該攜 一 9一 本紙張尺度適用中國困家標率（CNS )八4%格（210X297公釐） (請先·«讀背Φ-之注意事項再填寫本頁) .装.6 5 1 9 R_B7 _ V. Description of the invention (1) (Please read the notes on the back before filling out this page) The present invention relates to a portable mobile communication unit, more specifically to a method and device To automatically switch the operation mode of the portable mobile communication unit, one of the mode signal generating units is installed in the area that needs to be quiet and generates a signal corresponding to the normal vibration mode, transmission limit vibration mode, call disconnection mode, image and data transmission prohibition. A mode number of the mode selected in the mode and the normal operation mode, and in response to the mode signal, the portable mobile communication unit is automatically switched to the selected mode signal, so it is prevented from being generated by the portable mobile communication unit Fu Fu S Speaking and the communication through the portable mobile communication unit generate noise in areas that need to be quiet, and at the same time prevent the leakage of images and information in areas that need to be kept secret. Due to the use of mobile phones, Portable mobile communication units such as portable satellite phones and pagers are becoming more common. Concert halls, theaters, courts, and classrooms that require quiet areas, the more serious the problems caused by audible paging alerts such as bells generated by portable mobile communication units • To limit the reckless use of portable mobile communication units | Strongly required to enforce restrictions on the use of portable mobile communication units in certain areas. • Various methods of printing by employees' consumer cooperatives of the Intellectual Property Bureau of the Ministry of Economy have been proposed, which are suitable for cutting off or restricting mobile communication in certain areas. Unit communication • For example, there is a communication disconnection method that interrupts communication with a portable mobile communication unit by generating an interference wave. Another method has also been proposed, in which a wave generator is installed in the walkway of the room to switch the paging example mode of the portable mobile communication unit from the ring mode to the vibrating mode when the communication unit enters the room through the walkway, and When the communication unit leaves the room via the aisle, switch the transmission of the communication unit again. -5- This paper size applies to the National Solid Standard (CMS) A4 specification u 丨 0X297 mm. Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. Description of the invention (2) The call alert mode is ringtone mode * However, the problem with the former method of disconnecting the communication is that the communication function of the portable mobile communication unit is completely disconnected, causing the communication right to be violated. When the communication function of the portable mobile communication unit is completely cut off, the communication unit continuously attempts to establish a paging channel with the base station, because the communication cutoff is considered to be caused by the communication unit leaving the service area * Therefore, the battery consumption Significant increase in usage will occur • Makes the use of the pool shorter * On the other hand, the latter's automatic paging alert mode switching mode has various problems, because the portable mobile communication unit switches between the ringing mode and the vibration mode paging mode Implemented only in the aisle where the wave generator is installed. These problems are as follows: 1. Although the portable mobile communication unit is operated from ringtone mode to vibration mode when entering areas requiring quietness, users can answer incoming calls and communicate with callers. Make a call * This call will disturb people nearby. In addition, it is impossible to completely prohibit users from making calls. Therefore * the effect of this method for maintaining the quietness of the quiet zone is reduced. 2. Although the portable mobile communication unit is switched from the ring mode to the vibration mode when entering a zone requiring quiet, the user can manually switch the paging glance mode to the ring mode. 3. Although the paging example mode is switched The operation will be performed on the walkway in the area that needs to be quiet, which may not be achieved under the following conditions: (1) When the user of the portable mobile communication unit passes the walkway with the communication unit turned off, the communication unit The paging alert mode switch has not been carried out. * This paper rule is not applicable to the Chinese National Standard (CNS) A4 grid (210X297 mm). Ii Pack II. I. It n iw. {Please read the precautions on the back before filling the nest. (This page) Printed by A7 Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention (3) (2) When the wave generator is turned off or in abnormal operation, the communication unit is installed via the wave generator. When the aisle leaves the area that needs to be quiet and the vibration mode is maintained, the vibration mode of the portable mobile communication unit is no longer switched to the ringtone mode. 4. The fact that the portable mobile communication unit is maintained in a vibration mode in a wave generator installed may also cause problems. For example, when a performance or lecture has not yet started in the concert hall or classroom, the user is waiting for the performance or lecture. At the beginning, its belt-less mobile communication unit was maintained in vibration mode. Therefore, in this case, the forced maintenance of the vibration wedge may be an unreasonable or excessive restriction on portable mobile communications. 5. When the user of the portable mobile communication unit passes the aisle while the communication unit is turned off • The paging glance mode switch of the communication unit has not been carried out "6. The portable mobile communication unit must continuously check the transmission of the electric wave generated by the signal generator to surely receive the signal when it passes through the aisle where the signal generator is installed Radio waves transmitted • As a result, an increase in battery consumption will occur. To establish a call channel in response to an incoming call from a base station • The portable mobile communication unit receives an external signal, for example, within a period of 2.56 seconds. Therefore, if the piggy-back mobile communication unit passes the walkway at an alternative time point between consecutive signal receiving points, it may fail to receive the radio wave generated by the signal generator. In this case, even if the portable mobile communication unit passes through the aisle, it is not switched to the vibration mode. This can be solved by shortening the signal receiving period 2.5 & to 0.5 to 1 second. However, in this case, because the number of times the portable mobile communication unit checks the received signal increases ----- ^ (Please read the precautions for the back cylinder first and then fill out this page) This paper size applies to China National Standard (CNS) A4 (210X297 mm)% Printed by the Consumer Property Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. Invention Explanation (4) The battery consumption has increased significantly. Therefore, the present invention has been made in view of the above problems, and the object of the present invention is to solve the