KR200164006Y1 - Multi-functional pleasure implement frame by combination of round bearing and springs - Google Patents

Abstract

The present invention relates to a children's sports playground equipment that can be used as a children's sports playground equipment, centered on the floor frame 20 is supported on the floor and the central axis 21 is firmly installed in the center of the floor frame (20) Multifunctional consisting of spherical bearings or general bearings, various springs and various balls, removable base plate and up and down connecting pipe, removable cams and various transfer play parts that can be detached while being connected to cams. And rides and frames.

Description

Multi-functional Pleasure Implement Frame by combination of round bearing and springs}

The present invention relates to a children's play equipment having the function of a sports play equipment.

Playground equipment is used to grow brains and satisfy curiosity as a child grows.

The present invention is easy to rotate left and right, as well as exercise nerve development can help a lot in building the courage.

However, up to now, there are no outdoor playground equipments that can feel thrill while turning left and right for indoor use only around 1m in diameter.

The present invention is designed to solve the above problems, and aims to improve the development of the brain by fostering the motor nerve and courage, as well as the curiosity by facilitating the swing of the right and left rotation and surfing even in a narrow space.

1 and 2 are a perspective view and a cross-sectional view of the multi-function playground equipment frame according to the present invention

3 is a perspective view of a flying saucer rides according to the present invention

4 is a cross-sectional view showing a state in which the ride part is coupled to the ball bearing on the floor frame;

5 is a cross-sectional view showing a state in which the ride portion combined with the central axis support combination in the floor frame;

Figure 6 is a cross-sectional view showing a state in which the ride part coupled to the large spring combination on the floor frame;

7 is a cross-sectional view showing a state in which the ride part is coupled to the six spring combination on the floor frame;

8 is a cross-sectional view of a cam attached to the center of the bottom frame;

9 is a perspective view of a cross-shaped seesaw rides riding part according to the present invention

10 is a cross-sectional view illustrating a state in which a lifting seesaw is coupled to a spring frame and a spherical bearing on a floor frame;

11 is a cross-sectional view illustrating a state in which a lifting frame, a spring, and a spherical bearing are coupled to the floor frame;

12 is a cross-sectional view showing a state in which the ride part and the spring and the spherical bearing are coupled to the floor frame;

FIG. 13 is a view illustrating a state in which a ride part is coupled to a floor frame. FIG.

14 is a perspective view of a riding part of the flying saucer rides according to the present invention

15 is a cross-sectional view showing a state in which the passenger ride (flying plate) and the spherical bearing and the general bearing is coupled to the floor frame by a spring;

FIG. 16 is a view illustrating a state in which a ride part is coupled to a floor frame. FIG.

17 is a cross-sectional view showing a state in which the ride part and the spring and the spherical bearing and the general bearing are coupled to the floor frame;

18 is a view showing a state in which the ride part coupled to the floor frame;

19 is a cross-sectional view showing a state in which the ride part and the spring and the general bearing is coupled to the floor frame;

20 is a view showing a state in which the ride part coupled to the floor frame;

21 is a cross-sectional view showing a state in which the ride part and the spring and the ball and the general bearing is coupled to the floor frame;

FIG. 22 is a view illustrating a state in which a ride part is coupled to a floor frame. FIG.

Figure 23 is a cross-sectional view showing a state in which the ride and the spring and the ball and the general bearing is coupled to the floor frame;

FIG. 24 is a view illustrating a state in which a riding part is coupled to a deformed floor frame. FIG.

FIG. 25 is a cross-sectional view illustrating a state in which a riding play unit, a spring, a spherical bearing, and a general bearing are coupled to the deformed floor frame. FIG.

