M317463 八、新型說明： 【新型所屬之技術領域】 本新型係有關於-種牆面飾板之安裝結構，尤指—種在飾板 背面兩相對狀有第-、二架體，其中第二架體與飾板之背部間， 含有-間距，以容許另-飾板背部之第一架體的插片部插嵌於 内’且使兩飾板之對合邊彼此吻合貼靠者。 【先前技術】M317463 VIII. New description: [New technical field] This new type has the installation structure of a kind of wall fascia, especially the first and second frames on the back of the plaque, the second of which Between the frame body and the back of the plaque, there is a spacing to allow the insert portion of the first frame of the back of the plaque to be inserted into the inner portion and the abutting edges of the two plaques are fitted to each other. [Prior Art]
目前建築物，為了牆面的美觀，f會掛置如製自原石的石板 材，進行裝飾；該石板材與牆面之安裝結構，係於石板材的背面， 固連有多數之支架，於安裝時，施I者伸入於該石板材之背部與 牆面間進行支架與牆面之健工作，逐—將各石板材鎖接在牆面 上。然而，目贿用之石姆與牆面之安裝結構，仍具有以下課 題急需改進： 1.上述習知的石板材絲結構，由於石姆具有天麵石痕於 切割或儲運過程，或受強風吹襲時，易應力集中於石痕上，容 易產生卒裂、，彖此，目前建築物所採用之石板材厚度，通常必 須大於2cm的厚度，以避免受強風吹襲而爆裂，維護使用 因此侧知石板材在終安她_懒力、不便。 述之石板材，於安裝時’為了容許施工者伸入於該石板 ΙΓΐΐΓ行核赠岐鎖紅作，咖絲後之石 板^以與牆面間必須相隔—間距，通常約^，即咳石 法轉面，使勸之侧空間縮小。 M317463 3·所採用之石板材厚度極厚， 料成本。 除增搬運、施工困難外，也增加材 4.如果石板材厚度切割得極薄時，板面容她曲。 種牆面飾 本案創作人有鑑於此，乃予以研究創新，揭示出一 板之安裝結構。 【新型内容】At present, for the aesthetics of the wall, f will be placed such as a stone plate made of original stone for decoration; the installation structure of the stone plate and the wall is attached to the back of the stone plate, and a plurality of brackets are fixedly attached thereto. During installation, the implementer extends into the back of the stone plate and the wall to carry out the work of the bracket and the wall surface, and the stone plates are locked on the wall surface. However, the installation structure of the stone and wall surface used for bribery still has the following problems urgently needed to be improved: 1. The above-mentioned conventional stone wire structure, because of the stone surface of the stone, is cut or stored, or subjected to When strong winds hit, the stress tends to concentrate on the stone marks, which is prone to cracking. Therefore, the thickness of the stone used in buildings is usually greater than 2cm to avoid bursting by strong winds and maintenance. Therefore, I know that the stone plate is in the end of her _ lazy, inconvenient. The stone plate mentioned in the installation, in order to allow the constructor to extend into the slate, the slate is red, and the slate behind the gay must be separated from the wall by a distance, usually about ^, that is, cough stone The law turned to make the space on the side of the persuasion narrow. M317463 3·The stone plate used is extremely thick and material cost. In addition to increasing handling and construction difficulties, it also increases the material. 4. If the thickness of the stone plate is extremely thin, the surface of the plate can accommodate her. In view of this, the creators of this case have been researching and innovating to reveal the installation structure of a board. [New content]