above problems and provide a device 4 to automatically switch a portable mobile The operation mode of the communication unit. One of the mode signal generating units is installed in an area that needs to be quiet and generates signals corresponding to the normal vibration mode, transmission limit vibration wedge type, call disconnection mode, image and data transmission prohibition mode and normal operation mode A mode signal of the selected mode • and in response to the mode signal, the portable mobile communication unit is automatically switched to the selected mode signal, so it is prevented from being carried by the The paging warning sound generated by the mobile communication unit and the noise caused by the call through the portable mobile communication unit in the area that needs to be quiet, and at the same time prevent the leakage of the image and data information in the area that needs to be observed in secret. According to the invention One level • It provides a device for automatically switching the operation mode of a portable mobile communication unit to a desired mode, including a mode signal generating unit installed in an area where the use of the portable mobile communication unit is restricted and Suitable for generating a mode signal selected by a normal vibration mode signal for switching the portable mobile communication unit from a ring mode to a vibration mode, and transmitting a limited vibration mode signal for switching the portable mobile communication unit from a ring mode It is in vibration mode and allows to receive incoming calls and voices from callers. But it prevents voices from being transmitted by the portable mobile communication unit. A call disconnection mode signal is used to switch the tape-type mobile communication unit to a mode to prevent paging. An alert is generated in response to the call, an image and data The forbidden mode signal is used to switch the ribbon mobile communication unit to a mode to prevent the portable mobile communication. This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) ------- --Install -------- Order ------ I line (please read the notes on the back before filling t? Page) 4 A7 B7 V. Description of the invention (5) Unit transmission image and data The call of the portable mobile communication unit and the normal operation mode signal are allowed to switch the portable mobile communication unit to a mode to allow the portable mobile communication unit to operate normally; and the strap-on mobile communication unit is controlled by the The mode signal generating unit receives the mode signal and performs an operation corresponding to the received mode signal. According to another aspect of the present invention, it provides a device for automatically switching the operation mode of a portable mobile communication unit to a desired mode. • Contains a mode signal generating unit installed in an area where the use of the band-type mobile communication unit is restricted and suitable for generating a mode signal selected by a normal vibration mode signal for applying The portable mobile communication unit is switched from the ring mode to the vibration mode, and a transmission-restricted vibration mode signal is used to switch the portable mobile communication unit from the ring mode to the vibration mode while allowing reception of incoming calls and glycosides from callers, but Prevent voice from being transmitted by the portable mobile communication unit, a call disconnection mode signal is used to switch the piggyback mobile communication unit to a mode to prevent paging alerts from being generated in response to 'the incoming call, and an image and data transmission prohibited The mode signal is used to switch the portable mobile communication unit to a mode to prevent the portable mobile communication unit from transmitting images and data while allowing the portable mobile communication unit to talk, and the normal operation mode signal is used to switch the portable The mobile communication unit is a mode to allow the portable mobile communication unit to operate normally; an entry signal generating unit is installed in an aisle in the area and is adapted to generate an entry signal to notify the portable mobile communication unit that it has entered the area. Situation; an exit signal generating unit is installed in the area The aisle is also applicable to the situation where a departure signal is generated to notify that there is a departure; and the 9 1 paper size is applicable to the China Standards for Household Standards (CNS) rate of 8 4% (210X297 mm) (please first read the back Φ -Notes, please fill out this page).
•ST 經濟部智慧財產局員工消費合作社印製 經濟部智.%財產局員工消費合作社印製 A7 B7 _ 五、發明説明（6 ) 帶式移動通訊單元由該模式信號產生單元接收該模式信 號並在偵測由該進入信號產生單元被產生的進入信號之 際執行一操作對應於所接收之模式信號*而在偵測由該離 開信號產生單元被產生的離開信號之際防止執行該對應 於所接收之模式信號的操作。 本發明上面的目標，與其他特點及益處在配合附圖讀 取下列詳細的描述後將變得更明白*其中： 第1圖為一方塊圖顯示依照本發明之一實施例的裝置 用於自動切換一攜帶式移動通訊單元之操作模式； 第2圖為一方塊圖顯示第1圖之裝置中所包括的一模 式信號產生單元的組配： 第3圖為一方塊圓顯示第1圖之攜帶式移動通訊單元 的組配； 第4圖為一方塊圖顯示依照本發明之一實施例的裝置 用於自動切換一攜帶式移動通訊單元之操作模式，其中其 被檢查一攜帶式移動通訊單元究為是進入或離開該裝置 被應用之區域； 第5a圖為一方塊圖顯示一信號偵測器用於該攜帶式 移動通訊單元在第4圖之情形偵測該攜帶式移動通訊單元 進入該區域； 第5b圓為一方塊圖顯示一信號偵測器用於該攜帶式 移動通訊單元在第4圖之情形偵測該攜帶式移動通訊單元 離開該區域； 第6a圔為一方塊圖顯示一裝置用於產生一時間分割 -10- 本紙ffc尺度適用中國國家標準（CNS )'4说格（210X297公釐） —~~ — I I I I ^ I n n I n n n n 線 (請先閲讀背面之注意事項再填寫本頁) 4 65 1 9 l A7 B7 五、發明説明（7 ) 信號；以及 (請^^讀背面之注意事項再填寫本页) 第6b圔為顯示由第6a圖之時間分割信號產生裝置被 產生之信號的時間分割格式固· 現在，本發明有關用於自動切換一撺帶式移動通訊單 元之操作模式的較佳實施例將參照第1至6b圇被描述。 依照本發明之該較佳實施例，一模式信號產生單元100被 提供，其用來產生一模式信號對應於由正常振動模式、一 傳輸限制振動模式、一來電切斷模式、一影像與資料傳轎 禁止模式與一正常操作模式被選出之模式。當以參照數字 200代表之一攜帶式移動通訊單元接收由模式信號產生單 元〗00被產生之模式信號時，其進行對應於該被接收之模 式信號的操作。 經濟部智慧財產局員工消費合作社印製 如第1與2圖顯示者·該模式信號產生單元1〇〇包括 一輸入單元100用於由正常振動模式、一傳輸限制振動模 式、一來電切斷模式、一影像與資料傳輸禁止模式與一正 常操作模式手動地選擇所要的操作模式而輸出一模式信 號。一控制器1Q2由輸入單元101接收該模式信號*並控 制一顯示單元103以顯示所選擇之模式•當由正常振動模 式、一傳輸限制振動模式、一來電切斷模式、一影像與資 料傳輸禁止模式_一正常操作模式其中之一被顯示於顯 示單元103上時，模式信號產生單元100之使用者可辨識 所選擇之操作模式》 控制器102亦控制一調變器1(H以調變該模式信號· 然後由調變器104來之被調變的信號被轉變為無線電頻率 本纸張尺度適用中围國家樣準（CNS ) Α4洗格（210Χ297公釐） 經濟部智慧財產局員工消費人a作社印製 A7 _ B7__ 五、發明説明（8 ) (RF)信號而被放大至所欲之位準*被放大之RF信號在天 線106上被傳输。此傳输信號連績地由模式信號產生單元 100被輸出，使其被進入需要安靜的區域之一攜帶式移動 通訊單元200接收。 • 第3圖顯示本發明被應用之一攜帶式移動通訊單元 200的詳細組配* 攜帶式移動通訊單元〗〇〇包括一信號偵測器用於偵測 當攜帶式移動通訊單元200進入需要安靜之區域時由安裝 於需要安靜之區域之模式信號產生單元100來的一輸出信 號·當信號偵測器201偵測由模式信號產生單元100偵測 一輸出信號時，其送出該被偵測之信號至一控制器202 · 此控制器2ϋ2可被組配以連續地檢查被信號控制器201接 收之信號以用信號偵測器201偵測一模式信號•或者，該 控制器202可被組配以僅在來電被產生或向外電話被產生 時檢査被信號偵測器201所接收之一模式信號•在任一情 形中，控制器202控制攜帶式移動通訊單元200在該模式 信號之接收的時間點被決定時被切換為對應於所接收之 模式信號的模式* 在信號偵測器201所偵測之模式信號對應於一正常振 動模式信號的情形中，控制器202控制攜帶式移動通訊單 元2 0 0進行對應於一正常振動模式之一操作。此即，當來 電在正常振動模式被偵測時，控制器202控制一振動驅動 電路2 04用於驅動一振動器或一燈泡，而產生振動或光 線•因之，攜帶式移動通訊單元之使用者可根據被產生之 _ 12— 本紙浪尺度適用中固國家橾率（CNS ) Α4規格（210X297公釐） ---------餐------ΐτ------^ (讀先閲讀背面之注意事項再填寫本頁) 4 65 198 A7 經濟部智慧財產局員工消費合作社印製 B7五、發明説明（9 ) 振動或光線C此後簡稱為「振動」）而知道來電。此時，控 制器202未施用任何致動信號至響鈴驅動電路205· 在被信號偵測器201偵測之模式信號對應於傳輸限制 振動模式信號的情形中*控制器202除了接收該來電所需 之鍵信號與其有關之鍵信號外拒絕由一输入單元20 3被接 收之鍵信號，以防止使用者與一傳呼者進行通話或打電 話。此即，當來電被傳輪限制振動模式信號偵測時•控制 器2D2控制振動驩動«路204在使響鈴驩動電路205失能 下產生振動*回應於手動被產生之鍵信號下*就由該輸入 單元20 3在回應於來電而接收該來電而言，控制器202輪 出儲存於一第一記憶體213之例如為「您的聲音未被傳輸 給來電者」的一第一語音訊息•此第一語音訊息被施用至 一第一数位/類比（D/A)變換器214,其再將該語音訊息變 換為對應的類比信號》然後此類比信號經由一第一多工器 212被輸出至一擴音器215·因之，攜帶式移動通訊單元 200之使用者可聽到該第一語音訊息通知他不能傳輸任何 語音而僅被允許接收來電之事實•此後，控制器202控制 該第一多工器212以經由一接收單元211由來電者接收一 語音。 控制器202亦在回應於由來電者之語音的接收並被擴 •I 大器210擴大下切斷被輸入至麥克風2Q9之語音信號。同 時，控制器202輸出儲存於一第二記憶體207之例如為「因 為我在通話限制區域中無法應答，但我可聽到你的語音j 的一第二語音訊息•該第二語音訊息被施加到一第二（D/A) -13- 本紙張尺度適用中國繭家標率（CNS ) A4規格（210X297公釐) (請先閲讀背缸之注^^項再填寫本頁) A7 __B7 _ 五 '發明説明（10) 變換器208,其再將該語音訊息變換為對應的類比信號。 然後由D/A變換器208來之類比信號經由一第二多工器 2 06被送至一傳輸單元21 6,使其最後被傅輸至該來電者* 在該第二語音訊息由傳輸單元216之傳輸後，控制器202 切換第二多工器206被耦合於接地•在第二多工器20 6被 耦合於接地之狀態中，其被防止麥克風20 9所接收之使用 者的語音被傳輸至該來電者· 為了讓來電者了解該使用者正在聽來電者之語音的 事實，該使用者操縱输入單元203以輸入對應的鍵信號。 