CN201030173Y - Swinging body builder - Google Patents

Abstract

Discloses is a swaying body builder. An armrest structure and a holder structure are respectively arranged on a front and a rear rotation shaft, and a front foot rest and an armrest rack can be backwards folded, which facilitates the swaying body builder to form a design capable of swaying body building, overcomes the shortage of the known design that single jack-post has to bearing excessive force for the reason of being mounted with the armrest structure and the holder structure, extends service life of the front and the rear rotation shaft, and leads the front and the rear rotation shaft uneasy to incline, thereby avoiding unsmooth torsion after inclining. In addition, the flat structure achieves efficiency of saving room and convenient storing.

Description

Wave fitness equipment

Technical field

The utility model provides a kind of fitness equipment, refers to a kind of fitness equipment that waves especially.

Background technology

Commonly use the fitness equipment that can wave arm and pin arm, see also the novel patent of TW certificate number M300121 number " rotation-swing type sport and body-building device ", it includes:

One leg means, it is provided with a pedestal in the top;

One turning gear, it is provided with one and sets firmly the jack-post that is incorporated into this pedestal with upright kenel;

One changes pendulum device, and it is provided with one can change the commentaries on classics rocker that the pendulum kenel is pivoted and is incorporated into this jack-post, is provided with two bearings symmetrically in this commentaries on classics rocker; And,

One is pivoted and is incorporated into the armrest system of this jack-post can change the pendulum kenel.

Yet, because this commentaries on classics pendulum device and armrest system are located on the same jack-post, therefore when the strength of user's whole body puts on commentaries on classics pendulum device armrest system, certainly will all be supported by this jack-post, when jack-post bears excessive the strength of reversing or waving, jack-post causes deflection easily, and causes changeing pendulum device and armrest system can't rotate normally.

In addition, because this rotation-swing type sport and body-building device is a kind of bulky sports equipment, and this rotation-swing type sport and body-building device can't carry out folding, therefore will buy in general apartment household and use, and certainly will take up space very much, also limit activity space easily.

The utility model people is at the above-mentioned known existing problem points of fitness equipment of waving, by research and the manufacturing development of being engaged in association area for many years, after design in detail and scrupulous assessment, create finally and a kind ofly improve above-mentioned shortcoming, and have more the innovation structure of desirable practicality.

Summary of the invention

The utility model purpose is, a kind of fitness equipment that waves is provided, to overcome the defective of above-mentioned traditional structure, reach the weight and commentaries on classics pendulum power of disperseing the user, make that waving fitness equipment has long service life, and arm-rest frame, preceding foot rest can form folding state towards extreme direction behind the pedestal, can reach the effect of saving the space.

The technical characterstic of dealing with problems: a kind of fitness equipment that waves, it is characterized in that, comprising:

Foot rest and rear leg before one pedestal, this pedestal include;

Change the pendulum structure before one, comprise that one is positioned at the front rotary shaft of pedestal front end, and be set on the front rotary shaft and rotatable axle sleeve, the axle sleeve outer rim has an extended fore-stock towards the pedestal front end;

The pendulum structure is changeed in one back, comprises that one is positioned at the back rotating shaft of pedestal rear end, and is set in the rotating shaft of back and rotatable axle sleeve, and the axle sleeve outer rim has an extended after-poppet towards the pedestal rear end;

One armrest, the fore-stock of this armrest is provided with an arm-rest frame;

One holder structure, this holder structure is positioned on the after-poppet, and in after the frame both sides be respectively equipped with a stacker.

Wherein, the front end bottom surface of this pedestal is towards having an articulated section, this articulated section be pivoted with one can stand on ground can be towards the preceding foot rest of extreme direction folding behind the pedestal, this preceding foot rest comprises a fixture and is fixed on the articulated section.

Wherein, these pedestal both sides near the back-end location place, are extended with a pair of ground rear leg that stands on respectively backward and towards outer arcuate.

