TWM587209U - Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame - Google Patents
Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame Download PDFInfo
- Publication number
- TWM587209U TWM587209U TW108210504U TW108210504U TWM587209U TW M587209 U TWM587209 U TW M587209U TW 108210504 U TW108210504 U TW 108210504U TW 108210504 U TW108210504 U TW 108210504U TW M587209 U TWM587209 U TW M587209U
- Authority
- TW
- Taiwan
- Prior art keywords
- frame
- hook
- horizontal
- spacer
- resistant
- Prior art date
Links
Landscapes
- Load-Bearing And Curtain Walls (AREA)
Abstract
本創作係一種玻璃磚鋁格框架補強耐震耐擠壓牆板構造，包括一外框架、一內框架、數玻璃磚，並該外框架為矩形中空框體；又該內框架設於外框架內與外框架固接，具一直條狀上橫框、一直條狀下橫框、數直條狀間隔框，該間隔框直向、橫向呈格狀排列，又該直向間隔框上、下端分別由接合元件與上、下橫框固接，又該橫向間隔框設於相鄰直向間隔框內，並形成數框格；又該複數玻璃磚每一玻璃磚分別設於內框架之一框格內時頂部與橫向間隔框底面未緊密抵靠；藉此本創作可具較佳排水性及支撐組合強度。This creation is a glass brick aluminum lattice frame reinforced earthquake-resistant and anti-extrusion wallboard structure, which includes an outer frame, an inner frame, and several glass bricks, and the outer frame is a rectangular hollow frame; and the inner frame is provided inside and outside the outer frame. The frame is fixedly connected with a straight upper horizontal frame, a straight lower horizontal frame, and several straight spacer frames. The spacer frames are arranged vertically and horizontally, and the upper and lower ends of the straight spacer frames are respectively joined. The element is fixedly connected to the upper and lower horizontal frames, and the horizontal interval frame is set in the adjacent vertical interval frame and forms a number of grids; each glass tile of the plurality of glass tiles is respectively placed in one of the frames of the inner frame when the top is It is not in close contact with the bottom surface of the horizontal spacer frame; this creation can have better drainage and support combination strength.
Description
本創作關於一種玻璃磚鋁格框架補強耐震耐擠壓牆板構造，主要指一種可提升組合支撐強度及排水功效之玻璃磚牆。This creation is about a glass brick aluminum lattice frame reinforced earthquake-resistant and anti-extrusion wallboard structure, which mainly refers to a glass brick wall that can improve the combined support strength and drainage efficiency.
習知建築隔間常採用數紅磚堆疊並以水泥固接形成之磚牆，該磚牆可具良好強度，然而具不透光及室內採光不佳缺失，又目前具有由數玻璃磚堆疊並由水泥固接之牆體，並可藉由可透光之玻璃磚以具較佳採光及外觀質感。Known building compartments often use several red bricks stacked and cemented to form a brick wall. The brick wall can have good strength, but it is opaque and lacks good indoor lighting. It currently has several glass bricks stacked and made of glass. The cement-fixed wall can have better lighting and appearance texture through transparent glass bricks.
然而因玻璃磚為光滑表面並非一般紅磚表面具毛細孔，造成水泥與玻璃磚表面之結合牢固性不佳且易產生滲水間隙導致室內積水，又該玻璃磚為中空體，雖然可具良好隔音效果，但其荷重性差，造成各層玻璃磚可能因承載過重或地震扭曲而破裂，且若有人攀爬至該玻璃磚牆上方或玻璃磚牆上方放置重物時更可能因承載過重造成各層玻璃磚因受力分佈破裂危險。However, because the glass brick has a smooth surface, it is not the surface of ordinary red bricks with pores, which results in poor bonding between cement and glass bricks. It is easy to produce water seepage gaps and cause water to accumulate in the room. The glass brick is a hollow body. Although it can have good sound insulation, but Due to its poor loadability, each layer of glass bricks may be broken due to excessive load or seismic distortion, and if someone climbs above the glass brick wall or places a heavy object on the glass brick wall, it is more likely that each layer of glass bricks will be broken due to stress distribution due to excessive load.