在回應於由輪入單元203來之鍵信號下，控制器202輸出 儲存於第二記憶體2 07之如「是」、「不是」、或「收聽 中」的一第三語音訊息。該第三語音訊息被施加至該第二 D/A變換器208,其再將該語音訊息變換為對應昨類比信 號。然後由D/A變換器20 8來之類比信號經由一第二多工 器206被送至一傳輸單元216*使其最後被傳輸至該來電 者》例如，當使用者在接收來電者之語音之際壓下例如包 括於輸入單元203之數字鍵“1”時，訊息「是」被傳輸。 在回應於例如數字鍵“ 2”之壓下時，訊息「不是」被傳輸。 訊息「收聽中」在回應於例如數字鍵“ 3”之壓下被傳輸。. 在傳輸單元216被組配以數位方式來傳輸語音信號的 情形下，第一至第三D/A變換器214，2 08與218可不被 使用《此係因儲存於第一至第三D/A變換器214，208與 218中之語音訊息為數位資料•雖然第一與第二多工器212 與20 6已被描述成類比型式，其可為數位型式。或者，第 本紙張尺度適用中國國家樣隼（CNS > Α4規格（210X297公釐） (請先閲讀背面之注項再填筠本頁) 裝. 線 經濟部智葸財產局員工消費合作社印製 4 65198 A7 經濟部智慧財產局員工消费合作社印製 B7五、發明説明（11 ) 一與第二多工器212與206的功能可用軟體方式被實作· 被麥克風209接收之語音信號被放大器21ϋ放大，然後被 施加至第二多工器206,其再在控制器202之控制下選擇 性地傳輪該語音信號至傳输單元216*由第二多工器206 被傳輸至傳輸單元2〗6之語音信號在通過配備於傳輸單元 216內部之A/D變換器時被變換為數位信號· 另一方面，在被信號偵測器2G1偵測之模式信號對應 於來電切斷模式信號的情形中，控制器202控制攜帶式移 動通訊單元20 0進行來電切斷模式•此即，當接收單元211 在來電切斷模式中接收一來電時，控制器202讀出儲存在 一第三記憶體217中的例如為「因為我在通話限制區域中 不能應答，請你留下你的訊息或連絡電話」之一第四語音 訊息。然後由第三記憶體21 7被讀出之第四語音訊息被施 加至第三D/A變換器218,其再將所接收之第四語音訊息 變換為對應的類比信號•在此狀態中*控制器2Q2控制第 二多工器206經由傳輸單元216來傳輸對應於該第四語音 訊息之類比信號至來電者《在此情形中|控制器202亦可 控制一電源單元219切斷至除了信號偵測器201、輸入單 元203與控制器202外之攜帶式移動通訊單元200的元件 之電力。 在信號偵測器201所偵測之模式信號對應於影像與資 料傳輸禁止模式信號的情形中*控制器202控制攜帶式移 動通訊單元200進行影像與資料傳輸禁止模式中之操作· 此即，當數位資料在影像與資料傳輸禁止模式中被輸入至 {請先·閲讀背fc之注意事項再填寫本頁) 訂 本紙張尺度適用中國國家橾準（CNS > A4現格（210X297公釐） A7 B7 經濟部智慈財產局員工消費合作社印製 五、發明説明（l2) 資料輸入接頭221時，控制器202控制被耦合於資料輸入 接頭221之一第三多工器220被耦合至接地。在被耦合於 接地之狀態中，第三多工器22 0防止被输入至資料輸入接 頭221之數位資料被傳輸至傳輸單元216·控制器202亦 進行一控制用於切斷一影像信號被輸入一影像輸入接頭 2 24及一影像由配備於攜帶式移動通訊單元200內之攝影 機223被输出•此即，控制單元202控制被耦合於影像輸 入接頭224與攝影機223二者之一第四多工器222·在被 耦合於接地之狀態中，該第四多工器22 2防止由攝影機223 或輸入接頭來之影像信號被傳輸至傳输單元216· 雖然攜帶式移動通訊單元2(H)之使用者在攜帶式移動 通訊單元20(3依照經由信號偵測器201由模式信號產生單 元100接收之影像與資料傳輸禁止模式信號為在影像與資 料傳輪禁止模式的狀況下，藉由操縱輸入單元20 3來選擇 影像與資料傳輸模式，但是献第三與第四多工器22 0與222 為被耦合於接地之狀態中，其不可能由攜帶式移動通訊單 元20 0傳輸任何影像與資料•就算在此影像與資料傳輸禁 止模式中，通話可藉由控制第二多工器20 6經由擴大器210 來傳輸被麥克風2 09接收之語音而被允許。 同時·當正常操作模式信號被信號偵測器201偵測 時，或當沒有對應於正常振動模式、對應於限制振動模 式、來電切斷模式或影像與資料傅輸禁止模式之模式信號 被信號偵測器2G1偵測時，控制器202控制攜帶式移動通 訊單元20Q進行正常操作。 (請先閱讀背面之注意ί項再填寫本頁) .裝. 、-* 線 本紙張尺度適用中國圉家樣準（CNS > A4規格（210X297公釐） 4 65 1 A7 B7 經濟部智慧財產局®κ工消黄合作社印製 五、發明説明（】3 ) 由模式信號產生器2GG被產生之模式信號包括正常振 動模式信號、傳輸限制振動模式信號、來電切斷模式信 號、影像與資料傳輪禁止模式信號與正常操作模式信號， 其可依照各種方法彼此被分辨•例如，模式信號產生器200 使用不同的頻率或不同的數位碼分別產生不同的模式信 號。或者，不同的傳输頻率可被使用· 依照本方法，其中之模式信號分別具有不同的頻率I 例如，正常操作模式可具有]QOHz之頻率、正常振動模式 信號可具有20 0Hz之頻率、傅輸禁止模式信號具有300Hz 之頻率、來電切斷模式信號具有40OHz之頻率、及來電切 斷模式信號傳輸禁止模式信號具有5 0GHz之頻率。 依照本方法•其中之模式信號分別具有不同的編碼· 例如，正常操作模式可具有0011之編碼、正常振動模式 信號可具有0丨01之編碼、傳輸禁止模式信號具有0110之 編碼、來電切斷模式信號具有1 01 0之編碼、及來電切斷 模式信號傳輸禁止模式信號具有1100之編碼* 使用不同頻率之方法是為模式信號分別以不同的RF 頻率被傳輸之方法•例如依照本方法，通訊模式信號可在 30 0. OWIMHz之傳輸頻率被傳輸、正常振動模式信號可在 3 0 0. GlOMHz之傳輸頻率、傳輸禁止模式信號可在30 0. 020 之傳輸頻率、來電切斷模式信號可在30 0.03 0MHz、及來電 切斷模式信號傳輸禁止模式信號可在300. D40MHZ之傳輸 頻率。 由正常振動模式、傳輸限制振動模式、來電切斷模式 -17- (請先M-讀背面之注意事項再填寫本Va；) 本紙張尺度通用中圃國家標準（CNS > A4规格（210X297公釐） 經濟部智慧財產局員工消费合作社印製 A7 B7 _ 五、發明説明（U ) 、影像與資料傳輸禁止模式與正常操作模式選擇所要的 模式可依照本發明被應用之區域的性質與使用目的及時 間被做成•例如，不同的模式可依照本發明被應用之區域 究為音樂應或教堂或者該區域中之演奏或祈禱服務是否 ^ 開始而被選擇· 參照第4至5b圖*本發明之另一實施例分別被顯示。 雖然，位於本發明被應用之區域外的攜帶式移動通訊單元 未進入該區域，其可能被安裝於該區域中之模式信號產生 單元100產生之模式信號影響•因之*其必須防止位於安 裝有該模式信號產生單元10G之區域外的攜帶式移動通訊 單元？式信號產生單元100所產生的模式信號影響•就 此點而言，依照顯示於第4圖之本發明的實施例，二信號 產生器被安裝於本發明被應用之區域的走道。一信號產生 器為進入信號產生單元3QG被安裝於該區域內之主要區域 的走道，並適用於通知攜帶式移動通訊單元20 0有經由該 走道進入之情形。另一個信號產生器為離開信號產生單元 40 0被安裝於該區域外之主要區域的走道，並適用於通知 攜帶式移動通訊單元20G有經由該走道離開之情形· 攜帶式移動通訊單元200在通過該走道時接收由進入 信號產生單元30 0被產生之進入信號或由離開信號產生單 元4 0Q被產生之離開信號*只有在接收該進入信號之狀態 \ 中，攜帶式移動通訊單元2 00被允許在回應於由攜帶式移 動通訊單元100被接收且為由上述正常振動模式信號、傳 輸限制振動模式信號、來電切斷模式信號、影像與資料傳 -18- 本紙張尺度適用中國國家標準（CMS ) A4規格（210X297公釐） ~~ 裝 i 訂 U線 {請先閲讀背面之注$項再填寫本頁) 五、發明説明（IS ) 輸禁止模式信號與正常操作模式信號被選出之一的模式 信號來進行模式切換* (請先·Μ讀背面之注意事項再填寫本萸) 該等進入與離開信號產生單元3QG與40 0之詳細組配 分別被顯示於第5a與5b圖。 該等進入與離開信號產生單元30 0與400不具有輸入 裝置與顯示裝置*此與攜帶式移動通訊單元100不同。這 是因為進入與離開信號產生單元30 0與400總是產生固定 的信號表示進入與離開資訊而在這些資訊中沒有任何變 異。就如在第5a圃顯示者，由進入信號產生器301a產生 之進入信號被調變器3G 2a調變，然後被RF變換器303a 變換為RF信號。由RF變換器30 3a來之RF信號於被放大 至所欲之位準後再於天線3G4a上被傳輸至攜帶式移動通 訊單元20 0。就如在第5b圖顯示者，由進入信號產生器 301b產生之離開信號被調變器30 2b調變，然後被RF變換 器30 3b變換為RF信號。由RF變換器30 3b來之RF信號 於被放大至所欲之位準後再於天線304b上被傳輪至掴帶 式移動通訊單元200 · 經濟部智慧財產局貴工消費合作社印製 當攜帶式移動通訊單元之信號偵測器201在攜帶式移 動通訊單元200之使用者帶著該攜帶式移動通訊單元200 進入該主要區域偵測由進入信號產生器300被產生之進入 信號時，其通知控制器202該進入信號之偵測。該控制器 202隨後在其內部記憶體館存資訊表示該撺帶式移動通訊 單元2 00之進入。另一方面，在該使用者離開該主要區域 畤，攜帶式移動通訊單元2QG偵測由離開信號產生單元400 本紙張尺度通用中國國家標準（CNS ) A4規格（210X297公釐） A7 B7 經濟部智慧財產局！β工消費合作社印製 五、發明説明（le) 被產生之離開信號，其通知控制器2Q2該離開信號之偵 測。因此，依據由模式信號產生單元〗00之模式信號的自 動模式切換操作可僅在攜帶式移動通訊單元200進入該主 要區域時被進行。 被模式信號產生單元100、進入信號產生單元300與 離開信號產生單元400實施之信號產生與傳輸可用各種方 法被達成。 依照第一個方法，該等信號產生單元100, 30Q與400 產生分別具有相同頻率但不同編碼之信號•以在單一頻道 上傳輸這些信號· 依照第二個方法，由信號產生單元100，300與400 被產生之各別的信號具有不同的頻率，使得其不會彼此干 擾。例如，模式信號產生單元100產生具有3001ΡΗζ之頻 率的信號，而進入與離開信號產生單元3 00與400分別產 生具有30 0.1 MHz之頻率的信號。在此情形中，由信號產 生單元3DG與40G來之信號分別具有不同的編碼，使得其 彼此被分辨。 依照第三個方法，信號產生單元100，3GQ與400分 別使用不同的頻率。例如，模式信號產生單元100使30 0MHz 之頻率、進入信號產生單元300使用300.1 MHz之頻率、 及離開信號產生單元400使用300. 2MHz之頻率· 另一方面，第四個方法為使用時間分割計畫之方法· 依照此第四方法，信號產生單元100, 300與400以時間 分割之方式，即在不同的時間點產生相同頻率之信號•就 —20— 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X297公釐） (請先聞锖背面之注意事項再填寫4页 -裝· 訂 線 /J 65 ] 93 經濟部智慧財產局員工消費合作社印製 A7 B7 _五、發明説明（17) 此點而言，模式信號產生單元100之控制器202就信號產 生單元1G0，3QG與400之各別信號分配不同的時間槽· 在此情形中，該等信號產生單元100, 300與400可用電 纜或電線被連接在一起，使得其分別以時間分割之方式產 生信號。然而在此情形中，其有不方便性*因之*較佳的 是時間分割之信號產生以無線電方式被達成*用於達成信 號產生單元1〇〇, 30G與4(H)之時間分割的信號產生之組 配被顯示於第6a圜·此組配可就進入與離開信號產生單 元300與400二者被實作*第6a圈與第5a及5b圓者不 同之處在於其被提供一信號偵測器30 5·當模式信號產生 單元100為一模式信號被分配之一時間槽產生模式信號 時，進入信號產生單元300之信號偵測器偵測該被產生之 模式信號。根據信號偵測器3 0 5之偵測，進入信號產生單 元300在該模式信號之產生被完成之時間點開始產生一 進入信號。進入信號之產生就該進入信號被分配之時間槽 被持續。根據信號偵測器3Q5之偵測，離開信號產生單 元400在該模式信號之產生被完成之時間點開始產生一 離開信號*離開信號之產生就該離開信號被分配之時間 槽被持續•在離開信號之產生被完成之時間點·模式信 號產生單元100再次產生一模·式信號•由於上述的操作 重複地被實施，具有第6圖之時間分割格式之一信號連 續地被產生·攜帶式移動通訊單元200由該時間分割信 號偵測進入信號、離開信號與模式信號’而根據該等信 號各別的編碼或頻率彼此分辨這些信號。例如，具有 一 (請先閲讀背面之注意事項再填寫本頁) 本纸張尺度通用中國國家標率（CNS ) A4规格（2丨0X297公蘆） Α7 Β7 經濟部智毡財產局@;工消費合作社印製 五、發明説明（is〉 50Hz頻率之信號被偵測為進入信號而具有75Hz頻率之信 號被偵測為離開信猇•同時’具有100Hz，200 Hz，300Hz， 400Hz與500Hz之信號分別被值測為不同的模式信號。 當攜帶式移勖通訊單元2G0進入該主要區域時，其首 先接收一離開信號，然後是一進入信號。依照此信號接收 順序|攜帶式移動通訊單元20 0偵測其之進入該主要區 域。在攜帶式移動通訊單元20 0首先接收一進入信號，然 後是一離開信號時，該攜帶式移動通訊單元200根據此信 號接收順序了解其已離開該主要區域。因此，僅有在該主 要區域內之攜帶式移動通訊單元被控制以依照由位於該 主要區域內之模式信號產生單元被產生之振動模式來 操作。因之•其可能防止位於該主要區域外之攜帶式移動 通訊單元被該模式信號影響。 模式信號產生單元100可如上述地與該等進入及離開 信號產生單元30G及400被使用•然而•此攜帶式移動通 訊單元必須在完全開放區域或在沒有定道之區域單獨地 被使用。 在模式信號產生單元100單獨地被使用之情形中 > 其 無法偵測其進入或離開•在此情形中，就算模式信號產生 單元100位於該主要區域內，其可能被錯誤地偵測成為在 該主要區域外，使得其無法進行所姜的模式切換操作。 為了解決此問題*其必須分辨模式信號產生單元100 被單獨使用之情形與模式信號產生單元100與進入及離開 信號產生單元300及4 00 —起被使用之情形。 _ -22- 本紙張尺度適用中國國家標率（CNS ) Α4规格（2丨0X297公釐） — —^裝 n n H ϋ ^ (請先閱讀背面之注意事項再填寫本頁) 4 經濟部智慧財產局ME工消費合作社印製 65 198 A7 ___B7 _五、發明説明（丨9〉 就此點而言，模式信號產生單元100被組配以就每一 模式產生具有不同頻率之信號•例如，模式信號產生單元 100為正常操作模式產生100Hz與60GHz之信號、為正常 振動模式信號產生4 00Hz與9 00 Hz之信號、及為影像與資 料傳输禁止模式產生50QHz與1 KHz之信號•在模式信號 產生單元100被單獨使用的情形中，其依照所選擇之模式 產生 100Hz，200Hz，300Hz，4G0Hz 或 500Hz 之信號。另 —方面，在模式信號產生單元1G0與進入及離開信號產生 單元3 00及40 0—起被使用的情形中，其依照所選擇之模 式產生 600Hz，700Hz，800Hz，900Hz 或 ΙΚΗζ 之信號•當 然I五個額外的鍵可被使用以就各別的模式信號分辨單獨 使用模式信號產生單元200之情形及與進入及離開信號產 生單元300及400 —起使用的情形•或者，僅有一額外的 鍵被使用。 依照上述之組配，當攜帶式移動通訊單元200偵測 600Hz，700Hz，80 0 Hz，90 0Hz，或 ΙΚΗζ 之模式信號時， 其被自動切換至對應於所偵測之模式信號的模式，就算其 沒有檢査有關其進入該主要區域亦然•另一方面，當攜帶 式移動通訊單元200偵測100Hz，200Hz，300Hz，400Hz 或50 0Hz之楔式信號時*其僅在_査其進入該主要區域被 做成後才被切換至對應於所偵測之模式信號的模式· 因此，本發明之裝置可被應用於具有走道之區域與不 具有走道之區域。 或者，信號產生單元1〇〇，300與400可被組配以分 -23- 本紙張尺度適用中國國家標率（<^5)八4規潘（2〗0父297公釐） "" (#先聞讀背面之注意^項再填K本頁) A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明説明（2〇 ) 別產生不同頻率之信號。在此情形中，其可能完全地防止 在由信號產生單元100, 3DG與40 G被產生之信號間的千 播。 由信號產生單元100, 300與40 0被產生之信號可在 攜帶式移動通訊單元20 0之一控制頻道上被傳輸。這些信 號亦可被一分離的信號負載，使其在攜帶式移動通訊單元 200之該控制頻道或語音頻道上被傳輸。為了上述信號之 傳輸，與攜帶式移動通訊單元200中被使用之頻率不同的 一分離的傳輸頻率亦可#使用用於傳呼與語音信號· 就由模式信號產生單元、進入信號產生單元與離開信 號產生單元被產生之信號而言，電磁波可被使用*例如由 磁鐵被產生之磁力、如超音波、超低音聲波或可聽聞之聲 波的聲波、如紅外線之光線均可取代此電磁波而被使用· 由上面之描述而明白的是，本發明提供裝置用於在需 要安靜之區域或通訊保安之處自動切換攜帶式移動通訊 單元之操作模式為所要的模式*此即，在本發明之裝置在 需要安靜之區域被使用時，於這些攜帶式移動通訊單元為 在該需要安靜之區域內之狀況中回應於來電下其將攜帶 式移動通訊單元之傳呼警示模式由鈴聲模式切換為振動 模式，或切斷來電之接收或通話。