KR20210120392A - Automatic climing health device of no power - Google Patents

Abstract

The present invention relates to a climbing exercise device, and more specifically, to a climbing exercise device which is equipped with a timing belt such that even when an exerciser climbs up by holding a holder, the belt does not slip, the rotation speed of which can be adjusted by using a friction part, and an inclination of which can be easily adjusted, thereby effectively increasing the quantity of motion. According to the climbing exercise device formed in a preferred embodiment of the present invention, a rubber or synthetic resin material having excellent elasticity is used to form the rotating belt such that there is no noise generated during rotation; the holder is easily assembled and there is no problem occurring in the rotation of the belt by an axial groove such that the climbing exercise device can be produced at low costs and high-quality climbing exercise device can be provided; the number of components in the climbing exercise device is relatively small and the belt can be easily separated and coupled by means of a separation coupling device such that the climbing exercise device can be very easily repaired; a frictional force can be easily increased by the friction part; and the entire belt can be tilted or only an upper portion can be separately tilted by a rack gear such that exercise effect can be further increased.

Description

Climbing exercise device {AUTOMATIC CLIMING HEALTH DEVICE OF NO POWER}

The present invention relates to a climbing exercise device, and more particularly, it employs a timing belt to prevent the belt from slipping even when an exerciser holds the holder and climbs up, and not only can adjust the rotational speed using a friction part, but also easily adjust the inclination It relates to a climbing exercise device that can effectively increase the amount of exercise by controlling it.

Rock climbing (岩壁登攀) or rock climbing is the act of climbing a natural or man-made wall, the purpose of which is to climb the summit or the end of an already developed route.

Because such climbing requires skill, physical training, including rock climbing skills, is also essential.

Conventional climbing exercise device makes an artificial rock wall on the wall of a building or an artificial structure in a shape similar to a rock wall, and devices for climbing training by attaching various types of holds to the rock wall have been developed and provided.

The technology related to the climbing exercise device is disclosed in Korean Patent Office Publication No. 10-1561079.

Recently, exercise devices for diet and health are required. In particular, there are many people who want to exercise through climbing that can exercise whole body muscle, but also indoor climbing that can exercise indoors due to problems in the external environment such as fine dust. Exercise equipment is provided.

In addition, there is provided a climbing exercise device that does not include an electric motor among the climbing exercise device and operates without power, as disclosed in Korean Patent Application Laid-Open No. 2019-0073313.

The conventional climbing exercise device has a vertical support 12 and a vertical support 12 provided with a tapered pin guide hole 12b on the lower side where the shaft support hole 12a and the shaft support hole are formed for the support of the central shaft 11. The lower portion of the vertical support 12 It is attached horizontally to the front and rear sides, and the horizontal support 14 supported on the knee is provided with a height adjustment tool 13 on the front and rear sides to correspond to each other, and a connecting rod between the horizontal support 14 and the vertical support 12 to be attached ( 15) is padded and attached to the support leg portion 10;

Doedoe installed rotatably on the central axis 111 on the support leg portion 10 in a pair facing each other, the fixed wing portion 21 is bent on the front and rear sides, and the side connecting the fixed wing portion 21 ( 22), a shaft hole 22a through which the central shaft 111 is installed is formed on the upper and lower sides, and a long hole 22b and a fixed hole 22c are formed on the upper and lower sides, and a plurality of angles are adjusted on one side where the shaft hole 22a is formed. A side frame 20 in which the ball 23a is arranged in an arc shape, and an arc-shaped guide hole 23b is perforated angle adjustment plate 23 attached thereto;

A belt circulation unit 30 provided with at least two or more guide wheels 32 on the rotation shaft 31 and at least two guide wheels 32 on the rotation shaft, respectively, in which both ends are guided to move up and down in the upper and lower long holes 22b of the side frame 20. Wow;

A hollow rectangular frame 42 made of a metal material provided with a hinge portion 42a connected to a hinge shaft 41 on both upper and lower sides in the longitudinal direction is continuous, and the upper and lower side belt circulation parts with respect to the side frame 20 a belt 40 installed in the form of a track passing through (30);

A hanger 51 spanned between the square frame 42 and the square frame 42 of the belt 40 and fixed to be movable left and right in the longitudinal direction of the square frame 42, and at least on the rear surface of the hanger 51 A plurality of holds 50 having one or more attached magnets 52 attached to the square frame 42 by magnetic force;

