M393012 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種叫號機裝置，特別是指一種具有 連線功能的叫號機裝置。 【先前技術】 叫號機目前已廣泛使用於醫院、餐廳、及銀行等場 所。用戶端由取號機取得號碼後，等待叫號機通知並觀 察目前的叫號順序。使用叫號機的使用者可選擇下一 位、或是輸入等候號碼後，叫號機便會顯示目前號碼。 若目前號碼與用戶端所取得之號碼相同，則進行下一步 動作，如前往櫃台或是進入診間。另外，目前叫號機多 為單機系統，且無連接於網際網路，係單獨使用於各營 業場所。 因為上述現今的叫號機特性，用戶端需在叫號機前 等待，並隨時注意以免因為錯過號碼，也因此許多營業 場所必須具有等候區。此情形在醫院特別明顯，病人必 須在候診區前等候許久，造成候診區的擁擠，並容易造 成病人間互相傳染疾病。同時，因為必須在叫號機前等 候，亦造成時間的浪費。另外，若在等候時間離開等候 區，也常常因為錯估等待時間以至過號，而必須重新取 號、等候候補亦或插隊，皆造成用戶端的不便以及時間 與物力的浪費。有鑑於此，尚需要一種叫號機裝置，其 具有連線功能以便即時通知用戶端，進而解決上述問題。 【新型内容】 本創作之目的之一係提供一種叫號機裝置，用以連 線一網路伺服器叢集，該伺服器叢集可即時發送一預叫 3 M393012 通知訊息給一指定用戶端，以減少用戶端現場等待的時 間。本創作之目的之一係提供一種叫號機裝置，可即時 發送一預叫通知訊息給一指定用戶端，以減少用戶端現 場等待的時間。 本創作提供一種叫號機裝置，用於連線一網路伺服 器叢集，該網路伺服器叢集根據該叫號機裝置所傳遞之 一指示訊息，以發送一預叫通知訊息，該叫號機裝置包 含：一輸入模組、一處理器、一第一顯示器以及一資料 收送模組。該輸入模組包含至少一第一功能鍵，該輸入 模組產生一第一觸發信號。跟據該第一功能鍵的設定， ❿ 該處理器接收該第一觸發信號以執行計數跳號，而產生 一目前號碼資料，以及編碼產生該指示訊息，該指示訊 息包含一識別碼與該目前號碼資料。該第一顯示器接收 並顯示該目前號碼資料。該資料收送模組接收該指示訊 息，並以該處理器所設定之一網址傳遞該指示訊息至該 網路伺服器叢集。 另一方面，本創作提供一種叫號機裝置，包括：一 輸入模組，產生一第一觸發信號；一資料收送模組，接 收至少一預叫號碼資料及該預叫號碼資料所對應之一通 鲁 知途徑；一處理器，電性連接該輸入模組與該資料收送 模組，該處理器接收該第一觸發信號以執行計數跳號， 而產生一目前號碼資料，且該處理器接收該預叫號碼資 料，並比對該目前號碼資料等於該預叫號碼資料時，該 處理器通知該資料收送模組依該通知途徑發送一預叫通 知訊息給一指定用戶端；以及一第一顯示器，接收並顯 示該目前號碼資料。 再一方面，本創作提供一種叫號機裝置，包含： 一資料收送模組；一輸入模組，產生一第一觸發信號、 4 至少一預叫號碼資料及該預叫 途徑；一處理器，電性連接誃耠’’、資料所對應之一通知 組，該處理器接收該第一觸二模組與該資料收送模 產生-目前號碼資料，且該處:虎二行計數跳號’而 料’並比對該目前號石馬資料等2^接收該預叫號碼資 處理器通知該資料收送模％依=預叫號碼資料時’該 知訊息給一指定用戶端；、以及j通知途徑發送一預叫通 示該目前號碼資料。 —第一顯示器，接收並顯 現場j ’將使用戶端不需於 人在現場被疾病傳染的機;用於西療院所，更可減少病 【實施方式】 瞭^I即配合圖錢日林創作之具體實施方式；然需 =疋中所標示之元件及步驟係為說明清 ^表實際的尺寸與比例，且為求圖面簡 4、瞭解’部分圖式中亦省略了習知元件之繪製。 叫。卢了參閱第二圖’其為應用本創作叫號機裝置1〇〇的 他=系統之示意圖。叫號機裝置100透過網際網路或其 隹連線方式連線—網路⑭服II叢集110。網路舰器叢 二110根據叫號機裳置1〇〇所傳遞之一指示訊息，以發 =^叫通知訊息給—指定用戶端。用戶端可登錄網路 策服=叢集uo設定預叫號碼資料與通知途徑。該預叫 二，貝料fn由用戶端依掛號號碼所決定。例如’用戶端 _之掛號號碼為36冑，用戶端可決定欲叫號碼為33 俾使網路词服器叢集110待收到目前號碼跳到33 M393012 號的指示訊息時，會即時發送預 戶端亦可決定欲叫號碼為33至35$ =息。另外’用 叢集1HM寺收到目前號碼跳到33、3。’俾，、網路祠服器 別即時發送預叫通知。 及35號時，會分 用本創作之叫號機裝置7。〇的叫號集110以及應 於下述内容詳加討論。 1現糸統之進一步功能將 示意===== 的-種實施態樣之 -輸入模組120、一處理器j裝置1〇〇包含 資料收送模組15G及—傳輸模組m。如器140、- •輸入模組120係用於輸入資料。 入模組12G可包含複數組功能鍵 不= f〇〇rί 設定執時， ，醫生，護士)操作上…位鍵’輸入模 發:號傳送至處理器130。在本創作的 中，第一功能鍵係設定叫號機裝置1〇〇俾 用^端設定預叫號碼資料及通知途徑，以登錄至網路^ 服器叢集110，而第三功能鍵係關於網路設定，例如： 叫號機裝置100執行設定網路伺服器叢集110之網址。 在以下說明書中將會加以詳述功能鍵之使用。另外，不 同樣式及數量的輸入方式亦可應用於本創作，可依不同 的需求而有不同的輸入方式。 處理态130根據該第一功能鍵的設定接收該第一觸 發訊號以執行計數跳號。舉例而言，若設定係輸入下— 6 M393012 位，則處理器丨30將一原先内存的號碼加一並產生目前 號碼資料。另外，若係直接輸入所欲之號碼，處理器13〇 將内存的號碼跳至此輸入的號碼產生目前號碼資&。在 計數跳號後’該目前號碼資料同時内存於處理器丨3〇的 記憶體。在本創作一種實施態樣中，處理器丨3〇包含一 計數跳號模組’該計數跳號模組執行上述之計數， 且產生該目前號碼資料。處理器13〇將編碼產生一指"示 訊息，該指示訊息包含一識別碼與該目前號碼資料。該 識別碼係内建於叫號機裝置100,且每一叫號機裝置1〇〇 # 的識別碼不相同。 第一顯示器140自處理器130接收並顯示該目前號 碼資料。一般而言’第一顯示器140可使用液晶顯示模 組顯示器或七段顯示器。在本創作一種實施態樣中，叫 號機裝置100更連接一第二顯示器160(如第一圖所 示）’第二顯示器160連接傳輸模組170而自處理器13〇 接收並顯示該目前號碼資料。該傳輸模組170可為短距 無線模組，其可以無線方式傳送資料，例如：射頻（rF)、 藍芽、Zeebee及超寬頻（UWB);亦可為長距有線數據傳 輸模組，其可以有線方式傳送資料，例如：RS232介面、 RS 485介面、防422介面、序列周邊介面（SPI)、内部 整合電路（11C)協定、控制器區域網路匯流排系統 (CAN-BUS)。在本創作一種實施態樣中，處理器130、資 料收送模組150及傳輸模組170可整合為一單一元件， 例如一整合晶片。 第二顯示器160可顯示目前號碼資料，使得在營業 場所等候之用戶端可清楚了解目前叫號的狀況。一般而 言第二顯示器160可使用七段號碼顯示器。然而如上所 述’任何可做為顯示裝置的顯示技術皆屬於本創作實施 7 M393012 態樣之變化，例如：液晶平面顯示ϋ、有機發光二極體 平面f示器及傳統利用傳統照明工具的顯示燈具等。 义處模組15G自處理器13G接收該指示訊息並 以處理◎ 13G所設定之網址傳指 裝置100連線的網路伺服考業隹1in 〜王”观機 ι.π ^服裔叢集110。該網址係可預先 e又疋於處理器130,或者經由其 亦或經由網路伺服器叢隼！錄 鍵的=疋輸入 置1()〇。 線上更新㈣定叫號機裝 另：隹叫號機裝置100可同時連接-個以上的網路 it可採用IP直連或網域名稱系統⑽S) =定(TCP)或使用者資料協定⑽p)。M393012 V. New description: [New technical field] This creation is about a device called a number, especially a device with a connection function. [Prior Art] Calling machines are now widely used in hospitals, restaurants, and banks. After the client obtains the number from the numbering machine, it waits for the calling machine to notify and observe the current calling sequence. The user using the calling machine can select the next digit or enter the waiting number, and the calling number will display the current number. If the current number is the same as the number obtained by the client, proceed to the next step, such as going to the counter or entering the clinic. In addition, the current numbering machines are mostly stand-alone systems and are not connected to the Internet. They are used separately in various business locations. Because of the above-mentioned characteristics of the calling machine, the user needs to wait in front of the calling machine and pay attention to avoid missing the number, so many business places must have a waiting area. This situation is particularly evident in hospitals where patients must wait a long time in front of the waiting area, causing crowding in the waiting area and easily causing infectious diseases among patients. At the same time, because it has to wait in front of the calling machine, it also