KR100540168B1 - sports equipment for health - Google Patents

Abstract

As the disclosure content can further induce interest in use, the frequency of use can be increased accordingly, and additional effects such as promoting blood circulation to smoothly supply blood flow to the brain can be expected as the human body rotates slowly. It is to be.

In the present invention for achieving this, the fixed frame (F1) is provided to be maintained in an upright state on the ground; A pair of fixed shaft members (Sa1) (Sa2) formed of a hollow body and having a structure in which their respective outer ends are coupled to both upper sides of the fixed frame (F1) as described above; A rotating shaft member Sb provided to be rotatably embedded in the pair of fixed shaft members Sa1 and Sa2; Cylindrical rotating member Tm which is coupled to each of the inner end portions of the fixed shaft members Sa1 and Sa2 and rotates with respect thereto, and is formed to extend the hollow member 28 at a position in the center of the predetermined portion. ; Drive means (Ma) configured to rotate the cylindrical rotary member (Tm) with respect to the fixed shaft members (Sa1) (Sa2) together with the rotary shaft member (Sb); One-way rotary device part La provided on the upper portion of the fixed frame F1 under a state connected to the end of the rotary shaft member Sb so that the rotary shaft member Sb rotates in only one direction. ; Rotating frame (F2) that can be mounted to other components and is provided to be seated by the user is coupled to the cylindrical rotating member (Tm); A safety frame (F3) provided in a hinged state to the rotation frame (F2) to selectively restrain the user's body seated on the rotation frame (F2); A locking device unit (R) provided to be temporarily locked to the rotation frame (F2) and unlocked by an operation in a state in which the safety frame (F3) is restrained by the user's body; A display device unit (D) installed in the rotation frame (F2) at a position corresponding to the viewpoint of the user seated on the rotation frame (F2); It is configured to output information to the display device unit D by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame F2, and is electrically connected to the display device unit D as well. It is provided with a fitness device comprising a; control unit (C) made of a structure further provided with a control means (M).

Fitness equipment, muscle strengthening, blood circulation promotion

Description

Sports equipment for health

1 is a perspective view for showing the configuration of an embodiment of a fitness device according to the present invention;

Figure 2 is an assembled front view of a partial cross-sectional state, to show the action state for one embodiment of a fitness device according to the present invention,

Figure 3 is an assembly side view of a partial cross-sectional state, to show the action state for one embodiment of a fitness device according to the present invention,

Figure 4a is an assembled front view of a partial cross-sectional state for showing the configuration of another embodiment of the fitness apparatus according to the present invention,

4B is a partially enlarged view for showing the 'A' part configuration of FIG. 4A in detail;

Figure 5 is an assembled side view of a partial cross-sectional state for showing a configuration for another embodiment of the fitness device according to the present invention,

Figure 6a is an assembled front view of a partial cross-sectional state, to show the action state for another embodiment of the fitness machine according to the present invention,

FIG. 6B is a partially enlarged view for showing the 'A' part configuration of FIG. 6A in detail;

Figure 6c is a partially enlarged view of the cross-sectional state, to show the configuration and action state for another embodiment of the drive means applied to the fitness machine according to the present invention,

Figure 7 is an assembly side view of a partial cross-sectional view, to show a configuration for another embodiment of the fitness device according to the present invention,

8 to 10 are assembled front views of the partial cross-sectional state, to schematically show the configuration of each other embodiment of the fitness device according to the present invention.

The present invention relates to a fitness equipment, and more particularly to a fitness equipment that can strengthen the leg muscles in accordance with the exercise effect caused by the pedal step load.

Muscles are developed by contraction / relaxation through exercise. The nerves are excited by the movement of these muscles, ie, in vitro and external stimuli, so that acetylcholine is secreted from nerve endings distributed in muscle cells.

This substance causes electrochemical phenomena of depolarization in myocytes. As a result, Ca2 + is released into myocytes temporarily in a membrane structure called myoplasmic reticulum, which is abundantly distributed in myocytes, and Ca2 + releases myosin and actin. It acts in between, causing glide of actin, and when the excitement of nerve is lost, the endoplasmic reticulum absorbs Ca2 + which is released, and actin escapes between myosin.

According to this chemical action, muscle contraction / relaxation is made, and such energy contraction and relaxation consumes a great amount of energy as the energy released by the decomposition of adenosine triphosphate (ATP) is used.

Muscle movement is caused by the contraction and relaxation of the muscle cells as described above, by using the action to strengthen the muscles to improve the health, various fitness equipment suitable for the muscle is widely used.

In particular, as a fitness device for strengthening leg muscles, the load is applied when the pedal is turned, and the leg muscles, such as the femoral muscles, etc. are relaxed and contracted by such rotational loads, thereby making the leg muscles exercise, The leg muscles will be strengthened and developed.