此外該玻璃磚採用水泥濕式工法組成時必須由專業人員才能精確上、下對位，施工不易，且未精確對位時易造成該上、下層玻璃磚位置偏移而大幅降低組合強度及支撐穩定性。In addition, when the glass brick is composed of cement wet construction method, it must be accurately aligned by professionals. The construction is not easy. When the glass brick is not accurately aligned, the position of the upper and lower glass bricks is easily shifted, which greatly reduces the combination strength and support stability. .
本創作之目的在提供一種提升排水及組合支撐強度及排水構造。The purpose of this creation is to provide an improved drainage and combined support strength and drainage structure.
本創作包括一外框架、一內框架、數玻璃磚，該外框架為矩形中空框體；又該在內框架設於外框架內與外框架固接，具一直條狀上橫框、一直條狀下橫框、數直條狀間隔框，該間隔框直向、橫向呈格狀排列，又該直向間隔框上、下端分別由接合元件與上、下橫框固接，又該橫向間隔框設於相鄰直向間隔框內，並形成數框格，又該每一玻璃磚分別設於內框架之一框格內時頂部與橫向間隔框底面未緊密抵靠。The creation includes an outer frame, an inner frame, and a number of glass bricks. The outer frame is a rectangular hollow frame. The inner frame is set in the outer frame and fixed to the outer frame. The lower horizontal frame and a number of straight spacer frames are arranged vertically and horizontally in a grid pattern, and the upper and lower ends of the vertical spacer frame are respectively fixed to the upper and lower horizontal frames by a joint element, and the horizontal spacer frame It is set in adjacent vertical space frames and forms a number of grids, and when each glass brick is respectively set in one of the frames of the inner frame, the top and the bottom of the horizontal space frame are not closely abutted.
進一步，更包括矽膠，該玻璃磚周邊與格框間及內框架與外框架間設置矽膠密合組接。Furthermore, silicon rubber is further included, and the glass bricks are arranged in close contact with the grid frame and between the inner frame and the outer frame.
步，該間隔框中央具一板片部，該板片部二側分別設置大於板片部厚度之補強部，該補強部設置接合孔。In the step, there is a plate part in the center of the spacer frame, and the two sides of the plate part are respectively provided with a reinforcing part larger than the thickness of the plate part, and the reinforcing part is provided with a joint hole.
進一步，更包括數第一連接件、數第二連接件，又該直向間隔框不同高度位置及橫向間隔框二側分別設置組接孔；又該第一連接件提供左、右側直向間隔框與橫向間隔框連結，又該第二連接件提供中央直向間隔框與二側橫向間隔框連結。Further, it further comprises a number of first connecting pieces and a number of second connecting pieces, and the vertical spacer frame is provided with a set of connection holes at different height positions and two sides of the horizontal spacer frame respectively; and the first connecting piece provides left and right straight spacer The frame is connected with the horizontal spacer frame, and the second connecting member provides a connection between the central vertical spacer frame and the two lateral spacer frames.
進一步，該第一連接件一側具一第一勾部，該第一勾部一側具一第一承接部，該第一勾部具可勾扣直向間隔框組接孔之第一勾槽，該第一勾槽二側具位於直向間隔框相對二側之第一勾片，又該第一承接部由一側之第一勾片橫向延伸並可承置橫向間隔框之一側，又向上設置可勾扣橫向間隔框組接孔之第一勾體。Further, a side of the first connecting member is provided with a first hook portion, a side of the first hook portion is provided with a first receiving portion, and the first hook portion is provided with a first hook capable of hooking to the connection hole of the spacer frame group. The first hook groove has two first hook pieces on opposite sides of the straight spacer frame on both sides, and the first receiving portion extends laterally from the first hook piece on one side and can receive one side of the horizontal spacer frame. Then, a first hook body capable of hooking the connection holes of the horizontal space frame group is set upward.
