200840983 九'發明說明： 【發明所屬之技術領域】 本發明係指-種集光板及其 於W匕u 衣作方法與製作裝置，是用 方、、太/w面板組接之成型 用 有光線吸收之集光部，藉此隹光;^板’该集光板表面凹置 線之有效翻面積者。$ °可咏有讀能面板與光 【先前技術】 首按，請參照第一、二 之組合示意、第H；：，【係為f知之第—實施 目前無污染、高 〇 ’其中之製作組成 立月豆分解圖】；係指 電力生產之薄膜式形態的太陽能 可為： 基部1 0 1，兮其部1 -鍍層10?，： 1是—破璃製之透明體。 1 0 3所組成。其之朗1 Q 2係由複數鑛膜 長，後以雷射㈣· = 基部1 〇1上成 膜1〇3及導槽i "^曰1〇3 1。而後於鍍 帝射於第再進行觀1 Q 3作業，後又以 田射、乐—層之鍍月莫工 q I刺除形成導槽1 0 3 1。再 於弟-層之_1 〇3及導 3作業，俾完成1層1〇2。 再進行鑛膜1〇 一玻璃層1 ◦ 6 ’該玻璃層i ◦ 之金屬薄膜10 5上，達成 /手⑽層10 2 ΗΛ^β1ηι+ 連成太W面板10之組裝，並輔 助基部10 1鱗細1〇 200840983 據此，（如第二圖所示）該基部i ^與玻璃層丄〇 6 以夾持保護鍍層1〇 2，據以隔絕鍍層1〇 2受水氣侵蝕， 以及防護太陽能面板1 0免受塵、垢污損。 然該鍍層1 〇 2之製作步驟繁複，且極其耗費成本及物 料，故造成太陽能面板1〇價位居高不下的要因。而該捕集 光線之鍍層1 〇 2，主要呈平面狀態，其平面狀態更易直接 反射光線，進而影響太陽能面板1 〇對光線之捕集效益，且 平面狀態之太陽能面板1 〇在光線入射角度㊀〇是有一定 限制’尤入射角度Θ 〇 —般僅（約）限於九時階段t 0 1至 一十六時階段t 〇 1之間為最佳涵蓋範圍；惟早於九時階段 t 0 1之日出階段，以及晚於一十六時階段t 〇 1之日落階 段，其光線角度一般則小於九時階段t 〇 1及一十六時階段 t 0 1之入射角度㊀〇，以導致光線易於直接由太陽能面板 10直接反射。 又加上日出、日落階段時之照度（照度：陽光光線之明 暗度）明顯不足，更導致此呈平面狀態之太陽能面板1〇無 法於日出、日落階段有效率吸收光線及發電。 請參照第三、四、五圖所示，【係為習知之第二實施之 組合含局部放大示意、第二實施之採光示意、第二實施之上 視示意圖】；其中，該太陽能面板1 ◦為解決上述第一實施 光線直接反射與日出、日落階段之照度受限問題，並提昇光 6 200840983 線捕集效益，因此，研製作者特地取-金屬製之底層部2 〇,且於具電能傳輸能力之絲部2Q上成長树_立碗 狀的承窩薄板3 0 (-般承窩薄板3〇是以姆為主），並 T寫薄板3 0上分佈有複數透空的承窩3 Q丄（請配合參 照弟五圖）’該承窩3 0 1是具弧形之凹穴，藉弧形之凹穴 有效增高光線再承窩3 Q i表面献有具折射光 線與電能傳輸之導電層3 0 2(導電層3 0 2 -般是於承窩 薄板30上鑛銀為主）；而承窩301於透空處結合有一結 晶石夕球4 0。而後承寫薄板3 〇上再以一透明層體5 〇封 摯，俾以組成一具承窩3 〇丄與結晶石夕球4 〇之太陽能面板 1 〇 ’並實質以承窩3 0 1提昇祕捕集效益，以及配合碗 狀組裝連結成一發電模組。惟承离3 01在製造過程中，亦 疋極耗費日才間與金錢之實施，故此一具結晶石夕球4 〇狀 態，亦未能有效降低太陽能面板工〇成本；而後，該底層部 2 〇與承窩薄板3 Q係為不同材質’致令承⑽板3 〇易自 底層部20剝落。 承上，於所示之太陽能面板10，均未能有效降低製作 成本，肇令太陽能面板1〇之價位居高不下；俾降低太陽能 面板1 0之普及與實用性，故此，深切影響太陽能面板丄〇 未能成為商業化能源轉換需求。因此，該太陽能面板i 〇在 製作上仍有其成本簡約之改進必要。 · 【發明内容】 200840983 鏗於以上所述’本發明人朝向降低製域本及增高光線 有效捕集面積’造成反覆反射_光線，以及擴大S策準 等…方向研發，並希望擴及至不用考慮光線入射角度，且: 效改善日出、日落階段及照度之應用環境光譜捕集，遂而思 及於板體設置成曲浮狀態為最佳，俾令板體叫浮狀態形成 增具光線捕叙絲板’並打舰賴絲板及其製作方 法。 是之，該所設之集光板可為一曲浮狀態及兼具薄形與 生的物件’且集光板之曲浮狀態’主要係制凹置形式， 如置處俾以可反航射級之複合曲面為最佳，藉此曲面 複數凹置、形成有採光部’且在採光部表面成長有捕集光線 之鍍層。 另於，該採光部底部可加以平置，平置處可未成長有 鍍層或鍍以-導電層，後平置處可黏結有結晶石夕球（條）。 又於，該集光板之製作，主要係於押出機押出一板體， 且於板體成型複數凹置之採光部，再由具採光部之板體裁切 成預定大小的集光板；而該板體之採光部製作： 可由一冲模成型，而冲模預製、分佈有突出之刀體，再 以冲板及刀體連續鍛壓板體，迫使刀體侵入板體表面形成凹 紋狀態之採光部，藉此連續分佈之採光部，令板體表面成為 集光部者。 200840983 又可由一刀輪成型，而刀輪圓周預製、分佈有突出之 刀體’再心輪連續旋轉_、無及侵人板體形成連續分 佈之採光部，並以此賴分狀採切，令板體表面成為集 光部者。 μ 另可由研磨輪成型，其板體經研磨輪返復加工後，將板 體刨削出採光部。 ' 或可由銑刀成型，其板體經銳刀返復加工後，將板體挖 削出採光部。 故，可知本發明之目的在於：可兼具撓性之板體，該 板體以曲浮狀態形成增具光職集之集歧，據此集光板之 曲/予狀怨’有效增加絲接觸面積，^擴及提升級入射角 度之涵蓋範圍，以及又可擴及日出、曰落階段及照度之環境 光^捕木，有效加倍集光板之光線收集率與光線收集時間。 亚板體可湘撓轉徵，增具板體有調整外型及應用範圍擴 充貫效’籍以徹底摒除習知有光線直接反射及剝落現象；更 令本發明增具有防止集光板反光效益特性。 疋之，該集光板之製作可由押出機快速、大量押出成板 體，再押出之板體可由規格統一之刀輪鍛壓、冲模鍛壓、研 磨輪或銑刀連續製作成型具有集光部；而後，將成型有集光 部之板體於後段加工製程中再予裁切成一預定大小之集光 板。俾令以此快速及大量、大規模及連續式程序之後段加工 9 200840983 製作，藉以大幅提高、增加集光板產量，有效以快速生產、 高精度、尺寸統一及量化來有效平均與降低集光板生產成 本，故此反應出集光板兼具有物美、廉價之產物優異特性， 必能為集光板提南有效之市場接納性。 【實施方式】 今為使貴審查委員對本發明有更進一步之瞭解，茲佐 以下列實施例說明之。 請貴審查委員參閱第六圖所示，【係為本發明之組合 含局部組合放大示意圖】；係指一種集光板及其製作方法與 衣作裝置，其中，係指-太陽能面板丨所設之集光板2，該 成型-體之集光板2設有增加光線吸收之集光部21，且於 集光部2 1佈設有凹置之採光部2 2，並採絲2 2表面可 成長有捕集光線之鍍層a，再鑛層a上封摯有—透光之保護 層b，俾鍍層a再配合以集光板2本身將光線轉換之電能傳 導出太陽能面板1。 疋之’絲光板2單表面設有增加光線吸收之集光部2 1，而採光部22則為具弧面之錐型槽。 4茶閱第七、八圖所示，【係為本發明之採光部第一實 知、Μ部第二實施圖】；係指光線可於採光部2 2中反覆 反射，且以採光部2 2之曲浮狀態增加光線有效接觸面積，. ^影響至能捕集日出、日落階段及照度之應用環境光譜，（如 弟八圖所示）令採光部2 2之人㈣度㊀顧肖度有效超出 200840983 九時階段t1鱼—+丄士 2之光線收鱗。wu’因此心増加集光板 '九、十圖所示，【係為本發明之採光部第三實 知、採光部第四實施圖】;(如第九圖所示 :: 光部2 2可為4凹置之私 凹七，且集光板2之採光部29死只& (雙面）成型’據此增加集光板2之可撓性；（如第十騎 Ο ί) 不）而該凹置之採光部22可為圓弧狀之凹槽。。 明之eh閱第十…十二、十三騎示，【係為本發 之條狀示意、採光部之圓形示意、採光部之多邊 八回一中，6亥採光部2 2之佈設呈現可為條狀佈設 ，角錐凹槽（如第十—圖所示）。另採光部2 2之佈設可為 圓^形凹槽呈現（如第十二圖所示）。又集光部2佈設之採 光部2 2可為多邊錐形凹槽呈現（如第十三圖所示）。 明苓閱第十四、十五圖所示，【係為本發明之結晶矽球 之、且衣示思、結晶矽條之組裝示意圖】；其中，該採光部2 2底部可加以平置，而平置處可未成長有鍍層a，或鍍以一 $电層a 1 ’且平置處可黏結有結晶矽球3。（請搭配參照 第十四圖）該採光部2 2可為條狀佈設，且採光部2 2底部 可加以平置，而平置處可未成長有鍍層a，或鍍以一導電層 a 1 ’且平置處可黏結有結晶矽條4者（如第十五圖所示）。 然而’請參閱第十六、十七、十八圖所示，【係為本發 200840983 明之第-製作示意、第二製作示意、第二製作之局部變化製 作示意圖】；其中’該集光板1於製作過程中之步驟可為： 其步驟一：先取一押出之板體2 a。 其步驟二：再於板體2 a表面鍛壓形成凹紋狀態之採 光部2 2，藉此連纟買分佈之採絲2 2 ♦板體2 a表面成為 集光部2 1 ’其後可將板體2 a蜷曲成捲，以便此具集光部 2 1之板體2 a能有效提昇半成品倉儲效益及後段加工勢 作過程的快速性。 其步驟三：再將具集光部21之板體2a裁切成預定大 小之集光板2。 