本新型之目的旨在提供—種騰面飾板之安裝結構，—種牆面 飾板之安裝結構，齡有：第―顧，凹設於飾板㈣面，且趨 相飾板之第-邊者；第二溝槽，凹設於該飾板的背面，且趨近 忒飾板之第二邊，而第二邊係位於該第一邊之相對邊者;第一芊 體，含有固歧部，以膠劑黏著於該飾板之第―溝槽中，並㈣ 固定板部之自由端徑向突伸—插片部，且該插片部突出於該飾板 第邊外4，以及’第二架體，含有固定板體，以膠劑黏著於該 飾板之第二溝槽中，並自該固定板體之自由端徑向突伸-鎖接 ^片’於該鎖接片上穿設有多數固聰，以鎖接於—踏面上，並令 铺接片與飾板之背部間’含有—間距，以容許另—餺板背部之 第一架體的制部插嵌於内1可使兩飾板之對合邊吻合貼靠者。 根據前文所述牆©飾板之安裝結構，其巾該第—架體之固定 板部，係穿設有多數穿孔，以容許膠劑填塞於各穿孔與飾板之第 一溝槽中者。 根據前文所述牆面飾板之安裝結構，其中該第二架體之固定 板體，係穿設有多數穿孔，以容許胸樓塞於各穿孔與飾板之第 6 M317463 二溝槽中者。 根雜靖述牆㈣板之絲結構，其中於該第一架體之插 壯數穿孔’以於該插片部與飾板背面之重疊區域 塗抹膠劑，使膠劑可以填塞在各穿孔中者。 …根據前文所述牆㈣板之安裝結構，其中於該飾板之背面， 係鋪黏一層纖維層者。 *本新狀目的θ在提供—種牆面飾板之安裝結構，係含有： 第-溝槽，凹設㈣板的兩面，且趨近該飾板之第—邊者；第二 溝槽，凹設於該飾_面，且趨近該飾板之第二邊，而第二邊係 储該第-邊之相對邊者；第—缝，含⑽定板部，以膠劑黏 者於該飾板之第-溝射，並自定板部之自由端徑向突伸一 插片部，且該插片部突出於該飾板第一邊外者；以及，第二架體， 含有固定板體，鱗著於該飾板之第二溝射，並自該固定 板體之自由端徑向突伸__鎖接片，於該鎖接片上穿設有多數固定 孔，以鎖接於-牆面上，並令該鎖制與飾板之背部間，含有一 間距’以谷§午另—飾板背部之第—架體的插片部插嵌於内，且可 使兩飾板之對合邊吻合貼靠者。 根據别文所述牆面飾板之安裝結構，其中該第一架體之固定 板部，係穿設有多數穿孔，以容許膠劑填塞於各穿孔與飾板之第 一溝槽中者。 根據前文所述牆面飾板之安裝結構，其中該第二架體之固定 板體，係穿設有多數穿孔，以容許膠劑填塞於各穿孔與飾板之第 M317463 二溝槽中者。 根據别文所述牆面飾板之絲結構，其巾於該第—架體之插 片口p上牙σ又有夕數牙孔，以於该插片部與飾板背面之重疊區域 塗抹膠劑，使膠劑可以填塞在各穿孔中者。 根據前文所述牆_板之安裝結構，其中於該飾板之背面， 係鋪黏一層纖維層者。 本新型之可取實體，可由以下之說明及_各_，而得以 明晰之。 【實施方式】 請參閱第一至十圖所示，本新型係有關於一種牆面飾板之安 裝結構，係含有：第一溝槽（11)，凹設於飾板（1〇)背面，且趨近 该飾板(10)之第-邊(10a)者；第二溝槽（12)，凹設於該飾板(1〇) 为面，且趨近該飾板（1〇)之第二邊（l〇b)，而第二邊（l〇b)係位於 該第一邊(10a)之相對邊者；第一架體(2〇)，含有固定板部(21)， 以膠劑(P)黏著於該飾板（10)之第一溝槽（11)中，並自該固定板部 (21)之自由端徑向突伸一插片部（22)，且該插片部（22)突出於該 飾板（10)第一邊（l〇a)外者；以及第二架體(3〇)，含有固定板體 (31) ，以膠劑(P)黏著於該飾板(1〇)之第二溝槽（a)中，並自該固 疋板體(31)之自由端徑向突伸一鎖接片（32)，於該鎖接片（32)上 穿設有多數固定孔(321)，以鎖接於一牆面（40)上，並令該鎖接片 (32) 與飾板(10)之背部間，含有一間距(H)，以容許安裝在另一飾 板（10)背部之第一架體(20)的插片部（22)插嵌於内，且可使兩飾 • M317463 板（10)之對合邊吻合貼靠者。 本新型的第-架體⑽及第二㈣⑽)可以在伽較厚的飾 板(10)之4，賴先固裝在飾板⑽兩面的各兩個相對側邊，有 A強化飾板(10)的結構。不論在购過程巾或是胸完成後的儲 .運或長期安裝在牆面後，都可以械避免龜裂 、麵曲。並利 於切割出更薄的飾板(10)。 ' 、本新型的第—架體⑽)及第二架體⑽也可以在飾板⑽鑛 籲 切70成後再固裳在飾板〇〇)的兩個相對側邊，同樣可以有效強化 飾板(ίο)的結構，不論在儲運過程或長期安裝在牆面後，都可以 有效避免龜裂、翹曲。 本新型所揭示之飾板(10)，係指天然石板、木板、合成板...... 等等’本新型並不予自限。 如第一、二、三、四圖所示，本新型所揭示牆面飾板之安裝 結構’其中該第一架體(20)之固定板部（21)，係穿設有多數穿孔 _ (211)，以容許膠劑(P)填塞於各穿孔(211)與飾板(10)之第一溝槽 _ (Π)中’以使該第一架體(2〇)緊黏於該飾板(1〇)上者；該第二架 體(30)之固定板體(31)，係穿設有多數穿孔(311)，以容許膠劑(p) 填塞於各穿孔(311)與飾板(1〇)之第二溝槽（12)中，以使該第二架 • 體(30)緊黏於該飾板上者。 本新型所揭示牆面飾板之安裝結構，其中於該第一架體(2〇) 之插片部（22)上，猶穿設有多數穿孔(221)，以於該插片部（22)與 飾板(10)背面之重疊區域塗抹膠劑(P)，使膠劑(P)可以填塞在各 9 M317463 穿孔(221)中，以增進該第-架體⑽與飾板⑽之黏接者。 本新型所揭示牆面飾板之安裝結構，如第五、六、七、八圖 所示，係可於該飾板（10)之背面，鋪黏一層纖維層（5〇)，以強化 該飾板（10)之強度，避免飾板(1G)發生碎裂，由於該纖維層⑽ 可以強化飾板(1G)之強度，因此該饰板（⑻可以適當的予以薄化 處理，除了可以使飾板（1〇)因薄化而大幅減少其重量，進而增進 與牆面⑽)固定之牢固性外，因飾板⑽)適度的薄化，而使其原 料成本可以大幅降低，以增進市場的競爭力，而顯本新型之新穎 性及實用性。 本新型所揭示牆面飾板之安裝結構，當應用於石板之飾板（1〇) 時，可如第九圖所示，於製造時，於一較厚之石板〇〇，）的兩相對 板面，分別凹設有第一、二溝槽、12)，於各第一溝槽（11)中， 分別接著固定有第一架體(2〇)，並於各第二溝槽（12)中，分別接 著有第二架體⑽），並於該飾板（1〇)之兩相對面，分別鋪黏纖維 層（50)，而後，再沿該石板（10，）的中央分界線(c)切割，使切割 後之石板（10’），分為兩片飾板（10)成品，如第十圖所示。如第九 圖所示，由於，石板（1〇’）之兩側皆鋪黏有纖維層（5〇)，加上第一 架體（20)及第二架體(30)分別固裝在飾板（1〇)(1〇，）之兩側，有 效強化其結構，因此在切割過程或儲運過程，或受強風吹襲時， 便不易發生因應力集中於石板（10，）的天然紋路上，避免產生的碎 裂現象，除了可以降低製造成本外，也可增加使用的安全性；另 外’所獲彳于的飾板(10)為一薄化後的板材，已大幅減少其重量， M317463 使安裝更為簡便、省力，而顯其優點。 如弟二、七圖所示，本新型所揭示牆面倚板之安裝結構，由 於各飾板（ίο)已被輕量化，於安裝時，只要以其中一片飾板（1〇) 位於第一邊（10a)之第一架體（20)插嵌於另一飾板（1〇)位於第二 邊（10b)之第二架體（30)中，再藉由黏接於飾板（1〇)位於第二邊 (l〇b)之第二架體(20)鎖接於牆面（40)，便可以將各片飾板(1〇)緊 固在牆面（40)上，並不需要如習知者，必須以手伸入，鎖接位於 厚重飾板材背面中央處與牆面間的支架，因此，本新型所揭示之 飾板（10)可以極為趨近或緊貼在牆面（4〇)上，以增進建築物之可 用面積，而顯其新穎性及實用性。因此不但具有強化牆面飾板， 降低鋸切及儲運過程裂損的問題並避免板面翹面的問題，而且具 有易於安裝在牆面上的優點。 