進一步，該第二連接件設於中央直向間隔框上，中央具一第二勾部，該第二勾部二側分別具一第二承接部，該第二勾部具可勾扣直向間隔框組接孔之第二勾槽，該第二勾槽二側具位於直向間隔框相對二側之第二勾片，又該二第二承接部分別由二側第二勾片橫向延伸並可分別承置一橫向間隔框之一側，又向上設置可勾扣橫向間隔框組接孔之第二勾體。Further, the second connecting member is provided on the central vertical spacer frame, and a second hook portion is provided in the center, and a second receiving portion is provided on each side of the second hook portion, and the second hook portion can be buckled straight. The second hook groove of the connecting hole of the spacer frame, the second hook groove has two hook pieces on the two sides of the opposite two sides of the straight spacer frame, and the two second receiving portions respectively extend laterally from the second hook pieces on the two sides. And one side of a horizontal spacer frame can be received respectively, and the second hook body which can buckle the connection hole of the horizontal spacer frame group is arranged upward.
進一步，該外框架具一直條狀導水框、三直條狀外環框，該導水框對應地面水平方向橫向設於外框架下方，具一外板部、一內板部、一承置板部，該外板部、內板部互呈平行直向設置，又該承置板部橫向設於外、內板部間，並二側分別連結外、內板部，又該承置板部內側靠近內板部位置設置一導水槽，又於導水槽朝向外側設置排水槽，又於該外板部對應排水槽位置設置排水口；又該三外環框分別設於外框架之左、右二側及上方位置，並與下方導水框組成矩形外框架。Further, the outer frame has a straight strip-shaped water guide frame and three straight strip-shaped outer ring frames. The water guide frame is horizontally disposed below the outer frame corresponding to the horizontal direction of the ground, and has an outer plate portion, an inner plate portion, and a receiving plate portion. The outer plate portion and the inner plate portion are arranged in parallel and vertically to each other, and the receiving plate portion is horizontally disposed between the outer and inner plate portions, and the two sides are respectively connected to the outer and inner plate portions, and the inner portion of the receiving plate portion A water guide groove is arranged near the inner plate portion, and a water drainage groove is provided toward the outer side of the water plate groove, and a drainage opening is provided at a position corresponding to the water groove of the outer plate portion; and the three outer ring frames are respectively arranged on the left and right sides of the outer frame. Side and upper positions, and form a rectangular outer frame with the lower water guide frame.
進一步，該導水框之承置板部具對應地面水平方向之上、下橫片，又該導水槽設於上橫片內側與內板部及下橫片間。Further, the supporting plate portion of the water guiding frame has upper and lower horizontal pieces corresponding to the horizontal direction of the ground, and the water guiding groove is disposed between the inner side of the upper horizontal piece and the inner plate portion and the lower horizontal piece.
進一步，該導水框之外板部與上橫片間具一外擋部，又該三環框具互呈平行之外、內板，該外、內板間設置橫板連結，又該外板與橫板間具一外擋部。Further, an outer stopper is provided between the outer plate portion and the upper cross piece of the water guide frame, and the three ring frames have outer and inner plates parallel to each other, and a horizontal plate connection is provided between the outer and inner plates, and the outer plate There is an outer stop between the horizontal plate and the horizontal plate.
進一步，該導水框之外、內板部下方分別朝向中央設置與地面接合之外、內接合板，又該三外環框之外、內板部一端分別設置外、內接合板。Further, outer and inner joint plates are respectively provided outside the water guide frame and below the inner plate portion toward the center, and outer and inner joint plates are respectively provided on one end of the three outer ring frames and one end of the inner plate portion.
本創作之內框架之框格尺寸易精確設置，並組成玻璃磚牆時可具較佳格狀排列精確質感，又該上層玻璃磚重量由內框架支撐，不會直接壓迫在下層玻璃磚上，不會造成各層玻璃磚因受力破裂情形，可具較佳支撐穩定性。The size of the inner grid of this creation is easy to set accurately, and it can have a better grid and precise texture when forming a glass brick wall. The weight of the upper glass brick is supported by the inner frame, and it will not directly press on the lower glass brick. Each layer of glass bricks can be better supported and stabilized due to stress.
本創作當有部分外部雨水落入室內時可向下導流至導水框之導水槽，再由排水槽及排水口向外排出，可防止雨水滲入室內，可具較佳阻隔雨水功效。In this creation, when some external rainwater falls into the room, it can be channeled down to the water channel of the water guide frame, and then drained out from the drainage channel and the drainage outlet.