再言，該板體2 a成型，可運用一押出機〜押出該板 體2 a。而板體2 a於押出後，於板體2 3一側上形成採光 部2 2 ’則具凹紋狀悲之採光部2 2可運用以鍛壓元件c 成型。其中，該採光部2 2以鍛壓元件c製作時，可先於锻 壓元件c内設有定溫加熱器c 〇，且鍛壓元件^一側預製、 分佈有突出之刀體cl，再以鍛壓元件壓板體，迫 使刀體c1侵入板體2 a表面形成分佈之凹紋狀態採光部 2 2，並锻壓元件c以定溫加熱器c 〇提供溫度用以消除採 光部2 2的回復力及應力，藉此分佈之採光部2 2令板體2 a表面成為集光部2 1，再具集光部2 1之板體2 a可運用 一裁切元件d裁切成預定大小之集光板2 ;惟集光板2於具 200840983 採光部2 2之表面可成長有捕集光線之鍍層a ;而該鍍層^ 上可封摯有一透光之保護層b者（請參照第十六圖所示）。 另於’該锻壓元件c可為一冲模c 2，而冲模c 2内設 有定溫加熱器c 〇，又冲模c 2—側預製、分佈有突出之刀 體’再以鍛壓元件c連續鍛壓板體2 a，迫使刀體c l 侵入板體2 a表面形成凹紋狀態之採光部2 2，藉此形成連 續分佈之採光部2 2，並鍛壓元件c以定溫加熱器c 〇提供 溫度用以消除採光部2 2的回復力及應力，令板體2 a表面 成為集光部21 ;(請參照第十七圖所示）或該鍛壓元件c 可為一刀輪c 3，其刀輪c 3内設有定溫加熱器c 〇，又刀 輪c 3圓周預製、分佈有突出之刀體c 1，再刀輪c 3以刀 體c 1連續旋轉輥鍛、嚅壓及侵入板體2 a，迫使刀體^ 侵入板體2 a表面形成凹紋狀態之採光部2 2,藉此形成連 續分佈之採光部2 2，並鍛壓元件c以定溫加熱器c 〇提供 溫度用以消除採光部2 2的回復力及應力，令板體2 a表面 以滿佈採光部2 2組成集光部2 1 ;而該刀體c 1之造型係 影響有採光部2 2型態。（請參照第十八圖所示）該鍛壓元 件c可為雙向之刀輪c 3，其刀輪c 3内設有定溫加熱器c 〇 ’又刀輪c 3圓周預製、分佈有突出之刀體c 1，再刀輪 c 3以刀體c 1連續旋轉輥鍛、嚅壓及侵入板體2 a，迫使 刀體cl侵入板體2 a表面形成凹紋狀態之採光部2 2，藉 1今 200840983 此形成連續分狀採光部2 2，並姆元心歧溫加熱器 C0提供溫度用以消除採光部22的回復力及應力 ，令板體 2 a表面以滿佈採光部2 2組成集先部2 1 ;而該刀體C 1 之ie型係影響有採光部2 2型雖200840983 九的发明说明: [Technical Field of the Invention] The present invention relates to a light collecting plate and a W匕u clothing manufacturing method and manufacturing device thereof, which are formed by using square, and too/w panels. Absorbing the light collecting portion, thereby illuminating; the plate is the effective turning area of the concave line on the surface of the light collecting plate. $ ° can read the panel and light [previous technology] First press, please refer to the combination of the first and second, the first H;:, [the system is the first to know the implementation of the current pollution-free, high-skills] The group establishes the decomposition diagram of the moon bean]; the solar energy of the film type of electricity production can be: base 10 1 , 兮 1 part - plating 10?, : 1 is - transparent body made of glass. 1 0 3 composition. Its lang 1 Q 2 is made up of a plurality of mineral membranes, followed by a laser (4)· = base 1 〇1 on the film 1〇3 and a channel i "^曰1〇3 1 . Then, after the plating was shot, the first Q 3 operation was performed, and then the channel 1 1 3 3 was formed by the tying of the field and the layering of the music layer. After the operation of the brother-layer _1 〇 3 and the guide 3, the 1 1 layer 1 〇 2 is completed. Then, the metal film 10 5 of the mineral film 1 〇 a glass layer 1 ◦ 6 ' is formed on the metal film 10 5 of the glass layer i , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Scale 1〇200840983 According to this, (as shown in the second figure) the base i ^ and the glass layer 丄〇 6 to sandwich the protective coating 1 〇 2, according to the insulation coating 1 〇 2 is eroded by water vapor, and protective solar energy The panel 10 is protected from dust and dirt. However, the manufacturing process of the plating layer 1 繁 2 is complicated, and it is extremely costly and material, which causes the high price of the solar panel 1 to be high. The coating layer 1 〇 2 of the trapping light is mainly in a planar state, and the planar state thereof is more likely to directly reflect the light, thereby affecting the solar panel 1 〇 light collecting effect, and the planar solar panel 1 is at the incident angle of the light. 〇 There is a certain limit to the 'incident angle of incidence Θ 〇 - generally only (about) limited to the nine-time period t 0 1 to 16 o'clock phase t 〇 1 between the best coverage; only before the 9 o'clock phase t 0 1 The sunrise phase, and the sunset phase of the t 〇1 phase later than the 16 o'clock phase, the ray angle is generally less than the incident angle of the 9 o'clock phase t 〇 1 and the 16 o'clock phase t 0 1 to cause light It is easy to directly reflect directly from the solar panel 10. In addition, the illuminance at sunrise and sunset (illuminance: the darkness of the sunlight) is obviously