KR20130061983A

KR20130061983A - Horse treadmill

Info

Publication number: KR20130061983A
Application number: KR1020110128339A
Authority: KR
Inventors: 제성일
Original assignee: 제성일
Priority date: 2011-12-02
Filing date: 2011-12-02
Publication date: 2013-06-12

Abstract

The present invention relates to a treadmill training machine, the treadmill is a roller support frame 100, drive roller 300, driven roller 200, drive motor 400 for driving the drive roller, the drive A running machine body including a belt track 110 installed between the roller and the driven roller to rotate; A fence member installed around the treadmill to prevent the racehorse from being randomly separated; A tension control device 500 for adjusting the tension of the belt track 110 coupled with the treadmill body; An inclination adjusting hydraulic cylinder device 600 installed at the front of the treadmill to adjust the inclination; It is installed at the rear of the treadmill body to act as a support leg and rotatable link device 700; characterized in that it comprises a, can adjust the speed or inclination step by step, the track track 110 of the endless track Since the slope can give the same effect as the hill training, it can improve the driving force of the race horse by promoting the muscle development of the rear end of the racehorse's waist, hip and lower thigh, and it is easy to install in a narrow indoor space. There is a remarkable effect that can be trained so that you can focus on running stably at any time regardless of the weather.

Description

Treadmill for Racehorse Training {HORSE TREADMILL}

The present invention relates to a running machine for training a race horse, and more particularly, to form a belt track that is a running area in which the endless track rotates, install a fence member to prevent falling and departure from the belt track, control box It relates to a racing horse training treadmill that can adjust the speed or slope by step by step.

In general, race horses are equipped with various facilities such as horses, race horse clinics, and training facilities in order to adjust the condition of the horses to show the best race. It is mainly suited for training purposes such as grass, dirt, and wood chips. In addition, in order to improve the safety of horses during training, thorough racetrack management such as spraying of antifreeze in winter and watering in summer are carried out. In addition, as the training patterns are diversified, new training facilities are being built one after another, and by improving these training facilities, various trainings are possible, contributing to the development of race horses.

Moreover, the training method including the horse training apparatus of the prior art was highly dependent on the labor of a person. The horse training program was carried out by horse trainers who applied the training methods already determined. Because horses are psychologically delicate animals, and horse training patterns are human dependent, the efficiency of such training models inevitably depends on the training of horse trainers. However, the lack of experienced trainers and the lack of knowledge of horse psychology resulted in trainers' violence against trained horses. This is a major mistake that can cause a racehorse to leave the race course or even die. Horses are very delicate animals, and they have limited training. In this respect, horses are trained from very young, i.e. foals. Thus, the ability of a racehorse not only depends on its innate nature, but also on the characteristics obtained after birth. In order to provide horses running in the fastest way over a fixed distance, the training program should begin from the foal. However, the main purpose of deciding a horse to begin a training program is the physical improvement of the horse carrying the horse. Because of these obstacles, the usual practice is to just wait for the physical foal to grow horses according to the above approach. Thus, this particular period of time can lead to a significant amount of time spent training, and potential race horses will start their race orientation later, losing their potential ability. Given the number of horses trained throughout the world, manpower-based training patterns will make training programs that must be started from an early age, thus reducing the potential of racehorses.

Therefore, as a training method of a race horse, a water treadmill, which is a device for training by using water resistance while reducing weight burden on a horse's legs, and resting a horse visually and acoustically in a horse made to pass between natural forests Forest drills that horses can walk while taking a walk, and hill drills that artificially run hills to race horses are applied.

As described above, there are no training facilities such as hill trails or wort treadmills in domestic racecourses, so some trainers use the uphill and downhill trails as horse trails. However, the speed is faster than Gubo, and the width is narrow and the curvature is hard to follow.

