CN103452224A - Foam glass module and sheet material composed of same - Google Patents

Foam glass module and sheet material composed of same Download PDF

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Publication number
CN103452224A
CN103452224A CN2012101815621A CN201210181562A CN103452224A CN 103452224 A CN103452224 A CN 103452224A CN 2012101815621 A CN2012101815621 A CN 2012101815621A CN 201210181562 A CN201210181562 A CN 201210181562A CN 103452224 A CN103452224 A CN 103452224A
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China
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foam glass
foam
module
sheet
glass
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CN2012101815621A
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Chinese (zh)
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郑世裕
赖景正
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德世股份有限公司
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Abstract

The invention provides a foam glass module and a sheet material composed of the same. The foam glass module is rectangular and has a designed structure; a module with larger area can be assembled by foam glass modules and still has the characteristic of machinability of foam glass. The foam glass module provided by the invention are provided with assembling holes in specific positions, and connection pieces penetrating through the assembling holes of foam glass modules are used for connecting two or more foam glass modules to form the foam glass sheet material with the size meeting application needs. The sheet material composed of the foam glass modules has high mechanical strength and low specific gravity and is a good heat-insulation building material core.

Description

泡沬玻璃模块及以其组成的板材 Foam glass plate module and its composition

技术领域 FIELD

[0001] 本发明系关于泡沫玻璃的制作技术,更详而言之,本发明系关于一种泡沫玻璃模块及以此种泡沫玻璃模块所组成的泡沫玻璃板材。 Department of [0001] the present invention, techniques for production of foam glass, and more particularly to, the invention relates to a module foam glass and foam glass sheet in such a module composed of a foam glass. 本发明泡沫玻璃模块在特定位置上有组装孔,因此能够组合成更大面积的泡沫玻璃板材,方便实际的应用需要。 Foam glass with a module of the present invention, an assembly hole at a particular location, can be combined into a larger area of ​​the foam glass sheet, to facilitate practical application needs.

背景技术 Background technique

[0002] 已知泡沫玻璃板材系以废玻璃粉碎添加发泡剂,经加热发泡形成多孔性的轻质材料,具有隔音隔热的功效,为高性能的建材产品。 [0002] Known sheet material based foam glass cullet pulverized adding a foaming agent to form a porous lightweight material foamed by heating, with the effect of the noise insulation for high performance building materials. 传统的泡沫玻璃板材由于制作过程中的发泡现象,导致发泡完成的板材无法保持特定形状;尤其板材中央部份会因为受限于周围材料的发泡而向上凸起。 Since the conventional foam foaming glass sheet production process, leading to the completion of the foamed sheet can not maintain a specific shape; in particular, the central portion of the sheet is limited because of the foaming material around and upwardly convex. 当板材尺寸愈大,则发泡后中央部份凸起情况愈严重,必需经过切割整平,才能做为建材使用。 When the sheet size is larger, the central portion is raised after foaming more serious cases, necessary to cut through the flattened, in order to use as building materials. 此外,发泡板材的四边同样会因发泡产生尺寸变异与平面度差的问题,因此亦须经过切割整平等之后加工处理。 Further, four sides of the foam sheet will have the same size and flatness variation due to the problem of poor foaming, so after the cutting shall integer equal after processing. 有鉴于此,习知技艺中甚至已发展出专为整平此种发泡板材所设计的工具,如专利EP0931632,盼能藉此便利后加工,从而提高产能与降低制造成本。 In view of this, even in the conventional art have been developed specifically for such a leveling tool designed foam sheet, as described in Patent EP0931632, the hope of thereby facilitate processing, increase productivity and thus the manufacturing cost is reduced.

