200803428 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種利用增強無線電話通信技術 (Digital Enhanced Cordless Telecommunications, DECT)技術之整合式通信系統相關，尤指一種利用增強無 線電話通信技術，進行有線、無線、公共網路以及私有網 路間資料交換之整合式通信系統及其介面。 【先前技術】 , 隨著數位匯流趨勢的來臨，能夠於不同資訊傳輸通道 間，進行資料傳輸以及運算的技術之市場價值隨之日增。 此故，各種的通道傳輸以及整合技術也紛紛被提出。增強 型無線電話通信系統（Digital Enhanced Cordless Telecommunications，DECT)，即為其中的重要技術之一， 與傳統式電話相較，增強型無線電話通信系統不但使用距 離長、無雜音、無干擾，更可視家中空間大小，機動地選 擇符合距離的機種，而擴充子機的數量亦得以依據需求動 癌選擇’再者，像是來電顯示、内線呼叫或是三方通話等 功能（1外線與2内線），均增加了增強無線電話通信系統 v， 的吸引力，搭配著數位無線系統（W D C T )技術，更擴 大了增強無線電話通信系統的市場利基。 數位或增強無線電話通信系統（Digital Enhanced Cordless Telecommunications，DECT)以超微細（Pico cell)方式在高密度用戶區提供服務，並使TDMA的技術將 一個頻道同割成12個語音通道，使用TDD雙工模式，而每 一個語音通道的編碼速率為32kb/s。 以此’增強無線電話通信系統可用於不需協調的環 境’在該環境下基地台間並不需要同步，且無線通道係以 動態方式靈活分配（Assigned)。增強無線電話通信系統提 供手機睡眠模式（Sleep mode)以減少耗電，通話過程干 5 200803428 擾太大’還可將遍話線路由一個時槽移至另一個時槽，此 過程稱之為時槽轉換（Time slot transfer)。 請見第4圖，為一習知之增強式無線電話通信系統 400，包含一基地台410以及至少一手機420，其中該基地 台410與該等手機420電連接’接收外部信號，透過增強 式無線電話通信協定傳送至該等手機420以輸出。 為了提升增強式無線電話通信系統使用不同傳輸通 道的能力，一些整合型增強式無線電話通信系統也相繼被 提出，例如能將GSM、DECT、DCS1800此類第二代數位系 ，、 統結合成在室内及戶外皆能使用的雙模式操作系統，是這 幾年眾所矚目的焦點。如：GSM/PCN，GSM/DECT通道間資 訊傳遞之可能。歐洲也致力於雙模式電話的研發計劃，例 如名為CEC DECT公共進接確認（Public Access Validation;PAV)計劃，DECT系統在該計畫中被認為是一 種無線進接技術，此理論植基於DECT不僅以固定式無線用 戶迴路（Radio Local Loop;RLL)的方式存在，亦可在鄰近 電信點（Telepoint)之間切換而且具有可移動性。因此，可 以確定DECT系統可用上述技術，來取代現行終端用戶附近 半空中或地底下的電話線路。 、# DECT也可視為GSM網路的一個網路間連接器，雖然 DECT利用GSM網路上所提供的可移動性功能，也為gsm業 者帶來額外的20MHz頻寬，使得GSM業者在其網路所能遍 及的範圍下，以DECT區域性的無線傳輸來支援一高交通流 量的通道。因此GSM與DECT的結合，不僅可讓平時使用辦 公室中無線交換機的DECT手機操作自如，更能上GSM網路 使用公共進接系統。 此外，使DECT得於網際網路（internet)、整體服務 數位網路（ISDN)以及私有的區域網路（L〇cal Area Networks，LAN)等通道間進行資料傳輸之整合性技術亦 6 200803428 相繼被提出，然而無論該等習知技術仍然避免不了至少具 有下述缺點： 首先，基於DECT資料運算處理間相對複雜的架構，習 知的DECT裝置與其他同類裝置相較均較為昂貴，使得DECT 技術之普及大受影響。 再者，隨著DECT可能使用環境之大型化以及複雜化（例如 於一大型工業廠區，DECT標準中制訂的100-150公尺之傳 輸距離便明顯不足，其訊號以可能因為環境之複雜，出現 不穩定之狀態），更長的傳輸距離以及利用現有設備進行 ， DECT網路佈建以降低成本之需要大增，習知之DECT架構 亦無法滿足這些需要。 再者，基於利用網際網路協定傳輸話音 (Voice-over-IP， IP phone )功能之需要大增，與個人 電腦系統間得以藉由常見之連接介面進行連接，並更有效 率地使用諸如SKYPE等網際網路協定傳輸話音軟體之DECT 裝置，更是消費市場所殷殷期盼之重要技術。 職是之故，本案發明人提出一種整合式增強無線電話 通信系統’該系統之成本降低、傳輸距離增加、基地台之 建佈可利用現有設備且與個人電腦系統架構具有極佳之整 V/ 合性。該系統亦可經由不同通道進行資料傳輸，以滿足市 場需求。 【發明内容】 本發明的目的之一在於提供一種與一電腦系統整合之 增強無線電話通信系統，該增強無線電話通信系統可利用 該電腦系統之運算能力進行全部或部分之資料處理。 本發明的另一目的在於提供一種與一電腦系統整合之 增強無線電話通信系統，包含至少一用戶端、複數基地單 元以及複數電腦主機，其中每一該等電腦主機與至少一基 地單元連接’藉由無縫隙交替（handover)原理，使每一 7 200803428 該用戶端得以跨電腦主機操作而不中斷通訊。 統整合之 統可利用 統整合之 統可藉由 統整合之 統可利用 際網路協 本發明的另一目的在於提供一種與一電 增強無線電話通信系統，該增強無線電話通系 既存之介面與電腦系統連接。 °、 本發明的另一目的在於提供一種與一電腦 增強無線電話通信系統，該增強無線電話通作 電腦系統與網際網路通道連接。 "、 本發明的另一目的在於提供一種與一電腦系 增強無線電話通信系統，該增強無線電話通作系 /200803428 IX. Description of the Invention: [Technical Field] The present invention relates to an integrated communication system utilizing Digital Enhanced Cordless Telecommunications (DECT) technology, and more particularly to an enhanced wireless telephone communication technology. An integrated communication system and interface for data exchange between wired, wireless, public, and private networks. [Prior Art] With the advent of the digital convergence trend, the market value of technologies capable of data transmission and computing between different information transmission channels has increased. Therefore, various channel transmission and integration technologies have also been proposed. Enhanced Cordless Telecommunications (DECT) is one of the important technologies. Compared with traditional telephones, the enhanced wireless telephone communication system not only uses long distance, no noise, no interference, and is more visible. The size of the home space, the choice of the distance-based models, and the number of expansion sub-machines can also be selected according to the demand for cancer, 'again, such as caller ID, intercom call or three-way call (1 outside line and 2 inside line), Both have increased the appeal of enhanced wireless telephone communication systems, and