M415552 五、新型說明： ' 【新型所屬之技術領域】 本創作是有關於一種太陽能裝置，且特別是有關於一種太 陽能支架及使用其之太陽能裝置。 【先前技術】 近年來，隨著環保意識抬頭與替代能源領域的興起，加上 # 太陽能具有取之不盡用之不竭的優點’太陽能的利用已愈來愈 受到重視。因此，在曰照充足的地區，愈來愈常見到大型太陽 月b裝置的δ又置，以將太b能轉換成人類生活中所需的能源，如 電能、熱能等。 太％此支架疋太％能裝置的重要址成部份，其適於支撐太 陽能面板。圖1繪示為習知的太陽能裝置之立體分解示意圖。 圖2繪示為圖1的太陽能裝置之側面示意圖。需要注意的是， 爲了方便S兑明起見，圖1與圖2中僅示意性地繪示一第二承載 樑、一加固條、一第一支撐腳及一第二支撐腳。請參閱圖i與 矚圖2，f知的太陽能裝置1〇〇包括多個太陽能面板11〇及一^ 陽能支架120。太陽能支架120包括多個支撐腳12卜多個第 一承載樑122、多個第二承載樑123及多個加固條124。這些 第一承載樑122及這些第二承載樑123配置於這些支撐腳 上，這些太陽能面板110配置於這些第一承載# m及這 二承載樑123上。 一 這些支撐腳121包括多個第一支撐腳125及多個第二支撐 腳126。这些第一支撐腳125位於一直線上且間隔設置，這些 第二支樓腳126位於另一直線上且間隔設置。這些第一支擇腳 M415552 1.25與這些第二支撐腳126呈矩形 的靠近第二承載樑⑵❾1設有兩相^置fT25 兩連接片125a相互平行並間.隔4的距離，每—= 片125a上開設有連接孔125b。 連接 每-支撐腳126的靠近苐二承載樑咖一 配置=接片126a。兩連接片126a相互平行並間隔一定的距 離，母-連接片126a上開設有連接孔12 上 開設有連接孔126e。 M_126上還 巫"坆些f 一承載樑122相互平行，這些第二承載樑123相互 平灯，且第二承載樑123垂直於第一承载標122 ⑵的兩端分職鴻_第二承繼123連接。每 = =梁=的-關設有連接孔123a，其另—端職有麵孔 c，弟一承載樑123的中部還開設有連接孔12孙。 加口條124的一端没有兩相對配置的連接片，其另 Γ端設有兩相對配置的連接片1鳥。兩連接片124a相互；:行 並間隔-定的距離，每一連接月1243上開設有連接孔124c。 兩連接片124b相互平行並間隔一定的距離，每一連接片I24b 上開設有連接孔124d。 組裝枯，第二承載樑丨23的一端藉由連接孔123a、連接 孔12/a及鎖固件連接於第一支撐腳125的兩連接月12元之 間。第一承载樑123的另一端藉由連接孔12允、連接孔12知 及鎖固件連接於第二支樓腳126的兩連接片126a之間。第二 承載樑123的中部藉由連接孔123b、連接孔12如及鎖固件連 ，於加固條124的一端的兩連接片U4a之間。第二支撐腳126 藉由連接孔126c、連接孔I24d及鎖固件連接於加固條124的 另—端的兩連接片124b之間。 M415552 太陽能裝置100還包括多個夹具⑵及多個支撐片⑶。 峡於對應的第二承载樑123上，且太陽能面板 ^ ^罢承載標123與夹具127之間，從而使太陽能 面板置於這些第-承载樑122及這些第二承載標123 上。母-弟-支撐腳125底部的相對兩側各連接有一支撐片 每-第二支撐腳126底部的相對兩側各連接有一支樓片 128。 巾’如圖1所示’軌太陽能面板110 古η 士 7載標122 ’第—承載襟122的數量多，材料 需要設置夹具127及其他鎖固件將太陽能面 為複雜，施工成本較高。 日加了材本，且組裝較 【新型内容】 一種太陽能支架’其具有成本低的優點。 的優點 種太陽㈣置，其具有成本低且組裝方便 撐腳、多個第—V載:二能第包括多個支 互平杆日㈣― 夕弟―承載樑。㈣第—承載樑相 列 置於這些切腳帛;ί承載麵互平行且配 Xif - — & 廷二弟一承载樑與這些第一承载樑交錯排 置的滑執 第一承載樑或這些第二承載樑上設有至少一 對相對配 第 支#一實施例中，上述之這些支稽腳包括多個 第二支 二^腳二支稽腳，每—第—支#_高度小於每一第 支按腳的焉度，這些第一支稽腳位於一直線上母弟 5 0yz ==7直線上，這些第-支撐腳與這些第二支撐腳呈矩 固條在d的Γ實如种:上述之太陽能支賴包括多個加 支標腳連接。° i、的—端與弟二承載樑連接，其另—端與第二 些第’上述之這些第一承载襟垂直於這 掛實施例中，上述之這些第—承載樑上設有兩 h:二广i第—承載樑包括下滑執承賴、中滑執承載樑及 t執=載樑，下滑執承載樑具有第一滑軌’中滑軌承載樑具 Μ =執及第二滑執，上滑軌承載樑具有第四滑軌，第一滑 執二滑執相對配置，第三滑執與第四滑執相對配置。 &創作還提出—種太陽能裝置，包括多個太陽能面板及— 夕支架。太陽能支架包括多個支撐腳、多㈣—承載標及 夕個第：承載樑。這些第—承載樑相互平行且配置於這些支撐 腳上這些第一承載樑相互平行且配置於這些支撐腳上。這些 第，承載樑與這些第一承載樑交錯排列。這些第一承載樑或這 二第一承載樑上設有至少—對相對配置的滑軌。每一太陽能面 板的兩相對端分別可滑動地容納於兩相對的滑軌中。 在本創作的一實施例中，上述之這些第一承載樑垂直於這 些第二承載樑。 一 在本創作的一實施例中，上述之這些第一承載樑上設有兩 對滑轨，這些第一承載樑包括下滑軌承載樑、中滑軌承載樑及 上滑軌承载樑。下滑執承载樑具有第一滑執，中滑執承載樑具 有第2滑轨及第三清執’上滑執承載樑具有第四滑執，第一滑 執與第二滑執相對配置’第三與第四滑軌相對配置。 M415552M415552 V. New description: ' 【New technology field】 This creation is about a solar device, and in particular, it relates to a solar energy bracket and a solar device using the same. [Prior Art] In recent years, with the rise of environmental awareness and the rise of alternative energy fields, and the fact that #太阳能 has an inexhaustible advantage, the use of solar energy has received increasing attention. Therefore, in areas with sufficient coverage, it is more and more common to set the δ of the large solar moon b device to convert the energy into the energy needed in human life, such as electric energy and heat. Too much of this bracket is too important for the device to be part of the device, which is suitable for supporting the solar panel. FIG. 1 is a perspective exploded view of a conventional solar device. 