Wherein, changeing the pendulum structure before this comprises:

One front rotary shaft, the top end face of this front rotary shaft is concaved with a screw, and this front rotary shaft is equipped with a flange near the place, bottom, and this front rotary shaft bottom is inserted solid in the place ahead of pedestal end face middle section position, and the bottom surface of this flange is bonded on the pedestal end face;

One axle sleeve, this axle sleeve middle position axially is equipped with the axis hole that a usefulness penetrates for front rotary shaft, and two ends were concaved with the annular groove portion of a diameter greater than axis hole at the bottom of axle sleeve was positioned at the top of axis hole, were respectively equipped with a bearing in this annular groove portion, and each bearing holder (housing, cover) is located on the front rotary shaft; The axle sleeve outer rim is towards the pedestal front end and up be extended with a fore-stock;

One is connected part, and this linking part is positioned on the bearing of axle sleeve annular groove portion, and is set on the front rotary shaft, and the end face periphery ring of linking part is provided with several projections;

One lining (Lining also claims liner or liner), the diameter of this lining equals the diameter of axle sleeve, and is positioned on the axle sleeve, and the bottom surface of lining is resisted against axle sleeve and is connected the part end face; This lining is provided with first perforation corresponding to axis hole, and the lining bottom surface is positioned at the first perforation periphery and is concaved with one inwardly for being connected the groove that the part projection embeds;

One pad, the diameter of this pad equals the diameter of lining, and pad is combined on the lining, and pad is provided with second perforation corresponding to first perforation;

One dish seat, the bottom surface of this dish seat is combined in the pad end face, and is provided with a through hole corresponding to second perforation;

One screw piece, this screw piece include a screw head and a threaded shank, and this threaded shank is through in through hole, second perforation and first perforation in regular turn, and is locked in the screw of front rotary shaft, and screw head is compressed on the lining downwards.

Wherein, this back commentaries on classics pendulum structure comprises:

One back rotating shaft, the top end face of this back rotating shaft is concaved with a screw, and this back rotating shaft is equipped with a flange near the place, bottom, and this rotating shaft bottom, back is inserted solid in the place ahead of pedestal end face middle section position, and the bottom surface of this flange is bonded on the pedestal end face;

One axle sleeve, this axle sleeve middle position axially are equipped with a usefulness for the axis hole that penetrates of back rotating shaft, and two ends were concaved with the annular groove portion of a diameter greater than axis hole at the bottom of axle sleeve was positioned at the top of axis hole, were respectively equipped with a bearing in this annular groove portion, and each bearing holder (housing, cover) is located in the rotating shaft of back; The axle sleeve outer rim has an after-poppet towards pedestal rear end horizontal-extending, on this after-poppet by the axle sleeve place towards the other end, equidistantly be provided with positioning screw hole;

One is connected part, and this linking part is positioned on the bearing of axle sleeve annular groove portion, and is set in the rotating shaft of back, and the end face periphery ring of linking part is provided with several projections;

One lining, the diameter of this lining equals the diameter of axle sleeve, and is positioned on the axle sleeve, and the bottom surface of lining is resisted against axle sleeve and is connected the part end face; This lining is provided with first perforation corresponding to axis hole, and the lining bottom surface is positioned at the first perforation periphery and is concaved with one inwardly for being connected the groove that the part projection embeds;

One pad, the diameter of this pad equals the diameter of lining, and pad is combined on the lining, and pad is provided with second perforation corresponding to first perforation;

One dish seat, the bottom surface of this dish seat is combined in the pad end face, and is provided with a through hole corresponding to second perforation;

One screw piece, this screw piece include a screw head and a threaded shank, and this threaded shank is located in through hole, second perforation and first perforation in regular turn, and is locked in the screw of back rotating shaft, and screw head is compressed on the lining downwards.

Wherein, this armrest comprises a C profile shaft spare, and the bottom surface of this C profile shaft spare connects solid at fore-stock front end place, and C profile shaft spare is located on the arm-rest frame, and this C profile shaft spare opening part lock is provided with a bolt.

Wherein, this holder structure includes a framework, and this framework slides over the outer rim of aforementioned after-poppet, and the framework end face is equipped with a location screw, this set screw is set in the equidistant positioning screw hole of number set on the after-poppet, and and then penetrates down therein in the location screw.

