201016169 六、發明說明： 【發明所屬之技術領域】 .本發明係關於一種用於至少若干櫥架中之櫥架板，其包 括-板狀體及一發光器#。此外，|發明係、關於一種具有 . 至少-櫥架板之儲存系統，其中該至少—櫥架板包括—板 , 狀體及一發光器件。 【先前技術】 在美國專利2006 02 01 181 A1中，描述一種包括一内部 有機發光二極體照明系統之製冷器具。所述發明之目的係 一種冰箱，其包括至少一有機發光二極體（OLED)，該有 機發光二極體照亮該冰箱内部。所以該有機發光二極體之 組件係被安裝於該冰箱的一内壁上或一内建組件上。因 此，該冰箱之一底座能裝備二個有機發光二極體，用於照 亮該内部。有機發光二極體兩者都係安裝於該底座上以照 冗該底座上方及下方區域。遺憾地，以所描述的方式將該 ❿錢發光二極體安裝於該底座上之舉係昂貴且複雜的。 【發明内容】 因此，本發明因為其目的不得不消除上述提及的缺點。 2別地’本發明之-目的係提供—檣架板，該橱架板能照 贵其上方及下方區域，且與所提及的先前技術比較 化。 1 此目的係藉由如由本發明之技術方案丨教示的一櫥架板 實現的。該目的亦係藉由如由本發明技術方案10所教示的 一储存系統所實現。該櫥架板及該儲存系統之有利的實施 141653.doc 201016169 例係疋義於該附屬技術方案中。關於該櫥架板描述的特徵 及細節亦適用於該儲存系統，反之亦然。 本發明揭不該發光器件係透明的有機發光二極體，該板 狀體及㈣光器件為透明，以允許該發光器件所發出之光 由該板狀體流出。 本發明之超前的理念係該板狀體以及該發光器件為透 明。此外，一透明的有機發光二極體係被用作為發光器 件。藉由結合使用透明的有機發光二極體與透明的板狀 體，由該透明有機發光二極體發出之光能透過該板狀體傳 播且照亮該擴架板之周圍環境。所描述櫥架板易於組裝且 值得化費。在本發明之内容中，該概念「櫥架板」包括所 有能被安裝於櫥架、框架、行李架、邊材板或類似物中之 板狀元件。 所描述發光器件之起源係一透明的有機發光二極體 (OLED)。此大面積均質光源包括至少三層用於產生該人 造光之層。此外，該有機發光二極體可包括一基板層該 基板層充當一載體且可由玻璃或有機透光性材料製成。通 常於此基板上施加透明導電性材料如銦錫氧化物（ιτ〇)之 薄層，形成第一電極層。此外，有機發光二極體由至少一 薄層組成，該薄層具有大約5奈米至5〇〇奈米層厚度之有機 物質。該有機發光二極體係慣常地覆以一金屬層，如鋁， 形成該第二電極層，而該金屬層特點為大約1〇〇奈米厚度 及因此像銦錫氧化物層之厚度。此一厚度之鋁充當鏡子， 使得該放射係只透過該透明銦錫氧化物陽極及該透明基 141653.doc 201016169 板。但是假使該陰極金屬係足夠薄成為透明的，部分光亦 可透過S亥陰極被射出。所以，對於該發出光及環境光，該 有機發光一極體變為透明。在本發明之内容中，該用語有 機發光層包括有機材料之單獨層以及一元件，該元件由若 干層包括有機及無機的材料構成。201016169 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a shelf panel for use in at least a plurality of shelves, which includes a plate-like body and an illuminator #. Further, the invention relates to a storage system having at least a shelf plate, wherein the at least the shelf plate comprises a plate, a body and a light emitting device. [Prior Art] In U.S. Patent No. 2006 02 01 181 A1, a refrigeration appliance including an internal organic light emitting diode illumination system is described. The object of the invention is a refrigerator comprising at least one organic light emitting diode (OLED) illuminating the interior of the refrigerator. Therefore, the component of the organic light emitting diode is mounted on an inner wall of the refrigerator or on a built-in component. Therefore, one of the bases of the refrigerator can be equipped with two organic light-emitting diodes for illuminating the interior. Both of the organic light emitting diodes are mounted on the base to cover the upper and lower regions of the base. Unfortunately, the installation of the sleek light-emitting diode on the base in the manner described is expensive and complicated. SUMMARY OF THE INVENTION Therefore, the present invention has to eliminate the disadvantages mentioned above for its purpose. 2 </ RTI> <RTI ID=0.0>> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> <RTIgt; 1 This object is achieved by a shelf panel as taught by the technical solution of the present invention. This object is also achieved by a storage system as taught by the technical solution 10 of the present invention. The cabinet plate and the advantageous implementation of the storage system are described in the accompanying technical solution. The features and details described with respect to the shelf panel also apply to the storage system and vice versa. The present invention discloses that the light-emitting device is a transparent organic light-emitting diode, and the plate-shaped body and the (four) optical device are transparent to allow light emitted from the light-emitting device to flow out from the plate-like body. The advanced concept of the present invention is that the plate-like body and the light-emitting device are transparent. Further, a transparent organic light emitting diode system is used as the light emitting device. By using a transparent organic light-emitting diode in combination with a transparent plate-like body, light emitted from the transparent organic light-emitting diode can be transmitted through the plate-like body and illuminate the surrounding environment of the expanded plate. The described shelf panels are easy to assemble and are worth the cost. In the context of the present invention, the concept "cradle panel" includes all of the panel-like members that can be mounted in a rack, frame, stowage bin, sapwood panel or the like. The origin of the described light-emitting device is a transparent organic light-emitting diode (OLED). The large area homogeneous light source comprises at least three layers for producing the human light. Further, the organic light emitting diode may include a substrate layer which serves as a carrier and may be made of glass or an organic light transmissive material. A thin layer of a transparent conductive material such as indium tin oxide (ιτ〇) is usually applied to the substrate to form a first electrode layer. Further, the organic light-emitting diode is composed of at least one thin layer having an organic substance having a thickness of about 5 nm to 5 Å. The organic light-emitting diode system is conventionally coated