KR102134804B1 - Device for inducing fish like exercise - Google Patents

Abstract

The present invention relates to a device for exercising a carp capable of simultaneously operating a sliding mode and an elevating mode with one motor, providing convenient maintenance by convenience of a structure, reducing an amount of power consumption, and maximizing various massager and exercise effects through one device. The present invention comprises: a base plate (10) which maintains a state of being mounted on the ground; a driving unit (20) provided on the base plate (10) and generating and providing a rotation force; a sliding driving unit (30) which obtains a massage and exercise effect by reciprocating sliding depending on the reciprocating sliding by receiving the rotation force provided in the driving unit (20); an elevation driving unit (40) which obtains the massage and exercise effect by reciprocating elevating depending on the reciprocating elevating by receiving the rotation force provided in the driving unit (20); and a cover (50) provided in the base plate (10) and performing a protective function for safe use to a user. The driving unit (20) includes: a motor (22) which generates the rotation force; a dignity gear shaft (24) which provides the rotation force generated in the motor (22) to the sliding driving unit (30); and a wheel gear shaft (26) connected to the dignity gear shaft (24) and providing the rotation force to the elevation driving unit (40) by receiving the rotation force from the dignity gear shaft (24).

Description

Device for inducing fish like exercise}

The present invention relates to a crucible, more specifically, by using a single motor, by simultaneously operating the sliding mode and the elevating mode, maintenance is convenient due to the simplicity of the structure, and it is possible to reduce the power consumption. Rather, it relates to a crucible exercise machine that maximizes various massage and exercise effects through a single device.

In general, the crucian movement (aka'Nishi movement') is a movement that corrects the spine and pelvis while activating the organs by activating the organs by shaking the lower left and right of the waist while leaving the head and legs intact as the fish swim.

The effect of crucian exercise shows the effect of reducing obesity, eliminating constipation, strengthening abs, and developing growth of children.

However, in order for the general public, who is not highly skilled, to lie down on the bare floor or mat to give a fluctuation to the waist, the friction is severe and may cause discomfort such as injury.

Looking at the conventional example of the crucible, the whole body exercise device using the left and right vibrations of Utility Model Publication No. 20-445631 uses muscles and nerves throughout the body using waves generated by regularly vibrating the feet lightly to the left and right. By relaxing, it promotes blood circulation, stabilizes breathing, strengthens metabolic functions, and has the effect of spinal correction.

However, since the foot is structured to vibrate left and right, it is basically not suitable for performing crucian movements and the effect is halved.

Looking at another example, the full body exercise device of Patent Publication No. 10-1171881 is composed of a plurality of body sliders supporting a user's main part and a foot slider supporting a foot, etc., to the left and right from the sliding surface of the base plate. Induces crucian motion by sliding reciprocating motion.

However, this is based on the bed-type base plate, and there is a problem in that it is not easy to exercise while moving to various places as well as not considering the user's physical condition.

Looking at another example, the swing, rotation and tilting adjustable exercise device of Patent Publication No. 10-830900 switches the mode switching and driving of the swing drive for waist movement, the tilt drive for abs, and the pivot for hip and lateral movements. It is operated automatically by operation to increase convenience for users.

However, there is an advantage that the user's physical condition is considered and is not limited to crucian movement, but it has a limitation in that movement affinity cannot be increased due to inability to move.

Republic of Korea Patent Publication No. 10-830900 (2008.05.22.) Republic of Korea Patent Publication No. 10-1171881 (2012.08.07.) Republic of Korea Patent Publication No. 10-2020-22150 (2020.03.03.)

As proposed to solve the above problems, the object of the present invention is to simultaneously operate the sliding mode and the elevating mode by using a single motor, so that maintenance is convenient due to the simplicity of the structure and power consumption. In addition to being able to reduce, it is to provide a crucible exercise machine that maximizes various massage and exercise effects through a single device.

