CN109126029A

CN109126029A - Improved structure of walking type sport machine with lacing wire effect

Info

Publication number: CN109126029A
Application number: CN201810583899.2A
Authority: CN
Inventors: 巫东和
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-06-19
Filing date: 2018-06-08
Publication date: 2019-01-04
Also published as: JP2019000648A; TW201904635A; TWI638675B

Abstract

The invention discloses an improved structure of a walking exercise machine with a lacing wire effect, which mainly comprises a cross-shaped base, a long plate section, two side wing sections and a support, wherein the two side wing sections are provided with through shafts at the top ends of the support, the support extends upwards, and a second chute at the front section is sleeved in the front sections of two pedal sets of the through shafts to form independent arrangement; when a user treads the pedal group by using the foot disc to enable the driving wheel groups to rotate counterclockwise or clockwise, the driving wheel groups are driven to rotate by the eccentric arrangement of the driving shaft; the pedal groups move in the front and back direction by matching with the arrangement of the through shaft and the first sliding chute and the second sliding chute of each pedal group; the driving shafts are utilized to drive the front sides of the pedal groups to swing up and down, namely, the heels of a user swing along with the rear ends of the pedal groups to relatively form the front section of the foot disc to be forced to tilt and the rear heels to be relatively pressed down, and the effect of stretching the legs is further generated; thereby achieving the protection effect of the movable clamping opening of the pedal group in the using process.

Description

The run-in-the-air fitness machine for having lacing wire effect improves construction

Technical field

The present invention relates to a kind of agency security related fieldss of run-in-the-air fitness machine for having lacing wire effect, in particular to exist In the movement travel trampled every time, the leading portion of foot disk can be forced to the leg lacing wire process tilted and rear heel pushes relatively In, make the front and back section ora terminalis of pedal group, be able to disengaging pedestal sets ground fixing piece, reaches the safety protection function of use process.

Background technique

Currently, leg training mechanism is generally used, except platform-type treadmill has knee, ankle because user is subjected to shake Dynamic, pressure and outside the problem of injury, common other forms have treadmills, Glissade machine (to be commonly called as: elliptical machine, spacewalk machine Deng) with cycle-type trample device etc..

Wherein, the Glissade machine structure for relatively meeting human body walking kenel enables body produce during formation user's circulation strides Raw rising, the movement of knee sprung, trample the identical feature of both devices with cycle-type and are: the folder of user's foot disk and leg Angle is generally equal, but still can not generate the calf stretching exercise effect that foot disk front end tilts and rear heel pushes relatively.

Again and, aforementioned Glissade machine have must stand use and and in conjunction with two hand grips balance the shortcomings that, and structure is complicated, It is bulky, price is high, is usually disposed in professional gymnasium, be not appropriate in general family use.And cycle-type is stepped on Though step on device can sitting posture use, it is identical also to have the shortcomings that structure is complicated, bulky, price is slightly higher, individualize, family oriented Broad applicability still not as good as small in size, low-cost treader structure.

For leg lacing wire training is provided, there is TaiWan, China patent the 105106234th invention of proposition before inventor Patent: " the run-in-the-air fitness machine knot of tool lacing wire effect " (calling in the following text: preceding case) on record；Its lacing wire training effect for reaching miniaturization really Fruit truly has and breaks through existing various running, marks time or the limitation of sliding steps mechanism, however since the case is specifically implementing structure On, still there is following perfect place most not yet, hence there is this case to connect improved invention and application.

Please refer to Fig. 9: the run-in-the-air fitness machine structure 13 of preceding case tool lacing wire effect mainly includes a pedestal 131, one Support component 132, a driving wheel group 133,134, two pedal groups 135 of a flying wheel group and a cover 136.

Wherein, since pedestal 131 is substantially in I type, there is a front rail 1311, a connecting rod 1312 and a rear transverse rod 1313, the both ends of connecting rod 1312 are connect with front rail 1311 and rear transverse rod 1313 respectively, and connecting rod 1312 and front rail 1311 are mutually perpendicular to, and connecting rod 1312 is mutually perpendicular to rear transverse rod 1313.

