KR950010496B1 - Rotate sports device - Google Patents

Abstract

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Description

Rotary fitness equipment

1 is a front view of the main body of the present invention.

2 is a cross-sectional view of the bearing structure seen from line 2-2 of FIG.

3 is a plan view of the waistband seen from line 3-3 of FIG.

4 is a side view of the position adjusting means having the elevating scaffold viewed from line 4-4 of FIG.

5 is a detailed view of a ring lock adjusting device viewed from line 5-5 of FIG.

6 is an embodiment of an operating magnet installed in the inner ring.

7 is a front view showing the operation stop means of the rotary ring.

8 is a detailed view of an operation stop means.

9 is a plan view of the operating magnet seen from line 9-9 in FIG.

* Explanation of symbols for main parts of the drawings

10: rotary motion mechanism 11: support member

13: outer ring 14: intermediate ring

15: inner ring 16: working magnet

18: jack member 30: yoke

35: bearing 36: bearing structure

70: handle 85: lock bar

200: operation stop means

The present invention relates to a rotary motion mechanism that can be operated by the force of the operator.

Existing recreational exercise equipment can be seen in many kinds of gymnastics facilities, including roller coaster, carousel, ring throwing.

However, these instruments did not provide a means for the operator to enjoy watching the operating portion of the structure.

The present invention is an excellent scientific design and can be easily assembled and has the feature that the operator can easily see the working part of the structure.

Even more noteworthy is that this rotary motion mechanism is a representative device that is fully operated by human force and movement, and all the moving parts are seen from either side.

It is an object of the present invention to provide a fitness device that can safely freely operate a device in which a person is safely located in the device, and locks the machine after stopping or stopping the operation of the machine.

Another object of the present invention is to provide a means by which a person can adjust his or her position in the device, relax therein, and move the structure without anyone's help.

Another object of the present invention is to provide a means that does not concern the height, weight, etc. of the operator moving in the device, does not cause a dangerous state of operation, the structure is simple and all the operating parts of the structure can be repaired in the eyes of the operator. It is.

In addition, although included within the object of the invention, the device is a mobile, synthetic adhesive that can be replaced immediately without regard to location or location.

Hereinafter, the present invention will be described with reference to the drawings.

1 shows the rotary motion mechanism 10 of the present invention, and a support member 11 is provided at the lower end of the mechanism 10 to enable the movement of a place with respect to the ground surface 12.

The mechanism of the rotary motion mechanism of the present invention may be simplified by using one ring or two rings, but the present application includes three outer ring 13 and middle ring 14 inner ring 15. Made by combining rings. Reference numeral 16 is where the operator is located, where the person 17 is located.

Four jack members are positioned at the bottom of the support member 11 to assist the movement of the rotary motion mechanism 10, and are moved by the casters 19 and the rollers 20. Each caster 19 and roller 20 has a bracket 21 with one arm 22, which is attached to the cylindrical portion 24 of the jack assembly. It is necessary to fix the support member 11 to adjust each of the jack assemblies up and down, and a mechanism for adjusting the level of the support member relative to the ground surface 12 when the support member is moved up and down. 25 is installed.

The rotary motion mechanism, when the operator 17 rests, waits or stops operation, all the rings are aligned on a vertical plane as in the first and fifth drawings. The assembled three ring members are rotatably installed on the bow-shaped yoke 30 located on the support member. The left and right ends of the yoke 30 are attached to the outer ring member of the rotary motion mechanism 10, and a pillar or bearing 35 is installed at the center of the yoke to support the yoke, and the upper portion of the bearing 35 is It is welded to the bow-shaped yoke, and the bottom is welded to the support member.