insufficient, which makes the solar panel in the flat state unable to absorb light and generate electricity efficiently during sunrise and sunset. Please refer to the third, fourth and fifth figures, [the combination of the second embodiment of the prior art includes a partial enlargement, the second embodiment of the lighting, and the second embodiment of the second embodiment; wherein the solar panel 1 ◦ In order to solve the above-mentioned first implementation of direct light reflection and illumination limitation at sunrise and sunset, and to improve the efficiency of light 6 200840983 line capture, the authors specially take the bottom part of the metal - 2 〇, and have electrical energy The growth capacity of the silk part 2Q grows up on the tree_the bowl-shaped socket sheet 3 0 (the general-funded sheet is 3 〇 is the main one), and the T-shaped sheet 30 has a plurality of sockets 3 Q丄 (please refer to the reference to the fifth figure) 'The socket 300 is a curved recess. The arc-shaped recess effectively increases the light and then the socket. 3 Q i surface is provided with refracted light and power transmission. The conductive layer 3 0 2 (the conductive layer 3 0 2 is generally dominated by the mineral silver on the socket sheet 30); and the socket 301 is combined with a crystalline stone ball 40 in the open space. Then, the thin plate 3 is placed on the top of the plate and then sealed with a transparent layer 5 to form a solar panel 1 〇 承 结晶 结晶 结晶 结晶 结晶 结晶 结晶 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 太阳能 太阳能 太阳能The secret collection benefits, and the combination of the bowl assembly into a power module. However, in the manufacturing process, it was also extremely difficult to implement the implementation of the day and the money. Therefore, the state of a crystalline stone ball was not effective in reducing the cost of solar panel work. Then, the bottom part 2 〇 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承 承According to the above, the solar panel 10 shown in the above shows that the cost of the solar panel is not high, and the price of the solar panel is high; the popularity and practicality of the solar panel 10 are reduced, so that the solar panel is deeply affected.丄〇 failed to become a commercial energy conversion demand. Therefore, the solar panel i 仍有 still has the need to improve its cost simplicity. · [Summary of the Invention] 200840983 铿In the above-mentioned 'The inventor's approach to reducing the area of the field and increasing the effective area of light absorption' caused by the reflex _ ray, and the expansion of S policy, etc., and hope to expand to no consideration The angle of incidence of light, and: to improve the sunrise, sunset stage and illumination of the application environment spectrum capture, and think that the plate is set to the best in the floating state, so that the plate is called floating state to form an increase in light catching Syrian board 'and the ship's silk board and its making method. In this case, the concentrating plate provided by the device can be a floating state and a thin and raw object 'and the curved state of the concentrating plate' is mainly a concave form, such as being placed at an anti-aircraft level. The composite curved surface is optimal, whereby the curved surface is plurally recessed, and the lighting portion is formed, and a plating layer for collecting light is grown on the surface of the lighting portion. In addition, the bottom of the lighting portion can be flattened, and the flat portion may not be plated or plated with a conductive layer, and a crystal stone ball (strip) may be adhered to the rear flat portion. In addition, the illuminating plate is mainly produced by extruding a plate body, and forming a plurality of concave lighting portions in the plate body, and then cutting the plate body with the lighting portion into a concentrating plate of a predetermined size; and the plate The production of the lighting part of the body: It can be formed by a die, and the die is prefabricated and distributed with a protruding blade body, and then the plate body is continuously forged by the punching plate and the blade body, forcing the blade body to invade the surface of the plate body to form a lighting state in the concave state. The continuously distributed lighting portion makes the surface of the plate body a light collecting portion. 