M410201 五、新型說明： 【新型所屬之技術領域】 本創作係一種有關於太陽能面板固定結構之技術領域 ，尤指一種可以有效減少風阻，避免太陽能板固定結構被 強風吹垮損壞’有效延長太陽能面板的產品壽命與降低太 陽能板固定結構的製造成本等功效之太陽能板固定結構。 【先前技術】M410201 V. New description: [New technology field] This creation is a technical field related to solar panel fixed structure, especially one that can effectively reduce wind resistance and prevent solar panel fixed structure from being damaged by strong wind blowing. The solar panel fixing structure of the product life and the manufacturing cost of reducing the fixing structure of the solar panel. [Prior Art]
請參閱第七、八圖所示，習用的太陽能板固定結構主 要係包括複數個太陽能面板（6 〇)與一固定架體 )’該太陽能面板（6 0 )係透過該固定架體（7 〇 )固設 於-建㈣（8Q)上，藉此，該太陽能面板（6〇)係 可將光能轉換成電能供電給建築物（8〇)内的家庭曰常 生/¾•使用’例如熱水器電源或其他電源使用等，可以符人 目前重視節能減碳的環保要求，係屬—種相當環保的能源 產生方式m的太陽能板較結構由於其固定架體 ▲ 〇) n $ (如第七圖所示），所以當習用的太陽 板固疋’、。構面臨強風時，其產生的風阻非常的大，造成 習用的太陽能板固定結構非常容易被強風吹岭損壞… 灣夏季與秋季常會有趟風襲擊，強風常常造成巨大的損: 題由習用的太陽能板固定結構仍存在著諸多的問 題霄有改良之必要。 是以 針對上述f知結構所存在之問題點 ’如何開發 3 Ό1 —種更具理想實用性之創薪钍槎 ^ 則新結構，實消費者所殷切企盼’ 亦係相關業者須努力研發突破之目標及方向。 有鐘於此，創作人本於多年 4 a夕平攸事相關產品之製造開發 與設計經驗，針對上述之目择，$丄 ，h _ 目標綷加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 欲解決之技術問題耽.羽H 1 n , ]碭點.％用的太陽能板固定結構由於Please refer to the seventh and eighth figures. The conventional solar panel fixing structure mainly includes a plurality of solar panels (6 〇) and a fixed frame body. The solar panel (60) passes through the fixing frame body (7 〇). It is fixed on -4 (8Q), whereby the solar panel (6〇) converts light energy into electrical energy and supplies it to the homes in the building (8〇). Power supply or other power supply, etc., can meet the environmental protection requirements of energy saving and carbon reduction. It is a kind of environmentally friendly energy generation method. The solar panel is more structured because of its fixed frame body ▲ 〇) n $ (as shown in the seventh figure) As shown), so when the sun plate is used, it is solid. When faced with strong winds, the wind resistance generated by it is very large, and the conventional solar panel fixed structure is very easy to be damaged by strong wind blowing... The bay often hits a hurricane in summer and autumn, and strong winds often cause huge damage: There are still many problems in the fixed structure of the board, and it is necessary to improve it. It is based on the problem of the above-mentioned knowledge structure, 'how to develop 3 Ό1—a new structure with more ideal practicability. The new structure is really eagerly awaited by the consumers. Goal and direction. With this in mind, the creator has been working on the development and design of related products for many years, and for the above-mentioned choices, $丄,h _ target design and careful evaluation, the final result is Practicality of this creation. [New content] The technical problem to be solved 耽. Fe H 1 n , ] 砀 point.% of the solar panel fixed structure due to
