408265 ；： ~ - * —- ~ 一 · · —_ —.- 五、發明説明（1 ) 發明背景： 發明領域： 本發明係關於一於餐廳所設置之指令輸入系統的所有 組件，這些組件可以將指令送入輸入端以至於在輸出端將 指令列印出。 在傳統的指令輸入系統中，指令從輸入端輸入，該指 令的資料經由無線電傳送至一無線電中繼器。然後資料以 序列的方式從無線電中繼器經由電線傳至一控制裝置。在 控制裝置處，資料被處理且由序列通訊輸出至輸出端。同 時，已處理好的指令資料根據來自p 〇 s終端的請求由此 控制裝置傳送至一P ◦ S終端。 然而，在傳統的指令輸入系統中，存在以下的問題。 經"-部中央2έ!ί,^，·ί!工消费合fid印製 輸出裝置經由電線連結’若商库陳列改變，電線的裝 設位置成了一個難題。會因爲控制裝置和輸出端之間的資 料傳輸速度、控制裝置和無線電中繼器之間的資料傳輸速 度降低而在輸入端輸入至輸出端列印輸出之間花相當多的 時間。在裝置故障的情況下，簡要淸單等等不能在輸出端 輸出。再者’不能構設一彈性系統，亦是一個存在的問題 ，例如’在Ρ 0 S終端執行控制應用程式而不具有控制裝 置的系統’從輸出端輸入資料至Ρ 〇 S終端時不需要無線 電中繼器而經過一來自輸入端的傳送連結的系統，在無線 電中繼器上裝置高速無線電裝置且在無線電中繼器之間的 無線電傳輸系統。因爲數個無線電輸出端和中繼器具有固 本紙張尺度適用中國國家皁（CNS } Λ4Η:.彳ί, I 2丨： · ―一7TZ ’ ' 40826 五、發明説明（2 ) 定連結裝置等的連結，亦有以下的問題產生：當安__裝環.境 被修改時’會導致資料通訊兩邊的無線電波環境損壞，使 得再試的情況增加而延長通訊的時間。同時，由時擾波的 影響，會產生另一個不能通訊的問題。再者，在數個無線 電中繼器從輸出端接收相同訊息的地方，所有的資料藉由 乙太網路傳至控制裝置，導致資料被雙重處理。 發明摘要： 爲了解決上述的問題，本發明具有以下的裝置。 、-=5 一輸出端具有無線電的分佈光譜圖作爲資料傳輸裝置 ’使高速資料可以傳至無線電中繼器。再者，在系統裡亦 有一和乙太網路有高速連線功能的輸出端，可以在無線電 故障時將資料傳至輸出端。在控制裝置故障的情況下，一 傳輸裝置連結至輸出端且輸入端設於傳輸裝置上。資料傳 輸在輸入端和傳輸裝置間受到電磁傳導的影響，以致於資 料以串連通訊方式傳送至輸出端，然後輸出一簡要帳單。 再者，可使用一相容於諸如視窗N T或視窗9 5的作業系 統來代替控制裝置並創造出一控制應用程式，該程式可在 一 0 L E (物件連結和嵌入）動態連結資料館（以下稱 〇 C X )驅動程式操作，於是降低了系統架構的成本。在 控制裝置故障的情況下，可以在P 0 S終端啓動控制應用 程式，繼續處理指令。輸出端經由乙太網路至P 〇 S終端 的連結進一步免除中繼器，實現一最小的系統架構，其中 只具有P 0 S終端、輸出端、傳輸裝置和輸入端。使用無 本紙張尺度適财 1¾¾¾:制·（ CN’S ) Λ4ϋ:& ! · - 5 - ' 40SS65 A' ________________________ ΙΓ 五、發明説明（3 ) 線電中繼器的高速無線電，可以將無線電中繼器架構爲一 延伸無線電轉發器’於是免除了接線工程且給予無線電中 繼器的安裝一些彈性。同時，爲了選出在連結環境中最佳 的無線電中繼器，每一次在無線亀輸出端啓動時，每一個 和數個無線電中繼器通訊的無線電裝置之電場強度會被測 量且登記下來。在該中繼器和已連結無線電中繼器不同之 處’儲存於輸出端之關於舊連結裝置的連結訊息被取消， 且關於一無線電中繼器將有新連結的訊息會被設在輸出端 內。再者，由於電子爐等所產生的週期干擾波在無線電中 繼器和輸出端之間產生資料通訊問題之處，以小於干擾波 週期的包封長度（資料長度）來傳輸資料。爲了應付來自 輸入端相同資料被數個無線電中繼器接收的狀況，藉由通 - 訊埠的使用來辨別訊息，只有先接收到的訊息被接受，後 來才到的相同訊息則被取消。 本發明之指令輸入系統，如以下實施例所示，可提供 各種功效。第一，輸出端經由s s通訊以無線電傳送。無 線電中繼器亦放在S S無線電通訊。因此，至無線電中繼 器的高速資料傳輸增加了一系列資料處理的速度（在輸入 端輸入到在輸出端印出淸單），然後此無線電傳輸免除了 連線工作的必要，於是提供了一個功效，可以有彈性地設 定環境。控制應用程式可以在0 C X下操作，其中可使用 —相容於諸如視窗N T或視窗9 5作業系統之P 〇 S終端 來啓動該控制應用程式。這提供了一和在控制裝置上操作 之控制應用程式相同的結構。（然而，0 C X在控制裝置 本紙伕尺度適用中國國孓柁年\ CNS ) Λ‘ϋ ί ：:!： ' - 6 - ______408265 I — 五、發明説明（4 ) · 訂 紝浸部中央^-^^^:^消资合^』"Κ 和P 0 S終端間不同。）於是，未具控制裝置的系統結構 可用來提供一使製造成本降低的功效。再者，如此的結構 使得輸出端經由高速乙太網路通訊連結到P 0 S終端且輸 出端以一傳輸裝置連結，以致於資料傳輸可以藉由傳輸裝 置和輸入裝置之間的電磁傳導來達成，而且資料經由串列 通訊傳送至輸出端，其中資料係由此輸出端經由乙太網路 傳送至P 0 S終端的。如此進一步免除了來自上述系統的 無線電中繼器，並且提供了 一功效，可架構出最小的系統 ’該系統可以最小規模的商店提供最佳的需要。如果提供 —和程式，該程式相容於在輸出端和輸入端之簡要帳單， 則一傳輸系統連結至輸出端，位於輸入端的其他資料經由 輸入端和傳輸裝置之間的電磁傳導通訊來傳送，然後該資 料在輸出端被處理且被印出。這提供了下列功效：即使在 控制裝置故障的情況下，簡要帳單的輸出也可以執行，以 繼續該指令的處理。同時，無線電中繼器可用來作爲一無 線電轉發器，這免除了爲延伸無線電中繼器而接線的必要 ’於是可隨裝設地點的改變而做調整。在此情況下，如果 輸入端是以S S來作爲無線電通訊，無線電中繼器的無線 電裝置可以放在單一的S S通訊來簡要無線電中繼器。同 時’如果同時在系統裡提供有線和無線輸出端，可得下列 功效：在無線電故障期間，有線輸出端可以繼續指令處理 的工作而不中斷。在一包括數個無線電中繼器的系統裡有 一無線電輸出端因爲商店陳列的改變而重新定位時，對於 輸出端具有最佳通訊規格的無線電中繼器可被自動地選擇 木纸張反度適用中國因家栉準（CNS 0:.½ (2I0X ~ ~7 - 4082G5 !；' _ ( rg»*~~- — " .-.—、.，—.— _ "―' - - * —-- ---· ·--· I . .. -.· _ 五、發明説明（5 ) ''•'.^閎^^而之"Λ 訂 和修正。這提供了以下的功效：如果輸出端由於商店陳列 改變而重新定位1在系統內的通訊環境可始終保持在最佳 狀態。再者，當輸出端和無線電中繼器通訊時，受到週期 干擾波的影響，如電子爐所導致的錯誤等，可藉由自動給 予一小於千擾波週期的包封長度來達成通訊的工作。這提 供了以下的功效：可避免諸如電子爐所導致錯誤等週期干 擾波的影響，於是，即使在干擾波的環境下，也可以保持 通訊品質的穩定。同時，在控制裝置上提供一通訊埠，在 接收到數個中繼器的相同訊息時，產生一調整處理。這提 供了以下的功效：如果接收到數個中繼器的相同訊息時> 只有接收到的第一個訊息會被處理，而且後來的訊息會被 取消，於是消除了重複訊息處理的問題。 圖示之簡要說明： 圖1顯示本發明一實施例之全部構造。 圖2顯示在S S通訊中擾波發生時的復原方法。 圖3顯示本發明第一實施例的構造。 經沪部中央&r!p-^0n工消费合作社印焚 圖4顯示本發明第二實施例的構造。 圖5顯示本發明第三實施例的構造。 圖6顯示本發明第四實施例的構造。 圖7顯示本發明第五實施例的構造。 圖8顯示本發明第六實施例的構造。 圖9顯示在本發明第七實施例中，藉由輸出端選擇無 線電中繼器的程序。 本纸張尺度適州中國國準（CNS ) 払（：；丨0, —. A - 408265 五、發明説明（6 ) 圖1 0顯示在本發明第八實施例中之協商程序 主要元件對照表 1 2 3 4 5 6 7 8 9 0 3 0 3 0 3 0 4 0 5 0 6 0 7 0 8 0 9 P 0 S終端 控制裝置 無線電中繼器 輸入端 輸出端 輸出端 無線電中繼器 無線電中繼器 傳輸裝置 輸入端 輸出端 乙太網路電路 乙太通訊控制電路 主要中央處理器 4 0 0 Μ Η z頻帶無線電控制驅動程式 5 S無線電控制驅動程式 4 0 0 Μ Η ζ無線電電路 5 S無線電中央處理器 S S無線電電路 s S無線電電路 s S無線電控制中央處理器 冬紙張尺度適用中國國家彳革（CNS ) Λ.ΐϋ_408265;: ~-* —- ~-·· —_ —.- V. Description of the invention (1) Background of the invention: Field of the invention: The present invention relates to all components of an instruction input system provided in a restaurant. These components can be The instructions are sent to the input so that they are printed out at the output. In a conventional command input system, a command is input from an input terminal, and the data of the command is transmitted to a radio repeater via radio. The data is then transmitted in a sequential manner from the radio repeater via a wire to a control device. At the control unit, the data is processed and output to the output by serial communication. At the same time, the processed instruction data is transmitted from the control device to a P ◦ S terminal according to a request from the pos terminal. However, in the conventional instruction input system, there are the following problems. Economic " -Ministry Central 2 ^, ^, · ί! Industrial consumption and fid printed output devices connected by electric wires' If the store display changes, the installation position of electric wires becomes a difficult problem. A considerable amount of time will be spent between input and output of the output terminal due to the reduced data transmission speed between the control device and the output terminal and the data transmission speed between the control device and the radio repeater. In the case of a device failure, brief instructions, etc. cannot be output at the output. Furthermore, 'a flexible system cannot be constructed, which is also an existing problem, such as' a system that executes a control application without a control device at the P 0 S terminal' requires no radio when inputting data from the output terminal to the P 0S terminal A repeater is a system that passes a transmission link from an input, a high-speed radio is mounted on the radio repeater, and a radio transmission system between the radio repeaters. Because several radio output terminals and repeaters have a solid paper standard suitable for China National Soap (CNS) Λ4Η :. 彳 ί, I 2 丨: · ―7TZ '' '40826 V. Description of the invention (2) Fixed connection device, etc. The connection also has the following problems: When the installation environment is modified, it will cause damage to the radio wave environment on both sides of the data communication, which will increase the retry situation and extend the communication time. At the same time, the time disturbance wave Will cause another problem of inability to communicate. In addition, where several radio repeaters receive the same message from the output, all data is transmitted to the control device via Ethernet, resulting in the data being double processed. Summary of the Invention: In order to solve the above-mentioned problems, the present invention has the following devices.