The present invention for achieving the above object, the base plate to maintain a state seated on the ground; It is configured on the base plate, the driving unit for generating and providing a rotational force; Sliding driving means for receiving the rotational force provided by the driving unit to obtain a massage and exercise effect by the reciprocating sliding as the reciprocating sliding; An elevator driving means that receives a rotational force provided by the driving unit and obtains a massage and exercise effect by a reciprocating elevator as it is reciprocally elevated; And a cover configured on the base plate to perform a protection function to ensure safe use for a user; The driving unit is a motor for generating a rotational force; A dignity gear shaft configured to provide a rotational force generated from the motor to a rotational driving means; And a wheel gear shaft connected to the majestic gear shaft, receiving rotational force from the worm gear shaft, and providing rotational force to the elevating driving means, such that reciprocating sliding and elevating are simultaneously performed by one motor rotational force. It is characterized by.

In the present invention, the sliding drive means, the first eccentric rotation block that is connected to the dignity gear shaft of the driving unit to generate eccentric rotation power; A sliding block that is connected to one side of the first eccentric rotation block, and converts the eccentric rotation power into reciprocating sliding to slide reciprocally; A seating block configured at an upper end of the sliding block and reciprocating sliding with the sliding block; And it is preferably fixed to the top of the seating block, the first seating pad to ensure that the user's body is seated upwards to obtain a massage and exercise effect by reciprocating sliding.

In the present invention, the sliding block, the eccentric shaft configured in the first eccentric rotation block is inserted, a sliding groove formed in a predetermined length and depth in the vertical direction to receive the pushing force by the eccentric rotational force of the eccentric shaft; And at least one insertion hole formed to penetrate the horizontal direction of the sliding block; At least one support shaft inserted into the insertion hole of the sliding block to support the sliding block to reciprocate in a horizontal direction; And at least one or more support brackets configured to support each of both ends of the support shaft.

In the present invention, the seating block, the upper end of the sliding block is inserted, it is preferable to include; the insertion groove exerting a primary support force so that reciprocating sliding is made together with the sliding block.

In the present invention, the insertion groove of the seating block includes at least one seating projection; At least one support groove provided on the upper end of the sliding block to provide a secondary support force to be reliably transmitted to the seating block by reciprocating sliding of the sliding block 34 as it is inserted into the seating protrusion and exerts secondary support force; It is preferred to include.

In the present invention, the lifting driving means, a second eccentric rotation block coupled to one end of the wheel gear shaft of the driving unit; An elevation block in which the eccentric shaft of the second eccentric rotation block is inserted and reciprocating in the vertical direction by an eccentric rotation of the eccentric shaft; And a second seating pad fixed to the upper end of the elevating block so that a user can obtain a massage and exercise effect by reciprocating elevating. The wheel gear shaft is a gear portion meshed with the worm gear shaft of the driving unit; And it extends from each of both ends of the gear portion, it is preferable to include a shaft portion connected to the lifting driving means at one end.

In the present invention, it is configured between the wheel gear shaft and the lifting driving means of the driving unit, connecting or blocking the rotational force provided by the wheel gear shaft, according to the user's choice, massage and exercise by reciprocating lifting through the lifting driving means It is preferable to further include a clutch that allows an effect to be obtained.

According to the present invention, by using a single motor, the sliding mode and the elevating mode are operated at the same time, maintenance is convenient due to the simplicity of the structure, and power consumption can be reduced. It has the effect of maximizing the morale and exercise effects.

1 is a schematic perspective view of a crucible exerciser according to the present invention.
Figure 2 is an enlarged perspective view showing a driving unit of the crucible according to the present invention.
Figure 3 is an enlarged view schematically showing the configuration relationship for the sliding mode and the lifting mode according to the present invention.
4 is an operation state diagram of the sliding mode according to the present invention,
4a is an initial state, 4b is a 90° rotated state, 4c is a 180° rotated state, and 4d is a 270° rotated state.
5 is a view showing a coupling relationship of the sliding mode according to the present invention,
5a is an exploded perspective view, and 5b is an enlarged view of the sliding block.
6 is a schematic view showing another example of a driving unit according to the present invention.

Advantages and features of the present invention, and a method for achieving the same will be apparent with reference to embodiments described below in detail together with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only the embodiments allow the disclosure of the present invention to be complete, and common knowledge in the art to which the present invention pertains. It is provided to fully inform the person having the scope of the invention, and the present invention is only defined by the scope of the claims. The same reference numerals refer to the same components throughout the specification.