綜上所述，本新型具有下列優點： 1·本新型所提供的牆面飾板之安裝結構，本新型的第一架體(2〇) 及第二架體(30)可以在鋸切較厚的飾板（1〇)前，就預先固裝在 飾板（10)兩面的各兩個相對側邊，再配合纖維層（5〇)而能有效 地強化飾板（10)的結構。因此可以鋸切出更薄的飾板（1〇)而不 會脆裂。 2·本新型所提供的牆面飾板之安裝結構，本新型的第一架體(2〇) 及第二架體(30)可以在鋸切較厚的飾板（10)前，就預先固裝在 飾板（10)的兩個相對側邊，有效強化飾板（1〇)的結構。不論在 鑛切過程中或是鋸切完成後的儲運過程，或長期安裝在牆面 11 M317463 • 後，都可以有效避免龜裂、翹曲。 3·本新型的第-架體⑽及第二架體⑽也可以在飾板(1〇)鑛切 元成後再固裝在御板（1〇)的兩個相對側邊，同樣可以有效強化 飾板（10)的結構，不論在儲運過程或長期安裝在牆面後，都可 以有效避免龜裂、翹曲。 4·本新型的第一架體(20)及第二架體(30)不但可使飾板（1〇)安裝 在牆面上的工作更為方便。而且可使飾板（10)得以更為牢固地 # 安裝在牆面上。 本新型所揭示之結構、形狀，可於不違本新型之精神及範疇 下予以修飾應用，本新型並不予自限。 【圖式簡單說明】 第一圖：係本新型第一實施例之仰視立體分解圖。 第二圖：係本新型第一實施例之仰視立體圖。 第一圖·係顯示第一實施例安裝後之剖面示意圖。 春*四圖：係第三圖標示，，4”之區域放大圖。 第五圖·係本新型第二實施例之仰視立體分解圖。 第/、圖·係本新型第二實施例之仰視立體圖。 =七圖：係顯示第二實施例安裝後之剖面示意圖。 第八圖：係第七圖標示8之區域放大圖。 =九圖·係本新型應用於厚石板之施工方式示意圖。 ^"圖係自第九圖切割厚石板獲得兩薄化飾板之示意圖。 【主要元件符號說明】 12 M317463 (10)飾板 (10’）石板 (10a)第一邊 (10b)第二邊 (11)第一溝槽 (12)第二溝槽 (20)第一架體 (21)固定板部 (211)穿孔 (22)插片部 (221)穿孔 (30)第二架體 (31)固定板體 (311)穿孔 (32)鎖接片 (321)固定孔 (40)牆面 (50)纖維層 (C)中央分界線 (H)間距 (P)膠劑 13The purpose of the novel is to provide a mounting structure for the façade fascia, a mounting structure for the wall fascia, the age: the first, the concave on the fascia (four) surface, and the first fascia - a second groove, recessed on the back side of the plaque and approaching the second side of the plaque, and the second side is located on the opposite side of the first side; the first body is solid a portion, the glue is adhered to the first groove of the plaque, and (4) the free end of the fixed plate portion radially protrudes from the insert portion, and the insert portion protrudes from the outer side of the plaque 4 And a second frame, comprising a fixed plate body, adhered to the second groove of the decorative plate with a glue, and radially protruding from the free end of the fixed plate body - the locking piece is locked The majority of Gu Cong is worn on the sheet to lock onto the tread surface, and the spacing between the web and the back of the plaque is 'intersected' to allow the other part of the back of the raft to be inserted into the body. The inner 1 can make the opposite sides of the two plaques fit the abutment. According to the mounting structure of the wall plaque as described above, the fixing plate portion of the first frame body is provided with a plurality of perforations to allow the glue to be filled in the first grooves of the perforations and plaques. According to the mounting structure of the wall fascia according to the foregoing, the fixed plate body of the second frame is provided with a plurality of perforations to allow the chest floor to be inserted in the sixth slot of the sixth M317463 of each perforation and plaque. . The wire structure of the wall of the wall (4), wherein the first frame is inserted with a plurality of perforations to apply a glue to the overlapping portion of the insert portion and the back surface of the plaque so that the glue can be filled in each of the perforations By. ... according to the mounting structure of the wall (four) board as described above, wherein a layer of fiber layer is adhered to the back side of the panel. * The new object θ is provided in the installation structure of the