KR20110000858U - Structure for interconnecting sliding plate in water slide - Google Patents

Abstract

The present invention relates to a sliding vs. interconnection separation structure of a water slide.

The present invention is a sliding-to-interconnect separation structure of a water slide that is provided with a sliding slide that is provided so that the user slides down with the flowing water is divided into a plurality of partitions, which are connected to each other at the end and assembled or separated and disassembled. A first stepped portion recessed from an inner side along one circumference of the stand and formed to be stepped in half; A second stepped portion recessed from an outer surface side along the circumference of the other end of the dividing table so as to be reduced in half and stepped to fit the first stepped portion; First fastening to form a triangular arrangement on each side to form a quadrangular shape in which only the side toward the end is opened on both sides corresponding to the position spaced apart from each end on the same line in the longitudinal direction on the outer surface of the partition table to the center side; A blind box in which a ball is formed; Each end is intimately inserted and fixed in the blind compartments on both sides opposite to each other at the end sides of the partitions on both sides connected to each other. A connection supporting plate which is a rectangular plate body in which second fastening holes which are triangularly arranged so as to correspond to the first fastening holes are arranged; And a plurality of fastening bolts respectively inserted and fastened to the first fastening hole on the blind box and the second fastening hole on the connection support plate. It includes.

Therefore, it is possible to achieve a more robust and safe structure in the state connected to each other, the appearance of the connection portion can be improved, there is an effect that can be assembled and disassembled more quickly and easily.

Water slide, sliding stand, prefabricated

Description

Sliding vs. Interconnect Separation Structure for Water Slides {STRUCTURE FOR INTERCONNECTING SLIDING PLATE IN WATER SLIDE}

The present invention relates to a sliding vs. interconnection separating structure of a water slide, and more particularly, in a prefabricated structure in which a sliding stage is divided into a plurality of pieces so that they can be assembled and connected to each other and can be separated from each other. A sliding-to-interconnect separation structure of a water slide, which can be structured, and which can be assembled and disassembled more easily.

Generally, one of the well-known water play equipment is provided in a water park equipped with various water play facilities, and a water slide 100 as shown in FIG. 1 is installed.

Water slide 100 is provided with a sliding table 120 is formed to be inclined from the high height of the air to the ground side to form a sliding surface on which the slide can slide down, the water flows on the sliding surface slides with the water It is a play mechanism that can go down.

Since water flows on the sliding surface of the sliding table 120, the water slide 100 reduces frictional resistance between the sliding surface and the player, thereby increasing the play speed of the player, It can be slid while being fit, allowing you to enjoy coolness with a thrilling sense of openness.

The water slide 100, the sliding stage 120 is provided to be inclined long from the start of the air to the arrival of the ground, and to spray the water flows on the sliding surface of the sliding base 120 for smooth sliding of the play The player goes up to the air height corresponding to the starting means of the flowing means (not shown), the lower support structure 130 supporting and supporting the sliding stand 120 against the ground from the lower side, It consists of an up staircase 110 used.

And, the arrival portion of the sliding base 120 is provided with a pool (140) in which water is mainly stored to allow the user to enter the water and stop safely.

The sliding stage 120, which is the most important component in the configuration of the water slide 100, has a tortuous shape by appropriately combining a straight portion, a curved portion, a spiral portion, etc. to increase the interest of the player. It is provided.

Sliding table 120 is formed mostly in the "U" shape that the cross-sectional shape of the bottom side and both sides are closed, the top side is open, the play can slide on the sliding surface on the bottom or lying down, both sides Blocks the slippery playaway from escaping outward.

Sliding table 120 should have a smooth surface so that the slide can slide smoothly, have a sufficient strength that can not be damaged by the added load, and should have all weather durability as it is installed on the outside, rides Therefore, it should be able to express a variety of colors, and should also have excellent processability that can be easily manufactured.

Therefore, the sliding stage 120 is mostly manufactured using synthetic resins, and recently, is made of plastic composite material (FRP) reinforced with glass fiber or the like.

However, since the conventional sliding table 120 is made to be integrated into one whole, the installation is very poor due to its bulky and heavy volume, and once installed, it is impossible to move or transform the place afterwards.

Therefore, in recent years, a prefabricated type which can be divided into a plurality of sliding stages 120, which can be connected and integrated with each other at their ends and can be separated and easily disassembled.

Such a prefabricated sliding stage 120 is provided with a plurality of dividers 122 divided into predetermined lengths, as shown in Figs. 2 and 3, each of the dividers 122 are flange portions 122a that are bent outwardly at both ends thereof. ), A plurality of fastening holes 122a-1 are formed on the flange portion 122a at regular intervals.

Therefore, when connecting the two divisions 122 adjacent to each other, the fastening holes on the flanges 122a in a state in which the ends of the two divisions 122 abut each other so that their flange portions 122a are in close contact with each other ( The fastening bolts (b) and the fastening nuts (n) are fastened to each other by fastening the fastening bolts (b) with respect to 122a-1).

However, this connection separation structure has the following problems.

