M404957 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種太陽能收集裝置之技術領域，尤指 其技術上提供一種移動式追日系統之支撐架以該支㈣ 裝置得頂部枢設太陽能收集裝置，並該太陽能收集裝置可 展、折，而支擋架裝置得設於一移動裝置上者。 【先前技術】M404957 V. New description: [New technical field] This creation provides a technical field of solar energy collection devices, especially the technical support for providing a mobile sun-tracking system support frame with the top (four) device to pivot the solar energy The collecting device is arranged, and the solar collecting device is expandable and foldable, and the supporting frame device is disposed on a mobile device. [Prior Art]
由於目前石油及燃煤等自然資源已逐漸消耗殆盡，且 原油價格也不斷調漲，又因現今環保意識抬頭，政府也不 斷在宣導節能減碳，因此利用太陽能來代替其他能源的技 術也不斷的推出，雖習用之追日系統裝置等雖各具特色， 惟，大部分之追日系統裝置仍具有如下之缺失： a .習用之太陽能收集設備，其在支撐太陽能板上為 固定式無法展、折，因此造成太陽能板不易收折減小體積 ’所以其佔用的體積均相當大。 b .習用之太陽能收集設備，其均為固定式，無法隨 時移動到所需處所使用’加上其無法展、折，使得移動上 更為困難。 c ·習用之太陽能收集設備，無法依用電需求機動支 援使用’因此’其功能受到嚴重限制，加上其也沒有相關 门步升降、或追日、或二百六十度旋轉、或升降、或展、 折等功能配合使用，使用上的限制相當的多，使用不方便 3 —u針對上m結構所存在之問題點，如何開# 種更具理想τ用性之創新結構’實消費者所殷切企& 亦係相關業者須努力研發突破之目標及方向。”’ 有鑑於此，备丨徒,μ夕> ]作人本於夕年從事相關產品之製造開發 -设計經驗，釺對上述之目標，詳加設計與審慎評估後， 终得一確具實用性之本創作。 【新型内容】 欲解決之技術問題點：習用之太陽能收集設備，其在 支撲太陽能板上為固定^無法屐、折，因此造成太陽能板 不易收折減小體積’所以其佔用的體積均相當大。且習用 之太陽能收集設備’其均為固定<，無法隨時移動到所需 處所使用，加上其無法展、#，使得移動上更為困難。又 習用之太陽能收集設備’無法依用電需求機動支援使用， 因此’其功能受到嚴重限制’加上其也沒有相關同步升降 或追日、或二百六十度旋轉'或升降、或展、折等功能 配合使用’使用上的限制相當的多，使用不方便。 解決問題之技術特點：本創作提供—種移動式追曰系 統之支擇架’包括：-太陽能收集裝置，該太陽能收集裝 置頂面舖滿數太陽能板，該太陽能收集裝置包含主框架及 主框架兩側樞設之側框架，並令兩側框架可展、折，並以 兩側可動定兩支點及一可伸縮動支點為三點之支撐·，一支 lV14U4y57 撐架裝置，該支推羊努罢 ^ 置頂。[5得樞設該太陽能收集裝置， >亥支撑架裝置並包含—追 k日功忐、一三百六十度旋轉及一 整體機座四點同步升降平么 丁口’及一驅動側框架展、折功能 的伸縮電動缸，並該支撐 系裝置及邊太陽能收集裝置得設 於一移動裝置上，以今软私 Μ 動裝置得將該支撐架裝置及該太 陽能收集裝置移動至所需定點。 對照先前技術之功效.太 7双.本創作之移動式追日系統之支 撐架，其頂部枢設一太陽 w此收集裝置且可展、折，該支撐 4並提供一追日功能 一 ^ —二百六十度旋轉及升降功能與一 正體機座四點同步升降 丁 ，及一驅動側框架展、折功能 的伸縮電動缸，並該支撞 系政置及該太陽能收集裝置得設 於—移動裝置上，以該 移動羞置得將該支撐架裝置及該太 ~此收集裝置移動至 古6 而疋點’因此其機動性強，而且具 有追日之效率高，其可 „』展開以收集最多太陽能，又折收可 佔用空間小，利於務私 ^ 、 ’係為相當實用之一創作。 有關本創作所採用 佳f π Μ # » A 技如、手段及其功效’茲舉一較 住貫把例並配合圖式每 乂斤細說明於后，相信本創作上述之目 的、構造及特徵，當可 田之得一深入而具體的瞭解。 【實施方式】 參閱第一至第八圖所 ^ ^ y、，本創作係提供一種移動it ϋ 曰系統之支撐架，係包含有： ㈣式追 一太陽能收集裝置Γ 、丄〇 )，包括一主框架（丄丄）及 M404957 一第一框架（1 2)與一第二框架（1 3)，該主框架（1 1)、該第一框架M2)及該第二框架（13)頂面舖滿 數太陽能板（14)，該第一、二框架（12)、。、 χ 乙；、（1 3 )分 別以二U型柩設件（1 5 )樞接至該主柩架（1 τ、 、丄丄）之兩 側，使該第一、二框架（：L 2 )、（ ：L 3 )可展、折，並以 兩側可動定兩支點（1 5 a )及一可伸縮動支點（4a )為三點之支撐； —支撐架裝置（20)，該支撐架裝置（2〇)包括一 支樓架組（3 〇 )、-追日架、组（5 〇 )、—傳動旋轉基座 (60)及一同步升降平台（7〇)請參閱圖三；該同步 升降平台（70)时升降-頂面板（71)，該頂面板（ 7 1 )上固設及配合倍力拉桿（7 2 )加強定位該傳動旋 轉基座（60)，該傳動旋轉基座（6〇)上組設該支撐架 組（3 0 )’該支撐架組（3 〇 )以一組兩片之斜向凸耳片 (3 〇 a )枢設至該主框架（2 2 )之底部限制該主框 木（1 1 )只能依樞設點為軸旋擺，並依該傳動旋轉基座 (6 0 )為軸而可全圓周旋轉，該支撐架組（3 〇 )並可 正.·且升降„周整问度，二支撐帛（4 ◦)分別穿設至該第— 一框木（1 2 )、（ 1 3 )之中心，二展折用伸縮電動缸 (4 1 )之—端枢接至該支撐架組（3 〇 )，另端樞接至該 支撑桿（4 0)端部該可伸縮動支點（4ia)，使該展折 用伸縮電動缸（4 1、柚β a，丨u » 展開’該展折用伸縮電動缸""縮短則該第一 ^^(12W13)其中該支撐桿（40)、 邊可伸縮動支點（4 } a ) ^ Μ 4斜向凸耳片（3 Q a )必 而於同一軸線上，使該追日架 r ，.且轉動追日，該追日架組 〇)包括於該支擇架組（^ n 、d 0 )凸出的頂板（3 1 ) 禾舳樞設一仰角用伸縮電動缸 (5 1 )，該仰角用伸縮電動 (5 1 )驅動端（5工工） 媒至该主框架（1 1 )之 近側邊位置，該仰角用伸縮電動 ^ 3 J·)伸舍5動作即可 改變該太陽能收集裝置（丄〇 ^ W 1 P圬，進而達到追曰之 效果。 该支撐架裝置（2 〇 )頂邱γ < ^頂。卩侍枢設該太陽能收集裝置 (10)，並該支撐架裝置（2ΓΜβ )及省太能收集裝置 1 〇)’以該支撐架裝置（2f)) Ζϋ)固疋於—移動裝置（8 —置物平° ( 8 0 a )上，以該移動裝置（8 0 )得將 省支撐架裝置（2 0)及該太陽能收集裝置（1 〇)移動 至所需定點。 