wall panel, which comprises: a first groove, a concave (four) plate on both sides, and approaches the first side of the plaque; the second groove, Concavely disposed on the decorative surface and approaching the second side of the plaque, and the second side is stored on the opposite side of the first side; the first seam, containing (10) the fixed plate portion, is glued to the glue a first groove of the plaque, and a free end of the self-aligning plate portion radially protrudes from the insert portion, and the insert portion protrudes from the first side of the plaque; and the second frame is fixed a plate body, which is mounted on the second groove of the plaque, and protrudes from the free end of the fixed plate body __locking piece, and a plurality of fixing holes are formed on the locking piece for locking - on the wall, and between the lock and the back of the plaque, there is a spacing between the inserts of the frame and the back of the plaque, and the two plaques can be inserted. The pair of sides fits the abutment. According to the mounting structure of the wall fascia according to the other text, the fixing plate portion of the first frame is provided with a plurality of perforations to allow the glue to be filled in the first grooves of the perforations and the plaques. According to the mounting structure of the wall panel according to the foregoing, the fixing plate of the second frame is provided with a plurality of perforations to allow the glue to be filled in the second groove of the third hole of the perforation and the plaque. According to the wire structure of the wall veneer according to the other text, the towel has a plurality of teeth on the insertion opening p of the first frame body, so as to apply glue on the overlapping area between the insertion piece and the back side of the decorative plate. The agent allows the glue to be filled in each of the perforations. According to the mounting structure of the wall_board as described above, a layer of fiber layer is laid on the back side of the fascia. The desirable entities of the present invention can be clarified by the following descriptions and __. [Embodiment] Please refer to the first to tenth drawings. The present invention relates to a wall fascia mounting structure, which comprises: a first groove (11) recessed on the back of the plaque (1 〇). And approaching the first side (10a) of the plaque (10); the second groove (12) is recessed on the plaque (1 〇) and approaches the plaque (1 〇) a second side (l〇b), and a second side (10〇b) is located on the opposite side of the first side (10a); the first frame (2〇) includes a fixed plate portion (21) to a glue (P) is adhered to the first groove (11) of the plaque (10), and a tab portion (22) is radially protruded from a free end of the fixing plate portion (21), and the insert piece a portion (22) protruding from the first side (10a) of the plaque (10); and a second frame (3 〇) having a fixed plate body (31) adhered thereto by a glue (P) a second groove (a) of the plaque (1), and a locking piece (32) projecting