Wherein, the both sides of this framework support column that extended outwardly, each support column end face is provided with a stacker.

The utility model beneficial effect:

By this, the utility model utilizes armrest and holder structure, changes the axle sleeve of pendulum structure and back commentaries on classics pendulum structure before being located at respectively, belongs to different commentaries on classics pendulum devices, can avoid known jack-post to bear the shortcoming of excessive strength; In addition, preceding foot rest of the present utility model and arm-rest frame can carry out folding backwards, make the utility model become flat design, and can reach convenient effect of putting.

Be summarized as follows:

One, the utility model can disperse user's weight and commentaries on classics pendulum power, make that waving fitness equipment has long service life, and can avoid keeping in repair often, and renewal part, improve known jack-post and cause deflection easily, cause to finish the shortcoming of changeing pendular motion smoothly.

Two, the utility model arm-rest frame, preceding foot rest can form folding state towards extreme direction behind the pedestal, can reach the effect of saving the space.

The technology that relevant the utility model adopted, means and effect thereof after lifting a preferred embodiment now and cooperating graphic being described in more detail in, are believed the above-mentioned purpose of the utility model, structure and feature, when can by one deeply and concrete understanding.

Description of drawings

Fig. 1 is a three-dimensional appearance schematic diagram of the present utility model.

Fig. 2 is a perspective exploded view of the present utility model.

Fig. 3 is that the decomposing schematic representation of pendulum structure is changeed in back of the present utility model.

Fig. 4 is the generalized section of the forward and backward commentaries on classics pendulum of the utility model structure.

Fig. 5 is the illustrative view that the utility model rocks back and forth.

Fig. 6 is the schematic diagram that the utility model stacker position is adjusted.

Fig. 7 is the schematic diagram of the utility model folding.

The specific embodiment

The utility model waves the embodiment of fitness equipment, sees also Fig. 1 to shown in Figure 6, and it comprises:

One pedestal 10, the front end bottom surface of this pedestal 10 is towards having an articulated section 11, this articulated section 11 is pivoted with one can stand on ground preceding foot rest 12, should be fixed on the articulated section 11 by a fixture 13 by preceding foot rest 12, and the state of formation fixed support, and when fixture 13 was taken off, this preceding foot rest 12 can form folding states towards pedestal 10 back extreme directions; The a pair of ground rear leg 14 that stands near the back-end location place, is extended respectively in these pedestal 10 both sides backward and towards outer arcuate in addition.

Change pendulum structure 20 (extremely shown in Figure 4 as Fig. 2) before one, it comprises:

One front rotary shaft 21, the top end face of this front rotary shaft 21 is concaved with a screw 211, this front rotary shaft 21 is equipped with a flange 212 near the place, bottom, and makes these front rotary shaft 21 bottoms be solidly plugged in the place ahead of pedestal 10 end face middle section positions, makes the bottom surface of this flange 212 can be engaged in pedestal 10 end faces;

One axle sleeve 22, these axle sleeve 22 middle positions axially are equipped with an axis hole 221, make this axis hole 221 to penetrate for front rotary shaft 21, axle sleeve 22 is positioned at two ends at the bottom of the top of axis hole 221, be concaved with the annular groove portion 222 of a diameter greater than axis hole 221, be respectively equipped with a bearing 223 in this annular groove portion 222, and each bearing 223 is sheathed on the front rotary shaft 21, make that this axle sleeve 22 is rotated; In addition axle sleeve 22 outer rims are towards pedestal 10 front ends and up extend a fore-stock 224;

One is connected part 23, and this linkings part 23 is located on the bearing 223 in the axle sleeve 22 annular groove portions 222, and is sheathed on the front rotary shaft 21, and the close periphery ring of end face that is connected part 23 is provided with several projections 231;

One lining 24, the diameter of this lining 24 equals the diameter of axle sleeve 22, and is located on the axle sleeve 22, and makes the bottom surface of lining 24 be resisted against axle sleeve 22 and be connected part 23 end faces; In addition this lining 24 is provided with first perforation 241 corresponding to axis hole 221, and lining 24 bottom surfaces are positioned at first perforation, 241 peripheries, is concaved with a groove 242 inwardly, and this groove 242 can be embedded for the projection 231 that is connected part 23;

