KR102545810B1 - A slide tower system - Google Patents

Abstract

The present invention, through the selective assembly of a plurality of modules to configure a variety of slide towers having a variety of sizes and shapes;
module members having a polyhedral shape; connecting means configured to connect the module members with respect to the floor to form a tower body; It provides a slide tower system including; a plurality of slide members selectively connected to connection holes formed in the module members forming the tower body and vertically sliding.

Description

Slide tower system {A slide tower system}

The present invention relates to a slide tower system with improved usability by being able to configure various slide towers having various sizes and shapes through selective assembly of a plurality of modules.

Specifically, it relates to a slide tower system in which a plurality of slides are installed at different vertical heights with respect to the floor and are organically connected to perform independent sliding play, thereby maximizing interest.

In recent years, various new leisure sports are expanding and distributing among the general public in order to experience extreme excitement, and thus, leisure sports that stimulate people's adventurous spirit are gradually diversifying.

These leisure sports include, for example, slide, bungee jumping, parachute experience, paragliding, flying fox, mountain fox, artificial or natural rock climbing, etc., and various adventure courses considering the installation environment are provided so that people can experience them.

Various facilities for experiencing the adventure course of such leisure sports are individually manufactured and installed to suit each characteristic.

As one of them, there is Korean Patent Application No. 10-2012-0117212 (Name: Complex Play Equipment / 2012.10.22.), and as known in the publication, an upper structure composed of a polyhedron structure of a unit connection surface that widens and , A connection structure installed at each upper end of the support and composed of a lower connection body composed of a polyhedron structure of unit connection surfaces whose width increases from the bottom to the top in vertical symmetry with the upper structure; One end is connected to the upper end of the unit connection surface of the upper connection body in any one connection structure selected from among the connection structures facing each other, and the other end is connected to the lower end of the unit connection surface of the lower connection body in the other connection structure. A connection rope, one end connected to the lower end of the unit connection surface of the upper connection body and the other end connected to the upper end of the unit connection surface of the lower connection body, and a lower connection rope connecting the upper connection rope and the lower connection rope to each other a connection rope composed of side connection ropes and providing a point-symmetric overpass between the connection structures; A plurality of fixed ropes having one end connected to one side of the connection structure and the other end fixedly coupled to the ground; Including rides are described.

And in Korean Patent Application No. 10-2013-0138743 (Name: Tower-type Extreme Leisure Sports Structure/November 15, 2013), as known in the Publication, it is installed in the center of the tower-type extreme leisure sports structure, and an observatory at the top. a central tower equipped with a multi-layer structure to enable users to move up and down, and a station for users to rest and wait on at least one floor; the central tower and a plurality of extreme leisure sports facilities installed on the edges of the central tower to experience various extreme leisure sports; an extreme jungle gym installed at the edge of the central tower and linked to the central tower so as to be mutually movable between adjacent facilities; a plurality of support frames installed around the edge of the central tower to support the extreme jungle gym and the extreme leisure sports facilities; Including a plurality of connecting frames for connecting between the support frames;

The central tower is a starting point for starting the experience of the extreme jungle gym and the extreme leisure sports facility using the station, and the tower-type extreme leisure sports structure and the surrounding environment can be viewed and observed using the observatory, A plurality of main frames fixed vertically from the ground to form an axis; a plurality of auxiliary frames installed around the main frames to auxiliary support the central tower; The observatory installed on top of the main frame; It consists of a plurality of floors having a certain height between the ground and the observatory, and is installed on each floor so that users can rest, wait, and view, or the extreme jungle gym and the plurality of stations serving as the starting point of the extreme leisure sports facilities, and ; A sports structure is described having lifting devices that enable up and down movement between the floors of the central tower.

On the other hand, in Korean Utility Model Application No. 20-2006-0017689 (Name: Sky Challenge Tower Facility/2006.06.30.), as known in the Publication, three pillars standing vertically from the ground and consisting of a steel frame structure structure; a platform installed and supported on the upper side of the pillar structures, having at least three edges, and securing a space on the upper side for the experiencers to stay; A tower facility consisting of a plurality of adventure facilities installed on the upper edge of the platform is described.