radially from the free end of the fixing plate body (31), and is worn on the locking piece (32) There are a plurality of fixing holes (321) for locking on a wall surface (40), and a spacing (H) is provided between the locking piece (32) and the back of the decorative plate (10) to accommodate The insert portion (22) of the first frame (20) mounted on the back of the other fascia (10) is inserted into the inner portion, and the two sides of the two-piece M317463 plate (10) can be fitted to the abutment. . The first frame (10) and the second (four) (10) of the present invention can be attached to the two opposite sides of the fascia (10) on the two opposite sides of the glazed plaque (10), with an A-reinforced plaque ( 10) The structure. Whether it is after the purchase of the process towel or the storage of the chest, or after long-term installation on the wall, it can be protected from cracks and surface curls. It also helps to cut out thinner plaques (10). ' The first frame (10) and the second frame (10) of the present invention can also be effectively reinforced on the opposite sides of the plaque after the plaque (10) is cut for 70%. The structure of the plate (ίο) can effectively avoid cracking and warping whether it is stored or transported or installed on the wall for a long time. The fascia (10) disclosed in the present invention refers to natural stone slabs, wood boards, composite boards, etc. The present invention is not limited. As shown in the first, second, third and fourth figures, the mounting structure of the wall fascia disclosed in the present invention, wherein the fixing plate portion (21) of the first frame body (20) is provided with a plurality of perforations _ ( 211), in order to allow the glue (P) to be stuffed in each of the perforations (211) and the first groove _ (Π) of the fascia (10) to make the first frame (2 〇) adhere to the garnish a plate (1〇); the fixed plate body (31) of the second frame body (30) is provided with a plurality of perforations (311) to allow the glue (p) to be filled in each of the perforations (311) and the decoration The second groove (12) of the plate (1) is such that the second frame (30) is tightly adhered to the plaque. The mounting structure of the wall panel disclosed in the present invention, wherein the insert portion (22) of the first frame body (2) is provided with a plurality of perforations (221) for the insert portion (22) Applying a glue (P) to the overlap area on the back side of the plaque (10) so that the glue (P) can be packed in each of the 9 M317463 perforations (221) to enhance the adhesion of the first frame (10) to the fascia (10). Receiver. The mounting structure of the wall fascia disclosed in the present invention, as shown in the fifth, sixth, seventh and eighth figures, can be laminated on the back side of the fascia (10) with a layer of fiber (5 〇) to strengthen the The strength of the plaque (10) prevents the plaque (1G) from being broken. Since the fiber layer (10) can strengthen the strength of the plaque (1G), the plaque ((8) can be appropriately