M396947 • 五、新型說明： 【新型所屬之技術領域】 本創作係種翻性材料之承載支架，特別是關於應用於承載太 陽能板模組之太陽能板模組之承載裝置。 【先前技術】 . 料來純無不雜發展無雜之替代性麟，场能絲州發免 •使祕最為廣泛之替雜_。如今太陽能的觀方法，係為透過架設太 鲁陽能模板利用太陽能模板上之太陽能電池吸收太陽光再轉換為電能。架設 太陽能模板所使用之支架-般為採用鐵、姆f為主，然而，鐵、練質 的支架易受到外力或天候影響發生氧化而變的脆弱，故_率極高，且將 使得承載之太陽腿板不穩定降低個年限。此外，為了翻承載的機械 強度’鐵、鱗質的支架需製作有—定的厚度，整體支架相當的笨重且 造價極高，並且無法隨著地形做適時組裝設置上的調整。有鑑於此，本創 _作係針對上述該些困擾，提出一種太陽能板模組之承載裝置，其係為採用 麝纖維複合強化歸之熱固性材料，使支架較為輕巧，.但亦 高’更能夠具有抵抗外在魏侵㈣能力，且她於鐵、叙材質1為低廉^ 並可因應地形的變化施工組裳。 【新型内容】 本創作之轉目的係在提供_社義板触之承餘置其係採用 纖維複合強化塑膠之熱固性材料’膨脹係數低，強度比重高，抗腐银、風 化及紫外線’穩定性與怪定性極佳，能夠大幅增加太陽能板模組使用年限。 本創作之另-目的係在提供-種太陽能域組之承魏置其係汰換 «96947 率低，且可依地形狀態調整支架驗裝，並且能夠取代難材質支架，應 用上將大幅降低製造成本，並極具可塑性。 一 為達到上述之目的，本創作提出之太陽能板模組之承载裝置包括一底 座、複數個第一支架基座、複數個第二支架基座、複數個第一支架、複數 個第二支架、複數個側向支架以及-承载框架。底座為混凝土製成，第一 支架基座、第二支架基座、第一支架、第二支架、側向支架與該承載框架 為纖維複合強化塑膠之熱固性材料製成，第一支架基座與第二支架基座兩-相對應設置於底座上，且分別設有第—支柱與第二支柱，第—支架與第二^ 支架係分別對應套接於第-支柱與第二支柱設置於第一支架基座及第二支 架基座’側向核將裝設於第-核，並錄他架連接第—支架與第二 支架及側向支架，複數個觸賴板崎設置於承載框架上。 底下藉由具體實施例配合所附的圖式詳加說明，當更容易瞭解本創作 之目的、技術内容、特點及其所達成之功效。 【實施方式】 本創作提出-種太陽能板模組之承載裝置，其係利用纖維複合強化塑鲁 膠之熱固性材料製做承載太陽能板模組的支架，透過此材質的良好機械特 性，增加太陽能板模組受光穩定度’延長太陽能裝置使用壽命。底下則將 以較佳實施例來詳述本創作之技術特徵。 - 第-圖為本創作之結構立麵，請同時參㈣二圖之結構側視圖，如 圖所不’ -底座10 ’其為混泥土製成，可依據地形灌藥形成符合此地形需 求之底座10。於此底座10上設置有相對應排列之複數個第一支架基座12 及第-支架基座14 ’每-第-支架基座12及第二支架基座14係開設 L S1 4 M396947 - 數個鑽孔32,且複數個鎖合件34將穿設於鑽孔32打入至底座10以鎖合固 定第—支架基座12、第二支架基座Η於底座10上。並且每一第一支架基 座12上之中央設有一第一支柱122’而每一第二支架基座14上之中央係設 有一第二支柱142。 複數個第一支架16與第二支架18係將分別套接裝設於第一支柱122 • 及第二支柱142，並分別透過複數個第一固定件26與複數個第二固定件28 固定於第一支柱122及第二支柱142,且複數個側向支架20將藉由接合件 • %固定裝設於第一支架16’與第一支架16形成-夾角。並且第-支架16、 第二支架18及側向支架20係將藉由連接件3〇與一承载框架22連接，承 載框架22係將以供複數個太陽能模板組36設置。 此外，第一支架16與第二支架18可伸縮調整位於第一支柱122及第 -支柱142之高度，使得與第一支架16及第二支架18連接之承載框架η 呈現為傾斜，且承載框架22係設有複數個扣合件24以卡合太陽能模板組 36的設置。 癱 $外’第—支架基座12、第一支柱122、第二支架基座14、第二支柱 帛支架16、第一支架ι8、側向支架2〇以及承載框架22係為纖維 複合強化塑膠之熱固性材料所製成。 以上為本創作整體結構的說明，底下將再對於第一支架％及第二支架 18 /刀別套接於第—支柱122及第二支柱丨42設置於第—支架基座ο與第二 支架基座14的結構做進一步的說明。 如第三圖所示’第-支架16與第二支架18係套接於第—支柱122及 第二支柱Η2’依據需求將能夠調整第一支架1ό與第二支架位於第一支 M396947 柱122及第二支柱142上的高度，且第一支柱122與第二支柱142上分別 開6又有複數個第-開孔124及第二開孔144,第一支架16與第二支架18係 分別開设有複數個第-孔洞162及第二孔洞182與第一開孔124以及第二 開孔144相對應。並且透過第一固定件％穿設相對應之第一開孑匕以與第 一孔洞162將卡合固定第一支架16套接於第一支柱122高度，以及透過第 二固定件28穿設相對應之第二開孔⑷與第二孔洞182卡合固定第二支架 18套接於第二支柱142高度。 第四圖為本創作之承载太陽能板模組之結構立體圖，如圖所示，為非 晶石夕太陽能板組、單晶教陽能板組或多砂太陽能板組的太陽能模板組 36將經由扣合件24卡合顧設置於承載縣22上呈縣斜平面，用以吸 收太陽光。 經由上述實關說明可知本創作係為藉由纖維複合強錄膠之熱固性 材料裝做之支架以承敎陽能模板組36。由於_複合強化娜的材料具 有耐水、㈣、耐熱、高延展性及表面張力強特性，承載太陽能模板組 36的*命長，並且將可提升所承載之太陽能模板組％受紐定度，能夠改 善現今鐵或銘材質之承載框架的缺點。 以上所述之實施例僅係為說明本創作之技術思想及特點，其目的在使 熟習此項技藝之人士能夠瞭解本解之内容並據以實施當不能以之限定 本創作之專彳丨範圍，即大凡依本創作所揭示之精神所作之均等變化或修 飾，仍應涵蓋在本創作之專利範圍内。 【圖式簡單說明】 第一圖為本創作之結構立體圖。 IVljy〇y4/ 第二圖為本創作之結構側視圖。 圖為本創作之第一支架與第二支架分別設置於第一支架_ 架基座之⑽分酬。 第四圖為本創狀承載域能板歡之結構立體圖。 【主要元件符號說明】 10底座 12 第一支架基座 124 第一開孔 14 第二支架基座 144 第二開孔 16 第一支架 18 第二支架 20 側向支架 24 扣合件 26 第一固定件 30 連接件 34 鎖合件 38 接合件 122 第一支柱 142第二支柱 162 第一孔洞 182 第二孔洞 22 承載框架 28 第二固定件 32 鑽孔 36 太陽能模板組M396947 • V. New description: [New technical field] This is a kind of bearing material for turning materials, especially for the load-bearing device applied to the solar panel module carrying the solar panel. [Prior Art] . It is expected that there will be no alternatives to the development of no-missing alternatives, and the field can be issued. Today's solar energy viewing method is to use solar cells on a solar module to absorb sunlight and then convert it into electricity by erecting a solar energy template. The bracket used for erecting solar modules is generally made of iron and m. However, the iron and the reinforced support are vulnerable to oxidation by external forces or weather, so the rate is extremely high and will make the bearing The instability of the sun leg is reduced for a certain number of years. In addition, in order to carry over the mechanical strength of the 'iron, scaly brackets need to be made to a certain thickness, the overall bracket is rather cumbersome and extremely expensive, and can not be adjusted with the terrain to make timely adjustments. In view of the above, in order to solve the above problems, the present invention proposes a solar panel module carrying device, which is a thermosetting material which is reinforced by yttrium fiber composite, so that the bracket is relatively light, but also high She