with a metal layer, such as aluminum, to form the second electrode layer, and the metal layer is characterized by a thickness of about 1 nanometer and thus a thickness of the indium tin oxide layer. The thickness of the aluminum acts as a mirror such that the radiation passes only through the transparent indium tin oxide anode and the transparent substrate 141653.doc 201016169. However, if the cathode metal is sufficiently thin to be transparent, part of the light can also be emitted through the S-cathode. Therefore, for the emitted light and the ambient light, the organic light-emitting body becomes transparent. In the context of the present invention, the term organic light-emitting layer comprises a separate layer of organic material and an element consisting of several layers comprising organic and inorganic materials.
在本發明之一較佳實施例中，該發光器件及/或該透明 的有機發光二極體係嵌入於該板狀體中。藉由將有機發光 -極體整合於該板狀體内’由該發光器件發出之光係沿該 板狀體之較高邊及較低邊均—分佈。由此放置於該橋架板 上方或在其下方之物品被均句地照明。此外，假使該有機 發光二極體之光通量不太高且因而使該使用者看不見，則 該透明板狀體及該透明有機發光二極體之組合使得使用者 7在該櫥架板照亮周圍環境下透過該櫥架板觀看。藉由將 该透明有機發光二極體嵌入於該板狀體中，該有機發光二 極體受到賴免於外界影響，舉例而言，保護該有機發光 二極體防止環境衝擊。 在另-實施例中，該發光器件及/或該透明有機發光二 極體係安裝於該板狀體之至少—個側面上。所以，在一方 面’光係藉由在該周圍環境中之發光器件直接地發出。在 另-方面，由該透时機發光二極體發出之—部分的光被 注入：該透明板狀體内。由於偏向及散射，該光被改變方 向使侍其透過該板狀體之較低及/或較高邊離開該板狀 體。該透明有機發光二極體之側向安裝具有可將已存在的 板狀體裝設透明有機發光二極體以形成本發明所描述之櫥 141653.doc 201016169 架板之優點。此外，該發光器件可容易地更換。所以，該 櫥架板可包括夾子元件’該等夾子元件係被用來作為用於 該透明有機發光二極體之裝配件且其係被定位在該板狀體 之侧邊。該發光器件之更換可能不僅係發生於失效之情況 中，並且亦發生於該發光器件應發出不同顏色光的情況 中。因此取決於預期用途’可使用及更換具有不同發射光 譜之透明有機發光二極體。 在另一較佳實施例中，該板狀體及該發光器件係一件 式。在此實施例中’該發光器件形成該板狀體。如上所 述，該有機發光二極體包括多層結構。藉由使用玻璃作為 基板及罩蓋’該第一及第二電極以及該發光有機層被透明 的玻璃封閉。亦可將如此形成的有機發光二極體分別使用 作為櫥架板的板狀體。所以，該，櫥架板本身係由該嵌入於 玻璃層中之有機發光二極體所形成。因此，該板狀體及該 發光器件係一件式。無需其中嵌入該透明有機發光二極體 與其基板之專用的板狀體。 在另一較佳實施例中，該發光器件係可調整顏色。取決 於使用該櫥架板之應用，可改變由該發光器件發出之光的 顏色。此實施例具有取決於使用類型，該櫥架板可發出具 有不同波長光之優點。舉例而言，所述櫥架板之使用者可 取決於置於該櫥架板上的物品而改變發出光的顏色。尤其 若陳列於該櫥架板上之物品具有一有色表面，則可有用地 使用具有專用顏色之光以使該物品之觀察者能夠看到其所 有細節。 141653.doc 201016169 為使該發光器件能夠發出具有不同波長之光，另—較佳 實施例之特徵在於該發光器件包括至少一個第二透明有機 發光二極體。在此實施例中，發光器件不僅只包括該透明 彳機發光二極體’並且亦包括另一個透明的第二有機發光 -極體。此第二透明有機發光二極體係鄰近於該透明有機 ，光極體配置。藉由組合該透明有機發光二極體(亦被 稱為第一透明有機發光二極體）與第二透明有機發光二極 ❹ 、，可發出具有不同顏色的光。較佳地，該第二透明有機 發f二極體具有不同於該第一透明有機發光二極體的發射 光4:取決於照明-物品所需之光量及/或波長，可啟動 該第二或該第一透明有機發光二極體。此外，若需要大量 的光’則可啟動兩有機發光二極體。若該櫥架板上陳列_ 具有一有色表面之精細紋理物品，則經常有用的係用—具 顏色不同於該物品之表面顏色的光來照明該物品。為了 實現此目#，可個別地啟動該彡明有機發光二極體及該第 透明有機發光：極體。所以，可選擇應啟動哪個透明有 機發光二極體以發出用於照明該櫥架板上之物品的光。取 '、、於使用類型，該第二透明有機發光二極體可配置於該透 月有機發光一極體的側向。兩個有機發光二極體可部分地 交織’以形成-標識或-符號。在另一實施例中，該透明 有機發光一極體及該第二透明有機發光二極體可形成一失 層結構。由於有機發光二極體都為透明，藉由該等有機發 先二極體之其中一個有機發光二極體發出之光將不被另_ 個有機發光二極體吸引或偏向。所以，不同有機發光二極 141653.doc 201016169 體之結合被定位於 之光的絕對通量。 夾層結構中不會降低由該櫥架板發 出 在另—較佳的實施例中，該櫥架板包括-連接元件，其 用於連接該櫥架板至—電源。由於該透明的有機發光二極 體及/或該第二相的有機發光二極體需要電功率以發出 光’該橋架板可含有一電源，像-蓄電池及/或-超級電 容。或者，該櫥架板可經由該連接元件被連接至一外部電 源。該連接元件可為部分的__母/公連接器系統，該搪架 板係被連接至該系統。已知的儲存系統像櫥架，該等櫥架 包括用於安裝該等櫥架板於其上的裝配件…部分此裝配 件可包括-執行元件，該執行元制於與該櫥架板相互配 σ所以，該櫥架板需要具有一連接元件，該連接元件適 應於該執行元件以確保至該櫥架板之電功率供應。該櫥架 板經由該連接元件至一電源之連接具有複數個櫥架板能藉 由一單獨的電源被回饋之優點。 在另一較佳地實施例中’該櫥架板包括一控制器元件， 其用於控制該發光器件。在一方面’該控制器元件可被用 來操縱該等不同的透明的有機發光二極體被嵌入於該板狀 體内及/或操縱該可調整顏色的有機發光二極體之顏色。 因此取決於不是一個就是所有的透明的有機發光二極體可 被啟動及/或具有不同顏色之光可藉由該有機發光二極體 被發出之任務。在另一方面，該控制器元件可檢測該透明 的有機發光二極體之技術參數。舉例而言，該控制器元件 可檢測及/或測量溫度、需要的電流及/或發出光通量及/或 141653.doc -8 - 201016169 測量該發光器件之顏色。假使測量值不同於事先規定的 值’該控制器元件可使該發光器件無效，在此實例中，該 控制器元件亦可經由一控制器系統發送一通知至一外部電 版I終端。此實施例具有該擁架板本身包括用於控制其功能 性之元件之優點。所以，可能的故障被及早的登記。該控 制器元件可包括一積體電路，該積體電路像一微控制器或 一 FPGA(現場可程式化閘陣列）。 ❹在另一較佳的實施例中’該發光器件及/或該透明的有 機發光二極體形成一標識或一商標。該發光器件可以其形 成被陳列於該櫥架板上之該等物品之適當的標識之一方式 被設計。此外，該發光器件可以藉由該發光器件發出之光 形成一標識或一商標之一方式構成。因此藉由該發光器件 發出之光之分佈可與該發光器件之形成一致。 在另一較佳的實施例中’該發光器件包括一介於70至98 的顯色指數（CRI)，其較佳地介於80至95。該顯色指數係 ❹ 一光源與一理想的或自然的光源如實地比較以再現各種物 體之顏色的能力之量化衡量。為了使該櫥架板能夠被用來 作為用於有色物體之一照明的光源，該顯色指數應該在該 指定的區間内。因為一高顯色指數，放置於該櫥架 板上之一物品之顏色外觀不會失真。為了實現此目的，該 透明的有機發光二極體之有機發光材料應該不只具有在該 紅色、綠色及藍色區域内的一條光譜線。儘管三條於紅 色、綠色及藍色光譜中之光譜線之一結合係足夠的以產生 白光’藉由一有機發光層之用途，一具有多於三條光譜線 141653.doc 201016169 之有機發光層將實現高顯色指數。因此在本發明之内容 中，較佳的係使用具有有機發光層之透明的有機發光二極 體，該有機發光層具有至少5至8條分佈於該紅色、綠色及 藍色光s晋中之光s普線。在另一個實施例中，高顯色指數之 目的可藉由複數個有機發光層之用途被實現，所有該複數 個有機發光層被嵌入於一個有機發光二極體中且具有不同 的發射光譜。因此’該等有機發光層之結合光譜產生具有 一高顯色指數之白光。此外，吾人能結合複數個有機發光 二極體於一發光器件中以實現相同的目的。 本發明之目的係亦藉由具有至少一櫥架板之一儲存系統 加以解決，其中該至少一櫥架板包括一板狀體及一發光器 件。本發明揭示，其中該發光器件係一透明的有機發光二 極體，該板狀體及該發光器件為透明，允許由在該板狀體 外之發光器件發出之光之流動，所描述儲存系統包括複數 個櫥架板，其中至少一個櫥架板包括該等已經描述的功 月b描述廣關於该櫥秦板之功能及詳細資訊亦應用於該儲 存系統，反之亦然。 在一較佳的實施例中，該儲存系統包括電源及/或一控 制器系統及/或連接系統。該電源係需要以供應電功率至 具有該發光器件之櫥架板。假使複數個櫥架板包括如本發 明所描述之—發光器件，—電源可被嵌人於該儲存系統之 一底座中。從該電源至每一個櫥架板之一連接系統，立可 從該電源輸送電功率至該發光器件H該連接系統係 被用來用於連接至該等櫥架板之連接元件。該控制器系統 141653.doc 201016169 係被用來以連接至該櫥架板之控制器元件。所以可使一外 部電腦能夠與每-個櫥架板單獨地連接。所以，該等摘架 板可由一外部電腦經由該網際網路或經由該控制器系統直 接接㈣㈣°這具有甚至複數個儲存系統及/或櫥架板 可藉由單獨的電腦被控制之優點。 在另-個實施例中，該儲存系統包括—環境元件，其用 ;則量至/自環境參數且根據該環境參數以操縱該發光 ❿料。該環境s件係被傲入㈣儲存系統中以檢測其周邊 環境。該目的係為了測量至少一個環境參數，像溫度、環 境光通量等。此環境參數係被用來以操縱該發光器件。所 以’該環境參數可被傳輸至該發光器件被控制之控制器元 件。舉例而言’假使該環境元件測量該環境光通量減少， 則可啟動該發光器件。假使該環境元件測量該儲存系統之 周圍環境中之溫度升高，其可減少該絕對光通量或改變由 該橋架板之發光器件·發屮$ I + k 4 件毛丨之光之顏色。該環境元件具有該 ❿儲存系統及/或該櫥架板對於環境參數之一自動適應係可 能之優點。 