2 is a side view of the solar device of FIG. 1. It should be noted that, in order to facilitate the S, only a second load beam, a reinforcing strip, a first supporting leg and a second supporting leg are schematically illustrated in FIG. 1 and FIG. 2 . Referring to FIG. 1 and FIG. 2, the solar device 1 includes a plurality of solar panels 11 and a solar panel 120. The solar support 120 includes a plurality of support legs 12, a plurality of first load-bearing beams 122, a plurality of second load-bearing beams 123, and a plurality of reinforcing strips 124. The first load-bearing beams 122 and the second load-bearing beams 123 are disposed on the support legs. The solar panels 110 are disposed on the first load-bearing members #m and the second load-bearing beams 123. One of the support legs 121 includes a plurality of first support legs 125 and a plurality of second support legs 126. The first support legs 125 are located in a straight line and spaced apart, and the second leg feet 126 are located on another line and spaced apart. The first leg M415552 1.25 and the second support leg 126 are rectangularly adjacent to the second load beam (2) ❾1 and are provided with two phases. The two connecting pieces 125a are parallel to each other and spaced apart by a distance of 4, each of the plates 125a. A connection hole 125b is provided in the upper opening. The connection of each of the support legs 126 is close to the second load beam configuration = tab 126a. The two connecting pieces 126a are parallel to each other and spaced apart by a certain distance, and the connecting hole 12 is formed in the female connecting piece 126a, and the connecting hole 126e is opened. M_126 is also singularly " some f-bearing beams 122 are parallel to each other, the second load-bearing beams 123 are flat with each other, and the second load-bearing beam 123 is perpendicular to the two ends of the first load-bearing target 122 (2). 123 connection. Each == beam=- is provided with a connecting hole 123a, and the other end has a face c, and a middle portion of the carrying beam 123 is also provided with a connecting hole 12. The end of the strip 124 has no two oppositely disposed tabs, and the other end is provided with two oppositely disposed tabs 1 bird. The two connecting pieces 124a are mutually connected to each other by a predetermined distance, and each connecting month 1243 is provided with a connecting hole 124c. The two connecting pieces 124b are parallel to each other and spaced apart by a certain distance, and each connecting piece I24b is provided with a connecting hole 124d. The assembly is dry, and one end of the second load beam 23 is connected between the two connection months of the first support leg 125 by the connection hole 123a, the connection hole 12/a and the lock. The other end of the first load beam 123 is connected between the two connecting pieces 126a of the second leg 126 by the connecting hole 12 and the connecting hole 12. The middle portion of the second load beam 123 is connected between the two connecting pieces U4a at one end of the reinforcing strip 124 by a connecting hole 123b, a connecting hole 12, and a fastener. The second supporting leg 126 is connected between the two connecting pieces 124b of the other end of the reinforcing strip 124 by the connecting