M397404 五、新型說明： 【新型所屬之技術領域】 本新型係有關於-種乾掛式之石板牆面組裝結構，尤指^ 種直接將石板⑽於㈣麵所預設之躺上，並令兩相鄰併 合之石板間，以膠劑接著者。 【先前技術】 • 目前細於賴叙，面，係㈣數之石板拼組而成， 1 於各該石板之背面係鎖接有多數固定片，於該固定片上穿設有 固咖，使該石板之各固定片對應地跨置於建築物基牆之預設 固定支架上’並以螺絲將該石板之固定片與該基牆上之固定支 架鎖接在-起，以將石板_在建築物之基牆上者。 由於該習知石板之固定片與基牆上之固定支架，係以螺絲 鎖接方式固定連接，因此在組裝時，必須鎖設極多的螺絲，造 成紐裝作業極為費時費工。另外，為了讓施工者之手可以伸入 ► _各縣，該石板鍵築物之基牆間，必縣留5公分以上 J 門隙彳足以提供知工者之施卫需求，但也因此而限縮了建 築物可利用之面積。 再者，由於該石板係裁切自原石，有天然的紋理，於紋理 ‘ 上極胃因風力或地震科力制，造成應力針導致石板脆 裂。緣此，目前一般石板之裁切厚度通常為2. 5公分以上，以 符。建築女全之要求，但如此厚重的石板並不容易搬運及安 装’因此’在實務上，會將石板盡量裁切成小面積，然也因此 3 造成必須组裝更多片之石板找組成4完整之石板牆，使施 工極為費θτ，增加見築成本，另外，由於拼組石板牆之石板數 _多，導致每片石板與石域的併合縫也衫，而損及所組 成大面積石板牆面美觀，而有改進的必要。 本案創作人餘於此’乃予研究綱，麻出本新型所示 乾掛式之石板牆面組裝結構。 【新型内容】 相之目的旨在於提供—種乾掛式之石板牆面組裝結 構’該石板牆面係由多數石板組成，其中於各該石板之背面， 设有多數嵌槽’並於各該嵌槽中，分別嵌入一釣件之固定部， =絲射，填人膠劑’使該鉤件之狀部與該石板緊固接 I-體，且令各簡件之物部，_Tf曲之勾狀，以 掛於—«基牆所職之掛鉤上，齡兩相轉合之 間，係以膠劑接著者。 構之目的旨在於提供—種乾掛式之石板牆面組裝結M397404 V. New description: [New technical field] This new type has a dry-type slate wall assembly structure, especially the slate (10) directly placed on the (four) surface, and Between the two adjacent slabs, the glue is attached. [Prior Art] • At present, it is made up of Lai, face, and (4) slabs. 1 A large number of fixing pieces are attached to the back of each slate, and a solid coffee is placed on the fixing piece. Each of the fixing pieces of the slate is correspondingly placed on the preset fixing bracket of the building base wall and the screw fixing piece of the slab is locked with the fixing bracket of the base wall to screw the slab _ in the building The base of the object. Since the fixing piece of the conventional stone plate and the fixing bracket of the base wall are fixedly connected by screw locking, a large number of screws must be locked during assembly, which is extremely time-consuming and labor-intensive. In addition, in order to allow the hands of the constructor to reach into the _ counties, the base wall of the slate key building, the Bian County stays 5 cm or more, and the J-gap gap is sufficient to provide the demand for the workers, but also Limit the area available for buildings. Moreover, since the slate is cut from the original stone, it has a natural texture, and the texture ‘the upper stomach is caused by wind or seismic force, causing the stress needle to cause the slate to be brittle. Therefore, the cutting thickness of the current slate is usually 2.5 cm or more, inclusive. The construction of the female full requirements, but such a heavy slate is not easy to handle and install 'so' in practice, the slate will be cut into small areas as much as possible, and therefore 3 caused the need to assemble more pieces of slate to find the composition 4 The complete slate wall makes the construction cost θτ, which increases the cost of seeing the building. In addition, due to the number of slabs in the slate wall, the slabs and stone fields are also stitched together, which damages the large slab. The walls are beautiful and there is a need for improvement. The creator of this case is still in the research program, and the dry-type slate wall assembly structure shown