CN104060755B - A kind of architecture interlayer combined wall board - Google Patents
A kind of architecture interlayer combined wall board Download PDFInfo
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- CN104060755B CN104060755B CN201410285447.8A CN201410285447A CN104060755B CN 104060755 B CN104060755 B CN 104060755B CN 201410285447 A CN201410285447 A CN 201410285447A CN 104060755 B CN104060755 B CN 104060755B
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Abstract
本发明公开了一种建筑夹心复合墙板，包括混凝土外墙板和混凝土内墙板，外墙板和内墙板之间设置保温层板，在外墙板、保温层板和内墙板内设置非金属连接棒，非金属连接棒中部设为棒体，棒体上设置环状齿，棒体一侧设置环状挡板，棒体另一侧设置环状密封台，第一锚固体与密封凸环相接，第二锚固体与环状挡板相接，环状挡板位于保温层板与内墙板相接处，环状密封台位于保温层板与外墙板相接处的保温层板内，环状齿位于保温层板内，第一锚固体位于外墙板内，第二锚固体位于内墙板内。本发明的夹心复合墙板，三层结构相互连接牢固，大幅提高了墙体强度，使连接棒穿过保温层时具有很好的密封功能，使保温隔热效果有大幅提高。
The invention discloses a building sandwich composite wall panel, which comprises a concrete outer wall panel and a concrete inner wall panel, and an insulating layer is arranged between the outer wall panel and the inner wall panel, and is arranged inside the outer wall panel, the insulating layer panel and the inner wall panel Non-metallic connecting rod, the middle part of the non-metallic connecting rod is set as a rod body, ring-shaped teeth are set on the rod body, a ring-shaped baffle is set on one side of the rod body, and a ring-shaped sealing platform is set on the other side of the rod body. The convex ring is connected, the second anchor is connected with the annular baffle, the annular baffle is located at the junction of the insulation laminate and the inner wall panel, and the annular sealing platform is located at the thermal insulation layer at the junction of the insulation laminate and the outer wall panel. In the layer board, the annular teeth are located in the insulation layer board, the first anchoring body is located in the outer wall board, and the second anchoring body is located in the inner wall board. In the sandwich composite wallboard of the present invention, the three-layer structure is firmly connected to each other, greatly improving the strength of the wall, enabling the connecting rod to have a good sealing function when passing through the heat-insulating layer, and greatly improving the effect of heat-retaining and heat-insulating.
Description
技术领域 technical field
本发明涉及建筑墙板，是一种建筑夹心复合墙板。 The invention relates to a building wallboard, which is a building sandwich composite wallboard.
背景技术 Background technique
由于传统的建筑墙体的施工方法不符合现代建筑中要求的节能、减少污染等标准，本领域技术人员设计了复合墙板替代墙体，这种墙板一般为三层结构，两层混凝土中间夹设保温层，采用金属连接件将三层板连接在一起。这种墙板制作后直接用于施工，从而解决了传统施工方法存在的许多不足。但是，这种墙板在使用中发现墙体极易产生裂纹，严重者使墙体外层脱落。为此，本领域对于这种复合墙体的应用逐渐减少，使夹心复合墙体的使用受到了限制。 Since the traditional building wall construction methods do not meet the standards of energy saving and pollution reduction required in modern buildings, those skilled in the art have designed composite wall panels to replace the walls. This wall panel generally has a three-layer structure, with two layers of concrete The insulation layer is sandwiched, and the three-layer boards are connected together by metal connectors. This kind of wallboard is directly used for construction after being made, thereby solving many deficiencies in traditional construction methods. However, it is found that the wall body of this wallboard is very prone to cracks during use, and in severe cases, the outer layer of the wall will fall off. For this reason, the application of this composite wall in the field is gradually decreasing, which limits the use of the sandwich composite wall.
发明内容 Contents of the invention
本发明的目的是提供了一种建筑夹心复合墙板，它能够解决现有技术的不足。 The object of the present invention is to provide a building sandwich composite wallboard, which can solve the deficiencies of the prior art.