在前述實施例中，該前面提到的橋架板及/或儲存系 統，以及主張的組件及待使用與本發明一致的組件係不服 從於關於尺寸、形狀、材料的選擇之任何特殊例外。技術 的概念使得熟知於該相關領域之選擇標準能不具限制地被 應用。本發明之目的之附加的詳情、特徵及優點係被揭示 於該附屬主張及各圖表之以下描述中，其中根據本發明只 顯示該櫥架板及該儲存系統之複數個更佳的實施例係一值 I41653.doc -11 - 201016169 得效仿的方式。 【實施方式】 本發明之進一步實施例將參考以下圖表被描述，其中： 在圖1中，一櫥架板10用於櫥架或如本發明所顯示的類 似物中。該櫥架板10能被使用於寄物櫃、框架、行李架或 作為用於待照亮物品之底座之櫥架中。該櫥架板10包括一 板狀體20,該板狀體2〇被安裝於該櫥架中。被嵌入於該板 狀體20内的係一發光器件3〇。為了克服該等描述的缺點， 該板狀體以及該發光器件30為透明。所以，由該發光器件 30發出的光50、50,能流出該板狀體2〇。如圖i中所示，該 發光器件30係一透明的有機發光二極體4〇。該透明的有機 發光二極體30係由多層結構形成。該第一電極層“形成一 底座，一有機發光層45被施加於該底座上。該第二電極層 係施加於此雙層結構上。該如此形成的透明的有機發光二 極體係叙人於該板狀體勒。該板狀體可由二個玻璃板形 成’該二個玻㈣储Μ料料該透㈣有機發光二 極趙40之一底座及一罩蓋。 該板狀體20以及該發光器件3〇為透明。所以，假使該發 光器件30係未經啟動的，則該櫥架板1〇看上去像一板狀體 2一〇。但是當被啟動時，該發光器件3〇發出可完全調光以照 壳被放置於該櫥架板10上的所有物品。該主要的光％、％， 量將透過該板狀體之表面6〇、6〇,祜袼山 ⑽被發出。被安裝至該板狀 體20或被嵌入於該板狀體2〇中的控 Τ町役刺器兀件70能被用來用 於控制§亥發光件3 〇。該控制薄分从k 成徑制盗tl件較佳的係一積體電 141653.doc -12· 201016169In a preferred embodiment of the invention, the light emitting device and/or the transparent organic light emitting diode system is embedded in the plate. The light emitted by the light-emitting device is distributed along the upper and lower sides of the plate-like body by integrating the organic light-emitting body into the plate body. The items placed above or below the deck plate are thus uniformly illuminated. In addition, if the luminous flux of the organic light-emitting diode is not too high and thus is invisible to the user, the combination of the transparent plate-shaped body and the transparent organic light-emitting diode causes the user 7 to illuminate the shelf plate. See through the shelf board in the surrounding environment. By embedding the transparent organic light-emitting diode in the plate-like body, the organic light-emitting diode is protected from external influences, for example, protecting the organic light-emitting diode from environmental impact. In another embodiment, the light emitting device and/or the transparent organic light emitting diode system is mounted on at least one side of the plate. Therefore, the light system on one side is directly emitted by the light-emitting device in the surrounding environment. In another aspect, a portion of the light emitted by the time-transmitting light-emitting diode is injected into the transparent plate. Due to the deflection and scattering, the light is redirected to cause it to exit the plate through the lower and/or higher sides of the plate. The lateral mounting of the transparent organic light-emitting diode has the advantage that the existing plate-like body can be provided with a transparent organic light-emitting diode to form the shelf of the invention described in the invention 141653.doc 201016169. Furthermore, the light emitting device can be easily replaced. Therefore, the shelf panel may include clip members' such clip members are used as fittings for the transparent organic light emitting diode and are positioned on the sides of the panel. The replacement of the illuminating device may occur not only in the event of a failure, but also in the case where the illuminating device should emit light of a different color. Therefore, transparent organic light-emitting diodes having different emission spectra can be used and replaced depending on the intended use. In another preferred embodiment, the plate-like body and the light-emitting device are one-piece. In this embodiment, the light-emitting device forms the plate-like body. As described above, the organic light emitting diode includes a multilayer structure. The first and second electrodes and the light-emitting organic layer are closed by transparent glass by using glass as a substrate and a cover. The organic light-emitting diodes thus formed can also be used as the plate-like body of the shelf plate. Therefore, the shelf plate itself is formed by the organic light-emitting diode embedded in the glass layer. Therefore, the plate-like body and the light-emitting device are one-piece. There is no need for a dedicated plate-like body in which the transparent organic light-emitting diode and its substrate are embedded. In another preferred embodiment, the light emitting device is adjustable in color. Depending on the application using the shelf panel, the color of the light emitted by the illumination device can be varied. This embodiment has the advantage that the shelf plate can emit light having different wavelengths depending on the type of use. For example, the user of the shelf panel can change the color of the emitted light depending on the items placed on the shelf panel. In particular, if the article displayed on the shelf panel has a colored surface, useful light of a particular color can be used to enable the viewer of the article to see all of its details. 