Figure 26 is a perspective view of a ride on the ride ride according to the present invention

27 is a view showing a state in which the ride portion coupled to the floor frame;

28 is a cross-sectional view showing a state in which the play part, the spring and the bearing are coupled to the floor frame;

29 is a view showing a state in which the ride part coupled to the floor frame;

30 is a cross-sectional view showing a state in which the play part, the spring and the bearing are coupled to the floor frame;

31 is a perspective view of a flying saucer rides (single seat) according to the present invention

32 is a view showing a state in which the ride part coupled to the floor frame in cross section;

33 is a cross-sectional view illustrating a state in which a spring and a bearing are coupled to a floor frame;

Explanation of symbols in main part of drawing

20: floor frame 21: central axis 22: main handle

23: auxiliary handle 24: spherical bearing 25: up and down connection pipe

26: chair 27: base plate 28: lower ball bearing

28a: ball

29 ... ····························································

31 ····· Skeleton pipe 32 ····

33 ····· Base plate lower guide 34 ····

35 ... 36 Rollers ...

37 ... 38 Roller cover 38 ...

39 ····· spring support 40 ···· large spring

41 ····· Spring combination 42 ····· Cam guide

Cam ... 43 Cam ...

43b ····· Cam support ring 44 ...

45 ····························································

47 Spherical bearings 48 Backrests

49 ····· Handle 50 ····· Spherical Bearing Base

51 ····· Base plate 52 ····· Spherical bearing

53 ····· Spherical Bearing Base 54 ...

55 ····· lifting frame 56 ...

57 ····· lifting frame support 58 ...

59 ····· Spring case 60 ····· Handle

61 ... 62

63 Top base plate 64 Spring

65 ····· Spherical Bearing 66 ...

67 ················································

69 ··················································

71 ····························

120 ····· Floor Frame 121 ...

122 ····················································································

124 ····· Spherical Bearing 125 ...

126 ... 127

127a ... lower base plate 127b ...

128 ······························································ ................

130 ····· Frame Cover 131 ...

161 ... 162 Passenger play part 162 ...

163 ······ Upper base plate 164 ...

165 ····· Spherical bearing 166 ...

167

169 ... upper and lower base plate covers 170 ...

171 ... ·································

173 ...

175 ····· Plain bearing 176 ···· Plain bearing retaining ring

177: bracket for support 178: support for ride part

179: ride support support 180: spring (tension)

181: upper and lower base plate cover 182: bearing cover

183 handle 184 riding play

185: upper base plate 186: lower base plate

187: general bearing 188: general bearing retaining ring

189: stopper fixed pipe 190: stopper

191: spring (tensile) 192: ball cover for rotation

193: rotating ball 194: upper and lower base plate cover

195: ride support bracket 196: ride support

197: riding part 198: upper base plate

199: lower base plate 200: general bearing

201: bearing retaining ring 202: lower ball cover

203: upper ball cover 204: rotating ball

205: ball shaft 206: spring (tensile)

207: upper and lower base plate cover 208: support for riding part

209: ride support support 210: ride a ride

211: upper base plate 212: lower base plate

213: upper base plate support 214: spherical bearing

215: general bearing 216: bearing fixed pipe

217: spring (tension) 218: ride on the ride part

219: ride support support 220: handle

221: riding part 222: riding part pedestal

223: spring 223a: spring support rod

224: bracket 225: bearing

226: bearing fixing ring 227: seating part

228: handle (handle) 229: riding part

230: base plate cover 231: bearing

232: ride support support 233: ride support bracket

234: spring support 235: spring

236: spring support rod 237: support bracket

238: bracket for spring 239: long hole for support

240: handle 241: bearing retaining ring

242: riding part 243: steering wheel (handle)

244: upper transparent cap 245: lower transparent cap

246: seating portion 247: scaffold

248: bracket fixing pin 249: ride bracket

250: bearing 251: bearing retaining ring

252: spring 253: spring support rod

254: bracket 255: lid fixing pin

In order to achieve the above object, the flying saucer rides according to the present invention have a spherical bearing 24 at the top centering on a central shaft 21 integral with the bottom frame 20 supported on the floor. 25) is assembled and the lower portion of the base plate 27 is integrally formed with the upper and lower connecting pipes 25, the ride part 29 is assembled on the base plate (27).