Thus, in some embodiments, well-known process steps, well-known structures, and well-known techniques are not specifically described in order to avoid obscuring the present invention.

The terminology used herein is for describing the embodiments, and is not intended to limit the present invention. In the present specification, the singular form includes the plural form unless otherwise specified in the phrase.

Includes and/or comprising as used in the specification refers to the presence or addition of one or more other components, steps, operations and/or elements other than the components, steps, operations and/or elements mentioned. It is used not to exclude.

And, “and/or” includes each and every combination of one or more of the mentioned items.

In addition, the embodiments described herein will be described with reference to cross-sectional views and/or schematic drawings, which are ideal exemplary views of the present invention.

Therefore, the embodiments of the present invention are not limited to the specific shapes shown, but also include changes in the shape generated according to the manufacturing process.

In addition, in each of the drawings shown in the present invention, each component may be slightly enlarged or reduced in view of convenience of description.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Crucible exercise machine of the present invention by using a single motor, by operating the sliding mode and the lifting mode at the same time, convenient maintenance by the simplicity of the structure, it is possible to reduce the power consumption, as well as various through a single device Maximize massage and exercise effects.

Crucible exercise machine of the present invention, as shown in Figures 1 to 5, the base plate 10, the driving unit 20, the sliding driving means 30, the lifting driving means 40, and the cover 50 It includes.

The base plate 10 performs a function of supporting to maintain a stable seated state on the ground.

In addition, at the bottom of the base plate 10, a plurality of anti-vibration holes 12 to prevent the vibration generated by the sliding driving means 30 and the lifting driving means 40 and the crucible from being transferred by the vibration. Is composed.

The anti-vibration hole 12 is formed of a material having a high coefficient of friction to prevent smooth movement and massage effect through a crucible exerciser by preventing it from being transferred to the ground through absorption of vibration.

For example, the anti-vibration opening 12 is formed of rubber, synthetic resin or silicone.

Of course, the present invention is not limited to this, and the vibration isolator 12 is a material capable of preventing the crucible movement from being randomly moved by vibration along with absorption of vibration generated by the sliding driving means 30 and the lifting driving means 40. However, any structure or structure can be used.

In addition, the base plate 10 is configured with a switching means 14 for controlling the operation of the crucible.

The switching means 14 is configured on either side of the base plate 10, and includes all of the control switches to control the operation as well as the power supply of the crucible.

The driving unit 20 is configured on the base plate 10, and performs a function of providing driving force.

2 and 3, the driving unit 20 includes a motor 22, a worm gear shaft 24, and a wheel gear shaft 26.

The motor 22 performs a function of generating a one-way rotational force by an external power supply.

The motor 22 is generated or blocked by the rotational force by the control signal of the switching means (16).

The worm gear shaft 24 is configured on one side of the motor 22, and rotates by the rotational force provided by the motor 22, thereby performing a mediating function of transmitting the rotational force to the wheel gear shaft 26.

In this case, the worm gear shaft 24 is composed of an axis having a predetermined length so that one end is connected to the motor 22, and a worm gear configured on one side of the shaft.

In addition, the shaft of the worm gear shaft 24 is connected to the sliding driving means 30, and performs a function of providing rotational force to the sliding manual means 30.

The wheel gear shaft 26 is engaged with the majestic gear shaft 24, receives rotational force from the worm gear shaft 24, and provides rotational force to the sliding driving means 30 and the lifting driving means 40 To perform the function.

The wheel gear shaft 26 is a gear portion 262 meshed with the worm gear configured in the worm gear shaft 24, and a certain length extends from the gear portion 262, to the lifting driving means 40 at each end. And a shaft portion 264 connected to provide rotational force.

The gear portion 262 meshes with the worm gear shaft 24 to perform a function of substantially receiving rotational force.

The shaft portion 264 extends from the gear portion 262 and performs a function of supporting the rotational force transmitted through the gear portion 262 to be provided to the lift driving means 40.

On the other hand, the structure for providing the rotational force of the worm gear shaft 24 and the wheel gear shaft 26 is not limited to the worm and wheel structure, and any structure or configuration capable of providing rotational force in an orthogonal direction can be used. Do.