So set, will form the forward and backward side mechanism kinematic position except front rail 1311, rear transverse rod 1313 extend out setting That sets occupies, cause using with carry when influence outside；Since pedal group 135 receives driving wheel group 133, a flying wheel group 134 Drive control, and when making continuous lifting, the operation that circulation is trampled, the forward and backward end root edge of pedal group 135 is in down position When, it respectively can be with the upper limb of front rail 1311, rear transverse rod 1313, what is be formed close to continuously opens entire activity clamping opening, is easy to happen Unexpected sandwich such as user's trick position or other people, other object and it is injured, impaired.

In addition, the support component 132 of the run-in-the-air fitness machine structure 13 of preceding case tool lacing wire effect has one first supporting element 1321, a shaft 1322 and two sleeves 1323, the first supporting element 1321 extends upward from neighbouring 131 front end of pedestal to be set It sets, 1322 the first supporting element of drawing-in of shaft, 1321 one end far from pedestal 131 and is mutually perpendicular to, two sleeves 1323 are rotationally It is respectively sleeved at neighbouring 1322 both ends of shaft and difference position is in the left and right sides of the first supporting element 1321.

Such structure, shaft 1322, sleeve 1323 protrude outward horizontal from the two sides of supporting element 21, are forming pedal group Into when being nested with, outer end is in the arduous situation for laborious lever, and is easier to cause the damage of shaft 1322 for 135 front end It is bad；And row has each one section of shaft 1322, sleeve 1323 around between 136 side of pedal group 135 and the cover, it is identical to be easy User's trick position or other people, other object etc. occurs surprisingly to sandwich and injured, impaired situation.

And, there is driving wheel group 133 one second supporting element 1331, a drive rod 1332, one to drive gear 1333, two again Connecting rod 1334 and two bull sticks 1335, the second supporting element 1331 are extended upward from neighbouring 131 rear end of pedestal, and with The setting of first supporting element 1321 interval, 1332 the second supporting element of drawing-in of drive rod, 1331 one end far from pedestal 131 and wears simultaneously At center through driving gear 1333, drive rod 1332 and driving gear 1333 are mutually interlocked, drive rod 1332 and the second support Part 1331 is vertical and parallel with shaft 1322, and two connecting rods 1334 are pivotly connect with the both ends of drive rod 1332 respectively, and Position in the left and right sides of driving gear 1333, each connecting rod 1334 from the corresponding end of drive rod 1332 outwardly and in the opposite direction It is extended, the two bull sticks 1335 rotationally corresponding each one end of connecting rod 1334 far from drive rod 1332 of drawing-in, and each Bull stick 1335 is parallel to each other with drive rod 1332.

Wherein, connecting rod 1334 can act on because of the centrifugal force of independent sheet, hold when the gearing for being driven bar 1332 turns Easily long afterwards, there is the influence that drive rod 1332 rotates the uniformity using frequent, day.

Summary of the invention

The present invention provides a kind of run-in-the-air fitness machine improvement construction for having lacing wire effect, mainly has a long slab section by one And two sides wing panel, substantially it is in cross pedestal, two tops are provided are provided with and wear shaft support and extend upward in two sides wing panel, Leading portion second sliding slot is inserted in be independently arranged in the two pedal group leading portions formation for wearing axis；When user with foot disk in pedal group into Row, which is trampled, makes driving wheel group when user carries out pedal in a manner of walking naturally and tramples, and is synchronizing to set in one group turned Flying wheel group is formed by acceleration by means of its synchronous rotation, i.e., counter that driving gear is driven to increase rotatory force, thus mitigates and uses The force of person and enable driving wheel group continuation turn in the same direction, reaching two pedal groups can continuously go up and down, recycle the smooth operation trampled；And It is forced to tilt, after the opposite pushing of rear heel every time by the leading portion of foot disk, then replys the operation repeatedly laid flat, and then produce Raw lacing wire training effect to ankle back upper place leg；And the branch being extended upward by cross pedestal and in two sides wing panel Frame, provide pedal group front and rear sections in use process activity clamping opening will not be set with pedestal ground fixing piece it is close, reaching prevents from pressing from both sides Hurt the safe effect of user, is its feature.

Further, which includes two the first support plates and one first pivot, the two first supports Plate is spaced apart from each other setting, and the first pivot drawing-in the two first support plates, which supplies the axle center of the driving wheel group Pivot joint.

