JP5825567B1 - Slide - Google Patents

Abstract

PROBLEM TO BE SOLVED: Conventional playground equipment has no significant change in shape, structure, function, etc., has a tendency of mannerism, and has a low degree of attractiveness and expectation to the exercise of the player, an exercise ability corresponding to the exercise form To solve the inconvenience that the current situation is that there is a need for slides to improve skills and motor skills, stagnant motivation, and to challenge players and reduce satisfaction. SOLUTION: On a runway surface of a slide, a convex curved surface, a concave curved surface, a concave and convex curved surface on a flat surface, a convex curved surface on a concave curved surface, a concave and convex curved surface, and further on a flat surface In addition to the concave surface, the entire surface is provided with an uneven curved surface, etc. on the sliding slope, and the convex curved surface, the concave curved surface, and the uneven curved surface are regular or irregular. This problem is solved by having various three-dimensional structures. [Selection] Figure 1

Description

  The present invention relates to a slide for playground equipment with exercise equipment, by creating various exercise forms by adding ingenuity to the shape, structure, and function peculiar to the slide, and experiencing various exercise viewpoints and sensations, It is intended to improve exercise and physical ability.

  Conventionally, the playground equipment of the slide is currently used as a playground equipment in which the concept of the slide is fixed and fixed, the runway of the slide, and the slide posture does not change, and the slide is used for various exercise modes, There was nothing to incorporate as motor ability or sensation.

  However, the conventional slide playground equipment has no major changes in shape, structure, function, etc., and tends to be mannerism, the player's attractiveness and lack of expectation, exercise ability corresponding to the exercise form, The current situation is that there is a need for slides to improve skills such as motor sensation and stagnation of motivation, and to challenge players and reduce satisfaction. An object of the present invention is to solve these disadvantages.

  In order to solve this problem, the invention according to claim 1 is provided such that, on the runway surface of the slide, a convex curved surface, a concave curved surface, a concave curved surface, a convex curved surface, a concave curved surface, A curved surface having a convex shape, a curved surface having a concave and convex shape, and a curved surface having a convex shape on a whole surface, a concave curved surface, a curved surface having a concave and convex shape, etc. By providing equipment on the runway surface, which is composed of irregular and irregular three-dimensional curved surfaces with regular or irregular curved shapes, concave and concave curved shapes, and irregular curved shapes. There are various types of exercise energy, and there is a universal and fluid direction, and it is a three-dimensional slide that provides useful support by excavating the exercise ability and physical ability rationally.

  Further, the invention of claim 2 has various semicircular three-dimensional curved surfaces of various sizes such as a protruding protruding area on a plane, a protruding shape, a low peripheral edge, and a protruding height. Perimeter solid curved surface shape such as 1/4, 3/3, 1/3, 2/3, etc., individually or entirely continuous on both sides on the sliding slope, or convex or concave overhang A wide and small shape, such as a low and wide edge, a low edge, and a protruding height. By arranging the entire runway in a variety of meandering shapes, a regular and irregular zigzag rotating runway can be created, with a convex curved surface, a concave curved surface, and an uneven curved surface on a flat or concave curved surface. Shape, stepped shape such as curved surface with uneven surface, staircase type, wave type, jump, up / down / front / left / right / rotation system etc. To stereoscopic slides providing those composite mechanism having a motion component dimensions dynamic system random order.

  Further, the invention of claim 3 uses a single runway, each individually or in plural, in parallel, by branch, or in series, and is regular or irregular on the plane and curved surface on the runway surface. A versatile three-dimensional curved surface with convex, concave, and concave-shaped shapes that can be combined into a jointed connection type or seamlessly placed into a fusion facility, and the built-in connection type replaces multiple changes. Depending on the exercise form and environment, the layout and configuration of various shapes on the surface of the runway, the width, the length, the inclination from the top to the bottom, etc. can be varied, and the runway It also constitutes a function to adjust the degree of difficulty, challenge and pleasure, and constructs the mechanism with fluid movement elements in random order, including the entire body of the slide, both sides on each runway structure Ends can support stable supports, supports, rails, Use a wall, etc., to support the back of the runway with a beam, or to reinforce and combine the all-around three-dimensional structure on the runway surface with a frame cover, as a structure that maintains overall safety The entire runway surface and the whole are made of materials such as aluminum alloy, stainless steel plate, various metals, synthetic metal, plastic chemical composition, synthetic resin, wood processing, stone processing, rock, ceramics, concrete, etc. A three-dimensional slide suitable for each environment that can be used outdoors or indoors.