請參閱圖一~六，本創作包括一外框架1、一內框架2、數玻璃磚3，該外框架1具一直條狀導水框11、三直條狀外環框12，該導水框11對應地面水平方向橫向設於外框架1下方，具一外板部111、一內板部112、一承置板部113，該外板部111、內板部112互呈平行直向設置，又於下方分別朝向中央設置與地面接合之外、內接合板1111、1121，又該承置板部113橫向設於外、內板部111、112間，並二側分別連結外、內板部111、112，具對應地面水平方向之上、下橫片1131、1132，該外板部111上方與上橫片1131間具一外擋部1112，又該上橫片1131內側與內板部112及下橫片1132間具導水槽114，又於導水槽114二端朝向外側設置排水槽115，該外板部111對應排水槽115位置設置排水口116，又該下橫片1132二側分別與外、內板部111、112連結，並設置接合孔1133。Please refer to Figures 1-6. This creation includes an outer frame 1, an inner frame 2, and glass bricks 3. The outer frame 1 has a straight strip-shaped water guide frame 11, three straight strip-shaped outer ring frames 12, and the water guide frame 11 corresponds to The ground is horizontally arranged below the outer frame 1 and has an outer plate portion 111, an inner plate portion 112, and a receiving plate portion 113. The outer plate portion 111 and the inner plate portion 112 are arranged in parallel and perpendicular to each other, and The outer and inner joint plates 1111 and 1121 which are connected to the ground are arranged toward the center from below, and the receiving plate portion 113 is horizontally disposed between the outer and inner plate portions 111 and 112, and the outer and inner plate portions 111 and 112 are respectively connected on two sides. 112, corresponding to the upper and lower transverse pieces 1131, 1132 corresponding to the horizontal direction of the ground. An outer stop portion 1112 is provided between the upper plate portion 111 and the upper transverse plate 1131, and the inner side of the upper transverse plate 1131 and the inner plate portion 112 and the lower portion. There is a water guiding groove 114 between the horizontal plates 1132, and a drainage groove 115 is provided at the two ends of the water guiding groove 114 toward the outside. The outer plate portion 111 is provided with a drainage port 116 corresponding to the drainage groove 115. The two sides of the lower horizontal plate 1132 are respectively outward and external. The inner plate portions 111 and 112 are connected, and a joint hole 1133 is provided.
三外環框12分別設於外框架1之左、右二側及上方位置，具互呈平行之外、內板121、122，該外、內板121、122一端分別設置可與外部裝置(圖中未顯示)接合之外、內接合板1211、1221，又於外、內板121、122間設置橫板123連結，該外板121與橫板123間具一外擋部1212，又於橫板123設置接合孔1231，並使左、右側外環框12可分別設於導水框11二側並由接合元件13穿插外環框12之橫板123與導水框11之接合孔1133、1231組合，又該上方外環框12可設於左、右外環框12間，並由接合元件13穿插左、右外環框12之橫板123與上方外環框12之接合孔1231組合，並組成矩形外框架1。The three outer ring frames 12 are respectively located on the left, right and two sides of the outer frame 1 and have parallel outer and inner plates 121 and 122. One end of the outer and inner plates 121 and 122 can be provided with an external device ( (Not shown in the figure) Outside and inner joint plates 1211 and 1221 are connected, and a horizontal plate 123 is connected between the outer and inner plates 121 and 122. The outer plate 121 and the cross plate 123 are provided with an outer stopper 1212. The horizontal plate 123 is provided with joint holes 1231, and the left and right outer ring frames 12 can be respectively provided on the two sides of the water guide frame 11 and the joint elements 13 are inserted into the connection holes 1133 and 1231 of the horizontal plate 123 of the outer ring frame 12 and the water guide frame 11. Combination, and the upper outer ring frame 12 can be located between the left and right outer ring frames 12, and the joint element 13 is inserted through the horizontal plate 123 of the left and right outer ring frame 12 and the joint hole 1231 of the upper outer ring frame 12, And form a rectangular outer frame 1.
