KR100646049B1 - Device for promoting decomposition of body fat and inhibiting obesity - Google Patents

Abstract

An exercising machine for preventing fatness and decomposing fat body is provided to let exercising performed by a driving device without depending on the user's muscular strength and to enable a handicapped person to lose weight. The exercising machine for preventing fatness and decomposing body fat includes a body portion, a post, a control portion, a first handle portion and a second handle portion. The body portion includes a motor, a belt pulley(19), an eccentric bearing(17), an eccentric weight(16), a connecting rod(15), a bracket(13), and a bottom plate, and generates see-saw motion of the bottom plate from the central lower end portion of the bottom plate. The eccentric bearing(17) converts the rotary force of the motor into a left and right reciprocating motion. The bracket(13) converts the left and right reciprocating motion into a see-saw motion.

Description

Device for promoting decomposition of body fat and inhibiting obesity

1 is a perspective view showing an obesity prevention and body fat decomposition exercise apparatus according to the configuration of the present invention

Figure 2 is a perspective view showing the structure of the drive device for causing the seesaw movement of the scaffold inside the body portion

Figure 3 is an exploded perspective view showing an exploded structure of the drive device causing the seesaw movement of the scaffold inside the body portion

Figure 4a is an exemplary view showing that the rotational movement is changed to a linear reciprocating motion by the eccentric bearing and the scaffolding is a seesaw movement larger than the balance weight on the principle of the lever by the central axis of the bracket.

Figure 4b is an exemplary view showing the operating principle of the belt pulley to reduce the rotational speed of the motor to obtain a rotational force.

Figure 5 is a side cross-sectional view of the drive device of the present invention.

******* Explanation of the main signs in the drawings *******

10: body portion 11: scaffold

11 ': scaffold support 12: guide member

13: Bracket 14: Balance weight

15: connecting rod 16: eccentric weight

17: eccentric bearing 18: belt pulley shaft

19: belt pulley 20: post

30: control unit 41: first handle

42: second handle portion 43: the third handle portion

50: motor 51: roller

52: belt

The present invention is to provide an exercise device that prevents obesity by breaking down body fat, and more particularly, the rotational energy generated by the motor is converted into a linear reciprocating motion without operating the device by the muscle strength of the user, The reciprocating motion causes the seesaw movement about the center axis of the floor of the exercise equipment, so that even if the user is standing on the footrest, the body fat is decomposed by continuous vibration and stimulation on the legs and belly by the seesaw motion of the footrest. It relates to the exercise equipment.

Existing body fat breakdown and obesity prevention exercise equipments are provided for the purpose of intensively targeting a specific part of the body to remove the body fat or strengthening the strength of the part, and most of them can be obtained only by exercising continuously for a long time. .

In particular, the existing exercise equipment is mostly forcing the user to sweat hard and exercise strength, and the user is configured to use the weight to adjust to fit their strength, but the strength is not good or the patience is weak The user has a problem that the continuous exercise method using the above-mentioned muscle strength becomes quite unbearable and gives up halfway.

In order to solve the above problems, a new type of exercise device was devised. Patent registration No. 0441140, "Obesity treatment device" and Patent registration No. 0462390, "Body fat decomposition and muscle strengthening device" have been disclosed. Looking at, the exercise device is a body strength reinforcement mechanism consisting of a body portion, a post, the control unit, the foot is provided with a foot, the handle is provided between the post and the body portion, both ends of the foot vertical vertical reciprocating movement Connecting rods that cause the connection is provided to have a function of seesawing the scaffold.

However, the drawn exercise device is overloaded with connecting rods at both ends of the footrest and has a lot of wear and tear, so that the connecting rod has to be replaced frequently, and the footrest is slippery or vibrated by the seesaw movement of the footrest. The user's foot slipped off the scaffold and had a problem of being injured.

The present invention reduces the load and wear of the connecting rod to help the seesaw movement of the bottom scaffold, to solve the above problems, the bottom foot is provided with a guide member safe movement that can prevent the user's foot from falling off the footrest To provide a device.

In addition, the user provides a post that changes the position of the handle so that the user can effectively exercise the entire body using the exercise device, the control unit for controlling the exercise device to provide a simple exercise equipment with a lot of functions Has the purpose.

In order to achieve the above object, the composite exercise device of the present application relates to an exercise device consisting of a body portion, a post and a control unit, wherein the body portion is placed on the ground and perpendicular to the body portion, the first handle portion; Posts are erected on the front of the body part, and a control part is installed on the upper end of the post, and the control part is provided with a second handle part, and the stop of the post is intended to configure an exercise device having a third handle part.

