JPS6215169Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a pipe bundling frame for bundling a plurality of small-diameter and medium-diameter pipes.

[Background of the idea]

Conventionally, the packaging method for shipping small-diameter and medium-diameter pipes such as seamless pipes has been to simply bundle multiple pipes and secure them with several bands. However, with this packaging method, it is not possible to insert the claws of a forklift between the pipes during transfer from a ship to a quay, or from a quay to a trailer, etc., and wires during crane work cannot be inserted. Installation was also difficult.
Therefore, it took time to load and unload the cargo, and the time spent on the ship was prolonged, leading to an increase in transportation costs. In addition, the shape of the pipes bound with bands is unstable, making loading unstable. As a result, loading space was also wasted. Furthermore, if the cable ties were cut when unpacking, the package would collapse all at once, which was extremely dangerous. Also, since the pipes are in contact with each other when tying,
They could damage each other, and they also had the disadvantage that water and dust tended to accumulate at the joints of the pipes during storage.

[Purpose of invention]

The present invention eliminates the drawbacks of the conventional pipe bundling means described above, and allows multiple pipes to be arranged and bound in a regular manner, and the framing work is simple.
Another object of the present invention is to provide a pipe binding frame with high binding strength.

[Structure of the idea]

The present invention is a pipe that is equipped with a holding member made of square members that sandwiches multiple pipes from above and below, a partitioning member that is interposed between the holding members and partitions between the pipes, and a fixing member that fixes the holding members to each other. In the binding frame, the partitioning material includes a spacer made of square material having approximately the same thickness as the holding material, and a pair of guide plates attached to the front and back sides of the spacer and protruding from the top, bottom, right, left, and right ends of the spacer. A concave portion that fits with the side surface of the pipe is formed in a portion of the guide plate that protrudes from the spacer in the left-right direction, and the holding material is held by the portion of the guide plate that protrudes from the spacer in the vertical direction. It is characterized by the presence of

In the present invention, when attaching the partitioning material to the holding material, the holding material is held between the front and back guide plates, so that the partitioning material can be reliably fixed to the holding material. Furthermore, even if the spacer of the partition material is a square piece of material, the side surface of the pipe can be reliably positioned by the recessed portion of the guide plate.

[Example of idea]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a perspective view showing a state in which a plurality of pipes P are bound by a pipe binding frame 1 according to the present invention.

This pipe binding frame 1 includes a holding material 11 that holds the pipes P from above and below, a partitioning material 12 that is interposed between adjacent pipes P, a fixing member 13 that fixes the holding materials 11 to each other, and a band that reinforces the bundling state. It is composed of each member of the body 14. The holding material 11, the partition material 12, and the fixing member 13 are each made of wood. In the bundling example shown in FIG.
1 is used in three stages upwards. As shown in an enlarged view in FIG. 2, grooves 11a extending in the longitudinal direction are formed on the upper surface of the holding member 11 located at the uppermost stage and the lower surface of the retaining member 11 located at the lowermost stage. This groove 11a is formed to have a width that fits the band 14. Further, as shown in FIG. 3, the partitioning material 12 includes a prismatic spacer 12a having approximately the same thickness as the holding material 11 and approximately the same length as the diameter of the pipe P, and this spacer 12a. The guide plate 12b is made of plywood or the like and is attached to the front and rear surfaces with nails, adhesive, or the like. The guide plate 12b has a larger width and length than the spacer 12a so as to protrude from above and below and on both sides of the spacer 12a. Further, arc-shaped cuts 12c are formed on both sides of the guide plate 12b along the outer circumferential shape of the pipe P.
The bottom of the spacer 2c is flush with the side surface of the spacer 12a. Note that the width of the spacer 12a is set according to the length of the holding member 11, that is, the number of pipes P arranged laterally and the diameter of the pipes P. In the case of this embodiment, the fixing member 13 is made of a flat plate having a length spanning the uppermost and lowermost holding members 11, and its upper and lower ends are nailed to both ends of each holding member 11 and fixed. . The band body 14 is formed from a band-shaped iron plate. A fastener 15 is attached to one end of the band 14, and by inserting the other end of the band 14 through the fastener 15 and pulling it, and crimping the fastener 15, the band 14 is attached. The holding material 11 can be fixed.