200840983 can be formed by a cutter wheel, and the cutter wheel is prefabricated and distributed with a prominent cutter body 'continuous rotation of the heart wheel _, and the invasive plate body forms a continuous distribution of the lighting section, and the cutting is used to cut and cut The surface of the plate becomes the light collecting unit. μ can also be formed by a grinding wheel, and after the plate body is processed by the grinding wheel, the plate body is shaved out of the lighting portion. ' Or it can be formed by a milling cutter. After the plate body is processed by a sharp knife, the plate body is dug out of the lighting part. Therefore, it can be seen that the object of the present invention is to provide a flexible plate body which is formed in a curved state to form an assembly of the optical assembly, whereby the curved plate of the light collecting plate can effectively increase the wire contact. The area, the extent of the expansion and the angle of incidence of the lifting stage, and the ambient light that can be extended to the sunrise, the fall stage and the illumination, effectively double the light collection rate and light collection time of the light collecting plate. The sub-plate body can be flexed and transferred, and the plate body has an adjustable shape and a range of application to expand the effect. It is necessary to completely eliminate the light direct reflection and peeling phenomenon; and the invention has the function of preventing the light-reflecting effect of the light-collecting plate. . In short, the production of the light collecting plate can be quickly and massively extruded into a plate body by the extruding machine, and the plate body which is pushed out can be continuously formed by the cutter wheel forging, die forging, grinding wheel or milling cutter with uniform specifications; and then, The plate body formed with the light collecting portion is further cut into a light collecting plate of a predetermined size in a subsequent processing process.以此 以此 以此 以此 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 The cost, therefore, reflects the excellent characteristics of the light-collecting plate and the product of the United States and the cheap, and it is sure to be an effective market acceptance for the light-collecting plate. [Embodiment] Now that the reviewer has a better understanding of the present invention, the following examples are given. Please refer to the sixth figure, [is a schematic diagram of the combination of partial combination of the present invention]; it refers to a light collecting plate, a manufacturing method thereof and a clothing device, wherein the solar panel is provided The light collecting plate 2, the light collecting plate 2 of the forming body is provided with a light collecting portion 21 for increasing light absorption, and a light collecting portion 2 2 is disposed in the light collecting portion 21, and the surface of the picking wire 2 2 can be grown and caught. The light-plating layer a is formed, and the re-mineral layer a is sealed with a light-transmissive protective layer b. The ruthenium plating layer a is further combined with the light-collecting sheet 2 itself to conduct the light-converted electric energy out of the solar panel 1. The single-surface of the mercerized sheet 2 is provided with a light collecting portion 2 1 for increasing light absorption, and the lighting portion 22 is a tapered groove having a curved surface. 