CN107569820A - Stepping machine - Google Patents
Stepping machine Download PDFInfo
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- CN107569820A CN107569820A CN201610524826.7A CN201610524826A CN107569820A CN 107569820 A CN107569820 A CN 107569820A CN 201610524826 A CN201610524826 A CN 201610524826A CN 107569820 A CN107569820 A CN 107569820A
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Abstract
The present invention relates to a kind of stepping machine, including：Skeleton frame, two the first drive links, two the second drive links, two pedal groups, holding rod flywheel group, pole flywheel group and two eccentric ratio groups；When user is when carrying out trampling motion and carrying out elbow motion to holding rod in two pedal groups, do action can be trampled and replied upwards to two pedals downwards, holding rod can do a camber line reciprocating rotary using corresponding each first drive link or each second drive link as spindle central, now, each draw bar on the pole pivot ear of left and right two can pull the rotation of corresponding eccentric ratio group progress 360 deg, and each draw bar of the torque of the 3rd flywheel of pole flywheel group and each eccentric ratio group of driving will not be vertically superposed；Whereby, by the setting of each eccentric ratio group, had some setbacks with avoiding the action of above-mentioned swing from being suspended or operate by clip.
Description
Technical field
The present invention relates to a kind of association area of body-building, particularly relates to the stepping machine that a kind of ellipse tramples path.
Background technology
Existing stepping machine is to impose stampede power in pedal to drive flywheel（Flying wheel etc.）, carry out trampling disappearing for kinetic energy
Consumption, and flywheel can be driven draw bar using the flexible unit such as belt；However, draw bar is pulling the mistake of flywheel rotation
When Cheng Zhong, the force torque of flywheel and the vertically superposed draw bar driven, it is zero that can allow force square, causes flywheel not driven
Or rotate and have some setbacks.
Above-mentioned to solve the problems, such as, just like disclosed in Chinese 201010563057.4th application case, it utilizes magnetic
Actuation means prevent the flywheel to be in the presence of stopping operating；If however, using magnet assembly in addition, not only increase cost,
And must be aligned when assembling, it will not just cause the situation of beat.
Also, the pedal of General Elliptic machine and handle is swung all to interlock, can not be to trample or to swing handle up and down
Independent to carry out, therefore, the existing elliptical machine is only capable of offer swing function gearing ellipse and tramples function, can not provide in independence
Under trample function；In addition, the drag that the damping of existing elliptical machine is all swung and trampled with magnetic control crop rotation is trained, hand can not be made respectively
The single force of portion or step is trained, foregoing damping size and travel range, all must be by automatically controlled or manual adjustment, using suitable
Inconvenience.
Therefore, the present invention is exerted a force with trampling up and down with swing, and upper and lower, the front and rear travel range, all by making
User according to the demand of individual training ability, can be adjusted with self during trampling in operation and be adapted to the amount of exercise of oneself, no
Need to it is automatically controlled by other or it is manual regulation and control damping size, it is clear that the present invention be obviously improved in function and operation.
The content of the invention
The present invention provides a kind of stepping machine, when user in two pedal groups in carrying out trampling motion and carry out elbow to holding rod
During motion, do action can be trampled and replied upwards to two pedals downwards, holding rod can with corresponding each first drive link or
Each second drive link is that spindle central does a camber line reciprocating rotary, and now, each draw bar on the pole pivot ear of left and right two can be drawn
Dynamic corresponding eccentric ratio group carries out the rotation of 360 deg, and the torque of the 3rd flywheel is with driving each eccentric ratio group
Each draw bar will not be vertically superposed；Whereby, by the setting of each eccentric ratio group, to avoid the action of above-mentioned swing by clip
And suspend either operation and have some setbacks.
