KR101716711B1 - bracket used floating structure - Google Patents

Abstract

”형상의 새들(7)를 포함하여 구성된 부유구조물에 사용되는 브라켓.The present invention is constituted by a floating pipe penetration guide (6) provided at the lower part of the body and the body by a floating pipe penetration guide connection part (5)
The body includes an upper portion 1, an upper footrest fixing protrusion 11 spaced apart from the upper portion 1 at a predetermined distance, a plurality of reinforcing bars 3 provided in a lattice shape at an intermediate portion, and side portions 4 ),
The lower part 2 has a lower groove 21 provided at the center and a floating pipe 10 inserted into the lower groove 21 to be inserted into the floating pipe penetration guide 6,

&Quot; brackets < / RTI > used in floating structures constructed including saddles (7) of shape.

Description

Bracket used floating structure}

The present invention is applied to all types of general floating marine structures, and in particular, is applicable to all types of marine structures such as marine houses, marine resting places, marine fishing grounds, marine workplaces (including factories, offices and warehouses), harbor facilities, The present invention relates to a bracket used for a floating structure that can be applied to a vehicle.

Conventionally used marine cages, aquaculture aquarium, cage farm, fishing grounds, etc. floats used for underwater or aquatic waters are floated in water by connecting fish nets to floating objects made of styrofoam, wood, However, when rolling or pitching due to wind or waves is severe, after 4 to 5 years after the installation, it is necessary to replace it due to corrosion or wave, to replace it, or to repair the water tank There is a drawback that it is troublesome, it is difficult to mass-produce, the investment of facility investment should be increased, and the maintenance cost is expensive. Therefore, many scientists have tried to solve the above problems in various fields in order to reduce the impact of float due to rolling and pitching by wind, waves.

For example, in Korean Utility Model Registration Registration No. 2004556810000 (Sep. 14, 2011), there is shown a bracket upper portion 39 provided with a connecting plate stand 38 on both sides thereof, and the bracket upper portion 39 has four upper and lower A center pipe through hole 34 provided in a central portion of the bracket body 33 and a plurality of through holes 34 formed at the upper side of the bracket body 33 and protruded outward A plurality of bracket side surface projections 40 and bracket side grooves 41 provided on a side surface of the bracket body 33; A floating pipe penetration guide 31 and a float rolling pitching portion 32 consisting of a spring 37 and two floating pipe penetration guide connecting portions 32 on both sides between the bracket body 33 and the floating pipe penetration guide 31, The control bracket is open,

In Korean Patent Registration No. 1009845750000 (Sep. 24, 2010), a bracket 21 having a pipe 22 cut into a predetermined length, a through-hole 23 inserted into the pipe at a predetermined interval, The rotation preventive means provided at the connecting portions of the brackets 21 to prevent the pipes 22 from being rotated are fixed to the pipes 22 located on both sides of the brackets 21 so that the brackets 21 are connected to the pipes 22 in a state in which the pipe 22 constituting the footrest fixing unit 24 is positioned in parallel in one direction so as to be adjacent And a foot plate 25 is fixed to the upper surface of a bracket 21 which is coplanar with the bracket 21,

In Korean Registered Utility Model Registration No. 2003178310000 (2003.06.13), two large pipe through holes and one small pipe shape in which a buoyant pipe of pipe type is inserted in the inside of the bracket, the fluctuation of the bracket due to wind speed, A buoyancy pipe bracket for braiding a buoyancy pipe having a small pipe through-hole for fixing the buoyancy pipe with a bolt,

Korean Patent Registration No. 100984615 discloses a footrest fixing unit for a pipe for cutting a predetermined length to be fitted and fixed to a through hole formed in a plurality of brackets at regular intervals, Are prevented from rotating by the rotation preventing means and stoppers are provided on both sides of the bracket 21 so that the flow of the bracket 21 is restricted by the pipe 22,

