1223556 玖、發明說明 【發明所屬之技術領域】 本發明不只可以當作一個影像列印機’〜般係稱爲「列 印倶樂部（Print Club )」（申請人的商標）’也可以當作照 明裝置來使用，以用於照相館、迪斯科舞廳或其他舞廳。 【先前技術】 一般而言，在一個影像列印供應裝置中’複數個照明裝 置係安裝在不同的位置，因此’拍攝室的內部亮度會變成 適合於攝影各自的主題，但是’由於照明裝置的放射顏色 和放射數量係預先決定的，因此’無法享有高娛樂性的攝 影，以用於不同的虛構景象。在照相館中，使用可以調整 顏色和光量的照明裝置，但是實際上，一個景象尋找員必 須手動地察看並且調整，因此’無法避免困擾的發生。此 外，例如，在迪斯科和舞廳的機構中，會使用黏附有不同 顏色的石蠟紙之照明裝置，或是調整照明裝置的光量，以 使得亮度可以適合於機構內部的色調，但是事實是，機構 的職員必須手動操作這樣的照明裝置，而照明裝置容易導 致所需要的顏色尙未被使用的情況。 最近，用於柏青哥廳之戲劇系統裝置已經開發出來了， 如JP-A_2〇0 1-34〇542所描述的’其提出一個放射單元，用 來藉由結合紅色、綠色和藍色冷陰極管之放射和放射襲， 產生各種不同的顏色。但是，當戲劇系統裝置的放射顏色 改變時，當利用集中化控制電腦來進行模擬時，必須執行 適當的放射顏色的變數設定，因此，不可能可以根據情況 312/發明說明書(補件)/92-06/92106760 5 1223556 或发好即時地改變顏色。即使在這個裝置中，可能可以藉 由利用集中化控制電腦來設定顏色改變的時間和顏色改變 的順序，以連續地改變不同的顏色，但是，這樣的設定需 要時間，而且無法避免困擾。此外，由於顏色改變已經被 設定’如果這將會被改變成所需要的顏色，必須再度執行 設定，而造成缺乏彈性的問題。 【發明內容】 因此，本發明使得用戶和管理者可以根據情況和它們的 愛好，即時地改變由申請人首度提出的列印倶樂部（商標） $ 之拍攝室，或照相館、迪斯科、舞廳或倶樂部等等機構的 內部色調的照明度。 本發明提出可以解決上述問題之照明裝置，其使用至少 二個或更多個具有不同放射光譜之冷光元件，並且藉由控 制和結合每一冷光元件之放射和放射量，以改變其冷光顏 色之色度，該裝置之特徵在於：旋轉式操作板，用來改變 該色度，該旋轉式操作板係劃分成集中在一旋轉軸之複數 個區域；色度開關，被指定至不同之色度，以用於個別的 · 區域；資料表，用來存放相對於每一該冷光元件之放射和 放射數量之色度資料，該冷光元件係對應於該色度開關； 以及〜控制板，用來從一色度開關接收一信號，其係在該 旋轉式操作板之轉動期間偵測到的，並且讀取對應於來自 該資料表之色度信號之色度資料，並且輸出該色度資料至 該冷光元件，以作爲一控制信號（申請專利範圍第1項）。 根ί靡本發明，藉由旋轉地操作旋轉式操作板，可以輕易 6 31 w發明說明書(補件)/92_06/921 〇676〇 1223556 地產生具有指定色度的放射色，而如果不是所需要的顏 色’旋轉式操作板可以再次被轉動，以生產不同顏色。因 此，在影像列印供應機器，例如，列印倶樂部的拍攝室內 邰之影像可以被連續地上色，以符合用戶的愛好，或者例 如’迪斯科或倶樂部等機構的內部影像可以連續地被改變 成符合顧客或音樂的色調，當確認拍攝室的螢幕影像或機 構的內部色調時。 本發明另外提出一個用來解決問題的另一個裝置，在申 請專利範圍第1項所述之照明裝置中，該資料表另存有關 $ 於鹵素燈或其他照明裝置之照明樣式之照明資料，以替代 該色度資料，或者增加至該色度資料，而該色度開關亦被 指定至鹵素燈或其它照明裝置之照明樣式，以替代該色度 資料’或者增加至該色度資料，而來自該色度開關並且係 在該旋轉式操作板之轉動期間偵測到的信號會被接收到， 而對應於該色度開關之照明資料也會被從該資料表讀取出 來’而這個照明資料會從該控制板輸出至該鹵素燈或其它 照明裝置，以作爲一個控制信號。 φ 根據本發明，它不但可以實現滿足上述影像列印供應機 器的拍攝室的內部以及迪斯科和倶樂部等機構的內部中， 戶斤ft的背景顏色或色調，也可以改變聚光燈（S P 〇 t ] i g h t S ) 及相似物的照明樣式。因此，例如在影像列印供應機器中， 在攝影室中的拍攝期間，可以修改陰影，並且也可能創造 一個真實的影像，例如，在迪斯科中所拍攝的影像。此外，1223556 发明 Description of the invention [Technical field to which the invention belongs] The present invention can be used not only as an image printer '~ generally called "Print Club" (trademark of the applicant)' can also be regarded as Lighting fixtures for use in photo studios, discos or other ballrooms. [Prior art] Generally, in an image print supply device, 'a plurality of lighting devices are installed at different positions, so' the internal brightness of the shooting room will become suitable for each subject of photography, but 'because of the lighting device's The color and amount of radiation are predetermined, so 'it is not possible to enjoy highly entertaining photography for different fictional scenes. In the photo studio, a lighting device that can adjust the color and light amount is used, but in fact, a scene seeker must manually check and adjust, so ‘ca n’t avoid the trouble. In addition, for example, in disco and ballroom institutions, lighting devices with different colors of paraffin paper are used, or the light amount of the lighting device is adjusted so that the brightness can be adapted to the color tone inside the organization, but the fact is that the The staff must manually operate such a lighting device, and the lighting device easily leads to a situation where the required color is not used. Recently, a theater system device for a pachinko hall has been developed, as described in JP-A_200 0 1-34〇542, which proposes a radiation unit for combining red, green, and blue colors by combining The radiation and radiation strike of the cathode tube produces a variety of different colors. However, when the radioactive color of the drama system device changes, when the centralized control computer is used for simulation, it is necessary to perform the appropriate radioactive variable setting. Therefore, it may not be possible according to the situation 312 / Invention Specification (Supplement) / 92 -06/92106760 5 1223556 Or send it to change the color instantly. Even in this device, it may be possible to set the time of color change and the order of color change by using a centralized control computer to continuously change different colors. However, such a setting takes time, and it is unavoidable. In addition, since the color change has been set ', if this will be changed to the desired color, the setting must be performed again, causing a problem of inflexibility. [Summary of the Invention] Therefore, the present invention enables users and managers to instantly change the shooting room, or photo studio, disco, or ballroom of the club (trademark) $, which was first proposed by the applicant, according to the situation and their preferences. Or clubs, etc. The present invention proposes a lighting device that can solve the above problems. It uses at least two or more cold light elements with different emission spectra, and controls and combines the radiation and radiation amount of each cold light element to change its cold light color. Chroma, the device is characterized by: a rotary operation panel for changing the chroma, the rotary operation panel is divided into a plurality of regions concentrated on a rotation axis; a chroma switch is assigned to different chroma To be used for individual areas; a data sheet to store chromaticity data relative to the radiation and amount of radiation of each of the luminescent elements, the luminescent element corresponding to the chromaticity