M443150 五、新型說明： 【新型所屬之技術領域】 本創作係一種可更換角度之太陽能板支架結構，特別是指一種藉由更 換支架接頭，以調整支架結構的傾斜角度之可更換角度之太陽能板支架結 構0 【先前技術】 隨著科技的發展使人們享有舒適的生活，然而舒適的生活帶來的卻是 能源的耗竭及日益嚴重的溫室效應，例如空調得以平衡環境的燥熱、交通 工具縮短一地至另一地的距離等，但上述皆導致能源的消耗日益增長，且 父通工具排放的一氧化碳造成溫室效應的發生。因此，以自然的方式產生 電能係各國需努力的目標，其中不外乎風力發電、水力發電及太陽能發電 等。 太陽能發電是指-鑛興的可再生能源，其主要是將太_輻射能轉M443150 V. New description: [New technical field] This creation is a solar panel bracket structure with interchangeable angle, especially a solar panel with interchangeable angle by adjusting the bracket joint to adjust the tilt angle of the bracket structure. Bracket structure 0 [Prior technology] With the development of technology, people enjoy a comfortable life. However, comfortable life brings about energy depletion and increasingly serious greenhouse effect. For example, air conditioners can balance the heat of the environment and shorten the transportation. The distance from the ground to another, etc., but all of the above leads to an increase in energy consumption, and the carbon monoxide emitted by the father-passing tool causes a greenhouse effect. Therefore, generating electricity in a natural way is a goal that countries need to work hard, including wind power, hydropower, and solar power. Solar power generation refers to the renewable energy of the mine, which is mainly to turn too radiant energy
換成電能制，而肋將太陽喃射能魏轉換賴能的裝置便稱為太陽 能電池。複數的太陽能電池組裝成一太陽能板，而太陽g能縮小的面積 =限’故目别太陽能板相無限延伸的方式組裝，因此需以太陽能板固定 架達到裝設無限延伸太陽能板的絲。如此便能滿足節能省碳和綠色環保 的需求。 請參閱中華民國申請專利公告第_947號『太陽能板模組之承載裝 置』，其包括：-底座；複數個第—支架基座，設置於該底座上，且每一該 第一支架基麵有-第—支柱；複數個第二支架基座，設置於該底座上與 孩第-支架基座相對應，且每_該第二支架基座具有—第二支柱；複數個 3 M443150 第支架’套接於該第一支柱，裝設於該第一支架基座上；複數個第二支-、"、該第一支柱套接，裝設於該第二支架基座上；複數個側向支架， 裝5又於該第一支架；以及一承載框架，係連接該第-支架與該第二支架及 該側向支架’且複數個太模板組將設置於該承麵架上；複數個連接 ;該第纟架與該第二支架及制向支架，該承餘架係透過該連 接件連接該第一支架與該第二支架及該側向支架。 習知技術該縱向之承載框架兩端組設於第一支架及第二支架，並利用 第一支架及第二支架的高低差達到傾斜的效果，且為了因應呈傾斜的承載_ 框架’該第-支架及第二支架與承載框架接觸的端面係為斜面，如此當欲 改變承載框架的傾斜度時，需替換為具有適當斜面的第一支架及第二支 架，因此置換過程繁硝且製作成本高。而第一支架及第二支架以連接件（呈 L狀)與承載樞架組設’並設有側向支架連結第一支架及承載支架，以辅助 第-支架承重’因此整體結構易於震動、搖晃及長期使用後鬆脫。 因此’有必要加以研發低製作成本且同時具有穩固結構，及使用壽命 長、可輕鬆調整傾斜角度之可更換角度之太陽能板支架結構。 鲁 【新型内容】 本創作係提供··種可更㈣度之鴻能板支架結構，其係改善習知成. 本高、固定方式不穩固易鬆脫、調整角度不易且裝、卸過程繁項等缺失。 為達到前述創作目的’本創作係包括有一支架接頭、—接地架及—縱 樑，其中： ’ 該支架接頭包括二間距設置之固定片及一承載片，而該承载片連接該 二固定片形成-斜抵面，該承載片與該二固^形成—組裝槽； 4 M443150 該接地架為矩形框體，且接地架— 紐設定位； .··且裝槽内’並與該二固定片 W-側靠抵於斜抵面上，並組設於支架接頭上定位； 藉此，概輸錄胁_獅下方㈣觸組設於支年 接頭的上方，藉由該縱樑橫躺於承 、 間形成夹角。 載片之斜抵面上，使得縱樑與接地架之 本創作進—步包括下列各技術特徵： 各限位肋得以抵 1. 該二固定片往組裝槽内設有二相對設置之限位肋， 頂接地架端面。 而支架接頭由定 2. 該承載片兩端分別設有一凸出該固定片之定 位部與縱樑組設定位。 3. 該接地架及縱_支架接頭細鎖設的方式定位。 4. 該接種無顺有概，且蚊雜觀有複數對應接 地架的螺孔之第-穿孔，該支架接頭設有複數對應縱樑的螺孔之第二穿 t並另财魏螺件，各螺件末财财孔·狀螺制，藉以將接 地架及縱樑緊鎖固定於支架接頭上。 5.該接鱗與轉分·設複數溝槽，頭支織獅應該接地架之 溝槽及縱歡藉設有魏穿孔，㈣設核_似魏_，各螺件 末知穿過穿孔至溝槽内，_帽位於溝勒朗件螺設，藉⑽接地架及 縱樑緊固於支架接頭上。 因此本創作可說是-種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大眾。 M443150 【實施方式】 本創作係有關於-種可更換角度之太陽能板支架結構，主要有關其功 效及特點，以搭配下列各相關圖式作一簡單實施例說明。 請參閱第-圖至第三圖所示，其係本創作主實施例，其包括一支架接 頭1、一接地架2及一縱樑3，其中： 該支架接頭1包括二間距設置之固定片i i及一承載片12，而該承载 片12連接該二固定片u形成一斜抵面121，該承載片12與該二固定片^ 形成一組裝槽13 ; 該接地架2為矩形框體，且接地架2 —端穿入組裝槽13内，該接地 架2與該二固定片11組設定位； 該縱樑3 —側靠抵於斜抵面121上，並與支架接頭丨相互組設定位； 據此’藉由將接地架2及縱樑3分別裝設於支架接頭1的下方及上方 ’’且。又達到簡易裝設及拆卸的目的，且縱樑3係對應支架接頭1之斜抵面 121傾斜設置於上’使縱樑3與接地架！間具有夾角。因此，當要調整縱標 3的傾斜角度時，尸、需替換支架接頭1即可達到不同的傾斜角度效果。 可依據太陽能板欲傾斜的角度而更換具有不同斜抵面121的支架接頭 1以達到調整太陽能板裝設角度之目的’該如第四圖承載片12的傾斜角 度大於第三圖承載片12的傾斜角度。 另外，請參閱第一圖所示，該承載片12兩端分別設有一凸出該固定 片Η之定位部122，而該接地架2與縱樑3分別環設複數溝槽21、31，該 支架接頭1對應該接地架2之溝槽21設有二個第一穿孔14，且支架接頭i 之定位部122對應縱樑3之溝槽31設有二個第二穿孔15，並另設有四個螺 M443150 件4及四個螺帽5，將該螺件4末端(本實施例係螺絲）穿過第一穿孔或 第二穿孔15至溝槽2卜31内與螺帽5螺設，藉以將接地架2及縱襟3緊 鎖固定於支架接頭1上。 請參閱第五圖所示，其係本創作第二實施例，該接地架2與縱襟3分 別設有複數對絲-穿孔14及第二穿孔15之複數螺孔22、&，因此接地 架2與縱樑3以螺件4穿過第一穿孔14或第二穿孔15至螺孔&、犯内與 支架接頭1鎖固定位。 值仔-提的是，該二固定片u朝組裝槽13内設有二相對設置之限位 肋⑴，各限⑽111得以限制接地架2朝縱樑3方向位移。 由月』述可得知’本創作係藉由支架接頭i使縱樑3可傾斜設置於上， 因此，具有不同傾斜角度傾斜面之支架接頭丨，或具有不同長度的接地架2 及縱樑3 ’與摘作的概念_解法_之實施魏均包含於本創作之概 念下。 由上所财觸本讀㈣關，麟企以對本創] 可形式上之限制’疋以，凡有在相同之創作精神下所做有關本創作: 何修飾或變更者，皆仍應包括在本創作意圖保護之範脅内。 /综上所述，本創作「可更換角度之太陽能板支架結構」其實用性及, . 確實疋&全符合產業上發展所需，且所揭露之結制作亦是j ^有的_造，所叫具有「_」應絲慮，又本創作可車 之結_姐之料，耻_「辭性」，其完全符合我國專矛 有__之_件醜定，_提_邮， 早曰審查，並軒較。 1， M443150 【圖式簡單說明】 第一圖係本創作主實施例立體分解示意圖。 第二圖係本創作主實施例立體示意圖。 第三圖係本創作主實施例側面示意圖。 第四圖係本創作承載面傾斜角度大於第三圖之側面示意圖。 第五圖係本創作第二實施例側面示意圖。 【主要元件符號說明】 支架接頭1 固定片11 限位肋111 承載片12 斜抵面121 定位部122 組裝槽13 第一穿孔14 第二穿孔15 接地架2 溝槽21 螺孔22 縱樑3 溝槽31 螺孔32 螺件4 螺帽5The device that is replaced by the electric energy system, and the ribs illuminate the sun and convert the energy to the solar energy is called a solar energy battery. A plurality of solar cells are assembled into a solar panel, and the area where the solar g can be reduced is limited, so that the solar panels are assembled in an infinitely extended manner, so that the solar panel fixture is required to reach the filament in which the infinitely extending solar panels are installed. This will meet the needs of energy saving, carbon saving and environmental protection. Please refer to the Republic of China Application for Patent Announcement No. _947 "Capacitor for Solar Panel Modules", which includes: - a base; a plurality of first-support bases, which are disposed on the base, and each of the first support bases a plurality of second bracket bases disposed on the base corresponding to the child-bracket base, and each of the second bracket bases has a second pillar; a plurality of 3 M443150 first brackets Socketed on the first pillar, mounted on the base of the first bracket; a plurality of second branches, ", the first pillar is sleeved and mounted on the base of the second bracket; a lateral bracket, the mounting bracket 5 is further disposed on the first bracket; and a carrying frame connecting the first bracket and the second bracket and the lateral bracket and the plurality of too template groups are disposed on the deck bracket; a plurality of connections; the second truss and the second bracket and the directional bracket, the bearing frame connecting the first bracket and the second bracket and the lateral bracket through the connecting member. The two ends of the longitudinal bearing frame are disposed on the first bracket and the second bracket, and the height difference of the first bracket and the second bracket is used to achieve the tilting effect, and in order to respond to the inclined bearing _ frame 'the first - the end surface of the bracket and the second bracket contacting the carrier frame is a sloped surface, so when the inclination of the carrier frame is to be changed, the first bracket and the second bracket having the appropriate slope are replaced, so that the replacement process is complicated and the manufacturing cost is high. The first bracket and the second bracket are connected to the load-bearing pivot frame by a connecting member (in an L shape) and are provided with a lateral bracket to connect the first bracket and the supporting bracket to assist the first bracket to bear the weight, so that the overall structure is easy to vibrate, Shake and loosen after long-term use. Therefore, it is necessary to develop a solar panel support structure with a low manufacturing cost and a stable structure, and a long service life and an easily replaceable angle of inclination. Lu [new content] This creation department provides a variety of (four) degrees of the energy board support structure, which is improved by the knowledge. The high, fixed way is not stable and easy to loose, the adjustment angle is not easy, and the loading and unloading process is complicated. Missing. In order to achieve the above-mentioned creative purpose, the present invention includes a bracket joint, a grounding bracket and a longitudinal beam, wherein: the bracket joint comprises a two-pitch fixing piece and a carrier piece, and the carrier piece is connected to the