HEALTHFUL ENTERTAINMENT AND EXERCISE INSTRUMENT WITH
DIGITAL-COMPRESSION LIKE FUNCTION
TECHNICAL FIELD
The present invention relates to an entertainment and exercise instrument, and more
particularly to a healthful entertainment and exercise instrument capable of providing a user
with a massage effect such as a digital-compression like function to the user's abdominal
muscles and waist muscles and of giving the pleasure of exercising to the user, which allows
waist exercise by placing it at the user's midsection and swiveling the body.
BACKGROUND ART
Generally, a digital-compression is a medical treatment for correcting a variation of
living body, promoting health and for treating a disease by suppressing a predetermined
region of body surface with the thumb or the palm of the hand.
A variety of endeavors for applying the digital-compression effect to a human body
have been proposed. One approach, an air cushion with a finger-pressure therapy like effect,
has been proposed on U.S. Patent No. 5,911,656 issued to Taneaki Futagami on June 15,
1999. Since this air cushion is mainly used for the back of the body, it is used, which is
practically limited by the application, to the abdominal region of the body. Accordingly, if
the air cushion is used for the back of the body, it must be disposed on a chair before the use.
Next, U.S. Patent No. 6,074,410 issued to Chi-Kyung Kim on June 13, 2000 discloses
a finger-pressure functioning health-aid instrument for improving blood circulation in the
human body. However, this instrument is used which is practically limited by the application
of finger-pressure functioning to a single point. Since this instrument uses infrared rays and
anions in order to improve blood circulation, it is difficult to promote health through
exercise.
Meanwhile, U.S. Patent No. 6,217,482 of this applicant, which was issued on April
17, 2001, discloses an entertainment and exercise device which allows waist and neck
exercise by placing it at a person's midsection or head and swiveling the body. This applicant
designs to develop an entertainment and exercise instrument, which is capable of providing
a user with a massage effect such as a digital-compression like function and of giving the
pleasure of exercising to the user, on the basis of this disclosure.
DISCLOSURE OF INVENTION
The present invention solves the foregoing problems. It is an object of the present
invention to provide a healthful entertainment and exercise instrument capable of providing
a user with a massage effect such as a digital-compression like function to the user's
abdominal muscles and waist muscles.
It is another object of the present invention to provide a healthful entertainment and
exercise instrument capable of giving the pleasure of exercising to the user, which allows
waist exercise by placing it at the user's midsection and swiveling the body.
In order to achieve these objects, the present invention provides a healthful
entertainment and exercise instrument comprising:
a ring-shaped upper plate having a digital-compression assembly which is installed
at a radial inner surface of the upper plate and protrudes radial inwards therefrom;
a ring-shaped lower plate being assembled to become a one body with the upper plate;
and
a ring-shaped rotating plate being rotatably installed between the upper plate and the
lower plate, the rotating plate being assembled to become a one body with the upper plate
and the lower plate.
A plurality of pressing pads are attached to a radial inner side surface of the upper
plate. A plurality of first pressing protrusions project radial inwards from the surface of
pressing pad, respectively.
The digital-compression assembly is installed to the radial inner surface of the upper
plate and is generally opposite to the pressing pads. The digital-compression assembly can
be pivoted up to 90 degrees with respect to the upper plate.
An entertainment ball is connected to the one side of the rotating plate through a
string.
As described above, in the healthful entertainment and exercise instrument according
to the preferred embodiment of the present invention, the rotating plate is disposed between
the upper plate and the lower plate, and the digital-compression assembly for stimulating the
user's abdominal and waist muscles is installed at the inner side of the upper plate. Further,
pressing pads to stimulate back muscles of the user are attached to the radial inner side
surface of the upper plate. In addition, the entertainment ball capable of emitting a light is
connected to the one side of the rotating plate through a string. With this structure, the
entertainment and exercise instrument can provide a user with a massage effect such as a
digital-compression like function to the user's abdominal and waist muscles. Further, it can
give the pleasure of exercising to the user, which allows waist exercise by placing it at the
user's midsection and swiveling the body.
BRIEF DESCRIPTION OF DRAWINGS
The above objects and other characteristics and advantages of the present invention
will become more apparent by describing in detail preferred embodiments thereof with
reference to the attached drawings, in which:
FIG. 1 is an exploded perspective view of a healthful entertainment and exercise
instrument with digital-compression like function according to a preferred embodiment of
the present invention;
FIG. 2 is a plan view of the healthful entertainment and exercise instrument with
digital-compression like function according to the preferred embodiment of the present
invention;
FIG. 3 is a sectional view taken along line III-III in FIG. 2;
FIG. 4 is a sectional view taken along line IV-IV in FIG. 2;
FIG. 5 A is an exploded view of a digital-compression assembly as shown in FIGS.