  In accordance with the present invention, there are human and physical movement energy in the entire range of each curved surface on the runway surface of the slide, there are various movement forms, and accurate movement operation / confirmation according to movement ability It is an all-round one that can be modified and that can improve and improve exercise skills and power-up, practice recovery and coping skills, training, etc., and can enjoy and improve exercise from infants to general players.

  The movement form is a straight downhill system, a downhill downhill system, a vertical movement system, a left and right movement system, a jump system, a zigzag rotation system or a synthesized 3D dynamic movement element such as a sense of balance and unbalance. There is a universal and fluid direction in which bipolarization occurs instantaneously, in a timely manner, and in a subordinate manner, and it makes it possible to rationally discover motor ability and physical ability, especially useful for balance sense and trunk strengthening It is.

  Depending on the skill level of the player, it is possible to select a curved surface on a suitable runway surface, increase motivation to exercise, challenge various types of exercise in a comfortable tension, and have sustainability Can provide high-performance materials.

  Because it is equipped with components that have great performance effects and are deep, essentially, you can experience various exercise forms directly in the entire range of curved surfaces on the runway surface, and exercise levels that suit your exercise skills Can be practiced, can effectively acquire the ability to cope, and because the exercise form is composed of various combined structures, it can be freely shaped and perform, and it can be used by beginners and experts And motor learning.

  A variety of movement elements that are not conventional runways of slides change instantly, and you can experience a variety of realistic and timely exercise systems, as well as high motivation and sustainability for learning, practicing, training, and playing each exercise form Is possible.

  There are various motor elements in the entire runway, and it is possible to find the motor skills that can be handled, so you can experience the timing, balance, rhythm, etc. of the motor skills that are athletic skills, and with a high skill level up You can fight and demonstrate the power that is effective in improving physical ability.

  With the present invention, independent and independent motor learning can be activated, and it is possible to exercise with the My Pace menu regardless of others, and the ability and quality of exercise are greatly enhanced, and various exercise patterns are customary By practicing repeatedly, you can establish a satisfactory exercise system to acquire exercise skills and improve exercise ability.

  According to the three-dimensional structure resistor of the present invention, it is possible to select the movement adjustment that suits the learning content of the movement, the level of achievement of the task and the technical skill, etc. according to the form, ability, and sense of movement, and the performance in a free form Therefore, it is possible to efficiently achieve independent motor learning for all classes from beginners to experts, and it is possible to provide profound materials that can be widely used.

  Since the user can naturally select a suitable exercise load and exercise environment, there is no problem in exercising, and improvement and enhancement of exercise for disabled people, infants, elderly people, etc. as well as general healthy people It is useful and enjoyable for the purpose of maintaining physical fitness and health, rehabilitation for injured persons, relaxation, and stress relief.

  In voluntary desires for exercise, exercise and maintain the spirit of struggle and sustainability in the spirit of voluntary feeling, achievement, and powerful tension, voluntarily and athletic subjects and exercise challenges. Can do.

  The use of three-dimensional structures is a big indicator to see the direction to achieve goals such as learning content, tasks, corrections and technical level of exercise, By evaluating at the end of the exercise, exercise will be stimulated, motivated and motivated.

  The present invention is designed to improve the physical ability, balance sensation, and trunk strengthening by smoothly moving, aggressive, exciting, and other motions to improve the physical ability, balance, and trunk structure. It is possible to reform the consciousness of the exercise form such as improvement, and the exercise environment can be easily applied both indoors and outdoors, regardless of whether the exercise environment is outdoor or indoor, and each exercise form exists universally.

  FIG. 1 is a schematic diagram example of a front view, a side view, and a perspective view on a plane on the runway surface, and various curved surfaces 1F to 1J are installed on the inclined surface of the runway plane 1A. Smooth, aggressive, and exciting movements that can be freely deployed to improve physical abilities, balance, and trunk strengthening. Glide, challenge, improve technical skills, etc. Providing exercise elements and exercise environment that can change the consciousness of the exercise form, including the entire body of the slide, both sides of the structure on the surface of the runway can be stably slidable struts, supports, fences, outer walls Etc., provided on the back side of the runway with a beam, or provided as a structure that maintains the overall safety of the entire circumference of the runway surface with a frame cover, combined configuration, and overall safety. As shown in the present invention Other configurations of, it is also possible to use a structure, not limited thereto.

