KR200341314Y1 - A built-up barge - Google Patents

Abstract

Prefabricated barges are disclosed. The prefabricated barge according to the present invention includes: a floating part having first, second and third floating pipes, and a closing cap for closing both floating pipes; A first connecting portion having a first connecting rod mounted to each closing cap; A first hanger having a plurality of hangers disposed below the first, second, and third floating pipes, and a plurality of first hangers disposed above the first, second, and third floating pipes, in combination with the first hanger. And a second connecting portion having a second hanger surrounding the third floating pipe and a second connecting rod integrally formed on an upper portion of the second hanger. And a plurality of horizontal bars connecting upper portions of the second connecting rods respectively mounted to the first, the second and the third floating pipes, similarly to the upper portions of the first connecting rods respectively mounted to the first, the second and the third floating pipes; A first longitudinal bar connecting each first connecting rod and an upper portion of each second connecting member disposed adjacent to each first connecting rod, and an upper portion of second connecting rods respectively mounted to the first, second and third floating pipes; It consists of a settling having a second longitudinal bar connecting the.

Description

Prefabricated Barges {A built-up barge}

The present invention relates to a prefabricated barge, and more particularly, to a prefabricated barge which is excellent in durability and can prevent environmental pollution in advance, and is easy to manufacture and low in manufacturing cost to satisfy consumer's purchase needs. will be.

In general, barges carry cargo in ports, inland seas, lakes, river canals, etc., and these barges are mainly for transporting construction materials, construction equipment, and marine products by sea. They are dragged by another ship with construction equipment loaded. These barges are divided into barges, which carry cargo between two points depending on their use, and lighters provided next to the main ship for loading and unloading cargo in the event that a large vessel cannot dock in the port.

The above-mentioned barges are made of a combination of steel structures, so the work must be performed separately, such as welding, which takes a long time and increases manufacturing and labor costs. In addition, wooden barges equipped with styrofoam floats are being manufactured at the bottom, but these wooden barges have the advantages of lower working time and manufacturing cost than iron barges, but they cause environmental pollution due to loss of buoyancy of styrofoam and breakage of styrofoam after long time use. There was a problem.

The present invention has been devised to solve the conventional problems as described above, the purpose of the present invention is to provide a durable durability and to prevent environmental pollution in advance, easy to manufacture and low production cost, the consumer's desire to purchase To provide a prefabricated barge that can meet the.

1 is an exploded perspective view showing an exploded prefabricated barge according to the present invention,

Figure 2 is a perspective view showing a combined state of the assembled barge shown in Figure 1,

Figure 3 is an enlarged view showing the finishing cap shown in Figure 1,

4 is an enlarged view of the first connection unit illustrated in FIG. 1, and

FIG. 5 is an enlarged view of the second connection part shown in FIG. 1.

Explanation of symbols on the main parts of the drawing

100: prefabricated barge 110: floating part

112a: first floating pipe 112b: second floating pipe

112c: third floating pipe 114: closing cap

120: first connecting portion 122: first connecting table

130: second connecting portion 132: first hanger

136: second hanger 140: second connecting rod

160: settlement 162: side bars

166: First Bell Bar 170: Second Bell Bar

In order to achieve the object of the present invention as described above, the present invention,

A floating portion having a first floating pipe, a second floating pipe and a third floating pipe, and a closing cap for closing both ends of each of the first floating pipe, the second floating pipe, and the third floating pipe;

A first connecting portion having a first connecting rod mounted to each closing cap;

A first hanger having a plurality of hangers disposed below the first floating pipe, a second floating pipe, and a third floating pipe, and a first hanger having a plurality of disposed above the first floating pipe, the second floating pipe, and the third floating pipe. A second connector having a second hanger surrounding the first floating pipe, the second floating pipe and the third floating pipe, and a second connecting rod integrally formed on the upper portion of the second hanger; And

Like the upper part of the first connecting rod mounted on the first floating pipe, the second floating pipe and the third floating pipe, respectively, the upper part of the second connecting rod mounted on the first floating pipe, the second floating pipe and the third floating pipe is connected. A first longitudinal bar connecting the first crossbars, the first longitudinal bar, and the first longitudinal bar connecting the respective first connecting bars and the respective second connecting bars disposed adjacent to each other, the first floating pipe, the second floating pipe, and the third connecting bar. Provided is a prefabricated barge consisting of a settling portion having a second longitudinal bar connecting the upper portions of the second connecting rods respectively mounted to the floating pipe.

As described above, according to the present invention, it is excellent in durability and can prevent environmental pollution in advance, not only easy to manufacture, but also low in production cost to satisfy the consumer's purchase desire.

Hereinafter, with reference to the accompanying drawings will be described a prefabricated barge according to a preferred embodiment of the present invention.

