TWM576761U - Dense solar panel frame module - Google Patents

Dense solar panel frame module Download PDF

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Publication number
TWM576761U
TWM576761U TW107215611U TW107215611U TWM576761U TW M576761 U TWM576761 U TW M576761U TW 107215611 U TW107215611 U TW 107215611U TW 107215611 U TW107215611 U TW 107215611U TW M576761 U TWM576761 U TW M576761U
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Taiwan
Prior art keywords
aggregate
extension plate
solar panel
plate
frame module
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TW107215611U
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Chinese (zh)
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吳書銘
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吳書銘
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Priority to TW107215611U priority Critical patent/TWM576761U/en
Publication of TWM576761U publication Critical patent/TWM576761U/en

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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/50—Photovoltaic [PV] energy

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  • Photovoltaic Devices (AREA)
  • Roof Covering Using Slabs Or Stiff Sheets (AREA)

Abstract

本新型在於提供一種能防漏水的緊密型太陽能板框架模組。其技術手段：為一種緊密型太陽能板框架模組，框架模組能配合太陽能板應用，包含有由鋁擠製程所製成的第一、二骨料及止水條，其特徵在於：第一骨料為以倒L字型設置；第二骨料為以L字型設置，且各自由端分別與第一骨料對應端相接，以配合形成框架模組；第一、二骨料，皆具有骨料本體和下延伸、上延伸、垂直延伸及止擋板；第一、二骨料差異在於，第一骨料具有下隔板，水平設於垂直延伸板遠離於上延伸板的一側面，且與垂直延伸板頂端間，設有一間距，第二骨料具有上隔板，直接由與垂直延伸板遠離於上延伸板的一側面頂端邊緣，水平地往外延伸，且下與上隔板，能上下相對應配合，形成間隔空間；止水條設於間隔空間內。 The present invention is to provide a compact solar panel frame module that is resistant to water leakage. The technical means: a compact solar panel frame module, the frame module can be matched with the solar panel application, and comprises a first and second aggregate and a water stop strip made of an aluminum extrusion process, characterized in that: The aggregate is arranged in an inverted L shape; the second aggregate is arranged in an L shape, and each end is respectively connected with the corresponding end of the first aggregate to form a frame module; the first and second aggregates, All have an aggregate body and a lower extension, an upper extension, a vertical extension and a stop baffle; the first and second aggregates differ in that the first aggregate has a lower partition and is horizontally disposed on the vertical extension plate away from the upper extension plate. a side surface, and a distance from the top end of the vertical extension plate, the second aggregate has an upper partition directly extending from the top edge of the side of the vertical extension plate away from the upper extension plate, horizontally outward, and the upper and the upper partition The plate can be matched up and down to form a space; the water stop bar is disposed in the space.

Description

緊密型太陽能板框架模組Compact solar panel frame module

本新型涉及一種能配合太陽能板框架應用的鋁擠型骨料結構，尤指一種緊密型太陽能板框架模組。 The invention relates to an aluminum extruded aggregate structure capable of being combined with a solar panel frame application, in particular to a compact solar panel frame module.

為有效降低對石油的依賴，並減少對環境的破壞，綠色能源的開發與使用，是現代社會極重要的事項，因此各國不斷地研發各種環保發電技術，如風力、水力、太陽能等等，其中太陽能發電技術最為人們所接受，太陽能發電是利用太陽能板，吸收太陽光輻射以轉換成電能，提供使用者使用。 In order to effectively reduce dependence on oil and reduce damage to the environment, the development and use of green energy is a very important issue in modern society. Therefore, countries continue to develop various environmentally friendly power generation technologies, such as wind power, water power, solar energy, etc. Solar power generation technology is the most accepted. Solar power generation uses solar panels to absorb solar radiation to convert it into electrical energy for use by users.

太陽能板的設置位置要求，必須是日照充足、少有遮蔭的位置，一般來說，是設置在空曠平地、或是房屋屋頂上。 The location of the solar panels is required to be a place with sufficient sunshine and few shades. Generally, it is placed on an open floor or on the roof of a house.

現有的太陽能板框架模組，在安裝太陽能板上，各個太陽能板之間，存在一定的間隔，在雨天時無法阻隔雨水，使其太陽能板底下空間無法達到遮雨效果，形成空間並未有效利用。 In the existing solar panel frame module, there is a certain interval between the solar panels on the solar panel, and the rainwater cannot be blocked in the rainy day, so that the space under the solar panel cannot reach the rain-proof effect, and the formation space is not effectively utilized. .

有鑑於此，如何提供一種能解決前述問題的緊密型太陽能板框架模組結構，便成為本新型欲改進的課題。 In view of this, how to provide a compact solar panel frame module structure that can solve the aforementioned problems has become a subject of the present invention.

本新型目的在於提供一種能達到防漏水效果的緊密型太陽 能板框架模組。 The purpose of the present invention is to provide a compact sun that can achieve a water leakage prevention effect. Can board frame module.