[0003] 虽然大面积板材在做为建材运用上有减少板材数量及提高施工速度的优点,但难以避免上述发泡后中央部份过度凸起的问题,必须另行整平。 [0003] While the large area sheet metal plates has the advantage of reducing the number and improve the construction speed in use as building materials, but the central portion of the foam difficult to avoid excessive projection problem requires a separate leveling. 此外,发泡板材的机械强度原就低于一般材料,而大面积发泡板材的抗折强度更低,格外不利于后续的加工与搬运。 Further, the mechanical strength of the foam sheet is generally lower than on the original material, and the lower the flexural strength of the foam sheet large area, is not particularly conducive to the subsequent processing and handling. 传统应用中,系于泡沫玻璃板材上下两面贴附如硅酸钙板、石膏板、水泥纤维板、金属板等板材, 藉此提高板材组体的机械强度,以便增加内含的泡沫玻璃,获得更大面积的隔热板材。 Conventional applications, based on both surfaces of the upper and lower glass sheet bonded foam as calcium silicate boards, gypsum board, cement fiberboard, sheet metal plate, thereby improving the mechanical strength of the plate member of the group, in order to increase the foam glass embedded, to obtain a more a large area of ​​insulation plate. 如中国专利CN202017314、CN201835474、CN201730221、CN201236419 及CN2835396 和日本专利JP2008062386等案,均是使用泡沫玻璃为核心,其上下两面加入一般板材建材,形成多层复合结构的隔热轻质板材。 Chinese patent CN202017314, CN201835474, CN201730221, CN201236419 and CN2835396 and Japanese Patent JP2008062386 other cases, are used as the core of foam glass, which is generally added to the plate upper and lower surfaces of building materials, light sheet formed insulation multilayer composite structure. 多层结构复合中可在某些层中加入纤维或钢筋,提高板材的整体强度,如中国专利CN201574498、CN201221135、CN101319551 及CN2617851 等等,不论何种方式,使用比重较高的板材或纤维,提高制作后的多层复合板材的比重。 The multilayer structure of the composite may be added to the fibers or reinforcement in some layers, to improve the overall strength of the sheet material, such as Chinese patent CN201574498, CN201221135, CN101319551 and CN2617851, etc., regardless of the mode, the use of higher specific gravity sheet or fiber, to improve the the proportion of multilayer composite sheet after the preparation.

[0004] 此外,如中国专利CN200961333及CN1958506和日本专利JP2009280488和JP2004155641等案所述,利用发泡玻璃颗粒,以无机胶结材或釉料粘结剂,经养护或加热形成泡沫玻璃板材,使用大尺寸模板可制得大面积泡沫玻璃板,虽然可得到一定机械强度的泡沫玻璃板,但此方法与添加轻质骨材的混凝土相似,比重会随使用的粘结剂而增加。 [0004] In addition, Chinese patent CN200961333 and CN1958506 and Japanese Patent JP2009280488 and JP2004155641 the other cases, the use of foamed glass particles, inorganic cementitious binder material or glaze, or curing by heating the glass sheet to form a foam, using large template size can be obtained large foam glass, foam glass is obtained although a certain mechanical strength, but the method of adding lightweight aggregate concrete and similar, the proportion of binder increases with usage. 为降低板材的比重,于多层复合板中使用发泡塑胶板,可获得一定强度与低比重的板材,如俄罗斯专利RU2211898与中国专利CN2711296等案所述;唯材料成本高导致板材的价格高,此夕卜,由于使用塑胶材质,复合板材的耐火与耐候性因此较差。 To reduce the specific gravity of the sheet, a foamed plastic sheet multilayer composite plates, obtained a certain strength and a low specific gravity of the plate, as the Russian patent RU2211898 and Chinese patent CN2711296 other cases; the only high material costs higher price sheet this evening Bu, the use of plastic materials, fire-resistant and weather-resistant composite sheet is therefore poor.

[0005] 有鉴于上述习知技术的不足,泡沫玻璃存在中央部份容易因凸起,导致大面积的泡沫玻璃板材制作困难,本案发明人乃致力研究新的泡沫玻璃模块结构,使其容易组装成大面积的板材,该板材仍保有泡沫玻璃容易加工的特性。 [0005] In view of the deficiencies of the above-described conventional techniques, the central portion of the glass bubble easy because the projections, resulting in a large area foamed glass sheet production difficulties, the inventors is the new dedicated module Structure foam glass, making it easy to assemble a large area of ​​the sheet, the sheet still retains the characteristics of the foam glass is easy to process.

发明内容[0006] 本发明的目的在于提供一种泡沫玻璃模块及以其组成的板材,其使用方便,能容易的组装成大面积的板材,且保有泡沫玻璃容易加工的特性,并具有较好的机械强度和较低的比重,能降低制造成本,便于施工。 SUMMARY OF THE INVENTION [0006] The object of the present invention is to provide a glass foam plate module and its composition, its ease of use, the sheet can be easily assembled in a large area, and retains the characteristics of the foam glass easily processed and has good mechanical strength and low specific gravity, can reduce manufacturing costs, ease of construction.

