KR102661870B1 - A artificial ice rink system - Google Patents

Abstract

The present invention is to enjoy skating by connecting and installing link panels made of synthetic resin with a low coefficient of friction on the floor. The joints between the link panels open due to contraction and expansion of the link panels due to construction errors and temperature changes in the link panels. To increase stability and safety in use by preventing gaps from occurring and causing safety accidents;
A link body made up of a plurality of wide link panels connected to form horizontal rows and columns; In an artificial ice rink system including a rink wall formed by connecting a plurality of vertically wide rink walls to surround the outer peripheral surface of the rink body and partition the inside and outside; It provides an artificial ice rink system that further includes; an adjusting means configured to adjust the spacing of the rink walls while connecting the rink walls constituting the rink wall.

Description

Artificial ice rink system {A artificial ice rink system}

The present invention relates to an artificial ice rink system for enjoying skating by connecting rink panels made of synthetic resin (PE series) with a low coefficient of friction to the floor.

Specifically, it is designed to increase stability and safety in use by preventing safety accidents from occurring due to the opening of joints between link panels due to contraction and expansion of link panels due to construction errors and temperature changes. It is about an artificial ice rink system.

In general, ice skating is one of the sports enjoyed by many people around the world.

This type of ice skating is performed either on an outdoor rink of appropriate size or on an indoor rink when the sport is performed on natural ice.

For outdoor rinks, the construction and maintenance of which are subject to variable weather conditions and such rinks cannot be used in warm climates or during warm seasons.

In the above-described indoor rink, it is uneconomical to install a centralized cooling system to maintain the ice surface at an appropriate temperature and prevent the ice from melting.

Meanwhile, since outdoor rinks and indoor rinks are made of natural ice, there is the cumbersome problem of having to periodically resurface the ice surface to maintain a smooth ice surface and make it suitable for skating.

This kind of repackaging of ice requires an expensive ice maker, which has the problem of low economic feasibility.

Accordingly, in recent years, artificial ice rinks have been proposed and are being used to enjoy skating by connecting rink panels made of synthetic resin with a low coefficient of friction to the floor.

In other words, it has the advantage of being easy to install anywhere and convenient to move and install as needed. It boasts excellent ice quality that is more than 95% similar to natural ice and has a semi-permanent lifespan compared to natural ice.

In addition, natural ice rinks have the disadvantage of suffering from financial deficits due to huge investment costs and maintenance costs after installation, such as ice breaker and electricity bills. However, artificial ice rinks require little maintenance, repair and management costs, so they can be profitable with low costs. can be maximized and the shortcomings of natural ice rinks, such as the ice not freezing or the ice becoming rough due to snow or rain due to extreme weather conditions, can be resolved.

One such artificial ice rink is Korean Patent Application No. 10-2000-0072658 (name: Artificial Ice Skating Rink Assembly/2000.12.02.), and as known in the gazette, as an artificial ice skating rink, ice a first panel means for providing a skating surface, comprising: a first panel means arranged in a first elongated channel having a longitudinal axis and a transverse axis; a second panel means for providing the skating surface, said second panel means arranged in a second elongated channel having a longitudinal axis and a transverse axis; and an elongated spline means, which is slidably inserted into the first channel in a first lateral direction along the transverse axis of the first channel and when the second panel means is slidably engaged with the spline and receives a force in the lateral direction. an artificial skating rink consisting of elongated spline means for sliding reception in a second channel, said first and second panel means being entirely supported by said spline means for relative movement along said transverse axis. It is listed.

And in Korean Patent Application No. 10-2005-0052607 (name: Resin for artificial ice rink and artificial ice skating rink using the same/2005.06.17.), as announced in the gazette, a continuous layer is formed on the outer surface of the artificial ice rink. A concavo-convex joint is formed along the outer circumference to enable coupling, and the artificial ice rink is formed in two stages so that the protrusions and grooves of the upper and lower panels are staggered, and the upper panel and lower panel formed in two stages are formed in two stages. An artificial ice rink is described in which a mesh net is laid in the middle layer of the panel, and the upper panel is formed to be lower than the thickness of the lower panel.