4 tea is shown in the seventh and eighth figures, [the first actual realization of the lighting section of the invention, the second implementation diagram of the scorpion section]; the light is reflected in the lighting section 22, and the lighting section 2 The floating state of 2 increases the effective contact area of light, which affects the application environment spectrum that can capture sunrise, sunset stage and illumination, (as shown in the figure of the eight), so that the person in the lighting department 2 (four) degree The degree is valid beyond the 200840983 nine-time stage t1 fish - + gentleman 2 light scale. Wu's 増 増 増 増 増 ' ' ' ' 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九 九4 recessed private recess seven, and the lighting portion 29 of the light collecting plate 2 is dead & (double-sided) forming 'according to the flexibility of the light collecting plate 2; (such as the tenth riding ί ί) The recessed lighting portion 22 can be an arc-shaped groove. . Ming eh read the tenth... Twelve, thirteen rides, [the line is the indication of the hair of the hair, the circular indication of the lighting department, the multilateral eight-in-one of the lighting department, the layout of the 6 Haiguang Department 2 2 For the strip layout, the pyramid groove (as shown in the tenth-figure). The arrangement of the lighting portion 22 can be presented as a circular groove (as shown in Fig. 12). The lighting portion 22 disposed in the collecting portion 2 may be presented as a polygonal tapered groove (as shown in Fig. 13). As shown in the fourteenth and fifteenth figures of the Ming Dynasty, [is a schematic diagram of the assembly of the crystal ball of the invention, and the assembly of the clothing and the crystal rafter]; wherein the bottom of the lighting unit 2 2 can be placed flat. The flat portion may not have a plating layer a, or may be plated with an electric layer a 1 ' and a crystal ball 3 may be bonded to the flat portion. (Please refer to the fourteenth figure) The lighting unit 22 can be arranged in a strip shape, and the bottom of the lighting unit 22 can be flat, and the plating layer a can be grown without a plating layer or a conductive layer a 1 'And the flat strip can be bonded with a crystalline purlin 4 (as shown in Figure 15). However, 'Please refer to the sixteenth, seventeenth, and eighteenth figures, [this is the first paragraph of the 200840983 - production instructions, the second production diagram, the second production of the partial changes in the production diagram]; where the light collector 1 The steps in the production process may be as follows: Step 1: First take a plate body 2 a. Step 2: forging the surface of the plate body 2 a to form the lighting portion 2 2 in the concave state, thereby obtaining the distribution of the wire 2 2 ♦ the surface of the plate 2 a becomes the light collecting portion 2 1 ' The plate body 2 a is twisted into a roll, so that the plate body 2 a having the light collecting portion 21 can effectively improve the storage efficiency of the semi-finished product and the rapidity of the processing process in the latter stage. In the third step, the plate body 2a having the light collecting portion 21 is cut into the light collecting plate 2 of a predetermined size. Further, the plate body 2a is formed by using an extruder to eject the plate body 2a. After the plate body 2a is pushed out, a lighting portion 2 2 ' is formed on the side of the plate body 2 3 , and the fading light-receiving portion 2 2 can be formed by the forging element c. When the lighting unit 22 is made of the forging element c, the constant temperature heater c 先 may be provided in the forging element c, and the forging element ^ is prefabricated and distributed with the protruding body cl and then forged. The component pressing plate body forcibly inserts the cutter body c1 into the surface of the plate body 2a to form a distributed concave state lighting portion 2 2, and the forging member c supplies temperature with the constant temperature heater c 用以 to eliminate the restoring force of the lighting portion 22 and The light distribution portion 2 2 so that the surface of the plate body 2 a becomes the light collecting portion 2 1 , and the plate body 2 a of the light collecting portion 2 1 can be cut into a predetermined size by using a cutting member d 2; only the light-collecting plate 2 can have a plating layer a for collecting light on the surface of the light-receiving portion 22 of 200840983; and the plating layer can be sealed with a transparent protective layer b (please refer to the sixteenth figure) ). In addition, the forging element c can be a die c 2 , and the die c 2 is provided with a constant temperature heater c 〇, and the die c 2 - side prefabricated, distributed with a protruding body 'and continuous with the forging element c Forging the plate body 2 a, forcing the blade body cl to invade the surface of the plate body 2 a to form the lighting portion 22 in the concave state, thereby forming the continuously distributed lighting portion 22, and forging the component c to provide the temperature with the constant temperature heater c In order to eliminate the restoring force and stress of the lighting unit 22, the surface of the plate body 2a becomes the light collecting portion 21; (please refer to FIG. 17) or the forging element c may be a cutter wheel c3, the cutter wheel c 3 is provided with a constant temperature heater c 〇, and the cutter wheel c 3 is prefabricated and distributed with a protruding cutter body c 1, and the cutter wheel c 3 is continuously rotated by the cutter body c 1 for roll forging, rolling and invading the plate body 2 a, forcing the blade body 2 to invade the surface of the plate body 2 a to form the lighting portion 22 in the concave state, thereby forming the continuously distributed lighting portion 22, and forging the component c to provide temperature by the constant temperature heater c 用以 to eliminate The restoring force and the stress of the lighting portion 22 are such that the surface of the plate body 2 a is composed of the full lighting portion 2 2 to form the light collecting portion 2 1 ; and the shape of the cutter body c 1 is affected by Section 22 light patterns. (Please refer to FIG. 18) The forging element c can be a two-way cutter wheel c3, and the cutter wheel c3 is provided with a constant temperature heater c 〇' and the cutter wheel c 3 is prefabricated and distributed. The cutter body c 1 and the cutter wheel c 3 are continuously rotated by the cutter body c 1 to roll, press and invade the plate body 2 a, forcing the cutter body cl to intrude into the surface of the plate body 2 a to form the lighting portion 2 2 in the concave state. 1 Today 200840983 This forms a continuous fractal lighting unit 2 2, and the merging heart temperature heating heater C0 provides temperature for eliminating the restoring force and stress of the lighting portion 22, so that the surface of the plate body 2 a is composed of the full lighting portion 2 2 The first part 2 1 is set; and the ie type of the body C 1 affects the light-receiving part 2 2 type