In addition, in Korean Utility Model Application No. 20-2009-0006955 (name: Extreme Sports Tower 10/2009.06.03.), as known in the Publication, 4 truss-type steel structures installed vertically from the ground or floor Scad diving, bungee jumping, ejection seat, big swing, descending course, catapult, sky jumping, vertical running and the inside of the truss-type steel structure, which are facilities installed and operated as the edge of the three-dimensional tower, truss-type steel structure and upper platform of the axis. An elevator that controls the elevation from the ground to the upper platform and an artificial rock wall facilities are installed outside the truss-type steel frame structure so that users can stay at the artificial rock wall and the upper part of the tower to enjoy a simple drink. A sports tower structure with an observatory where you can enjoy the natural scenery is described.

Korean Patent Application No. 10-2012-0117212 (2012.10.22.) Korean Patent Application No. 10-2013-0138743 (2013.11.15.) Korean Utility Model Application No. 20-2006-0017689 (2006.06.30.) Korean Utility Model Application No. 20-2009-0006955 (2009.06.03.)

However, the conventional play (sports) facilities as described above have a problem of poor usability because they cannot configure various slide towers having various sizes and shapes according to selection.

In addition, there was a problem in that the user's arrival part is all connected to the ground when performing the slide, so that the slide use movement is not organically connected.

The present invention has been proposed to solve the above conventional problems, and an object of the present invention is to configure various slide towers having various sizes and shapes through selective assembly of a plurality of modules, thereby improving usability It is to provide a slide tower system to maximize interest by performing independent sliding play while a plurality of slides are organically connected while being installed at different vertical heights with respect to the floor.

Another object of the present invention is to form a different height of the arrival point for each slide, so that the user's slide movement can be organically connected, and the slide tower system can stay longer inside the tower, maximizing the quality of use. is in providing

The slide tower system according to the present invention for achieving the object of the present invention as described above, and module members made of a polyhedral shape; connecting means configured to connect the module members with respect to the floor to form a tower body; A plurality of slide members selectively connected to connection holes selectively formed in the module members forming the tower body and vertically sliding.

The module member includes: a module frame frame forming respective sides; It is characterized in that it includes; module walls detachable from the module frame frame to form respective faces.

a starting member assembled to the connecting hole formed in the module wall of the module member so that the user can start with the slide member; and an arrival member assembled to the connection hole so that the user arrives from the slide member to the inside of the module member.

The slide tower system according to the present invention made as described above has an effect of improving usability as a tower body of a selected size and shape is configured by selectively assembling a plurality of module members through a connecting means.

In addition, a plurality of slide members are installed at different vertical heights in the tower body and are organically connected to perform independent sliding play, thereby maximizing interest.

That is, by forming different heights of arrival points for each slide member, the user's slide movement can be organically connected, and the user can stay inside the tower longer, which has the effect of maximizing the quality of use.

In addition, as the user can periodically change the shape of the slide members, it has the effect of sustaining interest in the facility for a long time.

1 to 3 is a schematic perspective illustration showing a slide tower system according to an embodiment according to the present invention.
4 and 5 is a schematic illustration showing a slide tower system according to this embodiment.
Figure 6 is a schematic illustration of some excerpts showing a slide tower system according to this embodiment.
Figure 7 is a schematic illustration showing an example of a starting member constituting the slide tower system according to the present embodiment.
Figure 8 is a schematic illustration showing an example of the arrival member constituting the slide tower system according to the present embodiment.
Figure 9 is a schematic illustration showing the control state of the slide tower system according to the present embodiment.
Figure 10 is a schematic illustration showing an example of application of the opening and closing member constituting the slide tower system according to the present embodiment.
11 and 12 is a schematic illustration showing another assembly configuration example of the tower body constituting the slide tower system according to the present embodiment.