Meanwhile, in Korean Patent Application No. 10-2010-0023430 (name: Panel for artificial ice rink with line display device/2010.03.16.), as known in the gazette, a plurality of base plates formed of three base plates. ice panels and; and a line display device coupled to the plurality of ice panels, wherein at least one receiving groove is formed in a central portion of an upper surface of the plurality of ice panels to receive the line display device, and the line display device includes a display unit; a body portion formed integrally with the display portion and coupled to the receiving groove; and a colored layer formed on an upper side of the display unit. A panel for an artificial ice rink comprising a.

In addition, in Korean Patent Application No. 10-2010-0096951 (name: Method of manufacturing an artificial ice rink made of synthetic resin/2010.10.16.), as known in the gazette, a method of manufacturing an artificial ice rink made of synthetic resin is provided. In this step, forming a flat bottom layer; And forming a resin layer by applying a synthetic resin selected from unsaturated polyester resin, methyl methacrylate resin (MMA), epoxy resin (ER), and urethane resin (PUR) to a certain thickness on the bottom layer. After the bottom layer forming step, a step of mounting artificial turf or a sculpture having an intended shape is further included on the bottom layer, and in the resin layer forming step, the artificial turf or sculpture 40 can be completely covered. A method of manufacturing an artificial ice rink is described, which is formed to a certain thickness, and the synthetic resin has transparency to the extent that the shape of the artificial turf or the sculpture can be recognized on the resin layer.

Korean Patent Application No. 10-2000-0072658 (2000.12.02.) Korean Patent Application No. 10-2005-0052607 (June 17, 2005) Korean Patent Application No. 10-2010-0023430 (2010.03.16.) Korean Patent Application No. 10-2010-0096951 (2010.10.16.)

However, in the conventional artificial ice rinks as described above, the joints between the rink panels widen due to contraction and expansion of the rink panels due to construction errors and temperature changes at the connection between the snow and the snow, creating gaps. There was a problem that arose.

Accordingly, when a user enjoys skating, there is a problem that a safety accident occurs due to the skate blade being inserted into a gap or the slipper is defective.

The present invention was proposed to solve the above-described conventional problems. The purpose of the present invention is to enjoy skating by connecting and installing link panels made of synthetic resin (PE series) with a low coefficient of friction on the floor. An artificial ice rink system designed to increase stability and safety in use by preventing safety accidents from occurring due to the opening of joints between rink panels due to contraction and expansion of the rink panels due to construction errors and temperature changes. It is about providing.

The artificial ice rink system according to the present invention for achieving the object of the present invention as described above includes a rink main body in which a plurality of rink panels having an area are connected while forming horizontal rows and columns; In an artificial ice rink system including a rink wall formed by connecting a plurality of vertically wide rink walls to surround the outer peripheral surface of the rink body and partition the inside and outside; It is characterized in that it further includes; an adjustment means configured to adjust the spacing of the link walls while connecting the link walls constituting the link wall.

The link panel is characterized by being made mainly of synthetic resin with a low coefficient of friction.

The adjustment means are provided at symmetrical opposing positions on the four sides of the link wall, and are configured to expand and contract with respect to the opposing sides of the link body.

The link body is characterized in that its height gradually increases from the center outwards to form a horizontally concave curved surface.

In the artificial ice rink system according to the present invention, which is configured as described above, the rink panels constituting the rink main body are made of synthetic resin (PE series) with a low coefficient of friction, so that not only can you enjoy stable skating, but in particular, it is possible to enjoy stable skating through an adjustment means. By stably strengthening the joints of link panels and correcting gaps between link panels due to contraction and expansion of link panels due to construction errors and temperature changes, the gaps are filled, thereby preventing safety accidents from occurring and ensuring stability in use. It has the effect of increasing safety.