因之在此情形中•其可 防止因攜帶式移動通訊單元之魯莽的使用所造成之社會 問題《在本發明之裝置被使用於如國家或公共研究機構、 工業設施、實驗室、軍事營區之需要通訊保安之區域內 時，其可用來防止影像與資料之粗心的傳輸。進而言之1 ---------^— (請先閲讀背面之注意事項再填转本頁) 訂 線 本紙張尺度適用中國國家樣丰{ CNS ) A4規格（210X297公釐） 4 65τ Bs Α7 Β7 五、發明説明（21 ) (請先K讀背面之注意事項再填芎本頁) 本發明完全解決在使用干擾波之慣用的傳呼警示模式切 換方法或在使用波產生器安裝在房間走道以將攜帶式移 動通訊單元之傳呼警示模式由鈴聲模式切換為振動模式 之慣用的傅呼警示模式切換方法有關的問題* 雖然本發明之較佳實施例已就說明之目的被揭示，熟 習本技藝者將了解各種修改、添增與取代為可能的，而不 致偏離本發明在所附申請專利範圍揭示之領域與精神。 經濟部智葸財產局員工消費合作社印製 元件標 號對照 表 元件編號 譯 名 元件編號 譯 名 100 模式信號產生單元 209 麥克風 101 輸入單元 210 擴大器 102 控制器 211 接收單元 103 顯示單元 212 第一多工器 104 調變器 213 第一記憶體 106 天線 214 數位/類比（D/A) 200 攜帶式移動通訊單元 變換器 201 信號偵測器 215 擴音器 202 控制器 216 傳輸單元 203 輸入單元 217 第三記憶體 204 振動驅動電路 218 變換器 205 響鈴驅動電路 變換器 206 第二多工器 219 電源單元 207 第二記憶體 220 第三多工器 208 數位/類比(D/A)變換器 221 資料輸入接頭 -25- 本紙張尺度適用中國國家搮车（CNS ) A4規格（210X297公釐） 經濟部智慧財產局員工消費合作社印製 A7 _B7 _五、發明説明（22 ) 元件標號對照表 元件編號譯 名 元件編號 譯 名 222 第四多工器 223 攝影機 224 影像輸入接頭 3 0 0 進入信號產生單元 301a 進入信號產生器 302a 調變器 3 02b 調變器 3 0 3a RF變換器 303b RF變換器 3 0 4a 天線 304b 天線 30 5 信號偵測器 4 0 0 離開信號產生單元 ---------¾.------II------.^ (請先閱讀背面之注意事項再填寫本頁) -26- 本紙張尺度適用中國國家標準（CNS ) A4規格（2丨0X297公釐）• ST printed by the Ministry of Economic Affairs ’Intellectual Property Bureau employee consumer cooperative. The Ministry of Economic Affairs’ employee consumer cooperative printed A7 B7 _ V. Description of the invention (6) The band mobile communication unit receives the mode signal from the mode signal generation unit and Performing an operation corresponding to the received mode signal while detecting the incoming signal generated by the incoming signal generating unit, and preventing the corresponding signal from being executed when detecting the outgoing signal generated by the leaving signal generating unit. Operation of the received mode signal. The above objectives of the present invention, as well as other features and benefits, will become clearer after reading the following detailed description in conjunction with the drawings. * Among them: Figure 1 is a block diagram showing a device according to an embodiment of the present invention for automatic Switch the operating mode of a portable mobile communication unit; Figure 2 is a block diagram showing the assembly of a mode signal generating unit included in the device of Figure 1: Figure 3 is a square circle showing the carrying of Figure 1 Of a mobile communication unit; FIG. 4 is a block diagram showing a device for automatically switching an operation mode of a portable mobile communication unit according to an embodiment of the present invention, in which it is inspected by a portable mobile communication unit To enter or leave the area where the device is applied; Figure 5a is a block diagram showing a signal detector for the portable mobile communication unit to detect the portable mobile communication unit entering the area in the situation of Figure 4; Circle 5b is a block diagram showing a signal detector for the portable mobile communication unit to detect that the portable mobile communication unit leaves the area in the situation of FIG. 4; 6a 圔 is a block diagram showing a device used to generate a time division -10- This paper's ffc scale applies Chinese National Standard (CNS) '4 grid (210X297 mm) — ~~ — IIII ^ I nn I nnnn line (please Read the precautions on the back before filling out this page) 4 65 1 9 l A7 B7 V. Description of the invention (7) Signal; and (Please ^^ Read the precautions on the back before filling out this page) Section 6b 圔 is displayed by section 6a The time-division format of the signal generated by the time-division signal generation device in the figure is fixed. Now, the preferred embodiment of the present invention for automatically switching the operation mode of a band-type mobile communication unit will be described with reference to sections 1 to 6b. . According to the preferred embodiment of the present invention, a mode signal generating unit 100 is provided for generating a mode signal corresponding to a normal vibration mode, a transmission-restricted vibration mode, a call disconnection mode, an image and data transmission. The sedan inhibit mode and a normal operation mode are selected. When one of the portable mobile communication units represented by the reference number 200 receives the mode signal generated by the mode signal generating unit 00, it performs an operation corresponding to the received mode signal. Printed in Figures 1 and 2 by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The mode signal generation unit 100 includes an input unit 100 for the normal vibration mode, a transmission-restricted vibration mode, and a call-off mode. A video and data transmission prohibition mode and a normal operation mode manually select a desired operation mode and output a mode signal. A controller 1Q2 receives the mode signal * from the input unit 101 and controls a display unit 103 to display the selected mode. When the normal vibration mode, a transmission limited vibration mode, a call disconnection mode, an image and data transmission prohibition Mode_A normal operation mode is displayed on the display unit 103, the user of the mode signal generating unit 100 can recognize the selected operation mode. The controller 102 also controls a modulator 1 (H to adjust the Mode signal · The modulated signal from the modulator 104 is then converted to radio frequency. This paper is scaled to the National Standard (CNS) Α4 Washer (210 × 297 mm). Consumers of Intellectual Property Bureau, Ministry of Economic Affairs Printed by a Zuosha Co., Ltd. A7 _ B7__ 5. Description of the invention (8) (RF) signal is amplified to the desired level * The amplified RF signal is transmitted on the antenna 106. This transmission signal is successively made by The mode signal generating unit 100 is output so that it is received by the portable mobile communication unit 200 entering one of the areas requiring quietness. • FIG. 3 shows the details of the portable mobile communication unit 200 to which the present invention is applied. Assembly * Portable mobile communication unit 〇〇〇Includes a signal detector for detecting an output from the mode signal generating unit 100 installed in the area requiring quiet when the portable mobile communication unit 200 enters the area requiring quiet Signal · When the signal detector 201 detects an output signal detected by the pattern signal generating unit 100, it sends the detected signal to a controller 202. This controller 2ϋ2 can be configured to continuously check the The signal received by the signal controller 201 to detect a pattern signal with the signal detector 201. Alternatively, the controller 202 can be configured to check the signal detector 201 only when an incoming call is generated or an outgoing call is generated. One of the received mode signals • In either case, the controller 202 controls the portable mobile communication unit 200 to be switched to a mode corresponding to the received mode signal when the time point for receiving the mode signal is determined * During signal detection In the case that the mode signal detected by the detector 201 corresponds to a normal vibration mode signal, the controller 202 controls the portable mobile communication unit 2 0 to correspond to a normal It operates in one of the dynamic modes. That is, when an incoming call is detected in the normal vibration mode, the controller 202 controls a vibration driving circuit 204 to drive a vibrator or a light bulb, thereby generating vibration or light. Therefore, carry The user of the mobile communication