in this new type is numb. [New content] The purpose of the phase is to provide a dry-hanging slate wall assembly structure. The slate wall is composed of a majority of slabs, and on each of the slabs, a plurality of slots are provided. In the recessed groove, a fixing portion of a fishing member is respectively embedded, = silking, filling the glue to make the hook portion and the stone plate fastened to the I-body, and the object parts of each simple piece, _Tf The hook shape is hung on the hook of the «--------------------------------------------------------------------------- The purpose of the structure is to provide a dry-hanging slate wall assembly knot
基牆⑽，鉤件，具有固定部 =掛和其中釣件之固定部係固定於石板之背面，且令各該 鉤件之勾掛部勾掛於上述掛鉤上。 X 構=叙目的旨在於提供—種乾掛式之石板牆面組裝結 募.掛鉤’固定於建築基牆；石板 固，及勾掛部，其中該釣件之固定部係固定於= 且令各_件之勾掛部勾掛於上述掛夠上。 M397404 匕根據前文所述乾掛式之石板牆面組裝結構，其令於 之^面係具有嵌槽，上述鉤件之固定部係嵌八該嵌槽t’並填 入勝劑’使該鉤件之固定部與該石板緊_.—體日.且、 該鉤件之勾掛部，係呈向下變曲勾狀，直7 固設之掛鉤JL者。 建癌基牆所 根據蚊所述乾掛式之石板牆面組裝結構The base wall (10), the hook member, has a fixing portion = the hanging portion and the fixing portion of the fishing member are fixed to the back surface of the slate, and the hook portions of the hook members are hooked on the hook. X structure = the purpose of the purpose is to provide a dry-hanging slate wall assembly and recruitment. The hook is fixed to the building base wall; the slab solid, and the hooking portion, wherein the fixed part of the fishing piece is fixed at = and The hooks of the _ pieces are hooked on the above hooks. M397404 匕 according to the above-mentioned dry-hanging slate wall assembly structure, which has a groove on the surface of the hook, the fixing portion of the hook member is embedded with the groove t' and filled with the agent 'to make the hook The fixing part of the piece and the slate are tightly _.-body day. And the hook part of the hook piece is a downwardly curved hook shape, and the straight 7 is fixed to the hook JL. Dry-type slate wall assembly structure according to mosquitoes
之嵌槽具有：第一样邻，係#、中板月面 一弟U係位於石板内部，該苐—槽部具有第 見又，第一槽部，係位於石板背 宫庚，B^ ^㈣以二槽部具有第二 見度，且5亥第一寬度係大於第二寬度。 根據前文所述乾掛式之石域面組驗構，其中釣件之固 定^具有：第-固定部位，該第一固定部位具有第三寬度·第 -固疋部位’係與勾掛部_，且與第—固定部㈣鄰。該第 一固定部位具有第四寬度。The inlaid trough has: the first neighbor, the system #, the middle plate of the moon, the younger U is located inside the slate, the 苐-groove has the first and the first trough, which is located in the slate, the palace Geng, B ^ ^ (4) The second groove has a second visibility, and the first width of the 5th is greater than the second width. According to the dry-type stone domain surface group structure described above, the fixed part of the fishing piece has: a first fixed portion, the first fixed portion has a third width, a first solid portion, and a hook portion _ And adjacent to the first-fixed part (four). The first fixed portion has a fourth width.