Ο 疋之°玄刀月丑C 1之造型’請參閱第十九、二十、二十 一圖所示，【係為本發明之肝示意、刀㈣二示意、 刀體第三示意圖】；其中，該冲模^或刀輪c3之刀體c 1可為具弧面（圓形）之突出體（如第十九圖所示）；又刀 版C 1之造财可為多邊型之角錐體（如第二十圖所示）； 再刀體c 1之造型村為條狀佈設之錐型體（如第二十 所示）。 义而’ π茶閱第二十二、二十三圖所示，【係為本發明 ^第，作示意、第四製作示意圖[其中，該板體2 a之 =光部2 1可由1磨輪h成型，其板體2 —研磨輪乜返 復加工後’將板體2 a咖出採光部2丄（如第二十二圖所 示^或，該板體2 a之集光部2工可由一銳刀s成型，其 板也2 a經銑刀s返復加卫後，將板體2 a挖削出採光部2 1 (如第二十三圖所示）。 承上所述，可知本發明之優點在於：係指該可為薄犋式 之太陽能面板1，其主要在太陽能面板丄所設之低成本製 作、成型-體、可撓f曲的集光板2，該集光板2 一側具= 200840983 曲浮狀態之集光部2 1，錄集光部2 1佈設有凹置且連續 之‘光部2 2 ;據此採光部2 2形成增具光線㈣之集光板 2亚利用集光板2之曲浮狀態，有效增加⑽板2與光線 的接觸面^ ’期以此加倍集缺2之光線捕集率，藉以徹底 摒除習知之級έ接反射與捕财佳财及製作成本極高 等問題，更令本發明增具有防止集級2反光效益特性。 另於，可知本發明在於集光板2之製作時，是由押出機 w押出成板體2 a，其板體2 a可由冲模。2、刀輪c工、 研磨輪h或銳刀s快速加工、製作出集光部2丄，而後板體 2 a經夕魏序製作後，再由後段加I製作過程中以裁切元 件d裁切板體2 a，令板體2 a經域切形成預定大小的集 光板2，俾令集光板2可由上述機具快速、大量製作，有效 平均成本及增加集光板2產量。 據上組構及實施說明，當知本發明確實已將習用品結構 之缺失加以排除，使其經濟效益提升，故已具有產業利用 性、新穎性與進步性，符合發明專利要件。惟以上所述者， 僅為本發明之較佳實施例而已，並非用來限定本發明實施之 範圍。即凡依本發明申請專利範圍所做的均等變化與修飾， 皆為本發明專利範圍所涵蓋。 200840983 【圖式簡單說明】 圖式說明： 第一圖係為習知之第一實施之組合示意圖。 第二圖係為習知之第一實施立體分解圖。 第三圖係為習知之第二實施之組合含局部放大示意圖。 第四圖係為習知之第二實施之採光示意圖。 第五圖係為習知之第二實施之上視示意圖。 第六圖係為本發明之組合含局部組合放大示意圖。 第七圖係為本發明之採光部第一實施圖。 第八圖係為本發明之採光部第二實施圖。 第九圖係為本發明之採光部第三實施圖。 第十圖係為本發明之採光部第四實施圖。 第十一圖係為本發明之採光部之條狀示意圖。 第十二圖係為本發明之採光部之圓形示意圖。 第十三圖係為本發明之採光部之多邊形示意圖。 第十四圖係為本發明之結晶矽球之組裝示意圖。 第十五圖係為本發明之結晶矽條之組裝示意圖。 第十六圖係為本發明之第一製作示意圖。 第十七圖係為本發明之第二製作示意圖。 第十八圖係為本發明之第二製作之局部變化製作示意 第十九圖係為本發明之刀體第一示意圖。 第二十圖係為本發明之刀體第二示意圖。 200840983 第二十一圖係為本發明之刀體第三示意圖。 第二十二圖係為本發明之第三製作示意圖。 第二十三圖係為本發明之第四製作示意圖。 【主要元件符號說明】 (習用） t 0 1....九時階段 Θ 0 ....入射角度 1 0 ....太陽能面板 1 0 2….鍍層 1 0 3 1....導槽 1 0 6 ....玻璃層 2 0....底層部 3 0 1....承窩 4 0....結晶矽球 (本發明） a ....鑛層 c....锻壓元件 c 1 ....刀體 c 2…·冲模 一十六.…時階段t 0 1 1 0 1.…基部 1 0 3....鍍膜 1 0 4 1....鍍膜導槽 3 0....承窩薄板 3 0 2....導電層 5 0….透明層體封摯 b....保護層 c 〇…·定溫加熱裔 c 3 —刀輪 d.…裁切元件 w....押出機 h ....研磨輪 s ....銑刀 200840983 t 1....九時階段 ㊀….入射角度 1.. ..太陽能面板 2 a ....板體 2 2....採光部 4.. ..結晶矽條 t 1 ···.*—h六時階段 2.. ..集光板 2 1....集光部 3.. ..結晶矽球Ο 疋 ° ° 玄 月 月 丑 C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Wherein, the cutter body c 1 of the die or the cutter wheel c3 may be a protrusion having a curved surface (circular shape) (as shown in FIG. 19); and the wealth of the cutter C 1 may be a polygonal pyramid The body (as shown in the twentieth figure); the shape of the body c 1 is a strip-shaped cone (as shown in the twentieth). Yi and ' π tea read the twenty-second, twenty-three figure, [the system is the invention ^, for the schematic, the fourth production schematic [where the plate 2 a = light part 2 1 can be 1 grinding wheel h forming, the plate body 2 - after the grinding rim is returned to the processing, 'the board body 2 a coffee out of the lighting part 2 丄 (as shown in the twenty-second figure ^ or the plate body 2 a of the light collecting part 2 It can be formed by a sharp knife s, and after the plate is also returned by the milling cutter s, the plate body 2 a is dug out of the lighting portion 2 1 (as shown in the twenty-third figure). It is understood that the invention has the advantages that the solar panel 1 can be a thin-film type, which is mainly used in the low-cost manufacturing, forming-body, and flexible curved light collecting plate 2 of the solar panel, and the light collecting plate 2 One side has a light collecting portion 2 of 200840983 in a floating state, and the collecting light portion 2 1 is provided with a concave and continuous 'light portion 2 2; accordingly, the lighting portion 22 forms a light collecting plate 2 of the additional light (four) By using the curved state of the light collecting plate 2, the contact surface of the plate 2 and the light is effectively increased (10), thereby doubling the light capturing rate of the missing set 2, thereby completely eliminating the conventional level of reflection and the good fortune. The problem of extremely high cost and the like further enhances the present invention to prevent the reflective performance characteristics of the level 2. In addition, it can be seen that the present invention is produced by the extruder w to be extruded into a plate 2 a, the plate body 2 a when the light collecting plate 2 is produced. It can be quickly processed by the die, 2, the cutter wheel c, the grinding wheel h or the sharp knife s, and the light collecting part 2丄 is produced, and the rear plate body 2 a is produced by the Xi Wei sequence, and then the rear part is added