When the main handle 22 of the assembled ride part 29 is pulled to the left and right and then repeatedly, the spherical bearing 24 and the lower ball bearing 28 of the lower end are driven by the elastic bias of the spring 32. When the play part 29 is shaken back and forth and left and right at the same time and continues to pull in one direction, the ride part 29 further includes continuing to rotate at a constant speed.

In addition, the spring shaft support 39 and the central shaft support spring 36 in the lower part of the base plate 27 in place of the lower ball bearing 28 installed at the lower side during the forward, left, right, left, and right movements of the spherical bearing 24. The assembled roller 35 and the roller cover 37, which are integrally assembled at the ends of the spring support shaft 38 and the spring support shaft 38, are assembled to be replaced in a hexagonal direction in accordance with the central axis guide ring 34, or Alternatively, the six spring combinations 41 or the large springs 40 were installed on the base plate 27 lower part and the central axis guide ring 34, and then the main handles 22 of the ride part 29 were pulled forward, backward, left and right. Repeatedly placed and the spherical bearings 24 of the upper acts to further play the riding part 29 to the front and rear left and right to shake and the left and right rotation very easily.

The cross-shaped seesaw ride and the cross-shaped up and down reciprocating play according to the present invention are based on the central axis 21 integrated with the floor frame 20 supported on the floor, the spherical bearings 47, 52 and the lifting platoon ( 45) and also the spherical bearings 47, 52 and the elevating frame 55 are assembled and assembled to reciprocate and rotate up and down by the operation of the spherical bearings 47, 52 and the springs 46, 54. It further includes exercising.

Riding up and down reciprocating and rotary movement play according to the present invention is the upper and lower base plate 63 (62) is installed around the central axis 21 integral with the bottom frame 20, the spring 64 in the middle When installed up and down movement in the riding part 61, the spherical bearing (65) and the spring (64) causes the elastic bias by riding the horse up and down and the rotational movement and further includes the enjoyment .

Flying saucer rides according to the present invention is the top and bottom bearing support pipe 124 and the bottom of the general bearing 125 at the center of the central axis 21 in which the bottom frame 20 is supported on the floor is a vertical support pipe Connected by (128) is made integral with the base plate 127 and to allow the flying saucer rides 131 on the base plate 127 is coupled.

Pulling and pushing the main handle 122 of the combined riding part 131, the riding part 131 is shaken up, down, left and right by the elastic bias of the spherical bearing 124 and the spring 129 of the upper end At the same time, if the pull continues to pull in one direction, the ride portion 131 further includes continuing to rotate at a constant speed.

The upper and lower reciprocation and rotational movement of the riding horse riding according to the present invention is provided with an upper base plate 163 and a lower base plate 162 around the central axis 21 integrated with the bottom frame 20 and the upper and When the spring 164 is installed between the lower part and pushes the bottom to the sole while shaking the hips up and down in the riding play part, the spherical bearing 165 and the spring 164 cause elastic bias and up and down as if riding a horse. It further includes being able to enjoy the round trip and rotation play.

Riding rides according to the present invention is a general bearing 175 is coupled to the upper base plate 174 and the support bracket 177 is installed at the bottom of the base plate is coupled to the riding play support unit 179 and riding play When the supporter 179 and the upper base plate 174 are assembled and assembled with the spring 180 to lift the hips from the ride part 173, the ride part moves up and down by the elastic bias of the spring 180. When the floor is pushed to the sole further includes moving forward and at the same time rotated by the bearing 175.

Riding ride according to the present invention is a rotary ball cover 192 at the lower end of the upper base plate 185 forms an integral part with the upper base plate 185 and the rotating ball 193 is installed at the end of the central axis It forms a pair of sieves combined with the ball cover 192 for rotation and the spring 191 is connected between the upper base plate 185 and the lower base plate 186 is coupled to the upper base plate 185 at this time When the hips are shaken by the ride part 184, the ride part 184 moves up and down by the elastic bias of the spring 191, and at the same time, when the bottom is pushed to the sole, the bearing 187 and the ball for rotation are moved forward. And further rotated by 193.

