200303523 (1) 玖、發明說明 【發明所屬之技術領域】 此發明乃關於做爲卡拉OK裝置的周邊裝置來使用之 檢索式卡拉OK選曲遙控器，尤其是關於可用來一邊充電 複數台的檢索式卡拉OK選曲遙控器，一邊更新索引資料 庫之集合型台架。 【先前技術】 發明者們開發出將厚重的印刷品之卡拉OK目錄書加 以電子化，並應用掌上型（Palmtop Type)電腦之檢索式 卡拉0K選曲遙控器。做爲基本構成，此具有管理對應於 在卡拉0K裝置中所使用的卡拉0K樂曲資料庫的樂曲索 引資料庫之手段、及藉由將文字或晝像顯示於觸控面板， 除了向使用者提示各種資訊之外，還認知藉由使用者所觸 控輸入之與提示資訊相關的選擇資訊之使用者介面、及使 用者經由使用者介面之媒介，執行用於依據樂曲索引資料 庫來檢索所希望的樂曲之資料庫檢索手段、以及於卡拉 〇K裝置中預約演奏藉由該資料庫檢索手段所特定化的樂 曲用的傳送遙控信號之遙控信號傳送手段。 檢索式卡拉0Κ選曲遙控器於非使用之際，設置於台 架上。如日本特許第30895 29號中所揭示般，台架具有充 電內藏於遙控裝置的二次電池之功能，以及與卡拉〇Κ裝 置及遙控器進行通訊，並更新保存於遙控器的記憶體中之 樂曲索引資料庫之功能。 -5- (2) 200303523 在客人較多的卡拉OK店舖當中，乃設置多數個檢索 式卡拉OK選曲遙控器，因此準備了集合型台架。所謂的 集合型台架，乃是以裝設複數台的遙控器於1台台架上來 構成。 [發明所欲解決之課題]200303523 (1) 发明. Description of the invention [Technical field to which the invention belongs] This invention relates to a search-type karaoke selection remote controller for use as a peripheral device of a karaoke device, and particularly to a search-type remote control that can be used to charge multiple units at the same time A karaoke selection remote control, while updating the collection stand of the index database. [Prior art] The inventors have developed a karaoke catalogue remote control for karaoke catalogues of heavy prints, which is electronically searchable for Palmtop Type computers. As a basic structure, this has a means of managing a music index database corresponding to the karaoke music database used in the karaoke device, and by displaying text or day images on the touch panel, in addition to prompting the user In addition to various kinds of information, it also recognizes the user interface of the selection information related to the prompt information input by the user's touch, and the user through the medium of the user interface. Means for searching for a database of music, and remote control signal transmission means for transmitting a remote control signal for performing a reserved performance in a karaoke device using the database searching means. The search-type Kara OK remote controller is installed on the stand when not in use. As disclosed in Japanese Patent No. 30895 29, the stand has the function of charging the secondary battery built in the remote control device, and communicates with the karaoke device and the remote control, and is updated and stored in the memory of the remote control. Functions of the Music Index Database. -5- (2) 200303523 In karaoke shops with a large number of customers, there are many search-type karaoke selection remote controllers, so a set-type stand is prepared. The so-called collective type stand is constituted by installing a plurality of remote controllers on one stand. [Problems to be Solved by the Invention]
典型的例子爲，台架被接續於卡拉OK裝置的RS-23 2C的通訊端子上，而裝設於台架之檢索式卡拉〇κ選曲 遙控器與卡拉〇Κ裝置彼此進行通訊，並將更新資料從卡 拉OK裝置傳送至遙控器。其通訊速度爲9 600bps左右， 相對於較爲低速。因此，在將更新資料從卡拉OK裝置一 台一台地逐一傳送至多數個檢索式卡拉0K選曲遙控器的 情況下，因爲其處理佔據了卡拉0K裝置的許多時間，所 以有此產生不實用的問題。A typical example is that the stand is connected to the RS-23 2C communication terminal of the karaoke device, and the retrieval type karaoke selection remote controller and karaoke device installed on the stand communicate with each other and will be updated Data is transferred from the karaoke device to the remote control. Its communication speed is about 9 600bps, which is relatively low. Therefore, in the case where the update data is transmitted one by one from the karaoke device to the plurality of searchable karaoke selection remote controllers one by one, the processing takes up a lot of time of the karaoke device, so there is a problem that this is not practical. .