-= 5 An output end has a radio distribution spectrum chart as a data transmission device, so that high-speed data can be transmitted to the radio repeater. Furthermore, in The system also has an output terminal with high-speed connection to Ethernet, which can transmit data to the output terminal in the event of a radio failure. In the case of a control device failure, The transmission device is connected to the output terminal and the input terminal is set on the transmission device. Data transmission is affected by electromagnetic conduction between the input terminal and the transmission device, so that the data is transmitted to the output terminal by serial communication, and then a brief bill is output. Furthermore, a control system compatible with an operating system such as Windows NT or Windows 95 can be used instead of the control device and a control application program can be created, which can dynamically link the library (hereinafter referred to as "LE") 〇CX) driver program operation, thus reducing the cost of the system architecture. In the case of a control device failure, you can start the control application program at the P 0S terminal and continue to process instructions. The output terminal is connected to the P 〇s terminal via Ethernet. The connection further eliminates the repeater and realizes a minimal system architecture, which only has a P 0 S terminal, an output terminal, a transmission device, and an input terminal. The use of this paper is not suitable for the standard 1¾¾¾: system · (CN'S) Λ4ϋ: & ! ·-5-'40SS65 A' ________________________ ΙΓ 5. Description of the Invention (3) High-speed radio The electric repeater architecture is an extended radio repeater, thus eliminating wiring work and giving some flexibility to the installation of the radio repeater. At the same time, in order to select the best radio repeater in the connected environment, each time it is output on the radio When the terminal is activated, the electric field strength of each radio device that communicates with several radio repeaters is measured and registered. Where the repeater differs from the connected radio repeater, the old information stored in the output The link information of the linking device is canceled, and a message that a radio repeater will have a new link will be set in the output end. Furthermore, the periodic interference wave generated by the electronic furnace and the like is on the radio repeater and output end. Where data communication problems occur, data is transmitted with an envelope length (data length) smaller than the interference wave period. In order to cope with the situation where the same data from the input end is received by several radio repeaters, the message is discriminated by the use of a communication port. Only the first received message is accepted, and the same message that arrives later is cancelled. The instruction input system of the present invention, as shown in the following embodiments, can provide various functions. First, the output is transmitted by radio via s s communication. Radio repeaters are also placed in the SS radio communication. Therefore, the high-speed data transmission to the radio repeater increases the speed of a series of data processing (input at the input end to print out the bill at the output end), and then this radio transmission eliminates the need for the connection work, so it provides a Effect, you can set the environment flexibly. The control application can be operated at 0 C X, where a P 0S terminal compatible with operating systems such as Windows NT or Windows 95 can be used to launch the control application. This provides the same structure as a control application operating on a control device. (However, 0 CX is applicable to the Chinese National Year \ CNS in the paper scale of the control device) Λ'ϋ ί ：:!: '-6-______408265 I — V. Description of the invention (4) · Central of the immersion department ^- ^^^: ^ 消 资 合 ^ "" K and P 0 S terminals are different. Therefore, a system structure without a control device can be used to provide an effect of reducing manufacturing costs. Furthermore, such a structure enables the output end to be connected to the P 0S terminal via high-speed Ethernet communication and the output end to be connected by a transmission device, so that data transmission can be achieved by electromagnetic conduction between the transmission device and the input device. Moreover, the data is transmitted to the output terminal through serial communication, and the data is transmitted from the output terminal to the P 0 S terminal through the Ethernet. This further eliminates the radio repeater from the above-mentioned system, and provides an effect that the smallest system can be constructed. This system can provide the best needs for the smallest store. If provided—and a program that is compatible with brief billing at the output and input, a transmission system is connected to the output, and other data located at the input is transmitted via electromagnetically conductive communication between the input and the transmission device The data is then processed and printed at the output. This provides the following effect: Even in the case of a control device failure, the output of the brief bill can be executed to continue the processing of the instruction. At the same time, the radio repeater can be used as a radio repeater, which eliminates the need for wiring to extend the radio repeater, and can be adjusted as the installation location changes. In this case, if the input terminal uses S S as the radio communication, the radio device of the radio repeater can be placed in a single S S communication to brief the radio repeater. At the same time, if the wired and wireless outputs are provided in the system at the same time, the following effects can be obtained: during a radio failure, the wired output can continue to perform the processing of the instruction without interruption. When a radio output is repositioned in a system that includes several radio repeaters due to a change in store display, the radio repeater with the best communication specifications for the output can be automatically selected. China's family standards (CNS 0: .½ (2I0X ~ ~ 7-4082G5!; '_ (Rg »* ~~-— " .-.—,., —.— _ " ―'--* ——— --- · ·-· I. ..-. · _ V. Description of the invention (5) ”• '. ^ 闳 ^^ And " Λ order and correction. This provides the following effects : If the output is repositioned due to changes in the store display1 The communication environment in the system can always be kept in the best state. Furthermore, when the output and the radio repeater communicate, they are affected by periodic interference waves, such as electronic stoves The resulting errors, etc., can be achieved by automatically giving an envelope length of less than one thousand perturbation wave period. This provides the following effect: the effects of periodic interference waves such as errors caused by the electric furnace can be avoided, so , Even in the environment of interference waves, you can maintain the stability of communication quality. At the same time Provide a communication port on the control device to generate an adjustment process when the same message is received from several repeaters. This provides the following effect: If the same message is received from several repeaters > only receive The first message received will be processed, and subsequent messages will be cancelled, so the problem of repeated message processing is eliminated. Brief description of the diagram: Figure 1 shows the overall structure of an embodiment of the present invention. Figure 2 shows the SS Recovery method when a disturbance occurs in communication. Figure 3 shows the structure of the first embodiment of the present invention. Printed by the Central Ministry of Shanghai & r! P- ^ 0n Industrial and Commercial Cooperatives Figure 4 shows the structure of the second embodiment of the present invention Figure 5 shows the configuration of the third embodiment of the present invention. Figure 6 shows the configuration of the fourth embodiment of the present invention. Figure 7 shows the configuration of the fifth embodiment of the present invention. Figure 8 shows the configuration of the sixth embodiment of the present invention. 9 shows the procedure for selecting a radio repeater by the output terminal in the seventh embodiment of the present invention. The paper size is suitable for China National Standard (CNS) 払 (:; 丨 0, —. A-408265 5. V. Invention Explanation (6) Figure 1 0 Comparison table of main components of the negotiation procedure shown in the eighth embodiment of the present invention 1 2 3 4 5 6 7 8 9 0 3 0 3 0 3 0 4 0 5 0 6 0 7 0 8 0 9 P 0 S Terminal control device radio Repeater input end output end radio repeater radio repeater transmission device input end output end Ethernet circuit Ethernet communication control circuit main CPU 4 0 0 Μ Η z-band radio control driver 5 S Radio control driver 4 0 0 Μ Η ζ radio circuit 5 S radio central processor SS radio circuit s radio circuit s radio control central processor winter paper standard applicable to China National Leather Industry (CNS) Λ.ΐϋ_