Riding horse riding according to the present invention is a rotary ball 204 at the bottom of the upper base plate 198 is formed integrally with the upper base plate 198 by the ball shaft 205, installed at the end of the central shaft 21 The upper and lower ball covers 202 and 203 form a set that is combined with the rotating ball 204 and the spring 206 is connected between the upper base plate 198 and the lower base plate 199. At this time, the hips are shaken from the ride part 197 coupled with the upper base plate 198, and the ride part 197 moves up and down by the elastic bias of the spring 206, and simultaneously pushes the floor toward the sole. It further includes being rotated by the bearing 200 and the rotating ball 204 while moving forward.

Riding ride according to the present invention is fixed to the bottom frame 120, the upper base plate 211 and the upper base plate support 213 is integrated, the spherical bearing 214 in the center of the upper base plate 211 This is coupled and the spring 217 is connected between the upper base plate 211 and the lower base plate 212 at this time to shake the hips in the ride portion 210 which is integral with the central axis (121) When the spherical bearing 214 and the spring 217, the ride portion 210 is moved up and down by the elastic bias and at the same time further pushes the floor to the sole further includes moving forward by the bearing while moving forward.

Riding rotation play according to the present invention is a spring 223 and the bracket 224 is installed on the riding play pedestal 222 supported from all directions from the central axis 21, combined with the riding play 221 and then riding Pulling the handle 228 installed at the end of the central shaft 21 in one direction in the play section 221, the four rides 221 at the same time by the bearing 225 installed on the central shaft 21 At the same time it is rotated up and down shake the ass up and down further includes a moving play part 221 is moved up and down at the same time by the elastic bias of the spring 223 is installed at the bottom of the ride part 221. .

Riding ride according to the present invention is a bearing 231 is coupled to the base plate cover 230 and is installed on the support bracket 237 at the bottom of the base plate cover 230 to be combined with the ride support support 232 And the spring support 234 integrated with the ride part supporter 232 combines the spring 235 to shake the hips from the ride part 229, the ride part 229 by the elastic bias of the spring 235. ) Is moved up and down, and at the same time when the floor is pushed to the sole includes forward rotation and at the same time rotated by the bearing 231.

Flying saucer rides according to the present invention is the upper and lower transparent caps (244, 245) is installed at the top centered around the central axis (21) integral with the floor frame (20) supported on the floor and bearing ( 250 and the bracket 254 and the ride part (249) is integrally coupled to the ride part 242 by the integrated bracket 254, the spring 252 and the spring support rod 253, the central axis ( 21) At the end, the handle 243 is fixed so that when the handle 243 is pulled in one direction from the ride part 242, the ride part 242 rotates by the bearing 250 of the central axis 21. At this time, when the hips are shaken by the elastic bias of the spring 252 is installed on the lower portion of the ride portion 242, the ride portion 242 further includes moving up and down simultaneously with the rotation.

Hereinafter, with reference to the accompanying drawings will be described a multi-function playground equipment frame according to the present invention.

1 and 2 are a perspective view and a cross-sectional view of the multifunctional ride frame according to the present invention.

As shown, the bottom frame 20 which is supported on the floor and the bottom frame 20 further includes a central axis 21 which is firmly installed in the center in the upward direction.

Figure 3 is a perspective view of the ride portion of the flying saucer rides according to the present invention.

As shown in the figure, the flying saucer playground equipment has upper and lower angled spherical bearings 24 and a base plate 27 on the top and bottom of the central axis 21 integrated with the floor frame 20 supported on the floor. Since the main pipe 22 and the central shaft 21 are substantially separated from the ride part 29, the main handle 22 and the central shaft 21 are easily assembled and assembled with the connection pipe 25.