[0007] 为实现上述目的,本发明公开了一种泡沫玻璃模块,其特征在于:其为边壁设有至少一组装孔的矩形发泡块体,且二相邻该泡沫玻璃模块能由一穿设于该组装孔中的连结件将之连结组合为一面积较该泡沫玻璃模块为大的泡沫玻璃板材。 [0007] To achieve the above object, the present invention discloses a foam glass block, comprising: a rectangular foam block which is provided with at least one installation hole of side walls, and two adjacent the foam can be composed of a glass module coupling member disposed through the hole in the assembly of the coupling area than the combination of a large foam glass module foam glass sheet.

[0008] 其中,该泡沫玻璃模块为正方形发泡块体,且该组装孔分别设置于其边长自一端起算的四分之一(1/4)与四分之三(3/4)处。 [0008] wherein the module is a cellular glass foam square blocks, and the assembly holes are provided at a side thereof from one quarter (1/4) of the starting end of three-quarters (3/4) .

[0009] 其中,该泡沫玻璃模块为长方形发泡块体,其具有一短边以及一长度恰为该短边两倍长的长边,且该组装孔分别设置于其短边自一端起算的四分之一(1/4)与四分之三(3/4)处以及其长边自一端起算的八分之一(1/8)、八分之三(3/8)、八分之五(5/8)及八分之七(7/8)处。 [0009] wherein the module is a cellular glass foam rectangular block, having a short side and a short side having a length that exactly twice as long as the long side, and the assembly holes are arranged starting from one end thereof to the short side one-quarter (1/4) and three quarters (3/4) and sentenced to long side starting from one end of one (1/8) eighth, three eighths (3/8), eighth Five (5/8) and seven eighths (7/8) at.

[0010] 其中,该连结件为竹棒或木棒。 [0010] wherein the coupling member is a bamboo stick or stick.

[0011] 还公开了一种泡沫玻璃板材,其特征在于:其由二或多片泡沫玻璃模块连接组合而成,各该泡沫玻璃模块为其边壁设有至少一组装孔的矩形发泡块体,且二相邻该泡沫玻璃模块能由一穿设于该组装孔中的连结件将的连结组合为该泡沫玻璃板材。 [0011] Also disclosed is a foam glass sheet, comprising: sheet consisting of two or more modules connected to a combination of foam glass, foam glass module for each of the side walls of at least one block of foam provided with a rectangular aperture assembly body, and the two adjacent modules can be made of the foam glass through a coupling member disposed in the assembly hole combinations for connecting the foam glass sheet.

[0012] 其中,该连结件为竹棒或木棒。 [0012] wherein the coupling member is a bamboo stick or stick.

[0013] 其中,该藉穿设于该组装孔中的连结件所连结的两片或多片泡沫玻璃模块之间更以界面粘结剂灌注固定。 [0013] wherein, by wearing disposed between the two or more pieces of foam glass module assembly holes in the connecting member is more linked to perfusion fixation adhesive interface.

[0014] 其中,该界面粘结剂为水合型胶结材。 [0014] wherein the interface is a hydratable cementitious binder material.

[0015] 其中,该界面粘结剂为聚合型胶结材。 [0015] wherein the polymeric binder is interfacial Binder.

[0016] 其中,该界面粘结剂为树脂类有机粘结剂。 [0016] wherein the interface-based organic binder is a resin binder.

[0017] 通过上述描述可知,本发明实现了如下技术效果: [0017] apparent from the above description, the present invention achieves the following technical effects:

[0018] 1、模块之间容易组装,能形成大面积的板材。 [0018] 1, between the module is easy to assemble, capable of forming a large-area plate.

[0019] 2、组装孔以含纤维质的竹或木棒,镶嵌两片模块,再以界面粘结剂灌注固定,便可形成高机械强度的连结,从而制作出大面积的泡沫玻璃板材。 [0019] 2, assembly holes containing cellulosic or bamboo stick, insert two modules, then perfused adhesive interface, can be connected to form a high mechanical strength, thereby producing a large foam glass sheet.