By the way, the conventional fitness equipment as described above has a simple structure that continuously rotates the wheel by moving only the legs in a state where the whole body is stationary, there is a limit to induce interest, and therefore quickly feel the demonstration, the frequency of its use Had the disadvantage of being poor.

The present invention has been made in order to solve the disadvantages of the conventional fitness equipment as described above, the object of the present invention can cause further interest in use, and thus the fitness equipment that can increase the frequency of use I'm trying to provide.

Another object of the present invention is to provide a fitness device that can be expected to be an additional effect, such as promoting blood circulation to the blood flow smoothly supplied to the brain by standing upside down.

In order to realize this, the present invention is a fixed frame provided to be maintained in an upright state on the ground, and as long as it is formed of a hollow body formed of a structure in which each of its outer end is coupled to the upper both sides of the fixed frame as described above A pair of fixed shaft members, a rotary shaft member provided to be rotatably inherent in the pair of fixed shaft members, coupled to each inner end portion of the fixed shaft members and rotated therewith, and a predetermined portion thereof A cylindrical rotating member provided to extend the hollow member at a central position, drive means configured to rotate the cylindrical rotating member with respect to the fixed shaft members together with the rotating shaft member, and Under the state connected to the end of the rotating shaft member so that the rotating shaft member is rotated in only one direction, One-way rotating device unit is mounted to the side portion, and other parts can be mounted and the rotating frame is formed so that the user can be seated coupled to the cylindrical rotating member, and the user's body seated on the rotating frame In order to selectively restrain the safety frame, which is provided in a hinged state to the rotating frame and the safety frame to restrain the user's body, and temporarily locked to the rotating frame A locking device unit provided to be unlocked by an operation, a display device unit installed on the rotating frame at a position corresponding to the viewpoint of the user seated on the rotating frame, and a rotational speed of the rotating frame. And information about the rotation speed and the elapsed time, etc. can be output to the display device unit. Is configured to, electrically connected with the display device unit, of course, it provides a fitness equipment is configured to include a control apparatus consisting of an operating means is further provided with structure.

The driving means is mounted on one side of the fixed frame in a state in which the rotating shaft extends at one end of the rotating shaft member, and at a low speed as a current is applied under a control state by the control unit. It may be a deceleration motor that is driven.

The driving means includes a pair of sun gears respectively coupled to the outer end surfaces of the pair of fixed shaft members; A pair of planetary gears provided in engagement with the sun gears so as to revolve around the sun gears respectively coupled to the pair of fixed shaft members; A gear shaft member provided to connect the pair of planetary gears on a coaxial line; A driven sprocket fixedly mounted at a central portion of the gear shaft member; A drive sprocket embedded in the hollow member end portion in a linear position with respect to the driven sprocket; A chain that connects the driving sprocket and the driven sprocket as described above to enable power transmission; A drive shaft member extending to both sides of the rotation shaft of the drive sprocket in a state where the end portion of the hollow member passes through a corresponding position; A pair of bending rods each of which is formed to be bent in an orthogonal state so that one end portion thereof is coupled to both ends of the drive shaft member so as to be disposed in a symmetrical direction with respect to the center line of the drive shaft member; It may be composed of a pair of pedals, the pedals are rotatably mounted to each end of the bending rods, respectively.

The driving means includes a pair of sun gears respectively coupled to the outer end surfaces of the pair of fixed shaft members; A pair of planetary gears provided in engagement with the sun gears so as to revolve around the sun gears respectively coupled to the pair of fixed shaft members; A gear shaft member provided to connect the pair of planetary gears on a coaxial line; A worm wheel fixedly mounted at a central portion of the gear shaft member; Worms associated with the worm wheels; A worm shaft embedded in the hollow member to be rotatable in a state in which one end thereof extends from the rotation center of the worm; A driven side bevel gear mounted to the other end portion of the worm shaft; A pair of drive side bevel gears provided in a state in which the driven side bevel gears are simultaneously engaged; It may be configured to include a pair of drive shaft member to which each of the drive side bevel gears are coupled.

The drive means, the hydraulic pump is installed at the end of the hollow member extending from the cylindrical rotating member; A pair of drive shaft members respectively extending to both ends of the output shaft of the hydraulic pump; A pair of bending rods connected and coupled to each of the pair of drive shaft members; And a pair of pedals; An oil motor configured to be driven by the hydraulic oil discharged from the hydraulic pump, the oil motor being configured to be connected to the rotary shaft member as described above to rotate the rotary shaft member by the hydraulic force from the hydraulic pump; And an oil tank 66 connected to the hydraulic pump and the oil motor in a conduit such that the hydraulic oil supply to the hydraulic pump and the return of the hydraulic oil from the oil motor are performed.

