KR20210107307A - Rope-type clamping device - Google Patents

Abstract

The present invention relates to a rope-type clamping device. More particularly, the present invention relates to a rope-type clamping device for fixing a plurality of pipes, such as pipes, to be seated and fixed on a frame. According to the present invention, by providing a rope-type clamping device that is easy to install and can fix the pipe so that it does not shake even under external influences, even if vibration occurs in the ship, no noise is generated, and several pipes can be fixed with one fixing device, which improves the convenience of work.

Description

Rope-type clamping device and its installation method {Rope-type clamping device}

The present invention relates to a rope-type clamp fixing device and an installation method thereof, and more particularly, to a rope-type clamp fixing device for fixing a plurality of pipes such as pipes to be seated and fixed in a frame.

In general, various types of pipes or ducts made of metal and synthetic resin materials used in shipbuilding and land piping or ducts are fixedly installed in a desired installation space using a fixing device.

The pipe fixing device according to the prior art discloses a method for fastening the pipe portion P using a U-Bolt having a pair of ends extending in parallel with male threads formed on the outer peripheral surfaces of both ends.

Here, the pipe (Pipe) (P) may be a concept that collectively refers to a pipe (pipe), a duct (duct), and the like. However, even if it is not necessarily a hollow pipe part (P), a rod or shaft having a relatively large diameter may be understood as a concept that is widely included.

The pipe fixing device according to the prior art has an outer peripheral surface of one side of the pipe portion P, such as an angle, a channel, an H-beam, a square tube, and an I-Beam. While the inner side of the U-bolt wraps around the outer circumferential surface of the other side of the pipe part (P) in a state in close contact with the section steel frame, both ends having the above-described male threads are penetrated through the pre-machined fastening hole in the section steel frame, and then fastening members such as nuts is concluded through

However, the pipe fixing device according to the prior art as described above has a problem in that it is difficult to fix the pipe portion P even if the position of the fastening hole machined in the section steel frame is slightly shifted depending on the installation or arrangement position of the section steel frame.

The cause of the misaligned position of the fastening hole includes a case where the installation or arrangement position of the above-described section steel frame 20 is incorrect, as well as a malfunction during design, a malfunction during manufacturing, and a poor flatness of the position where the section steel frame is installed. various etc.

Korean Patent Publication No. 10-0785430 (2007.12.06) Korean Patent Publication No. 10-0569853 (2006.04.04)

It is an object of the present invention to provide a rope-type clamp fixing device that is easy to install and can fix the pipe so as not to be shaken even by external influences.

In order to solve the above problems, the present invention provides a frame part 110 that is seated on a ship and formed so that a plurality of pipes 10 are positioned thereon, and the frame so that it can be coupled to one side of the frame part 110 . The first fastening part 120 formed in a shape corresponding to one side of the part 110 and the first fastening part 120 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110 . Two fastening portions 130 and formed on one side of the first fastening portion 120, one side of the pipe movement preventing member 160 to fix one side of the pipe movement preventing member 160 passing through A pipe movement prevention member guide portion 140 in which a sphere is formed, and a first pipe movement prevention member slip prevention portion formed on one side of the second fastening portion 130 to fix the other side of the pipe movement prevention member 160 . 150 and a pipe movement preventing member 160 formed to surround the outer peripheral surfaces of the neighboring pipes 10 located on the upper portion of the frame portion 110, respectively, and the first pipe movement preventing member sliding prevention unit 150 is coupled to one side of the second fastening portion 130, a through passage (151a) for the pipe movement prevention member 160 to pass through is formed on one side, and the fixing auxiliary member 152 is penetrated and fastened to the other side. A first pipe movement preventing member penetrating member 151 having a fixing auxiliary member fastening portion 151b formed therein, a fixing auxiliary member 152 formed in a rod shape of a predetermined length, and the pipe return preventing member penetrating member 151 ) includes a fixing button portion 153 formed to be positioned between the through passage 151a and the fixing auxiliary member fastening portion 151b, and the pipe movement prevention member 160 is one side of the pipe movement prevention member 160 . It is located on the other side of the fixing part 161 for coupling the pipe movement prevention member guide part 140 and the pipe movement prevention member 160 but is coupled to the pipe movement prevention member sliding prevention part 150. A rope-type clamp fixing device comprising a moving part 162 for