causes a waste of time. In addition, if you leave the waiting area during the waiting time, it is often because of the miscalculation of waiting time and even the number, but you must re-take the number, wait for the waiting or cut the queue, which causes the inconvenience of the user and the waste of time and material resources. In view of this, there is still a need for a calling device that has a connection function to instantly notify the user, thereby solving the above problem. [New Content] One of the purposes of this creation is to provide a calling device for connecting a network server cluster, which can immediately send a pre-call 3 M393012 notification message to a designated user terminal. Reduce the waiting time on the client side. One of the purposes of this creation is to provide a calling device that can instantly send a pre-notification notification message to a designated client to reduce the waiting time of the client. The present invention provides a calling device for connecting a network server cluster, and the network server cluster sends a pre-notification notification message according to an indication message transmitted by the calling device. The device comprises: an input module, a processor, a first display and a data delivery module. The input module includes at least one first function key, and the input module generates a first trigger signal. According to the setting of the first function key, the processor receives the first trigger signal to perform a counting hop number, generates a current number data, and generates an indication message, the indication message includes an identification code and the current Number information. The first display receives and displays the current number information. The data delivery module receives the indication message and transmits the indication message to the network server cluster at a URL set by the processor. In another aspect, the present invention provides a calling device, comprising: an input module, generating a first trigger signal; and a data receiving module, receiving at least one pre-call number data and corresponding to the pre-call number data a processor, electrically connecting the input module and the data delivery module, the processor receiving the first trigger signal to perform a counting hop, and generating a current number data, and the processor Receiving the pre-call number data, and comparing the current number data to the pre-call number data, the processor notifying the data receiving module to send a pre-call notification message to a designated user end according to the notification path; The first display receives and displays the current number information. In another aspect, the present invention provides a calling device, comprising: a data receiving module; an input module, generating a first trigger signal, 4 at least one pre-call number data and the pre-calling path; and a processor , the electrical connection 誃耠 '', the data corresponding to one of the notification groups, the processor receives the first touch two module and the data delivery mode generated - current number data, and the location: the tiger two lines count hopping 'And the material' is more than the current number of stone horse data, etc. 2^ Receive the pre-call number resource processor to notify the data receiving mode% = pre-call number data when the message is given to a designated user; The j notification path sends a pre-call to indicate the current number information. - The first display, receiving and displaying the scene j' will make the user terminal not need to be infected by the disease at the scene; for the western treatment institute, it can reduce the disease [implementation method] ^I is the match figure Qian Rilin The specific implementation method of the creation; the elements and steps indicated in the 疋 疋 为 为 为 为 为 为 为 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际 实际draw. call. Referring to the second figure, it is a schematic diagram of the system of the application device. The calling device 100 is connected via the Internet or its network connection - the network 14 services II cluster 110. The network warship bundle 2110 transmits an indication message according to the number of the machine number, and sends a notification message to the designated client. The client can log in to the network. Servicing = Cluster uo sets the pre-call number data and notification path. The pre-call 2, the bait fn is determined by the client according to the registration number. For example, if the number of the client_number is 36胄, the client can decide that the number of the caller is 33, so that the network word server cluster 110 will receive the indication message that the current number jumps to 33 M393012, the subscriber will be sent immediately. The terminal can also decide that the number to be called is 33 to 35$= interest. In addition, the current number is jumped to 33, 3 with the cluster 1HM Temple. ‘俾,, the network server does not send a call alert immediately. At the time of the 35th, the machine number 7 of the creation will be used. The nickname set 110 and the following should be discussed in detail. 