In addition, in the present invention, a fixed frame provided to be maintained in an upright state on the ground; A pair of fixed shaft members formed of a hollow body and formed to have a structure in which their respective outer ends are coupled to both upper sides of the fixed frame as described above; A rotating shaft member provided to be rotatably embedded in the pair of fixed shaft members; A cylindrical rotating member which is coupled to each of the inner end portions of the fixed shaft members and rotated thereto and is formed to extend the hollow member at a position in the center of the predetermined portion; Drive means configured to rotate the cylindrical rotary member with respect to the fixed shaft members together with the rotary shaft member; A one-way rotating device unit mounted to an upper portion of the fixed frame under a state connected to an end of the rotating shaft member such that the rotating shaft member is rotated in only one direction; Rotating frame that can be mounted to the other parts and the user is seated and coupled to the cylindrical rotating member; A safety frame provided in a hinged state to the pivot frame so as to selectively restrain the user's body seated on the pivot frame; A lock device configured to be temporarily locked to the pivoting frame and unlocked by an operation while the safety frame restrains a user's body; A display device installed on the pivot frame at a position corresponding to the viewpoint of the user seated on the pivot frame; It is configured to calculate the information about the rotational speed and the number of revolutions and the elapsed time of the rotating frame and output to the display device unit, is electrically connected to the display device unit, as well as a structure further provided with a control means Control unit; There is provided a fitness device comprising a load generating means coupled to the hollow member extending from the cylindrical rotating member at the position of the end.

The load generating means may include: a friction disk embedded at a position at an end portion of the hollow member extending from the cylindrical rotating member; A pair of friction members fixedly coupled to the inner wall surface of the hollow member at a corresponding position so as to be in close contact with both sides of the friction disk; A pressing member for pressing the pair of friction members toward the friction disk with a predetermined inherent elastic force; It may be composed of a pair of pedals respectively connected to both ends of the rotating shaft of the friction disk.

In addition, the present invention, the fixed frame is provided to be maintained in an upright state on the ground; A pair of fixed shaft members formed of a hollow body and formed to have a structure in which their respective outer ends are coupled to both upper sides of the fixed frame as described above; A rotating shaft member provided to be rotatably embedded in the pair of fixed shaft members; A cylindrical rotating member which is coupled to each of the inner end portions of the fixed shaft members and rotated thereto and is formed to extend the hollow member at a position in the center of the predetermined portion; Drive means configured to rotate the cylindrical rotary member with respect to the fixed shaft members together with the rotary shaft member; A one-way rotating device unit mounted to an upper portion of the fixed frame under a state connected to an end of the rotating shaft member such that the rotating shaft member is rotated in only one direction; Rotating frame that can be mounted to the other parts and the user is seated and coupled to the cylindrical rotating member; A safety frame provided in a hinged state to the pivot frame so as to selectively restrain the user's body seated on the pivot frame; A lock device configured to be temporarily locked to the pivoting frame and unlocked by an operation while the safety frame restrains a user's body; A display device installed on the pivot frame at a position corresponding to the viewpoint of the user seated on the pivot frame; It is configured to output information to the display device unit by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame, and is electrically connected to the display device unit, as well as a structure further provided with a control means Losing control unit; Provides a fitness device comprising a; the auxiliary drive means mounted to one side of the fixed frame in a state in which the rotating shaft is extended to one side end of the rotating shaft member.

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

1 to 10, the fixed frame (F1); A pair of fixed shaft members Sa1 and Sa2; Rotary shaft member (Sb); Cylindrical rotating member (Tm); Drive means (Ma); One-way rotating device (La); Rotating frame F2; Safety frame F3; Lock device (R); A display device unit D; It relates to a fitness device comprising a control unit (C) and the like.

On the other hand, the fixing frame (F1) is provided to be maintained in an upright state on the ground, a plurality of pairs of filler members (6a) (6a) (6a) (8a) (8b) are hinged so that the upper portion can be folded or unfolded And a pair of connecting members 10a and 10b connecting the lower portions of the other pair of corresponding filler members 6a and 8a and 6b and 8b, respectively.

In addition, the fixed frame (F1), the end portion is joined so that the middle portion can be folded downward, hinged 12a, 12b (14a) 14b, and in addition, both end portions of the connected state Each pair of corresponding filler members 6a, 6b, 8a, 8b by means of another hinge 16a, 16b, 16c, 16d, 18a, 18b, 18c, 18d. It may be configured to include a plurality of pairs of other connection members 20a, 20b, 22a, 22b, 24a, 24b, 26a and 26b coupled to a plurality of places therebetween.

The hinges 12a, 12b, 14a, 14b are merely means for joining the neighboring members in a collapsible state, and the neighboring filler members (replacement with the detachable joint means) are replaced by the detachable joint means. 6a, 6b, 8a, 8b and neighboring connecting members 20a, 20b, 22a, 22b, 24a, 24b, 26a and 26b may also be separated.

The fixed frame F1 configured as described above has a plurality of pairs of other connecting members 20a, 20b, 22a, 22b, 24a, 24b, 26a and 26b, and the middle part thereof is folded downward. In addition, this allows a plurality of pairs of pillar members 6a, 6b, 8a, 8b to be folded at the top thereof.

