1290598 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種玻璃結構體，特別是指一種可應 用於建築之玻璃結構體。 【先前技術】 隨著環保意識的抬頭，將玻璃應用在建築已逐漸受到 重視，目前較常見的是將多數玻璃結構體，經由配合預定 之爪具、鋼索、鋼管等相關元件拼接組裝而架構成建築物 之牆壁、天花板。 如圖1所示，以往玻璃結構體2的製造，大致是先在 一玻璃板21欲進行組接之每—角落處，開設—外寬内窄且 外端部呈圓錐孔狀之穿孔211，接著在穿孔211内依序塗佈 石夕利康22及套裝-襯套23，然後以一螺帽Μ來鎖固一插 裝在襯套23中之安裝座25,且該安裝座^之一位在内端 的結合部251往内突出穿孔211適當長度以供該螺帽24螺 =，並插裝有-連結桿26，該連結桿26具有相反之一極接 鈿261與-連結端262，該枢接端261呈球結狀並被樞裝限 位在安裝座25之結合部251中，該連結端262突伸出安裝 座25’而能以該樞接端261為樞轉中心相對於安裝座Μ在 一預定角度範圍内樞擺。 ^圖2所不’在建築施卫上，可利用—爪具u上所 ==部⑴’分別供多數玻璃結構體2之連結㈣ =二262螺接固定，使多數玻璃結結構體2對應拼接 7成較大面積之牆壁或天花板，而爪具u則可利用一鋼管 1290598 =及多數鋼索13等相關元件往上下左右延伸並重覆视鄰而 設，構成支撐「玻璃牆」或「玻璃帷幕」的骨架，提供進 一步的聯結與固定。 前述習知玻璃結構體2設計，存下如下之缺失：雖然 安裝座25與玻璃板21之穿孔211間具有判康23、概套 24等防水構件，但矽利康23、襯套24經過長時間風吹、 曰曬、雨淋造成風化、老化等現象後，會導致滲水。 【發明内容】 因此，本發明之目的，即在提供一種可避免風化而導 致滲水之玻璃結構體。 於是，本發明玻璃結構體包含對應結合之第一、第二 玻璃板、一安裝座、一内蓋，及一連結桿。該第一玻璃板 具有相反之内、外側面’及一貫穿内、外側面並呈外寬内 窄之穿孔。該安裝座具有一結合部，且該結合部外周面設 置有外螺紋，而内側面是呈球面狀，並以該結合部朝内從 °亥第玻璃板之外側面往内限位地容置於該穿孔中。該第 二玻璃板是將該第一玻璃板之穿孔封閉地接合在該第一玻 璃板之外側面，而將安裝座限位於第一玻璃板上。該内蓋 為一體成型的結構體，且可分離地與安裝座之結合部的外 螺紋螺接鎖固，而往内突伸出該第一玻璃板之内側面，且 具有一球面狀内側面。該連結桿具有相反之一球形樞接端 部與一連結端部，該樞接端部是可樞轉地被該内蓋之球面 狀内側面限位在安裝座之球面狀内側面上，該連結端部是 穿伸出該内蓋，並能以該樞接端部為樞轉中心相對於該内 1290598 蓋與安裝座在一預定角度範圍内樞擺。 於是’本發明玻璃結構體，包含對應結合之第一、第 二玻璃板、一安裝座、一延伸座、一内蓋，及一連結桿。 違第一玻璃板具有相反之内、外側面，及一貫穿内、外側 面並呈外寬内窄之穿孔。該安裝座具有一結合部，且以該 結合部朝内從該第一玻璃板之外側面往内限位地容置於該 穿孔中。该第二玻璃板是將該第一玻璃板之穿孔封閉地接 合在該第一玻璃板之外側面，並將安裝座限位於第一玻璃 板上。該延伸座具有一可分離地螺接固定在該安裝座之結 合部的固接部、一由該固接部末端往外擴張並緊抵該第一 玻璃板内側面的帽部，及一突伸於該帽部内側面之蓋體狀 突伸部，該突伸部外周面設置有外螺紋，而内側面是呈球 面狀。忒内蓋為一體成型式結構體，並與延伸座之突伸部 的外螺紋可分離地螺接鎖固，且具有一球面狀内側面。該 連結桿具有相反之一球型樞接端部與一連結端部，該樞接 端部是可樞轉地被内蓋之球面狀内側面限位在突伸部之球 面狀内側面上，該連結端部是穿伸出該内i，並能以該拖 接端部為樞轉中心相對制蓋與延伸座在—預定角度範圍 内樞擺。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之六較佳實施例的詳細說明中，將可清 楚的呈現。 ^ 在本發明被詳細描述以前，要注音的 文/土思的疋，在以下的說 1290598 明内容中，類似的元件是以相同的編號來表示。 本發明玻璃結構體的第一較佳實施例，是先如圖3所 示’取一具有一穿孔411的第一玻璃板41，該穿孔411外 寬内窄且外端部呈圓錐孔狀，該第一玻璃板41具有一外側 面412與一内侧面413。 如圖4所示，將可對應套合之一襯套與一蓋體狀安 裝座43 ’從該第一玻璃板41之外側面412置入穿孔411内 。該襯套42與安裝座43之周圍形狀是呈對應穿孔4丨丨外寬 内窄之形狀，因此一經置入穿孔411後，往内會受到限位， 只能往外脫離穿孔411。該安裝座43之一端為一結合部430 ，並以該結合部430朝内，在此實施例中，該結合部43〇 具有一形成在其周圍之外螺紋43 1，且其内側面435是呈弧 彎球面狀。設計上，襯套42與安裝座43長度略短於穿孔 411，並使襯套42與安裝座43外端面對應切齊於第一玻璃 板41之外側面412，亦即襯套42與安裝座43的内端面是 位在穿孔411内，而未突出第一玻璃板41之内側面413。 如圖5所示，接著利用一黏著用之膠膜料將一第二玻 璃板45接合在該第一玻璃板41之外側面412，成為一膠合 玻璃，且第一、第二玻璃板41、45的大小對應，使第二二 璃板41《穿孔4il被第二玻璃板45封閉。由於前述概套 42與安裝座43是長度略短地容置在穿孔411内，因此在以 膠膜44接合第-、第二玻璃板41、45時，可經由相對概 壓第-、第二玻璃板4卜45,使第_、第二玻璃板41、耗 穩固結合在膠膜44兩相反面，而成為一膠合安全破螭。至 12905981290598 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a glass structure, and more particularly to a glass structure that can be applied to buildings. [Prior Art] With the rise of environmental awareness, the application of glass to buildings has gradually gained attention. At present, it is more common to assemble and assemble most glass structures by assembling predetermined components such as claws, steel cables, and steel pipes. Walls and ceilings of buildings. As shown in FIG. 1, the conventional glass structure 2 is manufactured by first forming a perforation 211 which is narrow at the outer width and has a conical hole shape at the outer end portion of each of the glass plates 21 to be assembled. Then, the Shili Likang 22 and the set-bushing 23 are sequentially coated in the through hole 211, and then a nut Μ is used to lock a mounting seat 25 inserted in the bushing 23, and the mounting seat is located at one position. The coupling portion 251 of the inner end protrudes inwardly by a suitable length for the nut 24 to be screwed and inserted with a coupling rod 26 having an opposite one of the ends 261 and the coupling end 262. The pivoting end 261 is ball-shaped and pivotally supported in the joint portion 251 of the mounting seat 25, and the connecting