為解決上述問題及達到本新型的目的，本新型的技術手段是這樣實現的，為一種緊密型太陽能板框架模組，所述框架模組(100)能配合太陽能板(200)應用，其包含有由鋁擠製程所製成的至少兩第一骨料(1)和兩第二骨料(2)、以及數條的止水條(3)，其特徵在於：所述兩第一骨料(1)為以倒L字型設置；所述兩第二骨料(2)為以L字型設置，且各自由端分別與該第一骨料(1)對應端相接，以配合形成該框架模組(100)；所述第一骨料(1)與該第二骨料(2)，其兩者皆具有一骨料本體(10)、一下延伸板(20)、一上延伸板(30)、一垂直延伸板(40)、及一止擋板(50)，該骨料本體(10)為呈矩形設置，該下延伸板(20)水平設於該骨料本體(10)一側垂直面底端邊緣，該上延伸板(30)水平設於該骨料本體(10)一側垂直面頂端邊緣，並與該下延伸板(20)位於同一側，該垂直延伸板(40)設於該骨料本體(10)頂端水平面上，且位於遠離該上延伸板(30)的一側邊緣處，該止擋板(50)水平設於該垂直延伸板(40)頂端，鄰近於該上延伸板(30)的一側面上，而該上延伸板(30)與該止擋板(50)間，還形成有一能供定位該太陽能板(200)用的凹槽(60)；所述第一骨料(1)與該第二骨料(2)，其兩者差異在於，該第一骨料(1)還具有一下隔板(11)，其水平設於該垂直延伸板(40)遠離於該上延伸板(30)的一側面，且與該垂直延伸板(40)頂端間，設有一間距(H)，該第二骨料(2)還具有一上隔板(21)，其直接由與該垂直延伸板(40)遠離於該上延伸板(30)的一側面頂端邊緣，水平地往外延伸，且該下隔板(11)與該上隔板(21)，能上下相對應配合，且兩者間還形成有一間隔空間(70)；所述止水條(3)，其為設於該間隔空間(70)內。 In order to solve the above problems and achieve the object of the present invention, the technical means of the present invention is realized as a compact solar panel frame module, and the frame module (100) can be matched with the solar panel (200) application, which comprises There are at least two first aggregates (1) and two second aggregates (2) made of an aluminum extrusion process, and a plurality of waterstops (3), characterized in that: the two first aggregates (1) is arranged in an inverted L shape; the two second aggregates (2) are arranged in an L shape, and each end is respectively connected to a corresponding end of the first aggregate (1) to form a joint The frame module (100); the first aggregate (1) and the second aggregate (2), both of which have an aggregate body (10), a lower extension plate (20), and an upper extension a plate (30), a vertical extension plate (40), and a stop plate (50), the aggregate body (10) is disposed in a rectangular shape, and the lower extension plate (20) is horizontally disposed on the aggregate body (10) a bottom end edge of a vertical surface, the upper extension plate (30) is horizontally disposed on a top edge of a vertical surface of the aggregate body (10) and is located on the same side as the lower extension plate (20), the vertical extension plate (40) is provided at the top of the aggregate body (10) In a plane, and located at a side edge away from the upper extension plate (30), the stop plate (50) is horizontally disposed at the top end of the vertical extension plate (40) adjacent to a side of the upper extension plate (30) And a groove (60) for positioning the solar panel (200) is formed between the upper extension plate (30) and the stop plate (50); the first aggregate (1) and The second aggregate (2) differs in that the first aggregate (1) further has a lower partition (11) horizontally disposed on the vertically extending plate (40) away from the upper extension plate ( a side surface of 30), and a distance (H) is provided between the top end of the vertical extension plate (40), and the second aggregate (2) further has an upper partition (21) directly extending from the vertical The plate (40) extends away from the top edge of one side of the upper extension plate (30) horizontally, and the lower partition plate (11) and the upper partition plate (21) can be vertically matched, and both There is also formed a space (70); the water stop strip (3) is disposed in the space (70).

更優選的是，所述第一骨料(1)的該下隔板(11)，與對應之該第二骨料(2)的該上隔板(21)，其兩者間還通過至少一螺接組件(4)連接，該螺接組件(4)包括一螺絲(41)、及一螺帽(42)；所述下隔板(11)，其對應於該 螺接組件(4)處，還設有一穿孔(111)；所述上隔板(21)，其對應於該螺接組件(4)處，還設有一魚眼孔(211)，而該魚眼孔(211)與該螺絲(41)之頭部間，還設有一墊片(5)。 More preferably, the lower partition (11) of the first aggregate (1) and the upper partition (21) corresponding to the second aggregate (2) pass at least between a screwing assembly (4) is connected, the screwing assembly (4) includes a screw (41), and a nut (42); the lower partition (11) corresponds to the The threaded component (4) is further provided with a through hole (111); the upper partition plate (21) corresponding to the screwing assembly (4), and further provided with a fisheye hole (211), and the fish A gasket (5) is further disposed between the eye hole (211) and the head of the screw (41).

更優選的是，所述第一骨料(1)和該第二骨料(2)，其兩者的相接端處，還至少具有垂直切邊(A)、斜向切邊(B)、及水平切邊(C)其中之一者或其混合。 More preferably, the first aggregate (1) and the second aggregate (2), at the junction end of the two, also have at least a vertical cut edge (A) and a diagonal cut edge (B) And one of the horizontal trimming (C) or a mixture thereof.