141653.doc 201016169 In order to enable the light emitting device to emit light having different wavelengths, another preferred embodiment is characterized in that the light emitting device comprises at least one second transparent organic light emitting diode. In this embodiment, the light-emitting device includes not only the transparent light-emitting diode ' but also another transparent second organic light-emitting body. The second transparent organic light emitting diode system is adjacent to the transparent organic, photodiode configuration. By combining the transparent organic light emitting diode (also referred to as a first transparent organic light emitting diode) and the second transparent organic light emitting diode, light having a different color can be emitted. Preferably, the second transparent organic hair-emitting diode has an emission light 4 different from the first transparent organic light-emitting diode: the second light can be activated depending on the amount of light and/or wavelength required for the illumination-item Or the first transparent organic light emitting diode. In addition, if a large amount of light is required, the two organic light-emitting diodes can be activated. If the shelf panel displays a fine textured article having a colored surface, it is often useful to illuminate the article with light having a color different from the surface color of the article. In order to achieve this, the illuminating organic light-emitting diode and the first transparent organic light-emitting body: the polar body can be individually activated. Therefore, it is possible to select which transparent organic light-emitting diode should be activated to emit light for illuminating the articles on the shelf. Taking the type of the second transparent organic light-emitting diode, the second transparent organic light-emitting diode can be disposed laterally of the transparent organic light-emitting body. The two organic light-emitting diodes may be partially interlaced to form a -mark or -symbol. In another embodiment, the transparent organic light-emitting diode and the second transparent organic light-emitting diode can form a lost-structure. Since the organic light-emitting diodes are all transparent, light emitted by one of the organic light-emitting diodes of the organic light-emitting diodes will not be attracted or deflected by the other organic light-emitting diodes. Therefore, the combination of different organic light-emitting diodes 141653.doc 201016169 is positioned at the absolute flux of the light. The sandwich structure is not lowered from the shelf plate. In another preferred embodiment, the shelf plate includes a connecting member for connecting the shelf plate to a power source. Since the transparent organic light emitting diode and/or the organic light emitting diode of the second phase require electrical power to emit light, the bridge plate may contain a power source, such as a battery and/or a super capacitor. Alternatively, the shelf panel can be connected to an external power source via the connecting element. The connecting element can be a partial __ female/male connector system to which the truss panel is attached. Known storage systems are like racks that include fittings for mounting the rack panels thereon. Some of the assemblies may include an actuator that is configured to interact with the rack panel With σ, the shelf plate needs to have a connecting element that is adapted to the actuator to ensure an electrical power supply to the shelf plate. The connection of the shelf panel to a power source via the connection element has the advantage that a plurality of shelf panels can be fed back by a separate power source. In another preferred embodiment, the shelf panel includes a controller component for controlling the illumination device. In one aspect, the controller component can be used to manipulate the different transparent organic light-emitting diodes to be embedded in the plate and/or to manipulate the color of the color-adjustable organic light-emitting diode. Therefore, depending on whether or not all of the transparent organic light-emitting diodes can be activated and/or light of a different color can be emitted by the organic light-emitting diode. In another aspect, the controller component can detect the technical parameters of the transparent organic light emitting diode. For example, the controller component can detect and/or measure temperature, current required, and/or emit luminous flux and/or measure the color of the illuminating device. If the measured value is different from a predetermined value, the controller component can disable the light emitting device. In this example, the controller component can also send a notification via a controller system to an external electronic version I terminal. This embodiment has the advantage that the shelf board itself includes elements for controlling its functionality. Therefore, possible faults are registered early. The controller component can include an integrated circuit that is like a microcontroller