M324786 八、新型說明： 【新型所屬之技術領域】 本創作係指一種集光板，該集光板表面凹置有光線 收之集光部，藉此集光部增加光線接觸面積者。、'、吸 【先前技術】 首按’請參照第―、二圖所示，【係μ知之第—實施之电八— 意、第-實施立體分解圖】；係指目前無污染、高電力 = 版式形態的太陽能面板丄0，其中之製作組成可為： 4 —基部101，該基部101是一玻璃製之透明體。 Ο::該捕集光線之卿2係由複數鑛膜1 所'、且成。其中’該錢膜1 ◦ 3係於基部！ 〇 i上成長，德 以雷射局部祕，俾以 及導槽1〇 3!上n 而後於鑛膜1〇 3 層之#膜]η 1 ⑽月果1 0 3作業’後又以雷射於第二 二（J3及導二部制除形成導槽1 〇 3 1。再於第二層之鑛 鍍層丄02。 d1上再進行鍍膜103作業，俾完成一 —玻璃層1 〇 6， 金屬薄膜105上，、彻1Q6則封摯於鑛層102之 η ' ，達成—太陽能面板1 0之組裝，並輔助基 部101夾持鍍層丄〇 2。 據此，（如第二圖戶 持保護麵102，據)該基部101與玻璃層106以失 搞絕鍍層1 0 2受水氣侵蝕，以及防 5 M324786 護太陽能面板10免受塵、垢污損。 然該鍍層1 0 2之製作步驟繁複，且極其耗費成本及物 料，故造成太知能面板1 0彳貝位居局不下的要因。而該捕华光 線之鍍層10 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10對光線之捕集效益，且平面狀 怨之太此面板1 0在光線入射角度㊀〇是有一定限制，尤入 射角度ΘΟ—般僅（約）限於九時階段t 〇 1至一十六時階段 t Ο 1之間為最佳涵蓋範圍；惟早於九時階段t 〇 日出階 段，以及晚於一十六時階段t 0 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 0，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 曰出、日落階段有效吸收光線及發電。 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】；其巾’該太陽能面板！ Q驗決上述第—實施光線直接反 射與日出、日落階段之照度受關題，並提昇光線捕集效益， 因此，研製作者特絲-金屬製之底層部2Q，且於具電能傳 輸能力之底層部2 0上成長有複數獨立碗狀的承_板3 〇 (-般承寫薄板3 0是以銘材為主），並於承离薄板3 〇上分佈 6 M324786 有複數透空的承窩3 〇 1 (請配合參照第五圖），該承窩3 〇 1 是具弧形之凹穴’藉弧敎凹穴有效增高光線難面積；再承 寓3 Ο 1表面成長有具折射光線與電能傳輸之導電層3 〇 2 (導電層3 0 2—般是於承窩薄板3 〇上鍍銀為主）；而承窩3 0 1於透空處結合有—結晶树4 Q。而後承窩薄板3 〇上再 以-透明層體5 〇封摯，俾以組成—具承窩3 ◦ i與結晶石夕球 4 0之太陽能面板1〇，並實質以承窩3 〇1提昇光線捕集效 益，以及配合碗狀組裝連結成一發電模組。惟承窩3 〇丄在製 造過程中，亦是一極耗費時間與金錢之實施，故此一具結晶矽 球4 0狀態，亦未能有效降低太陽能面板丄〇成本；而後，該 底層部2 Q與承窩薄板3 〇係為不同材f，致令承窩薄板3 〇 易自底層部2 0剝落。 承上，於所不之太陽能面板1〇，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之普及與實雜，故此，深切影響太陽能面板χ 〇未能成 為商業化能雜換需求。因此，該太陽能面Q在製作上仍 有其成本簡約之改進必要。 【新型内容】 鑑於以上親’本創作人躺降低製作成本及增高光線有 效捕集面積，造成反覆反魏集光線，以及擴大照度麵等. 方向研發，並希錢及至不时慮l㈣度，且有效改呈 7 M324786 .日出、日落階段及照度之應㈣境光譜難，遂而思及於板體 •設置成曲浮狀態為最佳，俾令板體以曲浮狀態形成增具光線捕 集之集光板，並於下列陳述該集光板及其製作方法。 是之，該所設之集光板可為一曲浮狀態及兼具薄形與挽性 的物件，且集光板之曲浮狀態，主要係採用凹置形式，且凹置 處俾以可反获射光線之複合曲面為最佳，籍此曲面複數凹 置、形成有採光部，且在採光部表面成長有捕集光線之鑛層。 > 狀，絲光部底部可純平置，平£處可未成長有鑛層， 或鑛以-導電層，後平置處可黏結有結晶石夕球（條）。 又於4集光板之製作，，主要係於押出機押出一板體，且 2板體成龍數凹置之採光部，再由具縣部之板賴切成預 疋大小的集光板；而該板體之採光部製作： 可由冲模成型，而冲模預製、分佈有突出之刀體，再以 >冲模及刀體連續锻壓板體，迫使刀體侵入板體表面形成凹紋狀 悲之私光部’藉此連續分佈之採光部，令板體表面成為集光部 者。 又可由-刀輪成型，而刀輪圓周預製、分佈有突出之刀體， 再以刀輪連續旋轉輥鍛、。齧壓及侵入板體形成連續分佈之採光 部’亚以此連續分叙採光部，令《表φ成為集光部者。 另可由研磨輪成型’其板體經研磨輪返復加工後，將板體 包1J削出採光部。 8 M324786 • 或可由銑刀成型，其板體經銑刀返復加工後，將板體挖削 β 出採光部。 故’可知本創作之目的在於：可兼具撓性之板體，該板體 以曲浮狀態形成增具光線收集之集光板，據此集光板之曲浮狀 態、’有效增加光線接觸面積’讀及提升光線人射角度之涵蓋 . ㈣’以及又可擴及日出、日落階段及照度之環境光譜捕集， • 极加倍集光板之光線錢率與光線㈣日㈣。並板體可利用 挽性特徵’增具板體有調整外型及應用範圍擴充實效，藉以徹 底摒除習知有光線直接反射及剝落現象；更令本創作增具有防 止集光板反光效益特性。 是之’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-之刀輪鍛壓、冲模锻壓、研磨輪或 銳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_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，必能為集光板提高有效之 市場接納性。 【實施方式】 瀑 今為使t審查委員對本創作有更進一步之瞭解，兹.佐以 M324786 下列實施例說明之。 請貴審查委員參閱第六圖所示，【係為本創仕 乍之組合含 局部組合放大示意圖】，係指一種集光板2，发tb /、中，該成型 一體之集光板2是一用於太陽能面板1之物件， 身 夂集光板 2設有增加光線吸收之集光部2 1 ’且於集光部 ° d 1佈設 有凹置之採光部2 2，並採光部2 2表面可成長有捕，， 線之鍍層a，再鍍層a上封摯有一透光之保雜 b;俾鍍 層a再配合以集光板2本身將光線轉換之雷 电月b傳導出太 陽能面板1。 而後，其集光板2設有增加光線吸收之集光部9 2 1，集光 板2表面設有增加光線吸收之集光部21，且於隹， ” '於木光部21佈 故有凹置之採光部2 2，而採光部2 2則為魏面之錐型槽， 並採光部22表面可成長有捕集光線之鍍層3， 曰， 轨 丹蠼層a上封 手有-透光之倾層b;俾鑛層a再配合以集光板2本身將 轉換之電能傳導出太陽能面板1。 、、’ 請參閱第七、八_示’【係為本_之縣部第—實於 =部第二實施圖】；係指光線可於採光部2 2中反覆反射二 捕^部2 2之曲浮狀㈣加光線有效接觸面積，更影響至能 2^、日落階段及照度之應用環境光譜，（如第八圖所示） 蝴綱階段t丄斑 〜十六時階段tl，因此能大幅增加集光板2之光線收集率: M324786 /明參閱第九、十圖所示，【係為本創作之採光部第三實施、 <弟四貫施圖】；（如第九圖所示）係指該凹置之採光部2 2可為角錐之凹槽，且集光板2之採糾2 2可反向（雙面） 成聖據此增加集光板2之可撓性；（如第十圖所示）而續凹置 之採光部22可為圓弧狀之凹槽。 ^ ，再而，請參閱第十―、十二、十三圖所示，【係為本創作 之知光部之條狀示意、採光部之圓形示意、採光部之多邊形示 β】/、中，ΰ玄採光部2 2之佈設呈現可為條狀佈設之角錐凹 槽（如第十一圖所示）。另採光部2 2之佈設可為_形凹槽呈 現（如第十二圖所示）。又集光部2佈設之採光部2 錐形凹槽呈現（如第十三圖所示）。 ”、、夕 請參閱第十四、十五圖所示，【係為本創作之結晶矽球之 組裝不意、結晶矽條之組裝示意圖】；其中，該採光部2 2底邱 了加以平置，而平置處可未成長有鑛層a，或鑛以—導電厣a 1，且平置處可黏結有結晶矽球3。（請搭配參照第十四圖）兮 採光部2 2可為條狀佈設，且採光部2 2底部可加以平置，^ 平置處可未成長有鑛層a，或鑛以一導電層a 1，且平置声了 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，【係為本創作 之第-製作示意、第二製作示意、第二製作之局部變化製作示 思圖】，其中，戎集光板1於製作過程中之步驟可為： M324786 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 ’藉此連續分佈之採光部2 2令板體2 3表面成為集光部 21 ’其後可將板體2 a蜂曲成捲，以便此具集光部2丄之板 體2 a能有效提昇半成品倉儲效益及後段加讀作過程的快速 性。 