車 述該移動裝置（80)可為一平台車、貨植車或拖 藉由上述之組成，其組裝固定至該移動裝置上 )，因此該移動敦署 裝置（8 0 )可以移動至任何需求的定％ 而其移動前該太陽能收集裝 置（1〇)以该支撐架裝置 2 0 )而付以旋棘 @ 疋轉下降、收折至最小狀態，如此更有利 M404957 於該移動裝置（8 〇 ) 移動至定?“ ，而當該移動裝置（80) (點時，又可利用該 ^ # , 0 寸丨牛千台（7 0 )配合該 支撐木纽（3 〇 )將該太陽能 &方降 求裝置（10)升至適合 的冋度，並利用該傳動旋轉基 隼裝置f ·! n、 V b ◦)紅轉該太陽能收 集式置（10)對準太陽轨道 r . 〇 , /、後即可利用該追日架組 ^ 動該太陽能收集裝置（10”遺時對準太陽， 使違太陽能收集裝 … （10)的收集效率最高，據此達到 本創作可展、折、具追曰功能'可 度與-整體機座四點同步升降-百十度旋轉調整角 點冋步升降’而其機動性強，而且具有 I日之效率高，其可展、折可收隼最夕 佔用"η 折了收集最多太陽能’又折收可 二"、’利於移冑’係為相當實用之一創作。 Μ文係針對本創作之較佳實施例為本創 ::具體之說明:惟，熟悉此項技術之人士當可在不脫： /作之精神與原則下對本創作進行變更與修改，而該等 中更4改’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】 -圖.係本創作其一實施例之實施於貨櫃車示意圖。 第_圖’係本創作其-實施例之支撐架裝置立體示意圖。 圖.係本創作其一實施例之同步升降架組上升動作示 意圖。As the current natural resources such as oil and coal have been gradually depleted, and the price of crude oil has been increasing, and because of the rising awareness of environmental protection, the government is constantly promoting energy conservation and carbon reduction. Therefore, the technology of using solar energy instead of other energy sources is also Continuously introduced, although the conventional chasing system devices have their own characteristics, most of the chasing system devices still have the following shortcomings: a. The conventional solar collector equipment, which is fixed on the supporting solar panels. The exhibition and folding, so that the solar panels are not easy to fold and reduce the volume', so the volume occupied by them is quite large. b. The conventional solar energy collection equipment, which is fixed and cannot be moved to the required location at any time, plus its inability to expand and fold, making it more difficult to move. c · The conventional solar collector equipment cannot be used to support the use of electric power. Therefore, its function is severely limited, and it has no relevant step-and-step lifting, or chasing the sun, or two hundred and sixty degrees of rotation, or lifting, Or the use of exhibition, folding and other functions, the use of restrictions is quite large, the use of inconvenient 3 -u for the problem of the existing m structure, how to open # more ideal τ usefulness of the structure of the real consumer The company is also committed to the development of breakthrough goals and directions. "In view of this, the preparation of the gangsters, Yu Xi"] is the person who is engaged in the manufacturing development-design experience of related products in the eve of the year, and after the detailed design and careful evaluation of the above objectives, it will be true. The practicality of this creation. [New content] The technical problem to be solved: the solar energy collection equipment used in China, which is fixed on the solar panel, can not be folded or folded, thus causing the solar panel to be difficult to fold and reduce the volume. Therefore, the volume occupied by them is quite large. And the conventional solar energy collection equipment 'is fixed ^, can not be moved to the required place at any time, plus its inability to display, #, making it more difficult to move. The solar energy collection equipment 'cannot