[0020] 3、界面粘结剂可为水泥、炉石、石膏等水合型胶结材,或是硅酸钠、硅酸镁类的聚合型胶结材,或为树脂类有机粘结剂,使得组成的泡沫玻璃板材具有一定机械强度与相对低的比重,且组装方式适合自动化加工程序,可降低制造成本,成为大面积隔热板材的重要核心。 [0020] 3, the binder may be a cement interface, furnace slag, gypsum and other hydratable cementitious material, or sodium silicate, magnesium silicate cement of polymer material, or a resin-based organic binder, such that the composition foam glass sheet having a certain mechanical strength and relatively low specific gravity, and assembly method for automated processing programs, can reduce the manufacturing cost, becoming an important core of a large area of ​​heat insulation panel.

[0021] 4、以竹棒或木棒做为连结件,可使整体泡沫玻璃板维持容易切割特性,增加施工的方便性。 [0021] 4, bamboo stick or sticks to as coupling member, can be easily cut to maintain the overall properties of the foam glass, increasing the convenience of construction.

附图说明 BRIEF DESCRIPTION

[0022] 图1A:显示泡沫玻璃块(比重0.2-0.23)面积对厚度误差(最厚减最薄的差值) 的影响。 [0022] FIG. 1A: shows the effect of cellular glass blocks (specific gravity 0.2-0.23) the area of ​​the thickness error (the difference between the thickest Save thinnest) of.

[0023] 图1B:显示泡沫玻璃块(面积-700cm2)比重对厚度误差(最厚减最薄的差值)的影响。 [0023] FIG. 1B: shows the effect of cellular glass blocks (area -700cm2) the proportion of the thickness error (the difference between the thickest Save thinnest) of.

[0024] 图2:为正方形模块与连结件的示意图。 [0024] FIG. 2: a schematic view of a square block with the connecting member. [0025] 图3:为长方形模块的示意图。 [0025] FIG 3: a schematic view of a rectangular module.

[0026] 图4:为三个长方形模块组成的板材。 [0026] FIG. 4: plate is three rectangular modules.

[0027] 图5:为五个正方形模块组成的板材组合。 [0027] FIG. 5: is a combination of five square plate modules.

[0028] 图6:为两个长方形模块与两个正方形模块组成的长方形板材。 [0028] FIG 6: is a rectangular plate with two square two rectangular modules modules.

[0029] 图7:为四个长方形模块与一个正方形模块组成的正方形板材。 [0029] FIG. 7: is a square plate with a square four rectangular modules modules.

具体实施方式 Detailed ways

[0030] 为便于说明本发明于上述发明内容一栏中所表示的中心思想,兹以具体实施例表达。 [0030] For ease of explanation in the above summary of the present invention represented by the central idea of ​​the column, hereby expressed in specific embodiments. 实施例中各种不同物件系按适于说明的比例、尺寸、变形量或位移量而描绘,而非按实际元件的比例予以绘制,合先叙明。 Examples of different object-based scale, size, amount of deformation or displacement of the depicted embodiment is adapted to be described, and not be drawn to scale the actual elements, the first engagement stating. 且以下的说明中,类似的元件是以相同的编号来表示。 And in the following description, like elements are represented by the same reference numerals.