The frame part 110 is seated on a ship and formed so that a plurality of pipes 10 are positioned thereon, and is formed in a shape corresponding to one side of the frame part 110 so that it can be coupled to one side of the frame part 110 . The first fastening part 120 to be used, the second fastening part 130 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110, and the first fastening part Doedoe formed on one side of the part 120, the pipe movement prevention member guide portion 140 in which one side is formed with a passage through which the pipe movement prevention member 160 can pass in order to fix one side of the pipe movement prevention member 160. ) and a first pipe movement prevention member anti-skid portion 150 formed on one side of the second fastening portion 130 to fix the other side of the pipe movement prevention member 160 , and the frame portion 110 . A pipe movement preventing member 160 formed to surround the outer circumferential surface of the neighboring pipes 10 located on the upper portion, respectively, and a stopper 170 for maintaining a gap to be fitted between the neighboring pipes 10, The first pipe movement preventing member sliding prevention part 150 is coupled to one side of the second fastening part 130, and a through passage 151a for the pipe movement preventing member 160 to pass therethrough is formed on one side and the other side is fixed A first pipe movement preventing member penetrating member 151 having a fixing auxiliary member fastening portion 151b through which the auxiliary member 152 is penetrated and fastened is formed, and a fixing auxiliary member 152 formed in the form of a rod of a predetermined length; , and a fixing button portion 153 formed to be positioned between the through passage 151a and the fixing auxiliary member fastening portion 151b of the pipe canal prevention member through member 151, and the pipe movement preventing member 160 is located on one side of the pipe movement prevention member 160, but located on the other side of the fixing part 161 for coupling the pipe movement prevention member guide part 140 and the pipe movement prevention member 160, but the pipe movement prevention A rope-type clamp fixing device comprising a moving part 162 for being coupled to the member sliding prevention part 150,

The frame part 110 is seated on a ship and formed so that a plurality of pipes 10 are positioned thereon, and is formed in a shape corresponding to one side of the frame part 110 so that it can be coupled to one side of the frame part 110 . The first fastening part 120 to be used, the third fastening part 180 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110, and the first fastening part Doedoe formed on one side of the part 120, the pipe movement prevention member guide portion 140 in which one side is formed with a passage through which the pipe movement prevention member 160 can pass in order to fix one side of the pipe movement prevention member 160. ) and a first pipe movement prevention member anti-skid part 150 formed on one side of the second fastening part 130 to fix the other side of the pipe movement prevention member 160, and a pipe movement prevention member on one side ( A second pipe in which a second pipe movement preventing member penetrating member 191 is formed so that 160) passes therethrough, and a buried type anti-skid portion 192 is additionally formed on one side of the second pipe movement preventing member penetrating member 191 It includes a stopper 170 for maintaining a gap to be fitted between the movement preventing member sliding prevention part 190 and the neighboring pipes 10, and the first pipe movement preventing member sliding preventing part 150 is the first 2 is coupled to one side of the fastening portion 130, a through passage (151a) for the pipe movement prevention member 160 to pass through is formed on one side and the fixing auxiliary member fastening for the other side to be fastened through the fixing auxiliary member 152 The first pipe movement preventing member penetrating member 151 in which the portion 151b is formed, the fixing auxiliary member 152 formed in the form of a rod of a predetermined length, and the passage of the pipe return preventing member penetrating member 151 ( It provides a rope-type clamp fixing device comprising a fixing button portion 153 formed to be positioned between 151a) and the fixing auxiliary member fastening portion (151b).

The present invention provides a rope-type clamp fixing device that is easy to install and can fix the pipe so that it does not shake even under external influence, so that even if vibration occurs in the ship, noise is not generated and several pipes can be fixed with one fixing device There is an advantage in that the convenience of work is improved.