Korean Registered Utility Model Registration No. 200317831 discloses that two large pipe through holes and one small pipe shape in which a buoyant pipe of a pipe type is inserted in the inside of a bracket are fixed by a bolt to a shake of a bracket due to wind speed, There is known a buoyancy pipe brace for braiding a cage with a buoyancy pipe having a small pipe through-hole and a work foot which is bolted to the upper side of the bracket,

In the registered patent application No. 1997-1352 of the Korean Registered Utility Model No. 1997-1352, two polyethylene pipes are stacked so as to be placed on both side mounting grooves of a binding support, and then a fastening bolt is simultaneously provided from both sides of the polyethylene pipe with the binding support therebetween And the lattice type Ebite is thermally fused in the continuous length direction of both the upper and lower ends of the two polyethylene pipes.

1. Domestic Utility Model Registration Bulletin Registration No. 200455681 2. Korean Patent Registration No. 100984575 3. Domestic Registration Utility Model Registration No. 200317831 4. Korean Patent Registration No. 100984615 5. Domestic Registration Utility Model Registration No. 200317831

The above conventional techniques are limited by natural weather conditions when the float is installed in the water phase. In particular, since the floating body floats on the sea surface, the rolling and pitching due to wind and waves are serious, It is difficult to prevent the floating pipe from swinging to the left or to the right or rotating within the floating pipe penetration guide. Thus, the stability of the floating structure is improved, such as warping or shaking, and the bonding time between the brackets is prolonged. It is difficult to mass-produce and inconvenient to manage, and it is a problem of the present invention to solve the problems such as the need to be replaced due to breakage or corrosion due to waves or the like, or labor costs for maintenance such as maintenance being excessively consumed.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a floating pipe penetration guide 6 provided at a lower portion of a body and a body through a floating pipe penetration guide connection portion 5, A plurality of reinforcing bars 3 arranged in a lattice shape and a side surface 4 forming side surfaces of the upper pedestal fixing projections 11, The lower part 2 includes a lower groove 21 provided at the center and a saddle 7 inserted into the lower groove 21 to thermally fuse the floating pipe 10 inserted into the floating pipe penetration guide 6 And to provide a bracket for use in a floating structure constructed by the above structure.

The present invention improves the stability of the floating structure by preventing the floating pipe from moving in the left and right direction by the wave or by the waves in the floating pipe through guide by the waves and by inserting a plurality of projections on the side into the through hole, And nuts, it is suitable for marine structures with simple construction and adaptability by firmly connecting the brackets, and it is advantageous to improve work efficiency while minimizing the risk of safety accidents.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall view of a bracket used in the floating structure of the present invention
Fig. 2 Details of the brackets used in the floating structure of the present invention
Fig. 3 Parallel connection state of the bracket used in the floating structure of the present invention
4 is a detailed state diagram of a bracket used in the floating structure of the present invention
A left side view 4A, a right side view 4B, a right side view 4C,
Figure 5 Detail of the bird of the invention

In order to achieve the above-mentioned object, the present invention comprises a floating pipe penetration guide (6) provided at a lower portion of a body and a body by a floating pipe penetration guide connection part (5)

”형상의 새들(7)을 포함하여 구성된 부유구조물에 사용되는 브라켓에 관한 것이다.
The body includes an upper portion 1, an upper footrest fixing protrusion 11 spaced apart from the upper portion 1 at a predetermined distance, a plurality of reinforcing bars 3 provided in a lattice shape at an intermediate portion, and side portions 4 The lower part 2 is composed of a lower groove 21 provided at a central portion and a floating pipe 10 inserted into the lower groove 21 to be inserted into the floating pipe penetration guide 6,

To a bracket for use in a floating structure comprising a " shaped saddle 7 ".

It is necessary to solve the technical fluctuation of the wave which is the most essential technology item of the offshore structure. The design variable should be obtained by taking into account the total load of the structure, the dynamic load generated during use, and the characteristics of the wave.