1 is an exploded perspective view showing an exploded prefabricated barge according to the present invention, and Figure 2 is a perspective view showing a combined state of the prefabricated barges shown in FIG.

1 and 2, the prefabricated barge 100 according to the present invention includes a floating portion 110, a first connection portion 120, a second connection portion 130 and the settled portion 160.

The floating portion 110 includes a plurality of floating pipes 112a, 112b and 112c and a closing cap 114 for closing both ends of each floating pipe 112a, 112b and 112c. The floating pipes 112a, 112b, and 112c are open at both ends and hollow inside. These floating pipes 112a, 112b and 112c are made of any one of waste synthetic resin or metal. Although only the first floating pipe 112a, the second floating pipe 112b, and the third floating pipe 112c are shown in FIG. 1, they may be selectively increased. On the other hand, the closing cap 114 has a conical shape that is hollow to the inside and to be narrowed to the radial side. On the open side of the closing cap 114, an annular coupling ring 116 is inserted into and sealed at both ends of the first floating pipe 112a, the second floating pipe 112b, and the third floating pipe 112c. It is formed integrally, the extension portion of the closing cap 114 is formed with a first coupling piece 118 extending radially upward. In this case, a first coupling hole 119 is formed in the first coupling piece 118. The first connection part 120 and the second connection part 130 are mounted to the floating part 110 formed as described above, and the settlement part 160 is mounted to the first connection part 120 and the second connection part 130.

The first connector 120 has a first connector 122 mounted to each of the finishing caps 114 coupled to the respective floating pipes 112a, 112b, and 112c. The first connecting table 122 has a reverse triangular ring shape that narrows downward. The second coupling piece 124 is formed integrally with the lower portion of the first connecting table 122 extending downward, and the second coupling piece 125 communicates with the first coupling hole 119 in the second coupling piece 124. ) Is formed. At this time, the first fastening bolt B1 is fastened to the first coupling hole 119 and the second coupling hole 125. On the other hand, the first connecting side piece 126 protrudes in one central portion of the upper surface of the first connecting table 122, and a pair of first connecting pieces 128 facing each other are integrally formed at both ends of the upper surface. A first connection hole 127 and a second connection hole 129 are formed in the first connection transverse piece 126 and the first connection longitudinal piece 128 formed as described above.

The second connection part 130 includes a plurality of first hangers 132 and second hangers 136 disposed on each of the first floating pipe 112a, the second floating pipe 112b, and the third floating pipe 112c. And a second connecting table 140. The first hanger 132 has a semi-circular ring shape with an upper portion open to wrap the lower portion of each floating pipe 112a, 112b, 112c. The first flange 134 is formed at both ends of the first hanger 132, and the first flange hole 135 is formed at the first flange 134. The second hanger 136 has a semi-circular ring shape with a lower portion open to surround the upper portion of each floating pipe 112a, 112b, and 112c and to be coupled with the first hanger 132. The lower end of the second hanger 136 is formed with a second flange 138 in close contact with the first flange 134, a second flange hole 139 is formed in the second flange 138. At this time, the second fastening bolt B2 is fastened to the first flange hole 135 and the second flange hole 139. Meanwhile, the second connecting rod 140 extends from both ends of the vertical connecting plate 142 and the vertical connecting plate 142 vertically extending from the radially upper portion of the second hanger 136 to both sides of the vertical connecting plate 142. The first horizontal connecting plate 144a and the second horizontal connecting plate 144b are provided. In this case, a second connection transverse piece 146 is formed at the center of the upper surface of the vertical connection plate 142 to face the first connection transverse piece 126 and faces the first horizontal connection plate 144a and the second horizontal. A pair of second connecting pieces 148 and a pair of third connecting pieces 150 are integrally formed on one side and the other side of the upper surface of the connecting plate 144b. The third connection hole 147 is formed in the second connection transverse piece 146 formed as described above, and the fourth connection hole 149 and the fifth connection hole are formed in the second connection piece 148 and the third connection piece 150. 151 are formed, respectively.