Accordingly, according to the prior art 'training device for horses' (Patent Publication No. 10-2009-0125454, Publication Date December 07, 2009), but connected to the rotating axis of rotation, the circumference to induce the movement of the horse A rotating body having a plurality of induction frames extending radially at predetermined intervals along a direction; And it is provided on the lower side of the rotating body, and provides a horse training device comprising a rod portion having a water storage space is the movement path of the horse and water is selectively stored. Here, one side of the rod portion is provided with a lifting means for moving up and down, the lifting means includes a lifting member having a predetermined size to accommodate the horseshoe, and a lifting device for selectively moving the lifting member up and down. desirable. In addition, it is preferable that the partition partitioning the rod part is provided below the guide frame so as to slide up and down according to the water level of the storage space. In addition, the rod portion is preferably connected to the wastewater treatment device so that the water is resupply to the water storage space, and is provided with a heating device for selectively controlling the temperature of the water. In addition, the inner surface of the rod portion is described as being provided with a polyethylene-based rubber (P.E.R; polyethylene rubber) as a shock absorber.

As described above, the prior art is provided with a rotating body having a plurality of induction frames extending radially with a predetermined interval along the circumferential direction to induce the movement of the horse and the lower side of the rotating body, the movement path of the horse A horse training device comprising a rod part having a water storage space where water is selectively stored, so that several horses are trained at the same time, thus taking up a lot of installation space, and having a water storage wastewater treatment device, heating device, and waterproofing material. Due to the complex structure, high production cost, maintenance is difficult, and the speed of running horses is limited to the level of flat (6Km / h = 1.6m / s).

In addition, according to the prior art 'automatic horse training device' published patent publication (Publication No. 2003-0025937, publication date March 29, 2003), the vertical surface and the side is wrapped with elastic material, the front surface is the locking means (15) At least one guided by a rail (16) or a line (31) located on the front or side of the retractor, which is operated by a retractor located on the front or side. A horse trainer and a means for measuring the number of electrodes or electrodes located at different parts of the body of the horse for monitoring the body condition of the horse by remote electrical signal transmission or remote sensing. It is described for an automatic horse training device, characterized in that the movement of the entire machine element is automated.

The prior art is an automatic horse training device characterized in that the race course includes at least one race run course, at least one walking race course and at least one race course for constant speed training of horses Training is possible only on the track, and it takes a lot of time to install and dismantle the equipment for training, and the production cost is high.

Accordingly, the present invention has been made to solve the above problems, it is easy to install in a narrow indoor space, to provide a running machine for training horse racing training that can adjust the angle of inclination and speed adjustment step by step.

The present invention relates to a treadmill training machine, the treadmill is a roller support frame 100, drive roller 300, driven roller 200, drive motor 400 for driving the drive roller, the drive A running machine body including a belt track 110 installed between the roller and the driven roller to rotate; A fence member installed around the treadmill to prevent the racehorse from being randomly separated; A tension control device 500 for adjusting the tension of the belt track 110 coupled with the treadmill body; An inclination adjusting hydraulic cylinder device 600 installed at the front of the treadmill to adjust the inclination; It is installed on the rear of the treadmill body serves as a support leg and rotatable link device 700; characterized in that it comprises a.

The present invention relates to a running machine for racing horse training, can adjust the speed or inclination step by step, and give the inclined to the track of the endless track because it can produce the same effect as hill training, the waist and hips, and the lower part of the racehorse Promote the development of the rear horse's muscles to improve the driving force of the racehorse, not only easy to install in a narrow indoor space, but also has a remarkable effect that can be trained to focus on running stably at any time regardless of the weather.