end 262 protrudes from the mounting seat 25' to be pivotally centered relative to the pivoting end 261. The seat is pivoted within a predetermined angle range. ^ Figure 2 does not 'in the construction of the guard, can be used - the claws u on the == part (1) 'for the connection of the majority of the glass structure 2 (four) = two 262 screw connection, so that the majority of the glass structure 2 Splicing 7 into a large area of the wall or ceiling, and the claws u can use a steel pipe 1290598 = and most of the steel cable 13 and other related components to extend up and down and left and right to repeat, to form a support "glass wall" or "glass curtain The skeleton provides further bonding and fixation. The above-mentioned conventional glass structure 2 design has the following drawbacks: although the mounting member 25 and the perforation 211 of the glass plate 21 have waterproof members such as the Kang 23 and the cover 24, the Silicone 23 and the bushing 24 have been subjected to a long time. After the wind blows, the sun shines, the rain causes weathering, aging, etc., it will cause water seepage. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a glass structure which is resistant to weathering and which causes water seepage. Thus, the glass structure of the present invention comprises a first and a second glass plate, a mounting seat, an inner cover, and a connecting rod. The first glass sheet has opposite inner and outer side surfaces and a perforation extending through the inner and outer side surfaces and having an outer width and a narrow inner width. The mounting seat has a joint portion, and the outer peripheral surface of the joint portion is provided with an external thread, and the inner side surface is spherical, and the joint portion is inwardly constrained from the outer side surface of the glass panel. In the perforation. The second glass sheet is formed by sealingly engaging the perforations of the first glass sheet on the outer side of the first glass sheet and positioning the mounting on the first glass sheet. The inner cover is an integrally formed structure, and is detachably screwed to the external thread of the joint portion of the mounting seat, and protrudes inwardly from the inner side surface of the first glass plate, and has a spherical inner side surface . The connecting rod has an opposite spherical pivoting end portion and a connecting end portion pivotally supported by the spherical inner side surface of the inner cover on the spherical inner side surface of the mounting seat, the connecting end portion The connecting end portion extends through the inner cover and is pivotable with the pivoting end as a pivoting center with respect to the inner 1290598 cover and the mounting seat within a predetermined angle range. Thus, the glass structure of the present invention comprises a first and a second glass plate corresponding to the combination, a mounting seat, an extension seat, an inner cover, and a connecting rod. The first glass plate has opposite inner and outer sides, and a perforation extending through the inner and outer faces and having a narrow outer width. The mount has a joint portion that is received inwardly from the outer side of the first glass sheet inwardly with the joint portion. The second glass sheet is closedly joined to the outer side of the first glass sheet by the perforations of the first glass sheet, and the mounting seat is located on the first glass sheet. The extension seat has a fixing portion detachably screwed to the joint portion of the mounting seat, a cap portion which is outwardly expanded from the end of the fixing portion and abuts