^根據前文㈣乾掛式之石板牆面組裝結構，其巾前述嵌槽 之苐—槽部的第-寬度係大於第二槽部的第二寬度。而第一固 定部位的第三寬度係大於第二_部簡第四寬度。此外，不 岭—槽部的第-寬度係不小於第—固定部位㈣三寬度，而 且第二槽部的第二寬度係不小於第二固定部位的細寬度。以 使鉤件之g]定《人石板背面之嵌概，不會自^板脫落。 a根據前文所述乾掛狀石板牆面組裝結構其中於該石板 之背面，係黏著有纖維網層者。 本新型之目的旨在於提供—種乾掛式之石板牆面組裝結 構’該石板牆面係由多數石板組成，其中各該石板之背面固設 有鉤件，且令各該鉤件係含有固定部及勾掛部，其中該固 係，置於凹設在該石板之背面，且斷面呈矩形狀之嵌槽中二 4肷槽係與該石板之背面呈夾角’使該鉤件之固定部呈斜向或 呈垂直狀插固於該石板之背面的嵌槽中，並於該鉤件之固定邱 與該石板之背面的嵌财填塞膠劑，使_定部緊固於: 中’而該鉤件之勾掛部魅向下彎㈣狀，以便將石板_; 一建築基牆所預設之掛鉤上者。 輯前文所述乾掛式之石板牆面紕裝結構，其中當該釣件_ 之固定部呈向上斜向地、或呈向下斜向地、或呈垂直地，插置 於該石板之背面的嵌槽中時，將使該石板於該鉤件之固定部上 產生—個朝向所勾掛之建築基膽的合力，除使該石板可以自動 地貼近建絲牆外’也可有效崎該石板自鞠件之固定部上 滑洛者。 根據前文所述乾掛式之石板牆面組裝結構，其中該鉤件，# 。、固定部上，係穿設有多數洞孔，使於該嵌槽中填入膠劑 日才’膠劑可以飽塞於各洞孔間’以增進該鉤件之固定部與該嵌 才曰間之結合力’以避免該石材與該鉤件鬆脫者。 本新型所揭示乾掛式之石板牆面組裝結構，乃具有以下特j 徵及優點： h本新型在施I時，僅需將本新型所示之石板，以其背面之釣 件，勾掛於建築物所預設之掛鉤上，並於相鄰兩石板間，填. 林型所提供的乾掛式之石板牆面組裝結構，包含·掛釣 )、鉤件（20)。前述掛鉤（41) 3〆 至於鉤件(2(Π則且一 建築基牆⑽。 ]件（20)則具有固料（2()a)及勾 鉤件⑽之固定部(2_固定於 、、 且a夂·、ϋ)之月面（10a)， 上句件（2G)之勾掛部⑽）勾掛於上述掛鉤⑷ 恢供的乾掛式之石板牆面組裝結構，包含：掛鉤 2板⑽’及鉤件⑽。其情鉤⑻係固定於 建桌紅⑽）。釣件（2G)則具有固定彻a)及勾掛部（篇）， 其中_件⑽之固定部（2〇a)係固定於石板〇G)之背 面a〇a) ’且令各該鉤件（20)之勾掛部（2〇b)勾掛於上述掛 釣（41)上。 本新型所提供的乾掛式之石板牆面組裝結構，其中於該石 板（10)之月面（l〇a)係具有嵌槽（U )，上述鉤件（2〇)之固 疋部（20a)係嵌入該嵌槽（⑴中’並填入膠劑⑽），使該 鉤件（20)之固定部（2〇a)與該石板（1〇)緊固黏箸呈一體； 且令各該鉤件（20)之勾掛部（2〇b)，係呈向下彎曲勾狀，以 勾掛於一建築基牆（40)所固設之掛鉤（41)上者。 請參閱第五圖所示，石板（1〇)之背面d〇a)的嵌槽 具有：第一槽部（11a)’係位於石板（1〇)内部，該第一槽部（lla) 具有第一寬度(W1);第二槽部（lib)，係位於石板（1〇)之背面 (10a)’該第二槽部（lib)具有第二寬度(W2)，且該第一寬度(W1) M397404 係大於第二寬度(W2)〔即W1 > W2〕。 請參閱第一、二、三、四及五圖所示，鉤件（2〇)之固定部 (20a)具有：第一固定部位（20al)，該第一固定部位（2〇ai)具 有第三寬度(W3);第二固定部位（20a2)，係與勾掛部（2〇b)ffl比 鄰’且與第一固定部位（20al)®比鄰。該第二固定部位（2〇a2) 具有第四寬度(W4)。 前述嵌槽（11)之第一槽部（11a)的第一寬度(wi)係大於第 一槽部（lib)的第二寬度(W2)〔即Wl > W2〕。而第一固定部 位（20al)的第三寬度（W3)係大於第二固定部位（2〇a2)的第四 寬度(W4)〔即W3 > W4〕。此外，不但第一槽部（ua)的第一 覓度（W1)係不小於第一固定部位（2〇ai)的第三寬度（⑽）〔即 Wl g W3〕，而且第二槽部（lib)的第二寬度(W2)係不小於第 二固定部位（20a2)的第四寬度(W4)〔即W2 2 W4〕。以使釣 件（20)之固定部（2〇a)嵌入石板（1〇)之背面（10a)的嵌槽（11) 後’不會自石板（10)脫落。 請參閱第一至六圖所示，鉤件（20 ) (20，）與石板（1〇) 之間的固定構造，不只一種：例如第一至五圖所示，夠件（) 利用其固定部（20a)嵌入石板（10)之背面（i〇a)的嵌槽（11) 中並填入膠劑（30)加以固定，或如第六圖所示，夠件（2〇，） 利用螺栓(S1)貫穿鉤件（20，）的固定部（20a，）而把鉤件 (20，）鎖固於石板（1〇)上。鉤件（2〇，）則具有固定部（2〇a，） 及勾掛部（20b，）’其中該鉤件（20，）之固定部（2〇a，、 係固定於石板（1〇)之背面⑽），且令各該鉤件（2〇，）之 勾掛部（20b，）勾掛於上述掛鉤⑷）上。 士第七圖所示，本新型所揭示乾掛式之石板牆面組裝結 構’其中於該石板（10)之背面（1〇a)，係可以膠劑黏著一層纖 維網層⑽），以加強該石板⑽之抗風、耐震強度，由於在黏 著韻纖維網層⑽)後，可以大幅強化石板（⑻之強度因此 。亥石板（1〇)之所裁切之厚度，便可適當的予以薄化，約1至 L8公分便足以因應建築物之需求，除大大減輕其重量，以利 搬運、組裝之外’也可降低其製造成本。另外由於該石板（ι〇) 月面黏著有纖維網層（60)，可以有效避免石板（1〇)因受例如： 強風、地震……等外力作用而產生脆裂現象，有效增進其抗 風、抗震專能力，大幅提升其品質。 如第一、二、三圖所示’本新型所揭示乾掛式之石板牆面 組裝結構，在施工前，便可於建築基牆（4〇)上，預設之位置， 以膨脹螺栓(S)等緊固多數掛鉤（41)，由於各掛鉤(41)係經整 平。而本新型所揭示之各石板（10)係於加工廠製作完成後在運 抵建築工地’進行組裝，因此各石板（10)背面（10a)所鑲埋之 鉤件（20)係於加工中便被統一整平，因此當將該石板（10)掛置 於該建築基牆(4〇)上時，各該鉤件(20)便可分別對應、穩定地 勾掛於建築基牆（40)所預設之掛鉤（41)上，相鄰之石板（1〇) 不會發生高低不平的現象，當多數之石板（10)勾掛於該建築基 牆（40)上後’便可於相鄰石板（10)間，填補膠劑（5〇)，而緊固 M397404 黏著各該石板⑽，而構成—平整之石板牆面者。 請參閱第八、九、十圖所示’本新型係有關於一種乾掛式 之石板牆面組裝結構’該石板牆面係由多數石板〇〇)組成，复 中於各該石板（10)之背面（10a) ’設有多數嵌槽⑴），於各該 喪槽（11)中’分別嵌入-鉤件（20”）之固定部（2〇a”），並於 該嵌槽（11)中，填入膠劑（30) ’使該鉤件（20”）之固定部 (20a”）與該石板（1〇)緊固黏著呈一體，且令各該釣件(2〇，，） 之勾掛部(2Gb”）’魅向下f曲勾狀’以勾掛於—建祕牆 (40)所預設之多數掛鉤⑷）上，此等多數掛鉤⑷）係以膨服螺 栓⑸等緊固於建牆⑽上，並令兩相㈣合之石板⑽ 間’係以膠劑（50)接著者。 如第八至十四圖所示’本新型所揭示乾掛式之石板牆面組 裝結構，其主要特_於：凹設位於石板（1〇)背面（1〇a)之嵌 槽⑴）成-矩形斷面’並與該石板⑽）之背面（_呈夹角， 使該鉤件(20”）之固定部（2〇a”），可如第八、九圖所示呈向鲁 上斜向地插固於該石板⑽之背面（1〇a)的嵌槽（11)中者；或 如第十-圖所示’呈向下斜向地插固於該石板⑽之背面〇〇a) 的嵌槽（11)中者；或如第十二圖所示，呈垂直狀地插固於該石 板(10)之背面（IGa)的嵌槽⑴）中者。如第人、九圖所示，其 中δ違鉤件（20 )之固定部（2〇a”）呈向上斜向地插置於該石 板（10)之背©(10a)的嵌槽⑴）中時，將使該錢⑽)於該固 定部(2Ga )上產生-個朝向所勾掛之建築基牆(4_作用力 ⑻’除使該石板（10)可以自動貼近建築基牆⑽）外，也可有 效阻擔該石板⑽自該鉤件（2〇，，）之固定部⑵a”）上滑落， 而為一最佳之實施例。 