  FIG. 2 is an example of a schematic front view in which the surface of the runway is flat and each curved surface is arranged on each curved surface. 21 and 22 are a flat surface on the runway surface and a concave curved surface on the runway surface of 23. Is a regular or irregular, various three-dimensional curved surface shape of irregular three-dimensional structure, 24 is a three-dimensional equipment arrangement on the curved surface of the runway as a whole, conforming to the motor ability Each curved slide from 2A to 2I is mixed and adjusted to form a three-dimensional slide.

  FIG. 3 is a schematic diagram example of each curved surface shape arranged on each runway surface, and 3i on the drawing needs to be adjusted consistently depending on the bending angle on the runway surface on the concave curved surface, 37 deformed convex curved surface shapes have convex and concave convex shapes (large, medium, small) on the left and right curved changes, and each curved surface shape of 31 to 39 on each runway surface However, it is not limited to this by using a variety of sizes, arrangements, combinations, specifications, etc.

  Fig. 4 is an example of a front view and a cross-sectional view of each curved surface mounting mechanism on each runway surface. 4e requires a consistent adjustment depending on the bending angle on the runway surface on the concave curved surface. 4E, the joint end of each concavo-convex curved surface is a built-in joint type or a seamless type of equipment and processing that is integrated and integrated, and the built-in joint type can also be replaced with a plurality of changed ones. In addition, the built-in joint type is designed to build a three-dimensional slide for safety and exercise environment with a structure that enables stable, safe and comfortable sliding with minimal gaps and steps between the joint ends of each concave and convex curved surface. .

  FIG. 5 is an example of a schematic diagram of each use application on the surface of each runway of a three-dimensional slide. 51 is a single individual on three run slopes, 52 is a plurality of each parallel, 53 is each branch, 5J, 5K, and 5L are combined in series, and the composite part on the 5M runway and curved surface is constructed to minimize gaps and steps, and the size and arrangement of various curved shapes on the runway surface. Width, length, thickness on the entire runway surface, 54, and 5H sloped part from the top to the bottom, 5I beam structure on the backside of the runway, material, etc. Select a mechanism that has a motion element with the function of adjusting the difficulty level of the runway, and make it a three-dimensional slide that can be used for each player.

  The present invention is not only specialized as an exercise equipment but can also be applied to other toy-like elements and the like, and FIGS. 1 to 5 are schematic diagrams of three-dimensional structures, and the scope of the present invention If you can be satisfied, this is not the case.

  Since the three-dimensional slide according to the present invention can be industrially mass-produced, it has industrial applicability.

  Schematic example of front, side, and perspective views on the runway surface   Schematic front view example of each curved surface arrangement on the plane and each curved surface on the runway surface   Schematic example of each curved surface installed on each runway surface   Schematic example of front view and cross-sectional view of each curved surface arrangement mechanism on each runway surface   Schematic example of each intended use on each runway surface of a three-dimensional slide