210X 9 - 五、發明説明（7 ) 40〇20ϋ 經瀠部中央汴"局K工消资合竹杜印" 3 1 0 主 要 中 央 處 理 器 1 1 3 1 1 S S / i \ Λ 線 電 控 制驅 動 程 式 [ -1 3 1 2 列 印 C^I 央 處 理 器 -1 1 •丨 3 1 3 列 印 控 制 電 路 '1 1 l 4 0 1 Ρ 〇 s 控 制 應 用程 式 ίί: 1ϊ ί t 1 4 0 2 控 制 m 用 程 式 1 f 4 0 3 物 件 連 結 和 嵌 入動 態 連 結 資料館 1 Ι Λ 4 0 4 作 業 系 統 填 本 装 I 5 0 2 主 要 中 央 處 理 ptcj J] I i 5 〇 3 乙 太 網 路 控 制 驅動 程 式 1 j 5 0 4 串 列 驅 動 程 式 i .丨 I 6 0 2 對 應 程 式 1 訂 6 0 3 簡 要 帳 單 輸 出 程式 1 1 6 0 4 主 要 中 央 處 理 器 1 ι 7 0 1 主 要 中 央 處 理 器 1 ι 7 〇 2 S S ίΕ ^ V \\ 線 電 控 制中 央 處 理 器 I t 7 0 3 S S Μ J \ ν\ 線 電 電 路 1 i 7 0 4 S S 無 線 電 控 制驅 動 程 式 1 1 7 0 5 轉 發 器 程 式 I | 7 0 6 主 要 中 央 處 理 器 1 I 7 0 8 4 0 〇 Μ Η Ζ 無線 電 電 路 I 1 8 0 1 主 要 中 央 處 理 器 - I I 8 0 2 輸 出 端 控 制 程 式 - i 1 本纸張尺度適用中國國家標卑（CNS ) Λ.ί/Ι'.β ; 2IO.d> ;; i :10- 五、發明説明（8 ) 最佳實施例之詳細說明： 以下將參照圖示來說明本發明的幾個實施例。首先槪 要地說明之。 在圖1中’輸入端（4)和輸出端（5)處理客戶所 給予的指令資料，該資料在經由無線電傳送至無線電中繼 磁（3 )、無線電中繼器（7 )。無線電中繼器所接收到 的資料再經由一乙太電路傳至控制裝置（2 )，在控制裝 置（2)中，來自中繼器的資料處理成輸出端（5)、輸 出端（1 1 )的資料，然後經由乙太電路傳送至無線電中 繼器（3)、無線電中繼器（7)。無線電中繼器（3) 、無線電中繼器（7 )所接收的資料再經由無線電傳送至 輸出端（5)、輸出端（11)。输出端（5)、輸出端 (1 1 )將資料以特定的淸單格式列印出。控制裝置（2 )傳送已處理好的指令資料至P ◦ S終端（1 )，以回應 P 0 S終端（1 )所給予的指令傳送請求。控制裝置（2 )所具有的功能爲’傳送並接收在無線電中繼器（3 )、 無線電中繼器（7 )之間來回之指令資料、輸出端列印資 料和積存竭盡資料等等，另一功能爲，和傳輸裝置（9 ) 以串列的方式通訊等。無線電中繼器（3 )、無線電中繼 器（7 )具有的功能爲’和控制裝置（2 )通訊並和輸入 端（4) '輸入端（10)、輸出端（5)、輸出端（ 丄1)以無線電通訊。輸出端（5)、輸出端（1 1)具 有的功能爲’和無線電中繼器（3 )、無線電中繼器（7 )做無線電的傳輸且以串列的方式和傳輸裝置（9 )通訊 ^ '~VT' . ... _~— 40〇2Cj 五、發明説明（9 ) 。輸入端（4)、輸入端（10)具有的功能爲，和無線 電中繼器（3 )、無線電中繼器（7 )做無線電的傳輸並 和傳輸裝置（9 )執行電磁傳導的通訊。傳輸裝置（9 ) 具有的功能爲，和輸入端（4 )、輸入端（1 0 )以電磁 傳導通訊並以串列的方式和輸出端（5)、輸出端（11 )通訊。如果一控制應用程式被安裝於ρ Ο S終端（1 ) 上，可不需要控制裝置（2)，以POS終端（1)、無 線電中繼器（3)、無線電中繼器（7)、輸出端（5) '輸出端（11)、輸入端（4)、輸入端（10)來架 構一系統。在此情況下，控制裝置（2 )的功能由P 0 S 終端（1 )來處理。再者，如果輸出端（6 )可以和乙太 網路連結，可以POS終端（1)、輸出端（6)、輸.入 、輸入端¢10)得一最小架構的系統。在此情 況下’傳輸裝置（9)連結至輸出端（5)、輸出端（ 1 1 )且輸入端（4)、輸入端（1 0)設於傳輸裝置（ 9)上。這允許輸入端（4)、輸入端（10)的指令資 料可以經由電磁傳導傳送至傳輸裝置（9 ) 1在此資料以 串列通訊傳送至輸出端。然後資料經由乙太網路通訊傳送 至P 〇 S終端（1 ) ，p 〇 s終端（1 )在此將資料處理 成列印資料，經由乙太網路傳送至輸出端（5 )、輸出端 (11)。輸出端（5)、輸出端（11)根據來自 P 0 S終端（1 )的資料執行列印。爲了進—步擴大架構 ’傳輸裝置（9 )和輸出端的連結在控制裝置（2 )或無 線電中繼器（3 )、無線電中繼器（7 )故障的情況下允 木紙乐尺度適用中因四家梂卑（cns ) Α^π^ίΓΠΐϋ ] :12- ' ....... — 40S2C5 五、發明説明（1〇) 許輸入端（4 )、輸入端（1 0 )設於傳輸裝置（9 )上 ，且指令資料藉由傳輸裝置（9 )以電磁傳導方式傳送至 淸單被列印出的輸出端（5 )、輸出端（1 1 )。於是， 一簡要指令輸入系統可以連續的方式來工作。再者，無線 電中繼器（8 )可傳送、接收指令並由無線電中繼器（7 )、無線電中繼器（8 )之間高速S S無線電通訊來列印 資料，免除了接線至無線電中繼器（8 )的必要。然而， 在傳送和接收指令資料的情況下，輸入端（4 )、輸入端 (1 0 )需具備S S無線電通訊功能。以下將進一步詳細 說明實施例。 第一實施例將參照圖3來說明。無線電中繼器（3 ) 包括一 400MHz無線電電路（305)，用來接收來 自輸入端（4)的指令資料等等。經由400MHz頻帶 無線電控制驅動程式（3 0 3 )，主要中央處理器（ 3 0 2 )經由I S A匯流排傳送資料至乙太通訊控制電路 (301) »然後資料經由乙太網路電路（12)傳送至 控制裝置（2 )，在此控制裝置（2 )製造淸單資料•此 資料經由乙太通訊控制電路（3 0 1 )送回無線電中繼器 (3 )的主要中央處理器（3 0 2 ) *資料在此被處理之 後送至一 S S無線電控制驅動程式（3 0 4 )。該資料經 由一 P C M C I A I / F以平行通訊的方式將資料傳送 至S S無線電中央處理器（3 0 6 ) 。S S無線電中央處 理器（3 0 6 )處理其接收的資料致使無線電傳播，經由 一 S S無線電電路（3 0 7 )將資料傳送至輸出端（1 1 的- '.ir. 1Ϊ· 而. .洱 本 ΐ\ 訂 本纸張尺度適中國國孓抆嗥ί C、s ) Λ4Κ.拍（2丨0 -13- ___ί- 五、發明説明（11) 裝' 訂 )。被SS無線電電路（ 308)的輸出端（11)接收 之後，資料被一 S S無線電控制中央處理器（3 0 9 )接 收處理且經由P C Μ I A I / F透過平行通訊傳遞至一 S S無線電控制驅動程式（3 1 1 )。然後資料在輸出端 (1 1 )被一主要中央處理器（3 1 0)接收處理。正常 接收之後，控制裝置（2 )經由無線電中繼器（3 )以相 反的程序被通知：資料以被正常接收。資料藉由平行傳送 方式傳送至輸出端裡的列印中央處理器（312)，在此 列印中央處理器（3 1 2 )執行接收程序，使得一列印控 制電路（3 1 3 )可以執行淸單資料的列印程序。於是， 該指令輸入系統被架構爲，以輸出端（1 1 )和無線電中 繼器（3 )達成具有光譜分佈圖的無線電程序。 .¾. 經濟部中央標4'-局β工消f合竹杜印焚 第二個實施例將參照圖4來說明。Ρ 0 S終端（1 ) 由一指令輸入系統的控制應用程式（4 0 2 )、一 Ρ 0 S 控制應用程式（4 0 1 )、一作爲控制上述應用的驅動程 式之物件連結和嵌入動態連結資料館（4 0 3 )和一視窗 Ν Τ或視窗9 7的作業系統（4 0 4 )架構而成。Ρ〇S 終端（1 )同時也用來命令控制。通常，ρ 〇 S控制應用 程式（4 0 1 )處於操作狀態。在命令系統的某一單元故 障的情況下，指令輸入系統的控制應用程式（4 0 2 )會 藉由Ρ 0 S終端（1 )上之操作鍵等等被開啓以執行指令 程序。從故障恢復正常之後，至Ρ 0 S控制應用程式（ 4 0 ,1 )的轉換可經由按鍵之類來操作。於是，ρ 〇 s終 端（1 )經由指令輸入系統被處理。 本紙張尺度適用中囷阐家«:绿-(CNS ) Λ4η；ίίΓΤ7ίοΤ?ν™> 1： -:. -14 -........ '— 408265 五、發明説明（12) 以下將參照圖5來說明第三實施例。輸出端（6 )經 由高速乙太網路通訊連結至POS終端（1)。輸出端（ 6 )以傳輸裝置（9 )來連結，使得指令資料之類的傳輸 可以藉由傳輸裝置（9 )和輸入端（4 )之間的電磁傳導 來執行。資料藉由串列通訊被傳送至輸出端（6 )，在此 經由一串列驅動程式（5 0 4 )被主要中央處理器（ "-210X 9-V. Description of the invention (7) 40〇20ϋ Central Ministry of Economic Affairs " Bureau of Industrial & Commercial & Industrial Cooperation " 3 1 0 Main CPU 1 1 3 1 1 SS / i Control driver [-1 3 1 2 Print C ^ I CPU-1-1 • 丨 3 1 3 Print control circuit '1 1 l 4 0 1 Ρ s Control application ί: 1ϊ ί t 1 4 0 2 Program for control m 1 f 4 0 3 Object linking and embedding of dynamic link library 1 Ι Λ 4 0 4 Operating system installation I 5 0 2 Main central processing ptcj J] I i 5 〇3 Ethernet control driver 1 j 5 0 4 Serial driver i. 丨 I 6 0 2 Corresponding program 1 Order 6 0 3 Brief bill output program 1 1 6 0 4 Main CPU 1 ι 7 0 1 Main CPU 1 ι 7 〇 2 SS ίΕ ^ V \\ Central control for line control I t 7 0 3 SS Μ J \ ν \ Line control circuit 1 i 7 0 4 SS radio control Driver 1 1 7 0 5 Repeater program I | 7 0 6 Main CPU 1 I 7 0 8 4 0 〇 Μ Radio circuit I 1 8 0 1 Main CPU-II 8 0 2 Output control program -i 1 This paper size applies to Chinese National Standards (CNS) Λ.ί / Ι'.β; 2IO.d >; i: 10- V. Description of the invention (8) Detailed description of the best embodiment: The following Several embodiments of the present invention will be explained with reference to the drawings. First explain it in a nutshell. In Figure 1, the input terminal (4) and output terminal (5) process the instruction data given by the customer, and this information is transmitted via radio to the radio repeater (3) and the radio repeater (7). The data received by the radio repeater is transmitted to the control device (2) through an Ethernet circuit. In the control device (2), the data from the repeater is processed into an output terminal (5) and an output terminal (1 1 ), And then transmitted to the radio repeater (3) and the radio repeater (7) via the Ethernet circuit. The data received by the radio repeater (3) and the radio repeater (7) are then transmitted to the output end (5) and the output end (11) via radio. The output terminal (5) and output terminal (1 1) print the data in a specific bill format. The control device (2) transmits the processed instruction data to the P ◦ S terminal (1) in response to the instruction transmission request given by the P 0 S terminal (1). The control device (2) has the functions of 'transmitting and receiving command data back and forth between the radio repeater (3) and the radio repeater (7), printing data at the output end, and storing exhausted data, etc. One function is to communicate