如第十二圖所不’本新型所揭示乾掛式之石板牆面組裝結 構，其中於該石板（10)之背面（1〇a)，係可以勝劑黏著一層纖 維網層⑽）’以加醜錢⑽之抗風、耐震賊，由於在黏 著該層纖維網層⑽後，可以大㈣化石板⑽之強度，因此 。亥石板（10)之所裁切之厚度，便可適當的予以薄化，約^公分 至1. 8公分便足以因應建築物之需求，除大大減輕其重量，以 繼運、«之外，也可降低錄造成本。另外由⑽石板⑽ 背面黏著有纖維網層⑽，可以有效避免石板（1G)因受強風、 地震......料力作—產生縣現象，有效增進其抗風、抗震 等能力，大幅提升其品質。 如第十四、十五圖所示，本新型所揭示乾掛式之石板牆面 組裝結構’其中該鉤件⑽”），於翻定部⑽a”）上，係穿 設有多數洞孔(21)，使於該石板⑽之嵌槽⑴）巾填入勝劑 (30)時’膠劑⑽可以飽塞於各洞孔⑵）間，以增進該釣件 (20 )之固定部（2〇a”）與;5板⑽)之紐⑴）間的結合力， 以避免該石板⑽與_件⑽”）之固定部⑽a”）鬆脫者。 本新型所揭示乾掛式之石板牆面組裝結構，其中該石板 (10)所凹①之|槽⑴），由於斷面係呈矩形，施工上可以銳刀 直接銳削’因此在施上上極為快速制，無_特殊工具加 13 M397404 工，除加工省時、便利外，也無須以特殊加工方式成型可大 大降低製造成本，而顯其優點。 本新型所揭雜掛式之减牆面組裝結構，乃具有以下特 徵及優點： 1.本新型在施工時，僅需以本新型所示之石板(⑻，以其背面 所固接之鉤件⑽⑽，）（20”），勾掛於建築物所預設之掛 鉤（41)上，並於相鄰兩石板〇〇)間，填以膠劑⑽並整平各 石板（10)後，待該膠劑⑽硬化，便完成大面積石板牆面的 施工。本新型在安裝各石板⑽時，不需要在釣件 (20X20’）（20”）與預設之掛釣⑹間鎖接螺絲，使施工更 為簡易、快速。 2.本新型之各該石板(1〇)的背面所裝置之鉤件 (20)(20 )(20”）’係於加工廠中即已先經整平。緣此，當 各石板（10)乾掛在建築基牆⑽所預設之掛釣⑷）後，各石 板⑽可保持平整’不會有高低不平的困擾，使由多數石板❿ (1〇)所組成之牆面’可拼組成一大面積的石板牆面，並展現 大面積之天然石藝術紋理〔如大理石天然藝術紋路〕，可提 高其商品價值。 3.本新型之各鉤件⑽⑵，）(2〇”）係嵌入於該石板⑽ 中’且藉由膠劑⑽與石板（10)緊固結合在-起，絕不脫. 落。因而在安裝時，因為係採用乾掛式，也就是直接勾掛在 建築基牆⑽所職之掛聰1)上。由科在鉤件 14According to the above (4) dry-hanging slate wall assembling structure, the first width of the groove-groove portion of the towel is larger than the second width of the second groove portion. The third width of the first fixed portion is greater than the fourth width of the second portion. Further, the first width of the ridge-groove portion is not less than three widths of the first fixing portion (four), and the second width of the second groove portion is not smaller than the thin width of the second fixing portion. In order to make the hook of the g] "the inlay of the back of the slate, it will not fall off the board. a According to the above-mentioned dry hanging slate wall assembling structure, in which the fiber mesh layer is adhered to the back side of the slate. The purpose of the present invention is to provide a dry-hanging slate wall assembly structure. The slate wall surface is composed of a plurality of slabs, wherein the slabs are provided with hook members on the back surface thereof, and the hook members are fixed. And a hooking portion, wherein the solid system is placed in a recessed groove on the back side of the slate, and the two-slot groove in the rectangular cross section is at an angle with the back surface of the slab to fix the hook member The portion is obliquely or vertically inserted into the recessed groove of the back surface of the slate, and is fixed in the fixing member of the hook member and the back surface of the slate, so that the fixing portion is fastened in: The hook portion of the hook member is bent downward (four) shape, so as to be a slate _; a building base wall is preset to be hooked up. The above-mentioned dry-hanging slate wall armor structure, wherein when the fixed portion of the fishing member _ is obliquely upward, or obliquely downward, or vertically, is inserted on the back of the slate In the groove of the hook, the slab will be produced on the fixed portion