201035426 六、發明說明： 【發明所屬之技術領域】 本發明是有關於-種牆體裝置，特別是指一種將數個 牆板單元組立成-平面而可應用於建築之併組式牆體裳 置。 【先前技術】 為了美化建築物之外觀結構，對於牆壁或天花板的設 言十，有些是利用多數片玻璃板件排列拼接，在相鄰的玻璃 ° ㈣間使用類似碎利康等黏著劑黏合，並配合相當數量之 爪具、鋼索、鋼管等相關元件，架構成所謂的結構玻璃系 統、空間街架系統或玻璃帷幕，使建築物藉由玻璃的透明 質感呈現出簡潔美觀的現代化造型。 如圖1、圖2與圖3所示，以往併組式牆體裝置u 體上包含：四片上下左右彼此鄰接且黏著在一起的矩形玻 璃板11，及一將該等玻璃板11聯結定位的聯結單元12。 上述玻璃板11皆是採用-膝合玻璃，由於膠合玻璃是由兩 玻璃片層内外相疊且黏接而成’所以受到外力損壞時，僅 會呈現結晶網狀龜裂，故能維持外觀完整性不致散落傷 人，此外為了連接該聯結單元12，該玻璃板U於角落處 設有一貫穿内、外側面的穿孔u i。 為了便於說明，在圖2以及下列内容中僅說明聯結單 一 "、其中片玻璃板11之間的聯結構造，該聯結單元 12包括—利用黏著劑穿伸固定在穿孔111中的中空襯套 121、一由外向内插入該襯套121内的安裝座122、一固定 201035426 該安裝座122的螺帽123 ’及-可旋轉地安裝在該安裝座 m内側的連接桿124。該安裝請具有一抵靠在玻璃 板11外側的螺頭125、一由螺頭125往内凸伸出襯套121 的螺身126，&一形成在該螺冑126<内端φ上的球槽 127。該螺帽123螺接在該螺身126上且抵靠於玻璃板u 内側。該連接桿124具有一被限位地樞接在球槽127内的 樞接端部128,及一由樞接端部128往内延伸的螺桿部 129。該連接桿124能以該樞接端部128為枢轉中心相對 於女裝座122在一預疋角度範圍内樞擺。此外，該聯結單 元12還包括一個用來聯結上下左右四支連接桿124之爪 具13。 施工時，搭配多數鋼管（圖未示）與鋼索（圖未示）構成一 直立牆架’用來聯結支撐該等彼此間隔的爪具13，再藉由 聯結單元12將該等玻璃板11分別安裝在該等爪具13上， 並使該等玻璃板11毗鄰拼接，而後利用矽膠填縫黏結該等 玻璃板11，如此即可建構出較大面積之結構玻璃系統或空 間桁架系統。 雖然併組式牆體裝置1可以組成一玻璃牆或玻璃帷 幕，但是在製造上’由於須在玻璃板11之角落處鑽設穿孔 111’所以造成玻璃板11角落容易因此而產生變形，且其 於鐵設穿孔111之後，尚須再經過一道加熱強化的處理過 程’此將使得玻璃板11設有穿孔111之角落部位，產生之 變形情況更加嚴重，再者，又因玻璃板11為膠合玻璃，所 以發生變形時，膠合玻璃之兩片玻璃片層的變形方向不 201035426 一’嚴重時甚至會導致玻璃片層間之膠合不良，容易造成 脫膠及氣泡產生，冑而嚴重影響外觀形成瑕減感，因此 上述併組式牆體震置2之設計仍有不理想之處。 【發明内容】 因此，本發明之目的，即在提供一種具有較佳美觀性 的併組式牆體裝置。 於是，本發明併組式牆體裝置，包含：數個彼此鄰接 併排之牆板單元，及一將該等牆板單元聯結定位的聯結單 元。每一牆板單元皆包括一具有内、外兩相反側面之第一 板片、一黏合在第一板片之内側面上且位在鄰近其他牆板 單兀之一角隅的角接塊，及一疊置膠合在第一板片之内側 面上且鄰接於角接塊側邊的第二板片，每一牆板單元之第 一板片的内側面，具有一對應黏接於第二板片之基面區， 及一連接基面區且位在鄰接於相鄰牆板單元之一角隅處 的邊角區，該角接塊具有一對應黏合在邊角區上且鄰接於 第二板片的聯結部、一由聯結部鄰接第二板片之一側往第 二板片與基面區之間伸入黏合的夾合部，及一貫穿聯結部 之内、外側面的螺孔。該聯結單元包括一對應疊置在該等 牆板單元之角接塊上的聯結座、數個分別將聯結座與該等 角接塊固定在一起之固接件，及一安裝在聯結座中央的連 接桿’該聯結座具有一對應連通該等角接塊之螺孔的通 孔，各固接件是穿過聯結座之通孔且螺接在角接塊之螺孔 中。 本發明之功效在於：以角接塊取代第二板片之角落部 5 201035426 位，並令螺孔設置在該角接塊上，可避免第一 _ ^一、二板片因 鑽設孔洞而變形，故使第一、二板片之間不易發生翹曲甚 至脫膠或產生氣泡等情況，因而能具有較佳美觀性。 【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一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖4、圖5與圖6，本發明併組式牆體裝置之較 佳實施例，可以數個彼此併接排列成適當面積，並配合數 根鋼管（圖未示）、數條鋼索（圖未示）以及其他連接元件之聯 結支撐，以建構出一玻璃牆或玻璃帷幕，惟其並非本發明 重點，所以在此不再詳細說明。該併組式牆體裝置包含： 四個上下左右彼此鄰接併排在同一平面上且概呈矩形之 牆板單元3 ,及一將該等牆板單元3聯結定位的聯結單元 4。當然在設計上牆板單元3的形狀可以改變數量亦可 以增減，不以本實施例為限。 每一牆板單元3皆包括一具有内、外兩相反側面311、 312之第一板片31、一黏合在第一板片31之内側面3ΐι 上且位在鄰近其他牆板單元3之一角隅的角接塊32，及一 疊置膠合在第一板片31之内側面31ι上且鄰接於角接塊 32側邊的第二板片33。第一板片31與第二板片33皆為 片破璃，且採用強化玻璃較佳，該角接塊32是由金屬 材料’或塑鋼等加固材料製成。 本實施例之第一板片31呈矩形，其内侧面3丨i具有一 201035426 對應黏接於第二板片33之基面區313,及一連接基面區 313且位在鄰接於相鄰牆扳單元3之一角隅處的邊角區 314。該基面區313呈五角形，而該邊角區314則呈填補 該基面區313缺角部位的三角形。該角接塊32具有一對 應黏合在邊角區314上且鄰接於第二板片33的聯結部 321、一由聯結部321鄰接第二板片33之一側往第二板片 33與基面區313之間伸入黏合的夾合部322、一連接聯結 部321與夾合部322的轉角部323，及一貫穿聯結部 之内、外側面的螺孔324。該聯結部321的厚度大於夾合 322的厚度，该轉角部323係由聯結部321往夾合部322 延伸且厚度逐漸減小，故可藉以提高夹合部322的應力承 受力。該第二板片33具有一對應靠置在轉角部奶上的 斜邊331。第二板片33及聯結部321遠離第一板片b之 一側是位在同一平面上，而且聯結部321與第二板片33 併合後的面積等於第-板片31的面積。當然第一板片3卜 角接塊32與第二板片33之形狀設計亦可以改變，不受限 於本實施例。每兩牆板單元3之相鄰侧邊可利用一矽膠Μ 被此黏結在一起。 該聯結單兀4是安裝在該等相鄰接之牆板單元3的内 侧’且位在該等牆板單元3中央，並包括一對應疊置在該 等角接塊32和相鄰第二板片33側邊之内側上的聯結座 襯墊在n亥等角接塊32和第二板片Μ與聯結座Μ 之間的膠墊42、數個分別穿過聯結座^與膠塾42並螺接 於該等角接塊32内之賴件43、數個分職墊在該等固 7 201035426 接件43與聯結座41之間的墊片44、一可旋擺地安裝在聯 結座41中央的連接桿45、一安裝在該聯結座41内的彈性 膠墊46、一可拆離地安裝於聯結座41且用於限位連接桿 Μ的中空限位座47，及一可拆離地螺接於該限位座47且 蓋置在固接件43與聯結座41内侧的帽蓋48。 該聯結座41具有一對應疊置在該等角接塊32和第二 板片33鄰接於角接塊32之相鄰侧邊上的壓抵部411、一 由壓抵部411中央往内凸伸以承接連接桿45的凸托部 412、四分別貫穿壓抵部411且對應連通該等角接塊”之 螺孔324的通孔413、_凹陷形成在凸托部412之内側面 且呈半圓球形的第一球面414，及一由第一球面414中央 往遠離限位座47的方向凹陷的容槽化。該限位座47具 有一疊置於凸托部412内側的中空圍套部471、一由圍套 # 471周緣朝凸托部412周圍延伸且螺接於凸托部化的 連接。