KR20130059185A - Combining device for module leveling - Google Patents

Abstract

Module leveling coupling device according to the present invention, it is an object to enable fast and stable coupling of the module member to the upper surface of the leveling portion.
Module leveling coupling device according to the invention, the base portion; A bonding layer formed on an upper end of the base portion; A leveling part seated on an upper end of the bonding layer; An anchor portion embedded in the base portion and penetrated through the coupling layer and the leveling portion; A post having a base plate seated at an upper end of the leveling part at a lower end thereof, and a module member comprising a horizontal part horizontally installed between the posts, wherein the base plate of the post constituting the module member is in contact with the leveling part. The part is characterized in that it is coupled through the junction.

Description

Combining Device for module leveling

The present invention relates to a module leveling coupling device for quickly and stably coupling the module member to the base.

In general, offshore structures combine H beams vertically and horizontally, weld them to the abutting parts, combine them, and transport them to the place where the offshore structures are to be installed. The perforated plate is coupled with a plurality of holes spaced apart so that it can be easily penetrated, and the marine structure is transported through the transport member because of its large size and heavy weight.

Then, when the marine structures are transported to the place where they are to be installed, the marine structures are lifted by a self-driving transporter or a crane, and then lowered to the adjacent position of the foundation, and in this state, the workers adjust the marine structures to the hole of the plate. The anchor bolt is penetrated to install the offshore structure on the foundation. At this time, the offshore structure is not only large in size and heavy, but also in general, the crane lifts the offshore structure through a wire, etc. The structure is continuously moving like a clock, it is difficult to accurately penetrate the anchor bolts through the holes of the plate only by the power of workers, there is a problem that takes a lot of time in the installation time.

The present invention has been made to solve the above problems of the prior art, an object of the present invention is to provide a module leveling coupling device that can be quickly and stably coupled to the upper surface of the leveling unit.

Another object of the present invention is to provide a module leveling that allows the module member to ensure structural stability by easily adjusting the leveling part according to the site conditions while fastening the anchor part installed in the leveling part for supporting the module member in multiple stages. It is also provided to provide a coupling device.

Means for achieving the above-described plurality of objects of the present invention, the base portion; A bonding layer formed on an upper end of the base portion; A leveling part seated on an upper end of the bonding layer; An anchor portion embedded in the base portion and penetrated through the coupling layer and the leveling portion; A post having a base plate seated at an upper end of the leveling part at a lower end thereof, and a module member comprising a horizontal part horizontally installed between the posts, wherein the base plate of the post constituting the module member is in contact with the leveling part. The part is characterized in that it is coupled through the junction.

The module leveling coupling device according to the present invention, by combining the base portion and the coupling layer and the leveling unit integrally through an anchor to provide a stable base, and then the module member is stably coupled to the upper surface of the leveling portion through the joint, the construction is easy While there is an effect that can ensure the stability of the module member.

In addition, by fastening the anchor portion provided in the leveling portion for supporting the module member in multiple stages, it is possible to accurately adjust the upper surface level of the leveling portion to ensure that the module member is stably fixed.

1 is a front view showing a coupling process of the leveling coupling device for modules according to the present invention.
Figure 2 is a front sectional view showing a coupling state of the leveling coupling device for modules according to the present invention.
Figure 3 is a front cross-sectional view showing an embodiment of a leveling coupling device for modules according to the present invention.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be more apparent.

1 is a front view showing a coupling process of the module leveling coupling device according to the present invention, Figure 2 is a front sectional view showing a coupling state of the module leveling coupling device according to the present invention, Figure 3 according to the present invention Front sectional view showing an embodiment of a module leveling coupling device.

As shown in FIGS. 1 to 3, the module leveling coupling device according to the present invention includes a base portion 10, a coupling layer 20, a leveling portion 30, an anchor portion 40, It consists of a module member (50).

The base portion 10 is formed by installing a formwork (not shown) having a predetermined shape, pouring concrete or mortar in the form of the mold and demolding the formwork.

The bonding layer 20 is formed on the top of the base portion 10, it may be formed by concrete or mortar, the upper surface of the leveling portion to be described later to be formed flatter than the upper surface of the base portion 10 It is desirable to allow 30 to achieve a horizontal state.

The leveling part 30 is to be seated on the upper end of the coupling layer 20, it may be formed of a metal or aluminum material, and serves as a base for allowing the module member 50 to be stably coupled.

A plurality of anchor portions 40 are embedded in the base portion 10 while being sequentially installed through the coupling layer 20 and the leveling portion 30 to integrate the base portion 10, the coupling layer 20, and the levering portion. By combining with the module member 50 is to be a more stable base combined to be more stable.