One pad 25, the diameter of this pad 25 equals the diameter of lining 24, makes pad 25 can suppress on lining 24, and pad 25 is provided with second perforation 251 corresponding to first perforation 241;

One dish seat 26, the bottom surface of this dish seat 26 can be suppressed in pad 25 end faces, and is provided with a through hole 261 corresponding to second perforation 251;

One screw piece 27, this screw piece 27 includes a screw head 271 and a threaded shank 272, and make this threaded shank 272 be arranged in through hole 261, second perforation, 251 and first perforation 241 in regular turn, and can be locked in the screw 211 of front rotary shaft 21, and make screw head 271 can suppress lining 24 downwards.

Pendulum structure 30 (as shown in Figure 4) is changeed in one back, and it comprises:

One back rotating shaft 31, the top end face of this back rotating shaft 31 is concaved with a screw 311, this back rotating shaft 31 is equipped with a flange 312 near the place, bottom, and makes these back rotating shaft 31 bottoms be solidly plugged in the place ahead of pedestal 10 end face middle section positions, makes the bottom surface of this flange 312 can be engaged in pedestal 10 end faces;

One axle sleeve 32, these axle sleeve 32 middle positions axially are equipped with an axis hole 321, make this axis hole 321 to penetrate for back rotating shaft 31, axle sleeve 32 is positioned at two ends at the bottom of the top of axis hole 321, be concaved with the annular groove portion 322 of a diameter greater than axis hole 321, be respectively equipped with a bearing 323 in this annular groove portion 322, and each bearing 323 is sheathed in the rotating shaft 31 of back, make that this axle sleeve 32 is rotated; Axle sleeve 32 outer rims on this after-poppet 324, can equidistantly be provided with positioning screw hole 3241 (as Fig. 2, shown in Figure 3) towards pedestal 10 rear end horizontal-extendings one after-poppet 324 by axle sleeve 32 places towards the other end in addition;

One is connected part 33, and this linkings part 33 is located on the bearing 323 in the axle sleeve 32 annular groove portions 322, and is sheathed in the rotating shaft 323 of back, and the close periphery ring of end face that is connected part 33 is provided with several projections 331;

One lining 34, the diameter of this lining 34 equals the diameter of axle sleeve 32, and is located on the axle sleeve 32, and makes the bottom surface of lining 34 be resisted against axle sleeve 32 and be connected part 33 end faces; In addition this lining 34 is provided with first perforation 341 corresponding to axis hole 321, and lining 34 bottom surfaces are positioned at first perforation, 341 peripheries, is concaved with a groove 342 inwardly, and this groove 342 can be embedded for the projection 331 that is connected part 33;

One pad 35, the diameter of this pad 35 equals the diameter of lining 34, makes pad 35 can suppress on lining 34, and pad 35 is provided with second perforation 351 corresponding to first perforation 341;

One dish seat 36, the bottom surface of this dish seat 36 can be suppressed in pad 36 end faces, and is provided with a through hole 361 corresponding to second perforation 351;

One screw piece 37, this screw piece 37 includes a screw head 371 and a threaded shank 372, and make this threaded shank 372 can be arranged in through hole 361, second perforation, 351 and first perforation 341 in regular turn, and can be locked in the screw 311 of back rotating shaft 31, and make screw head 371 suppress lining 34 downwards.

One armrest 40 (as shown in Figure 1 and Figure 2), this armrest 40 comprises a C profile shaft spare 41, the bottom surface of this C profile shaft spare 41 connects and is fixed in fore-stock 224 near the front end place, and C profile shaft spare 41 must wear an arm-rest frame 42, and make this C profile shaft spare 41 opening parts lock establish a bolt 43, during these bolt 43 locking C profile shaft spares 41 openings, arm-rest frame 42 is subjected to fixing and can't folding, and during this bolt 43 spiral shells pine, arm-rest frame 42 can carry out folding towards pedestal 10 rear ends.

