M420584 五、新型說明： 【新型所屬之技術領域】 本創作係使用於玻璃建築工程，更詳而言之，係將玻璃板固定於一 建築物預定位置的構件。 【先前技術】 在玻璃建築工程中，使用玻璃安裝裝置將玻璃板固定於建築物之預 定位置(以下簡稱安裝部位），或者是使複數玻璃板相鄰排列構成一玻璃 帷幕。上述安裝部位以及玻璃板的板面週圍需預設複數個孔洞，並便 利用複數個玻璃安裝裝置將玻璃板固定於該安裝部位。 安裝部位之孔洞與玻璃板的孔洞存在有位置誤差是經常面臨的問 題之一，且此一問題通常在已經安裝了複數個玻璃安裝裝置之後才會 被發現。解決此問題的傳統方案包括：卸下已組裝的玻璃安裝裝置重 新調整玻璃板的位置、在玻璃板或安裝部位重新設孔洞、以及在孔洞 誤差的位置不使用玻璃安裝裝置。前兩個方案需要花費許多的工時成 本，後一方案則造成玻璃板固定不確實的嚴重隱憂。 另外，上述安裝部位不平整，以及複數個玻璃安裝裝置施予安裝部 位及玻璃板的機械力量不—致，將導致複數玻璃板於安裝後出現同一 平面高度差的問題，而傳_解決方案則是__的重新調整玻璃安裝 裝置，造成工時成本增加。 【新型内容】 3 M420584 本創作之目的係在提供一種玻璃安裝裝置，該玻璃安裝裝置將玻螭 板固定於建築物之預定位置(以下簡稱安裝部位），或者是使複數玻璃板 相鄰排列構成一玻璃帷幕。 本創作之目的係在提供一種玻璃安裝裝置，該玻璃安裝裝置具有全 方位自動調整角度之功能，其可依據安裝部位的孔洞以及玻璃板的孔 洞自動調整角度，在安裝部位之孔洞與玻璃板的孔洞存在有相對位置 誤差的場合中，該玻璃安裝裝置仍然可以使用，並且確保玻璃板被穩 固的固定。 本創作之目的係在提供一種玻璃安裝裝置，該玻璃安裝裝置具有自 動調整角度之功能，複數個玻璃安裝裝置使單一玻璃板固定於安裝部 位，或者是使複數的玻璃板相鄰連接成一玻璃帷幕時，可以大幅減少 單一或複數玻璃板於安裝後出現同一平面高度差的問題。 本創作達成上述目的之主要技術包括： 一玻璃固定組件，穿樞固定於一玻璃板的一孔洞中； 一安裝部固定組件，固定在預安裝該玻璃板的一安裝部位上； 一支撐組件，其一端連接於該玻璃固定組件，另一端連接於該安裝 部固定組件；以及 至少一使該支撐組件調整與該玻璃固定組件及該安裝部固定組件 之連接角度的樞轴結構。 【實施方式】 4 M420584 為便於說明本創作於上述新型内容一攔中所表示的中心思想，茲以 具體實施例表達。實施例中各種不同物件係按適於說明之比例、尺寸、 變形量或位移量而描繪，而非按實際元件的比例予以繪製，合先敘明。 且以下的說明中，類似的元件是以相同的編號來表示。 如第一圖至第四圖，本創作玻璃安裝裝置，包括： 一玻璃固定組件10’穿框固定於一玻璃板90的一孔洞91中； • 一文裝部固定組件20，固定在一安裝部位上；該安裝部位包含但 不限於一建築物預安裝玻璃板9〇的實體物92 ; 一支撐組件30，其一端連接於該玻璃固定組件彳〇，另一端連接於 該安裝部固定組件20; 至少一樞軸結構40，包括一球面接收部41及一球面凸出部42， 分別設於該支撐組件30與該玻璃固定組件1〇相對的部位而相結合， 或者是設_支撐_ 30與神裝侧放件2Q姉連接的部位而 相結合；該樞軸結構40使該支標組件3〇可以全方位的轉動，而調整 其與該玻璃固定組件1〇及該安裝部固定組件2〇的連接角度。 關於上述玻璃固定組件10,包括一穿框元件Ή以及一限位環12。 該穿框元件11具有-中空管狀的穿樞部川，以及—趙連接於該穿柜 部111 -端的擋止部112 »該穿框部川與該限位環12係以螺紋而相 對穿套結合。該穿樞部111穿樞於該玻璃板9〇的孔洞91中該播止 部112及該限位環12接觸於該玻璃板9〇的板面9〇1。使該限位環12 5 M420584 沿著該穿柩部111的螺紋旋進，可增加該擋止部112及該限位環12施 加於該玻璃板90的機械力量，使該玻璃固定組件10穩固的與該玻璃 板9υ結合，並且使該玻璃固定組件10可適用於不同厚度的玻璃板90。 關於上述支撐組件30,包括一支撐桿31以及穿套結合於該支撐桿 31外部的一第一定位套32及一第二定位套33。該第一定位套32及該 第二定位套33是以螺紋結合於該支撐桿31外部。 關於上述拖轴結構4〇，其球面凸出部42設於該支撐桿31的桿端， 該球面接收部41設於一環座43的内部，該環座43以螺紋結合於該穿 柩元件11的端部。該球面凸出部42與該球面接收部41相結合，使該 支撐桿31可以全方位的轉動。此外，該環座43與上述第一定位套32 的相對面分別為可相對結合的一圓弧接收面431及一圓弧凸出面 321，使該第一定位套32沿著該支撐桿31的螺紋旋進，致該圓弧接收 面431及該圓弧凸出面321相互緊抵，可使該球面凸出部42以及該球 面接收部41緊密的接觸而構成相對定位之關係。 關於上述安裝部固定組件20，包括一固定部21、一支撐桿連接部 22，以及一連接於該固定部21及該支撐桿連接部22之間的延伸桿 23。該固定部21具有複數個孔洞211，供複數個安裝元件24樞穿， 而使其固定在上述實趙物92上。該支掠桿連接部22具有一長孔221 供該支撐桿31的桿端框穿，該支撐桿連接部22位於該第一定位套32 及第二定位套33之間，上述第二定位套33沿著該支撐桿31的螺紋方 向而旋進，可增加該第-定位套32及該第二定位套33施加於該支撐 6 M420584 桿連接部22的機械力量，使該支撐桿連接部22與該支撐組件30穩固 結合，並且該支撐組件30可適用於不同厚度的支撐桿連接部22» 如第四圖及第五圖，上述枢軸結構40使該支撐組件30可以全方位 轉動’而調整其與該玻璃固定組件1〇及該安裝部固定組件2〇的連接 角度。基於此，本創作玻璃安裝裝置具有自動調整角度的功能，預安 裝該玻璃板90的實體物92上的孔洞與玻璃板的孔洞即使有相對位置 的誤差，本創作玻璃安裝裝置仍然可以使用，並且確保玻璃板被穩固 的固定。在第一圖至第五圖所揭露的玻璃安裝裝置，適用在單一玻璃 板的安裝及固定。 如第六圖，一安裝部固定組件20具有一固定部21，二個支撐桿連 接部22以及二個連接於該固定部21及該支撐桿連接部22之間的延伸 桿23。二個安裝部固定組件20以其固定部21上下相對，螺絲元件穿 鎖該固定部21的孔洞211 ’使二個安裝部固定組件2〇連接組合起來。 複數玻璃板90分別以其玻璃固定組件1 〇以及支撐組件3〇 一該支樓桿 連接部22連接，使複數玻璃板90兩兩相鄰連接構成一玻璃帷幕，基 於該玻璃安裝裝置具有自動調整角度之功能，可以很容易的將複數玻 璃板90連接起來，並大幅減少複數玻璃板9〇於安裝後出現同一平面 高度差的問題。第六圖中介於二個固定部21之間的是一個墊片25’ 不同厚度的墊片25可改變二個固定部21的相對距離，而調整相鄰玻 璃板90的間距》 雖然本創作是以一個最隹實施例做說明，但精於此技藝者能在不脫 7 M420584 離本創作精神與範疇下做各種不同形式的改變。以上所舉實施例僅用 以說明本創作而已，非用以限制本創作之範圍。舉凡不違本創作精神 所從事的種種修改或變化，俱屬本創作申請專利範圍。 【圖式簡單說明】 第一圖係本創作玻璃安裝裝置與玻璃板結合的外觀示意圖。 第二圖係本創作玻璃安裝裝置與玻璃板之組合外觀圖。 第三圖係本創作玻璃安裝裝置與玻璃板之立體分解圖。 第四圖係本創作玻璃安裝裝置的組合剖面圖暨使用狀態示意圖。 第五圖係本創作玻璃安裝裝置的組合刮面圖暨使用狀態示意圖。 第六圖係本創作玻璃安裝裝置使複數玻璃板相鄰連接之示意圖。 【主要元件符號說明】 10-玻璃固定組件 11-穿樞元件 111- 穿樞部 112- 擋止部 12-限位環 20- 安裝部固定組件 21- 固定部 211-孔洞 22·支撐桿連接部 221-長孔 M420584 23- 延伸桿 24- 安裝元件 25- 墊片 30- 支撐組件 31- 支撐桿 32- 第一定位套 321-圓弧凸出面M420584 V. New description: [New technical field] This creation is used in glass construction engineering, more specifically, a component that fixes a glass plate to a predetermined position of a building. [Prior Art] In a glass construction project, a glass mounting device is used to fix a glass plate to a predetermined position of a building (hereinafter referred to as a mounting portion), or a plurality of glass plates are adjacently arranged to constitute a glass curtain. A plurality of