In addition, the outer periphery of the anchor portion 40 embedded in the base portion 10 so that a screw thread is formed, and the fastening portion such as a nut is fastened to the portion where the screw thread is formed, the anchor portion 40 to the base portion 10. Can be combined firmly.

In addition, the leveling portion 30 is formed in the upper and lower narrow shape, while the receiving hole 31 for receiving the upper portion of the anchor portion 40 is further formed at intervals, the level is confirmed in the receiving hole 31 After this is completed, the welding portion 70 may be filled to improve the coupling force between the leveling portion 30 and the anchor portion 40.

The module member 50 is composed of a post 51 and a horizontal portion 52, and is large in size and heavy in weight, and thus is transported to an installation place through the transport member 90.

The post 51 has a base plate 51a coupled to an upper end of the leveling unit 30 at a lower end thereof and is installed at the leveling unit 30 via the base plate 51a.

The horizontal part 52 is horizontally installed between the posts 51 to prevent the posts 51 from being bent due to their own weight or other external impact factors, and a known H beam may be used. The 51 and the horizontal part 52 become a kind of steel structure.

In addition, the base plate 51a and the leveling part 30 of the post 51 constituting the module member 50 may be easily and stably coupled through the junction part 60.

The junction part 60 is formed by welding, which causes the base plate 51a of the post 51 to be seated on the upper end of the leveling part 30 and then the base plate 51a of the post 51. The leveling part 30 may be welded to a portion where the leveling part 30 abuts, and may be easily and stably combined. The module member 50 may include a base part 10, a coupling layer 20, a leveling part 30, and an anchor part ( Due to the organic coupling of 40 may be coupled to the upper end of the leveling unit 30 while ensuring structural stability.

Figure 3 is a front sectional view showing an embodiment of a module leveling coupling device according to the present invention, the anchor portion 40 is to the upper side protrudes to the upper surface of the leveling portion 30, the upper surface of the leveling portion 30 Screw lines are formed on the outer circumference of the anchor portion 40 which protrudes into a plurality, and a plurality of tension members 80 made of nuts or the like are fastened in multiple stages to the portion where the screw lines are formed to accurately adjust the upper surface level of the leveling portion 30. In addition to being able to adjust and adjust, the leveling portion 30 can be more firmly coupled to the bonding layer 20, thereby increasing the resistance to the load transmitted from the top of the module member 50 The module member 50 may be structurally secured.

To further supplement this, when the tension member 80 is fastened to the anchor portion 40 in multiple stages, the anchor portion 40 is tensioned through the operation of the tension member 80 to maintain the tensioned state. Accordingly, when the load of the module member 50 acting on the upper portion is transmitted, the module member 50 is in a stable state by resisting the load of the module member 50 acting on the upper portion through the tension and the vertical force of the anchor portion 40. Will be able to maintain.

In addition, the reason for fastening the multi-stage by applying a plurality of the tension member 80, another tension member 80 that is fastened to the upper portion when the tension member 80 located at the bottom is fastened to the anchor portion 40 This is because it is possible to keep the tensioned state at all times by being pressed while being in close contact with the upper surface of the leveling part 30 without being loosened by the "

10: foundation 20: bonding layer
30: leveling part 40: anchor part
50: module member 51: post
51a: base plate 52: horizontal portion
60: junction 70: filler
80: tension member 90: transport member

Claims (4)

A base portion 10;
A bonding layer 20 formed on an upper end of the base portion 10;
A leveling part 30 seated on an upper end of the bonding layer 20;
An anchor portion 40 embedded in the foundation portion 10 and penetrated through the coupling layer 20 and the leveling portion 30;
Module member 50 consisting of a post 51 having a base plate 51a coupled to an upper end of the leveling portion 30 at a lower end thereof, and a horizontal portion 52 horizontally installed between the posts 51. Consisting of;
Leveling coupling device for the module, characterized in that the base plate (51a) of the post 51 constituting the module member 50 and the leveling portion 30 is in contact with each other through the junction (60). The method of claim 1,
The leveling part 30 is formed in the upper and lower narrow shape is formed in the receiving hole 31 for receiving the upper portion of the anchor portion 40 is further formed, the welding hole 70 is further filled in the receiving hole 31 A leveling coupling device for a module. The method of claim 1,
The joint portion 60 is a leveling coupling device for a module, characterized in that formed by welding. The method of claim 1,
The anchor portion 40 has a plurality of tension members 80 on the outer circumference of the anchor portion 40, the upper side of which protrudes to the upper surface of the leveling portion 30 and protrudes to the upper surface of the leveling portion 30. Leveling coupling device for a module, characterized in that to adjust the upper surface level of the leveling section 30 while tightening.

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