1 is a schematic perspective illustration showing an artificial ice rink system according to an embodiment of the present invention.
Figure 2 is a schematic plan view showing the rink body and rink wall to which the artificial ice rink system according to this embodiment is applied.
Figure 3 is a schematic side view showing the rink body and rink wall to which the artificial ice rink system according to this embodiment is applied.
Figure 4 is a schematic side view of a partial excerpt showing the rink main body to which the artificial ice rink system according to this embodiment is applied.
Figure 5 is a schematic plan illustration of a partial excerpt showing the rink main body to which the artificial ice rink system according to this embodiment is applied.
Figures 6 and 7 are schematic perspective illustrations showing the rink walls constituting the rink walls to which the artificial ice rink system according to this embodiment is applied.
Figure 8 is a schematic perspective illustration showing the wallpaper pillar of the rink wall to which the artificial ice rink system according to this embodiment is applied.
Figure 9 is a schematic perspective illustration showing a blocking plate of a rink wall to which an artificial ice rink system according to this embodiment is applied.
Figure 10 is a schematic illustration showing a rink wall to which an artificial ice rink system according to this embodiment is applied.
Figure 11 is a schematic perspective illustration showing an example of a rink wall to which an artificial ice rink system according to this embodiment is applied.
Figure 12 is a schematic illustration showing an example of a rink wall to which an artificial ice rink system according to this embodiment is applied.
Figure 13 is a schematic plan view showing an example of a rink wall to which an artificial ice rink system according to this embodiment is applied.
14 to 17 are schematic illustrations showing adjustment means applied to the artificial ice rink system according to this embodiment.
18 to 20 are schematic side views showing a fixed adjustment member applied to the artificial ice rink system according to this embodiment.
21 and 22 are schematic illustrations showing an artificial ice rink system according to this embodiment.
Figures 23 and 24 are schematic illustrations showing the expansion/contraction adjustment state of the adjustment means applied to the artificial ice rink system according to this embodiment.
Figures 25 and 26 are schematic illustrations showing examples of facility means to which the artificial ice rink system according to this embodiment is applied.

Hereinafter, with reference to the attached drawings, an artificial ice rink system according to a preferred embodiment of the present invention will be described in detail as follows.

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 embodiments described in detail below. This example is provided to more completely explain the present invention to those with average knowledge in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that identical members in each drawing may be indicated by the same reference numerals. Detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the gist of the present invention are omitted.

1 to 26 are diagrams showing an artificial ice rink system 1 according to an embodiment of the present invention. The artificial ice rink system 1 according to this embodiment includes a plurality of rink panels having an area ( a link body (2) formed by connecting 21) to form horizontal rows and columns; It includes a link wall (3) formed by connecting a plurality of vertically wide link walls (31) to surround the outer peripheral surface of the link body (2) and partition the inside and outside.

That is, a plurality of the link panels 21 are arranged horizontally with respect to the floor to form the link body 2 having a large area, and at this time, the link walls 31 form the link body 2. The link wall 3 is formed by surrounding the outer peripheral surface of .

Accordingly, the link body 2 does not structurally collapse inside the link wall 3 and stably maintains the connected state.

In the above, the link panel 21 is made mainly of polyethylene (PE:polyethylene)-based synthetic resin with a low coefficient of friction.

That is, the skate blade is in contact with the surface of the link panel 21, which has an extremely low coefficient of friction, and a sliding motion is performed stably, allowing skating to be enjoyed.

As for the composition and manufacturing method of the high-density polyethylene constituting the link panel 21 above, a composition and manufacturing method selected by the user from among conventionally known techniques may be appropriately applied.

In the above, the lower part of the link wall (3) surrounds and binds the link panels (21); The upper part has a vertical height and is designed to divide the inside and the outside with respect to the link body (2); The configuration and structure selected by the user from among conventionally known technologies may be appropriately applied.

