CN206499815U

CN206499815U - Walking type exercise machine structure with lacing effect

Info

Publication number: CN206499815U
Application number: CN201720177042.1U
Authority: CN
Inventors: 巫东和
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-01
Filing date: 2017-02-27
Publication date: 2017-09-19
Anticipated expiration: 2027-02-27
Also published as: TWI605858B; KR20170003163U; JP3210356U; KR200487256Y1; US20170252603A1; DE202017101103U1; TW201731563A

Abstract

The utility model discloses a walking exercise machine structure with lacing wire effect, include: a base; a supporting component, which is provided with a first supporting piece, a shaft rod and two sleeves; a driving wheel set having a second supporting member, a driving rod, a driving gear, two connecting rods and two rotating rods; an inertia wheel set having a third supporting member, a spindle, a transmission gear and two weighted inertia wheels made of metal material; the two pedal groups are respectively positioned at the left side and the right side of the base, and each pedal group is provided with a body, a first containing groove and a second containing groove; a cover for covering the support assembly, the driving wheel set and the inertia wheel set. The two inertia wheels rotate simultaneously to form an acceleration effect, namely, the driving gear is driven reversely to increase the rotating force, so that the force application of a user is reduced, the driving wheel set continues to drive and rotate in the same direction, and the smooth operation that the two pedal groups can be continuously lifted and circularly stepped is achieved.

Description

Run-in-the-air fitness machine structure with lacing wire effect

Technical field

The utility model is related to a kind of association area of step movement, particularly relates to a kind of in the movement travel trampled every time In, the leading portion of pin disk can be forced to tilt, and thus produce the run-in-the-air fitness machine with lacing wire effect of leg lacing wire effect Structure.

Background technology

General indoor leg training mechanism, in addition to platform-type treadmill, platform-type treadmill can easily be held because of user Shaken, pressure and make knee, ankle injury, common other forms have treadmills, Glissade machine（It is commonly called as：Elliptical machine, too Empty treadmill etc.）Device etc. is trampled with cycle-type.

Wherein, Glissade machine makes body produce rising, the motion of knee sprung during user's circulation strides, and it is with riding Vehicle is trampled the characteristics of both devices are identical and is：User's pin disk is generally equal with the angle of leg, it is impossible to fixed with bipod Point is vertically reciprocating, staggeredly mode treadmills produces the calf lacing wire movement effects that identical pin disk front end is tilted.

Balanced moreover, foregoing Glissade machine has the shortcomings that to stand using and with reference to two hand grips, and complicated, body The huge, price of product is high, is generally disposed in professional gymnasium, is not appropriate for using in general family.And cycle-type is trampled Though device can sitting posture use, it is identical also to have the shortcomings that complicated, bulky, price is slightly higher, its individualized, family oriented Broad applicability is no more than small volume, low-cost treader structure.

And common treadmills, refer to such as S. Utility issued patents US675975, its open one kind is marked time Body-building equipment, includes seat, two platform assemblies and two elastic parts.

Wherein, two platform assemblies are pivotally coupled to pedestal, and two elastic parts are then folded in pedestal i.e. phase Between corresponding platform assembly；And elastic parts provides the kick of platform assembly and substitutes mechanical-hydraulic pressure, so as to step on The structure for walking body-building equipment simplifies, and a user can be operated with sitting posture selection different modes.

However, one end of platform unit is pivotly connected with pedestal, and the other end of platform unit then with elastic parts Connection, therefore, when user is trampling, platform unit makes to be connected with elastic parts using the one end being connected with pedestal as pivot One end swing up and down；That is, user is in operation, and its foot is only capable of moving in above-below direction；And when the foot of user It when not exerting a force, then can at once stop, the force of user foot can't be mitigated or user foot is driven with inertia side Formula is operated, and is inconvenient.

