WO2017028575A1 - 铝合金房屋的外墙与横梁安装连接结构 - Google Patents

铝合金房屋的外墙与横梁安装连接结构 Download PDF

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WO2017028575A1
WO2017028575A1 PCT/CN2016/082735 CN2016082735W WO2017028575A1 WO 2017028575 A1 WO2017028575 A1 WO 2017028575A1 CN 2016082735 W CN2016082735 W CN 2016082735W WO 2017028575 A1 WO2017028575 A1 WO 2017028575A1
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aluminum alloy
wall panel
wall
frame
aluminium alloy
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PCT/CN2016/082735
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English (en)
French (fr)
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邝海峰
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广东铝遊家科技有限公司
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Publication of WO2017028575A1 publication Critical patent/WO2017028575A1/zh

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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/38—Connections for building structures in general

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  • the invention belongs to the field of building structures, and relates to an aluminum alloy structure house, in particular to a structure in which an outer wall of an aluminum alloy structure house is installed and connected with a beam.
  • the existing steel structure construction has a heavier weight and higher material cost, and also increases the basic cost, which makes the investment in the whole project higher.
  • no heat insulation, sound insulation, waterproof and fire prevention measures are taken for keels, wall panels, doors and windows and other components.
  • the task of the present invention is to provide an outer wall and a beam mounting connection structure of an aluminum alloy house, wherein the outer wall board is made of aluminum alloy outer wall board, C-shaped steel keel, heat-insulated rock wool, heat-insulating refractory calcium silicate board and indoor
  • the unit-type assembled wall panel composed of the decorative panels, the outer unit wall panel of the whole unit is fastened to the aluminum alloy beam by screwing the combined frame on the outer wall panel, and then the aluminum alloy secondary beam is fixed on the aluminum alloy beam.
  • the installation is completed, the construction period is short, and the installation is convenient.
  • An outer wall and beam mounting connection structure of an aluminum alloy house which comprises an aluminum alloy beam, a C-shaped steel keel, an aluminum alloy outer wall panel, and a first frame of the aluminum alloy wall panel, a second frame of the aluminum alloy wall panel and aluminum Alloy secondary beam;
  • the first frame of the aluminum alloy wall panel, the second frame of the aluminum alloy wall panel and the aluminum alloy outer wall panel, the C-shaped steel keel, the heat-insulating refractory calcium calcium plate and the interior decorative panel are combined into a unit-type assembled wall panel, and the unit-type assembled wall
  • the first frame of the aluminum alloy wall panel and the second frame of the aluminum alloy wall panel are fastened to the aluminum alloy beam by fasteners;
  • the head of the aluminum alloy secondary beam is provided with an aluminum alloy secondary beam fixed aluminum angle, and the aluminum alloy secondary beam fixed aluminum angle is fixed to the aluminum alloy beam by fasteners;
  • a drainage hole is arranged in the second frame of the aluminum alloy wall panel.
  • the C-shaped steel keel and the heat-insulating refractory silicon calcium plate are provided with heat-insulating and sound-proof rock wool.
  • An aluminum alloy decorative buckle cover is respectively disposed on the first frame of the aluminum alloy wall panel and the second frame of the aluminum alloy wall panel.
  • the first frame of the aluminum alloy wall panel is in contact with the aluminum alloy outer wall plate to be injected with a neutral silicone sealant to be waterproof.
  • the second frame of the aluminum alloy wall panel and the aluminum alloy outer wall panel are injected with a neutral silicone sealant to be waterproof.
  • a lightweight floor slab is placed on the aluminum alloy secondary beam.
  • An aluminum alloy floor plate is placed on the lightweight floor.
  • An aluminum alloy ceiling is placed under the aluminum alloy secondary beam.
  • a damping rubber pad is arranged at the junction of the aluminum alloy secondary beam and the aluminum alloy beam.
  • Two aluminum alloy outer wall panels are provided with sealing strips adjacent to each other.
  • the invention relates to an outer wall and a beam installation connection structure of an aluminum alloy house, wherein the outer wall board is composed of an aluminum alloy outer wall board, a C-shaped steel keel, an insulating and soundproof rock wool, an insulated refractory calcium silicate board and an interior decorative board.
  • the unitized wall panel is prefabricated with water supply and drainage pipes, single-phase power sockets, network sockets, telephone sockets, TV sockets and lighting switches in the wall panels, and is designed as a unit plate type installation, the whole unit
  • the outer wall panel is fastened to the aluminum alloy beam by screwing the combined frame on the outer wall panel, and then the aluminum alloy secondary beam is fixed on the aluminum alloy beam to complete the installation.
  • the design and manufacturing cycle is short, and the design and production are integrated.
  • the aluminum alloy structure is simple in connection, and the staggered layer and the hop layer structure can be better applied in the vertical plane than the conventional structure.
  • the aluminum alloy member has a small cross-sectional size, which can increase the use area.
  • the self-weight is relatively light, and the foundation treatment is relatively easy, and the natural basic type can be adopted. Since the foundation accounts for a large proportion of the project cost, the light weight of the upper structure can reduce the cost of the foundation, thereby reducing the investment of the entire project.