Ρ 472、-形成在中央且與第—球面412連接成圓球 形的第-球面473，及-由第二球面473朝遠離第一球面 412的方向逐漸開擴的限位錐面474。該連接桿μ具有一 球形且可樞轉地安裝在該與第二球面473内的梅接端部 51及-連接抱接端部451且伸出限位座而被限位錐面 限位的延伸杯部452 ’藉此使得該連接桿45能以該輕 接端部451為㈣中心相對於該限位座47與聯結座41 在—角度範圍内樞擺，可提供撓性支撐。 ^該膠塾42能增加聯結座41與該等牆板單元3之間的 '、度並具有四分別對應螺孔324與通孔413的通孔 201035426 421每固接件43為一支伸入通孔413與穿孔421並螺 接於螺孔324的螺絲’乃用以將壓抵部411對應螺接在該 等角接塊32上。該彈性膠墊46是安裝在該容槽415内， 且具有怪彈性頂推連接桿45之樞接端部451的彈力，可 減 >'樞接鳊451與第一、二球面4丨2、473之間的摩擦， 令該連接桿45可順暢地枢擺，使得玻璃牆或玻璃帷幕之 骨架能具有較佳的撓性。該帽蓋48具有一螺接在該圍套 邛471周圍的螺接部481、一由螺接部481往周遭延伸且 遮蓋在該等固接件43内側的内蓋部482，及一由内蓋部201035426 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a wall device, and more particularly to a group of wall panels that are grouped into a flat surface and can be applied to a building. Set. [Prior Art] In order to beautify the appearance of the building, some of the walls or ceilings are designed to be spliced by using a plurality of glass sheets, and adhesives such as a crucible are bonded between adjacent glass (4), and With a considerable number of related components such as claws, steel cables, steel pipes, etc., the frame constitutes a so-called structural glass system, a space street system or a glass curtain, so that the building presents a simple and beautiful modern shape by the transparent texture of the glass. As shown in FIG. 1, FIG. 2 and FIG. 3, the conventional parallel wall device u body comprises: four rectangular glass plates 11 which are adjacent to each other and adhered to each other, and a glass plate 11 is coupled and positioned. The coupling unit 12. The above-mentioned glass plates 11 are all made of - knee-shaped glass. Since the glued glass is formed by the inner and outer layers of the two glass sheets being bonded and bonded together, when the external force is damaged, only the crystalline mesh cracks are formed, so that the appearance can be maintained intact. In order to connect the coupling unit 12, the glass plate U is provided with a perforation ui extending through the inner and outer sides at the corner. For convenience of explanation, only the joint structure of the sheet glass sheets 11 is illustrated in FIG. 2 and the following, and the joint unit 12 includes a hollow bush 121 that is fixed in the through hole 111 by an adhesive. The mounting seat 122 of the bushing 121 is inserted into the bushing 121 from the outside, and the nut 123' of the mounting seat 122 and a connecting rod 124 rotatably mounted on the inner side of the mounting seat m are fixed. The mounting has a screw head 125 abutting against the outside of the glass plate 11, a screw body 126 protruding outwardly from the screw head 125, and a shaft 126 formed on the inner end φ of the thread 126 Ball slot 127. The nut 123 is screwed onto the screw body 126 and abuts against the inner side of the glass plate u. The connecting rod 124 has a pivoting end portion 128 that is pivotally connected in the ball slot 127, and a screw portion 129 extending inwardly from the pivoting end portion 128. The connecting rod 124 can pivot with respect to the dressing seat 122 with the pivoting end portion 128 as a pivoting center. Further, the coupling unit 12 further includes a claw 13 for coupling the upper, lower, left, and right connecting rods 124. During construction, a plurality of steel pipes (not shown) and steel cables (not shown) are formed into a vertical wall frame for coupling and supporting the claws 13 spaced apart from each other, and the glass