with the addition of digital wireless system (WDCT) technology, the market niche of enhanced wireless telephone communication systems has been expanded. Digital Enhanced Cordless Telecommunications (DECT) provides services in a high-density user area in a Pico cell mode, and enables TDMA technology to split a channel into 12 voice channels, using TDD dual The mode of operation, and the coding rate of each voice channel is 32 kb/s. Thus, the 'enhanced radiotelephone communication system can be used in an environment where no coordination is required'. In this environment, synchronization between the base stations is not required, and the wireless channels are flexibly assigned (Assigned) in a dynamic manner. Enhanced wireless telephone communication system provides mobile phone sleep mode (Sleep mode) to reduce power consumption, the call process is dry 5 200803428 The interference is too large 'can also move the traversing line from one time slot to another time slot, this process is called Time slot transfer. Referring to FIG. 4, a conventional enhanced radiotelephone communication system 400 includes a base station 410 and at least one handset 420, wherein the base station 410 is electrically coupled to the handsets 420 to receive external signals through enhanced wireless. The telephone communication protocol is transmitted to the handsets 420 for output. In order to enhance the ability of enhanced wireless telephone communication systems to use different transmission channels, some integrated enhanced wireless telephone communication systems have also been proposed, for example, to combine second-generation digital systems such as GSM, DECT, and DCS1800. The dual-mode operating system that can be used indoors and outdoors is the focus of attention in recent years. Such as: GSM / PCN, GSM / DECT channel information transfer possibilities. Europe is also working on a dual-mode phone R&D program, such as the CEC DECT Public Access Validation (PAV) program, which is considered a wireless ingress technology in the program. This theory is based on DECT. It not only exists in the form of a fixed wireless subscriber loop (RLL), but also switches between adjacent tele points (Telepoint) and has mobility. Therefore, it can be determined that the DECT system can replace the telephone line in the midair or underground near the current end user by the above technique. # DECT can also be regarded as an inter-network connector for the GSM network. Although DECT utilizes the mobility features provided on the GSM network, it also provides an additional 20MHz bandwidth for the gsm operators, enabling GSM operators to use their networks. A wide range of traffic flow can be supported by DECT regional wireless transmission within the range that can be used. Therefore, the combination of GSM and DECT not only allows the DECT mobile phone of the wireless switch in the office to operate freely, but also can use the public access system on the GSM network. In addition, the integrated technology that enables DECT to transmit data between channels such as the Internet, the Integrated Services Digital Network (ISDN), and the private area network (L〇cal Area Networks, LAN) 6 200803428 It has been proposed, however, that such conventional techniques still avoid at least the following disadvantages: First, based on the relatively complex architecture of DECT data processing, conventional DECT devices are relatively expensive compared to other similar devices, making DECT technology The popularity has been greatly affected. Furthermore, with the large-scale and complicated environment in which DECT may be used (for example, in a large industrial plant, the transmission distance of 100-150 meters developed in the DECT standard is obviously insufficient, and the signal may appear due to the complexity of the environment. In