or an FPGA (field programmable gate array). In another preferred embodiment, the light emitting device and/or the transparent organic light emitting diode form a logo or a trademark. The illumination device can be designed in such a manner that it forms one of the appropriate markings of the items displayed on the shelf panel. In addition, the light emitting device can be constructed by forming light or a mark by light emitted from the light emitting device. Therefore, the distribution of light emitted by the light emitting device can be made to conform to the formation of the light emitting device. In another preferred embodiment, the light emitting device comprises a color rendering index (CRI) of between 70 and 98, preferably between 80 and 95. The color rendering index is a quantitative measure of the ability of a light source to be faithfully compared to an ideal or natural source to reproduce the colors of various objects. In order for the shelf panel to be used as a light source for illumination of one of the colored objects, the color rendering index should be within the specified interval. Because of a high color rendering index, the appearance of an item placed on the shelf panel is not distorted. To achieve this, the organic light-emitting material of the transparent organic light-emitting diode should have not only one spectral line in the red, green and blue regions. Although three of the spectral lines in the red, green, and blue spectra are sufficient to produce white light, by the use of an organic light-emitting layer, an organic light-emitting layer having more than three spectral lines 141653.doc 201016169 will be realized. High color rendering index. Therefore, in the context of the present invention, it is preferred to use a transparent organic light-emitting diode having an organic light-emitting layer having at least 5 to 8 light distributed in the red, green and blue light s general line. In another embodiment, the purpose of the high color rendering index can be achieved by the use of a plurality of organic light-emitting layers, all of which are embedded in an organic light-emitting diode and have different emission spectra. Therefore, the combined spectrum of the organic light-emitting layers produces white light having a high color rendering index. In addition, we can combine a plurality of organic light-emitting diodes in a light-emitting device to achieve the same purpose. The object of the present invention is also solved by a storage system having at least one shelf panel, wherein the at least one shelf panel comprises a plate-like body and an illuminating device. The present invention discloses that the light emitting device is a transparent organic light emitting diode, the plate body and the light emitting device are transparent, allowing the flow of light emitted by the light emitting device outside the plate, and the described storage system includes A plurality of shelf panels, at least one of which includes the functions described above. The functions and detailed information about the cabinet are also applied to the storage system, and vice versa. In a preferred embodiment, the storage system includes a power source and/or a controller system and/or a connection system. The power supply is required to supply electrical power to the rack panel having the light emitting device. In the case where a plurality of shelf panels include a light emitting device as described in the present invention, a power source can be embedded in a base of the storage system. From the power source to one of the rackboard connection systems, electrical power can be delivered from the power source to the lighting device H. The connection system is used to connect to the connecting elements of the cabinet panels. The controller system 141653.doc 201016169 is used to connect controller components to the shelf panel. Therefore, an external computer can be individually connected to each of the cabinet boards. Therefore, the pick-up boards can be directly connected to the Internet via the Internet or via the controller system (4) (4). This has the advantage that even a plurality of storage systems and/or shelf boards can be controlled by a separate computer. In another embodiment, the storage system includes an environmental component that is used to measure to/from the environmental parameter and to manipulate the luminescent material based on the environmental parameter. The environment is immersed in the (4) storage system to detect its surroundings. The purpose is to measure at least one environmental parameter such as temperature, ambient light flux, and the like. This environmental parameter is used to manipulate the light emitting device. Therefore, the environmental parameter can be transmitted to the controller element to which the light emitting device is controlled. For example, if