WO2012149910A1

WO2012149910A1 - Eave-connecting part, framework structure for building and installation method thereof

Info

Publication number: WO2012149910A1
Application number: PCT/CN2012/075100
Authority: WO
Inventors: 杨东佐
Original assignee: Yang Dongzuo
Priority date: 2011-05-05
Filing date: 2012-05-04
Publication date: 2012-11-08
Also published as: CN102251585A; CN102251585B

Abstract

An eave-connecting part comprises an eave-connecting part body (1), a beam plug-in connector (2) convexly provided on the eave-connecting body (1) in the horizontal or obliquely upward direction, and side beam support connectors (17, 18) convexly provided on the eave-connecting body (1), which form an integral body; a framework structure for a building comprises more than one side beam (1079, 1080), more than two connecting beams (1067, 1069) and the same number of eave-connecting parts (1073, 1075) as that of the connecting beams, and also comprises upright posts (1030, 1032) and beam-post connecting parts (1036, 1038); and a method for installing a framework structure for a building comprises: first fixing the connecting beams (1491, 149,, 1493) onto the setting positions of the main framework structure, fixing the beam plug-in connectors of the eave-connecting parts (1494, 1495, 1496) to the end parts of the connecting beams by insertion, then placing the side beams (1497, 1498) on the side beam support connectors, and finally fixing the end parts of the side beams onto the side beam support connectors.

Description

Truss connecting piece, building frame structure and mounting method

The invention relates to a truss joint structure, a building frame structure and a mounting method for a building frame structure for a building, in particular to a truss joint structure, a frame structure and a mounting method of a frame steel structure such as a balcony, a pavilion, a pavilion and the like .

Background technique

Existing frame steel structures such as steel structures, pavilions, etc., one of which is to splicing the end faces of one beam with the sides of the other beam, or to splicing the end faces of the two beams together. The connection method is poorly applied and the construction is difficult; one is to fix the ends of the two beams together by means of fasteners or splicing and non-plugged connectors, the connection method, the gravity of the beam and The gravity of the plate supported on the beam is finally concentrated on the fastener or the node position of the welding. The stress is excessively concentrated on the connection position between the beam and the beam, so that the connection position is weak and the connection is weak; if not used Additional connecting parts, because the end face of one beam is fixed to the side of the other beam, the fastener cannot be realized; one is to use building materials such as cement and wood to destroy the ecology; when the building is demolished, the building materials cannot be Reuse, resulting in wasted resources, resulting in a large amount of construction waste is difficult to handle.

Summary of the invention

The first technical problem to be solved by the present invention is to provide a convenient, time-saving and labor-saving connection of the connecting beam and the side beam without welding or the like, and the stress is not excessively concentrated on the connecting beam and the side. The 檐 connection of the beam's connection node location.

The second technical problem to be solved by the present invention is to provide a convenient, time-saving and labor-saving connection between the connecting beam and the side beam without the need of splicing, and the stress is not excessively concentrated on the connecting beam and The frame structure of the side beam connecting the nodes.

A third technical problem to be solved by the present invention is to provide a convenient, time-saving and labor-saving connection of the connecting beam and the side beam without the need of splicing, and the stress is not excessively concentrated on the connecting beam and A method of installing a building frame structure at a joint node location of a side beam.

A 檐 joint member comprising an integrally formed 檐 joint body, a beam plug joint protruding horizontally or obliquely from the 檐 joint body, and one or two side girders supporting joints of the 檐 joint body The side beam horizontal support surface directly supporting the end of the side beam is arranged on the side beam support joint, and the connecting beam resisting surface of the connecting beam is supported by the connecting beam up and down and left and right.

As a first improvement of the first solution, the side beam support joints are two, and the two side beam support joints are located on both sides of the beam plug joint; the angles of the two side beam support joints protruding from the main body are 180°.

As a second improvement of the first solution, the side beam support joints are two, and the two side beam support joint positions On both sides of the beam connector; the direction of the two side beam support joints protruding the connector body is greater than or equal to 90° less than 180 ^ο .

As a third improvement of the first solution, the beam plug connector horizontally protrudes from the connector body, and the side pillar column plug joint is vertically protruded on the top surface or the bottom surface of the connector body.

As a first common improvement of the first to fourth embodiments, the beam plug connector includes two symmetric and horizontal side-by-side protrusions extending from the same outwardly extending side of the vertical 檐 connector body; the surface of the 檐 connector body extending the protrusion is configured to resist the cooperation thereof The connecting beam end face abutting surface of the connecting beam end face; the opposite faces of the two convex portions form a left abutting surface of the connecting beam which is resisted by the connecting beam left and right, and a right abutting surface of the connecting beam, and the upper and lower faces of the two convex portions are connected to be connected The abutment surface of the connecting beam that the beam is up-and-down resisted and the abutting surface of the connecting beam.

As a second common improvement of the first to fourth embodiments, the beam plug connector includes a square tubular protrusion extending perpendicularly outward from a face of the 檐 connector body; the face of the 檐 connector body extending the square tubular protrusion is resisted The matching beam end face abutting surface of the connecting beam end face; the left and right outer side faces of the square tubular convex portion are respectively the left abutting surface of the connecting beam and the right abutting surface of the connecting beam which are resisted by the connecting beam, and the upper and lower sides of the square tubular convex portion The two outer sides are respectively the abutting surface of the connecting beam and the lower resisting surface of the connecting beam which are supported by the connecting beam.

As a third common improvement of the first to fourth aspects, the side beam support joint comprises a side convex portion of the convex joint body, and the support side beam horizontal plane directly supporting the side beam is provided on the side convex portion; at the top of the side convex portion Two symmetrical limit protrusions are juxtaposed in the upper horizontal direction, and a gap between the two limit protrusions forms a first accommodating groove in which the accommodating end portion is processed into a vertical portion of the T-shaped side beam end portion.

As a fourth common improvement of the first to fourth aspects, the side beam support joint includes a side convex portion of the convex joint body, and the side convex portion is provided with a support side beam horizontal plane directly supporting the side beam connected thereto; The top surface of the side convex portion of the side beam supporting joint is juxtaposed with two limiting convex portions, and the two limiting convex portions and the corresponding side convex portions form a second receiving groove for receiving the end of the side beam; the supporting side beam The horizontal plane is the bottom surface of the second accommodating groove.

The building frame structure further comprises more than one side beam, two or more connecting beams, and the same number of connecting members as the connecting beam; the connecting piece comprises an integrally formed connecting piece body, a horizontal or oblique upward convex a beam inserting joint of the connecting body, one or two side beam side beam supporting joints of the connecting body; the beam plug joint of the connecting piece and the corresponding connecting beam end are fixedly fixed, the end of the side beam The support is fixed to the corresponding side beam side beam support joint.

As a first improvement of the scheme 9, the connecting beam is an H-shaped steel or an I-shaped steel; the beam plug joint comprises two symmetric and side-by-side convex portions extending outward from the same side of the vertical 檐 joint body; two convex portions of the beam plug joint The connecting portion of the connecting beam is inserted into the gap between the two convex portions to be inserted and connected with the connecting beam end portion, and the two convex portions are resisted by the connecting beam from the left and right directions. As a second improvement of the ninth modification, the connecting beam is a square steel pipe; the beam plug joint comprises a square tubular convex portion extending in a vertical direction from a face of the 檐 joint body and having a square ring; the square tubular convex of the beam plug joint The square inner cavity inserted into one end of the connecting beam is inserted into the end of the connecting beam, and the square tubular convex portion is resisted by the connecting beam up and down and left and right.

As a third improvement of the scheme 9, the side beam is H-shaped steel or I-shaped steel, and the end of the side beam is processed into a T-shape; two limit positions are juxtaposed horizontally on the top surface of the side convex portion of the side beam supporting joint a convex portion, the two limiting convex portions and the corresponding side convex portions form a first accommodating groove, and each of the side walls of the first accommodating groove is provided with a fastener fixing thread hole; the T-shaped end portion of the side beam The horizontal portion is directly supported on the top surface of the limiting projection, and the vertical portion is received in the first receiving groove, and the fastener is fixed through the fastener to fix the threaded hole and the vertical portion of the T-shaped end of the side beam The abutment causes the side beam to be inserted into the two limiting protrusions.

As a fourth improvement of the scheme 9, the side beam is an H-shaped steel or an I-shaped steel or a channel steel or a square steel tube; two limit protrusions are juxtaposed on the top surface of the side convex portion of the side beam support joint, two limits The position of the side protrusion is formed in the second accommodating groove and is directly supported at the bottom of the second accommodating groove to be connected with the side protrusion.

