KR100473795B1 - Golf exercise machine - Google Patents

Abstract

The present invention relates to a non-powered slope golf exerciser capable of adjusting the inclination angle without power and enabling optimal golf practice, the present invention comprises: an upper frame top plate for the user to work; A lower frame lower plate which can be fixed to the bottom surface when the device is installed; An inclination control valve for arbitrarily operating the inclined surface; A hydraulic flow rate buffer unit for correcting a shake caused by a side pressure of the hydraulic flow channel generated when the slope is adjusted and correcting a volume change of the hydraulic oil according to a change of season and a temperature difference; A plurality of operation valve control levers installed so that the user can arbitrarily operate the upper frame upper plate; A hydraulic oil piping unit for controlling and piping hydraulic oil; A plurality of infinite free hydraulic cylinders having a vertical movement distance up and down when adjusting the inclined surface; An axis center fixing portion capable of adjusting an arbitrary inclined plane from the center axis; By implementing a non-powered slope golf exerciser with a top plate anti-rotation part that prevents the rotational movement of the plurality of infinitely free hydraulic cylinders and allows only vertical movement, the user can adjust the footing at an arbitrary angle in a fixed narrow place without moving by the user. You can practice.

Description

Powerless slope golf exerciser {Golf exercise machine}

The present invention relates to a non-powered slope golf exerciser, and more particularly to a non-powered slope golf exerciser capable of adjusting the inclination angle without power and enabling optimal golf practice.

In general, a golf exerciser provided to practice golf in a narrow space indoors or outdoors is mainly used by a person who does not go to the field due to time or economic reasons or a person who needs practice to improve golf skills.

Such a golf exerciser generally uses rubber plates or artificial turf on a flat top plate, and the purpose and content of the golf practice is simply to hit or roll a ball on a flat surface. There is a difference.

Therefore, if a person who practiced hitting a golf ball using a plane golf exerciser actually goes out to the field, he often fails to show his ability because he adapts to the hit more than the amount of practice. In this case, in order to adapt quickly to the field, there is an uneconomic problem that requires a lot of time and money to go to the field frequently.

In order to solve this problem, the slope golf exerciser disclosed in Republic of Korea Utility Model Registration No. 20-255840 (filed December 12, 1998) has been proposed.

This slope golf exerciser is configured to allow golf practice in a fixed place without the user moving in a narrow space. It implements a motor and a reducer in the middle of the lower plate where the horizontal holder and the lower plate roller are formed, and forms a coupling to the upper side of the reducer to connect the ball joint to the inclined angle adjusting plate having a joint insertion hole, and the upper side of the angle adjusting plate has a length The lower side of the angle adjusting plate is configured to be docked with the lower plate roller to connect the joint shaft to the upper plate fixed body formed on the lower side of the upper plate on which the locking step and the reinforcing bar are formed, and the spring support is formed on both sides of the upper plate to connect to the lower plate. It is formed as a bellows case on the outside.

In addition, the slope golf exercise machine is disclosed in Korean Utility Model Publication No. 91-2299 (1991.2.25) and Japanese Utility Model Publication No. 58-142068 (1983.9.24) in addition to the slope golf practice machine as described above. .

However, the conventional inclined golf exercisers as described above, because the built-in mechanical device for transmitting the power of the motor and the motor, it is impossible to install in a place where the power is not supplied, the drive device occupies a lot of space, the height of the device The disadvantage was that it was higher than necessary.

In addition, it is impossible to install in a room with a low ceiling, the weight was too heavy, there was a disadvantage that is difficult to handle.

In addition, since the inclination angle is determined while the angle control plate is rotated, it takes a long time to move to the opposite position, flow and noise are generated by mechanical driving during angle adjustment, and the range of the inclination angle is limited. there was.

Accordingly, the present invention is proposed to solve the above problems of the prior art,

An object of the present invention, the user can practice while adjusting the top plate at an arbitrary angle in a fixed narrow place without moving, and also easy to install indoors and outdoors without constraints in the installation place by using no power It is possible to use, and to provide a non-motorized inclined golf exerciser that the speed of the arbitrary inclined surface adjustment of the top plate does not generate flow and noise.