holes are preset around the mounting portion and the surface of the glass plate, and the glass plate is fixed to the mounting portion by a plurality of glass mounting devices. There is a problem with the positional error between the hole in the mounting portion and the hole in the glass plate, and this problem is usually found after a plurality of glass mounting devices have been installed. Traditional solutions to this problem include removing the assembled glass mounting device, repositioning the glass plate, repositioning holes in the glass plate or mounting area, and not using glass mounting devices at the location of the hole error. The first two solutions cost a lot of man-hours, while the latter solution causes serious uncertainty about the fixation of the glass plates. In addition, the above-mentioned installation site is not flat, and the mechanical strength of the glass mounting device and the glass plate is not caused by the plurality of glass mounting devices, which will cause the problem of the same plane height difference after the installation of the plurality of glass plates, and the solution is It is __ re-adjusting the glass mounting device, resulting in increased working hours costs. [New content] 3 M420584 The purpose of this creation is to provide a glass mounting device that fixes a glass plate to a predetermined position of a building (hereinafter referred to as a mounting site), or arranges a plurality of glass plates adjacent to each other. A glass curtain. The purpose of the present invention is to provide a glass mounting device having the function of automatically adjusting the angle in an all-round manner, which can automatically adjust the angle according to the hole of the mounting part and the hole of the glass plate, and the hole and the glass plate at the mounting part. In the case where there is a relative positional error in the hole, the glass mounting device can still be used and the glass plate is securely fixed. The purpose of the present invention is to provide a glass mounting device having the function of automatically adjusting an angle, a plurality of glass mounting devices for fixing a single glass plate to a mounting portion, or a plurality of glass plates adjacent to each other to form a glass curtain. At the same time, the problem of the same plane height difference of single or multiple glass plates after installation can be greatly reduced. The main technology of the present invention for achieving the above object includes: a glass fixing component pivotally fixed in a hole of a glass plate; a mounting portion fixing component fixed on a mounting portion pre-installed with the glass plate; a supporting component, One end is connected to the glass fixing component, the other end is connected to the mounting part fixing component; and at least one pivot structure that adjusts the supporting component to the glass fixing component and the mounting part fixing component. [Embodiment] 4 M420584 In order to facilitate the explanation of the central idea expressed in the above novel content, it is expressed by a specific embodiment. The various items in the embodiments are depicted in terms of proportions, dimensions, amounts of deformation, or displacements that are suitable for the description, and are not drawn to the proportions of the actual elements. In the following description, like elements are denoted by the same reference numerals. As shown in the first to fourth figures, the glass installation device comprises: a glass fixing component 10' is fixedly framed in a hole 91 of a glass plate 90; and a fixing portion 20 is fixed to a mounting portion. The mounting portion includes, but is not limited to, a physical object 92 pre-installed with a glass plate 9〇; a support assembly 30, one end of which