unit can be based on the generated _ 12 — The paper scale is applicable to the China Solid State Standard (CNS) A4 specification (210X297 mm) --------- Meal ------ ΐτ ------ ^ (Read the precautions on the back before filling in this page) 4 65 198 A7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs B7 V. Description of the invention (9) Vibration or light C is hereinafter referred to as "Vibration") and know the call. At this time, the controller 202 did not apply any actuation signal to the ring driving circuit 205. In the case where the mode signal detected by the signal detector 201 corresponds to the transmission of the vibration-restricted mode signal * The required key signals and the related key signals are rejected from being received by an input unit 203 to prevent the user from talking or making a call with a pager. That is, when the incoming call is detected by the pass-limiting vibration mode signal • The controller 2D2 controls the vibration and motion «The road 204 generates vibration when the ring motion circuit 205 is disabled * in response to the manually generated key signal * As far as the input unit 203 receives the incoming call in response to the incoming call, the controller 202 turns out a first voice stored in a first memory 213, such as "your voice has not been transmitted to the caller" Message • The first voice message is applied to a first digital / analog (D / A) converter 214, which then converts the voice message into a corresponding analog signal.The analog signal then passes through a first multiplexer 212. Is output to a loudspeaker 215. Therefore, the user of the portable mobile communication unit 200 can hear the first voice message informing him that he cannot transmit any voice and is only allowed to receive incoming calls. Thereafter, the controller 202 controls the The first multiplexer 212 receives a voice from a caller via a receiving unit 211. The controller 202 is also responding to the reception of the voice of the caller and is amplified. The I amplifier 210 is enlarged to cut off the voice signal input to the microphone 2Q9. At the same time, the controller 202 outputs a second voice message stored in a second memory 207, such as "because I cannot answer in the call restriction area, but I can hear a second voice message of your voice j. The second voice message is applied To a second (D / A) -13- This paper size is applicable to the Chinese cocoon standard (CNS) A4 specification (210X297 mm) (Please read the note of the back cylinder first ^^ before filling this page) A7 __B7 _ Fifth invention description (10) The converter 208, which converts the voice message into a corresponding analog signal. Then the analog signal from the D / A converter 208 is sent to a transmission via a second multiplexer 206. Unit 21 6, so that it is finally lost to the caller * After the second voice message is transmitted by the transmission unit 216, the controller 202 switches the second multiplexer 206 to be coupled to the ground. At the second multiplexer 20 6 is coupled to a grounded state, which prevents the user ’s voice received by the microphone 20 9 from being transmitted to the caller. In order for the caller to understand the fact that the user is listening to the caller ’s voice, the user Operate the input unit 203 to input the corresponding key signal. Under the key signal from the turn-in unit 203, the controller 202 outputs a third voice message such as "Yes", "No", or "Listening" stored in the second memory 207. The third voice message is applied to the second D / A converter 208, which in turn transforms the voice message into a signal corresponding to yesterday's analog. Then the analog signal from the D / A converter 20 8 is sent to a transmission unit 216 through a second multiplexer 206 so that it is finally transmitted to the caller. For example, when the user is receiving the caller's voice When the number key "1" included in the input unit 203 is depressed, the message "Yes" is transmitted. In response to the depression of, for example, the number key "2", the message "NO" is transmitted. The message "listening" is transmitted in response to the pressing of, for example, the number key "3". In the case where the transmission unit 216 is configured to digitally transmit a voice signal, the first to third D / A converters 214, 2 08, and 218 may not be used. "This is because it is stored in the first to third D The voice messages in the / A converters 214, 208, and 218 are digital data. Although the first and second multiplexers 212 and 206 have been described as analog types, they may be digital types. Alternatively, this paper size applies to the Chinese national sample (CNS > Α4 size (210X297mm) (please read the note on the back before filling out this page)). Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 65198 A7 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs B7 V. Invention description (11) The functions of the first and second multiplexers 212 and 206 can be implemented by software. The voice signal received by the microphone 209 is amplified by the amplifier 21ϋ Amplified and then applied to the second multiplexer 206, which selectively transmits the voice signal to the transmission unit 216 under the control of the controller 202. The second multiplexer 206 is transmitted to the transmission unit 2. The voice signal of 6 is converted into a digital signal when passing through the A / D converter provided in the transmission unit 216. On the other hand, the mode signal detected by the signal detector 2G1 corresponds to the call disconnect mode signal. During the call, the controller 202 controls the portable mobile communication unit 200 to perform the call disconnection mode. That is, when the receiving unit 211 receives an incoming call in the call disconnection mode, the controller 202 reads and stores a third memory. For example, the fourth voice message in 217 is "Because I cannot answer in the call restriction area, please leave your message or contact number." Then the fourth voice message read out by the third memory 21 7 It is applied to the third D / A converter 218, which then converts the received fourth voice message into a corresponding analog signal. In this state, the controller 2Q2 controls the second multiplexer 206 to transmit via the transmission unit 216. The analog signal corresponding to the fourth voice message to the caller "In this case, the controller 202 can also control a power unit 219 to be turned off to a portable type other than the signal detector 201, the input unit 203, and the controller 202 The power of the components of the mobile communication unit 200. In the case that the mode signal detected by the signal detector 201 corresponds to the image and data transmission prohibition mode signal * The controller 202 controls the portable mobile communication unit 200 to prohibit image and data transmission Operation in mode · That is, when digital data is entered in the image and data transmission prohibition mode (please read the precautions of fc before filling this page). National Standards (CNS > A4 now (210X297 mm) A7 B7 Printed by the Consumer Cooperatives of the Intellectual Property Office of the Ministry of Economic Affairs V. Invention Description (l2) When the data input connector 221, the controller 202 control is coupled to the data The third multiplexer 220, one of the input connectors 221, is coupled to the ground. In the state of being coupled to the ground, the third multiplexer 220 prevents the digital data input to the data input connector 221 from being