In addition, the pair of fixed shaft members Sa1 and Sa2 are formed in a hollow body and are formed in a structure in which their respective outer ends are coupled to both upper sides of the fixed frame F1 as described above.

And, each of the outer end is coupled to the upper both sides of the fixed frame (F1), it may be made of a separate one disposed on one horizontal line by being cut at a central position and spaced apart, the rotary shaft member (Sb) Is rotatably embedded in the pair of fixed shaft members Sa1 and Sa2.

In addition, the cylindrical rotating member Tm is coupled to rotate with respect to the respective inner end portions of the fixed shaft members Sa1 and Sa2, and the hollow member 28 is positioned at the center of the predetermined portion. It is formed so as to extend.

In addition, the driving means Ma can rotate the cylindrical rotating member Tm as described above with respect to the fixed shaft members Sa1 and Sa2 together with the rotary shaft member Sb.

In addition, the one-way rotary device (La) is mounted on the upper portion of the fixed frame (F1) in a state connected to the end of the rotary shaft member (Sb), the rotary shaft member (Sb) in one direction Of course, the rotation shaft member (Sb) may be rotated only in one direction or rotated only in the other direction as it is operated, may be a two-way rotary device capable of a selective switching action.

In addition, the rotation frame (F2), other components can be mounted and is formed to be seated by the user, is formed and configured as described above is coupled to the cylindrical rotating member (Tm).

That is, the rotation frame (F2) is partially fixed to the rotating shaft member (Sb), the base frame (72a) (72b) is formed to have a pair of handle members (78a, 78b); And sheet member 76; may be configured.

The base frame (72a) (72b) has a pair of handle members bent in the form of '??' when viewed from the side and the form having an extension for installing other parts at a position corresponding to the seated user's viewpoint It is formed in the form having (78a) (78b).

In addition, the seat member 76 is to be coupled to the base frame (72a, 72b) in a seated state, the pair of handle members (78a, 78b) is the base frame (72a) (72b) It extends to the upper end of both sides of, and is formed is bent so that the end is upward.

In addition, the rotating frame F2 as described above allows the respective ends of the plurality of brackets extending from the cylindrical rotating member Tm to have left and right sides of the front and side ends of the seat member 76 of the rotating frame F2. It may be formed to have a structure in which the cylindrical rotating member (Tm) is disposed in front of the rotation frame (F2) to extend from the upper and side portions.

In addition, the safety frame (F3) is provided in a hinged state to the rotation frame (F2), to selectively restrain the user's body seated on the rotation frame (F2), such a safety frame (F3) ) Is temporarily locked to the rotation frame (F2) by the lock device (R) in a state that restrains the user's body and also unlocked by the operation.

In addition, the display device unit (D) is installed on the rotating frame (F2) at a position corresponding to the viewpoint of the user seated on the rotating frame (F2), the control unit (C) is It is configured to output information to the display device unit D by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame F2, and is electrically connected to the display device unit D as well. Operation means (M) may be further provided.

Example 1

1 to 3 show a fixed frame F1; A pair of fixed shaft members Sa1 and Sa2; Rotary shaft member (Sb); Cylindrical rotating member (Tm); Drive means (Ma); One-way rotating device (La); Rotating frame F2; Safety frame F3; Lock device (R); A display device unit D; It is a figure for showing an embodiment of the present invention, which is configured such that the load generating means (Rg) is further included in the configuration of the control unit (C).

The load generating means (Rg) is a friction disk (Fd) built in the position of the end portion in the hollow member 28 extending from the cylindrical rotating member (Tm), and the hollow of the corresponding position to be in close contact with both sides thereof A pair of friction members Fc fixedly coupled to the inner wall of the member 28, and a pressure member Ps for pressing the pair of friction members Fc toward the friction disk Fd with a predetermined inherent elastic force. And a pair of pedals 46a and 46b respectively connected to both ends of the rotating shaft of the friction disk Fd.

On the other hand, the driving means (Ma) as described above is mounted on one side of the fixed frame (F1) in a state in which the rotating shaft extends to one side end of the rotating shaft member (Sb), such driving means Ma may be a deceleration motor which is driven at a low speed as a current is applied under the control state by the control unit C described above.

Example 2

4a to 5 are views for showing another embodiment of the present invention, the fixing frame (F1) of the same configuration as in the {Example 1) '; A pair of fixed shaft members Sa1 and Sa2; Rotary shaft member (Sb); Cylindrical rotating member (Tm); Drive means (Ma); One-way rotating device (La); Rotating frame F2; Safety frame F3; Lock device (R); A display device unit D; It relates to a fitness device further includes an auxiliary drive means (Mb) in the control unit (C).