thinned, except that The plaque (1〇) is greatly reduced in weight due to thinning, thereby improving the firmness of fixing to the wall surface (10). Due to the moderate thinning of the plaque (10), the raw material cost can be greatly reduced to enhance the market. The competitiveness, and the novelty and practicality of this new type. The mounting structure of the wall fascia disclosed in the present invention, when applied to a slab of slate (1 〇), can be as shown in the ninth figure, at the time of manufacture, in a thick slate, two opposite The first and second grooves, 12) are respectively recessed in the plate surface, and in each of the first grooves (11), a first frame body (2〇) is respectively fixed, and in each of the second grooves (12) a second body (10), respectively, and a fiber layer (50) on the opposite sides of the plaque (1 〇), and then along the central boundary of the slab (10,) (c) Cutting, so that the cut slate (10') is divided into two finished pieces (10), as shown in the tenth figure. As shown in the ninth figure, since the slate (1〇') is covered with a fiber layer (5 〇) on both sides, the first frame body (20) and the second frame body (30) are respectively fixed on The sides of the plaque (1〇) (1〇,) effectively strengthen the structure, so during the cutting process or storage process, or when subjected to strong winds, it is not easy to occur due to the concentration of stress on the slate (10,). On the road, avoiding the fragmentation phenomenon, in addition to reducing the manufacturing cost, can also increase the safety of use; in addition, the obtained fascia (10) is a thinned sheet, which has greatly reduced its weight. , M317463 makes installation easier and less laborious, and shows its advantages. As shown in the second and seventh figures, the mounting structure of the wall panel disclosed in the present invention is located at the first place because one of the plaques (1〇) is first installed because the plaques have been lightened. The first frame (20) of the side (10a) is inserted into the second frame (30) of the second side (10b) of the other side plate (1), and is then adhered to the decorative plate (1). 〇) The second frame (20) on the second side (l〇b) is locked to the wall surface (40), so that each piece of plaque (1〇) can be fastened to the wall surface (40), and It is not necessary to use a hand to extend into the bracket between the center of the back of the heavy-duty panel and the wall surface. Therefore, the fascia (10) disclosed in the present invention can be closely approached or closely attached to the wall. On the surface (4〇), to enhance the usable area of the building, it shows its novelty and practicality. Therefore, it not only has the function of strengthening the wall fascia, reducing the problem of cracking during the sawing and storage process, and avoiding the problem of the surface warping, and has the advantage of being easy to install on the wall surface. In summary, the present invention has the following advantages: 1. The installation structure of the wall fascia provided by the present invention, the first frame (2 〇) and the second frame (30) of the present invention can be sawed in comparison Before the thick plaque (1 〇), it is pre-fixed on each of the two opposite sides of the fascia (10), and the fiber layer (5 〇) is used to effectively strengthen the structure of the fascia (10). Therefore, a thinner plaque (1 inch) can be sawed without being brittle. 