hole 126c, the connecting hole I24d and the locking member. The M415552 solar device 100 further includes a plurality of clamps (2) and a plurality of support sheets (3). The gorge is on the corresponding second load-bearing beam 123, and the solar panel is placed between the target 123 and the fixture 127, so that the solar panel is placed on the first-bearing beam 122 and the second carrier 123. A support piece is connected to the opposite sides of the bottom of the bottom of the mother-and-support foot 125. A pair of floor pieces 128 are connected to opposite sides of the bottom of each of the second support legs 126. As shown in Fig. 1, the "rail solar panel 110" has a large number of the number 122, and the number of the carrier 122 is large. The material needs to be provided with the jig 127 and other fasteners to complicate the solar surface and the construction cost is high. It has been added to the material and assembled more. [New content] A solar bracket has the advantage of low cost. Advantages of the sun (four), it has low cost and easy assembly. The foot, a number of -V: two can include multiple support flats (four) - Xidi - load beam. (4) The first-bearing beam phase is placed on the cutting feet; the bearing surfaces are parallel to each other and are equipped with Xif - - & Ting Erdi, a load-bearing beam and these first load-bearing beams are arranged in a staggered first load beam or these The second load-bearing beam is provided with at least one pair of oppositely-distributed branches. In the embodiment, the above-mentioned legs comprise a plurality of second legs, two legs and two legs, each of which has a height less than The first leg is located on the straight line of the mother line 50yz ==7, and the first support leg and the second support leg are in the form of a solid bar at d. : The above solar energy support includes a plurality of support foot connections. ° i, the end and the second two load beam connection, the other end and the second of the above-mentioned first load carrying 襟 perpendicular to the hanging embodiment, the above-mentioned first carrying beam is provided with two h : Erguang i-bearing beam includes sliding support, medium sliding bearing beam and t-bearing = carrying beam, sliding bearing beam has the first sliding rail 'middle rail bearing beam Μ 执 = second sliding The upper rail bearing beam has a fourth sliding rail, the first sliding two sliding relative configuration, the third sliding and the fourth sliding opposite configuration. & creation also proposed a solar device, including multiple solar panels and - eve brackets. The solar support comprises a plurality of support legs, a plurality of (four)-bearing marks and a singular: load beam. The first load-bearing beams are parallel to each other and are disposed on the support legs. The first load-bearing beams are parallel to each other and are disposed on the support legs. These first, the load beam are staggered with the first load beams. The first load beam or the first load beam are provided with at least a pair of oppositely disposed slide rails. The opposite ends of each solar panel are slidably received in two opposing rails, respectively. In an embodiment of the present invention, the