1 is a view showing the overall appearance of the present invention.
Figure 2 is a view related to the rope-type fixing device of the present invention.
Figure 3 is a view showing a portion of the pipe movement preventing member guide portion of the rope-type fixing device of the present invention is installed.
FIG. 4 is a view viewed from the side of FIG. 3 .
Figure 5 is a view showing a portion of the first pipe movement preventing member sliding prevention portion of the rope-type fixing device of the present invention is installed.
Figure 6 is a view showing an operation example of the first pipe movement preventing member sliding prevention unit of the present invention.
7 is a view showing a gap maintaining stopper of the present invention.
Figure 8 is a view showing a portion of the second pipe movement preventing member sliding prevention portion of the rope-type fixing device that is another example of the present invention is installed.
9 is a view showing an operation example of the second pipe movement preventing member sliding prevention part of the rope-type fixing device that is another example of the present invention.
10 is a view related to an embodiment in which three pipes are continuously installed using the rope-type fixing device of the present invention.
11 is a view related to another embodiment of the rope-type fixing device of the present invention.
12 is an enlarged view of a part of FIG. 11 .
13 is a view related to the pipe displacement preventing member of the present invention.
14 is a view of a gap plug member according to the present invention.
15 is a flowchart related to the method of installing a rope-type fixing device of the present invention.
16 to 27 are views related to a method for installing a rope-type fixing device of the present invention.

The terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. Based on the principle, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Referring to Figure 1, the present invention relates to a rope-type clamp fixing device, specifically, it can securely fix the pipes 10 installed in various parts of a ship to a frame, etc. and connect a plurality of pipes 10 at once. It relates to a rope-type clamp fixing device that allows

The rope-type clamp fixing device 100 of the present invention includes a frame part 110, a first fastening part 120, a second fastening part 140, a pipe movement preventing fixing part 140, a pipe movement preventing member sliding prevention part ( 150), a pipe movement preventing member 160, and a stopper 170 for maintaining the gap.

Each component is described in detail as follows.

The frame part 110 is seated on a ship and is formed such that a plurality of pipes 10 are positioned thereon.

The frame unit 110 may be understood as a concept that collectively refers to all supports such as an angle, a channel, an H-beam, a square tube, and an I-Beam. can

2 to 4 , the first fastening part 120 is installed on one side of the frame part 110 . It is preferable that one side of the first fastening part 120 is formed in a 'C' shape so that it can be fitted on the lower side of the frame part 110 , but it may be deformed depending on the shape of the frame part 110 .

The first fastening part 120 has a fixed coupling part 121 formed on one side so that the fixing part 161 of the pipe movement preventing member 160 is fitted, and a first frame to be fastened to the frame part 110 . A receiving portion 122 is formed. The fixed coupling portion 121 is preferably formed in the form of a groove so that the fixing portion 161 of the pipe movement preventing member 160 is coupled, but may be formed in other shapes that can be coupled in some cases. Of course it could be.

Referring to FIGS. 2 and 5 , the second fastening part 130 has a second frame accommodating part 131 to accommodate the other side of the frame part 110 . The second fastening part 130 is preferably formed in a 'C' shape so that the second frame receiving part 131 can be fitted on the lower side of the frame part 110 , but depending on the shape of the frame part 110 . may be deformed.

The pipe movement preventing member guide part 140 is formed on one side of the first fastening part 120 to fix one side of the pipe movement preventing member 160 .

Referring to FIG. 3 , the shape of the pipe movement prevention member guide part 140 can be confirmed in detail, and the pipe movement prevention member guide part 140 has a passage through which the pipe movement prevention member 160 can pass. It includes a pipe movement preventing member passing portion 141 that is, and a pipe movement preventing member position fixing portion 142 connected to a hinge structure so as to cover one side as the passage of the pipe movement preventing member passing portion 141 is formed.

FIG. 4 is a view showing the side of FIG. 3 , and it can be seen that the fixing part 161 of the pipe movement preventing member 160 is fitted and coupled to the fixing coupling part 121 of the first fastening part 120 . .