1 is a front view of a treadmill training machine of the present invention
Figure 2 is a side view of the treadmill training machine of the present invention
3 is a plan view of the treadmill training machine of the present invention
Figure 4 is a rear view of the running machine training racehorse of the present invention
Figure 5 is a side view of the shaft hinge, fence hinge, hinge of the rear fence of the treadmill training machine of the present invention
Figure 6 is a plan view of the shaft hinge, fence hinge, hinge of the rear fence of the treadmill training machine of the present invention
Figure 7 is a side view of the tension control device of the running machine training racehorse of the present invention
Figure 8 is a side view of the front flange of the running machine training racehorse of the present invention
Figure 9 is a photograph of the tension control device of the running machine training racehorse of the present invention
Figure 10 is a side view of the tilt control hydraulic cylinder device of the treadmill training machine of the present invention
11 is a picture of the tilt control hydraulic cylinder device of the treadmill training machine of the present invention
12 is a side view of the inclination control member of the treadmill training machine of the present invention
Figure 13 is a side view of the linkage of the treadmill training machine of the present invention
Figure 14 is a picture of the linkage of the treadmill training machine of the present invention
15 is a side view of the treadmill training machine of the present invention
Figure 16 is a rear photo of the treadmill training machine of the present invention
17 is a roller photograph of the treadmill training machine of the present invention
18 is a motor photograph of a treadmill training machine of the present invention
19 is a control box photo of the treadmill training machine of the present invention
20 is a side view of the tension control device of the treadmill training machine of the present invention
Figure 21 is a limit switch photograph of the treadmill training machine of the present invention

In addition, the running machine is provided with a tension control device 500, the tension control device by moving the front flange 210 to be inserted into the front and rear flanges 210, both side shafts 320 of the driven roller 200 located in the front and rear. By adjusting the tension of the belt track 110, the tension adjusting device 500 is formed in the entire length of the screw is inserted into the screw hole of the vertical plate 520 to advance back and forth to advance the front flange 210 Computation screws, and four horizontal plates 510, two vertical plates 520 are installed on the front left and right.

In addition, the treadmill hydraulic cylinder device 600 is installed on the treadmill, the tilt hydraulic cylinder device is a device for adjusting the inclination of the running machine body is located in the front lower portion of the roller support frame 100, the hydraulic pump ( 610); Hydraulic cylinder 620; Inclination adjusting members 630 equipped with limit switches 650 and 660; Cylinder frame 640; configured to include,

The upper portion of the hydraulic cylinder 620 is fastened by a bracket and a connection pin fixed to the upper frame 120 of the roller support frame 100, the movement of the cylinder is transmitted to the roller support frame by the connection pin,

The limit switch of the inclination control member 630 is to set the upper limit value of the running machine body inclination angle, the limit switch (650, 660) is mounted on the upper and middle portions of the inclination control member,

In addition, the pedestal 680 installed on the upper surface of the cylinder frame 640 of the inclination adjustment member is characterized by setting the lower limit by supporting the descending roller support frame 100.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a front view of a racing machine training treadmill of the present invention, Figure 2 is a side view of the treadmill training machine of the present invention, Figure 3 is a plan view of a treadmill training racer of the present invention, Figure 4 is a racehorse of the present invention The rear view of the training treadmill, Figure 5 is a shaft hinge, fence hinge, side of the rear fence of the rear fence of the racing horse training treadmill of the present invention, Figure 6 is the shaft of the rear fence of the treadmill training racer of the present invention Hinge, fence hinge, a plan installed the hinge, Figure 7 is a side view of the tension control device of the running horse training machine of the present invention, Figure 8 is a front flange side view of the running machine training racer of the present invention, Figure 9 is a race horse of the present invention Figure 10 is a tilt control hydraulic cylinder device of the treadmill training machine of the present invention, Figure 11 is a tilt control hydraulic pressure of the treadmill training machine of the present invention Cylinder device picture, Figure 12 is a side view of the inclination control member of the running machine training racehorse of the present invention, Figure 13 is a side view of the linkage of the running machine training racehorse of the present invention, Figure 14 is a link of the running machine training racehorse of the present invention Device picture, Figure 15 is a side view of the running horse training machine of the present invention, Figure 16 is a rear picture of the running horse training machine of the present invention, Figure 17 is a roller picture of the running horse training machine of the present invention, Figure 18 Is a motor picture of the treadmill training machine of the present invention, Figure 19 is a control box picture of the treadmill training machine of the present invention, Figure 20 is a side view of the tension control device of the treadmill training machine of the present invention, Figure 21 is This is a photograph of a limit switch of a treadmill for training horses of the present invention.