switch; and a control board for A signal is received from a chromaticity switch, which is detected during the rotation of the rotary operation panel, and reads chromaticity data corresponding to the chromaticity signal from the data table, and outputs the chromaticity data to the The cold light element is used as a control signal (No. 1 in the scope of patent application). Based on the present invention, by rotating the rotary operation panel, it is possible to easily produce a radiant color with a specified chromaticity by 6 31 w Invention Manual (Supplement) / 92_06 / 921 〇676〇1223556, if not required The color 'rotary operation panel can be turned again to produce different colors. Therefore, in the image print supply machine, for example, the images of the printing club's shooting room can be continuously colored to meet the user's preferences, or the internal images of institutions such as 'disco or club' can be continuously changed. To match the color tone of the customer or music, when confirming the screen image of the shooting room or the internal color tone of the organization. The present invention also proposes another device for solving the problem. In the lighting device described in the first patent application scope, the data sheet saves the lighting information about the lighting style of the halogen lamp or other lighting device instead of The chromaticity data is either added to the chromaticity data, and the chromaticity switch is also assigned to the lighting style of the halogen lamp or other lighting device to replace the chromaticity data 'or added to the chromaticity data. The chroma switch and the signal detected during the rotation of the rotary operation panel will be received, and the lighting data corresponding to the chroma switch will also be read from the data table ', and this lighting data will be Output from the control board to the halogen lamp or other lighting device as a control signal. φ According to the present invention, it can not only satisfy the background color or hue of the interior of the shooting room of the above-mentioned image printing supply machine and the interior of disco and clubs, but also change the spotlight (SP 〇 t) ight S) and similar lighting styles. Therefore, for example, in an image print supply machine, shadows can be modified during shooting in a studio, and it is also possible to create a real image, such as an image taken in a disco. In addition,
@斯科或倶樂部等機構的內部色調，可以根據顧客或B GM 7 3 ] 2/發明說明書(補件)/92_〇6/92106760 1223556 的世代，即年齡層，給人一個更爲深刻的印象，或者一個 逐漸平靜的印象，進而可以執行更多不同的照明操作。 【實施方式】 根據本發明，任何人都可以輕易地藉由操作一個旋轉式 操作板，以達成輕易地和即時地改變影像列印供應機器的 拍攝室的內部色度或迪斯科或倶樂部等機構的內部色度之 目的，而無須經歷任何使人困擾的操作，例如，藉由電腦 頻繁地改變放射和放射量的設定，或者重複地手動執行不 同開關的開-關（ON-OFF )操作。 圖〗爲轉盤狀（turntable-like )之旋轉式操作板之示意 圖，圖2爲藉由控制冷光元件之放射和放射量所取得之色 度之指定影像之示意圖，其中旋轉式操作板係劃分成三十 六個區域，圖3爲圖2之其他照明裝置之照明樣式之指定 影像之示意圖，圖4爲指定給個別區域之色度例子之參考 圖，而圖5爲本發明之照明裝置之系統構造之示意圖。 如圖5所示，本發明之照明裝置包含一個旋轉式操作板 1，用來作爲一個用來藉由被旋轉以改變色度之單元，一個 人電腦2，其中包含色度資料之其它資料係被設定並且存 放於其中，一控制板3，用來控制旋轉式操作板】和個人 電腦2之間的資料輸入/輸出，二個或更多個冷光元件4， 其使得它們的放射和放射量可以藉由從控制板3接收到控 制信號來加以控制，以及複數個照明裝置5，其使得它們 的照明樣式可以藉由接收來自相同控制板3的控制信號來 加以控制。 8 312/發明說明書(補件)/92-06/92106760 1223556 本發明所使用的旋轉式操作板〗無須限於特定的形狀或 材質’但是，就劃分複數個區域之可操作性和容易度而言， 較佳的是，旋轉式操作板1係一個由輕金屬或樹脂所製成 的鑄造品，並且具有如圖i所示轉盤狀。此外，旋轉式操 作板1具有可以向前或向後轉動以及偵測每一方向上之信 號之結構。 旋轉式操作板1係劃分成複數個區域，其集中於旋轉軸 P ’而每-區域均具有色度開關，其係分別地具有指定色 度’其中色度係藉由控制和結合複數個冷光元件4之放射 和放射量來取得的。在圖2之具體例中，旋轉式操作板1 係劃分成三十六個區域a - 1至a - 3 6，其中每一區域係一個 1 〇度區域，並且分別具有色度開關b - 1至b - 3 6，其係對應 於指定至每一區域之色度。色度開關b - 1至b - 3 6係分別地 被建立，藉由被開啓以輸出對應於所指定色度之色度信 號°例如，如圖4所不，紅色係指定至b - 1、綠色係指定 至b - 1 3，而藍色係指定至b - 2 5，而中間色係以這樣的方法 來指定，例如，黃色、綠色和紫色（m e 1 b u r 1* y )係分別指 定至 b-7、 b-19 和 b-31。 •一個接收部分6係用來感測每一色度開關b - 1至b - 3 6之 開-關狀態，其係提供於旋轉式操作板1之附近。在本發明 中，爲了避免重複接觸所造成的磨蝕和損害，本發明採用 一個光感測器，用來以非接觸的方式來感測上述每一色度 開關之變化（P a s s a g e )，並且形成作爲凹槽部份之色度開 關b - 1至b - 3 6，其中當旋轉式操作板1被轉動時，其使得 9 3 ] 2/發明說明書(補件)/92-06/92106760 1223556 區域a - 1至區域a - 3 6之點連動可以由上述光感測器來加以 計數。但是，本發明無須限於這樣的架構，並且可以使用 任何類型的色度開關，無論係接觸或非接觸，其可以感測 一個表示區域的點運動之信號。 在本發明中，如圖3所示，在旋轉式操作板1之各自區 域中之色度開關b - 1至b - 3 (3可以分配有對應於其他照明裝 ® 5，例如鹵素燈之照明樣式之照明資料，以代替色度資 料’或是增加至色度寶料。因此’根據被指定至各自區域 至a-36之照明樣式，用來感測色度開關b-Ι至b-36之 · 變化之接收部分6可以輸出照明資料之信號，其中照明資 料係用來點亮其它照明裝置，例如鹵素燈，以代替色度資 料或除了色度資料。 然後，在個人電腦2中’在它的資料標頭部分，至少資 料表的總數和目前表位置會被處理，而在圖3之具體例 中，旋轉式操作板〗係劃分成三十六個區域a-丨至a〇 6， 而個人電腦2具有二十/、個資料表，並且藉由獲取一個目 則値（以後將會描述）以取得目前所選出的資料表位置。· 此外，資料表至少存放有指定至每一資料表之資料表號 碼、旋轉式操作板1之區域資料，其對應於每一資料表號 碼，以及色度資料和照明資料’其包含冷光元件4和其他 照明裝置5之對應於每一資料表號碼之埠號碼資料和開-關設定資料。例如，在上述之具體例中，其中旋轉式操作 板1係劃分成三十六個區域，個人電腦2存放有三十六個 冷光元件4之資料，其係各自地對應於圖2所示之三十六 312/發明說明書(補件)/92-06/92】06760 10 1223556 個資料表，以及照明資料，其係對應於圖3所示之其他照 明裝置5之照明樣式。 然後，在本發明中，控制板3採用一個"〇電路板，用 來轉移被指定至色度開關之色度信號和照明樣式信號，其 牛在k轉式操作板〗之旋轉期間，這些信號會通過接收部 刀6而傳达至個人電腦2，以作爲特定區域之區域資料， 並且將對應於上述色度資料之信號以及從利用區域資料來 辨識之具有資料表號碼之資料表提取出來的照明資料，轉 移至冷光元件4和其它照明裝置5。 鲁 此外，冷光元件4採用二個或更多個具有不同放射光譜 並且可以改變色度之冷陰極管，因此，可以控制和結合它 們的放射和放射量。但是，這種冷光元件可以是任何一種 可以藉由利用具有不同顏色之石蠘或玻璃紙片來覆蓋以獲 得等效作用之冷光元件，而無須限於這種冷陰極管，並且 可以使用一般的日光燈或二極管。 再者，其它照明裝置5可以使用任何照明裝置，例如， 鹵素燈或一般日光燈，這些係安裝在拍攝室8中，或者迪 鲁 斯科或倶樂部等機構，而照明裝置的種類並濟有限制。 然後，以下將簡單描述本發明照明裝置之初始化、操作 控制和狀態取得。 首先，本發明照明裝置系統具有初始化功能。在系統的 初始化操作中，包含冷光元件4和其它照明裝置5之埠號 碼資料和開-關設定資料之色度資料和照明資料係預先存 放在個人電腦2，以用於具有對應於旋轉式操作的板〗之 11 312/發明說明書(補件)/92-06/92 ] 06760 1223556 每一區域資料之資料表號碼之每一資料表，而當打開裝置 β _源時’這些資料會在初始化過程期間被自動地裝載。 第二’照明裝置之系統具有操作控制功能。首先，當旋 轉式操作板1開始操作時，操作啓動信號會經由控制板3， 傳送至個人電腦2，因此，色度和照明樣式會被設定爲可 控制。附帶地，在完成上述貨載之狀態期間或者在開啓電 源之後的狀態期間，色度和照明樣式會被設定爲不可控 制’即使在旋轉式操作板1轉動的時候。