內框架2設於外框架1內，具一直條狀上橫框21、一直條狀下橫框22、數直條狀間隔框23、數第一連接件4、數第二連接件5，該上、下橫框21、22為對稱結構，具一橫片部211、221，該橫片部211、221具接合槽212、222，又該間隔框23中央具一板片部231，該板片部231二側分別設置大於板片部231厚度之補強部232，該補強部232設置接合孔233，又該間隔框23可直向、橫向呈格狀排列，該直向間隔框23上、下端分別由接合元件25穿插上、下橫框21、22之接合槽212、222與間隔框23之接合孔233固接，又該橫向間隔框23長度約對應相鄰直向間隔框23間距，該直向間隔框23不同高度位置之板片部231及橫向間隔框23之板片部231二側分別設置組接孔234。The inner frame 2 is provided in the outer frame 1 and has a straight upper horizontal frame 21, a straight lower horizontal frame 22, a plurality of straight spacer frames 23, a first connecting member 4, and a second connecting member 5. The upper and lower horizontal frames 21 and 22 are symmetrical structures, and have a horizontal piece portion 211, 221. The horizontal piece portion 211, 221 has engaging grooves 212, 222. In the center of the spacer frame 23, a plate portion 231 is provided. The two sides of the sheet portion 231 are respectively provided with a reinforcing portion 232 that is larger than the thickness of the plate portion 231. The reinforcing portion 232 is provided with an engaging hole 233. The spacer frame 23 can be arranged in a grid pattern in a vertical and horizontal direction. The lower ends are respectively fixed by the engaging elements 25 through the engaging grooves 212 and 222 of the upper and lower horizontal frames 21 and 22 and the engaging holes 233 of the spacer frame 23, and the length of the horizontal spacer frame 23 corresponds approximately to the distance between adjacent vertical spacer frames 23. The plate portions 231 at different height positions of the vertical spacer frame 23 and the plate portions 231 of the horizontal spacer frame 23 are respectively provided with assembly holes 234 on both sides.
該第一、二連接件4、5由金屬或其他硬質材料製造，提供直向及橫向間隔框23快速結合及提供較佳支撐強度，該第一連接件4設於內框架2左側或右側之間隔框23上，一側具一第一勾部41，該第一勾部41一側具第一承接部42，該第一勾部41具可勾扣直向間隔框23組接孔234之第一勾槽411，該第一勾槽411二側具位於直向間隔框23之板片部231相對二側之第一勾片412，又該第一承接部42由一側之第一勾片412橫向延伸並可承置橫向間隔框23之板片部231一側，又向上設置可勾扣橫向間隔框23組接孔234之第一勾體421。The first and second connecting members 4 and 5 are made of metal or other hard materials, and provide vertical and horizontal spacer frames 23 for fast combination and provide better support strength. The first connecting members 4 are provided on the left or right side of the inner frame 2 The spacer frame 23 is provided with a first hook portion 41 on one side, and the first hook portion 41 is provided with a first receiving portion 42 on one side, and the first hook portion 41 is capable of hooking straight into the connection holes 234 of the spacer frame 23 group. The first hook groove 411 is provided with two first hook pieces 412 on opposite sides of the plate portion 231 of the vertical spacer frame 23 on two sides, and the first receiving portion 42 is formed by the first hook on one side. The sheet 412 extends laterally and can support one side of the plate part 231 of the horizontal spacer frame 23, and a first hook body 421 that can hook the connection holes 234 of the horizontal spacer frame 23 is provided upward.