The bearing portion 35 coupled with the yoke can reduce the impact of the instrument, so that the shock absorbing support system of the present structure can prevent the impact on the instrument even when walking or running on the structure. In addition, even if you ride on the exercise equipment, you feel comfortable and comfortable rather than feeling a rigid rigid structure. This doubles the meaning of enhancing the enjoyment and safety of using the structure. More specifically, the outer ring 13 and the yoke are connected by a bearing structure 36 and one end of the flange 37 holding the sliding bearing 39 wrapped around the shaft 38 is provided with the outer ring 13. It is welded to, the shaft 38 is supported by a fixed block 40 fixed to the end of the yoke, so the outer ring 13 is able to rotate 360 ° with respect to the horizontal axis (41). The intermediate ring 14 is installed to rotate 360 ° about the vertical axis 45 as shown in FIG.

This is because the intermediate ring 14 is connected to rotate as the outer ring 13 and the bearing structures 46 and 47. Furthermore, as can be seen in FIG. 1, the intermediate ring 14 and the inner ring 15 are pivotally connected on the horizontal axis 48 by bearings 49 and 50 so that the outer ring 13 can be rotated. The inner ring 15 is also installed to be able to coincide for a while while rotating 360 degrees about the horizontal axis 48 when the 360 degree rotation about the horizontal axis 41.

The bearing 50, like the other bearings 46, 47, and 49, consists of a flange 51 and a shaft 52, and is attached to the inner ring 15 by welding. The bearing 55 is disposed between the flange and the auxiliary flange 53 and slidably circulated, and the auxiliary flange is welded to the intermediate ring 14 together with the shaft 54.

The operator 17 of the mechanism is attached to the inner ring 15 of the operator magnet on which the operator is located as a source of adjustment force for adjusting the rotary motion mechanism, and the operator magnet is safe and comfortable for the operator 17. It is set up to work. The operator magnet has a position adjusting means for adjusting the position of the operator, the position adjusting means being mounted on the jack 61 fixed to the inner ring 15 so that the height of the footrest 60 for the operator's convenience can be adjusted. It is installed to be descendable.

In addition, the footrest has a left, right footrest 63, each footrest is attached to the leash 64 to securely hang on the lifting plate (62). An adjustable elastic band 66 is installed to hold the ankle on the support 65 which is installed upward at the back of the elevating plate 62. The handle 70 having the handrail 71 and 72 toward the upper portion of the inner ring 15 is fixedly installed on the inner side of the inner ring 15, and comfortably placed on the head and shoulders of the operator 17. It is installed to be located. In order to make the posture of the instrument operator more convenient, the waist belt 73 is installed on the upper portions of the legs 74 and 75 connected to the inner ring 15 to surround the instrument operator's waist, thereby providing safety. The belt is composed of a cockpit portion 76 and a door portion 77 to fit the coordinator's body, and one end of the door portion 77 is connected to the cockpit portion 76 by a claw 78 and the door 77 The other side of the) is connected to the cladding 79 so that the coordinator wraps the waist with the waistband 73, and then secures it by hanging the cladding 79 to prevent the impact and give comfort. It is. The platform 62 of the footrest 60 is installed on the jack 61 which can adjust the height for adjustment of the adjuster to a height or a comfortable posture, and as a mechanism for raising and lowering the jack, a rotating crank ( 81) is installed.

In addition, the structure of the rotary motion mechanism is a safe structure for the ring yarn or yoke part when resting or moving, the operator riding or lowering. This is achieved by the provision of the locking rod 85 as shown in FIGS. 1 and 5.

The locking rod is composed of inner and outer rods 86 and 87 attached to both ends of the base plate 88.

The rod 90 is attached to the outside of the rod for the movement of the locking rod to the rod, when the rotation of each ring member is kept open freely, as shown in Figure 1 the rod is in a solid position, the ring member In order to not allow the rotation of the lock when using the handle 90 as shown in the dotted line to move the bar.