transmitted to the transmission unit 216 · The controller 202 also performs a control to cut off an image signal, is input to an image input connector 2 24, and an image is output by a camera 223 provided in the portable mobile communication unit 200. That is, the control unit 202 controls the coupling The fourth multiplexer 222 is one of the video input connector 224 and the camera 223. In the state of being coupled to the ground, the fourth multiplexer 22 2 prevents the video signal from the camera 223 or the input connector from being transmitted to Transmission unit 216 · Although the user of the portable mobile communication unit 2 (H) is in the portable mobile communication unit 20 (3 according to the image received by the mode signal generating unit 100 via the signal detector 201 and The material transmission prohibition mode signal is to select the image and data transmission mode by manipulating the input unit 20 3 under the condition of the image and data transmission disabled mode, but the third and fourth multiplexers 22 0 and 222 are coupled. In the grounded state, it is impossible for the portable mobile communication unit 200 to transmit any images and data. Even in this image and data transmission prohibition mode, the call can be controlled by controlling the second multiplexer 20 6 via the amplifier 210 It is allowed to transmit the voice received by the microphone 2 09. At the same time, when the normal operation mode signal is detected by the signal detector 201, or when there is no mode signal corresponding to the normal vibration mode, corresponding to the limited vibration mode, the call disconnection mode, or the image and data input prohibited mode is detected by the signal When the detector 2G1 detects, the controller 202 controls the portable mobile communication unit 20Q for normal operation. (Please read the note on the back before filling in this page). Packing.,-* The size of the paper is applicable to the Chinese family standard (CNS > A4 size (210X297mm) 4 65 1 A7 B7 Intellectual property of the Ministry of Economic Affairs Printed by the Bureau® κ Gongxiao Cooperative Co., Ltd. 5. Description of the invention (3) The mode signals generated by the mode signal generator 2GG include the normal vibration mode signal, the transmission limit vibration mode signal, the call disconnect mode signal, the image and data transmission. The wheel disable mode signal and the normal operation mode signal can be distinguished from each other according to various methods. For example, the mode signal generator 200 generates different mode signals using different frequencies or different digital codes. Alternatively, different transmission frequencies may be used. Used · According to this method, the mode signals have different frequencies I. For example, the normal operating mode may have a frequency of QOHz, the normal vibration mode signal may have a frequency of 200 Hz, the Fu input disable mode signal may have a frequency of 300 Hz, The call-cut mode signal has a frequency of 40 Hz, and the call-cut mode signal transmission prohibition mode signal has a frequency of 50 GHz. In accordance with this method, where the mode signals have different codes, for example, the normal operating mode can have a code of 0011, the normal vibration mode signal can have a code of 0 丨 01, the transmission inhibit mode signal has a code of 0110, and the call disconnection mode The signal has a code of 1 01 0, and the call disconnection mode signal transmission prohibition mode signal has a code of 1100. * The method of using different frequencies is a method in which the mode signal is transmitted at different RF frequencies. For example, according to this method, the communication mode The signal can be transmitted at 30. OWIMHz transmission frequency, the normal vibration mode signal can be transmitted at 30 0. GlOMHz, the transmission prohibited mode signal can be transmitted at 30 0. 020, the call cut-off mode signal can be transmitted at 30 0.03 0MHz, and call cut-off mode signal transmission prohibition mode signal can be at a transmission frequency of 300. D40MHZ. By normal vibration mode, transmission limited vibration mode, call cut-off mode-17- (Please read M- precautions on the back before Fill in this Va;) This paper standard is common national standard (CNS > A4 specification (210X297mm)) Printed by the Consumer Bureau of Industry Bureau A7 B7 _ V. Invention Description (U), Image and Data Transmission Prohibition Mode and Normal Operation Mode Selection The desired mode can be made according to the nature of the area where the invention is applied and the purpose and time of use • For example, different modes can be selected according to the area where the present invention is applied, whether it should be a music or church, or whether a performance or prayer service in the area is started. * Refer to Figures 4 to 5b * Another embodiment of the present invention They are shown separately. Although the portable mobile communication unit located outside the area where the present invention is applied does not enter the area, it may be affected by the mode signal generated by the mode signal generating unit 100 installed in the area. Therefore * it must be Prevent portable mobile communication units located outside the area where the mode signal generating unit 10G is installed? Effect of the mode signal generated by the type signal generating unit 100 • In this regard, according to the embodiment of the present invention shown in FIG. 4, a two-signal generator is installed in the aisle of the area where the present invention is applied. A signal generator is a walkway that enters the main area of the signal generation unit 3QG, and is suitable for notifying the portable mobile communication unit 200 that there is entry through the walkway. The other signal generator is a walkway that leaves the signal generating unit 40 and is installed in the main area outside the area, and is suitable for notifying the portable mobile communication unit 20G that it has left via the walkway. The portable mobile communication unit 200 is passing. When the aisle receives an incoming signal generated by the incoming signal generating unit 300 or an outgoing signal generated by the outgoing signal generating unit 4 0Q * Only in the state of receiving the incoming signal, the portable mobile communication unit 2 00 is allowed In response to being received by the portable mobile communication unit 100 and being transmitted by the above-mentioned normal vibration mode signal, transmission-restricted vibration mode signal, call-cut mode signal, image and data transmission-18- This paper applies the Chinese National Standard (CMS) A4 specification (210X297 mm) ~~ Install U cable (please read the note on the back before filling in this page) 5. Description of the invention (IS) One of the selected modes of the signal forbidden mode and normal operation mode Signal to switch the mode * (please read the notes on the back before filling in this card) The entering and leaving signal generating units 3QG and The detailed assembly of 40 0 is shown in Figures 5a and 5b, respectively. The entry and exit signal generating units 300 and 400 do not have an input device and a display device. This is different from the portable mobile communication unit 100. This is because the entry and exit signal generating units 300 and 400 always generate fixed signals indicating entry and exit information without any change in these information. As shown in the 5a display, the incoming signal generated by the incoming