4 is a cross-sectional view illustrating a state in which the ride part 29 is coupled to the bottom ball bearing 28 in the bottom frame 20.

As shown, the ride part 29 is a flying saucer-shaped chair 26 that can sit roundly therein, and is equipped with a handle-shaped main handle 22 at the center and an auxiliary handle at the top edge. (23) is installed to act as a handle when riding down.

In addition, the lower ball bearing 28 is installed at the lower part to keep the feed play part horizontally during normal operation, and maintain the proper angle by the elastic bias of the spring 32 installed in the lower ball bearing 28 during exercise. It causes the movement of shaking and also serves to keep the level when the ride part 29 is continuously rotated.

FIG. 5 is a cross-sectional view illustrating a state in which the play part 29 is coupled to the central axis support combinations in the floor frame 20.

As shown in the drawing, the spring support shaft 38 and the spring support shaft 38 having the spring shaft support 39 and the central shaft support spring 36 coupled to the lower end of the base plate 27 are integrally assembled with the roller 35. ) And the roller cover 37 are installed to be opposed to the central axis guide ring 34 in a hexagonal direction, and then the main handle 22 of the feed play part 29 is pulled back and forth, left and right, and the spherical surface installed at the top As the bearing 24 acts, the riding part 29 is very easy to operate back and forth, left and right shake and rotation.

6 and 7 are cross-sectional views illustrating a state in which the large spring 40 is coupled to the bottom of the base plate 27 and a state in which the six spring combinations 41 are coupled to each other.

As shown in the drawing, the six spring combinations 41 or the large springs 40 are installed on the central axis 21 and the central axis guide ring 34 at the bottom of the base plate 27, and then the main part of the ride part 29 is provided. When the handle 22 is pulled and released, the riding part 20 is easily moved back and forth, left and right by the action of the spherical bearing 24.

8 is a cross-sectional view of the cam 43 attached to the central axis 21 of the bottom frame 20.

As shown in the drawing, the cam 43 is attached to the central shaft 21 by the cam guide 42 at the bottom of the base plate 27 so that the cam 43 and the cam roller 43a are pulled out when the main handle 22 is pulled out. As the mesh rotates, the center point of the central axis 21 is moved.

That is, while the center of the ride part 29 is inclined and turned to one side at the same time as the rotation, you can enjoy the surfing feeling.

Figure 9 is a perspective view of the cross-shaped seesaw rides rides according to the present invention.

As shown, the spherical bearing 47 is coupled to the base plate 51 on the central axis 21 integrally installed on the bottom frame 20, and the seesaw center axis 44 is formed on the base plate 51 side. As it is fixed, the spherical bearing (47) and the base plate lifting platform (45) forms a set.

Correspondingly, the bottom frame 21 and the central axis 21 are integrally formed to form a center, and the two combinations are engaged so that the spring 46 and the spherical bearing 47 interact with each other in up, down, left, right, and rotational motions. .

10 is a cross-sectional view showing a state in which the lifting platform 45 is coupled to the spring 46 and the spherical bearing 47 to the bottom frame 20.

As shown, the spherical bearing 47, the base plate 51, the seesaw plate central axis 44, and the lifting seesaw plate 45 form a pair, and the bottom frame 20 and the center axis 21 form a pair. When the two combinations are engaged by the spherical bearings (47) while being forced up and down in the elevating platoon (45), the cross-shaped seesaw play is operated by the action of the spring 46 and the spherical bearings (47) by It will be a rotary motion.

FIG. 11 is a cross-sectional view illustrating a state in which the lifting frame 55, the spring 54, and the spherical bearing 52 are coupled to the bottom frame 20.

As shown, the spherical bearing 52 and the base plate 58 and the elevating frame support 57 are coupled, and the elevating frame 55 and the pin are connected to the upper elevating frame support 57 and the elevating frame 55. At the end, the spring 54 is combined with the base plate 58 to form a pair.