[0031] 泡沫玻璃的制作,如本技艺中所习知,使用添加发泡剂的废玻璃粉体,以模压成形制成板材,置入高温炉中加热发泡,而成发泡板材。 [0031] Production of foam glass, as is conventional in this art, the use of the blowing agent added waste glass powder to press molding into sheets, put into a high temperature furnace was heated foamed from foam sheet. 当面积增加时,板材中央部份受限于四周材料,不易横向扩张而产生隆起。 When increasing the area, the central portion of the sheet material is limited to four weeks, difficult to produce raised transverse expansion. 图1A所示者为发泡板材中央部份凸起高度随板材面积的变化。 Are shown in FIG. 1A with the bump height variation of the area of ​​the sheet foam sheet central portion. 在相同面积下,板材的厚度增加,由于有较多的发泡材料存在,隆起的高度也随之增加。 In the same area, increased thickness of the sheet, due to the presence of more foamed material, the bump height also increases. 于现有技术中,单面最大面积900cm2以内的板材,其厚度误差小于20%,从巨观的角度可视同平面,因此不需额外整平加工即可用做泡沫玻璃板材。 In the prior art, one side of the sheet within the maximum area of ​​900cm2, a thickness error is less than 20%, from the viewpoint of visible macroscopic same plane, and therefore no extra flattening processing can be used as foam glass sheet. 以比重来分析发泡后板材的厚度误差则如图1B曲线所示,其中固定面积约700cm2,比重低的板材发泡率高,呈现厚度的变化也较大,同样的,厚度较厚的板材,发泡材料较多,呈现的厚度变化较大。 To analyze the specific gravity after foaming sheet thickness error curve as shown in FIG 1B, wherein the fixed area of ​​about 700 cm², a low specific gravity foam sheet is high, also exhibits large variations in thickness, the same, the thicker the sheet thickness , more foam material, exhibits a greater variation in thickness. 此图结果显示,对厚度3cm与5cm的泡沫玻璃板,未加工时厚度误差可控制在20%以下,对比重低至 This figure displays the results of the thickness of 3cm and 5cm of foam glass, when the raw thickness error can be controlled below 20%, the proportion of low

0.2的泡沫玻璃,仍不需额外切割整平即可作为板材。 0.2 foam glass, still no additional leveling can be cut as a sheet.

[0032] 基于上述发现,可知若于泡沫玻璃制造时使其厚度误差限制在从巨观的角度可视同平面的范围内,即可制成不需整平处理的泡沫玻璃模块。 [0032] Based on the above findings, it was found that the thickness error limit in terms of macroscopic visualization of the same region of a plane, can be made without foam glass leveling treatment module if the foam glass.

[0033] 值得注意的是,为将本发明泡沫玻璃模块组装为大面积的泡沫玻璃板材,以符合建筑应用,本发明泡沫玻璃模块更于特定位置设有组装孔,因此可透过穿设于泡沫玻璃模块组装孔中的连结件将两片或多片泡沫玻璃模块连结组合组装式泡沫玻璃板材。 [0033] It is noted that, as the foam glass assembly module of the present invention, large area foamed glass sheet to meet architectural applications, foam glass assembly module of the present invention is further provided with holes at specific locations, may be provided through wear so foam glass module assembly holes in the coupling member two or more pieces of foam glass composition module connecting assembly foam glass sheet.

[0034] 在特定实施例中,本发明泡沫玻璃模块可制成正方形模块10(见图2)或长方形模块20 (见图3),且其边壁于特定位置(如下详述)设有组装孔11、13、21、23、22、24、26、28, 因此可透过穿设于此等组装孔中的连结件30将两片或多片泡沫玻璃模块连结组合为符合制式板材尺寸的组装式泡沫玻璃板材。 [0034] In a particular embodiment, the module of the present invention, the foam glass can be made square module 10 (see FIG. 2) or rectangular modules 20 (see FIG. 3), side walls and which in a specific position (as detailed below) is provided with assembly hole 11,13,21,23,22,24,26,28, 30 may thus be two or more pieces of foam glass module coupled thereto and the like is provided through the assembly holes through the coupling member to conform to a combination of standard sheet sizes foam glass sheet assembly.

[0035] 现参照图2及图3就组装孔11、13、21、23、22、24、26、28的特定位置加以说明。 [0035] now be described with reference to FIGS. 2 and 3 assembled on a specific position of the hole 11,13,21,23,22,24,26,28. 在图示的实施例中,长方形模块20的短边20a长与正方形模块10的各边IOa长相当,且其长边20b长为正方形模块10边IOa长的两倍;即长方形模块20可视同两个正方形模块10 组成。 In the illustrated embodiment, the rectangular block 20 the short side length of the square block 20a of each side 10 is rather long IOa, 20b and a long side length of square modules 10 side IOa twice the length; i.e. rectangular visualization module 20 10 with two modules composed of squares. 在正方形模块10中,组装孔11及13分别设置于其边长IOa自一端起算的四分之一(1/4)与四分之三(3/4)处。 In the square block 10, the assembly holes 11 and 13 are provided at a side thereof IOa starting from one end of the quarter (1/4) to three quarters (3/4). 此设计同样适用于长方形模块20的短边20a为组装孔21、23 定位,而长方形模块20的长边20b则于自一端起算的八分之一(1/8)、八分之三(3/8)、八分之五(5/8)及八分之七(7/8)处分别设置组装孔22、24、26、28。 This design also applies to rectangular modules 20a to the short side 20 of the assembly positioning hole 21 and 23, while the rectangular block is a long side 20b 20 starting from one end to one eighth (1/8), three-eighths (3 / 8), five-eighths (5/8) and seven-eighths (7/8) of the holes 22, 24 are provided assembled.