against the inner side surface of the first glass plate, and a protruding portion The cover-like protruding portion on the inner side surface of the cap portion is provided with an external thread on the outer peripheral surface of the protruding portion, and the inner side surface is spherical. The inner cover is an integrally formed structure and is detachably screwed to the external thread of the protruding portion of the extension seat and has a spherical inner side. The connecting rod has a spherical end portion and a connecting end portion opposite to each other, and the pivoting end portion is pivotally supported by the spherical inner side surface of the inner cover on the spherical inner side surface of the protruding portion. The connecting end portion extends through the inner portion i and can pivot with respect to the cover and the extension seat within a predetermined angle range with the drag end portion as a pivoting center. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiment of FIG. ^ Before the present invention is described in detail, the text to be phonetic/textual is similar to the elements in the following description of the contents of 1290598. A first preferred embodiment of the glass structure of the present invention is a first glass plate 41 having a perforation 411 as shown in FIG. 3, the perforation 411 having a narrow outer width and a tapered end shape at the outer end portion. The first glass plate 41 has an outer side surface 412 and an inner side surface 413. As shown in Fig. 4, a bushing and a cover-like mounting seat 43' are inserted into the perforations 411 from the outer side surface 412 of the first glass plate 41. The shape of the circumference of the bushing 42 and the mounting seat 43 is narrower than the width of the outer side of the through hole 4, so that once the through hole 411 is placed, it is restricted inward and can only be separated from the through hole 411. One end of the mounting seat 43 is a joint portion 430, and the joint portion 430 faces inward. In this embodiment, the joint portion 43 has a thread 43 1 formed around the periphery thereof, and the inner side surface 435 thereof is Curved and spherical. The bushing 42 and the mounting seat 43 are designed to be slightly shorter than the through hole 411, and the bushing 42 and the outer end surface of the mounting seat 43 are aligned with the outer side surface 412 of the first glass plate 41, that is, the bushing 42 and the mounting seat. The inner end surface of the 43 is located in the through hole 411 without protruding the inner side surface 413 of the first glass plate 41. As shown in FIG. 5, a second glass plate 45 is bonded to the outer side surface 412 of the first glass plate 41 by using an adhesive film material to form a glued glass, and the first and second glass plates 41, The size of 45 corresponds to the second glass plate 41 "the perforation 4il is closed by the second glass plate 45. Since the outer sleeve 42 and the mounting seat 43 are slightly shorter in the length of the through hole 411, when the first and second glass plates 41 and 45 are joined by the adhesive film 44, the first and second portions can be relatively pressed. The glass plate 4 is 45, so that the first and second glass plates 41 are stably combined on the opposite sides of the film 44, and become a glue to break safely. To 1290598