The present invention relates to a running machine for training horses, a roller support frame 100, a driving roller 300, a driven roller 200, a driving motor 400, a belt track 110, a plurality of guide rollers 130 , A running machine body composed of front and rear flanges 210 and 310 and a chain coupling 410; Side fence 800; Front fence 810; Tension control device 500; Tilt adjustment hydraulic cylinder device 600; It comprises a link device 700 and the control box 900.

For convenience of description, as shown in FIGS. 1 and 2, the direction in which the horse runs, that is, the direction opposite to the direction in which the upper surface of the belt track 110 moves is set forward.

In the treadmill training machine of the present invention, the roller support frame 100 of the treadmill body is a basic structural frame of the treadmill, the vertical cross-section of the '[' shape, upper and lower frames (120, 131) And a vertical frame connecting them.

In addition, the two roller support frames 100 are spaced apart from each other and installed in parallel, and a plurality of supports are fixedly welded between the two roller frames, thereby forming a rectangular structure that is strong in warping or bending.

In addition, before and after the roller support frame, the front and rear flanges 210 and 310 provided with bearings on the roller support frame and between the lower frames 120 and 131 are mounted. Then, the central shaft 320 formed on both sides of the driven roller 200 and the driving roller 300 is fitted horizontally to the bearings of the front and rear flanges, and the bearings in the front and rear flanges are driven, drive rollers. To support the central axis of the roller will be rotated smoothly.

A rear side of the front flange 210 is formed with a square hole 240 to which the nut is fastened, and the rear side of the square hole is formed with a bolt hole 230. In addition, key grooves 220 are formed on upper and lower front flanges, respectively.

In addition, rectangular key grooves 220 respectively formed on the upper and lower front flanges penetrate from the front to the rear of the front flange, and the horizontal plate key 540 fixed to the roller support frame 100 is the front flange key groove 220. By fitting in), the front flange 210 can be moved back and forth but not to the left and right.

In addition, the rear flange 310 is a general circular flange, is fastened by a plurality of bolts between the upper and lower parts of the roller support frame 100 is fixed.

In addition, the belt track 110 is a cushioning belt formed of a polyurethane material, and an elastic protrusion having a small size is integrally formed on the outer surface of the belt track, and the elastic protrusion is a shock absorber when a load is applied while a race horse is running. It acts to prevent strain on the joints.

In addition, the belt track is connected to the driven driven roller and the driving roller to rotate in an endless track, the rotating belt track 110 is stretched taut by the tension adjusting device (500).

In addition, the lower part of the belt track is supported by a plurality of guide rollers 130 to keep the belt track from sagging and maintain tension.

In addition, in the treadmill training machine of the present invention, the fence member is for preventing the fall and departure of the racehorse trained on the belt track, the upper side of the roller support frame has a rectangular iron plate on a plurality of supports having a constant height The fixed side fence 800 is installed, and the front and rear fences 810 and 811, which are composed of a plurality of support bars installed perpendicularly to the square frame before and to the side fence, are installed.

The front and rear fences 810 and 811 are fences that can be opened and closed when the racehorse enters from the rear of the treadmill body during training and go outwards, and the fences are opening and closing fences to be opened and closed only when a certain force is applied.

Since the front and rear fences have the same opening and closing process, only the rear fences will be described.

Two shafts 830 connected to the rear fence 811 by the shaft hinge 840 are horizontally installed on the upper portion of the rear fence.

Then, one end of the two connected shafts 830 is coupled to the hinge 842 to the upper support of the side fence 800, the other end is fixed to the top of the rear fence 811 by a fence hinge 841.

And, when the process of opening and closing the rear fence, when applying a force to the fence, the fence hinge 841 and the hinge 842 is fixed and rotated, the two shafts 830 shaft hinge 840 While folding or unfolding around the rear fence 811 is opened and closed with the treadmill body in a horizontal direction.

