M379167 • 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種置片架結構，特別是指一種包括可達到保護基板 及輕鬆搬運之功效之置片架結構。 【先前技術】 - 地球上的資源有限，尤其是能源方面，目前世界各國均已積極投入對 -於替代能源的研發。其中，最符合要求的各式替代能源之一，即為太陽能 • 發電，然而，用以達成太陽能發電的習知太陽能模組卻有著以下所述的缺 失尚待解決。 按，一般太％此模組係包括一太陽能板、一框架以及一轉換器，且該 太陽能板設有太陽能晶圓，該太陽能板裝置該框架中，且該轉換器係設置 該太陽能板上’且與該太陽驗電性連接，以供將該太陽能漁安裝於任 何可接收太陽光之處，以利用該太陽能板來接收太陽能，再利用轉換器將 電力輸紐各朗電產品或儲電裝置，從錢得用電產品開始正常運作或 • 使得儲電裝置開始儲存電力。 然而’由於該太陽能板之太陽能晶圓需經由繁雜的製程製作完成，亦 即於繁雜的製程需提供-用以存放太陽能晶圓之卡£，除此之外，當每道 製程間的運送，亦需仰賴—置放太陽能晶圓之載具，以利搬運，使需多種 工具置放或搬運，且於藉由機械手臂重複將太陽能晶圓置放於卡匿或裁具 時’容易造成太陽能晶圓破損之問題，使其費時費力而増加成本。 有鑑於此，本發明期能提供一種置片架結構，可有效改善上述之問題， 乃/曰〜研思、設計組製，為本發明所欲研創之動機者。 【新型内容】 要目的，在於提供一種可達到保護基板及輕鬆搬運效果之 置片架結構。 本創作之另-目的，在於提供—種結構簡單之置片架結構。為達上述目 的i本創作之置片架結構係包括：二框片，各該郎係設有至少-㈣孔、至 少2支觀及定位孔；至少1定件，各該峡件之兩端雜應於各該框片之 固定孔中，且各賴定件藉由綱方式與各綱連接並於各細㈣上形 成有複數具有斜度且„距平行設置定祕；至少—支撐件，各該支撐件 之兩端係對應於各該框片之支撐财，且各該支撐件藉由鎖固方式與各該框片 連接’各細耕、各該續件與各該则連接形成-容置空間’·以及定位件， 該定位件之兩端係卡設於各該框片之定位孔中。藉此，可避免基板於保存或 搬運過程巾因碰撞鱗致破損或聽等_，達聽軌姆搬運之功效。 為了月b夠更進步瞭解本創作之特徵、特點和技術内容，請參閱以下 有關本創作之詳細說贿關，惟所關式紐供參考與說麵，非用以 限制本創作。 【實施方式】 請參閱第1至3C圖所示，為本創作之置片架結構之立體組合、立體分 解以及其使耽態示意圖。該置片架結構係包括二框片⑽、至少一固定件 120、至少-支擇件13〇及定位件16〇，以供可設置複數基板脱其結構簡 單’使其利於運送或保存該板⑽（如太陽能板之晶圓）。 各該框片11G係、設有至少—固定孔⑴、至少—支撐孔IK及定位孔 113 ’各該固定孔1U設置於該框片11〇之左右側各該支樓孔H2則設 M379167 置於該框片no之底側，而該定位孔113設置於該框片ug之上側。 各該固疋件120之兩端係對應於各該框片ιι〇之固定孔⑴中，且於 各該固定件⑽上職有複數具有斜纽賴距平行設置之峡肋條⑵， 該固定肋條m之斜度係為向上傾斜i。至45。或向下傾斜i。至奶。，其中， 該固定肋條m之最佳斜度為向上傾斜丨。至25。或向下傾斜^ 25。。另 外，各該固定件12〇設有複數固定螺孔122，以藉由複數鎖固件m穿設於 各該固输u22及各翻定孔m中，彳_固定件12Q以細方式與 各該框片110連接。 各該支撑件130之兩端係對應於各該框片UQ之支樓孔112中，且各 /支撐件130 6又有複數支標螺孔132,以藉由複數鎖固件po冑設於各該支 撐螺孔132及各該支撐孔112中，使各該支撐件13〇以鎖固方式與各雜 片no連接，以供各該固定件120、各該支撐件13〇與各該框片u〇連接形 成-容置空間14〇’令各該基板⑽可卡設該固定件12G之固定肋條⑵之 間，使各該基板150設置於該容置空間14〇中。 # 該定位件⑽之兩端分別設有定位部162，以供各該定位部I62與各該 框片11G之粒孔113相互卡合，俾各絲板⑽卡固於該岐件⑽之 固定肋條m時，藉由就位件16_絲_定位及避免各該基板 150脫落。 本創作之置；i架結構職裝設複數基板⑽時，先於二郎⑽ϋ 右側各提供二固定件將各該固餅12G之兩端對應於各該框片⑽之 固定孔⑴中’並藉由複數鎖固件170穿設於各該固定件i2〇之固定螺孔 ⑵及各該框片11G之固定孔⑴中，使各該峡件i2G以鎖固方式與各該 M379167 ·· ^片U〇連接，以於該二框片110之左右側分別連接有該二固定件120,接 著。再將提供—支樓件130，將各該支撐件之兩端係對應於各該框片之 支樓孔112中’藉由複數鎖固件17〇穿設於各該支撑件13〇之支撑螺孔啟 z支樓孔112中’使各該支擇件13Q以鎖固方式連接於各該框片⑽ '、藉由各《亥固足件12〇、各該支撐件13〇與各該框片11〇固定連接形 、置工間14〇且各該固疋件12〇上形成有複數具有斜度且等間距平行 -之固定肋條121 ’令各该基板15〇可逐一卡設該固定件120之固定肋條 _ 121之間’使各該基板⑽設置於該容置空間_中。最後，將該定位件 160之德部162與各該框片11〇之定位孔ιΐ3相互卡合俾各該基板貺 卡固於該固定件120之固定肋條121時，可藉由該定位件⑽將各該基板 ⑽定位，以於運送或保存該些基板15〇時，可避免保存或搬運過程中因碰 撞或脫落而導致各該基板15〇破損等問題，達到保護及輕鬆搬運之功效。 再者’本創作之置片架結構之支樓件13〇係設有複數支擇肋條⑶，各 該支撐肋條131可以等間距且相互平行設置於該支樓件13〇上（如第4圖 »所不）’或者該些支擇肋條131亦可以等間距且相互交錯設置於該支撐件 130上（如第5圖所示），以供各該基板15〇卡設於二支細条⑶間。另 外，該定位件⑽可設有複數定位肋條161，且該些定位肋條i6i以等間距 平行設置於該定位件⑽上，以供各該基板15〇卡設於二定位肋條⑻間。 综上所述，本創作之置片架結構主要係二框片、至少一固定件、至少 -支樓件及定位件，藉由複數_件使各顧定相_方式連接於該二 框片之左右側’再將各該支揮件藉由複數鎖固件以鎖固方式連接於各該框 片下側，以藉由各該固定件、各該支標件與各該框片固定連接形成一容置 M379167 ：: 如’且各定件上職有複數具有斜度且料距平行設置之固定肋 條’可將基板卡設該固定件之固定肋條之間，使該基板設置於該容置空間 中，並於各該基板卡固於該固定件之固定肋條時，該定位件與各該框片相 互卡合，以於運送或保存該基板時，可避免保存錢運過程中因碰撞而導致 基板破損等問題，其結構簡單即可達到保護及輕鬆搬運之功效。 -以上所述僅為本創作之較佳可行實施例，非因此即偈限本創作之專利範 圍，舉凡本創作說明書及圖式内容所為之等效結構變化 ，均理同包含 • 於本創作之範圍内，合予陳明。 M379167 【圖式簡單說明】 第1圖係為本創作之置片架結構之立體結構組合示意圖。 第2圖係為本創作之置片架結構之立體結構分解示意圖。 第3A至3C圖係為本創作之置片架結構之使用狀態示意圖。 第4至5圖係為本創作之置片架結構之支撐件之使用狀態示意圖。 第6圖係為本創作之置片架結構之定位件之使用狀態示意圖。 【主要元件符號說明】M379167 • V. New description: [New technical field] This creation is about a kind of rack structure, especially a kind of rack structure which can achieve the effect of protecting the substrate and easy handling. [Prior Art] - The resources on the earth are limited, especially in terms of energy. At present, all countries in the world have actively invested in the research and development of alternative energy sources. Among them, one of the most suitable alternative energy sources is solar power generation. However, the conventional solar modules used to achieve solar power generation have the following drawbacks to be solved. Generally, too, the module includes a solar panel, a