[0036] 据此,形成本发明的正方形与长方形泡沫玻璃模块做为基本单元。 [0036] Accordingly, the rectangular foam glass is formed square module of the invention as a base unit. 上述组装孔11、 Assembling the above-described holes 11,

13、21、23、22、24、26、28大小相同,可利用连结件30镶嵌其中以连结不同的玻璃模块。 13,21,23,22,24,26,28 same size, may be utilized in a coupling member 30 connected to a different mosaic glass module. 以上述方式设计的组装孔位置可使相邻模块10或20透过连结件30连结时,彼此可于同一平面上下错开半片模块的距离,使两片模块连结界面在上下两层间不连续,藉以提高连结后的大面积泡沫玻璃板材的机械强度。 Position of assembly holes designed in the above manner enables adjacent modules 10 or 20 is transmitted through the coupling member 30 connected to each other in the same plane may be displaced from the upper and lower halves of the module so that the module connecting two discontinuous interface between the two layers, thereby improving the mechanical strength of the connecting sheet glass large bubble.

[0037] 图4为使用三片长方形模块20连结的应用例,其中上层模块20与下层模块20间错开半个长方形模块20的距离,因此下面一层的连结界面II位于上一层模块的中间。 [0037] FIG. 4 is an application using the three rectangular modules coupled to Example 20, wherein the upper module from the lower module 20 and 20 shifted by a half rectangular module 20, thus connecting the interface layer below the intermediate layer II is located on the module .

[0038] 同样的连结方式可使用于正方形模块10,利用连结件30与界面粘结剂,可以组合成大面积的泡沫玻璃板。 [0038] can be used in the same manner as square link module 10, the interface with the link member 30 and the binder, it may be combined with a large area of ​​the foam glass. 图5所示即为正方形模块10组合为板材的应用例。 Figure 5 is the combination of the square module 10 is an application example of the sheet. 其中上层与下层的正方形模块10错开半个正方形模块10的距离,使模块间的界面I 2在两层间呈现不连续,以增加组装板材的机械强度。 Wherein the upper and lower half of the square module 10 offset distance 10 of square modules, modules of the interface between the I 2 presents discontinuity between the two layers, in order to increase the mechanical strength of the plate assembly.

[0039] 使用泡沫玻璃模块组装板材,不论正方形模块10或长方形模块20均可组装成大面积,且两层间的模块界面不连续效果,有助于加强板材的机械强度。 [0039] The use of a foam glass sheet assembly module, the module 10 regardless of square or rectangular modules 20 can be assembled a large area, the interface between the two layers and the module discontinuous effect, help to strengthen the mechanical strength of the sheet.

[0040] 由于上述连接使用的连结件30较佳者为具有纤维的竹棒或木棒,加上使用胶结材或界面粘结剂补强,整体组装的大面积板材,比单一大面积板材有更高的机械强度。 [0040] Since the use of the connecting link 30 are preferably fibers having a bamboo stick or stick, coupled with the use of Binder or adhesive interface reinforcement plate integrally assembled large area with a large area than a single sheet higher mechanical strength. 其中该界面粘结剂可为水泥、炉石、石膏等水合型胶结材,或是硅酸钠、硅酸镁类的聚合型胶结材,或为树脂类有机粘结剂。 Wherein the interfacial binder may be a cement, furnace slag, and other hydratable cementitious material is plaster, cementitious material or a polymeric silicate, magnesium silicate or a resin-based organic binder. 组装板材的基本单元是面积较小的泡沫玻璃模块,其具有较低的成本与较平坦的表面,可避免大面积泡沫玻璃制作时发泡过程中产生的板材变形问题及后续的切割整平后加工需求。 The basic unit assembly plate is small area module foam glass, which has a lower cost and relatively flat surface, the sheet may be deformable to avoid problems when large bubble glassmaking generated during the foaming and subsequent cleavage after leveling processing needs. 以基本模块10、20装成大面积泡沫玻璃板材,比直接制作大面积泡沫玻璃板材,具有更高机械强度、高良品率与低成本优势。 Modules 10, 20 mounted in a substantially large area glass sheet foam, the foam than the direct production of large area glass sheet having a higher mechanical strength, high yield and low cost. 组装的大面积泡沫玻璃板材,表面平坦且厚度变异小,可直接作为隔热建材板的核心。 Assembling the foam glass sheet large, flat surface and a small thickness variation, it may be directly used as the core insulation material plate. 再者,使用竹或木棒作为单元间的连结件30,使组装后的板材仍维持可以切割加工的特性,方便施工使用。 Further, the use of wooden or bamboo as a connecting member between the units 30, the sheet material remained after assembly of the cutting characteristics may facilitate use of the construction.