其步驟三：再將具集光部2丄之板體2續切成預定大小 之集光板2。 再吕’該板月豆2 a成型，可運用一押出 〜'丨v Μ叫，丨％ νΥ 砀攸體2 a。而板體2 a於押出後，於板體2 a -側上形成採光部2 2， 則具凹紋狀態之採光部22可運用以锻壓元件c成型。盆中， 該採光部Μ以鍛壓元件e製作時，可先於锻壓元件e =設有 定溫加熱器CQ，端壓元件e—_製、分佈有突出之刀體c 1 ’再以鍛壓糾⑽壓板们a，迫使謂el侵人板體。 表面形成分叙贱狀_料2 2，並賴元件^ 熱器c〇提供溫度^;肖除採光部22_復力及應力，二 分佈之採光部22令板體2a表域為集 曰 部21之板體2a可運用_裁切元㈣裁切成預定大= 惟集光板2於具採先部22之表面可成奸捕= 鑛層a ;而該鍍層a上可 、、表之 第十六圖所示）。封摯有—透光之保護層請參照 M324786 另於，該鍛壓元件c可為一冲模c 2，而冲模c 2内設有 定溫加熱器c 0，又冲模c 2 —側預製、分佈有突出之刀體c 1 ’再以鍛壓元件c連續鍛壓板體2 a，迫使刀體c 1样入板體 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2 1 ;(請參照第十七圖所示）或該鍛壓元件c可為—刀輪c3， 其刀輪c 3内設有定溫加熱器c Q，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丄連續旋轉輥锻、 儀壓及侵人板體2 a，迫使㈣山认板體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林2 2，並锻壓 元件c以定溫加熱^ 〇提供溫度肋消除採光部2 2的回復 力及應力’ 7板體2 a表面以滿佈採光部2 2組成集光部2 1 ;而該讀e 1之造蠢料祕光部2 2養。（請參照第 十八圖所示）該锻壓元件e可為雙向之刀I 3，其刀輪^ 3 内設找溫加熱H c 〇，又刀輪e 3 _师、分佈有突出之 刀體c 1 ’再刀輪e 3以刀體c l it續旋轉輥鍛、健及侵入 板體2 3 ’迫使刀體4侵人板體2 a表面形成凹紋狀態之採光 部2 2 ’麻形錢續分佈之採光部2 2，並祕元件c以定 溫加熱器c Q提供溫度用以消除採料2 2的回復力及應力， 令板體2 a表面以滿佈採光部22組成集光部21 ;而該 M324786 C1之造型係影響有採光部22型態 疋之，該刀體c 1之造型，請參閱第十九、二十、二十一 圖所示，【係為本創作之刀體第—示意、刀體第二示意、刀體 第三示意圖】；其中，該冲模c 2或刀輪c 3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體C 1之造型 亦可為夕邊型之角錐體（如第二十圖所示）；再刀體g 1之造型 亦可為條狀佈設之錐型體（如第二十一圖所示）。 然而，請參閱第二十二、二十三圖所示，【係為本創作之 第三製作示意、第四製作示意圖】；其中，該板體2 a之集光部 2 1可由一研磨輪h成型，其板體2 a經研磨輪h返復加工 後，將板體2 a刨削出採光部21 (如第二十二圖所示）。或， 雜體2 a之集光部2 1可由-銑刀s成型，其板體2 3經銳 刀s返復加工後，將板體2 a挖削出採光部2丄（如第二十二 圖所示）。 承上所述，可知本創作之優點在於：係指該可為薄祺式之 太陽能面板1，其主要在太陽能面板1所設之低成本製作、成 型一體、可撓彎曲的集光板2，該集光板2—側具有曲浮狀態 之集光部21，且於集光部21佈設有凹置且連續之採光部2 2 ;據此採光部22形成增具光線捕集之集光板2，並利用集 光板2之曲浮狀態，有效增加集光板2與光線的接觸面積，期 以此加倍集光板2之光線捕集率，藉以徹底摒除習知之光線直 M324786 接反射與捕集不佳現象及製作成本極高等 具有防止集光板2反光效益特性。 l切作增 另於，可知本創作在於集光板2 σ 押出成板體^其板體23可由冲模:2乍=^ ,h或銑刀s快速加工、製作出集光部2 :二研磨 多道程序萝作接，s山a饥i 傻板體2 a，铋 _ 9 姐加工製作過程 令板體2續___定大小賴光板2俾 ::::购快速、大量製作，有效平均成本及增 虞上轉及實施·，當知本創作確實_用品結構之 =口以，使其經濟效益提升，故已具有產制用性、新 ^進倾’符合新型翻要件，上所述者，僅為本本 ’之較她_已，並_綠林_實施之範圍。即 二依本創作申請專利範圍所做的均等變化與修飾，皆為本創作 專利範圍所涵蓋。 M324786 【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。 第六圖係為本創作之組合含局部組合放大示意圖。 第七圖係為本創作之採光部第一實施圖。 第八圖係為本創作之採光部第二實施圖。 第九圖係為本創作之採光部第三實施圖。 第十圖係為本創作之採光部第四實施圖。 第十-圖係為本創作之採光部之條狀示意圖。 第十二_為本創作之採光部之圓形示意圖。 第十三圖係為本創作之採光部之多邊形示意圖。 第十四圖係為本創作之結晶辦之組裝示意圖。 料五圖係為本創作之結㈣條之組裝示意圖。 第十六圖係為本創作之第-製作示意圖。 第十七圖係為本創作之第二製作示意圖。 第十八_為本_第二製作之局部變化製作示意 第十九圖係為本創作之刀體第一 ^ 不思圖。 第二十圖係為本創作之刀體第二4目。 M324786 第二十一圖係為本創作之刀體第三示意圖。 第二十二圖係為本創作之第三製作示意圖。 第二十三圖係為本創作之第四製作示意圖。 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…·定溫加熱器 c 3 ·…刀輪 W....押出機M324786 VIII. New description: [New technical field] This creation refers to a light collecting plate whose surface is recessed with a light collecting portion, whereby the light collecting portion increases the light contact area. , ', suck [previous technology] first press 'please refer to the first and second pictures, [the system of the knowledge of the first - the implementation of the electricity eight - meaning, the first - implementation of the three-dimensional exploded view]; refers to the current pollution-free, high power = Layout of the solar panel 丄0, wherein the composition can be: 4 - the base 101, the base 101 is a glass transparent body. Ο:: The collection of the light of the Qing 2 is made up of a plurality of mineral membranes. Among them, the money film 1 ◦ 3 is attached to the base! 〇i grows up, Germany takes the local secret of the laser, 俾 and the guide groove 1〇3! On the n and then on the 1矿3 layer of the film, the film] η 1 (10) Moon fruit 1 0 3 operation 'after the laser The second two (J3 and the second part of the system in addition to forming the guide groove 1 〇 3 1 and then on the second layer of the mineral coating 丄 02. d1 on the coating 103 operation, 俾 completed a - glass layer 1 〇 6, metal film 105, 1Q6 is sealed in the η ' of the ore layer 102, to achieve the assembly of the solar panel 10, and the auxiliary base 101 holds the plating layer 丄〇 2. According to this, (as shown in the second figure, the protective surface 102 According to the fact that the base 101 and the glass layer 106 are eroded by water vapor, and the 5 M324786 protects the solar panel 10 from dust and dirt. However, the manufacturing process of the plating layer 102 is complicated. It is extremely costly and material, which causes the cause of the 10 彳 位 太 太 太 。 