  • the modular construction of the aluminum alloy structure reduces the cost of labor and other auxiliary materials such as formwork on the other hand.
  • the aluminum alloy structure houses can complete the multi-variety and multi-color interior and exterior design, which reflects the comfort of individualized houses and use.
  • the aluminum alloy structure has stronger corrosion resistance and longer service life than the steel structure, reducing maintenance and repair costs. With the improvement of the level of systemization and industrialization, the cost-effective features of aluminum alloy structural houses are outstanding, and the cost will be greatly reduced.
  • the construction period is short and the installation is convenient.
  • the floor slab is designed as a single-piece aluminum alloy floor slab that can be independently installed. It is mainly pre-assembled by aluminum alloy secondary beam and aluminum alloy splicing profile, and is fixed on the aluminum alloy beam with bolts or screws on the construction site, and then in the aluminum alloy.
  • the lightweight reinforced floor slab, waterproof membrane and waterproof mortar are laid on the floor slab in order, and finally the aluminum alloy platform gusset is laid on the surface layer.
  • Anti-vibration pads are added to the main joints to prevent the aluminum alloy materials from vibrating due to thermal expansion and contraction or environmental vibration, and help to improve their seismic resistance.
  • the connecting part is also decorated with an aluminum alloy decorative buckle cover, which makes the façade more beautiful and generous.
  • the exterior wall panel contains heat-insulated rock wool and heat-insulating refractory calcium-silicate board, which makes the house have good thermal insulation, sound insulation and fireproof performance.
  • FIG. 1 is a schematic view showing the mounting structure of an outer wall and a beam of an aluminum alloy house according to the present invention.
  • 1 is aluminum alloy beam
  • 2 is the first frame of aluminum alloy wallboard
  • 3 is aluminum alloy decorative buckle cover
  • 4 is neutral silicone sealant
  • 5 is bolt
  • 6 is aluminum alloy floor plate
  • 7 is light Floor
  • 8 is aluminum alloy secondary beam
  • 9 is aluminum alloy secondary beam fixed aluminum angle
  • 10 is self-tapping self-drilling screw
  • 11 is aluminum alloy ceiling
  • 12 is interior decoration board
  • 13 is heat-insulating refractory calcium calcium board
  • 14 is Thermal and thermal insulation rock wool
  • 15 is C-shaped steel keel
  • 16 is sealing rubber strip
  • 17 is aluminum alloy outer wall panel
  • 20 is aluminum alloy wall panel second frame
  • 22 is drainage hole.
  • the present invention provides an outer wall and a beam mounting connection structure of an aluminum alloy house, which is mainly composed of an aluminum alloy beam 1, a C-shaped steel keel 15, an aluminum alloy outer wall panel 17, and an aluminum alloy wall panel first frame 2
  • the second frame 20 of the aluminum alloy wall panel and the aluminum alloy secondary beam 8 are formed.
  • the first frame of the aluminum alloy wall panel 2, the second frame 20 of the aluminum alloy wall panel and the aluminum alloy outer wall panel 17, the C-shaped steel keel 15, the heat-insulating refractory calcium calcium plate 13 and the interior decorative panel 12 are combined into a unit-type assembled wall panel.
  • the first frame 2 of the board and the second frame 20 of the aluminum alloy wall panel are fastened to the aluminum alloy beam 1.
  • the head of the aluminum alloy secondary beam 8 is provided with an aluminum alloy secondary beam fixed aluminum angle 9, and the aluminum alloy secondary beam fixed aluminum angle 9 is fastened to the aluminum alloy beam 1 by fasteners such as bolts 5.
  • a damping rubber pad 21 may be disposed at the junction of the aluminum alloy secondary beam 8 and the aluminum alloy beam 1.
  • the second frame 20 of the aluminum alloy wall panel is provided with a drainage hole 22, which greatly improves the drainage capacity of the beam.
  • the aluminum alloy decorative buckle cover 3 is respectively arranged on the first frame 2 of the aluminum alloy wall panel and the second frame 20 of the aluminum alloy wall panel, so that the facade is more beautiful and generous.
  • An insulating and soundproof rock wool 14 is disposed between the C-shaped steel keel 15 and the heat-insulating refractory calcium-silicate board 13.
  • the exterior wall panel contains heat-insulating and sound-proof rock wool and heat-insulating refractory calcium-silicate board, which can make the house have good thermal insulation, sound insulation, waterproof and fireproof performance.
  • the first frame 2 of the aluminum alloy wall panel and the aluminum alloy outer wall panel 17 are joined with a neutral silicone sealant 4 to be waterproof.
  • the second frame 20 of the aluminum alloy wall panel and the aluminum alloy outer wall panel 17 are also injected with a neutral silicone sealant 4 for waterproofing.
  • a lightweight floor slab 7 is placed on the aluminum alloy secondary beam 8, and a waterproof membrane and a waterproof mortar are laid on the lightweight floor slab 7, and finally an aluminum alloy floor gusset plate 6 is laid on the surface layer.
  • An aluminum alloy ceiling 11 is placed under the aluminum alloy secondary beam 8.
  • the two aluminum alloy outer wall panels 17 are provided with a sealing strip 16 adjacent to the water for waterproofing.
  • the outer wall and the beam mounting connection structure of an aluminum alloy house adopting the invention has the advantages of simple structure connection, short construction period and convenient installation. Because the exterior wall panel contains heat-insulated rock wool and heat-insulating refractory calcium-silicate board, the house has good thermal insulation, sound insulation, waterproof and fireproof performance.