[0041] 组装板材如以相同的模块制作,由于两层间错开半个单元距离,组装板材的边缘存在半个单元的凸出,其最边缘处需要切割半个模块的尺寸,以获得矩形外观。 [0041] The assembled plate making in the same module, since the distance between the two offset a half cell, the presence of a half cell edge projecting assembly plate, which most half the size of the cutting edge of the module needs to obtain a rectangular appearance . 由于长方形模块20面积为正方形模块10面积的两倍,因此可使用两种单元组合方式,达到两层间单元界面不连续,以及组装板材边缘平整的结果,如图6与图7所示。 Since the rectangular area of ​​20 square modules 10 modules times area, so both units may be used combination, the interface unit between the two layers to achieve discontinuity, and assembling a flat sheet edge result, as shown in FIG. 6 and 7.

[0042] 图6使用两个正方形模块10与两个长方形模块20组成长方形的板材。 [0042] Figure 6 uses two plate modules with two rectangular square 20 consisting of a rectangular modules 10. 而图7使用一个正方形模块10与四个长方形模块20组成更大的正方形板材。 And FIG 7 uses a square module 10 and module 20 consisting of four rectangular plate larger square. 将图6的长方形板材与图7正方形板材作为基本单元,可以更快速的组装大面积板材,且能确保组装完成的板材具有闻机械强度。 FIG rectangular plate and the plate of FIG. 6 7 square as a basic unit, can be assembled more quickly a large area plate, and can ensure that the assembled sheet material having mechanical strength of smell.

[0043] 虽本发明是以若干较佳实施例作说明,但精于此技艺者能在不脱离本发明精神与范畴下作各种不同形式的改变。 [0043] Although several preferred embodiments of the present invention is for illustrative embodiment, but can be refined by this art without departing from the spirit and scope of the invention various changes in form perishable. 以上所举实施例仅用以说明本发明而已,非用以限制本发明的范围。 Cited above embodiments are merely to illustrate the invention only, not to limit the scope of the invention. 举凡不违本发明精神所从事的种种修改或变化,俱属本发明意欲保护的范畴。 Whether it does not violate various modifications or variations are engaged in the spirit of the invention, the invention is intended to protect both belong to the category.

Claims (10)