Further, which includes two the second support plates and one second pivot, the two second supports Plate is spaced apart from each other setting, and the second pivot drawing-in the two second support plates, which supplies the axle center of the flying wheel group Pivot joint.

Further, the driving wheel group include a driving wheel and two rotating plates, the drive shaft be located at the two first Between support plate, axis is located at the two sides of the first support component to the two rotating plates respectively, the two two drive shafts are respectively prejudicially It is connect with the two rotating plates, is provided with a window at the two corresponding rotating plates of the cover, respectively for outside the corresponding rotating plate Dew setting.

Further, each pedal group has a plate body, a first sliding groove and a second sliding slot, first sliding groove setting In the lower front of the plate body, which is arranged in the bottom rear of the plate body, which supplies the corresponding drive Moving axis setting, the second sliding slot wear the setting of axis both ends for corresponding this.

Further, the length direction of each cantilever tip towards the long slab section is in convex arc shaped structure.

Detailed description of the invention

Fig. 1 shows the decomposition diagrams that the run-in-the-air fitness machine of present invention tool lacing wire effect improves construction.

Fig. 2 indicates that the run-in-the-air fitness machine of present invention tool lacing wire effect improves the volume rendering schematic diagram of construction.

Fig. 3 to Fig. 6 indicates that the actuation for the left side perspective that the run-in-the-air fitness machine of present invention tool lacing wire effect improves construction is shown It is intended to.

Fig. 7 and the run-in-the-air fitness machine for having tool lacing wire effect Fig. 8 shows the present invention are improved construction user and are operated with sitting posture Schematic diagram.

Fig. 9 is the explanatory memorandum figure of No. 105106234 patent of invention of preceding case.

Description of symbols

The run-in-the-air fitness machine of 100 tool lacing wire effects improves construction

1 pedestal

11 long slab section, 12 flank section

The run-in-the-air fitness machine structure of 13 tool lacing wire effects

131 pedestal, 1311 front rail

1312 connecting rod, 1313 rear transverse rod

132 support component, 1,321 first supporting element

1322 shaft, 1323 sleeve

133 driving wheel group, 1,331 second supporting element

1332 drive rods 1333 drive gear

1334 connecting rod, 1335 bull stick

134 flying wheel group, 135 pedal group

136 the covers

2 first support components

21 first support plate, 22 first pivot

3 second support components

31 second support plate, 32 second pivot

4 driving wheel groups

41 driving wheel, 42 rotating plate

5 flying wheel group, 6 drive shaft

7 brackets 8 wear axis

9 pedal groups

91 plate bodys

911 salient points

92 first sliding groove, 93 second sliding slot

10 the cover, 101 window

200 users

210 heel, 220 leg

B bearing.

Specific embodiment

In conclusion the foregoing is merely presently preferred embodiments of the present invention, it cannot be to limit the enforceable model of the present invention Enclose, all those skilled in the art scholars the variation and modification that can obviously make, all should be regarded as not departing from substantive content of the invention.

It please also refer to Fig. 1 and Fig. 2, it includes one that the run-in-the-air fitness machine of tool lacing wire effect of the invention, which improves construction 100, 5, two pedestal 1, one first support component 2, one second support component 3, a driving wheel group 4, flying wheel group drive shafts 6, two 7, two, a bracket wears 8, two pedal groups 9 of axis and a cover 10.

Wherein, pedestal 1 is substantially in cross, and has a long slab section 11 and two sides wing panel 12, and two sides wing panel 12 is from length Wherein one section of the two sides of plate section 11 extend outwardly setting.

First support component 2 is extended from the long slab section 11 in pedestal 1 far from one end of two sides wing panel 12 upward；First Support component 2 includes two the first support plates 21 and one first pivot 22, and two the first support plates 21 are spaced apart from each other setting, and the One pivot, 22 drawing-in, two the first support plates 21, the first pivot 22 are pivotally connected for the axle center of driving wheel group 4.

Second support component 3 is extended upward from the long slab section 11 in pedestal 1, and position is in the first support component 2 and two Between flank section 12；Second support component 3 includes two the second support plates and 31 and one second pivot 32, two the second support plates 31 are spaced apart from each other setting, and 32 drawing-in of the second pivot, two the second support plates 31, axle center pivot of second pivot 32 for flying wheel group 5 It connects.