the unstable state, longer transmission distances and the use of existing equipment, DECT network deployment has greatly increased the need to reduce costs, and the conventional DECT architecture cannot meet these needs. Furthermore, the need to utilize the voice-over-IP (IP phone) function of the Internet Protocol has increased greatly, and it is possible to connect with a personal computer system through a common connection interface and use it more efficiently. The DECT device that transmits voice software such as SKYPE is an important technology that the consumer market is eagerly awaiting. For the sake of the job, the inventor of the present invention proposed an integrated enhanced wireless telephone communication system. The cost of the system is reduced, the transmission distance is increased, and the construction of the base station can utilize existing equipment and has an excellent overall V/ with the personal computer system architecture. Synergy. The system can also transmit data via different channels to meet market demands. SUMMARY OF THE INVENTION One object of the present invention is to provide an enhanced wireless telephone communication system integrated with a computer system that utilizes the computing power of the computer system for all or part of the data processing. Another object of the present invention is to provide an enhanced wireless telephone communication system integrated with a computer system, comprising at least one user terminal, a plurality of base units, and a plurality of computer hosts, wherein each of the computer hosts is connected to at least one base unit. The principle of seamless handover enables each user to operate across the host computer without interrupting communication. It is another object of the invention to provide an integrated wireless telephone communication system with an existing interface of the enhanced wireless telephone communication system. Connect to a computer system. Another object of the present invention is to provide a system for enhancing a wireless telephone communication with a computer that is connected to a computer system and an internet channel. ", another object of the present invention is to provide a computer-based enhanced wireless telephone communication system, the enhanced wireless telephone communication system /
電腦系統中之網際網路協定傳輸話音軟體進^網 定傳輸話音通訊。 ' 本發明的另一目的係提供一種與一電腦系統整合之增 強型無線電話通信系統，藉由電腦系統以及一整合式介面 f不同通信協定系統電連接，以使用該等通信協定系統之 傳輸通道以及服務。 為實現上述目的，本發明提供一種與一電腦系統整合之 增強無線電話通信系統，包含： 基地單元，與該電腦系統連接，輸出一增強型無線 電話通信信號’其中該增強型無線電話通信系統利用該電 腦主機進行=料運算，並傳送運算後之資料至該基地單元 以供該基地單元輸出該增強型無線電話通信信號； 一用戶端，接收該增強型無線電話通信信號，輸出一 類比、號以提供使用者資訊；以及 一通信協定轉換介面，包含·· 次至少一輸入介面，接收一外線資料信號，該外線 資料信號係經由一外部系統產生； 一運异單元’與該等輸入介面電連接，轉換該資 料信號為一增強型無線電話通信協定規格信號； 一輸出介面，與該運算單元電連接，輸出該增強 8 200803428 型無線電話通信協定規格信號至該基地單元。 藉由單純示範最適於實施本發明的模式中之一，熟習此 項技術人士將可自以下說明瞭解本發明的特點及優勢中之 一或部分或全部，其中該說明顯示及描述本發明的較佳具 體實施例。如應可瞭解到，本發明能有不同具體實施例， 並且其數個細節係能在各種明顯方面中修改，且全部不脫 離本發明。因此，附圖及說明書基本上可視為範例性而非 限制性。 熟知此項技術人士應瞭解上述圖式及說明中所示之本 (、 發明具體實施例只是範例性且非限制。 本發明較佳具體實施例的前述說明係用於示範及說 明目的。其非旨於徹底或使本發明限於該精確形式或已揭 示之範例性具體實施例。因此，先前說明應視為示範性而 非限制性。顯然許多修正及變化對於熟習此項技術人士將 是很明顯的。具體實施例之選擇及描述是為了更佳解釋本 發明的原理及其實際應用之最佳模式，從而允許熟習此項 技術人士理解用於各種具體實施例之本發明，且具有適合 於特定使用或所涵蓋實作之各種修改。本發明意於使其範 疇由在此所附之申請專利範圍及其等同者定義，其中除非 ，另有說明，否則所有請求項均包含其最廣泛之合理範圍。 應瞭解到，可由熟習此項技術者對於具體實施例進行改 變，而不脫離由以下申請專利範圍所定義之本發明的範 疇。再者，本揭露書中沒有任何元件及組件係意以用於公 =，不管該元件或組件是否在以下申請專利範圍中明確地 提及。此外，本揭露書的摘要係提供用以順應摘要規則之 要求，其允許搜尋者迅速地確定從此揭露書發布的任何專 利之技術揭露主題。應要瞭解到其非用於解釋或限制 專利範圍的範疇或意涵。 9 200803428 【實施方式】 第2圖所示係為本發明一較佳實施例所揭露之一與電 腦系統整合之增強無線電話通信系統2〇〇，該增強無線電 話通信系統200包含一基地單元210以及一用戶端22〇 , 其中該基地單元210與該電腦系統連接，輸出一增強型無 線電話通信信號，該用戶端接收該增強型無線電話通信信 號’並轉換為一類比信號，該電腦系統透過至少一傳輸通 道取得待運算資料。 該增強無線電話通信系統200之工作原理與進一步特 f 徵詳述於下： \ 〆 首先’該電腦系統經由該等資訊傳輸通道取得待運算 資料，本實施例中，待運算資料為音頻格式之資料，該等 >訊傳輸通道可為網際網路（Internet )、整體服務數位網 路（ISDN )以及私有的區域網路（L〇cai Area Networks， LAN )等通道，但亦不以此為限。 