該第二連接件5設於中央直向間隔框23上，中央具一第二勾部51，該第二勾部51二側分別具一第二承接部52，該第二勾部51具可勾扣直向間隔框23組接孔234之第二勾槽511，該第二勾槽511二側具位於直向間隔框23之板片部231相對二側之第二勾片512，又該二第二承接部52分別由二側第二勾片512橫延伸並可分別承置一橫向間隔框23之板片部231一側，又向上設置可勾扣橫向間隔框23組接孔234之第二勾體521，並使該第一、二連接件4、5可分別由第一、二勾部41、51組設於左、右二側及中央間隔框23上，又令橫向間隔框23之組接孔234分別與第一承接部42或第二承接部52接合，並分別由第一、二勾體421、521勾扣形成具數框格24之內框架2，又該內框架2可設於外框架1內，並前側可由外擋部1112、1212抵靠，並由接合元件7穿插上、下橫框21、22及左、右側間隔框23與外框架1之外環框12及導水框11固接。The second connecting member 5 is provided on the central straight spacer frame 23, and a second hook portion 51 is provided in the center. The second hook portion 51 is provided with a second receiving portion 52 on both sides. The second hook groove 511 of the group of connecting holes 234 of the vertical spacer frame 23 has two second hook grooves 511 on the two sides of the second hook groove 512 located on the opposite sides of the plate portion 231 of the vertical spacer frame 23. The two second receiving portions 52 respectively extend laterally from the second hook pieces 512 on the two sides and can respectively receive one side of the plate portion 231 of the horizontal spacer frame 23, and upwardly set the hook holes 234 of the group of the horizontal spacer frames 23 The second hook body 521, and the first and second connecting members 4, 5 can be set by the first and second hook portions 41, 51 respectively on the left and right sides and the central spacer frame 23, and the horizontal spacer frame The group connection holes 234 of 23 are respectively engaged with the first receiving portion 42 or the second receiving portion 52, and the first and second hook bodies 421 and 521 are respectively buckled to form the inner frame 2 with a number of frames 24, and the inner frame 2 2 can be set in the outer frame 1, and the front side can be abutted by the outer stoppers 1112 and 1212, and the upper and lower horizontal frames 21 and 22 and the left and right spacer frames 23 and the outer ring frame of the outer frame 1 are interspersed by the joint elements 7. 12 and The water guide frame 11 is fixedly connected.
該每一玻璃磚3設於內框架2之每一框格24內，並頂部與橫向間隔框23底面未緊密抵靠，並使間隔框23承載重量不會壓迫下方玻璃磚3，再藉由矽膠6或其他黏合裝置令玻璃磚3周邊與格框24間及內框架2及外框架1可密合組接，並可具防水功效。Each glass brick 3 is disposed in each frame 24 of the inner frame 2, and the top and the bottom of the horizontal spacer frame 23 are not closely abutted, so that the bearing weight of the spacer frame 23 does not press the lower glass brick 3, and then the silicon rubber 6 is used. Or other bonding devices can make the periphery of the glass brick 3 and the grid 24, the inner frame 2 and the outer frame 1 tightly connected and have a waterproof effect.
本創作採乾式工法易快速組裝，又本創作之內框架2之框格24尺寸易精確設置，並組成玻璃磚牆時可具較佳格狀排列精確質感，又該上層玻璃磚3重量由內框架2支撐，不會直接壓迫在下層玻璃磚3上，不會造成各層玻璃磚3受力或地震時扭曲破裂情形，可具較佳支撐穩定性。This creation adopts dry construction method for quick and easy assembly, and the size of the grid 24 of the inner frame 2 of this creation is easy to set accurately, and it can have a better grid and precise texture when forming a glass brick wall. The weight of the upper glass brick 3 is from the inner frame 2 The support will not directly press on the lower glass bricks 3, and will not cause the glass bricks 3 in each layer to be deformed or cracked during an earthquake, which can have better support stability.
請參閱圖六，本創作當有部分外部雨水落入室內時可向下導流至導水框11之導水槽114，再由排水槽115及排水口116向外排出，可防止雨水滲入室內，可具較佳阻隔雨水功效。Please refer to Figure 6. When this part of the external rainwater falls into the room, it can be conducted down to the water guide 114 of the water guide frame 11, and then drained out from the drainage tank 115 and the drainage outlet 116, which can prevent rainwater from seeping into the room. With better barrier effect of rain.
