Summary of the invention
The utility model provides the syndeton of a kind of Curtain wall with open frame crossbeam and column; Be connected with the cross connector between its crossbeam and the column; In order to strengthening the syndeton intensity between this crossbeam and this column, and this is the main purpose for the utility model through this cross connector.
The technical scheme that the utility model adopted is: the syndeton of a kind of Curtain wall with open frame crossbeam and column; It comprises crossbeam, column and cross connector; This crossbeam is connected the both sides of this column through this cross connector, and is joined together to form whole Curtain wall frame by this crossbeam and this column, and this cross connector is connected between this crossbeam and this column; Through this cross connector in order to strengthen the syndeton intensity between this crossbeam and this column; Curtain wall panel in practical implementation, such as the curtain wall plate setting between this crossbeam and this column, thereby form complete Curtain wall with open frame.
This column comprises cylinder and column connection rib; This column connection rib vertically is arranged on this cylinder; Offer the column buckling groove on this column connection rib; This column buckling groove has vertical draw-in groove and horizontal bayonet socket, and this horizontal bayonet socket is positioned at the both sides of this vertical draw-in groove, and this vertical draw-in groove is connected with this horizontal bayonet socket.
This crossbeam comprises beam body and crossbeam connection rib; This crossbeam connection rib is horizontally installed on this Liang Tishang; This crossbeam connection rib is provided with the crossbeam buckling groove; This crossbeam buckling groove is connected with this vertical draw-in groove through this horizontal bayonet socket, is communicated with this crossbeam buckling groove of this crossbeam by this vertical draw-in groove of this column to form a clamping chamber.
This cross connector is arranged in this clamping chamber; This cross connector comprises horizontal snap-arms and vertical snap-arms; Wherein, this horizontal snap-arms is connected in this crossbeam buckling groove of this crossbeam, and this vertical snap-arms is connected in this vertical draw-in groove of this column; When this cross connector is connected between this crossbeam and this column, strengthen the intensity of the syndeton between this crossbeam and this column by above-mentioned structure through this cross connector.
Also be provided with the angle sign indicating number between this crossbeam and this column, this angle sign indicating number is fixedly connected on through set bolt on this cylinder of this column, and this crossbeam is socketed on this angle sign indicating number.
In practical implementation, these column both sides all are equipped with this angle sign indicating number, and this set bolt laterally runs through this angle sign indicating number of this column and these column both sides, this angle sign indicating number of both sides are fixed on simultaneously the both sides of this column through this set bolt.
In addition, this cross connector is fixed on this column connection rib of this column through the connector set bolt in practical implementation.
The utility model at first needs this angle sign indicating number of this column one side is fixed on this column through this set bolt in concrete the installation; Then this cross connector is connected in this vertical draw-in groove of this column; This angle sign indicating number with the other side of this column is set in this crossbeam afterwards, other this crossbeam is set on this angle sign indicating number that is fixed on this column one side this moment, tightens this set bolt this angle sign indicating number and this crossbeam of these column both sides is fixed on this column synchronously; This moment; This horizontal snap-arms is connected in this crossbeam buckling groove of this crossbeam, and this vertical snap-arms is connected in this vertical draw-in groove of this column, thereby reaches the purpose of strengthening the intensity of the syndeton between this crossbeam and this column through this cross connector; In practical implementation; The deadweight of curtain wall panel passes to this crossbeam, and this crossbeam is delivered on this column through this cross connector again, thereby has avoided crossbeam to twist the generation of uneven phenomenon.
The beneficial effect of the utility model is: the utility model is connected with the aluminium column at the primary aluminum crossbeam has increased a kind of criss-cross connector on the basis; Thereby well eliminated the curtain wall panel deadweight and produced the moment of torsion on the aluminium crossbeam, left and right sides aluminium crossbeam connects and can well keep the planeness of left and right sides crossbeam and have characteristics easy for installation.