接著，該電腦系統利用其自有之運算能力對該等待運 算資料進行運算，並輸出運算後之該等資料至該基地單元 210’該基地單元210接收該等資料後輸出該增強型無線電 話通信信號。本實施例中，該用戶端220將該信號還原成 、 音頻類比信號，但亦不以此為限。該用戶端220亦可將該 信號還原成諸如圖片、影像等適合人類使用之類比信號。 值得注意的是，本發明中，該等待運算資料可藉由該 電腦系統獨力完成，或分配至該電腦系統以及該基地單元 210分別完成，為一具有彈性之資料運算架構，藉由運算 工作轉移至該電腦系統之優點，可減少該基地單元21〇硬 體元件之需求，因而大幅降低製造該增強無線電話通信系 統200之成本。 該電腦系統以及該基地單元210間係利用該電腦系統 中既存之連接介面進行連接，例如PCI、USB以及IEEE1394 200803428 等介面規袼’透過該等連接介面之使用，該增強無線電話 通信系統200可直接插入該電腦系統之電路或外接於該電 腦系統’並因該等連接介面的普及，使得實現該增強無線 電話通信系統200所需的成本降低，並提升穩定度。 此外，該電腦系統可為與該等連接介面相容之電腦系 統，例如桌上型電腦（desktop)、筆記型電腦（notebook)、 微軟（MICROSOFT)或麥金塔（MAC)作業系統之電腦系統等。 以下說明該增強無線電話通信系統2 〇 〇實現無縫隙交 替（handover )，使該用戶端得以跨越複數該電腦主機操作 f) 而不中斷通訊之工作原理。請見第3圖所示，為一無缝隙 交替電腦架構300,包含複數該基地單元21〇,複數該電腦 系統310以及至少一該用戶端220，其中每一該等電腦主 機與至少一基地單元連接。本實施例中，係利用一類Gsm 架構實現無縫隙交替工作。該等電腦系統間彼此係透過至 少一傳輸協定彼此連接，該用戶端轉移至該等基地單元21〇 之一所需之轉移資訊得以經由該等傳輸協定所形成之傳輸 通道進行傳輸。首先，該用戶端220會週期性的量測提供 服務之該基地單元210之強度，當提供服務之該基地單元 210之信號強度低於一預設之值時，提供服務之該基地單 v 元210要求鄰近之該等基地單元210對該用戶端之信號強 度進行評估，當任一其他該等基地單元接收之信號更強 時’便轉移對該用戶端220之服務至該基地單元，最後， 傳輸至該用戶端220之該增強型無線電話通信信號透過該 等傳輸通道之傳至提供服務之該基地台，完成無縫隙交 工作。 清參閱第1圖’係為本發明實施例所揭露之一與電腦 系統整合之增強無線電話通信系統1〇()，透過將增強無線 電話通信系統200直接插入電腦系統之電路或機板系統 中’透過無線通信電腦系統11〇之功能運算轉換，使該系 11 200803428 並透過多部電腦間之有效通訊範圍 交替工作。 統達到一類GSM架構， 之父疊連結實現無縫隙 - -t'主意的是，本實施例中所說明之類GSM架構僅為 絡Γ接㉟明，不應視為本發明之限制。其他足以實現無 縫交替之架構，亦得以於本發明中替代實施。The Internet Protocol in the computer system transmits voice software to the network to transmit voice communication. Another object of the present invention is to provide an enhanced radiotelephone communication system integrated with a computer system, electrically connected by a computer system and an integrated interface f different communication protocol system to use the transmission channel of the communication protocol system And service. To achieve the above object, the present invention provides an enhanced wireless telephone communication system integrated with a computer system, comprising: a base unit connected to the computer system and outputting an enhanced wireless telephone communication signal, wherein the enhanced wireless telephone communication system utilizes The computer host performs a material calculation operation, and transmits the calculated data to the base unit for the base unit to output the enhanced wireless telephone communication signal; a user terminal receives the enhanced wireless telephone communication signal and outputs an analogy and a number Providing user information; and a communication protocol conversion interface, comprising: at least one input interface, receiving an external data signal, the external data signal being generated via an external system; a different unit 'and the input interface Connecting, converting the data signal into an enhanced radiotelephone communication protocol specification signal; an output interface electrically connected to the computing unit, and outputting the enhanced 8 200803428 type radiotelephone communication protocol specification signal to the base unit. One or a portion or all of the features and advantages of the present invention will be apparent to those skilled in the art from a <Desc/Clms Page number> A preferred embodiment. It is to be understood that the invention may be embodied in various embodiments and the various details may be modified in various obvious aspects and all without departing from the invention. Accordingly, the drawings and description are to be regarded as illustrative rather The above description of the drawings and the description of the present invention is intended to be illustrative and not restrictive. The foregoing description of the preferred embodiments of the present invention is intended to be illustrative and illustrative. The present invention is intended to be limited or limited to the precise embodiments disclosed herein. The specific embodiments were chosen and described in order to best explain the principles of the invention and the preferred embodiments