Technical means of the present invention for achieving this object,

In the golf exerciser which can adjust the top plate at an arbitrary angle and fix it arbitrarily with no power,

An upper frame top for the user to act;

A lower frame lower plate which can be fixed to the bottom surface when the device is installed;

An axis center fixing portion capable of adjusting an arbitrary inclined plane from the center axis;

A plurality of infinite free hydraulic cylinders having a vertical movement distance up and down when adjusting the inclined surface;

An inclination control valve for manipulating the inclined surface at any angle;

A hydraulic flow rate buffer unit for correcting a shake caused by a single pressure of the hydraulic flow path generated when the inclined surface is fixed at an arbitrary angle and correcting a volume change of the hydraulic oil according to a change in season and a temperature difference;

A plurality of operation valve control levers installed so that the user can operate the upper frame upper plate;

It characterized in that it comprises a top plate anti-rotation part to prevent the rotational movement of the plurality of infinite free hydraulic cylinders, and to form an inclined surface by only allowing vertical movement up / down.

Hereinafter, described in detail with reference to the accompanying drawings, preferred embodiments of the present invention according to the technical spirit as described above.

1 is a perspective view of a non-powered slope golf exerciser according to the present invention, FIG. 2 is a schematic configuration diagram showing an upper frame plane of a non-powered slope golf exerciser according to an embodiment of the present invention, and FIG. 3 is an embodiment of the present invention. FIG. 4 is a schematic sectional view showing the upper frame plane of the non-powered slope golf exerciser, FIG. 4 is a sectional view taken along the line A-A 'of FIG. 2, FIG. 5 is a sectional view taken along the line B-B' of FIG. 7 is a detailed configuration diagram of the hydraulic flow rate buffer part of FIG. 2, FIG. 8 is a detailed view of the operation valve control lever of FIG. 5, and FIG. 9A is a plan view of the inclination operation valve of FIG. 7. 9B is a cross-sectional view of the inclination control valve of FIG. 7, FIG. 9C is a side view of the inclination control valve of FIG. 9, FIG. 10 is a detailed view of the shaft center fixing part of FIG. 6, and FIG. 11 is infinity of FIG. 4. 12 is a detailed view of a free hydraulic cylinder, and FIG. 12 is a top plate shake prevention part of FIG. 6. Advanced degrees.

In the drawing, reference numeral 11 denotes an upper frame upper plate that supports the exerciser's stable activity when the golf practitioner performs an exercise on the upper rubber plate laid on the upper plate, and supports a lower device device. 20, artificial turf 14, upper rubber plate 15, hydraulic flow rate buffer 40, operation valve control lever 50, hydraulic oil piping 60, infinite free hydraulic cylinder 70, shaft center height It is comprised by the structure for attaching apparatus apparatuses, such as the government part 80 and the upper plate shake prevention part 90. As shown in FIG.

In addition, reference numeral 12 is a lower frame lower frame to form the structure of the golf exerciser, and fixed or supported on the floor when installing the golf exerciser as a flat rectangular configuration and the side of the protective bellows 13 and the infinite free hydraulic cylinder ( 70), the shaft center fixing part 80, and the upper plate rotation preventing part 90, etc., are comprised in the structure for attaching.

In addition, reference numeral 13 is a protective bellows is mounted between the upper frame upper plate 11 and the lower frame lower plate 12, it is composed of a structure and a material to prevent foreign matter mixing in the case of external dust or outdoor installation.

Also, reference numeral 15 denotes an upper rubber plate and has a proper cushion and strength so that a user of the apparatus can practice on the upper rubber plate.

In addition, reference numeral 14 denotes artificial turf where artificial golf mat is used as a place where a user of this equipment exercises on a rubber plate, and a space for arranging golf balls on both ends of the mat and an upper frame upper plate on one side thereof. An instrument for indicating the inclination angle in which the angle of (11) is arbitrarily adjusted and the direction indicating the current position on the plane is attached.

In the figure, reference numeral 20 denotes an inclination control valve, in which all hydraulic oil flow paths of the four endless free hydraulic cylinders 70 are connected. When the operation valve control lever 51 is pushed by the golf club or the exerciser's foot in the downward direction of the golf exerciser, the rotary link 54 and the rotary link 57 are operated to rotate the flow opening / closing spool 28 of the inclined operation valve 20. do. At this time, if the cross groove of the cross-grooved flow path opening / closing spool 28 coincides with four of the eight holes drilled in the operation valve body 30, the flow paths of the four infinite free hydraulic cylinders 70 simultaneously open. Therefore, even if the upper frame upper plate 11 is converted to any angle, the inclined surface is made smoothly by the mutual flow of the hydraulic oil.