。 。 。 。 。 。 。 。 。 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕 捕10 pairs of light trapping benefits, and the flat resentment is too much for this panel 10 at the angle of incidence of light Certain limits, especially the angle of incidence ΘΟ - generally only (about) limited to the nine-time period t 〇 1 to 16 o'clock phase t Ο 1 is the best coverage; only before the 9 o'clock phase t 〇 sunrise phase, and The sunset angle of the t 0 1 phase later than the 16 o'clock phase is generally less than the incident angle 0 of the 9 o'clock phase t 〇 1 and the 16 o'clock phase t 0 1 to cause the light to be easily directly applied by the solar panel 10 Direct reflection. In addition, the illumination at sunrise and sunset (illuminance: the darkness of sunlight) is obviously insufficient, which makes the solar panel 1 in a flat state unable to absorb light and generate electricity during the sunset. Please refer to the figures in the third, fourth and fifth figures. [[This is a combination of a second embodiment of the prior art, a partial enlargement, a second embodiment of the lighting, and a second embodiment.] The towel's solar panel! Q verification of the above-mentioned - the implementation of direct light reflection and illumination at sunrise and sunset, and improve the light capture efficiency, therefore, the author of the author of the wire-metal bottom part 2Q, and with power transmission At the bottom of the force, there are a number of independent bowl-shaped slabs 3 〇 (--like the thin plate 30 is mainly based on the Ming dynasty), and distributed on the slab 3 324 6 6 M324786 The socket 3 〇1 (please refer to the fifth figure), the socket 3 〇1 is a curved recess 'by the arc 敎 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 ; ; ; ; ; The conductive layer 3 〇2 for refracting light and electric energy transmission (the conductive layer 3 0 2 is generally silver-plated on the socket sheet 3 〇); and the socket 300 is combined with the crystal tree 4 Q at the vacant space The back socket sheet 3 is then sealed with a transparent layer of 5 挚, which is composed of a solar panel with a socket 3 ◦ i and a crystalline lithium ball 40, and is substantially a socket 3 〇1 Enhance the efficiency of light trapping and join a power module with a bowl assembly. However, in the manufacturing process, the socket 3 is also a very time-consuming and costly implementation. Therefore, the state of the crystalline 矽 4 40 does not effectively reduce the cost of the solar panel. Then, the bottom part 2 Q It is different from the socket sheet 3, so that the socket sheet 3 is easily peeled off from the bottom portion 20. In the past, the solar panel was not able to effectively reduce the production cost, so that the price of the solar panel was high; and the popularity and complexity of the solar panel was reduced. Therefore, the solar energy was deeply affected. Panel χ 〇 failed to become a commercial replacement. Therefore, the solar surface Q still needs to be improved in cost simplicity. [New content] In view of the above-mentioned creators, the creator reduces the production cost and increases the effective capture area of the light, causing the anti-Wei collection of light, and expanding the illuminance surface, etc. Directional research and development, and hope to pay attention to l (four) degrees, and effective Reverted to 7 M324786. The