The present invention provides a kind of stepping machine, including：One skeleton frame, two the first drive links, two the second drive links, two step on
Plate group, a holding rod flywheel group, a pole flywheel group and two eccentric ratio groups, two first drive links or so compartment of terrain are set
Put in the front side of the skeleton frame, two second drive links or so are spaced apart and arranged in the rear side of the skeleton frame, and two pedal groups are left
It is arranged on the bottom side of the skeleton frame, the holding rod flywheel group, the pole flywheel group, each eccentric ratio group are sequentially interlocked up and down right septum
Ground is hubbed on the inside of the skeleton frame；Wherein, two first drive links are separately positioned on a left side for the rectangle frame at the top of the skeleton frame
At side and the front side of right side accommodation space, the bottom side of each first drive link is connected with a curved or probably curved swing
Bar, each first drive link bottom side are connected with a lamellar body and are arranged at intervals with the oscillating rod, and the lamellar body is away from first drive link
One end and a L-type trace are pivotally connected, and the one end of the L-type trace away from the lamellar body then with one first in the holding rod flywheel group
The axle center connection and gearing of flywheel；Two second drive links are separately positioned on the left of the rectangle frame and after the accommodation space of right side
At side, each second drive link is provided with a pole pivot ear and a draw bar pivot ear, each pole pivot ear and the top pivot of each pole
Connect, each pole pivot ear is pivotally connected with each pole and the pole is extended down, and the draw bar pivot ear supplies the top of a draw bar
Pivot joint；And two eccentric ratio groups are connected with the axle center of a flywheel of the swing holding rod flywheel group and distinguish its both sides of position,
Each eccentric ratio group is connected with the bottom of the corresponding draw bar, and each eccentric ratio group includes a first connecting rod and one second company
Bar, one end of the first connecting rod and the axle center of the 3rd flywheel of the pole flywheel group are pivotally connected, and the first connecting rod is away from the pole
One end of 3rd flywheel of flywheel group is pivotally connected with one end of the second connecting rod, the one end of the second connecting rod away from the first connecting rod
It is pivotally connected with the bottom of the corresponding draw bar；Foregoing structure, wherein, first drive link, holding rod flywheel group, the swing
Bar and two pedal groups synchronously make the swing and operating of damped motion；Second drive link, pole flywheel group, the traction
Bar, two eccentric ratio groups and two pedal groups synchronously make the upper and lower damped motion trampled with operating of damped motion；Before
State front and rear with upper and lower mixing damped motion, make that two pedal groups can be trampled independently up and down and front and rear ellipticity is trampled, there is provided
Hand and foot can take exercises training.
In certain embodiments, a side of each second drive link is provided with the pole pivot ear, and each second drive link exists
Same side with the pole pivot ear is then provided with the draw bar pivot ear, and is arranged at intervals with the pole pivot ear, and a holding rod
It is pivotally connected with the pole pivot ear and is extended upward.
In certain embodiments, a side of each second drive link is provided with the pole pivot ear, and each second drive link is remote
Opposite side side from the pole pivot ear is then provided with the draw bar pivot ear, and a holding rod is arranged on the top of each first drive link
End.
The present invention also provides a kind of stepping machine, including a skeleton frame, two the first drive links, two the second drive links, two
Pedal group, a holding rod flywheel group, a pole flywheel group and two eccentric ratio groups, two first drive links or so compartment of terrain
The front side of the skeleton frame is arranged on, two second drive links or so are spaced apart and arranged in the rear side of the skeleton frame, two pedal groups
Left and right is spaced apart and arranged in the bottom side of the skeleton frame, and the holding rod flywheel group, the pole flywheel group, the eccentric ratio group are sequentially handed over up and down
The inside of the skeleton frame is hubbed on wrongly；Wherein, two first drive links are separately positioned on the rectangle frame at the top of the skeleton frame
At left side and the front side of right side accommodation space, the bottom side of each first drive link is connected with a curved or probably curved swing
Bar, each first drive link are provided with a pole pivot ear and a draw bar pivot ear
Each pole pivot ear and the top of each pole are pivotally connected, and the draw bar pivot ear is pivotally connected for the top of a draw bar；This two
Two drive links are separately positioned on the left of the rectangle frame and at the rear side of right side accommodation space, and each second drive link bottom side is connected with one
Lamellar body, the one end of the lamellar body away from second drive link and one end of a L-type trace are pivotally connected, and the L-type trace is away from this
One end of lamellar body is then connected and interlocked with the axle center of one first flywheel in the holding rod flywheel group；And two eccentric ratio groups
It is connected with the axle center of one the 3rd flywheel of the pole flywheel group and distinguishes its both sides of position, each eccentric ratio group is led with corresponding this
Draw the bottom connection of bar, each eccentric ratio group includes a first connecting rod and a second connecting rod, one end of the first connecting rod and the branch
The axle center pivot joint of 3rd flywheel of bar flywheel group, the axle center one of threeth flywheel of the first connecting rod away from the pole flywheel group
End and one end of the second connecting rod are pivotally connected, the one end of the second connecting rod away from the first connecting rod and the bottom of the corresponding draw bar
End pivot joint；Foregoing structure, wherein first drive link, the pole flywheel group, the oscillating rod, the eccentric ratio, the pole, should
Second drive link, two pedal groups and the holding rod flywheel group synchronously make the swing of damped motion and the ellipse trampled up and down
Operating, there is provided hand and foot can take exercises training.