此外，當旋轉式 操作板1之操作開始時，系統係被設定成排拒上述之裝載。$ 第三’即使在旋轉式操作板1已經開始旋轉操作之後， 旋轉式操作板1之旋轉操作必須停止控制色度和照明樣 式’在這種情況下’一個停止信號必須經由控制板3傳送 至個人電腦2 ’因此系統會被設定以停止色度和照明樣式 的控制。此外，在這種情況下，系統係被設定以使得上述 資料表的裝載係可以接受的。 第四’本發明照明裝置之系統具有狀態取得之功能。 即’在旋轉式操作板1的分別區域中，表示色度開關已開 鲁 啓之絕對値會返回並且被取得。具體而言，一個回呼會從 個人電腦2之控制應用輸入至控制板3之控制模組，而當 感測到色度開關之運動時，被移動之色度開關之信號會從 控制模組被呼叫至控制應用，而移動點値會當作參數來輸 入。附帶地’系統係設定成排拒回呼註冊（c a丨丨_ b a c k registration)之輸入，以用於旋轉式操作板1之操作之開 始狀態期間。利用這樣的方式，可以取得表示運動之資料 312/發明說明書(補件)/92-06/92106760 12 1223556 以及色度開關之目前値。 附帶地，關於旋轉式操作板1轉動所造成之位置運動之 重新設定，例如，在旋轉式操作板〗的目前操作停止位置 (接收部分6所感測到的色度開關位置）是圖2中之b _ 3， 而當旋轉式操作板1即將被轉動時，可以將b-3重新設定 爲b - 1。但是，如果重新設定係執行於每一運動，則可以 預期會產生在操作上發生困擾的情況，因此最好是重新設 疋可以_行在這樣的假設上，即「只有當旋轉式操作板1 之操作係處於完全停止狀態時，才會接受重新設定」。一 鲁 般而言’旋轉式操作板1具有一個作爲原點的點，而這個 點係對應於色度開關b - 1。 以下將描述本發明之照明裝置提供在一個影像列印供 應機器中之情形。圖6爲本發明具有照明裝置之影像列印 供應機器之示意圖。圖7爲圖6之拍攝室之內部狀態之正 視圖。圖8爲圖7之拍攝室之部份平面圖。圖9爲圖6之 影像列印供應機器之槪要程序之流程圖。圖1 0爲圖9之程 序中照明調整程序之流程圖。 · 在將本發明之照明裝置提供於影像列印供應機器中之 情況下，一般而言，如圖6所示’旋轉式操作板1係固定 在用戶可以輕易地操作主體7之拍攝室8中之旋轉式操作 板1之位置。當用戶即將創造一個影像以被列印出來時， 在拍攝到用戶的影像之前，藉由旋轉操作旋轉式操作板 1，用戶會調整在拍攝室8中之照明度。 在拍攝室8之內部中’如圖7所示’照明裝置5，例如， 13 312/發明說明書(補件)/9^06/92106· 1223556 鹵素燈及日光燈，係配置在背面和天花板，或在頂面角落， 而被半透明板9 ’例如芮烯酸酯，覆蓋之冷光元件4係配 置在介於背面和每一側面之間之角落，使得照明裝置和冷 光元件4可以籍由；fe轉式操作板1之旋轉操作來加以調整。 冷光兀件4使用冷陰極管或相似物，其中它們的放射和 放躬厘可以被控制’以改變它們的色度，以及至少二個或 多個具有不同放射光譜之冷光元件係提供於每一板9之內 部。在圖8所顯示之具體例中，三個冷光元件4係分別提 供在每一板9之內部’並且分別具有放射光譜R、〇和B (紅 色、綠色、藍色）。 然後，藉由參考圖9和]〇，以下將描述影像列印處理之 流程，其中此影像係藉由具有本發明照明裝置之影像列印 供應機器之系統結構來決定。附帶地，假設旋轉式操作板 1係劃分成共二十個區域，其集中在旋轉軸。 首先，當影像列印供應機器之主體7之電源係被開啓， 啓動影像列印供應機器’在主體7中之個人電腦2會被啓 動（初始化），因此，旋轉式操作板1所控制之資料會被 自動地裝載。此時’被裝載之資料包含被指定至每一區域 a - 1至a - 3 6之色度資料’在上述之具體例中，旋轉式操作 板1係劃分成共三十六個區域。 當用戶進入拍攝室8，並且插入硬幣以建立信用時，遊 戲會開始進行’而用戶會從具有不同拍攝樣式之不同拍攝 模式中選擇所需的拍攝模式，因此，使得在主體7中之照 相機開始進行攝影。 312/發明說明書(補件)/92-06/92106760 14 1223556 然後’用戶會向右或向左轉動旋轉式操作板1，以調整 拍榀至9中的照明，因此所產生的影像會成爲所需的影 像。當在拍攝室9中之色度和亮度或陰影會符合於所需的 影像，用戶會站在拍攝室8中之一個適當位置，並且擺出 一個姿勢，以藉由壓下配置在用戶附近之一個拍攝按鈕（未 顯示）執行拍攝的工作。附帶地，如圖所示，雖然旋轉式操 作板1係提供在影像列印供應機器之主體7上，因此旋轉 式操作板1可以提供在拍攝室8中之牆壁表面，或者其他 部份，因此可以輕易地操作旋轉式操作板1，使得用戶可 以在適當位置控制色度。 因此，當完成攝影並且將所拍攝到的影像顯示在液晶螢 幕1 〇上時，用戶會使用輸入筆1 1在所拍攝到的影像上潦 草地創作，或者將所拍攝到的影像與一個影像例如，存放 在個人電腦2中之人物或圖形，組合起來，因而會做成一 個列印輸出，或產生一個影像以當作一個影像郵件被傳送 至用戶朋友的行動電話或相似物。 當完成影像的創作時’用戶會選擇並且決定即將列印的 分割影像之數量，並且壓下一個列印鍵以列印出上述影 像，或是指定目的地址’以寄送影像至朋友的行動電話或 相似物。這是此程序之流程槪述’其中照明裝置係提供在 影像列印供應機器中。以下將藉由參考圖1 0以描述照明裝 置之程序。 在本發明之照明裝置中，當個人電腦2被初始化時，旋 轉式操作板1所控制之資料會被自動地裝載。此時，被裝 15 312/發明說明書(補件)/92-06/921 〇676〇 1223556 載的資料包含指定至每一區域a-l至a_3(5之色度，對應於 每一區域之資料表號碼、冷光元件4之埠號碼以及對應於 每一·資料表號碼之其它照明裝置5、關於冷光元件之放射 和I放射量之色度資料，關於其它照明裝置5之照明樣式之 照明資料等等。 當用戶選擇一個拍攝模式而照相機進入攝影使能狀態 時’在拍攝室8中之冷光元件4和其它照明裝置5會同時 被點亮。然後，當用戶旋轉地操作旋轉式操作板1時，操 作啓動信號係從控制板3傳送至個人電腦2，而冷光元件4 φ 的色度和其他照明裝置5之照明樣式會進入一個可控制的 狀態。 如上所述，旋轉式操作板〗具有色度開關b - 1至b - 3 6， 其係作爲凹槽部份而形成在每一區域a-1至a-36中，其中 色度係指定至這些區域。當由光感測器所製成的接收部分 6藉由一個光信號感測到上述凹槽部份之變化時，區域的 點運動會被計數。在目前的具體例中，有鑑於磨損等所造 成的瑕疵接觸，非接觸類型之光感測器係使用在接收部份 · 中’因此形成在旋轉式操作板1中之凹槽部份係當作色度 開關來使用，以用來感測光信號的變化，然而，如上所述， 本發明可以使用任何種類的色度開關，無論是接觸型或非 接觸型，以感測區域的點運動。 當旋轉式操作板1被轉動時，表示點運動之信號會被呼 叫，以根據控制板3之控制模組來控制應用，因此，接收 部份6所感測到的表示色度開關之運動之信號會當作絕對 16 312/發明說明書(補件)/92·06/92106760 1223556 値來從色度開關b - 1至1^36回呼（在圖1之具體例中，可 以經由點運動感測到旋轉式操作板1之轉動所造成的凹槽 部份），因此可以取得目前値。 甚取得色度開關之目前値時，相對應的色度和相對應的 冷光元件4的埠號碼以及對應於其它照明裝置5之資料， 以及關於冷光元件4之放射和放射量之色度資料和其它照 明裝te 5之照明樣式會從資料表讀取出來，其中資料表具 有對應於所取得的色度開關之號碼，而信號係當作控制信 號經由控制板3輸出至冷光元件4以及其他照明裝置5。 · 由於色度資料和照明資料包含冷光元件4和其它照明裝 置5之埠號碼資料和開-關設定資料，因此冷光元件4和其 他照明裝置5之放射和放射量，其已經接收到上述控制信 號，會根據這些資料來加以控制。 在冷光元件4，其放射和放射量已經被控制，使用，例 如’圖8所示之三個冷光元件，其分別具有放射光譜R，〇 和B (紅色、綠色和藍色）之情況下，放射和放射量會被控 制，以用於每~具有對應於藉由旋轉式操作板1之轉動操 鲁 作所取得之目前値之號碼之資料表。因此，藉由結合那些 放射和放射量，冷光元件4的色度會根據三原色之組合原 則而有不同的改變，而這個色度改變係被反射在半透明板 1 0上，例如丙烯酸酯。 此外，在本發明中，不只冷光元件4還有其他照明裝置 5之照明樣式，例如，鹵素燈，係指定至色度開關，而具 有對應於每一色度開關之號碼之資料表存放有埠號碼資料 17 312/發明說明書(補件)/92-06/92106760 1223556 和開-關設定貪料’以用其它.明裝置5。因此，無論係 用來取代色度或增加至色度，其它照明裝置5之照明樣式 可以藉由旋轉式操作板】之旋轉操作來加以控制和調整。 因此，可以創造出一個拍攝空間，使得用戶覺得用戶像是 在一家迪斯科或倶樂部被拍攝的。 當在旋轉式操作板1之轉動期間發現用戶所需的影像色 度和照明樣式時’用戶會停止操作旋轉式操作板1，並且 擺姿勢，以及藉由壓下拍攝按鈕來執行攝影。根據上述之 程序，用戶會執行列印程序，或傳送影像至朋友的行動電 · 話或相似物。 附帶地，當旋轉式操作板1之旋轉操作停止並且攝影已 經完成時，本發明之照明裝置會再次被初始化，以回到色 度開關之運動"〇π之步驟。附帶地，此時，如上所述，如果 操作停止點係色度信號b - 3，則可以將這個點重新設定成 b - 1。但是，由於通常會提供關於運動” 0 ”之原點，因此最 好是有所限制，例如’將上述之重新設定指定爲輸入，其 只有在不生效狀態期間，才是可接受的。 β 附帶地，如上所述，旋轉式操作板1可以提供於拍攝室 8內部之牆壁表面上，或者在一個可攜式遙控器上，而非 提供在影像列印供應機器之主體7上，或者也可以提供複 數個旋轉式操作板，使得冷光元件4和其他照明裝置5之 照明度可以更加獨立地控制，以更忠實地創造出所需的影 像。相似於影像列印供應機器之情況，這個特點也可以適 用於旋轉式操作板1係使用在倶樂部、迪斯科、音樂廳或 18 312/發明說明書(補件)/92-06/92106760 1223556 相似物中的情況。此外，雖然在具體例中，旋轉式操作板 1係手動地被轉動，但是旋轉式操作板1也可以利用帶驅 動系統或指揮驅動系統來電子性驅動，也可以設計成可以 藉由遙控來向前與向後運動。 如上所述，本發明之照明裝置可以根據旋轉式操作板的 轉動，即時地改變冷光元件的色度，或者可以改變鹵素燈 或其它照明裝置之照明樣式，或者可以進行上述兩個操作 組合。因此’本發明Z照明裝直是一個非常有用的照明裝 置，其可以使用在影像列印供應機器或照相館之拍攝室 鲁 中，並且可以設定成使用一段有限的時期，或者可以作爲 照明裝置以使用於倶樂部或迪斯科等機構，在這些機構 中’色調必須根據B G Μ (背景音樂）或顧客需求來加以改 變。此外，作爲操作單元之旋轉式操作板係是小型而精巧 的’因而可以提供在小空間中，並且具有即使是位於小機 構中’也司以安裝在小空間中的優點。此外，藉由提供旋 轉式操作板於可攜式遙控器上，或者藉由提供複數個旋轉 式操作板，本發明可以提昇便利性，並且可以達到更加獨 鲁 立和詳細之色度調整，以及機構的門面。 【圖式簡單說明】 圖1爲轉盤狀之旋轉式操作板之示意圖； 圖2爲藉由控制冷光元件之放射和放射量所取得之色度 之指定影像之示意圖’其中旋轉式操作板係劃分成三十六 個區域； 圖3爲圖2之其他照明裝置之照明樣式之指定影像之示 312/發明說明書(補件)/92-06/92 ] 06760 19 1223556 意圖 圖 圖 圖 圖； 圖 圖 圖 以及 圖 【元 1 2 4 5 6 7 8 9 10 11 a - 1至 b-Ι至 爲指定給個別區域之色度之一例之參考圖； 爲本發明之照明裝置之系統構造之示意圖； 爲本發明具有照明裝置之影像列印供應機器之示意 爲圖6之拍攝室之內部狀態之正視圖； 爲圖7之拍攝室之部份平面圖； 爲圖6之影像列印供應機器之槪要程序之流程圖； 〇爲圖9之程序中照明調整程序之流程圖。 