1 and 2;
FIG. 5B is a longitudinal sectional view for showing an assembled state of digital-
compression assembly as shown in FIGS. 1 and 2;
FIG. 6 is an exploded perspective view of an entertainment ball capable of emitting
a light;
FIG. 7 is a bottom perspective view of a printed circuit board of the entertainment ball
as shown in FIG.6;
FIGS. 8 A and 8B show an operating state of the entertainment ball as shown in FIG.
6;
FIGS. 9 A to 9C are perspective views showing the operating states of the healthful
entertainment and exercise instrument with digital-compression like function according to
the preferred embodiment of the present invention; and
FIG. 9D is a perspective view showing the healthful entertainment and exercise
instrument with digital-compression like function placed at a user's waist.
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, a healthful entertainment and exercise instrument with digital-
compression like function according to a preferred embodiment of the present invention will
be explained in more detail with reference to the accompanying drawings.
Referring to FIGS. 1 to 4, the healthful entertainment and exercise instrument
according to the preferred embodiment of the present invention mainly includes a ring-
shaped upper plate 100, a ring-shaped lower plate 300, and a ring-shaped rotating plate 200
which is disposed there between and is assembled to become a one body with them.
As best seen in FIG. 3, a first guide groove 101 is formed on a bottom inner surface
of the upper plate 100 for allowing the rotating plate 200 to be rotated up to 360 degrees. As
shown in FIG. 1, pluralities of first screw holes 103 are formed through the upper plate 100
at a radial inner position in front of the first guide groove 101. A plurality of pressing pads
110 are attached to a radial inner side surface of the upper plate 100. A plurality of first
pressing protrusions 112 project radially inwards from the surface of pressing pad 110,
respectively. A digital-compression assembly 120 is installed to the radial inner surface of
the upper plate 100 and is generally opposite to the pressing pads 110. A pair of protrusions
102a,102b project from the radial inner surface of the upper plate 100 in order to mount the
digital-compression assembly 120.
Referring to FIGS. 5A and 5B, fixing members 121a,121b of the digital-compression
assembly 120 are fitted into the protrusions 102a,102b. The fixing members 121a,121b are
provided with main bodies 123a,123b and fitting protrusions 125a,125b which protrude from
one sides of the main bodies 123a,123b. Arch-shaped fitting grooves 126a,126b are formed
at the center of the main bodies 123a, 123b. Pin insertion holes 127 are formed through the
main bodies 123a,123b at positions adjacent to both sides of fitting grooves 126a,126b.
The fixing members 12 la, 12 lb are fixed in the protrusions 102a, 102b by inserting
the fitting protrusions 125a, 125b into fixing grooves(not shown) which are formed in the
protrusions 102a,102b of the upper plate 100. Joining fixtures 128 are fitted into the fitting
grooves 126a,126b of the fixing members 121a,121b. The joining fixtures 128 are provided
with smooth joining portions 122a,122b to be located within the fitting grooves 126a,126b
and first male thread portions 124 formed at radial outer sides of one ends of the joining
portions 122a, 122b. Joining fixtures 128 are assembled to become a one body with each
other by means of a joining pin 105 passing through pin insertion holes 127 and the lower
portion of joining portions 122a, 122b in a state that the joining portions 122a, 122b are fitted
into the fitting grooves 126a,126b of the fitting members 121a,121b. At this time, the joining
fixtures 128 can be pivoted around the joining pin 105 up to 90 degrees within the fitting
grooves 126a,126b.
Meanwhile, the digital-compression assembly 120 is provided with a pair of outer
sleeves 130a, 13 Ob which are integrally from with each other, a pair of inner sleeves
140a, 140b which are fitted into the outer sleeves 130a, 130b and can slide longitudinally
within the outer sleeves 130a, 130b, and operating rods 150a, 150b which are fitted into the
inner sleeves 140a, 140b and can slide longitudinally within the inner sleeves 140a, 140b.