first load beams are perpendicular to the second load beams. In an embodiment of the present invention, the first load beam is provided with two pairs of slide rails, and the first load beam includes a down rail load beam, a middle rail load beam and an upper rail load beam. The sliding bearing beam has a first sliding, the middle sliding bearing beam has a second sliding rail and the third clearing upper sliding support beam has a fourth sliding, the first sliding and the second sliding relative configuration The third and the fourth rail are oppositely arranged. M415552
上述之下滑執承載樑'中滑軌承 在本創作的一實施例中，The sliding support beam of the above-mentioned sliding load bearing beam is in the embodiment of the present invention.
還包括多個雜件，每-定位件插設於職的定位孔中，以防 ’太陽能支架 止這些太陽能面板滑出。 、在本創作的太陽此支架及太陽能裝置中，這些第一承载襟 或這些第二承獅上設有至少—對相對配置的㈣。太陽能面 板可滑人第-承載樑或第二承載樑的滑執巾*由太陽能支架 承載’組裝方便’施J1成本較另外，本創作的太陽能裝置 不需要使用夾具及其他鎖固件將太陽能面板固定於太陽能支 架上，從而降低材料成本。 ^為讓本創作之上述和其他目的、特徵和優點能更明顯易 懂，下文特舉較佳實施例’並配合所附圖式，作詳細說明如下。 【貫施方式】 圖3繪示為本創作一實施例之太陽能裝置之立體示意 圖。請參閱圖3，本實施例的太陽能裝置2〇〇包括太陽能面板 210及太陽能支架220。太陽能支架220包括多個支撐腳221、 多個第一承載樑222、多個第二承載樑223及多個加固條224。 這些第一承載樑222相互平行且配置於這些支標腳221上，這 些第二承載樑223相互平行且配置於這些支樓腳221上，這些 太陽能面板210配置於這些第一承載樑222與這些第二承載樑 223。 7 M415552 此太陽能面板210用以將太陽能轉換成其他形式的能量 而加以利用。舉例來說，太陽能面板21〇可為用以將光能轉換 成電能的光電轉換面板或用以將光能轉換成熱能的光熱轉換 面板。 夕個支稽腳221包括多個第一支樓腳225及多個第二支撐 腳226。這些第一支撐腳225位於一直線上且相互平行，這些 第二支撐腳226位於另一直線上且相互平行，且這些第一支撐 腳225與這些第二支標腳226呈矩形陣列排佈。第一支撐腳 225的高度小於第二支撐腳226的高度。在本實施例中，第一 支樓腳225、第二支撐腳226、加固條创的結構及連接方式 分別與習知的太陽能裝置10㈣第一支撐腳125、第二支撐腳 126、加固條124的結構及連接方式的結構相同，在此不再資 在另-實施例中，每—加固條的—端可與第二承載標連 接’其另一端可與第一支撐腳連接。此外，本創作並不限定第 一支撐腳225與第二承载樑223、第二支標腳挪與第 樑223、加固條224盥第-古声as» π/： η外 求八弟—支撐腳226及第二承載樑223的連 接方式。 這些第-承載樑222上設有兩對滑軌，其呈三列排佈，但 此為限，在其他實施财，這些第—承载樑可呈兩列 或士於二列排佈，可依照實際需求作調整。在本實施例中 ，弟-承載樑222包括下滑執承载樑⑽、中 及上滑軌承載脚。。下滑執承载樑2 = ^上滑軌承載樑織相互平行，且相鄰的第一承^=22b 間距尺寸可依照實際需求作任意調整。 、的 在本實施例中，這些第二承載# -及第二支撐_的上方，二一承== M415552 二苐承载樑223的上方。第一承載樑222垂直於第二承載樑 23仁本創作不以此為限，在其他實此一 樑相^平行，這些第二科樑相互平行，第—承載=第3 載樑父錯排佈n承載樑與第二承載_的夾角可依照實 際需求作調整。 =要說明的是’第-承載樑222與第二承載樑223的材質 可依照各地區不同的使用需求作選擇，例如包括不傭鋼、鐵材 或鋁擠型材，但不以此為限。 • 圖41 會示為圖3之太陽能袭置之區域IV之剖面示意圖。 圖Η會示為圖3之太陽能裝置之區域v之剖面示意圖。圖6 繪不為圖3之太陽絲置之輯VI之勤轉圖。請參閱圖 4至圖6’下滑執承繼222aA致呈〔字型，其具有第一滑執 心’。中滑執承載樑222b大致呈工字型，其具有兩相對配置 的第―月軌222b及第二滑執222b”。上滑軌承載樑222c相對 於中滑執承载壤:222b與下滑軌承載樑222a對稱，其具有第四 滑軌222c’。第-滑執222a，與第二滑執现，相對酉^，第三 滑軌222b”與第四滑執222c，相對配置。一部份太陽能面板训 矚的兩相對端分別可滑動地容納於第—滑執2孤，與第二滑執 中」另-部份太陽能面板細的兩相對端分別可滑動地 谷納於弟二滑執222b”與第四滑執处，中。下滑軌承載標 222a、中滑執承載樑222b及上滑軌承载標222e藉由鎖固件 223a (例如螺絲）固定於第二承載樑奶上。本創作並不限定 下滑軌承載，222a、中滑軌承載樑222b及上滑軌承載標織 的結構，設有_賴他結構的承_亦可應驗本創作中。 在本實施例中，第-林樑222上設有兩對相對配置的滑軌， 但本創作不以此為限，在其他實施例中，第一承載標上可設置 M415552 一對或兩對以上的相對配置的滑執。 一圖7繪示為圖3之太陽能裝置之立體分解示意圖。圖8繪 =為圖7之太陽能裝置之第—承載樑與太陽能面板之組裝示 意圖。需要說_是，為了方便制起見，圖8僅繪示的第一 承載樑的長度較短。請參閱圖7與圖8，太陽能面板21〇的厚 ，接近於第-承载樑222的滑執的高度。安裝時，太陽能面板 沿耆平行於第一承載樑222的方向D1滑入這些第一承載 標222的滑軌中’即一部份太陽能面板210的兩端分別滑入下 滑執承载樑222a的第-滑軌島，與中滑執承载樑的第 -滑軌222b’，3-部份太陽能面板21〇的兩端分別滑入中滑 ，承载樑222b的第三滑軌222b，，與上滑執承載襟咖的第四 滑執22私，。.下滑軌承載樑222a、巾滑執承载樑勘及上滑 執承载樑222c的兩端均開設有多個定位孔挪 ⑽還包括多個定位件227，以插設於對應的定㈣228 = 面板21(W骨入第一承載樑222的滑執内后，再將定位件 一=没於對應的定位孔228中，以防止太陽能面板21〇從第 载樑222 _部滑出。所述定位件2 2 7可為防滑插銷或 固件’但不以此為限。 在本實施例中’這些第一承載樑US為橫向承載標，這些 —承载樑223為縱向承載樑，這些第一承載樑222上設有滑 ，但本創作不以此為限。在其他實施例中，第二承載標上可 二^執’如圖7所不’太陽能面板可沿著平行於第二承载襟 向D2滑入第二承載樑的滑軌中。 =上所述，本創作之太陽能支架及使用其之太陽 少具有下列優點： 1.在本創作的太陽能支架及太陽能裝置中，這些第一承 M415552 第t承載樑上設有至少—對相對配置的滑軌。