One holder structure 50 (as shown in Figure 2), this holder structure 50 includes a framework 51, but these framework 51 sliding sleeves are in the outer rim of aforementioned after-poppet 324, and in framework 51 end faces be equipped with one the location screw 52, this set screw 52 penetrates an aforementioned wherein location screw 3241 down, and can adjust the position of framework 51; The both sides of framework 51 support column 53 that extends outwardly out in addition, each support column 53 end face is provided with a stacker 54.

By above-mentioned design, when using, as shown in Figure 5, the user can crouch the bipod shank on stacker 54, and two hands are crouched respectively in arm-rest frame 42 both sides, this moment is because forward and backward commentaries on classics pendulum structure 20,30 is in rotatable state, so the user can utilize arm and pin arm, the action of waving makes arm and pin arm have the effect of body-building.

For another shown in Figure 4, screw piece 27,37 of the present utility model can be locked downwards, it is tighter to make that lining 24,34 is suppressed, and can increase lining 24,34 and 22,32 frictional force of axle sleeve, cause arm and pin arm must increase strength, just can reach the action of waving, make that the effect of body-building is better.

And for example shown in Figure 4, framework 51 of the present utility model can be established different positioning screw hole 3241 by set screw 52 locks, and can adjust the position of framework 51, and the user's that can arrange in pairs or groups stature height uses, and has practicality.

In addition, as shown in Figure 7, arm-rest frame 42 of the present utility model, behind bolt 43 spiral shell pines, arm-rest frame 42 can carry out folding towards pedestal 10 rear ends, and fixture of the present utility model 13 is when taking off, and preceding foot rest 12 also can form folding states towards pedestal 10 back extreme directions; Therefore,, wave the action that fitness equipment can carry out folding, can reach the effect of saving the space, and can in general apartment household, use, have practicality in waving fitness equipment.

Because armrest 40 of the present utility model and holder structure 50, change the axle sleeve 22,32 of pendulum structure 20 and back commentaries on classics pendulum structure 30 before being located at respectively, belong to different commentaries on classics pendulum devices, improve known this commentaries on classics pendulum device and armrest system and be located at shortcoming on the same jack-post, can disperse weight, can make front rotary shaft 21 and back rotating shaft 31 be not easy to produce deflection, and make and wave fitness equipment and have long use and receive a mandate because of user's health, and can avoid keeping in repair often, and renewal part.

Claims (8)

1. one kind is waved fitness equipment, it is characterized in that, comprising:

Foot rest and rear leg before one pedestal, this pedestal include;

Change the pendulum structure before one, comprise that one is positioned at the front rotary shaft of pedestal front end, and be set on the front rotary shaft and rotatable axle sleeve, the axle sleeve outer rim has an extended fore-stock towards the pedestal front end;

The pendulum structure is changeed in one back, comprises that one is positioned at the back rotating shaft of pedestal rear end, and is set in the rotating shaft of back and rotatable axle sleeve, and the axle sleeve outer rim has an extended after-poppet towards the pedestal rear end;

One armrest, the fore-stock of this armrest is provided with an arm-rest frame;

One holder structure, this holder structure is positioned on the after-poppet, and in after the frame both sides be respectively equipped with a stacker.

2. the fitness equipment that waves as claimed in claim 1, it is characterized in that, the front end bottom surface of this pedestal is towards having an articulated section, this articulated section be pivoted with one can stand on ground can be towards the preceding foot rest of extreme direction folding behind the pedestal, this preceding foot rest comprises a fixture and is fixed on the articulated section.

3. the fitness equipment that waves as claimed in claim 1 is characterized in that, these pedestal both sides near the back-end location place, are extended with a pair of ground rear leg that stands on respectively backward and towards outer arcuate.