the ambient element measures the ambient light flux reduction, the light emitting device can be activated. In case the ambient element measures the temperature rise in the surrounding environment of the storage system, it can reduce the absolute luminous flux or change the color of the light from the illuminating device of the bridge plate. The environmental component has the advantage that the crucible storage system and/or the rack panel is automatically adapted to one of the environmental parameters. In the foregoing embodiments, the aforementioned bridge deck and/or storage system, as well as the claimed components and components to be used consistent with the present invention, are not subject to any particular exception regarding the choice of size, shape, material. The concept of technology enables selection criteria that are well known in the relevant field to be applied without limitation. Additional details, features, and advantages of the present invention are disclosed in the following description of the accompanying claims and the drawings, wherein only a plurality of preferred embodiments of the shelf and the storage system are shown in accordance with the present invention. A value I41653.doc -11 - 201016169 The way to follow suit. [Embodiment] Further embodiments of the present invention will be described with reference to the following charts, in which: In Fig. 1, a shelf plate 10 is used for a shelf or the like as shown in the present invention. The shelf panel 10 can be used in a locker, frame, stowage bin or as a stand for the base of the item to be illuminated. The shelf panel 10 includes a plate-like body 20 in which the plate-like body 2 is mounted. A light-emitting device 3 is embedded in the plate body 20. In order to overcome the disadvantages of the description, the plate-like body and the light-emitting device 30 are transparent. Therefore, the light 50, 50 emitted from the light-emitting device 30 can flow out of the plate-like body 2''. As shown in Fig. i, the light emitting device 30 is a transparent organic light emitting diode 4'. The transparent organic light-emitting diode 30 is formed of a multilayer structure. The first electrode layer "forms a base, and an organic light-emitting layer 45 is applied to the base. The second electrode layer is applied to the double-layer structure. The transparent organic light-emitting diode system thus formed is described in The plate-like body can be formed by two glass plates, which are a base of a plurality of (four) storage materials, and a cover of the organic light-emitting diodes 40. The plate-shaped body 20 and the cover plate The light-emitting device 3 is transparent. Therefore, if the light-emitting device 30 is not activated, the shelf plate 1 looks like a plate-like body 2. However, when activated, the light-emitting device 3 emits All items that can be completely dimmed to be placed on the shelf plate 10 according to the casing. The main light %, %, amount will pass through the surface of the plate body 6 〇, 6 〇, and the 祜袼山 (10) is emitted. The Τ Τ 役 兀 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 The system of the thieves is better than the TD. 141653.doc -12· 201016169
路，該積體電路將成為更寬的控制器系統丨丨7之一部分， 藉由s亥更九的控制器系統117複數個櫥架板能被控制。取 決於該橋架板10之用途，透過該表面6〇、60'發出的光5〇、 501量可呈現變化》因此透過該板狀體之表面6〇發出之光5〇 量可不同於透過該等表面60’發出之光5〇,量。這可藉由將 不同的塗層％加於該板狀體之表面6〇、6〇,上而實現。此 外，該板狀體20之光學特性可關於該較高的或較低的表面 60、60'改變。該透明的板狀體2〇可為部分不透明的，使得 藉由該發光器件30發出之光可係暗淡的。 圖2中顯不該櫥架板10之另一較佳的實施例。為了實現 在該櫥架板1〇上方及下方之均勻照明，該透明的有機發光 二極體40係層積至該板狀體2G之底面6()、由於該板狀體2〇 及該有機發光二極體40都為透明，由該有機發光二極體扣 發出之光50、50’能照亮在該板狀體1〇下方友上方之區域。 此外，該板狀體20係保護該有機發光二極體4〇免受基於被 放置於該板狀體10之較高的表面6〇上之物品之影響。所 以’需要-極薄層以保護該透明的有機發光二極體4〇免受 環境影響。 在另-較佳的實施例中，該櫥架板1G|能發出不同顏色 之光。所以’該發光器件30必須為可調整顏色，使得該發 光器件30能發出具有不同波長之光5〇、5〇，。圖3中顯示實 現此目的之-實施例。該發光器件3〇包括第二透明的有機 發光二極體4i，該第二透明的有機發光二極體㈣被安裒 於該透明的有機發光二極體4〇下方 ” 卜万该透明的有機發光二 141653.doc 13· 201016169 極體40-在下述中亦被稱為該第一透明的有機發光二極體 40-發出人造光50、5〇，。該人造光5〇、5〇，能透過該第二透 明的有機發光二極體41傳播，由於該透明的有機發光二極 體41對於該第一透明的有機發光二極體4〇之光5〇、5〇,以及 該環境光亦為透明。該第二透明的有機發光二極體41能夠 發出人造光51、5Γ。在一較佳的實施例中，該第二透明的 有機發光二極體41具有不同於該透明的有機發光二極體4〇 1發射光譜之-發射光譜。因此，可能的係介於將由該橋 架板10'發出的不同顏色的光之間選擇。如圖3中所顯示， 該第一透明的有機發光二極體40及該第二透明的有機發光 二極體4丨可被結合於一個夾層結構中或可被單獨地配置。 藉由啟動該夾層結構之不同層，形成該第―透明的有機發 光二極體40及該第二透明的有機發光二極體41，具有不同 顏色之光可被實現。 圖4中顯示該櫥架板10之另一實施例。在此實施例中， 該發光器件30包括-透明的有機發光二極體4〇，該透明的 有機發光二極體40係被分成片段。如所能看到的，該透明 的有機發光一極體40之片段係嵌入於該板狀體2〇内。該發 光器件30之側面配置的透明的有機發光二極體可藉由該控 制器元件70被分別地編址。因此，光樣式能藉由所描㈣ 架板H)被產生。同樣地，藉由在有機發光二極體製作期間 使用結構化活性區域，該照明光電模組之任何的任意形狀 可被引用。藉由局部地處理該透明的有機發光二極體⑽之 有機層45，吾人能獲得非照明區域。藉由在有機發光二極 141653.doc 0 201016169 邀製作期間使用該局部處理’ 一個能實現任意形狀的光樣 式’儘管一個大的有機發光二極體4〇係被嵌入於該板狀體 20中。在該處理期間’舉例而言，藉由一雷射，部分有機 層可被照明，將引起分段，其中該有機層將不產生人造 光0 ~ 如圖5所示，該發光器件30可形成一標識或一商標52。 圖5中顯示該板狀體20之表面60。該發光器件3〇係整合於 φ 該透明的板狀體2〇中。該發光器件30包括區域，其中沒有 光5〇、5〇|被生成。此等區域形成一標識52。所以，一變暗 的標識係藉由其周圍環境被照亮。自然地，該照亮的及該 非照亮的區域可改變。所以，該標識52之區域可發出光 、50’，而該發光器件3〇之其餘部分根本不發出任何光。 圖6中顯示具有複數個櫥架板1〇、10'之儲存系統10〇。 