Next, a working procedure for bundling the pipes P using each of the above-mentioned members will be explained.

As shown in FIG. 4, first, the lowermost holding material 11 is placed on the floor of the workplace. This holding material 11 is installed according to the length of the pipe P as many as the required number of binding points. Then, the lower end of the fixing member 13 is fixed to both side surfaces of one end of the holding member 11 with nails 16. Next, the first stage pipe P is attached to the lowest stage holding material 11.
Arrange on top. At this time, the first pipe P (indicated by A in FIG. 4) is installed at a position where it contacts the fixing member 13 fixed to the end of the holding member 11. Next, the partitioning material 12 is installed on the holding material 11 so that the holding material 11 is held between the lower edges of the guide plates 12b attached to the partitioning material 12 (indicated by B in FIG. 4). Then, the notch 12c on the side thereof is brought into contact with the pipe P at the position A. After that, pipe P (indicated by C in Fig. 4) and partition material 12 (indicated by D in Fig. 4)
are arranged in order to complete the arrangement of the first-stage pipes P and partitioning materials 12. Then, each pipe P and partition material 1
2, the next stage of holding material 11 (indicated by E in FIG. 4) is installed. At this time, the holding material 11 is inserted between the upper edges of the pair of guide plates 12b attached to the partitioning material 12. In addition, one end of the holding material 11 is
The holding member 11 and the fixing member 13 are inserted between the two fixing member plates 13 and fixed to each other with the nails 16. The above operations are repeated one after another to install a predetermined number of stages of pipes P and holding materials 11. At this time, one end of each holding member 11 is fixed to each other by two fixing members 13 on one side. Next, the fixing member 13 on the other side is attached to the other end of each holding member 11. At this time, the pipe P is fixed by the fixing member 13.
to the side of the fixing member 13 that is already fixed,
Eliminate the gap between the pipe P and the partition material 12. and,
Each holding member 11 and fixing member 13 are fixed with nails 16. Finally, attach the band 14 to the lowermost holding material 11.
They are fitted into the lower surface groove 11a of the pipe binding member 11 and the upper surface groove 11a of the uppermost holding member 11, stretched around the outer periphery of the pipe binding frame 1, and bound with the fasteners 15. This band 1
Reference numeral 4 denotes auxiliary fixing means for ensuring the fixation between the above-mentioned wooden members. Further, the upper and lower ends of the guide plate 12b of the partition member 12, that is, the spacer 1
The pipe binding frame 1 can be further strengthened by fixing the portion protruding from 2a and the holding member 11 with nails. Further, the pipes P may be bound directly by the band member 14 at a portion other than the pipe binding frame 1, for example, at portions A and B in FIG.

FIG. 5 shows a perspective view of a pipe binding frame 1 according to another embodiment. In this embodiment, the fixing member 21, like the partition member 12, is composed of a spacer 21a and a pair of guide plates 21b attached to the front and rear surfaces of the spacer 21a. A notch 21c along the outer periphery of the pipe P is formed in one side of the guide plate 21b that the pipe P contacts. This fixing member 21 is
Similar to the partition plate 12, the holding material 11 is connected to the guide plate 21.
Attach by holding it between the upper and lower edges of b, and then tighten nail 1.
6 to hold the upper and lower edges of the guide plate 21b with the holding material 1.
It is set to be fixed at 1. Therefore, this fixing member 21 is provided for each stage, which has the advantage that the number of stages can be easily changed. Also, in the case of (1), the band 14 is used to reinforce the fixed state.

Figure 6 shows a processed pipe to which a flanged pipe Pa and parts 23 and 24 are attached together with a normal pipe P when exporting a plant.
An example of binding Pa and Pb together is shown.
In this case, as shown in FIGS. 7 and 8, a partition member 12' whose width is a small dimension Ba and a partition material 12'' whose width is a large dimension Bb are used. Pipe parts 23, 24
A partition material 12' with a small dimension Ba is interposed between the pipe P which does not have a pipe P or a pipe Pa with flanges, and a partition material 12'' with a large dimension Bb is brought into contact with the sides of the processed pipes Pb and Pc. The pipe parts 23 and 24 are prevented from hitting adjacent pipes. In this case, it is possible to use spacers 12a of the same size for the small-sized partition member 12' and the large-sized partition member 12''. By changing only the width of the guide plate 12b, partition members with different widths can be constructed.