符號說明】 旋轉式操作板 個人電腦 控制板 冷光元件 其它照明裝置 接收部份 影像列印供應機器主體 拍攝室 板 液晶營幕 輸入筆 a - 3 6旋轉式操作板之劃分區域 b-36提供在a-Ι至a-36之色度開關 312/發明說明書(補件)/92-06/92106760 20 1223556 P 旋轉軸The internal tones of institutions such as @ 斯科 or 倶 乐 部 can be based on customers or B GM 7 3] 2 / Invention Specification (Supplements) / 92_〇6 / 92106760 1223556 generation, that is, the age group, gives a more profound , Or a gradually calming impression, you can perform more different lighting operations. [Embodiment] According to the present invention, anyone can easily operate a rotary operation panel to easily and instantly change the internal chromaticity of the shooting room of an image printing supply machine or a disco or club, etc. The purpose of the internal chromaticity without having to go through any disturbing operations, such as frequently changing the settings of radiation and dose by a computer, or repeatedly performing the ON-OFF operations of different switches manually. The diagram is a schematic diagram of a turntable-like rotary operation panel, and FIG. 2 is a diagram of a specified image of chromaticity obtained by controlling the radiation and the amount of radiation of a cold light element. The rotary operation panel is divided into For thirty-six areas, Figure 3 is a schematic diagram of a specified image of the lighting style of other lighting devices of Figure 2, Figure 4 is a reference diagram of an example of chromaticity assigned to an individual area, and Figure 5 is a lighting device system of the present invention Schematic diagram of the structure. As shown in FIG. 5, the lighting device of the present invention includes a rotary operation panel 1 as a unit for changing chromaticity by being rotated, a personal computer 2, and other data including chromaticity data are Set and stored therein, a control board 3 for controlling the rotary operation panel] and data input / output between the personal computer 2 and two or more cold light elements 4 which enable their radiation and radiation dose to be It is controlled by receiving a control signal from the control board 3, and a plurality of lighting devices 5 enable their lighting patterns to be controlled by receiving a control signal from the same control board 3. 8 312 / Instruction of the Invention (Supplement) / 92-06 / 92106760 1223556 The rotary operation panel used in the present invention does not need to be limited to a specific shape or material. 'However, in terms of operability and ease of dividing a plurality of areas Preferably, the rotary operation panel 1 is a cast product made of light metal or resin, and has a turntable shape as shown in FIG. I. In addition, the rotary operation panel 1 has a structure capable of rotating forward or backward and detecting signals in each direction. The rotary operation panel 1 is divided into a plurality of regions, which are concentrated on the rotation axis P 'and each-region has a chromaticity switch, which has a specified chromaticity' respectively. Among them, the chromaticity is controlled and combined by a plurality of cold light The radiation of the element 4 and the radiation amount are obtained. In the specific example of FIG. 2, the rotary operation panel 1 is divided into thirty-six regions a-1 to a-36, each of which is a 10-degree region, and each has a chroma switch b-1 To b-3 6, which corresponds to the chromaticity assigned to each area. The chromaticity switches b-1 to b-3 are separately established, and are turned on to output a chromaticity signal corresponding to the specified chromaticity °. For example, as shown in Figure 4, red is assigned to b-1, Green is assigned to b-1 3, blue is assigned to b-2 5 and intermediate colors are assigned in such a way, for example, yellow, green and purple (me 1 bur 1 * y) are assigned to b respectively. -7, b-19, and b-31. • A receiving section 6 is used to sense the on-off state of each of the chroma switches b-1 to b-3 6, and it is provided near the rotary operation panel 1. In the present invention, in order to avoid abrasion and damage caused by repeated contact, the present invention adopts a light sensor for sensing the change of each chromaticity switch (P assage) in a non-contact manner, and forming as The chroma switches b-1 to b-3 6 in the groove part, wherein when the rotary operation panel 1 is rotated, it makes 9 3] 2 / Invention specification (Supplement) / 92-06 / 92106760 1223556 area a -The point linkage from 1 to area a-3 6 can be counted by the above-mentioned light sensor. However, the present invention need not be limited to such an architecture, and any type of chromaticity switch can be used, whether it is contact or non-contact, which can sense a signal representing a point motion of an area. In the present invention, as shown in FIG. 3, the chromaticity switches b-1 to b-3 in the respective areas of the rotary operation panel 1 (3 may be assigned corresponding to other lighting devices ® 5, such as halogen lighting Style lighting data in place of chromaticity data 'or added to chromaticity treasures. Therefore,' based on the lighting style assigned to the respective area to a-36, it is used to sense the chromaticity switches b-1 to b-36 The change receiving section 6 can output a signal of lighting data, wherein the lighting data is used to light other lighting devices, such as halogen lamps, in place of or in addition to chromaticity data. Then, in the personal computer 2 Its data header part, at least the total number of data tables and the current table