For example, various structures or configurations, such as a bevel gear, a spiral gear, or a helical gear, may be used as the rotation force providing structure of the worm gear shaft 24 and the wheel gear shaft 26.

The sliding driving means 30 is provided with the rotational force provided through the driving unit 20, and as it is reciprocated to be spaced apart at regular intervals in the left and right directions, as it shakes the lower body or the lower body including the legs, the lumped muscles It performs a function to obtain a massage and exercise effect to relax the.

The sliding driving means 30 includes a first eccentric rotation block 32, a sliding block 34, a seating block 36, and a first seating pad 38, as shown in FIG. 5A. .

The first eccentric rotation block 32 is one end is connected to the worm gear shaft 24 of the driving unit 20, the reciprocating sliding is made in the sliding block 34 by the rotational force provided by the worm gear shaft 24 It performs the function of providing eccentricity to lose.

The first eccentric rotation block 32 has a body 32 to which the worm gear shaft 24 is connected at one end, and an eccentric shaft extending a certain length from the other end of the body 32 and inserted into a part of the sliding block 34 (34).

In this case, the eccentric shaft 34 is configured at one end facing the worm gear shaft 24 based on the body 32, and is configured to be spaced apart from the worm gear shaft 24 by a predetermined distance.

Accordingly, the worm gear shaft 24 and the eccentric shaft 34 based on the body 32 are eccentrically rotated in the eccentric shaft 34 around the circumferential gear shaft 24 by the amount of eccentricity spaced apart at regular intervals. Is done.

The sliding block 34 performs a function of reciprocating sliding by an eccentric force provided by the eccentric shaft 324 of the first eccentric rotation block 32.

As shown in FIG. 5B, the sliding block 34 forms a predetermined length in the center, and slides to receive the pushing force of eccentric rotation of the eccentric shaft 324 as one end of the eccentric shaft 324 is inserted. The groove 342 is configured.

In addition, at least one insertion hole 344 is formed in the sliding block 34 to support the eccentric rotational power of the eccentric shaft 324 to be converted to horizontal reciprocating sliding.

In this case, the insertion hole 344 is configured in each of the upper and lower, to support the eccentric rotation of the eccentric shaft 324 is converted to horizontal sliding.

In addition, the insertion hole 344 is configured with a support shaft 35 having a predetermined length that guides the sliding block 34 to reciprocate to the left and right in the horizontal direction.

In addition, both ends of the support shaft 35 is fixed on the base plate 10, a support bracket 352 is configured to support the support shaft 35 to maintain a stable state.

In addition, at least one support groove 346 configured to provide reciprocating sliding to the seating block 36 is configured at an upper end of the sliding block 34.

As shown in the enlarged view of FIG. 5B, the support groove 346 is formed on the upper surface of the sliding block 34, and a plurality of support protrusions 3342 standing on both sides while allowing an insertion space to be formed in the center, It consists of a rounding (3464) formed on the upper end of the support projection (3462) and a slope (3466) inclined by a certain angle (α) downward from the rounding (3464).

That is, the support protrusion 3462 forms an insertion space so that the seating protrusion configured in the seating block 36 to be described later in the center can be inserted, so that the reciprocating sliding transfer force of the sliding block 34 is the seating block 36. In order to be stably provided to the secondary support force is maintained.

In addition, when the seating block 36 is inserted into the sliding block 34, the rounding 3464 forms a streamlined curve so that the seating projections of the seating block 36 are stably seated in the support groove 346. do.

In addition, the inclined surface 3466 performs a function to guide the seating projections that are seated along the rounding 3464 as they are inclined downwards to maintain a stable seated state in the center of the support groove 346. .

The seating block 36 is configured at the top of the sliding block 34, and performs a function of supporting the reciprocating sliding together by reciprocating sliding of the sliding block 34.

The seating block 36 is formed at a certain depth in the center, and an insertion groove 362 into which a top portion of the sliding block 34 is inserted is formed.

The insertion groove 362 is inserted into the sliding block 34, exerts a primary support force to reciprocally slide together by reciprocating sliding of the sliding block 34.