Correspondingly, the bottom frame 20 and the central shaft 21 also form a pair, and the two combinations are engaged by spherical bearings 52 so that when the force is applied to the upper and lower reciprocating rails 56, the spring 54 is provided. By the action of the up and down and left and right will be a rotary motion.

12 and 13 are views showing a state in which the passenger play 61 is coupled to the floor frame 20 by the spherical bearing 65 and the general bearing 66.

As shown, the general bearing 66 is coupled to the center of the lower base 62, the spherical bearing 65 is coupled to the center of the upper base 63, and the spring 64 is installed in the middle of the upper and lower bases. It keeps the gap.

When the child riding on the riding part 61 moves up and down, the riding part support member 72 causes the upper base plate 63 to elastically move up and down by the spring 64 and the spherical bearing 65. You will be able to enjoy riding in a ride, and if you push the floor to the sole, you will move forward and rotate by the bearing.

14 and 15 is a view showing a perspective view and a cross-section of the flying saucer ride portion according to the present invention.

As shown, the spring 129 is coupled between the upper base plate 127 and the lower base plate 127a, and the spherical bearing 124 and the general bearing 125 are connected to each other by the upper and lower bearing support pipes 128. It becomes integral with the upper and lower base plate, and the flying saucer ride portion 131 is coupled to the upper base plate 127.

Pulling the main handle 122 of the combined ride part 131 is pushed and repeated, the ride part 131 by the elastic bias of the spherical bearing 124 and the spring 129 at the top to shake up, down, left and right At the same time, if you continue to pull in one direction, the ride portion 131 is to continue to rotate at a constant speed.

16 and 17 are diagrams showing a state in which the ride part 161 is coupled to the floor frame 20 by the spherical bearing 165 and the general bearing 166.

As shown, the spherical bearing 165 at the center of the upper base plate 163 is coupled to the central axis 21 by the general bearing 166 at the center of the lower base plate 162 to transmit elasticity to the upper base plate 163. The vertical movement by the spring 164 and the spherical bearing 165, and when the floor is pushed to the sole, the riding part 161 is moved forward, which means that it is rotated by the bearing.

18 and 19 are views showing a state in which the ride part 173 is coupled to the floor frame 20 by the general bearing 175.

As shown, the general bearing 175 at the center of the upper base plate 174 is coupled with the central shaft 21 and the ride support 179 by the support bracket 177 at the bottom of the upper base plate 174. Is coupled to the upper base plate 174 and the spring 180 is installed between the upper base plate 174 and the ride support 179.

When the child riding on the ride part 173 moves up and down while shaking the hips, the ride part support unit 179 transmits elasticity to the upper base plate 174 to the spring 180 and the bracket for support 177. By doing the vertical movement by pushing the floor to the sole at this time, the ride portion 173 is to go forward, which means that the forward to rotate by the bearing.

20 and 21 are views illustrating a state in which the floor frame 20 and the ride part 184 are coupled by the rotating ball 193.

As shown in the upper base plate 185, the lower portion of the central portion of the rotating ball cover 192 is formed of a sieve combined with the rotating ball 193 installed at the end of the central shaft 21 and the upper base plate 185 Spring 191 is connected between the lower base plate 186 and the upper base plate 185 and the ride support unit 196 is integral.

When the child riding on the ride part 184 moves up and down while shaking the hip, the ride part support member 196 transmits elasticity to the upper base plate 185 to the spring 191 and the ball 193 for rotation. When the vertical movement by the vertical movement while pushing the floor to the sole at the same time the ride to play 184 is to move forward to go forward means that the rotation by the bearing.

22 and 23 are views illustrating a state in which the bottom frame 20 and the ride part 197 are coupled by the ball 204 for rotation.

As shown in the upper base plate 198, the ball 204 for rotation at the bottom of the center portion is formed integrally with the upper base plate 198 by the ball shaft 205 and the upper and lower ball cover is installed at the end of the central shaft 21 202 and 203 form a set, and the spring 206 is connected between the upper base plate 198 and the lower base plate 199.