The first pipe movement preventing member sliding prevention part 150 is formed on one side of the second fastening part 130 to fix the other side of the pipe movement preventing member 160 .

Referring to FIG. 5 , the first pipe movement preventing member sliding prevention part 150 is configured to include a first pipe movement preventing member penetrating member 151 , a fixing auxiliary member 152 , and a fixing button part 153 .

The first pipe movement preventing member penetrating member 151 is coupled to one side of the second fastening portion 130, and a through passage 151a is formed for the pipe movement preventing member 160 and the fixing auxiliary member 152 to pass therethrough, respectively. do.

The fixing auxiliary member 152 is preferably formed in the form of a long rod, and is fastened to the fixing auxiliary member fastening part 151b. When the fixing button part 153 is pressed, the fixing auxiliary member 152 is supported and the pipe movement preventing member ( 160) can be prevented from moving by applying pressure.

The fixing button part 153 is formed at a position where it meets one side of the fixing auxiliary member 152 when performing a linear motion, but in a linear motion.

6 is a view related to an embodiment of the first pipe movement preventing member sliding prevention unit 150, the pipe movement preventing member 160 as shown in FIG. When the fixing button part 153 is pushed in the direction (P1 direction) toward the fixing auxiliary member in the state passing through the through passage (151a), the fixing auxiliary member 152 is directed toward the pipe movement preventing member 160 (P2) By moving and pressing the pipe movement preventing member 160, it can be fixed so that there is no gap.

The pipe movement preventing member 160 is formed to surround the outer peripheral surfaces of the neighboring pipes 10 located on the upper portion of the frame portion 110 , respectively, and includes a fixed portion 161 and a movable portion 162 .

The fixing part 161 is located at one end of the pipe movement preventing member 160, but is larger than the size of the fixing coupling part 121 so as not to pass through the fixing coupling part 121 of the first coupling part 130 and not come out. formed (see Figure 3). The moving part 162 is located on the other side of the pipe movement prevention member 160 but is fitted to the pipe movement prevention member sliding prevention part 150 .

The pipe movement preventing member 160 is preferably formed in the form of a wire rope, and two or more pipes 10 are formed to be adjacent to each other, and then the outer periphery of each pipe 10 can be sequentially formed so as to be connected. have.

In order to fix the two neighboring pipes 10 as shown in Figure 1,

After surrounding the outer periphery of the pipe 10 located on one side by the first pipe movement preventing member fixing region 160a of the pipe movement preventing member 160, the outer periphery of the pipe 10 located on the other side is surrounded by the second pipe movement preventing member As much as the guide portion 160b is surrounded.

The stopper 170 for maintaining the gap is to be fitted between the adjacent pipes 10 , and is fitted into the empty space between the adjacent pipes 10 surrounding the pipe movement preventing member 160 to be fitted to the pipe 10 . It serves to keep them from moving.

Referring to FIG. 7 , the gap maintaining stopper 170 includes a first pipe accommodating part 171 formed to accommodate one side of the pipe 10 located on one side of the neighboring pipes 10, and the neighboring pipe ( 10) is formed to include a second pipe receiving portion 172 that is formed to accommodate the other side of the pipe 10 located on the other side.

8 and 9 are used in another embodiment of the present invention to be used in place of the second fastening part 130 and the first pipe movement preventing member sliding prevention part 150, the second fastening part ( A third fastening part 180 is formed instead of 130 , and a second pipe movement preventing member sliding preventing member 190 is formed in place of the first pipe moving preventing member sliding preventing part 150 .

Since the third fastening part 180 has the same shape as the second fastening part 130 , a detailed description thereof will be omitted.

The second pipe movement prevention member sliding prevention part 190 is formed with a second pipe movement prevention member passageway 191 so that the pipe movement prevention member 160 is penetrated on one side, and the second pipe movement prevention member penetration member ( 191), an embedded type anti-skid member 192 is additionally formed on one side, and is formed in a triangular pyramid shape that is pointed in a direction toward the pipe movement preventing member anti-skid unit 190 . Both sides of the buried type anti-skid member 192 are additionally formed with moving button parts 192a, and when pressure is applied to the moving button part 192a in the P3 direction as shown in FIG. 9(a), the buried type as shown in FIG. The sliding prevention member 192 is moved in the direction P4 toward the pipe movement preventing member 160 to prevent the pipe movement preventing member 160 from having a gap.