其固疋架體結構的設計，所以合習闲从士臨执J π Μ田％用的太険能板固定結構 面臨強風時，其產生的甩阳非杳·从丄 幻风阻非常的大，造成習用的太陽能 板固疋結構非常容易被強風吹冷損壞。 解决問題的技術特點：提供一種太陽能板固定結構， 係包括.複數個太陽能面板與一框體。其巾，該太陽能面 板係可將光能轉換成電能；該框體係固設於一建築物上， 該框體係具有複數個内凹的凹槽，各個太陽能面板係對應 谷置於各個凹槽内，各個太陽能面板係透過一矽樹脂層 (s i 11 cone)與該框體進行防滲水的固接黏合。 其中，該建築物係包括一屋頂’該框體係固設於該建 築物的該屋頂上’該屋頂可為一傾斜屋頂。 其中’該框體更包括一螺鎖結構’該框體係透過該螺 鎖結構螺鎖於該屋頂的傾斜面上。 其中’該屋頂係為鐵皮屋的一鐵皮屋頂，該框體係為 鐵皮屋上該鐵皮屋頂所内凹形成，各個太陽能面板係透過The design of the structure of the solid frame is so that the wind and the wind are very large when the fixed structure of the solar energy plate is used by the strong structure of the 険 険 板 % %. The solid-state structure of the solar panel that is conventionally used is very easily damaged by strong wind blowing. Technical feature of solving the problem: providing a solar panel fixing structure, comprising a plurality of solar panels and a frame body. The solar panel converts light energy into electrical energy; the frame system is fixed on a building, the frame system has a plurality of concave grooves, and each solar panel is placed in each groove corresponding to the valley Each of the solar panels is adhered to the frame by a layer of a resin layer (si 11 cone). Wherein the building comprises a roof, the frame system is fixed to the roof of the building. The roof may be a sloping roof. Wherein the frame further comprises a screw-locking structure, the frame system is screwed to the inclined surface of the roof through the screw-locking structure. Where the roof is a tin roof of a tin house, the frame system is formed by the concave roof of the iron roof, and each solar panel is transparent.
Ml〇2〇1 該矽樹脂層與内凹的該鐵皮屋頂進行防滲水的固接黏合。 對照先前技術之功效： 一、 本創作透過多個太陽能面板以石夕樹脂（Si 1 icone)與該 框體進行防滲水的固接黏合的設計，可以有效減少風 阻，避免太陽能面板的固定結構被強風吹岭損壞，有 效延長太1%能面板的產品筹命。 二、 本創作透過多個太陽能面板以矽樹脂（Silicone)與該 框體進行防滲水固接黏合的設計，可以依客戶需求， 訂作適合面積與大小的太陽能面板與數量，並將太陽 能面板對應容置於該框體的凹槽内，再用石夕樹脂進行 防滲水的固接黏合，再裝設於建築物或屋頂上，組裝 相當便利且更能符合客製化要求，給予客戶最適當大 小之太陽能面板組，結構設計相當簡單且易於安裝實 施，不僅施工方便且有效節省工時，並且可以進一步 降低太陽能面板固定結構的製造成本。 三、 本創作透過將該太陽能面板平整地對應容置於該框體 的凹槽内，再用矽樹脂進行防滲水的固接黏合，再妒 設於屋頂上’不會影響到屋頂的排水性，同樣能使屋 頂具有良好之排水效果。 有關本創作所採用之技術、手段及其功效 佳實施例並配合圖式詳細說明於後，相信本創作上述之目乂 的、構造及特徵’當可由之得一深入而具體的瞭解。之目 5 M410201 【實施方式】 請參閱第一圖至第六圖所示，本創作係提供一種太陽 能板固定結構，係包括·複數個太陽能面板（1 〇 )與一 框體（20)。其中’該太陽能面板（1 0)係可將光能轉 換成電能；該框體（20)係固設於一建築物（3 〇)上 ，該框體（20)係具有複數個内凹的凹槽（2 1)，各個 太陽能面板（1 0 )係對應容置於各個凹槽（2 1 )内， 各個太陽能面板（1 0 )係透過一石夕樹脂層（S i 1 i c one) (40)與該框體（20)進.行防參水的固接黏 合。 其中，該建築物（30)係包括一屋頂（3 1)，該框 體（20)係固·設於該建築物（30)的該屋頂（3 1) 上，該屋頂為傾斜屋頂。 其中’該框體（2 0 )更包括一螺鎖結構（2 2 )，該 框體（2 0 )係透過該螺鎖結構（2 2 )螺鎖於該屋頂（ 3 1 )的傾斜面上。 其中’该屋頂（3 1)係為鐵皮屋的一鐵皮屋頂（3 1 1)’該框體（20)係為鐵皮屋上該鐵皮屋頂（3 1 1 )所内凹形成，各個太陽能面板（丄〇 )係透過該矽樹脂 層（4 0 )與内凹的該鐵皮屋頂（3丄1 )進行防滲水的 固接黏合，该太陽能面板（1 〇 )係平整地對應容置於該 鐵皮屋頂（3 1 1 )的凹槽内，再用矽樹脂進行防滲水的 M410201 固接黏合，再裝設於屋頂（3 1 )上，不會影響到屋頂（ 3 1 )的排水性，同樣能使屋頂（3 1 )維持良好之排水 效果（如第五圖所示）。 總結而言，首先’本創作透過多個太陽能面板以矽樹 脂（SiliC0ne)與該框體進行防滲水的固接黏合的設計，可 以有效減少風阻’避免太陽能面板的固定結構被強風吹垮Ml〇2〇1 The resin layer is adhered to the recessed iron roof to prevent water penetration. Compared with the effects of the prior art: 1. This design uses a plurality of solar panels to seal the water-proof adhesion of the Si 1 resin and the frame, which can effectively reduce the wind resistance and avoid the fixed structure of the solar panel. Damaged by strong wind blowing, effectively extending the product of too 1% energy panel. 