本发明为实现上述目的,通过以下技术方案实现：一种建筑夹心复合墙板，包括混凝土外墙板和混凝土内墙板，外墙板和内墙板之间设置保温层板，在外墙板、保温层板和内墙板内设置非金属连接棒，非金属连接棒中部为棒体，棒体上设置环状齿，棒体一侧设置环状挡板，棒体另一侧设置环状密封台，第一锚固体与环状密封台相接，第二锚固体与环状挡板相接，环状挡板位于保温层板与内墙板相接处，环状密封台位于保温层板与外墙板相接处的保温层板内，环状齿位于保温层板内，第一锚固体位于外墙板内，第二锚固体位于内墙板内。环状齿的表面与棒体的中心线间的夹角α为锐角，环状齿右端为最大直径。第一锚固体一端设置第一矩形连接栓，第二锚固体一端设置第二矩形连接栓。第一锚固体和第二锚固体的横截面形状是三角形。环状挡板是圆形或多边形，环状密封台的左端外径小于右端外径，最大外径位于环状密封台的最右端。第一锚固体和第二锚固体与棒体连接处的横截面面积分别小于其它部位横截面面积。第一锚固体和第二锚固体与棒体连接处的横截面面积分别大于其它部位横截面面积，第一锚固体外端设置第一矩形连接栓，第二锚固体一端设置第二矩形连接栓。第一锚固体和第二锚固体的横截面为多棱形。在第一锚固体上与环状密封台连接处设置小环状齿，小环状齿的表面与棒体的中心线间的夹角α2为锐角，小环状齿的右端为最大直径，小环状齿的左端直径小于右端直径，小环状齿位于保温层板内的边沿处，该边沿处是保温层板与外墙板的连接处。每两个连接棒的间距为300～600毫米。 In order to achieve the above object, the present invention is achieved through the following technical solutions: a building sandwich composite wall panel, comprising a concrete outer wall panel and a concrete inner wall panel, an insulating layer is arranged between the outer wall panel and the inner wall panel, and the outer wall panel, Non-metallic connecting rods are installed inside the insulation layer board and the inner wall board. The middle part of the non-metallic connecting rod is a rod body. The rod body is provided with ring-shaped teeth. platform, the first anchoring body is connected with the annular sealing platform, the second anchoring body is connected with the annular baffle, the annular baffle is located at the junction of the insulation layer and the inner wall panel, and the annular sealing platform is located at the insulation layer In the thermal insulation laminate at the junction with the outer wall board, the annular teeth are located in the thermal insulation laminate, the first anchor is located in the outer wall board, and the second anchor is located in the inner wall board. The angle α between the surface of the annular tooth and the center line of the rod is an acute angle, and the right end of the annular tooth is the maximum diameter. A first rectangular connecting bolt is arranged at one end of the first anchoring body, and a second rectangular connecting bolt is arranged at one end of the second anchoring body. The cross-sectional shapes of the first anchor and the second anchor are triangular. The annular baffle is circular or polygonal, the outer diameter of the left end of the annular sealing platform is smaller than the outer diameter of the right end, and the maximum outer diameter is located at the rightmost end of the annular sealing platform. The cross-sectional areas of the joints between the first anchoring body and the second anchoring body and the rod body are respectively smaller than the cross-sectional areas of other parts. The cross-sectional areas of the joints between the first anchoring body and the second anchoring body and the rod body are respectively larger than the cross-sectional areas of other parts. The outer end of the first anchoring body is provided with a first rectangular connecting bolt, and one end of the second anchoring body is provided with a second rectangular connecting bolt. The cross sections of the first anchoring body and the second anchoring body are polygonal. On the first anchor body and the ring-shaped sealing platform connection, the small ring-shaped teeth are arranged, the angle α between the surface of the small ring - shaped teeth and the center line of the rod body is an acute angle, and the right end of the small ring-shaped teeth is the maximum diameter. The diameter of the left end of the small ring tooth is smaller than the diameter of the right end, and the small ring tooth is located at the edge in the heat-insulating layer, and the edge is the junction of the heat-insulating layer and the outer wall board. The distance between every two connecting rods is 300-600 mm.