10 is a view related to another embodiment of the present invention. As shown in the drawing, three neighboring pipes 10 can be fixed using one pipe movement preventing member 160, and a larger number of pipes 10 Of course, it can be fixed.

11 to 13 relate to another embodiment of the present invention, the pipe displacement preventing member 200 may be additionally formed.

The pipe displacement preventing member 200 is formed to surround the outer peripheral surfaces of one side and the other end of the pipe 10, and the first pipe displacement preventing member 210 is formed to surround a part of the upper outer peripheral surface of the pipe 10, and the pipe ( 10) The second pipe displacement preventing member 220 is formed to surround a portion of the lower outer peripheral surface.

12 and 13 , the inner surface of the first pipe displacement preventing member 210 is formed in the form of a plurality of protrusions so as to have a frictional force without moving when the pipe 10 is wrapped around the first pipe. A close contact portion 211 is formed. One side of the outer surface of the first pipe displacement preventing member 210 accommodates the pipe movement preventing member 160, but a first pipe movement preventing member formed in a bone shape to prevent the position of the pipe movement preventing member 160 from being displaced. A fastening groove 212 is formed.

The inner surface of the second pipe displacement preventing member 220 is formed with a second pipe adhesion portion 221 formed in the form of a plurality of protrusions to have an uneven shape so as not to move and have frictional force when wrapping the pipe 10. . One side of the outer surface of the second pipe displacement prevention member 220 accommodates the pipe movement prevention member 160, but a second pipe movement prevention member formed in a bone shape to prevent the position of the pipe movement prevention member 160 from being displaced. A fastening groove 222 is formed.

Referring to the enlarged view of FIG. 11 , the pipe movement preventing member 160 surrounds the outer periphery of the pipe displacement preventing member 200 , and the first pipe movement preventing member fastening groove 212 of the first pipe displacement preventing member 210 . ) and the second pipe displacement prevention member 220 of the second pipe movement prevention member fastening groove 222 is formed such that the pipe movement prevention member 160 is accommodated.

Since the pipe displacement preventing member 200 is formed, there is an advantage in that the pipe 10 can be firmly fixed by preventing the pipe moving preventing member 160 from slipping due to external vibration or the like.

FIG. 14 is a view of the gap plug member 300. After the pipe 10 is surrounded by the pipe movement preventing member 160, it is inserted into an empty space to prevent the pipe 10 from having a gap (refer to FIG. 26). ).

The gap plug member 300 is formed to include a first gap plug member 310 and a second gap plug member 320 , and the first gap plug member 310 is a pipe fixing part 130 surrounded by the pipe 10 . The first head portion 311 formed to have a width R2 greater than the width R1 of the empty space T is formed on one side and the other side is a fitting hole ( 312) is formed (see FIG. 27).

A second head part 321 is formed on one side of the second gap plug member 320 so that one side has a width R2 larger than the width R1 of the empty space T of the pipe movement preventing member 160, On the other side, a protrusion 323 is formed to be coupled to the fitting hole 312 of the first gap plug member 310 (refer to FIG. 27 ).

As shown in FIG. 27, the gap stopper member 300 can be fastened to the empty space T, and as shown in the enlarged view of FIG. 27, the first head part ( 311 ) and the width R2 of the second head part 321 are large, so that the gap plug member 300 is not separated and the empty space T can be filled.

27 shows the width of the empty space T as R1 for convenience of explanation, and R2 as the width of the first head part 311 and the second head part 321 which are components of the gap plug member 300 . Although expressed collectively as, the sizes of the first head part 311 and the second head part 321 may be different, of course.

Figure 15 is a flow chart related to the installation method of the rope clamp fixing device of the present invention.