of the hook member - a resultant force toward the hook of the building base, except that the slab can be automatically attached to the wall of the building. The slate is slid on the fixed part of the slab. According to the above-mentioned dry-hanging slate wall assembly structure, wherein the hook member, #. On the fixing portion, a plurality of holes are formed through the hole so that the glue can be filled in the holes between the holes to enhance the fixing portion of the hook member and the embedded portion. The combined force 'to avoid the stone and the hook piece loose. The dry-hanging slate wall surface assembly structure disclosed by the present invention has the following special features and advantages: h When the new type is applied, only the slate shown in the present invention needs to be hooked on the fishing piece on the back side. On the hooks preset by the building, and between the two adjacent slabs, fill in the dry-hanging slate wall assembly structure provided by the forest type, including hanging fishing and hooks (20). The hook (41) 3 〆 is a hook member (2 (Π 且 and a building base wall (10).] The member (20) has a fixing portion of the solid material (2 () a) and the hook member (10) (2_ is fixed to , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) 2 plate (10)' and hook member (10). The hook (8) is fixed on the table red (10). The fishing piece (2G) has a fixing a) and a hooking portion, wherein the fixing portion (2〇a) of the _piece (10) is fixed to the back surface of the slab G), a) a) The hook portion (2〇b) of the piece (20) is hooked on the above-mentioned hanging fishing (41). The dry-hanging slate wall assembly structure provided by the present invention, wherein the lunar surface (10) of the slate (10) has a groove (U), and the hook portion (2〇) has a solid portion ( 20a) is embedded in the recessed groove ((1) and filled with the glue (10)), so that the fixing portion (2〇a) of the hook member (20) is firmly bonded to the slate (1〇); The hooking portion (2〇b) of each of the hook members (20) is bent downwardly to hook up on the hook (41) fixed by a building base wall (40). Referring to the fifth figure, the groove of the back surface of the slate (1 〇) has a first groove portion (11a)' located inside the slate (1 〇), and the first groove portion (11a) has a first width (W1); a second groove portion (lib) located on a back surface (10a) of the slate (1 '), the second groove portion (lib) having a second width (W2), and the first width ( W1) M397404 is greater than the second width (W2) [ie W1 > W2]. Referring to the first, second, third, fourth and fifth figures, the fixing portion (20a) of the hook member (2) has a first fixing portion (20al), and the first fixing portion (2〇ai) has the first Three widths (W3); the second fixed portion (20a2) is adjacent to the hook portion (2〇b) ffl and adjacent to the first fixed portion (20al)®. The second fixed portion (2〇a2) has a fourth width (W4). The first width (wi) of the first groove portion (11a) of the aforementioned groove (11) is