In certain embodiments, a side of each first drive link is provided with the pole pivot ear, and each first drive link exists
Same side with the pole pivot ear is then provided with the draw bar pivot ear, and is arranged at intervals with the pole pivot ear, and a holding rod
It is pivotally connected with the pole pivot ear and is extended upward.
In certain embodiments, a side of each first drive link is provided with the pole pivot ear, and each first drive link is remote
Opposite side side from the pole pivot ear is then provided with the draw bar pivot ear, and a holding rod is arranged on the top of each second drive link
End.
Brief description of the drawings
Fig. 1：Represent the perspective right schematic diagram of the first embodiment of stepping machine one of the present invention.
Fig. 2：Represent the left perspective schematic diagram of the stepping machine first embodiment of the present invention.
Fig. 3：Represent the part amplification decomposing schematic representation of eccentric ratio group in the stepping machine of the present invention first embodiment.
Fig. 4 and Fig. 5：Represent the action schematic diagram of eccentrically weighted shaft group in the stepping machine of the present invention first embodiment.
Fig. 6：Represent the perspective right schematic diagram of the second embodiment of stepping machine of the present invention.
Fig. 7：Represent the perspective right schematic diagram of the 3rd embodiment of stepping machine of the present invention.
Fig. 8：Represent the perspective right schematic diagram of the fourth embodiment of stepping machine of the present invention.
Fig. 9：Represent the perspective right schematic diagram of the 5th embodiment of stepping machine of the present invention.
Figure 10：Represent the perspective right schematic diagram of the sixth embodiment of stepping machine of the present invention.
Figure 11：Represent the perspective right schematic diagram of the 7th embodiment of stepping machine of the present invention.
Figure 12：Represent the perspective right schematic diagram of the 8th embodiment of stepping machine of the present invention.
Description of reference numerals
100 stepping machines
1 skeleton frame
11 rectangle frames
12 plates
Hack lever before 13
Hack lever after 14
15 first holding rod flywheel group fixed mounts
16 second holding rod flywheel group fixed mounts
17 first pole flywheel group fixed mounts
18 second pole flywheel group fixed mounts
19 pedestals
2 first drive links
21 lamellar bodies
22 L-type traces
23 oscillating rods
3 second drive links
31 holding rods
32 pole pivot ears
33 poles
34 draw bar pivot ears
4 pedal groups
41 square tubes
Pivot ear before 42
Pivot ear after 43
44 pedals
5 holding rod flywheel groups
51 first flywheels
52 second flywheels
53 belts
6 pole flywheel groups
60 the 5th flywheel fixed seats
61 the 3rd flywheels
611 axle center
62 the 4th flywheels
63 the 5th flywheels
64 belts
65 belts
7 eccentric ratio groups
71 first connecting rods
72 second connecting rods
73 draw bars.
Embodiment
It please also refer to Fig. 1 to Fig. 5, the stepping machine 100 of first embodiment of the invention：Including 1, two first biography of a skeleton frame
2, two the second drive links of lever, 3, two pedal groups 4, a holding rod flywheel group 5, a pole flywheel group 6 and two eccentric ratios
Group 7；Two the first drive links 2 or so are spaced apart and arranged in the front side of skeleton frame 1, and two the second drive links 3 or so are positioned apart from
In the rear side of skeleton frame 1, two pedal groups 4 or so are spaced apart and arranged in the bottom side of skeleton frame 1, holding rod flywheel group 5, pole flywheel group 6,
Eccentric ratio group is sequentially alternately hubbed on the inside of skeleton frame 1 about 7.