此發明乃鑑於以往的問題點所開發完成，其目的在於 提供一種檢索式卡拉0K選曲遙控器之集合型台架，其具 有以下特徵，亦即利用儘可能的低價的構成，以極高效率 及高信賴性的架構，來實現從卡拉0K裝置經由台架來更 新多數個檢索式卡拉0K選曲遙控器的樂曲索引資料庫之 處理。 【發明內容】 [用以解決課題之手段] 第一種發明之集合型台架乃以下列方式來構成’亦即 -6 - (3) (3)200303523 具有用於接續各個檢索式卡拉OK選曲遙控器的複數個遙 控器接續連接器、及用於與卡拉0K裝置或其他集合型台 架等資料傳送側接續之來源接續連接器、及用於與其他集 合型台架等資料接收側接續之目標接續連接器、及以內部 配線來接續各個遙控器接續連接器•來源接續連接器•目 標接續連接器之切換電路、以及用於對接續於某一個特定 的遙控器接續連接器之檢索式卡拉0K選曲遙控器，加以 辨識之標識手段，其中切換電路乃藉由從外部對於某一個 特定的遙控器接續連接器所供應之切換控制信號，來進行 切換控制，並將某一個特定的遙控器接續連接器選擇性的 與其他遙控器接續連接器•來源接續連接器•目標接續連 接器當中之一接續。 第二種發明之集合型台架乃以下列方式來構成，亦即 具有用於接續各個檢索式卡拉0K選曲遙控器的複數個遙 控器接續連接器、及用於與卡拉0K裝置或其他集合型台 架等資料傳送側接續之來源接續連接器、及以內部配線來 接續各個遙控器接續連接器及來源接續連接器之切換電 路、以及用於對接續於某一個特定的遙控器接續連接器之 檢索式卡拉0K選曲遙控器，加以辨識之標識手段，其中 切換電路乃藉由從外部對於某一個特定的遙控器接續連接 器所供應之切換控制信號，來進行切換控制，並將某一個 特定的遙控器接續連接器選擇性的與其他遙控器接續連接 器及來源接續連接器當中之一接續。 (4) (4)200303523 【實施方式】 第1發明的集合型台架的一實施例的構成如第1圖所 示，其使用狀況如第2圖所示。此例之集合型台架1具有 3個插槽（第1插槽S1，第2插槽S2，第3插槽S3)， 於各個插槽中可以各裝設1台檢索式卡拉〇Κ選曲遙控器 2，合計3台。於各個插槽SI· S2· S3中各自配置遙控器 接續連接器C1 · C2 · C3。 關於樂曲索引資料庫的更新資料的資料傳送側，基本 上爲卡拉OK裝置，然而如第2圖所示般，於遙控器接續 連接器C1上裝設了接收更新的檢索式卡拉〇κ選曲遙控 器2之集合型台架1，亦有可能爲更新資料的傳送者。 爲了與更新資料的傳送者接續，於集合型台架1上設 置來源接續連接器C4。此外，爲了與爲更新資料的接收 者之其他集合型台架1接續，於集合型台架1上設置目標 接續連接器C5。 經由這些連接器C1〜C5來進行之資料通訊，爲依據 RS- 23 2C之序列介面規格之雙向通訊。 各個連接器C 1〜C5乃藉由內部配線（資料通訊用配 線）來接續於切換電路4。於接續來源接續連接器CM與 切換電路4的配線當中，以及接續目標接續連接器C5與 切換電路4的配線當中，具有進行電壓轉換及波形調整之 緩衝放大器6。 於切換電路4中，將配線於各個連接器C 1〜C 5之各個 端子設定爲埠P1〜P5。切換電路4依循切換控制信號來動 -8- (5) 200303523 作，該切換控制信號乃從連接於第1插槽S1的遙控 續連接器C1的信號線5施加於控制埠Pcont，然後將 於第1插槽S1的遙控器接續連接器C1之埠P1，選 的接續於其他4個埠P2〜P 5當中之任一個，來構成電 除了接續於連接切換電路4的資料通訊用內部配 插腳（Pin )之外，遙控器接續連接器C1 · C2 · C3還 對應於連接器C 1的上述信號線5的插腳，以及將內 此台架1的充電電路（圖中省略）的輸出供給至遙控 的充電電路用插腳，以及用於讓遙控器2本身辨識遙 2應裝設於插槽S1 · S 2 · S 3當中何者之標識符號 等。 如第3圖所示般，於接續於各個遙控器接續連 C1 · C2 · C3之遙控器2側的內部電路中，對應於2 識符號插腳的2條線路，經由提升（P u 11 U ρ )電阻接 電源，並以遙控器2的中央處理裝置（微電腦）讀取 條線路（設爲標識讀取線路）的電壓水準（邏輯水準 方式來構成。 因此，接續於第1插槽S 1的連接器C1之遙控器 之標識讀取線路，顯示了 2位元的邏輯信號”00”。此 接續於第2插槽S 1的連接器C2以及接續於第3插] 的連接器C3之遙控器2中之標識讀取線路，顯示了 元的邏輯信號” 1 0”。此外，未裝設於任一插槽之遙控 中之標識讀取線路，則顯示了 2位元的邏輯信號” 1 Γ 藉由如此的標識手段，檢索式卡拉0K選曲遙控 器接 接續 擇性 路。 線的 包含 藏於 器2 控器 插腳 接器 個標 續於 此2 )的 2中 外， 曹S1 2位 器2 〇 器2 -9 - (6) (6)200303523 的內藏電腦不僅可以辨識出遙控器2本身是否裝設於集合 型台架1的插槽中，並且在裝設於插槽的情況下，亦可辨 識出其裝設位置是否於第1插槽S 1中。 裝設於第1插槽S1之檢索式卡拉OK選曲遙控器2, 可辨識出此裝設，並如第4圖所示之槪略流程圖來動作 (稱此遙控器爲母遙控器）。而裝設於第2插槽S2或是 第3插槽S3之檢索式卡拉OK選曲遙控器2，則可辨識出 此裝設，並如第5圖所示之槪略流程圖來動作（稱此遙控 器爲子遙控器）。 母遙控器 2將信號傳送至切換電路 4的控制埠 Pcont，並首先將埠P1接續於埠P4。藉此，將接續了母遙 控器2的連接器C 1與來源接續連接器C4接續。在此如第 2圖的使用例（A )所示，卡拉0K裝置3接續於來源接續 連接器C4。母遙控器2與卡拉0K裝置3進行通訊，並接 收樂曲索引資料庫的發行號碼，並與母遙控器2所保有的 樂曲索引資料庫的發行號碼加以比較，來判斷是否須進行 資料庫的更新處理。於進行資料庫更新的情況下，母遙控 器2與卡拉0K裝置3進行通訊，接收更新資料並執行必 要的處理。 接下來母遙控器2進行切換電路4的切換控制，並將 P 1接續於埠P5。藉此，將接續了母遙控器2的連接器C1 與目標接續連接器C5接續。於第2圖的使用例（A ) 中，目標接續連接器C5並未有任何接續。而於使用例 (B )及使用例（C )中，第1台架的目標接續連接器C5 -10- (7) (7)200303523 接續於第2台架的來源接續連接器C4。 母遙控器2經由目標接續連接器C5來嘗試進行通 訊’並確認是否有應答。於使用例（B )及使用例（C ) 中’第1台架的母遙控器2 (稱爲第1母遙控器）檢測出 來自第2台架的母遙控器2(稱爲第2母遙控器）的應 答°於此情況下，第1母遙控器從進行應答的第2母遙控 器當中，聽取第2母遙控器所保有的樂曲索引資料庫的發 行號碼，並與自身所保有的發行號碼加以比較，若是第2 母遙控器的發行號碼較舊的話，則將更新資料從第1母遙 控器轉送至第2母遙控器。而第2母遙控器依照所接收的 更新資料來更新資料庫。 接下來，母遙控器2進行切換電路4的切換控制，並 將P1接續於埠P2。藉此，將接續了母遙控器2的連接器 C 1 ’與也許接續了子遙控器的連接器C2接續。母遙控器 2經由連接器C2來嘗試進行通訊，並確認是否有應答。 若是子遙控器2接續於連接器C2的話，則因爲產生應 答’因此可從子遙控器2聽取發行號碼，若是該發行號碼 較舊的話，則將更新資料從母遙控器轉送至子遙控器，子 遙控器接收此來更新資料庫。 接下來，母遙控器2進行切換電路4的切換控制，並 將P 1接續於埠P 3。藉此，將接續了母遙控器2的連接器 C 1 ’與也許接續了子遙控器的連接器C3接續。母遙控器 2經由連接器C2來嘗試進行通訊，並確認是否有應答。 若是子遙控器2接續於連接器C3的話，則因爲產生應 -11 - (8) (8)200303523 答，因此可從子遙控器2聽取發行號碼，若是該發行號碼 較舊的話，則將更新資料從母遙控器轉送至子遙控器，子 遙控器接收此來更新資料庫。 [發明的效果] 本發明之集合型台架僅僅具備複數個連接器與進行各 個連接器之間的接續切換之切換電路，來做爲關於資料通 訊功能的構成，因此可以以極爲簡單的構成來達到極低售 價的量產。接續於此集合型台架的某個特定連接器之檢索 式卡拉OK選曲遙控器乃爲控制上述切換電路的主體，並 以該遙控器來主導進行裝設於卡拉OK裝置與其他台架之 遙控器等資料傳送者，以及裝設於該台架之其他遙控器， 或是裝設於其他台架之遙控器等資料接收者之間的資料通 訊，如此，不僅可以更有效率的更新多數的遙控器所保有 的樂曲索引資料庫，還可提高其更新處理的信賴性。 【圖式簡單說明】 第1圖係顯示本發明的實施例之集合型台架的槪略構 成圖。 第2圖係顯示同上的集合型台架的使用狀況之槪略 圖。 第3圖係顯示同上的集合型台架中之標識手段的說明 圖。 第4圖係顯示裝設於同上的集合型台架之母遙控器的 -12- (9) (9)200303523 處理槪要之流程圖。 第5圖係顯示裝設於同上的集合型台架之子遙控器的 處理槪要之流程圖。 [圖號說明] 1 :集合型台架 2 :檢索式卡拉OK選曲遙控器 3 :卡拉OK裝置 4 :切換電路 C 1 :特定的1個遙控器接續連接器 C2、C3 :遙控器接續連接器 C4 :來源接續連接器 C5 :目標接續連接器This invention was developed in view of the past problems, and its purpose is to provide a collection-type gantry of a searchable Kara OK remote control, which has the following characteristics, that is, uses the lowest possible price structure with extremely high efficiency And high-reliability architecture, to realize the process of updating the music index database of a plurality of searchable karaoke selection remote controllers from the karaoke device via the platform. [Summary of the Invention] [Means to Solve the Problem] The first type of assembly platform is constructed in the following manner, that is, -6-(3) (3) 200303523 has a karaoke selection for each search A plurality of remote control connection connectors of the remote control, a source connection connector for connection with a data transmission side such as a karaoke device or other collective type racks, and a connection with a data receiving side such as other collective type racks Target connection connector, and internal wiring to connect each remote control connection connector • Source connection connector • Switching circuit of the target connection connector, and search-type karaoke for connecting to a specific remote control connection connector 0K song selection remote control, to identify the identification means, in which the switching circuit is from the outside for a specific remote control connector supplied by a switching control signal to perform switching control, and a specific remote control is connected The connector is optionally connected to other remote control connection connectors • source connection connector • target connection connector. The assembly type stand of the second invention is constructed in the following manner, that is, it has a plurality of remote control connection connectors for connecting each search-type karaoke selection remote control, and is used for connecting with the karaoke device or other collective type Source connection connectors for data transmission side connections such as racks, and switching circuits for connecting each remote control connection connector and source connection connector with internal wiring, and for connecting to a specific remote control connection connector Retrieval-type Kara 0K song selection remote control, to identify the identification means, wherein the switching circuit is from the outside for a specific remote control connection connector supplied by a switching control signal to perform switching control, and a specific The remote control connection connector is selectively connected to one of the other remote control connection connectors and the source connection connector. (4) (4) 200303523 [Embodiment] The structure of an embodiment of the collective stage according to the first invention is as shown in Fig. 1, and its use condition is as shown