greater than the second width (W2) of the first groove portion (lib) (i.e., W1 > W2). The third width (W3) of the first fixed portion (20al) is greater than the fourth width (W4) of the second fixed portion (2〇a2) (i.e., W3 > W4). Further, not only the first width (W1) of the first groove portion (ua) is not less than the third width ((10)) of the first fixed portion (2〇ai) [ie, Wl g W3], and the second groove portion ( The second width (W2) of lib) is not less than the fourth width (W4) of the second fixed portion (20a2) (i.e., W2 2 W4). The fitting portion (2〇a) of the fishing piece (20) is inserted into the groove (11) of the back surface (10a) of the slab (1) and does not fall off from the stone plate (10). Please refer to the first to sixth figures, the fixed structure between the hook member (20) (20,) and the slate (1〇), not only one: for example, as shown in the first to fifth figures, the sufficient piece () is fixed by it. The part (20a) is embedded in the recess (11) of the back surface (i〇a) of the slab (10) and filled with a glue (30) to be fixed, or as shown in the sixth figure, a sufficient piece (2〇,) is utilized. The bolt (S1) penetrates the fixing portion (20a) of the hook member (20,) to lock the hook member (20,) to the slate (1 〇). The hook member (2〇,) has a fixing portion (2〇a,) and a hooking portion (20b,) 'where the fixing portion (2〇a, the hook member (20,)) is fixed to the slate (1〇) The back side (10)) and the hook portion (20b,) of each hook member (2) are hooked on the hook (4). As shown in the seventh figure, the dry-hanging slate wall assembly structure disclosed in the present invention has a fiber mesh layer (10) adhered to the back surface (1〇a) of the slate (10) to strengthen The wind resistance and shock resistance of the slate (10) can be greatly enhanced by the thickness of the slate (the strength of the slate (1 〇), which can be appropriately thinned after the stencil layer (10) is adhered. Between 1 and L8 centimeters is enough to meet the needs of the building, in addition to greatly reducing its weight, in order to facilitate handling and assembly, it can also reduce its manufacturing costs. In addition, due to the slate (ι〇), there is a fiber web attached to the lunar surface. The layer (60) can effectively prevent the slate (1〇) from being brittle due to external forces such as strong winds, earthquakes, etc., effectively improving its ability to resist wind and earthquake, and greatly improving its quality. In the second and third figures, the dry-type slate wall assembly structure disclosed in the present invention can be placed on the building base wall (4〇) before the construction, and the expansion bolt (S) is tight. Solid majority hook (41), because each hook (41) is The slate (10) disclosed in the present invention is assembled at the construction site after being manufactured at the processing factory, so that the hook member (20) embedded in the back surface (10a) of each slate (10) is tied to During processing, it is uniformly leveled, so when the slab (10) is hung