Hereinafter, a slide tower system according to a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the examples described in detail below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same members are sometimes indicated by the same reference numerals. Detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention are omitted.

1 to 12 are views showing a slide tower system 1 according to an embodiment according to the present invention, and the slide tower system 1 according to the present embodiment is a polyhedron; a three-dimensional figure surrounded by flat polygons. ) and module members (2) made of a shape; A connection means (3) configured to connect the module members (2) to the floor to form a tower body (100);

That is, the tower body 100 is assembled and formed by selectively assembling the plurality of module members 2 through the connection means 3 .

At this time, as the tower body 100 is assembled in the size and shape selected by the user, the tower body 100 has a plurality of module members 2 stacked vertically, as well as in each layer. that can be configured while being arranged horizontally; It can be applied appropriately according to the user's choice.

In the above, the module member 2 includes a module frame frame 21 forming respective sides; It may include; module walls 22 that are detachable from the module frame frame 21 to form respective surfaces.

That is, after forming the module frame frame 21 by connecting a plurality of module frames with 'frames' in the form of a 'polyhedron', the module wall 22 is coupled and assembled to the module frame frame 21 to form the module. The member 2 is formed.

In the above, the module frame may be formed of a 'square tube' of a 'pipe' shape having a 'square' cross section; It can be applied appropriately according to the user's choice.

In the above, the module wall 22 may be formed of a 'plate body' having a 'flat polygon' shape; It can be applied appropriately according to the user's choice.

In the above, the connecting means 3 may be made of a separate 'fixing element' such as a 'bolt' or the like, and may be made of an 'adhesive element' such as 'welding'; As for the configuration and structure of the connecting means, a configuration and structure selected by a user in conventionally known technologies may be suitably applied.

The slide tower system 1 according to this embodiment is selectively connected to the connection holes 23 selectively formed in the module members 2 forming the tower body 100 and vertically sliding. It includes; a plurality of slide members (4).

That is, the plurality of slide members 4 are organically connected while being installed at different vertical heights in the tower body 100, respectively.

Accordingly, the slide members 4 perform independent sliding play, maximizing interest.

In the above, the slide member 4 is formed by connecting and assembling a plurality of slide tubes 41 made of a 'tube body' through which both ends are hollow, in a 'straight line shape', a 'curved shape', and a 'vortex shape'; As for the configuration and structure, the configuration and structure selected by the user may be suitably applied.

In the above, the slide tubes 41 may be assembled through separate 'coupling elements' such as 'bolts', and may be assembled by 'adhesive elements' such as 'welding'; A configuration and structure selected by the user may be suitably applied.

The connection hole 23 is selectively formed in the module wall 22 of the module members 2 in accordance with the user's selection to be connected to the slide member 4; that the connection hole 23 may not be formed in the module wall 22; A configuration and structure selected by the user may be suitably applied.

In the above, the module wall 22 in which the connection hole 23 is formed at the end of the slide member 4 may be applied in an assembled state.

That is, as shown in FIGS. 11 and 12, the module wall integrally provided at the end of the slide member 4 in the space between the module members 2 assembled when the elliptical body 100 is assembled. (22) can constitute the tower body 100 by assembling while being fitted.

The slide tower system 1 according to this embodiment made in this way is assembled to the connection hole 23 formed in the module wall 22 of the module member 2, and the user departs with the slide member 4 a starting member 51 to do so; and an arrival member 52 assembled to the connecting hole 23 so that the user can arrive from the slide member 4 to the inside of the module member 2.

That is, in the connection holes 23 to which both ends of the slide member 4 are respectively connected, the starting member 51 is bound to the connection hole 23 located at the upper part; In the connecting hole 23 located at the bottom, the arrival member 52 is bound; As soon as the user arrives at the inside of the slide member 4 through the starting member 23, he freely falls inside the slide member 4 to enjoy sliding play, and finally the arriving member 52 Through this, it arrives at the inside of the module member 2 located at the bottom.