太陽 I竿承栽二弟；承载樑或第二承載樑的滑軌中而由太陽能 ίίϊί要施工成本較低1外，本創作的太陽能It also includes a plurality of miscellaneous pieces, each of which is inserted into the positioning hole to prevent the solar panel from sliding out of the solar panel. In the creation of the sun and the solar device of the present invention, the first bearing rafts or the second lions are provided with at least a pair of opposite arrangements (four). The solar panel can slide the sliding handle of the first load-bearing beam or the second load-bearing beam. * It is easy to assemble by the solar support. The cost of the J1 is more than that. The solar device of the present invention does not require the use of fixtures and other fasteners to fix the solar panel. On solar mounts, thereby reducing material costs. The above and other objects, features and advantages of the present invention will become more apparent and understood. [Complex Mode] FIG. 3 is a perspective view showing a solar device according to an embodiment of the present invention. Referring to FIG. 3, the solar device 2 of the present embodiment includes a solar panel 210 and a solar bracket 220. The solar bracket 220 includes a plurality of support legs 221 , a plurality of first load beams 222 , a plurality of second load beams 223 , and a plurality of reinforcement strips 224 . The first load-bearing beams 222 are parallel to each other and disposed on the support legs 221 . The second load-bearing beams 223 are parallel to each other and disposed on the support legs 221 . The solar panels 210 are disposed on the first load-bearing beams 222 and the The second load beam 223. 7 M415552 This solar panel 210 is used to convert solar energy into other forms of energy for use. For example, the solar panel 21A can be a photoelectric conversion panel for converting light energy into electrical energy or a photothermal conversion panel for converting light energy into thermal energy. The evening leg 221 includes a plurality of first leg 225 and a plurality of second leg 226. The first support legs 225 are in a straight line and are parallel to each other. The second support legs 226 are located on another line and are parallel to each other, and the first support legs 225 and the second leg pins 226 are arranged in a rectangular array. The height of the first support leg 225 is less than the height of the second support leg 226. In this embodiment, the structure and connection manner of the first branch foot 225, the second support leg 226, and the reinforcing strip are respectively associated with the conventional solar device 10 (four) first support leg 125, second support leg 126, and reinforcing strip 124 The structure and the connection structure are the same, and in this embodiment, the end of each reinforcing strip can be connected with the second carrier, and the other end can be connected with the first supporting leg. In addition, the present invention does not limit the first supporting leg 225 and the second supporting beam 223, the second supporting leg and the second beam 223, the reinforcing bar 224, the first - ancient sound as» π /: η outside the eight brothers - support The manner in which the foot 226 and the second load beam 223 are connected. The first load-bearing