CN211899144U - Vertically plugged inclined energy-saving unit curtain wall - Google Patents

Abstract

A vertical plug-in inclined energy-saving unit curtain wall applied in the field of building curtain walls. The upper and lower beams of the unit panels of the inclined unit type curtain wall are designed, manufactured and installed according to the vertical plug connection when the plug structure is designed. The installation is also vertical hanging. The vertical insertion of the left and right unit plates and the horizontal insertion of the upper and lower unit plates can well adjust the on-site construction deviation, effectively solving the problem of inconsistency in the direction and stroke of the traditional inclined unit plate insertion and hooking. A series of problems, the curtain wall has a reasonable structure, simple and fast processing, construction and installation, simple and easy quality control, better plate assembly details and overall better hanging effect, and has a wide range of use space and good promotion in the field of building curtain walls. prospect.

Description

Vertically plugged inclined energy-saving unit curtain wall

technical field

The utility model relates to a vertical plug-connected inclined plane energy-saving unit curtain wall, which is applied to the design and installation of the inclined plane unit curtain wall in the field of building curtain walls.

Background technique

At present, the requirements for the richness of building facades are becoming more and more diverse. The traditional unitized curtain wall is generally composed of vertical plane frames and panels. The facade effect design of the curtain wall is enriched. Nowadays, some buildings require the facade curtain wall to adopt the inclined unit curtain wall, and the plate frame profile and panel assembly need to be cut at an angle and assembled at an angle. The traditional method of inclined unit curtain wall is usually designed to connect the upper and lower unit panels obliquely, while the connection direction of the unit panel transfer system is generally vertical along the direction of gravity. In particular, when the angle difference between the two is too large, the insertion and hooking strokes are completely different, so that the unit plate cannot be installed, resulting in huge losses; The larger the unit, the more difficult it is to insert and install the unit block obliquely.

SUMMARY OF THE INVENTION

In order to solve the above problems of the traditional inclined unit type curtain wall, the present utility model provides a vertically plugged inclined energy-saving unit type curtain wall. The design, production and installation of the unit panels are also vertical. The vertical insertion of the left and right unit panels and the horizontal insertion of the upper and lower unit panels can well adjust the on-site construction deviation, effectively solving the traditional slanted unit panels. A series of problems caused by the inconsistency of the direction and stroke of the mounting, the curtain wall has a reasonable structure, simple and fast processing, construction and installation, simple and easy quality control, and better plate assembly details and overall hanging effect.

The technical solution adopted by the utility model is a vertical plug-in inclined surface energy-saving unit type curtain wall, which is characterized in that: the unit aluminum hooks on the inclined surface unit plates and the unit hanging seat slots are vertically connected, and the beams on the inclined surface unit plates are vertically connected. , The cross-sections of the middle beam and the lower beam are designed with inclined plane angles, and are assembled with the left and right uprights of the inclined plane unit plate to form an overall inclined plate block frame. The insertion slot is vertically downward. Before the plate is assembled, the rear opening of the connection between the left and right columns and the lower beam is partially milled into a vertical surface, so that the left and right columns and the rear end of the lower beam are inserted into the vertical wall of the slot. Through, the glass panel is installed after the plate frame is assembled.

During on-site installation, the unit aluminum hook on the inclined unit plate is vertically hung on the installed and adjusted and fixed unit hanger. Cover the gap between the two adjacent plates, and seal the perimeters of the front horizontal water collection tank and the rear horizontal drainage groove with glue.

When installing the inclined unit panels, the left and right inclined unit panels are connected by the horizontal plug connection of the left and right columns of the adjacent unit panels, and the vertical plug connection of the adjacent upper and lower beams in the height direction realizes the upper and lower layers. Finally, install the interior decoration buckle cover profile at the rear of the lower beam.

Technical Features

Technical characteristics of vertical plug-in inclined unit curtain wall:

1. Vertically plugged slanted energy-saving unitized curtain wall, the upper and lower sloping beams are designed for vertical plugging, the on-site installation and positioning is more accurate, the plugging of the upper and lower inclined panels is easier to achieve, and the external erection of the curtain wall is better realized. face decoration effect.

2. When it is necessary to realize the intersection of the inclined unit curtain wall and the straight panel block at the same level, the details of the vertical insertion of the upper and lower beams of the upper and lower inclined panel blocks are the same as the vertical insertion of the upper and lower beams of the straight panel block. It can realize the common use of the front and rear drainage grooves, and the waterproof treatment will make the sealing effect more strict.