The top of skeleton frame 1 is provided with a rectangle frame 11, and the middle section of rectangle frame 11 is provided with two plates 12 spaced reciprocally, with
Rectangle frame 11 is separated into three accommodation spaces, two the first drive links 2 are pivoted with the front side of left side and right side accommodation space,
Two the second drive links 3 are pivoted with the rear side of left side and right side accommodation space, and the accommodation space between two plates 12 holds
Receiving has holding rod flywheel group 5, and the bottom front of skeleton frame 1 is provided with preceding hack lever 13, and the bottom rear end of skeleton frame 1 is provided with rear hack lever 14, side arm
One first holding rod flywheel group fixed mount 15, one second holding rod flywheel group fixed mount 16, one are provided between bar 13 and rear hack lever 14
First pole flywheel group fixed mount 17 and one second pole flywheel group fixed mount 18, the bottom side of preceding hack lever 13 and rear hack lever 14 are set
It is equipped with a pedestal 19.
Two the first drive links 2 are separately positioned at the left side of rectangle frame 11 and the front side of right side accommodation space, and each first
The bottom side of drive link 2 is connected with a curved or probably curved oscillating rod 23, and each bottom side of first drive link 2 is connected with a piece of
Body 21 is simultaneously arranged at intervals with oscillating rod 23, and the one end of lamellar body 21 away from the first drive link 2 is pivotally connected with a L-type trace 22, and L-type
The one end of trace 22 away from lamellar body 21 is then connected and interlocked with the axle center of one first flywheel 51.
Two the second drive links 3 are separately positioned at the rear side of the left side of rectangle frame 11 and right side accommodation space, and each second passes
One side of lever 3 is provided with pole pivot ear 32, and each second drive link 3 is articulated with a holding rod 31 upward by pole pivot ear 32,
And a curved or probably curved pole 33 is articulated with down, that is, a side of each second drive link 3 is provided with pole
Pivot ear 32, and each second drive link 3 be then provided with the same side with pole pivot ear 32 a draw bar pivot ear 34 and with branch
Bar pivot ear 32 is arranged at intervals, and draw bar pivot ear 34 is pivotally connected for a draw bar 73.
Two pedal groups 4 are separately positioned on the bottom of two first 2, two the second drive links 3 of drive link, each pedal group 4
Can be the pedal 44 of pivot ear 43 and one after pivot ear 42, one before a rectangular pipe 41, one, preceding pivot ear 42 and rear pivot ear 43 are separately positioned on
At the front end of rectangular pipe 41 and on middle section, pedal 44 is then arranged on the rear end of rectangular pipe 41, preceding pivot ear 42 can with it is corresponding
The pivot joint of the bottom of oscillating rod 23, rear pivot ear 43 can be pivotally connected with the corresponding bottom of pole 33.
Swinging holding rod flywheel group 5 includes：One first flywheel 51 and one second flywheel 52, a belt 53 are set in the first flywheel
At 51 periphery circle and the axle center of the second flywheel 52, the rotation of the first flywheel 51 then drives the second flywheel 52 by belt 53
Rotate, the axle center of the first flywheel 51 is articulated on the first holding rod flywheel group fixed mount 15, and the axle center of the second flywheel 52 is articulated in the
On two holding rod flywheel group fixed mounts 16.
Pole flywheel group 6 includes：One the 3rd flywheel 61, one the 4th flywheel 62 and one the 5th flywheel 63, the 3rd flywheel 61
Axle center 611 pass the first pole flywheel group fixed mount 17, a belt 64 is set in the periphery circle of the 3rd flywheel 61 and the 4th flown
The axle center of wheel 62, the rotation of the 3rd flywheel 61 is then by belt 64 to drive the 4th flywheel 62 to rotate, and belt 65 is then set in
The periphery circle of 4th flywheel 62 and the axle center of the 5th flywheel 63, the rotation of the 4th flywheel 62 are then the 5th winged to drive by belt 65
Wheel 63 is rotated, and the axle center of the 5th flywheel 63 is then hubbed in the 5th flywheel fixed seat 60 of the pole flywheel group 6, and the 5th
Flywheel fixed seat 60 is located on the pedestal 19.
As shown in Figures 3 and 4, two eccentric ratio groups 7 are connected with the axle center of the 3rd flywheel 61 and are located at the 3rd flywheel 61
Both sides, each eccentric ratio group 7 is connected with the bottom of corresponding draw bar 73；Each eccentric ratio group 7 includes a first connecting rod
71 and a second connecting rod 72, one end of first connecting rod 71 and the axle center 611 of the 3rd flywheel 61 be pivotally connected, first connecting rod 71 away from this
The one end in the axle center 611 of three flywheels 61 and one end of second connecting rod 72 are pivotally connected, the second connecting rod 72 away from first connecting rod 71 one
End and the bottom of corresponding draw bar 73 are pivotally connected.
