JP2002004611A - Decomposable built-up pool, and method for building up same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a decomposable built-up pool suitable for composing a side wall of a pool of a deep water depth, and to provide, especially, technique for adjusting length (or distance) of an officially recognized pool by adjusting distance between the side walls of the pool. SOLUTION: In this decomposable built-up pool for forming a side wall of the pool by combining plural side wall segments with each other, the side wall segment comprises plural upper segments in which adjacent segments are water-tightly jointed with each other, and plural lower segments in which adjacent segments are water-tightly jointed with each other. The upper segment and the lower segment are bolt-jointed with each other at outward flanges formed on their end edges, and a seal part is provided at a joint part of each flange to hold water tightness.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disassembled pool that can be disassembled by connecting a plurality of side wall segments to form a side wall of the pool and releasing the connection.

[0002]

2. Description of the Related Art Japanese Unexamined Patent Publication No. 8-783 discloses a disassembled pool which is installed on a beach or the like and is disassembled during the off-season. In this, a plurality of segments 4, 5 are assembled in a disassemblable manner, and the connection between the segments is such that the ends 40, 50 of the bottom wall are substantially flush with each other. On the lower surface of the bottom wall, a connecting plate 6 is overlapped via packing over the bottom wall end portions of both segments, and the bottom wall and the connecting plate 6 are penetrated and screwed by a tapping screw 8. A pool is disclosed in which the bottom walls of both segments 4 and 5 are connected via a connecting plate 6 in a seal structure.

[0003] As a disassembled assembly pool configured for use for a limited period such as summer, Japanese Patent Application Laid-Open No.
There is 170348 number. This comprises a plurality of pool units 8 made of fiber reinforced resin arranged side by side, and coupling means 13 for coupling the mutually facing edges 12, 12 of both adjacent pool units 8, 8. Means 13
A long sheet material 18 that is installed across both upper surfaces 12a, 12a of the opposite edge portions 12, 12 and extends along these two opposite edge portions 12, 12, and is installed on the upper surface 18a of the sheet material. Each edge 20, 20 extending in the width direction extends along the material 18 and the upper surface 12a of the opposite edge 12, 12,
A disassembled assembly pool with an elongated fiber reinforced resin binder 19 adhered to 12a is disclosed.

[0004]

In the case of a deep water pool, the height of the side wall becomes considerably high and a complicated structure for maintaining strength is required. Therefore, in the prior art, the pool length is accurately set over the pool width. It is difficult. Particularly, in the case of a certified pool, it is required to set the pool length (distance) accurately, so that it is extremely difficult to achieve this in the prior art. The above-mentioned Japanese Patent Application Laid-Open No. 8-783 relates to the joining of the side wall and the bottom wall, and does not disclose a connection structure between the side walls. In addition, Japanese Patent Application Laid-Open
Japanese Patent No. 170348 discloses a connection structure of a plurality of pool units made of fiber reinforced resin, but the side wall is formed of a pool unit formed continuously with a part of the bottom wall. Furthermore, there is no disclosure of a sidewall structure of a pool having a deep water depth or a method of accurately setting a pool length (distance) in the case of a certified competition pool.

[0005] In contrast, an object of the present invention is to provide a disassembled pool that is suitable for the configuration of the side wall of a deep pool, and in particular, adjusts the length (distance) of an approved pool by adjusting the length (distance) of the pool. The present invention provides a technique that can be performed by adjusting the distance between the side walls.

[0006]

For this reason, as a specific means relating to the disassembled assembly pool of the present invention, the first means is provided by the first method.
The invention of a disassembled pool that combines a plurality of sidewall segments to form a pool sidewall,
The side wall segment includes a plurality of upper segments in which adjacent segments are connected in a watertight state, and a plurality of lower segments in which adjacent segments are connected in a watertight state, and each of the upper segment and the lower segment is This is a technical configuration having an outward flange formed at an end portion thereof, and a seal portion for maintaining a joint portion where these flanges are bolted to each other in a watertight state.

According to a second aspect of the present invention, there is provided a disassembled pool in which a plurality of side wall segments are combined to form a side wall of the pool, wherein the side wall segment is detachable on the lower segment and on the lower segment. A disassembled assembly pool comprising an upper segment which is bolted together and wherein the side wall segments juxtaposed side by side are detachably bolted to each other.