本发明所述的夹心复合墙板，在工厂内的生产线上做成后，直接在施工现场做墙体使用。本发明的墙板彻底解决了现有技术的不足，它采用非金属连接棒及其上的各结构组合，将三层板连接在一起，使具有弹性的连接棒跟随外墙板的热胀冷缩产生形变，使连接棒的各部位结构起到相应的各自作用，连接棒的锚固体支撑部位对外墙板不产生刚性破坏作用，使外墙板不产生裂纹，进而也不出现墙体外层脱落现象，使复合墙板的工业化生产替代传统墙体的施工方法变为现实，为洁净建筑、节能建筑提供了保障。本发明的夹心复合墙板，三层结构相互连接牢固，大幅提高了墙体强度，使连接棒穿过保温层时具有很好的密封功能，使保温隔热效果有大幅提高。本发明还具有易于标准化制作、墙体施工简洁等优点。 The sandwich composite wallboard of the present invention is directly used as a wall at the construction site after being made on the production line in the factory. The wallboard of the present invention completely solves the deficiencies of the prior art. It uses non-metallic connecting rods and the combination of structures on them to connect the three-layer boards together, so that the elastic connecting rods follow the thermal expansion and cooling of the outer wallboards. Shrinkage produces deformation, so that the structure of each part of the connecting rod plays a corresponding role. The anchor support part of the connecting rod does not produce rigid damage to the outer wall panel, so that the outer wall panel does not produce cracks, and then the outer layer of the wall does not appear. The shedding phenomenon makes the industrial production of composite wall panels replace the traditional wall construction method into reality, and provides a guarantee for clean buildings and energy-saving buildings. In the sandwich composite wallboard of the present invention, the three-layer structure is firmly connected to each other, greatly improving the strength of the wall, enabling the connecting rod to have a good sealing function when passing through the heat-insulating layer, and greatly improving the effect of heat-retaining and heat-insulating. The invention also has the advantages of easy standardized manufacture, simple wall construction and the like.
附图说明 Description of drawings
附图1是本发明结构示意图；附图2是附图1中非金属连接棒6的结构示意图；附图3是附图2的右视结构示意图；附图4是非金属连接棒6的实施例之一结构示意图；附图5是附图4的右视结构示意图；附图6是附图4中Ⅰ部放大结构示意图；附图7是附图4中Ⅱ部放大结构示意图。 Accompanying drawing 1 is the structural representation of the present invention; Accompanying drawing 2 is the structural representation of non-metallic connecting rod 6 in accompanying drawing 1; Accompanying drawing 3 is the right view structural representation of accompanying drawing 2; Accompanying drawing 4 is the embodiment of non-metallic connecting rod 6 One structural schematic diagram; Accompanying drawing 5 is a right-view structural schematic diagram of accompanying drawing 4; Accompanying drawing 6 is a schematic structural diagram of an enlarged structure of part I in accompanying drawing 4;
具体实施方式 detailed description
对照附图对本发明做进一步说明。 The present invention will be further described with reference to the accompanying drawings.
图中1是外墙板，3是混凝土内墙板，外墙板1和内墙板3之间设置保温层板2，在外墙板1、保温层板2和内墙板内预埋非金属连接棒6，非金属连接棒6中部设为棒体8，棒体8上设置环状齿10，棒体8一侧设置环状挡板9，棒体8另一侧设置环状密封台11，第一锚固体12与环状密封台11相接，第二锚固体13与环状挡板9相接，环状挡板9位于保温层板2与内墙板3相接处，环状密封台11位于保温层板2与外墙板1相接处的保温层板2内，环状齿10位于保温层板2内，第一锚固体12位于外墙板1内，第二锚固体13位于内墙板3内。本发明的上述结构解决了现有技术存在的各种问题，其中环状齿10增加了与保温层板2的连接强度，连接棒6上的环状挡板9用于限位，并将连接棒6穿过保温板时的孔封闭，环状密封台11将连接棒6穿过外墙板的孔封闭，两道封闭结构大幅增加了保温效果，使复合墙板的使用功能得到良好的保障，第一锚固体12和第二锚固体13的支撑效果良好。本发明的建筑夹心复合墙板内设置的连接棒6，每隔500毫米左右设置一个，即：每两个连接棒6的间距为300～600毫米，优选的间距为500毫米，连接棒6的这种间距达到了支撑、连接目的的同时，使生产成本降至最低，所述的连接棒6各部位相对于外墙板、保温板及内墙板的位置，是达到发明目的和效果的优选方案。 In the figure, 1 is the exterior wall panel, 3 is the concrete interior wall panel, the insulation layer 2 is set between the exterior wall panel 1 and the interior wall panel 3, and the non-metallic The connecting rod 6, the middle part of the non-metallic connecting rod 6 is set as a rod body 8, the rod body 8 is provided with annular teeth 10, one side of the rod body 8 is provided with an annular baffle plate 9, and the other side of the rod body 8 is provided with an annular sealing platform 11 , the first anchoring body 12 is connected to the annular sealing platform 11, the second anchoring body 13 is connected to the annular baffle 9, and the annular baffle 9 is located at the junction of the insulation layer 2 and the inner wall panel 3, and the annular The sealing table 11 is located in the insulation layer 2 at the junction of the insulation layer 2 and the exterior wall panel 1, the annular tooth 10 is located in the insulation layer 2, the first anchor 12 is located in the exterior wall 1, and the second anchor 13 is located in the interior wall panel 3. The above-mentioned structure of the present invention solves various problems in the prior art, wherein the annular teeth 10 increase the connection strength with the insulation layer 2, and the annular baffle 9 on the connecting rod 6 is used for positioning, and the connection The hole when the rod 6 passes through the insulation board is closed, and the ring-shaped sealing platform 11 seals the hole through which the connecting rod 6 passes through the outer wall board. The two sealing structures greatly increase the heat preservation effect and ensure the use function of the composite wall board. , the supporting effects of the first anchoring body 12 and the second anchoring body 13 are good. The connecting rods 6 arranged in the building sandwich composite wallboard of the present invention are set every about 500 millimeters, that is, the distance between every two connecting rods 6 is 300 to 600 millimeters, and the preferred distance is 500 millimeters. This spacing achieves the purpose of support and connection, and at the same time reduces the production cost to the minimum. The positions of the various parts of the connecting rod 6 relative to the exterior wall panels, thermal insulation panels and interior wall panels are the optimal solution for achieving the purpose and effect of the invention. .