Driving wheel group 4 is pivotably connected with the first support component 2；Driving wheel group 4 includes a driving wheel 41 and two Rotating plate 42,41 axis of driving wheel are located between two the first support plates 21, and axis is located at the first support component 2 to two rotating plates 42 respectively Two sides, two drive shafts 6 are prejudicially connect with two rotating plates 42 respectively；The cover 10 is removably located at 1 top of pedestal, and covers The first support component 2, the second support component 3, driving wheel group 4 and flying wheel group 5 are covered, and the cover 10 corresponding two turn It is provided with a window 101 at plate 42, supplies the exposed setting of corresponding rotating plate 42 respectively.

Flying wheel group 5 is pivotably connected with the second support component 3, and is intermeshed with driving wheel group 4, and flying wheel group It is driven the driving of driving wheel group 4 and rotates.

Two drive shafts 6 extend outwardly setting from the two sides of driving wheel group 4 respectively, and each drive shaft 6 is set for the eccentric, and The axially extending line position of two drive shafts 6 is oppositely arranged at the both ends of a diameter of driving wheel group 4.

Two brackets 7 are extended to form from two sides wing panel 12 upward respectively to be independently arranged；Each 7 top of bracket is towards long slab section 11 Length direction is in convex arc shaped structure.

It wears axis 8 for two and is threaded through two 7 tops of bracket respectively, and respectively wear the axial direction of axis 8 and the length of long slab section 11 Direction is vertical, and the both ends for respectively wearing axis 8 extend outwardly from corresponding bracket 7 respectively to be pierced by.

The both ends of each drive shaft 6 and the both ends that axis 8 protrudes corresponding bracket 7 are respectively worn, is provided with a bearing B.

Two pedal groups 9 are separately positioned on the two sides of the long slab section 11 of pedestal 1, the lower front of each pedal group 9 and opposite The drive shaft 6(answered has the position of bearing B) slippingly connect, the bottom rear of each pedal group 9 wears axis 8 with corresponding The both ends (position with bearing B) of protrusion slippingly connect；Each pedal group 9 have a plate body 91, a first sliding groove 92, And the lower front of plate body 91 is arranged in a second sliding slot 93, first sliding groove 92, the bottom of plate body 91 is arranged in second sliding slot 93 On rear side of portion, first sliding groove 92 is arranged for corresponding drive shaft 6, and second sliding slot 93 wears the setting of 8 both ends of axis, meaning for corresponding That is, first sliding groove 92 is a wears groove, the setting for wherein and passing through bearing B is worn for corresponding drive shaft 6, and makes to drive Axis 6 is in corresponding first sliding groove 92(wears groove) in pivot；And second sliding slot 93 is arranged in parallel by two strip groove bodies are opposite, Respectively for corresponding both ends (position with bearing 8) setting for wearing the protrusion of axis 8, and before making plate body 91 that can respectively wear axis 8 relatively After move and angle swinging.

In addition, the upper surface of plate body 91 can be laid with multiple salient points 911, to enable user 200 in operation can be simultaneously Its sole is massaged.

Fig. 3 to Fig. 6 is please referred to and with reference to Fig. 7 and Fig. 8, when user 200 is exerted a force in a manner of sitting posture using heel 210 Make driving wheel 41 towards when rotating clockwise in the rear end of pedal group 9, by taking left side perspective as an example, the drive shaft in left side at this time 6 arrive with the rotation of driving wheel group 4 at user 200, and the second sliding slot 93 of pedal group 9 is mobile, makes left side brackets 7 Wear 8, the axis front sides (as shown in Figure 3) in second sliding slot 93；And when left side drive shaft 6 with the rotation of driving wheel group 4 and When below to 41 axle center of driving wheel, and the second sliding slot 93 of pedal group 9 is mobile, and make left side brackets 7 wears 8, axis in second sliding slot 93 about at immediate vicinity (as shown in Figure 4)；When the drive shaft 6 in left side arrives with the rotation of driving wheel group 4 far from user At 200, and the second sliding slot 93 of pedal group 9 is mobile, makes 8, axis rear side (such as Fig. 5 in second sliding slot 93 that wear of left side brackets 7 It is shown)；When the drive shaft 6 in left side is with the rotation of driving wheel group 4 and above 41 axle center of driving wheel that arrives, and the of pedal group 9 Two sliding slots 93 are mobile, and make left side brackets 7 wears 8, axis at the about immediate vicinity of second sliding slot 93 (as shown in Figure 6).