According to a third aspect of the present invention, there is provided a disassembled pool in which a plurality of side wall segments are combined to form a side wall of the pool, wherein the side wall segments are connected to each other in a watertight state. A plurality of upper segments, and a plurality of lower segments in which adjacent segments are connected to each other in a watertight state. At the joining end of the upper segment and the lower segment, each of the segments is bolted to each other. Orientation flange is provided, and at the base of the flange is provided a step bulging outward from the side wall of the pool so that a recess is formed between the joined segments, and the recess is filled with the recess to be substantially flat This is a technical configuration in which a watertight seal material forming a side wall of the pool is stuck.

According to a fourth aspect of the present invention, there is provided a disassembled pool in which a plurality of side wall segments are combined to form a side wall of the pool, wherein the side wall segments are arranged such that flanges between adjacent segments are in a watertight state. A plurality of upper segments connected to each other, and a plurality of lower segments in which flanges of adjacent segments are connected to each other in a watertight state. The upper segment has one end rotatably supported by the upper segment and the other end. An adjusting portion for screw connection so as to advance and retreat with respect to the base portion, wherein the distance between the opposed side walls of the pool (the length of the pool) is adjusted by the movement of the upper segment accompanying rotation of the screw of the adjusting portion; This is a technical configuration for vertically extending the upper segment.

A fifth aspect of the present invention is a technical configuration in which the upper segment and the lower segment form a watertight joint at approximately half the predetermined water depth.

A sixth aspect of the present invention is a technical configuration in which the upper segment and the lower segment are configured to form a watertight joint at a position deeper than an officially measured water depth.

A seventh aspect of the present invention is a technical configuration in which the upper segment and the lower segment are made of fiber reinforced resin.

An eighth aspect of the present invention is a technical configuration in which the upper segment, the lower segment, and the watertight sealing material are made of fiber reinforced resin.

According to a ninth aspect of the present invention, there is provided a resilient height-adjusting member whose thickness is changed between the flanges of the upper segment and the lower segment by bolt connection of the flanges, This is a technical configuration in which the height of the side wall of the pool is adjusted by the connection interval between the flanges by the bolt.

According to a tenth aspect of the present invention, there is provided a disassemblable pool in which a plurality of segments are combined to form a side wall and a bottom wall of the pool, wherein the side wall segments have flanges between adjacent segments. The upper segment and the lower segment, which consist of a plurality of upper segments connected in a watertight state and a plurality of lower segments in which the flanges of adjacent segments are connected in a watertight state, and set the length (course length) of the pool The width of the course is substantially a predetermined course width, and the connecting line formed by the connecting portions of the upper segments is an extension of the course rope,
This is a technical configuration in which a line formed by the joint between the bottom wall segments is located at the center of the course or directly below the course rope.

According to an eleventh aspect of the present invention, there is provided a disassembled pool in which a plurality of side wall segments are combined to form a side wall of the pool, wherein the side wall segments are arranged such that flanges between adjacent segments are in a watertight state. A plurality of upper segments connected to each other, and a plurality of lower segments in which flanges of adjacent segments are connected in a watertight state, and the upper segment on the side that sets the length of the pool (the length of the course) An adjusting portion for screw connection is provided such that one end is rotatably supported by the upper segment and the other end advances and retreats with respect to the base portion. After the upper segment is placed on the lower segment, The upper segment is moved by rotation to adjust the distance between the opposing side walls of the pool (the length of the pool), and the upper segment is brought into a predetermined state. Set to an exploded possible to assemble art methods.

[0017]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of a disassembled assembly pool according to the present invention will be described. 1 to 1
0 indicates one embodiment of a disassembled assembly pool according to the present invention. FIG. 1 is a longitudinal sectional view showing an outline of an entire pool facility provided with a pool of the present invention, FIG. 2 is a configuration layout of segments of the present invention, FIG.
FIG. 4 is a configuration diagram on the left and right side walls of the pool, FIG. 5 is a configuration diagram of a connection portion of the upper and lower segments, FIG. 6 is a configuration diagram of a connection portion of the bottom wall segment, FIG. Is a partial top view of a pool of the present invention according to another embodiment, FIG. 9 is a configuration diagram of an adjustment unit for adjusting the position of a segment, and FIG. 10 is a configuration diagram showing another embodiment of a position adjustment unit of a segment.

