Villa elevator steel structure modularization rapid installation device

Abstract

The utility model discloses a villa elevator steel structure modularization rapid installation device and belongs to the field of elevator installation. In the prior art, steel structures are hard to mount on site, all profiles need to be welded on site, most of the profiles are welded vertically, the welding strength is high, the technology of welding workers is high, original surface paint is burnt out in the welding process, welding deformation is prone to occurring, and the size is not easy to control accurately in the welding process. The device comprises a main support (1), a cross support (2) and a built-in joint (4). The built-in joint (4) is made of U-shaped steel; the main support (1) and the transverse support (2) are provided with through holes; a through hole is also formed in the built-in joint (4); the upper main support and the lower main support are connected through built-in connectors and bolts. The built-in joint is connected with the cross arm through a bolt; modularized assembly is achieved, the size precision is high, the installation speed is high, the appearance is attractive, welding deformation is avoided, cost is saved, and assembly can be achieved without a crane.

Description

Technical Field

[0001] The utility model belongs to the field of elevator installation. Background Art

[0002] The existing steel structures are troublesome to install on site because they are all loose parts. All profiles need to be welded on site, and most of them are vertical welds. The welding strength is high and requires high welding skills of the welders. The original surface paint is burned during the welding process, and it is easy to deform during welding. It is not easy to accurately control all dimensions during welding. Summary of the Invention

[0003] In view of the above problems, the utility model provides a modular quick installation device for a villa elevator steel structure, comprising a main support (1) and a cross support (2), and is characterized in that it also includes: a built-in joint (4).

[0004] The built-in joint (4) is made of U-shaped steel; the main support (1) and the cross support (2) are provided with through holes; the built-in joint (4) is also provided with a through hole; the upper and lower main supports are connected by the built-in joint and bolts; and the built-in joint is also connected to the cross support by bolts;

[0005] Furthermore, a connecting plate (3) is provided between the cross brace (2) and the bolts used to fix the built-in joint.

[0006] Furthermore, two L-shaped slots for fixing bolts are provided on the connecting plate (3), and the two slots are arranged in parallel.

[0007] Furthermore, a reinforcing plate (5) is provided above the connecting plate (3); a through hole for fixing bolts is provided on the reinforcing plate (5).

[0008] The connecting holes between the main support (1) and the cross support (2) are drilled in the factory and then tapped with an extrusion tap. The connecting holes at both ends of the main support (1) are directly drilled on the main support (1). The cross support (2) and the connecting plate (3) components are welded in the factory and shipped. The built-in joint (4) is cut with a laser.

[0009] During on-site assembly, first place one main support (1) on each side flat on the ground. Three cross supports (2) are required on each side. After the three sets are installed in place, tighten them with an electric torque wrench. This structure requires two sets of assembly.

[0010] After assembling the two groups, use the cross brace (2) components to connect and tighten with the reinforcing plate (5). In this way, the four main supports (1) of the entire frame at the bottom section are erected. Since it is an overall square structure, it can stand up. Use an infrared level to check the level and verticality and then weld it firmly with the embedded parts on site. Then put the built-in joint (4) into the connection hole of the upper main support (1) and fix it with the main support (1). Insert the upper main support into the built-in joint (4) and fix it with bolts. Repeat the above steps to install the other three in place and tighten them in turn.

[0011] Screw the bolts into the threaded holes of the main cross brace (1), install the cross brace (2) assembly in place and tighten it. This completes the second section assembly. You can assemble it in the same way as you need.

[0012] The utility model has the advantages of modular assembly, high dimensional accuracy, fast installation speed, beautiful appearance, no welding deformation, cost saving, and can be assembled without a crane. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 is the main view.

[0014] Figure 2 This is a view of the built-in connector.

[0015] Figure 3 Assemble the views for the cross braces.

[0016] Figure 4 This is the assembly diagram of the cross brace and connecting plate.

[0017] Figure 5 This is the assembly drawing of the built-in connector parts.

[0018] Figure 6 For the connecting plate.

[0019] Figure 7 For reinforcement plate. DETAILED DESCRIPTION

[0020] The connecting holes between the main support (1) and the cross support (2) are drilled in the factory and then tapped with an extrusion tap. The connecting holes at both ends of the main support (1) are directly drilled on the main support (1). The cross support (2) and the connecting plate (3) components are welded in the factory and shipped. The built-in joint (4) is cut with a laser.