本发明所述的环状齿10的表面与棒体8的中心线间的夹角α为锐角，环状齿10右端为最大直径10，环状齿10的左端直径小于右端直径。该方案使环状齿10进一步增加与保温层板2的连接强度，使连接棒6在保温层板内的位置进一步固定不产生位移，使连接棒6各部位的结构能够准确定位。 The angle α between the surface of the annular tooth 10 of the present invention and the centerline of the rod body 8 is an acute angle, the right end of the annular tooth 10 has a maximum diameter 10, and the diameter of the left end of the annular tooth 10 is smaller than the diameter of the right end. This scheme makes the annular tooth 10 further increase the connection strength with the insulation laminate 2, further fixes the position of the connection rod 6 in the insulation laminate without displacement, and enables the structure of each part of the connection rod 6 to be accurately positioned.
本发明所述的第一锚固体12一端设置第一矩形连接栓18，第二锚固体13一端设置第二矩形连接栓15。这种结构可使制作中的钢绳便于与模板连接，使制作工序简化，提供施工效率。 One end of the first anchoring body 12 according to the present invention is provided with a first rectangular connecting bolt 18 , and one end of the second anchoring body 13 is provided with a second rectangular connecting bolt 15 . This structure can facilitate the connection of steel ropes in production with the formwork, simplify the production process and improve construction efficiency.
本发明进一步的方案是：第一锚固体12和第二锚固体13的横截面形状是三角形。连接棒6的两个锚固体的横截面形状相同，以满足制作工艺简化的要求。第一锚固体12的横截面形状为三角形的设计满足了其受力均匀的目的，使三个方向的支撑均匀，进一步防止外墙板表面出现裂纹现象。附图2所示的横截面形状也能达到支撑效果，但在预埋时，需要变换多个连接棒6的安装位置。 A further solution of the present invention is: the cross-sectional shapes of the first anchoring body 12 and the second anchoring body 13 are triangular. The cross-sectional shapes of the two anchors of the connecting rod 6 are the same to meet the requirement of simplifying the manufacturing process. The triangular cross-sectional shape of the first anchor 12 satisfies the purpose of uniform stress, so that the support in three directions is uniform, and further prevents cracks on the surface of the outer wall panel. The cross-sectional shape shown in accompanying drawing 2 can also achieve the supporting effect, but when pre-embedding, it is necessary to change the installation positions of a plurality of connecting rods 6 .
本发明所述的环状挡板9是圆形或多边形，环状密封台11的左端外径小于右端外径，最大外径位于环状密封台11的最右端。这是环状挡板9的优选形状，便于制造、安装及更好的密封，环状密封台11的结构形状是达到密封效果、并进一步防止位移的优选方案。 The annular baffle 9 of the present invention is circular or polygonal, the outer diameter of the left end of the annular sealing table 11 is smaller than the outer diameter of the right end, and the maximum outer diameter is located at the rightmost end of the annular sealing table 11 . This is the preferred shape of the annular baffle 9, which is convenient for manufacture, installation and better sealing. The structural shape of the annular sealing table 11 is a preferred solution to achieve the sealing effect and further prevent displacement.