1 The further function of the current system will indicate the implementation of the ===== - the input module 120, the processor j device 1 〇〇 includes the data delivery module 15G and the transmission module m. The input module 120 is used to input data. The input module 12G may include a complex array function key. No = f〇〇rί setting time, doctor, nurse) operation... bit key 'input mode: number is transmitted to the processor 130. In the present creation, the first function key is set to call the number device 1 to set the pre-call number data and the notification path to log in to the network server 110, and the third function key is related to The network settings, for example: The calling device 100 performs the setting of the web server cluster 110 web address. The use of function keys will be detailed in the following description. In addition, the same type and number of input methods can also be applied to this creation, and different input methods can be used according to different needs. The processing state 130 receives the first trigger signal according to the setting of the first function key to perform a counting hop number. For example, if the setting is input to the 6 M393012 bit, the processor 丨30 increments the number of the original memory and generates the current number data. In addition, if the desired number is directly input, the processor 13 跳 jumps the number of the memory to the number entered to generate the current number & After counting the hop number, the current number data is stored in the memory of the processor 同时3〇. In an implementation of the present invention, the processor 丨3〇 includes a count hopping module ‘the count hopping module performs the above counting, and generates the current number data. The processor 13 〇 generates a finger " message, the indication message including an identification code and the current number data. The identification code is built in the calling device 100, and the identification codes of each calling device 1〇〇# are different. The first display 140 receives and displays the current number data from the processor 130. In general, the first display 140 can use a liquid crystal display module display or a seven-segment display. In an implementation of the present invention, the calling device 100 is further connected to a second display 160 (as shown in the first figure). The second display 160 is connected to the transmission module 170 and receives and displays the current from the processor 13A. Number information. The transmission module 170 can be a short-range wireless module, which can transmit data wirelessly, for example, radio frequency (rF), Bluetooth, Zeebee, and ultra-wideband (UWB); or a long-distance wired data transmission module. Data can be transmitted in a wired manner, such as RS232 interface, RS 485 interface, anti-422 interface, serial peripheral interface (SPI), internal integrated circuit (11C) protocol, and controller area network bus system (CAN-BUS). In one implementation of the present invention, the processor 130, the data delivery module 150, and the transmission module 170 can be integrated into a single component, such as an integrated chip. The second display 160 can display the current number information so that the client waiting at the business location can clearly understand the current status of the call. In general, the second display 160 can use a seven-segment number display. However, as described above, any display technology that can be used as a display device belongs to the change of the M393012 aspect of the present invention, for example, a liquid crystal flat display, an organic light emitting diode flat display, and a conventional display using a conventional lighting tool. Lamps, etc. The service module 15G receives the indication message from the processor 13G and processes the network servo test 1in ~ Wang "view machine ι. π ^ service cluster 110 connected by the website address finger device 100 set by ◎ 13G. The web site can be pre-e-processed on the processor 130, or via its network server or via the network server. The input key of the record key is set to 1 () 〇. Online update (4) fixed number machine installed another: howl The device 100 can be connected to more than one network at the same time. The IP direct connection or the domain name system (10) S) = (TCP) or the user data protocol (10) p) can be used.