in Fig. 2. In this example, the collective-type stand 1 has three slots (the first slot S1, the second slot S2, and the third slot S3), and each search slot can be equipped with a searchable Karaoke selection. Remote control 2, 3 in total. Configure the remote control connectors SI, S2, and S3 in each slot. Connect the connectors C1, C2, and C3. The data transmission side of the updated data of the music index database is basically a karaoke device. However, as shown in FIG. 2, a remote search connection connector C1 is provided with a searchable karaoke selection remote control for receiving updates. The assembly-type rack 1 of the device 2 may also be the sender of the updated data. In order to connect with the sender of the updated data, a source connection connector C4 is set on the collective type stand 1. In addition, a target connection connector C5 is provided on the collective-type gantry 1 in order to connect with the other collective-type gantry 1 which is the receiver of the updated data. The data communication through these connectors C1 ~ C5 is two-way communication according to the serial interface specification of RS-23 2C. Each of the connectors C1 to C5 is connected to the switching circuit 4 by internal wiring (data communication wiring). Among the wiring of the connection source connection connector CM and the switching circuit 4, and among the wiring of the connection target connection connector C5 and the switching circuit 4, there are buffer amplifiers 6 for voltage conversion and waveform adjustment. In the switching circuit 4, each terminal wired to each of the connectors C1 to C5 is set to ports P1 to P5. The switching circuit 4 operates in accordance with a switching control signal. (5) 200303523. The switching control signal is applied to the control port Pcont from the signal line 5 of the remote control connector C1 connected to the first slot S1. The remote control of the first slot S1 is connected to the port P1 of the connector C1, and is selected to be connected to any of the other four ports P2 to P5 to form an internal matching pin for data communication except for connecting to the connection switching circuit 4. (Pin), the remote control connection connector C1, C2, C3 also corresponds to the above-mentioned signal line 5 of connector C1, and the output of the charging circuit (omitted in the figure) in this stage 1 is supplied to The pins for the charging circuit of the remote control, and the identification symbols for the remote control 2 to identify which of the remote 2 should be installed in the slots S1, S2, and S3. As shown in Figure 3, in the internal circuit connected to the remote control of C1, C2, and C3 on the 2 side of the remote control, the 2 lines corresponding to the 2 identification pins are lifted (P u 11 U ρ ) The resistor is connected to the power supply, and is constituted by the voltage level (logical level method) of the read line (set as the read line) of the central processing unit (microcomputer) of the remote control 2. Therefore, it is connected to the first slot S 1 The remote control ’s logo read line of connector C1 shows a 2-bit logic signal “00”. This is connected to connector C2 of slot 2 S1 and the remote control of connector C3] The tag read circuit in the device 2 displays the logic signal of the element "1 0". In addition, the tag read circuit in the remote control which is not installed