has the ability to resist external Wei intrusion (4), and she is in the iron and Syrian material 1 is low ^ and can be used in response to changes in terrain. [New content] The purpose of this creation is to provide a thermosetting material with fiber composite reinforced plastic. The expansion coefficient is low, the strength ratio is high, and the anti-corrosion silver, weathering and ultraviolet ray stability are provided. Excellent and ambiguous, can greatly increase the life of solar panels. The other purpose of this creation is to provide a solar energy domain group with a low rate of «96947, and it can adjust the bracket according to the terrain state, and can replace the difficult material bracket, which will greatly reduce the manufacturing. Cost and very malleable. For the purpose of the above, the carrying device of the solar panel module proposed by the present invention comprises a base, a plurality of first bracket bases, a plurality of second bracket bases, a plurality of first brackets, a plurality of second brackets, A plurality of lateral supports and a carrier frame. The base is made of concrete, and the first bracket base, the second bracket base, the first bracket, the second bracket, the lateral bracket and the bearing frame are made of a thermosetting material of fiber composite reinforced plastic, and the first bracket base and the base The second bracket bases are correspondingly disposed on the base, and respectively provided with a first pillar and a second pillar, wherein the first bracket and the second bracket are respectively sleeved on the first pillar and the second pillar are disposed on the first pillar A bracket base and a second bracket base 'the lateral core will be installed on the first core, and the other frame is connected to the first bracket and the second bracket and the lateral bracket, and a plurality of touch panels are disposed on the carrying frame. The purpose of the present invention, the technical content, the features, and the effects achieved by the present invention will be more readily understood by the specific embodiments and the accompanying drawings. [Embodiment] The author proposes a carrier device for a solar panel module, which is a bracket for carrying a solar panel module by using a thermosetting material of a fiber composite reinforced plastic rubber, and increases the solar panel through the good mechanical properties of the material. The module receives light stability to extend the life of the solar device. The technical features of the present work will be described in detail in the preferred embodiment. - The first picture is the structural façade of the creation. Please refer to the side view of the structure of (4) and the second figure. As shown in the figure, the base 10 is made of concrete and can be formed according to the topographic filling. Base 10. The base 10 is provided with a plurality of first bracket bases 12 and a first bracket base 14'. Each of the first bracket base 12 and the second bracket base 14 is provided with L S1 4 M396947 - number A plurality of holes 32 are formed, and a plurality of locking members 34 are inserted through the holes 32 to the base 10 to lock and fix the first bracket base 12 and the second bracket base to the base 10. And a first pillar 122' is disposed at a center of each of the first bracket bases 12, and a second pillar 142 is disposed at a center of each of the second bracket bases 14. The plurality of first brackets 16 and the second brackets 18 are respectively sleeved and mounted on the first pillars 122 and the second pillars 142, and are respectively fixed to the plurality of first fixing members 26 and the plurality of second fixing members 28 respectively. The first leg 122 and the second leg 142, and the plurality of lateral brackets 20 are fixedly mounted on the first bracket 16' by the joint member to form an angle with the first bracket 16. The first bracket 16, the second bracket 18 and the lateral bracket 20 are connected to a carrier frame 22 by means of a connector 3, and the carrier frame 22 is provided for a plurality of solar template groups 36. In addition, the first bracket 16 and the second bracket 18 are telescopically adjustable to be located at the heights of the first pillars 122 and the first pillars 142 such that the carrier frames η connected to the first brackets 16 and the second brackets 18 are inclined and the frame is supported. The 22 series is provided with a plurality of fastening members 24 for engaging the solar template group 36.