2. The installation structure of the wall fascia provided by the present invention, the first frame body (2 〇) and the second frame body (30) of the present invention can be pre-formed before sawing the thick plaque (10) It is fixed on the opposite sides of the fascia (10) to effectively strengthen the structure of the plaque. Whether it is during the mining process or the storage process after the sawing is completed, or after long-term installation on the wall 11 M317463 •, it can effectively avoid cracking and warping. 3. The first frame (10) and the second frame (10) of the present invention can also be fixed on the opposite sides of the plate (1〇) after the trimming of the plaque (1〇), which is also effective. The structure of the reinforced trim panel (10) can effectively avoid cracking and warping whether it is stored or transported or installed on the wall for a long time. 4. The first frame body (20) and the second frame body (30) of the present invention not only make the work of installing the plaque (1〇) on the wall surface more convenient. Moreover, the fascia (10) can be more firmly mounted on the wall. The structure and shape disclosed in the present invention can be modified and applied without departing from the spirit and scope of the present invention, and the present invention is not limited. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a bottom perspective exploded view of the first embodiment of the present invention. Second drawing: a bottom perspective view of the first embodiment of the present invention. The first figure shows a schematic cross-sectional view of the first embodiment after installation. Spring*4: It is the third icon, the enlarged view of the area of 4". The fifth figure is the upward exploded view of the second embodiment of the present invention. The figure is the bottom view of the second embodiment of the present invention. Fig. 7 is a schematic cross-sectional view showing the installation of the second embodiment. Fig. 8 is an enlarged view of the area indicated by the seventh icon. = Nine diagrams. This is a schematic diagram of the construction method applied to thick slabs. "The system is a schematic diagram of two thin plaques obtained by cutting thick slabs from the ninth figure. [Main component symbol description] 12 M317463 (10) slab (10') slate (10a) first side (10b) second side (11) First groove (12) Second groove (20) First frame (21) Fixing plate portion (211) Perforation (22) Insert portion (221) Perforation (30) Second frame (31) Fixed plate body (311) perforated (32) locking piece (321) fixing hole (40) wall surface (50) fiber layer (C) central dividing line (H) spacing (P) glue 13