Whereby, the end of oscillating rod 23 of each first drive link 2 is articulated on the preceding pivot ear 42 of corresponding pedal group 40, respectively
The end of pole 33 of second drive link 3 is articulated on the rear pivot ear 43 of corresponding pedal group 4；Pole 2 is swung when two to swing
And two pedal groups, when being trampled about 4, two the first drive links 2 can drive pole flywheel group 6 to act, two the second drive links 3
Holding rod flywheel group 5 can be driven to act, energy caused by motion, and two are consumed by pole flywheel group 6 and holding rod flywheel group 5
Both can separately carry out single elbow motion or pedal exercising to first the second drive link of drive link 2, two 3, or merge one
Rise and do elbow, pedal exercising；Each second drive link 3 is articulated on corresponding pole pivot ear 32, and phase is connected on pole pivot ear 32
Corresponding first and second drive link 2,3, therefore, when each first and second drive link 2,3 rotates, pole pivot ear 32 can drive corresponding
Holding rod 31 swung up and down centered on each first and second drive link 2,3.
Please again with reference to shown in Fig. 5, when user in two pedal groups 4 in carrying out trampling motion and two second are passed
When lever 3 carries out elbow motion, do action can be trampled and replied upwards to two pedals 4 downwards, and each second drive link 3 can be with
Corresponding drive link 32 is that spindle central does a camber line reciprocating rotary, now, each traction on the pole pivot ear 32 of left and right two
Bar 73 can pull the rotation of the corresponding progress 360 deg of eccentric ratio group 7, and the torque of the 3rd flywheel 61 and driving are each
Each draw bar 73 of eccentric ratio group 7 will not be vertically superposed；Whereby, by the setting of each eccentric ratio group 7, to avoid above-mentioned pendulum
Dynamic action is suspended by clip or operation has some setbacks.
In addition, refer to shown in Fig. 6, the difference of second embodiment of the invention and aforementioned first embodiment, it is each second
The top of drive link 3 is connected with a holding rod 31, and a side of each second drive link 3 is provided with pole pivot ear 32, and each second passes
Opposite side side of the lever 3 away from pole pivot ear 32 is then provided with a draw bar pivot ear 34, and draw bar pivot ear 34 supplies draw bar
73 pivot joints.
It refer again to shown in Fig. 7, the difference of third embodiment of the invention and aforementioned first embodiment, be that holding rod 31 is set
On the top of each first drive link 2.
It refer again to shown in Fig. 8, the difference of fourth embodiment of the invention and aforementioned second embodiment, be that holding rod 31 is set
On the top of each first drive link 2.
It refer again to shown in Fig. 9, the difference of fifth embodiment of the invention and aforementioned third embodiment, be each first transmission
One side of bar 2 is provided with pole pivot ear 32, and each first drive link 2 is articulated with holding rod 31 upward by pole pivot ear 32, and
Curved or probably curved pole 33 is articulated with down, a side of each first drive link 2 is provided with pole pivot ear 32, and
Phase the same side side that each first drive link 3 has pole pivot ear 32 is then provided with draw bar pivot ear 34 and is spaced with pole pivot ear 32
Set, and draw bar pivot ear 34 is pivotally connected for draw bar 73.
Moreover, each bottom side of second drive link 3 is connected with lamellar body 21 and is arranged at intervals with holding rod 31, lamellar body 21 passes away from second
One end of lever 3 is pivotally connected with L-type trace 22, and the one end of L-type trace 22 away from lamellar body 21 then with one first flywheel 51
Axle center connects and interlocked
It refer again to shown in Figure 10, the difference of sixth embodiment of the invention and foregoing 5th embodiment, be each first drive link 2
A side be provided with pole pivot ear 32, and opposite side side of each first drive link 3 away from pole pivot ear 32 is then provided with and led
Draw bar pivot ear 34, and draw bar pivot ear 34 is pivotally connected for draw bar 73.
It refer again to shown in Figure 11, the difference of seventh embodiment of the invention and aforementioned first embodiment, be that each first passes
One side of lever 2 is provided with pole pivot ear 32, and phase the same side side that each first drive link 2 has pole pivot ear 32 is then set
There is draw bar pivot ear 34 and be arranged at intervals with pole pivot ear 32, and draw bar pivot ear 34 is pivotally connected for draw bar 73.
