CN201324472Y - Training device - Google Patents

Abstract

A training device (1) comprises a platform (3), a base (2), a support frame (11) which can be mounted on a horizontal shaft (10) in a swinging manner relatively to the base (2), and an actuating mechanism for enabling the support frame (11) to carry out periodic swinging motion around the horizontal shaft (10). The platform (3) is mounted on the support frame (11); and the device (1) further comprises an actuating mechanism for enabling the platform (3) to vibrate on a plane substantially parallel to the platform (3) relatively to the support frame (11).

Description

Exercise equipment

Technical field

[01] the present invention relates to exercise equipment.

Background technology

[02] no matter exercise equipment is to use for gymnasium or Outpatient Hall collective, or household person uses, and all is an ever-increasing market.Along with the aging of sedentary lifestyle, population and other factors such as more and more higher fat and carbohydrate diet, make body-building have certain benefit, the trainer that can make the user carry out abundant body-building with time and efforts still less has more value.

[03] produce effect most, and the exercise equipment that obtains the public and expert approval most is the exercise equipment that has shaking platform, for example the equipment delivered of international patent application document WO 2006/045213A1.Described exercise equipment comprises a shaking platform, and the user can stand or sit down and train on described shaking platform, perhaps is fixed for the annex of training thereon.The oscillating movement of platform can be trained muscle, the muscle of shank, hip and shoulder especially, and relatively lessly bear cardiovascular load.In described equipment, the oscillating movement of platform centers on the horizontal rotational shaft start by eccentric weight.Yet the exercise equipment shortcoming of described type is, only can produce basic oscillating movement on unique vertical axis.In addition, Oscillation Amplitude depends on user's body weight, position and frequency thereof, and the intrinsic frequency of platform-user system.

[04] exercise equipment of another type, the equipment delivered of international patent application document WO 98/08478 for example, it comprises:

[05]-platform,

[06]-base,

[07]-and support, it is mounted to respect to described base and swings by a horizontal axis, and described platform is installed on the described support, and

[08]-and the actuation mechanism of oscillating motion, it makes described support carry out the periodic wobble motion around described horizontal axis.

[09] because along with the oscillating motion platform moves at each side direction rightabout, the shank and the hip that therefore stand in the user on the platform can obtain the bigger muscular training of intensity.In addition, swing mechanism can also obtain more constant motion amplitude, and this amplitude does not depend on user's the body weight or the frequency of motion.Yet, described device still only can be trained the user on a basic vertical direction muscle.

[10] the objective of the invention is to improve the effect and the flexibility of equipment, especially aspect the muscular training of hip and waist.

Summary of the invention

[11] equipment of being delivered compared with international patent application document WO 98/08478, equipment of the present invention is for reaching described purpose, it also comprises, described exercise equipment is the actuation mechanism of involving vibrations motion also, and it makes described platform be basically parallel in the plane of described platform one with respect to described support to vibrate.

[12] the periodic wobble motion combines with simultaneous oscillating movement on platform plane, and synergy can be provided, and especially when training shank, hip and waist muscle, compared with the training that described motion is provided respectively, has strengthened training effect greatly.Between described platform and described swinging mounting, insert a described mechanism, can not increase the volume of exercise equipment again both in conjunction with described motion.In addition, two kinds of motions can also be separated two kinds of motions, thereby be limited the training of some muscle by the start respectively of different mechanisms.

[13] preferably, the actuation mechanism of described oscillating movement comprises a transfer element between described support and described platform, described transfer element rotates around first rotation that is basically perpendicular to described platform with respect to described platform, and rotates around second rotation that is basically parallel to described first rotation with respect to described support.Described transfer element can for example be made of an eccentric rod or a connecting rod.The advantage of the actuation mechanism of described oscillating movement is, the substantially invariable oscillating movement of energy assurance amplitude, and Oscillation Amplitude does not depend on its frequency and user's body weight.Yet, for example also can consider to select other actuation mechanism as required by eccentric rotating weight.

[14] preferably, described transfer element comprises a counterweight, in order to the oscillating movement of balance platform.Described counterweight can reduce the level of vibration of equipment by the base transmission, and need not to use additional vibration absorber, and need not to increase extra base weight.

[15] preferably, described platform is mounted on the described support by means of flexible member.Use simple especially and effective device in this way, thereby guarantee that platform is positioned on the support, and platform produces oscillating movement with respect to support.Especially, described flexible member comprises elastomeric material, the motion that therefore it also can alleviate platform and simple elasticity element.

[16] preferably, the described actuation mechanism of oscillating motion can comprise at least one eccentric element, it is installed on the axostylus axostyle of a basic horizontal by off-centre, be arranged on described base or support one, and contact with another the part in described support or the base, the axis of oscillation of the described relatively support of described part separates.In this way, can adopt a rotary actuator easily, thereby by described actuation mechanism, the periodic wobble of driving arm.Yet, also can select as required to use, for example use another kind of actuation mechanism as the reversible actuator of linear electric motors or cylinder piston.