with the transmission device (9) in series. The function of the radio repeater (3) and the radio repeater (7) is to communicate with the control device (2) and to communicate with the input terminal (4). The input terminal (10), output terminal (5), and output terminal (丄 1) Radio communication. The output terminal (5) and the output terminal (1 1) have the functions of ', and the radio repeater (3) and the radio repeater (7) perform radio transmission and communicate with the transmission device (9) in a serial manner. ^ '~ VT'. ... _ ~ — 40〇 2Cj V. Description of Invention (9). The input terminal (4) and the input terminal (10) have functions to perform radio transmission with the radio repeater (3) and the radio repeater (7) and perform electromagnetic conduction communication with the transmission device (9). The transmission device (9) has a function of communicating with the input terminal (4) and the input terminal (1 0) by electromagnetic conduction and communicating with the output terminal (5) and output terminal (11) in a serial manner. If a control application is installed on the ρ Ο S terminal (1), the control device (2) is not required, and the POS terminal (1), the radio repeater (3), the radio repeater (7), and the output terminal are not required. (5) 'Output terminal (11), input terminal (4), and input terminal (10) to construct a system. In this case, the functions of the control device (2) are handled by the P0S terminal (1). Furthermore, if the output terminal (6) can be connected to the Ethernet network, a minimal architecture system can be obtained by the POS terminal (1), output terminal (6), input. Input, input terminal (10). In this case, the transmission device (9) is connected to the output terminal (5), the output terminal (1 1), and the input terminal (4) and the input terminal (1 0) are provided on the transmission device (9). This allows the command data of the input terminal (4) and input terminal (10) to be transmitted to the transmission device (9) via electromagnetic conduction. 1 Here the data is transmitted to the output terminal by serial communication. The data is then transmitted to the P 0S terminal (1) via Ethernet communication, and the p 0s terminal (1) here processes the data into print data and transmits it to the output terminal (5), output terminal via Ethernet. (11). The output terminal (5) and the output terminal (11) perform printing based on the data from the P 0 S terminal (1). In order to further expand the architecture, the connection between the transmission device (9) and the output terminal is allowed in the case of the control device (2) or the radio repeater (3), radio repeater (7) failure. The Four Houses of Humble (cns) Α ^ π ^ ίΓΠΐϋ]: 12- '....... — 40S2C5 V. Description of the invention (10) Xu input terminal (4) and input terminal (1 0) are set for transmission The device (9), and the instruction data is transmitted to the output terminal (5) and the output terminal (1 1) printed out by the transmission device (9) by electromagnetic conduction. Thus, a brief instruction input system can work in a continuous manner. In addition, the radio repeater (8) can transmit and receive instructions and print data by high-speed SS radio communication between the radio repeater (7) and the radio repeater (8), eliminating the need to connect to the radio repeater. Device (8) is necessary. However, in the case of transmitting and receiving the instruction data, the input terminal (4) and the input terminal (1 0) must have the SS radio communication function. Examples will be described in further detail below. The first embodiment will be described with reference to FIG. 3. The radio repeater (3) includes a 400 MHz radio circuit (305) for receiving instruction data from the input terminal (4) and so on. Via the 400MHz radio control driver (303), the main CPU (302) transmits data to the Ethernet communication control circuit (301) via the ISA bus »Then the data is transmitted via the Ethernet circuit (12) To the control device (2), where the control device (2) manufactures the bill of materials data. This data is sent back to the main CPU (3 0 2) of the radio repeater (3) via the Ethernet communication control circuit (3 0 1). ) * The data is sent to an SS radio control driver (304) after being processed. The data is transmitted to the SS radio central processing unit (306) by a PCM C I A I / F in parallel communication. The SS radio central processor (306) processes the data it receives to cause the radio to propagate, and transmits the data to the output terminal (1 1-'.ir. 1Ϊ · and .. 洱) via an SS radio circuit (306). The paper size of this book \ revised edition is suitable for the Chinese state. C, s) Λ4Κ. Pat (2 丨 0 -13- ___ ί- V. Description of the invention (11) Binding). After being received by the output terminal (11) of the SS radio circuit (308), the data is received and processed by an SS radio control central processing unit (309) and transmitted to a SS radio control driver via PC M IAI / F through parallel communication. (3 1 1). The data is then received and processed by a main CPU (3 1 0) at the output (1 1). After normal reception, the control device (2) is notified via the radio repeater (3) in a reverse procedure: the data is to be received normally. The data is transmitted to the print central processing unit (312) in the output terminal by a parallel transmission method, where the print central processing unit (3 1 2) executes the receiving program, so that a print control circuit (3 1 3) can execute 淸Procedures for printing information. Then, the instruction input system is structured to achieve a radio program with a spectral distribution diagram through an output terminal (1 1) and a radio relay (3). .¾. The Ministry of Economic Affairs Central Standard 4'- Bureau β Industrial Consumption f Hezhu Du Yinfang The second embodiment will be described with reference to FIG. 4. The P 0 S terminal (1) is controlled by a command input system application program (402), a P 0 S control application program (4 0 1), an object link and embedded dynamic link as a driver controlling the above application The library (4 0 3) and an operating system (4 0 4) of a window NT or a window 9 7 are structured. The PoS terminal (1) is also used for command control. Normally, the ρ control application (4 0 1) is in operation. In the event that a certain unit of the command system is faulty, the control application program (4 0 2) of the command input system will be opened by an operation key or the like on the P 0S terminal (1) to execute the command program. After returning to normal from the fault, the switch to the P 0 S control application (40, 1) can be operated via a button or the like. Then, the ρ s terminal (1) is processed via the instruction input system. Dimensions of this paper are applicable to Chinese interpreters «: green- (CNS) Λ4η; ίίΓΤ7ίοΤ? Ν ™ > 1:-:. -14 -........ '— 408265 5. Description of the invention (12) or less A third embodiment will be explained with reference to FIG. 5. The output (6) is connected to the POS terminal (1) via high-speed Ethernet communication. The output terminal (6) is connected with a transmission device (9), so that transmission of instruction data and the like can be performed by electromagnetic conduction between the transmission device (9) and the input terminal (4). The data is transmitted to the output (6) through serial communication, where it is sent to the main CPU via a serial driver (504).