on the building base wall (4〇), each of the hook members (20) can be correspondingly and stably hooked to the building base wall. (40) On the preset hook (41), the adjacent slab (1〇) will not be uneven, when most of the slabs (10) are hooked on the building base wall (40) The glue (5〇) can be filled between the adjacent slabs (10), and the M397404 is fastened to each of the slabs (10) to form a flat slate wall. Please refer to the figures in the eighth, ninth and tenth drawings. The present invention relates to a dry-hanging slate wall assembling structure 'the slate wall surface is composed of a majority of slate slabs", which is provided on the back side (10a) of each slate (10). ), in each of the stagnation tanks (11), a 'fixed portion (2〇a) of the hook-and-hook member (20) is inserted, and in the recessed groove (11), the glue is filled (30) 'The fixing portion (20a") of the hook member (20") is fastened and fixed integrally with the slate (1", and the hook portion (2Gb) of each of the fishing members (2〇, ") The charm is downwards and the hook is attached to the majority of the hooks (4) preset by the wall (40). Most of the hooks (4) are fastened to the wall with expansion bolts (5). (10) above, and make the two-phase (four) slate (10) 'with the glue (50) follower. As shown in the eighth to fourteenth, the dry-type slate wall assembly structure disclosed in the present invention is mainly _:: recessed in the back of the slate (1〇a) (1〇a) of the groove (1)) into a - rectangular section 'and the back of the slate (10)) (_ at an angle, so that the hook (20" The fixing portion (2〇a") may be inserted into the groove (11) of the back surface (1〇a) of the slab (10) obliquely obliquely as shown in the eighth and ninth views; or As shown in the tenth-figure view, it is inserted obliquely downward into the groove (11) of the back surface 〇〇a) of the slate (10); or as shown in the twelfth figure, it is inserted vertically In the groove (1) of the back (IGa) of the slate (10). As shown in the first person and the ninth figure, the fixing portion (2〇a" of the δ hook member (20) is inserted obliquely upward into the recess (1) of the back © (10a) of the slate (10). In the middle, the money (10) will be generated on the fixed part (2Ga) - a building wall facing the hook (4_force (8)' except that the slate (10) can be automatically attached to the building base wall (10)) In addition, it is also effective to prevent the slate (10) from slipping off the fixing portion (2) a") of the hook member (2), which is a preferred embodiment. As shown in the twelfth figure, the dry-hanging slate wall assembly structure disclosed in the present invention, wherein the back surface (1〇a) of the slate (10) is capable of adhering a layer of fiber mesh (10)) Adding ugly money (10) to the wind and shock thief, because of the strength of the large (four) fossil board (10) after bonding the layer (10). The thickness of the cut of the slate (10) can be appropriately thinned, about ^ cm to 1.8 cm, which is enough to meet the needs of the building, in