First bores 131 a, 131 b for allowing the inner sleeves 140a, 140b to longitudinally slide
within the outer sleeves 130a, 130b are longitudinally formed through the center of the outer
sleeves 130a,130b. At this time, the first bores 131a,131b are tapered from one end to the
other end thereof, respectively. An arch-shaped reinforcing rib 132 extends between the outer
sleeves 130a,130b. The reinforcing rib 132 prevents the digital-compression assembly 120
from being distorted during the use of entertainment and exercise instrument 10. Handle
portions 134a, 134b are formed at predetermined positions in front of the reinforcing rib 132
on the surface of the outer sleeves 130a, 130b. A plurality of second pressing protrusions 135
are formed to protrude from the surface of the handle portions 134a, 134b.
The inner sleeves 140a, 140b located in the first bores 131a,131b of the outer sleeves
130a,130b are assembled with the joining fixtures 128 through the fixing end portions
148a,148b. For this purpose, a female thread portion 142 corresponding to the first male
thread portion 124 of the joining fixtures 128 is formed at an inner side surface of the fixing
end portions 148a,148b of the inner sleeves 140a,140b. First locking stages 144a,144b
protrude from outer side of one end of the inner sleeves 140a, 140b wherein the female thread
portion 142 is formed. When the inner sleeves 140a, 140b longitudinally slide within the first
bores 131a,131b formed at the center of outer sleeves 130a,130b, the first locking stages
144a, 144b of the inner sleeves 140a, 140b and outer surfaces of the fixing end portions
148a, 148b are contacted with a part of the radial inner side surface of the outer sleeves
130a, 130b due to the tapered shape of the first bore 131 a, 131b. As a result, the movement
of the inner sleeves 140a, 140b is restricted.
Second bores 149a,149b for allowing the operating rods 150a,150b to longitudinally
slide within the inner sleeves 140a, 140b are longitudinally formed through the center of inner
sleeves 140a, 140b. Shoulders 146a, 146b are formed to radially inwardly protrude from the
radial inner surface of the inner sleeves 140a, 140b at the other end of the inner sleeves
140a, 140b. Second locking stages 154a, 154b are formed at radial outer surfaces of one end
of the operating rods 150a, 150b, respectively. When the operating rods 150a, 150b
longitudinally slide within the second bores 149a,149b, the second locking stages 154a,154b
of the operating rods 150a,150b are locked at the shoulders 146a,146b of the inner sleeves
140a, 140b and thereby the moving range of the operating rods 150a, 150b is restricted.
In the meantime, the third bores 155a, 155b are longitudinally formed through the
interior of the operating rods 150a,150b. A coiled spring 141 and a supporting rod 143 are
disposed in the second bores 149a, 149b of the inner sleeves 140a, 140b and the third bores
155a,155b of the operating rods 150a,150b.
As best seen in FIG. 5 A, a second male thread portion 145 is formed at a radial outer
side of one end of the supporting rod 143. A locking nut 147 is engaged with the second male
thread portion 145. The locking nut 147 can be longitudinally moved along the second male
thread portion 145. When the coiled spring 141 and the supporting rod 143 are disposed in
the second bores 149a,149b and the third bores 155a,155b, the coiled spring 141 is fitted onto
the other end of supporting rod 143, and thereafter one end of the coiled spring 141 is
supported by the locking nut 147. If the fixing end portions 148a,148b of the inner sleeves
140a, 140b are engaged with the joining fixture 128 of the digital-compression assembly 120,
then the one end of supporting rod 143 is supported by the inner surface of fitting grooves
126a,126b of the digital-compression assembly 120.
Meanwhile, a shaft 152 is disposed between the exposed ends of the operating rods
150a, 150b perpendicularly to the operating rods 150a, 150b. For this purpose, both ends of
the shaft 152 are fitted into shaft insertion holes 151, which are formed through the exposed
ends of the operating rods 150a, 150b. If the both ends of the shaft 152 are exposed to an
outside after passing through the shaft insertion holes 151, then fixing nuts 153 are fitted onto
the both ends of the shaft 152. Within the third bores 155a,155b of the operating rods
150a,150b, free end of the coiled spring 141 is supported by a radial outer surface of the shaft
152 which is disposed between the exposed ends of the operating rods 150a, 150b with
perpendicularly to the coiled spring 141.
A plurality of pressing balls 156 and a plurality of buffer balls 158 are disposed at the
middle portion of the shaft 152. The buffer balls 158 have a function for preventing the
pressing balls 156 from being contacted with the operating rods 150a, 150b or for preventing
the pressing balls 156 from being contacted with each other. Thereby, the pressing balls 156
may not be damaged. Preferably, the buffer balls 158 are disposed at positions close to the
operating rods 150a, 150b on the shaft 152.