First, the flange portions 122a are opposed to each other and a plurality of fastening bolts b are fastened along the longitudinal direction of the flange portion 122a, whereby the engagement state can be easily deformed, There is a problem that can cause the safety accident of the play.

Second, fastening the fastening bolts (b) and the fastening nuts (n) to a large number of fastening holes (122a-1) formed along the longitudinal direction of the flange portion (122a) is very much more than expected work There is a difficult problem.

That is, a large number of fastening bolts (b) and fastening nuts (n) have to be fastened, and the "U" shape has to be fastened while changing posture in the air. This takes, and work is also very difficult problem.

Third, the flange portion 122a that is bent outward is repeatedly formed at a predetermined length, and the plurality of fastening bolts b are fastened to the outside, as seen from the outside.

The present invention has been devised to solve the above problems, it is possible to achieve a more robust and secure coupling structure, and can be assembled and disassembled more easily, the sliding table of the water slide can also improve the appearance of the coupling portion The purpose is to provide an interconnect separation structure.

The above object and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention by those skilled in the art.

In order to achieve the above object, the slide-to-interconnect separation structure of the water slide according to the present invention includes a sliding table provided to slide down by the user with flowing water, divided into a plurality of partitions, and assembled or separated from each other. A sliding-to-interconnect separation structure of a water slide that can be decomposed, comprising: a first stepped portion recessed from one side of an inner side along a circumference of the dividing table so that the thickness is reduced in half; A second stepped portion recessed from an outer surface side along the circumference of the other end of the dividing table so as to be reduced in half and stepped to fit the first stepped portion; First fastening to form a triangular arrangement on each side to form a quadrangular shape in which only the side toward the end is opened on both sides corresponding to the position spaced apart from each end on the same line in the longitudinal direction on the outer surface of the partition table to the center side; A blind box in which a ball is formed; Each end is intimately inserted and fixed in the blind compartments on both sides opposite to each other at the end sides of the partitions on both sides connected to each other. A connection supporting plate which is a rectangular plate body in which second fastening holes which are triangularly arranged so as to correspond to the first fastening holes are arranged; And a plurality of fastening bolts respectively inserted and fastened to the first fastening hole on the blind box and the second fastening hole on the connection support plate. It includes.

Preferably, the division table has a "U" shape in which the cross-sectional shape is closed on the bottom side and both side surfaces, and the top surface is open, and the blind spot may be formed on the outer surface of the bottom portion.

Alternatively, the splitting table may have a “U” shape in which the cross-sectional shape is closed on the bottom side and both sides, and the top side is open, and the quadrangles may be formed on the bottom side and the outer side of both side portions, respectively. .

According to the present invention, it is possible to achieve a more robust and safe structure in the state connected to each other, the appearance of the connecting portion can be improved, and the effect that can be assembled and disassembled more quickly and easily can be achieved.

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

4 is a cross-sectional view illustrating a sliding vs. interconnecting separation structure of a water slide according to an embodiment of the present invention, FIG. 5 is an exploded perspective view thereof, and FIG. 6 is a perspective view illustrating a connected state thereof.

Prior to the description, it will be omitted that the detailed description of the same components as in the prior art.

According to the present invention, the sliding stages of the water slides are divided into a plurality of dividing stages 222 having a constant short length so that they can be assembled and connected to each other and separated from each other. Can be connected or disconnected from

One end of each division stand 222 is formed with a first stepped portion 222a recessed from the inner side along the periphery and thinning in half, and the other end on the opposite side through the corresponding width length. A second stepped portion 222b is formed which is recessed from and thinned in half.

Therefore, when the split stages 222 adjacent to each other are connected to each other, the second stepped portion 222b on the one side split stage 222 is customly connected to the first stepped portion 222a on the other split stage 222. In this way, multiple partitions 222 may continue to be connected.

In addition, blind spots 222c are formed on both sides corresponding to positions slightly spaced apart from each end on the same line along the longitudinal direction on the outer surface of each division table 222 so that only the side toward the end is opened. Is formed, the first fastening hole (222c-1) is formed on the lower surface of each blind box 222c to be arranged triangular.

Furthermore, the end portions of both side blind portions 222c which are opposed to each other at the end sides of the two side split ends 222 connected to each other are closely inserted in the square plate chains so as to closely support the outer surfaces of the two side split ends 222. The connection support plate 224 is provided, and both ends of the connection support plate 224 are fastened to each other so as to correspond to the first fastening holes 222c-1 of the triangular arrangement formed on each blind box 222c. A ball 224a is formed.

Therefore, the first fastening hole 222c-1 and the second fastening that are aligned with each other in the state in which each end of the connection support plate 224 is closely inserted into both side blind portions 222c on the two side partitions 222. When the fastening bolts b are fastened to the balls 224a, the coupling may be completed.

The partition table 222 may preferably be a "U" shape whose cross-sectional shape is open on the top side and closed on the bottom side and both side sides, in which case a blind spot 222c is formed on the bottom side as shown. It can be connected to each other by the connection support plate 224 through the bottom side.