本发明所述的第一锚固体12和第二锚固体13与棒体8连接处的横截面面积分别小于其它部位横截面面积。第一锚固体12和第二锚固体13与棒体8连接处的横截面面积分别大于其它部位横截面面积，第一锚固体12外端设置第一矩形连接栓18，第二锚固体13一端设置第二矩形连接栓15。上述两种方案均使锚固体达到了较好支撑效果，其中之一可在端部位置开设通孔14，便于穿钢绳固定模板，另一方案是，可设矩形连接栓15，便于生产中钢绳的固定。 According to the present invention, the cross-sectional areas of the joints between the first anchoring body 12 and the second anchoring body 13 and the rod body 8 are smaller than the cross-sectional areas of other parts. The cross-sectional areas of the joints of the first anchoring body 12 and the second anchoring body 13 with the rod body 8 are respectively larger than the cross-sectional areas of other parts. A second rectangular connection bolt 15 is provided. Both of the above two schemes make the anchoring body achieve a better supporting effect. One of them can be provided with a through hole 14 at the end position to facilitate the fixing of the formwork through steel ropes. The other scheme is that a rectangular connecting bolt 15 can be set to facilitate Steel rope fixing.
本发明所述的第一锚固体12和第二锚固体13的横截面为多棱形。这是优选方案，便于非金属形材直接成型用于生产，多棱形可以是三棱、四棱或五棱等。 The cross-sections of the first anchoring body 12 and the second anchoring body 13 described in the present invention are polygonal. This is a preferred solution, which is convenient for direct molding of non-metallic shapes for production, and the polygonal shape can be three-sided, four-sided or five-sided.
为了在密封穿连接棒的孔后能够进一步与保温层板2连接牢固，提供的进一步方案是：在第一锚固体12上与环状密封台11连接处设置小环状齿17，小环状齿17的表面与棒体8的中心线间的夹角α2为锐角，小环状齿17的右端为最大直径，小环状齿17的左端直径小于右端直径，小环状齿17位于保温层板2内的边沿处，该边沿处是保温层板2与外墙板1的连接处。 In order to further securely connect with the insulation laminate 2 after sealing the hole through the connecting rod, a further solution is provided: a small ring-shaped tooth 17 is provided at the connection between the first anchor 12 and the ring-shaped sealing platform 11, and the small ring-shaped The included angle α 2 between the surface of tooth 17 and the centerline of rod body 8 is an acute angle, and the right-hand end of small annular tooth 17 is maximum diameter, and the left end diameter of small annular tooth 17 is less than the right end diameter, and small annular tooth 17 is positioned at heat preservation. The inner edge of the laminate 2 is the joint of the thermal insulation laminate 2 and the outer wall panel 1 .
本发明所述的右端和左端位置，均以图示位置为参考位置。图中α3是环状密封台11左端环形齿表面与中心线的夹角。 The positions of the right end and the left end described in the present invention all take the positions shown in the figure as reference positions. Among the figures, α3 is the angle between the surface of the annular tooth at the left end of the annular sealing platform 11 and the centerline.
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| US4805366A (en) * | 1987-12-18 | 1989-02-21 | Thermomass Technology, Inc. | Snaplock retainer mechanism for insulated wall construction |
| US4829733A (en) * | 1987-12-31 | 1989-05-16 | Thermomass Technology, Inc. | Connecting rod mechanism for an insulated wall construction |
| DE3813245A1 (en) * | 1988-04-20 | 1989-11-02 | Hilti Ag | FASTENING ELEMENT WITH GUIDE RONDELLE |
| CN201924609U (en) * | 2010-10-09 | 2011-08-10 | 上海一金节能科技有限公司 | External heat insulation wall body for mechanical anchoring ribbed phenolic plate |
| CN202131706U (en) * | 2010-10-20 | 2012-02-01 | 广州市壁神新型建材有限公司 | Heat-insulation sound-insulation lightweight concrete composite wallboard |
| CN204001406U (en) * | 2014-06-24 | 2014-12-10 | 山东万斯达建筑工业化研究院有限公司 | A kind of architecture interlayer combined wall board |
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2014
- 2014-06-24 CN CN201410285447.8A patent/CN104060755B/en active Active
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Denomination of invention: A type of building sandwich composite wall panel Granted publication date: 20160120 Pledgee: Lu Xiaoshan Pledgor: Shandong Wanda Technology Co.,Ltd.|SHANDONG ONE STAR BUILDING INDUSTRIALIZATION RESEARCH INSTITUTE CO.,LTD.|Zhang Bo Registration number: Y2025980014757 |
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