to the I production process. The cutting element d cuts the plate body 2 a, so that the plate body 2 a is cut through the field to form the light collecting plate 2 of a predetermined size, so that the light collecting plate 2 can be quickly and mass-produced by the above-mentioned machine, and the average cost is increased and the output of the light collecting plate 2 is increased. The above structure and implementation description, when we know that the invention has indeed excluded the lack of the structure of the goods, so that its economic benefits are improved, it has industrial utilization, novelty and progress, in line with the invention patent requirements. The present invention is only intended to be a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. All changes and modifications made by the scope of the present invention are covered by the scope of the present invention. Schematic BRIEF DESCRIPTION OF THE DRAWINGS: The first figure is a combination of the first implementation of the prior art. The second figure is a stereoscopic exploded view of the first implementation of the prior art. The third figure is a combination of the second implementation of the prior art with partial amplification. The fourth figure is a schematic view of the second embodiment of the prior art. The fifth figure is a schematic view of the second embodiment of the prior art. The sixth figure is a schematic diagram of the combination of partial combination of the present invention. The first embodiment of the lighting unit of the present invention is the second embodiment of the lighting unit of the present invention. The ninth drawing is the third embodiment of the lighting unit of the present invention. The fourth embodiment is a strip diagram of the daylighting portion of the present invention. The twelfth image is a circular schematic view of the daylighting portion of the present invention. The thirteenth figure is a schematic view of a polygon of the daylighting section of the present invention. The fourteenth drawing is a schematic view of the assembly of the crystal gleam of the present invention. The fifteenth figure is a schematic view of the assembly of the crystalline purlin of the present invention. Figure 16 is a first schematic view of the invention. Figure 17 is a schematic view of the second fabrication of the present invention. Figure 18 is a schematic view showing the partial variation of the second fabrication of the present invention. The nineteenth diagram is the first schematic view of the blade body of the present invention. The twentyth drawing is the second schematic view of the blade body of the present invention. 200840983 The twenty-first figure is the third schematic view of the blade body of the present invention. The twenty-second figure is a schematic view of the third production of the present invention. The twenty-third figure is a fourth production diagram of the present invention. [Main component symbol description] (Utility) t 0 1.... Nine-time phase Θ 0 .... Incident angle 1 0 .... Solar panel 1 0 2.... Plating 1 0 3 1.... Slot 1 0 6 .... Glass layer 2 0....Bottom portion 3 0 1.... socket 4 0....crystal 矽 ball (present invention) a ....mine layer c.. ..forging element c 1 .... knife body c 2...·die 16·...time phase t 0 1 1 0 1....base 1 0 3....coating film 1 0 4 1.... Coating guide groove 3 0.... socket sheet 3 0 2....conductive layer 5 0....transparent layer body seal b....protective layer c 〇...· fixed temperature heating c 3 - cutter wheel d....Cutting element w....Extrusion machine h .... Grinding wheel s .... Milling cutter 200840983 t 1.... Nine-time stage one....Injection angle 1....Solar panel 2 a ....plate body 2 2....lighting section 4..... crystallized purlin t 1 ···.*-h six o'clock phase 2... collecting plate 2 1....light collecting Department 3... Crystallized Ryukyu