The pressing balls 156 and the buffer balls 158 are alternately disposed on the shaft
152. Preferably, the pressing balls 156 are made of ceramic materials, and more preferably
it is made of a natural jade. Preferably, the buffer balls 158 are made of rubber. The radius
of the pressing balls 156 supported on the shaft 152 is greater than the distance between the
centerline of the shaft 156 and the apex of the operating rods 150a, 150b. Accordingly, the
pressing balls 156 are exposed to head of the exposed end of the operating rods 150a, 150b
at a predetermined distance(L)(referred to FIG. 5B).
Referring now to FIG. 1, the rotating plate 200 may be rotated by the response to a
rotating force generated due to the rotating motion of a user's body. For this purpose, the
rotating plate 200 is rotatably disposed between the upper plate 100 and the lower plate 300.
The rotating plate 200 has a shape corresponding to shapes of the lower surface of upper
plate 100 and the upper surface of the lower plate 300.
In detail, a second guide groove 201 is formed on the upper surface of the rotating
plate 200. At this time, the second guide groove 201 corresponds to the first guide groove
101 formed on the lower surface of the upper plate 100. Likewise, the third guide groove 203
is formed on the lower surface of the rotating plate 200(referred to FIG. 3). The third guide
groove 203 corresponds to a fourth guide groove 301 formed on the upper surface of the
lower plate 300 on the preferred embodiment, as also explained in more detail late herein.
When the upper plate 100, the rotating plate 200 and the lower plate 300 are
assembled together, a plurality of ball bearings 202 and a plurality of flexible bearing
members 204 having a rod shape are alternately disposed between the first guide groove 101
and the second guide groove 201, and also alternately disposed between the third guide
groove 203 and the fourth guide groove 301. The ball bearings 202 and the bearing members
204 have a function of smoothly rotating the rotating plate 200. Preferably, the ball bearings
202 are made of a metal, whereas the bearing members 204 are made of a flexible plastic.
When a user makes the rotating plate 200 to be rotated by swiveling of the user's body, the
ball bearings 202 and the bearing members 204 allow the rotating plate 200 to be smoothly
rotated between the upper plate 100 and the lower plate 300.
A first connecting loop 205 is formed on a radial one side of the rotating plate 200.
As best seen in FIG. 3, a first string insertion hole 206 is formed through the center of first
connecting loop 205. One end of the string 208 is inserted into the first string insertion hole
206. An entertainment ball 210 is attached to the other end of the string 208.
FIGS. 6 to 8B show the entertainment ball 210 according to the preferred embodiment
of the present invention.
At first, as shown in FIGS. 6 and 7, the entertainment ball 210 is provided with a
hemisphere shape of hollow upper case 211 and a lower case 212. Preferably, the upper case
211 is made of a flexible rubber or a synthetic resin.
Lower case 212 is provided with a case body 212a and a protective cap 212b.
Preferably, the lower case 212 is made of a hardened plastic whereas the protective cap 212b
is made of a flexible rubber or a synthetic resin. An upper portion of the protective cap 212b
is expanded at a predetermined shape such as a morning glory shape in order to enclose the
case body 212a. As the upper case 211 is assembled with the lower case 212, the lower end
of the upper case 211 encloses an upper outer side of the case body 212a of the lower case
212, and also the upper portion of the protective cap 212b encloses the joining part between
the upper case 211 and the lower case 212.
A plate-shaped bottom cap 217 is detachably mounted to an outer bottom of the case
body 212a. The bottom cap 217 is assembled to the lower end of the case body 212a by
means of a first joining screw 209b which passes through a first joining hole 209a formed
through the bottom cap 217, and thereafter it is inserted into the lower end of the case body
212a. A second connecting loop 218 is formed at the lower portion of the bottom cap 217.
A second string insertion hole 219 is formed through the center of the second connecting
loop 218. One end of the string 208 is fitted into the second string insertion hole 219.
As best seen in FIGS. 8 A and 8B, dry cells(B), an operation piece 220 responsive to
an acceleration and a printed circuit board 230, are disposed in the case body 212a of the
lower case 212. A pair of vertical grooves 215a,215b for receiving the dry cells(B) are
formed at the center portion of the lower case 212. At this time, a lower terminal 214 is
disposed at the bottom of the vertical grooves 215a,215b.