As a first common improvement of the ninth to the thirteenth aspects, the 檐 connecting member comprises a first 檐 connecting piece and a second 檐 connecting piece, wherein the connecting beam comprises a first connecting beam and a second connecting beam;

The first 檐 connector includes an integrally formed first 檐 connector body, a beam spigot protruding horizontally or obliquely from the first 檐 connector body, protruding from a side of the first 檐 connector body in a horizontal direction a side beam side beam support joint of the connecting body;

The second jaw connector is symmetrical with the vertical plane of the first jaw connector about its central position;

The beam plug connector of the first 檐 connector is fixedly fastened on the first connecting beam, and the beam plug connector of the second 檐 connector is inserted and fixed on the second connecting beam, in the first 檐 connecting member and the second 檐 connecting member The side beam is fixedly supported on the opposite side beam side beam support joint.

As a further improvement of the above solution, the connecting beam further comprises a third connecting beam, and the connecting piece further comprises a third connecting piece fixedly inserted and fixed with the third connecting beam;

The third connecting piece comprises an integrally formed body, two side beam side beam supporting joints protruding from the two sides opposite to the third connecting piece body in a horizontal direction, and the joint is supported from the convex side beam side beam a beam plug joint protruding on one side of the third side connecting body of the two sides adjacent to each other in a horizontal direction or an oblique upward direction;

The first connecting beam, the third connecting beam and the second connecting beam are sequentially arrayed in a horizontal direction;

The side beam is supported and fixed on the side beam side beam support joint of the first side connecting piece and the third side connecting piece; the side beam side beam supporting joint is opposite to the third side connecting piece and the second connecting piece The side support is fixed to the upper support.

As a second common improvement of the schemes 9 to 13, the 檐 connector includes a fourth 檐 connection a fifth connecting piece, the connecting beam comprises a fourth connecting beam and a fifth connecting beam;

The fourth turn connector comprises an integrally formed fourth turn connector body, a beam plug joint projecting horizontally or obliquely upward from the fourth turn connector body, in a horizontal direction from adjacent sides of the fourth turn link body Two side beam side beam support joints of the fourth joint body are protruded, two side beam side beam support joints are located on two sides of the fourth beam plug joint, and two fourth side beam side beam support joints are convexly arranged fourth The direction of the connecting body is greater than or equal to 90° and less than 180°;

The fifth turn connector is symmetric with the fourth turn connector about a vertical plane of the center position;

The beam plug connector of the fourth connecting piece is fixedly fixed on the fourth connecting beam, and the beam plug connector of the fifth connecting piece is fixedly fixed on the fifth connecting beam, and the fourth connecting piece and the fifth connecting piece are connected The side beam is fixedly supported on the opposite side beam side beam support joint.

As a further improvement of the above solution, the connecting beam further comprises a sixth connecting beam, and the connecting piece further comprises a sixth connecting piece fixedly connected with the sixth connecting beam;

The sixth connecting piece comprises an integrally formed sixth connecting piece body, two side beam side beam supporting joints protruding from the two sides opposite to the sixth connecting piece body in the horizontal direction, and the protruding side beam a beam insertion joint protruding from a horizontal direction or an obliquely upward direction on one side of the sixth side connector body adjacent to both sides of the side beam support joint;

The fourth connecting beam, the sixth connecting beam and the fifth connecting beam are sequentially arrayed in a horizontal direction;

The side beam is supported and fixed on the side beam side beam supporting joint opposite to the fourth side connecting piece and the sixth side connecting piece; the side beam side beam supporting joint is opposite to the sixth side connecting piece and the fifth side connecting piece The side support is fixed to the upper support.

The third common improvement of the schemes 9 to 13 further includes a first side column, a second side column, a first side beam column connecting piece, and a second side beam column connecting piece; the 檐 connecting piece comprises a seventh 檐 connection And a ninth connecting piece, the connecting beam comprises a seventh connecting beam and a ninth connecting beam;

The seventh connecting piece comprises an integrally formed seventh connecting piece body, a beam inserting joint and a side beam side beam supporting joint protruding from the two sides adjacent to the seventh connecting piece body in a horizontal direction, from the seventh side a side pillar insertion joint protruding from a top surface of the connector body in a vertical direction;

The first side beam and column connection comprises an integrally formed first side beam and column joint body, a side beam side beam supporting joint or a side beam protruding from the two sides adjacent to the first side beam column connecting body body in a horizontal direction a plug connector, a side post connector protruding from a bottom surface of the first side beam connecting member body in a vertical direction; a ninth connecting member and a seventh connecting member being symmetric with respect to a vertical plane of the center position thereof; The side beam column connection member is symmetrical with the first side beam column connection member with respect to a vertical plane of the center position thereof;

The seventh connecting beam and the ninth connecting beam are arranged in a horizontal direction; the beam connecting joint of the seventh connecting piece and the ninth connecting piece are respectively fixedly fixed with the seventh connecting beam and the ninth connecting beam; and the seventh connecting piece is connected a side beam supported on the side beam side beam supporting joint opposite to the ninth connecting piece; the first side column, The second side column is respectively inserted and fixed on the side column plug connector of the seventh side connecting piece and the ninth piece connecting piece; and is fixed on the side beam plug joint of the first side beam column connecting piece or the side beam side beam supporting joint Having the side girders arrayed from the bottom to the top in the vertical direction with the seventh connecting beam; fixed to the ninth connecting beam along the side beam plug joint of the second side beam connecting piece or the side beam side beam supporting joint The side girders of the vertical downward array; the side sills are fixed to the side sill beam support joints or side sill joints of the first side sill link and the second side sill link The first side beam column connector and the second side beam column connector are respectively inserted and fixed on the first side column and the second side column.

As a further improvement of the above solution, the third side pillar and the third side beam column connecting member are further included, the connecting beam further includes an eleventh connecting beam, and the connecting piece further comprises a tenth fixedly inserted with the eleventh connecting beam. a connection piece;

The eleventh connecting piece comprises an integrally formed eleventh connecting piece body, two side beam side beam supporting joints protruding from the two sides opposite to the eleventh connecting piece body in a horizontal direction, and a convex and convex joint a beam plug joint protruding horizontally on one side of the eleventh connecting piece body adjacent to both sides of the side beam side beam supporting joint, from the top surface of the eleventh connecting piece body a side column plug joint protruding straight upward;

The third side beam and column connecting member comprises an integrally formed third side beam and column connecting body, two side beam side beam supporting joints protruding from the two sides of the third side beam connecting piece body and horizontally protruding or a side beam plug joint, a side pillar plug joint protruding downward from a bottom surface of the third side beam joint body;

The seventh connecting beam, the eleventh connecting beam and the ninth connecting beam are sequentially arrayed in a horizontal direction;

The side beam is supported and fixed on the side beam side beam supporting joint opposite to the seventh side connecting piece and the eleventh connecting piece; the side beam side beam opposite to the eleventh connecting piece and the ninth connecting piece Supporting the joint support to fix the side beam; the side beam is fixed on the side beam side beam support joint or the side beam plug joint of the first side beam column connecting piece and the third side beam column connecting piece; The side beam is fixed on the side beam side beam supporting joint or the side beam plug joint of the third side beam column connecting piece and the second side beam column connecting piece; the third side column is fixedly fixed in the eleventh side The side post of the connector is plugged into the connector.

A method for installing a frame structure of a building, the frame structure of the building comprises a connecting piece, a connecting beam and a side beam; the connecting piece comprises an integrally formed connecting piece body, and a beam insert protruding horizontally or obliquely from the connecting piece body a joint, one or two side beam side beam support joints horizontally protruding from the joint body; the installation method comprises: first fixing the connecting beam to a set position of the main body frame structure;

Inserting the beam plug connector of the 檐 connector into the end of the corresponding connecting beam and inserting and fixing the end of the connecting beam; after completing the fixing of the connecting beam and the 檐 connecting member, placing the side sill on the adjacent two 檐 connecting members On the side beam side beam support joint, the side beam is directly supported by the side beam side beam support joint, and then the end of the side beam is The corresponding side beam side beam support joint is fixed.

The beneficial effects of the present invention over the prior art are:

Firstly, the connecting beam is fixed at the required position, that is, the main frame structure, the connecting beam can be directly welded to the main frame structure, or can be fixed on the connecting member of the main frame structure; then the beam plug connector of the connecting piece is inserted The end of the connecting beam, because the connecting piece is connected with the connecting beam, the beam plug connector of the connecting piece is limited by the connecting beam in five directions. When installing, the connecting piece can be moved by only one direction. Connect the beam direction to the desired position, and then fix the 檐 connector and the connecting beam, so that the installation and position adjustment between the 檐 connector and the connecting beam is convenient, time-saving and labor-saving. After the fixing of the connecting beam and the connecting piece is completed, the side beam is placed between the two adjacent connecting pieces, and the side beam is directly supported by the connecting piece, and the end of the side beam is fixed with the corresponding connecting piece. When the side beam and the connecting piece are fixed together, the side beam does not need additional support, so the fixing of the side beam and the connecting piece is convenient, time-saving and labor-saving. With the connecting side beam and the connecting beam of the 檐 joint, the force is not concentrated at the joint node of the side beam and the connecting beam, and the force is good.