In addition, the ride part supporter 209 is integrated with the upper base plate 198 under the upper base plate 198.

When the child riding on the ride play unit 197 moves up and down while shaking the hips, the ride support support 209 transmits elasticity to the upper base plate 198 so that the spring 206 is provided to the ball 204 for rotation. By doing the vertical movement by pushing the floor to the bottom at the same time while moving up and down, the ride part 197 is moved forward, which is the result of the rotational movement by the bearing.

24 and 25 are views showing a state in which the ride part 210 is coupled to the floor frame 120 by the spherical bearing 214 and the general bearing 215.

As shown, the upper base plate 211 and the upper base plate support 213 is fixed to the integrated body bottom frame 120, the spherical bearing 214 is coupled to the center of the upper base plate 211 and the upper base The spring 217 is connected between the plate 211 and the lower base plate 212.

Riding play unit 210 is coupled to the riding play support unit 219 integral with the central axis 121 and ride on the play play unit support when the child rides up and down movement shaking the hips ( 219 transmits the elasticity to the central shaft 121 to move up and down by the spherical bearing 214 and the spring 127 while pushing the floor to the sole at the same time to move up and down, so that the riding part 210 moves forward. This is the result of the rotational movement by the bearing.

FIG. 26 is a perspective view of the riding amusement ride, and FIGS. 27 and 28 are views illustrating a state in which the riding play part 221 is coupled to the floor frame 20.

As shown, the play part pedestal 222 is installed integrally with the bearing 225 in the east-west north-south direction around the central axis 21, the bracket 224 integral with the play part pedestal 222 And spring 223 is coupled to the ride part 221 and the handle 228 is fixed to the end of the central axis 21, the child riding on the ride part 221 pulls the handle 228 in one direction, the center The riding part 221 is rotated by the bearing 225 coupled to the shaft 21.

At this time, when the child riding on the ride part 221 shakes the hips, the ride part 221 rotates while moving up and down at the same time by the elastic bias of the spring 223 installed at the bottom of the ride part 221. You will also exercise.

29 and 30 are views illustrating a state in which the ride part 229 is coupled to the bottom frame 20 by a bearing 231 and a spring 235.

As shown, the bearing 231 is coupled to the central shaft 21 at the center of the base plate cover 230, and the support bracket 237 is connected to the ride-up support 232 at the bottom of the base plate cover 230. When the spring support 234 is installed and integrated with the ride game support 232 is coupled to the spring 235 to shake the hips in the ride play 229 by the elastic bias of the spring 235 riding play ( 229) is to move up and down, and at the same time push the bottom to the sole is to move forward and at the same time rotated by the bearing 231.

FIG. 31 is a perspective view of a flying saucer ride (single seat), and FIGS. 32 and 33 are views illustrating a state in which the ride part 242 is coupled to the floor frame 20.

As shown, the handle 243 is fixed at the end of the central axis 21, and the upper and lower transparent caps 244 and 245 are installed at the upper end of the riding part 242, and the riding part ( At the lower end, the bearing 250, the bracket 254, and the ride part supporter 249 are integrally formed around the central shaft 21, and the handle 243 is provided with a bracket 254, a spring 252, and a spring support rod. When pulling, the ride part 242 is rotated by the bearing 250 of the central axis 21, and when the hips are shaken, the elastic bias of the spring 252 is installed at the bottom of the ride part 242 By this, the ride part 242 is to move up and down simultaneously with the rotation.

As described above, the flying saucer rides, cross-shaped seesaw rides, and riding horse rides according to the present invention can swing back and forth, and to rotate in both directions, so that children can enjoy the ride for a long time without feeling proof. In addition, four people can play a group sports play equipment also helps to cultivate cooperation spirit.