be used in accordance with the electric demand for mobile support, so 'its function is severely limited' plus it has no related synchronous lifting or chasing the sun, or two hundred and sixty degrees of rotation' or lifting, or exhibition, folding and other functions The use of 'restrictions on use is quite large, the use is inconvenient. Technical features to solve the problem: This creation provides a choice of mobile tracking system' including: - solar energy collection The solar collector device is covered with a plurality of solar panels, and the solar energy collecting device comprises a main frame and side frames pivoted on both sides of the main frame, and the two sides of the frame are expandable and foldable, and two points can be moved on both sides. And a telescopic fulcrum is supported by three points. · A lV14U4y57 bracket device, which pushes the sheep to stop the top. [5 has to set up the solar collector, > Hai support device and contains - chase Japanese power gong, one hundred and sixty-six degrees of rotation and a four-point synchronous lifting and flattening of the whole machine base and a telescopic electric cylinder with a driving side frame exhibition and folding function, and the supporting system and the side solar energy collecting device It is arranged on a mobile device, and the support device and the solar energy collection device can be moved to the desired fixed point by the soft and private device. Compared with the effect of the prior art. Too 7 pairs. The mobile tracking system of the present creation The support frame has a sun-sharing device at the top thereof and is expandable and foldable. The support 4 provides a sun-tracking function. The ^-260-degree rotation and lifting function is synchronized with a four-point synchronous lifting of a body frame. ,and a telescopic electric cylinder that drives the side frame to expand and fold, and the collision system and the solar energy collection device are disposed on the mobile device, and the support device and the storage device are arranged with the movement Move to the ancient 6 and 疋 point 'so it is highly mobile, and has the efficiency of chasing the sun, it can be expanded to collect the most solar energy, and the folding can take up little space, which is conducive to the work ^, 'system is quite practical One of the creations. Regarding the use of good f π Μ # » A techniques, means and their functions in this creation, I would like to consider the purpose, structure and characteristics of the above-mentioned creations. When Ketian got a deep and specific understanding. [Embodiment] Referring to the first to eighth figures, the present invention provides a support frame for a mobile it , system, which includes: (4) chasing a solar collector device 丄〇, 丄〇), including a Main frame (丄丄) and M404957 a first frame (1 2) and a second frame (13), the main frame (1 1), the first frame M2) and the top surface of the second frame (13) Covered with several solar panels (14), the first and second frames (12). , χ B;, (1 3 ) are respectively pivoted to the two sides of the main