Compared with some existing steel structure frames, in order to realize the connection between the beam and the beam, it is necessary to design and process the joint connection of the respective connection ends. When the beam is to use the standard profile, the connection end must be For additional design and processing, when the beam does not use standard profiles, it needs to be specially manufactured. In both ways, it is impossible to achieve large-scale standardized production. It is also prone to connection errors caused by beam or column size processing errors, making it difficult to make the connection position that is inherently fragile. It is good to withstand the weight load of the building and the transmission of the load. The 檐 joints of this technology can be pre-produced in large quantities and standardized, and can be turned into standard building materials for market circulation. It does not require ready-made processing and can reduce production costs. Factory-made 檐Connecting parts, assembled on site, arbitrarily assembled beams and beams of various sizes and sizes on site, and can be reused after being removed to reduce construction waste. It realizes the standardization, generalization and simple construction of the splicing joints, reduces the labor intensity of the construction workers, and solves the problems of the existing engineering construction, such as large pollution to the surrounding environment, high noise, long cycle, and low engineering quality.

The beam plug connector adopts two convex portions, and is convenient to be inserted into the end of the connecting beam of the H-shaped steel or the I-shaped steel, and it is also convenient to fix the connecting beam and the connecting member which are plugged together.

The beam plug connector adopts a square tubular convex portion, and is convenient to be inserted into the end portion of the connecting beam of the square steel pipe, and it is also convenient to fix the connecting beam and the connecting member which are plugged together.

The vertical portion of the connecting beam of the H-shaped steel or the I-shaped steel whose end portion is processed into a T-shape is accommodated in the first accommodating groove, so that the connection between the side girders and the 檐 connecting member is more convenient, and the side sills to be joined together It is also more convenient to fix the 檐 connector.

The end of the side beam is accommodated in the second receiving groove, which makes the connection of the side beam and the connecting piece more convenient, and it is more convenient to fix the side beam and the connecting piece connected together.

檐Connector includes side column plug connector, beam plug connector protruding from the connector body direction and side beam side beam The angle of the horizontal support surface of the support joint is equal to 0°. The 檐 joint of the structure is convenient for constructing a balcony with a guardrail, and has a simple structure and convenient installation.

The installation method of the invention is labor-saving, quick and convenient.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a first embodiment of the present invention.

Fig. 2 is a perspective view showing a second embodiment of the present invention.

Fig. 3 is a perspective view showing a fourth embodiment of the present invention.

Fig. 4 is a perspective view showing a fifth embodiment of the present invention.

Fig. 5 is a perspective view showing a sixth embodiment of the present invention.

Fig. 6 is a perspective view showing a seventh embodiment of the present invention. '

Fig. 7 is a perspective view showing the eighth embodiment of the present invention.

Figure 8 is a perspective view showing a ninth embodiment of the present invention.

Figure 9 is a perspective view of a ninth embodiment of the present invention.

Figure 10 is a perspective view of a tenth embodiment of the present invention.

Figure 11 is a perspective view showing the eleventh embodiment of the present invention.

Figure 12 is a perspective view showing the first type of beam-and-column joint of the eleventh embodiment of the present invention.

Figure 13 is a perspective view showing a second type of beam-column joint of the eleventh embodiment of the present invention.

Figure 14 is a perspective view showing a third type of beam-column joint of the eleventh embodiment of the present invention.

Figure 15 is a perspective view showing a fourth type of beam-column joint of the eleventh embodiment of the present invention.

Figure 16 is a perspective view showing the beam-column plane connector of the eleventh embodiment of the present invention.

Figure 17 is a perspective view of Embodiment 12 of the present invention.

Figure 18 is a perspective view showing the first type of beam-column joint of the embodiment 12 of the present invention.

Figure 19 is a perspective view showing a second type of beam-column joint of Embodiment 12 of the present invention.

Figure 20 is a perspective view showing a third type of beam-column joint of Embodiment 12 of the present invention.

Figure 21 is a perspective view showing a fourth type of beam-column joint of Embodiment 12 of the present invention.

Figure 22 is a perspective view showing a thirteenth embodiment of the present invention.

Figure 23 is a perspective view showing a fourteenth embodiment of the present invention.

Figure 24 is a perspective view showing a beam-and-column joint of Embodiment 14 of the present invention.

Figure 25 is a perspective view showing a fifteenth embodiment of the present invention.

detailed description

Example 1

As shown in FIG. 1 , a truss joint of a building frame structure comprises an integrally formed 檐 joint body 1 , a beam plug joint 2 inserted into a joint beam end portion thereof and protruding obliquely upwardly from the 檐 joint body 1 , two ends supporting side beams parallel to the horizontal plane, mutually perpendicular side rail support joints 17, The side rail supports the joint 18.

The side beam support joint 17 and the side beam support joint 18 each include a side convex portion 3 extending perpendicularly from the side surface of the 檐 joint body 1, and the top surface 4 of the side convex portion 3 is a support side beam horizontal plane directly supporting the side sill; The top surface 4 of the side convex portion 3 extends vertically upward and is outwardly bent to be provided with two symmetrical, horizontally juxtaposed limiting protrusions 5, a limiting convex portion 6, a limiting convex portion 5, and a limiting convex portion 6. The gap therebetween forms a first accommodating groove 7 in which the accommodating end portion is processed into a vertical portion of the T-shaped side beam end portion, and a concave portion formed in the limiting convex portion 5 and the limiting convex portion 6 and the side convex portion 3, respectively. A trough 9 is provided flat on the bottom of the trough, and ribs 10 are connected between the truncated cones 9, and through holes 11 are provided in each of the truncated cones 9.

The beam plug joint 2 comprises two symmetrical, open-faced, horizontally side-by-side U-shaped blocks 12, U-shaped blocks 13 extending perpendicularly from the top surface of the shackle connector body 1 obliquely upward, at the U-shaped block 12 A circular table 14 is disposed on the bottom plane of the U-shaped groove of the U-shaped block 13, and a reinforcing rib 15 is connected between the circular table 14, and a through hole 16 is formed in each of the circular tables.

檐 Connector body 1 extends U-shaped block 12, the surface 18 of the U-shaped block 13 is a connecting beam end face resisting surface that resists the end face of the connecting beam with which it is fitted. The surface 19 of the U-shaped block 12 opposite to the U-shaped block 13 is the connecting beam rear abutting surface that is resisted by the connecting beam. The surface of the U-shaped block 13 opposite to the U-shaped block 12 and the vertically opposite side are the connections resisted by the connecting beam. The beam resists the surface.

Example 2

As shown in Fig. 2, unlike the first embodiment, the two side sill support joints 30, 31 are located on the same line.

Example 3

As shown in Fig. 3, unlike the first embodiment, the side sill support joints 35 are one.

Example 4

As shown in FIG. 4, a truss joint of a building frame structure includes an integrally formed 檐 joint body 41, a beam insert inserted into a square tube shape of the joint beam end and the 檐 joint body 41 The joint 42, two side beam ends supporting the horizontal plane, the side beam support joints 43 with the U-shaped grooves 45 perpendicular to each other, and the side beam support joints 44. The side beam support joints 43 and the side beam support joints 44 are located on both sides of the beam insert joint 42. The four sides of the square tubular projection are the connecting beam abutting faces that are resisted by the connecting beams. The bottom surface of the groove is the horizontal plane of the supporting side beam.

A circular boss 46 is provided on the outer side surface of the U-shaped groove 45, and a reinforcing rib 47 is connected between the circular bosses 46, and a through hole 48 is formed in the circular boss.

Example 5

As shown in Fig. 5, unlike the fourth embodiment, the side sill support joint 60 and the side sill support joint 61 are located on the same straight line.

Example 6 As shown in FIG. 6, a truss joint of a building frame structure includes an integrally formed 檐 joint body 71, a square tubular beam inserted into the joint with the end of the connecting beam and protruding from the 檐 joint body 71. A joint 72, a side sill support joint 74 that supports a U-shaped groove 73 at the end of the side sill parallel to the horizontal plane. The bottom surface of the U-shaped groove 73 is the horizontal surface of the supporting side beam. The four side faces of the square tubular projection of the beam insert 72 are the connecting beam abutting faces that are supported by the connecting beam up and down and left and right. A threaded through hole 75 is provided in the outwardly facing side wall of the U-shaped groove 73. Each of the faces of the square tubular convex portion is provided with a resilient tab 76. One end of the elastic tongue 76 away from the mortise connecting body 71 is connected to the square tubular convex portion, and the elastic tongue 76 faces the 檐 connecting member body 71. One end is a free end. The beam plug connector 72 and the side beam support joint 74 are L-shaped.

Example 7

As shown in FIG. 7, different from the embodiment 6, the side beam support joints are two in a single shape, that is, the side beam support joint 80, the side beam support joint 81, the side beam support joint 80, the beam plug joint 82, The side rail support joint 81 is T-shaped.

Example 8

As shown in Fig. 8, unlike the sixth embodiment, the cymbal connector also has a square tubular post connector 92 projecting vertically upward from the yoke connector body 91. Elastic tabs 93 are disposed on the four sides of the square tubular post connector 92. One end of the elastic tab 93 away from the mortise connector body 91 is connected to the vertical square tubular protrusion, and the elastic tab 93 is oriented. One end of the 檐 connector body 91 is a free end.