100連接之網路伺服器叢集110係可 為非固疋式，並藉以實作網域名稱LThe 100-connected network server cluster 110 system can be non-solid and used to implement the domain name L.
的網路伺服器叢集110確定連接。 ' > J 叫號機裝置1GG經由網關腳叢# n 裝置議之間的連線傳遞指示訊息，任何可傳遞指示= 息的連線方式皆屬於本創作之範_。如第二圖所示，在 本創作-種實施態樣巾，係透過树·方式經由固定 IP的數據機傳遞該指示訊息，叫號機裝置1〇〇可直連固 定1P方式的數據機（如：ADSL，光纖，有線電視網路）。因 此資料收送模組150為一有線網路傳送晶片。其他種傳 遞指示訊⑽方式亦可用於本創作，例如：透過無線網 路使用無線網路傳送晶片傳％、透過無線電使用無線電 晶片傳遞及透過無線GSM(Gl〇bal System for Mobile communications)使用無線GSM傳送晶片傳遞。 如第二圖所不之本創作另一實施態樣中，叫號機裝 置100中的資料收送模組150經由ip分享器傳遞該指示 訊息，且3亥IP刀早器連接一個以上的叫號機裝置1〇〇。 8 M393012 本創作之叫號機裝置100可經由實作動態主機組態協定 (DHCP)連接IP分享器’並透過數據機（如ADSL數據機） 傳遞指示訊息β另外，第三圖雖然只顯示兩個叫號機事 置100，但熟悉本技術領域之人士可了解到’ IP分享^ 可連接多個叫號機裝置100。 ° 本創作一種實施態樣中，叫號機裝置100進一步經 由一電腦系統連線網路伺服器叢集11〇〇資料收送模組 150經由該電腦系統傳遞該指示訊息至網路伺服器叢集 110。 “The network server cluster 110 determines the connection. ' > J Calling device 1GG transmits an indication message via the connection between the gateways and the devices. Any connection method that can pass the indication = information belongs to the scope of this creation. As shown in the second figure, in the present invention, the instructional towel is transmitted through the tree/mode via a fixed IP data machine, and the calling device 1 can directly connect the fixed 1P data machine ( Such as: ADSL, fiber, cable TV network). Therefore, the data delivery module 150 transmits a wafer for a wired network. Other methods of transmitting instructions (10) can also be used for this creation, for example, using a wireless network to transmit a chip to a wireless network, using a radio via a radio, and using a wireless GSM via a wireless GSM (Gl〇bal System for Mobile communications) Transfer wafer transfer. In another embodiment of the present invention, the data delivery module 150 in the calling device 100 transmits the indication message via the ip sharer, and the 3H IP knife is connected to more than one call. No. 1 device. 8 M393012 The device number 100 of this creation can connect the IP sharer via the dynamic host configuration protocol (DHCP) and transmit the indication message through the data machine (such as ADSL modem). In addition, the third figure only shows two A number is called 100, but those skilled in the art can understand that 'IP sharing^ can connect multiple calling devices 100. In an implementation of the present invention, the calling device 100 further transmits the indication message to the network server cluster 110 via the computer system via a computer system connection network server cluster 11 . "
本創作一種實施態樣中，叫號機裝置100進一步經 由一電腦系統連線網路伺服器叢集110。該網址係設定 於該電腦系統。該電腦系統自資料收送模組15〇接收今 指示訊息，且依所設定之網址傳遞該指示訊息至網路飼 服器叢集110。舉例而言，叫號機裝置100經由二 USBCUniversal Serial Bus)介面傳遞該指示訊息至該電 腦系統’且該電腦系統依所設定之網址傳遞該指示气争 至網路伺服器叢集110。 wIn an implementation of the present invention, the calling device 100 further connects the network server cluster 110 via a computer system. This URL is set on this computer system. The computer system receives the current indication message from the data delivery module 15 and transmits the indication message to the network feeder cluster 110 according to the set URL. For example, the calling device 100 transmits the indication message to the computer system via the two USBCUniversal Serial Bus) interface and the computer system transmits the indication to the network server cluster 110 according to the set URL. w
本創作另一實施態樣中’網路伺服器叢集110可連 接一資料庫190(如第一圖所示），其儲存用戶端的設定 資料，該用戶端所設定之預叫號碼資料及通知途徑等， 而本創作其他實施態樣中，用戶端的資料可包括用戶端 的帳號、密碼。若本創作係應用於醫療院所，網路词 訊或是醫生休假日期等，以使網路伺服器叢集 供用戶端㈣減#訊，錢制神關資 定預叫號碼資料。另外’網路伺服器叢集則接^ 個駱恭除所的門给眘Μ，wu @ 多 器叢集110可接收門診資料，其包含醫療院所的L __________________________ 個醫療院所的門診資料’以處理多個醫療診所的；：二 號。且必須注意到，本創作叫號機巢 路掛 反ιυυ :¾按的網路 9 M393012 伺服器叢集〗獨立於醫療院所内部的掛號系統，迷不 與單一醫療院所的内部掛號系統結合，本創作網服 器、叢集110僅因應醫療院所之各叫號機装f 100指示的 目前號碼資料，來決定先前已登錄用戶端是否發出預叫 ^在i創作的一種實施態樣中，叫號機裝置⑽執行 第二功能鍵的設料，本創作提供用戶端輸 叫號碼資料及通知途徑設定，並在網路伺服器最溧s 完成登錄。處理器130根據第二功能鍵的設定’並依該 等設定鍵操作以編碼產生一設定訊息。該設定訊息包括 識別碼、預叫號碼資料及通知途徑設定，其中通知途检 設定可應用網際網路及電信網路的發送方式。資料收送 模組150傳遞該設定訊息至該網路伺服器叢集110完成 登錄。 請參照第四圖，第四圖為應用本創作之叫號機裝置 =0於網路伺服器叢集110設定預叫號碼資料及通知途 =的方法步騍圖。步驟401中，網路伺服器叢集110接 ^ 定訊息。步驟402中，網路伺服器叢集1丨〇登記 f設定訊息，且進一步儲存於資料庫190中。網路伺服 =叢集110接收來自叫號機裝置100所傳遞的該指示訊 息’決定先前已登錄用戶端是否發出預叫通知訊息。在 一種實，態樣中，叫號機裝置100可由所設置之場所的 營業=員操作，如醫療院所内的護士或是病人本身。 请參照第五圖，第五圖為網路伺服器叢集110發送 ^法步驟圖。步驟501中，網路伺服器叢集110接收叫 號機f置1〇0所傳遞之該指示訊息。