plates 11 are respectively separated by the coupling unit 12. Mounted on the claws 13, and the glass plates 11 are adjacent to the splicing, and then the glass plates 11 are bonded by a silicone glue, so that a large-area structural glass system or a space truss system can be constructed. Although the parallel wall device 1 can constitute a glass wall or a glass curtain, in the manufacturing, the hole 11 is drilled at the corner of the glass plate 11 so that the corner of the glass plate 11 is easily deformed, and After the perforation 111 is provided in the iron, it is necessary to undergo a heat-enhanced treatment process. This will cause the glass plate 11 to have a corner portion of the perforation 111, and the deformation is more serious. Moreover, since the glass plate 11 is a glued glass. Therefore, when deformation occurs, the deformation direction of the two glass sheets of the laminated glass is not 201035426. When it is severe, the bonding between the glass sheets may be poor, which may cause degumming and bubble generation, which may seriously affect the appearance of the formation. Therefore, the design of the above-mentioned parallel group wall 2 is still not ideal. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a modular wall unit having a better aesthetic appearance. Accordingly, the combined wall apparatus of the present invention comprises: a plurality of wall panel units adjacent to each other side by side, and a coupling unit for coupling and positioning the wall panel units. Each wall panel unit includes a first panel having inner and outer opposite sides, a corner block bonded to an inner side of the first panel and located adjacent to a corner of the other panel, and a second plate that is glued to the inner side of the first plate and adjacent to the side of the corner block, and the inner side of the first plate of each wall plate unit has a corresponding adhesive bond to the second plate a base region of the sheet, and a connecting base region and located in a corner region adjacent to a corner of the adjacent wall panel unit, the corner joint having a corresponding adhesion to the corner region and adjacent to the second panel The connecting portion of the piece, the connecting portion extending from one side of the second plate to the second plate and the base surface, and a screw hole extending through the inner and outer sides of the connecting portion. The coupling unit includes a coupling seat corresponding to the corner joints of the wall panel units, a plurality of fastening members respectively fixing the coupling seat and the corner joint block, and a mounting portion in the center of the coupling seat The connecting rod 'the coupling seat has a through hole corresponding to the screw hole of the equiangular joint block, and each fixing member passes through the through hole of the coupling seat and is screwed into the screw hole of the corner joint block. The effect of the invention is that the corner piece 5 201035426 of the second plate is replaced by a corner block, and the screw hole is arranged on the corner block, thereby avoiding the first hole and the second plate being drilled by the hole. Since the deformation is made, it is difficult to cause warping or even degumming or bubble generation between the first and second sheets, and thus the appearance can be better. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 4, FIG. 5 and FIG. 6, a preferred embodiment of the combined wall device of the present invention may be arranged in parallel with each other in an appropriate area, and is matched with a plurality of steel pipes (not shown) and several steel cables (not shown). The figure is not shown) and the connection support of other connecting elements to construct a glass wall or glass curtain, but it is not the focus of the present invention, so it will not be described in detail here. The parallel wall device comprises: four wall panel units 3 which are adjacent to each other and arranged on the same plane and are substantially rectangular, and a coupling unit 4 for coupling and positioning the wall panel units 3. Of course, the shape of the wall panel unit 3 can be changed or decreased in design, and is not limited to this embodiment. Each wall panel unit 3 includes a first panel 31 having inner and outer opposite sides 311, 312, a first surface of the first panel 31 and a corner adjacent to the other panel unit 3 The corner joints 32 of the crucible, and a second sheet 33 which is glued to the inner side surface 31 of the first sheet 31 and adjacent to the side of the corner block 32. The first plate 31 and the second plate 33 are both glazed and preferably tempered glass, and the gusset 32 is made of a reinforcing material such as metal material or plastic steel. The first plate 31 of the embodiment has a rectangular shape, and the inner side surface 3丨i has a base surface region 313 corresponding to the second plate piece 33, and a connecting base surface area 313 and is adjacent to the adjacent side. A corner area 314 at one corner of the wall unit 3. The base area 313 has a pentagon shape, and the corner area 314 is a triangle that fills the corner portion of the base area 313. The corner block 32 has a coupling portion 321 which is correspondingly bonded to the corner region 314 and adjacent to the second panel 33. A coupling portion 321 abuts the side of the second panel 33 toward the second panel 33 and the base. Between the surface areas 313, a bonding portion 322 is adhered, a corner portion 323 connecting the coupling portion 321 and the nip portion 322, and a screw hole 324 extending through the inner and outer sides of the coupling portion. The thickness of the coupling portion 321 is larger than the thickness of the sandwiching portion 322. The corner portion 323 extends from the coupling portion 321 to the sandwiching portion 322 and gradually decreases in thickness, so that the stress receiving force of the sandwiching portion 322 can be improved. The second plate 33 has a beveled edge 331 that abuts against the corner portion of the milk. The second plate piece 33 and the side of the coupling portion 321 away from the first plate piece b are located on the same plane, and the area after the coupling portion 321 and the second plate piece 33 are combined is equal to the area of the first plate piece 31. Of course, the shape design of the first plate 3 and the second plate 33 may be changed, and is not limited to the embodiment. The adjacent sides of each of the two wall panel units 3 can be bonded together by a layer of glue. The coupling unit 4 is mounted on the inner side of the adjacent wall panel unit 3 and is located in the center of the wall panel unit 3, and includes a corresponding stack on the equiangular