The auxiliary driving means Mb as described above is mounted on one side of the fixed frame F1 under the state in which the rotating shaft extends at one end of the rotating shaft member Sb. Mb may be a deceleration motor which is driven at a low speed as a current is applied under the control state by the control unit C.

On the other hand, the other drive means (Ma) as another embodiment, a pair of sun gear (30a) (30b); A pair of planetary gears 32a and 32b; Gear shaft member 34; Driven sprocket 36; Drive sprocket 38; Chain 40; Drive shaft members 42a and 42b; A pair of bending rods 44a and 44b; It may be composed of a pair of pedals 46a and 46b.

As described above, the pair of sun gears 30a and 30b are coupled to the outer end surfaces of the pair of fixed shaft members Sa1 and Sa2, respectively, and the pair of planetary gears 32a and 32b. Is provided in a state in which the sun gear 30a (30b) is engaged with each other so as to revolve around the sun gear (30a, 30b) coupled to each of the pair of fixed shaft members (Sa1) (Sa2).

In addition, the pair of planetary gears 32a and 32b are rotatably mounted in the cylindrical rotating member Tm, and the pair of planetary gears 32a and 32b are coaxially geared. It is to be connected to the shaft member (34).

In addition, the driven sprocket 36 is fixedly mounted at the central portion of the gear shaft member 34, and the driving sprocket 38 at the end of the hollow member 28 in a linear position with respect to the driven sprocket 36. This is rotatably built, the drive sprocket 38 and the driven sprocket 36 is connected to the chain 40 so that power transmission is made.

In addition, the drive shaft members 42a and 42b extend to both sides of the rotation shaft of the drive sprocket 38 in a state where the end portion of the hollow member 28 passes through the corresponding position, and the pair of bendings The rods 44a and 44b are formed to be bent in an orthogonal state, respectively, and one ends of both ends of the drive shaft members 42a and 42b are disposed in a symmetrical direction with respect to the center line of the drive shaft members 42a and 42b. To be combined.

In addition, the pedals 46a and 46b are rotatably mounted at respective ends of the bending rods 44a and 44b, respectively.

Example 3

6a and 7 are views for showing the configuration of a fitness device further includes a configuration for another embodiment of the drive means Ma and a reduction gear unit (Dc).

The driving means (Ma), a pair of sun gear (30a, 30b); A pair of planetary gears 32a and 32b; Gear shaft member 34; Worm wheel 50; Worm 52; Worm shaft 54; Driven side bevel gear 56; A pair of drive side bevel gears 58a and 58b; A pair of drive shaft members 42a and 42b; A pair of bending rods 44a and 44b; It consists of a pair of pedals 46a and 46b.

That is, the drive means (Ma), a pair of sun gear 30a, 30b, a pair of planetary gears (32a) 32b and the gear shaft member 34 as in the ((Example 2)) And a worm wheel fixedly mounted at the central portion of the gear shaft member 34 to the drive shaft members 42a and 42b, the pair of bending rods 44a and 44b, and the pair of pedals 46a and 46b. 50) and the worm 52 which is engaged with the worm wheel 50 is configured to be further included.

The worm shaft 54 as described above is built to be rotatable at the end of the hollow member 28 in a state in which one end thereof extends from the rotation center of the worm 52, and the driven side bevel gear 56 Is mounted on the other end portion of the worm shaft (54).

In addition, the pair of driving side bevel gears 58a and 58b are simultaneously provided in the driven side bevel gear 56, and the driving side bevel gears 58a and 58b are provided. Each is coupled to the pair of drive shaft members 42a and 42b.

In addition, the speed reduction unit Dc is axially coupled to the end of the worm shaft 54 by a flange coupling to control the driving means Ma to be driven at a reference speed.

In addition, the drive means (Ma) as shown in Figure 6c, one sun gear (30a) is mounted to the fixed shaft member (Sb), and one planetary gear (32a) interlocked with the gear shaft described above The worm wheel 50 is mounted to the member 34 and fixedly mounted to the central portion of the gear shaft member 34, the worm 52 engaged with the worm wheel 50, and the worm 52. Bending coupled to the driven side bevel gear 56 mounted on the worm shaft 54, a pair of drive side bevel gears 58a and 58b engaged therewith, and their respective drive shaft members 42a and 42b. It may be configured to include rods 44a and 44b and pedals 46a and 46b.

Example 4

In addition, the driving means (Ma) as described above, as shown in Figure 8, the hydraulic pump 62; A pair of drive shaft members 42a and 42b; A pair of bending rods 44a and 44b; A pair of pedals 46a and 46b; Oil motor 64; Oil tank 66; It may be configured to include.