truss (1 τ, 丄丄) by two U-shaped 柩 柩 (1 5 ), so that the first and second frames (: L 2), ( : L 3 ) can be expanded and folded, and two points (15 a) and one telescopic moving point (4a) can be fixed on both sides as support of three points; - support frame device (20), The support frame device (2〇) includes a building frame group (3 〇), a chasing sun frame, a group (5 〇), a transmission rotating base (60) and a synchronous lifting platform (7〇). The synchronous lifting platform (70) is a lifting-top panel (71), and the top panel (71) is fixed and cooperates with a double lever (72) to strengthen the positioning of the transmission rotating base (60). The support frame set (3 0 ) is assembled on the base (6〇). The support frame set (3 〇) is pivoted to the main frame by a set of two oblique lug pieces (3 〇a). 2) The bottom limit of the main frame wood (1 1 ) can only be pivoted according to the pivot point, and can be rotated in the whole circle according to the rotation base (60) of the transmission, the support frame group (3 〇 ) and can be positive and slow „周整问度,二支持帛4 ◦) respectively, to the center of the first frame wood (1 2 ), ( 13 ), and the end of the extension telescopic electric cylinder (4 1 ) is pivotally connected to the support frame group (3 〇) The other end is pivotally connected to the telescopic fulcrum (4ia) at the end of the support rod (40), so that the expansion and contraction electric cylinder (4 1 , pomelo β a, 丨u » expands the expansion and contraction The electric cylinder "" shortens the first ^^(12W13) where the support rod (40), the side telescopic fulcrum (4 } a ) ^ Μ 4 oblique lug (3 Q a ) must On the same axis, the chasing rack r, and the chasing day, the chasing rack group) is included in the top panel (3 1 ) of the supporting rack group (^ n , d 0 ) An elevation-type telescopic electric cylinder (5 1 ) for telescopic electric (5 1 ) driving end (5 engineering) medium to the near side position of the main frame (1 1 ), the elevation angle is telescopic electric ^ 3 J ·) The 5th movement can change the solar collector (丄〇^ W 1 P圬, and then achieve the effect of tracking. The support device (2 〇) top γ < ^ top. Solar collector (10) and the support frame Set (2ΓΜβ) and the provincial energy collection device 1 〇) 'with the support device (2f)) 疋) fixed on the mobile device (8 - storage level ° (80 a), with the mobile device (8 0) The provincial support device (20) and the solar energy collection device (1) must be moved to the desired fixed point. The mobile device (80) can be a platform truck, a cargo truck or a trailer. Composed, the assembly is fixed to the mobile device), so the mobile device (80) can be moved to any demanded percentage and the solar collector device (1〇) is moved to the support device 2 0) And the spine @ 疋 下降 下降 、 、 、 、 、 、 、 、 , 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 404 ^ # , 0 inch 丨牛千台(7 0 ) with the support wood (3 〇), the solar & Descending device (10) is raised to a suitable temperature, and the transmission is used to rotate the base device f ·! n, V b ◦) red to the solar collector (10) aligned with the sun's orbit r. 