The artificial ice rink system (1) according to this embodiment has an adjustment means for adjusting the spacing of the rink walls (31) connected while connecting the rink walls (31) constituting the rink wall (3). (4); Includes.

That is, the spacing between the link panels 21 is selectively adjusted through the adjustment means 4 to stably strengthen the joint between the link panels 21.

Accordingly, when a gap occurs between the link panels 21 due to contraction and expansion of each link panel 21 due to construction errors and temperature changes that occur during the formation of the link body 2, This is corrected to fill the gap.

Therefore, by preventing the link body 2 from collapsing and causing a safety accident, stability and safety in use are increased.

In the artificial ice rink system 1 according to this embodiment configured as described above, the adjustment means 4 is symmetrical to each other on the four sides of the rink wall 3, as shown in FIGS. 1 and 2. They are provided at each viewing position and are configured to expand and contract with respect to the opposing surfaces of the link body 2.

That is, the surfaces facing each other throughout the link body 2 are each expanded and contracted, so that the gap between the link walls 31 is firmly bound to prevent gaps between the link panels 21.

At this time, as each opposing part arranged on the same line in the link panels 21 is elastically adjusted, unbiased pressure is not applied separately during the adjustment operation, thereby realizing structural stability.

In the artificial ice rink system 1 according to the present embodiment configured as described above, the height of the rink main body 2 gradually increases from the center toward the outside, as shown in FIGS. 3 and 4. This is to form a horizontally concave curved surface (S1).

That is, when the adjustment means (4) is expanded and adjusted, binding pressure is formed from the vertex of the link body (2) toward the center, and the binding pressure is concentrated from the outer peripheral surface of the link body (2) toward the center. , pressure is concentrated at a downward sloping angle around the concave center on the outside.

Accordingly, the occurrence of gaps between the link panels 21 is prevented and structural stability is increased.

In the link panel 21 located at the center of the horizontally concave curved surface S1 of the link body 2, a drain hole 22 for draining water collected at the upper part of the link body 2 penetrates downward. A drainage channel 23 may be formed, spatially connected to the drainage hole 22, and provided to drain water from the lower part of the link body 2 to the outside.

That is, when water accumulates in the upper part of the link body (2) due to weather phenomena such as snow or rain, the link body (2) is formed along the curved surface (S1) concavely formed from the outside to the inside of the link body (2). When water is collected in the center, it is drained from the upper part of the link body 2 to the lower part through the drain hole 22, and the water collected along the drain 23 spatially connected to the drain hole 22 is discharged to the outside. drains smoothly.

Accordingly, structural stability is increased because separate drainage work is not required.

Meanwhile, the artificial ice rink system 1 according to this embodiment includes a plurality of elastic pads 5 that are stacked on the lower part of the rink panel 21 to provide elastic support, as shown in FIG. 4. can do.

That is, the link panels 21 are elastically supported against the floor through the elastic pads 5, thereby elastically offsetting the impact load generated while the user enjoys skating, thereby improving structural durability and stability.

In the above, the number of elastic pads 5 can be gradually reduced from the outside to the center so as to support the link panels 21 with a concave curved surface with respect to the floor; It can be selected by the user and applied appropriately.

In the artificial ice rink system 1 according to the present embodiment configured as described above, the rink wall 31 includes a pair of wall pillars 311 arranged vertically with a height at a distance from the floor, and ; It may include a blocking plate 312 that connects the wallpaper pillars 311 to block the inside of the link body 2 from the outside.

That is, the blocking plate 312 may be placed upright on the outside of the link body 2 through the wall pillars 311 to partition the inside and outside of the link body 2.

In the above, the wall support 311 includes a support plate 3111 supported while making surface contact with the floor; It may include a support body 3112 that is provided to stand vertically on the support plate 3111 and supports and fixes the rear part of the blocking plate 312.

That is, the support body 3112 can be stably supported and supported against the floor through the support plate 3111.