步驟502中，網路 伺服器叢集110讀取資料庫190儲存之資料。步驟503 中’網路甸服器叢集n〇比對自資料庫19〇讀取之預叫 M393012 號碼資料與指示訊息之目前號碼資料是否相同。 言，比對指示訊息中的所含之識別碼是否屬於用=而 等待之門診的叫號機裝置10〇,再比對指示訊肩端欲 前號碼資料是否與用戶端所設定之預叫號碼資&相，目 若是不同，則回到步驟501。若是相同，則進行、步目同。 網路伺服器叢集110依用戶端所設定的通知途^ 預叫通知訊息給指定用戶端。發送方式係依用^ 定的通知途徑，這包括應用網際網路及電信網路所f 方式。例如，可使用電子郵件、簡訊通知、電話奴發送 知等發送方式發送至用戶端的電子裝置，尤其以=音通 電子裝置為佳，如：手機及筆記型電腦，若以手^攜式 信網路為途徑則輸入手機，若以網際網路為途徨 ' =電 電子郵件（email)地址。該預叫通知訊息係通知^二，入 等候之叫號機裝置1〇〇已符合用戶端預先設定之 碼資料，用戶端此時可依此前去現場等候。 叫嬈 在本創作一種實施態樣中，處理器13〇可具 更新功能，可根據網路伺服器叢集11〇接收一 上 以更新處理器130。 灵新-貝料 在本創作一種實施態樣中，處理器13〇亦 協定功能，以藉由網路自資料收送模組15〇傳遞該 訊息，並藉由網路與網路伺服器叢集11〇交換資料"。曰不 在本創作一種實施態樣中，處理器13〇係且右綠 經由資料收送模組150接收網路;服i叢 招、 9 v，以執行線上燒錄並更改處理器130内部 式’亦不需將處理器13〇移除安裝以執行燒錄。σ 在本創作一種實施態樣中，處理器13〇内 貝料。處理器130可經由資料收送模組15 祠服器叢#U0之指令，以變更常數資料。常 M393012 包含：常規DNS服務器，叫號器的ιρ，醫療院 療院所地址，醫療院所電話，醫療院所負責人。？冉，醫 一種實施態樣中，處理器130可經由資料收、、，創作 接受該網路伺服器叢集110之指令，以執行：上二15〇 力5能+使叫號機裝置1〇0的時間係與網路词服 在本創作一種實施態樣中，處理器130 收送模組150接受該網路飼服器叢集11〇之指二由 行線上功能檢查及系統資料（如網路伺服器隹7 = 網址）更新功能。 。呆u〇的 本創作一種實施態樣中，處理器13〇經由資 模組150接受該網路伺服器叢集11〇之指令以變數 #料、執行線上同步功能或執行線上功能檢查及系统資 料^新功，的程序如下。啟動程序並動態決定執行一或 程序二。其中，程序—可為較舊版本 為 t新版本之程序。執行程序過程中發現有任- 在：另一個程序。同時，執行程序的紀錄(i〇g) 在1h虎機裝i 100重置前可儲存於處理器13〇的記愧體 或設置於叫號機^置100中的一非揮發性記憶裝置;J未 於圖中。在本創作一種實施態樣中，輸入模組120 可選擇第三功能鍵’並藉由該等設定鍵輸人該網址。處 理器1H根據第三功能鍵的紋並依該等設定鍵操 作，以設定該網址至資料收送模組150。因此，資料收 送模組150，得藉處理器13〇所設定之網址傳遞該指示 訊息至網路伺服器叢集110。 如第六圖所示，本創作一種實施態樣中，叫號機裝 置600可即時發送一預叫通知訊息給一指定用戶端，叫 號機裝置600 &含：一輸入模组62〇、一資料收送模組 12 M393012 650、-處理器630及一第一顯示器64〇。 輸入模組620產生一第—觸级, 叫號機裝置60。執行叫號功能時發: 的操作人員(如:醫生4:=;°!: 理器6】3^組62G並藉以產生—第一觸發信號傳送至處 :貝料收送模組65G接收至少―預叫號碼資料及該預 叫號碼資料所對應的-通知途徑，該通知途徑包括一電 子郵件地址或一電信門號。如上所述，預叫號碼資料係 由用戶端依掛號號碼所決定。例如，用戶端取得之掛號 號碼為36號，用戶端可決定欲叫號碼為33號，俾使目 前號碼跳到33號時，叫號機裝置會即時發送預叫通知訊 息。另外，用戶端亦可決定欲叫號碼為33至35號，俾 目前號碼跳到33、34及35號時，叫號機裝置會分別即 時發送預叫通知訊息。該預叫號碼資料及該通知途徑可 儲存在該資料收送模組650、處理器630的記憶體或設 置於叫號機裝置100中的一非揮發性記憶裝置（未於圖 中顯示）。 本創作一種實施態樣中，門診掛號之護士係操作輸 入模組620，以輸入用戶端門診掛號後所欲預叫的號碼 及通知方式，輸入模組620並藉以傳送該預叫號碼資料 及該通知途徑給處理器630。同時，如本實施態樣係應 用於餐廳之櫃台，餐廳櫃台營業員可於顧客取得等候號 碼後，於叫號機裝置600輸入該顧客所欲預叫的號碼及 通知方式。 本創作一種實施態中，資料收送模組650連接一櫃 台電腦680，且從該櫃台電腦680接收該預叫號碼資料 及該通知途徑。櫃台電腦680係由門診掛號之護士操 13 =,以輸入用戶端門診掛號後所欲預叫的號碼及通知方 〔’櫃台電腦68G並藉以傳送該預叫號碼資料及該通知 途徑給叫號機裝置600的資料收送模組65〇。 處理器630接收該第一觸發信號以執行計數跳號， 而產生一目前號碼資料。舉例而言，若設定係輸入下— 位，則處理器630將-原先内存的號碼加一並產生目前 號碼-貝料。另外，若係直接輸入所欲之號碼，處理器 將内存的號碼跳至此輸Α的號碼產生目前號碼資料。在 計數跳號後，该目前號碼資料同時内存於處理器13〇的 記憶體。處理ϋ 63G並從輸人模組㈣或資料收送模也 650接收該預叫號碼資料，並比對該目前號瑪資料等於 該預叫號碼資料時’處理_〇通知該資料收送模組65〇 依該通知途#發送預叫通知訊息給紋用戶端。 本創種實施態樣中，處理器63()接收該預叫號 碼資料—排程資料。排程資料係對應於門診掛號 定，=該用戶端的通知途徑:== = 二若目前號碼資料是 發送該預叫通知H 物組_依該通知途徑 第一顯示器640自處理 碼:料:;!Γ’第-顯示器二 == 示)，第二顯示器連接器16〇(如第-圖所 670而自處理器63〇2^2機裝置_之一傳輪模組 並員示该目前號碼資料。該傳 14 M393012 為短距無線模組，其可以無線方式傳送資料 亦可為長距有線數據傳輸模組 、資料’ 料。在本創作一種實施態樣中，處2有：方2送資 模組650及傳輸模組可整合為一一 貝料收送 晶片。 早一疋件，例如一整合 在本實施態樣中，叫號機裝 服器叢集即可發送該預叫通知訊息】 目前號碼資料與該預叫號碼資料，若=比對該 該預叫號碼資料，賴資料收 ⑽碼貝料等於 ，送該預叫通知訊息給指定用戶端且通知途徑 端所设定的通知途徑，這包括 * 、方式係依用戶 的發送方式。—般來說 =撕網路及電信網路 件地址，而電信網路方式；送方式可為電子郵 話語音通知。例如，可號，訊通知或電 語音通知等方式分·過網際 ^訊通知、電話 r。該預叫通知訊為二方二輪 料已到用戶端預先設定之預 之目前號碼資 依此前去現場等候。 〜馬貝料，用戶端此時可 本創作的實施態樣中， 卡用以連接網際網路且守福:艸收达模組650包含一網 可用以發送電子郵件至用Λ °途徑為一電子郵件地址， 行動式電話等。此外，資料=的，信裝置’如：電腦、 組用以連接電信網路且該 送模組亦可包含一 GSM模 以發送簡訊或語音通知至^ α途徑為一電信門號，可用 由上述敘述可知，本：：行動式電話。 邛實為一新穎、進步且具產 M393012 業實用性之創作。雖然本創作已以較佳實施例揭露如 上’然其並非用以限定本創作，任何熟悉此技藝者，在 不脫離本創作之精神和範圍内，當可作各種之更動與潤 飾0In another implementation of the present invention, the network server cluster 110 can be connected to a database 190 (as shown in the first figure), which stores the setting data of the client, the pre-call number data and the notification path set by the client. Etc. In other implementations of the present invention, the data of the client may include the account number and password of the client. If the creation department is applied to a medical institution, a network word or a doctor's vacation date, etc., so that the network server cluster is provided for the user terminal (4) minus the # message, the money system is limited to the pre-call number data. In addition, the 'network server cluster' will be connected to the door of Luo Gong's house to Shen Wei, wu @ multi-tool cluster 110 can receive outpatient information, which includes the medical information of the hospital's L __________________________ medical institutions' to handle Multiple medical clinics;: No. 2. It must be noted that this creation is called the machine nesting road hangs the counter: 3⁄4 button network 9 M393012 server cluster 〗 is independent of the registration system inside the medical institution, the fans are not combined with the internal registration system of a single medical institution, The authoring web server and cluster 110 only determine whether the previously logged-in user has issued a pre-call, in the implementation of the i number, according to the current number data indicated by the