更優選的是，所述骨料本體(10)，其還為呈中空狀設置。 More preferably, the aggregate body (10) is also provided in a hollow shape.

更優選的是，所述止擋板(50)，其自由端處，還設有一呈弧狀設置的抵止段(501)；及一設於該抵止段(501)固定端內側處的凹槽段(502)。 More preferably, the stop plate (50), at its free end, is further provided with an arc-shaped abutting section (501); and a bottom portion disposed at the inner side of the fixed end of the abutting section (501) Groove section (502).

與現有技術相比，本新型的效果如下所示：本新型框架模組(100)利用鋁擠製程所製成的第一骨料(1)和第二骨料(2)，以其下隔板(11)和上隔板(21)，能上下相對應配合的設計，加上止水條(3)後，配合太陽能板(200)應用，達到緊密安裝太陽能板(200)的目標，讓多片太陽能板(200)組成為一體，能完整覆蓋安裝地點，如此一來，讓水能由邊緣處排出，達到太陽能板(200)下方不會漏水，當太陽能板(200)下方，安裝有電氣設備時，還能避免其受潮，另外，因為緊密設置，相同面積下，比傳統框架模組而言，安裝的太陽能板(200)數量能更多，發電效果更好。 Compared with the prior art, the effect of the novel is as follows: the novel frame module (100) utilizes the first aggregate (1) and the second aggregate (2) made by the aluminum extrusion process, with the lower partition The plate (11) and the upper partition plate (21) can be designed to match the upper and lower sides, and after the water stop strip (3) is applied, the solar panel (200) is applied to achieve the goal of tightly mounting the solar panel (200). The multi-piece solar panel (200) is integrated into one, which can completely cover the installation location, so that the water can be discharged from the edge, and there is no water leakage under the solar panel (200). When the solar panel (200) is installed, In the case of electrical equipment, it can also be protected from moisture. In addition, because of the tight arrangement, the number of installed solar panels (200) can be more than that of the conventional frame module under the same area, and the power generation effect is better.

1‧‧‧第一骨料 1‧‧‧First aggregate

11‧‧‧下隔板 11‧‧‧ Lower partition

111‧‧‧穿孔 111‧‧‧Perforation

2‧‧‧第二骨料 2‧‧‧Second aggregate

21‧‧‧上隔板 21‧‧‧Upper partition

211‧‧‧魚眼孔 211‧‧‧ Fisheye

3‧‧‧止水條 3‧‧‧ water stop

4‧‧‧螺接組件 4‧‧‧ screw assembly

41‧‧‧螺絲 41‧‧‧ screws

42‧‧‧螺帽 42‧‧‧ nuts

5‧‧‧墊片 5‧‧‧shims

10‧‧‧骨料本體 10‧‧‧ Aggregate body

20‧‧‧下延伸板 20‧‧‧Under extension board

30‧‧‧上延伸板 30‧‧‧Upper extension

40‧‧‧垂直延伸板 40‧‧‧ Vertical extension board

50‧‧‧止擋板 50‧‧‧Baffle

501‧‧‧抵止段 501‧‧‧Abutment

502‧‧‧凹槽段 502‧‧‧ Groove section

60‧‧‧凹槽 60‧‧‧ Groove

70‧‧‧間隔空間 70‧‧‧Interval space

100‧‧‧框架模組 100‧‧‧Frame Module

200‧‧‧陽能板 200‧‧‧yang board

A‧‧‧垂直切邊 A‧‧‧Vertical trimming

B‧‧‧斜向切邊 B‧‧‧ oblique trimming

C‧‧‧水平切邊 C‧‧‧ horizontal trimming

H‧‧‧間距 H‧‧‧ spacing

I、Ia、Ib、Ic、If、Ig‧‧‧位置一 I, Ia, Ib, Ic, If, Ig‧‧‧ position one

II、IIa、IIb、IIc、IId、IIe‧‧‧位置二 II, IIa, IIb, IIc, IId, IIe‧‧‧ position two

III、IIIa、IIId、IIIe、IIIf、IIIh‧‧‧位置三 III, IIIa, IIId, IIIe, IIIf, IIIh‧‧‧ position three

IV、IVb、IVd、IVf、IVg、IVh‧‧‧位置四 IV, IVb, IVd, IVf, IVg, IVh‧‧‧ position four

第1圖：本新型配合太陽能板應用時的立體示意圖。 Figure 1: A three-dimensional schematic diagram of the new type of solar panel application.

第2圖：本新型配合太陽能板應用時的分解示意圖。 Figure 2: Schematic diagram of the decomposition of the new type of solar panel.

第3圖：本新型配合太陽能板應用時的分解俯視示意圖。 Figure 3: Schematic view of the decomposition of the new type of solar panel application.

第4圖：本新型配合太陽能板應用時的立體實施示意圖。 Figure 4: Schematic diagram of the three-dimensional implementation of the new type of solar panel application.