position will be processed, and in the specific example of FIG. 3, the rotary operation panel is divided into thirty-six areas a- 丨 to a〇6, The personal computer 2 has twenty / one data tables, and obtains a directory (to be described later) to obtain the currently selected data table position. In addition, the data table stores at least data assigned to each data Table number, rotary The area data of the plate 1 corresponds to each data table number, as well as the chromaticity data and lighting data. It contains the cold light element 4 and other lighting devices 5 and the port number data and on-off corresponding to each data table number. Setting data. For example, in the above specific example, the rotary operation panel 1 is divided into 36 areas, and the personal computer 2 stores data of 36 cold light elements 4, which respectively correspond to FIG. 2 Thirty-six 312 / Invention Specification (Supplement) / 92-06 / 92] 06760 10 1223556 data sheets and lighting data, which correspond to the lighting style of the other lighting device 5 shown in Figure 3. Then In the present invention, the control board 3 uses a "quota" circuit board for transferring the chromaticity signal and the lighting pattern signal assigned to the chromaticity switch. During the rotation of the k-turn operation panel, these signals It will be transmitted to the personal computer 2 through the receiving knife 6 as the area data of the specific area, and the signal corresponding to the above-mentioned chromaticity data and the data table with the data table number identified from the area data will be extracted. The resulting lighting information is transferred to the cold light element 4 and other lighting devices 5. In addition, the cold light element 4 uses two or more cold cathode tubes with different emission spectra and can change the chromaticity, so they can be controlled and combined The amount of radiation and the amount of radiation. However, this cold light element can be any kind of cold light element that can be covered by using a stone ballast or cellophane sheet with different colors to obtain an equivalent effect, without being limited to this cold cathode tube, and A general fluorescent lamp or a diode can be used. Furthermore, other lighting devices 5 can use any lighting device, such as a halogen lamp or a general fluorescent lamp, which are installed in the shooting room 8 or a mechanism such as Dilusco or a club, and The types of lighting devices are not limited. Then, the initialization, operation control, and status acquisition of the lighting device of the present invention will be briefly described below. First, the lighting device system of the present invention has an initialization function. In the initialization operation of the system, the chromaticity data and lighting data including the port number data and the on-off setting data of the cold light element 4 and other lighting devices 5 are stored in the personal computer 2 in advance for use in correspondence with the rotary operation. Of the board】 11 312 / Invention Specification (Supplement) / 92-06 / 92] 06760 1223556 Each data sheet number of each area data sheet, and when the device β_source is opened, these data will be initialized It is automatically loaded during the process. The system of the second 'lighting device has an operation control function. First, when the rotary operation panel 1 starts to operate, the operation start signal is transmitted to the personal computer 2 via the control panel 3, so the chromaticity and lighting style are set to be controllable. Incidentally, the chromaticity and lighting pattern are set to be uncontrollable 'during the state of completion of the above-mentioned load or the state after the power is turned on' even when the rotary operation panel 1 is rotated. In addition, when the operation of the rotary operation panel 1 is started, the system is set to reject the above-mentioned loading. $ Third 'Even after the rotary operation panel 1 has started the rotation operation, the rotation operation of the rotary operation panel 1 must stop controlling the chromaticity and lighting pattern.' In this case, 'a stop signal must be transmitted to the control panel 3 to PC 2 'so the system is set to stop control of chroma and lighting style. In addition, in this case, the system is set so that the loading of the above data sheet is acceptable. The fourth 'system of the lighting device of the present invention has a function of obtaining status. That is, 'in the respective areas of the rotary operation panel 1, it means that the chromaticity switch has been turned on, and Kai Zhizhi will return and get it. Specifically, a callback is input from the control application of the personal computer 2 to the control module of the control board 3, and when the motion of the chroma switch is sensed, the signal of the moved chroma switch is removed from the control module Called to the control application and the mobile point is entered as a parameter. Incidentally, the system is set as an input for rejecting callback registration (c a 丨 丨 _ b a c k registration) for use during the initial state of operation of the rotary operation panel 1. In this way, it is possible to obtain information indicating motion 312 / Invention