The present invention is characterized in that the floating pipe 10 inserted into the floating pipe penetration guide 6 provided at the lower portion of the bracket moves leftward or rightward by the wave or the floating pipe 10 is rotated within the floating pipe penetration guide 6 To prevent,

”형상의 새들(7)을 삽입시킨후, 하부에 설치된 부유파이프관통가이드(6)에 부유파이프(10)를 삽입시킨 후, 새들(7)의 새들하부연장부(72)에 열을 가해 새들(7)에 의해 부유파이프(10)의 상부와 브라켓의 하부(2)를 열융착시켜 견고하게 결합된 구조인 것이며,In the lower groove 21 of the bracket lower part 2,

After inserting the floating pipe 10 into the floating pipe penetration guide 6 provided at the lower portion after inserting the saddle 7 of the saddle 7 into the saddle lower extension portion 72 of the saddle 7, The upper portion of the floating pipe 10 and the lower portion 2 of the bracket are thermally fused to each other by the bolts 7,

In addition, when the brackets are connected in parallel, a plurality of side projections 42 provided on the side part 4 of the bracket in a "? &Quot; shape, a plurality of side surfaces 42 provided on the side part 4 of the neighboring bracket, In order to align the grooves 41, the brackets are slightly pushed into the side through holes 41,

A plurality of side projections 42 of the side surface portion 4 of the bracket are inserted into the side surface grooves 41 of the adjacent bracket side surface portion 4 and then the respective side surface groove through holes 41-1, 42-1) are matched to each other to improve rigidity and easy coupling with bolts and nuts.

The reinforcing bar (3) of the present invention is provided with a front ridge reinforcing bar (31) having a wide front surface and a narrow front ridge, and a rear ridge (31) spaced apart from the front ridge reinforcing bar The Hwangkwang Reinforcing Bar (32) is a vertical reinforcement bar that is inclined 15 ~ 20 ° vertically and not vertically. The structure is improved so that it has the effect of canceling the wave from each other by dispersing or summing algae to reduce rolling and pitching from the waves. So that it can be used naturally and stably.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a perspective view of a bracket according to the present invention; Fig. 3 is a perspective view of a bracket used in a floating structure of the present invention; Fig. A left side view 4A, a right side view 4B, a right side view 4C and a detailed view of the saddle of the present invention. The upper part 1, the lower part 2, The suspension pipe 3, the side portion 4, the floating pipe penetration guide connecting portion 5, the floating pipe penetration guide 6, the saddle 7, the floating pipe 10, the upper footrest fixing protrusion 11, 21, a frontal light reinforcing bar 31, a cold-weather harrow reinforcement bar 32, a side groove 41, a side groove through-hole 41-1, side projections 42, a side stone vent hole 42-1, The body 71 and the saddle lower extension 72 are shown.

1 to 5, the bracket used in the floating structure of the present invention includes a body and a floating pipe penetration guide (not shown) provided by a floating pipe penetration guide connection portion 5 at a lower portion 2 of the body. (6)

The body includes an upper portion 1, an upper footrest fixing protrusion 11 spaced apart from the upper portion 1 at a predetermined distance, a plurality of reinforcing bars 3 provided in a lattice shape at an intermediate portion, and side portions 4 ),

”형상의 새들(7)로 구성되며,
The lower part 2 has a lower groove 21 provided at the center and a floating pipe 10 inserted into the lower groove 21 to be inserted into the floating pipe penetration guide 6,

&Quot; shaped saddles 7,

As shown in FIG. 2, the reinforcing bar 3 includes a front ridge reinforcing bar 31, which is installed in a lattice shape at an intermediate portion of the rink, And a counterweight lower beam reinforcing base 32 spaced a predetermined distance apart from the fore-and-aft counterweight base 31 so as to have a shape opposite to that of the fore-

The side surface portion 4 of the body has a plurality of side surface projections 42 spaced apart from each other by a predetermined distance on one side surface thereof and spaced apart from the opposite side surface by a predetermined distance A side-surface stator bore 42-1 which is engaged with a bolt and a nut provided on each of the side-surface projections 42, and a plurality of side- And a side groove through-hole 41-1,

” 형상으로 새들몸체(71)과, 상기 새들몸체(71)의 하부에 양측면으로 연장되어 설치된 새들하부연장부(72)로 구성된 구조임을 알 수 있다.
The saddle 7, as shown in Fig. 5,

Shaped body 71 and a saddle lower extension 72 extending to both sides of the saddle body 71 under the saddle body 71. [

The assembly state of the bracket used in the floating structure of the present invention will be described.