In addition, when fixing the inclination angle changed to an arbitrary angle by the intention of the golf practitioner, when the operation valve control lever 51 is released, the flow opening / closing spool 28 of the inclination control valve 20 is returned to its original position by the return spring 56. The slope is fixed and the slope is fixed.

In the drawings, the inclination control valve configuration shown at 20 is shown in detail in Figs. 9A to 9C. A stopper 21 for stopping the rotary link 57, a ball bearing 22 for smoothing the operation of the flow path opening and closing spool 28 and fixing the center of the spool, and an inclined valve valve housing for mounting and protecting the valve parts. (23), an O-ring (24) for preventing the outflow of oil to the outside, an operation valve rotary shaft (25) for operating the flow path opening and closing spool (28), a thrust bearing (26) for supporting the pressure of the wave spring, Wave spring 27 for pushing the pay-opening spool at a constant pressure to prevent hydraulic oil from leaking during closing, a flow opening / closing spool 28 for forming the opening and closing flow of the hydraulic oil, and an O-ring to prevent oil leakage to the outside. (29) and the operation valve which can be fixed to the upper frame top plate 11 by the structure which mounts four hydraulic oil supply-and-exhaust hose 63, the hydraulic fluid flow buffer part 40, and the hydraulic oil piping part 60. Main body 30 and bubble generation of hydraulic oil It consists of hydraulic flow rate buffer connecting part 31, four hydraulic hose connecting part 32, and hydraulic oil inlet part 33 to compensate for the expansion and contraction of the hydraulic oil due to the shaking and seasonal temperature changes. .

In the drawings, reference numeral 40 denotes a hydraulic flow buffer.

As the infinite free hydraulic cylinder 70 moves up and down at an arbitrary height, the mutual flow rates do not coincide exactly, so that the bubbles contained in the hydraulic hydraulic oil are attracted to any location of the four infinite free hydraulic cylinders 70. The frame top plate 11 is shaken. The expansion and contraction of the hydraulic oil due to the change of seasons and the temperature difference between night and day causes abnormality in the hydraulic circuit. In order to solve this problem, the structure of FIG. 7 will be described. When the gas compression chamber 41 is filled with an inert gas such as nitrogen gas or carbon dioxide gas lower than the filling pressure of the hydraulic oil, the flow path of the inclined operation valve 20 is closed. The hydraulic oil in the hydraulic oil storage chamber 42 supplies hydraulic oil to each of the endless free hydraulic cylinders 70 to solve the bubble generation problem. In addition, the absorption of the contraction and expansion of the hydraulic oil according to the temperature difference is solved by the movement by the pressure difference in the diaphragm spool 43.

The inside of the device is a pressure difference of a minute difference than the working hydraulic pressure of the infinite free hydraulic cylinder 70 is designed to enable the smooth movement of the hydraulic fluid.

In this apparatus, the closing timing of the hydraulic oil passage is closed at the same time as the inclination operation valve 20 is closed.

7 is a detailed configuration diagram of the hydraulic flow rate buffer 40.

A gas compression chamber 41 capable of compressing and filling an inert gas, a hydraulic oil storage chamber 42 capable of storing and replenishing hydraulic oil, and a diaphragm are formed according to a pressure difference caused by a volume change of the hydraulic oil. It consists of a diaphragm spool 43 to isolate.

Reference numeral 50 in the drawings is a control valve control lever, four operation plates are installed on the side of the upper frame upper plate 11, the golf exerciser or his foot adjustment lever 51 on the opposite side of the slope to the golf practitioner to climb to the upper plate to move When pressing the operation plate at the end of the inclined surface is adjusted by the weight of the golfer, when you want to fix the adjusted inclined surface is released by the return spring 56 to release the pressed operation plate is fixed to the inclined surface.

8 is a detailed configuration diagram of the operation valve control lever 50.

The control lever 51 is connected to the operation plate that the golf practitioner can operate, and the neutral position adjusting plate 52 and 53 which can be closed to the hydraulic channel when the fixed position is fixed at any position on the inclined surface to close the hydraulic flow path. And a neutral position adjusting shaft for fixing the rotary links 54 and 57 for transmitting the motion of the control lever 51 and the neutral position adjusting plates 52 and 53 and adjusting the trajectory of the inclination control valve 20. 55) and a return spring 56 which automatically returns to the original position when the adjusting lever 51 is released from the operating position.