f100 of the medical institution. The device (10) executes the setting of the second function key, and the creation provides the user input number data and the notification path setting, and completes the login in the network server last s. The processor 130 operates according to the setting of the second function key to generate a setting message according to the setting keys. The setting message includes an identification code, a pre-call number data, and a notification path setting, wherein the notification check setting can apply the way the Internet and the telecommunication network are sent. The data delivery module 150 passes the setting message to the network server cluster 110 to complete the login. Please refer to the fourth figure. The fourth picture shows the method of setting the pre-call number data and the notification route = in the network server cluster 110. In step 401, the network server cluster 110 receives the message. In step 402, the network server cluster 1 registers the f setting message and is further stored in the database 190. The network servo = cluster 110 receives the indication message transmitted from the calling device 100 to determine whether the previously logged-in user has issued a pre-notification notification message. In one embodiment, the caller device 100 can be operated by a salesperson at a location, such as a nurse in a hospital or the patient itself. Please refer to the fifth figure. The fifth figure is a network procedure for transmitting the network server cluster 110. In step 501, the network server cluster 110 receives the indication message delivered by the caller f set to 1〇0. In step 502, the network server cluster 110 reads the data stored in the database 190. In step 503, the network acknowledgment cluster n 〇 compares the pre-call M393012 read from the database 19 whether the number data and the current number information of the indication message are the same. In other words, whether the identification code included in the comparison instruction message belongs to the calling machine device 10 that waits for the outpatient service, and compares the instruction to indicate whether the previous number information is the same as the calling number set by the user terminal. If the source & phase is different, then return to step 501. If they are the same, then proceed and follow the same steps. The network server cluster 110 sends a notification message to the designated client according to the notification path set by the client. The method of sending is based on the notification route, which includes the application of the Internet and telecommunications networks. For example, it can be sent to the electronic device of the user terminal by using an e-mail, a short message notification, a telephone slave sending notification, etc., especially a =-phone electronic device, such as a mobile phone and a notebook computer, if the mobile communication network If the road is the way, enter the mobile phone, if the Internet is the way to '= e-mail (email) address. The pre-notification notification message is notified by the second message that the waiting machine device 1 has already met the code data preset by the user terminal, and the user terminal can go to the scene at this time. In an implementation of the present invention, the processor 13 can have an update function, and can receive an update according to the network server cluster 11 to update the processor 130. In a new implementation of the present invention, the processor 13 also functions to transfer the message from the data delivery module 15 via the network, and through the network and network server cluster. 11〇 exchange data ". In an implementation of the present invention, the processor 13 is connected to the right green and receives the network via the data delivery module 150. The device is configured to perform on-line programming and change the internals of the processor 130. It is also not necessary to remove the processor 13〇 to perform burning. σ In one embodiment of the present invention, the processor 13 is inside the material. The processor 130 can change the constant data via the data delivery module 15 command of the server bundle #U0. Often M393012 contains: regular DNS server, caller's ιρ, medical hospital address, medical institution telephone, medical institution person in charge. ? In one embodiment, the processor 130 can authorize and accept the command of the network server cluster 110 via the data collection, and execute: the upper two 15 powers 5 can + the call machine device 1 〇 0 The time system and the network