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Physics & Mathematics (AREA)
  • Electromagnetism (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Building Environments (AREA)

Abstract

一种铝合金房屋的外墙与横梁安装连接结构，其中：铝合金墙板第一边框（2）、铝合金墙板第二边框（20）与铝合金外墙板（17）、C型钢龙骨（15）、隔热耐火硅钙板（13）和室内装饰板（12）组合成单元式拼装墙板，单元式拼装墙板通过紧固件将铝合金墙板第一边框（2）和铝合金墙板第二边框（20）紧固在铝合金横梁（1）上；铝合金次横梁（8）的头部设置铝合金次横梁固定铝角（9），通过紧固件将铝合金次横梁固定铝角（9）连同铝合金次横梁（8）固定于铝合金横梁（1）上；铝合金墙板第二边框（20）内设有排水孔（22）。该结构连接简单，施工周期短，安装方便。由于外墙板内含隔热隔音岩棉（14）和隔热耐火硅钙板（13），使房屋具有良好的隔热保温、隔声、防水、防火等性能。

Description

铝合金房屋的外墙与横梁安装连接结构 技术领域
本发明属于建筑结构领域，涉及铝合金结构房屋，特别涉及一种铝合金结构房屋的外墙与横梁安装连接的结构。
背景技术
在建筑设计中总是希望能够具有大跨度的无竖向结构的空间，这就可以根据需求进行灵活隔断，使室内布置呈多样化。传统住宅由于所用材料的性质，限制了空间布置的自由。如果开间过大，就会造成楼板厚度大，梁柱截面过大，不但影响室内美观，而且加大结构重量，增加土建投资。入住装修时拟自行改变设计墙体布置，但苦于大部分墙体不可拆除或移位，既增加了经济负担，又因破坏承重墙而增加了危险隐患。
传统的混凝土建筑需要使用大量的混凝土和砖瓦，基础施工取土量大，还要在城市周边开山挖石，消耗了土地这一宝贵资源，而且不利于环境保护。
现有的钢结构建筑，其重量较重，材料成本高，还增加了基础造价，使得整个项目投资较高。在传统建筑和钢结构建筑中，对龙骨、墙板、门窗等部件没有采取隔热保温、隔声、防水、防火措施。
在抗震设防区，钢筋砼结构有许多不足之处。现浇砼则需要连续作业，尤其在我国北方地区受到作业季节的影响。
有鉴于此，该领域技术人员致力于研发一种铝合金结构房屋，其中大部分构件可在工厂生产，运往现场进行整体组装，并对外墙与横梁安装连接的结构加以改进。
发明内容
本发明的任务是提供一种铝合金房屋的外墙与横梁安装连接结构，其中外墙板是由铝合金外墙板、C型钢龙骨、隔热隔音岩棉、隔热耐火硅钙板和室内装饰板组合而成的单元式拼装墙板，整件单元外墙板通过用螺丝把外墙板上的组合边框紧固在铝合金横梁上，再将铝合金次横梁固定于铝合金横梁上以完成安装，其施工周期短，安装方便。
本发明的技术解决方案如下：
一种铝合金房屋的外墙与横梁安装连接结构，它包括铝合金横梁、C型钢龙骨、铝合金外墙板，它还包括铝合金墙板第一边框、铝合金墙板第二边框以及铝合金次横梁；