block 32 and adjacent second The joint pad on the inner side of the side of the plate 33 is disposed between the n-Hay equiangular block 32 and the second plate Μ and the joint seat 42, and the plurality of rubber blocks 42 respectively pass through the joint seat and the glue 42 And a spacer 44 screwed into the equiangular block 32, a plurality of spacers 44 between the solid member 7 201035426 and the coupling seat 41, and a slewing seat mounted on the coupling seat 41 central connecting rod 45, an elastic rubber pad 46 installed in the coupling seat 41, a hollow limiting seat 47 detachably mounted to the coupling seat 41 for limiting the connecting rod ,, and a detachable The cover 48 is screwed to the limit seat 47 and covers the inside of the fixing member 43 and the coupling seat 41. The coupling seat 41 has a pressing portion 411 correspondingly disposed on the adjacent side edge of the corner block 32 and the second plate 33 adjacent to the corner block 32, and a centrally convex portion of the pressing portion 411 The through hole 413 and the y recess extending through the pressing portion 411 and corresponding to the screw hole 324 of the equiangular block are respectively formed on the inner side surface of the convex portion 412 and are formed by the protruding portion 412 of the connecting rod 45 The semi-spherical first spherical surface 414 and a groove recessed from the center of the first spherical surface 414 away from the limiting seat 47. The limiting seat 47 has a hollow surrounding portion disposed on the inner side of the convex portion 412. 471. A circumference extending from the periphery of the boss portion 412 and screwed to the convex portion of the sleeve 471. 472, a first spherical surface 473 formed at the center and connected to the first spherical surface 412 in a spherical shape. And a limiting taper surface 474 gradually opening from the second spherical surface 473 in a direction away from the first spherical surface 412. The connecting rod μ has a spherical shape and is pivotally mounted on the plum joint end in the second spherical surface 473 a portion 51 and an extension cup portion 452 ′ that connects the abutment end portion 451 and protrudes from the limit seat and is limited by the limiting cone surface The flexible joint can be provided with the lightly connected end portion 451 as a center of the (4) center relative to the limit seat 47 and the joint base 41. The plastic sleeve 42 can increase the joint seat 41 and the like. The through hole 201054326 421 between the wall panel unit 3 and having four corresponding screw holes 324 and the through holes 413 respectively extends into the through hole 413 and the through hole 421 and is screwed to the screw hole 324. The screw ' is used to screw the pressing portion 411 correspondingly to the equiangular block 32. The elastic rubber pad 46 is mounted in the receiving groove 415 and has a pivot end of the strange elastic pushing rod 45 The elastic force of the portion 451 can be reduced by the friction between the pivotal joint 451 and the first and second spherical surfaces 4丨2, 473, so that the connecting rod 45 can be smoothly pivoted, so that the skeleton of the glass wall or the glass curtain can The cap 48 has a screwing portion 481 screwed around the sleeve 471, an inner cover extending from the screw portion 481 and covering the inner side of the fastening member 43. Part 482, and one by the inner cover