It refer again to shown in Figure 12, the difference of seventh embodiment of the invention and aforementioned first embodiment, be that each first passes
One side of lever 2 is provided with pole pivot ear 32, and opposite side side of each first drive link 2 away from pole pivot ear 32 is then set
There is draw bar pivot ear 34, and draw bar pivot ear 34 is pivotally connected for draw bar 73.
The above embodiments can also reach the effect of elbow and pedal exercising, while can pass through each eccentric ratio group 7
Set, had some setbacks with avoiding the action of above-mentioned swing from being suspended or operate by clip；Also, according to previous embodiment, may be used also
Synchronously make the upper and lower damped motion trampled with operating of damped motion including two pedal groups, and two pedal groups can be independent
Trample and front and rear ellipticity is trampled up and down, there is provided hand and foot can take exercises training.
Be directed to various embodiments of the present invention according to foregoing, of the invention other or further embodiment can be devised and
Its base region need not be violated, and its base region is defined by following claims.Although the present invention with correlation compared with
Good embodiment explains, but this is not construed as limiting the invention.It should be noted that those skilled in the art according to
The thought of the present invention can construct a lot of other similar embodiments, and these are in the scope of patent protection of the present invention.
Claims (9)
1. a kind of stepping machine, including：One skeleton frame, two the first drive links, two the second drive links, two pedal groups, a holding rod
Flywheel group, a pole flywheel group and two eccentric ratio groups, two first drive links or so are spaced apart and arranged in the skeleton frame
Front side, two second drive links or so be spaced apart and arranged in rear side, two pedal groups or so the compartment of terrain of the skeleton frame and set
Put in the bottom side of the skeleton frame, the holding rod flywheel group, the pole flywheel group, each eccentric ratio group are sequentially alternately hubbed on this up and down
The inside of skeleton frame；Wherein：
Two first drive links are separately positioned on the left side of a rectangle frame and the front side of right side accommodation space at the top of the skeleton frame
Place, the bottom side of each first drive link are connected with a curved oscillating rod, each first drive link bottom side be connected with a lamellar body and with
The oscillating rod is arranged at intervals, and the one end of the lamellar body away from first drive link is pivotally connected with a L-type trace, and the L-type trace
One end away from the lamellar body is then connected and interlocked with the axle center of one first flywheel in the holding rod flywheel group；
Two second drive links are separately positioned on the left of the rectangle frame and at the rear side of right side accommodation space, each second drive link
It is provided with a pole pivot ear and a draw bar pivot ear, each second drive link is articulated with a holding rod upward by pole pivot ear, and
A curved or probably curved pole is articulated with down, and each pole pivot ear is pivotally connected with the top of corresponding pole, each pole
Pivot ear is pivotally connected with a pole and each pole is extended down, and the draw bar pivot ear is pivotally connected for the top of a draw bar；And
Two eccentric ratio groups are connected with the axle center of one the 3rd flywheel of the pole flywheel group and distinguish its both sides of position, each bias
Connection rod set is connected with the bottom of the corresponding draw bar, and each eccentric ratio group includes a first connecting rod and a second connecting rod, should
One end of first connecting rod and the axle center of the 3rd flywheel of the pole flywheel group are pivotally connected, and the first connecting rod is away from the pole flywheel group
The one end of one end and the second connecting rod in axle center of the 3rd flywheel be pivotally connected, the one end of the second connecting rod away from the first connecting rod
It is pivotally connected with the bottom of the corresponding draw bar.
2. stepping machine as claimed in claim 1 a, it is characterised in that side of each second drive link is provided with the pole pivot
Ear, and each second drive link is then provided with the draw bar pivot ear in the same side with the pole pivot ear, and with the pole pivot
Ear is arranged at intervals.
3. stepping machine as claimed in claim 1 a, it is characterised in that side of each second drive link is provided with the pole pivot
Ear, and opposite side side of each second drive link away from the pole pivot ear is then provided with the draw bar pivot ear.
4. stepping machine as claimed in claim 2, it is characterised in that be also pivotally connected including a holding rod, each holding rod with each pole pivot ear
And it is extended upward.
5. stepping machine as claimed in claim 3, it is characterised in that also including a holding rod, each holding rod is arranged on each first transmission
The top of bar.