所述铝合金墙板第一边框、铝合金墙板第二边框与铝合金外墙板、C型钢龙骨、隔热耐火硅钙板和室内装饰板组合成单元式拼装墙板，单元式拼装墙板通过紧固件将铝合金墙板第一边框和铝合金墙板第二边框紧固在铝合金横梁上；
所述铝合金次横梁的头部设置铝合金次横梁固定铝角，通过紧固件将铝合金次横梁固定铝角连同铝合金次横梁固定于铝合金横梁上；
所述铝合金墙板第二边框内设有排水孔。
所述C型钢龙骨与隔热耐火硅钙板之间设置隔热隔音岩棉。
所述铝合金墙板第一边框和铝合金墙板第二边框上分别安置铝合金装饰扣盖。
所述铝合金墙板第一边框与铝合金外墙板相接处注射有中性硅酮密封胶以防水。
所述铝合金墙板第二边框与铝合金外墙板相接处注射有中性硅酮密封胶以防水。
所述铝合金次横梁上面铺设轻质楼板。
所述轻质楼板上面铺设铝合金地台扣板。
所述铝合金次横梁下面安置铝合金天花板。
所述铝合金次横梁与铝合金横梁相接处设置减震胶垫。
两块铝合金外墙板相邻接处设有密封胶条。
本发明是一种铝合金房屋的外墙与横梁安装连接结构，其中外墙板是由铝合金外墙板、C型钢龙骨、隔热隔音岩棉、隔热耐火硅钙板和室内装饰板组合而成的单元式拼装墙板，在墙板内预装好给排水管道、单相电源插座、网络插座、电话插座、电视插座和灯具开关等设施，并设计成单元板块式安装，整件单元外墙板通过用螺丝把外墙板上的组合边框紧固在铝合金横梁上，再将铝合金次横梁固定于铝合金横梁上以完成安装。
本发明的一种铝合金房屋的外墙与横梁安装连接结构具有以下优点：
1、设计制造周期短，设计生产一体化。铝合金结构连接简单，在垂直平面内比传统结构能更好地应用错层、跃层结构。
2、承载强度高，抗震性能优越。可大大提高铝合金结构房屋的强度性、稳定性和安全性。
3、材料生产组装作业优势突出。铝合金结构的大部分构件在工厂生产，运往现场通过螺栓进行整体组装，可全天候作业。现场作业量小，减少了作业临时用地，与传统建筑材料相比，对周围环境污染小，提高了作业的机械化水平。由于铝结构本身可作为劲性结构承担结构荷载和施工荷载，施工时可以节省支模、拆模的材料，由此降低成本，大大加快施工速度。资金价值在施工中充分体现，减少资金成本。
4、铝合金结构性价比高。铝合金构件截面尺寸小，可以增加使用面积，与砼结构和砖混结构相比，自重比较轻，地基的处理比较容易，可以采用天然基础型式。由于基础在工程造价中占有比重比较大，上部结构重量轻可以降低基础的造价，从而减少整个项目的投资。
铝合金结构房屋采用模块化作业特点，从另一方面减少了人工费用和模板等其它辅助材料费用。铝合金结构房屋可自行完成多品种、多色彩的内、外观设计，体现了个性化房屋和使用的舒适度。铝合金结构比钢结构耐腐蚀性强，使用寿命长，减少维护维修费用。随着体系化、产业化水平的提高，铝合金结构房屋性价比高的特点突出，成本将会大大降低。
5、施工周期短，安装方便。楼板设计成一个个可整件独立安装的铝合金楼板框，其主要由铝合金次横梁和铝合金拼接型材预先组装成形，并于工地用螺栓或螺丝固定于铝合金横梁上，然后在铝合金楼板框上按顺序铺设轻质加强预制楼板、防水卷材与防水砂浆，最后于面层铺设铝合金地台扣板而成。