thereof The invention is intended to be limited to the scope of the invention, and the scope of the invention is intended to be It is to be understood that modifications may be made to the specific embodiments by those skilled in the art without departing from the scope of the following claims. The scope of the invention is defined. Further, no elements or components are intended to be used in the disclosure, regardless of whether the element or component is explicitly mentioned in the scope of the following claims. The Abstract is provided to comply with the requirements of the Abstract Rules, which allows the searcher to quickly determine the subject matter of any patents disclosed herein. It should be understood that it is not intended to limit or limit the scope or meaning of the patent. 200803428 [Embodiment] FIG. 2 is an enhanced wireless telephone communication system 200 integrated with a computer system according to a preferred embodiment of the present invention. The enhanced wireless telephone communication system 200 includes a base unit 210 and a client terminal 22, wherein the base unit 210 is connected to the computer system, and outputs an enhanced wireless telephone communication signal, the user terminal receives the enhanced wireless telephone communication signal and converts to an analog signal, and the computer system transmits at least A transmission channel obtains data to be processed. The working principle of the enhanced wireless telephone communication system 200 is further In the following: \ 〆 Firstly, the computer system obtains data to be calculated via the information transmission channels. In this embodiment, the data to be calculated is the audio format data, and the transmission channel can be the Internet ( Internet), the overall service digital network (ISDN), and the private area network (L〇cai Area Networks, LAN) channels, but not limited to this. Next, the computer system uses its own computing power The waiting operation data is calculated, and the calculated data is output to the base unit 210. The base unit 210 receives the data and outputs the enhanced wireless telephone communication signal. In this embodiment, the user terminal 220 The signal is reduced to an audio analog signal, but is not limited thereto. The user terminal 220 can also restore the signal to an analog signal such as a picture or an image suitable for human use. It should be noted that, in the present invention, the waiting computing data can be completed by the computer system alone, or allocated to the computer system and the base unit 210 respectively, and is a flexible data computing architecture, which is transferred by operation. The advantages of the computer system can reduce the need for the hardware components of the base unit 21, thereby substantially reducing the cost of manufacturing the enhanced wireless telephone communication system 200. The computer system and the base unit 210 are connected by using an existing connection interface in the computer system, such as PCI, USB, and IEEE 1394 200803428. The enhanced wireless telephone communication system 200 can be used through the use of the connection interfaces. Direct insertion into the circuitry of the computer system or external to the computer system' and due to the popularity of such connection interfaces, the cost reduction required to implement the enhanced wireless telephone communication system 200 is reduced and stability is increased. In addition, the computer system can be a computer system compatible with the connection interfaces, such as a computer system of a desktop, a notebook, a Microsoft (MICROSOFT) or a Macintosh operating system. Wait. The following illustrates the enhanced wireless telephone communication system 2 〇 〇 implementing a seamless handover, enabling the client to operate