6. a kind of stepping machine, including：One skeleton frame, two the first drive links, two the second drive links, two pedal groups, a holding rod
Flywheel group, a pole flywheel group and two eccentric ratio groups, two first drive links or so are spaced apart and arranged in the skeleton frame
Front side, two second drive links or so be spaced apart and arranged in rear side, two pedal groups or so the compartment of terrain of the skeleton frame and set
Put in the bottom side of the skeleton frame, the holding rod flywheel group, the pole flywheel group, the eccentric ratio group are sequentially alternately hubbed on this up and down
The inside of skeleton frame；Wherein：
Two first drive links are separately positioned on the left side of a rectangle frame and the front side of right side accommodation space at the top of the skeleton frame
Place, the bottom side of each first drive link are connected with a curved oscillating rod, each first drive link be provided with a pole pivot ear and
One draw bar pivot ear, the pole pivot ear and the top of the pole are pivotally connected, and the draw bar pivot ear is pivotally connected for the top of a draw bar；
Two second drive links are separately positioned on the left of the rectangle frame and at the rear side of right side accommodation space, each second drive link
Bottom side is connected with a lamellar body, and the one end of the lamellar body away from second drive link and one end of a L-type trace are pivotally connected, and the L-type
The one end of trace away from the lamellar body is then connected and interlocked with the axle center of one first flywheel in the holding rod flywheel group；And
Two eccentric ratio groups are connected with the axle center of one the 3rd flywheel of the pole flywheel group and distinguish its both sides of position, each bias
Connection rod set is connected with the bottom of the corresponding draw bar, and each eccentric ratio group includes a first connecting rod and a second connecting rod, should
One end of first connecting rod and the axle center of the 3rd flywheel of the pole flywheel group are pivotally connected, and the first connecting rod is away from the pole flywheel group
The one end of one end and the second connecting rod in axle center of the 3rd flywheel be pivotally connected, the one end of the second connecting rod away from the first connecting rod
It is pivotally connected with the bottom of the corresponding draw bar.
7. stepping machine as claimed in claim 6 a, it is characterised in that side of each first drive link is provided with the pole pivot
Ear, and each first drive link is then provided with the draw bar pivot ear in the same side with the pole pivot ear, and with the pole pivot
Ear is arranged at intervals
Stepping machine as claimed in claim 6, it is characterised in that a side of each first drive link is provided with the pole pivot ear,
And opposite side side of each first drive link away from the pole pivot ear is then provided with the draw bar pivot ear.
8. stepping machine as claimed in claim 7, it is characterised in that be also pivotally connected including a holding rod, each holding rod with each pole pivot ear
And it is extended upward.
9. stepping machine as claimed in claim 8, it is characterised in that also including a holding rod, each holding rod is arranged on each second transmission
The top of bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610524826.7A CN107569820A (en) | 2016-07-05 | 2016-07-05 | Stepping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610524826.7A CN107569820A (en) | 2016-07-05 | 2016-07-05 | Stepping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107569820A true CN107569820A (en) | 2018-01-12 |
Family
ID=61049347
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610524826.7A Pending CN107569820A (en) | 2016-07-05 | 2016-07-05 | Stepping machine |
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| Country | Link |
|---|---|
| CN (1) | CN107569820A (en) |
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| CN203342290U (en) * | 2013-03-18 | 2013-12-18 | 台湾辅康医疗器材股份有限公司 | Leg lifting machine |
| TWM520919U (en) * | 2015-07-16 | 2016-05-01 | ying-zhou Lai | Improved of elliptical machine |
| CN205886059U (en) * | 2016-02-15 | 2017-01-18 | 赖膺州 | Machine of trampling |
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2016
- 2016-07-05 CN CN201610524826.7A patent/CN107569820A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8133159B2 (en) * | 2010-05-05 | 2012-03-13 | Paul William Eschenbach | Free track elliptical exercise apparatus |
| CN203342290U (en) * | 2013-03-18 | 2013-12-18 | 台湾辅康医疗器材股份有限公司 | Leg lifting machine |
| TWM520919U (en) * | 2015-07-16 | 2016-05-01 | ying-zhou Lai | Improved of elliptical machine |
| CN205886059U (en) * | 2016-02-15 | 2017-01-18 | 赖膺州 | Machine of trampling |
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