M244567M244567
五、創作說明（l) 新型所屬之技術領域】 尤指可應用於 本創作其係有關於一種薄膜電路組合 發光按鍵的薄膜電路組合。 【先前技術】 隨著科技的進步，所有 觀’也追求更多樣化的功能 議室、車内、飛機上使用具 使用者看清楚按鍵上的符號 出。 如圖一所示，其係為中 習知發光鍵盤，發光鍵盤中 接觸點（未圖示）會遮蔽下方 亮度不足及發光不均勻等缺 創作係提供一種薄膜電路組 電子產品追求輕薄短小的外 ¥在許多昏暗的場合中如會 有按鍵的電子產品時，為了讓 ’遂有可自行發光的按鍵被提 華民國專利案號第90 1 29698之 的薄膜電路組合223之上、下 光源的部分光線，使得按鍵有 陷，為了克服上述之問題，本 合’以解決上述之問題。 【新型内容】 本創作之主要目 電路組合可應用於一 光不均勻的問題。 的係提供一種薄膜電路組合 發光按鍵中，並且解決亮度 ，該薄膜 不足及發 馮違上述之目的 包括有至少—上膜=作係提供—種薄膜電 /專膜電路和一下薄腺雪 «溥膜電路組合 電路分別具有互相對應之上、下接觸點=上、下薄臈 為可透光導電材質製成， 於:、下接觸點 動”於上溥膜電路施加壓V. Creation Description (l) Technical Field of New Type] Especially applicable to this creation, it relates to a thin-film circuit combination of a light-emitting key combination. [Previous technology] With the advancement of technology, all views are also pursuing more diversified functions. Conference rooms, car interiors, and aircraft use have users who can clearly see the symbols on the keys. As shown in Figure 1, it is a conventional light-emitting keyboard. The contact points (not shown) in the light-emitting keyboard will cover the lack of brightness and uneven light emission. The creative department provides a thin-film circuit group of electronic products in pursuit of lightness and shortness. ¥ In many dim places, such as electronic products with buttons, in order to let 'there is a button that can emit light by itself, the thin film circuit combination 223 above and below the light source part of the Republic of China Patent Case No. 90 1 29698 The light causes the keys to be trapped. In order to overcome the above problems, the present invention is used to solve the above problems. [New content] The main purpose of this creation is that the circuit combination can be applied to a problem of uneven light. The system provides a thin-film circuit combination of light-emitting keys, and solves the brightness. The lack of the film and the violation of the above purposes include at least-upper film = operation system provides-a thin-film electrical / special film circuit and a thin film of snow «溥The membrane circuit combination circuit has upper and lower contact points corresponding to each other. The upper and lower contact points are made of a light-transmitting conductive material. The upper and lower contact points are moved.
五、創作詋明（2) 力 > 使上接觸點與下接觸點得以 此薄膜電路組合還包 ^觸，形成一導通狀態。 路，分別電性連接上、下：觸：電線路及-第二導電線 時送出一按鍵訊號。 ”、、，且於上、下接觸點導通 本創作之另一實施例係將上 + 一發光按ί建中，使得該發光按鍵之$ Μ電路組合應用於 組合之上下接觸點所遮蔽， =線不會被該薄膜電路 功效。 乂達到均勾發光及亮度足夠之 【實施方式] 如圖二所示，為本創作之 其係包括有：一上薄膜電路n，」； = :較佳實施例， 層15(spacer)。 下/專膜電路12和一間隔 另丨且i薄膜電路11和下薄膜電路12係以透明材料製成，分 別具有一上接觸點13和一下接觸點14，該 接觸點“之間藉由間隔層15而形成一預置空間’m: 點和下接觸點14其係為氧化銦錫⑽）製成，其為可透萄 =導電材f ’以及上接觸點j 3和下接觸點工‘分別電性 ，一導電線路131及第二導電線路141，該第一導線131及 第二導線1 4 1通常是以銅或銀等材料製成，但在此較佳實 施例中，亦可以氧化銦錫（IT〇)材料製成。 貝 間隔層15具有一適當厚度並且位於上薄膜電路丨丨和下 薄膜電路1 2之間’間隔層1 5在相對應上接觸點1 3和下接觸 點1 4位置處具有一透孔1 5 1，該透孔1 5 1之大小略大於上接 M244567 五、創作說明（3) 觸點13和下接觸點14的大小，以 鱼下接觸點1 4得以接總 '吏接觸點1 3 ”了接觸”、、占14侍以接觸，形成一導通狀態 上薄膜電路1 1施加壓力，社L wm ^ 在 ^ m ^ 、旨 使上接觸點1 3與下接觸點1 4得以 接觸’形成一導通狀態。 亍 #，閱圖一及圖二所示，其係為本 ”用於-發光按鍵的較佳實施例。細鍵=路二且 薄膜電路組合b -光源 生體32刀機構35、一 鍵帽31具有一透光區311，此透光區311形成一特定符 號，該符號可以是字母竣齡宏 ^ Q 1 - ^ - 寻疋付 . 于可A數子’鍵巾自31精由頁刀機構 jsc1S^or mechaniSffl)35而設置於底板33上，透明彈性體 3 2則設置於鍵帽3 1下方，兮綠π μ # a go ^Q〇 , 万该鍵幅31更措由剪刀機構35及透 W體32 ’使鍵帽31可以相對於該底板33做一上下運 動。 薄膜電路組合1包括彳··一上薄膜電路u和一下薄膜 明：21:間隔層15。