[17] preferably, described at least one eccentric element is the rotation roller.Yet the technical staff also can consider other selection as required, for example a connecting rod of WO 98/08478 proposition.

[18] preferably, described roller comprises elastomeric material.This can guarantee the constant contact on its rolling surface, thus restraint, and the service life of increase equipment.

[19] preferably, the actuation mechanism of described oscillating motion comprises at least two described eccentric elements, lays respectively at the both sides of described horizontal hunting axis.This can also limit its activity in actuation mechanism, and therefore increases its service life.

[20] preferably, the actuation mechanism of oscillating motion can comprise at least one spin balancing counterweight, thus the oscillating motion of balance bracket.This can pass through the level of vibration of its base transmission by reduction equipment, and need not to use additional vibration absorber, and need not to increase extra base weight.

[21] preferably, each actuation mechanism comprises an engine independently, is preferably motor.In this way, two kinds of motions can be controlled respectively easily.

[22] or, one of described actuation mechanism comprises an engine, is preferably motor, but described exercise equipment also comprises the transmission device of a clutch between described actuation mechanism.In this way, can use unique engine, make on its base that preferably is set at described equipment, thereby make it bear a confined level of vibration, increase its service life thus, and the weight during to equipment moving and the vibration that therefore is transferred on the base limit to some extent.

[23] preferably, described exercise equipment comprises that also at least one is to stand in the support handle that the people on the described platform uses.Can simplify the use of exercise equipment thus, even comprise physical disabilities' use.

[24] preferably, described base comprises the transportation castor, thus simplified apparatus transportation in the plane.

[25] preferably, described platform comprises the fixing point that is used to train annex.Described training annex, for example waistband, braces or bandage can be used for training for example other muscle such as arm, shoulder, chest side.

Description of drawings

[26] details of the present invention is after with reference to the accompanying drawings, with for example and non-circumscribed mode be described following.

[27] Fig. 1 illustrates the perspective view according to an implementation example of exercise equipment of the present invention,

[28] Fig. 2 illustrates the part front view of the exercise equipment of Fig. 1,

[29] Fig. 3 illustrates the side view of part shown in Figure 2,

[30] Fig. 4 illustrates the part schematic elevational view according to another implementation example of exercise equipment of the present invention,

[31] Fig. 5 illustrates the part schematic elevational view according to another implementation example of exercise equipment of the present invention, and

[32] Fig. 6 illustrates the part schematic elevational view according to another implementation example of exercise equipment of the present invention.

The specific embodiment

[33]exercise equipment 1 according to an implementation example of the present invention is illustrated on Fig. 1.Describedequipment 1 comprises by one closes thebase 2 that surrounds ofcover 2a, and described base may comprise a ballast, thereby the describedbase 2 of restricted passage earthward and the vibration of stent foot (not shown) transmission.Onemovable platform 3 is positioned on the described base 2.Describedplatform 3 can be admitted a user who stands or be seated, and perhaps admits the training annex on thefixing point 4 that need be fixed on the platform 3.Base 2 also has thecastor 5 that can make things convenient forequipment 1 to move, and apillar 6 that is used forsupport handle 7, is used to support the user to stand in describedplatform 3, andequipment 1 one control plate 8.Handle 7 can be equipped with sensor, is used to measure user's heart rate, and can change the running speed of equipment.

[34] Fig. 2 and 3 shows thebase 2 of not being withcover 2a, ballast orfeet.Bearing 9 by a swinghorizontal axis 10 alignment is installed on the described base 2.Described bearing 9 supports asupport 11 aroundaxis 10swing installations.Bearing 12 also is installed on thebase 2, and described bearing 12 aligns substantially by a horizontal axis, thereby supports anaxostylus axostyle 13, and a motor 14.Motor 14 is bound up on theaxostylus axostyle 13 by a driving belt 15.Axostylus axostyle 13 is basically perpendicular toaxis 10 and in each side ofaxis 10,axostylus axostyle 13 has aroller 16, and described roller is rotated on the axle that is installed in respect to the rotation off-centre of axostylus axostyle 13.Roller 16 is eccentric in the opposite direction eachother.Axostylus axostyle 13 also comprises counterweight 17, in order to the vibration and the bending stress of restriction axostylus axostyle 13.Preferably,roller 16 is installed on the low bearing of frictional property, and can comprise the outer surface of an elastomeric material.

[35]block 18 is installed on the swingingmounting 11, keeps being subjected to press contacts with roller 16.Block 18 also can be in order to reduce the plastic material or the elastomeric material of stress.Anothermotor 19 also is installed on the described swinging mounting 11.Describedmotor 19 is connected on the vertical substantiallyeccentric rod 20, andaxostylus axostyle 20 is installed in thebearing 21 in platform 3.Eccentric rod 20 also comprises a counterweight 22.Therefore swingingmounting 11 andplatform 3 also are connected byblock 23, and described block for example is an elastomeric material, thereby is resilient or vibration damping.