A third joining hole 207 is formed at a radial outer side of the vertical grooves
215a,215b, and a depressed groove 216 is formed at the outer side of the third joining hole
207. A ring-shaped operating piece 220 is disposed in the depressed groove 216. As the
entertainment ball 210 connected to the one side of the rotating plate 200 through the string
208 is rotated in accordance with the rotation of the rotating plate 200, the entertainment ball
210 moves upwards and downwards within the depressed groove 216 with response to the
centrifugal force. The printed circuit board 230 is mounted to the upper portion, and thereby
it is located above the vertical grooves 215a,215b and the depressed groove 216.
Referring now to FIGS. 6 and 7, a pair of light emitting diodes 232a,232b(hereinafter,
expressed simply as "LED") are attached to the upper surface of the printed circuit board
230. Also, a circuit pattern 231 is printed on the upper surface of the printed circuit board
230. A pair of contacting terminals 236a,236b are disposed at the radial outer side of the
printed circuit board 230. The lower portions of the contacting terminals 236a,236b protrude
downwards from the bottom surface of the printed circuit board 230. A third joining hole
233 is formed at a radial inner side surface of the contacting terminals 236a,236b. The
printed circuit board 230 is mounted to the upper portion of the lower case 212 by means of
a second joining screw 234 which passes through the third joining hole 233, and thereafter
it is inserted into the third joining hole 207 of the case body 212a.
A pair of coiled springs 238a,238b are mounted to the lower surface of the printed
circuit board 230. The coiled spring 238a is contacted with an anode of the dry cells(B)
disposed in the vertical grooves 215a. Whereas the coiled spring 238b is contacted with a
cathode of the dry cells(B) disposed in the vertical grooves 215b. On the lower surface of
the printed circuit board 230, a pair of spring terminals 235 are disposed at the radial outer
side of the coiled springs 238a,238b by being radially opposite each other.
Spring terminals 235 downwardly protrude from the lower surface of the printed
circuit board 230 at a predetermined length. At this time, the length of the spring terminals
235 is greater than that of the contact terminals 236a,236b. When the printed circuit board
230 is mounted to an upper inner side of the case body 212a, the spring terminals 235 and
the contact terminals 236a,236b are positioned in the depressed groove 216 of the case body
212a. During the rotation of the entertainment ball 210 in accordance with the rotation of
the rotating plate 200, the operating pieces 220 are moved within the depressed portion 216
and overcome the elastic force of the spring terminal 235, and thereby they may be contacted
with the contacting terminals 236a,236b. Consequently, LED 232a,232b begin to illuminate
a light. As the rotating plate 200 stops rotating, the entertainment ball 210 also stops rotating.
Thereby, the operating piece 220 cannot overcome the elastic force of the spring terminal
235 and is not contacted with the contacting terminals 232a,232b. Consequently, the LED
232a,232b may not illuminate the light(referred to FIG. 8A).
Referring now to FIG. 1, the lower plate 300 has a predetermined shape and a
predetermined structure which correspond to the shapes and the structures of the upper plate
100 and the rotating plate 200. A plurality of second screw holes 303 are formed through the
outer periphery of the lower plate 300. The fourth guide groove 301 is formed on the upper
surface of the lower plate 300. The upper plate 100, the rotating plate 200 and the lower plate
300 are integrally assembled together by means of a third joining screw 107 passing through
the first screw holes 103 of the upper plate 100 and the second screw holes 303 of the lower
plate 300 under the state that the ball bearings 202 and the bearing members 204 are disposed
in the second and the third guide grooves 201,203 which are formed on the upper surface
and the lower surface of the rotating plate 200.
Hereinafter, the operation of the entertainment and exercise instrument 10 according
to the preferred embodiment of the present invention as above will be described in detail with
reference drawings FIGS.9A to 9E.
At first, when a user wants to stimulate the user's abdominal muscles and waist
muscles by using the entertainment and exercise instrument 10, as shown in FIG. 9A, he or
she makes the outer sleeves 130a, 130b to be moved toward the protrusions 102 a, 102b of the
upper plate 100 by grasping the handle portions 134a, 134b of the digital-compression
assembly 120 by the hands. From this state, the user also makes the operating rods 150a, 150b
to be moved toward the protrusions 102a,102b by grasping the pressing balls 156 disposed
on the shaft 152 of the digital-compression assembly 120 or the operating rods 150a,150b.