Claims (6)

The upper end that is installed and assembled by vertically connecting pipe 25 by dividing the bottom frame 20 supported on the floor and the central shaft 21 and the lunch shaft 21 which are integrated with the bottom frame 20 in both ends. The spherical bearing 24 and the base plate 27 at the bottom and the ride part 29 mounted on the base plate 27 and the chair 26 and the main handle 22 inside the ride part 29 Multi-functional playground equipment and ball and spring combined with various bearings, characterized in that it comprises at least four lower ball bearings 28 installed at the bottom of the base plate (27) Hexagonal on the central axis 21 integral with the bottom frame 20 and the spherical bearing 24 at the upper end, the base plate 27 at the lower end, and the base plate 27 at the lower part. Roller 35 and roller cover which are integrally assembled at the ends of the spring support shaft 38 and the spring support shaft 38 to which the spring shaft support 39 and the central shaft support spring 36 are installed. 37) to be installed in the hexagonal direction in accordance with the central axis guide ring 34, or six spring combinations 41 or large springs (40) to the base plate 27 lower portion and the central axis guide ring (34) After installation, the main handle 22 of the riding part 29 is pulled back and forth, left and right, and then repeatedly. The riding part 29 is moved back and forth, left and right by the action of the spherical bearing 24 at the top. Bearings, balls and soups, further comprising: Multifunctional rides combined with rings frame The central shaft 21 integral with the bottom frame 20 and the spherical bearings 47, 52 and the springs 46, 54 coupled to the central shaft 21 are the base plates 51 and 58. ) And the center plate 44 and the elevating frame support 57 are installed on the base plate 51 and 58, and are integrated with the elevating platoon 45 and the elevating frame 55. Squadron 45 and platform 56 further include spherical bearings 47, 52, and springs 46, 54 to facilitate up, down, left and right movements and rotations. And rides combined with springs and springs Upper and lower base plates 63 and 62 coupled to the central shaft 21 integral with the bottom frame 20, and spherical bearings 65 and general bearings 66 and upper and lower parts coupled to the center of the base plate. Up and down movement in the riding play portion 61 by the spring 64 installed in the middle of the base plate (63) (62) causes an elastic bias to facilitate up and down movement and rotation of the flying saucer The upper base plate 127 and the lower base plate 127a and the upper and lower base plate 127, 127a is provided with a spring 129 installed in the middle of the various bearings, ball and spring coupled function Rides and its frame Upper base plates 163, 174, 185, 198 and lower base plates 162, 186, 199 coupled to a central axis 21 integral with the bottom frame 20, and their bases. The spherical bearing 165 and the general bearing 175 and the rotating balls 193 and 204, the rotating ball cover 192 and the upper and lower parts which are in combination with the rotating balls 193 and 204 are plate-coupled. It includes a ball cover (203), 203, and a ride part support 179 connected to the support bracket 177 integrally coupled with the upper base plate 174, the upper base plate 211 and the upper Base frame support 213 and fixed to the bottom frame 120 and spherical bearing 214 and the regular bearing 215 installed by the general bearing 215 and the play part support unit integrated with the central axis 121 ( 219 and the various bearings and the ball and the spring is combined, characterized in that it comprises a spring 217 installed between the upper base plate 211 and the lower base plate 212 Feature rides and its frame. Bracket for connecting and installing the ride part 222 and the bearing 225 and the spring 223 coupled to the central axis 21 which is integral with the floor frame 20 and the ride part 221 ( 224 and, when pulling the handle 228 fixed to the end of the central axis 21, the ride part 221 rotates and at the same time includes the vertical movement by the elastic bias of the spring 223, the center The transparent caps 244 and 245 are installed at the top of the passenger vehicle 242 around the shaft 21, and the handle 243 is fixed at the end of the central shaft 21, and the central axis at the bottom of the passenger play unit 242. The play part 242 by the body bracket 254, the spring 252, and the spring support rod 253 in which the bearing 250, the bracket 254, and the ride part support 249 are integrally formed around the 21; And various bearings, balls and springs, which are connected to each other and are characterized by the elastic bias of the spring 252 and the rotation of the bearing 250 and the upper and lower transparent caps. Combined multi-functional rides and the frame.