in any slot displays the 2-bit logic signal "1 Γ With such a means of identification, the search-type karaoke 0K selection remote control is connected to the optional circuit. The line contains the hidden 2 device, the controller pin connector, and the 2 are continued here 2), Cao S1 2 bit device 2 〇Device 2 -9-(6) (6) 200303523 The built-in computer can not only recognize Whether the controller 2 itself is installed in the slot of the collective platform 1, and if it is installed in the slot, it can also be identified whether its installation position is in the first slot S 1. Installed in The search-type karaoke selection remote controller 2 of the first slot S1 can recognize the installation and operate according to the simplified flowchart shown in FIG. 4 (this remote controller is called the mother remote controller). The installation The search-type karaoke selection remote control 2 in the second slot S2 or the third slot S3 can recognize the installation, and operate according to the simplified flowchart shown in FIG. 5 (called this remote control) Is the child remote control). The female remote control 2 sends a signal to the control port Pcont of the switching circuit 4, and first connects port P1 to port P4. Thus, the connector C 1 connected to the female remote control 2 is connected to the source The connector C4 is connected. As shown in the use example (A) in FIG. 2, the karaoke device 3 is connected to the source connection connector C4. The female remote control 2 communicates with the karaoke device 3 and receives the music index database And compare it with the release number of the music index database held by the parent remote control 2 to determine whether Perform database update processing. In the case of database update, the master remote control 2 communicates with the karaoke device 3, receives the update data and performs necessary processing. Next, the master remote control 2 performs switching control of the switching circuit 4. And connect P1 to port P5. In this way, connector C1 connected to female remote control 2 and target connection connector C5 are connected. In the use example (A) in FIG. 2, the target connection connector C5 is connected to There is no connection. In the use case (B) and use case (C), the target connection connector C5 of the first rack is connected to the source connection of the second rack. C5 -10- (7) (7) 20030323器 C4. The female remote controller 2 attempts communication through the target connection connector C5 and confirms whether there is a response. In the use case (B) and use case (C), the mother remote control 2 of the first rack (referred to as the first mother remote control) has detected that the mother remote control 2 of the second rack (referred to as the second mother remote control) Remote control) In this case, the first female remote control listens to the release number of the song index database held by the second female remote control from the second female remote control that responds, and compares it with its own. The release numbers are compared. If the release number of the second female remote controller is older, the update data is transferred from the first female remote controller to the second female remote controller. The second female remote controller updates the database according to the received update data. Next, the mother remote control 2 performs switching control