1342914 , 九、發明說明： 100年3月31日替換頁 【發明所屬之技術領域】 本發明係一種玻璃碑牆之骨架及其施工方法特指 種輔助玻璃磚牆堆砌之骨架及該骨架之施工方法。 【先前技術】 玻璃磚為-種具有透明外觀之方型碑塊，多半應用於 室内式β以複數塊玻璃碑縱橫地堆砌而成一面破璃磚 牆’其於室内環境之佈置整體上具有美化視覺觀感之效果。 現有技術之玻璃磚牆的堆砌方式中，多半為於玻璃磚 與玻璃磚之間保持有—間隔距離，並於相鄰兩碑之間距中 設置有鋼筋作為支制之骨架，而後再利用水泥填補於該 間距之内，與一般紅碑牆之堆砌方式近似； 然而，由於玻璃磚牆之佈設絕大多運用於室内之裝浲 中，如此之堆砌方式於施工期間必定得於周遭之空地上= 置並授和水泥，而授和水泥所造成的灰塵以及污水必定會 導致佈置現場之環境辦亂，且㈣後殘餘之水泥、灰塵及 污水等於收拾上亦為十分困#，而且屋主亦必須委任建築 工人來進行該作業，亦即必須支出一筆額外的工資；再者， 利用水泥堆砌之方式，必須於碑與磚之間保留有一定程度 的間隙，以塗佈足夠厚實之水泥層，而該水泥層之厚度對 於整體玻璃磚牆之外觀美化效果而言，實有大打折扣之庚； 此外，一般室内裝潢於利用玻璃磚牆造景時，通常會 於牆上投射以燈源，以進一步利用光線穿透過玻璃而散發 朦朧之光影來美化玻璃磚牆所帶來之觀感，然而於玻璃磚 U429.14 100年3月31曰替換頁 ^卜部額外設置-投㈣之㈣，工了估據空 及燈光的亮度要確保足夠外，利用投射燈源穿透玻璃磚牆 所能達到的美化效果，，亦比不上將燈源直接埋設於玻璃磚 牆中。 【發明内容】 有鑒於前述之現有技術的不足點，本發明係設計一種 可無須利用冑筋水泥作為堆石切手&的玻璃碑牆之骨架及該 骨架的施工方法。 為達到上述目的，本發明所採用的技術手段為設計— 種玻璃磚牆之骨架，其包含 一本體，其為一長型之板體，且寬度對應配合於破璃 碑側緣處的溝槽； 兩側翼，其自本體之兩側朝外突伸成型，配合於破璃 碑之側緣； 兩燈槽，其分別凹入成型於本體之兩面上，連通於本 體之兩端間，且於燈槽之開口部分處的兩側壁面上分別朝 内凹入設有對應的蓋板槽； 兩蓋板，其為一透明之長型薄片，可拆卸地以其兩側 緣處對應穿設固定於燈槽的兩蓋板槽中； 一銷孔’其貫穿成型於本體之兩端間。 本發明所採用的另一技術手段為設計一種玻璃碑牆的 施工方法，該施工方法實施於複數個玻璃磚與骨架之堆 石切，該架係如上述之玻璃碑牆之骨帛，令複數支兩種不 同長度之骨架為橫樑架及縱樑架，縱樑架之長度等同於每 6 1342914 100年3月31日替換頁 一玻璃碑之縱向側壁長’而橫樑架1長度等同^^ 之總検向長度，而後於每一左、右相鄰之玻璃磚間設置固 疋一縱樑架，且於每一層之玻璃磚與其相鄰層之玻璃磚間 設置固定有一橫樑架，且其中各樑架及玻璃磚之接觸面上 均塗佈以向粘著性之化合物質作為接合手段； 於k樑架之本體的兩板面上分別地分布有複數個對應 於縱樑架之銷孔的貫孔，並令各貫孔中心與中心間之距離 恰等於一玻璃磚之橫向壁長加上一縱樑架之厚度，且於堆 砌時令各橫樑架之貫孔對應於各縱樑架之銷孔，並分別於 對應之貫孔及銷孔間穿設有一固定用之銷件。 而透過本發明所堆砌而成之玻璃磚牆由於在堆砌過程 中無須使用水泥等一般建築材料，因此不會有因撥和水泥 而造成環境髒亂之困擾，且僅於玻璃碑之間設有一側翼作 為連接，可確實縮減碑與碑間之間隙；再者，本發明可於 骨架内設置有|具以供投射用#光源可穿&玻璃磚牆而達 到美化效果’輯了可供美化室内外，另亦不會佔據室内 空間。 【實施方式】 凊參看第一及三圖所示，本發明之玻璃碑牆之骨架 主要應用於玻璃磚牆之堆砌中，其可進一步包含有一本體 (10)、兩側翼（20)、兩燈槽（3〇)、兩蓋板（4〇)及一銷孔（5〇)。 前述之本體（10)為一長型之板體，其寬度對應配合於 玻璃碑（80)側緣處的溝槽（81)，且於兩板面上可進一步設 有犬出之紋路（11 )，用以增加其表面之摩擦力，該紋路（1 i ) 7 1342914 1—年3月31日替換頁 可為直線狀且連貫於本體（1〇)之兩端間。 前述之側翼（20)自本體之兩側朝外突伸成型，其配合 於玻璃碑⑽）之側緣1來提供玻璃碑⑽）之側緣定位以 防止兩相鄰玻璃磚⑽直接靠觸，且其外型可為兩間隔併 排且平仃突出之片冑，請進一步配合參看第四圖所示，於 另一種實施例中，側翼（20A)可為單片朝外突出之片體。 前述之燈槽（30)分別凹入成型於本體（1〇)之兩板面 上’其可為長型且連通於本體⑽之兩端間’該燈槽⑽ 之一側壁面可凹人設有—容置電線之線槽（31),且於燈槽 (3 0 )之開口部分處的兩側壁面上可分別朝内凹入設有對應 的蓋板槽（32)。 前述之蓋板（40)可為一透明之長型薄片，可拆卸地以 其兩側緣處對應穿設固定於燈槽（3〇)的兩蓋板槽（32)中。 前述之銷孔（50)貫穿於本體（1〇)之兩端間。 請進一步配合參看第二圖所示，本發明於第一種應用 實施例中時，可將玻璃碑牆之骨架⑴切割為複數個橫襟架 (A) 及縱樑架（B)，縱樑架（B)之長度等同於每一玻璃碑（8〇) 之縱向側壁長，而橫樑架⑴之長度等同於玻璃碑牆之總橫 向長度且於其本體(10)之兩面上分別地分布有複數個對庫 於銷孔（50)之貫孔（15)，並令各貫孔（15)中心與中心間之 距離恰等於一玻璃磚（80)之橫向壁長加上一縱樑架（A)之 厚度； 再者於堆砌最底層之玻璃磚（8〇)時，依序將各縱樑架 (B) 以高粘著性之化合物質作為接合手段，且以其本體（1〇、） 8 13429.14 100年3月31日替換頁 對應於玻璃磚（8 0 )側緣溝槽（81 )之方式夾設於每兩相鄰玻 璃碑（80)之間’並且於該些縱樑架（B)之一銷孔（5〇)上設置 一銷件（60)，而後將橫樑架（八）以其本體（1〇)對應於最底層 玻璃磚（80)之侧緣溝槽（81)並令其各貫孔（15)分別對應套 設於最底層之每一縱樑架（B)上之銷件（6〇)上，配合於玻璃 磚（80)及橫樑架（A)之接觸面上塗佈高粘著性之化合物質 作為接合手段；並進一步於橫樑架（A)上側面各貫孔㈧處 置设一銷件（60)，再如前述最底層玻璃磚（8〇)之堆砌方式 將複數之玻璃磚（80)及縱樑架（B)對應固設於各銷件（6〇) 與銷件（60)間，並令各縱樑架（B)之銷孔（5〇)對應套設於各 銷件（60)之上；之後重複前述之手段依序將玻璃磚（8〇)及 縱、橫樑架（B)(A)層層堆砌直至所預期之高度。 請進一步配合參看第三圆所示，於本發明之應用中， 更可進一步地於各橫、縱樑架（人）（3)之兩面的燈槽（3〇)内 置設有燈源（70)，以於玻璃碑牆堆砌完成時，無須透過額 外的燈光投射，亦可令玻璃磚牆發出朦朧之光影，以強化 其視覺效果。 而透過本發明所堆砌而成之玻璃碑牆由於無須使用水 泥作為各磚面間之接合方式’因此於堆砌中不會有因攪和 尺泥而w成i衣境髒亂之固擾，且於實施中，以側翼（別）（2^) 作為磚與磚間之間隔，故可藉由控制側翼⑽之厚度 (甚至於實作上可薄化至2公厘厚）有效縮減碑與磚之間的 間隙’而不會有因間隔過厚而導致影響美觀之慮，再者， 因為過程簡易’故屋主可於添購材料後自行堆砌該牆面， 9 1342914 100年3月31日替換頁 如此將可省去一筆工資支出。 【圖式簡單說明】 第一圖為本發明之實施例局部外觀圖。 第二圖為本發明之實施例局部前視圖。 第三圖為本發明之端視斷面圖。 第四圖為本發明之另 【主要元件符號說明 一實施例之端視圖。 ] (1)骨架 (10)本體 (11)紋路 (15)貫孔 (20)(20A)側翼 (30)燈槽 (31)線槽 (32)蓋板槽 (40)蓋板 (5 0)銷孔 (60)銷件 (80)玻璃磚 (81)溝槽 (B)縱樑架 (A)橫樑架1342914 , IX. Description of invention: Replacement page on March 31, 100 [Technical field of invention] The invention is a skeleton of a glass monument wall and a construction method thereof, and particularly relates to a skeleton of a supplementary glass brick wall and a construction method of the skeleton . [Prior Art] Glass bricks are square-shaped monuments with a transparent appearance. Most of them are used in indoor-style β. A glass brick wall is stacked