Example 9

As shown in Fig. 9, different from the embodiment 8, the side beam support joints are two, that is, the side beam support joint 95, the side beam support joint 96, the side beam support joint 95, and the side beam support joint 96 are collinear. Example 9

As shown in Fig. 9, unlike the eighth embodiment, the post connector 100 is vertically protruded from the cymbal connector body 99.

Example 10

As shown in Fig. 10, unlike the first embodiment, the angles of the two side sill support joints 105 and the side sill support joints 106 are 135°.

Example 11

As shown in FIG. 11, the building frame structure includes a column 1030, a column 1032, a column 1033, and a column 1035 which are arranged counterclockwise along the four diagonal positions of the rectangle and are perpendicular to the horizontal plane, and are distributed on the column 1030 and the column 1032. The column 1031 at the center position is distributed on the column 1034 at the center of the line connecting the column 1033 and the column 1035. The lower column plug connector is respectively inserted and fixed on the column 1030, the column 1031, the column 1032, the column 1033, the column 1034, the column 1035, the beam-column connector 1036, the beam-column connector 1037, the beam-column connector 1038, the beam-column connector 1039, beam and column Connector 1040, beam and column connector 1041.

As shown in FIG. 12, the beam-and-column joint 1036 includes a beam-and-column joint body 1000, and mutually perpendicular horizontal support joints 1001 and horizontal support joints 1002 horizontally projecting from two adjacent sides of the beam-column joint body 1000. The bottom pillar connector 1003 protrudes vertically downward from the bottom surface of the beam-column joint body 1000, and the top layer obliquely supports the joint 1004 protruding obliquely upward from the beam-column joint body 1000, and the pillar-column joint body 1000 faces away from the top slope The upper support joint 1004 is a connecting beam plug joint 1005 that is laterally inclined downward. The top diagonal upper support joint 1004 is located directly above the horizontal support joint 1001.

As shown in FIG. 13, the beam-column connector 1037 is different from the beam-column connector 1036 in that the horizontal support joints are three in a T-shape, that is, the horizontal support joint 1006, the horizontal support joint 1007, the horizontal support joint 1008, and the top oblique The upper support joint 1009 is located directly above the horizontal support joint 1007 that is perpendicular to both the horizontal support joint 1006 and the horizontal support joint 1008.

The beam-column joint 1038 is symmetrical with the beam-column joint 1036 with respect to the horizontal plane of its center position. The beam-column connector 1041, the beam-column connector 1040, the beam-column connector 1039- is symmetrical with the beam-column connector 1036, the beam-column connector 1037, and the beam-column connector 1038 with respect to the horizontal plane of its center position.

The building frame structure further comprises a beam 1042 supported by the beam-column joint 1036 and the two horizontal support joints opposite to the beam-column joint 1037, which is parallel to the horizontal plane, and supported by the beam-column joint 1037 and the beam-column joint 1038. The horizontal beam 1043 parallel to the horizontal plane of the horizontal support joint supports the beam 1044 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1039 and the beam-column joint 1040, and the support is fixed to the beam-column joint 1040, A beam 1045 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1041.

The building frame structure also includes the same beam-column plane connector 1047, beam-column plane connector

1051. A beam-column plane connector 1055. As shown in FIG. 16, the beam-column plane connector 1047 includes a beam-column plane connector body 1090, two horizontally-oriented beam-column plane connector body beam plug joints 1091, beam plug joints 1093, one along the vertical The column plug connector 1092 of the beam and column plane connector body is protruded in the straight direction. And Liangzhu Ping connector surface 1047 of the two beams cross a fixed plug connector plug 1046, beam _1049, and the column member connector Liangzhu Ping surface 1047 of the plug connector plug fixed column 1048. The other ends of the beam 1046 and the beam 1047 are respectively supported on the beam-support member 1036 and the horizontal support joint of the beam-column joint 1041. The beam 1050 and the beam 1053 which are inserted into the two beam plug joints of the beam-column plane connector 1051 are inserted into the fixed column of the column plug connector of the beam-column plane connector 1051.

1052. The other ends of the beam 1050 and the beam 1053 are supported on the horizontal support joints of the beam-column joints 1037 and the beam-column joints 1040, respectively. The two beam connector joints of the beam-column plane connector 1055 are inserted into the fixed beam 1054, the beam 1057, and the column plug connector of the beam-column plane connector 1055 is inserted into the fixed column 1056. The other ends of the beam 1054 and the beam 1057 are supported on the horizontal support joints of the beam-column joints 1038 and the beam-column joints 1039, respectively. The building frame structure also includes beam-column joints 1058, beam-column joints 1059, and beam-column joints 1060 of identical construction.

As shown in Figure 14, the beam-and-column joint 1058 includes an integrally formed beam-and-column joint body 1010, a lower pillar plug joint 1011, a horizontal support joint 1012, and two top-rise oblique inserts with respect to the center-symmetric joint of the top beam-column joint. The joint 1013 and the top layer are diagonally inserted into the joint 1014. The beam-column joint 1060 has the same structure as the beam-column joint 1058.

As shown in FIG. 15, the beam-column joint 1059 is different from the beam-column joint 1058 in that the horizontal support joints are two, that is, the horizontal support joint 1016, the horizontal support joint 1017, the horizontal support joint 1016, and the horizontal support joint 1017 are in a shape. , symmetrically distributed on both sides of the top obliquely inserted connector.

The top beam 1061 and the top beam 1062 are respectively inserted into the top and bottom oblique joints of the beam-column connector 1058, and the other ends of the top beam 1061 and the top beam 1062 are respectively supported and fixed on the beam-to-column joint 1036 and the beam. The opposite two top layers of the post connector 1041 are diagonally supported on the joint. The fixed top beam 1063 and the top beam 1064 are respectively inserted into the two top floor diagonal plug connectors of the beam-column connector 1059. The other ends of the top beam 1063 and the top beam 1064 are respectively supported and fixed on the opposite two top slant upper support joints of the beam-column joint 1037 and the beam-column joint 1040. Also included are a top beam 1065 and a top beam 1066 that are respectively inserted into the two top slanted lower plug connectors of the beam and column connector 1060. The other ends of the top beam 1065 and the top beam 1066 are respectively supported and fixed on the opposite two top layer oblique upper support joints of the beam-column joint 1038 and the beam-column joint 39.

The building frame structure further includes a connection and a plug joint of the beam-column connector 1036, the beam-column connector 1037, the beam-column connector 1038, the beam-column connector 1039, the beam-column connector 1040, and the beam-column connector 1041. The first connecting beam 1067, the third connecting beam 1068, the second connecting beam 1069, the first connecting beam 1070, the third connecting beam 1071, the second connecting beam 1072, and the first connecting beam 1067, the third connecting beam 1068, The second connecting beam 1069, the first connecting beam 1070, the third connecting beam 1071, the second connecting beam 1072 are inserted into the fixed first connecting piece 1073, the third connecting piece 1074, the second connecting piece 1075, and the first The 檐 connector 1076, the third 檐 connector 1077, and the second 檐 connector 1078.

The second turn connector 1075 is the same as the third embodiment. The first turn connector 1073 is symmetrical with the second turn connector 1075 about the vertical plane of its center position. The third turn connector 1074 is the same as the second embodiment. The second 檐 connector 1078, the third 檐 connector 1077, and the first 檐 connector 1076 are respectively perpendicular to the center position of the first 檐 connector 1073, the third 檐 connector 1074, and the second 檐 connector 1075. symmetry.

The building frame structure further includes a side beam 1079 supporting the side gird support joint fixed to the first 檐 joint member 1073 and the third 檐 joint member 1074, and the support is fixed to the side of the third 檐 joint member 1074 and the second 檐 joint member 1075. The side beam 1080 on the beam support joint supports the side beam 1081 fixed on the side beam support joint of the first 檐 joint member 1076 and the third 檐 joint member 1077, and the support is fixed to the third 檐 joint A member 1077, a side beam 1082 of the second port connector 1078.