The letters and numbers in the figure are as follows.
11: Front view on runway plane 12: Left side view (however, left half range)
13: Right side view (however, right half range) 14: Perspective view 1A: On runway plane 1B: Frame cover 1C: Runway side wall 1D: Runway handrail fence 1E: Handrail top 1F: Individual semicircular solid curved surface 1G: convex all-around solid curved surface 1H: concave all-around solid curved surface 1I: stepped curved surface 1J: convex vertical all-around solid curved surface 1a: runway deceleration area 1b: runway side wall / handrail fence omitted / Perspective 21: Runway surface on a flat surface 22: Runway surface on a flat surface 23: Runway surface on a concave curved surface 24: Runway surface on an uneven curved surface 2A: Overall continuous semicircular solid curved surface 2B: large and small convex all-around solid curved surface 2C: concave all-around solid curved surface 2D: stepped curved surface 2E: deformed concave curved surface 2F: deformed concave curved surface (rotating system)
2G: Deformed convex curved surface 2H: Deformed convex curved surface (rotating system)
2I: Wave type curved surface shape 2a: Runway deceleration area 31: Partial circumferential solid curved surface shape 32: Overall continuous semicircular solid curved surface shape 33: Convex full circumferential solid curved surface shape 34: Deformed convex curved curved surface shape 35: Concave convex whole shape Circumferential solid curved surface 36: Deformed concave curved surface shape 37: Deformed convex curved surface shape 38: Deformed concave curved curved surface shape 39: Concave and convex curved surface shape 3A: Overall continuous quarter-circular solid curved surface shape 3B: Convex-shaped curved surface Shape 3C: concave semicircular solid curved surface shape 3D: convex curved surface shape 3E: deformed convex curved surface shape (middle)
3F: Deformed convex curved surface (small) 3G: Deformed convex curved surface (large)
3H: concave curved surface shape 3I: semicircular solid curved surface shape 3J: 1/4 circumferential solid curved surface shape 3K: 2/3 circumferential solid curved surface shape 3L: concave full circumferential solid curved surface shape (large) 3M: concave full circumferential solid curved surface shape (small) )
3N: Step-shaped curved surface shape 30: Wave-shaped curved surface shape 3a: Cross-sectional view of 32 3b: Cross-sectional view of 33 3c: Cross-sectional view of 35 3d: Cross-sectional view of 37 3e: Cross-sectional view of 37 3f: Cross-sectional view of 37 3g: 37: Cross section 3h: Cross section 3i: 38 When the runway surface is on a concave curved surface 41: Half-circumferential curved surface 42: Convex full-circumferential curved surface 43: Concave full-circular solid curved surface 44: Half-circular solid curved surface 4A: half-circumferential curved surface 4B: convex all-around solid curved surface 4C: convex all-around solid curved surface 4D: concave all-around solid curved surface 4E: joint end 4a: cross section 4b of each uneven curved surface : Cross-sectional view of 41 4c: Cross-sectional view of 42 4d: Cross-sectional view of 43 4e: When the runway surface is on a concave curved surface 51: One-dimensional slide on each runway surface 52: Multiple on the runway surface in parallel Separate installation 53: Separate installation on the runway surface : Variable installation of slope on runway 55: In-line composition installation on each runway surface 5A: Runway surface is flat 5B: Runway surface is concave curved surface 5C: Runway surface is uneven curved surface Upper 5D: Partition wall of each runway 5E: Flat on the runway surface 5F: On the runway surface on a concave curved surface 5G: On the runway surface on an uneven curved surface 5H: Runway slope change point (each 5I: Beam on the back side of the runway 5J: On the runway surface on a flat surface 5K: On the runway surface on a concave curved surface 5L: On the runway surface on an uneven curved surface 5M: On the runway surface and curved surface Upper composition part

Claims (3)

In the runway on the surface of the slide, a convex curved shape on a plane, concave curved, the unevenness of the curved, concave curved surface on the convex curved, concave curved, the unevenness of the curved, more , on a plane, provided the entire surface on the concavo-convex curved surface other than the concave tracks surface smooth run slope, the convex curved shape, concave curved, curved regularly for uneven or irregular A three-dimensional slide characterized by having various three-dimensional structures. Convex-shaped large and small semicircular curved surfaces on the plane individually and generally continuous on both sides on the sliding slope, or generally convex and concave large and small various on the sliding slope There are three types of three-dimensional curved surfaces: a variety of convex curved surfaces, concave / convex curved surfaces on concave slopes, and concave / convex curved surfaces on the entire surface. Consists of running slopes, each running slope is used alone or in combination, and includes curved steps, staircases, and waves, including convex curved surfaces, concave curved surfaces, and uneven curved surfaces By arranging the shapes partially, interspersed, entirely and continuously, fluid direct downhill system, slant downhill system, vertical movement system, left and right movement system, jump system, zigzag rotation system and synthesized 3D 2. A solid body according to claim 1, wherein the composite mechanisms having dynamic motion elements are provided in random order. Ri table. Constructed on each of the three run slopes individually or in parallel by multiple, branching, and series synthesis, and on the runway surface, the shape , size, arrangement and configuration suitable for various curved runs There is a mechanism on the entire road surface that has a movement element that functions to adjust the difficulty of the runway by changing the structure such as width, length, thickness, inclination from top to bottom, material, etc. and, each runway surface structural both sides ends support that can stably slide, using fences, walls, the runway back side supported by the beam, to reinforce the support by the frame cover, or a frame covered with beams 2. The three-dimensional slide according to claim 1, wherein the three-dimensional slide is provided in a combination configuration and provided as a structure having safety as a whole and can be used outdoors or indoors.

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