2. This design is designed with anti-seepage water-bonding and bonding of Silicone and SiGeone through a plurality of solar panels. According to customer requirements, solar panels and quantities suitable for area and size can be customized, and solar panels can be customized. Correspondingly placed in the groove of the frame, and then sealed with Shixia resin for water-proof adhesion, and then installed on the building or roof, the assembly is quite convenient and more in line with the customization requirements, to the customer The most suitable size of the solar panel group is structurally simple and easy to install and implement, which not only facilitates construction and saves man-hours, but also further reduces the manufacturing cost of the solar panel fixing structure. Third, the creation of the solar panel is placed in the groove of the frame in a flat manner, and then the anti-seepage water is adhered by the resin, and then placed on the roof, which does not affect the drainage of the roof. Sexuality also gives the roof a good drainage effect. The techniques, means, and effects of the present invention are described in detail with reference to the drawings, and it is believed that the above-mentioned objectives, structures, and features of the present invention can be obtained from an in-depth and specific understanding. Item 5 M410201 [Embodiment] Please refer to the first to sixth figures. This creation provides a solar panel fixing structure, which includes a plurality of solar panels (1 〇 ) and a frame (20). Wherein the solar panel (10) converts light energy into electrical energy; the frame (20) is fixed on a building (3), the frame (20) having a plurality of concave a recess (2 1), each solar panel (10) is correspondingly received in each recess (2 1 ), and each solar panel (10) is transmitted through a Si ic one (40) ) Adhering to the frame (20) to prevent adhesion of the water. The building (30) includes a roof (31) that is secured to the roof (31) of the building (30), the roof being a sloping roof. Wherein the frame (20) further comprises a screw-locking structure (2 2 ), and the frame body (20) is screwed to the inclined surface of the roof (3 1 ) through the screw-locking structure (2 2 ) . The 'the roof (3 1) is a tin roof (3 1 1) of the iron house'. The frame (20) is formed by the concave roof of the iron roof (3 1 1) on the iron house, and each solar panel (丄〇) The water-repellent bond is adhered to the recessed iron roof (3丄1) through the resin layer (40), and the solar panel (1〇) is uniformly placed on the tin roof ( In the groove of 3 1 1 ), M410201 which is anti-seepage with enamel resin is fixedly bonded and then installed on the roof (3 1 ) without affecting the drainage of the roof ( 3 1 ). The roof (3 1 ) maintains a good drainage effect (as shown in Figure 5). In summary, first of all, this design can effectively reduce the wind resistance by using a plurality of solar panels with SiliC0ne and the frame to prevent the water from adhering, and avoid the strong structure of the solar panel.