The specific embodiment
Shown in Fig. 1 to 4, the syndeton of a kind of Curtain wall with open frame crossbeam and column, it comprises crossbeam 10, column 20 and cross connector 30.
This crossbeam 10 is connected the both sides of this column 20 through this cross connector 30, and is joined together to form whole Curtain wall frame by this crossbeam 10 and this column 20.
This cross connector 30 is connected between this crossbeam 10 and this column 20, through this cross connector 30 in order to strengthen the syndeton intensity between this crossbeam 10 and this column 20.
Curtain wall panel in practical implementation, such as the curtain wall plate setting between this crossbeam 10 and this column 20, thereby form complete Curtain wall with open frame.
This column 20 comprises cylinder 21 and column connection rib 22, and this column connection rib 22 vertically is arranged on this cylinder 21.
Offer column buckling groove 23 on this column connection rib 22.
This column buckling groove 23 has vertical draw-in groove 231 and horizontal bayonet socket 232, and this horizontal bayonet socket 232 is positioned at the both sides of this vertical draw-in groove 231, and this vertical draw-in groove 231 is connected with this horizontal bayonet socket 232.
This crossbeam 10 comprises beam body 11 and crossbeam connection rib 12, and this crossbeam connection rib 12 is horizontally installed on this beam body 11.
This crossbeam connection rib 12 is provided with crossbeam buckling groove 13.
This crossbeam buckling groove 13 is connected with this vertical draw-in groove 231 through this horizontal bayonet socket 232.
This vertical draw-in groove 231 by this column 20 is communicated with formation one clamping chamber with this crossbeam buckling groove 13 of this crossbeam 10.
This cross connector 30 is arranged in this clamping chamber, and this cross connector 30 comprises horizontal snap-arms 31 and vertical snap-arms 32.
Wherein, this horizontal snap-arms 31 is connected in this crossbeam buckling groove 13 of this crossbeam 10, and this vertical snap-arms 32 is connected in this vertical draw-in groove 231 of this column 20.
When this cross connector 30 is connected between this crossbeam 10 and this column 20, strengthen the intensity of the syndeton between this crossbeam 10 and this column 20 by above-mentioned structure through this cross connector 30.
Also be provided with angle sign indicating number 40 between this crossbeam 10 and this column 20, this angle sign indicating number 40 is fixedly connected on this cylinder 21 of this column 20 through set bolt 41, and this crossbeam 10 is socketed on this angle sign indicating number 40.
In practical implementation, these column 20 both sides all are equipped with this angle sign indicating number 40, and this set bolt 41 laterally runs through this angle sign indicating number 40 of this column 20 and this column 20 both sides, this angle sign indicating number 40 of both sides are fixed on simultaneously the both sides of this column 20 through this set bolt 41.
In addition, this cross connector 30 is fixed on this column connection rib 22 of this column 20 through connector set bolt 31 in practical implementation.
The utility model at first needs this angle sign indicating number 40 of these column 20 1 sides is fixed on this column 20 through this set bolt 41 in concrete the installation, then this cross connector 30 is connected in this vertical draw-in groove 231 of this column 20.
This angle sign indicating number 40 with these column 20 other sides is set in this crossbeam 10 afterwards; Other this crossbeam 10 is set on this angle sign indicating number 40 that is fixed on these column 20 1 sides this moment, tightens this set bolt 41 this angle sign indicating number 40 and this crossbeam 10 of these column 20 both sides is fixed on this column 20 synchronously.
This moment; This horizontal snap-arms 31 is connected in this crossbeam buckling groove 13 of this crossbeam 10; This vertical snap-arms 32 is connected in this vertical draw-in groove 231 of this column 20, thereby reaches the purpose of strengthening the intensity of the syndeton between this crossbeam 10 and this column 20 through this cross connector 30.
In practical implementation, the deadweight of curtain wall panel passes to this crossbeam 10, and this crossbeam 10 is delivered on this column 20 through this cross connector 30 again, thereby has avoided crossbeam to twist the generation of uneven phenomenon.