vertically and horizontally to form a broken brick wall. The layout of the indoor environment has a beautifying vision as a whole. The effect of perception. In the prior art glass brick wall stacking method, most of the glass bricks and the glass bricks are kept at a distance of between, and a steel bar is arranged as a skeleton in the distance between the adjacent two monuments, and then the cement is used to fill the gap. Within the same way, it is similar to the general method of stacking red monument walls; however, since most of the glass brick walls are used for interior decoration, such stacking method must be used in the surrounding space during construction. The dust and sewage caused by the cement and the sewage will inevitably lead to chaos in the environment where the site is arranged, and (4) the residual cement, dust and sewage are also very difficult to clean up, and the owner must also appoint a construction worker. The operation, that is, an extra wage must be paid; in addition, the method of cement pile-up must retain a certain degree of clearance between the monument and the brick to coat a thick enough cement layer, and the thickness of the cement layer For the appearance and beautification effect of the overall glass brick wall, there is a big discount; in addition, the general interior decoration is made of glass brick. When landscaping, the light source is usually projected on the wall to further use the light to penetrate the glass and radiate the light and shadow to enhance the look and feel of the glass brick wall. However, in the glass brick U429.14, March 31, pp. ^ Bu Department additional settings - vote (four) (four), work to estimate the brightness of the air and the light to ensure enough, using the projection light source to penetrate the glass brick wall can achieve the beautification effect, but also can not be directly buried in the light source Glass brick wall. SUMMARY OF THE INVENTION In view of the above-mentioned shortcomings of the prior art, the present invention is directed to a skeleton of a glass monument wall which can be used without using reinforced concrete as a stone cutting hand & and a construction method of the skeleton. In order to achieve the above object, the technical means adopted by the present invention is to design a skeleton of a glass brick wall, which comprises a body, which is an elongated plate body, and has a width corresponding to a groove at a side edge of the glass monument; The two side wings are formed outwardly from the two sides of the body, and are fitted to the side edges of the broken glass tablet; the two light grooves are respectively concavely formed on both sides of the body, communicated between the two ends of the body, and the lamp The two side wall surfaces at the opening portion of the groove are respectively recessed inwardly to provide corresponding cover groove; the two cover plates are a transparent long-shaped sheet, and are detachably fixed to the two side edges thereof. In the two cover slots of the lamp slot; a pin hole 'through the molding between the two ends of the body. Another technical means adopted by the present invention is to design a construction method of a glass monument wall. The construction method is implemented on a plurality of glass bricks and a skeleton stone. The frame is like the above-mentioned glass monument wall, and the plurality of branches are two The skeletons of different lengths are beam frames and longitudinal beams. The length of the longitudinal beams is equivalent to the length of the vertical side wall of the glass sheet of each of the glass sheets on March 31, 2014. The length of the beam frame 