Passive Exercise Equipment
a passive exercise and equipment technology, applied in the field of passive exercise equipment, can solve the problems of increasing production cost of the pantomime mechanism, unable to secure the constant sense of use, and differences in depressing feel against the sole-mounted parts, so as to achieve the effect of reducing the production cost of the passive exercise equipment 1
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first embodiment
[0026]A type of passive exercise equipment 1 in the present invention has an equipment base 20 put on a fixed position such as a flooring as shown in FIGS. a and 3, and is provided with a seat supporter 21 and a handle post 30 on the equipment base 20. The seat supporter 21 is equipped with a seat 2 for supporting buttocks of a user M on its top edge. The handle post 30 is equipped, on its top edge, with a handle 31 which the user M can grip as need arises. A footstool 3 of which top face is used as a sole-surmounted part 4 is placed at a position between the seat supporter 21 and the handle post 30 in the equipment base 20. Two footstools 3 are laid side-by side in a right-left direction, and the sole-surmounted parts 4 are surmounted by the right and left soles of the user M and thereby regulating the right and left feet placement.
[0027]The seat supporter 21 is a seat driver 50 for oscillating the seat 2 and an elevating mechanism 60 for moving the seat 2 and the seat driver 50 up...
second embodiment
[0060]In the first and second embodiment, the spring members 11 constituting an elastic device 6 are arranged in a linear fashion on a central line of a footstool 3 in a front-back direction. However, as shown in FIG. 8, the spring members 11 may be arranged in a voluntary fashion such as a triangular fashion in planar view. In FIG. 8, one spring member 11 is located at the front part of the footstool 3, and two unconnected spring members 11a are arranged side by side in a right-left direction at the rear part of the footstool 3. Each elastic operating part 14 of the extensible base members 15 is projected backward from the footstool 3.
third embodiment
[0061]FIG. 9 shows a This embodiment has a body weight input part 8 configured to input the body weight of a user M. Each bias adjuster 7 is provided with a regulatory driver 9 for adjusting the elastic coefficient of an elastic device 6. The controller is configured to perform drive control of each regulatory driver 9 in response to the body weight set through the body weight input part 8. For example, the operation display device 32 can include the body weight input part 8. For example, the regulatory driver 9 may be formed of a drive source 16 such as a motor, a solenoid or the like, and a mechanical section 17 that drives and slides the slide member 12 or drives and moves the extensible base members 15 up and down. However, other configuration can be adapted.
[0062]In this embodiment, a user M has only to input user's own body weight through the body weight input part 8, and the controller automatically sets an elastic coefficient of each elastic device 6 under the bias adjuster...
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