It is particularly such with the streets seen treader structure, the movement effects produced by it, be to focus on leg, knee Operated with the low-angle crippling of ankle, though the local lacing wire training effect for forcing pin disk to be upturned can be produced, it is necessary The upper and lower crippled mode of the standing pushed by user's body weight, i.e. original place, is that form of naturally being walked with user is not substantially inconsistent, Can not provide that user is natural, comfortable operating effect, thus fail to reach routine, regular lacing wire training effect.

Utility model content

The utility model provides a kind of run-in-the-air fitness machine structure with lacing wire effect, and it is by user with walking naturally Mode when carrying out pedal and trampling, be it is synchronous turn the metallic set in one group, scale-up version flying wheel, by means of its synchronous axial system institute shape Into acceleration, i.e., the anti-force driven drive gear to increase rotatory force, thus mitigate user continues drive wheel group same To turning, reach that two pedal groups can continuously lift, circulate the smooth operation trampled；And it is strong every time by the leading portion of pin disk Compel to reply after tilting and keep flat, and then effect is trained in the lacing wire produced to ankle back upper place leg, is the key character of this case.

The utility model provides a kind of run-in-the-air fitness machine structure with lacing wire effect, and it is turned by both sides pedal Moving gear, the transmission mechanism for interlocking travelling gear, flying wheel etc., reach that user's sitting posture or standing mode can carry out circulation and step on The easy architectural characteristic of training is stepped on, and is this with the multiple Practical Benefit that occupying property of volume is small, cost is low, fault rate is low The further key character of case.

The utility model provide it is a kind of have to draw have the run-in-the-air fitness machine structure of muscle effect, its by both sides pedal elongated Configuration, can provide the selection that position is trampled using foot, when being placed at heel deviation rear, the tilting of pin disk during trampling Angle is larger, i.e., relative lacing wire effect is stronger；When heel deviation front is placed, pin disk during trampling tilt angle compared with Small, i.e., relative lacing wire effect is weaker；It is possible thereby to provide user the convenient lacing wire training angle for voluntarily adjusting adaptation, reach More wide applicability, is its feature.

The utility model provides a kind of run-in-the-air fitness machine structure with lacing wire effect, including：

One pedestal；

One support component, with one first support member, an axostylus axostyle and two sleeves, first support member is from adjacent to the base Seat is extended upward at front end, and the axostylus axostyle passes the one end of first support member away from the pedestal and is mutually perpendicular to, this two Sleeve is rotationally respectively sleeved at the neighbouring axostylus axostyle two ends and is located at the left and right sides of first support member respectively；

One drive wheel group, with one second support member, a drive rod, a drive gear, two connecting rods and two bull sticks, Second support member is extended upward from the neighbouring pedestal rear end, and is arranged at intervals with first support member, the drive rod Pass the one end of second support member away from the pedestal and while pass the center of the drive gear, the drive rod and the driving Gear is mutually interlocked, and the drive rod is vertical and parallel with the axostylus axostyle with second support member, two connecting rod pivotly respectively with The two ends connection of the drive rod, and positioned at the left and right sides of the drive gear, each connecting rod is from court at the corresponding end of the drive rod It is extended outside and in the opposite direction, two bull sticks rotationally pass one of corresponding each connecting rod away from the drive rod Hold, and each bull stick is parallel to each other with the drive rod；

One flying wheel group, with one the 3rd support member, wholeheartedly axle, a travelling gear and the exacerbation being made up of metal material Two flying wheels of type, the 3rd support member is extended upward from the neighbouring pedestal, and positioned at first support member with this Between two support members, the heart axle pivotly passes the 3rd one end of support member away from the pedestal, and the heart axle also passes this Two flying wheels and the travelling gear, and the heart axle and two flying wheels and travelling gear gearing, the travelling gear are located at Between two flying wheels, the travelling gear is intermeshed with the drive gear, the height of the axostylus axostyle, the drive rod and the heart axle Degree is identical；When making to be driven drive rod to interlock with drive gear by connecting rod and rotated, while the flying wheel with nutating gear both sides Rotate simultaneously；Two flying wheels rotate formed acceleration simultaneously whereby, i.e., counter to drive drive gear to increase rotatory force, with Mitigate user's force, make drive wheel group continue to turn in the same direction, reach that two pedal groups can continuously lift, circulate the smooth behaviour trampled Make；

