CN211058105U

CN211058105U - Connecting component based on steel structure metal curtain wall and glass door and window

Info

Publication number: CN211058105U
Application number: CN201920201686.9U
Authority: CN
Inventors: 周旭; 秦长河; 白月祥; 黑贵龙
Original assignee: Ningxia Zhengde Source Technology Development Co ltd
Current assignee: Ningxia Zhengde Source Technology Development Co ltd
Priority date: 2019-02-15
Filing date: 2019-02-15
Publication date: 2020-07-21
Anticipated expiration: 2029-02-15

Abstract

The utility model discloses a connecting elements based on steel construction metal curtain wall and glass door and window for solve the poor problem of the mode leakproofness that metal curtain wall and door and window are connected among the prior art. The method comprises the following steps: the metal curtain wall is connected with the glass door and window in a straight line shape through a connecting component; the connecting component is a rectangular upright post with a metal curtain wall socket on one side and a glass door and window socket on the other side; the inner-layer aluminum section and the outer-layer aluminum section are connected through a heat insulation strip; one side that outer aluminium alloy is close to glass door and window socket sets up the breach, and the both ends of breach set up the buckle closure groove, pass outer aluminium alloy to inlayer aluminium alloy direction through self-tapping screw, fix inlayer aluminium alloy on indoor upright, in the buckle closure groove of outer aluminium alloy breach is detained into to the buckle closure. The beneficial effects include: the one shot forming subtracts and removes the secondary fitment, has improved the leakproofness of steel construction building to reach the convenience of better heat preservation effect and installation.

Description

Connecting component based on steel structure metal curtain wall and glass door and window

The technical field is as follows:

the utility model relates to a steel construction nodal connection technical field, in particular to connecting elements based on steel construction metal curtain wall and glass door and window.

Background art:

the traditional steel structure adopts high-cost materials such as 0.5 mmm-2.0 mm thick and thin color plates or stainless steel to carry out edge folding and edge covering treatment after the metal curtain wall is installed, and then secondary decoration strips are installed after the doors and windows are installed, the sealing performance can be realized only by gluing, the glue can be removed after the temperature is changed for a period of time, the ventilation condition occurs, and the house heat preservation performance is poor.

The invention content is as follows:

the utility model provides a connecting elements based on steel construction metal curtain wall and glass door and window for solve the poor problem of the mode leakproofness that metal curtain wall and door and window are connected among the prior art.

The utility model provides a connecting elements based on steel construction metal curtain wall and glass door and window, a serial communication port, include: the metal curtain wall is connected with the glass door and window in a straight line shape through a connecting component; the connecting component comprises a heat insulation strip, an inner layer aluminum section, an outer layer aluminum section and a buckle cover; the connecting component is a rectangular upright post with a metal curtain wall socket on one side and a glass door and window socket on the other side; the inner-layer aluminum section and the outer-layer aluminum section are connected through the heat insulation strip, and a metal curtain wall socket is formed on the same side of the inner-layer aluminum section and the outer-layer aluminum section and matched with the shape of a metal curtain wall bell mouth; the other same side of the inner-layer aluminum section and the outer-layer aluminum section forms a glass door and window socket for installing a glass door and window; one side that outer aluminium alloy is close to glass door and window socket sets up the breach, and the both ends of breach set up the buckle closure groove, pass outer aluminium alloy to inlayer aluminium alloy direction through self-tapping screw, fix inlayer aluminium alloy on indoor upright, in the buckle closure groove of outer aluminium alloy breach is detained into to the buckle closure.

The preferred, the inlayer aluminium alloy is protruding type, the bulge sets up the cavity, glass door and window socket one end sets up C type draw-in groove, outer aluminium alloy one end sets up the cavity, and constitute metal curtain socket with the inlayer aluminium alloy, the other end is the individual layer section bar, the terminal one side of individual layer section bar sets up a C type draw-in groove with the C type draw-in groove of inlayer aluminium alloy relatively, the elastic cushion block is gone into to the card in two C type draw-in grooves, hug closely and fix glass door and window, the individual layer section bar opposite side sets up the buckle closure groove, the buckle closure is the angle bar shape, the angle bar both ends set up the C type and detain, the C type of.