sunrise, sunset stage and illumination should be difficult (4). The spectrum is difficult to think about. The plate is set to be the best in the shape of the curve. The plate is shaped to accumulate in the curved state. The light collecting plate, and the light collecting plate and the manufacturing method thereof are stated below. In this case, the concentrating plate provided by the device can be a floating state and an object having both a thin shape and a pleasing property, and the curved state of the light collecting plate is mainly in a concave form, and the concave portion can be reversed. The composite curved surface of the ray is optimal, and the curved surface is recessed to form a lighting portion, and a mineral layer that collects light is grown on the surface of the lighting portion. >, the bottom of the mercerizing part can be purely flat, and there is no mineral layer in the flat, or a conductive layer in the ore, and a crystalline stone ball (strip) can be bonded to the rear flat. In addition, the production of the four sets of light plates is mainly carried out by extruding a plate body, and the two plates are formed into a light-receiving part with a long number of recesses, and then cut into a pre-size light collecting plate by the board of the county; The production of the lighting part of the plate body: It can be formed by die, and the die is prefabricated and distributed with a prominent blade body, and then the plate body is continuously forged by the die and the cutter body, forcing the blade body to invade the surface of the plate body to form a concave and sloppy private light. The part is used to continuously distribute the lighting unit so that the surface of the plate becomes the light collecting unit. It can also be formed by a - cutter wheel, and the cutter wheel is prefabricated and distributed with a protruding cutter body, and then continuously rolled by the cutter wheel. The embossing and intrusion plates form a continuous distribution of the lighting section, which is used to continuously categorize the lighting section, so that the table φ becomes the concentrating part. Alternatively, it can be formed by a grinding wheel. After the plate body is processed by the grinding wheel, the plate package 1J is cut out of the lighting portion. 8 M324786 • It can be formed by a milling cutter. After the plate body is returned by the milling cutter, the plate body is dug out to the lighting section. Therefore, it can be seen that the purpose of this creation is to: a flexible plate body, which forms a light collecting plate with a light collecting in a curved state, according to which the curved plate of the collecting plate, 'effectively increases the light contact area' Read and enhance the coverage of light shots. (4) 'And environmental spectrum capture that can be extended to sunrise, sunset and illumination, • Extremely double the light rate and light of the collector (4) day (4). The board can utilize the tractability feature, and the slab body has an adjustable shape and application range to expand the effect, so as to completely eliminate the light direct reflection and peeling phenomenon; further, the creation has the anti-lighting property of the concentrating plate. It is 'the production of the light-collecting plate can be quickly and massively extruded into a plate body by the extrusion machine, and the plate body that is pushed out can be continuously formed by the cutter wheel forging, die forging, grinding wheel or sharp knife to have a collecting portion; Then, the plate body in which the light collecting portion is formed is cut into a light collecting plate of a predetermined size in the subsequent processing. The order is processed in the fast and large-scale, large-scale and continuous process, so as to greatly increase and