frame, and a converter, and the solar panel is provided with a solar wafer, the solar panel is disposed in the frame, and the converter is disposed on the solar panel. And electrically connected to the solar device for mounting the solar fishing gear to any place where sunlight can be received, to use the solar panel to receive solar energy, and then using the converter to convert the electric power to the New Lang electric product or the electric storage device. Starting from the power of electricity products or • making the storage device start to store electricity. However, because the solar wafers of the solar panels need to be processed through complicated processes, that is, they need to be provided in a complicated process - to store the solar wafers, in addition, when transporting between each process, It is also necessary to rely on the placement of solar wafer carriers for the convenience of handling, so that a variety of tools need to be placed or transported, and when the solar wafer is repeatedly placed on the card or the cutting tool by the robotic arm, it is easy to cause solar energy. The problem of wafer breakage makes it time consuming and costly. In view of this, the present invention can provide a rack structure, which can effectively improve the above problems, and is a motive for the research and development of the present invention. [New content] The purpose of the invention is to provide a shelf structure that can achieve a protective substrate and an easy handling effect. Another purpose of this creation is to provide a structure with a simple structure. In order to achieve the above purpose, the frame structure of the present invention comprises: two frame pieces, each of which is provided with at least - (four) holes, at least 2 viewing and positioning holes; at least 1 fixed piece, the ends of each of the isthmus pieces Miscellaneous in each of the fixing holes of the frame piece, and each of the splicing members is connected to each of the slabs by means of a skeleton, and is formed on each of the thin (4) with a plurality of slopes and „distal setting secret; at least — a support member, The two ends of each of the supporting members are corresponding to the support of each of the frame sheets, and each of the supporting members is connected to each of the frame sheets by a locking method, and each of the supporting members is connected with each of the supporting members. The accommodating space '· and the positioning member, the two ends of the positioning member are clamped in the positioning holes of each of the frame pieces, thereby preventing the substrate from being damaged or heard by the collision scale during the storage or transportation process. To understand the characteristics of the creation, characteristics and technical content of the creation, please refer to the following for the details of the creation of the bribe, but the closed type of reference for reference and face, non-use To limit this creation. [Embodiment] Please refer to Figures 1 to 3C for the creation of this creation. The three-dimensional assembly, the three-dimensional decomposition of the frame structure and the schematic diagram of the stencil structure thereof, the frame structure comprises a two-frame piece (10), at least one fixing member 120, at least a supporting member 13〇 and a positioning member 16〇 for providing Setting a plurality of substrates to remove the structure is simple to make it convenient for transporting or storing the board (10) (such as a wafer of solar panels). Each of the frame sheets 11G is provided with at least a fixing hole (1), at least a supporting hole IK and a positioning hole 113. Each of the fixing