、1T 5 0 2 )接收處理。該資料經由—乙太網路控制驅動程式 (503)被送至一乙太通訊控制電路（301)。經由 乙太網路電路（12)，該資料被傳送至POS終端（1 )。藉著此資料，執行記帳程序。該資料亦經由乙太網路 電路（12)被當成烹飪淸單資料傳送至輸出端（6)， 在此被輸出端（6 )內的主要中央處理器（5 0 2 )接收 處理。如被正常接收，一回應會以相反程序被送回P 0 S 終端（1 )。該淸單資料以平行通訊方式傳送至一列印中 央處理器（312)。列印中央處理器（312)執行了 接收程序1使得列印控制電路（3 1 3 )做出列印程序。 於是1 一指令輸入系統被架構完成。 經滅部中决抒工消费合作杜印策 以下將參照圖6說明第四實施例。一簡要帳單輸出程 式（6 0 3 )先是經由乙太網路通訊和無線電中繼器（3 )從控制裝置（2 )傳送至輸出端（5 )。同樣地，上述 輸入端之對應程式（6 0 2 )先是從控制裝置（2 )傳送 至輸入端（4)。傳輸裝置（9)先前連結至輸出端（5 )，以在無線電·故障等的情況之下列印簡化指令淸單。經 由輸入端（4 )和傳輸裝置（9 )之間的電磁傳導’在輸 本紙張尺度適用中國國家枕4'- ( CNS ) Λ4)ΐ：,^ ί 2ΙΟχ：Γ；'-、 ^15- 五、發明説明（13) 入端（4 )之指令資料以串列通訊傳送，使得一主要中央 處理器（6 0 4 )經由輸出端（5 )內之一串列驅動程式 執行接收程序。該資料經由平行通訊根據一簡要帳單輸出 程式（603)傳送至列印中央處理器（312)，其中 列印中央處理器（3 1 2 )在簡要帳單輸出程式（6 0 3 )執行接收程序和列印程序。於是，該指令輸入系統可以 輸出簡要帳單。 以下將參照圖7來說明第五實施例。在一具有數個中 繼器的指令輸入系統中，來自輸入端（4 )的指令資料經 由無線電中繼器（8 )的4 0 0 Μ Η z無線電電路（ 708)被一主要中央處理器（706)接收，且根據一 轉發器程式（7 0 5 )藉由平行通訊經一 PCMC I A I / F 和~ S S無線電控制驅動程式（7 0 4 )傳送至 —S S無線電控制中央處理器（7 0 2 )。該資料被s S 無線電控制中央處理器（7 0 2 )接收處理，然後經由 S S無線電電路（7 0 3 )以無線電傳播，於是傳送至無 線電中繼器（7 )。該資料被無線電中繼器（7 )的S S 無線電電路（3 0 7 )接收且被S S無線電中央處理器（ 3 0 6 )接收處理，然後經由一 P C M C I A I / F以 平行通訊傳送至一 S S無線電控制驅動程式（3 〇 4 )。 資料在無線電中繼器（7)內被一主要中央處理器（ 7 ◦ 1 )接收處理，然後經由乙太網路電路（1 2 )傳送 至控制裝置（2 )。於是，該指令輸入系統具有數個無線 電中繼器作爲無線電轉發器，以處理指令資料和淸單資料 木纸張尺度適用中阉囷家枕缓·（ CNS ) 仏（210.x ϋ彳. -16 - - 40S2Cj ' ΙΓ 五、發明説明（14) ，使得第二個和之後的無線電中繼器可以以無線的方式來 發揮作用。 以下將參照圖8來說明第六實施例。來自輸入端（4 )的指令資料被無線電中繼器（3 )接收，在此資料經由 乙太網路電路（1 2 )藉著乙太網路通訊被傳送至控制裝 置（2 )。根據輸出端控制程式（8 0 2 )，控制裝置（ 2)決定了是否要指定一個輸出端爲一有線的輸出端（6 )或無線的輸出端（1 1 )，淸單資料經由乙太網路電路 (12)傳送至無線電中繼器（3)，在此無線電中繼器 (3 )執行資料的接收程序並經由S S無線電將之傳送至 無線的輸出端（1 1 )。在通訊因某種原因不正常的情況 下’當時的狀態資料會根據控制裝置（2 )的一應用程式 經由無線電中繼器（3 )和乙太網路電路（1 2 )傳送至 淸單資料傳送處的控制裝置（2 )，至有線的輸出端（6 )，其中輸出端（6)經由乙太網路電路（12)連結。 在有線輸出端（6 )內的乙太通訊控制電路（3 0 1 )執 行資料接收程序，然後該資料經由一 p C M C I A I / F和一乙太網路控制驅動程式（5 Ο 3 )以平行通訊傳送 至一設置於有線輸出端（6 )內的主要中央處理器（ 801)，其中資料在此被接收處理。然後資料藉由平行 通訊傳送至一列印中央處理器（3 1 2 )，被列印控制電 路（3 1 3 )列印處理。於是，該指令輸入系統設有有線 輸出端（6 )和無線輸出端（1 1 )，使得當在無線電故 障的情況下，淸單資料可以從有線输出端輸出而不打斷指 4、紙张尺度適用中國國家β革（CVS ; i 1 -17- 408265 五、發明説明（15) 令程序。 以下將參照圖9說明第七實施例。在一具有數個無線 電中繼器的系統中，由於商店陳列等改變需要將無線電輸 出端重新定位，最適宜通訊環境的中繼器會因爲輸出端而 被自動選取，使能跟著調整。在啓動和操作期間，在系統 內的每一輸出端會週期性地被檢查是否和數個無線電中繼 器的各個S S無線電裝置連結。觀察來自無線電中繼器的 連結回應，一需要連結的無線電中繼器會被辨認出來，傳 送一請求測量電場強度指令至需要被連結的無線電中繼器 。結果，電場強度水平從無線電中繼器的s S無線電裝置 被接收爲通知電場強度指令。一電場強度最高的無線電中 繼器會被選取。如果這個中繼器目前被選取的無線電中繼 器不同，即時和一無線電中繼器上的連結訊息被取消，而 電場強度最高之無線電中繼器上的連結訊息會被儲存在輸 出端的記憶體。根據所儲存的訊息，指定一無線電中繼器 爲一連結目的地3向被選取的無線電中繼器做一連結請求 動作，等待連結回應和來自無線電中繼器的淸單資料。於 是，該指令輸入系統具有一輸出端’在接收資料之後’用 來執行淸單輸出程序並傳送輸出端訊息給中繼器的終端。 以下將參照圖1 0來說明第八實施例。用來執行乙太 網路通訊的控制單元具有一連結窗埠、一資料埠和一由協 商程序建立的通訊埠。連結窗埠往往維持在等待的狀態以 開啓一資料埠’該資料埠對應於來自數個無線電中繼器的 連結請求，同時連結窗埠通知每一號的埠作爲對無線電中 I纸張尺度適用中國國家枕41- ( CXS ) Λ-ίη:.ίί; ( 210.x ：ι=· ；.' /; ^ -18 - 經瀠部中央梂洚而只工消f合竹社印裝 ^〇S2〇r λ _________ !Γ 五、發明説明（16) 繼器的連結回應。資料埠傳送並接收無線電中繼器和控制 單兀之間的指令。當從一輸入端傳送來的資料含有數個無 線電中繼器的傳輸時，協商程序具有一功能，可取消第二 個及其後的資料。第一，數個無線電中繼器送出連結請求 給控制單元’而控制單元傳送一連結回應回去。之後，無 線電中繼器送出一建立協商電路回應，且控制單元送出一 建立協商電路回應。然後當數個無線電中繼器接收來自輸 入端的指令時’每一無線電中繼器送出一回應調整指令。 一允許連結回應指令被送至一控制單元首先接收的無線電 中繼器。一無線電中繼器傳送出第二個及其後的調整回應 指令，一拒絕連結回應指令被送至該無線電中繼器。拒絕 連結訊息經由資料埠藉著調整回應指令來傳送。然後，執 行允許連結回應的無線電中繼器傳送指令資料，且控制單 元送出一接收指令回應回去。同時，已接收拒絕連結回應 的無線電中繼器係一具有取消指令資料功能之指令輸入系 統。再者，關於各個單元的具體實施例將說明如下。藉由 提供一 0 C X環境於相同作業系統（如視窗N T、視窗 9 5等等）上作爲控制裝置（2 )來操作一控制應用程式 且在此製造一可操作的控制應用程式，可實現P 0 S終端 (1 )。在操作諸如視窗N T、視窗9 5等等的作業系統 下，爲H/W的條件限制。無線電中繼器（3 )、無線電 中繼器（7 )、無線電中繼器（8 )包括一用來和輸入端 溝通的無線電通訊單元’一用來和輸出端溝通的無線電通 訊單元，一用來和控制裝置（2 )溝通的乙太網路通訊單 太％張尺度適^隼*丨!仿(2ΐ〇χΤντ；;^； Γ —…~TgT........ ~ J$------^ — 訂------Μ (：ϊ''!;1ΐζ-,.ί·ι:1ΓΙΓ;^;τ..,·','..'ί:-ν^^ΜΚ·^π;) 五、發明説明（17) 元和一控制每一單元的控制單元。用於輸入端的無線電通 訊單元係一 4 0 0ΜΗ 2頻帶無線電裝置，藉由平行不同 步通訊和控制單元溝通以傳送/接收資料、錯誤訊息等等 。負載訊息可被監控並顯示於H/Wi q用於輸出端的無 線電通訊單元係一 2 · 4 G Η z頻帶無線電，經由一 PCMCIA I/F 和控制單元溝通。它傳送並接收 資料、控制訊息、錯誤訊息等等。乙太網路通訊單元設於 和1 0基底一 T相容之控制器上，藉DMA傳输經由一 I S A匯流排和控制單元溝通。控制單元的架構包括一具 有3 2位元R I S C中央處理器之G/A、一程式記憶體 (作業系統、控制應用程式等等）、一資料記憶體（ DRAM)、—輸入/輸出單元、一計時器、一中斷控制 器、一串列通訊功能、一D Μ A功能等等。同時，無線電 中繼器（3)、無線電中繼器（7)、無線電中繼器（8 )若和無線電裝置相容，將具有一可共用於輸入端和輸出 端的無線電通訊單元。這進一步達成了較高速的操作，此 操作涵蓋在輸入端的輸入以至在輸出端列印的過程。輸出 端（5)、輸出端（11)具有一相似於無線電中繼器（ 3)、無線電中繼器（7)、無線電中繼器（8)的控制 單元 '一列印控制單元、一無線電通訊單元，其中平行 D Μ A通訊執行於控制單元和列印控制單元之間。除了中 繼器的那些功能外，該控制單元對傳輸裝置（9 )具有通 訊串列控制功能，對顯示裝置具有串列控制功能。由於G /A之類的裝置普遍設於控制單元中，所以具備的構造可 表纸張疋度適用中國园孓伐窣（CNS ) /\4+»；_枋（2丨0, · -20- 部 t\y 央 if ί l 五、發明説明（18) 以讓輸入/輸出埠在啓動時讀出辨識訊息，以啓動每一裝 置所需的程式和驅動程式。無線電通訊單元設有一 s S通 訊裝置在p C Μ I A I / F經由P C卡控制器和控制單 元溝通。傳輸裝置（9 )的指令和程式傳輸功能在啓動時 運用一串列通訊控制線。如果該線爲主動，會提供連結的 辨識，以啓動傳輸裝置（9 )之通訊程式和驅動程式。同 時，輸出端（6 )設有乙太網路通訊單元，替代了無線電 通訊單元。和控制單元的溝通同樣經由P CMI A I / F。通訊單元辨識的完成是藉由通訊單元的雙重訊'息來和 每一單元相容的應用程式及驅動程式而提供一 S /W架構 之;:ύ'Λ·ΐτ>ί;洱 4¾ 本rjr 裝- 。傳輸裝置（9 溝通且以串列通 詳細解釋s S通 干擾波週期性地 封而發生通訊故 ，只在如第二種 定包封長度小於 在正常通訊發生 正常，繼而維持 連結在一起，可 認方法係爲得到 1 1 )和無線電 線電中繼器（8 是，在啓動期間 )具有的功能可以以 訊和輸出端溝通。同 訊期間 進入， 障（不 情況的 千擾波 時（正 有效的 以任意 S S通 中繼器 )溝通 ，連結 一干擾波復原 在第一種情況 正常通訊B和 故障產生時（ 的週期，便可 常通訊I)， 通訊性能。將 改變包封長度 訊期間輸出端 (3)，無線 的最適環境， 在一起的數個 電磁傳導來和輸入端 時，以下將參照圖2 辦法。在圖2中，若 下，往往會因爲長包 C )。爲避免此現象 不正常通訊E )，設 阻止干擾波的影響》 才將包封長度恢復爲 輸出裝置和顯示裝置 。同時，通訊品質確 (5 )、輸出端（ 電中繼器（7 )、無 包括以下步驟。也就 無線電中繼器之各個 .丁 'y-'* 21 - 乂乐疋度適用中國國家d ( ) Λ‘识.估； 4082Cj 五、發明説明（19) 無線電裝置，其電場強度被測 佳的無線電中繼器。若此中繼 時關於中繼器的連結訊息被取 器的連結訊息被儲存在輸出端 因輸出端重新定位、無線電中 致通訊環境改變的情況下，也 。同時，作爲一種在無線電中 (7 ) 指令資 ，其中 窗埠往 自無線 繼器每 閉。資 的指令 自輸入 負責取 出拒絕 ，作爲 傳送第 單元處 減法， 、無線電中繼 料重疊接收的 通訊埠由連結 往維持在等待 電中繼器的連 一號的埠。一 料埠負責傳送 ΰ —旦 端的資 消第二 連結訊 一資料 一資料 的計時 而在協 間的測量。然 輸入端 自另一 料經由 個及其 息至送 埠的功 的無線 器以決 商程序 而，在 一允 器（8 ) 方法，控 窗埠、資 的狀態以 結請求’ 旦開啓， 並接收無 它要到協 數個無線 後的資料 出第二個 能 允 電中繼器 定優先順 中設定計 計時器操 許連結的 量•以 器和現 消，而 的記憶 繼器之 可自動 繼器（ 和控制 制裝置 料埠和 開啓一 同時連 它要到 線電中 商程序 電中繼 。它因 及其後 許連結 。這可 序來達 數値和 作期間 回應會 選取一個 時的中繼 新的最佳 體內。於 間有障礙 確保隨時 3 )、無 裝置（2 (2 )設 協商程序 資料埠， 結窗埠通 通訊品質最 器不同，現 無線電中繼 是，即使在 物等等而導 的通訊品質 線電中繼器 )之間防止 有一通訊埠 構成。連結 以回應於來 知無線電中 k' \(：U -> i.i ι'ϊ->AΪ ^ 7j 訂 繼器和 完畢才 器傳送 爲回應 資料的 回應自 藉由控 成。計 確認* ，當回 被送出 控制裝 會關閉 時，協 調整指 無線電 然地被 制各個 時器程 於是完 應調整 。至於 置之間 。當來 商程序 令而送 中繼器 送回已 輸入端 序只需 成了時 請求來 是否爲 本紙张尺度適用中國國家彳·:?:年（CNS } Λ<〇1:.枯（2!<)， ^22^' __ — I, .···.,··-_ _·. " —* '» — "! " — __—, _·., 1T 5 0 2) receiving processing. The data is sent to an Ethernet communication control circuit (301) via the Ethernet control driver (503). This data is transmitted to the POS terminal (1) via the Ethernet circuit (12). With this information, the accounting process is performed. The data is also transmitted to the output terminal (6) as cooking order data via the Ethernet circuit (12), where it is received and processed by the main CPU (502) in the output terminal (6). If it is received normally, a response will be sent back to the P 0 S terminal (1) in the reverse procedure. The bill data is transmitted to a printing CPU (312) by parallel communication. The print central processing unit (312) executes the receiving program 1 so that the print control circuit (3 1 3) makes a print program. So the 1-instruction input system is completed by the architecture. The fourth embodiment will be described below with reference to FIG. 6 with reference to FIG. 6. A brief billing output procedure (603) is first transmitted from the control device (2) to the output terminal (5) via Ethernet communication and a radio repeater (3). Similarly, the corresponding program (602) of the input terminal is first transmitted from the control device (2) to the input terminal (4). The transmission device (9) was previously connected to the output terminal (5) to print a simplified instruction list in the case of radio, malfunction, etc. Via the electromagnetic conduction between the input terminal (4) and the transmission device (9), the Chinese national pillow 4'- (CNS) Λ4) ΐ is used in the paper size of the input paper:, ^ ί 2ΙΟχ: Γ; '-, ^ 15- V. Description of the invention (13) The instruction data of the input terminal (4) is transmitted by serial communication, so that a main central processing unit (604) executes the receiving procedure through a serial driver in the output terminal (5). The data is transmitted to the print central processing unit (312) according to a brief billing output program (603) via parallel communication, wherein the print central processing unit (312) executes and receives in the brief billing output program (603). Programs and print programs. The command input system can then output a brief bill. A fifth embodiment will be described below with reference to FIG. 7. In an instruction input system with several repeaters, the instruction data from the input terminal (4) is transmitted by a main CPU (400) via a radio repeater (8) 's 400 MHz radio circuit (708). 706) received, and according to a transponder program (7 0 5) through a parallel communication via a PCMC IAI / F and ~ SS radio control driver (7 0 4) to —SS radio control central processor (7 0 2 ). The data is received and processed by the SS radio control central processing unit (702), and then transmitted by radio via the SS radio circuit (703), and then transmitted to the radio repeater (7). The data is received by the SS radio circuit (307) of the radio repeater (7) and processed by the SS radio central processing unit (306), and then transmitted to a SS radio control via a PCMCIAI / F in parallel communication. Driver (3 04). The data is received and processed by a main central processing unit (7 ◦ 1) in the radio repeater (7), and then transmitted to the control device (2) via the Ethernet circuit (1 2). Therefore, the instruction input system has several radio repeaters as radio repeaters to process instruction data and document data. Wood and paper standards are suitable for home comfort · (CNS) 仏 (210.x ϋ 彳.- 16--40S2Cj 'IΓ 5. Description of the invention (14), so that the second and subsequent radio repeaters can function wirelessly. The sixth embodiment will be described below with reference to Fig. 8. From the input terminal ( 4) The command data is received by the radio repeater (3), where the data is transmitted to the control device (2) via the Ethernet circuit (1 2) via Ethernet communication. According to the output terminal control program ( 8 0 2), the control device (2) determines whether to designate an output terminal as a wired output terminal (6) or a wireless output terminal (1 1), and the single data is transmitted through the Ethernet circuit (12) To the radio repeater (3), where the radio repeater (3) executes the receiving procedure of the data and transmits it to the wireless output (1 1) via the SS radio. In the case that the communication is abnormal for some reason Under 'the current state data will be installed according to the control An application program set (2) is transmitted via the radio repeater (3) and the Ethernet circuit (1 2) to the control device (2) of the single data transmission place to the wired output (6), where The output end (6) is connected via an Ethernet circuit (12). The Ethernet communication control circuit (301) in the wired output end (6) executes a data receiving procedure, and then the data is passed through a CMCIAI / F and An Ethernet control driver (5 0 3) is transmitted in parallel to a main central processing unit (801) set in a wired output (6), where the data is received and processed. Then the data is processed by parallel The communication is transmitted to a printing central processing unit (3 1 2), and is processed by the printing control circuit (3 1 3). Therefore, the command input system is provided with a wired output terminal (6) and a wireless output terminal (1 1) In the case of a radio failure, the bill of materials can be output from the wired output without interrupting the finger. 4. The paper size is applicable to the Chinese national β leather (CVS; i 1 -17- 408265. V. Description of the invention (15) Order procedure. A seventh embodiment will be described below with reference to FIG. 9. In a system with several radio repeaters, due to changes in store displays, etc., it is necessary to relocate the radio output. The repeater that is most suitable for the communication environment will be automatically selected because of the output, and can be adjusted accordingly. During operation, each output terminal in the system is periodically checked for connection with various SS radios of several radio repeaters. Observe the link response from the radio repeater, a radio relay that needs to be connected The device will be identified and send a request to measure the electric field strength to the radio repeater that needs to be connected. As a result, the electric field strength level is received from the SS radio of the radio repeater as a notification of the electric field strength instruction. A radio repeater with the highest electric field strength is selected. If this repeater is currently selected with a different radio repeater, the link information on the real-time and a radio repeater will be canceled, and the link information on the radio repeater with the highest electric field strength will be stored in the output memory. . According to the stored information, a radio repeater is designated as a link destination 3 to perform a link request action to the selected radio repeater, waiting for the link response and the order data from the radio repeater. Therefore, the instruction input system has an output terminal 'after receiving data' for executing a single output procedure and transmitting an output terminal message to the terminal of the repeater. An eighth embodiment will be described below with reference to FIG. 10. The control unit for performing Ethernet communication has a link window port, a data port, and a communication port established by a negotiation process. Link windows are often kept in a waiting state to open a data port. The data port corresponds to connection requests from several radio repeaters, and at the same time, the link window notifies each port as applicable to the radio paper standard. China National Pillow 41- (CXS) Λ-ίη: .