On the other hand, the mounting portion 160 and the horizontal bar 162 for connecting the upper portion of each of the first connecting rod 122 and each of the second connecting rod 140 mounted on each floating pipe (112a, 112b, 112c) A plurality of first longitudinal bars 166 connecting the first connecting rods 122 mounted to the respective floating pipes 112a, 112b, and 112c and the second connecting rods 140 disposed adjacent to each other; It is provided with a plurality of second longitudinal bar 170 for connecting the connecting table 140. First, the horizontal bar 162 has a length capable of determining the width of the bar 100 and has a square bar shape. The first guide groove 164 is formed in the lower portion of the horizontal bar 162 so as to be fitted to the first connecting horizontal piece 126 or the second connecting horizontal piece 146. In this case, a plurality of sixth connection holes 165 communicating with each of the first connection holes 127 or the third connection holes 147 are formed in the horizontal bar 162 in which the first guide grooves 164 are formed. The first longitudinal bar 166 has a rectangular bar shape like the horizontal bar 162. The first of the first connecting piece 128 formed on both sides of the upper surface of the first connecting rod 122 and the first of the second connecting rod 140 disposed adjacent to the first connecting rod 122 under the first longitudinal bar 166. A second guide groove 168 is formed to be fitted to the second connecting piece 148 or the third connecting piece 150 formed at one side of the horizontal connecting plate 144a and the second horizontal connecting plate 144b. At this time, in the first longitudinal bar 166 where the second guide grooves 168 are formed, seventh connecting holes 169 communicating with each of the second connecting holes 129 and the fourth connecting holes 149 are adjacent to both ends. Is formed. On the other hand, the second longitudinal bar 170 has a rectangular bar shape like the first longitudinal bar 166. The third connecting piece 150 formed on the other side of the first horizontal connecting plate 144a and the second horizontal connecting plate 144b of the second connecting rod 140 and the other lower portion of the second longitudinal bar 170 is formed of another agent. The third guide groove 172 is formed to be fitted to the second connecting piece 148 formed on one side of the first horizontal connecting plate 144a and the second horizontal connecting plate 144b of the second connecting table 140. At this time, the eighth connecting hole 173 communicating with each of the fourth connecting hole 149 and the fifth connecting hole 151 is adjacent to both ends in the second longitudinal bar 170 in which the third guide groove 172 is formed. Is formed. Preferably, the third fastening bolt B3 is fastened to the plurality of sixth connection holes 165 communicating with the first connection hole 127 or the third connection hole 147, and the second connection hole 129 and The fourth fastening bolt B4 is fastened to the seventh connecting hole 169 communicating with the fourth connecting hole 149, and likewise the eighth communicating with the fourth connecting hole 149 and the fifth connecting hole 151. The fifth fastening bolt B5 is fastened to the connection hole 173.

The following briefly describes the coupling state of the prefabricated barge 100 formed as described above.

First, the worker has a closing cap 114 at both ends of each floating pipe (112a, 112b, 112c) in a state in which the first floating pipe (112a), the second floating pipe (112b) and the third floating pipe (112c) is arranged. )). When the closing cap 114 is mounted in this way, the operator mounts the first connecting rod 122 to each of the closing caps 114. At this time, the second coupling piece 124 of the first connecting table 122 is in close contact with the first coupling piece 118 of the closing cap 114, the first coupling hole 119 and the second coupling hole 125 It is coupled by a plurality of first fastening bolts B1 penetrating. When the floating part 110 and the first connection part 120 are coupled as described above, the operator mounts the second connection part 130 to each of the floating pipes 112a, 112b, and 112c. In order to mount the second connecting portion 130, first, in the state where the first hanger 132 is in close contact with the lower portion of the floating pipes 112a, 112b, and 112c, the second hanger is placed on the upper portion of the floating pipes 112a, 112b, and 112c. Close to (136). In this case, the first hanger 132 and the second hanger 136 are coupled by a plurality of second fastening bolts B2 passing through the first flange hole 135 and the second flange hole 139.

As described above, when the first connection part 120 and the second connection part 130 are mounted to the floating part 110, the settlement part 160 is coupled to the upper part of the first connection part 120 and the second connection part 130. Let's do it. In order to couple the settlement portion 160 in this manner, first, the first connecting transverse piece 126 formed on each first connecting table 122 and the second connecting transverse piece 146 formed on each second connecting table 140 are horizontally bard. Through the sixth connecting hole 165 and the first connecting hole 127 and the sixth connecting hole 165 and the third connecting hole 147 in the state of being inserted into the first guide groove 164 formed in the 162. It is fixed by using a plurality of third fastening bolt (B3). When the horizontal bar 162 is mounted in this way, the first longitudinal bar 166 is coupled again. At this time, the second guide groove 168 formed in the first longitudinal bar 166 is the first connecting piece 128 of the first connecting table 122 and the second connecting piece 148 or second of the second connecting table 140. It is fixed to the first connecting rod 122 and the second connecting rod 140 by a plurality of fourth fastening bolt (B4) while being fitted to the three connecting longitudinal piece (150). Meanwhile, the second longitudinal bar 170 may include a third guide groove (between the second connecting piece 148 of each second connecting piece 140 and the third connecting piece 150 of the second connecting piece 140. 172 is fitted to each of the second connecting table 140 by a plurality of fifth fastening bolt (B5).