所完成之玻璃結構體， 為可單獨運輸、銷售的產品 如圖6所示，利用鎖接一内蓋46將-連結桿47限位 。該内蓋46是以其一端螺接固定在該安裝座43之外螺咬 431外部，内蓋46另一端則突伸出該第一玻璃板41之内側 面圍形成—外螺紋461，並具有—靠抵於連結桿 47上之弧弯球面狀内側面彻。該連結桿47具有相反之一 呈球結狀的枢接端部471與—呈螺桿㈣之連結端部^， 該枢接端冑471是被樞裝限位在内蓋仏之球面狀内側面 460與安裝座43之結合部46〇的球面狀内側面邮間，該 連結端部472穿伸出内蓋46，而能以該樞接端部π為植 轉中心相對於内蓋46與安裝座43在—預定角度範圍内極 擺0 如圖7所示，在内蓋46外部套設一墊片料，並將一螺 帽49螺接於内蓋46之外螺紋461，而透過墊片料緊抵該 第一玻璃板41之内側面413定位，至此便完成整體玻璃結 構體的製造。 在建築施工上，同樣可利用一般爪具（圖未示）上所預設 之多數爪部，分別供本實施例所製成之多數玻璃結構體的 連結桿47之連結端472螺接固定，使多數玻璃結接構體對 應拼接形成較大面積之牆壁或天花板，並進一步利用鋼管 、鋼索等相關元件來與爪具作相關之聯結與固定。 值得進一步說明的是，由於本實施例中之玻璃結構體 的製造，並不以先安裝結合内蓋46、連結桿47、墊片48、 1290598 螺帽49等為絕對以f , 第二玻璃板41、45 是說，當玻璃結構體由第一、 件組成成如圖5所：套42 *裝座43、膠膜44等元 狀之結構，完^ 時，便形成具備—體性且呈平板 之1 王無任何突出第―、第二玻璃板4!、45外部 =:，才因Γ常便利於搬運、存放，並可在搬運至施: 元::結:一、一“ 點相較於習知破璃結構體設計，本發明具有如下多項優 θ 1、可避免風化導致滲水：本發明之整體玻璃結構體 是由該第二玻璃板45阻擋在最外側，而將第一玻璃板 的穿孔411加以遮蔽，因此在將襯套42與安裝座43容裝入 穿孔411内時，不僅無須在穿孔4丨丨周圍塗佈梦利康，縱算 襯套42、安裝座43有風化現象，也不會導致滲水。 2、 安裝連結桿時不必使用特殊設備：由於本發明是 以可分離之内蓋46與安裝座43將連結桿47之球結狀柩接 端部471樞裝限位，因此安裝方便。 3、 便利於搬運與存放··由於本發明之内蓋46、連結 桿47、墊片48、螺帽49等元件，可視需要再加以安裝結 合，使得玻璃結構體中該等結合一體之第一、第二玻璃板 41、45與襯套42、安裝座43等元件，具備一體性且呈平 板狀之結構，而能非常便利於搬運、存放。 如圖8所示’本發明之製造方法的第二較佳實施例與 前述第一實施例不同處在於：本實施例所製成之玻璃結構 10 1290598 體更包含一介於第一、第二玻璃板41、45間用來吸收太陽 能轉換成電能之太陽能晶片5〇。該太陽能晶片50的安裝， 是在該襯套42與安裝座43容裝入第一玻璃板41之穿孔 411後，以該太陽能晶片50配合二分別貼覆於其内、外側 面之黏著用的膠膜44,來與第一、第二玻璃板41、45接合 〇 值得一提的是，由於襯套42、安裝座43僅插裝在第一 玻璃板41上，並未穿過第二玻璃板45，因此在安裝該太陽 能晶片50，完全不會受到襯套42、安裝座43的牽制與阻 礙，也就是說，太陽能晶片50在貼覆時，可以覆蓋到第一 、第一玻璃板41、45整體面積之大小，不必閃過襯套42、 安裝座43所在位置。 如圖9所示，本發明之玻璃結構體的第三較佳實施例 包含：一具有一外寬内窄之穿孔611的第一玻璃板61、相 套合地容置於該穿孔611中之一襯套62與一安裝座63、組 咸於5亥女裝座63内端處之一結合部631外的一塾片64與 一螺帽65、一可樞擺地安裝在該安裝座63之結合部63 1的 連結桿66,及藉由膠模67而依序接合在該第一玻璃板61 外側之一太陽能晶片68及一第二玻璃板69。 該第一玻璃板61之穿孔611同樣是呈外寬内窄狀。該 襯套62與安裝座63是一外一内相套合，並呈對應穿孔611 外寬内窄之形狀，而從該第一玻璃板6丨之外側面往内限位 地容置於该穿孔611中，且該襯套62的内、外端面是切齊 於该第一玻璃板61的内、外側面。該安裝座63外端面切 1290598 A於第一玻璃板61外側面，内端面則是突出玻璃板61内 側面。該連結桿66具有相反之一樞接端部661與一連結端 部662,該柩接端部661呈球結狀並塞裝樞設在該安裝座 63之結合部631中，該連結端部662是突伸出安裝座〇， 而能以該樞接端部661為樞轉中心相對於安裝座63在一預 疋角度範圍内樞擺。該螺帽65是螺接於安裝座63之結合 P 63 1而透過墊片48緊抵該第一玻璃板$ 1内側面定位。 值侍進一步說明的是，雖然本實施例與前述第一、第 實施例相較，並未具備連結桿66可視需要再組裝之效果 ’但相較於前述圖1所揭之習知設計，本實施例之玻璃結 構體可藉由該第二玻璃板69阻播在最外側，使得襯套Μ 與女裝座63容裝於穿孔611内時，不僅無須在穿孔6ιι周 圍塗佈石夕利康，縱算襯I 62、安裝座63有風化現象，也不 會導致滲水，因此確實可避免風化導致滲水。The completed glass structure is a separately transportable and marketable product. As shown in Fig. 6, the - connecting rod 47 is restrained by locking an inner cover 46. The inner cover 46 is integrally fixed to the outside of the mounting seat 43 by a screw bit 431. The other end of the inner cover 46 protrudes from the inner side surface of the first glass plate 41 to form an external thread 461. - Abutting against the curved inner surface of the arc on the connecting rod 47. The connecting rod 47 has a pivotal end portion 471 which is opposite in a ball shape and a connecting end portion which is a screw (4). The pivoting end 胄 471 is pivotally supported on the spherical inner side of the inner cover. 460 and the spherical inner side of the joint portion 46 of the mounting seat 46, the connecting end portion 472 extends through the inner cover 46, and can be mounted with the pivoting end portion π as a planting center relative to the inner cover 46 The seat 43 is at a predetermined angle range. As shown in FIG. 7, a gasket is disposed outside the inner cover 46, and a nut 49 is screwed to the outer cover 46 and the thread 461 is passed through the spacer. The material is positioned against the inner side surface 413 of the first glass sheet 41, and the manufacture of the entire glass structure is completed. In the construction, the majority of the claws preset on the general claws (not shown) can also be used to screw and fix the joint ends 472 of the connecting rods 47 of the plurality of glass structures produced in the present embodiment. Most glass joints are spliced to form a larger area of the wall or ceiling, and further use of steel, steel and other related components to connect and fix the claws. It should be further noted that, due to the manufacture of the glass structure in the embodiment, the inner cover 46, the connecting rod 47, the spacer 48, the 1290598 nut 49, etc. are not attached first to the absolute f, the second glass plate. 