increase the output of the concentrating plate, and effectively reduce the production cost of the concentrating plate by rapid production, high precision, uniform size and quantification; Therefore, the reaction of the concentrating plate has the excellent characteristics of the product and the cheap product, and it is sure to improve the market acceptance of the concentrating plate. [Embodiment] Waterfall Today, in order to make the review committee have a better understanding of this creation, please refer to the following examples in M324786. Please refer to the sixth picture as shown in the figure above. [This is a combination of partial combination enlargement of the creation of the creator], which refers to a concentrating plate 2, which is tb /, and the integrated concentrating plate 2 is used. In the object of the solar panel 1, the body light collecting plate 2 is provided with a light collecting portion 2 1 ' for increasing light absorption, and a light collecting portion 2 2 is disposed on the light collecting portion d d 1 , and the surface of the lighting portion 22 can be grown. There is a trapping, a plating of the wire a, and a plating layer a is sealed with a light-transmissive b. The enamel plating a is further combined with the light collecting plate 2 itself to conduct the light-converting lightning moon b out of the solar panel 1. Then, the light collecting plate 2 is provided with a light collecting portion 9 2 for increasing light absorption, and the light collecting portion 21 is provided with a light collecting portion 21 for increasing light absorption, and is disposed in the wooden light portion 21 The lighting portion 22 is a light-emitting portion 22, and the lighting portion 22 is a tapered groove of the Wei surface. The surface of the lighting portion 22 can grow a plating layer 3 for collecting light, and the conductive layer 22 has a light-proof layer. The pour layer b; the antimony layer a is further combined with the light collecting plate 2 itself to conduct the converted electric energy out of the solar panel 1. . , 'Please refer to the seventh, eighth_show' [system-based _ the county department - real = The second implementation map refers to the light that can be reflected in the lighting unit 2 2 to reflect the floating shape of the second trap portion 2 (4) plus the effective contact area of the light, and more affects the application environment of the 2^, sunset stage and illumination. Spectral, (as shown in Figure 8) Butterfly stage t 丄 〜 十六 十六 十六 十六 , , , , , , , , 十六 十六 十六 十六 十六 十六 十六 十六 十六 : : : : : : : : : : : : : : M M M M M M The third implementation of the lighting unit of the present invention, <the fourth embodiment of the lighting; (as shown in the ninth figure) means that the concave lighting unit 2 2 can be a pyramid The groove, and the collection and correction of the light collecting plate 2 2 can be reversed (double-sided) to increase the flexibility of the light collecting plate 2 according to this; (as shown in the tenth figure) and the recessed lighting portion 22 can be a circle The arc-shaped groove. ^ , and then, please refer to the tenth, twelfth, and thirteenth drawings, [the line is the strip of the Zhiguang Department of the creation, the circular indication of the lighting department, and the lighting department. The polygons show β]/, and the layout of the ΰ 采 采 采 采 呈现 呈现 呈现 呈现 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( (As shown in Fig. 12). The taper groove of the lighting section 2 disposed in the light collecting section 2 is presented (as shown in Fig. 13). ", please refer to the fourteenth and fifteenth figures. [Based on the assembly of the crystallization of the 矽 创作 、 、 、 、 、 、 、 、 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; With the conductive 厣a 1, and the flattened place can