Next, FIG. 9 shows a partition member 31 according to another embodiment. Four guide plates 31b are attached to the upper and lower portions of both sides of the spacer 31a. The upper and lower ends of each guide plate 31b protrude from the spacer 31a. Further, the left and right ends of the guide plate 31b are notched diagonally, and these notched portions face each other and protrude to the sides of the spacer 31a, and a recess corresponding to the notch 12c is formed between the upper and lower guide plates 31b. 31c is formed. The side surface of the pipe P fits into this recess 31c.

In the illustrated embodiment, the band 14 is used as an auxiliary fixing means for the wood, but instead of the band 14, bolts and nuts inserted between the holding members 11 may be used.

[Effect of idea]

As described above, according to the present invention, the following effects can be achieved.

(1) Since the pipes can be tied regularly and firmly, it is easy to load during transportation, and the pipes do not collapse when unpacking.

(2) Guide plates are made to protrude from the upper and lower edges of the spacer, and the holding material is held between the guide plates, so that the partition material can be easily and reliably positioned relative to the holding material during packing work. become. Therefore, when installing pipes and stacking holding materials, the partitioning material does not fall off from the holding materials, making frame assembly and packing operations easier.

(3) The guide plates protruding from the upper and lower ends of the spacer can sandwich the holding material, and the guide plates and the holding material can be fixed with nails, etc., increasing the strength of fixing the partitioning material and the holding material. This will increase the strength of the entire frame.

(4) In the partitioning material, the spacer is simply a square piece, and a recess into which the pipe fits is formed in the portion of the guide plate attached to the front and back surfaces of the spacer that protrudes from the spacer in the left-right direction. That is,
Since there is no need to form a recess in the square spacer and it is sufficient to form the recess in the thin guide plate, processing of the partition material becomes extremely simple.

(5) As shown in FIGS. 7 and 8, even if spacers 12a made of square timbers of the same size are used, partitions with substantially different widths can be created by changing the width of the guide plate 12b. This means that the materials can be constructed. Therefore, the spacer 12a can be used as a common component, and by changing the width of the guide plate 12b, the interval between the pipes can be freely set, and the arrangement of the pipes can be arbitrarily changed.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing pipes bound using the pipe bundling frame according to the present invention, Fig. 2 is an enlarged perspective view of the same pipe bundling frame, and Fig. 3 is a perspective view showing the state in which pipes are tied together using the pipe bundling frame according to the present invention. Perspective view showing the partition material, No. 4
The figure is an exploded perspective view showing the assembly procedure of the same pipe binding frame, FIG. 5 is a perspective view showing a part of a pipe binding frame according to another embodiment, FIG. 6 is a perspective view showing an example of binding processed pipes, 7 and 8 are perspective views of the partitioning material used in the sixth embodiment, and FIG. 9 is a perspective view showing another example of the partitioning material. 1... Pipe binding frame, 11... Holding material, 12,
31... Partition material, 12a, 31a... Spacer,
12b, 31b...Guide plate, 12c...Notch serving as a recess, 13, 21...Fixing member, P...Pipe.

Claims (1)

[Scope of utility model registration request] A pipe bundling frame that includes a holding member made of square members that sandwich a plurality of pipes from above and below, a partitioning member that is interposed between the holding members and partitions the pipes, and a fixing member that fixes the holding members to each other, The partitioning material consists of a spacer made of a square material with approximately the same thickness as the holding material, and a pair of guide plates attached to the front and back sides of the spacer and protruding from the top, bottom, left and right ends of the spacer. A concave portion that fits with the side surface of the pipe is formed in a portion of the guide plate that protrudes from the spacer in the left-right direction, and the holding material is held between the portions of the guide plate that protrude from the spacer in the vertical direction. pipe binding frame.