41, 45 is to say that when the glass structure is composed of the first piece, the structure of the element such as the sleeve 42 * the seat 43 and the film 44 is completed, and the body structure is formed and formed. The king of the flat plate does not have any prominent ―, the second glass plate 4!, 45 external =:, because it is often convenient to carry, store, and can be transported to the Shi: Yuan:: knot: one, one "point phase Compared with the conventional glass structure design, the present invention has the following advantages θ1, which can avoid weathering and cause water seepage: the whole glass structure of the present invention is blocked by the second glass plate 45 at the outermost side, and the first glass is The perforation 411 of the plate is shielded, so that when the bushing 42 and the mounting seat 43 are received in the through hole 411, it is not necessary to apply the monkcon around the perforation 4, and the bushing 42 and the mounting seat 43 are weathered. It will not cause water seepage. 2. It is not necessary to use special equipment when installing the connecting rod: due to this hair The detachable inner cover 46 and the mounting seat 43 pivotally limit the ball-shaped splicing end portion 471 of the connecting rod 47, so that the installation is convenient. 3. Convenient for handling and storage · Due to the inner cover 46 of the present invention The connecting rod 47, the spacer 48, the nut 49 and the like may be further assembled and assembled as needed, so that the first and second glass plates 41 and 45 and the bushing 42 and the mounting seat 43 are integrated in the glass structure. The components are integrated and have a flat structure, which is very convenient for handling and storage. As shown in Fig. 8, the second preferred embodiment of the manufacturing method of the present invention differs from the foregoing first embodiment in that: The glass structure 10 1290598 body produced in this embodiment further comprises a solar wafer 5 介于 between the first and second glass plates 41 and 45 for absorbing solar energy into electrical energy. The installation of the solar wafer 50 is After the bushing 42 and the mounting seat 43 are received in the through hole 411 of the first glass plate 41, the solar film 50 is fitted with the adhesive film 44 attached to the inner and outer sides thereof, respectively, to Two glass plates 41, 45 joints are worth mentioning Since the bushing 42 and the mounting seat 43 are only inserted on the first glass plate 41 and do not pass through the second glass plate 45, the solar chip 50 is mounted without any receiving of the bushing 42 and the mounting seat 43. The pinching and obstructing, that is, the solar wafer 50 can cover the entire area of the first and first glass plates 41, 45 when the solar wafer 50 is attached, and does not have to flash over the position of the bushing 42 and the mounting seat 43. As shown, a third preferred embodiment of the glass structure of the present invention comprises: a first glass sheet 61 having an outer width and a narrow inner perforation 611, and a sleeve nested in the perforation 611 62 and a mounting seat 63, a slab 64 and a nut 65 outside the joint portion 631 at the inner end of the 5th women's seat 63, and a joint portion pivotally mounted on the mounting seat 63 The connecting rod 66 of the 63 1 and the solar wafer 68 and the second glass sheet 69 are sequentially joined to the outside of the first glass sheet 61 by the