[0021] During on-site assembly, first place one main support (1) on each side flat on the ground. Three cross supports (2) are required on each side. After the three sets are installed in place, tighten them with an electric torque wrench. This structure requires two sets of assembly.

[0022] After assembling the two groups, use the cross brace (2) components to connect and tighten with the reinforcing plate (5). In this way, the four main supports (1) of the entire frame at the bottom section are erected. Since it is an overall square structure, it can stand up. Use an infrared level to check the level and verticality and then weld it firmly with the embedded parts on site. Then put the built-in joint (4) into the connection hole of the upper main support (1) and fix it with the main support (1). Insert the upper main support into the built-in joint (4) and fix it with bolts. Repeat the above steps to install the other three in place and tighten them in turn.

[0023] Screw the bolts into the threaded holes of the main cross brace (1), install the cross brace (2) assembly in place and tighten it. This completes the second section assembly. You can assemble it in the same way as you need.

[0024] The connecting holes of the main support (1) and the cross support (2) are processed in the factory by a radial drilling machine. The thickness of the profile is stretched on the parts with a hot melt drill bit to increase the depth of the thread to achieve the fastening strength. After drilling, the hole diameter is 10.5mm, and then the M12X1.75 thread is tapped with an extrusion tap. The connecting holes at both ends of the main support (1) are directly drilled with a twist drill on the 100mm width side and the 50mm side of the main support (1). The hole spacing is 60mm from the end face and the hole spacing is 120mm. There are 6 holes in total. The cross support (2) and the connecting plate (3) components are welded and shipped in the factory. The built-in joint (4) is cut by laser with a hole spacing of 120mm. After processing and bending, 12 M12X1.75 national standard nuts are welded on each piece. The connecting plate (3) and the reinforcing plate (5) are stamped and formed by molds. After the above parts are processed, the surface is processed according to customer requirements and then put into the finished product warehouse.

[0025] During on-site assembly, first place one main support (1) on each side flat on the ground, then screw the M12X30 hexagonal head bolt (GB / T1228-1991), Φ12 spring washer (GB / T 7244-1987) and reinforcing plate (5) into the threaded hole of the main support (1), leaving a 10mm gap so that the cross support (2) assembly can be quickly installed through the small gap. In this way, three cross support (2) assemblies are required on one side. After the three sets are installed, they are tightened with an electric torque wrench. This structure requires two sets of assembly. After assembling the two groups of standing up, use the cross brace (2) components, M12X30 hexagonal bolts (GB / T 1228-1991), Φ12 spring washers (GB / T7244-1987) and the reinforcing plates (5) to connect and tighten them respectively. In this way, the four main supports (1) of the entire frame of the lowest section are erected. Because it is an overall square structure, it can stand up stably. After using an infrared level to find the level and verticality, weld it firmly with the embedded parts on site (reserved in advance by the customer). Then put the built-in joint (4) into the joint hole of the upper main support (1), and use M12X30 national standard hexagonal bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987), Φ12 flat washers (GB / T95-2002) for 6 each, insert the upper main support into the built-in joint (4) and fix it with M12X30 national standard hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987), Φ12 flat washers (GB / T 95-2002) for 6 each, repeat the above steps to install the other three in place and tighten them. Then repeat the steps in the last section, screw the M12X30 hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987) and reinforcing plates (5) into the threaded holes of the main support (1), leaving a 10mm gap so that the cross support (2) assembly can be quickly installed through the small gap. Install the cross support (2) assembly in place and tighten it. The second section is now assembled. You can assemble it in the same way as needed.

[0026] The specific options are as follows but not limited to the following options.

[0027] 1: Main support (100X50X4 rectangular tube material QB235) 2: Cross support (100X50X4 rectangular tube material QB235)

[0028] 3: Connecting plate (5mm plate material QB235) 4: Built-in connector (4.5mm plate material QB235)

[0029] 5: Reinforcement plate (4.5mm material QB235) 6: M12X30 hexagon head bolt (GB / T1228-1991)

[0030] 7: Φ12 spring washer (GB / T 7244-1987) 8: Φ12 flat washer (GB / T 95-2002)

[0031] 9: M12 nut (GB6170-86) 10: Wide reinforcement plate (10mm plate material QB235)

[0032] 11: Narrow reinforcement plate (10mm plate material QB235)

[0033] Figure 1 Shown is the main view

[0034] Figure 2 The figure shows the built-in joint view. First, put the built-in joint (4) into the inner joint of the main support (1) at the upper end of the lowest section, and fix it to the main support (1) with 6 M12X30 national standard hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987), and Φ12 flat washers (GB / T 95-2002). Insert the upper main support into the built-in joint (4) and fix it with 6 M12X30 national standard hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987), and Φ12 flat washers (GB / T 95-2002). The built-in joint is assembled.