主要连接部位都增设防震胶垫，以防止铝合金材料因热胀冷缩或环境震动时相互摩擦而发出声响，并有助于提高其抗震能力。在连接部位还用铝合金装饰扣盖修饰，使得外立面更加美观大方。外墙板内含隔热隔音岩棉和隔热耐火硅钙板，使房屋具有良好的隔热保温、隔声、防火等性能。
附图说明
图1是本发明的一种铝合金房屋的外墙与横梁安装连接结构的示意图。
附图标记：
1为铝合金横梁，2为铝合金墙板第一边框，3为铝合金装饰扣盖，4为中性硅酮密封胶，5为螺栓，6为铝合金地台扣板，7为轻质楼板，8为铝合金次横梁，9为铝合金次横梁固定铝角，10为自攻自钻螺丝，11为铝合金天花板，12为室内装饰板，13为隔热耐火硅钙板，14为隔热隔音岩棉，15为C型钢龙骨，16为密封胶条，17为铝合金外墙板，20为铝合金墙板第二边框，21减震胶垫，22为排水孔。
具体实施方式
下面结合附图和实施例对本发明作详细描述。
参看图1，本发明提供了一种铝合金房屋的外墙与横梁安装连接结构，它主要由铝合金横梁1、C型钢龙骨15、铝合金外墙板17、铝合金墙板第一边框2、铝合金墙板第二边框20以及铝合金次横梁8构成。
铝合金墙板第一边框2、铝合金墙板第二边框20与铝合金外墙板17、C型钢龙骨15、隔热耐火硅钙板13和室内装饰板12组合成单元式拼装墙板，在墙板内预装好给排水管道、单相电源插座、网络插座、电话插座、电视插座和灯具开关等设施，单元式拼装墙板通过紧固件例如自攻自钻螺丝10将铝合金墙板第一边框2和铝合金墙板第二边框20紧固在铝合金横梁1上。
铝合金次横梁8的头部设置铝合金次横梁固定铝角9，通过紧固件例如螺栓5将铝合金次横梁固定铝角9连同铝合金次横梁8固定于铝合金横梁1上。在铝合金次横梁8与铝合金横梁1相接处可设置减震胶垫21。
铝合金墙板第二边框20内设有排水孔22，大大提高了横梁的排水能力。铝合金墙板第一边框2和铝合金墙板第二边框20上分别安置铝合金装饰扣盖3，使得外立面更加美观大方。
C型钢龙骨15与隔热耐火硅钙板13之间设置隔热隔音岩棉14。外墙板内含隔热隔音岩棉和隔热耐火硅钙板，可使房屋具有良好的隔热保温、隔声、防水、防火等性能。
铝合金墙板第一边框2与铝合金外墙板17相接处注射有中性硅酮密封胶4以防水。铝合金墙板第二边框20与铝合金外墙板17相接处也注射有中性硅酮密封胶4，用以防水。
铝合金次横梁8上面铺设轻质楼板7，轻质楼板7上面铺设防水卷材与防水砂浆，最后于面层铺设铝合金地台扣板6。铝合金次横梁8下面安置铝合金天花板11。
如图1中所示，两块铝合金外墙板17相邻接处设有密封胶条16以防水。
综上所述，采用本发明的一种铝合金房屋的外墙与横梁安装连接结构，其结构连接简单，施工周期短，安装方便。由于外墙板内含隔热隔音岩棉和隔热耐火硅钙板，使房屋具有良好的隔热保温、隔声、防水、防火等性能。
当然，本技术领域内的一般技术人员应当认识到，上述实施例仅是用来说明本发明，而并非用作对本发明的限定，只要在本发明的实质精神范围内，对上述实施例的变化、变型等都将落在本发明权利要求的范围内。