mold 67. The through hole 611 of the first glass plate 61 is also narrow in the outer width. The bushing 62 and the mounting seat 63 are sleeved in an outer and inner phase, and have a shape corresponding to the outer width of the corresponding through hole 611, and are accommodated inwardly from the outer side of the first glass plate 6丨. The inner and outer end faces of the bushing 611 are aligned with the inner and outer side faces of the first glass plate 61. The outer end surface of the mounting seat 63 cuts 1290598 A on the outer side surface of the first glass plate 61, and the inner end surface protrudes from the inner side surface of the glass plate 61. The connecting rod 66 has an opposite pivoting end portion 661 and a connecting end portion 662. The connecting end portion 661 is ball-shaped and plugged and disposed in the joint portion 631 of the mounting seat 63. The connecting end portion is connected. The 662 protrudes from the mounting seat and can pivot with respect to the mounting seat 63 at a pre-turn angle range with the pivoting end 661 as a pivoting center. The nut 65 is screwed to the joint P 63 1 of the mounting seat 63 and is positioned against the inner side of the first glass sheet $1 through the spacer 48. The value further indicates that although the present embodiment does not have the effect of reassembling the connecting rod 66 as needed, compared with the first and the first embodiments described above, but compared with the conventional design disclosed in FIG. The glass structure of the embodiment can be shielded on the outermost side by the second glass plate 69, so that when the bushing Μ and the dressing seat 63 are accommodated in the perforation 611, it is not necessary to coat the shiellikon around the perforated 6 ι. Even if the lining I 62 and the mounting seat 63 are weathered, it will not cause water seepage, so it is indeed possible to avoid weathering and water seepage.
且在接合第一、第二玻璃板41 環片 421、432。 如圖11所示， 多閱圖10，本發明之玻璃結構體的第四較佳實施例與 前述f:實施例的不同處在於：該第-玻璃板41之穿孔 口又口十成内、外端的直徑一致，該概套42與安裝座Μ更 分別具有由外端周緣往外擴張之一環片421、432,使當襯 套42四與安裝座43相套合並由外往内置入該穿孔川時，是 藉由％片421、432抵接在第_玻璃4ι的外側面412而限 艮片421、432的總厚度相當， 41、45時，可預先挖洞以閃過 本發明之玻璃結構體的第五較佳實施例 12 1290598 與前述第一實施例所揭圖7 璃社槿e n 、不同處在於··本實施例之玻 璃〜構體更具有一鎖接於該安裝座43與該内蓋私間之一 延伸座51。該安裝座43之社人如j 壁之内料4^ G具有—形成在其内周 2内螺紋433,不同於前述第—實施例之結 周圍形成外螺紋431的設計。 在八 # b外，本實施例中是以該延 :取代第-實施例中之螺帽49，該延伸座 螺鎖入該内螺紋433之螺卢此m & * ^ 之螺知狀固接部511、一由該固接部 川末端往外擴張並緊抵於該墊片48之帽部512，及一突伸 於該帽部512内側面之蓋體狀突伸部513，且突伸部513周 圍形成-外螺紋514，且内側面515是呈弧f球面狀，該外 螺紋514是用來供該内蓋46螺接固定，使該連結桿47之 呈球結狀的樞接端部471被樞裝限位在内蓋46之球面狀内 側面460與延伸座51的突伸部513的球面狀内側面515間 參閲圖12,本發明之玻璃結構體的第六較佳實施例與 前述第四實施例所揭圖1〇的不同處在於：該安裝座43的 結合部430可預先以矽利康一類之封膠，黏合固定在該第 一玻璃板41的穿孔411中，並在結合部43〇周圍嵌裝一提 供氣密效果之Ο型環434。 此外，本實施例之玻璃結構體更包含一抵接於第一、 第二玻璃板41、45近邊緣處周圍間之間隔框條52、一封填 於第一、第二玻璃板41、45邊緣間之封膠53，及依序接合 在該第二玻璃板45内側之一膠膜44、一太陽能晶片50、 一膠膜44。封膠53可採用石夕利康，以便將第一、第二玻璃 13 1290598 板41、45與間隔框條52黏接一體，並由第一、第二破璃 板41、45與間隔框條52間共同界定出一密閉空間54。此 一設計可使第一、第二玻璃板41、45隔著該密閉空間54， 以提供隔音、隔熱、禦寒之效果。又，前述太陽能晶片5〇 與膠膜44接合在第二玻璃板衫之位置是位於該密閉空間 54内，而太陽能晶片5〇兩面都黏貼膠膜44，可防止氧化 〇 歸納上述，本發明所製造之玻璃結構體藉由設置在最 外層之第二玻璃板的遮蔽，確實能避免風化導致滲水，此 外，藉由連結桿可視需要再加以安裝組合之設計，使得本 發明玻璃結構體之製造與安裝比習知設計方便，故確實能 達到發明之目的。 惟以上所述者，僅為本發明之六較佳實施例而已，當 不能以此限定本發明實施之範圍，即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習知玻璃結構體之側視剖面圖； 圖2疋多數習知玻璃結構體藉由一爪具拼接成較大面 積之立體圖； 圖3疋本發明玻璃結構體的第一較佳實施例所採用之 一第一玻璃板的側視剖面圖； 圖4是該第一較佳實施例在該第一玻璃板上安襄—概 套與一安裝座後之側視剖面圖； 14 1290598 —圖5是該第-較佳實施例在該第—玻璃板外側面接合 一第二玻璃板後之側視剖面圖； 二圖6是該第一較佳實施例將一内蓋與一連結桿安裝在 該安裝座之一結合部後的側視剖面圖； 、 6圖7{該第-較佳實施例續以一螺帽將該連結桿螺接 定位之側視剖面圖； 、 圖8是-類似於圖5之視圖’說明本發明玻璃結構體 之第二較佳實施例； 圖9是本發明玻璃結構體之第三較佳實施例的側 面圖； 1 圖10是-類似於圖5之視圖’說明本發明玻璃結構體 之第四較佳實施例； - 圖11是-類似於圖7之視圖，說明本發明玻璃結構體 之第五較佳實施例；及 圖12是一類似於圖10之視圖’說明本發明玻 體之第六較佳實施例。 