1.一种泡沫玻璃模块,其特征在于:其为边壁设有至少一组装孔的矩形发泡块体,且二相邻该泡沫玻璃模块能由一穿设于该组装孔中的连结件将之连结组合为一面积较该泡沫玻璃模块为大的泡沫玻璃板材。 A foam glass block, comprising: a rectangular foam block which is provided with at least one installation hole of side walls, and the coupling member can be foamed glass module assembly disposed in the bore by a worn two adjacent the combination of a coupling area than the foam glass module to a large foam glass sheet.
2.如权利要求1所述的泡沫玻璃模块,其特征在于,该泡沫玻璃模块为正方形发泡块体,且该组装孔分别设置于其边长自一端起算的四分之一(1/4)与四分之三(3/4)处。 2. The foam glass block according to claim 1, characterized in that the foam glass module square foam blocks, and the assembly holes are provided starting from one end thereof a side length of one-quarter (¼ ) and three quarters (3/4) at.
3.如权利要求1所述的泡沫玻璃模块,其特征在于,该泡沫玻璃模块为长方形发泡块体,其具有一短边以及一长度恰为该短边两倍长的长边,且该组装孔分别设置于其短边自一端起算的四分之一(1/4)与四分之三(3/4)处以及其长边自一端起算的八分之一(1/8)、 八分之三(3/8)、八分之五(5/8)及八分之七(7/8)处。 3. The foam glass block according to claim 1, wherein the foam has a rectangular foam glass module block having a short side and a length just short side length is twice the long side, and the assembly holes are provided starting from one end of a short side thereof a quarter (1/4) to impose a three-quarters (3/4) starting from one end of the long side and one eighth (1/8), three eighths (3/8), five eighths (5/8) and seven eighths (7/8) at.
4.如权利要求1所述的泡沫玻璃模块,其特征在于,该连结件为竹棒或木棒。 4. The foam glass block according to claim 1, wherein the connecting element is a wooden or bamboo sticks.
5.—种泡沫玻璃板材,其特征在于:其由二或多片泡沫玻璃模块连接组合而成,各该泡沫玻璃模块为其边壁设有至少一组装孔的矩形发泡块体,且二相邻该泡沫玻璃模块能由一穿设于该组装孔中的连结件将的连结组合为该泡沫玻璃板材。 5.- kinds of foam glass sheet, comprising: sheet consisting of two or more modules connected to a combination of foam glass, foam glass module for each of the side walls is provided with at least one rectangular foam block assembly holes, and the two the foam glass adjacent modules can be disposed of through a coupling member connected to the assembly holes in the foam for the combination of the glass sheet.
6.如权利要求5所述的泡沫玻璃板材,其特征在于,该连结件为竹棒或木棒。 6. The foam of the glass sheet as claimed in claim 5, wherein the connecting element is a wooden or bamboo sticks.
7.如权利要求5所述的泡沫玻璃板材,其特征在于,该藉穿设于该组装孔中的连结件所连结的两片或多片泡沫玻璃模块之间更以界面粘结剂灌注固定。 7. Foam glass sheet according to claim 5, characterized in that, by wearing the more adhesive to the interface between the perfused two or more pieces of foam glass module assembly disposed in the bore of the coupling member linked .
8.如权利要求7所述的泡沫玻璃板材,其特征在于,该界面粘结剂为水合型胶结材。 8. The foam glass sheet according to claim 7, wherein the interface is a hydratable cementitious binder material.
9.如权利要求7所述的泡沫玻璃板材,其特征在于,该界面粘结剂为聚合型胶结材。 9. The foam glass sheet according to claim 7, wherein the polymeric binder is interfacial Binder.
10.如权利要求7所述的泡沫玻璃板材,其特征在于,该界面粘结剂为树脂类有机粘结剂。 10. The foam glass sheet according to claim 7, wherein the interface-based organic binder is a resin binder.
CN2012101815621A 2012-06-05 2012-06-05 Foam glass module and sheet material composed of same CN103452224A (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS58223647A (en) * 1982-06-14 1983-12-26 Toyota Central Res & Dev Lab Inc Preparation of large-sized joined foam glass body
CN1055162A (en) * 1990-03-24 1991-10-09 湖南大学 Mfg. technique for producing foamed-glass articles
CN1093687A (en) * 1994-03-10 1994-10-19 王万浙 Connecting method for glass plates and the product thereof
US20040016195A1 (en) * 2002-07-24 2004-01-29 Archuleta John Paul Foamed glass article for use as thermal energy control media
CN101654995A (en) * 2008-08-22 2010-02-24 马兴华 Porous glass plate and structures adopting porous glass plate

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS58223647A (en) * 1982-06-14 1983-12-26 Toyota Central Res & Dev Lab Inc Preparation of large-sized joined foam glass body
CN1055162A (en) * 1990-03-24 1991-10-09 湖南大学 Mfg. technique for producing foamed-glass articles
CN1093687A (en) * 1994-03-10 1994-10-19 王万浙 Connecting method for glass plates and the product thereof
US20040016195A1 (en) * 2002-07-24 2004-01-29 Archuleta John Paul Foamed glass article for use as thermal energy control media
CN101654995A (en) * 2008-08-22 2010-02-24 马兴华 Porous glass plate and structures adopting porous glass plate

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