word service are in an implementation manner of the present invention, the processor 130 receiving module 150 accepts the network feeding device cluster 11 〇 由 由 线 线 线 线 线 线 线 线 线 线 线 线 线Server 隹7 = URL) update function. . In an implementation of the present invention, the processor 13 accepts the network server cluster 11 command via the resource module 150 to change the number of materials, perform an online synchronization function, or perform an online function check and system data. The procedure for new work is as follows. Start the program and dynamically decide to execute one or two. Among them, the program - can be a program with an older version of t new version. During the execution of the program, it was found that there was any - in: another program. At the same time, the record of the execution program (i〇g) can be stored in the memory of the processor 13〇 or a non-volatile memory device disposed in the calling device 100 before the reset of the i100. J is not in the picture. In an implementation of the present invention, the input module 120 can select a third function key & and enter the web address by the setting keys. The processor 1H operates according to the pattern of the third function key and operates according to the setting keys to set the website address to the data delivery module 150. Therefore, the data delivery module 150 may transfer the indication message to the network server cluster 110 by using the URL set by the processor 13A. As shown in the sixth figure, in an implementation manner of the present invention, the calling device 600 can immediately send a pre-notification notification message to a designated user terminal, and the calling device 600 & includes: an input module 62〇, A data delivery module 12 M393012 650, a processor 630 and a first display 64A. The input module 620 generates a first-touch, caller device 60. When the call function is executed, the operator (for example: doctor 4:=; °!: processor 6) 3^ group 62G is generated and generated - the first trigger signal is transmitted to the place: the bedding receiving module 65G receives at least The pre-call number data and the notification path corresponding to the pre-call number data, the notification path includes an e-mail address or a telecommunication door number. As described above, the pre-call number data is determined by the user terminal according to the registration number. For example, if the registration number obtained by the client is 36, the client can decide that the number to be called is 33. When the current number jumps to the 33rd, the calling device will immediately send the pre-notification notification message. In addition, the user terminal also It can be decided that the calling number is 33 to 35, and when the current number jumps to 33, 34 and 35, the calling device will send the pre-notification notification message separately. The pre-calling number information and the notification path can be stored in the The data delivery module 650, the memory of the processor 630, or a non-volatile memory device (not shown) disposed in the caller device 100. In one embodiment of the present invention, the nurse department registered in the clinic Operating the input module 620 to lose The number and notification mode of the user's outpatient clinic after the registration is registered, and the module 620 is input to transmit the data of the pre-call number and the notification path to the processor 630. Meanwhile, the present embodiment is applied to the counter of the restaurant. The restaurant counter salesperson can input the number and notification method that the customer wants to call in the calling machine 600 after the customer obtains the waiting number. In one embodiment, the data delivery module 650 is connected to a counter computer 680, and The pre-call number information and the notification route are received from the counter computer 680. The counter computer 680 is operated by the clinic registered by the clinic 13 =, and the number and the notification party to be called after inputting the registration of the user terminal clinic [' counter computer 68G And transmitting the pre-call number data and the notification path to the data delivery module 65 of the calling machine device 600. The processor 630 receives the first trigger signal to perform a counting hop number, and generates a current number data. In other words, if the setting is input to the lower position, the processor 630 adds the number of the original memory to generate the current number - the material. In addition, if the direct input is desired