The installation process of connecting beams, 檐 connectors, side sills includes:

First, the first connecting beam 1067, the third connecting beam 1068, the second connecting beam 1069, the first connecting beam 1070, the third connecting beam 1071, and the second connecting beam 1072 are inserted and fixed to the corresponding beam-column joints 1036, a beam-column connector 1037, a beam-column connector 1038, a beam-column connector 1039, a beam-column connector 1040, a connecting beam connector of the beam-column connector 1041;

Inserting the connecting beam connector of the first 檐 connector 1073, the third 檐 connector 1074, the second 檐 connector 1075, the first 檐 connector 1076, the third 檐 connector 1077, and the second 檐 connector 1078 The ends of the first connecting beam 1067, the third connecting beam 1068, the second connecting beam 1069, the first connecting beam 1070, the third connecting beam 1071, and the second connecting beam 1072 are inserted and fixed with the end of the connecting beam;

After the fixing of the connecting beam and the connecting piece is completed, the side beam 1079 is placed on the side beam supporting joint of the first connecting piece 1073 and the third connecting piece 1074, and the side beam 1079 is directly supported by the side beam supporting joint, and then The end of the side beam 1079 is fixed to the side sill support joint of the first 檐 connecting member 1073 and the third 檐 connecting member 1074; the side sill 1080 is placed on the side sill support of the third 檐 connecting member 1074 and the second 檐 connecting member 1075 On the joint, the side beam 1080 is directly supported by the side beam support joint, and the end of the side beam 1080 is fixed to the side sill support joint of the third 檐 joint 1074 and the second 檐 joint 1075; the side sill 1081 is placed A side member 1081 of the connecting member 1076 and the third connecting member 1077 is directly supported by the side beam supporting joint, and the end of the side beam 1081 is connected with the first connecting member 1076 and the third side. The side beam support joint of the piece 1077 is fixed; the side beam 1082 is placed on the side beam support joint of the third 檐 joint 1077 and the second 檐 joint 1078, and the side beam 1082 is directly supported by the side beam support joint, and the side beam is further supported End of 1082 Eaves member 1077 connected to the third, the second connecting member 1078 eaves beam support edge joint fixing.

Example 12

As shown in FIG. 17, the building frame structure includes a column 1121, a column 1123, a column 1124, and a column 1120 which are arranged counterclockwise along the four diagonal positions of the rectangle and are perpendicular to the horizontal plane, and are distributed in the column 1121 and the column 1123. The column 1122 at the center position is located at a column 1125 at the center of the line connecting the column 1124 and the column 1120. The lower column plug connector is respectively inserted and fixed on the column 1120, the column 1121, the column 1122, the column 1123, the column 1124, the column 1125, the beam and column connector 1126, the beam and column connector 1127, the beam and column connector 1128, the beam and column connector 1129, beam and column connector 1130, beam and column connector 1131.

As shown in FIG. 18, the beam-and-column joint 1128 includes a beam-and-column joint body 1175, and mutually perpendicular horizontal support joints 1176 and horizontal support joints 1177 horizontally projecting from two adjacent sides of the beam-and-column joint body 1175. The bottom pillar of the beam-column joint body 1175 is vertically downwardly protruded downwardly The joint 1178, the upper column plug joint 1179 protruding vertically upward from the top surface of the beam and column joint body 1175, is inclined downward from the corner position of the adjacent two sides of the beam and column joint body 1175 without the support joint Connect the beam plug connector 1180.

As shown in FIG. 19, the beam-and-column joint 1126 includes a beam-and-column joint body 1181, and mutually perpendicular horizontal support joints 1182, horizontal support joints 1183, horizontally projecting from three adjacent sides of the beam-and-colum joint body 1175. The support joint 1184, the lower post connector 1185 protruding vertically downward from the bottom surface of the beam and column connector body 1180, the upper column plug connector 1186 protruding from the top surface of the beam and column connector body 1180, the slave beam The column connector body 1180 is not provided with a connecting beam plug joint 1187 in which one side of the support joint is obliquely downwardly convex.

The beam-column joint 1127 is symmetrical with the beam-column joint 1126 about the horizontal plane of its center position. Beam-column joints 1127, beam-column joints 1128, beam-column joints 1129—one with beam-column joints 1126, beam-column joints 1131, beam-column joints 1130 are symmetric about the horizontal plane of their central position.

The building frame structure further comprises a beam 1144 supported on the two horizontal support joints opposite to the beam-column joint 1126 and the beam-column joint 1127, which is parallel to the horizontal plane, and supported by the beam-column joint 1127 and the beam-column joint 1128. The horizontal beam 1145 parallel to the horizontal plane of the horizontal support joint supports the beam 1146 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1128 and the beam-column joint 1129, and the support is fixed to the beam-column joint 1129, The beam 1147 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1130 supports the beam 1148 which is fixed on the horizontal joints of the beam-column joint 1130 and the beam-column joint 1131 and is parallel to the horizontal plane. A beam 1149 parallel to the horizontal plane is attached to the two horizontal support joints of the beam-column joint 1131 and the beam-column joint 1126.

The building frame structure further comprises a connecting beam plug joint fixedly connected with the beam-column joint 1127, the beam-column joint 1128, the beam-column joint 1129, the beam-column joint 1130, the beam-column joint 1131, the beam-column joint 1126, respectively. a fourth connecting beam 1157, a sixth connecting beam 1158, a fifth connecting beam 1159, a fourth connecting beam 1160, a sixth connecting beam 1161, a fifth connecting beam 1156, and a fourth connecting beam 1157, a sixth connecting beam 1158, The fifth connecting beam 1159, the fourth connecting beam 1160, the sixth connecting beam 1161, the fifth connecting beam 1156 are inserted into the fixed fourth connecting piece 1163, the sixth connecting piece 1164, the fifth connecting piece 1165, and the fourth The 檐 connector 1166, the sixth 檐 connector 1167, and the fifth 檐 connector 1162.

The structure of the fifth turn connector 1165 is the same as that of the first embodiment. The fourth turn connector 1163 is symmetric with the fifth turn connector 1165 about the vertical plane of its center position. The structure of the sixth turn connector 1164 is the same as that of the second embodiment. The fifth 檐 connector 1162, the sixth 檐 connector 1167, and the fourth 檐 connector 1166 are respectively associated with the vertical faces of the fourth 檐 connector 1163, the sixth 檐 connector 1164, and the fifth 檐 connector 1165 with respect to their center positions symmetry.

The building frame structure further includes a support fixed to the fourth 檐 connector 1163 and the sixth 檐 connector 1164 The side beam 1169 on the side beam support joint supports the side beam 1170 fixed on the side beam support joint of the sixth 檐 joint 1164 and the fifth 檐 joint 1165, and the support is fixed to the fifth 檐 joint 1165, the fourth The side beam 1171 on the side beam supporting joint of the connecting piece 1166 supports the side beam 1172 fixed on the side beam supporting joint of the fourth connecting piece 1166 and the sixth connecting piece 1167, and is supported and fixed on the sixth connecting piece. 1167. The side beam 1173 of the fifth port connector 1162.

The building frame structure further comprises an upper column plug joint which is respectively inserted and fixed to the beam and column connecting member 1126, the beam and column connecting member 1127, the beam and column connecting member 1128, the beam and column connecting member 1129, the beam and column connecting member 1130, and the beam and column connecting member 1131. The upper column 1132, the column 1133, the column 1134, the column 1135, the column 1136, the column 1137, and the lower column plug connector are fixedly connected to the column and column of the column 1132, the column 1133, the column 1134, the column 1135, the column 1136, and the column 1137. A member 1138, a beam and column connector 1139, a beam and column connector 1140, a beam and column connector 1141, a beam and column connector 1142, and a beam and column connector 1143.

As shown in FIG. 20, the beam and column connector 1138 includes a beam and column connector body 1188, and mutually perpendicular horizontal support joints 1189 and horizontal support joints 1190 horizontally projecting from two adjacent sides of the beam and column connector body 1188. a lower post connector 1191 protruding vertically downward from a bottom surface of the beam and column connector body 1188, and a connecting beam obliquely downward from a corner position of the adjacent two sides of the beam and column connector body 1188 without a support joint Plug connector 1192.

As shown in FIG. 21, the beam-and-column joint 1143 includes a beam-and-column joint body 1193, and mutually perpendicular horizontal support joints 1194, horizontal support joints 1195, horizontally protruding from three sides adjacent to the beam-and-column joint body 1193 a support joint 1196, a lower post connector 1197 protruding vertically downward from a bottom surface of the beam and column connector body 1193, and a connecting beam inserted obliquely downward from a side of the beam and column connector body 1193 without a support joint Connector 1198.

The beam-column joint 1141 is symmetrical with the beam-column joint 1139 about the horizontal plane of its center position. Beam-column joints 1138, beam-column joints 1143, beam-column joints 1142—one with beam-column joints 1139, beam-column joints 1140, beam-column joints 1141 are symmetrical about the horizontal plane of their center position.

The building frame structure further includes a beam 1150 supported on the horizontal joints of the beam-column joints 1138 and the beam-column joints 1139 and parallel to the horizontal plane. The support is fixed on the beam-column joints 1139 and the beam-column joints 1140. A beam 1151 parallel to the horizontal plane on the two horizontal support joints is supported by the beam 1152 which is fixed on the horizontal joints of the beam-column joints 1140 and the beam-column joints 1141 and is parallel to the horizontal plane. The support is fixed to the beam-column joints 1141. a beam 1153 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1142, supporting the beam 1154 parallel to the horizontal plane on the two horizontal support joints of the beam-column joint 1142 and the beam-column joint 1143, The beam 1155 which is fixed to the horizontal joints of the beam-and-column joint 1143 and the beam-and-column joint 1138 is parallel to the horizontal plane. And the beam-column connection member 1139, the beam-column connection member 1140, the beam-column connection member 1141, the beam-column connection member 1142, the beam-column connection member 1143, the beam-column connection member 1138, the connection beam plug connector, the fixed connection beam, and the connection The beam is fixed by the fixed 檐 connector, the structure of the side sill supported on the 檐 joint and the beam and column connection 1126, the beam and column connection 1127, the beam and column connection 1128, the beam and column connection 1129, the beam and column connection 1130. The connecting beam plug connector of the beam-column connector 1131 is inserted into the fixed connecting beam, and the connecting member fixedly connected with the connecting beam, and the side beam supported on the connecting member has the same structure.