請參閱圖七，本創作可依需求組成適當面積之玻璃磚牆，並可具較佳支撐穩定性及排水功效，且可具較佳適用性，且可易於拆解至不同位置使用，並前述實施例為本創作例示，並非本創作限制，凡依據本創作精神所為之等效改變亦應屬於本創作範疇內。Please refer to Figure 7. This creation can be composed of a glass brick wall of appropriate area according to requirements, and can have better support stability and drainage effect, and can have better applicability, and can be easily disassembled to use in different locations, and the aforementioned implementation The example is an illustration of the creation, not the limitation of the creation, and any equivalent changes based on the spirit of the creation should also fall within the scope of the creation.
1‧‧‧外框架1‧‧‧ Outer Frame
11‧‧‧導水框 11‧‧‧ Water Diversion Frame
111‧‧‧外板部
1111‧‧‧外接合板111‧‧‧Outer Panel Department
1111‧‧‧Outer splice plate
1112‧‧‧外擋部 1112‧‧‧Outer Block
112‧‧‧內板部
1121‧‧‧內接合板112‧‧‧Inner plate department
1121‧‧‧Inner joint plate
113‧‧‧承置板部 113‧‧‧Receiving plate department
1131‧‧‧上橫片
1132‧‧‧下橫片1131‧‧‧ Upper horizontal film
1132‧‧‧Lower horizontal plate
1133‧‧‧接合孔 1133‧‧‧Joint hole
114‧‧‧導水槽
115‧‧‧排水槽114‧‧‧ Aqueduct
115‧‧‧Drain trough
116‧‧‧排水口 116‧‧‧ Drain
12‧‧‧外環框
121‧‧‧外板12‧‧‧ outer ring frame
121‧‧‧ outer plate
1211‧‧‧外接合板 1211‧‧‧Outer splice plate
1212‧‧‧外擋部
122‧‧‧內板1212‧‧‧Outer Block
122‧‧‧Inner plate
1221‧‧‧內接合板 1221‧‧‧Inner joint plate
123‧‧‧橫板
1231‧‧‧接合孔123‧‧‧ horizontal board
1231‧‧‧Joint hole
13‧‧‧接合元件
2‧‧‧內框架13‧‧‧Joint element
2‧‧‧ inner frame
21‧‧‧上橫框 21‧‧‧Upper horizontal frame
211‧‧‧橫片部
212‧‧‧接合槽211‧‧‧Horizontal Section
212‧‧‧Slot
22‧‧‧下橫框 22‧‧‧ lower horizontal frame
221‧‧‧橫片部
222‧‧‧接合槽221‧‧‧ horizontal section
222‧‧‧Slot
23‧‧‧間隔框 23‧‧‧ Spacer
231‧‧‧板片部
232‧‧‧補強部231‧‧‧ Plate Department
232‧‧‧ Reinforcement Department
233‧‧‧接合孔 233‧‧‧Joint hole
234‧‧‧組接孔
24‧‧‧框格234‧‧‧group of holes
24‧‧‧ sash
25‧‧‧接合元件 25‧‧‧Joint element
3‧‧‧玻璃磚
4‧‧‧第一連接件3‧‧‧ glass brick
4‧‧‧first connector
41‧‧‧第一勾部 41‧‧‧First hook
411‧‧‧第一勾槽
412‧‧‧第一勾片411‧‧‧The first hook slot
412‧‧‧The first hook
42‧‧‧第一承接部 42‧‧‧First receiving department
421‧‧‧第一勾體
5‧‧‧第二連接件421‧‧‧First hook
5‧‧‧Second connection
51‧‧‧第二勾部 51‧‧‧Second hook
511‧‧‧第二勾槽
512‧‧‧第二勾片511‧‧‧Second hook slot
512‧‧‧Second hook
52‧‧‧第二承接部 52‧‧‧The second receiving department
521‧‧‧第二勾體
6‧‧‧矽膠521‧‧‧Second hook
6‧‧‧ Silicone
7‧‧‧接合元件 7‧‧‧Joint element
圖一係本創作之部分分解圖。Figure 1 is a partial exploded view of this creation.
圖二係本創作之外框架組成示意圖。Figure 2 is a schematic diagram of the composition of the framework outside this creation.
圖三係本創作之內框架組成示意圖。Figure 3 is a schematic diagram of the internal frame composition of this creation.
圖四係本創作之整體組合示意圖。Figure 4 is a schematic diagram of the overall composition of this creation.