15 1290598 【主要元件符號說明】 41…… 第 玻璃板 49 …·· …·螺帽 41卜… …穿孔 50 •… •…太陽能晶片 412"，· …夕卜側面 5卜… •…延伸座 413… …内側面 511··· •…固接部 42…… …襯套 512… •…帽部 421… …環片 513… …·突伸部 43…… …安裝座 514… •…外螺紋 430 .… …結合部 515… —内側面 431… …外螺紋 52 …·. •…間隔框條 432·… …環片 53 ••… …·封膠 433 .… …内螺紋 54 •… •…密閉空間 434 -" …0型環 61·*"* —第一玻璃板 435 ···· …内側面 611··· ♦…穿孔 44…… …膠膜 62 •… …·襯套 45…… ••第《—玻璃板 63 •… •…安裝座 46…… …内蓋 631 · · •…結合部 460·… …内側面 64 …·· •…墊片 461 …· …内螺紋 65 …·· •…螺帽 47…… …連結桿 66 "… •…連結桿 471 ·… 才£接知 67 "… •…膠膜 472 "·. •…連結端部 68 "… •…太陽能板 48…… •…墊片 69 •… •…第二玻璃板 16And the first and second glass plates 41 are joined to the ring pieces 421, 432. As shown in FIG. 11, the fourth preferred embodiment of the glass structure of the present invention differs from the foregoing f: embodiment in that the perforated opening of the first glass plate 41 is further within ten The outer sleeves have the same diameter, and the outer sleeve 42 and the mounting base further have a ring piece 421, 432 extending outward from the outer periphery of the outer end, so that when the bushing 42 is fitted with the mounting seat 43 and integrated into the perforating tube When the % sheets 421, 432 abut against the outer side surface 412 of the first glass 4 ι, the total thickness of the gussets 421, 432 is equivalent. When 41, 45, the hole can be pre-drilled to flash the glass structure of the present invention. The fifth preferred embodiment 12 of the body 1290598 is different from the above-mentioned first embodiment of the present invention. The difference is that the glass-structure of the embodiment has a lock to the mounting seat 43 and The inner cover is a private extension 51. The member of the mount 43 has a design in which the inner thread 4 is formed in the inner circumference 2, and the outer thread 431 is formed around the knot of the foregoing first embodiment. In addition to the eighth #b, in the embodiment, the extension is replaced by the nut 49 of the first embodiment, and the extension seat is screwed into the screw thread of the internal thread 433, and the screw of the m & * ^ is solid. a connecting portion 511, a cap portion 512 which is extended outward from the end of the fixing portion and abuts against the spacer 48, and a cover-like protruding portion 513 protruding from the inner side surface of the cap portion 512, and protrudes An external thread 514 is formed around the portion 513, and the inner side surface 515 is in the shape of an arc f. The external thread 514 is used for screwing and fixing the inner cover 46 so that the connecting rod 47 has a ball-shaped pivot end. The portion 471 is pivotally supported between the spherical inner side surface 460 of the inner cover 46 and the spherical inner side surface 515 of the protruding portion 513 of the extension base 51. Referring to FIG. 12, a sixth preferred embodiment of the glass structure of the present invention is shown. The difference between the example and the first embodiment is that the joint portion 430 of the mounting seat 43 can be adhesively fixed to the through hole 411 of the first glass plate 41 by using a sealant such as a keloid. A Ο-shaped ring 434 that provides an airtight effect is fitted around the joint portion 43A. In addition, the glass structure of the embodiment further includes a spacer frame 52 abutting between the periphery of the first and second glass plates 41 and 45, and a filling of the first and second glass plates 41 and 45. The sealant 53 between the edges and the adhesive film 44, a solar wafer 50, and a film 44 are sequentially bonded to the inner side of the second glass plate 45. The sealant 53 can be used to seal the first and second glass 13 1290598 plates 