That is, the hydraulic pump 62 is installed at the end of the hollow member 28 extending from the cylindrical rotating member (Tm) as in '(Example 1)', the output shaft of the hydraulic pump 62 to both ends Each of the pair of drive shaft members 42a and 42b extends, and a pair of bending rods 44a and 44b and a pair of pedals 46a to each of the pair of drive shaft members 42a and 42b. 46b is connected and coupled, and the output shaft of the oil motor 64 driven by the hydraulic oil discharged from the hydraulic pump 62 is connected to the rotary shaft member Sb from the hydraulic pump 62. It is configured to include the oil tank 66 to rotate the rotating shaft member (Sb) by the hydraulic pressure of the, as well as to supply and return the working oil.

Example 5

Figure 9 relates to another embodiment of the fitness device of the present invention configured to further include a drive speed delay means (Rd) in the configuration as in (Example 4), the drive speed delay means (Rd) is It may apply to all embodiments.

That is, as in '(Example 1)', the hydraulic pump 62 is installed at the end of the hollow member 28 extending from the cylindrical rotating member Tm, as in '(Example 4)', Each of the pair of drive shaft members 42a and 42b extends to both ends of the output shaft of the hydraulic pump 62, and a pair of bending rods 44a to each of the pair of drive shaft members 42a and 42b ( 44b) and a pair of pedals 46a and 46b are configured to have drive means Ma to be connected and coupled.

In this (Example 5), the driving means Ma connects the output shaft of the oil motor 64 driven by the hydraulic oil discharged from the hydraulic pump 62 to the rotary shaft member Sb. It is configured to rotate the rotating shaft member (Sb) by the hydraulic force from the pump 62, as well as the hydraulic oil is supplied from the oil tank 66 or returned to the oil tank (66).

On the other hand, the drive speed delay means (Rd) as described above, the region including the crankshaft member 70 extending to one end of the rotating shaft member (Sb), and the rotation radius of the crankshaft member (70) The housing portion 72 is formed to extend to the fixed shaft member (Sa1) of the one side in a shape that ensures a space of the hinge is coupled to the crankshaft member (70) under the state built in the housing portion (72) A connecting rod member 74, a hydraulic cylinder 78 in which the rod 76 is hinged to the connecting rod member 74, and a pipe line 80 connected to ports of both chambers of the hydraulic cylinder 78. It is configured to have an orifice 82 or the like installed on the.

Example 6

Figure 10 relates to another embodiment of the health equipment of the present invention configured to further include the driving speed delay means Rd of the (Example 5) in the configuration as in (Example 2).

That is, the driving means Ma as in '(Example 2)' is included, and the driving speed delay means Rd is formed in the structure as in the '(Example 5)'.

The fitness device according to the present invention configured as described above, if the user seated on the rotation frame (F2) in the body restrained state by the safety frame (F3) to give a pedal force to the pedal (46a, 46b), The turning force is generated in the driving means Ma by the stepping force, and the turning frame F2 is revolved with respect to the pair of fixed shaft members Sa1 and Sa2 by this turning force.

On the other hand, the auxiliary drive means (Mb) is driven at the minimum speed by the control unit (C) to transfer power to the rotating shaft member (Sb) and the rotating frame (F2) coupled thereto, the rotating frame (F2) is downward From the point of rotation, the rotating frame F2 is prevented from falling rapidly.

In addition, the rotating shaft member Sb and the rotating frame F2 coupled thereto are rotated only in a clockwise direction as seen in the drawings (see FIGS. 3 and 6) by the one-way rotating device part La, thereby rotating the rotating frame ( F2) overcomes the driving force of the driving means Ma by its own weight so as not to reverse rotation.

As described above, the fitness device according to the present invention, by allowing the complex movement to perform the deformation of the position while moving the leg muscles, can further induce interest, thus increasing the frequency of use There is an advantage.

In addition, the present invention has the other advantage that it is possible to expect additional effects such as promoting blood circulation to smoothly supply blood flow to the brain by continuously deforming the position while strengthening the leg muscles.

Claims (14)