Of course, if necessary, as shown in FIG. 7, the blind spots 222c may be formed on both side surfaces of the division table 222 having a “U” shape, and connected to the connection supporting plate 224.

In addition, the blind box 222c may be formed to be curved so as to correspond to the curved shape of the split table 222 according to the formation position thereof, and the connection support plate 224 may also be curved. The curved paper may be formed in a plate body to be in close contact with the outer surface of the overall.

With the above-described configuration, the assembly is performed by placing the connecting support plates 224 between the blind spots 222c facing each other on the split stand 222 on both sides adjacent to each other, and then, the split stand 222 on both sides is placed. When completely close to each other, both ends of the connection supporting plate 224 are respectively inserted into the blind box 222c in close contact with each other to fix the position, and the first stepped portion 222a and the second stepped portion 222b of both side dividers 222. ) Is fastened to each other, the fastening bolt (b) with respect to the first fastening hole (222c-1) and the second fastening hole (224a) on the connecting support plate 224 on the blind box 222c positionally aligned with each other in that state When assembled, the assembly is completed.

Of course, at the time of disassembly, after loosening all the fastening bolts (b), it is enough to separate the split table 222 on both sides.

As a result, the division table 222 may be supported at each end according to the fitting connection of the first stepped portion 222a and the second stepped portion 222b, and the joining portion may be supported by the outer connection supporting plate 224. The support reinforcement makes it possible to achieve a very solid and safe coupling structure.

In addition, the fastening holes 222c-1 and 224a to which the fastening bolts b are fastened form a triangular arrangement. The triangular arrangement is self-releasing by the fastening bolt b at a later point of use compared to a quadrangular arrangement or another arrangement form. This is the most ideal arrangement to prevent the damage.

In addition, the first stepped portion 222a, the second stepped portion 222b, and the blind box 222c may be formed to be integrated as they are manufactured by molding molding the splittable 222, which is a synthetic resin material. The connection supporting plate 224 may be formed of synthetic resin, metal, wood, or the like.

As described above, the above description merely illustrates a preferred embodiment of the present invention, and those skilled in the art should recognize that modifications and changes can be made to the present invention without changing the subject matter of the present invention.

1 is a view showing a conventional conventional water slide,

Figure 2 is an exploded perspective view showing a connection separation structure of a conventional prefabricated sliding table,

Figure 3 is a perspective view showing the connected state of the conventional detachable structure of the assembled sliding stage,

4 is a cross-sectional view showing a sliding vs. interconnection separation structure of a water slide according to an embodiment of the present invention;

FIG. 5 is an exploded perspective view illustrating a sliding vs. interconnection separation structure of a water slide according to an embodiment of the present invention, in which the sliding stand is shown in an inverted state for convenience of illustration; FIG.

Figure 6 is a perspective view showing a connected state of the sliding vs. interconnection separation structure of the water slide according to an embodiment of the present invention in a state shown in the inverted sliding stand for convenience of illustration,

FIG. 7 is a perspective view illustrating a connected state of a sliding vs. interconnection separating structure of a water slide according to another embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: water slide 110: up stairs

120: sliding table 122: split table

122a: flange portion 122a-1: fastening hole

130: lower support structure 140: pool

b: fastening bolt n: fastening nut

222: division vs. 222a: first step

222b: second step 222c: blind box

222c-1: First fastening hole 224: Connection support plate

224a: second fastening hole

Claims (3)

Sliding stand interconnection structure of the water slide which is provided with the sliding water so that the user slides down is divided into a plurality of partitions, which can be connected to each other at the end, assembled or separated and disassembled, A first stepped portion recessed from an inner side of the split stage along a circumference thereof, the first stepped portion being reduced in half and stepped; A second stepped portion recessed from an outer surface side along the circumference of the other end of the dividing table so as to be reduced in half and stepped to fit the first stepped portion; First fastening to form a triangular arrangement on each side to form a quadrangular shape in which only the side toward the end is opened on both sides corresponding to the position spaced apart from each end on the same line in the longitudinal direction on the outer surface of the partition table to the center side; A blind box in which a ball is formed; Each end is intimately inserted and fixed in the blind compartments on both sides opposite to each other at the end sides of the partitions on both sides connected to each other. A connection supporting plate which is a rectangular plate body in which second fastening holes which are triangularly arranged so as to correspond to the first fastening holes are arranged; And A plurality of fastening bolts respectively inserted and fastened to the first fastening hole on the blind box corresponding to each other and the second fastening hole on the connection support plate; Sliding vs. interconnection separation structure of the water slide comprising a. The method of claim 1, The division stand, The cross-sectional shape is a "U" shape with the bottom side and both side sides closed and the top side open. Sliding-to-interconnect structure of a water slide, characterized in that the blind box is formed on the outer surface of the bottom portion. The method of claim 1, The division stand, The cross-sectional shape is a "U" shape with the bottom side and both side sides closed and the top side open. Sliding-to-interconnection separation structure of a water slide, characterized in that the blind box is formed on the bottom surface and the outer surface of both side portions, respectively.

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