The installation method of the rope clamp fixing device of the present invention includes a frame installation step (S1), a pipe movement preventing member fitting step (S2), a first fastening part installation step (S3), a second fastening part installation step (S4), a pipe 1st installation step (S5), gap maintenance stopper installation step (S6), pipe 2nd installation step (S7), pipe movement preventing member connection step (S8), pipe movement preventing member fixing step (S9), gap plug member fitting It proceeds including step (S10).

Each step is described in detail as follows.

S1) Frame installation step

The frame installation step (S1) is a step of installing the frame 110 on one side of the ship.

The frame installation step (S1) can be confirmed through FIG. 16 .

S2) Pipe movement prevention member fitting step

The pipe movement preventing member fitting step (S2) is a step of fitting the fixing portion 161 of the pipe movement preventing member 160 to the fixed coupling portion 121 of the first fastening portion 120 .

The pipe movement preventing member fitting step (S2) can be confirmed through FIG. 17 .

In addition, the pipe movement prevention member 160 is formed to pass through the pipe movement prevention member passing portion 141 of the pipe movement prevention member guide portion 140 formed on one side of the first fastening portion 120 .

S3) First fastening part installation step

In the first fastening part installation step (S3), one side of the pipe movement prevention member 160 is fitted through the pipe movement prevention member fitting step (S2) to one side of the frame 110 installed through the frame installation step (S1). This is a step of installing the combined first fastening part 120 .

The first fastening part installation step (S3) can be confirmed through FIG. 18 .

S4) Second fastening part installation step

The second fastening part installation step (S4) is after the first fastening part installation step (S3), the frame 110 so that the second fastening part 130 is positioned at a position spaced apart from the first fastening part 120 by a predetermined distance. It is a step of installing the second fastening part 130 to the.

19 is a view showing a state in which the second fastening part 130 is installed, the position of the second fastening part 130 is changed according to the number of pipes 10 installed, and when two pipes 10 are installed, two The width and length of the first fastening part 120 and the second fastening part 130 are longer than the sum of the diameters of the pipe 10 .

S5) First pipe installation step

In the first pipe installation step (S5), after the second fastening part installation step (S4), the pipe 10 is placed between the first fastening part 120 and the second fastening part 130, and then the pipe movement preventing member Step 160 surrounds the outer periphery of the pipe 10 (refer to S1, S2, S3).

20 is a view related to the first pipe installation step (S5). As shown in an enlarged view located on one side, the pipe movement preventing member 160 may be installed in the state including the pipe displacement preventing member 200, and the pipe displacement preventing member ( In the state except 200), the pipe movement preventing member 160 may be installed.

S6) Step of installing the spacing stopper

The gap maintaining stopper installation step (S6) is a step of forming the first pipe receiving part 171 of the gap maintaining stopper 170 to be accommodated on one side of the pipe 10 installed through the first pipe installation step (S5). am.

21 is a view of the interval maintenance stopper installation step (S6).

S7) Secondary pipe installation step

In the second pipe installation step (S7), one side of another pipe 10 is accommodated in the second pipe receiving part 172 of the gap maintenance stopper 170 installed through the interval maintenance stopper installation step (S6). After positioning the pipe 10, the pipe movement preventing member 160 is formed so as to surround the outer periphery of the newly installed pipe 10 (refer to S3, S4, S5).

22 and 23 are views related to the secondary pipe installation step (S7) of the present invention. In addition, although not shown in the drawing, one side of the pipe movement preventing member 160 surrounding another pipe 10 is on the first pipe movement preventing member penetrating member 151 of the first pipe movement preventing member sliding prevention unit 150 . formed to be accommodated.

S8) Pipe movement prevention member connection step

The pipe movement prevention member connection step (S8) is a pipe movement prevention member accommodated in the first pipe movement prevention member penetrating member 151 of the first pipe movement prevention member sliding prevention unit 150 after the second pipe installation step (S7) This is a step of moving the fixing button part 153 of the first pipe movement preventing member sliding prevention part 150 in the direction in which the fixing auxiliary member 152 is located so as to fix the position of 160 .