Preferably, the heat insulation strip is a polyvinyl chloride rigid plastic adhesive tape.

Preferably, the middle part of the metal curtain wall is a rock wool wallboard, and bellmouths at two ends are made of polyurethane foam materials.

Preferably, the glass door window is a hollow glass door window.

The utility model discloses beneficial effect includes: the product is a novel product which is completely different from the prior art and is designed aiming at the connection of a steel structure metal curtain wall and a door window. The temperature conduction characteristic of the aluminum profile is utilized, and the steel structure cold bridge treatment and the actual interface size of the metal curtain wall are combined, so that the special design and customization are realized. The cold bridge and the leakproofness that the steel construction can not solve before can solving better by the more actual conditions that use, have accomplished one shot forming, subtract and remove the secondary fitment, have improved the leakproofness of steel construction building to reach the convenience of better heat preservation effect and installation.

Description of the drawings:

FIG. 1 is a schematic structural view of a connecting member for a metal curtain wall socket and a glass door and window according to a preferred embodiment.

FIG. 2 is a schematic structural view of a metal curtain wall socket and glass door and window connecting member according to a preferred embodiment.

The specific implementation mode is as follows:

in view of this, the utility model provides a connecting elements based on steel construction metal curtain wall and glass door and window, it is right below to combine the specification attached drawing the utility model discloses a preferred embodiment explains.

Referring to fig. 1, a connecting member based on a steel structure metal curtain wall 1 and a glass door and window 2 comprises: the metal curtain wall 1 is connected with the glass door and window 2 in a straight line shape through a connecting component; the connecting component comprises a heat insulation strip 31, an inner aluminum profile 32, an outer aluminum profile 33 and a buckle cover 34; the connecting component is a rectangular upright post 4 with a metal curtain wall socket on one side and a glass door and window socket on the other side; the inner-layer aluminum section 32 and the outer-layer aluminum section 33 are connected through the heat insulation strip 31, and a metal curtain wall socket is formed on the same side of the inner-layer aluminum section 32 and the outer-layer aluminum section 33 and is matched with the shape of a bellmouth of the metal curtain wall 1; the other same side of the inner layer aluminum section 32 and the outer layer aluminum section 33 forms a glass door and window socket for installing the glass door and window 2; one side that outer aluminium alloy 33 is close to glass door and window socket sets up the breach, and the both ends of breach set up buckle closure groove 331, pass outer aluminium alloy 33 to inlayer aluminium alloy 32 direction through self-tapping screw 35, fix inlayer aluminium alloy 32 on indoor upright 4, in buckle closure groove 331 with buckle closure 34 lock in outer aluminium alloy 33 breach.

Specifically, the connecting component for connecting the metal curtain wall 1 and the glass door and window 2 is a bridge-cut-off aluminum profile with a rectangular section, one side of the connecting component is provided with a port matched with a bellmouth of the metal curtain wall 1, the other end of the connecting component is provided with a socket for connecting the hollow glass door and window 2 and a buckle slot buckle cover 34 for hiding a self-tapping screw 35, the middle part of the metal curtain wall 1 is a rock wool wallboard, and the bellmouths at two ends are made of polyurethane foaming materials; the connecting component is divided into an inner-layer aluminum section 32 and an outer-layer aluminum section 33, and is fixed on the upright post 4 in the building through a self-tapping screw 35; the inner-layer aluminum profile 32 and the outer-layer aluminum profile 33 are connected in a mode of penetrating through the heat insulation strip 31, so that a cold bridge is avoided being formed, and the heat insulation strip 31 is a polyvinyl chloride rigid plastic adhesive tape; the two ends of the metal curtain wall 1 are bell mouths relative to the connecting component, but relative to the metal curtain wall 1, the two ends are sockets, the other end is a bell mouth, the two ends of the metal curtain wall 1 are connected with the connecting component of the glass door and window 2, as shown in figure 1 and figure 2, the connecting component and the bell mouth of the metal curtain wall 1 are sealed by the adhesive tape 5, the inner layer aluminum section 32 is convex, the convex part is provided with a hollow cavity, one end of the glass door and window socket is provided with a C-shaped clamping groove, one end of the outer layer aluminum section 33 is provided with a hollow cavity, and forms a metal curtain wall socket with the inner layer aluminum section 32, the other end is a single layer section, one side of the tail end of the single layer section is provided with a C-shaped clamping groove relative to the C-shaped clamping groove of the inner layer aluminum section 32, the elastic cushion block 6 is clamped into the two C-shaped clamping grooves to tightly, the C-shaped buckle of the buckle cover 34 is buckled with the outer-layer aluminum profile 33 to form a rectangular section.