addition to greatly reducing its weight, in addition to, It can also reduce the cost of recording. In addition, the (10) slate (10) has a fiber mesh layer (10) adhered on the back side, which can effectively prevent the slate (1G) from being subjected to strong winds, earthquakes, etc. to produce county phenomena, effectively improving its ability to resist wind and earthquake, and greatly improve Its quality. As shown in the fourteenth and fifteenth figures, the dry-hanging slate wall assembling structure of the present invention, in which the hook member (10)") is provided with a plurality of holes on the turning portion (10) a") 21), when the slate (10) of the slate (10) is filled with the squeegee (30), the glue (10) can be filled between the holes (2) to enhance the fixing portion of the fishing member (20) (2) The bonding force between 〇a") and (5) (5)) to avoid the loosening of the fixing portion (10) a") of the slab (10) and the _piece (10)". The dry hanging slab wall disclosed in the present invention The surface assembly structure, in which the slab (10) is recessed by 1 slot (1), because the section is rectangular, the sharp knives can be directly sharpened by the construction. Therefore, the application is extremely fast, and no special tools are added. M397404 work, in addition to processing time and convenience, does not need to be formed by special processing methods can greatly reduce the manufacturing cost, and its advantages. The new type of wall-mounted assembly structure of the present invention has the following features and advantages: 1. In the construction of the present invention, only the slab shown in the present invention ((8), the hook member (10) (10) fixed by the back side thereof) is required ( 20"), hooked on the hook (41) preset by the building, and between the two adjacent slabs, filled with glue (10) and leveled each slate (10), wait for the glue (10) After hardening, the construction of large-scale slate walls is completed. The utility model does not need to lock the screw between the fishing piece (20X20') (20") and the preset hanging fishing (6) when installing the slate (10), so that the construction is simpler and faster. 2. The slate of the present invention The hooks (20) (20) (20")' installed on the back side of (1〇) are first leveled in the processing plant. Therefore, when the slate (10) is hung on the hanging wall (4) preset by the building base wall (10), the slabs (10) can be kept flat' without the trouble of high and low unevenness, so that most slate slabs (1 〇) The wall surface can be combined to form a large area of stone wall and display a large area of natural stone art texture (such as marble natural art lines), which can enhance its commodity value. 3. The hook members (10)(2),)(2〇") of the present invention are embedded in the slate (10) and are fastened and fastened by the glue (10) and the slate (10), and never fall off. When installing, because the system is dry-hanging, that is, it is directly hooked on the hanging wall of the building foundation wall (10).