The disassembled assembly pool of the present invention will be described with reference to the drawings. Decomposable assembly pool 1 of the present invention
Is a disassembled pool that combines multiple side wall segments to form the side wall of the pool, typically 2
A pool referred to as a 5 m pool or a 50 m pool has a rectangular shape, and the side wall segments constituting the side wall of the pool include a length side wall segment for setting a length direction (course direction) of the pool, and a pool side. It has a side wall segment in the width direction for setting the width direction. Since both side wall segments have the same configuration in which adjacent segments are connected to each other in a watertight state, the following description will be made on the side wall segments in the length direction on behalf of both side wall segments.

The disassemblable assembly pool 1 of the present invention comprises:
Pool side wall 10 by combining a plurality of side wall segments
A plurality of upper segments 2 in which adjacent segments are connected to each other in a watertight manner, and a plurality of lower segments 3 in which adjacent segments are connected to each other in a watertight manner. Segment 2
The outer flanges 4 and 5 formed on the edges of each of the upper and lower segments 3 are connected to each other by bolts 6, and a joint 7 between the flanges 4 and 5 is provided with a seal portion 8 for maintaining a watertight state. Configuration. In the figure, the upper segment 2 has a vertical outward flange 4 at its left and right ends and an intermediate portion.
At the lower end, a lateral outward flange 4 is formed, and the adjacent upper segments 2, 2 are connected by bolts 6 to the outward flanges 4 at the left and right ends thereof. The lower segment 3 has a vertical outward flange 5 at the left and right ends and an intermediate portion thereof, and a horizontal outward flange 5 at an upper end thereof. The outward flanges 5, 5 of the parts are connected to each other by bolts 6. Further, the upper segment 2 and the lower segment 3 adjacent to each other are connected to each other by bolts 6 at the left and right end outward flanges 4 and 5.

The structure of the adjacent upper segments 2 and 2, the adjacent lower segments 3 and 3, and the connecting portion between the adjacent upper segments 2 and lower segments 3 is shown by a connecting portion 7 in the figure. It is a structure of. That is, in the joint portion 7, the facing flanges 4 and 4, 5 and 5, and 4 and 5
Between each other, the watertight sealing material 1 extends over the length of the joint.
3 are provided. The sealing material 13 is a relatively hard elastic material, and one of them is made of natural rubber or synthetic rubber. The thickness of the sealing material 13 changes depending on the tightening of the bolts 6 between the flanges.
, The height of the upper segment 2 can be adjusted. For this reason, this sealing material 13 can be said to be a height adjusting material having a sealing function.

The joints 7 are formed at the bases of the outward flanges 4 and 5 at the joining edges of the adjacent segments so as to form recesses 9 between the segments to be joined. The stepped portion 11 is provided, and the concave portion 9 is formed.
A watertight sealing material 12 is applied to fill the recess 9 to form a substantially flat side wall 10 of the pool. Seal material 1
2 is composed of FRP, silicone, and other paste materials. The sealing material 12 itself may be colored, or the surface of the sealing material 12 may be appropriately coated with a predetermined color. Reference numeral 40 denotes a sealing material of FRP or paste filled in a gap formed at the base of the flange of the joint 7.

The upper segment 2 and the lower segment 3 are made of fiber reinforced resin (FRP) and finished to a thickness of about 5 mm. The watertight sealing material 12 is also made of fiber reinforced resin (FRP) so that the upper segment 2 and the lower segment 3
And a flat side wall 10 with the recess 9 filled therein.
Finished to be.

A pair of upper and lower segments, one upper segment 2 and one lower segment 3, constitute one unit of a side wall segment, and these are arranged side by side as one side wall unit to constitute a side wall 10 of the pool. Normally, the width of this one side wall unit is equivalent to the width of one course of the swimming pool, and this is arranged side by side to constitute the pool side wall.
The structure of each segment can be made common to facilitate manufacture, and by forming the side wall segments into a shape corresponding to the course width, the pool can be easily assembled. However, depending on conditions such as sufficient strength, it is possible to increase the width, for example, to form a width of two courses.