beam 222 is provided with two pairs of slide rails arranged in three rows, but this is limited. In other implementations, the first load-bearing beams may be arranged in two columns or in two rows, according to Actual needs are adjusted. In the present embodiment, the carrier-bearing beam 222 includes a sliding support beam (10), a middle and upper rail bearing legs. . The sliding bearing beam 2 = ^ the upper rail bearing beam is parallel to each other, and the adjacent first bearing ^=22b spacing size can be arbitrarily adjusted according to actual needs. In this embodiment, above the second carrier #- and the second support_, the second bearing == M415552 is above the load carrying beam 223. The first load beam 222 is perpendicular to the second load beam 23, and the creation is not limited thereto. In other cases, the beams are parallel, and the second beams are parallel to each other, and the first bearing is the third parent beam. The angle between the cloth n load beam and the second load _ can be adjusted according to actual needs. = It should be noted that the materials of the 'the first load-bearing beam 222 and the second load-bearing beam 223 can be selected according to different use requirements of each region, for example, including non-commissioned steel, iron or aluminum extruded profiles, but not limited thereto. • Figure 41 shows a cross-sectional view of area IV of the solar attack in Figure 3. Figure Η shows a cross-sectional view of the region v of the solar device of Figure 3. Figure 6 depicts the divergence diagram of the VI of the solar wire set of Figure 3. Please refer to Figures 4 to 6' for the decline to follow the 222aA presentation (the font has the first slippery heart). The middle sliding bearing beam 222b is substantially in the shape of an I-shaped, and has two oppositely disposed first-moon rails 222b and second sliding 222b". The upper rail-bearing beam 222c is opposite to the medium-sliding bearing: 222b and the lower rail bearing The beam 222a is symmetrical, and has a fourth sliding rail 222c'. The first sliding gate 222a is opposite to the second sliding shoe, the third sliding rail 222b" and the fourth sliding gate 222c. The opposite ends of a part of the solar panel training are slidably accommodated in the first sliding gate 2, and the opposite ends of the second solar panel are slidably slidably The second sliding 222b" and the fourth sliding position, the middle sliding bearing carrier 222a, the middle sliding bearing beam 222b and the upper sliding bearing carrier 222e are fixed on the second load beam by the locking member 223a (for example, a screw) The creation does not limit the down-track bearing, the structure of the 222a, the middle rail bearing beam 222b and the upper rail bearing the standard weaving, and the bearing with the structure of the _ other structure can also be fulfilled in the creation. In this embodiment, There are two pairs of oppositely disposed slide rails on the first-tree beam 222, but the present invention is not limited thereto. In other embodiments, the first carrier label may be provided with a pair of M415552 pairs or more pairs of relative configurations. Figure 7 is a perspective exploded view of the solar device of Figure 3. Figure 8 is a schematic view of the assembly of the first load-bearing beam and the solar panel of the solar device of Figure 7. It is necessary to say that _ is for convenience Figure 8 shows only the length of the first load beam is short. 