In operating the rotary motion mechanism, the support member 11 is moved to a desired position by moving the ball caster 19, and then the height of the support plate is adjusted by the operation of the crank 25. Thereafter, the operator places the foot on the footrest, and then the foot is fixed using the fixing band 64, the legs are tightened with the elastic band 66, and the latch 79 of the belt is locked. In this state, the operator grasps the handles 71 and 72 with both hands to move the center of the body, but can operate the rotary motion device as desired. When the operator (operator) wants to change his position up and down or left and right, he can move the operator's arm, body or legs freely and apply the force in the desired direction. The chair may be positioned obliquely laterally in the body or inverted in all positions.

Thus, if the operator wants, he can choose any position he wants, and the range of activity depends on the material and strength of the operator. Also, continuous operation is possible in any situation. After the instrument operator has finished the exercise, he or she may return to its original position with the help of the operator's own strength or with the help of others. When the operator wants to get out of the rotary motion mechanism, after locking the lock bar, the operator unwinds the leash 64, the fixing band 66 and the latch 79 and descends to the ground.

6 shows another structure of the cockpit 116, where the scaffold 160 and the railings 171 and 172 have the same structure as described in FIG. 1 above, and are fastened to four ears of the flexible brace 126. FIG. It is connected to the inner ring 115 by the shock absorbing cables 118, 120, 122, and 124 through screws 119, 121, 123, and 125, and the seat belt 128 is positioned in front of the brace 126, and the operator securely enumerates the belt by the safety buckle 130. I am supposed to close.

In addition, the adjustable cables 118, 120, 122 and 124 are secured to the inner ring 115 by anchors 132, 134, 136 and 138. Tightening screws should not allow more than 6 inches of movement back and forth between the operator.

Thus, the maximum limit of operator movement is limited to 12 inches, which is to protect the operator from excessive stress and potential hazards. Shock-absorbing cable and wire has elasticity and flexibility within the elastic limit when the weight is loaded, thereby acting to alleviate the shock caused by the shaking of the body.

Figure 7 is another embodiment in which the operation stop mechanism 200 and the operation magnet 230 is installed in the mechanism, it is installed to operate in the inner ring 180. Reference numerals 186 and 188 are handrails, which are installed on inner rings above the operator's head, and serve as the components 71, 72, 171, and 172 described above.

The operation stopping means 200 may be attached to the inner ring 180 so that the operator can safely enter and exit the apparatus, and stop the ring vertically. The stopping means includes a tube 202 fixed at position 192 of the inner ring 180 and is located parallel to the jack 184. The tube 202 is provided as a passage through which the rod 204 can slide up and down, and a handle 206 is attached to the upper end of the rod 204, and the rod end 208 is accommodated to rotate the ring. Receiving vessels 210 and 212 to prevent the yoke 190 is attached. In order for the operator to finish the movement and get out of the instrument, he must first act slowly when the outer and middle rings are somewhat perpendicular to the ground. The operator must then wait until the distal end 208 of the rod 204 is inserted into one of the receptacles 210, 212. The operator can then descend from the operating seat of the instrument to the ground.

8 is a detailed view of an operation stop mechanism. A cap 214 is attached to the upper portion of the tube 202, and the cap is formed with cross-shaped grooves 216, 218, 220, and 222. Protruding rods 224 and 226 protruding outward in the middle of the rod are fixed in a symmetrical position, and the protruding rods can be moved axially in the tube through the grooves 216, 220, 218 and 222.

A spring is enclosed in the tube and acts to pull the rod body downward. Therefore, while the protrusion rods 224 and 226 are supported on the upper surface of the cap 214, the mechanism operates normally, and the protrusion rods and the grooves 216 and 220 that rotate the handle when the ring is vertically aligned and stopped to stop. The rod is moved to the circumference of the tube by the pulling force of the spring at the same time, so that the end portion 208 of the rod is accommodated in the storage container 210, thereby entering the locked state.

9 is a detailed view of the operating magnet of an embodiment of the present invention shown in FIG. The operation magnet has a lumbar support 230, and the lumbar support 230 is connected to a flexible wire or cable 232, 234, 236, 238, 240, 242, 244, 246 to the brackets 256, 258, 260, 262 protruding inward of the inner ring 180. Each bracket has two anchor points to which wires or cables can be attached, for example bracket 260 is connected to anchor points 268 and 270 and bracket 258 is connected to anchor points 264 and 266.