上薄膜電路11和下薄膜電路12皆以透 才料‘成，分別具有一上接觸點丨3和一下接觸點丨4，上 接觸點13和下接觸點14之間藉由間隔層15隔離絕緣，以及 =觸點—13與下接觸點14分別電性連接一第一導電線路 及第一導電線路1 4 1，該上接觸點丨3、下接觸點丨4皆 為乳化銦錫(IT0)製成，其為可透光導電材f，並且第一 =線=1及第二導線141通常是以銅或銀等材料製成，在此 父佳貫施例中，亦可以氧化銦錫（丨τ〇)材料製成。 門隔層15具有一適當厚度並且位於上薄膜電路η和下 M244567 五、創作說明（4) _ nm: ’ ：：層5115在相對應上接觸點13和下接觸 诅罝處具有一透孔151，該透孔151之 1 二點13和下接觸點14的大小，以便在作 接:: 13與：接觸點14得以接觸，形成一導通狀態。接觸點 點13與下接觸點J得：土 ，：亡接觸 一導 中’係為發光極體，體（本創作之較佳實施例 係為熟習此以；所；諸如此類光源之變化， 仍將不失本創作之要、康述揭露而加以變化實施， 圍，故在此不多=;)所在光 路u、透明彈性體32和按鍵31光、，路2、上薄膜電 ^上所述者，僅為本創作較；出來。 之範圍。即凡屬於二：申 内。^化與修飾皆因屬於本創作專利 第7頁 M244567 圖式簡單說明 【圖式簡單說明】 圖一係為中華民國專利案號9 0 1 29 698之發光鍵盤的第 二圖。 圖二係為本創作之薄膜電路組合較佳實施例。 圖三係為本創作之薄膜電路組合應用於一發光按鍵的 較佳實施例。 圖式之圖號說明： 1 -薄膜電路組合V. Creation (2) Force > Make the upper contact point and the lower contact point The thin film circuit combination also includes contact, forming a conductive state. Circuit, which are electrically connected up and down respectively: touch: electrical line and-the second conductive line sends out a key signal. ",, and the upper and lower contact points are turned on. Another embodiment of this creation is to build up + a light-emitting button, so that the $ M circuit combination of the light-emitting button is applied to cover the upper and lower contact points, = The line will not be affected by this thin film circuit. [Embodiment] to achieve uniform hook light emission and sufficient brightness [Embodiment] As shown in Figure 2, the system for this creation includes: a thin film circuit n, "; =: better implementation For example, layer 15 (spacer). The lower / special film circuit 12 and the other thin film circuit 11 and the i thin film circuit 11 and the lower thin film circuit 12 are made of a transparent material, and each has an upper contact point 13 and a lower contact point 14, and the contact points are separated by a gap. Layer 15 to form a preset space 'm: point and lower contact point 14 which is made of indium tin oxide (Ht), which is transparent = conductive material f' and upper contact point j 3 and lower contact point ' Electrically, a conductive line 131 and a second conductive line 141. The first lead 131 and the second lead 1 4 1 are usually made of copper or silver, but in this preferred embodiment, they can also be oxidized. Made of indium tin (IT0) material. The spacer layer 15 has a proper thickness and is located between the upper thin film circuit and the lower thin film circuit 12. The spacer layer 15 is at the corresponding upper contact point 13 and the lower contact point. There is a through hole 1 5 1 at the position 1 4. The size of the through hole 1 5 1 is slightly larger than that of the upper M244567. V. Creation instructions (3) The size of the contact 13 and the lower contact point 14 is the contact point 1 4 Can be connected to the general contact point 1 3 "contact", and accounted for 14 contacts, forming a conductive state on the thin film circuit 1 1 By applying pressure, the company L wm ^ at ^ m ^ is designed to make the upper contact point 13 and the lower contact point 14 come into contact with each other to form a conductive state. 