In the drawings, reference numeral 60 denotes a hydraulic oil pipe unit, and four check valves 61 for preventing back mixing of hydraulic oil when the flow path of the four endless free hydraulic cylinders 70 and the endless free hydraulic cylinder 70 are opened. And the inclined operation valve 20, the operation valve control lever 50, the hydraulic flow rate buffer 40, the hydraulic oil supply valve 64, the flow path opening and closing valve 65, the vent valve 66, and the like. It is a combination of.

8 is a detailed configuration diagram of the hydraulic oil pipe part 60.

When the flow path of the infinite free hydraulic cylinder 70 is open, the flow is not flowed back toward the inclined operation valve 20, and when the toll of the hydraulic cylinder is closed, the hydraulic oil filled in the hydraulic flow rate buffer 40 is directed to the hydraulic cylinder. A check valve 61 that is supplemented and buffers, a hydraulic flow rate buffer hose 62 used for the flow rate buffering action, and a hydraulic oil supply and exhaust hose 63 used for pay opening of the infinitely free hydraulic cylinder 70. ), A hydraulic oil supply valve 64 for filling hydraulic oil, a valve closed when the hydraulic oil is filled in the hydraulic circuit, and the hydraulic hydraulic oil flows indefinitely through the check valve 61. 20), the hydraulic flow rate buffer portion 40, the vent valve 66 is exhausted and used for hydraulic filling, when the golf exerciser operation to open and close valve 65 and the vent valve for discharging air in the hydraulic circuit ( 66).

Reference numeral 70 in the drawing denotes an infinite free hydraulic cylinder.

When the upper frame top plate 11 is made of the inclined surface, the inclination is made as the vertical height difference of the cylinder rod, wherein the height difference of the four cylinders are formed differently by the inclined surface. The upper and lower surfaces of the cylinder are connected by ball joints 72 and 75 to rotate in endless tracks. The cylinders are fixed to the upper and lower plates. The body of the cylinder is also inclined along, and the inclination angle of the cylinder is formed differently according to the inclination angle of the top plate inclined surface. Infinite free hydraulic cylinders 70 having inclined angles formed at different heights are fixed at an arbitrary position by closing the hydraulic circuit when fixing after setting the inclined surface.

11 is a detailed configuration diagram of the infinite free hydraulic cylinder 70.

An upper ball joint fixing plate 71 for fixing with the upper frame upper plate 11, an upper ball joint 72 capable of rotating by an arbitrary orbit in the upper cylinder, and a cylinder for piston movement when moving up and down A rod 73, a cylinder body 74 supporting the cylinder rod, a lower ball joint 75 capable of rotational movement by an arbitrary track in the lower part of the cylinder, and a lower frame 12 for fixing with the lower frame lower plate 12 The ball joint fixing plate 76 is comprised.

In the drawing, reference numeral 80 denotes a shaft center fixing portion, which is fixed to the upper frame upper plate 11 by a screw structure and integrally attaches a ball joint to the lower frame lower plate 12 so that the upper frame upper plate 11 can be freely on any inclined surface. It is composed of movable structure. In other words, the slope required in the actual golf course is randomly adjusted with no power.

10 is a detailed view of the shaft center fixing portion 80.

A fixing nut 83 for fixing with the upper frame upper plate 11, a free fixed shaft 82 that can change an arbitrary angle according to the change of the angle of the upper plate, and the rotation of the center in the fixed state according to the change of the angle of the upper plate Consists of a ball joint 81 forming a.

Reference numeral 90 in the figure denotes an upper plate rotation preventing portion, which is moved from the shaft center fixing device 80 provided in the center of the apparatus. after. Left. The right side is to be adjusted to any inclined surface, and the support points on both ends of the four hydraulic cylinders 70 has a hinged joint structure, so the upper frame top plate 11 is rotated in a plan view to compensate for the rotation This apparatus was installed as an apparatus for preventing.

The upper plate anti-rotation part 90 is fixed to the upper frame upper plate 11 and the lower frame lower plate 12 independently, and is configured to support only vertical movement and not to rotate the circular motion, the upper frame upper plate 11 ) Can be rotated even if it is adjusted to any inclined plane, so it can achieve stability when using this exerciser.

12 is a detailed configuration diagram of the upper plate rotation preventing unit 90.