Reference numeral 18 denotes the upper segment 2 and the base 15
It is an adjusting material provided between. The adjusting member 18 has one end rotatably supported on the flange 4 of the upper segment 2 by the shaft 14, and the other end connected to the base 15 via the adjusting portion 16 of a screw connection.
Is joined to. For this reason, the adjustment member 18 advances and retreats with respect to the base 15 due to the rotation of the screw 17 of the adjustment portion 16, whereby the upper segment 2 advances and retreats, and the vertical position of the upper segment 2 is adjusted and The position can be adjusted, and the mechanism of the adjustment unit 16 is a so-called turnbuckle configuration.
Therefore, the adjustment of the distance between the opposing side walls of the pool 1 (the length and width of the pool) can be finely adjusted by the movement of the upper segment 2 accompanying the rotation of the screw 17 of the adjusting section 16. At the end of this adjustment, it can be fixed in that position by tightening the fixing nut 19 fitted on the screw 17. In a certified pool, in a 50m pool with a depth of 2m or more, the dimensional accuracy of distance is 50m and the error is 0 to 1.
Within 0 mm is required, but with such a configuration,
There is an effect that the position of the upper segment 2 can be adjusted accurately and easily.

In the same manner as described above, the position of the lower segment 3 is adjusted by rotating the screw 17 of the adjusting portion 16 so that the adjusting member 18 advances and retreats with respect to the base 15.
Adjustment to a predetermined position can be performed.

Next, the assembly of the pool 1 will be described.
A support structure 20 is provided so as to surround the pool 1, and the lower segment 3 is sequentially provided inside the support structure 20. In this case, as for the lower segment 3 for setting the length of the pool (course length), as shown in FIG.
As described above, one of the lower segments 3 is positioned via the adjusting member 18 on the base 15 provided on the base member 15, and the adjacent lower segments 3 are connected to each other by the joint 7 while the adjacent lower segments 3 are similarly positioned. Join. With this relation, the lower segment 3 for setting the length direction of the pool is installed. The lower segment 3 for setting the width direction of the pool is also installed in the same manner. However, since the strict distance setting is not required in the width direction of the pool as in the length direction of the pool, one end of the pool is bolted to the support structure 20 as shown in FIG. 5 may be installed at a predetermined position by a fixing member 21 bolted to the fixing member 5. With the adjacent lower segments 3 positioned in the same manner, the adjacent lower segments 3 are joined by the joining portion 7. With this relationship, the lower segments 3 facing each other in the width direction of the pool are installed.

Next, the installation of the upper segment 2 will be described. With respect to the lower segment 3 installed as described above, the upper segment 2 is placed via the adjusting member 13 so that one upper segment 2 and one lower segment 3 coincide with each other in the vertical direction, and The height of the upper segment 2 is adjusted by adjusting the degree of tightening with the bolt 6 and the nut 6A. Then, the upper segment 2 is finely moved by the movement of the upper segment 2 due to the rotation of the screw 17 of the adjusting section 16.
Adjust the position and posture of the. It is not necessary to install the upper segment 2 at the stage when all the lower segments 3 have been installed by the end of the adjustment, and the upper segment 2 is placed on the lower segment 3 after the installation of one lower segment 3 is completed. Alternatively, a method of constructing the side wall 10 of the pool 1 may be used. With this relationship, the upper segment 2 for setting the length of the pool is installed. The upper segment 2 for setting the width direction of the pool is installed in the same manner. However, as for the upper segment 2 for setting the width direction of the pool, it is not necessary to set a strict distance as in the length direction of the pool.
One end is bolted to the support structure 20 as shown in FIG.
The other end may be installed at a predetermined position by a fixing member 21 bolted to the flange 4 of the upper segment 2. The adjacent upper segments 2 are connected to each other by the connecting portion 7 while the adjacent upper segments 2 are similarly positioned. With this relationship, the upper segment 2 for setting the width direction of the pool is installed. After such adjustment and connection, the above-described sealing work is performed on the connection portion 7 of each segment. The sealing of the corner of the pool is appropriately performed.

As described above, the upper segments 2 and 3 for setting the width direction of the pool do not need to set a strict distance as in the length direction of the pool, and therefore may be configured as shown in FIG. For this reason, the adjusting member 18 advances and retreats with respect to the base 15 by the rotation of the screw 17 of the adjusting portion 16, and the position adjusting method of the upper segment 2 and the lower segment 3 is at least at the side wall 10 for setting the length of the pool. The application can achieve the present invention.

The connecting portion 7 of the side wall 10 for setting the width direction of the pool may have a conventional structure in which the concave portion 9 is not formed. That is, as shown in FIG. 9, a water-tight sealing material 13 is interposed between the flanges 4 and 5 to be joined, and a sealing material of FRP, silicone material or other paste material filling the gap between the bases of the flanges 4 and 5. A method of sealing at 41 may be used. Further, the joining portion 7 between the upper segment 2 and the lower segment 3 is also configured as shown in FIG. 5 for the side wall 10 for setting the length direction of the pool. The connection between the segments 3 may be configured as shown in FIG.