is connected to the glass fixing assembly, and the other end is connected to the mounting portion fixing assembly 20; The at least one pivot structure 40 includes a spherical receiving portion 41 and a spherical convex portion 42 respectively disposed at a portion of the supporting assembly 30 opposite to the glass fixing component 1 ,, or _support _ 30 and The hinged mounting member 2Q is coupled to the joint portion; the pivotal structure 40 allows the support assembly 3 to be rotated in all directions, and is adjusted to the glass fixing assembly 1 and the mounting portion fixing assembly 2 The connection angle. Regarding the glass fixing assembly 10 described above, a frame member Ή and a limiting ring 12 are included. The frame-piercing member 11 has a hollow tubular tubular portion, and a blocking portion 112 connected to the end of the opening portion 111. The through-frame portion and the limiting ring 12 are threaded relative to each other. Combine. The piercing portion 111 is pivoted in the hole 91 of the glass plate 9〇. The stopping portion 112 and the limiting ring 12 are in contact with the plate surface 9〇1 of the glass plate 9〇. The screwing of the limiting ring 12 5 M420584 along the thread of the threading portion 111 increases the mechanical force applied by the blocking portion 112 and the limiting ring 12 to the glass plate 90 to stabilize the glass fixing assembly 10 . It is combined with the glass sheet 9 and the glass fixing assembly 10 can be applied to glass sheets 90 of different thicknesses. The support assembly 30 includes a support rod 31 and a first positioning sleeve 32 and a second positioning sleeve 33 that are coupled to the outside of the support rod 31. The first positioning sleeve 32 and the second positioning sleeve 33 are screwed to the outside of the support rod 31. With respect to the above-mentioned drag shaft structure 4, a spherical convex portion 42 is provided at the rod end of the support rod 31, and the spherical surface receiving portion 41 is disposed inside a ring seat 43 which is screwed to the threading member 11 The end. The spherical projection 42 is coupled to the spherical receiving portion 41 so that the support rod 31 can be rotated in all directions. In addition, the opposite faces of the ring seat 43 and the first positioning sleeve 32 are respectively a circular arc receiving surface 431 and a circular arc protruding surface 321 which are oppositely coupled to each other, so that the first positioning sleeve 32 is along the supporting rod 31. When the thread is screwed in, the circular arc receiving surface 431 and the circular arc convex surface 321 abut each other, and the spherical convex portion 42 and the spherical surface receiving portion 41 can be brought into close contact to form a relative positioning relationship. The mounting portion fixing assembly 20 includes a fixing portion 21, a support rod connecting portion 22, and an extension rod 23 connected between the fixing portion 21 and the support rod connecting portion 22. The fixing portion 21 has a plurality of holes 211 for pivoting a plurality of mounting members 24 to be fixed to the above-mentioned real objects 92. The ejector rod connecting portion 22 has a long hole 221 for the rod end of the support rod 31 to be inserted. The support rod connecting portion 22 is located between the first positioning sleeve 32 and the second positioning sleeve 33, and the second positioning sleeve 33 is screwed in the thread direction of the support rod 31 to increase the mechanical force applied by the first positioning sleeve 32 and the second positioning sleeve 33 to the support 6 M420584 rod connecting portion 22, so that the support rod connecting portion 22 The support assembly 30 is firmly coupled, and the support assembly 