of the switching circuit 4, and connects P1 to port P2. Thereby, the connector C1 'connected to the female remote controller 2 and the connector C2 connected to the child remote controller may be connected. The female remote controller 2 attempts to communicate via the connector C2, and confirms whether there is a response. If the sub-remote 2 is connected to the connector C2, the issue number can be heard from the sub-remote 2 because of the response '. If the issue number is older, the update data is transferred from the parent remote to the sub-remote. The child remote control receives this to update the database. Next, the mother remote control 2 performs switching control of the switching circuit 4 and connects P 1 to port P 3. Thereby, the connector C1 'connected to the female remote control 2 and the connector C3 connected to the child remote control may be connected. The female remote controller 2 attempts to communicate via the connector C2, and confirms whether there is a response. If the sub-remote control 2 is connected to the connector C3, because the response is -11-(8) (8) 200303523, the issue number can be heard from the sub-remote control 2. If the issue number is older, it will be updated Data is transferred from the parent remote control to the child remote control, and the child remote control receives this to update the database. [Effects of the Invention] The collective-type stand of the present invention has only a plurality of connectors and a switching circuit for switching between each connector as a structure related to the data communication function, so it can be implemented with an extremely simple structure. Mass production at extremely low prices. A search-type karaoke selection remote controller connected to a specific connector of this collective platform is the main body that controls the above-mentioned switching circuit, and the remote controller is used to control the remote control installed in the karaoke device and other platforms. Data communication between data transmitters such as remote controllers, and other remote controllers installed on the same rack, or data receivers such as remote controllers installed on other racks. In this way, not only can most of the data be updated more efficiently. The song index database on the remote control also improves the reliability of its update processing. [Brief Description of the Drawings] Fig. 1 is a diagram showing a schematic configuration of a collective type stand according to an embodiment of the present invention. Fig. 2 is a schematic diagram showing the use status of the collective stage as described above. Fig. 3 is an explanatory diagram showing the identification means in the collective type rack as described above. Fig. 4 is a flowchart showing the processing of the -12- (9) (9) 200303523 of the mother remote controller mounted on the same collective platform as above. Fig. 5 is a flow chart showing the processing essentials of the child remote controller mounted on the collective type gantry as described above. [Illustration of drawing number] 1: Collective stand 2: Retrieval karaoke selection remote control 3: Karaoke device 4: Switching circuit C 1: Specific remote control connection connector C2, C3: Remote control connection connector C4: source connection connector C5: destination connection connector
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