Two pedal groups, respectively positioned at the left and right sides of the pedestal, each pedal group have a body, one first storage tank with And one second storage tank, first storage tank is arranged at the body bottom surface adjacent front end, and can be relative for rotationally housing The sleeve answered, and first storage tank, relative to corresponding sleeve movement, second storage tank is arranged on the body bottom surface At adjacent back end, and it can supply rotationally to house and spacing corresponding bull stick；And

One cover lid, cover covers the support component, the drive wheel group and the flying wheel group, and make two sleeves, this two Connecting rod and two bull sticks are exposed.

Wherein, the pedestal is in I types, with a front rail, a connecting rod and a rear transverse rod, and the two ends of the connecting rod are distinguished It is connected with the front rail and the rear transverse rod, and the connecting rod is mutually perpendicular to the front rail, the connecting rod and the rear transverse rod are mutual Vertically.

Wherein, each bull stick have a body of rod and two runners, two runners rotationally respectively with the body of rod two End connection.

Wherein, second storage tank of each pedal group has a connection space and two runner spaces, the connection space Two ends are connected with two runner spaces respectively, and the connection space is passed for the corresponding body of rod, two runner spaces point It Gong not house rotationally and spacing corresponding two runners.

Wherein, the utility model also includes sleeve, is extended upward from the pedestal front end, so that a T-shaped hand is upper Site preparation is lowered to plug.

The beneficial effects of the utility model are：Two flying wheels rotate formed acceleration simultaneously whereby, i.e., anti-to drive Drive gear is increased rotatory force, thus mitigate the force of user, make drive wheel group continue to turn in the same direction, reach two pedals Group can continuously lift, circulate the smooth operation trampled.

Brief description of the drawings

Fig. 1 represents the exploded view of the run-in-the-air fitness machine structure of the present utility model with lacing wire effect；

Fig. 2 represents the perspective stereoscopic schematic diagram of the run-in-the-air fitness machine structure of the present utility model with lacing wire effect；

Fig. 3 to Fig. 8 represents section view action schematic diagrames of the Fig. 2 along line segment A-A；

Fig. 9 and Figure 10 represent that the run-in-the-air fitness machine structure user of the present utility model with lacing wire effect is operated with sitting posture Schematic diagram；

Figure 11 represents the part of another embodiment of the run-in-the-air fitness machine structure of the present utility model with lacing wire effect Decomposing schematic representation；

Figure 12 represents the solid of another embodiment of the run-in-the-air fitness machine structure of the present utility model with lacing wire effect Schematic diagram；

Figure 13 represents another embodiment user of the run-in-the-air fitness machine structure of the present utility model with lacing wire effect The schematic diagram operated with stance.

Description of reference numerals

100 run-in-the-air fitness machine structures

1 pedestal

11 front rails

12 connecting rods

13 rear transverse rods

2 support components

21 first support members

22 axostylus axostyles

23 sleeves

3 drive wheel groups

31 second support members

32 drive rods

33 drive gears

34 connecting rods

35 bull sticks

351 bodies of rod

352 runners

4 flying wheel groups

41 the 3rd support members

42 heart axles

43 travelling gears

44 flying wheels

5 pedal groups

51 bodies

The 511 convex grains of massage

52 first storage tanks

53 second storage tanks

531 connection spaces

532 runner spaces

6 cover lids

7 sleeve pipes

8 T-shaped hand handles

200 users

210 heels

220 legs.

Embodiment

Fig. 1 and Fig. 2 is please also refer to, the run-in-the-air fitness machine structure 100 of the present utility model with lacing wire effect can be wrapped Include a pedestal 1, a support component 2, a drive wheel group 3, a flying wheel group 4, two cover lids 6 of pedal group 5 and one.

Pedestal 1 is in I types in I types or probably, with a front rail 11, a connecting rod 12 and a rear transverse rod 13, connecting rod 12 two ends are connected with front rail 11 and rear transverse rod 13 respectively, and connecting rod 12 is mutually perpendicular to front rail 11, connecting rod 12 with Rear transverse rod 13 is mutually perpendicular to.