7 and FIG. 8, the thickness of the solar panel 21 is close to the height of the sliding of the first load beam 222. When installed, the solar panels slide into the first load along the direction D1 of the crucible parallel to the first load beam 222. In the slide rail of the standard 222, the two ends of a part of the solar panel 210 are respectively slid into the first-slide island of the slewing load-bearing beam 222a, and the first-slide 222b' of the medium-sliding load-bearing beam, 3-part The two ends of the solar panel 21 滑 slide into the middle slide, and the third slide rail 222b of the load beam 222b is private with the fourth slide handle 22 carrying the squat on the upper slide. The slide rail load beam 222a, the towel slide Both ends of the load beam surveying and upper sliding load bearing beam 222c are provided with a plurality of positioning holes (10) and a plurality of positioning members 227 are inserted to the corresponding fixed (four) 228 = panel 21 (W bone into the first load beam 222) After the slippery, the positioning member is replaced by the corresponding positioning hole 228 to prevent the solar panel 21 from slipping out from the first carrying beam 222. The positioning member 2 27 can be a non-slip pin or firmware. 'But not limited thereto. In the present embodiment, 'the first load-bearing beams US are lateral load-bearing targets, and these-bearing beams 223 For the longitudinal load-bearing beam, the first load-bearing beam 222 is provided with a slip, but the present invention is not limited thereto. In other embodiments, the second load-bearing mark can be used to perform the same as the solar panel of FIG. Sliding into the slide rail of the second load beam parallel to the second load sheave direction D2. As mentioned above, the solar mount of the present invention and the sun using the same have the following advantages: 1. The solar bracket and the present invention In the solar installation, the first bearing M415552 t-bearing beam is provided with at least a pair of oppositely disposed sliding rails. The sun I 竿 bears the second brother; the load beam or the second load beam is in the sliding rail and is constructed by solar energy. The cost is lower than 1 and the solar energy of this creation
Sir夾具及其他鎖固件將太陽能面板固定於太陽 月b支条上，徒而降低材料成本。 僅2置在本古創作^陽能裝置的一實施例中，兩組太陽能面板 _，射巾魏轉樑上設有兩相對配 ^的⑺執’相較于f知太陽能裝置中需要使用四 樑，進一步降低了材料成本。 承載 3. 在本！彳作太陽能核的—實施财，這鮮 樑的間距尺卿^ 陽能祕，目此摘料太陽能支 =應用較為廣泛。另外，第—承載樑的間距尺寸固 = 此面板滑人第—承載樑上的滑軌内即n需再作_ 調，從而降低施工成本。 …需再作外觀上的微 4. 在本創作太陽能支架的—實施例中，第 :，樑:第二承載樑為縱向承載樑。當第一承載樑== 蚧，太陽能面板沿著橫向滑入滑軌；當第 = /月 ::二rr著縱向滑入滑“此 ή、文裝$求而疋’從而增加域能支架 =本齡已以難實施_露如上，料 :創作’任何熟習此技藝者，在不脫離本創： 内，當可作些許之更動與潤询，因此本創作之保::祀圍 附之申請專利範圍所界定者為準。 …蒦軌1U視後 【圖式簡單說明】 π M415552 圖1繪示為習知的太陽能裝置之立體分解示意圖。 圖2繪示為圖1的太陽能裝置之侧面示意圖。 圖3繪示為本創作一實施例之太陽能裝置之立體示意圖。 圖4繪示為圖3之太陽能裝置之區域IV之剖面示音圖。 圖5繪不為圖3之太陽能裝置之區域V之剖面示音圖。 圖6繪示為圖3之太陽能裝置之區域％之剖面示^圖。 圖7繪示為圖3之太陽能裝置之立體分解示意圖。 圖8繪示為圖7之太陽能裝置之第一承載樑與太陽能面板 之組裝示意圖。 