The body part is covered with a housing to surround the driving device therein, and a bottom scaffold for seesawing is installed at the top center of the housing.

The post is responsible for transmitting the control signal of the control unit to the body portion, the stop of the post is provided with a third handle so that the user can hold by hand when you want to exercise in the posture,

The control unit controls the driving unit of the body unit and is provided with a second handle unit, and performs a function of an input device having a display unit and a button input unit.

In particular, the inside of the body portion is a motor controlled by the control unit; A belt pulley connected to the motor shaft and a belt to transmit rotational force of the motor; An eccentric bearing connected to the shaft of the belt pulley to convert electric power into a linear reciprocating motion; An eccentric weight for linear reciprocating motion by the eccentric bearing; A connecting rod connecting the eccentric weight to the scaffold; A balance weight connected to the connecting rod; A bracket having the balance weight; It is composed of a scaffold that amplifies the straight reciprocation of the balance weight around the center axis of the bracket, and both ends of the scaffold to prevent slipping or detachment and guide member that is responsible for the handle function is installed, Disclosed is a technical idea of a body fat breakdown complex exercise device.

Hereinafter, the components of the present invention will be described in detail with the accompanying drawings.

1 is a perspective view showing an obesity prevention and body fat decomposition exercise apparatus according to the configuration of the present invention.

Obesity prevention and body fat decomposition exercise apparatus of the present application, parallel to the ground and has a driving device therein, the body portion 10 is formed with a footrest 11 in the upper, the post 20 standing on one side of the base portion, The control unit 30 is provided on the upper end of the post.

In particular, the first handle portion 41 is formed on both sides of the body portion, the second handle portion 42 at both ends of the control unit, the third handle portion 43 is provided at the end of the post, the body portion Both ends of the footrest 11 is characterized in that the guide member 12 having a fourth handle function is provided while preventing slipping and detachment.

The handle part may be used for different purposes according to the position of the user, and in the upright position, the first handle part 41 or the second handle part 42 may be grasped, and in the posture or the magpie foot posture, the third handle part may be held. And, when you want to exercise the upper body can hold the guide member 12 provided at both ends of the footrest in the kneeling position with both hands to exercise.

The footrest 12 of the body part is not fixed to the body part but is operated in a seesaw manner around the central part of the footrest by a power unit located inside the body part, so that the user climbs on the footrest to the seesaw motion of the footrest. It will have the exercise effect.

In addition, the control unit 30 is provided on the upper end of the post 20, and provided with a measuring device for indicating the vibration speed of the scaffold, calories burned, exercise time, etc., the speed and time can be adjusted by the input device Make sure

Figure 2 is a perspective view showing the structure of the drive device for causing the seesaw movement of the scaffold inside the body portion.

The footrest of the body part is fixedly connected to the bracket 13, the bracket is provided with a balance weight 14 on the opposite side of the footrest around the central axis, and is connected to the eccentric weight 16 by the connecting rod 15. An eccentric bearing 17 is provided inside the eccentric weight for converting a rotational movement into a linear reciprocating motion. The center of the eccentric bearing is connected to the shaft 18 of the belt pulley, and the belt pulley shaft is the belt pulley 19. Connected with

When the motor is driven and rotated, the belt pulley 19 is rotated by the belt connected to the motor shaft, and the belt pulley is decelerated without transmitting the rotational force of the motor as it is.

The belt pulley shaft 18 engaged with the belt pulley rotates together with the rotation of the belt pulley, and the rotation of the belt pulley shaft is transmitted to the eccentric bearing 17 to linearly reciprocate the eccentric weight 16 from side to side.

The eccentric bearing 17 is responsible for converting the rotary motion into a linear reciprocating motion.

The balance weight 14 connected to each other by the eccentric weight 16 and the connecting rod 15 is reciprocated by the left and right reciprocating motion of the eccentric weight, and the bracket 13 and the bracket 13 are moved by the movement of the balance weight 14. The footrest 11 connected to the bracket is to seesaw movement around the axis of the bracket.

The above method has the advantage that the load on the scaffold is less easily worn than the seesaw movement with connecting rods at both ends of the scaffold.

Figure 3 is an exploded perspective view showing an exploded structure of the drive device causing the seesaw movement of the scaffold inside the body portion.

Guide members 12 are provided at both ends of the scaffold 11 to prevent the user from losing balance due to the seesaw movement of the scaffold and to escape from the scaffold, and a plurality of small protrusions are provided on the top of the scaffold. To prevent.