Support component 2 has one first support member 21, an axostylus axostyle 22 and two sleeves 23, and the first support member 21 is from neighbouring Pedestal 1 is extended upward at front end, and axostylus axostyle 22 passes first one end of support member 21 away from pedestal 1 and is mutually perpendicular to, two Sleeve 23 is rotationally respectively sleeved at the neighbouring two ends of axostylus axostyle 22 and is located at the left and right sides of the first support member 21 respectively.

Drive wheel group 3 has one second support member 31, a drive rod 32, a drive gear 33, two connecting rods 34 and two Individual bull stick 35, the second support member 31 is extended upward from the neighbouring rear end of pedestal 1, and is arranged at intervals with the first support member 21, Drive rod 32 passes second one end of support member 31 away from pedestal 1 and while pass the center of drive gear 33, drive rod 32 Mutually interlocked with drive gear 33, drive rod 32 is vertical and parallel with axostylus axostyle 22 with the second support member 31, and two connecting rods 34 can pivot Turn two ends of the ground respectively with drive rod 32 be connected, and be located at the left and right sides of drive gear 33, each connecting rod 34 is from drive rod 32 It is extended outwardly and in the opposite direction at corresponding end, it is remote that two bull sticks 35 rotationally pass corresponding each connecting rod 34 One end of drive rod 32, and each bull stick 35 is parallel to each other with drive rod 32.

Flying wheel group 4 has one the 3rd support member 41, wholeheartedly axle 42, a travelling gear 43 and is made up of metal material Two flying wheels 44 of scale-up version, the 3rd support member 41 is extended upward from neighbouring pedestal 1, and positioned at the first support member 21 with Between second support member 31, heart axle 42 pivotly passes the 3rd one end of support member 41 away from pedestal 1, and heart axle 42 is also passed Two flying wheels 44 and travelling gear 43, and heart axle 42 interlocks with two flying wheels 44 and travelling gear 43, travelling gear 43 Between two flying wheels 44, travelling gear 43 is intermeshed with drive gear 33, axostylus axostyle 22, drive rod 32 and heart axle 42 It is highly same or about.

Two pedal groups 5 are located at the left and right sides of pedestal 1 respectively, and each pedal group 5 has a body 51, one first storage tank 52 and one second storage tank 53, the first storage tank 52 is arranged at the bottom surface adjacent front end of body 51, and is available for rotationally holding Corresponding sleeve 23 is put, and the first storage tank 52 can be moved relative to corresponding sleeve 23, the second storage tank 53 is arranged on this At the bottom surface adjacent back end of body 51, and it is available for rotationally housing and spacing corresponding bull stick 35.

Also, the top surface of body 51 is formed with some convex grains 511 of massage, for user 200（As shown in FIG. 9 and 10） When trampling, foot massages can be carried out simultaneously.

Wherein, each bull stick 35 have a body of rod 351 and two runners 352, two runners 352 rotationally respectively with bar The two ends connection of body 351；Second storage tank 53 of each pedal group 5 has a connection space 531 and two runner spaces 532, even The two ends for connecing space 531 are connected with two runner spaces 532 respectively, and connection space 531 is passed for the corresponding body of rod 351, and two Individual runner space 532 is respectively for rotationally housing and spacing two corresponding runners 352.

Cover lid 6, which can cover, covers support component 2, drive wheel group 3 and flying wheel group 4, and makes two sleeves 23, two connecting rods 34 And two bull sticks 35 are exposed.