[0035] Figure 3 The figure shows the cross brace assembly view. Screw the M12X30 hexagonal bolt (GB / T 1228-1991), Φ12 spring washer (GB / T 7244-1987) and reinforcing plate (5) into the threaded hole of the main brace (1) respectively, leaving a 10mm gap so that the cross brace (2) assembly can be quickly installed through the small gap. In this way, three cross brace (2) assemblies are required on one side. After the three groups are installed, tighten them with an electric torque wrench. This requires two sets of assembly. After assembling the two groups, stand them up and use the cross brace (2) assembly, M12X30 hexagonal bolt (GB / T 1228-1991), Φ12 spring washer (GB / T 7244-1987) and reinforcing plate (5) to connect and tighten them.

[0036] Figure 4 The figure shows the assembly and welding of cross braces (2) and (3).

[0037] Figure 5 The figure shows the assembly diagram of the built-in connector (4). When welding, the built-in connector (4) and the M12 nut (9) (GB6170-86) are welded in sequence by a welding robot according to the hole position.

[0038] The connecting holes of the main support (1) and the cross support (2) are processed in the factory through a radial drilling machine. The thickness of the profile is stretched on the parts with a hot melt drill bit to increase the depth of the thread to achieve the fastening strength. After drilling, the hole diameter is 10.5mm, and then the M12X1.75 thread is tapped with an extrusion tap. The connecting holes at both ends of the main support (1) are directly drilled with a twist drill on both sides of the main support. The hole spacing is 60mm from the end face and the hole spacing is 120mm. There are 6 holes in total. The cross support (2) and the connecting plate (3) components are welded and shipped in the factory. The built-in joint (4) is bent, and then 12 M12X1.75 national standard nuts are welded on each piece. The connecting plate (3) and the reinforcing plate (5) are common parts. The above parts are processed and put into the finished product warehouse.

[0039] During on-site assembly, the main support (1) and the cross support (2) are placed flat on the ground, and then the M12X30 hexagonal head bolts (GB / T1228-1991), Φ12 spring washers (GB / T 7244-1987) and the reinforcing plate (5) are screwed into the threaded holes of the main support (1) respectively, leaving a 10mm gap, so that the cross support (2) welding assembly can be quickly installed in place through the small gap. After it is in place, it is tightened with an electric torque wrench, and after it is horizontal and vertical with an infrared level meter, it is welded firmly with the embedded parts on site (reserved in advance by the customer). Then, the built-in joint (4) is placed in the inner joint of the upper main support (1), and the main support (1) is fixed with the M12X30 national standard hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T Insert the upper main support into the built-in joint (4) and fix it with M12X30 national standard hexagonal head bolts (GB / T 1228-1991), Φ12 spring washers (GB / T 7244-1987), and Φ12 flat washers (GB / T 95-2002) 6 each.

Claims

1. A modular quick installation device for a villa elevator steel structure, comprising a main support (1) and a cross support (2), characterized in that Also includes: Built-in connector (4); The built-in joint (4) is made of U-shaped steel; the main support (1) and the cross support (2) are provided with through holes; the built-in joint (4) is also provided with a through hole; the upper and lower main supports are connected through the built-in joint and bolts; and the built-in joint is also connected to the cross support through bolts.

2. A modular quick installation device for a villa elevator steel structure according to claim 1, characterized in that; A connecting plate (3) is also provided between the cross brace (2) and the bolts used to fix the built-in joint.

3. A modular quick installation device for a villa elevator steel structure according to claim 2, characterized in that: The connecting plate (3) is provided with two L-shaped slots for fixing bolts, and the two slots are arranged in parallel.

4. A modular quick installation device for a villa elevator steel structure according to claim 2, characterized in that: A reinforcing plate (5) is also provided above the connecting plate (3); a through hole for fixing bolts is provided on the reinforcing plate (5).

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