1 is equivalent to the total length of the beam. To the length, and then to each of the left and right adjacent glass bricks, a solid frame is arranged, and a beam frame is fixed between the glass bricks of each layer and the glass bricks of the adjacent layers, and the beams and the glass bricks are arranged The contact surface is coated with a compound material for adhesion; the plurality of through holes corresponding to the pin holes of the stringer are respectively distributed on the two surfaces of the body of the k-beam frame, and The distance between the center of the through hole and the center is exactly equal to the transverse wall length of a glass brick plus the thickness of a longitudinal beam frame, and the through holes of the beam frames correspond to the pin holes of each longitudinal beam frame when stacked, and respectively correspond to Through hole and pin hole There is a pin for fixing between the wearers. The glass brick wall piled up by the invention does not need to use general building materials such as cement in the stacking process, so there is no trouble caused by the environment caused by the dialing and cement, and only one side wing is provided between the glass monuments. As a connection, the gap between the monument and the monument can be surely reduced; furthermore, the invention can be provided with a tool for the projection to be used for projection. The light source can be worn and the glass brick wall can beautify the effect. It will not occupy indoor space. [Embodiment] Referring to the first and third figures, the skeleton of the glass monument wall of the present invention is mainly applied to the stacking of glass brick walls, and may further comprise a body (10), two side wings (20), and two light sockets. (3〇), two cover plates (4〇) and one pin hole (5〇). The body (10) is an elongated plate body having a width corresponding to the groove (81) at the side edge of the glass monument (80), and the dog surface can be further provided on the two plates (11). ), in order to increase the friction of the surface, the texture (1 i ) 7 1342914 January 31, the replacement page can be linear and continuous between the two ends of the body (1 〇). The aforementioned side flaps (20) are formed outwardly from the two sides of the body, and cooperate with the side edges 1 of the glass monument (10) to provide the side edge positioning of the glass monument (10) to prevent the two adjacent glass bricks (10) from directly contacting, and The outer shape may be two sheets which are arranged side by side and protruded flat. Please refer to the fourth figure for further cooperation. In another embodiment, the side flaps (20A) may be a single piece protruding outwardly. The aforementioned light troughs (30) are respectively concavely formed on the two surfaces of the main body (1〇), which may be long and communicated between the two ends of the main body (10). One side wall surface of the light trough (10) may be recessed. There is a wire slot (31) for accommodating the wires, and corresponding side cover grooves (32) are respectively recessed inward on the two side wall faces at the opening portions of the lamp slots (30). The cover plate (40) may be a transparent long-shaped sheet, and is detachably disposed in the two cover grooves (32) fixed to the lamp socket (3〇) at the two side edges thereof. The pin hole (50) is inserted between the two ends of the body (1〇). Please further refer to the second figure. When the invention is used in the first application embodiment, the skeleton (1) of the glass monument wall can be cut into a plurality of transverse trusses (A) and longitudinal beams (B), longitudinal