Fig. 3 to Fig. 5 is refer to and with reference to shown in Fig. 9 and Figure 10, when user 200 in sitting posture mode utilizes heel 210 force in the rear end of pedal group 5 and make drive gear 33 forward rotation when, in being with drive rod 32 due to one end of connecting rod 34 Central axis, the bull stick 35 that the other end of connecting rod 34 is connected is by the spacing of the second storage tank 53 of pedal group 5, therefore, connecting rod 34 rotation can drive pedal group 5 in the action of above-below direction and fore-and-aft direction；Along with axostylus axostyle 22 is fixed, only have The opposite shaft 22 of sleeve 23 can be rotated, therefore when above-mentioned pedal group 5 is driven by connecting rod 34 and when must be moved in fore-and-aft direction, First accommodation space 52 can provide the space that pedal group 5 is moved in fore-and-aft direction.

And when connecting rod 35 drives drive rod 32 to interlock and rotate with drive gear 33, due to drive gear 33 and driving cog Wheel 43 is engaged, therefore drive gear 33 can be rotated with nutating gear 43, and drives two flying wheels 44 to rotate simultaneously；It Afterwards, rotated by the inertia of two flying wheels 44, recycle band nutating gear 43 to drive drive gear 33 to rotate, made with mitigating The force of user 200.

Further, since the height of axostylus axostyle 22, drive rod 32 and heart axle 42 is same or about, when user's 200 When heel 210 goes to the minimum point of connecting rod 34 with the rear end of pedal group 5, the relative leading portion for forming pin disk is forced to stick up Rise, you can produce effect to the lacing wire of 200 leg of user 220.

Fig. 6 to Fig. 8 is refer again to and with reference to shown in Fig. 9 and Figure 10, when user 200 in sitting posture mode utilizes heel 210 force in the rear end of pedal group 5 and make drive gear 33 forward rotation when, in being with drive rod 32 due to one end of connecting rod 34 Central axis, the bull stick 35 that the other end of connecting rod 34 is connected is by the spacing of the second storage tank 53 of pedal group 5, therefore, connecting rod 34 rotation can drive pedal group 5 in the action of above-below direction and fore-and-aft direction；Along with axostylus axostyle 22 is fixed, only have The opposite shaft 22 of sleeve 23 can be rotated, therefore when above-mentioned pedal group 5 is driven by connecting rod 34 and when must be moved in fore-and-aft direction, First accommodation space 52 can provide the space that pedal group 5 is moved in fore-and-aft direction.

And when connecting rod 35 drives drive rod 32 to interlock and rotate with drive gear 33, due to drive gear 33 and driving cog Wheel 43 is engaged, therefore drive gear 33 can be rotated with nutating gear 43, and drives two synchronous axial systems of flying wheel 44 simultaneously； The inertial force rotated by two flying wheels 44 of the metallic, scale-up version, the acceleration effect formed is that is, counter to drive Moving gear 33 increases rotatory force, thus mitigates the force of user, makes drive wheel group 3 continue to turn in the same direction, reach two pedals Group 5 can continuously lift, circulate the smooth operation trampled.

Further, since the height of axostylus axostyle 22, drive rod 32 and heart axle 42 is roughly the same, when the heel 210 of user 200 When going to the minimum point of connecting rod 34 with the rear end of pedal group 5, equally make the leading portion of pin disk be forced to tilt, produce to making Effect of the lacing wire of leg 220 of user 200.

It refer to shown in Figure 12 and Figure 13, another embodiment of run-in-the-air fitness machine structure 100 of the present utility model may be used also Including sleeve 7, from the front end of pedestal 1（I.e. such as front rail 11 and the junction of connecting rod 12）It is extended upward, for one T-shaped Hand can be plugged to adjustment up and down 8；Whereby, user 200 can be made to be trampled in the way of stance, to reach as described above simultaneously Mitigate the force of user 200 and carry out effect of the lacing wire of leg 220.

Furthermore it is possible to by the length of adjustment connecting rod 34, and then adjust the angle of the lacing wire of user 200 leg 220, with Properly answer different users' to trample purpose.

When it is foregoing be to be directed to each embodiment of the present utility model when, other or further embodiment of the present utility model can It is devised and its base region need not be violated, and its base region is defined by following claims.Although this practicality It is new to be explained with related preferred embodiment, but this is not constituted to limitation of the present utility model.It should be noted that this The technical staff in field can construct a lot of other similar embodiments according to thought of the present utility model, and these are in this practicality Among new protection domain.