In addition, the inclined leg 850 before and after the belt track 110 is installed so that the race horse can be safely up and down on the belt track, fence 820 made of a wire mesh that is an active area of the trainer to the right of the treadmill body Is installed.

The horse is then trained in the fenced area installed on the treadmill by tying the horse reins to the fence.

The drive motor 400 is a power body for rotating the drive roller 300 is mounted on either side of the roller support frame 100, the drive motor is the outside of the motor support member 420 fixed to the roller support frame Side is mounted.

In addition, a chain coupling 410 is installed inside the motor support member 420, and the chain coupling is connected to a rotation shaft of the motor and a central axis of the driving roller mounted on the rear flange 310 to drive power of the driving motor. Transfer to drive roller.

In the treadmill training machine of the present invention, the tension control device 500 is a device for adjusting the tension of the crawler belt track 110, as shown in Figure 4, 6, the driven roller 200 located in front The front flange 210 into which both side central shafts are fitted is moved forward and backward to adjust the tension of the endless tracked belt track 110, and the tension adjusting device 500 is installed on the computer screw 530, front left and right. Four horizontal plates 510, two vertical plates 520 are installed at the front left and right, and consists of a plurality of bolts and nuts.

The horizontal plate 510 is formed on the front flange 210, the rectangular horizontal plate key 540 is formed to fit in the key groove 220 of the lower, respectively, the upper surface of the lower frame 120 and the lower frame 131 It is fixedly mounted on the surface with a number of bolts and nuts.

In addition, the vertical plate 520 is fastened and fixed by a plurality of bolts, nuts in the vertical direction between the upper and lower frames, the cross-sectional shape is rectangular, the screw hole is formed horizontally in the middle portion.

In addition, the thread 530 is formed with a screw throughout the length, and is inserted into the screw hole of the vertical plate 520 to move forward and backward, thereby functioning to advance the front flange 210 forward and backward.

The thread 530 sequentially penetrates through the screw hole of the vertical plate 520 and the front flange bolt hole 230, and then is coupled to a nut inserted into the front flange square hole 240. In addition, the nut has a bolt hole formed on its side to fix the front part of the computer screw and the nut so as not to rotate with a separate fixing bolt.

The back of the threaded screw is fixed and welded by tightening the hexagon nut.

Therefore, when the screw is tightened with a hexagonal nut at the rear of the screw 530, the screw is advanced based on the vertical plate 520, and the nut fixed to the screw in front of the screw pushes the front flange 210 forward. Advanced.

On the other hand, the front flange 210 is precisely moved back and forth by the guide role of the key, to advance the driven roller 200 mounted on the front flange to adjust the tension of the belt track 110.

In addition, the computer screw 530 of the present invention is further provided with two setting nuts 560, and after adjusting the tension, tighten the setting nuts 560 fastened to the left and right sides of the vertical plate 520 and transfer screw and The vertical plate is fixed to prevent loosening of the computer screw due to vibration or physical shock.

In the treadmill training machine of the present invention, as shown in Figure 7, 8, the tilt adjustment hydraulic cylinder device 600 is located in the front lower portion of the roller support frame 100 as a device for adjusting the inclination of the running machine body. And, hydraulic pump 610; Hydraulic cylinder 620; Inclination adjusting members 630 equipped with limit switches 650 and 660; Cylinder frame 640; consists of.

The hydraulic pump 610 is a commonly used pump, the hydraulic cylinder 620 connected to the hydraulic pump and the hydraulic hose is raised and lowered to adjust the angle of the running machine body, the hydraulic cylinder 620 is roller support Mounted on both sides of the frame 100, it is fixed to the upper cylinder frame (640).

In addition, the upper portion of the hydraulic cylinder 620 is fastened by a bracket 670 fixed to the roller support frame upper frame 120 and the connection pin, the movement of the cylinder is transmitted to the roller support frame by the connection pin. do.