two fixing pieces to form - the slanting surface, the carrier sheet and the two solid forming-assembly groove; 4 M443150 the grounding frame is a rectangular frame body, and the grounding frame - the button is set; and the inside of the groove is combined with the two fixing pieces The W-side is abutted against the inclined surface and is positioned on the bracket joint; thereby, the lower part of the lion is placed above the branch joint, and the longitudinal beam is placed on the side of the joint. Form an angle between. The diagonally facing surface of the carrier makes the creation of the stringer and the grounding frame include the following technical features: Each of the limiting ribs is offset by 1. The two fixing pieces are provided with two oppositely disposed limits in the assembly groove. Rib, top grounding frame end face. The bracket joint is fixed. 2. Both ends of the carrier sheet are respectively provided with a positioning portion protruding from the fixing piece and a set position of the stringer group. 3. The grounding frame and the longitudinal _ bracket are positioned in a fine locking manner. 4. The inoculation is not uniform, and the mosquito has a plurality of corresponding perforations corresponding to the screw holes of the grounding frame, and the bracket joint is provided with a plurality of screw holes corresponding to the longitudinal beams, and the other is a screw. The screw ends of each screw are screwed to fix the grounding frame and the longitudinal beam to the bracket joint. 5. The scales and the points are divided into multiple grooves. The head woven lion should be grounded with the groove and the vertical hole with Wei perforation. (4) Set the core _ like Wei _, each screw member knows through the hole to Inside the groove, the _cap is located in the groove of the Lelanger, and the (10) grounding frame and the longitudinal beam are fastened to the bracket joint. Therefore, this creation can be said to be a kind of practical and progressive creation, which is quite worthy of promotion by the industry and publicized to the public. M443150 [Embodiment] This creation is about a solar panel bracket structure with interchangeable angles. It is mainly related to its function and characteristics, and is explained with a simple embodiment with the following related drawings. Please refer to the first to third figures, which are the main embodiments of the present invention, which comprise a bracket joint 1, a grounding bracket 2 and a longitudinal beam 3, wherein: the bracket joint 1 comprises two fixed spacing pieces. Ii and a carrier 12, and the carrier 12 is connected to the two fixing pieces u to form a slanting surface 121. The carrier 12 and the two fixing pieces form an assembly slot 13; the grounding frame 2 is a rectangular frame. The grounding frame 2 is inserted into the assembly slot 13 , and the grounding frame 2 and the two fixing pieces 11 are set in position; the longitudinal beam 3 is laterally abutted against the inclined surface 121 and is set with the bracket joint 丨According to this, 'the grounding frame 2 and the longitudinal beam 3 are respectively mounted below and above the bracket joint 1'. Moreover, the purpose of simple installation and disassembly is achieved, and the longitudinal beam 3 is inclined to the upper side corresponding to the inclined contact surface 121 of the bracket joint 1 to make the longitudinal beam 3 and the grounding bracket! There is an angle between them. Therefore, when the inclination angle of the ordinate 3 is to be adjusted, the cadaver needs to replace the bracket joint 1 to achieve different inclination angle effects. The bracket joint 1 having different slanting faces 121 may be replaced according to the angle at which the solar panel is to