4. the fitness equipment that waves as claimed in claim 1 is characterized in that, changes the pendulum structure before this and comprises:

One front rotary shaft, the top end face of this front rotary shaft is concaved with a screw, and this front rotary shaft is equipped with a flange near the place, bottom, and this front rotary shaft bottom is inserted solid in the place ahead of pedestal end face middle section position, and the bottom surface of this flange is bonded on the pedestal end face;

One axle sleeve, this axle sleeve middle position axially is equipped with the axis hole that a usefulness penetrates for front rotary shaft, and two ends were concaved with the annular groove portion of a diameter greater than axis hole at the bottom of axle sleeve was positioned at the top of axis hole, were respectively equipped with a bearing in this annular groove portion, and each bearing holder (housing, cover) is located on the front rotary shaft; The axle sleeve outer rim is towards the pedestal front end and up be extended with a fore-stock;

One is connected part, and this linking part is positioned on the bearing of axle sleeve annular groove portion, and is set on the front rotary shaft, and the end face periphery ring of linking part is provided with several projections;

One lining, the diameter of this lining equals the diameter of axle sleeve, and is positioned on the axle sleeve, and the bottom surface of lining is resisted against axle sleeve and is connected the part end face; This lining is provided with first perforation corresponding to axis hole, and the lining bottom surface is positioned at the first perforation periphery and is concaved with one inwardly for being connected the groove that the part projection embeds;

One pad, the diameter of this pad equals the diameter of lining, and pad is combined on the lining, and pad is provided with second perforation corresponding to first perforation;

One dish seat, the bottom surface of this dish seat is combined in the pad end face, and is provided with a through hole corresponding to second perforation;

One screw piece, this screw piece include a screw head and a threaded shank, and this threaded shank is through in through hole, second perforation and first perforation in regular turn, and is locked in the screw of front rotary shaft, and screw head is compressed on the lining downwards.

5. the fitness equipment that waves as claimed in claim 1 is characterized in that, this back is changeed the pendulum structure and comprised:

One back rotating shaft, the top end face of this back rotating shaft is concaved with a screw, and this back rotating shaft is equipped with a flange near the place, bottom, and this rotating shaft bottom, back is inserted solid in the place ahead of pedestal end face middle section position, and the bottom surface of this flange is bonded on the pedestal end face;

One axle sleeve, this axle sleeve middle position axially are equipped with a usefulness for the axis hole that penetrates of back rotating shaft, and two ends were concaved with the annular groove portion of a diameter greater than axis hole at the bottom of axle sleeve was positioned at the top of axis hole, were respectively equipped with a bearing in this annular groove portion, and each bearing holder (housing, cover) is located in the rotating shaft of back; The axle sleeve outer rim has an after-poppet towards pedestal rear end horizontal-extending, on this after-poppet by the axle sleeve place towards the other end, equidistantly be provided with positioning screw hole;

One is connected part, and this linking part is positioned on the bearing of axle sleeve annular groove portion, and is set in the rotating shaft of back, and the end face periphery ring of linking part is provided with several projections;

One lining, the diameter of this lining equals the diameter of axle sleeve, and is positioned on the axle sleeve, and the bottom surface of lining is resisted against axle sleeve and is connected the part end face; This lining is provided with first perforation corresponding to axis hole, and the lining bottom surface is positioned at the first perforation periphery and is concaved with one inwardly for being connected the groove that the part projection embeds;

One pad, the diameter of this pad equals the diameter of lining, and pad is combined on the lining, and pad is provided with second perforation corresponding to first perforation;

One dish seat, the bottom surface of this dish seat is combined in the pad end face, and is provided with a through hole corresponding to second perforation;

One screw piece, this screw piece include a screw head and a threaded shank, and this threaded shank is located in through hole, second perforation and first perforation in regular turn, and is locked in the screw of back rotating shaft, and screw head is compressed on the lining downwards.

6. the fitness equipment that waves as claimed in claim 1 is characterized in that this armrest comprises a C profile shaft spare, and the bottom surface of this C profile shaft spare connects solid at fore-stock front end place, and C profile shaft spare is located on the arm-rest frame, and this C profile shaft spare opening part lock is provided with a bolt.

7. the fitness equipment that waves as claimed in claim 1, it is characterized in that, this holder structure includes a framework, this framework slides over the outer rim of aforementioned after-poppet, the framework end face is equipped with a location screw, this set screw is set in the equidistant positioning screw hole of number set on the after-poppet, and and then penetrates down therein in the location screw.

8. the fitness equipment that waves as claimed in claim 7 is characterized in that, the both sides of this framework support column that extended outwardly, and each support column end face is provided with a stacker.

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