Beams, columns, connecting beams, and side beams are all H-shaped steel.

Example 13

As shown in Fig. 22, the structure of the fourth yoke connector 1201 to which the beam spigot and the fourth connecting beam 1157 are inserted and fixed is the same as that of the fourth embodiment. The structure of the fourth yoke connector 1202 to which the beam spigot and the sixth connecting beam 1158 are inserted and fixed is the same as that of the fourth embodiment. The structure of the fourth yoke connector 1203 to which the beam spigot and the fifth connecting beam 1159 are inserted is symmetrical with respect to the vertical plane of the fourth connecting beam 1157 with respect to its center position.

The fifth plug connector 1200, the beam plug connector and the sixth connecting beam 1161 are inserted into the fixed sixth plug connector 1205, the beam plug connector and the fourth connecting beam 1160 are inserted into the beam connector and the fifth connecting beam 1156. The fixed fourth turn connector 1204 is symmetrical with respect to the vertical plane of the center position of the fourth turn connector 1201, the sixth turn connector 1202, and the fifth turn connector 1203, respectively. The connecting beam and the side beam supported on the side beam supporting joint of the 檐 connecting piece are square tubular steel.

The structure of the connecting beam, the 檐 connecting piece and the side sill of the upper and lower layers is the same.

Example 14

As shown in FIG. 23, the building frame structure includes a column 1250, a column 1251, a column 1252, a column 1253, a column 1254, a column 1255, and a column 1256 which are arranged counterclockwise along eight corners of the octagonal shape and are perpendicular to the horizontal plane. The column 1257 is respectively inserted and fixed on the column 1250, the column 1251, the column 1252, the column 1253, the column 1254, the column 1255, the column 1256, the column 1257, the same beam-column joint 1258, the beam-column joint 1259, the beam-column connection A member 1260, a beam and column connector 1261, a beam and column connector 1262, a beam and column connector 1263, a beam and column connector 1264, and a beam and column connector 1265.

As shown in FIG. 24, the beam and column connector 1258 includes a beam and column connector body 1322, a horizontal support joint 1323 horizontally protruding from two sides adjacent to the beam and column connector body 1322, and a horizontal support joint 1324, connected from the beam and column. The lower column plug connector 1325 protrudes vertically downward from the bottom surface of the body 1322, and the upper column plug connector 1326 protrudes vertically upward from the top surface of the beam column connector body 1322. The beam column connector body 1322 is not provided. The connecting beam insertion joint 1327 is disposed obliquely downwardly at a corner position of the adjacent two sides of the support joint. The horizontal support joint 1323 and the horizontal support joint 1324 have an angle of 135°.

The building frame structure also includes a support fixed to the beam-column joint 1258, the beam-column joint 1259 phase The beam 1306 on the two horizontal support joints supports the beam 1307 fixed on the two horizontal support joints of the beam-column joint 1259 and the beam-column joint 1260, and the support is fixed to the beam-column joint 1260, the beam-column connection The beam 1308 on the two horizontal support joints of the piece 1261 supports the beam 1309 fixed on the two horizontal support joints of the beam-column joint 1261 and the beam-column joint 1262, and the support is fixed to the beam-column joint 1262 and the beam. The beam 1310 on the two horizontal support joints of the column connecting member 1263 supports the beam 1311 fixed on the beam-column joint 1263 and the two horizontal support joints opposite to the beam-column joint 1264. The support is fixed to the beam-column joint 1264. The beam 1312 on the two horizontal support joints of the beam-column joint 1265 is supported and fixed to the beam-column joint

1265, beam-column joints 1258 opposite the two horizontal support joints of the beam 1313.

The building frame structure further includes a beam and column connecting member 1258, a beam and column connecting member 1259, a beam and column connecting member 1260, a beam and column connecting member 1261, a beam and column connecting member 1262, a beam and column connecting member 1263, a beam and column connecting member 1264, and a beam. The connecting beam plug connector of the column connector 1265 is inserted into the fixed fourth connecting beam 1266, the fifth connecting beam 1267, the fourth connecting beam 1268, the fifth connecting beam 1269, the fourth connecting beam 1270, and the fifth connecting beam 1271 Four connecting beams 1272, fifth connecting beams 1273, and fourth connecting beams respectively

1266. The fifth connecting beam 1267, the fourth connecting beam 1268, the fifth connecting beam 1269, the fourth connecting beam 1270, the fifth connecting beam 1271, the fourth connecting beam 1272, and the fifth connecting beam 1273 are inserted and fixed to the fourth port. The connecting member 1274, the fifth connecting piece 1275, the fourth connecting piece 1276, the fifth connecting piece 1277, the fourth connecting piece 1278, the fifth connecting piece 1279, the fourth connecting piece 1280, and the fifth connecting piece Piece 1281.

The structure of the fourth turn connector 1277 is the same as that of the embodiment 10.

The building frame structure further includes a side sill 1282 supporting the side sill support joints fixed to the fourth 檐 connecting member 1274 and the fifth 檐 connecting member 1275, and supporting and fixing the side of the fifth 檐 connecting member 1275 and the fourth 檐 connecting member 1276 The side beam 1283 on the beam supporting joint supports the side beam 1284 fixed on the side beam supporting joint of the fourth connecting piece 1276 and the fifth connecting piece 1277, and is supported and fixed on the fifth connecting piece 1277 and the fourth connecting piece. The side beam 1285 on the side beam supporting joint of the piece 1278 supports the side beam 1286 fixed on the side beam supporting joint of the fourth connecting piece 1278 and the fifth connecting piece 1279, and is supported and fixed on the fifth connecting piece 1279, The side beam 1287 on the side beam supporting joint of the fourth connecting piece 1280 supports the side beam 1288 fixed on the side beam supporting joint of the fourth connecting piece 1280 and the fifth connecting piece 1281, and the support is fixed at the fifth side The side members of the connecting member 1288 and the fourth side connecting member 1274 support the side members 1289 on the joint.

The building frame structure further comprises a plug joint fixed to the beam-column joint 1258, the beam-column joint 1259, the beam-column joint 1260, the beam-column joint 1261, the beam-column joint 1262, the beam-column joint 1263, the beam-column joint 1264, the column 1290, the column 1291, the column 1292, the column 1293, the column 1294, the column 1295, the column 1296, and the column on the upper column plug joint of the beam-column joint 1265 Column 1297, the lower column plug connector is fixedly connected to the column 1290, the column 1291, the column 1292, the column 1293, the column 1294, the column 1295, the column 1296, the column 1297, the beam and column connection 1298, the beam and column connection 1299, the beam column The connecting member 1300, the beam and column connecting member 1301, the beam and column connecting member 1302, the beam and column connecting member 1303, the beam and column connecting member 1304, and the beam and column connecting member 1305.

The structure of the beam-column joint 1298 differs from the beam-and-column joint 1258 in that no upper column plug joint is provided on the beam-column joint 1298.

Connection with the beam-column joint 1298, the beam-column joint 1299, the beam-column joint 1300, the beam-column joint 1301, the beam-column joint 1302, the beam-column joint 1303, the beam-column joint 1304, the beam-column joint 1305 The beam connector is inserted into the fixed connecting beam, and the connecting member fixedly connected with the connecting beam, and the structure of the side beam supported on the side beam supporting joint fixed on the connecting piece is connected with the beam connecting member 1258 and the beam column 1259, beam-column joint 1260, beam-column joint 1261, beam-column joint 1262, beam-column joint 1263, beam-column joint 1264, beam-column joint 1265 connection beam plug joint fixed connection beam, The side joints fixed to the connecting beam are fixed, and the side beams supported on the side beam supporting joints fixed on the connecting piece are identical in structure.

Example 15

As shown in FIG. 25, the building frame structure further includes a second connecting beam 1491, a third connecting beam 1492, a first connecting beam 1493, and a second connecting beam 1491, a third connecting beam 1492, respectively fixed to the main body frame structure. A connecting beam 1493 is inserted into the fixed second connecting piece 1494, the third connecting piece 1495, and the first connecting piece 1496. The structure of the first cymbal connector 1496 is the same as that of the embodiment 6. The structure of the third connecting beam 1492 is the same as that of the seventh embodiment. The second connecting beam 1491 is symmetrical with respect to the vertical plane of the first connecting beam 1493 with respect to its center position. Supporting the side sill 1497 fixed on the side gird support joint of the second 檐 joint 1494 and the third 檐 joint 1495, and supporting the side sill support joints of the third 檐 joint 1495 and the first 檐 joint 1496 Side beam 1498.