In this case, it is preferable that the insertion groove 362 and the sliding block 34 is formed by a loose fit.

In addition, the seating block 36 has a seating projection 364 that provides a secondary supporting force to the sliding block 34 inserted into the insertion groove 362, so that a stable reciprocating sliding can be achieved without slipping. It is composed.

That is, the seating projection 364 is configured inside the insertion groove 362, the support groove 346 of the sliding block 34 is inserted, the support groove 346 to exert a stable secondary support force And corresponding positions.

In addition, the seating block 36 is configured between the sliding block 34 and the first seating pad 38, so that the first seating pad 38 is stably reciprocated by reciprocating sliding of the sliding block 34. Let it slide.

The bottom of the first seating pad 38 is fixed to the seating block 36, and reciprocating sliding is performed together with the seating block 36.

In this case, the first seating pad 38 is a part in which the user's body is in direct contact, and is formed of rubber or silicone on the outer circumference so that a part of the body maintains a more soft seating state.

In addition, the first seating pad 38 forms a groove of a predetermined depth at both ends so that the lower body, for example, two legs can be placed.

Of course, the present invention is not limited to this, and the first seating pad 38 is formed into one deep groove shape, for example, when the waist or the like is seated according to the use position or the seating part of the body, and the user can replace it as necessary It can also be configured to be used.

On the other hand, the seating block 36 may be omitted, and an insertion groove and a seating protrusion may be formed in the first seating pad 38 so that the sliding block 34 can be directly seated on the first seating pad 38. .

The lifting driving means 40 is configured at each of both ends of the wheel gear shaft 26 of the driving unit 20, and massage and exercise with the lifting force of the upper and lower by the rotational force provided through the wheel gear shaft 26 It performs a function to have an effect.

The lifting driving means 40 includes a second eccentric rotation block 42, a lifting block 44 and a second seating pad 46, as shown in FIGS. 1 to 3.

The second eccentric rotation block 42 is composed of a body, one end of which is configured on the wheel gear shaft 26, and the other end of the body, which is composed of an eccentric shaft that is configured in a direction opposite to the wheel gear shaft 26. do.

In this case, since the specific configuration of the second eccentric rotation block 42 is substantially the same as that of the first eccentric rotation block 32, a detailed description thereof will be omitted.

The elevating block 44 functions to elevate and descend by the eccentric force provided through the second eccentric rotation block 42.

That is, the lifting block 44 is formed with a bearing for supporting a smooth rotation with an insertion hole through which an eccentric shaft constituted in the second eccentric rotation block 42 is inserted.

In addition, the lifting block 44 is not accompanied by eccentric rotation by the eccentric rotation of the second eccentric rotation block 42, a support bracket (not shown) is configured to support to maintain a smoothly elevated state. .

In this case, the support bracket may be configured separately, but the support bracket is omitted by forming a space on the cover 50 where the lifting block 44 can be vertically elevated.

A second seating pad 46 is fixed to the upper end of the lifting block 44.

The second seating pad 46 is fixed to the upper end of the elevating block 44 so as to elevate together with the elevating block 44 to obtain a massage and exercise effect.

The second seating pad 46 is a part in which the user's body is in direct contact, and is formed of rubber or silicone when the outer circumference is maintained so that a part of the body maintains a softer seating state.

In addition, the second seating pad 46 forms a groove having a predetermined depth so that a lower body such as a calf or ankle can be placed.

The cover 50 is seated on the base plate 10, and is configured such that a portion of the driving unit 20, the sliding driving means 30, and the lifting driving means 40 are not exposed to the inside, for safe use. It performs the function to make this happen.

That is, the cover 50 is configured such that only the first seating pad 38 of the sliding driving means 30 and the second seating pad 46 of the lifting driving means 40 are exposed to the outside.

In addition, a guide groove is formed in each of the cover 50 so that the reciprocating sliding of the sliding driving means 30 and the reciprocating lifting of the lifting driving means 40 can be smoothly performed.

Looking at the working state of the crucible exerciser configured as described above, as follows.

First, when switching is performed through the switching means 14 configured in the base plate 10, rotational force is generated in the motor 22 of the driving unit 20.