The front guide frame 60 and the rear guide frame are respectively fixedly installed on the front and rear fixed wing portions 21 of the side frame 20, and have a 'C'-shaped cross section to guide both ends of the belt 40. (62) and;

a rotation speed control unit 70 installed on the front side of the front guide frame 60 to press and rub both ends of the square frame 42 to limit the rotation speed of the belt 40 with respect to the weight of the user;

It is installed on the vertical support 12, and a fixing rod 81 fixed to the vertical support 12, and a pin guide hole 12b of the vertical support 12 which is installed so as to be movable back and forth from the fixing rod 81. The tip is guided to the angle adjustment hole 23a of the angle adjustment plate 23 through the pin portion 82a, one side of which is tapered to fix the inclination angle of the side frame 20, is formed on one side of the pin portion and the pin guide hole ( 12b) a wedge member 82 comprising a locking jaw portion 82b that determines the insertion length of the pin portion 82a, and a ring handle portion 82c integrally provided at the rear end of the pin portion 82a, and the wedge member (82) is installed on the outer periphery of the side frame (20) with respect to the angle adjustment hole (23a) on the angle adjustment plate (23) side made of a configuration including a compression spring (83) that gives elasticity from the fixture (81) The angle is determined, and the angle guide 84 is fastened to the vertical support 12 on one side of the fixture 81, and the fastened end is guided to the arc-shaped guide hole 23b to limit and adjust the angle. a configured angle adjustment unit 80;

The belt 40 by adjusting the rotation shaft 31 of the belt circulation part 30 installed in the upper and lower fixing holes 22c of the side frame 20 and circulating by hanging the belt 40 from the long hole 22b, respectively. ) is configured to include a tension regulator 90 to support and install.

(Patent Document 1) KR2019-0073313 10

(Patent Document 2) KR0352372 20

(Patent Document 3) KR0446187 20

However, the conventional climbing exercise device has the following problems.

(1) Productivity is very low and price is high because the rotating belt is made of solid metal or synthetic resin material, which makes noise and requires a lot of assembly.

(2) Repair is difficult in case of failure because the number of parts is large and assembly is difficult.

(3) It is impossible to control the frictional force rotating by its own weight, and it is difficult to control the difficulty of the movement because the angle adjustment is limited, so the exercise effect is poor.

In order to solve the above problems, the present invention is a base plate is formed, each of the fixing pillars are formed on the left and right sides of the base, the lower end of the base is formed with a base plate having a fixing hole formed in the upper end;

Upper and lower locking grooves, intermediate locking grooves and lower locking grooves are formed, a pair of sidebars having a center hole are formed in the middle, and a plurality of horizontal bars are formed between the sidebars on both sides, the base plate a frame coupled to a coupling shaft passing through the fixing hole and the central hole of the;

a shaft portion formed of an upper rotational shaft, an intermediate rotational shaft, and a lower rotational shaft which are fixed by a bush to the upper locking groove, the middle locking groove, and the lower locking groove of the frame to be rotatable;

It is installed on the periphery of the upper and lower rotation shafts, a belt formed in a wide belt shape is formed, a timing belt is attached to the inner center of the belt, and a plurality of holders are formed on the front surface of the belt. characterized.

According to the climbing exercise device formed in a preferred embodiment of the present invention, the following effects occur.

(1) Because the rotating belt uses rubber or synthetic resin material with good elasticity, there is no noise during rotation, and the assembly of the holder is simple. can provide

(2) The number of parts is small, and since the belt can be easily separated and combined with a separate coupling tool, repair is also very simple.

(3) The frictional force can be easily increased due to the friction part, and the effect of movement can be further increased by tilting the entire belt by the recg gear or by tilting only the upper part separately.

1 is a conceptual perspective view of a conventional climbing exercise device.
Figure 2 is an overall perspective view of a climbing exercise device formed in a preferred embodiment of the present invention.
Figure 3 is an exploded perspective view of the frame and belt of the climbing exercise device formed in a preferred embodiment of the present invention.
Figure 4 is a conceptual diagram showing the operation of the separation coupler of the climbing exercise device formed in a preferred embodiment of the present invention.
Figure 5 is a perspective view of the rear to show the frame of the climbing exercise device formed in a preferred embodiment of the present invention.
Figure 6 is a conceptual perspective view showing a climbing exercise device formed in another embodiment of the present invention.