損壞’有效延長太陽能面板的產品壽命。另外，本創作透 過夕個太~能面板以石夕樹脂（S i 1 i c〇ne )與該框體進行防滲 水固接黏合的設計’可以依客戶需求’訂作適合面積與大 小的太陽能面板與數量’並將太陽能面板對應容置於該框 體的凹槽内，再用石夕樹脂進行防滲水的固接黏合，再裝設 於建築物或屋頂上，組裝相當便利且更能符合客製化要求 ，給予客戶最適當大小之太陽能面板組，結構設計相當簡 單且易於安裝實施，不僅施工方便且有效節省工時，並且 可以進一步降低太陽能面板固定結構的製造成本。最後， 透過將該太陽能面板平整地對應容置於該框體的凹槽内， 再用矽樹脂進行防滲水的固接黏合，再裝設於屋頂上，不 會影響到屋頂的排水性，同樣能使屋頂具有良好之排水效 果0 前文係針對本創作之較佳實施例為本創作之技術特徵 進行具體之說m悉此項技術之人士當可在不脫離 本創作之精神與原則下對本㈣進行變更與修改，而該等 7 變更與修改 中。 皆應涵蓋於如 下申請專利範圍所界定之範疇 【圖式簡單說明】 係本創作可行實施例之立體外觀示意圖。 第：圖：係本創作可行實施例之爆炸示意圖。 圖係本創作可行實施例之使用狀態示意圖。 第四® :係本創作可行實施例之另—使用狀態示意圖。 第五圖：係'本創作可行實施例之剖® *意圖。 第八圖.係本創作可行實施例之又一使用狀態示意圖。 第七圖·係習用太陽能板固定結構之立體外觀示意圖。 第八圖：係習用太陽能板固定結構之使用狀態示意圖。 【主要元件符號說明】 •習用部份. (6 〇)太陽能面板 (8 0 )建築物 •本創作部份. (1〇)太陽能面板 (21)凹槽 (3 0 )建築物 (311)鐵皮屋頂 (7 0 )固定架體 (2 0 )框體 (2 2 )螺鎖結構 (3 1 )屋頂 (4 0 )矽樹脂層Damage 'effectively extends the life of the solar panel's products. In addition, the design of the creation of the anti-seepage water-bonding joint with the frame by the Si y y 能 ) ) ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' 石 石 石 石 石 石 石 石 石 石 石 石 石 石The panel and the quantity 'and the solar panel are correspondingly placed in the groove of the frame body, and then the anti-seepage water is adhered and bonded by Shi Xi resin, and then installed on the building or the roof, the assembly is quite convenient and more capable In line with the requirements of customization, the solar panel group of the most appropriate size is given to the customer. The structural design is quite simple and easy to install and implement, which not only facilitates construction and saves man-hours, but also further reduces the manufacturing cost of the solar panel fixing structure. Finally, the solar panel is uniformly placed in the recess of the frame body, and then the anti-seepage water is adhered and bonded by the resin, and then installed on the roof without affecting the drainage of the roof. The roof can also have a good drainage effect. The foregoing is a description of the preferred embodiment of the present invention. The person skilled in the art can understand the present invention without departing from the spirit and principles of the present invention. (4) Make changes and modifications, and these 7 changes and modifications. All should be included in the scope defined by the scope of the following patent application. [Simple description of the drawings] A schematic perspective view of a feasible embodiment of the present invention. Fig.: A schematic diagram of an explosion of a feasible embodiment of the present invention. The diagram is a schematic diagram of the state of use of the presently feasible embodiment. Fourth®: A schematic diagram of the use state of the presently feasible embodiment. Figure 5: Section 'Intent of the feasible embodiment of this creation. Figure 8 is a schematic diagram of still another use state of the presently feasible embodiment. Fig. 7 is a schematic perspective view of a conventional solar panel fixing structure. Figure 8: Schematic diagram of the state of use of the conventional solar panel fixed structure. [Main component symbol description] • Conventional part. (6 〇) Solar panel (80) Building • This creative part. (1〇) Solar panel (21) Groove (3 0) Building (311) Iron sheet Roof (70) fixed frame (20) frame (2 2) screw lock structure (3 1 ) roof (40) resin layer