be bonded with the crystallization ball 3. (Please refer to the fourteenth figure) 兮The lighting part 2 2 can be strip-shaped, and the bottom of the lighting part 2 2 can be flattened, the flat layer can be not grown with the mineral layer a, or the mine is a conductive layer a 1, and the sound of the crystal rafter 4 is bonded flat (as shown in the fifteenth figure). However, please refer to the sixteenth, seventeenth, and eighteenth figures, [the first part of the creation - the production of the schematic, the second production, the second production of the local changes in the production of the map], in which the collection of light board 1 The steps in the production process can be: M324786 The first step is to take a plate body 2 a. Step 2: further, forging the surface of the plate body 2 a to form a lighting portion 2 2 ' in a concave state, thereby continuously distributing the lighting portion 2 2 so that the surface of the plate body 2 3 becomes the light collecting portion 21 ′, and then the plate body 2 can be a bee is rolled into a roll, so that the plate body 2 a with the light collecting part 2 can effectively improve the storage efficiency of the semi-finished product and the rapidity of the subsequent reading process. Step 3: The plate body 2 having the light collecting portion 2 is further cut into the light collecting plate 2 of a predetermined size. Then Lu's plate moon bean 2 a molding, you can use one to push ~ '丨v Μ, 丨% νΥ 2 2 a. After the plate body 2a is pushed out, the lighting portion 22 is formed on the plate body 2a-side, and the lighting portion 22 having the concave state can be formed by the forging element c. In the basin, when the lighting unit is made of the forging element e, the forging element e = before the fixed temperature heater CQ, the end pressure element e__, the protruding body c 1 'is further forged Correction (10) pressure plate a, forcing the el to invade the board. The surface is formed into a sub-segment _ _ material 2 2, and depends on the component ^ the heat device c 〇 provides the temperature ^; the light removal portion 22_ the complex force and the stress, the second distribution of the lighting portion 22 makes the plate body 2a the field is the scorpion The plate body 2a of 21 can be cut into a predetermined large size by using the cutting element (4) = only the surface of the light collecting plate 2 can be formed on the surface of the mining front portion 22; the mineral layer a; and the plating layer a can be, Figure 16 shows). Please refer to M324786 for the protective layer of light transmission. Alternatively, the forging element c can be a die c 2 , and the die c 2 is provided with a fixed temperature heater c 0 , and the die c 2 is prefabricated and distributed. The protruding blade body c 1 ' is continuously forged the plate body 2 a by the forging member c, forcing the blade body c 1 into the surface of the plate body 2 a to form the lighting portion 2 2 ' in the concave state, thereby forming the continuously distributed lighting portion 2 2' and the forging element c is supplied with a temperature by the constant temperature heater c 用以 to eliminate the restoring force and stress of the lighting unit 2 2 so that the surface of the plate body 2 a becomes the light collecting portion 2 1 ; (please refer to FIG. Or the forging element c can be a cutter wheel c3, the cutter wheel c 3 is provided with a constant temperature heater c Q , and the cutter wheel c 3 is prefabricated and distributed with a protruding cutter body c 1 'the cutter wheel c 3 Continuously rotating the roll forging, the pressure of the instrument and the invading plate body 2 a with the cutter body c丄, forcing the surface of the plate body 2 a to form a lighting portion 2 2 in a concave state, thereby forming a continuously distributed