signal generator 301a is modulated by the modulator 3G 2a, and then converted into an RF signal by the RF converter 303a. The RF signal from the RF converter 30 3a is amplified to the desired level, and then transmitted to the portable mobile communication unit 200 on the antenna 3G4a. As shown in Fig. 5b, the exit signal generated by the incoming signal generator 301b is modulated by the modulator 30 2b, and then converted into an RF signal by the RF converter 30 3b. The RF signal from the RF converter 30 3b is amplified to the desired level, and then transmitted to the ribbon-type mobile communication unit 200 on the antenna 304b. Printed by the Noble Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs when carried The signal detector 201 of the portable mobile communication unit notifies when a user of the portable mobile communication unit 200 brings the portable mobile communication unit 200 into the main area to detect the incoming signal generated by the incoming signal generator 300. The controller 202 detects the incoming signal. The controller 202 then stores information in its internal memory to indicate the entry of the tape-type mobile communication unit 2000. On the other hand, when the user leaves the main area, the portable mobile communication unit 2QG detects 400 signals from the leaving signal generating unit. The paper size is common Chinese National Standard (CNS) A4 specification (210X297 mm) A7 B7 Ministry of Economic Affairs wisdom Property Bureau! Printed by β-industrial cooperatives 5. Invention description (le) The generated departure signal informs the controller 2Q2 of the detection of the departure signal. Therefore, the automatic mode switching operation according to the mode signal from the mode signal generating unit 00 can be performed only when the portable mobile communication unit 200 enters the main area. The signal generation and transmission performed by the mode signal generating unit 100, the entering signal generating unit 300, and the leaving signal generating unit 400 can be achieved by various methods. According to the first method, the signal generating units 100, 30Q and 400 generate signals with the same frequency but different codes, respectively. • To transmit these signals on a single channel. According to the second method, the signal generating units 100, 300 and Each of the 400 generated signals has different frequencies so that they do not interfere with each other. For example, the mode signal generating unit 100 generates a signal having a frequency of 3001 PΗζ, and the entering and leaving signal generating units 3 00 and 400 generate signals having a frequency of 30 0.1 MHz, respectively. In this case, the signals from the signal generating units 3DG and 40G have different codes, respectively, so that they are distinguished from each other. According to the third method, the signal generating units 100, 3GQ and 400 use different frequencies, respectively. For example, the mode signal generating unit 100 uses a frequency of 300 MHz, the incoming signal generating unit 300 uses a frequency of 300.1 MHz, and the leaving signal generating unit 400 uses a frequency of 300. 2 MHz. On the other hand, the fourth method is to use a time division meter. Method of drawing · According to this fourth method, the signal generating units 100, 300, and 400 generate time-separated signals, that is, the signals of the same frequency are generated at different points in time. • For -20— This paper standard applies to the Chinese National Standard (CNS) Α4 Specification (210X297mm) (Please read the precautions on the back and then fill in 4 pages-binding · Thread / J 65] 93 Printed by the Consumers ’Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 _V. Description of Invention (17) In this regard, the controller 202 of the mode signal generating unit 100 assigns different time slots to the respective signals of the signal generating units 1G0, 3QG, and 400. In this case, the signal generating units 100, 300, and 400 can use cables. Or the wires are connected together so that they generate signals in a time-division manner. However, in this case, it is inconvenient * and therefore * time-division signals are preferred Generated by radio * The set of signal generation used to achieve the time division of the signal generating unit 100, 30G, and 4 (H) is shown on 6a. This set can enter and leave the signal generating unit Both 300 and 400 are implemented. The difference between circle 6a and circles 5a and 5b is that it is provided with a signal detector 30 5. When the pattern signal generating unit 100 is assigned a time slot for a pattern signal When the mode signal is generated, the signal detector entering the signal generating unit 300 detects the generated mode signal. According to the detection by the signal detector 3 0 5, the entering signal generating unit 300 is completed when the mode signal is generated. An entry signal is generated at the time point. The generation of the entry signal is continued for the time slot to which the entry signal is allocated. According to the detection by the signal detector 3Q5, the exit signal generation unit 400 is at the time point when the generation of the mode signal is completed. A departure signal starts to be generated * The time slot in which the departure signal is allocated is continued for the generation of the departure signal. At the time when the generation of the departure signal is completed, the pattern signal generation unit 100 produces again. One-mode signal • As the above operations are repeatedly performed, one of the signals with the time division format of FIG. 6 is continuously generated. The portable mobile communication unit 200 detects the incoming signal, the exit signal, and the Mode signals' and distinguish these signals from each other based on their respective codes or frequencies. For example, with one (please read the notes on the back before filling this page) This paper standard is in accordance with China National Standards (CNS) A4 specifications (2 丨 0X297 Gonglu) Α7 Β7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs @; printed by Industrial and Consumer Cooperatives 5. Invention Description (is> A signal with a frequency of 50Hz is detected as an incoming signal and a signal with a frequency of 75Hz is detected as an outgoing Letters • At the same time, signals with 100Hz, 200Hz, 300Hz, 400Hz and 500Hz are measured as different mode signals. When the portable mobile communication unit 2G0 enters the main area, it first receives an exit signal and then an entry signal. According to this signal receiving sequence | the portable mobile communication unit 20 0 detects that it has entered the main area. When the portable mobile communication unit 200 first receives an incoming signal and then an exit signal, the portable mobile communication unit 200 knows that it has left the main area according to the signal receiving sequence. Therefore, only the portable mobile communication unit in the main area is controlled to operate in accordance with the vibration mode generated by the mode signal generating unit located in the main area. Therefore • It may prevent the portable mobile communication unit located outside the main area from being affected by the mode signal. The mode signal generating unit 100 can be used with the entry and exit signal generating units 30G and 400 as described above. However • This portable mobile communication unit must be used separately in a fully open area or in an area without a lane. In the case where the mode signal generating unit 