第5圖：為第4圖中I-I的剖面示意圖。 Fig. 5 is a schematic cross-sectional view of I-I in Fig. 4.

第6圖：為第4圖中Ⅱ-Ⅱ的剖面示意圖。 Figure 6 is a schematic cross-sectional view of II-II in Figure 4.

第7圖：為第4圖中Ⅲ-Ⅲ的剖面示意圖。 Figure 7 is a schematic cross-sectional view of III-III in Figure 4.

第8圖：為第4圖中Ⅳ-Ⅳ的剖面示意圖。 Figure 8 is a schematic cross-sectional view of IV-IV in Figure 4.

第9圖：本新型配合太陽能板應用時的俯視實施示意圖。 Figure 9: Schematic diagram of the top view of the new type of solar panel application.

第10圖：為第9圖中a部分的放大示意圖。 Fig. 10 is an enlarged schematic view showing a portion a in Fig. 9.

第11圖：為第9圖中b部分的放大示意圖。 Figure 11 is an enlarged schematic view of part b of Figure 9.

第12圖：為第9圖中c部分的放大示意圖。 Fig. 12 is an enlarged schematic view showing a portion c in Fig. 9.

第13圖：為第9圖中d部的放大示意圖。 Fig. 13 is an enlarged schematic view showing a portion d in Fig. 9.

以下依據圖面所示的實施例詳細說明如後：如第1圖至第8圖所示，圖中揭示出，為一種緊密型太陽能板框架模組，所述框架模組(100)能配合太陽能板(200)應用，其包含有由鋁擠製程所製成的至少兩第一骨料(1)和兩第二骨料(2)、以及數條的止水條(3)，其特徵在於：所述兩第一骨料(1)為以倒L字型設置；所述兩第二骨料(2)為以L字型設置，且各自由端分別與該第一骨料(1)對應端相接，以配合形成該框架模組(100)；所述第一骨料(1)與該第二骨料(2)，其兩者皆具有一骨料本體(10)、一下延伸板(20)、一上延伸板(30)、一垂直延伸板(40)、及一止擋板(50)，該骨料本體(10)為呈矩形設置，該下延伸板(20)水平設於該骨料本體(10)一側垂直面底端邊緣，該上延伸板(30)水平設於該骨料本體(10)一側垂 直面頂端邊緣，並與該下延伸板(20)位於同一側，該垂直延伸板(40)設於該骨料本體(10)頂端水平面上，且位於遠離該上延伸板(30)的一側邊緣處，該止擋板(50)水平設於該垂直延伸板(40)頂端，鄰近於該上延伸板(30)的一側面上，而該上延伸板(30)與該止擋板(50)間，還形成有一能供定位該太陽能板(200)用的凹槽(60)；所述第一骨料(1)與該第二骨料(2)，其兩者差異在於，該第一骨料(1)還具有一下隔板(11)，其水平設於該垂直延伸板(40)遠離於該上延伸板(30)的一側面，且與該垂直延伸板(40)頂端間，設有一間距(H)，該第二骨料(2)還具有一上隔板(21)，其直接由與該垂直延伸板(40)遠離於該上延伸板(30)的一側面頂端邊緣，水平地往外延伸，且該下隔板(11)與該上隔板(21)，能上下相對應配合，且兩者間還形成有一間隔空間(70)；所述止水條(3)，其為設於該間隔空間(70)內。 The following is a detailed description of the embodiment shown in the drawings. As shown in FIG. 1 to FIG. 8 , the figure discloses a compact solar panel frame module, and the frame module (100) can be matched. Solar panel (200) application comprising at least two first aggregates (1) and two second aggregates (2) made of an aluminum extrusion process, and a plurality of waterstops (3), characterized The two aggregates (1) are arranged in an inverted L shape; the two second aggregates (2) are arranged in an L shape, and each end is respectively separated from the first aggregate (1) Corresponding ends are connected to form the frame module (100); the first aggregate (1) and the second aggregate (2) both have an aggregate body (10), An extension plate (20), an upper extension plate (30), a vertical extension plate (40), and a stop plate (50), the aggregate body (10) is arranged in a rectangular shape, and the lower extension plate (20) Horizontally disposed on the bottom end edge of the vertical surface of the aggregate body (10), the upper extension plate (30) is horizontally disposed on the side of the aggregate body (10) Straight to the top edge and on the same side as the lower extension plate (20), the vertical extension plate (40) is disposed on the top surface of the aggregate body (10) and located on a side away from the upper extension plate (30) At the edge, the stop plate (50) is horizontally disposed at a top end of the vertical extension plate (40) adjacent to a side surface of the upper extension plate (30), and the upper extension plate (30) and the stop plate ( 50), further forming a groove (60) for positioning the solar panel (200); the first aggregate (1) and the second aggregate (2), the difference between the two is that The first aggregate (1) further has a lower partition (11) horizontally disposed on a side of the vertically extending plate (40) away from the upper extension plate (30) and at the top end of the vertically extending plate (40) Between, there is a spacing (H), the second aggregate (2) also has an upper partition (21) directly from a side of the vertical extension plate (40) away from the upper extension plate (30) The top edge extends horizontally outwardly, and the lower partition plate (11) and the upper partition plate (21) can be vertically matched, and a space (70) is formed between the two; the water stop strip ( 3), which is disposed in the space (70).