Specification (Supplement) / 92-06 / 92106760 12 1223556 and the current state of the chroma switch. Incidentally, the reset of the positional movement caused by the rotation of the rotary operation panel 1, for example, the current operation stop position (the position of the chroma switch sensed by the receiving section 6) at the rotary operation panel 1 is shown in FIG. 2. b_3, and when the rotary operation panel 1 is about to be rotated, b-3 can be reset to b-1. However, if the resetting is performed for each movement, it can be expected that the operation will be troubled. Therefore, it is best to reset it to the assumption that "only when the rotary operation panel 1 Only when the operation is completely stopped, resetting is accepted. " Generally speaking, the 'rotary operation panel 1 has a point as an origin, and this point corresponds to the chroma switch b-1. A description will be given below of a case where the lighting device of the present invention is provided in an image printing supply machine. FIG. 6 is a schematic diagram of an image printing and supplying machine having a lighting device according to the present invention. FIG. 7 is a front view of the internal state of the shooting room in FIG. 6. FIG. FIG. 8 is a partial plan view of the shooting room in FIG. 7. FIG. 9 is a flowchart of a main procedure of the image printing supply machine of FIG. 6. Fig. 10 is a flowchart of the lighting adjustment procedure in the procedure of Fig. 9. In the case where the lighting device of the present invention is provided in an image printing supply machine, generally speaking, as shown in FIG. 6, the 'rotating operation panel 1 is fixed in a shooting room 8 where a user can easily operate the main body 7. Position of the rotary operation panel 1. When the user is about to create an image to be printed, before the user's image is captured, by rotating the rotary operation panel 1, the user will adjust the illumination in the shooting room 8. In the interior of the shooting room 8 as shown in FIG. 7, the lighting device 5 is, for example, 13 312 / Invention Specification (Supplement) / 9 ^ 06/92106 · 1223556 Halogen lamps and fluorescent lamps are arranged on the back and ceiling, or At the top corner, the cold light element 4 covered by a translucent plate 9 ', such as acrylate, is arranged at the corner between the back and each side, so that the lighting device and the cold light element 4 can be used; fe It is adjusted by the rotation operation of the rotary operation panel 1. The cold light element 4 uses a cold cathode tube or the like, in which their emission and bow can be controlled to change their chromaticity, and at least two or more cold light elements with different emission spectra are provided for each Inside of plate 9. In the specific example shown in Fig. 8, three cold light elements 4 are provided inside each plate 9 'and have emission spectra R, 0, and B (red, green, and blue), respectively. Then, by referring to FIG. 9 and [0], the image printing process flow will be described below, in which the image is determined by the system structure of the image printing supply machine having the illumination device of the present invention. Incidentally, it is assumed that the rotary operation panel 1 is divided into a total of twenty regions, which are concentrated on the rotation axis. First, when the power of the main body 7 of the image printing supply machine is turned on, the personal computer 2 in the main body 7 of the start of the image printing supply machine will be started (initialized). Therefore, the data controlled by the rotary operation panel 1 Will be loaded automatically. At this time, the 'loaded data contains chromaticity data designated to each area a-1 to a-36'. In the above specific example, the rotary operation panel 1 is divided into a total of thirty-six areas. When the user enters the shooting room 8 and inserts a coin to establish credit, the game will begin 'and the user will select the desired shooting mode from different shooting modes with different shooting styles, so the camera in the main body 7 starts For photography. 312 / Invention Manual (Supplement) / 92-06 / 92106760 14 1223556 Then 'the user will turn the rotary operation panel 1 to the right or left to adjust the lighting in the camera to 9, so the resulting image will become the Desired image. When the chroma and brightness or shadow in the shooting room 9 will match the desired image, the user will stand in an appropriate position in the shooting room 8 and pose a posture to be arranged near the user by pressing down A shooting button (not shown) performs shooting tasks. Incidentally, as shown in the figure, although the rotary operation panel 1 is provided on the main body 7 of the image printing supply machine, the rotary operation panel 1 can be provided on the wall surface in the shooting room 8 or other parts, so The rotary operation panel 1 can be easily operated, so that the user can control the chromaticity at an appropriate position. Therefore, when the photography is completed and the captured image is displayed on the LCD screen 10, the user will use the input pen 11 to scribble grass on the captured image, or combine the captured image with an image such as The characters or graphics