ίί; (210.x: ι = ·;. '/; ^ -18-The central government department of the Ministry of Economic Affairs and the Ministry of Economic Affairs only print the Hezhusha printing equipment ^ 〇 S2〇r λ _________! Γ V. Description of the invention (16) The link response of the relay. The data port sends and receives commands between the radio repeater and the control unit. When the data sent from an input terminal contains several During the transmission of the radio repeater, the negotiation procedure has a function to cancel the second and subsequent data. First, several radio repeaters send a link request to the control unit 'and the control unit sends a link response back. After that, the radio repeater sends a response to establish a negotiation circuit, and the control unit sends a response to establish a negotiation circuit. Then when several radio repeaters receive a command from the input terminal, each radio repeater sends a response adjustment command. -A link response command is allowed to be sent to a radio repeater first received by the control unit. A radio repeater sends a second and subsequent adjustment response command, and a reject link response command is sent to the radio repeater. The refusal link message is transmitted through the data port by adjusting the response command. Then, the radio repeater that allows the link response is transmitted to transmit the command data, and the control unit sends a receive command response back. At the same time, the radio that has received the refusal link response The repeater is an instruction input system with a function of canceling instruction data. Furthermore, specific embodiments of each unit will be described below. By providing a 0 CX environment to the same operating system (such as Windows NT, Windows 95, etc.) ) As a control device (2) to operate a control application and manufacture an operable control application here, which can implement a P0S terminal (1). When operating an operating system such as Windows NT, Windows 95, etc. Under the conditions of H / W. Radio repeater (3), radio repeater (7), radio repeater (8) package A radio communication unit used to communicate with the input terminal 'a radio communication unit used to communicate with the output terminal, an Ethernet communication ticket used to communicate with the control device (2). ! Imi (2ΐ〇χΤντ ;; ^; Γ —... ~ TgT ........ ~ J $ ------ ^ — Order ------ M (: ϊ '' !; 1ΐζ -,. ί · ι: 1ΓΙΓ; ^; τ .., · ',' .. 'ί: -ν ^^ ΜΚ · ^ π;) V. Description of the invention (17) Yuanheyi controls each unit's control Unit. The radio communication unit for the input is a 400MHz 2-band radio device, which communicates with the control unit through parallel asynchronous communication to send / receive data, error messages, etc. The load information can be monitored and displayed on the H / Wi q radio communication unit for the output. A 2 · 4 G G z-band radio communicates with the control unit via a PCMCIA I / F. It sends and receives data, control messages, error messages, and more. The Ethernet communication unit is set on a controller compatible with the 10 base and T, and communicates with the control unit through an ISA bus through DMA transmission. The architecture of the control unit includes a G / A with a 32-bit RISC CPU, a program memory (operating system, control application, etc.), a data memory (DRAM), an input / output unit, a Timer, an interrupt controller, a serial communication function, a D M A function and so on. At the same time, if the radio repeater (3), radio repeater (7), and radio repeater (8) are compatible with the radio device, they will have a radio communication unit that can be used for the input and output ends in common. This further achieves higher speed operation, which covers the process of inputting at the input and printing at the output. The output terminal (5) and the output terminal (11) have a control unit similar to the radio repeater (3), the radio repeater (7), and the radio repeater (8), a print control unit, and a radio communication Unit, where parallel D M A communication is performed between the control unit and the print control unit. In addition to those functions of the repeater, the control unit has a serial control function for the transmission device (9) and a serial control function for the display device. Because G / A and other devices are commonly installed in the control unit, the structure can be used to indicate the paper size. Applicable to Chinese garden cutting (CNS) / \ 4+ »; _ 枋 （2 丨 0, · -20 -Department t \ y 央 if ί l V. Description of the invention (18) To allow the input / output port to read the identification information at startup to start the programs and drivers required by each device. The radio communication unit is provided with a s S The communication device communicates with the control unit via the PC card controller and the control unit at PCM IAI / F. The command and program transmission function of the transmission device (9) uses a series of communication control lines at startup. If the line is active, a link will be provided Identification to start the communication program and driver of the transmission device (9). At the same time, the output (6) is equipped with an Ethernet communication unit instead of a radio communication unit. The communication with the control unit is also via P CMI AI / F. The communication unit identification is completed by providing the S / W architecture with compatible applications and drivers for each unit through the dual message of the communication unit ;: ύ'Λ · ΐτ >ί; 洱 4¾ Ben rjr installed-. Transmission device (9 communicate and serialize Explain in detail that the S-channel interference wave is periodically sealed and communication occurs, so only if the second fixed encapsulation length is shorter than normal communication occurs normally, and then maintain the connection together, it is recognized that the method is to obtain 1 1) and The radio line repeater (8 is, during start-up) has the function to communicate with the output terminal. When entering the same period, the obstacle (unusually disturbing waves (positive and valid with any SS repeater) ) Communication, linking an interference wave to restore normal communication B in the first case, and the failure occurs (the period of, can often communicate I), communication performance. It will change the output end (3) during the envelope, and the wireless optimum In the environment, when several electromagnetic conductions together with the input end, the following will refer to the method of Figure 2. In Figure 2, if the next, often because of the long package C). To prevent this phenomenon of abnormal communication E), set a block The influence of interference waves "only restores the envelope length to the output device and display device. At the same time, the communication quality is assured (5), the output (electric repeater (7), does not include the following steps. That is, each of the radio repeaters. () Λ'cognition. Estimate; 4082Cj V. Description of the invention (19) The radio device has a radio repeater whose electric field strength is well measured. It is also stored in the case of the output terminal being repositioned due to the output terminal or the communication environment changed in the radio. At the same time, as a kind of command in the radio (7), the window port is closed every time the wireless repeater is closed. The input is responsible for taking out the rejection, as the subtraction at the transmission unit, and the communication port that the radio relay material overlaps and receives is connected to the port number 1 which is maintained in the waiting for the electrical repeater. The second link is a time measurement of data and data in the measurement between the associations. However, the input end passes the wireless device from the other to the power of the sending port to determine the procedure through a decision-making process. Method, the status of the control window and the data is closed with a request, and once it is received, it needs to go to a number of wireless data to send out a second capable repeater to set