In addition, the four corners of the waist palm of the operator magnet have adhesive points 248, 250, 252 and 254 for securing the wire or cable. Reference numeral 131 denotes a hole in which the operator is located as a space part in the waist limb. In operation of the instrument, the operator is located in the space 231 in the lumbar palm 230. The rectangular shape helps to fit the body into the lumbar palm.

Thus, the operator can move the body back and forth within the rectangular space. The seat belt is invisible but will be installed inside the lumbar support if necessary.

Since the operator magnet is fixed to the inner ring by a flexible cable or wire, it acts as a buffer against the operator's movement to increase safety and provide comfort. The invention is not limited to the embodiments illustrated in the description of the detailed description, but will also apply to variants predictable from the embodiments.

Claims (11)

In a rotary motion mechanism in which a person is manually operated by an operator's force, the rotary motion mechanism is supported by a supporting plate, and the rotary motion mechanism is arranged in a complex manner so that the operator is located inside and rotates. A plurality of ring members having different diameters and a plurality of bearing members installed at opposite positions to interconnect the plurality of ring members, and both side surfaces of the outer ring positioned at the outermost of the plurality of ring members. And a yoke supporting the yoke rotatably supporting the bearing member protruding therefrom and a bearing supporting the yoke on the support member by being attached to the central lower end of the yoke. 2. The rotary motion mechanism according to claim 1, wherein the operator magnet has an actuator position adjusting means for adjusting the position of the operator to the center of the ring member. 3. The apparatus of claim 2, wherein the operator position adjusting means has a scaffold on which the operator is located, and the scaffold is installed on a jack capable of raising and lowering the operator's position up and down, wherein the jack is inward of the inner ring. Rotational movement mechanism, characterized in that installed in the lower portion. 2. The rotary motion mechanism of claim 1 wherein the operator magnet has a waistband that holds the operator stationary while the instrument is in operation. 5. The rotary motion mechanism of claim 4, wherein the belt comprises a cockpit portion and a door portion, one end of the door portion is hinged to the cockpit portion, and the other end has a locking member. 2. The ring member of claim 1, wherein the ring member consists of at least three rings, the innermost inner ring being connected to the first bearing member to have a horizontal axis of rotation relative to the intermediate ring, the intermediate ring being the outermost one. And a second bearing member having a vertical axis of rotation relative to the outer ring. 7. The rotary motion mechanism according to claim 6, wherein the bearing members are arranged and fixed to face a center in a space between adjacent rings so as to face each other. 2. The rotary mechanism according to claim 1, wherein the operator magnet has a waist holder having a hole for wrapping and fixing the waist of the operator, and the operator can move back and forth within the hole sufficiently while operating the mechanism. The rotary motion mechanism of claim 1 wherein said elastic elements are inelastic members. In a rotary motion mechanism in which a person is manually operated by the force of an operator, the rotary motion mechanism is supported by a supporting plate, and the rotary motion mechanism is arranged in a complex arrangement so that the operator is located inside and rotates. A plurality of ring members having different diameters, a plurality of bearing members installed in opposing positions so as to interconnect the plurality of ring members, and both sides of an outer ring positioned at the outermost of the plurality of ring members. The yoke for rotatably supporting the protruding bearing member, and the bearing and the plurality of ring members which support the yoke on the support member by being attached to the central lower end of the yoke, are arranged in a row on a vertical plane and locked against the yoke. Characterized in that it is provided with an operation stop means for enabling the release of the locked state. All exercise equipment. 11. The method of claim 10, wherein the actuating stop has a rod axially movable in the tube fixed perpendicularly to the inner ring, the upper end of the rod being attached with a handle, the rod axially in the tube. Rotational movement mechanism characterized in that at least one storage container is fixed to the yoke to receive the rod end when the lowering to stop the mechanism.