482周緣往聯結座41彎折延伸且靠置在壓抵部411周緣内 側的周蓋部483，能用於遮蓋該等固接件43。 組裝時，利用黏膠將角接塊32對應黏合在第一板片 31之邊角區314上，再將第二板片33對應黏合在第一板 片31之基面區313，以及角接塊32之夾合部322上並 鄰接於角接塊32之聯結部32卜以完成牆板單元3的膠合 製作。 施工時，聯結鋼管（圖未示）、鋼索（圖未示）以及其他連 接疋件，俾建構出一個直立牆架，藉以作為併組式牆體裝 置的骨架，當然實施上也可以直接利用一片牆壁作為併組 式牆體裝置的支撐壁，接著將連接桿45安裝在該直立牆 架或疋支撲壁上，將螺接在一起之限位座47及帽蓋48， 先套置在該連接桿45之枢接端部451外圍，再將四個牆 板單元3置放在上下左右四側，令該等角接塊32的位置 白接近連接桿45，接著將該膠墊42疊置在該等角接塊32 201035426 和相鄰第二板片33的側邊上，並將聯結座41對應擺放在' 膠塾42上’再藉由四支搭配墊片44之固接件43，分別穿 過聯結座41與膠墊42並螺入該等角接塊32内，將彈性 膝塾46安農在該聯結座41之容槽415内，而後將聯結座 41對應靠置在樞接端部451上，再一併將限位座47螺接 於聯、、°座41，令框接端部45 1可旋轉地被限位在第一、二 球面412、473之間，同時讓帽蓋48靠置在該聯結座41， 以遮蓋該等固接件43，最後利用矽膠34將每兩牆板單元 3之相鄰侧邊填縫黏結在—起，使該等牆板單元3眺鄰拼 接排列成適當面積，如此即可完成併組式牆體裝置的組 裝，以建構出較大面積之結構玻璃系統或空間桁架系統。 综上所述，可知本發明之設計主要是在牆板單元3之 第一板片33上形成一缺角，並於缺角内填補一片由加固 材料製成之角接塊32,令螺孔324設置在此角接塊32上， 讓聯結單元4之固接件43可直接螺接於螺孔324中由 於角接塊32是個別獨立於第一板片31或第二板片33，故 當牆板單兀3經過加熱強化之處理過程後，相疊膠合之第 一板片31與第二板片33亦不會因螺孔324而受到影響， 所以不易發生因變形而產生膠合不良的現象，更不會發生 脫膠或氣泡產生等情形，因此本發明能具有較佳美觀性， 故確實能達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，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 10 201035426 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋種習知併組式牆體裝置之—内侧視示意圖； 圖2是圖1之一部份立體圖； 圖3是圖1之一部份剖視示意圖，說明將一爪具拆除 的狀態； 圖4疋本發明併組式牆體裝置的—較佳實施例的一立 體分解圖； 〇 圖5是該較佳實施例之一部份剖視之内側視示意圖； 及 圖6是沿圖5中之線6-6的一剖面圖。 11 201035426 【主要元件符號說明】 3….… …牆板早元 414… …第一球面 31 >****· …第一板片 415 …' …容槽 311 …内侧面 42.…· •…膠塾 312 · …外側面 421 …穿孔 313 …基面區 …固接件 314 · * …邊角區 44， 片 32··· …角接塊 ® β # & 5- …·連接桿 321 …-聯結部 451 • · · ·框接端部 322 * · …s炎合部 4 5 2… •…延伸桿部 323… …轉角部 * « e- y i· …·弹性膠塾 324 -- …螺孔 47 .…* -· - ·限位座 3 3 ***** …第二板片 471 ·· •…圍套部 331 · …斜邊 472… •…連接部 3 4 * * * * 473… •…第二球面 4…… ……聯結單元 474… …·限位錐面 1 Λ φ K <- ? 〃…聯結座 4 8…… -…帽盖 411"。 壓抵部 4 81 "s •…螺接部 412 · * …凸托部 4 8 2 … …内蓋部 413… 〃 一通孔 4 8 3… …周蓋部 12The peripheral cover portion 483 which is bent and extended toward the coupling seat 41 and abuts against the inner side of the periphery of the pressing portion 411 can be used to cover the fixing members 43. During assembly, the corner joints 32 are adhesively bonded to the corner regions 314 of the first panel 31, and the second panel 33 is correspondingly bonded to the base regions 313 of the first panel 31, and the corner joints. The joint portion 322 of the block 32 is adjacent to the joint portion 32 of the corner block 32 to complete the gluing of the wall panel unit 3. During construction, the jointed steel pipe (not shown), the steel cable (not shown) and other connecting parts are constructed to form an upright wall frame, which can be used as a skeleton of the combined wall device. The wall serves as a supporting wall of the parallel wall device, and then the connecting rod 45 is mounted on the vertical wall frame or the baffle wall, and the limiting seat 47 and the cap 48 which are screwed together are firstly placed thereon. The periphery of the pivoting end portion 451 of the connecting rod 45, and then the four wall plate units 3 are placed on the upper, lower, left and right sides, so that the position of the isometric block 32 is white to the connecting rod 45, and then the rubber pad 42 is stacked. On the side of the equiangular block 32 201035426 and the adjacent second plate 33, and the corresponding joint 41 is placed on the 'plastic 42' and then by four fixing members 43 matching the spacer 44 Passing through the coupling seat 41 and the rubber pad 42 respectively