100 is used alone> it cannot detect its entry or departure • In this case, even if the mode signal generating unit 100 is located in the main area, it may be erroneously detected as being in Outside the main area, it is impossible to perform the mode switching operation. In order to solve this problem, it is necessary to distinguish the case where the mode signal generating unit 100 is used alone and the case where the mode signal generating unit 100 is used together with the entering and leaving signal generating units 300 and 400. _ -22- This paper size applies to China's National Standards (CNS) Α4 specification (2 丨 0X297 mm) — — ^ nnnn H ϋ ^ (Please read the notes on the back before filling this page) 4 Intellectual Property of the Ministry of Economic Affairs Printed by the Bureau of ME Industry and Consumer Cooperatives 65 198 A7 ___B7 _V. Description of the Invention (丨 9> In this regard, the mode signal generating unit 100 is configured to generate signals with different frequencies for each mode. For example, mode signal generation Unit 100 generates signals of 100 Hz and 60 GHz for normal operation mode, signals of 400 Hz and 900 Hz for normal vibration mode signals, and signals of 50 QHz and 1 KHz for image and data transmission inhibit mode. • In the mode signal generation unit When 100 is used alone, it generates signals of 100Hz, 200Hz, 300Hz, 4G0Hz, or 500Hz according to the selected mode. In addition, the mode signal generating unit 1G0 and the entering and leaving signal generating units 3 00 and 40 0— In the case of being used, it will generate 600Hz, 700Hz, 800Hz, 900Hz or IKΗζ signal according to the selected mode. • Of course, five additional keys can be used to each The mode signal is distinguished between the case where the mode signal generating unit 200 is used alone and the case where it is used with the entering and leaving signal generating units 300 and 400. Alternatively, only one additional key is used. According to the above set, when the mobile is moved When the communication unit 200 detects a 600Hz, 700Hz, 80Hz, 900Hz, or IK 或 ζ mode signal, it is automatically switched to the mode corresponding to the detected mode signal, even if it does not check that it enters the main area. However, on the other hand, when the portable mobile communication unit 200 detects a wedge signal of 100Hz, 200Hz, 300Hz, 400Hz, or 50Hz *, it is only switched to the corresponding one after it has been checked into the main area. Based on the mode of the detected pattern signal, the device of the present invention can be applied to areas with and without aisles. Alternatively, the signal generating units 100, 300, and 400 can be combined with a sub- 23- The standard of this paper applies to China's national standard rate (< ^ 5) 8 4 gauge pan (2〗 0 parent 297 mm) " "(#First read the note on the back ^ item before filling K page) A7 B7 Ministry of Economic Affairs Printed by the Consumer Cooperative of the Property Bureau V. Invention Description (2) Don't generate signals with different frequencies. In this case, it may completely prevent thousands of signals between the signals generated by the signal generating unit 100, 3DG and 40 G. The signals generated by the signal generating units 100, 300 and 400 can be transmitted on one of the control channels of the portable mobile communication unit 200. These signals can also be carried by a separate signal to be transmitted on the control channel or voice channel of the portable mobile communication unit 200. For the transmission of the above signals, a separate transmission frequency which is different from the frequency used in the portable mobile communication unit 200 can also be used. # Used for paging and voice signals. The mode signal generation unit, the entry signal generation unit and the departure signal In terms of the signal generated by the generating unit, electromagnetic waves can be used * For example, the magnetic force generated by a magnet, such as a supersonic wave, a subwoofer sound wave or an audible sound wave sound wave, such as infrared light can be used instead of this electromagnetic wave. It is clear from the above description that the present invention provides a device for automatically switching the operation mode of a portable mobile communication unit to a desired mode in a quiet area or a place where communication security is required. When a quiet area is used, when these portable mobile communication units respond to an incoming call in a situation where the quiet area is needed, they switch the paging alert mode of the portable mobile communication unit from ring mode to vibration mode, or switch off Receiving an incoming call or call. Therefore in this case it can prevent social problems caused by the reckless use of portable mobile communication units. "The device of the invention is used in countries such as national or public research institutions, industrial facilities, laboratories, military camps, etc. In areas where communication security is required, it can be used to prevent careless transmission of images and data. More advanced 1 --------- ^ — (Please read the precautions on the back before filling in this page) The paper size of the booklet is applicable to China National Sample {CNS) A4 (210X297 mm) 4 65τ Bs Α7 Β7 V. Description of the invention (21) (Please read the precautions on the back before filling this page) The present invention completely solves the conventional paging warning mode switching method when using interference waves or when using a wave generator installed in Problems associated with the conventional method of switching the paging alert mode of a portable walk-through mobile communication unit from a ringing mode to a vibration mode in a room aisle * Although a preferred embodiment of the present invention has been disclosed for purposes of illustration, familiarity Those skilled in the art will understand that various modifications, additions and substitutions are possible without departing from the field and spirit of the present invention disclosed in the scope of the attached patent application. Printed component labeling comparison table for employees' cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs Component number Translation name Component number translation 100 Mode signal generating unit 209 Microphone 101 Input unit 210 Amplifier 102 Controller 211 Receiving unit 103 Display unit 212 First multiplexer 104 Modulator 213 First memory 106 Antenna 214 Digital / Analog (D / A) 200 Portable mobile communication unit converter 201 Signal detector 215 Microphone 202 Controller 216 Transmission unit 203 Input unit 217 Third memory 204 Vibration drive circuit 218 Inverter 205 Ring drive circuit converter 206 Second multiplexer 219 Power supply unit 207 Second memory 220 Third multiplexer 208 Digital / analog (D / A) converter 221 Data input connector- 25- This paper size is applicable to China National Car (CNS) A4 specification (210X297 mm) Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 _B7 _V. Description of the invention 222 Fourth multiplexer 223 Camera 224 Video input connector 3 0 0 Enter signal The generating unit 301a enters the signal generator 302a, the modulator 3 02b, the modulator 3 0 3a, the RF converter 303b, the RF converter 3 0 4a, the antenna 304b, and the antenna 30 5 and the signal detector 4 0 0 leaves the signal generating unit ----- ---- ¾ .------ II ------. ^ (Please read the notes on the back before filling in this page) -26- This paper size applies to China National Standard (CNS) A4 specifications ( 2 丨 0X297 mm)