across multiple computer hosts f) without interrupting the operation of the communication. As shown in FIG. 3, the seamless computer architecture 300 includes a plurality of base units 21, a plurality of computer systems 310, and at least one user terminal 220, wherein each of the computer hosts and at least one base unit connection. In this embodiment, a Gsm architecture is used to implement seamless operation. The computer systems are connected to one another via at least one transport protocol, and the transfer information required by the client to transfer to one of the base units 21 is transmitted via the transport channel formed by the transport protocols. First, the client 220 periodically measures the strength of the base unit 210 providing the service. When the signal strength of the base unit 210 providing the service is lower than a preset value, the base v element of the service is provided. 210, the neighboring base units 210 are required to evaluate the signal strength of the user terminal, and when any other of the base units receives a stronger signal, the service of the user terminal 220 is transferred to the base unit. Finally, The enhanced radiotelephone communication signal transmitted to the client terminal 220 is transmitted through the transmission channels to the base station providing the service to complete the seamless communication. 1 is an enhanced wireless telephone communication system (1) integrated with a computer system according to an embodiment of the present invention, by directly inserting the enhanced wireless telephone communication system 200 into a circuit or a board system of a computer system. 'Through the functional computing conversion of the wireless communication computer system, the system 11 200803428 is alternately operated through the effective communication range between multiple computers. The system achieves a GSM architecture, and the parent stack connection is seamless. The idea is that the GSM architecture described in this embodiment is only a network connection and should not be considered as a limitation of the present invention. Other architectures that are sufficient to achieve seamless alternation can also be implemented in the present invention.
一藉由該無縫隙交替電腦架構300之實施，本發明得以 =地進行持續之通訊，制與該等電腦主機分別連接之 ^基地單元210的架設，本發明於該用戶端通信時可實 現跨f地台不中斷之功效。此外，透過該等電腦系統間之 連接叹置，達到擴張該增強無線電話通信系統2〇〇通信距 離範圍的目的，進而使每一該等電腦系統間亦形成通訊連 接’達成提供内部區域通訊裝置之功效。 另外，本發明亦得以藉由一無線外線轉換器之使用， 使得該增強無線電話通信系統2〇〇得以與不同通信協定系 統電連接，以使用該等通信協定系統之傳輸通道以及服 務。請參照第5圖’為依據本發明另一較佳實施例之一無 線外線轉換器（Wireless Trunk Adapter) 500，包含一公 用電信系統網路輸入介面510、一網際網路協定輸入介面 520、一整體服務數位網路協定輸入介面530、一區域網路 協定輸入介540、一 GSM協定輸入介面550、一運算單元 560以及一增強型無線電話通信協定輸出介面570。其中該 運算單元560之輸入端分別與該公用電信系統網路輸入介 面510、該網際網路協定輸入介面520、該一整體服務數位 網路協定輸入介面530、該區域網路協定輸入介面540以 及該GSM協定輸入介面550電連接，該運算單元560之輸 出端與該增強型無線電話通信協定輸出介面570電連接。 該無線外線轉換器之工作原理如下··該等輸入介面接 收來自不同通信協定通道（即外線）之一外線資料信號， 並傳送至該運算單元560,該運算單元560轉換該資料信 12 200803428 號為一f強型無線電話通信協定信號，經由該增強型無線 ，，通彳言協定輸出介面570將該增強型無線電話通信協定 信號傳送至指定端點，舉例來說，該網際網路協定輸入介 面520接收來自網際網路通道之一網際網路資料信號，並 傳送至該運算單元560，該運算單元560轉換該資料信號 為一增強型無線電話通信協定信號，經由該增強型無線電 話通《s協定輸出介面57〇將該增強型無線電話通信協定信 號傳送至指定端點，該等輸入介面530、540以及550均依 據上述操作轉換為該增強型無線電話通信協定信號，因此 f "： 該運算單元560具有轉換複數種通信協定信號為增強型無 線電話通信協定信號之能力，值得注意的是，不論是一對 一亦或是一對多的通信協定轉換，均應視為已被本發明所 揭露。 透過該無線外線轉換器（Wireless Trunk Adapter) 500之使用，諸如GSM網路協定、網際網路（internet) 協定、公用電信系統網路（PSTN)、整體服務數位網路（ISDN) 以及區域網路（Local Area Networks，LAN)等外線，均 得以整合至本發明之整合式系統中，換言之，本發明得以 利用上述外線之頻寬以及服務，例如利用網際網路 ( Internet)協定外線，使得增強無線電話通信系統得以 使用網際網路協定傳輸話音（Voice-over-IP， IP phone ) 以及SKYPE等服務，利用GSM協定外線，使得增強無線電 話通信系統得以使用MMS、GPRS等服務，其他諸如公用電 信系統網路（PSTN)、整體服務數位網路（ISDN)以及區域 網路（Local Area Networks，LAN)外線等，亦得以利用 各自協定使得增強無線電話通信系統得以使用上述外線之 服務，再者，本發明亦可搭配諸如WiFi (WLAN 802. 1 1 b/g)、 藍芽（bluetooth)以及 WirelessMAN ( IEEE 802· 16a/d/e， WiMAX)等規格之無線通信技術，使得通信之範圍更加擴大 13 200803428 並且增加系統之便利性。 