The upper segment 2 and the lower segment 3 constitute a watertight joint 7 at a position approximately half the predetermined water depth. As a result, the upper segment 2 and the lower segment 3 can be formed at substantially the same height, which makes it easier to handle both in manufacturing and transporting than when the upper segment 2 and the lower segment 3 are significantly different. Become. In addition, the water depth of the pool is set at 3 m, and the joint 7 is set at a
By setting the position of m, the connecting portion 7 between the upper segment 2 and the lower segment 3 is located at approximately the eye level of the pool assembling worker, so that the connecting operation and the sealing operation of the connecting portion 7 can be visually confirmed. Therefore, the operation can be performed safely and accurately.

The upper segment 2 and the lower segment 3 form a watertight joint 7 at a position deeper than the officially measured water depth. For this reason, when the officially measured water depth is 1.2 m, the pool water depth is set to 3 m, and the joint 7 is set at a water depth of about 1.5 m. Upper segment 2 without adjustment
, The pool length can be adjusted to a predetermined error range, so that adjustment of both the upper segment 2 and the lower segment 3 becomes unnecessary, and adjustment can be performed easily and accurately. Also, the joint 7
The height can be checked while visually confirming the joining operation and the sealing operation, so that the operation can be performed safely and accurately.

Upper segment 2 for setting pool length
(A side wall segment facing the length direction of the course and defining the length direction of the course) Deck portion 22 formed at the upper end of
Is located at a position protruding above the water surface WL. Reference numeral 23 denotes a start table provided on the upper surface of one of the deck sections 22. The deck portion formed at the upper end portion of the upper segment 2 opposed in the width direction of the pool forms an overflow portion 24,
The water level is substantially the same as the water surface WL, and a drain groove 25 for overflowing water is formed on the upper surface thereof.

FIG. 6 shows a configuration in which the bottom wall segments 26 constituting the bottom wall of the pool 1 are connected to each other. In addition, this joint 2
In 7, the joining edges of the adjacent segments 26 overlap with each other and are joined by the fixing tack 31. In addition, a step 29 bulging downward from the pool is provided so that a recess 28 is formed between the segments 26 to be joined,
A watertight sealing material 30 is attached to 8 so as to fill the recess 28 and form a substantially flat bottom wall of the pool. The sealing material 30 is made of FRP, silicone, or another paste material, and the sealing material 30 itself may be colored, or the surface of the sealing material 30 may be appropriately coated with a predetermined color. The recess 32 formed by overlapping the joining edges of the segments 26 is filled with a sealing material of FRP or paste. Bottom wall segment 26
The portion other than the connecting portion 27 has a double structure filled with a foam material 42 such as hard vinyl chloride for the elasticity of the bottom wall and for keeping the pool water warm.

The bottom wall segment 26 is made of a fiber reinforced resin (FR
P) and finished to a thickness of about 5 mm. The watertight sealing material 30 is also made of fiber reinforced resin (FRP), so that it can be easily integrated with the bottom wall segment 26 and finished with a flat bottom wall with the recess 28 filled.

The connection between the bottom wall segment 26 and the side wall 10 is such that the lower end of the lower segment 3 forms part of the bottom wall of the pool, as shown in FIGS. The bottom wall segment 26 can be connected by a configuration similar to the configuration of FIG.

FIG. 10 shows another embodiment of the adjusting unit 16. In FIG. 10, a rod 55 extending from the base 15 and a rod 56 extending from the adjusting member 18 have a rotating member 57 to which the adjusting member 18 is advanced and retracted by rotating the rotating member 57. It is a so-called turnbuckle configuration in which the segments move.

The pool 1 of the present invention configured as described above
Can be achieved in about two weeks, including the assembly period and surrounding equipment, and the dismantling period can be achieved in about one week. , Construction and maintenance costs can be saved. Also, the pool 1 of the present invention can be assembled as an outdoor pool or as an indoor pool, and can be disassembled into parts by uncoupling the segments, and again at other places as described above. Pool can be constructed by assembling For this reason, assembling and disassembly can be conveniently performed according to the use time and use period of the pool, etc., which is effective as an outdoor pool used only for a certain period.