In the present invention, the base 120 is formed, the fixing pillars 110 are formed on the left and right sides of the base 120, respectively, and at the lower end of the base 120, the fixing base 122 in which the fixing hole 112 is formed at the upper end is provided. The formed base plate 100 and;

Upper and lower engaging grooves 221, intermediate engaging grooves 222 and lower engaging grooves 223 are formed, and a pair of sidebars 210 having a center hole 225 formed in the center are formed, and both A plurality of horizontal bars 230 are formed between the side bars 210 of the frame coupled to the coupling shaft 130 penetrating the fixing hole 112 and the center hole 225 of the base plate 100 . (200) and;

An upper rotational shaft 310, an intermediate rotational shaft ( 320) and a shaft portion 300 formed of a lower rotation shaft 330;

A belt 410 that is installed on the periphery of the upper rotary shaft 310 and the lower rotary shaft 330 and formed in a wide belt shape is formed, and a timing belt 420 is attached to the inner center of the belt 410, It consists of a belt part 400 in which a plurality of holders 412 are formed on the front surface of the belt 410 .

The base 120 is formed with a rectangular frame 200, and a pair of fixed pillars 110 are formed by being biased forward on both sides.

A fixing hole 112 is formed at the upper end of the fixing column 110 , and the coupling shaft 130 is inserted through the fixing hole 112 to fix the frame 200 .

Left and right reinforcing plates 140 of a triangular shape are formed on both sides of the fixed pillar 110 and the base 120 of the base plate 100 .

One side of the reinforcing plate 140 is composed of an angle control handle 150 and a pinion gear 151 formed at an end of the angle control handle 150 .

The pinion gear 151 is rotated in engagement with the curved rack gear 212 fixed to the lower end side of the side bar 210 and adjusted so that the side bar 210 is rotatable in a predetermined direction about the coupling shaft 130 . function to

The gear gear 212 has a gear formed on the periphery of the body formed in an arc shape, and a plurality of holes are formed in the middle.

The angle adjustment handle 150 is fixed through the hole of the rack gear 212, and the position of the rack gear 212 is adjusted with the angle adjustment handle 150 and fixed with the rack gear stopper 154 to secure the belt. The angle of the part 400 can be adjusted.

The belt part 400 is divided into a belt 410 and a timing belt 420 , and the timing belt 420 is attached to the inner center of the belt 410 and includes an upper rotation shaft 310 , an intermediate rotation shaft 320 , and a lower portion. The belt 410 does not slide from the shaft even if a person in motion holds the holder and applies a load by rotating in engagement with the sprocket portion 340 formed in the center of the rotation shaft 330 .

The frame 200 has side bars 210 formed on the left and right sides, respectively, and the side bar 210 has an upper engaging groove 221 , an intermediate engaging groove 222 , and a lower engaging groove 223 .

The upper locking groove 221 is opened upward, the intermediate locking groove 222 is opened rearward, and the lower locking groove 223 is opened downward.

A center hole 225 is formed in the center of the sidebar 210, respectively.

A plurality of horizontal bars 230 are formed between each side bar 210 to support the whole while maintaining a gap.

The shaft portion 300 is fixed to each of the upper engaging groove 221 , the intermediate engaging groove 222 and the lower engaging groove 223 of the side bar 210 of the frame 200 , and the upper engaging groove 221 . In the upper rotary shaft 310, the intermediate locking groove 222 has the intermediate rotary shaft 320 and the lower locking groove 223 is formed with a lower rotary shaft 330, respectively.

The upper rotating shaft 310, the intermediate rotating shaft 320, and the lower rotating shaft 330 are each formed in a circular shape, and a sprocket portion 340 having teeth that can be rotated in engagement with the timing belt 420 is formed in the center. and at least three shaft grooves 341 are formed on both sides.

Each of the shaft grooves 341 is formed so as to be able to rotate without being caught by each of the bolt heads protruding when the holder 412 attached to the front of the belt 410 is fixed.

The upper rotating shaft 310 has a bush 370 fixed at both ends so that the shaft protrudes, and the protruding shaft is inserted and fixed to the coupling body 351 of the separation coupling member 350, respectively.

The separation coupler 350 has a coupling body 351 formed at an upper end, a fixed body 352 fixed to the side bar 210 at the lower end, and a middle height at the lower end of the fixed body 352 . It is coupled with a separation coupling handle 353 capable of rotating the adjusting screw.

The separation coupling handle 353 may perform a function of lifting or lowering the coupling body 351 to the top.

The intermediate rotation shaft 320 has bushes 370 fixed to both ends so that the shafts protrude, and the protruding shafts are respectively fixed to the friction part 360 .