and screwing into the equiangular joint block 32, the elastic knee pocket 46 is amplified in the receiving groove 415 of the coupling seat 41, and then the coupling seat 41 is correspondingly rested on the pivot On the connecting end portion 451, the limiting seat 47 is screwed into the joint, the seat 41, so that the frame end portion 45 1 is rotatably restrained. Between the first and second spherical surfaces 412, 473, the cap 48 is simultaneously placed on the coupling seat 41 to cover the fastening members 43, and finally the adjacent sides of each of the two wall panel units 3 are made by using the silicone rubber 34. The caulking is bonded to make the wall panel units 3 contiguously arranged into an appropriate area, so that the assembly of the group wall device can be completed to construct a large-area structural glass system or a space truss system. In summary, it is understood that the design of the present invention mainly forms a notch on the first plate 33 of the wall panel unit 3, and fills a corner block 32 made of a reinforcing material in the notch, so that the screw hole The 324 is disposed on the corner block 32, so that the fixing member 43 of the coupling unit 4 can be directly screwed into the screw hole 324. Since the corner block 32 is individually independent of the first plate 31 or the second plate 33, After the wall panel unit 3 is subjected to the heat-enhanced treatment process, the first sheet 31 and the second sheet 33 which are glued together are not affected by the screw holes 324, so that the glue is not easily caused by the deformation. In other cases, the degumming or bubble generation does not occur, and therefore the present invention can have a better aesthetic appearance, so that the object of the present invention can be achieved. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All still 10 201035426 is within the scope of the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial perspective view of a conventional and assembled wall device; FIG. 2 is a partial perspective view of FIG. 1; FIG. 3 is a partial cross-sectional view of FIG. Figure 4 is an exploded perspective view of a preferred embodiment of the present invention; and Figure 5 is a side elevational view, partly in section, of the preferred embodiment; And Fig. 6 is a cross-sectional view taken along line 6-6 of Fig. 5. 11 201035426 [Description of main component symbols] 3....... Wall panel early 414... First spherical surface 31 >****·...First sheet 415 ...' ...tolerance slot 311 ...Inside side 42....· •...adhesive 312 · ...outer side 421 ...perforation 313 ... base area ... fixing piece 314 · * ... corner area 44, piece 32 · · · corner block ® β # & 5- ...· connecting rod 321 ... - coupling portion 451 • · · · framed end portion 322 * · ...s inflammatory joint portion 4 5 2 ... • ... extension rod portion 323 ... ... corner portion * « e- yi · ... · elastic plastic 塾 324 -- ... screw hole 47 ....* -· - · Limit seat 3 3 ***** ...Second plate 471 ···...Wrap portion 331 ·...Bevel 472... •...Connecting part 3 4 * * * * 473... •...Second spherical surface 4.........Coupling unit 474...··Restricted taper surface 1 Λ φ K <- ? 〃...Joint seat 4 8... -...cap 411". Pressing portion 4 81 "s •... screwing portion 412 · * ... protruding portion 4 8 2 ... inner cover portion 413... 〃 a through hole 4 8 3 ... ... peripheral cover portion 12