holes 1U is disposed on the left and right sides of the frame piece 11B. Each of the branch holes H2 is provided with M379167 placed on the bottom side of the frame piece no, and the positioning hole 113 is disposed on the upper side of the frame piece ug. The two ends of the fixing member 120 are corresponding to the fixing holes (1) of the frame pieces, and each of the fixing members (10) has a plurality of girder ribs (2) having parallel oblique spacings, and the fixing ribs m The slope is inclined upward i. to 45. or downwardly inclined i to milk. The optimum slope of the fixing rib m is upwardly inclined 至 to 25. or downwardly inclined. Each of the fixing members 12 is provided with a plurality of fixing screw holes 122 for being inserted through the plurality of locking members m In the fixed transmission u22 and each of the through holes m, the 彳_fixing member 12Q is connected to each of the frame pieces 110 in a thin manner. The two ends of the support member 130 correspond to the branch holes 112 of each of the frame pieces UQ. And each of the support members 130 6 has a plurality of support screw holes 132, so as to be locked by each of the support screw holes 132 and each of the support holes 112 by a plurality of lock pins po, so that each of the support members 13 is locked The fixing means 120 is connected to each of the fixing pieces 120, and the supporting members 120 and the supporting members 13 are connected to the respective frame pieces 形成 to form an accommodating space 14 〇' such that the substrate (10) can be affixed to the fixing piece. Between the fixed ribs (2) of the 12G, each of the substrates 150 is disposed in the accommodating space 14 #. # The positioning member (10) is respectively provided with a positioning portion 162 for each positioning portion I62 and each of the frame pieces The 11G grain holes 113 are engaged with each other, and when the wire boards (10) are fastened to the fixing ribs m of the element (10), the positioning pieces 16_wires are positioned and the respective substrates 150 are prevented from falling off. In the case of the i-frame structure, when the plurality of substrates (10) are provided, the two fixing members are provided on the right side of the Erlang (10) 将, and the two ends of the solid cake 12G are corresponding to the fixing holes (1) of each of the frame sheets (10). The plurality of locking members 170 are disposed in the fixing screw holes (2) of the fixing members i2 and the fixing holes (1) of the frame pieces 11G, so that the dampers i2G are locked and the M379167 ··· The two fasteners 120 are connected to the right and left sides of the two frame sheets 110, respectively. A support member 130 is further provided, and the two ends of each of the support members are corresponding to the support sills of the support members 13 of the support member 13 through the plurality of fasteners 17 In the hole opening z of the hole opening block 112, 'the respective supporting members 13Q are connected to each of the frame pieces (10)' in a locking manner, and each of the supporting members 13 〇 and each of the frames A fixed connection shape, a work space 14〇, and a plurality of fixed ribs 121 ′ having a slope and an equal spacing parallel are formed on each of the fixing members 12 令 such that the substrate 15 can be affixed to the fixing member one by one Between the fixing ribs _121 of 120, each of the substrates (10) is disposed in the accommodating space _. Finally, the positioning portion 162 of the positioning member 160 and the positioning holes ι 3 of each of the frame pieces 11 are engaged with each other. When the substrate 贶 is fastened to the fixing rib 121 of the fixing member 