圖五係本創作之組合剖視示意圖。Figure 5 is a schematic sectional view of the composition of this creation.
圖六係本創作之組合剖視及排水示意圖。Figure 6 is a sectional and drainage diagram of this creation.
圖七係本創作另一組合示意圖。Figure 7 is another schematic diagram of this composition.
Claims (10)
一外框架，為矩形中空框體；
一內框架，設於外框架內與外框架固接，具一直條狀上橫框、一直條狀下橫框、數直條狀間隔框，該間隔框直向、橫向呈格狀排列，又該直向間隔框上、下端分別由接合元件與上、下橫框固接，又該橫向間隔框設於相鄰直向間隔框內，並形成數框格；
複數玻璃磚，該每一玻璃磚分別設於內框架之一框格內時頂部與橫向間隔框底面未緊密抵靠。 A glass brick aluminum lattice frame reinforced earthquake-resistant and anti-extrusion wallboard structure includes:
An outer frame is a rectangular hollow frame;
An inner frame is provided in the outer frame and is fixedly connected to the outer frame. The inner frame has a straight upper horizontal frame, a straight lower horizontal frame, and several straight spacer frames. The spacer frames are arranged vertically and horizontally in a grid pattern. The upper and lower ends of the vertical spacer frame are fixedly connected to the upper and lower horizontal frames by a bonding element, respectively, and the horizontal spacer frame is set in an adjacent vertical spacer frame and forms a number of grids;
A plurality of glass bricks, each of which is placed in one of the frames of the inner frame, and the top and the bottom of the laterally spaced frame are not closely abutted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW108210504U TWM587209U (en) | 2019-08-08 | 2019-08-08 | Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW108210504U TWM587209U (en) | 2019-08-08 | 2019-08-08 | Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM587209U true TWM587209U (en) | 2019-12-01 |
Family
ID=69585106
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW108210504U TWM587209U (en) | 2019-08-08 | 2019-08-08 | Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM587209U (en) |
-
2019
- 2019-08-08 TW TW108210504U patent/TWM587209U/en unknown
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20100024323A1 (en) | Energy Saving House | |
| RU2543248C2 (en) | Structure of dome type | |
| US20130055653A1 (en) | House constructed from finished product components and constructing method thereof | |
| CN113737936B (en) | Connection structure of prefabricated combined duplex balcony and construction method | |
| CN216552823U (en) | Board seam waterproof construction of PC externally-hung wallboard | |
| CN110939213A (en) | Waterproof outer wall of building | |
| CN207794680U (en) | A kind of precast slab assembled integrated toilet case | |
| CN212896995U (en) | Assembled faces bathroom light partition wall waterproof node | |
| TW202214938A (en) | Floor rack including at least two horizontally spaced longitudinal bars and at least one transverse bar | |
| TWM587209U (en) | Reinforced earthquake-resistant and squeeze-resistant wall panel structure of glass brick aluminum lattice frame | |
| TWM587193U (en) | Glass brick aluminum lattice frame reinforced earthquake-resistant and extrusion-resistant wall panel structure | |
| CN212295111U (en) | Seamless connection interface for building wall boards | |
| CN215650754U (en) | Waterproof chassis of whole bathroom | |
| CN204876261U (en) | Prevention of seepage water building board | |
| CN210562806U (en) | Building module splicing wall | |
| CN210597662U (en) | Steel construction assembled wallboard is built in room | |
| KR102070033B1 (en) | The drainage structure of the window frame frame formed in multiple layers | |
| CN208415810U (en) | A kind of caisson type accomodation ground assembling mounting structure | |
| CN103147510B (en) | Combined assembly type house device | |
| CN203113514U (en) | Combined split-mounting-type house device | |
| CN207469617U (en) | A kind of parapet position assembled room grid beam structure | |
| CN220036003U (en) | Large-span daylighting well structure | |
| CN212104509U (en) | Waterproof node structure of threshold of entrance and exit of roof | |
| CN211948935U (en) | Open-type line waterproof structure of assembled external wall panel | |
| CN215977324U (en) | Hydraulic construction foundation seepage prevention structure |