其中，鋁擠製程所製成的第一骨料(1)及第二骨料(2)兩者，皆通過骨料本體(10)、下延伸板(20)、上延伸板(30)、垂直延伸板(40)及止擋板(50)的基本設置，如第5圖至第8圖所示一般，能提供給太陽能板(200)有效的支撐，並且利用第一骨料(1)的下隔板(11)、第二骨料(2)的上隔板(21)，加上止水條(3)組成本新型框架模組(100)，達到讓框架模組(100)與相鄰框架模組(100)緊密配合，最終給出一緊密型太陽能板，如第4圖一般，能完整覆蓋安裝地點，雨水只能由緊密型太陽能板的邊緣處排出，達到防漏效果。 Wherein, the first aggregate (1) and the second aggregate (2) made by the aluminum extrusion process pass through the aggregate body (10), the lower extension plate (20), the upper extension plate (30), The basic arrangement of the vertical extension plate (40) and the stop plate (50), as shown in Figures 5 to 8, can provide effective support for the solar panel (200) and utilize the first aggregate (1) The lower partition plate (11), the upper partition plate (21) of the second aggregate (2), and the water stop strip (3) constitute the novel frame module (100), so that the frame module (100) is The adjacent frame modules (100) are closely matched to finally give a compact solar panel. As shown in Fig. 4, the installation site can be completely covered, and the rainwater can only be discharged from the edge of the compact solar panel to achieve a leakproof effect.

其次，太陽能板(200)下方不積水，當太陽能板(200)下方，安裝有電氣設備時，能避免其受潮。 Secondly, there is no water under the solar panel (200). When the electrical equipment is installed under the solar panel (200), it can be protected from moisture.

另外，太陽能板(200)緊密設置後，與傳統太陽能板框架模組相比，在相同面積下，安裝的太陽能板(200)數量能更多，故發電效果能更好。 In addition, after the solar panels (200) are closely arranged, compared with the conventional solar panel frame module, the number of installed solar panels (200) can be more in the same area, so the power generation effect can be better.

如第2圖、第4圖至第8圖所示，所述第一骨料(1)的該下隔板 (11)，與對應之該第二骨料(2)的該上隔板(21)，其兩者間還通過至少一螺接組件(4)連接，該螺接組件(4)包括一螺絲(41)、及一螺帽(42)；所述下隔板(11)，其對應於該螺接組件(4)處，還設有一穿孔(111)；所述上隔板(21)，其對應於該螺接組件(4)處，還設有一魚眼孔(211)，而該魚眼孔(211)與該螺絲(41)之頭部間，還設有一墊片(5)。 As shown in FIG. 2 and FIG. 4 to FIG. 8, the lower partition of the first aggregate (1) (11), the upper partition (21) corresponding to the second aggregate (2), which is also connected by at least one screwing assembly (4), the screwing assembly (4) comprising a screw (41), and a nut (42); the lower partition (11) corresponding to the screw assembly (4), further provided with a through hole (111); the upper partition (21), Corresponding to the screwing assembly (4), a fisheye hole (211) is further provided, and a gasket (5) is further disposed between the fisheye hole (211) and the head of the screw (41).

其中，通過以螺接組件(4)的應用，利用螺絲(41)及螺帽(42)，配合上穿孔(111)和魚眼孔(211)，能便於組裝，並且螺絲(41)還連同墊片(5)一起，來配合魚眼孔(211)，除了增加磨擦力之外，還能避免水滲透。 Among them, by using the screw assembly (4), the screw (41) and the nut (42), the upper perforation (111) and the fish eye hole (211) can be easily assembled, and the screw (41) is also The gasket (5) together, in conjunction with the fish eye hole (211), in addition to increasing the friction, can also avoid water penetration.

如第1圖、及第9圖至第13圖所示，所述第一骨料(1)和該第二骨料(2)，其兩者的相接端處，還至少具有垂直切邊(A)、斜向切邊(B)、及水平切邊(C)其中之一者或其混合。 As shown in FIG. 1 and FIG. 9 to FIG. 13, the first aggregate (1) and the second aggregate (2) have at least a vertical trim at the end of the joint. One of (A), oblique trimming (B), and horizontal trimming (C) or a mixture thereof.