An upper fixing plate 91 for fixing with the upper frame upper plate 11, a guide shaft 92 for fixing the guide bushing 93, preventing rotation of the upper plate and the lower plate, and allowing only the upper and lower movements; , The lower part of the guide bushing 93 and the lower frame upper plate 12 which can be rotated at an arbitrary angle according to the inclined surface of the upper plate during the lower motion and move along the guide surface during the upper and lower motion, and form the guide surface. It is comprised by the fixing plate 94.

According to the "powerless slope golf exerciser" according to the present invention as described above, there is an advantage that the user can practice while adjusting the inclined surface of the scaffold at any angle in a fixed narrow place without moving.

In addition, since the power is not used, there is an advantage that it can be easily installed and used outdoors or indoors where the power is not supplied.

In addition, there is an advantage that the adjustment time of the arbitrary slope of the top plate is fast and there is an advantage that the flow and noise does not occur.

In addition, maintenance costs for power use can be reduced, device durability can be improved, and maintenance is easy.

In addition, since the power unit is not used, the weight of the device can be reduced, and since it is a non-powered device, the price of the device can be lowered compared to the existing power device, thereby reducing the economic burden on consumers. .

1 is a perspective view of a non-motorized slope golf exerciser according to the present invention,

Figure 2 is a schematic diagram showing the upper frame plane of the non-powered slope golf exerciser according to an embodiment of the present invention,

Figure 3 is a schematic diagram showing a lower frame plane of the non-powered slope golf exerciser according to an embodiment of the present invention,

4 is a cross-sectional view taken along line AA ′ of FIG. 2;

5 is a cross-sectional view taken along the line B-B 'of FIG.

6 is a cross-sectional view taken along the line CC 'of FIG.

7 is a detailed configuration diagram of the hydraulic flow rate buffer of FIG.

8 is a detailed view of the operation valve control lever of FIG. 5;

9A is a plan view of the inclination control valve of FIG. 7, FIG. 9B is a cross-sectional view of the inclination control valve of FIG. 7, and FIG. 9C is a side view of the inclination control valve of FIG. 9;

10 is a detailed view of the shaft center fixing part of FIG. 6;

11 is a detailed view of the infinite free hydraulic cylinder of FIG.

12 is a detailed view of the upper plate rotation preventing portion of FIG.

<Description of the symbols for the main parts of the drawings>

11 ..... Upper Frame Top

12 ..... Lower Frame Lower Plate

14 ..... artificial turf

15 ..... top rubber sheet

20 ..... Tilt Operation Valve

40 ..... Hydraulic flow buffer

50 ..... Control valve control lever

60 ..... Hydraulic oil piping

70 ..... infinite free hydraulic cylinder

80 ..... Shaft center fixing

90 ..... Top plate anti-rotation

Claims (9)