30 can be adapted to support rod joints 22 of different thicknesses. As shown in the fourth and fifth figures, the pivot structure 40 allows the support assembly 30 to be rotated in all directions. Its connection angle with the glass fixing component 1〇 and the mounting part fixing component 2〇. Based on this, the original glass mounting device has the function of automatically adjusting the angle, and the hole in the physical object 92 of the glass plate 90 and the hole of the glass plate can be used even if there is a relative position error, and Make sure the glass plate is securely fastened. The glass mounting device disclosed in the first to fifth figures is suitable for mounting and fixing a single glass plate. As shown in the sixth figure, a mounting portion fixing assembly 20 has a fixing portion 21, two support rod connecting portions 22, and two extending rods 23 connected between the fixing portion 21 and the support rod connecting portion 22. The two mounting portion fixing members 20 are vertically opposed to each other by the fixing portion 21, and the screw member operably locks the two mounting portion fixing members 2B by the screw member 211' of the fixing portion 21. The plurality of glass plates 90 are respectively connected by the glass fixing component 1 〇 and the supporting component 3 〇 a branch connecting portion 22, so that the plurality of glass plates 90 are adjacently connected to form a glass curtain, and the glass mounting device has automatic adjustment based on the glass mounting device. The function of the angle makes it easy to connect the plurality of glass sheets 90, and greatly reduces the problem that the same plane height difference occurs after the plurality of glass sheets 9 are installed. In the sixth figure, between the two fixing portions 21 is a spacer 25'. The spacer 25 of different thickness can change the relative distance between the two fixing portions 21, and adjust the spacing of the adjacent glass plates 90. Explain in a final example, but those skilled in the art can make various forms of change without departing from the spirit and scope of this creation. The above examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Any modification or change that is not in violation of the spirit of this creation is the scope of patent application for this creation. [Simple description of the drawing] The first figure is a schematic view of the appearance of the glass installation device and the glass plate. The second figure is a combined appearance of the glass installation device and the glass plate. The third figure is an exploded view of the glass installation device and the glass plate. The fourth picture is a combined sectional view of the glass installation device of the present invention and a schematic diagram of the state of use. The fifth picture is a combination of the scraping surface diagram and the state of use of the glass installation device. The sixth figure is a schematic view of the glass installation device of the present invention for connecting a plurality of glass plates adjacent to each other. [Main component symbol description] 10-glass fixing component 11 - piercing element 111 - piercing portion 112 - stopper portion 12 - limiting ring 20 - mounting portion fixing assembly 21 - fixing portion 211 - hole 22 · support rod connecting portion 221-long hole M420584 23- extension rod 24- mounting element 25- washer 30- support assembly 31- support rod 32- first positioning sleeve 321-arc convex surface
33- 第二定位套 40- 樞軸結構 41- 球面接收部 42- 球面凸出部 43- 環座 431-圓弧接收面33- Second positioning sleeve 40- Pivot structure 41- Spherical receiving part 42- Spherical projection 43- Ring seat 431-Arc receiving surface
90- 玻璃板 901-板面 91- 孔洞 92- 實體物 990- Glass plate 901-Face 91- Hole 92- Physical object 9