In addition, in order to fix the scaffold to the bracket 13, the scaffold support 11 'is welded or coupled to the bracket, and the scaffold 11 is provided in the form of being covered on the scaffold support 11'. It has a structure that can replace the footboard conveniently.

The guide member 12 is installed at both ends of the footrest to prevent the user from supporting the foot, or to be separated from the footrest by centrifugal force by the seesaw movement, so that the user can directly hold the upper body by hand It also functions as a handle.

The bracket 13 functions to convert the seesaw movement of the linear reciprocating motion of the balance weight around the axis, and has a role of supporting the footrest by being fixedly connected to the footrest.

The lower end of the bracket is provided with a balance weight (14), the balance weight has a swing movement like a swing, not a linear reciprocating motion by the center axis of the bracket, the linear motion of the eccentric weight (16) connecting rod ( It is converted into a swing motion through 15).

The eccentric weight 16 has a reciprocating linear motion by the eccentric rotation of the eccentric bearing 17, the eccentric bearing 17 rotates along the rotation of the belt pulley shaft 18, the eccentric weight in a linear reciprocating motion Perform the function of converting.

The description of the bearing supporting the central axis of the bracket and the belt pulley shaft will be omitted.

4A shows that the rotational movement is changed into a linear reciprocating motion by the eccentric bearing 16 and the footrest 11 is seesawed more than the balance weight 14 on the principle of the lever by the shaft of the bracket 13.

The rotational force of the belt pulley shaft 18 is converted to the left and right reciprocating motion by the eccentric bearing 16 to perform the left and right reciprocating motion of the balance weight 14, the connecting rod 15, and the eccentric weight 18, respectively. By the fixed shaft, the bracket 13 and the footrest show that the seesaw motion is made in accordance with the reciprocating motion of the balance weight 14.

Figure 4b shows the operating principle of the belt pulley to reduce the rotational speed of the motor and obtain a rotational force.

The roller 51 is provided between the motor 50 and the belt pulley 19 to tighten the belt 52 and to reduce and transmit the rotation speed of the motor by increasing the radius of the belt pulley rather than the radius of the motor. The structure is shown.

Fig. 5 is a side sectional view of the drive device of the present invention, showing the structure of the drive device.

While the configuration and operation principle of the present invention have been illustrated and described above, the protection scope of the present invention provided by the following claims should be interpreted as equivalents within the scope not departing from the spirit or field of the technical idea of the present application. something to do.

Body fat decomposition and anti-obesity exercise apparatus according to the present invention can be exercised by its own drive device without resorting to the user's muscle strength, exercise equipment for easily improving obesity even the user who can not use the body freely as well as normal It can be used as.

In addition, the exercise apparatus of the present application can provide a flexible exercise method to users having various ages, heights, and weights by vibrating at high speed and low speed by controlling the vibration speed of the scaffold, which should solve the problem of obesity by exercising. The majority of ordinary people who have a heart but can't practice due to their weak will can be used as exercise equipments that can see a lot of exercise effects without being unreasonable by entrusting the body to the complex exercise equipment of the present company.

In particular, the exercise device of the present application can be expected to remove the overload of the connecting rod for vibrating the scaffold and to minimize the wear rate to provide an exercise device that can be used stably for a long time.

Claims (3)

A body part 10 vibrating so that the bottom scaffold is a seesaw movement, a post 20 connected to the body part, a control part 30 installed at an upper end of the post to control driving and vibration of the body part, and In the exercise device comprising a first handle portion 41 provided on both sides of the body portion, and a second handle portion 42 provided on both sides of the control unit, The body portion is a motor 50 driven by electric power; And, Belt pulley 19 for transmitting the rotational force of the motor to the eccentric bearing; And, Eccentric bearing (17) for converting the rotational force of the belt pulley to the left and right reciprocating motion; And, Eccentric weight 16 for connecting the left and right reciprocating motion of the eccentric bearing to the connecting rod; And, A connecting rod 15 connected to the eccentric weight and the balance weight 14 to transmit the left and right reciprocating motion to the bracket; A bracket 13 connected to the connecting rod via a balance weight 14 installed at a lower end of the center to convert left and right reciprocating motions into a seesaw motion at the center of the footrest based on a central axis; And a bottom foot 11 that is fixedly connected to the bracket and vibrates while the seesaw movement is performed with the bracket. The method of claim 1, Both ends of the bottom footrest 11 is provided with a guide member 12 that can support the foot to prevent the detachment while serving as a handle is provided to hold the guide member with both hands in the prone position to exercise. Compound exercise equipment. delete

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