In the golf exerciser is configured to adjust the plate to step on the user at any angle, An upper frame top plate 11 for the user to act; A lower frame lower plate 12 which can be fixed to the bottom surface when the device is installed; An inclination control valve 20 for arbitrarily operating the inclined surface; A hydraulic flow rate buffer unit 40 for correcting a shake caused by a side pressure of the hydraulic flow channel generated when the slope is adjusted, and correcting a volume change of the hydraulic oil according to a change in season and a temperature difference; A plurality of operation valve control levers 50 installed so that the user can arbitrarily operate the upper frame upper plate 11; A hydraulic oil piping unit 60 for controlling and piping hydraulic oil; A plurality of infinitely free hydraulic cylinders 70 having up and down free movement distances when adjusting the inclined surface; An axis center fixing part 80 capable of adjusting an arbitrary inclined plane from the center axis; Non-powered slope golf exerciser, characterized in that it comprises a top plate anti-rotation unit 90 to prevent the rotational movement of the plurality of infinitely free hydraulic cylinders 70 and only vertical movement. The non-motorized inclined golf exerciser according to claim 1, wherein the inclined surface is adjusted by adjusting the inclined surface by the weight and the center movement of the golf exerciser without power or by using hydraulic pressure. According to claim 1, The inclined operation valve 20, A stopper 21 for stopping the rotary link 57, a ball bearing 22 for smoothing the operation of the flow path opening and closing spool 28 and fixing the center of the spool, and an inclined valve valve housing for mounting and protecting the valve parts. (23), an O-ring (24) for preventing the outflow of oil to the outside, an operation valve rotary shaft (25) for operating the flow path opening and closing spool (28), a thrust bearing (26) for supporting the pressure of the wave spring, Wave spring 27 for pushing the pay-opening spool at a constant pressure to prevent hydraulic oil from leaking during closing, a flow opening / closing spool 28 for forming the opening and closing flow of the hydraulic oil, and an O-ring to prevent oil leakage to the outside. (29), an operation valve body (30) having four hydraulic oil supply and exhaust hoses (63), a hydraulic flow buffer portion (40), and a hydraulic oil piping portion (60) and which can be fixed to the upper frame upper plate (11). And the shaking caused by the bubbles of hydraulic oil Non-powered slope characterized by consisting of a hydraulic flow buffer connecting portion 31, four hydraulic hose connecting portion 32, and a hydraulic oil inlet portion 33 for correcting the expansion and contraction of the hydraulic oil due to the temperature change according to the season Golf Exerciser. According to claim 1, wherein the hydraulic flow rate buffer portion 40, A gas compression chamber 41 capable of compressing and filling an inert gas, a hydraulic oil storage chamber 42 capable of storing and replenishing hydraulic oil, and a diaphragm are formed according to a pressure difference caused by a volume change of the hydraulic oil. Non-powered slope golf exerciser, characterized in that consisting of insulating diaphragm spool (43). The method of claim 1, wherein the operation valve control lever 50, The control lever 51 is connected to the operation plate that the golf practitioner can operate, and the neutral position adjusting plate 52 and 53 which can be closed to the hydraulic channel when the fixed position is fixed at any position on the inclined surface to close the hydraulic flow path. And a neutral position adjusting shaft for fixing the rotary links 54 and 57 for transmitting the motion of the control lever 51 and the neutral position adjusting plates 52 and 53 and adjusting the trajectory of the inclination control valve 20. 55), and the non-powered slope golf exerciser, characterized in that consisting of a return spring (56) to automatically return to the original position when the control lever 51 is released from the operating position. According to claim 1, wherein the hydraulic oil pipe portion 60, When the flow path of the endless free hydraulic cylinder 70 is open, the hydraulic oil that is filled in the hydraulic flow rate buffer 40 is not flowed back toward the inclined operation valve 20, and when the toll of the hydraulic cylinder is closed, the hydraulic cylinder The check valve 61 which is supplemented to the side to buffer the hydraulic pressure, the hydraulic flow rate buffer hose 62 used for the flow rate buffering action, and the hydraulic oil supply and exhaust hose to be used for the pay opening of the infinite free hydraulic cylinder 70 ( 63), the hydraulic oil supply valve 64 for filling the hydraulic oil, and the valve when the hydraulic oil is filled in the hydraulic circuit, the valve is closed so that the hydraulic hydraulic oil is infinitely free hydraulic cylinder 70 through the check valve 61, the inclined operation valve 20, the hydraulic flow rate buffer portion 40, the vent valve 66 is exhausted and used for hydraulic filling, when the golf exerciser operation to open and close valve 65 and the vent vent to discharge the air in the hydraulic circuit Non-motorized slopes Golf exerciser wherein the probe consists of (66). According to claim 1, The infinitely free hydraulic cylinder 70, An upper ball joint fixing plate 71 for fixing with the upper frame upper plate 11, an upper ball joint 72 capable of rotating by an arbitrary trajectory in the upper cylinder, and a piston movement when moving up and down A cylinder rod 73, a cylinder body 74 supporting the cylinder rod 73, a lower ball joint 75 capable of rotational movement by arbitrary trajectory at the lower part of the cylinder, a lower frame lower plate 12, Non-powered slope golf exerciser, characterized in that consisting of a lower ball joint fixing plate 76 for fixing. According to claim 1, wherein the shaft center fixing portion 80, The fixing nut 83 for fixing with the upper frame top plate 11, the free fixed shaft 82 that can be changed in any angle in accordance with the angle change of the top plate, and the center of the fixed state in accordance with the change of the angle of the top plate Non-powered slope golf exerciser, characterized in that consisting of a ball joint 81 to form a rotation. According to claim 1, The upper plate rotation preventing portion 90, An upper fixing plate 91 for fixing the upper frame upper plate 11 and a guide shaft 92 fixing the guide bushing 93 and preventing rotation of the upper plate and the lower plate and allowing only the upper and lower movements; The guide bushing 93 and the lower frame upper plate 12, which can rotate along an inclined surface of the upper plate during the up and down movement and move along the guide surface during the up and down movement, are fixed to form a guide surface. Powerless slope golf exerciser, characterized in that consisting of a lower fixing plate (94).