A fixed frame (F1) provided to be maintained in an upright state on the ground; A pair of fixed shaft members (Sa1) (Sa2) formed of a hollow body and having a structure in which their respective outer ends are coupled to both upper sides of the fixed frame (F1) as described above; A rotating shaft member Sb provided to be rotatably embedded in the pair of fixed shaft members Sa1 and Sa2; Cylindrical rotating member Tm which is coupled to each of the inner end portions of the fixed shaft members Sa1 and Sa2 and rotates with respect thereto, and is formed to extend the hollow member 28 at a position in the center of the predetermined portion. ; Drive means (Ma) configured to rotate the cylindrical rotary member (Tm) with respect to the fixed shaft members (Sa1) (Sa2) together with the rotary shaft member (Sb); One-way rotary device part La provided on the upper portion of the fixed frame F1 under a state connected to the end of the rotary shaft member Sb so that the rotary shaft member Sb rotates in only one direction. ; Rotating frame (F2) that can be mounted to other components and is provided to be seated by the user is coupled to the cylindrical rotating member (Tm); A safety frame (F3) provided in a hinged state to the rotation frame (F2) to selectively restrain the user's body seated on the rotation frame (F2); A locking device unit (R) provided to be temporarily locked to the rotation frame (F2) and unlocked by an operation in a state in which the safety frame (F3) is restrained by the user's body; A display device unit (D) installed in the rotation frame (F2) at a position corresponding to the viewpoint of the user seated on the rotation frame (F2); It is configured to output information to the display device unit D by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame F2, and is electrically connected to the display device unit D as well. Health control device comprising a; control unit (C) made of a structure further provided with a control means (M). The method of claim 1, wherein the fixed frame (F1), A plurality of pairs of pillar members 6a, 6b, 8a, 8b hinged to allow the upper portion to be folded or unfolded; A pair of connecting members 10a and 10b connecting lower ends of the other pair of corresponding filler members 6a and 8a and 6b and 8b, respectively; The ends that are joined to each other so that the middle portion thereof can be folded downward are connected by the hinges 12a, 12b, 14a, and 14b, and the two end portions in the connected state are connected to the other hinges 16a and 16b ( A plurality of pairs of different pairs joined to a plurality of places between each pair of corresponding pillar members 6a, 6b, 8a, 8b by 16c) 16d) 18a) 18b) 18c) 18d. Fitness equipment comprising a connection member (20a) (20b) (22a) (22b) (24a) (24b) (26a) (26b). The method of claim 1, wherein the rotation frame (F2), Base frames 72a and 72b which are partially fixedly coupled to the rotary shaft member Sb, and are formed and provided in a form having an extension part for mounting other components and a pair of handle members 78a and 78b. ); Fitness equipment, characterized in that consisting of; seat member (76) provided to be coupled to the base frame (72a) (72b) in a seated state. The method of claim 1, wherein the drive means (Ma), Under the state in which the rotating shaft is extended to one side end of the rotating shaft member (Sb), it is mounted on one side of the fixed frame (F1), the current is applied under the control state by the control unit (C) Fitness device characterized in that the motor is driven at a low speed. The method of claim 1, wherein the drive means (Ma), A pair of sun gears (30a) (30b) respectively coupled to the outer end surfaces of the pair of fixed shaft members (Sa1) (Sa2); A pair of planets provided in engagement with the sun gears 30a and 30b so as to revolve around the sun gears 30a and 30b coupled to the pair of fixed shaft members Sa1 and Sa2, respectively. Gears 32a and 32b; A gear shaft member 34 provided to connect the pair of planetary gears 32a and 32b on a coaxial line; A driven sprocket 36 fixedly mounted at a central portion of the gear shaft member 34; A drive sprocket 38 mounted to be rotatable at an end of the hollow member 28 in a linear position with respect to the driven sprocket 36; A chain 40 which connects the driving sprocket 38 and the driven sprocket 36 to the power transmission system as described above; A drive shaft member (42a) (42b) extending to both sides of the rotation shaft of the drive sprocket (38) in a state where the end of the hollow member (28) passes through the corresponding position; A pair of bents are formed so as to be bent in an orthogonal state so that one end portion thereof is coupled to both ends of the drive shaft members 42a and 42b so as to be arranged in a symmetrical direction with respect to the center line of the drive shaft members 42a and 42b. Rods 44a and 44b; Fitness equipment, characterized in that composed of a pair of pedals (46a) (46b) are mounted to each end of the bending rods (44a) (44b) rotatably mounted respectively. The method of claim 1, wherein the drive means (Ma), A pair of sun gears (30a) (30b) respectively coupled to the outer end surfaces of the pair of fixed shaft members (Sa1) (Sa2); A pair of pairs are provided with the sun gears 30a and 30b engaged with each other such that the sun gears 30a and 30b coupled to each of the pair of fixed shaft members Sa1 and Sa2 are revolved about the center. Planetary gears 32a and 32b; A gear shaft member 34 provided to connect the pair of planetary gears 32a and 32b on a coaxial line; A worm wheel 50 fixedly mounted at a central portion of the gear shaft member 34; A worm 52 engaged with the worm wheel 50; A worm shaft 54 that is rotatably embedded in the hollow member 28 in a state in which one end thereof extends from the rotation center of the worm 52; A driven side bevel gear 56 mounted to the other end portion of the worm shaft 54; A pair of driving side bevel gears (58a) (58b) provided in the state of simultaneous engagement with said driven side bevel gear (56); And a pair of drive shaft members (42a) (42b) to which each of the drive side bevel gears (58a) (58b) is coupled. delete The method of claim 1, wherein the drive means (Ma), A hydraulic pump 62 installed at an end of the hollow member 28 extending from the cylindrical rotating member Tm; A pair of drive shaft members (42a) (42b) respectively extending to both ends of the output shaft of the hydraulic pump (62); A pair of bending rods 44a and 44b connected and coupled to each of the pair of drive shaft members 42a and 42b; And a pair of pedals 46a and 46b; The output shaft is configured to be driven by the hydraulic oil discharged from the hydraulic pump 62 so that the output shaft is rotated on the rotary shaft member Sb as described above to rotate the rotary shaft member Sb by the hydraulic force from the hydraulic pump 62. An oil motor 64 configured to be connected; An oil tank (66) connected to the hydraulic pump (62) and the oil motor (64) to provide a hydraulic oil supply to the hydraulic pump (62) and a hydraulic oil return action from the oil motor (64); Fitness equipment, characterized in that configured to include. delete delete A fixed frame (F1) provided to be maintained in an upright state on the ground; A pair of fixed shaft members (Sa1) (Sa2) formed of a hollow body and having a structure in which their respective outer ends are coupled to both upper sides of the fixed frame (F1) as described above; A rotating shaft member Sb provided to be rotatably embedded in the pair of fixed shaft members Sa1 and Sa2; Cylindrical rotating member Tm which is coupled to each of the inner end portions of the fixed shaft members Sa1 and Sa2 and rotates with respect thereto, and is formed to extend the hollow member 28 at a position in the center of the predetermined portion. ; Drive means (Ma) configured to rotate the cylindrical rotary member (Tm) with respect to the fixed shaft members (Sa1) (Sa2) together with the rotary shaft member (Sb); One-way rotary device part La provided on the upper portion of the fixed frame F1 under a state connected to the end of the rotary shaft member Sb so that the rotary shaft member Sb rotates in only one direction. ; Rotating frame (F2) that can be mounted to other components and is provided to be seated by the user is coupled to the cylindrical rotating member (Tm); A safety frame (F3) provided in a hinged state to the rotation frame (F2) to selectively restrain the user's body seated on the rotation frame (F2); A locking device unit (R) provided to be temporarily locked to the rotation frame (F2) and unlocked by an operation in a state in which the safety frame (F3) is restrained by the user's body; A display device unit (D) installed in the rotation frame (F2) at a position corresponding to the viewpoint of the user seated on the rotation frame (F2); It is configured to output information to the display device unit D by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame F2, and is electrically connected to the display device unit D as well. , The control unit (C) made of a structure further provided with a control means (M); And a load generating means (Rg) coupled to the hollow member (28) extending from the cylindrical rotating member (Tm) at the position of the end. The method of claim 11, wherein the load generating means (Rg), A friction disk (Fd) built in the position of the end portion in the hollow member (28) extending from the cylindrical rotating member (Tm); A pair of friction members (Fc) fixedly coupled to the inner wall surface of the hollow member (28) at a corresponding position so as to be in close contact with both sides of the friction disk (Fd); A pressing member Ps for pressing the pair of friction members Fc toward the friction disk Fd with a predetermined inherent elastic force; Fitness equipment, characterized in that composed of a pair of pedals (46a, 46b) connected to both ends of the rotating shaft of the friction disk (Fd). A fixed frame (F1) provided to be maintained in an upright state on the ground; A pair of fixed shaft members (Sa1) (Sa2) formed of a hollow body and having a structure in which their respective outer ends are coupled to both upper sides of the fixed frame (F1) as described above; A rotating shaft member Sb provided to be rotatably embedded in the pair of fixed shaft members Sa1 and Sa2; Cylindrical rotating member Tm provided to be coupled to each inner end portion of the fixed shaft members Sa1 and Sa2 and to be rotated thereto, and to extend the hollow member 28 at a position in the center of the predetermined portion. ); Drive means (Ma) configured to rotate the cylindrical rotary member (Tm) with respect to the fixed shaft members (Sa1) (Sa2) together with the rotary shaft member (Sb); One-way rotary device part La provided on the upper portion of the fixed frame F1 under a state connected to the end of the rotary shaft member Sb so that the rotary shaft member Sb rotates in only one direction. ; Rotating frame (F2) that can be mounted to other components and is provided to be seated by the user is coupled to the cylindrical rotating member (Tm); A safety frame (F3) provided in a hinged state to the rotation frame (F2) to selectively restrain the user's body seated on the rotation frame (F2); A locking device unit (R) provided to be temporarily locked to the rotation frame (F2) and unlocked by an operation in a state in which the safety frame (F3) is restrained by the user's body; A display device unit (D) installed in the rotation frame (F2) at a position corresponding to the viewpoint of the user seated on the rotation frame (F2); It is configured to output information to the display device unit D by calculating information about the rotational speed, the number of revolutions, and the elapsed time of the rotation frame F2, and is electrically connected to the display device unit D as well. , Control unit (C) made of a structure further provided with a control means (M); Fitness device characterized in that it further comprises an auxiliary drive means (Mb) mounted on one side of the fixed frame (F1) in a state in which the rotating shaft extends on one side end of the rotating shaft member (Sb). The method of claim 13, wherein the auxiliary drive means (Mb) Fitness device, characterized in that the deceleration motor is driven at a low speed as the current is applied under the control state by the control unit (C).

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