亍 #, see Figure 1 and Figure 2, which are based on this " For-a preferred embodiment of the illuminated button. Thin key = road two and thin film circuit combination b-light source body 32 knife mechanism 35, a keycap 31 has a light transmitting area 311, this light transmitting area 311 forms a specific symbol, which can be a letter completion macro ^ Q 1-^-Seek to pay. Yu Ke A number 'key towel from 31 refined by the page knife mechanism jsc1S ^ or mechaniSffl) 35 and set on the base plate 33, transparent elastomer 3 2 is set under the keycap 3 1,绿绿 π μ # a go ^ Q〇, the key width 31 can be adjusted by the scissors mechanism 35 and the transparent body 32 'so that the keycap 31 can move up and down relative to the base plate 33. The thin film circuit combination 1 includes a thin film circuit u and a lower film. Note: 21: Spacer layer 15. The upper thin film circuit 11 and the lower thin film circuit 12 are made of transparent materials, and have an upper contact point 3 and a lower contact point 4 respectively. The upper contact point 13 and the lower contact point 14 are insulated by a spacer 15 , And = contact — 13 and the lower contact point 14 are electrically connected to a first conductive line and a first conductive line 1 4 1 respectively, the upper contact point 丨 3, the lower contact point 丨 4 are emulsified indium tin (IT0) It is made of a light-transmissive conductive material f, and the first = line = 1 and the second wire 141 are usually made of copper or silver. In this embodiment, indium tin oxide (丨 τ〇) made of materials. The gate barrier layer 15 has an appropriate thickness and is located on the upper thin film circuit η and the lower M244567. V. Creative Instructions (4) _ nm: ':: The layer 5115 has a through hole 151 at the corresponding upper contact point 13 and the lower contact curse. The size of the through-hole 151-1, the two-point 13 and the lower contact point 14 is such that the contact 13 is in contact with the contact point 14 to form a conducting state. The contact point point 13 and the lower contact point J are: soil, and the contact point is a light emitting body, and the preferred embodiment of this creation is to familiarize yourself with this; therefore, changes in such light sources will still be Without losing the essence of this creation, Kangshu has disclosed and implemented changes, so there are not many here;;) where the light path u, the transparent elastomer 32 and the key 31 light, the road 2, the above-mentioned film ^ , Just for this creative comparison; come out. Range. That is, where belongs to two: application. The modification and modification belong to this creative patent. Page 7 M244567 Simple illustration of the drawing [Simplified illustration of the drawing] Figure 1 is the second picture of the illuminated keyboard of the Republic of China Patent Case No. 9 0 1 29 698. Figure 2 is a preferred embodiment of the thin-film circuit assembly of this creation. Fig. 3 is a preferred embodiment of a thin film circuit combination applied to a light-emitting key. Description of the drawing number: 1-Thin film circuit combination
1 1 -上薄膜電路 1 2 -下薄膜電路 1 3 -上接觸點 1 3 1 -第一導電線路 1 4 -下接觸點 1 4 1 -第二導電線路 1 5 -間隔層 1 5 1 -透孔 3 1 -鍵帽 3 11 -透光區1 1-upper thin film circuit 1 2-lower thin film circuit 1 3-upper contact point 1 3 1-first conductive line 1 4-lower contact point 1 4 1-second conductive line 1 5-spacer layer 1 5 1-transparent Hole 3 1 -Keycap 3 11 -Transmissive area
3 2 -透明彈性體 3 3 -底板 3 4 _光源 35-剪刀機構3 2-transparent elastomer 3 3-base plate 3 4 _ light source 35-scissors mechanism
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