In the above, the holding body 3112 includes a holding frame 31121 arranged upright with respect to the holding plate 3111; The lower end is fixed to the holding plate 3111, and the upper end is coupled to the rear side of the holding frame 31121, and is arranged at an angle with respect to the holding frame 31121 to support it. It may include a support frame 31122. there is.

That is, the support frame 31122 supports the support frame 31121 against the impact load generated when the user skates on the rink body 2, thereby preventing unauthorized collapse.

In the above, the blocking plate 312 includes an outer frame 3121 in the shape of a 'square frame' that is tied to the wallpaper pillar 311 and stands upright, and has a penetrating inside and outside; an inner frame (3122) bound to the inner surface of the outer frame (3121); It may include a blocking plate (3123) fixed to the front of the inner frame (3122).

That is, while the outer frame 3121 is coupled and supported to the support frame 31121, the blocking plate 3123 may block the inside of the link body 2.

In the above, the blocking plate 3123 can be appropriately selected and applied by the user from various materials such as plastic, wood, and metal.

In the artificial ice rink system 1 according to the present embodiment configured as described above, the lower end of the support frame 31121 is bound to the rink wall 31, and the lower end of the other side is connected to the support plate 3111. It may include a fixing member 313 formed in a '┓' shape that is coupled and fixed and has a fixing recess formed on the inside to accommodate and support the outer end of the link panel.

That is, each of the link panels 21 disposed on the outermost side of the link body 2 can be supported and fixed through the link wall 31 through the fixing member 313.

In the above, the lower front end of the blocking plate 312 may be provided with a lower finishing plate 314 that supports and blocks the upper part of the link panel 21 fitted to the fixing member 313.

In other words, the lower finishing plate 314 can prevent damage to the fence and the skate blade when the skate blade hits the fence.

In the artificial ice rink system (1) according to this embodiment configured as described above, the adjustment means (4) includes a fixed adjustment member (41) whose one end is connected to one end of the rink wall (31); It may include a movable control member 42, one end of which is connected to one end of the link wall 31 and the other end of which is inserted into the fixed control member 41 to expand and contract.

That is, one side of the movable adjustment member 42 expands and contracts while being deposited and withdrawn inside the fixed adjustment member 41 whose position is fixed between the link walls 31 constituting the link wall 3. , the spacing of the link walls 31 can be selectively adjusted.

Accordingly, the link panels 21 are firmly bound together to prevent gaps from occurring.

In the above, the fixed adjustment member 41 includes a fixed support 411 arranged vertically on the floor to have a height; It may include a fixing body 412 that is provided on one side of the fixing support 411, has an adjustment receiving portion (A) formed therein, and has a fixing plate surface 413 formed on the front.

In the above, the movable control member 42 includes a movable support 421 arranged vertically and at a height on the floor; It may include a movable body 422 provided on one side of the movable support 421, inserted into and withdrawn from the adjustment accommodating portion A of the fixed body 412, and having a movable plate surface 423 on the front. You can.

That is, one side of the movable body 422 is fitted and bound to the fixed body 412, so that the fixed body 412 and the movable body are formed between the fixed support 411 and the movable support 421. As (422) is disposed, the appearance width of the movable body 422 with respect to the fixed body 412 can be adjusted.

Accordingly, the link panels 21 connected to each side end of the fixed pillar 411 and the movable pillar 421 are firmly coupled so that no gap is created.

At this time, the fixed plate surface 413 and the movable plate surface 423 are disposed in the inner direction of the rink body 2, so that safety can be ensured when the user enjoys skating.

In the above, the fixed support 411 includes a fixed plate 4111 supported when in surface contact with the floor; It may include a fixing structure 4112 that is provided to stand vertically on the fixing plate 4111 and supports and fixes the rear part of the fixing body 412.

That is, the fixing structure 4112 can be stably supported and supported against the floor through the fixing plate 4111, thereby stably forming a support structure for the fixing body 412.