be inclined to achieve the purpose of adjusting the solar panel mounting angle. The angle of inclination of the carrier sheet 12 is greater than that of the third sheet carrier 12 slope. In addition, as shown in the first figure, the two ends of the carrier 12 are respectively provided with a positioning portion 122 protruding from the fixing piece, and the grounding frame 2 and the longitudinal beam 3 are respectively provided with a plurality of grooves 21, 31. The bracket joint 1 is provided with two first through holes 14 corresponding to the groove 21 of the grounding frame 2, and the positioning portion 122 of the bracket joint i is provided with two second through holes 15 corresponding to the groove 31 of the longitudinal beam 3, and is additionally provided Four screws M443150 4 and four nuts 5, the end of the screw 4 (the screw of this embodiment) is passed through the first through hole or the second through hole 15 to the groove 2 and the nut 5 is screwed. Thereby, the grounding frame 2 and the longitudinal sill 3 are tightly fixed to the bracket joint 1. Referring to the fifth embodiment, which is a second embodiment of the present invention, the grounding frame 2 and the longitudinal sill 3 are respectively provided with a plurality of pairs of wire-perforations 14 and a plurality of second holes 15 and a plurality of screw holes 22, & The frame 2 and the longitudinal beam 3 pass through the first through hole 14 or the second through hole 15 with the screw member 4 to the screw hole & It is noted that the two fixing pieces u are provided with two oppositely disposed limiting ribs (1) in the assembly groove 13, and the respective limits (10) 111 restrict the displacement of the grounding frame 2 in the direction of the longitudinal beam 3. It can be known from the month that 'this creation is that the longitudinal beam 3 can be tilted on the upper side by the bracket joint i, therefore, the bracket joints with different inclined angle inclined surfaces, or the grounding brackets 2 and the longitudinal beams having different lengths The concept of 3 'and the abstract _ solution _ implementation of Wei are included in the concept of this creation. From the above-mentioned financial readings (4) Guan, Lin enterprises to the original creation can be limited in form. Anyone who has done this in the same creative spirit: how to modify or change, should still be included in This creation is intended to protect the scope of the threat. / In summary, the creation of the "replaceable angle solar panel bracket structure" is practical and, indeed, it is all in line with the development of the industry, and the exposed knots are also made. The so-called "_" should be considered, and the creation of the car can be the result of the car _ sister's material, shame _ "sexuality", which is in full compliance with China's special spear __ _ _ _ _ post, Early review, and Xuan compare. 1, M443150 [Simple description of the diagram] The first diagram is a three-dimensional exploded schematic diagram of the main embodiment of the present creation. The second figure is a perspective view of the main embodiment of the present creation. The third figure is a schematic side view of the main embodiment of the present creation. The fourth figure is a schematic view of the side of the creation bearing surface inclined angle larger than the third figure. The fifth figure is a side view of the second embodiment of the present creation. [Main component symbol description] Bracket joint 1 Fixing plate 11 Limiting rib 111 Carrier piece 12 Oblique abutting surface 121 Positioning part 122 Assembly groove 13 First perforation 14 Second perforation 15 Grounding frame 2 Groove 21 Screw hole 22 Longitudinal beam 3 Groove Slot 31 screw hole 32 screw 4 nut 5