24 is a view of the pipe movement preventing member connection step (S8) by pressing the fixing button portion 513 in the P1 direction as shown in FIG. The pipe movement preventing member 160 is fixed by moving in the P2 direction and pressing the pipe movement preventing member 160 .

S9) Pipe movement prevention member fixing step

The pipe movement preventing member fixing step (S9) is after the pipe movement preventing member connecting step (S8), the pipe movement preventing member position fixing part 142 of the pipe movement preventing member guide part 140 is fixed to the pipe movement preventing member 160 This is a step of fixing the pipe movement preventing member 160 by moving the hinge in the direction to cover the upper surface of the pipe movement preventing member passing portion 141 .

Referring to FIG. 25, as shown in FIG. 25(a), the hinge movement of the pipe movement preventing member position fixing part 142 in the a1 direction covers the upper surface of the pipe movement preventing member passing part 141 as shown in FIG. 25(b). let it be

S10) Step of inserting the gap plug member

The gap plug member fitting step (S10) is between the pipe movement prevention member 160 and the first fastening part 120 surrounding the one side pipe 10 after the pipe movement prevention member fixing step (S9) and the other pipe 10. This is a step of fitting the gap plug member 300 between the surrounding pipe movement preventing member 160 and the second fastening part 130 , respectively.

Referring to the partially enlarged view of FIG. 26 and the drawing of the front view of FIG. 27, it can be confirmed about the gap plug member fitting step (S10).

The configuration shown in the embodiments and drawings described in the present specification as described above is only the most preferred embodiment of the present invention and does not represent all the technical spirit of the present invention, so various equivalents and modifications that can be substituted for them It should be understood that there may be examples.

10 pipe
100 Rope Clamp Fixing Device
110 frame
120 first fastening part
121 fixed coupling part
122 1st frame receiving part
130 second fastening part
131 2nd frame receiving part
140 Pipe movement prevention member guide part
141 Pipe movement prevention member passing part
142 Pipe movement prevention member position fixing part
150 1st pipe movement prevention member sliding prevention part
151 First pipe movement preventing member through member
152 Fixed auxiliary member
153 Fixed button part
160 Pipe movement prevention member
161 Fixed part
162 moving part
170 Stopper for maintaining spacing
171 1st pipe receiving part
172 2nd pipe receiving part
180 3rd fastening part
190 Second pipe movement prevention member sliding prevention part
191 Second pipe movement prevention member through member
192 Landfill type slip prevention part
200 Pipe displacement prevention member
210 First pipe displacement preventing member
211 1st pipe attachment part
212 First pipe movement prevention member fastening groove
220 Second pipe displacement prevention member
221 Second pipe attachment part
222 Second pipe movement prevention member fastening groove

300 gap plug member
310 First gap plug member
311 first head part
312 fitting hole
320 Second gap plug member
321 second head part
323 protrusion

Claims (3)

A frame portion 110 that is seated on a ship and formed such that a plurality of pipes 10 are positioned thereon;
a first fastening part 120 formed in a shape corresponding to one side of the frame part 110 so as to be coupled to one side of the frame part 110;
a second fastening part 130 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110;
A pipe movement preventing member formed on one side of the first fastening part 120 and having a passage through which the pipe movement preventing member 160 can pass on one side to fix one side of the pipe movement preventing member 160 . a guide unit 140;
A first pipe movement preventing member sliding prevention part 150 formed on one side of the second fastening part 130 to fix the other side of the pipe movement preventing member 160;
and a pipe movement preventing member 160 formed to surround the outer circumferential surface of the neighboring pipes 10 located on the upper portion of the frame portion 110, respectively,

The first pipe movement preventing member sliding prevention part 150 is
A fixing auxiliary member coupled to one side of the second fastening part 130 and having a penetration path 151a through which the pipe movement prevention member 160 penetrates is formed on one side and the fixing auxiliary member 152 is penetrated and fastened to the other side. A first pipe movement preventing member penetrating member 151 having a fastening portion 151b formed therein;
A fixing auxiliary member 152 formed in the form of a rod of a predetermined length, and
and a fixing button portion 153 formed to be positioned between the through passage 151a and the fixing auxiliary member fastening portion 151b of the pipe canal prevention member through member 151,