mining forest 2 2 , And the forging element c is heated at a constant temperature to provide a temperature rib to eliminate the restoring force and stress of the lighting portion 2 2 ' 7 the surface of the plate body 2 a is filled with the lighting portion 2 2 to form the light collecting portion 2 1 ; And the reading of e 1 made the stupid secret light department 2 2 raise. (Please refer to Fig. 18) The forging element e can be a two-way knife I 3 , and the cutter wheel ^ 3 is provided with a temperature-heating H c 〇, and the cutter wheel e 3 _, a knife with a prominent distribution The body c 1 'the second cutter wheel e 3 is continuously rotated by the cutter body cl. The roll is forged and the intrusion plate 2 2 'Forcing the cutter body 4 to invade the surface of the plate body 2 a to form a concave portion of the lighting portion 2 2 The light distribution unit 2 2, the secret element c is provided with a temperature by the constant temperature heater c Q to eliminate the restoring force and stress of the material 2 2, so that the surface of the plate body 2 a is covered with the full light collecting portion 22 Part 21; and the shape of the M324786 C1 affects the type of the lighting unit 22, the shape of the body c 1 , please refer to the 19th, 20th, 21st, [the original creation The first body of the cutter body, the second schematic view of the cutter body, and the third schematic view of the cutter body; wherein the cutter body C 1 of the die c 2 or the cutter wheel c 3 may be a camber (circular) protrusion (such as In the nineteenth figure, the shape of the cutter body C 1 may also be an horn type pyramid (as shown in the twentieth figure); the shape of the knife body g 1 may also be a strip-shaped cone body (such as Twenty-first map However, please refer to the twenty-second and twenty-third figures, which is the third production diagram and the fourth production diagram of the creation; wherein the light collecting portion 2 1 of the plate body 2 a can be The grinding wheel h is formed, and after the plate body 2 a is processed by the grinding wheel h, the plate body 2 a is shaved out of the lighting portion 21 (as shown in the twenty-second figure). Or, the collecting light of the hybrid body 2 a The portion 2 1 can be formed by a milling cutter s, and after the plate body 2 3 is processed by the sharp knife s, the plate body 2 a is dug out of the lighting portion 2 (as shown in Fig. 22). As described above, the advantage of the present invention is that the solar panel 1 can be a thin-film type, which is mainly formed in the low-cost, integrated and flexible curved light collecting plate 2 of the solar panel 1 , and the light collecting plate 2 a light collecting portion 21 having a curved state on the side, and a light collecting portion 2 2 disposed in the light collecting portion 21; wherein the lighting portion 22 forms a light collecting plate 2 for collecting the light, and the light collecting plate is used The floating state of 2 is effective to increase the contact area between the light collecting plate 2 and the light, thereby doubling the light capturing rate of the light collecting plate 2, thereby completely eliminating the light of the conventional light. Straight M324786 with poor reflection and trapping and high production cost has the characteristics of preventing the light-reflecting effect of the light-collecting plate 2. l The cutting is added to the other, it can be seen that the creation of the light-collecting plate 2 σ is extruded into a plate body ^ the plate body 23 can be die :2乍=^ ,h or milling cutter s rapid processing, making the light collection part 2: two grinding multi-channel program for the connection, s mountain a hungry i silly body 2 a, 铋 _ 9 sister processing production process board Body 2 continued ___ fixed size Laiguang 