在該顯示的實施例中，—儲存系統刚包括三個橋架板 10、1〇’’每-個櫥架板包括一發光器件3〇。在該儲存系統 ❹：間之櫥架板1〇，包括一發光器件3〇,二個透明的有機發光 :極體40、41係被嵌入於該發光器件3〇中。所以，該發光 态件30能發出該第二透明的有機發光二極體“之光”、 51’。在該顯示的實施例中，第二櫥架板10,之光51、51，具 有異於該等較高的及較低的櫥架板1〇之光50、50,的: 譜。為了輸送電能，該儲存系統_包括-電源110。該電 ^110可被歸併到該儲存系統⑽之底座中。該電源110係 =該連接系統115連接。此連接系統115係被嵌入於該儲存 …统100之邊中且與每—個櫥架板10、10'之連接元件116連 141653.doc •15· 201016169 接。經由該連接系統出，該櫥架板1G、㈣具有電能。 此外，每一個櫥架板10、10，包括一 匕從徑制态兀件70，該控制 器疋件70用於控制該發光器件3〇。在該顯示的實_中之 每一個控制器元件㈣經由該控制器系統m與電腦12〇連 接4使該揭示的财系統】⑽之使用者能夠經由電腦⑶ 及/或網際網路以操縱每一個櫥架板1〇、ι〇，之發光器件％ 之光發射。所以’由該發光器件30發出的光50、50，、51、 51’之遙控係可能的。此外，將環境元件13〇被安裝至該儲 存系統100。該環境元件係測量至少一個環境參數像濕 度、溫度或落於該儲存系統1〇〇上之環境光之絕對光通 篁。根據該環境參數，操縱該發光器件3〇。這可直接地藉 由》亥環i兄元件130之連接至每一個櫥架板之控制器元件7〇 或藉由該環境元件13〇分別地與該電腦12〇或控制器元件 117連接而完成。 【圖式簡單說明】 圖1係如本發明之一櫥架板之一剖面視圖； 圖2係如本發明描述之橱架板之另一實施例； 圖3係具有一發光器件之櫥架板，其具有二個透明的有 機發光二極體； 圖4係如本發明描述之櫥架板之另一實施例； 圖5係具有形成標識之發光器件之櫥架板；及 圖6係如本發明之儲存系統。 【主要元件符號說明】 10, 10' 櫥架板 141653.doc •16- 201016169 20 板狀體 30 40 41 43 44 45 50、 50' 51、 51， 52 60 ' 60, 70 100 110 115 116 117 120 130The integrated circuit will become part of a wider controller system ,7, which can be controlled by a plurality of cabinet boards 117. Depending on the application of the bridge deck 10, the amount of light 5 〇, 501 emitted through the surface 6 〇, 60 ′ may vary. Thus, the amount of light emitted through the surface 6 of the plate body may be different from The amount of light emitted by the surface 60' is 5 〇. This can be achieved by applying different coating % to the surface 6 〇, 6 〇 of the plate. Moreover, the optical properties of the plate 20 can vary with respect to the higher or lower surface 60, 60'. The transparent plate-like body 2 can be partially opaque such that the light emitted by the light-emitting device 30 can be dimmed. Another preferred embodiment of the shelf panel 10 is shown in FIG. In order to achieve uniform illumination above and below the shelf plate 1 , the transparent organic light emitting diode 40 is laminated to the bottom surface 6 of the plate body 2G, due to the plate body 2 and the organic The light-emitting diodes 40 are all transparent, and the light 50, 50' emitted by the organic light-emitting diodes can illuminate an area above the lower side of the plate-like body 1 . Further, the plate-like body 20 protects the organic light-emitting diode 4 from the influence of articles placed on the upper surface 6 of the plate-like body 10. Therefore, a very thin layer is required to protect the transparent organic light-emitting diode 4 from environmental influences. In another preferred embodiment, the shelf panel 1G| can emit light of different colors. Therefore, the light-emitting device 30 must be of an adjustable color so that the light-emitting device 30 can emit light having different wavelengths 5 〇, 5 。. An embodiment for achieving this is shown in FIG. The light emitting device 3A includes a second transparent organic light emitting diode 4i, and the second transparent organic light emitting diode (4) is mounted under the transparent organic light emitting diode 4". Illumination II 141653.doc 13· 201016169 Polar body 40 - also referred to below as the first transparent organic light-emitting diode 40 - emits artificial light 50, 5 〇, the artificial light 5 〇, 5 〇, can The transparent organic light-emitting diode 41 transmits light 5〇, 5〇 to the first transparent organic light-emitting diode 4, and the ambient light is also transmitted through the second transparent organic light-emitting diode 41. The second transparent organic light-emitting diode 41 is capable of emitting artificial light 51, 5 Γ. In a preferred embodiment, the second transparent organic light-emitting diode 41 has a different organic light emission than the transparent organic light-emitting diode 41. The diode 4〇1 emits a spectrum-emission spectrum. Therefore, it is possible to choose between light of different colors to be emitted by the bridge plate 10'. As shown in Fig. 3, the first transparent organic light The diode 40 and the second transparent organic light emitting diode 4丨The first transparent transparent organic light emitting diode 40 and the second transparent organic light emitting diode 41 are formed by being combined in a sandwich structure or by being separately configured. Different colors of light can be achieved. Another embodiment of the shelf panel 10 is shown in Figure 4. In this embodiment, the light emitting device 30 comprises a transparent organic light emitting diode 4, the transparent organic light emitting The diode 40 is divided into segments. As can be seen, the segment of the transparent organic light-emitting body 40 is embedded in the plate-like body 2. The transparent organic light-emitting layer disposed on the side of the light-emitting device 30 The diodes can be individually addressed by the controller component 70. Thus, the light pattern can be generated by the depicted (four) shelf H). Similarly, by using structuring during fabrication of the organic light emitting diode The active region, any shape of the illumination optoelectronic module can be cited. By locally processing the organic layer 45 of the transparent organic light-emitting diode (10), we can obtain a non-illuminated region. 