In one embodiment of the present invention, the width of the upper segment 2 and the lower segment 3 constituting the side wall 10 for setting the pool length (course length) and the pool width is defined by the rope 60. The predetermined course width T is set.
In this case, each segment is approximately the same size,
It is effective in manufacturing and handling. In addition, since a touch plate or a start base provided for each swimming course can be provided on one upper segment 2 without extending over two adjacent upper segments, these can be attached at accurate positions. It is also effective when applied to a certified pool. However, the width of the upper segment 2 and the lower segment 3 for setting the pool width (further configuring the left and right side walls 10 of the pool) adopt a segment longer than the course width T as shown in FIGS. You may. The combination of the upper segment 2 and the lower segment 3 may be set when the connection line between the upper segments 2 and the connection line between the lower segments 3 are set at the same position in the upper and lower directions, or may be set in a state where the upper and lower positions are shifted. it can.

The present invention also relates to a disassembled assembled pool in which a plurality of segments are combined to form a side wall and a bottom wall of the pool, as shown in FIG.
No. 0 is composed of a plurality of upper segments 2 in which flanges of adjacent segments are connected in a watertight state and a plurality of lower segments 3 in which flanges of adjacent segments are connected in a watertight state. The length of the upper segment 2 and the lower segment 3 facing each other in the length direction of the course so as to set the length of the course is substantially equal to the predetermined course width T.
(The course is usually divided by the ropes 60 so that the distance between the ropes 60 becomes the course width T), and is formed by the connecting line formed by the connecting portion 7 between the upper segments 2 and the connecting portion 27 of the bottom wall segment 26. The connection line to be connected is located on the line at the end of the course and on its extension (directly below the rope 60 stretched between the courses and on the extension of the rope 60). Thereby, the connection line between the adjacent segments and the bottom wall connection line can be seen on the same line as the rope, so that the appearance is beautiful. The swimmer also has the effect of recognizing the bottom wall connection line as a rope line. The effect is increased by making the connection line a specific color.

The present invention also relates to a disassembled pool in which a plurality of segments are combined to form a side wall and a bottom wall of the pool as shown in FIG.
No. 0 is composed of a plurality of upper segments 2 in which flanges of adjacent segments are connected in a watertight state and a plurality of lower segments 3 in which flanges of adjacent segments are connected in a watertight state. The length of the upper segment 2 and the lower segment 3 for setting the length is set to a substantially predetermined course width T (the course is usually defined by the ropes 60 and the space between the ropes 60 becomes the course width T). The joining line formed by the joints 7 between the segments 2 is set as an extension of the course rope 60, and the line 7 formed by the joint between the bottom wall segments 26 is formed.
0 is located at the center of the course. This allows the swimmer to recognize the bottom wall connection line as the center line of the course, which helps to prevent the course from being distorted during swimming. The effect is increased by making the connection line a specific color.

The pool 1 in which the side wall segment and the bottom wall segment are assembled as described above has a pool side 50 around it and a viewing stand 51 around it. Further, the water in the pool 1 is filtered by the filtration device 80 when circulating by a pump (not shown).

A method for assembling a disassembly pool according to the present invention is a disassembly pool in which a plurality of side wall segments are combined to form a side wall of the pool, wherein the side wall segments are adjacent to each other. A plurality of upper segments whose flanges are connected in a water-tight state and a plurality of lower segments whose flanges of adjacent segments are connected in a water-tight state, wherein the length of the pool (the length of the course) is set. The upper segment is provided with an adjusting portion of a screw connection so that one end is rotatably supported by the upper segment and the other end advances and retreats with respect to the base.
After installing the lower segment, the upper segment is moved by turning the screw of the adjusting unit to adjust the distance between the opposing side walls of the pool (the length of the pool),
A method of assembling a pool side wall by bolting a flange of the upper segment and a flange of the lower segment in a predetermined state. Therefore, it is easy to adjust the positional relationship between adjacent segments and the inclination of the upper segment. It is also effective when applied to a strictly set distance, such as a certified pool.

The present invention is not limited to the above-described embodiment, and various modifications can be considered without departing from the technical scope of the present invention, and the present invention includes various embodiments.

[0044]

As described above, in the first invention,
In the case of a deep pool, the height of the side wall is high, and when the side wall is composed of one segment, it becomes difficult to manufacture and transport the segment, and it is also difficult to assemble and disassemble. In the present invention, since the pool side wall is constituted by a combination of a plurality of upper segments and lower segments, this is improved, and the assembling and disassembling time is significantly shortened with respect to the conventional assembled pool, and the location of the pool installation location is reduced. Usage, construction and maintenance costs can be reduced. Furthermore, there is an effect that the assembling and disassembly can be conveniently performed according to the use time and use period of the pool.