120, the positioning member (10) can be used. By positioning each of the substrates (10) so as to transport or store the substrates 15 ,, problems such as breakage of the substrates 15 due to collision or detachment during storage or transportation can be avoided, and the functions of protection and easy handling can be achieved. Furthermore, the support member 13 of the present invention is provided with a plurality of support ribs (3), and each of the support ribs 131 can be disposed at equal intervals and parallel to each other on the support member 13〇 (Fig. 4) (Never) or the support ribs 131 may be equally spaced and interdigitated on the support member 130 (as shown in FIG. 5) for each of the substrates 15 〇 to be attached to the two strips (3) between. In addition, the positioning member (10) may be provided with a plurality of positioning ribs 161, and the positioning ribs i6i are disposed on the positioning member (10) in parallel at equal intervals, so that the substrates 15 are clamped between the two positioning ribs (8). In summary, the frame structure of the present invention is mainly a two-frame piece, at least one fixing piece, at least a branch piece and a positioning piece, and the plurality of pieces are connected to the two frame pieces by means of a plurality of pieces. The left and right sides are further connected to the underside of each of the frame sheets by a plurality of locking members by means of a plurality of locking members, so as to be fixedly connected to the respective frame members by the fixing members and the respective supporting members. A housing M379167: such as 'and each fixed member has a plurality of fixed ribs having a slope and a parallel spacing of the material spacing' can be used to clamp the substrate between the fixing ribs of the fixing member, so that the substrate is placed in the receiving portion In the space, when the substrate is fastened to the fixing rib of the fixing member, the positioning member and each of the frame sheets are engaged with each other, so as to avoid collision during storage or storage of the substrate. It causes problems such as damage to the substrate, and its structure is simple to achieve protection and easy handling. - The above description is only a preferred and feasible embodiment of the present invention, and thus the scope of the patent is not limited to the scope of the patent, and the equivalent structural changes in the present specification and the drawings are included in this creation. Within the scope, it is combined with Chen Ming. M379167 [Simple description of the diagram] The first diagram is a schematic diagram of the three-dimensional structure combination of the frame structure of the creation. The second figure is a schematic exploded view of the three-dimensional structure of the frame structure of the present invention. The 3A to 3C drawings are schematic diagrams showing the state of use of the frame structure of the creation. Figures 4 to 5 are schematic views showing the state of use of the support member of the inventive frame structure. Fig. 6 is a schematic view showing the state of use of the positioning member of the frame structure of the present invention. [Main component symbol description]
110 框片 111 固定孔 112 支撐孔 113 定位孔 120 固定件 121 固定肋條 122 固定螺孔 130 支撐件 131 支撐肋條 132 支撐螺孔 140 容置空間 150 基板 160 定位件 161 定位肋條 162 定位部 M379167 170 鎖固件110 frame piece 111 fixing hole 112 support hole 113 positioning hole 120 fixing member 121 fixing rib 122 fixing screw hole 130 support member 131 supporting rib 132 supporting screw hole 140 accommodating space 150 substrate 160 positioning member 161 positioning rib 162 positioning portion M379167 170 lock firmware