瘫$外'--the bracket base 12, the first pillar 122, the second bracket base 14, the second pillar raft bracket 16, the first bracket ι8, the lateral bracket 2〇, and the carrier frame 22 are fiber composite reinforced plastics Made of thermosetting materials. The above is the description of the overall structure of the creation, and the first bracket % and the second bracket 18 / knife are sleeved on the first pillar 122 and the second pillar 42 are disposed on the first bracket base ο and the second bracket. The structure of the susceptor 14 is further described. As shown in the third figure, the first bracket 16 and the second bracket 18 are sleeved on the first pillar 122 and the second pillar 2'. The first bracket 1 and the second bracket can be adjusted according to requirements to be located at the first branch M396947. And the height of the second pillar 142, and the first pillar 122 and the second pillar 142 are respectively opened by 6 and have a plurality of first-opening holes 124 and second opening holes 144, respectively, the first bracket 16 and the second bracket 18 are respectively A plurality of first holes 162 and second holes 182 are opened corresponding to the first opening 124 and the second opening 144. And the corresponding first opening is inserted through the first fixing member to engage the first bracket 16 with the first hole 162 to the height of the first post 122, and the second fixing member 28 is inserted through the second fixing member 28 The corresponding second opening (4) is engaged with the second hole 182 to fix the height of the second bracket 18 to the second pillar 142. The fourth figure is a perspective view of the structure of the solar panel module of the creation. As shown in the figure, the solar template group 36 of the amorphous stone solar panel, the single crystal solar panel or the multi-sol solar panel will pass through The fastening member 24 is arranged on the carrying county 22 to be an oblique plane of the county for absorbing sunlight. According to the above-mentioned actual description, the present invention is a support for the thermosetting material of the fiber composite strong-recording adhesive to support the solar energy template group 36. Due to the water resistance, (four), heat resistance, high ductility and surface tension characteristics of the composite reinforced composite material, the solar module group 36 is supported for a long life, and the solar template group to be loaded can be increased by a certain degree. Improve the shortcomings of the current bearing frame of iron or Ming materials. The embodiments described above are merely illustrative of the technical spirit and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present solution and implement the scope of the present invention. The equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of this creation patent. [Simple description of the diagram] The first picture is a perspective view of the structure of the creation. IVljy〇y4/ The second picture is a side view of the structure of the creation. The first bracket and the second bracket of the present drawing are respectively disposed on the (10) of the first bracket _ base. The fourth figure is a three-dimensional diagram of the structure of the energy-bearing board. [Main component symbol description] 10 base 12 first bracket base 124 first opening 14 second bracket base 144 second opening 16 first bracket 18 second bracket 20 lateral bracket 24 fastening member 26 first fixed Member 30 Connector 34 Locking member 38 Engagement member 122 First post 142 Second post 162 First hole 182 Second hole 22 Carrier frame 28 Second fixing member 32 Drill hole 36 Solar template group