In addition, the inclination adjustment member 630 in which the limit switches 650 and 660 are mounted is installed on both sides of the roller support frame, and is fastened and fixed to the upper portion of the cylinder frame.

The limit switches 650 and 660 of the inclination control member 630 set the upper limit of the inclination angle of the running machine body, and the limit switch is mounted on the upper and middle portions of the inclination control member, and the middle part limit switch 660. The upper limit of the inclination angle is primarily limited by the lever being caught by the upper surface of the lower frame 131, and the upper limit switch 650 is secondly prepared in case of malfunction due to the failure of the middle limit switch 660. The upper surface of the upper frame 120 is latched to limit the upper limit of the inclination angle. (Because the distance between the lower frame 131 and the lever of the middle limit switch 660 is shorter than the distance between the lever of the upper frame 120 and the upper limit switch 650, when the roller support frame 100 rises, the lower frame 131 (1) contacts the lever of the middle limit switch 660 first, and transmits a detection signal to the control box, if the middle limit switch 660 is broken, the limit switch lever is in contact with the inclination control member 630. Since it is a hinge, the upper limit switch lever is rotated and flipped to the upper side, the roller support frame 100 continues to rise, and the upper limit switch 650 lever is secondly caught on the upper surface of the upper frame 120 to incline the angle. Limits the upper limit of

In addition, the pedestal 680 installed on the upper surface of the cylinder frame 640 of the inclination adjustment member is to set the lower limit by supporting the roller support frame 100 to descend, and made of an elastic material such as polyurethane material, It lowers the shock and prevents vibration when descending.

In addition, the electrical signal by the lever operation of the limit switches (650, 660) to control the operation of the up and down buttons of the control box 900 to maintain the proper inclination angle of the running machine body 10 ° ~ 15 °.

And, in the running machine for training horses of the present invention, as shown in Figure 10, 11, the link device 700 is predetermined to correspond to the rising and lowering operation of the tilt control hydraulic cylinder device 600 in front of the running machine body. It is a support leg that can be rotated at an angle of, and includes a link bracket 710, a link support 720, a hinge member 730, a link frame 740, two square iron plate 750.

The square iron plate 750 and the link support 720 are sequentially welded to the rear lower portion of the roller support frame constituting the treadmill body, and the left and right link support lower portions have coupling holes, respectively, and the left and right link brackets 710 corresponding thereto. The coupling holes are also formed in each of the hinge members, and the hinge member 730 is rotatably coupled to the coupling holes of the link support and the left and right link brackets.

In addition, the left and right link brackets 710 are sequentially welded to the lower square iron plate 750, the link frame 740, the link frame 740 is installed on the ground, the tilt control hydraulic cylinder device 600 When the front of the treadmill body is raised and lowered by the operation of the treadmill body, the rear of the treadmill body rotates stably by the hinge action between the link support and the link bracket of the link device 700. And, the link device usually serves as a leg for supporting the treadmill body.

In the treadmill training machine of the present invention, the control box 900 to control the amount of exercise at the same time to know the running state of the race horse, the speed of the track, the distance and time, There is a display unit 910 for displaying the consumption calories, and various buttons are provided to enable the start button, speed control, tilt angle adjustment, and the like.

In addition, the speed of the crawler belt track is flat (6Km / h = 1.6m / s), breaking news (15Km / h = 4.1m / s), canter (25Km / h = 6.9m / s), wet foot (60Km / h) = 16.7m / s), and it is possible to adjust the speed step by step, and it is possible to adjust the inclination of the rotation angle of 10 ° ~ 15 ° within the inclination limit by the operation signal of the limit switch (650, 660) of the inclination adjustment hydraulic cylinder device 600. It becomes possible.

On the other hand, the present invention is composed of a three-phase 380V power supply such as a motor and a pump can be used as a single-phase 220V using a phase shifter, TR commonly used, it can be easily used in homes.