the priority, set the timer, and enable the timer. The quantity of the device and the current elimination, and the memory relay can be an automatic relay (and control device material port and open at the same time to connect it to the line electricity in the business process electric relay. It is because of its subsequent connection . This can be achieved in order to reach the number of times and the response during the operation will select a new relay in the best body. There are obstacles to ensure that at any time 3), no device (2 (2) set the negotiation process data port, and close the window port The communication quality is different. The current radio relay is to prevent the formation of a communication port even between communication quality wire and electrical relays. The link is in response to the radio k '\ (: U-> ii'ϊ- > AΪ ^ 7j The response sent by the setter and the completion device as response data is automatically controlled. Confirmation *, when the return control device will be closed, coordinate the whole finger Wirelessly controlled The schedule should then be adjusted. As for the interval. When the business order is sent and the repeater returns the input sequence, it only needs to be completed. Does the request apply to the Chinese standard for this paper standard?:?: Year (CNS} Λ < 〇1 :. withered (2! ≪), ^ 22 ^ '__ — I,. ···., ·· -_ _ ·. &Quot; — *' »— "! " — __—, _ ·.
五、發明説明（SO I 另一輸入端，可藉由分析回應調整請求指令的資料場而得 到已傳送訊息之輸入端的辨識號碼。同時’對於通訊埠所 接收來自無線電中繼器的資料，分析相同資料的指令場可 以決定回應調整請求指令和建立協商電路確認指令。藉由 重寫部分的控制裝置登記內容’可改變接受連結埠的埠號 碼。重寫該登記亦可以改變計時器的値。 本發明之具體實施例以如上所述’本發明所提供的效 果如下。輸出端的無線電藉由S S通訊和高速資料傳輸傳 送資料至無線電中繼器，增加了串列資料處理的速度。再 者，該無線電亦提供一功效，使得接線工程可省去且給予 在設定環境時的彈性。如果一控制應用程式在◦ C X下操 作且該控制應用程式在與視窗N T或視窗9 5之類的作業 系統相容之p 〇 S終端下啓動，可得相似於操作於控制裝 置上之控制應用程式的架構。這提供了 一功效，使得一系 統架構可不具備控制裝置而降低的製造成本。如果一個架 構使得輸出端經由高速乙太網路通訊連結至p〇s終端， 用一傳輸裝置連結輸出端，使得資料傳輸藉由傳輸裝置和 輸入裝置之間的電磁傳導來執行，且資料藉由一串列通訊 送至輸出端，然後經過一乙太網路至P 0 s終端，此時， 產生的功效如下：由於不需要上述系統的無線電中繼器， 可架構一對滿足小規模商店有最佳效果之最小系統。如果 在輸出端提供一相容於輸出簡單帳單的程式且輸入端以一 傳輸裝置連結以使輸入端的指令經由輸入端和傳輸裝置之 間的電磁傳導送至資料被處理並被輸出的輸出端，可產生 木纸張尺度適用中國®孓代導(CNS)/\4JU<, ; 2ioov-；>/; 1 .…_二23 7 — 408S65 a- ____ ir 五、發明説明（21) 裝 訂 一功效，亦即，即使在控制裝置故障的情況下，亦可輸出 簡要帳單且繼續執行指令程序。將無線電中繼器當作轉發 器來使用可免除爲擴大無線電中繼器而產生的接線工程， 於是提供了 一功效，使得按裝地點可以隨時改變。在系統 內同時提供有線和無線的輸出端，提供了一功效，在問題 發生時，可以有線輸出端來輸出資料以繼續該指令程序而 不中斷。在一具有數個無線電中繼器的系統中，由於商店 陳列等改變需要將無線電輸出端重新定位，最適宜通訊環 境的中繼器會因爲輸出端而被自動選取並修改，於是提供 了 一功效，使得通訊環境在系統內隨時維持在最佳的狀態 ’即使由於商店陳列等改變需要將無線電輸出端重新定位 。即使輸出端在和無線電中繼器溝通期間受到電子爐所致 等等週期干擾波的影響而產生錯誤，若能自動地使通訊時 的包封長度小於干擾波的週期以避免週期干擾波的影響， 可提供一功效’亦即，即使在有干擾波的環境下，亦能維 持穩定的通訊品質。同時，如果在控制裝置提供一通訊埠 ’爲數個無線電中繼器所接收的相同訊息執行調整程序。 於是提供了 一功效，亦即，即使數個無線電中繼器接收了 相同的訊息’只有第一個收到的訊息會被處理而後收到的 訊息則被取消，於是消除了資料會被重複處理的問題。 本纸張尺度適用中國园家松革（CNS ) Λ-ί/!'. ；ί~Γ：ΙΟ χ7<7Γ;：;. ~24^5. Description of the invention (The other input end of SO I can obtain the identification number of the input end of the transmitted message by analyzing the data field in response to the adjustment request instruction. At the same time, 'for the data received from the radio repeater from the communication port, analyze The command field with the same data can decide to respond to the adjustment request command and establish the negotiation circuit confirmation command. By rewriting the content of the control device registration, the port number of the receiving port can be changed. Rewriting the registration can also change the timer. The specific embodiment of the present invention is as described above. The effect provided by the present invention is as follows. The output radio transmits data to the radio repeater through SS communication and high-speed data transmission, which increases the speed of processing serial data. Furthermore, The radio also provides a function that allows wiring work to be omitted and gives flexibility in setting the environment. If a control application operates under ◦ CX and the control application is operating systems such as Windows NT or Windows 95 Start under compatible p 〇S terminal, you can get a control application similar to the operation on the control device This provides a function that allows a system architecture to have no control device and reduce manufacturing costs. If an architecture enables the output to be connected to the POS terminal via high-speed Ethernet communication, a transmission device is used to connect the output , So that the data transmission is performed by electromagnetic conduction between the transmission device and the input device, and the data is sent to the output terminal through a serial communication, and then passes through an Ethernet network to the P 0 s terminal. At this time, the generated The effect is as follows: Since the radio repeater of the above system is not needed, a pair of minimum systems that meet the best results of small-scale stores can be constructed. If a simple billing program compatible with the output is provided at the output end and the input end is a The transmission device is connected so that the instructions at the input end are sent to the output end where the data is processed and output through the electromagnetic conduction between the input end and the transmission device, which can produce wood paper standards suitable for China® 孓 代 导 (CNS) / \ 4JU <,;2ioov-; >/; 1 ...._ 二 23 7 — 408S65 a- ____ ir V. Description of the invention (21) Binding a function, that is, even in the case of control device failure You can also output a brief bill and continue to execute the instruction procedure. Using the radio repeater as a repeater can eliminate the wiring work required to expand the radio repeater, so it provides a function that allows the installation location to be Change at any time. Both wired and wireless outputs are provided in the system, which provides a function. When a problem occurs, the wired output can be used to output data to continue the instruction process without interruption. There are several radio repeaters In the system, due to changes in store display and other needs to relocate the radio output, the repeater that is most suitable for the communication environment will be automatically selected and modified because of the output, so it provides a function to make the communication environment maintain at any time in the system. In the best condition, even if the radio output needs to be repositioned due to changes in store displays, etc. Even if the output end is affected by the periodic interference wave caused by the electronic furnace during communication with the radio repeater and an error occurs, if the envelope length during communication can be automatically made smaller than the period of the interference wave to avoid the effect of the periodic interference wave It can provide a function 'that is, it can maintain stable communication quality even under the environment of interference waves. At the same time, if a control port is provided in the control device, the adjustment procedure is performed for the same message received by several radio repeaters. This provides an effect, that is, even if several radio repeaters receive the same message, 'only the first received message will be processed and the later received messages will be cancelled, so the data will be eliminated and duplicated. The problem. This paper size is suitable for Chinese gardener's pine leather (CNS) Λ-ί /! '.; Ί ~ Γ: ΙΟ χ7 <7Γ;:;. ~ 24 ^