141653.doc 0 201 016169 The local processing is used during the invitation to make a 'light pattern that can achieve any shape' although a large organic light-emitting diode 4 is embedded in the plate body 20. During this process, for example, From a laser, a portion of the organic layer can be illuminated, causing segmentation, wherein the organic layer will not produce artificial light. 0 ~ As shown in Figure 5, the light emitting device 30 can form a logo or a trademark 52. The surface 60 of the plate-like body 20 is shown. The light-emitting device 3 is integrated into the transparent plate-like body 2〇. The light-emitting device 30 includes a region in which no light 5〇, 5〇| is generated. The area forms an indicia 52. Therefore, a darkened logo is illuminated by its surroundings. Naturally, the illuminated and non-illuminated areas can vary. Therefore, the area of the mark 52 can emit light, 50', and the rest of the light-emitting device 3 does not emit any light at all. A storage system 10A having a plurality of shelf panels 1A, 10' is shown in FIG. In the illustrated embodiment, the storage system has just included three deck plates 10, 1 '' each of which includes a light emitting device 3''. In the storage system, the cabinet plate 1 includes a light-emitting device 3, and two transparent organic light-emitting elements: 40, 41 are embedded in the light-emitting device 3''. Therefore, the light-emitting member 30 can emit the "light" of the second transparent organic light-emitting diode, 51'. In the illustrated embodiment, the second shelf panel 10, the light 51, 51, has a spectrum of light 50, 50 that is different from the higher and lower shelf panels. In order to deliver electrical energy, the storage system_ includes a power source 110. The electric motor 110 can be incorporated into the base of the storage system (10). The power source 110 is connected to the connection system 115. The connection system 115 is embedded in the side of the storage system 100 and is connected to the connection element 116 of each of the shelf boards 10, 10' 141653.doc • 15· 201016169. The shelf plates 1G, (4) have electrical energy via the connection system. Further, each of the cabinet boards 10, 10 includes a cymbal-made element 70 for controlling the light-emitting device 3''. Each of the controller elements (4) in the display is connected to the computer 12 via the controller system m to enable the user of the disclosed system (10) to manipulate each via the computer (3) and/or the Internet. A cabinet plate 1 〇, 〇 〇, the light emitting device% of the light emission. Therefore, the remote control of the light 50, 50, 51, 51' emitted by the light-emitting device 30 is possible. Further, an environmental element 13A is mounted to the storage system 100. The environmental component measures at least one environmental parameter such as humidity, temperature, or absolute lumen of ambient light that falls on the storage system. The light emitting device 3 is operated according to the environmental parameter. This can be done directly by connecting the "hero" component 130 to the controller component 7 of each shelf board or by connecting the environmental component 13 to the computer 12 or controller component 117, respectively. . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view of a cabinet plate according to the present invention; Fig. 2 is another embodiment of a shelf plate as described in the present invention; Fig. 3 is a shelf plate having a light emitting device 2 has two transparent organic light emitting diodes; FIG. 4 is another embodiment of the shelf plate as described in the present invention; FIG. 5 is a shelf plate having a light emitting device forming the logo; and FIG. 6 is as shown in FIG. The storage system of the invention. [Main component symbol description] 10, 10' Cabinet plate 141653.doc •16- 201016169 20 Plate body 30 40 41 43 44 45 50, 50' 51, 51, 52 60 ' 60, 70 100 110 115 116 117 120 130
發光器件 透明的有機發光二極體 第二透明的有機發光二極體 第一電極層 第二電極層 有機發光層 光 第二透明的有機發光二極體之光 由透明的有機發光二極體形成之標識 板狀體表面 控制器元件 儲存系統 電源 連接系統 連接元件 控制器系統 電腦 環境元件 141653.doc •17-Light-emitting device transparent organic light-emitting diode second transparent organic light-emitting diode first electrode layer second electrode layer organic light-emitting layer light second transparent organic light-emitting diode light is formed by transparent organic light-emitting diode Identification plate surface controller component storage system power connection system connection component controller system computer environment component 141653.doc • 17-