[0001] This invention relates to a body vibration machine, particularly to one whose vibration
frequency received by a user's feet can be modulated according to practical needs
and which can be controlled to start or stop operating anytime, flexible in use and
able to satisfy users of different foot conditions.
[0002] A vibration-training method is one using a machine to trigger a man's muscles to
vibrate for attaining the effect of stimulating a man's neuromuscular system, and
the stimulating intensity is decided by the vibration frequency and the amplitude
of the vibration. The vibration frequency means a cycle of the vibration in a unit
time to be numerated with HZ, while the amplitude means a half of the differential
value between the maximum and the minimum value in the cyclic vibration. Vibration
training is helpful to promote the maximum equal-length muscular force and the maximum
dynamic muscular force for those who were not trained and are aged, and it also can
help maintain the density of osseous tissue of the aged. Therefore, vibration training
has following advantages in physiological reaction.
- 1. It can effectively strengthen nervous muscles.
- 2. It can enhance a man's muscular force, muscular exploding force and the extent
of muscle softness in a short period.
- 3. It has excellent effect on rehabilitation, such as abating ache in the lower half
back, improvement of osteoporosis and rheumatoid arthritis as well as delay of senility.
- 4. It is beneficial to a man's circulatory system and able to promote the function
of metabolism.
- 5. It has effect on bodybuilding and health protection.
[0003] A conventional body vibration machine is provided with a vibrating plate for a user's
feet to step thereon and a single vibration motor for driving the vibrating stand
to vibrate. However, the vibration frequency and the amplitude produced by the vibration
motor are evenly distributed to two feet. Therefore, such a conventional body vibration
machine is not applicable for a user whose feet have different strengths and need
to receive different vibration frequencies. In addition, if only one foot needs to
take vibration training, the user has to lift and suspend the other foot in the air,
thus likely to cause stumbling and falling to a user (especially to one who is under
rehabilitation) because of the unstable gravitational center of his body.
[0004] The objective of the invention is to offer a body vibration machine able to be modulated
in vibration frequency and controlled to start or stop operating according to a user's
needs. The body vibration machine in the present invention includes two vibrating
plates respectively and dependently installed at the location on which a user's feet
step. The two vibrating plates are respectively supported by elastic support members,
and two vibration driving devices (like vibration motors) are respectively assembled
under and vibrate the vibrating plates. The two vibration driving devices can be respectively
modulated in vibration frequency and controlled to start or stop operating according
to a user's needs.
[0005] This invention will be better understood by referring to the accompanying drawings,
wherein:
Fig. 1 is a perspective view of a body vibration machine in the present invention;
Fig. 2 is a partial exploded perspective view of the body vibration machine in the
present invention;
Fig. 3 is a partial cross-sectional view of the body vibration machine in the present
invention; and
Fig. 4 is a perspective view of the body vibration machine in a using condition in
the present invention.
[0006] A preferred embodiment of a body vibration machine in the present invention, as shown
in Figs. 1, 2 and 3, includes a driving base 10, an upright post 20 and a control
display 30 as main components combined together.
[0007] The driving base 10, as shown Fig. 2, is made by combining a lower casing 11 with
an upper casing 12 together. The lower casing 11 is formed with an upside opening
in the topside, and the upper casing 12 formed with an underside opening and a soft
topside is fitted on the lower casing 11. A plurality of elastic support members 13
are evenly disposed in the inner space formed by the upper and the lower casing 12,
11 and have their lower ends secured on the bottom of the lower casing 11. The left
and the right group of the elastic support members 13 have the upper end respectively
fixed with a vibration plate 14 positioned independently and separately. Two vibration
driving devices 15 (like vibration motors shown in Fig. 3) are respectively installed
under the vibrating plates 14, and a soft anti-slip pad 17, such as a foamed material,
is fixed at the underside of the lower casing 11 for preventing the driving base 10
from slipping.
[0008] The upright post 20 extending upward is positioned at the rear side of the driving
base 10.
[0009] The control display 30 fixed at the upper end of the upright post 20 consists of
controlling keys 31 and a display screen 32. A handrail frame 33 is provided around
the outer side of the control display 30 for a user's hands to hold thereon so as
to stabilize his body when he stands on the upper casting 12 and the vibratingstand
14.
[0010] In using, firstly, a user stands on the upper casing 12 and has his two feet respectively
stepped on the left and right vibrating stand 14. Then, the two vibration drivers
15 under the two vibrating plates 14 are respectively started to drive the vibrating
plates 14 to work. By so designing, the body vibration machine of this invention has
the following advantages.
- 1. The two vibrating plates 14 are respectively driven to vibrate by one independent
vibration driving device 15; therefore, the two vibrating plates 14 can be respectively
modulated to vibrate with different vibration frequencies, or controlled to have only
one vibrating plate 14 vibrating and the other one stopped in accordance with user's
need.
- 2. The two vibrating plates 14 are respectively adjustable in vibration frequency
for strengthening or balancing the strength of user's two feet. For instance, a user
can have his comparatively weak foot stepped on one vibrating plate 14 that produces
higher vibration frequency and have the other foot stepped on the other vibrating
plate 14 that produces lower vibration frequency.
[0011] Moreover, aside from the handrail frame 33 to be held by user's hands, two pull ropes
16 are respectively secured at the opposite sides on the topside of the upper casing
12 of the driving base 10 for the user's left and right hand to hold for stabilizing
his body.
[0012] While the preferred embodiment of the invention has been described above, it will
be recognized and understood that various modifications may be made therein and the
appended claims are intended to cover all such modifications that may fall within
the spirit and scope of the invention.
1. A body vibrating machine comprising:
two independent standing plates under a location where user' feet step on;
plurality elastic members for supporting said two independent standing plates respectively;
and
a vibration driving device respectively connected to and vibrate each said standing
plate and possible to be modulated to vibrate with mutually different vibrating frequencies.
2. The body vibrating machine as claimed in Claim 1, wherein a driving base consisting
of an upper base and a lower base is further provided, and said standing plates, said
elastic members, and said vibrating devices are limitedly installed in said driving
base.
3. The body vibrating machine as claimed in Claim 1, wherein said upper base has a soft
upper side.
4. The body vibrating machine as claimed in Claim 1, wherein said vibrating devices are
a vibration motor respectively.