Claims

1. a kind of run-in-the-air fitness machine structure with lacing wire effect, it is characterised in that including：

One pedestal；

One support component, with one first support member, an axostylus axostyle and two sleeves, first support member is before the neighbouring pedestal It is extended upward at end, the axostylus axostyle passes the one end of first support member away from the pedestal and is mutually perpendicular to, two sleeves Rotationally it is respectively sleeved at the neighbouring axostylus axostyle two ends and is located at respectively the left and right sides of first support member；

One drive wheel group, with one second support member, a drive rod, a drive gear, two connecting rods and two bull sticks, this Two support members are extended upward from the neighbouring pedestal rear end, and are arranged at intervals with first support member, and the drive rod is passed The one end of second support member away from the pedestal and the center for passing the drive gear simultaneously, the drive rod and the drive gear Mutually interlock, the drive rod is vertical and parallel with the axostylus axostyle with second support member, two connecting rod pivotly respectively with the drive Lever two ends connection, and positioned at the drive gear the left and right sides, each connecting rod at the corresponding end of the drive rod outwardly and It is extended in the opposite direction, two bull sticks rotationally pass the corresponding one end of each connecting rod away from the drive rod, and Each bull stick is parallel to each other with the drive rod；

One flying wheel group, with one the 3rd support member, wholeheartedly axle, a travelling gear and the scale-up version that is made up of metal material Two flying wheels, the 3rd support member is extended upward from the neighbouring pedestal, and positioned at first support member and this second Between support member, the heart axle pivotly passes the 3rd one end of support member away from the pedestal, and the heart axle also passes this two Flying wheel and the travelling gear, and the heart axle interlocks with two flying wheels and the travelling gear, the travelling gear be located at this two Between individual flying wheel, the travelling gear is intermeshed with the drive gear, the height phase of the axostylus axostyle, the drive rod and the heart axle Together；When making to be driven drive rod to interlock with drive gear by connecting rod and rotated, while the flying wheel with nutating gear both sides is simultaneously Rotate；Two flying wheels rotate formed acceleration simultaneously whereby, i.e., counter to drive drive gear to increase rotatory force, to mitigate User exerts a force, and makes drive wheel group continue to turn in the same direction, reaches that two pedal groups can continuously lift, circulate the smooth operation trampled；

Two pedal groups, respectively positioned at the left and right sides of the pedestal, each pedal group has a body, one first storage tank and one Second storage tank, first storage tank is arranged at the body bottom surface adjacent front end, and can be corresponding for rotationally housing The sleeve, and first storage tank, relative to corresponding sleeve movement, it is neighbouring that second storage tank is arranged on the body bottom surface Rear end, and can supply rotationally to house and spacing corresponding bull stick；And

One cover lid, cover covers the support component, the drive wheel group and the flying wheel group, and makes two sleeves, two connecting rods And two bull sticks are exposed.

2. run-in-the-air fitness machine structure according to claim 1, it is characterised in that the pedestal is in I types, with horizontal before one Bar, a connecting rod and a rear transverse rod, the two ends of the connecting rod are connected with the front rail and the rear transverse rod respectively, and the connecting rod It is mutually perpendicular to the front rail, the connecting rod is mutually perpendicular to the rear transverse rod.

3. run-in-the-air fitness machine structure according to claim 1, it is characterised in that each bull stick has a body of rod and two Runner, two runners are rotationally connected with the two ends of the body of rod respectively.

4. run-in-the-air fitness machine structure according to claim 3, it is characterised in that second storage tank tool of each pedal group There are a connection space and two runner spaces, the two ends of the connection space are connected with two runner spaces respectively, the connection is empty Between passed for the corresponding body of rod, two runner spaces are respectively for rotationally housing and spacing corresponding this two turns Wheel.

5. run-in-the-air fitness machine structure according to claim 1, it is characterised in that also including sleeve, before the pedestal End is extended upward, so that a T-shaped hand is plugged to adjustment above and below.