The building frame structure further includes a square tubular ninth connecting beam 1471, an eleventh connecting beam 1472, and a seventh connecting beam 1473 which are respectively fixed to the main body frame structure. The beam connector is respectively inserted into the ninth connecting member 1474, the eleventh connecting member 1475, and the seventh connecting member 1476 of the ninth connecting beam 1471, the eleventh connecting beam 1472, and the seventh connecting beam 1473. A side rail 1478 is supported on the side rail support joint opposite the seventh jaw connector 1476 and the eleventh jaw connector 1475. A side rail 1477 is supported on the side rail support joint opposite to the eleventh joint 1475 and the ninth joint 1474. A second side upright 1479, a third side upright 1480, and a first side upright 1481 are inserted and fixed to the side post connector of the ninth joint 1474, the eleventh joint 1475, and the seventh joint 1476. A side beam 1490 arrayed in a vertical direction from the seventh connecting beam 1473 in a vertical direction is inserted and inserted on the beam plug joint of the first side beam connecting member 1484; a beam plug joint in the second side beam connecting piece 1482 The upper side is fixed with a side beam that is vertically aligned with the ninth connecting beam 1471 in the vertical direction 1486. The first side beam connecting piece 1484, the third side beam column connecting piece 148, and the second side beam column connecting piece 1482 are respectively inserted and fixed to the first side column 1481, the third side column 1480, and the second side. Side column 1479. a side beam 1489 is supported on the side rail support joint of the first side beam connecting piece 1484 and the third side beam connecting piece 1483; the third side beam connecting piece 1483 and the second side beam connecting piece 1482 Side rails 1488 are secured to the opposing side rail support joints. The side beam 1486 and the side beam 1490 are welded and fixed to the main body frame.

Installation and installation methods for connecting beams, 檐 connectors, side sills include:

First, the second connecting beam 1491, the third connecting beam 1492, and the first connecting beam 1493 are respectively fixed to the main body frame;

The second splicing connector 1494, the third splicing connector 1495, the first splicing connector 1496, and the second connecting beam 1491, the third connecting beam 1492, and the first connecting beam 1493 are inserted and fixed; The side beam 1497 is supported and fixed to the side sill support joint opposite to the second 檐 joint 1494 and the third 檐 joint 1495, and the side sill support joint of the side sill 1498 with the third 檐 joint 1495 and the first 檐 joint 1496 The support is fixed.

The installation and installation method of the connecting beam, the splicing joint, the side sill, the side sill, and the side sill joint include: The first step is to fix the ninth connecting beam 1471, the eleventh connecting beam 1472, the seventh connecting beam 1473 and the main body frame ;

In the second step, the beam plug connectors of the ninth connecting piece 1474, the eleventh connecting piece 1475, and the seventh connecting piece 1476 are respectively inserted into the ninth connecting beam 1471, the eleventh connecting beam 1472, and the seventh connecting beam 1473. Fixed

In the third step, the side beam 1478 is supported and fixed on the side beam supporting joint of the seventh connecting piece 1476 and the eleventh connecting piece 1475; the side beam 1477 is supported and fixed on the eleventh connecting piece 1475 and the ninth piece. The side rails of the connecting member 1474 are supported on the joint;

In the fourth step, the second side column 1479, the third side column 1480, the first side column 1481 and the ninth port connecting member 1474, the eleventh connecting piece 1475, and the seventh side connecting piece 1476 are inserted into the side column plug connector. Fixed

In the fifth step, the first side beam connecting member 1484, the third side beam connecting piece 1448, and the second side beam connecting piece 1482 are respectively connected with the first side column 1481, the third side column 1480, and the first side column 1481, respectively. The two-sided column 1479 is fixed and fixed;

In the sixth step, one end of the side beam 1490 is fixedly connected with the beam plug joint of the first side beam connecting member 1484, and the other end of the side beam is welded and fixed to the main body frame; the side beam 1489 and the first side beam connecting piece are connected 1484 is supported and fixed on the side beam supporting joint of the third side beam connecting piece 1483; the side beam supporting joint is supported on the side beam supporting joint of the side beam 1488 and the third side beam connecting piece 1483 and the second side beam connecting piece 1482 Fixed; inserting one end of the side beam I486 with the beam plug connector of the second side beam connecting member 1482 The fixing is fixed and the other end of the side beam I486 is welded and fixed to the main body frame.

Claims

Claim

What is claimed is: 1. A cymbal connector comprising: an integrally formed 檐 connector body, a beam spigot protruding horizontally or obliquely from the 檐 connector body, and one or two horizontally projecting 檐 connector bodies The side beam support joint; the support joint is provided with a side beam horizontal support surface directly supporting the end of the side beam, and the beam insert joint is provided with a connecting beam abutting surface which is supported by the connecting beam up and down and left and right.

2. A cymbal connector according to claim 1, wherein: two support joints are provided, and two support joints are located at two turns of the beam plug joint; the angles of the two support joints protruding from the body are 180. ° .

3. A cymbal connector according to claim 1, wherein: two support joints are provided, and two support joints are located at two turns of the beam plug joint; the two support joints protrude from the joint body by a direction greater than or equal to 90. Less than 180. .

4. A cymbal connector according to claim 1, wherein: the beam spigot joint horizontally protrudes from the connector body, and the side column post connector is vertically protruded from the top surface or the bottom surface of the connector body.

5. A cymbal connector according to any one of claims 1 to 4, wherein: the beam spigot comprises two symmetrical and horizontal side-by-side projections extending outwardly from the same side of the vertical 檐 connector body; The surface of the connecting body extending convex portion is a connecting beam end surface resisting surface of the connecting beam end surface which is matched with the connecting beam; the opposite faces of the two convex portions form a connecting beam left abutting surface and a connecting beam right abutting surface which are resisted by the connecting beam The upper and lower faces of the two convex portions form an abutment surface on the connecting beam that is supported by the connecting beam up and down, and a lower abutting surface of the connecting beam.

6. A cymbal connector according to any one of claims 1 to 4, wherein: the beam spigot comprises a square tubular projection extending perpendicularly outward from a face of the 檐 connector body; The surface of the body-extending square tubular bump is abutting surface of the connecting beam end face of the connecting beam end face with which the fitting beam is matched; the left and right outer lateral faces of the square tubular convex block are respectively the left abutting surface of the connecting beam which is resisted by the connecting beam And connecting the right abutment surface of the beam, the upper and lower outer surface of the square tubular bump are respectively the abutting surface of the connecting beam and the lower abutting surface of the connecting beam which are resisted by the connecting beam.

7. A cymbal connector according to any one of claims 1 to 4, wherein: the support joint comprises a bulge protrusion protruding from the 檐 joint body, and the shin portion is provided with a direct support side girders Supporting the horizontal plane of the side beam; two symmetric limiting protrusions are horizontally arranged side by side in the top surface of the convex portion of the convex portion, and the gap between the two limiting convex portions forms a side beam end where the receiving end portion is processed into a T shape The first receiving groove of the vertical portion of the portion.

8. A cymbal connector according to any one of claims 1 to 4, wherein: the support joint comprises a bulge protrusion protruding from the 檐 joint body, and a direct support connection is provided on the 恻 convex portion The supporting side beam level of the upper side beam; two limiting protrusions are juxtaposed on the top surface of the convex portion of the supporting joint, The two limiting protrusions and the corresponding protrusions form a second receiving groove for receiving the end of the side beam; the horizontal surface of the supporting side beam is the bottom surface of the second receiving groove.

9. The building frame structure comprises more than one side beam and two or more connecting beams, and is characterized in that: the same number of connecting pieces are connected to the connecting beam; the connecting piece comprises an integrally formed connecting piece body, a beam insertion joint protruding from the connecting body of the horizontal or oblique upward direction, one or two side beam supporting joints protruding from the connecting body; the beam plug joint of the connecting piece is fixedly connected with the end of the corresponding connecting beam, The end support of the side beam is fixed to the corresponding side beam support joint.

10. The building frame structure according to claim 9, wherein: the connecting beam is an H-shaped steel or an I-shaped steel; the beam inserting joint comprises two symmetrical and side-by-side convex portions extending from the same outward direction of the vertical 檐 connecting body. The two convex portions of the beam plug are inserted into one end of the connecting beam, and the connecting portion of the connecting beam is received in the gap between the two convex portions to be plugged and connected with the end of the connecting beam, and the two convex portions are connected by the connecting beam Resist in four directions from left to right.

11. The building frame structure according to claim 9, wherein: the connecting beam is a square steel pipe; the beam plug joint comprises a square tubular bump having a square ring cross section extending perpendicularly outward from a face of the 檐 connector body; The square tubular bump of the beam plug connector is inserted into the square inner cavity at one end of the connecting beam and is connected with the end of the connecting beam, and the square tubular bump is resisted by the connecting beam up and down and left and right.