[36] aspect running,motor 14 causes the rotation of axostylus axostyle 13.Byeccentric roller 16 andblock 18, described rotation causesupport 11 and thereforeplatform 3 around the periodic wobble motion of axis 10.The describedarrow 24 that moves through is displayed on Fig. 2.

[37] aspect running, group ofmotors 19 makeseccentric rod 21 rotations, causes the oscillating movement ofplatform 3 inplatform 3 planes.

[38] two group ofmotors 14 and 19 can be simultaneously or separately start, the user can or the motion to combine withplatform 3, perhaps train with the motion that separates respectively.Equipment 1 can comprise electronic installation, for example is connected oncontrol panel 8 and/or the heart rate sensor, in order to controlling the rotary speed of one or more motor, thereby regulates training strength.

[39] no matter whether the present invention is described according to a specific implementation example, obviously, can carry out different modifications and variations for example to described, only otherwise exceed for example total scope of limiting of claims of the present invention.For example, the oscillating motion ofsupport 3 can be can't help the roller start, but as shown in Figure 4, by connectingrod 24 starts.Equally, theaxostylus axostyle 13 of start oscillating motion can not be set on thebase 2, is arranged on thesupport 3 but schematically show as Fig. 5.But the actuation mechanism of oscillating motion also can be connected by thetransmission device 25 of a clutch with the actuation mechanism of oscillating movement, and schematically shows as Fig. 6, by 26 starts of unique motor.Therefore, describe and accompanying drawing need be on schematic and understand on non-limiting.

Claims (16)

1. exercise equipment (1), it comprises:

-platform (3),

-base (2),

-support (11), it is mounted to respect to described base (2) and swings by a horizontal axis (10), and described platform (3) is installed on the described support (11), and

The actuation mechanism of-oscillating motion, it makes described support (11) carry out the periodic wobble motion around described horizontal axis (10),

It is characterized in that described exercise equipment (1) is gone back the actuation mechanism of involving vibrations motion, it makes described platform (3) be basically parallel in the plane of described platform (3) one with respect to described support (11) to vibrate.

2. according to the described exercise equipment of claim 1 (1), it is characterized in that,

The actuation mechanism of-described oscillating movement comprises a transfer element (20) between described support (11) and described platform (3), described transfer element rotates around first rotation that is basically perpendicular to described platform (3) with respect to described platform (3), and rotates around second rotation that is basically parallel to described first rotation with respect to described support (11).

3. according to the described exercise equipment of claim 2 (1), it is characterized in that described transfer element (20) comprises a counterweight (22), in order to the oscillating movement of balance platform (3).

4. according to the described exercise equipment of claim 1 (1), it is characterized in that described platform (3) is mounted on the described support (11) by means of flexible member (23).

5. according to the described exercise equipment of claim 4 (1), it is characterized in that described flexible member (23) comprises elastomeric material.

6. according to the described exercise equipment of claim 1 (1), it is characterized in that the actuation mechanism of described oscillating motion comprises:

-at least one eccentric element, it is installed on the axostylus axostyle (13) of a basic horizontal by off-centre, be arranged on described base (2) or support (11) one, and contact with another the part in described support (11) or the base (2), the axis of oscillation (10) of the described relatively support of described part (11) separates.

7. according to the described exercise equipment of claim 6 (1), it is characterized in that described at least one eccentric element is a rotation roller (16).

8. according to the described exercise equipment of claim 7 (1), it is characterized in that described roller (16) comprises elastomeric material.

9. according to the described exercise equipment of claim 6 (1), it is characterized in that the actuation mechanism of described oscillating motion comprises at least two described eccentric elements, lay respectively at the both sides of described horizontal hunting axis (10).

10. according to the described exercise equipment of claim 6 (1), it is characterized in that the actuation mechanism of described oscillating motion comprises the counterweight of at least one rotation (15), thus the oscillating motion of the described support of balance (11).

11., it is characterized in that each actuation mechanism comprises an engine (14,19) independently according to the described exercise equipment of claim 1 (1).

12., it is characterized in that one of described actuation mechanism comprises an engine (26) according to the described exercise equipment of claim 1, but described exercise equipment also comprises the transmission device (25) of a clutch between described actuation mechanism.

13., it is characterized in that described exercise equipment comprises that also at least one is to stand in the support handle (7) that the people on the described platform (3) uses according to the described exercise equipment of claim 1 (1).

14., it is characterized in that described base (2) comprises transportation castor (5) according to the described exercise equipment of claim 1 (1).

15., it is characterized in that described platform (3) comprises the fixing point (4) that is used to train annex according to the described exercise equipment of claim 1 (1).

16., it is characterized in that described engine (14,19) is a motor according to claim 11 or 12 described exercise equipments (1).

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