Claims (10)

  1. 一种铝合金房屋的外墙与横梁安装连接结构，它包括铝合金横梁(1)、C型钢龙骨(15)、铝合金外墙板(17)，其特征在于：它还包括铝合金墙板第一边框(2)、铝合金墙板第二边框(20)以及铝合金次横梁(8)；
    所述铝合金墙板第一边框(2)、铝合金墙板第二边框(20)与铝合金外墙板(17)、C型钢龙骨(15)、隔热耐火硅钙板(13)和室内装饰板(12)组合成单元式拼装墙板，单元式拼装墙板通过紧固件将铝合金墙板第一边框(2)和铝合金墙板第二边框(20)紧固在铝合金横梁(1)上；
    所述铝合金次横梁(8)的头部设置铝合金次横梁固定铝角(9)，通过紧固件将铝合金次横梁固定铝角(9)连同铝合金次横梁(8)固定于铝合金横梁(1)上；
    所述铝合金墙板第二边框(20)内设有排水孔(22)。
  2. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述C型钢龙骨(15)与隔热耐火硅钙板(13)之间设置隔热隔音岩棉(14)。
  3. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金墙板第一边框(2)和铝合金墙板第二边框(20)上分别安置铝合金装饰扣盖(3)。
  4. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金墙板第一边框(2)与铝合金外墙板(17)相接处注射有中性硅酮密封胶(4)以防水。
  5. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金墙板第二边框(20)与铝合金外墙板(17)相接处注射有中性硅酮密封胶(4)以防水。
  6. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金次横梁(8)上面铺设轻质楼板(7)。
  7. 根据权利要求6所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述轻质楼板(7)上面铺设铝合金地台扣板(6)。
  8. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金次横梁(8)下面安置铝合金天花板(11)。
  9. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：所述铝合金次横梁(8)与铝合金横梁(1)相接处设置减震胶垫(21)。
  10. 根据权利要求1所述的铝合金房屋的外墙与横梁安装连接结构，其特征在于：两块铝合金外墙板(17)相邻接处设有密封胶条(16)。
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