Thereafter, the users make the operating rods 150a, 150b to be moved backwardly along the
arrow direction within the second bores 149a,149b of the inner sleeves 140a,140b.
After complete withdrawl of the operating rods 150a, 150b, the user makes the digital-
compression assembly 120 to be moved upwardly at a right angle. At this time, as the joining
fixture 128 engaged with the fixing end portion 148a, 148b of the inner sleeves 140a, 140b
pivots at an angle of 90 degrees around the joining pin 105 within the fitting grooves
126a,126b of the fixing members 121a,121b, the digital-compression assembly 120 stands
erect, as shown in FIG. 9B. From this state, the operating rods 150a, 150b return to their
initial positions by receiving an elastic force of the coiled spring 141.
When the digital-compression assembly 120 stands erect, the user inserts the user's
body into a space provided within the upper plate 100. And then the user makes the digital-
compression assembly 120 to be moved downwards by grasping the handle portions
134a, 134b, as shown in FIG. 9C. At this time, the pressing ball 156 is contacted with the
user's abdominal region, and the shaft 152 supporting the pressing ball 156 is transformed
along some rounded surfaces of the user's body. Also, the operating rods 150a, 150b
overcome the elastic force of the coiled spring 141 disposed in the operating rods 150a,150b,
and thereafter they go back toward the handle portions 134a, 134b within the second bores
149a,149b of the inner sleeves 140a,140b.
From this state, the user makes the handle portions 134a, 134b to be moved
downwards so as to be level with the upper plate 100. Then, the operating rods 150a, 150b
are disposed at a position within the second bore 149a, 149b of the inner sleeves 140a, 140b,
which coincides with a body condition of the user.
If the digital-compression assembly 120 returns to its initial position after rotating
downwards up to 90 degrees, the user makes the outer sleeves 130a, 130b and the operating
rods 150a, 150b to be closely contacted with the user's body, so that the inner sleeves
140a, 140b and the operating rods 150a, 150b cannot be moved. At this time, the pressing ball
156 stimulates the user's abdomen and intestines due to the elastic force of the coiled spring
141 and the push force applied by the user. From this state, if the user makes the digital-
compression assembly 120 to be moved upwards and downwards by grasping the handle
portions 134a,134b of the digital-compression assembly 120, the pressing balls 156 move
upwards and downwards and rotate around the shaft 152 so as to stimulate the user's
abdomen and intestines. If the user's body is inserted into the space of the upper plate 100,
back muscles of the user are stimulated by means of pressing pad 110 which is positioned
opposite to the digital-compression assembly 120. Accordingly, a massage effect such as a
digital-compression like function is provided to the body part of the user with which the
pressing pad 110 is contacted.
As shown in FIG.9D, if the user swivels his body by wearing the entertainment and
exercise instrument 10 on his body, the rotating plate 200 and the entertainment ball 210
connected to the rotating plate 200 through the string 208 rotate, so that the entertainment
ball 210 emits a light. Accordingly, the user may take an interest in exercise upon using the
entertainment and exercise instrument 10 according to the preferred embodiment of the
present invention.
If the user wants to stimulate muscles of the other part of the user's body after
performing the digital-compression to the user's abdomen and intestines, he may use the
entertainment and exercise instrument 10 in accordance with the operating process as
illustrated referred to FIGS. 9A and 9D.
As described above, in the healthful entertainment and exercise instrument according
to the preferred embodiment of the present invention, the rotating plate 200 is disposed
between the upper plate 100 and the lower plate 300, and the digital-compression assembly
120 is installed at the inner side of the upper plate 100. From this structure, the entertainment
and exercise instrument can provide a user with a massage effect such as a digital-
compression like function to the user's abdominal and waist muscles. Further, it can give
the pleasure of exercising to the user, which allows waist exercise by placing it at the user's
midsection and swiveling the body. In addition, the pressing pad 110 disposed at the radial
inner side surface of the upper plate 100 stimulates the spots on the body suitable for
acupuncture. Furthermore, as the entertainment ball 210 emits a light during the rotation of
the rotating plate 200 in accordance with the swiveling of the user's body, the user takes an
interest in exercise upon using the entertainment and exercise instrument.
While the present invention has been particularly shown and described with reference
to particular embodiments thereof, it will be understood by those skilled in the art that
various changes in form and details may be effected therein without departing from the spirit
and scope of the invention as defined by the appended claims.