其中，通過不同的設置配合，以應用在框架模組(100)不同的角隅處，參考第3圖所示，位置一(I)處的第一骨料(1)，其兩端分別通過垂直切邊(A)和斜向切邊(B)來構成；位置二(II)處的第二骨料(2)，其一端通過垂直切邊(A)和斜向切邊(B)來構成，以配合位置一(I)處的第一骨料(1)對應端，另一端則通過斜向切邊(B)來構成；位置三(III)處的第二骨料(2)，其一端通過垂直切邊(A)來構成，以配合位置二(II)處的第二骨料(2)對應端，另一端則通過垂直切邊(A)和斜向切邊(B)來構成；位置四(IV)處的第一骨料(1)，其兩端分別以垂直切邊(A)、水平切邊(C)和斜向切邊(B)順序構成，一端能配合位置三(III)處的第二骨料(2)對應端，另一端則能配合位置一(I)處的第一骨料(1)對應端；通過前述的配置，就能如第9圖一般，讓各框架模組(100)能緊密配合應用，角隅處不留 空隙，達到有效防水的效果。 Wherein, the different aggregates are applied to different angles of the frame module (100). Referring to FIG. 3, the first aggregate (1) at position one (I) passes through the two ends. The vertical cut edge (A) and the oblique cut edge (B) are formed; the second aggregate (2) at the position two (II) has one end through the vertical cut edge (A) and the oblique cut edge (B) Constructed to match the corresponding end of the first aggregate (1) at position one (I), the other end is formed by oblique trimming (B); the second aggregate (2) at position three (III), One end is formed by vertical trimming (A) to match the corresponding end of the second aggregate (2) at position II (II), and the other end is passed by vertical trimming (A) and oblique trimming (B) The first aggregate (1) at position four (IV) is composed of a vertical cutting edge (A), a horizontal cutting edge (C) and a diagonal cutting edge (B), and one end can be matched with the position. The second aggregate (2) at the third (III) corresponding end, the other end can match the corresponding end of the first aggregate (1) at position I (I); through the foregoing configuration, it can be as shown in Figure 9. So that each frame module (100) can be closely matched with the application, and the corners are not left. The gap is effective for waterproofing.

參閱第10圖，以中央處框架模組(100)的a部分所示角隅為例，其位置三(III)處的第二骨料(2)，能配合上方另一框架模組(100)之位置二(IIa)處的第二骨料(2)，而其位置四(Ⅳ)處的第一骨料(1)，能配合左側另一框架模組(100)之位置一(Ib)處的第一骨料(1)，同時，上方框架模組(100)的位置三(IIIa)處之第二骨料(2)、左側框架模組(100)之位置四(Ⅳb)處的第一骨料(1)，兩者還能分別的依序配合，位於左斜上方另一框架模組(100)之位置一(Ic)處的第一骨料(1)、位置二(IIc)處的第二骨料(2)。 Referring to Fig. 10, taking the corner 所示 shown in part a of the central frame module (100) as an example, the second aggregate (2) at the position three (III) can be matched with the other frame module above (100). ) the second aggregate (2) at position II (IIa), and the first aggregate (1) at position four (IV), which can match the position of the other frame module (100) on the left side (Ib) The first aggregate (1) at the same time, at the same position, the second aggregate (2) at the position III (IIIa) of the upper frame module (100) and the position 4 (IVb) at the position of the left frame module (100) The first aggregate (1), the two can also be sequentially matched, respectively, located at the position of the first frame module (100) on the left obliquely above (Ic), the first aggregate (1), the position two ( Second aggregate (2) at IIc).

參閱第11圖，以中央處框架模組(100)的b部分所示角隅為例，其位置一(I)處的第一骨料(1)，能配合右側另一框架模組(100)之位置三(IIId)處之第二骨料(2)，而其位置四(Ⅳ)處的第一骨料(1)，能配合上方另一框架模組(100)之位置二(IIa)處的第二骨料(2)，同時，上方框架模組(100)的位置一(Ia)處的第一骨料(1)、右側框架模組(100)之位置四(Ⅳd)處的第一骨料(1)，兩者還能分別的依序配合，位於右斜上方另一框架模組(100)之位置二(IIe)處的第二骨料(2)、位置三(IIIe)處之第二骨料(2)。 Referring to Fig. 11, taking the angle 所示 shown in part b of the central frame module (100) as an example, the first aggregate (1) at the position one (I) can be matched with the other frame module on the right side (100). The second aggregate (2) at position III (IIId) and the first aggregate (1) at position four (IV) can match the position 2 of the other frame module (100) above (IIa) The second aggregate (2) at the same time, the position of the upper frame module (100) at the first (Ia) of the first aggregate (1), the right frame module (100) at the position of the fourth (IVd) The first aggregate (1), which can also be sequentially matched, is located at the second aggregate (2) and the position three at the position II (IIe) of the other frame module (100) on the right oblique upper side ( The second aggregate (2) at IIIe).

參閱第12圖，以中央處框架模組(100)的c部分所示角隅為例，其位置二(II)處的第二骨料(2)，能配合下方另一框架模組(100)之位置四(Ⅳf)處的第一骨料(1)，而其位置三(III)處之第二骨料(2)，能配合右側另一框架模組(100)之位置一(Ib)處的第一骨料(1)，同時，下方框架模組(100)的位置三(IIIf)處之第二骨料(2)、左側框架模組(100)之位置二(IIb)處的第二骨料(2)，兩者還能分別的依序配合，位於左斜下方另一框架模組(100)之位置一(Ig)處的第一骨料(1)、置四(Ⅳg)處的第一骨料(1)。 Referring to Fig. 12, taking the corner 所示 shown in part c of the central frame module (100) as an example, the second aggregate (2) at the position II (II) can be matched with another frame module below (100). ) the first aggregate (1) at position IV (IVf) and the second aggregate (2) at position III (III), which can match the position of the other frame module (100) on the right side (Ib) The first aggregate (1) at the same time, the second aggregate (2) at the position three (IIIf) of the lower frame module (100), and the second (IIb) position of the left frame module (100) The second aggregate (2), the two can also be sequentially matched, respectively, located at the position (I) of the other frame module (100) at the lower left obliquely below the first aggregate (1), set four ( First aggregate (1) at IVg).