In addition, by additionally installing a shock absorber to the bottom of the footrest, the bottom of the upper belt track is a foot plate is installed, a rubber plate is installed on the bottom of the iron plate, the rubber plate is installed on the treadmill body. In addition, the spring is installed between the iron plate and the running machine body to mitigate the impact with the rubber plate. Meanwhile, the belt uses an anti-slip belt.

And the inlet side of the treadmill for training of the present invention is manufactured to be inclined from the beginning so that the horse can easily climb and have an effect of increasing the exercise effect.

Therefore, the present invention can adjust the speed or the slope step by step, and by inclining the belt track of the track, it can produce the same effect as the hill training, which promotes the muscle development of the rear, hip and lower back of the racehorse. The driving force of the racehorse can be improved, and it is easy to install in a narrow indoor space, and there is a remarkable effect that can be trained so that it can focus on running stably at any time regardless of the weather.

100: roller support frame 110: belt track
111: spring
120: upper frame 131: lower frame
130: guide roller 140: guide roller bearing
150: support
200: driven roller 210: front flange
220: keyway 230: bolt hole
240: square hole 300: driving roller
310: rear flange 320: central axis
400: drive motor 410: chain coupling
420: motor support member 500: tension control device
510: horizontal plate 520: vertical plate
530: Computer thread 540: Horizontal plate key
550: flange bearing 560: setting nut
600: inclined adjustment hydraulic cylinder device 610: hydraulic pump
620: hydraulic cylinder 630: tilt adjustment member
640: cylinder frame 650: upper limit switch
660: middle part limit switch 670: bracket
680: pedestal
700: link device 710: link bracket
720: link support 730: hinge member
740: link frame 750: square iron plate
800: side fence 810: front fence
811 rear fence 820 fence
830 shaft 840 shaft hinge
841: hinge hinge 842: hinge
850: bridge
900: control box 910: display unit

Claims

In the running machine for training horses, the treadmill is a roller support frame 100, a driving roller 300, a driven roller 200, a driving motor 400 for driving the driving roller, between the driving roller and the driven roller. A running machine body including a belt track 110 installed at and rotated; A fence member installed around the treadmill to prevent the racehorse from being randomly separated; A tension control device 500 for adjusting the tension of the belt track 110 coupled with the treadmill body; An inclination adjusting hydraulic cylinder device 600 installed at the front of the treadmill to adjust the inclination; Running machine training running machine comprising a; is installed at the rear of the treadmill body serves as a support leg and rotatable link device (700).

According to claim 1, wherein the treadmill is provided with a tension adjusting device 500, the tension adjusting device is a front flange 210 to which both side central shaft 320 of the driven roller 200 located in front is fitted. By moving forward and backward to adjust the tension of the belt track 110, the tension adjusting device 500 is formed in the entire length of the screw is inserted into the screw hole of the vertical plate 520 to move forward and backward 210 Running machine training runners, characterized in that consisting of a computer screw for moving forward and backward, four horizontal plates 510, two vertical plates 520 are installed at the front left and right.

According to claim 1, wherein the treadmill hydraulic cylinder device 600 is installed in the running machine, the tilt control hydraulic cylinder device is a device for adjusting the inclination of the treadmill body is located in the front lower portion of the roller support frame (100) , Hydraulic pump 610; Hydraulic cylinder 620; Inclination adjusting members 630 equipped with limit switches 650 and 660; Cylinder frame 640; configured to include,
The upper portion of the hydraulic cylinder 620 is fastened by a bracket and a connection pin fixed to the upper frame 120 of the roller support frame 100, the movement of the cylinder is transmitted to the roller support frame by the connection pin,
The limit switch of the inclination control member 630 is to set the upper limit value of the running machine body inclination angle, the limit switch (650, 660) is mounted on the upper and middle portions of the inclination control member,
In addition, the pedestal 680 installed on the upper surface of the cylinder frame 640 of the inclination adjustment member is a running machine training horse racing training, characterized in that the lower limit to support the roller support frame 100 to set.