stored in the personal computer 2 are combined to form a printout or generate an image to be sent to a user's friend's mobile phone or the like as an image mail. When the image creation is completed, the user will select and decide the number of divided images to be printed, and press a print key to print the above images, or specify a destination address to send the images to a friend's mobile phone Or similar. This is the flow description of this procedure ', in which the lighting device is provided in the image printing supply machine. The procedure of the lighting device will be described below with reference to FIG. 10. In the lighting device of the present invention, when the personal computer 2 is initialized, the data controlled by the rotary operation panel 1 is automatically loaded. At this time, the data contained in 15 312 / Invention Specification (Supplement) / 92-06 / 921 〇676〇1223556 contains the chromaticity assigned to each area a1 to a_3 (5, corresponding to the data sheet of each area Number, port number of the cold light element 4 and other lighting devices 5 corresponding to each data sheet number, chromaticity data about the radiation of the cold light element and the amount of I radiation, lighting data about the lighting style of other lighting devices 5 and so on When the user selects a shooting mode and the camera enters a shooting-enabled state, the cold light element 4 and other lighting devices 5 in the shooting room 8 will be lit at the same time. Then, when the user operates the rotary operation panel 1 rotationally, The operation start signal is transmitted from the control panel 3 to the personal computer 2, and the chromaticity of the cold light element 4 φ and the lighting pattern of the other lighting device 5 will enter a controllable state. As mentioned above, the rotary operation panel has chromaticity Switches b-1 to b-3 6 are formed as groove portions in each of the regions a-1 to a-36, where the chromaticity is assigned to these regions. When made by a light sensor The receiving part 6 by a When the optical signal senses the change in the above-mentioned groove part, the point motion of the area will be counted. In the current specific example, in view of the defective contact caused by wear and the like, a non-contact type light sensor is used for receiving Part · Middle 'Therefore, the recessed part formed in the rotary operation panel 1 is used as a chromaticity switch to sense the change of the light signal. However, as described above, the present invention can use any kind of The chroma switch, whether it is a contact type or a non-contact type, senses the point movement of the area. When the rotary operation panel 1 is rotated, a signal indicating the point movement will be called, according to the control module of the control panel 3. Control application, therefore, the signal indicating the movement of the chroma switch sensed by the receiving section 6 will be treated as absolute 16 312 / Invention Manual (Supplement) / 92 · 06/92106760 1223556 値 from the chroma switch b-1 Call back to 1 ^ 36 (in the specific example in Fig. 1, the groove part caused by the rotation of the rotary operation panel 1 can be sensed through the point movement), so the current frame can be obtained. Current time, corresponding The chromaticity and the corresponding port number of the cold light element 4 and the data corresponding to other lighting devices 5, as well as the chromaticity data about the radiation and the amount of radiation of the cold light element 4 and the lighting style of other lighting equipment te 5 will be read from the data sheet Take it out, where the data sheet has the number corresponding to the obtained chroma switch, and the signal is output as a control signal to the cold light element 4 and other lighting devices 5 through the control board 3. Because the chromaticity data and lighting data contain cold light The port number data and on-off setting data of the component 4 and other lighting devices 5, so the radiation and radiation amount of the cold light component 4 and other lighting devices 5 have received the above control signals and will be controlled based on these data. In the case where the cold light element 4 has been controlled in terms of its radiation and radiation amount, for example, the three cold light elements shown in FIG. 8 have emission spectra R, 0, and B (red, green, and blue), respectively, The radiation and the amount of radiation are controlled for each data sheet having a number corresponding to the current frame number obtained by the rotary operation of the rotary operation panel 1. Therefore, by combining those radiation and the amount of radiation, the chromaticity of the cold light element 4 will be changed according to the combination principle of the three primary colors, and this chromaticity change is reflected on the translucent plate 10, such as acrylate. In addition, in the present invention, not only the cold light element 4 but also other lighting styles of the lighting device 5, for example, a halogen lamp is assigned to a chromaticity switch, and a data table having a number corresponding to each chromaticity switch stores a port number Reference 17 312 / Invention Specification (Supplement) / 92-06 / 92106760 