In the above, the fixing structure 4112 includes a fixed upright frame 41121 arranged upright with respect to the fixing plate 4111; A fixed support frame (41122) whose lower end is fixed to the fixed plate (4111) and whose upper end is coupled to the rear side of the fixed upright frame (41121) and is disposed at an angle with respect to the fixed upright frame (41121) to support it. It can be included.

That is, the fixed support frame 41122 supports the fixed upright frame 41121 and is applied to the fixed body 412 that occurs when the user skates on the rink body 2, thereby forming the fixed upright frame 41121. By supporting the impact load induced by , unauthorized collapse can be prevented.

In the above, the fixed body 412 may be composed of a 'frame structure' in which the fixed plate surface 413 is formed on the front and an opening is formed in the direction toward the movable body 422.

In the above, the movable support 421 includes a movable plate 4211 supported when in surface contact with the floor; It may include a movable structure 4212 that is provided to stand vertically on the movable plate 4211 and supports and fixes the rear portion of the movable body 422.

That is, the movable structure 4212 can be stably supported and supported against the floor through the movable plate 4211 to stably form a support structure for the movable body 422.

In the above, the movable structure 4212 includes a movable upright frame 42121 arranged upright with respect to the movable plate 4211; A movable support frame (42122) whose lower end is fixed to the movable plate (4211) and whose upper end is coupled to the rear side of the movable upright frame (42121) and is disposed at an angle with respect to the movable upright frame (42121) to support it. It can be included.

That is, the movable support frame 42122 supports the movable upright frame 42121 and is applied to the movable body 422 that occurs during the user's skating on the rink body 2, thereby forming the movable upright frame 42121. By supporting the impact load induced by , unauthorized collapse can be prevented.

In the above, the movable body 422 is composed of a 'frame structure' with the movable plate surface 423 formed on the front and extending in the direction of the fixed body 412.

Meanwhile, the fixed adjustment member 41 and the movable adjustment member 42 have their front ends bound to the lower ends of the fixed upright frame 41121 and the movable upright frame 42121, and the other lower ends to the fixed plate 4111. And a binding body 43 formed in a '┓' shape that is coupled and fixed to the movable plate 4211 and has a fixed recess formed therein to accommodate and support the outer end of the link panel 21 on the inside. there is.

That is, through the binding body 43 for each of the link panels 21 disposed on the outermost side of the link body 2 through the fixed adjustment member 41 and the movable adjustment member 42. It may become fixed.

A guide hole 4221 having a length in the direction toward the fixed body 412 is formed through the movable body 422; The fixing body 412 may be provided with a guide piece 4121 that is fastened through the guide hole 4221.

That is, when the movable body 422 moves up and down with respect to the fixed body 412, the guide hole 4221 is guided with respect to the guide piece 4121 and can expand and contract in a static posture.

Accordingly, stability in use can be ensured.

In the above, the fixed body 412 may be provided with a binding member 44 that is fixed by pressurizing and supporting the rear part of the movable body 422.

That is, in a state in which the movable body 422 is inserted into the fixed body 412 and expands and contracts, the movable body 422 is fixed through the binding member 44 to stably maintain the expanded state. It can be.

In the above, the binding member 44 may be made of a 'bolt structure' that is screwed while penetrating the fixed body 412 and has a pressing protrusion 441 formed in the direction of the movable body 422.

That is, while the binding member 44 makes a screw rotation movement with respect to the fixed body 412, the pressing protrusion 441 may support and bind the rear part of the movable body 422 by pressing it.

Accordingly, the work of fixing the movable body 422 can be easily performed.

In the above, a plurality of binding members 44 are provided at intervals in the direction in which the movable body 422 moves linearly in the fixed body 412, and pressurize the movable body 422 at a plurality of points. can be supported.

Accordingly, structural stability can be increased.