Thus, the rotational force is transmitted to the majestic gear shaft (24) connected to the motor (22) and the wheel gear shaft (26) engaged to be engaged with the worm gear shaft (24).

Accordingly, reciprocating sliding is performed on the sliding driving means 30 coupled to the worm gear shaft 24, and the first seating pad 38 of the sliding driving means 30 is reciprocated sliding left and right.

In addition, a reciprocating lift is performed on the hoisting drive means 40 coupled to the wheel gear shaft 26, and the second seating pad 46 of the hoisting drive means 40 is reciprocated up and down.

Therefore, reciprocating sliding and elevating is performed in each of the sliding driving means 30 and the elevating driving means 40 through the rotational force of one motor 22, so that the user can selectively obtain the massage and exercise effect by sliding or elevating. do.

Looking at another example of the present invention, as shown in Figure 6, each of the two ends of the wheel gear shaft 26 is provided with a clutch 410 capable of selectively controlling the connection or disconnection of the rotational force with the lifting driving means 40 Includes.

In addition, the wheel gear shaft 26 is shorted such that the shaft portion 264 has a predetermined interval so that the connection of the shaft portion 264 is interrupted by the clutch 410, thereby eliminating the portion where the gear portion 262 is located. The second axis 2644 is referred to as a portion positioned on the first axis 2262 and the lifting driving means 40.

The clutch 410 functions to control the shorted first and second shafts 2264 and 2644 to be interconnected or blocked.

The clutch 410 includes a male coupling 412 fixed to the first shaft 2262, an female coupling 414 configured to slide at a predetermined interval on the second shaft 2644, and the male and female couples. A control lever configured to be provided between the ring 412 and 414 to provide an elastic force to the spring 416 and the female coupling 414 to provide a pressing force to the female coupling 414. 418.

The male coupling 412 is fixed to one end of the first shaft 2262.

The female coupling 414 is inserted into the second shaft 2644, and as the reciprocating sliding is performed along the longitudinal direction of the second shaft 2644, the male coupling 412 is connected or blocked. , To transmit or block the rotational force.

In addition, each of the male and female couplings 412 and 414 is formed in a mutually corresponding coupling structure or configuration so that rotational forces can be smoothly transmitted when mutual engagement is achieved.

The spring 416 is configured between the male and female couplings 412 and 414, so that when an external force is not applied, the elastic force is maintained so that the male and female couplings 412 and 414 are short-circuited to each other. Gives

The control lever 418 is configured on one side of the female coupling 414, the arm coupling 414 is coupled to the male coupling 412 by rotation, a control function to transmit the rotational force To perform.

As described above, by configuring the clutch 410 on the wheel gear shaft 26 of the drive unit 20, the rotational force transmitted to the lift driving means 40 through the wheel gear shaft 26 is intermittent, so as to be selected by the user. Accordingly, it is possible to select the operation of the lift driving means 40.

It is possible to select such that only the sliding driving means 30 is operated by the clutch 410.

In particular, the clutch 410 allows a plurality of lift driving means 40 configured at each of both ends of the wheel gear shaft 26 to be selectively operated, for example, one of the two legs is a sliding drive The movement of the reciprocating sliding by the means 30 is developed, and the other leg allows the user's option to ensure that the movement of the reciprocating by the elevating driving means 40 is deployed.

What has been described above is only one embodiment for practicing the crucible, and the present invention is not limited to the above-described embodiment. Those skilled in the art to which the present invention pertains will appreciate that various modifications can be made without departing from the gist of the present invention.