The pipe movement preventing member 160 is
A fixing part 161 located on one side of the pipe movement prevention member 160 but to which the pipe movement prevention member guide part 140 is coupled;
Rope-type clamp fixing device, which is located on the other side of the pipe movement prevention member (160) but includes a moving part (162) for being coupled to the pipe movement prevention member sliding prevention part (150).
A frame portion 110 that is seated on a ship and formed such that a plurality of pipes 10 are positioned thereon;
a first fastening part 120 formed in a shape corresponding to one side of the frame part 110 so as to be coupled to one side of the frame part 110;
a second fastening part 130 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110;
A pipe movement preventing member formed on one side of the first fastening part 120 and having a passage through which the pipe movement preventing member 160 can pass on one side to fix one side of the pipe movement preventing member 160 . a guide unit 140;
A first pipe movement preventing member sliding prevention part 150 formed on one side of the second fastening part 130 to fix the other side of the pipe movement preventing member 160;
A pipe movement preventing member 160 formed to surround the outer circumferential surface of the neighboring pipes 10 located on the upper portion of the frame portion 110, respectively;
It includes a stopper 170 for maintaining a gap formed to be fitted between the adjacent pipes 10,

The first pipe movement preventing member sliding prevention part 150 is
A fixing auxiliary member coupled to one side of the second fastening part 130 and having a penetration path 151a through which the pipe movement prevention member 160 penetrates is formed on one side and the fixing auxiliary member 152 is penetrated and fastened to the other side. A first pipe movement preventing member penetrating member 151 having a fastening portion 151b formed therein;
A fixing auxiliary member 152 formed in the form of a rod of a predetermined length, and
and a fixing button portion 153 formed to be positioned between the through passage 151a and the fixing auxiliary member fastening portion 151b of the pipe canal prevention member through member 151,

The pipe movement preventing member 160 is
A fixing part 161 located on one side of the pipe movement prevention member 160 but to which the pipe movement prevention member guide part 140 is coupled;
Rope-type clamp fixing device, which is located on the other side of the pipe movement prevention member (160) but includes a moving part (162) for being coupled to the pipe movement prevention member sliding prevention part (150). A frame portion 110 that is seated on a ship and formed such that a plurality of pipes 10 are positioned thereon;
a first fastening part 120 formed in a shape corresponding to one side of the frame part 110 so as to be coupled to one side of the frame part 110;
a third fastening part 180 formed in a shape corresponding to the other side of the frame part 110 so as to be coupled to the other side of the frame part 110;
A pipe movement preventing member formed on one side of the first fastening part 120 and having a passage through which the pipe movement preventing member 160 can pass on one side to fix one side of the pipe movement preventing member 160 . a guide unit 140;
A first pipe movement preventing member sliding prevention part 150 formed on one side of the second fastening part 130 to fix the other side of the pipe movement preventing member 160;
A second pipe movement prevention member penetrating member 191 is formed on one side so that the pipe movement prevention member 160 is penetrated, and an embedded type slip prevention part 192 is formed on one side of the second pipe movement prevention member penetrating member 191. A second pipe movement preventing member sliding prevention part 190 formed additionally,
It includes a stopper 170 for maintaining a gap formed to be fitted between the adjacent pipes 10,

The first pipe movement preventing member sliding prevention part 150 is
A fixing auxiliary member coupled to one side of the second fastening part 130 and having a penetration path 151a through which the pipe movement prevention member 160 penetrates is formed on one side and the fixing auxiliary member 152 is penetrated and fastened to the other side. A first pipe movement preventing member penetrating member 151 having a fastening portion 151b formed therein;
A fixing auxiliary member 152 formed in the form of a rod of a predetermined length, and
Rope-type clamp fixing device, characterized in that it comprises a fixing button portion (153) formed to be positioned between the through passage (151a) and the fixing auxiliary member fastening portion (151b) of the pipe canal prevention member through member (151).

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