On the other hand, in the artificial ice rink system 1 according to this embodiment, when the ground on which it is installed is not flat but has a curved shape, the rink body 2 or the elastic pad 5 and the rink wall A facility plate (61) on which (3) and the control means (4) are installed, respectively, and a facility frame structure (62) that is fixed and supports the facility plate (61) by leveling it while having a height with respect to the ground. It may include a facility means (6) provided.

That is, in a state where the facility plate 61 is provided to be stably horizontal through the facility frame structure 62, the link body 2 or the elastic pad 5 is attached to the facility plate 61. Structural durability and stability can be secured by installing the link wall 3 and the control means 4, respectively.

In the above, the facility frame structure 62 can be formed by connecting a plurality of horizontal frames and a plurality of vertical frames vertically and horizontally, and its configuration and structure are selected by the user among conventionally known technologies. and structures may be appropriately applied.

As described above, in the artificial ice rink system 1 according to this embodiment, the link panels 21 constituting the rink main body 2 are made of synthetic resin (PE series) with a low coefficient of friction, and the adjustment The joints of the link panels 21 are stably and strengthened through means 4 to prevent gaps between the link panels 21 due to contraction and expansion of the link panels 21 due to construction errors and temperature changes. It is a feature of the technical configuration that it is subject to correction.

One embodiment of the present invention described above is merely illustrative, and those skilled in the art will be able to appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be understood that the present invention is not limited to the forms mentioned in the detailed description above. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims. In addition, the present invention should be understood to include all modifications, equivalents and substitutes within the spirit and scope of the present invention as defined by the appended claims.

1: Artificial ice rink system
2: Link body 21: Link panel
22: drain hole 23: drain
3: link wall 31: link wall
311: wallpaper post 3111: support plate
3112: Holding body 31121: Holding frame
31122: Support frame 312: Blocking plate
3121: outer frame 3122: inner frame
3123: Blocking plate 313: Fixing member
314: Lower finishing plate
4: Control means 41: Fixed adjustment member
411: fixed post 4111: fixed plate
4112: Fixed structure 41121: Fixed upright frame
41122: Fixed support frame 412: Fixed body
4121: Guide piece 413: Fixed plate surface
42: movable control member 421: movable support
4211: Movable plate 4212: Movable structure
42121: Movable upright frame 42122: Movable support frame
422: Movable body 4221: Guide ball
423: Movable plate surface 43: Binding body
44: binding member 441: pressurized protrusion
5: elastic pad 6: facility means
61: Facility plate 62: Facility frame structure
A: Control receptor S1: Curved surface

Claims (5)