〇, /, then you can use Chasing the sun frame group ^ The solar collector device (10" is aimed at the sun, so that the collection of solar energy is counterfeit... (10) The collection efficiency is the highest, and thus the creation, folding, and tracking function of the creation can be achieved. Synchronous lifting with four points of the whole frame - one hundred degrees of rotation to adjust the corner point stepping and lowering' and its maneuverability is strong, and it has the high efficiency of I day, and its display and folding can be used for the most recent occupation. The collection of the most solar energy 'received two can', 'favorable to move' is one of the most practical creations. The text is based on the preferred embodiment of the creation: specific description: However, those who are familiar with the technology can change and modify the creation without departing from the spirit and principle of All of the changes should be included in the scope defined by the following patent application scope [Simplified illustration of the drawings] - Fig. is a schematic diagram of the implementation of one embodiment of the present invention in a container truck. Figure _ is a perspective view of the support frame device of the present invention. Fig. is a schematic illustration of the ascending action of the synchronous lifting frame of one embodiment of the present invention.
第四圖：係土 U ’、本幻作其一實施例之同步升降架組下降動作示 意圖。 第五圖 苐六圖 第七圖 第八圖 係本創作其一實施例之展收架組展開動作示意圖 〇 係本創作其一實施例之展收架組收折動作示意圖 〇 係本創作其一實施例之全周旋轉及升降調整示意 圖。 係本創作其一實施例之追日架組追日動作示意圖 【主要元件符號說明】 1 〇)太陽能收集裝置 1 2 )第—框架 1 4)太陽能板 1 5 a)支點 3 0 )支撐架組 3 1 )頂板 4 1 )展折用伸縮電動缸 5 〇 )追日架組 5 1 1 )驅動端 7〇)同步升降平台 7 2 )倍力拉桿 8〇a)置物平台 (1 1 )主框架 (1 3 )第二框架 (15) U型樞設件 (2 〇)支撐架裝置 (30a)斜向凸耳片 (4 0 )支撐桿 (4 1 a )可伸縮動支點 (5 1 )仰角用伸縮電動缸 (6 0 )傳動旋轉基座 (7 1 )頂面板 (8 0 )移動裝置 9Fig. 4 is a schematic diagram showing the descending action of the synchronous lifting frame group of the soil U ’. The fifth figure, the sixth figure, the seventh figure, the eighth figure is a schematic diagram of the expansion operation of the exhibition frame group according to an embodiment of the present invention. The drawing of the exhibition frame group of the present embodiment is a schematic diagram of the folding operation. A schematic diagram of the whole-cycle rotation and lifting adjustment of the embodiment. Schematic diagram of the chasing day group chasing action of an embodiment of the present invention [main component symbol description] 1 〇) solar energy collection device 1 2) first frame 1 4) solar panel 1 5 a) fulcrum 3 0) support frame group 3 1) Top plate 4 1 ) Telescopic electric cylinder for folding and folding 5 〇) Chasing frame group 5 1 1 ) Drive end 7〇) Synchronous lifting platform 7 2) Double lever 8〇a) Storage platform (1 1 ) Main frame (1 3) Second frame (15) U-shaped pivoting member (2 〇) support frame device (30a) oblique lug piece (4 0) support rod (4 1 a ) telescopic moving fulcrum (5 1 ) elevation angle Use a telescopic electric cylinder (60) to drive the rotating base (7 1) top panel (800) mobile device 9