2俾:::: purchase fast, mass production, effective average cost and increase and implementation and implementation, when the knowledge of the creation is indeed _ supply structure = mouth to make its economy The efficiency has been improved, so it has the property of production and production, and the new one is in line with the new type of reversal. The above is only the scope of the book, which is more than her, and _ Greenwood _ implementation. That is, the equal changes and modifications made by the scope of the patent application for this creation are covered by the scope of the patent. M324786 [Simple description of the schema] Schematic description: The first diagram is a combination diagram of the first implementation of the prior art. The second figure is a perspective view of a first implementation of the prior art. The third figure is a combination of a second embodiment of the prior art with a partial enlarged schematic view. The fourth figure is a schematic view of the second embodiment of the prior art. The fifth figure is a top view of a second implementation of the prior art. The sixth figure is a schematic diagram of a partial combination enlargement of the combination of the present creation. The seventh picture is the first implementation diagram of the lighting department of the creation. The eighth picture is the second implementation diagram of the lighting department of the creation. The ninth figure is the third implementation diagram of the lighting department of the creation. The tenth figure is the fourth implementation diagram of the lighting department of the creation. The tenth-picture is a strip diagram of the lighting department of the creation. The twelfth _ is a circular schematic diagram of the lighting department of the creation. The thirteenth picture is a schematic view of the polygon of the lighting section of the creation. The fourteenth figure is a schematic diagram of the assembly of the crystal of the creation. The five figures are the assembly diagram of the knot (4) of the creation. The sixteenth figure is the first-production diagram of the creation. The seventeenth figure is a schematic diagram of the second production of this creation. The eighteenth__This is the first part of the second production of the production of the nineteenth figure is the first body of the creation of the knife body ^ Do not think. The twentyth figure is the second four items of the body of the creation. M324786 The twenty-first figure is the third schematic diagram of the body of the creation. The twenty-second picture is the third production diagram of the creation. The twenty-third figure is the fourth production diagram of the creation. 16·...time phase t 0 1 1 0 1....base 1 0 3....coating film 1 0 4 1....coating channel 3 0....socket sheet 3 0 2....conductive Layer 5 0....transparent layer body seal b....protective layer c 〇...·temperature heater c 3 ·...knife wheel W....extruder
【主要元件符號說明】 (習用） t 〇 1.…九時階段 Θ 〇….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 (本創作） a....鍍層 c. ...鍛壓元件 c 1....刀體 c 2…·冲模 d. …裁切元件 s…·銑刀 h....研磨輪 M324786 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.. ..結晶石夕條 t 1 ····一十六時階段 2.. ..集光板 2 1....集光部 3.. ..結晶矽球[Main component symbol description] (conventional) t 〇1.... 9:00 Θ 〇....inclination angle 1 0....solar panel 1 0 2....coating 1 0 3 1....channel 1 0 6.. .. glass layer 2 0....bottom part 3 0 1.... socket 4 0....crystal 矽 ball (this creation) a.... plating c. ...forging element c 1... .Cutter body c 2...·die d. ...cutting element s...·milling h....grinding wheel M324786 t 1....9 o'clock phase 1....inclination angle 1......solar panel 2 a .. .. plate body 2 2....lighting part 4... crystallized stone eve t 1 ····16 o'clock stage 2..... collecting plate 2 1....light collecting part 3. .. Crystallized croquet