10: base plate 12: anti-vibration
14: switching means 20: drive unit
22: motor 24: worm gear shaft
26: wheel gear shaft 262: gear portion
264: shaft 2642: first shaft
2644: 2nd axis 30: Sliding drive means
32: first eccentric rotation block 322: body
324: eccentric shaft 34: sliding block
342: sliding groove 344: insertion hole
346: support groove 3462: support projection
3464: rounding 3466: slope
35: support shaft 352: support bracket
36: Seating block 362: Insertion groove
364: seating projection 38: first seating pad
40: elevating driving means 42: second eccentric rotation block
44: lifting block 46: second seating pad
410: clutch 412: male coupling
414: female coupling 416: spring
418: control lever 50: cover

Claims (7)

A base plate 10 for maintaining a seated state on the ground;
It is configured on the base plate 10, the driving unit 20 for generating and providing a rotational force;
Sliding driving means (30) for receiving the rotational force provided by the driving unit 20 to obtain a massage and exercise effect by reciprocating sliding as it is reciprocated sliding;
An elevator driving means 40 that receives the rotational force provided by the driving unit 20 and obtains a massage and exercise effect by a reciprocating elevator as it is reciprocally elevated; And
It is configured in the base plate 10, and includes a cover 50 that performs a protective function to ensure a safe use to the user;
The driving unit 20 includes a motor 22 for generating rotational force;
A worm gear shaft 24 configured to provide rotational force generated by the motor 22 to the sliding drive means 30; And
It is connected to the worm gear shaft 24, receiving rotational force from the worm gear shaft 24 so that rotational force is provided to the elevating driving means 40, so that reciprocating sliding and elevating by the rotational force of one motor 22 simultaneously A wheel gear shaft 26 to be made;
Crucible exercise machine comprising a.
The method according to claim 1, The sliding drive means (30),
A first eccentric rotation block 32 which is connected to the majestic gear shaft 24 of the driving unit 20 to generate eccentric rotation power;
A sliding block (34) connected to one side of the first eccentric rotation block (32) to convert the eccentric rotation power to reciprocating sliding and reciprocating sliding;
A seating block (36) configured at the top of the sliding block (34) to perform reciprocating sliding with the sliding block (34); And
A first seating pad 38 fixed to an upper end of the seating block 36 and a user's body seated upward to obtain a massage and exercise effect by reciprocating sliding;
Crucible exercise machine comprising a.
The method according to claim 2, The sliding block (34),
The eccentric shaft 324 configured in the first eccentric rotation block 32 is inserted, and a sliding groove 342 formed in a vertical length and depth in the vertical direction receiving the pushing force by the eccentric rotational force of the eccentric shaft 324 ); And
It includes at least one insertion hole 344 formed to penetrate through the horizontal direction of the sliding block 34;
At least one support shaft 35 inserted into the insertion hole 344 of the sliding block 34 and supporting the sliding block 34 to reciprocate in a horizontal direction; And
At least one support bracket 352 configured to support each of both ends of the support shaft 35;
Crucible exercise machine comprising a.
The method according to claim 2, The seating block (36),
An insertion groove 362 in which a top end of the sliding block 34 is inserted to exert a primary support force so that reciprocating sliding is performed together with the sliding block 34;
Crucible exercise machine comprising a.
The method according to claim 4,
The insertion groove 362 of the seating block 36 includes at least one seating projection 364;
As the upper end of the sliding block 34 is inserted into the seating projection 364 and exerts a secondary supporting force, the secondary supporting force such that reciprocating sliding of the sliding block 34 is reliably transmitted to the seating block 36 At least one support groove (346) providing a;
Crucible exercise machine comprising a.
The method according to claim 1, The lifting drive means 40,
A second eccentric rotation block 42 coupled to one end of the wheel gear shaft 26 of the drive unit 20;
An elevating block 44 in which the eccentric shaft of the second eccentric rotation block 42 is inserted and reciprocating in the vertical direction by an eccentric rotation of the eccentric shaft; And
A second seating pad (46) fixed to the upper end of the elevating block (44) so that a user can obtain a massage and movement effect by reciprocating elevating;
The wheel gear shaft 26 includes a gear unit 262 engaged with the worm gear shaft 24 of the driving unit 20; And
A shaft portion 264 extending from each of both ends of the gear portion 262 and connected to the lift driving means 40 at one end;
Crucible exercise machine comprising a.
The method according to claim 6,
It is configured between the wheel gear shaft 26 and the lifting driving means 40 of the driving unit 20 to connect or block the rotational force provided by the wheel gear shaft 26, the lifting driving means according to the user's choice ( A clutch 410 to obtain a massage and exercise effect by reciprocating lift through 40);
Crucible exercise machine characterized in that it further comprises.

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