As described above, the prefabricated barge 100 according to the present invention is not only possible to be assembled quickly but also has the advantage of freely changing the size of the bar 100 according to the arrangement of the floating pipes 112a, 112b, 112c. .

In addition, by manufacturing the floating pipe (112a, 112b, 112c) with a waste synthetic resin, it is possible to prevent environmental pollution in advance, and by mounting the conical closing cap 114 on both ends of the floating pipe (112a, 112b, 112c) In addition, the water resistance can be minimized as well as easy to maintain.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims. It will be appreciated.

Claims (6)

A floating portion having a first floating pipe, a second floating pipe, and a third floating pipe, and closing caps for closing both ends of the first floating pipe, the second floating pipe, and the third floating pipe; A first connecting portion having a first connecting rod mounted to each of the closing caps; A plurality of first hangers disposed below the first floating pipe, the second floating pipe, and the third floating pipe; and a plurality of upper portions of the first floating pipe, the second floating pipe, and the third floating pipe. Has a second hanger which is coupled to the first hanger to surround the first floating pipe, the second floating pipe and the third floating pipe, and a second connecting rod integrally formed on an upper portion of the second hanger. A second connection portion; And The first floating pipe, the second floating pipe and the third floating pipe are mounted on the first floating pipe, the second floating pipe and the third floating pipe, respectively, similarly to the upper portion of the first connecting pipe. A plurality of horizontal bars connecting an upper portion of the second connecting rod, a first longitudinal bar connecting an upper portion of each of the second connecting units disposed adjacent to each of the first connecting rods and each of the first connecting rods; And a settling portion having a second longitudinal bar that connects an upper portion of the second connecting rods respectively mounted to the first floating pipe, the second floating pipe, and the third floating pipe. According to claim 1, wherein the closing cap has a conical shape that is narrowly extended to one side radially and formed on the one side of the annular coupling ring to be sealed to the floating pipe is formed, the extension portion of the closing cap is extended upwards Prefabricated barge, characterized in that the first coupling piece is formed integrally with the first coupling hole. According to claim 2, wherein the first connecting rod has an inverted triangular ring shape that narrows to the lower side has a second coupling piece is formed in the lower portion extending downward and in close contact with the first coupling piece and the second coupling piece 1 is coupled to the coupling hole and the second coupling hole is fastened by the first fastening bolt is formed, the first connection transverse piece is formed in the central portion of the upper surface of the first connecting rod and the first connecting hole is formed with the first connecting hole facing each other on both ends of the upper surface Prefabricated barge, characterized in that the pair of the first connection piece is formed integrally with the second connection hole. The method of claim 1, wherein the first hanger has a semicircular ring shape with an upper portion open to cover a lower portion of each floating pipe, and a first flange having a first flange hole is formed at both ends thereof, and the second hanger is formed. The hanger has a semi-circular ring shape with a lower opening so as to be coupled to the first hanger while surrounding the upper portion of each floating pipe, and a second flange having a second flange hole is formed at both ends thereof, and the first flange is formed. And a second fastening bolt is fastened to the flange hole and the second flange hole. According to claim 1, wherein the second connecting rod is a vertical connecting plate extending perpendicularly from the radially upper portion of the second hanger, First horizontal connecting plate extending from both ends of the vertical connecting plate to both sides of the vertical connecting plate and A second connecting cross section having a second horizontal connecting plate, and having a third connecting hole formed at the center of the upper surface of the vertical connecting plate, and one side and the other of the upper surface of the first horizontal connecting plate and the second horizontal connecting plate. A pair of second connecting piece and a pair of third connecting piece is formed integrally on the side, the second connecting piece is a prefabricated, characterized in that the fourth connecting hole is formed and the third connecting piece is formed with a fifth connecting hole, respectively Barges. According to claim 3 or 5, wherein the horizontal bar has a rectangular bar shape and the lower portion is formed with a first guide groove to be fitted to the first connecting transverse piece or the second connecting transverse piece and the first connection on one side A plurality of sixth connection holes are formed in communication with a ball or the third connection hole and the third fastening bolt is fitted, wherein the first longitudinal bar has a square bar shape and a lower portion of the first connection piece and the first connection piece of the first connection rod. A second guide groove is formed to be fitted to the second connecting piece or the third connecting piece of the second connecting piece, and at both ends, the fourth fastening is in communication with the second connecting hole and the fourth connecting hole or the fifth connecting hole. A seventh connecting hole into which the bolt is fitted is formed, and the second longitudinal bar has a square bar shape and a lower portion of the second connecting piece is connected to the second connecting piece and the third connecting piece. Prefabricated barge, characterized in that the third guide groove to be fitted is formed, and both ends are formed with an eighth connection hole in which the fifth fastening bolt is fitted while communicating with the fourth connection hole and the fifth connection hole.