In the construction, after the metal curtain wall 1 is installed, the connecting component is inserted into the connector of the metal curtain wall 1, the buckle cover 34 is taken down to be nailed and fixed on the purline or the upright post 4, the buckle cover 34 is buckled to hide the self-tapping screw, and then the glass door and window 2 is installed. The connecting component is formed in one step, the fastening cover 34 is covered after the self-tapping screw is fixed with the purline or the upright post 4 of the steel structure, the installation of a secondary decoration strip can be omitted without nail exposure, and the sealing performance of the steel structure building is better solved by adding the ethylene propylene diene monomer strip in the connecting component.

Claims

1. The utility model provides a connecting elements based on steel construction metal curtain wall and glass door and window which characterized in that includes: the metal curtain wall is connected with the glass door and window in a straight line shape through a connecting component; the connecting component comprises a heat insulation strip, an inner layer aluminum section, an outer layer aluminum section and a buckle cover; the connecting component is a rectangular upright post with a metal curtain wall socket on one side and a glass door and window socket on the other side; the inner-layer aluminum section and the outer-layer aluminum section are connected through the heat insulation strip, and a metal curtain wall socket is formed on the same side of the inner-layer aluminum section and the outer-layer aluminum section and matched with the shape of a metal curtain wall bell mouth; the other same side of the inner-layer aluminum section and the outer-layer aluminum section forms a glass door and window socket for installing a glass door and window; one side that outer aluminium alloy is close to glass door and window socket sets up the breach, and the both ends of breach set up the buckle closure groove, pass outer aluminium alloy to inlayer aluminium alloy direction through self-tapping screw, fix inlayer aluminium alloy on indoor upright, in the buckle closure groove of outer aluminium alloy breach is detained into to the buckle closure.

2. The connecting member for connecting a metal curtain wall and a glass door and window based on a steel structure as claimed in claim 1, wherein the inner aluminum profile is a convex profile, the convex portion is provided with a hollow cavity, one end of the socket for the glass door and window is provided with a C-shaped slot, one end of the outer aluminum profile is provided with a hollow cavity, the inner aluminum profile and the inner aluminum profile form a metal curtain wall socket, the other end of the inner aluminum profile is a single-layer profile, one side of the end of the single-layer profile is provided with a C-shaped slot opposite to the C-shaped slot of the inner aluminum profile, the two C-shaped slots are clamped with an elastic cushion block to tightly attach and fix the glass door and window, the other side of the single-layer profile is provided with a buckle cover slot, the buckle cover is in the shape.

3. The connecting member for connecting metal curtain walls and glass windows and doors based on steel structures as claimed in claim 1, wherein the heat insulating strips are polyvinyl chloride rigid plastic adhesive strips.

4. The connecting member for connecting a metal curtain wall and a glass door and window based on a steel structure as claimed in claim 1, wherein the middle part of the metal curtain wall is a rock wool wallboard, and the sockets at the two ends are made of polyurethane foam material.

5. The connecting member for connecting glass windows and metal curtain walls based on steel structure as claimed in claim 1, wherein the glass windows and doors are hollow glass windows and doors.