【主要元件符號說明】 100 習知的太陽能裝置 110 太陽能面板 120 太陽能支架 121 支撐腳 122 第一承載樑 123 第二承載樑 123a、123b、123c、124c、124d、125b、126b、126c :連 接孔 124 :加固條 125 :第一支撐腳 124a、124b、125a、126a :連接片 126 :第二支撐腳 127 :夾具 128 :支撐片 200 :本創作的太陽能裝置 12 M415552 210 :太陽能面板 220 :太陽能支架 221 :支撐腳 222 :第一承載樑 222a :下滑軌承載樑 222a’ ：第一滑執 222b :中滑軌承載樑 222b’ ：第二滑執 222b’’ ：第三滑執 222c :上滑執承載樑 222c’ ：第四滑軌 223 :第二承載樑 223a :鎖固件 224 :加固條 225 :第一支撐腳 226 :第二支撐腳 227 :定位件 228 :定位孔 Dl、D2 :方向Sir fixtures and other fasteners secure the solar panels to the sun's moon b-branch, reducing material costs. Only 2 is placed in an embodiment of the ancient creation ^yang energy device, two sets of solar panels _, the towel on the Wei-turn beam is provided with two opposite matching (7) '' compared to the need to use four solar energy devices Beam, further reducing material costs. Hosting 3. In this!彳 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能 太阳能In addition, the spacing dimension of the first load-bearing beam is solid = the n-rail in the sliding rail on the panel-bearing beam needs to be adjusted again, thereby reducing the construction cost. ...requires a slight appearance. 4. In the embodiment of the present solar support, the:: beam: the second load beam is a longitudinal load beam. When the first load beam == 蚧, the solar panel slides into the slide rail along the transverse direction; when the first / / month:: two rr slides in the longitudinal direction, "this ή, 文 $ 求 求 从而 从而 从而 从而 从而 从而 从而 从而 从而 从而 从而 增加 增加 增加 增加 增加 增加 增加 增加This age has been difficult to implement _ as above, expected: creation 'anyone who is familiar with this skill, in the absence of this creation: within, can make some changes and inquiries, so the protection of this creation:: 祀 附 attached application The definition of the scope of the patent shall prevail. ... After the rail 1U view [simplified illustration] π M415552 Figure 1 is a schematic exploded perspective view of a conventional solar device. Figure 2 is a side view of the solar device of Figure 1. 3 is a perspective view of a solar device according to an embodiment of the present invention. FIG. 4 is a cross-sectional view of a region IV of the solar device of FIG. 3. FIG. 5 is not a region V of the solar device of FIG. Figure 6 is a cross-sectional view showing the area of the solar device of Figure 3. Figure 7 is a perspective exploded view of the solar device of Figure 3. Figure 8 is a solar device of Figure 7. Schematic diagram of the assembly of the first load beam and the solar panel. DESCRIPTION OF SYMBOLS 100 Conventional solar device 110 Solar panel 120 Solar bracket 121 Supporting foot 122 First load beam 123 Second load beam 123a, 123b, 123c, 124c, 124d, 125b, 126b, 126c: Connection hole 124: Reinforcement Strip 125: first support leg 124a, 124b, 125a, 126a: connecting piece 126: second supporting leg 127: jig 128: supporting piece 200: solar device 12 of the present creation M415552 210: solar panel 220: solar bracket 221: support Foot 222: first load beam 222a: lower rail load beam 222a': first slip 222b: middle slide load beam 222b': second slip 222b'': third slip 222c: upper slide support beam 222c ': fourth slide rail 223: second load beam 223a: lock 224: reinforcement strip 225: first support leg 226: second support leg 227: positioning member 228: positioning holes D1, D2: direction