In the above, the starting member 51 includes a 'ring' shaped starting flange 511 coupled and assembled to the rim of the connecting hole 23 in the module wall 22; It may include a 'hemispherical' starting plate 512 extending from the starting flange 511 while having a length, and having an open upper end and a lower end so that the user can easily rest on the floor.

That is, in a state of being assembled to the module member 2 through the starting flange 511, the user can start into the slide member 4 while placing his buttocks on the starting plate 512.

In the above, the arrival member 52 includes a 'ring' shaped arrival flange 521 coupled and assembled to the rim of the connection hole 23 in the module wall 22; It may include a 'hemispherical' arrival plate 522 extending from the arrival flange 521 while having a length, and having an open upper end and an upper end so that the user can be easily seated on the floor.

That is, in the state of being assembled to the module member 2 through the arrival flange 521, the user who enjoys a free-falling slide inside the slide member 4 guides the buttocks to the arrival plate 522. As it slows down, you can land stably.

In the above, the length of the arrival plate 522 is formed longer than the length of the starting plate 512, so that the user's deceleration guidance is facilitated, as well as the user's slide member 4 through the starting plate 512. The starting operation can be made more stable.

The slide tower system 1 according to the present embodiment made as described above includes detection sensors 6 provided on each of the module members 2 to detect departure and arrival states of the user; and a control means (7) configured to display and control the use state of each of the slide members (4) by operating and controlling the detection data detected through the detection sensors (6).

That is, each of the detection data for the user's departure state and arrival state detected through the detection sensors 6 inside the module member 2 is calculated and controlled through the control means 7, so that each slide member The state of use of (4) is detected, and may be displayed through a separate display device (not shown) or controlled such as restriction of use.

Accordingly, safety in use is ensured by controlling the single slide member 4 to prevent multiple users from using the same slide member 4 at the same time.

The use state of each slide member 4 is detected by operating and controlling each of the detection data for the user's departure and arrival state detected through the detection sensors 6 through the control means 7, It may be displayed through a separate display device (not shown) or controlled such as restriction of use.

Accordingly, safety in use is ensured by controlling the single slide member 4 to prevent multiple users from using the same slide member 4 at the same time.

In the above, the detection sensor 6 may be composed of a 'optical sensor' to detect the user's proximity state or a 'motion sensor' to detect the user's motion state, a 'weight sensor', and the like; As for the configuration and structure of the detection sensor 6, a configuration and structure selected by a user in conventionally known technologies may be suitably applied.

In the above, the detection sensors 6 and the control means 7 are electrically connected through wired or wireless to transmit the detection data; It can be applied appropriately according to the user's choice.

In the slide tower system 1 according to this embodiment made in this way, the module members 2, the user who slides the inside of the slide member 4 is equipped with the arrival member 52 A light emitting signal means 8 indicating the arrival of the module member 2 may be provided.

That is, the slide member (4) for which the user slides while calculating the detection data detected by each of the detection sensors (6) provided in each of the module members (2) through the control means (7). ) to detect the application state of the user.

By applying the detection of the user's applied state calculated as described above, each of the light emitting signal means 8 provided in each of the module members 2 connected to the slide member 4 in which sliding play is in progress is controlled and driven. Accordingly, the user in the future is made aware of the state in which the slide member 4 is in use.

Thus, safety in use is realized.

In the slide tower system 1 according to the present embodiment made as described above, a plurality of the module members 2 and the slide members 4 are variously changed and implemented according to the user's selection, so that the starting member 51 ) and the positions of the arriving members 52 may be applied variably.

At this time, each of the detection sensors 6 provided in each of the starting members 51 and the arriving members 52 is electrically connected to the control means 7 through (communication network/internet network), and detects Transmission and reception of data and control can be changed and controlled in real time; Even when the inlet and outlet of the slide members 4 are changed in various ways, the departure-arrival pairing can be changed through a software change operation of the control means 7.