值得一提的是，本發明的特點之一在於利用增強無線 電話通信系統與複數種外線的整合，實現多傳輸通道以及 多種通信服務之整合式增強無線電話通信系統，因此，前 述之外線種類不應被視為本發明之限制，任何得以與增強 無線電話通信系統進行整合之外線均應視為已被本發明所 揭露’而前述之連接，並不限於需有實體線路之連接，而 係表示前述連接元件所產生之信號得以依實施例所述達成 傳送以及接收的目的，舉例來說，連接之意涵亦包括無線 協定間之信號傳輸。 【圖式簡單說明】 第1圖係為本發明實施例所揭露之一與電腦系統整合 之增強無線電話通信系統示意圖。 第2圖為本發明一較佳實施例所揭露之一與電腦系統 整合之增強無線電話通信系統200。 第3圖為一無縫隙交替電腦架構3〇〇。 第4圖係為一習知之增強式無線電話通信系統示意 圖。With the implementation of the seamless mobile computer architecture 300, the present invention enables continuous communication, and the erection of the base unit 210 respectively connected to the computer hosts, and the present invention can realize cross-talk during communication with the user terminal. f platform is not interrupted. In addition, through the connection between the computer systems, the purpose of expanding the communication distance range of the enhanced wireless telephone communication system is achieved, and a communication connection is formed between each of the computer systems to achieve an internal regional communication device. The effect. In addition, the present invention is also enabled by the use of a wireless external line converter to enable the enhanced radiotelephone communications system 2 to be electrically coupled to different communication protocol systems for use with the transmission channels and services of the communication protocol systems. Referring to FIG. 5, a wireless Trunk Adapter 500 according to another preferred embodiment of the present invention includes a public telecommunication system network input interface 510, an internet protocol input interface 520, and a The overall service digital network protocol input interface 530, a regional network protocol input interface 540, a GSM protocol input interface 550, an arithmetic unit 560, and an enhanced radiotelephone communication protocol output interface 570. The input end of the computing unit 560 is respectively connected to the public telecommunication system network input interface 510, the Internet protocol input interface 520, the overall service digital network protocol input interface 530, the regional network protocol input interface 540, and The GSM protocol input interface 550 is electrically coupled, and the output of the computing unit 560 is electrically coupled to the enhanced radiotelephone protocol output interface 570. The operation principle of the wireless external line converter is as follows: The input interfaces receive an external line data signal from one of the different communication protocol channels (ie, the outer line), and transmit the signal to the operation unit 560, and the operation unit 560 converts the information signal 12 200803428 An enhanced wireless radiotelephone protocol signal, via which the enhanced protocol protocol output interface 570 transmits the enhanced radiotelephone protocol signal to a designated endpoint, for example, the Internet Protocol input. The interface 520 receives an internet data signal from one of the internet channels and transmits the signal to the computing unit 560, and the computing unit 560 converts the data signal into an enhanced wireless telephone communication protocol signal via the enhanced wireless telephone communication. The s protocol output interface 57 transmits the enhanced radiotelephone protocol signal to the designated endpoint, and the input interfaces 530, 540, and 550 are all converted to the enhanced radiotelephone protocol signal according to the above operation, thus f ": The operation unit 560 has a plurality of communication protocol signals converted into an enhanced wireless telephone communication protocol. The ability to signal, it is worth noting that, whether it is also one to one or one to many communication protocol conversion, shall be deemed to have been disclosed in the present invention. Through the use of the Wireless Trunk Adapter 500, such as the GSM network protocol, the internet