The friction part 360 is formed of a body part 361 , a friction supporter 362 , and a handle part 363 . The body part 361 is attached to both sides of the sidebar 210 , respectively, and the handle part When the 363 is rotated, the friction support 362 is formed to apply friction to the protruding shaft.

As described above, the friction part 360 can adjust the rotational speed of the belt by turning the handle part 363 to act as a friction force, that is, a brake, and thereby a person exercising can set the amount of momentum.

A rotary motor may be attached to any one of the upper rotary shaft 310 or the lower rotary shaft 330, and as the rotary motor rotates, the upper rotary shaft 310 or the lower rotary shaft 330 rotates to rotate the belt 410. It can be formed so that

Even if the belt part 400 rotates by the rotation motor, the belt part 400 does not slide by the timing belt 420 .

In another embodiment of the present invention, the base 120 is formed, the fixing posts 110 are formed on the left and right sides of the base 120, respectively, and the fixing holes 112 are formed at the lower end of the base 120 at the upper end. a base plate 100 on which a fixing table 122 is formed;

Upper and lower engaging grooves 221, intermediate engaging grooves 222 and lower engaging grooves 223 are formed, and a pair of sidebars 210 having a center hole 225 formed in the center are formed, and both A plurality of horizontal bars 230 are formed between the side bars 210 of the frame coupled to the coupling shaft 130 penetrating the fixing hole 112 and the center hole 225 of the base plate 100 . (200) and;

An upper rotational shaft 310, an intermediate rotational shaft ( 320) and a shaft portion 300 formed of a lower rotation shaft 330;

A belt 410 that is installed on the periphery of the upper rotary shaft 310 and the lower rotary shaft 330 and formed in a wide belt shape is formed, and a timing belt 420 is attached to the inner center of the belt 410, It is composed of a belt portion 400 in which a plurality of holders 412 are formed on the front surface of the belt 410,

The sidebar 210 is divided into two to form an upper sidebar and a lower sidebar, respectively, and a plurality of horizontal bars are respectively formed between the upper sidebar and the lower sidebar,

At both ends of the upper side bar, gears are formed on the bush of the intermediate rotation shaft to adjust the angle so that the angle can be adjusted.

As described above, if the lower sidebar is fixed and the upper sidebar is rotated to one side to fix it, it can be exercised even in a difficult motion, so that the effect of the exercise can be doubled.

Hereinafter, the operation of the climbing exercise device formed in a preferred embodiment of the present invention will be described as follows.

The climbing exercise device 10 of the present invention is completely fixed to the floor by fixing the base plate 100 to a suitable place through the roller 123 formed on the floor and fixing the holder 122 to the bottom.

Thereafter, the timing belt 420 and the belt 410 are installed in the frame 200, but first, by turning the separation and coupling handle 353 of each separation coupling unit 350 to lower the coupling body 351 to make a space Then, after correctly fixing the belt 410 and the timing belt 420 on each rotational shaft, by turning the separation and coupling handle 353 again, the coupling body 351 is transferred to the upper part so that the belt 410 and the timing belt 420 are tightened. formed to be pulled tight.

A plurality of holders 412 are formed on the belt 410, and the holders 412 are assembled from the inside of the belt 410 to the outside, and at this time, they are tightened by bolts. The head is fixed to pass through each shaft groove (341).

Lift the frame 200 and the belt part 400 prepared as described above together, and insert the coupling shaft in a state where the fixing hole 112 of the fixing column 110 and the center hole 225 of the side bar 210 are aligned and fixed. .

At this time, by fixing the leg gear stopper 154 to the leg gear 212, the belt part 400 is vertically configured to start the movement.

When the exerciser grabs the holder 412, the belt 410 automatically descends. At this time, the descending speed, that is, the strength of the belt 410, rotates the handle 363 of the friction unit 360 to reduce friction. You can increase it to exercise.

If the rotation motor is formed, the amount of climbing exercise increases because the person who moves while rotating the rotation motor must continue to hold the holder 412 and ascend.

According to the climbing exercise device formed in a preferred embodiment of the present invention, since the rotating belt uses a rubber or synthetic resin material with good elasticity, there is no noise during rotation, and the assembly of the holder is simple, and there is no problem in the rotation of the belt by the shaft groove. It is possible to provide a very good product while producing at a low price because there is no , effects such as tilting the entire belt by the rec gear, or tilting only the upper part separately to further increase the effect of the movement occur.

Although the present invention has been mainly described with reference to the accompanying drawings, it will be apparent to those skilled in the art that various modifications may be made without departing from the scope of the present invention encompassed by the claims to be described from this description.