參閱第13圖，以中央處框架模組(100)的d部分所示角隅為例，其位置一(I)處的第一骨料(1)，能配合右側另一框架模組(100)之位置三 (IIId)處之第二骨料(2)，而其位置三(III)處之第二骨料(2)，能配合下方另一框架模組(100)之位置四(Ⅳf)處的第一骨料(1)，同時，右側框架模組(100)的位置二(IId)處的第二骨料(2)、下方框架模組(100)之位置一(If)處的第一骨料(1)，兩者還能分別的依序配合，位於右斜下方另一框架模組(100)之置四(Ⅳh)處的第一骨料(1)、位置三(IIIh)處之第二骨料(2)。 Referring to Fig. 13, taking the angle 所示 shown in part d of the central frame module (100) as an example, the first aggregate (1) at the position one (I) can match the other frame module on the right side (100). ) position three The second aggregate (2) at (IIId) and the second aggregate (2) at the third (III) position can match the position of the other frame module (100) below the fourth (IVf) One aggregate (1), at the same time, the second aggregate (2) at the position II (IId) of the right frame module (100), and the first bone at the position (If) of the lower frame module (100) Material (1), the two can also be sequentially matched separately, located at the first aggregate (1) and the third position (IIIh) at the fourth (IVh) of the other frame module (100) on the right obliquely lower side. Second aggregate (2).

參閱第2圖、及第4圖至第8圖，所述骨料本體(10)，其還為呈中空狀設置。 Referring to Fig. 2 and Fig. 4 to Fig. 8, the aggregate body (10) is also provided in a hollow shape.

其中，通過此種設置，能提供更高的強度，並降低成本，還能便於應用與運輸、收納。 Among them, with this arrangement, it is possible to provide higher strength and reduce cost, and it is also convenient for application, transportation, and storage.

參閱第2圖、及第4圖至第8圖，所述止擋板(50)，其自由端處，還設有一呈弧狀設置的抵止段(501)；及一設於該抵止段(501)固定端內側處的凹槽段(502)。 Referring to FIG. 2 and FIG. 4 to FIG. 8 , the stop plate (50) is further provided with an abutting portion (501) disposed in an arc at a free end thereof; and a Segment (501) A groove segment (502) at the inner side of the fixed end.

其中，通過抵止段(501)的設置，配合上凹槽段(502)，能彈性地定位太陽能板(200)，形成緩衝，還能便於安裝。 Wherein, by the arrangement of the abutting section (501), the upper groove section (502) is matched, and the solar panel (200) can be elastically positioned to form a buffer, which is also convenient for installation.

以上依據圖式所示的實施例詳細說明本新型的構造、特徵及作用效果；惟以上所述僅為本新型之較佳實施例，但本新型不以圖面所示限定實施範圍，因此舉凡與本新型意旨相符的修飾性變化，只要在均等效果的範圍內都應涵屬於本新型專利範圍內。 The structure, features and effects of the present invention are described in detail above with reference to the embodiments shown in the drawings. However, the above description is only a preferred embodiment of the present invention, but the present invention does not limit the scope of implementation as shown in the drawings. Modification changes consistent with the meaning of the present invention are intended to fall within the scope of the present invention as long as they are within the scope of equal effect.

Claims (5)