A plurality of link panels 21, which are wide and made of synthetic resin with a low coefficient of friction, gradually increase in height as they go outward from the center, forming a horizontally concave 'curved surface (S1)' around the center. a link body (2) connected to form horizontal rows and columns so as to; A link wall (3) formed by connecting a plurality of vertically wide link walls (31) to surround the outer peripheral surface of the link body (2) and partition the inside and outside; It is connected while connecting the link walls 31 constituting the link wall 3, and is located at symmetrically facing positions on the four sides of the link wall 3 to adjust the spacing of the link walls 31. Adjusting means (4) each provided and configured to expand and contract with respect to the opposing surfaces of the link body (2); a plurality of elastic pads (5) stacked on the lower part of the link panel (21) to provide elastic support and arranged so that the number of stacked pads gradually decreases toward the center with respect to the floor; The link panel 21, located at the center of the link body 2, is spatially connected to a drain hole 22 formed through the link body 2 to drain the water collected in the upper part of the link body 2. In the artificial ice rink system (1) including a drainage channel (23) that drains water from the bottom to the outside;
The link wall 31 is,
A pair of wallpaper pillars 311 arranged vertically with a height at a distance from the floor, and connecting between the wallpaper pillars 311 to block the inside of the link body 2 from the outside. The blocking plate 312, the front end of which is connected to the lower end of the holding frame 31121, and the other lower end has a '┓' shape that is coupled and fixed to the holding plate 3111, and is accommodated by inserting the outer end of the link panel on the inside. It supports and covers the upper part of the link panel 21, which is provided on the front lower part of the blocking plate 312 and is fastened to the fixing member 313, and a fixing member 313 formed with a fixing recess for supporting and fixing it while supporting. It includes a lower finishing plate 314 that blocks it;
The wallpaper pillar 311 is,
It is provided with a support plate 3111 supported while making surface contact with the floor, and a support body 3112 that is provided to stand vertically on the support plate 3111 and supports and fixes the rear of the blocking plate 312;
The holding body 3112 is,
The support frame 31121 is arranged upright with respect to the support plate 3111, the lower end is fixed to the support plate 3111, and the upper end is coupled to the rear side of the support frame 31121, thereby forming the support frame 31121. It is provided with a support frame (31122) arranged at an angle with respect to support;
The blocking plate 312 is,
An outer frame 3121 in the shape of a 'square frame' that is bound and erected to the wallpaper pillar 311 and has a penetrating inner and outer frame, an inner frame 3122 bound and arranged on the inner surface of the outer frame 3121, and the inner frame 3122. It is provided with a blocking plate (3123) that is fastened to the front;
The control means (4) is,
A fixed adjustment member 41, one end of which is connected to one side of the link wall 31, and one end of which is connected to one side of the link wall 31, and the other side of the fixed adjustment member 41. Includes a movable control member (42) that is expanded and contracted by inserting and withdrawing parts;
The fixed adjustment member 41 is,
A fixed body including a fixing post 411 arranged vertically on the floor to have a height, and a fixing post 411 provided on one side of the fixing post 411, with an adjustment receiving portion (A) formed therein, and a fixing plate surface 413 formed on the front. (412);
The movable control member 42 is,
A movable support 421 is arranged vertically on the floor to have a height, and is provided on one side of the movable support 421 and is inserted into the adjustment receiving part A of the fixed body 412 to be deposited and withdrawn, and is formed on the front side. It is provided with a movable body 422 on which a movable plate surface 423 is formed;
The fixed support 411 is,
It is provided with a fixing plate 4111 that is supported when in surface contact with the floor, and a fixing structure 4112 that is provided to stand vertically on the fixing plate 4111 and supports and fixes the rear part of the fixing body 412;
The fixed structure 4112 is,
A fixed upright frame 41121 is arranged upright with respect to the fixed plate 4111, the lower end is fixed to the fixed plate 4111, and the upper end is coupled to the rear side of the fixed upright frame 41121, forming the fixed upright frame. It is provided with a fixed support frame (41122) disposed at an angle with respect to (41121) to support it;
The movable support 421 is,
It is provided with a movable plate 4211 that is supported when in surface contact with the floor, and a movable structure 4212 that is provided to stand vertically on the movable plate 4211 and supports and fixes the rear of the movable body 422;
The movable structure 4212 is,
A movable upright frame 42121 arranged upright with respect to the movable plate 4211, the lower end is fixed to the movable plate 4211, and the upper end is coupled to the rear side of the movable upright frame 42121, forming the movable upright frame. It is provided with a movable support frame (42122) disposed at an angle with respect to (42121) to support it;
In the fixed adjustment member 41 and the movable adjustment member 42,
The front end is connected to the lower end of the fixed upright frame 41121 and the movable upright frame 42121, and the other lower end has a '┓' shape that is coupled and fixed to the fixed plate 4111 and the movable plate 4211, and the A binding body 43 is provided with a fixing recess formed to support and secure the outer end of the link panel 21 by inserting it thereinto.
In the movable body 422,
A guide hole 4221 is formed through a direction toward the fixing body 412;
In the fixed body 412,
An artificial ice rink system, characterized in that it is provided with a guide piece (4121) that is fastened through the guide hole (4221) and a binding member (44) that is fixed by pressurizing and supporting the rear part of the movable body (422). delete delete delete delete

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