12. The building frame structure according to claim 9, wherein: the side beam is H-shaped steel or I-shaped steel, and the end of the side beam is processed into a T-shape; the top surface of the convex portion of the supporting joint is horizontally juxtaposed Having two limiting protrusions, the two limiting protrusions and the corresponding bulging protrusions form a first accommodating groove, and each of the first accommodating grooves is provided with a fastener fixing thread hole; The horizontal portion of the T-shaped end of the beam is directly supported on the top surface of the limiting projection, and the vertical portion is received in the first receiving groove, and the threaded hole and the side beam T are fixed through the fastener through the fastener. The vertical portion of the end of the glyph abuts the side beam and the two limiting protrusions.

13. The building frame structure according to claim 9, wherein: the side beam is an H-shaped steel or an I-shaped steel or a channel steel or a square steel tube; and two limit positions are juxtaposed on the top surface of the convex portion of the support joint. a convex portion, the two limiting convex portions and the corresponding convex portions forming a second receiving groove; the end of the side beam is received in the second receiving groove and directly supported at the bottom of the second receiving groove and the convex portion Department connection.

14. The building frame structure according to any one of claims 9 to 13, wherein: the 檐 connecting member comprises a first 檐 connecting piece and a second 檐 connecting piece, the connecting beam comprising the first connecting beam and the second connecting beam The first 檐 connector includes an integrally formed first 檐 connector body, a beam spigot protruding horizontally or obliquely from the first 檐 connector body, protruding from a 恻 of the first 檐 connector body in a horizontal direction Providing a side beam support joint of the connecting body; The second jaw connector is symmetrical with the vertical plane of the first jaw connector about its central position;

The beam plug connector of the first 檐 connector is fixedly fastened to the first connecting beam, and the beam plug connector of the second 檐 connector is inserted and fixed on the second connecting beam, and the first 檐 connecting member and the second 檐 connecting member are The side girders are fixedly supported on the opposite side beam support joints.

15. The building frame structure according to claim 14, wherein: the connecting beam further comprises a third connecting beam, and the connecting piece further comprises a third connecting piece fixedly coupled to the third connecting beam;

The third connecting piece comprises an integrally formed body, two side beam supporting joints protruding from the two side faces opposite to the third connecting piece body in a horizontal direction, and two joints supporting the joint from the protruding side beam a beam plug joint protruding from a top surface of the third connecting piece body adjacent to each other in a horizontal direction or an oblique upward direction;

Supporting and fixing the side beam on the side beam supporting joint opposite to the first connecting piece and the third connecting piece; supporting and fixing the side beam supporting joint on the opposite side of the third connecting piece and the second connecting piece The side beam.

The building frame structure according to any one of claims 9 to 13, wherein: the 檐 connecting member comprises a fourth 檐 connecting piece and a fifth 檐 connecting piece, wherein the connecting beam comprises a fourth connecting beam and a fifth connecting beam The fourth connecting piece comprises an integrally formed fourth connecting piece body, a beam plug joint protruding horizontally or obliquely from the fourth connecting piece body, and two adjacent edges of the connecting body from the fourth connecting piece Two side beam support joints of the fourth 檐 joint body are protruded in the horizontal direction, the two side beam support joints are located at two turns of the fourth beam plug joint, and the two fourth side beam support joints protrude from the fourth 檐 joint body The direction is greater than or equal to 90° and less than 180. ;

The beam plug connector of the fourth connecting piece is fixedly fixed on the fourth connecting beam, and the beam plug connector of the fifth connecting piece is fixedly fixed on the fifth connecting beam, and the fourth connecting piece and the fifth connecting piece are connected The side girders are fixedly supported on the opposite side beam support joints.

17. The building frame structure according to claim 16, wherein: the connecting beam further comprises a sixth connecting beam, and the connecting piece further comprises a sixth connecting piece fixedly coupled to the sixth connecting beam;

The sixth connecting piece comprises an integrally formed sixth connecting piece body, two side beam supporting joints protruding from the two side faces opposite to the sixth connecting piece body in a horizontal direction, supported by the protruding side beam a beam plug joint protruding from a top surface of the sixth joint body of the joint having two sides of the joint, which is protruded in a horizontal direction or an oblique direction;

The fourth connecting beam, the sixth connecting beam and the fifth connecting beam are sequentially arrayed in a horizontal direction; Supporting and fixing the side beam on the side gird support joint opposite to the fourth 檐 joint and the sixth 檐 joint; supporting and fixing the side gird support joint opposite to the sixth 檐 joint and the fifth 檐 joint The side beam.

The construction frame structure according to any one of claims 9 to 13, further comprising: a first side up column, a second side up column, a first side beam column connection piece, and a second side beam column connection piece; The 檐 connector includes a seventh 檐 connector, a ninth 檐 connector, the connecting beam includes a seventh connecting beam and a ninth connecting beam; and the seventh 檐 connecting member comprises an integrally formed seventh 檐 connecting body, connected from the seventh 檐a beam plug joint and a side beam support joint protruding from the two sides of the body body in a horizontal direction, and a side pillar plug joint protruding from a top surface of the seventh jaw joint body in a vertical direction;

The first-side beam-column joint comprises an integrally formed first side beam-and-column joint body, a side beam support joint or a side beam insert protruding from the two side surfaces adjacent to the first side pillar-column joint body in a horizontal direction a joint, a side column plug joint protruding from a bottom surface of the first side beam and column joint body in a vertical direction;

The ninth 檐 connector and the seventh 檐 connector are symmetrical about a vertical plane of the central position thereof; the second sill link is symmetrical with the vertical plane of the first sill link with respect to its central position;

The seventh connecting beam and the ninth connecting beam are arranged in a horizontal direction; the beam connecting joint of the seventh connecting piece and the ninth connecting piece are respectively fixedly fixed with the seventh connecting beam and the ninth connecting beam; The side sill is supported on the side sill support joint opposite to the ninth splicing joint; the first side post and the second side upright are respectively fixedly fixed to the side sill of the seventh splicing joint and the ninth splicing joint Inserting the side beam on the side beam plug joint of the first side beam joint connector or the side beam support joint on the side beam support joint with the seventh connecting beam in the vertical direction; The side beam of the beam-column connector is fixed on the side beam plug joint or the side beam support joint and the side beam of the ninth connecting beam is arranged vertically from the bottom up; the first side beam joint and the second side beam The side beam is fixed on the opposite side beam supporting joint or the side beam plug joint of the column connecting member; the side beam connecting piece of the first side beam connecting piece and the second side beam connecting piece are respectively fixed and fixed at the first side Side column, second side column.

19. The building frame structure according to claim 18, further comprising: a third side column and a third side beam column connecting member, wherein the connecting beam further comprises an eleventh connecting beam, and the connecting piece further comprises The eleventh connecting beam is inserted into the fixed eleventh connecting piece;

The eleventh connecting piece comprises an integrally formed eleventh connecting piece body, two side beam supporting joints protruding from the two side faces opposite to the eleventh connecting piece body in a horizontal direction, and the protruding and protruding parts a beam plug joint protruding horizontally on a top surface of the eleventh joint member body adjacent to the two side faces of the side beam support joint, from the top surface of the eleventh joint body a side column plug joint protruding upward; The third side beam and column connecting member comprises an integrally formed third side beam column connecting piece body, two side beam supporting joints or sides protruding from the two side faces of the third side beam connecting piece body and extending horizontally a beam plug connector, a side pillar plug joint protruding downward from a bottom surface of the third side beam and column joint body; the seventh connecting beam, the eleventh connecting beam and the ninth connecting beam are sequentially arrayed in a horizontal direction;

Supporting and fixing the side beam on the side beam supporting joint opposite to the seventh connecting piece and the eleventh connecting piece; supporting and fixing the side beam supporting joint opposite to the eleventh connecting piece and the ninth connecting piece The side beam is fixed; the side beam is fixed on the side beam supporting joint or the side beam plug joint of the first side beam connecting piece and the third side beam connecting piece; the third side beam connecting is connected The side beam is fixed on the side beam support joint or the side beam plug joint opposite to the second side beam and column joint; the third side upright column is inserted and fixed on the side pillar plug joint of the eleventh joint piece .

20 . A method for installing a building frame structure, characterized in that: the building frame structure comprises a 檐 connecting piece, a connecting beam and a side beam; the 檐 connecting piece comprises an integrally formed 檐 connecting piece body, and a 檐 connecting piece body is horizontal or inclined a beam insertion joint protruding upward, one or two side beam supporting joints horizontally protruding from the connecting body; the mounting method comprises:

First fixing the connecting beam to the set position of the main frame structure;

Inserting the beam plug connector of the 檐 connector into the end of the corresponding connecting beam and inserting and fixing the end of the connecting beam; after completing the fixing of the connecting beam and the 檐 connecting member, placing the side sill on the adjacent two 檐 connecting members On the side beam support joint, the side beam is directly supported by the side beam support joint, and the end of the side beam is fixed with the corresponding side beam support joint.