一種緊密型太陽能板框架模組，所述框架模組(100)能配合太陽能板(200)應用，其包含有由鋁擠製程所製成的至少兩第一骨料(1)和兩第二骨料(2)、以及數條的止水條(3)，其特徵在於：所述兩第一骨料(1)為以倒L字型設置；所述兩第二骨料(2)為以L字型設置，且各自由端分別與該第一骨料(1)對應端相接，以配合形成該框架模組(100)；所述第一骨料(1)與該第二骨料(2)，其兩者皆具有一骨料本體(10)、一下延伸板(20)、一上延伸板(30)、一垂直延伸板(40)、及一止擋板(50)，該骨料本體(10)為呈矩形設置，該下延伸板(20)水平設於該骨料本體(10)一側垂直面底端邊緣，該上延伸板(30)水平設於該骨料本體(10)一側垂直面頂端邊緣，並與該下延伸板(20)位於同一側，該垂直延伸板(40)設於該骨料本體(10)頂端水平面上，且位於遠離該上延伸板(30)的一側邊緣處，該止擋板(50)水平設於該垂直延伸板(40)頂端，鄰近於該上延伸板(30)的一側面上，而該上延伸板(30)與該止擋板(50)間，還形成有一能供定位該太陽能板(200)用的凹槽(60)；所述第一骨料(1)與該第二骨料(2)，其兩者差異在於，該第一骨料(1)還具有一下隔板(11)，其水平設於該垂直延伸板(40)遠離於該上延伸板(30)的一側面，且與該垂直延伸板(40)頂端間，設有一間距(H)，該第二骨料(2)還具有一上隔板(21)，其直接由與該垂直延伸板(40)遠離於該上延伸板(30)的一側面頂端邊緣，水平地往外延伸，且該下隔板(11)與該上隔板(21)，能上下相對應配合，且兩者間還形成有一間隔空間(70)；所述止水條(3)，其為設於該間隔空間(70)內。 A compact solar panel frame module, the frame module (100) being capable of cooperating with a solar panel (200) application comprising at least two first aggregates (1) and two seconds made by an aluminum extrusion process Aggregate (2), and a plurality of waterstops (3), characterized in that: the two first aggregates (1) are arranged in an inverted L shape; the two second aggregates (2) are Arranging in an L shape, and each end is respectively connected to the corresponding end of the first aggregate (1) to cooperate to form the frame module (100); the first aggregate (1) and the second bone The material (2) has an aggregate body (10), a lower extension plate (20), an upper extension plate (30), a vertical extension plate (40), and a stop plate (50). The aggregate body (10) is disposed in a rectangular shape, and the lower extension plate (20) is horizontally disposed on a bottom end edge of a vertical surface of the aggregate body (10), and the upper extension plate (30) is horizontally disposed on the aggregate The top edge of the vertical surface of the body (10) is located on the same side of the lower extension plate (20), and the vertical extension plate (40) is disposed on the horizontal surface of the top end of the aggregate body (10) and is located away from the upper side. At one edge of the plate (30), the stop plate (50) is horizontally disposed at a top end of the vertical extension plate (40) adjacent to a side surface of the upper extension plate (30), and between the upper extension plate (30) and the stop plate (50), a solar panel can be positioned ( 200) a groove (60); the first aggregate (1) and the second aggregate (2), the difference between the two is that the first aggregate (1) further has a lower partition (11) The horizontally extending plate (40) is disposed away from a side of the upper extension plate (30), and is disposed with a spacing (H) between the top end of the vertical extension plate (40), the second aggregate (2) further having an upper partition (21) directly extending horizontally outward from a side edge of the vertical extension plate (40) away from the upper extension plate (30), and the lower partition ( 11) and the upper partition plate (21), can be matched up and down, and a space (70) is formed between the two partitions; the water stop strip (3) is disposed in the space (70) . 如請求項1所述的緊密型太陽能板框架模組，其中：所述第一骨料(1) 的該下隔板(11)，與對應之該第二骨料(2)的該上隔板(21)，其兩者間還通過至少一螺接組件(4)連接，該螺接組件(4)包括一螺絲(41)、及一螺帽(42)；所述下隔板(11)，其對應於該螺接組件(4)處，還設有一穿孔(111)；所述上隔板(21)，其對應於該螺接組件(4)處，還設有一魚眼孔(211)，而該魚眼孔(211)與該螺絲(41)之頭部間，還設有一墊片(5)。 The compact solar panel frame module of claim 1, wherein: the first aggregate (1) The lower partition (11), and the upper partition (21) corresponding to the second aggregate (2), are also connected by at least one screw assembly (4), the screw assembly ( 4) comprising a screw (41) and a nut (42); the lower partition (11) corresponding to the screw assembly (4), further provided with a through hole (111); the upper partition a plate (21) corresponding to the screwing assembly (4), further provided with a fisheye hole (211), and a pad between the fisheye hole (211) and the head of the screw (41) Piece (5). 如請求項2所述的緊密型太陽能板框架模組，其中：所述第一骨料(1)和該第二骨料(2)，其兩者的相接端處，還至少具有垂直切邊(A)、斜向切邊(B)、及水平切邊(C)其中之一者或其混合。 The compact solar panel frame module of claim 2, wherein: the first aggregate (1) and the second aggregate (2), at the junction end of the two, further have at least a vertical cut One of the sides (A), the oblique cut edges (B), and the horizontal cut edges (C) or a mixture thereof. 如請求項3所述的緊密型太陽能板框架模組，其中：所述骨料本體(10)，其還為呈中空狀設置。 The compact solar panel module according to claim 3, wherein the aggregate body (10) is further provided in a hollow shape. 如請求項4所述的緊密型太陽能板框架模組，其中：所述止擋板(50)，其自由端處，還設有一呈弧狀設置的抵止段(501)；及一設於該抵止段(501)固定端內側處的凹槽段(502)。 The compact solar panel module of claim 4, wherein: the stop plate (50), at the free end thereof, is further provided with an arc-shaped abutting section (501); The abutment section (501) is a groove section (502) at the inner side of the fixed end.
TW107215611U 2018-11-16 2018-11-16 Dense solar panel frame module TWM576761U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI695576B (en) * 2019-09-16 2020-06-01 王貞祿 Ceiling mount

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI695576B (en) * 2019-09-16 2020-06-01 王貞祿 Ceiling mount

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