That is, each of the detection sensors 6 can be applied by selectively switching between the user's departure detection and arrival detection roles as needed, and thus, economic benefits and custom design quality can be improved through improved usability.

In the above, the module member 2 may include an opening/closing member 24 bound to be detachable and open/close the connection hole 23 of the module member 2 .

That is, when the tower body 100 is formed by selectively connecting a plurality of slide members 4 to the connection holes 23 of the module members 2, the slide member 4 is not connected. The opening and closing member 24 is bound to the other unused connecting holes 23 to close them.

In addition, when the positions of the plurality of slide members 4 connected to the module members 2 are variously changed according to the user's selection, the opening and closing member 24 bound to the connection hole 23 By separating, the connection hole 23 is opened and the slide member 4 can be connected and assembled.

Accordingly, users who enjoy sliding on the tower main body 100, which are installed at different vertical heights in the tower main body 100, are prevented from unauthorized access to the unused connection holes 23, thereby increasing the use of the tower main body 100. implement safety.

In addition, when the binding position of the slide member 4 is changed, the opening/closing member 24 is simply separated from the connecting hole 23 and opened so that the connecting operation can be more easily and organically performed.

Thus, usability is improved.

In the above, the opening and closing member 24 may be assembled to the connecting hole 23 through a separate 'binding element' such as a 'bolt', and may be configured to be detachable with a 'detachable element'; A configuration and structure selected by the user may be suitably applied.

As described above, in the slide tower system 1 according to the present embodiment, the plurality of module members 2 selectively configure various tower bodies 100 of selected sizes and shapes through the connecting means 3, and In the tower main body 100, the slide members 4 are installed at different vertical heights and are organically connected to perform independent sliding play.

One embodiment of the present invention described above is only exemplary, and those skilled in the art will appreciate that various modifications and equivalent other embodiments are possible therefrom. . Therefore, it will be well understood that the present invention is not limited to the forms mentioned in the detailed description above. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. It is also to be understood that the present invention includes all modifications, equivalents and alternatives within the spirit and scope of the present invention as defined by the appended claims.

1: Slide tower system
100: tower body
2: module member 21: module frame frame
22: module wall 23: connector
24: opening and closing member
3: connecting means 4: slide member
41: slide pipe 51: starting member
511: starting flange 512: starting plate
52: arrival member 521: arrival flange
522: arrival plate
6: detection means 7: control means
8: light signal means

Claims (4)

Module members 2 having a module frame frame 21 formed in a polyhedron shape and forming respective sides, and module walls 22 detachably attached to the module frame frame 21 to form respective sides, ; connecting means (3) configured to form a tower body (100) by connecting the module members (2) with respect to the floor; a plurality of slide members 4 selectively connected to connection holes 23 selectively formed in the module members 2 constituting the tower body 100 and vertically sliding; a starting member 51 assembled to the connection hole 23 so that the user starts with the slide member 4; In the slide tower system 1 including; an arrival member 52 assembled to the connecting hole 23 so that the user arrives from the slide member 4 to the inside of the module member 2;
The starting member 51,
In the module wall 22, a 'ring'-shaped start flange 511 coupled and assembled to the rim of the connection hole 23, and formed extending while having a length from the start flange 511, have an upper end and an end It includes a starting plate 512 that is opened so that the user can easily rest on the floor;
The arrival member 52,
In the module wall 22, a 'ring' shaped arrival flange 521 coupled and assembled to the rim of the connection hole 23, and formed extending while having a length from the arrival flange 521, have an upper end and an end Including an arrival plate 522 that is opened so that the user can be easily placed on the floor;
In the module member 2,
The slide tower system, characterized in that it comprises an opening and closing member (24) coupled to open and close the connection hole (23) of the module member (2) and detachably. delete delete According to claim 1;
detection sensors 6 provided on each of the module members 2 to detect departure and arrival states of the user;
A control means (7) configured to display and control the use state of each of the slide members (4) by operating and controlling the detection data detected through the detection sensors (6); slide tower system characterized in that it comprises.

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