3. The size of the rear opening of the lower beam of the inclined unit curtain wall is the same as that of the rear opening of the lower beam of the straight-faced curtain wall.

Description of drawings

The embodiments of the present utility model are further described below with reference to the accompanying drawings, which are embodiments of a vertically pluggable inclined energy-saving unit curtain wall.

Figure 1 is a cross-sectional node diagram of a vertical plug-in inclined energy-saving unit curtain wall.

Figure 2 is an enlarged longitudinal cross-sectional view of the vertical insertion of the inclined energy-saving unit curtain wall and the lower horizontal insertion part.

Figure 3 is a large longitudinal section view of a complete unit of a vertical plug-in inclined energy-saving unit curtain wall.

In the picture 1. The left column of the inclined unit plate, 2. The right column of the inclined unit plate, 3. The lower beam of the inclined unit plate, 4. The upper beam of the inclined unit plate, 5. The interior decoration buckle cover, 6. The glass panel, 7. The inclined unit Plate middle beam, 8. Rear lateral water collection tank, 9. Front lateral drainage groove, 10. Unit aluminum hook, 11. Unit hanging seat.

Detailed ways

In Figure 1, Figure 2 and Figure 3, the left column 1 of the inclined unit plate, the right column 2 of the inclined unit plate, the upper beam 4 of the inclined unit plate, the lower beam 3 of the inclined unit plate, and the middle beam 7 of the inclined unit plate are assembled into the inclined unit plate For the main frame, when the left column 1 of the inclined unit plate, the right column 2 of the inclined unit plate and the lower beam 3 of the inclined unit plate are assembled, the rear opening of the column needs to be partially milled to the rear wall of the insertion slot of the lower beam, and the installation is reserved at the same time. Installation space for interior decoration buckle cover 5. After the main frame of the inclined unit plate is assembled, the assembly of the inclined unit plate is completed after the glass panel 6 is installed. Install, adjust and fix the unit hanger 11 before on-site installation. After the inclined unit plate is sent to the site, hang the adjacent unit plate on the lower layer first. The unit aluminum hook 10 of the unit plate is vertically hung on the unit hanger 11, and then The front horizontal water collecting groove 9 and the rear horizontal drainage groove 8 are slid to cover the gap between the two adjacent plates, and the peripheries of the front horizontal water collecting groove 9 and the rear horizontal water drainage groove 8 are glued and sealed, and then the upper inclined unit plate is hung. The lower beam of the inclined unit plate and the upper beam of the lower inclined unit plate are vertically inserted in place.

Claims (3)

1. The utility model provides an energy-conserving unitized curtain wall of inclined plane of perpendicular grafting, characterized by: the unit aluminum hooks on the inclined unit plate are vertically articulated with the unit hanging seat notches, the sections of an upper cross beam, a middle cross beam and a lower cross beam of the inclined unit plate are all designed to have inclined surface angles, the inclined unit plate is spliced with the left stand column and the right stand column to form an integral inclined plate frame, the front inserting wing and the rear inserting wing of the section of the upper cross beam are vertically upward, the front inserting notch and the rear inserting notch of the section of the lower cross beam are vertically downward, the rear openings of the connecting parts of the left stand column and the right stand column and the lower cross beam before the plate is assembled mill the inclined surface of the stand columns into vertical surfaces, so that the left stand column and the right stand column are communicated with the vertical walls of the inserting notches.

2. The energy-saving unit curtain wall with the vertically inserted inclined planes as claimed in claim 1, is characterized in that: when the unit aluminum hook is installed on site, the unit aluminum hook on the inclined unit plate is vertically hung on a unit hanging seat which is installed and adjusted and fixed, after the adjacent unit plate is hung, the front transverse water collecting tank and the rear transverse water draining tank are slidingly moved to cover the gap between the two adjacent plates, and the peripheries of the front transverse water collecting tank and the rear transverse water draining tank are sealed by gluing.

3. The energy-saving unit curtain wall with the vertically inserted inclined planes as claimed in claim 1, is characterized in that: when the inclined plane unit plate is hung, the left inclined plane unit plate and the right inclined plane unit plate are inserted and connected through the horizontal insertion of the left stand column and the right stand column of the adjacent unit plate, the upper inclined plane unit plate and the lower inclined plane unit plate are inserted and connected in the height direction through the vertical insertion of the adjacent upper cross beam and the adjacent lower cross beam, and finally the indoor decoration buckle cover section is installed at the rear opening of the lower cross beam in a buckling mode.

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