According to the second aspect of the present invention, the pool can be configured by connecting a pair of the lower segment and the upper segment as a side wall segment by bolt connection, so that the side wall of the pool can be handled as a unit configuration. The production becomes easy by the common use of the structure. Further, by assembling the side wall segment with a shape corresponding to the course width, the pool can be easily assembled.

According to the third aspect of the present invention, the water-tight sealing member attached to the step formed at the connecting portion between the plurality of upper segments and the lower segments sufficiently seals the connecting portion. The material has an effect of making the pool side wall flat finish.

According to the fourth aspect of the present invention, in the case of a pool having a deep water depth, the height of the side wall is increased, and when the side wall is formed of one segment, it becomes difficult to adjust the official distance position. However, according to the present invention, the pool length can be set by finely moving the upper segment with a screw while the lower segment is fixed at a predetermined position, so that the pool length (distance) can be easily set. For this reason, there is an effect that the pool length (distance) when applied to an approved pool can be accurately adjusted within an allowable range.

According to the fifth aspect of the present invention, in the case of a pool having a deep water depth, the height of the side wall is increased, and when the side wall is constituted by one segment, the manufacturing operation and the transport operation of the segment are performed. Although it becomes difficult and it is difficult to perform assembling and disassembling work, in the present invention, the upper segment and the lower segment can be configured at almost the same height, compared to the case where the upper segment and the lower segment are significantly different, Handling is easy both in manufacturing and transport. When the pool has a water depth of about 3 m, the joint 7 can be positioned at a depth of about 1.5 m, and the joint between the upper segment and the lower segment is located at almost the eye level of the pool assembler. Therefore, the joining operation and the sealing operation of the joining portion can be performed while being visually confirmed, so that there is an effect that the operation can be performed safely and accurately.

According to the sixth aspect of the present invention, since the length of the pool length (distance) up to the surface below the surface of the official measurement range can be ensured by the upper segment, the adjustment of the official distance position does not depend on the movement of the upper and lower segments. Since the adjustment can be performed by moving only the upper segment, the adjustment operation is simple and accurate.

Further, according to the seventh and eighth aspects, water resistance, weight reduction and strength retention of both upper and lower segments are achieved,
Further, the watertight sealing material to be attached to the step formed at the joint portion between the plurality of upper segments and the lower segments is also made of fiber reinforced resin, and has an effect of maintaining strength by integrating with the upper and lower segments and obtaining good sealing performance.

According to the ninth aspect of the present invention, the height of the side wall can be made uniform by adjusting the position of the upper segment with respect to the lower segment in combination with the third aspect of the invention, and the pool having excellent appearance can be completed. Become.

According to the tenth aspect of the present invention, the appearance is beautiful, the swimmer can recognize the course, and the course of swimming can be prevented. The effect is increased by making the connection line a specific color.

According to the eleventh aspect, the pool length can be set by finely moving the upper segment with a screw in a state where the lower segment is fixed at a predetermined position, so that the pool length (distance) can be easily set. Becomes For this reason, there is an effect that the pool length (distance) when applied to a certified pool having a relatively deep water depth can be accurately adjusted within an allowable range.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view showing an outline of an entire pool facility including a pool of the present invention.

FIG. 2 is a configuration layout diagram of a pool segment of the present invention.

FIG. 3 is an adjustment configuration diagram of upper and lower segments of the pool of the present invention.

FIG. 4 is a configuration diagram of left and right side wall segments of the pool of the present invention.

FIG. 5 is a configuration diagram of a connection portion between upper and lower segments of the pool of the present invention.

FIG. 6 is a configuration diagram of a connection portion of a bottom wall segment of the pool of the present invention.

FIG. 7 is a part of the pool of the present invention.

FIG. 8 is a partial top view of a pool of the present invention according to another embodiment.

FIG. 9 is a view showing another embodiment of the connection configuration of the segments of the present invention.