The number, the processor jumps the number of the memory to the number of the input to generate the current number data. After counting the hop number, the current number data is also stored in the memory of the processor 13 。. Processing ϋ 63G and from the input module (4) Or the data delivery module 650 receives the pre-call number data, and sends a pre-call to the data delivery module 65 according to the notification method when the current number data is equal to the pre-call number data. The notification message is sent to the user terminal. In the embodiment, the processor 63() receives the pre-call number data-schedule data. The schedule data corresponds to the outpatient registration number, and the notification route of the user terminal: == = 2 If the current number information is to send the call alert notification H object group _ according to the notification route first display 640 self-processing code: material: ;! Γ 'first-display two == show), the second display connector 16 〇 (As shown in Figure 670, the self-processor 63 〇 2 ^ 2 machine device _ one of the transmission modules and the current number information. The transmission 14 M393012 is a short-range wireless module, which can transmit data wirelessly. It can also be a long-distance wired data transmission module and data. In one implementation of the present invention, the section 2 has: the square 2 delivery module 650 and the transmission module can be integrated into one-to-one material delivery wafer. As soon as the device is integrated, for example, in the embodiment, the caller's server bundle can send the caller notification message. The current number data and the caller number data, if = the ratio of the caller number data The data receipt (10) code is equal to, the send notification message is sent to the designated user end and the notification path set by the notification end, which includes *, and the method is based on the user's transmission method. Generally speaking, the network address of the network and the telecommunication network is removed, and the telecommunication network mode; the sending mode can be the electronic mail voice notification. For example, the number, the notification or the electronic voice notification can be divided into the Internet notification and the telephone r. The pre-call notification message is that the two-way two-way has been pre-set by the user to pre-set the current number to wait on the spot. ~ Ma Bei material, the user can now implement the creation of the card, the card is used to connect to the Internet and the blessing: the collection module 650 contains a network to send an email to the Λ ° path Email address, mobile phone, etc. In addition, the data =, the letter device 'such as: computer, group is used to connect to the telecommunication network and the sending module can also include a GSM mode to send a text message or voice notification to the ^ α way as a telecommunication door number, available from the above The narrative shows that Ben:: mobile phone. It is a novel, progressive and practical creation of the M393012 industry. Although the present invention has been disclosed in its preferred embodiments, it is not intended to limit the present invention, and any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention.
16 M393012 【圖式簡單說明】 第一圖係示意說明應用本創作叫號機裝置的叫號系 統。 第二圖為叫號機裝置一種實施態樣之示意圖。 第三圖為叫號機裝置第一種實施態樣之示意圖。 第四圖為網路伺服器叢集設定預叫號碼資料及通知 途徑的方法步驟圖。 第五圖為網路伺服器叢集發送方法步驟圖。 第六圖為叫號機裝置一種實施態樣之示意圖。 【主要元件符號說明】 100 叫號機裝置 190 資料庫 110 網路伺服器叢集 600 叫號機裝置 120 輸入模組 620 輸入模組 130 處理器 630 處理器 140 第一顯示器 640 第一顯示器 150 資料收送模組 650 資料收送模組 160 第二顯示器 670 傳輸模組 170 傳輸模組 680 櫃台電腦 1716 M393012 [Simple description of the diagram] The first diagram is a schematic diagram showing the calling system using the device of the creation number. The second figure is a schematic diagram of an embodiment of the calling device. The third figure is a schematic diagram of the first embodiment of the calling device. The fourth figure shows the method steps for setting the pre-call number data and notification path for the network server cluster. The fifth picture is a step diagram of the network server cluster sending method. The sixth figure is a schematic diagram of an embodiment of the calling device. [Main component symbol description] 100 Calling device 190 Database 110 Network server cluster 600 Calling device 120 Input module 620 Input module 130 Processor 630 Processor 140 First display 640 First display 150 Data collection Send module 650 data delivery module 160 second display 670 transmission module 170 transmission module 680 counter computer 17