The floating pipe 10 is inserted into the floating pipe penetration guide 6 provided at the lower portion of the bracket provided with the floating pipe penetration guide 6 for fixing the floating pipe 10,

” 형상의 새들(7)을 삽입 시킨 후, 하부에 설치된 부유파이프관통가이드(6)에 부유파이프(10)를 삽입시킨 후, 새들하부연장부(72)에 열을 가해 “

” 형상의 새들(7)에 의해 부유파이프(10)의 상부와 브라켓의 하부(2)를 열융착시켜 견고하게 결합시키고,In the lower groove 21 of the bracket lower part 2,

After inserting the saddle 7 of the shape of the saddle 7 and inserting the floating pipe 10 into the floating pipe penetration guide 6 provided at the lower part, heat is applied to the saddle lower extension 72,

The upper portion of the floating pipe 10 and the lower portion 2 of the bracket are thermally fused to each other by the saddle 7 of the shape,

The suspension pipe 6 is connected to the bracket to a desired length by the above-

3, when the brackets are connected in parallel, a plurality of side projections 42 provided on the side portion 4 of the bracket in the shape of a letter "A" and a plurality of side projections 42 provided on the side portion 4 of the neighboring bracket The brackets are slightly pushed into the side through holes 41 to insert the plurality of side grooves 41 spaced apart,

A plurality of side projections 42 of the side surface portion 4 of the bracket are inserted into the side surface grooves 41 of the adjacent bracket side surface portion 4 and then the side surface through holes 41-1 of the side surface portion 4 of the bracket And the neighboring side-face stator through holes 42-1 are made to coincide with each other so that they are firmly and easily combined with bolts and nuts, and assembled and assembled.

The upper part 1, the lower part 2, the reinforcement part 3, the side part 4, the floating pipe penetration guide connection part 5, the floating pipe penetration guide 6, the saddle 7, the floating pipe 10, A side wall 41, side wall through holes 41-1, side wall protrusions 42, side wall protrusions 41, side wall protrusions 41, side wall protrusions 41, side wall protrusions 42, The engine through hole 42-1, the saddle body 71, the saddle lower extension 72,

Claims (2)

In brackets used for floating structures,

And a floating pipe penetration guide (6) provided on the lower part (2) of the body by a floating pipe penetration guide connection part (5)

The body includes an upper portion 1, an upper footrest fixing protrusion 11 spaced apart from the upper portion 1 at a predetermined distance, a plurality of reinforcing bars 3 provided in a lattice shape at an intermediate portion, and side portions 4 ),
The lower part 2 has a lower groove 21 provided at the center and a floating pipe 10 inserted into the lower groove 21 to be inserted into the floating pipe penetration guide 6,

&Quot; shaped saddles 7,

The reinforcing bar (3) is provided at a middle portion of the reinforcing bar (3) in a lattice shape. The reinforcing bar (31) is inclined 15 to 20 ° with the front face being wide and narrower toward the rear. And a cold-weather harbor reinforcing base 32 which is provided so as to have a shape reverse to that of the hoist beam 31,

The side portions 4 are spaced apart from each other by a predetermined distance so as to be spaced apart from each other by a predetermined distance so as to be inserted into the side surface protrusions 42 on the opposite side A side wall groove 41 provided on the lower side surface of the side groove 41 and a side wall hole 41-1 formed in the lower side surface of the side groove 41, And a through hole 41-1,

The saddle 7 is "

Shaped body 71 and a saddle lower extension 72 extending from both sides of the saddle body 71 to the lower side of the saddle body 71. The bracket for use in a floating structure according to claim 1, delete

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