beams. The length of the frame (B) is equivalent to the length of the longitudinal side wall of each glass monument (8 〇), and the length of the beam frame (1) is equivalent to the total lateral length of the glass monument wall and is respectively distributed on both sides of the body (10). A plurality of pairs of holes (15) in the pin holes (50), and the distance between the center and the center of each of the holes (15) is exactly equal to the lateral wall length of a glass brick (80) plus a longitudinal beam frame (A) Thickness; In addition, when stacking the bottom glass brick (8〇), each longitudinal beam (B) is sequentially joined by a highly adhesive compound, and its body (1〇,) 8 13429.14 The replacement page on March 31, 100 corresponds to the glass tile (80) side edge groove (81) sandwiched between every two adjacent glass monuments (80)' and on the longitudinal beams (B) One pin hole (5 〇) is provided with a pin member (60), and then the beam frame (eight) is corresponding to the side edge groove of the bottommost glass brick (80) with its body (1 〇) (81) and correspondingly the respective holes (15) corresponding to the pin members (6〇) sleeved on each of the bottommost frame members (B), and matched with the glass bricks (80) and the beam frame (A) a high-adhesive compound is applied as a bonding means on the contact surface; and a pin member (60) is further disposed on each of the upper side holes (8) of the beam frame (A), and the bottommost glass brick (8 〇) is further disposed as described above. The stacking method is to fix a plurality of glass bricks (80) and longitudinal beam frames (B) between the pin members (6〇) and the pin members (60), and to make the pin holes of each longitudinal beam frame (B) (5) 〇) correspondingly set on each pin (60); then repeat the foregoing means to sequentially stack the glass brick (8 〇) and the longitudinal and beam frame (B) (A) to the desired height. Further, as shown in the third circle, in the application of the present invention, a light source (70) may be further built in the light groove (3〇) on both sides of each of the horizontal and vertical beams (person) (3). ), when the glass monument wall is completed, there is no need to cast extra light, and the glass brick wall can be smashed to enhance the visual effect. The glass monument wall piled up by the invention does not need to use cement as the joint mode between the brick faces, so there is no stagnation in the stacking due to the mixing of the muddy mud and the messy environment. In the implementation, the flank (2) is used as the space between the brick and the brick, so it can effectively reduce the thickness of the monument and the brick by controlling the thickness of the flank (10) (even thinning to 2 mm thick in practice). There is no gap between the gaps, which may affect the appearance due to the excessively thick interval. Moreover, because the process is simple, the owner can build the wall after purchasing the materials. 9 1342914 Replaced on March 31, 100 This will save a salary. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a partial appearance view of an embodiment of the present invention. The second figure is a partial front view of an embodiment of the invention. The third figure is an end sectional view of the present invention. The fourth figure is another embodiment of the present invention. [Embodiment of the main components is an end view of an embodiment. (1) Skeleton (10) Body (11) Grain (15) Through Hole (20) (20A) Flanking (30) Lamp Slot (31) Trunking (32) Cover Slot (40) Cover (5 0) Pin hole (60) pin (80) glass brick (81) groove (B) longitudinal beam frame (A) beam frame