FIG. 10 is a configuration diagram showing another embodiment of the segment position adjusting section of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Pool 2 ... Upper segment 3 ... Lower segment 4 ... Flange 5 ... Flange 6 ... Bolt 7 ... Joining part 8 ... Seal part 9 ... Concave part 10 ... Side wall 11 ... Step part 12 ... Seal Material 13: Height adjusting member 14: Supporting part 15 ... Base 16 ... Adjusting part 17 ... Screw 18 ... Adjusting member 19 ... Nut 20 ... Supporting structure 21 ... Fixing member 26 ... Bottom wall segment 27 ... Coupling part 28 ... Recess 29 … Step section 30… seal material 31… fixed stud 32… dent 40… seal material 41… seal material 50… pool side 60… rope 70… connection line

Claims (11)

[Claims] 1. A disassembled pool that combines a plurality of side wall segments to form a side wall of a pool, the side wall segments comprising a plurality of upper segments in which adjacent segments are connected to each other in a watertight manner. The mating segments comprise a plurality of lower segments which are connected in a watertight manner, and the upper segment and the lower segment have outward flanges formed at the ends thereof. A disassembled pool with a seal that keeps it in place. 2. A disassembled assembled pool for combining a plurality of side wall segments to form a side wall of the pool, the side wall segment comprising a lower segment and an upper segment removably bolted thereon.
A disassembled assembly pool in which the side wall segments arranged side by side are detachably bolted to each other. 3. A disassembled pool comprising a plurality of side wall segments combined to form a side wall of a pool, the side wall segments comprising a plurality of upper segments in which adjacent segments are connected in a watertight manner, and a plurality of adjacent side segments. A mating segment is composed of a plurality of lower segments connected in a watertight state, and an outward flange at which the respective segments are bolted to each other is provided at a joint end of the upper segment and the lower segment, and a base of the flange is provided. A step which bulges out of the side wall of the pool so that a concave portion is formed between the joined segments, and wherein the concave portion fills the concave portion to form a substantially flat side wall of the pool. A disassembled pool with sealing materials attached. 4. A disassembled pool comprising a plurality of side wall segments combined to form a side wall of a pool, the side wall segments comprising a plurality of upper segments having adjacent segment flanges connected in a watertight manner. The upper segment is screw-connected so that one end is rotatably supported by the upper segment and the other end is advanced and retracted with respect to the base. Disassembly assembly, wherein the distance between the opposing side walls of the pool (the length of the pool) is adjusted by moving the upper segment with rotation of a screw of the adjustment section. Pool. 5. The disassembly assembly according to claim 1, wherein the upper segment and the lower segment form a watertight joint at a position approximately half of a predetermined water depth. Pool. 6. The disassembly assembly according to claim 1, wherein the upper segment and the lower segment constitute a watertight joint at a position deeper than an officially measured water depth. Pool. 7. The apparatus according to claim 1, wherein said upper segment and said lower segment are made of fiber reinforced resin.
A disassembled assembly pool according to any one of the above. 8. The disassembled pool according to claim 3, wherein the upper segment, the lower segment, and the watertight sealing material are made of fiber reinforced resin. 9. An elastic height adjusting member whose thickness is changed by a bolt connection between the flanges between the flanges of the upper segment and the lower segment, and a connection interval between the flanges by the bolts. A disassembled pool according to any of the preceding claims, wherein the height of the side wall of the pool is adjusted by means of: 10. A disassemblable assembled pool in which a plurality of segments are combined to form a side wall and a bottom wall of the pool, the side wall segments comprising a plurality of upper segments having adjacent segments flanged together in a watertight manner. The segments and the flanges of the adjacent segments are composed of a plurality of lower segments connected in a watertight state, and the width of the upper segment and the lower segment that sets the length of the pool (the length of the course) is substantially the predetermined course width. And the connecting line formed by the connecting portion of the upper segments is on the extension of the course rope, and the line formed by the connecting portion of the bottom wall segments is located at the center of the course or immediately below the course rope. A disassembly pool according to any one of claims 1 to 7, characterized in that: 11. A disassembled pool that combines a plurality of side wall segments to form a side wall of the pool, the side wall segment comprising a plurality of upper segments in which adjacent segment flanges are connected in a watertight manner. One end of the upper segment on the side that sets the length of the pool (the length of the course) is pivoted at one end to the upper segment, with the flanges of the adjacent segments comprising a plurality of lower segments connected in a watertight state. Provide an adjustable part of screw connection so that it is supported as possible and the other end advances and retreats with respect to the base,
After the upper segment is placed on the lower segment, the upper segment is moved by turning the screw of the adjusting part to adjust the distance between the opposing side walls of the pool (the length of the pool). A method for assembling a disassemblable assembly pool, comprising setting segments in a predetermined state and assembling them disassembly.