10: climbing exercise device 100: base plate
110: fixed column 112: fixed hole
120: base 122: fixing bar
130: coupling shaft 140: reinforcing plate
150: angle adjustment handle 151: pinion gear
154: recg gear stopper
200: frame 210: sidebar
212: rec gear 221: upper locking groove
222: middle engaging groove 223: lower engaging groove
225: central hall 230: horizontal bar
300: shaft 310: upper rotating shaft
320: intermediate rotation shaft 330: lower rotation shaft
340: sprocket portion 341: shaft groove
370 : Bush
350: separation coupling port 351: coupling body
352: fixed body 353: separate coupling handle
360: friction part 361: body part
362: friction support 363: handle part
400: belt part 410: belt
412: holder 420: timing belt

Claims (6)

a base plate and a base plate on which a fixing column is formed;
Rotation is fixed at the upper end of the fixed column by a coupling shaft, and an upper rotary shaft, an intermediate rotary shaft, and a lower rotary shaft are formed, respectively, and a sporacket part in which the middle timing belt can be rotated on each of the upper rotary shaft, the intermediate rotary shaft and the lower rotary shaft a frame formed with a plurality of shaft grooves formed on both sides of the sprocket portion;
A rotatable timing belt along the sprocket portion is formed therein, and a climbing exercise device characterized in that it is formed as a belt portion consisting of a belt having a plurality of holders formed on the surface. The base 120 is formed, the fixing pillars 110 are formed on the left and right sides of the base 120, respectively, and the fixing base 122 having the fixing hole 112 formed at the upper end is formed at the lower end of the base 120. a plate 100;
Upper and lower engaging grooves 221, intermediate engaging grooves 222 and lower engaging grooves 223 are formed, and a pair of sidebars 210 having a center hole 225 formed in the center are formed, and both A plurality of horizontal bars 230 are formed between the side bars 210 of the frame coupled to the coupling shaft 130 penetrating the fixing hole 112 and the center hole 225 of the base plate 100 . (200) and;
An upper rotational shaft 310, an intermediate rotational shaft ( 320) and a shaft portion 300 formed of a lower rotation shaft 330;
A belt 410 that is installed on the periphery of the upper rotary shaft 310 and the lower rotary shaft 330 and is formed in a wide belt shape is formed, and a timing belt 420 is attached to the inner center of the belt 410, Climbing exercise device, characterized in that consisting of a belt portion 400 in which a plurality of holders 412 are formed on the front side of the belt 410. The base 120 is formed, the fixing pillars 110 are formed on the left and right sides of the base 120, respectively, and the fixing base 122 having the fixing hole 112 formed at the upper end is formed at the lower end of the base 120. a plate 100;
Upper and lower engaging grooves 221, intermediate engaging grooves 222 and lower engaging grooves 223 are formed, and a pair of sidebars 210 having a center hole 225 formed in the center are formed, and both A plurality of horizontal bars 230 are formed between the side bars 210 of the frame coupled to the coupling shaft 130 penetrating the fixing hole 112 and the center hole 225 of the base plate 100 . (200) and;
An upper rotational shaft 310, an intermediate rotational shaft ( 320) and a shaft portion 300 formed of a lower rotation shaft 330;
A belt 410 that is installed on the periphery of the upper rotary shaft 310 and the lower rotary shaft 330 and formed in a wide belt shape is formed, and a timing belt 420 is attached to the inner center of the belt 410, It is composed of a belt portion 400 in which a plurality of holders 412 are formed on the front surface of the belt 410,
The sidebar 210 is divided into two to form an upper sidebar and a lower sidebar, respectively, and a plurality of horizontal bars are respectively formed between the upper sidebar and the lower sidebar,
Climbing exercise device, characterized in that formed so as to adjust the angle by forming a gear on the bush of the intermediate rotation shaft so that the angle can be adjusted at both ends of the upper side bar. According to any one of claims 1 to 3,
A bush is formed on the upper rotating shaft, and the bush is coupled to a separation coupler, and climbing exercise device, characterized in that it is formed to be spaced apart or separated from the upper end of the belt by the separation coupler. 4. The method of claim 2 or 3,
Reinforcement plates are formed on both sides of the fixed column, and a rack gear is formed on the reinforcement plate, and the rack gear is engaged with a pinion gear attached to the lower end of the side bar to adjust the angle of the belt part. climbing exercise equipment. According to any one of claims 1 to 3,
A climbing exercise device, characterized in that the rotation motor is formed on the upper rotation shaft or the lower rotation shaft to be able to rotate.

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