41 and 45 with the spacer frame strip 52, and the first and second glass plates 41 and 45 and the spacer frame strip 52 are integrally bonded. A confined space 54 is defined together. This design allows the first and second glass sheets 41, 45 to be interposed between the sealed spaces 54 to provide sound insulation, heat insulation and cold protection. Further, the solar wafer 5 is bonded to the adhesive film 44 at the position of the second glass plate in the sealed space 54, and the solar film 5 is adhered to the adhesive film 44 on both sides thereof, thereby preventing the cerium oxide from being summarized. The manufactured glass structure can avoid the weathering and the water seepage by the shielding of the second glass plate disposed at the outermost layer. In addition, the design of the glass structure of the present invention can be made by the connection of the connecting rod as needed. The installation is more convenient than the conventional design, so it can achieve the purpose of the invention. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made in accordance with the scope of the present invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side cross-sectional view of a conventional glass structure; FIG. 2 is a perspective view of a plurality of conventional glass structures spliced into a larger area by a claw; FIG. 1 is a side cross-sectional view of a first glass plate used in the first preferred embodiment; FIG. 4 is a side view of the first preferred embodiment on the first glass plate 14 1290598 - FIG. 5 is a side cross-sectional view of the first preferred embodiment after joining a second glass sheet on the outer side of the first glass sheet; FIG. 6 is a first preferred embodiment. A side cross-sectional view of an inner cover and a connecting rod mounted on a joint of the mounting seat; 6 FIG. 7 {This first preferred embodiment continues with a nut to position the connecting rod in a side view Figure 8 is a view similar to Figure 5, illustrating a second preferred embodiment of the glass structure of the present invention; Figure 9 is a side elevational view of a third preferred embodiment of the glass structure of the present invention; 10 is a view similar to the view of Fig. 5' illustrating a fourth preferred embodiment of the glass structure of the present invention; - Figure 11 is - Similar to the view of FIG. 7, a fifth preferred embodiment of the glass laminate structure of the present invention; and FIG. 12 is a view similar to FIG. 10 of the 'a sixth preferred embodiment of the glass body of the present invention. 15 1290598 [Description of main component symbols] 41... Glass plate 49 ...···· Nuts 41...Perforation 50 •... •...Solar wafer 412",·· 夕 侧 side 5...... Extension 413 The inner side surface 511···•...the fixing portion 42...the bushing 512...the...the hat portion 421...the ring piece 513...the protruding portion 43...the mounting seat 514...the outer thread 430 .... ...joint portion 515... - inner side surface 431 ... external thread 52 ..... ... spacer frame strip 432 · ... ring sheet 53 • • ... ... sealant 433 .... ... internal thread 54 • ... • ... sealed Space 434 -" ...0 type ring 61·*"* - first glass plate 435 ···· ... inner side surface 611··· ♦...perforation 44... ...film 62 •......... bushing 45... ... ••第“—glass plate 63 •... •mount 46...the inner cover 631 · · • the joint 460 ·... the inner side 64 ...···...the spacer 461 ...·...the internal thread 65 ... ·· •... Nut 47... ...linking rod 66 "... •... Connecting rod 471 ·... Only knowing 67 "... ...film 472 "·. •...link end 68 "... •...solar panel 48... •...shield 69 •... •...second glass panel 16