protocol, the public telecommunication system network (PSTN), the overall service digital network (ISDN), and the regional network (Local Area Networks, LAN) and other external lines are integrated into the integrated system of the present invention. In other words, the present invention can utilize the bandwidth and services of the above-mentioned outside lines, for example, by using an Internet protocol (external line) to enhance wireless. The telephone communication system can use services such as Voice-over-IP (IP phone) and SKYPE to utilize the GSM protocol to make the enhanced wireless telephone communication system use services such as MMS and GPRS. Others such as public telecommunications System Network (PSTN), Integrated Services Digital Network (ISDN), and Local Area Networks (LAN) outside lines, etc., have also been able to use their respective agreements to enable enhanced wireless telephone communication systems to use the above-mentioned outside services. The invention can also be used with such as WiFi (WLAN 802. 1 1 b/g), Bluetooth (Bluetooth) and WirelessMAN Wireless communication technologies such as IEEE 802·16a/d/e, WiMAX, etc., have expanded the scope of communication 13 200803428 and increased the convenience of the system. It is worth mentioning that one of the features of the present invention is to utilize an integrated wireless telephone communication system and a plurality of external lines to realize an integrated enhanced wireless telephone communication system for multiple transmission channels and multiple communication services. It should be considered as a limitation of the present invention, and any line that is integrated with the enhanced wireless telephone communication system should be considered as having been disclosed by the present invention, and the foregoing connection is not limited to the connection requiring a physical line, but is indicated by The signals generated by the aforementioned connection elements can be transmitted and received as described in the embodiments. For example, the meaning of the connection also includes signal transmission between wireless protocols. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of an enhanced wireless telephone communication system integrated with a computer system according to an embodiment of the present invention. 2 is an enhanced wireless telephone communication system 200 integrated with a computer system in accordance with a preferred embodiment of the present invention. Figure 3 shows a seamless computer architecture. Figure 4 is a schematic diagram of a conventional enhanced radiotelephone communication system.
第5圖為依據本發明較佳實施例之一整合式增強型無 線電話通信協定系統。 ^ 【主要元件符號說明】 210基地單元 310電腦系統 420手機 10 0與電腦系統整合之增強無線電話通信系統 110無線通信電腦系統 200增強無線電話通信系統 220〜220χ用戶端 300無縫隙交替電腦架構 400增強式無線電話通信系統 410基地台 500無線外線轉換器 200803428 510公用電信系統網路輸入介面 520網際網路協定輸入介面 530整體服務數位網路協定輸入介面 540區域網路協定輸入介面 560運算單元 550GSM協定輸入介面 570增強型無線電話通信協定輸出介面 15Figure 5 is a diagram of an integrated enhanced wireless telephone communication protocol system in accordance with a preferred embodiment of the present invention. ^ [Main component symbol description] 210 base unit 310 computer system 420 mobile phone 10 and computer system integrated enhanced wireless telephone communication system 110 wireless communication computer system 200 enhanced wireless telephone communication system 220 ~ 220 χ user terminal 300 seamless network architecture 400 Enhanced Radiotelephone Communication System 410 Base Station 500 Wireless External Line Converter 200803428 510 Public Telecommunication System Network Input Interface 520 Internet Protocol Input Interface 530 Overall Service Digital Network Protocol Input Interface 540 Area Network Protocol Input Interface 560 Operation Unit 550GSM Protocol Input Interface 570 Enhanced Radiotelephone Protocol Output Interface 15