1223556 and on-off settings for use of other devices. Therefore, whether it is used to replace chromaticity or increase to chromaticity, the lighting style of other lighting devices 5 can be controlled and adjusted by the rotary operation of the rotary operation panel]. Therefore, it is possible to create a shooting space that makes the user feel that the user is being shot in a disco or club. When the image color and lighting pattern desired by the user are found during the rotation of the rotary operation panel 1, the user stops operating the rotary operation panel 1 and poses, and performs shooting by pressing the shooting button. According to the above procedure, the user will execute the printing process or send an image to a friend's mobile phone or the like. Incidentally, when the rotation operation of the rotary operation panel 1 is stopped and the photography has been completed, the lighting device of the present invention will be initialized again to return to the step of the movement of the color switch " 0π. Incidentally, at this time, as described above, if the operation stop point is the chrominance signal b-3, this point can be reset to b-1. However, since the origin of the movement "0" is usually provided, it is better to have some restrictions. For example, 'the above-mentioned reset is designated as an input, and it is only acceptable during the inactive state. β Incidentally, as described above, the rotary operation panel 1 may be provided on a wall surface inside the shooting room 8 or on a portable remote control, instead of being provided on the main body 7 of the image printing supply machine, or Multiple rotating operation panels can also be provided, so that the illuminance of the cold light element 4 and other lighting devices 5 can be controlled more independently, so as to more faithfully create the required image. Similar to the case of the image printing supply machine, this feature can also be applied to the rotary operation panel 1 series used in clubs, discos, concert halls or 18 312 / Invention Specification (Supplement) / 92-06 / 92106760 1223556 Similar Situation. In addition, although the rotary operation panel 1 is manually rotated in the specific example, the rotary operation panel 1 may also be driven electronically by a belt drive system or a command drive system, or it may be designed to be moved forward by remote control. With backward movement. As described above, the illuminating device of the present invention can instantly change the chromaticity of the cold light element according to the rotation of the rotary operation panel, or can change the lighting style of halogen lamps or other illuminating devices, or can perform a combination of the two operations described above. Therefore, the Z lighting device of the present invention is a very useful lighting device, which can be used in an image printing supply machine or a shooting room of a photo studio, and can be set to be used for a limited period of time, or can be used as a lighting device to Used in clubs or discos, where 'hue must be changed according to BGM (background music) or customer needs. In addition, the rotary operation panel as an operation unit is small and compact, and thus can be provided in a small space, and has the advantage of being installed in a small space even if it is located in a small organization. In addition, by providing a rotary operation panel on a portable remote control, or by providing a plurality of rotary operation panels, the present invention can improve convenience, and can achieve more independent and detailed chromaticity adjustment, and Facade of the institution. [Schematic description] Figure 1 is a schematic diagram of a rotary operation panel in the shape of a turntable; Figure 2 is a schematic diagram of a specified image of chromaticity obtained by controlling the radiation and the amount of radiation of a cold light element ', wherein the rotary operation panel is divided Into 36 areas; Figure 3 shows the specified image of the lighting pattern of the other lighting device of Figure 2 312 / Invention Specification (Supplement) / 92-06 / 92] 06760 19 1223556 Intent diagram diagram diagram; Figures and diagrams [elements 1 2 4 5 6 7 8 9 10 11 a-1 to b-1 to reference figures for an example of the chromaticity assigned to an individual area; a schematic diagram of the system structure of the lighting device of the present invention; The schematic diagram of the image printing and supplying machine with the illuminating device of the present invention is a front view of the internal state of the photographing room of FIG. 6; a partial plan view of the photographing room of FIG. 7; Flow chart; o is a flowchart of the lighting adjustment procedure in the procedure of FIG. 9. Explanation of Symbols] Rotary operation panel Personal computer control panel Cold light element Other lighting devices Receive part of the image print and supply the machine body Shooting room panel LCD camp screen input pen a-3 6 The divided area of the rotary operation panel b-36 is provided in a -I to a-36 Chroma Switch 312 / Invention Manual (Supplement) / 92-06 / 92106760 20 1223556 P Rotary shaft
312/發明說明書(補件)/92-06/92106760 21312 / Invention Specification (Supplement) / 92-06 / 92106760 21