Similarly, if with right side perspective sight, with above-mentioned actuation on the contrary, so it will not be repeated.

It so sequentially recycles, user 200 can be enabled to form foot disk by the way that force of the heel 210 to pedal group 9 is opposite Leading portion be forced to tilt and rear heel is opposite pushes, that is, the effect of can produce to 200 220 lacing wire of leg of user；And its Internal drive structure (including drive shaft 6, driving wheel group 4, flying wheel group 5 and wear axis 8 etc.) will not rub and connect with the cover 10 Touching, will not influence operating with for user 200, less have noise generation.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, appoints In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of, all by what those familiar with the art It is covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with scope of protection of the claims It is quasi-.

Claims

1. it is a kind of have lacing wire effect run-in-the-air fitness machine improve construction, comprising: a pedestal, one from pedestal long slab section one end upward Extended the first support component, one from the long slab section middle section in the pedestal upward extended the second support component, One be pivotably connected with first support component driving wheel group, one be pivotably connected with second support component, and with Driving wheel group intermeshing, the flying wheel group is by the flying wheel group that the driving wheel group drives and rotates, two drive shafts, difference It extends outwardly setting from the two sides of the driving wheel group, and each drive shaft is set for the eccentric, and the axial direction of the two two drive shafts Extension line position is oppositely arranged, two pedal groups at the both ends of a diameter of the driving wheel group, is separately positioned on being somebody's turn to do for the pedestal The two sides of long slab section, make that the lower front of the pedal group is slippingly connected with the corresponding drive shaft and one is located at Above the pedestal, the cover of first support component, second support component, the driving wheel group and the flying wheel group can be covered Lid is formed；It is characterized by: the pedestal has a long slab section and two sides wing panel, the two two sides wing panels are from the long slab section Wherein one section of two sides extend outwardly setting；It is extended two brackets upward from the two two sides wing panels respectively；Thus it provides Two for being threaded through the two two top of support sections respectively wear axis；Enable the length direction of the axial direction and the long slab section of respectively wearing axis Vertically, and the both ends for wearing axis extend outwardly from the corresponding bracket be pierced by respectively, make the bottom rear and phase of each pedal group The corresponding both ends of crown of roll out of wearing slippingly connect；Thus reach and be independently arranged on rear side of pedal group, provide in use process and step on The fixing piece that the activity clamping opening of board group front and rear sections will not set ground with the pedestal is close, reaches the safety effect for preventing from crushing user Fruit.

2. the run-in-the-air fitness machine of tool lacing wire effect according to claim 1 improves construction, which is characterized in that this first Support component includes two the first support plates and one first pivot, the two first support plates are spaced apart from each other setting, and first pivot The two first support plates of axis drawing-in, first pivot are pivotally connected for the axle center of the driving wheel group.

3. the run-in-the-air fitness machine of tool lacing wire effect according to claim 2 improves construction, which is characterized in that this second Support component includes two the second support plates and one second pivot, the two second support plates are spaced apart from each other setting, and second pivot The two second support plates of axis drawing-in, second pivot are pivotally connected for the axle center of the flying wheel group.

4. the run-in-the-air fitness machine of tool lacing wire effect according to claim 3 improves construction, which is characterized in that the driving Wheel group includes a driving wheel and two rotating plates, which is located between the two first support plates, the two rotating plates point Other axis is located at the two sides of the first support component, the two two drive shafts are prejudicially connect with the two rotating plates respectively, the cover It is provided with a window at the two corresponding rotating plates, supplies the corresponding exposed setting of the rotating plate respectively.

5. the run-in-the-air fitness machine of tool lacing wire effect according to claim 1 improves construction, which is characterized in that each pedal group With a plate body, a first sliding groove and a second sliding slot, which is arranged in the lower front of the plate body, this second The bottom rear of the plate body is arranged in sliding slot, which is arranged for the corresponding drive shaft, and the second sliding slot is for opposite This answered wears the setting of axis both ends.

6. the run-in-the-air fitness machine of tool lacing wire effect according to claim 1 improves construction, which is characterized in that each top of support Holding the length direction towards the long slab section is in convex arc shaped structure.