CN103861236A - Damping crawling body builder - Google Patents
Damping crawling body builder Download PDFInfo
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- CN103861236A CN103861236A CN201410114014.6A CN201410114014A CN103861236A CN 103861236 A CN103861236 A CN 103861236A CN 201410114014 A CN201410114014 A CN 201410114014A CN 103861236 A CN103861236 A CN 103861236A
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Abstract
The invention discloses a damping crawling body builder which is provided with a linkage sliding piece. The sliding piece is a hand sliding piece and/or a foot sliding piece, a transmission wheel is assembled on a transmission shaft of the crawling body builder, braid wheels arranged on the transmission shaft are arranged on the two sides of the transmission wheel, the transmission wheel is connected with a damping wheel through a belt, one ends of braids are fixed to the braid wheels, and the other ends of the braids are fixed to the sliding piece. A braid back rolling device and a single-way bearing are arranged on each braid wheel. According to the technical scheme, the body builder has the advantages that rotating damping in the prior art is changed into linear damping, and the builder is suitable for doing linear damping motion on parallel tracks of the crawling body builder; the problem of double-direction or reciprocating damping is solved; the single-way bearings are arranged in the braid wheels to enable the damping wheel to rotate in one direction all the time, and the damping is stable and free of impacts in the reciprocating motion reversing process; through lifting of a rising component, the exercise intensity for fitness is correspondingly adjusted.
Description
Technical field
The present invention relates to body-building apparatus field, refer in particular to a kind of prostrate type creep body building apparatus with damping.
Background technology
Prostrate type creep device is a kind of novel horizontal movement bodybuilding device tool, is more and more subject to various users' welcome.But different users has different requirements to training strength.Therefore, need to provide a kind of training strength to regulate arbitrarily, the crawl device of damping equilibrium.The wheeled damping of electromagnetic control is that current fitness equipment industry is used maximum a kind of damping modes.But the damping that magnetic control wheel provides is revolving, the damping that crawl device requires is orthoscopic and bidirectional reciprocating.Although at present damping due to rotation is converted straight pulling force by rowing machine, this straight line pulling force be unidirectional be not bidirectional reciprocating.
In addition, existing crawl device does not have lifting arrangement, and lifting arrangement can regulate the damping of crawling exercises.
Summary of the invention
In view of above problem, the object of the present invention is to provide a kind of training strength can regulate arbitrarily, have the creep body building apparatus of bidirectional reciprocating damping.Concrete technical scheme is as follows:
A kind of damp type creep body building apparatus, there is the sliding part of interlock, described sliding part is hand sliding part and/or pin sliding part, on the power transmission shaft of described creep body building apparatus, be equipped with drive, the both sides of described drive have the strap weaving wheel on described power transmission shaft, are respectively left strap weaving wheel and right strap weaving wheel;
Described drive is connected with damping wheel by belt, and one end of ribbon is fixed on described strap weaving wheel, the other end is fixed on described sliding part, and described strap weaving wheel has ribbon rewinding device and unilateral bearing.
Described damping wheel is magnet controlled damping wheel, wind trainer type damping wheel or water resistance type damping wheel.
Described ribbon rewinding device is the scroll spring that is positioned at described strap weaving wheel.
Described left strap weaving wheel and right strap weaving wheel are left and right dual grooved, and in left groove and right groove, the winding direction of ribbon is contrary; Respectively have one end of a ribbon to be connected with described left groove and described right groove, the other end is connected with described slide mass after being fixed on the pulley in frame.
Described left strap weaving wheel and right strap weaving wheel are left and right dual grooved, and one end of the first ribbon connects the left groove of described left strap weaving wheel, and the other end connects left sliding part after being fixed on the pulley in frame; One end of the second ribbon connects the right groove of described right strap weaving wheel, and the other end connects right sliding part after being fixed on the pulley in frame; Between the left groove of the right groove of described left strap weaving wheel, angle pulley, described right strap weaving wheel, connect with rope, described angle pulley lays respectively at the below of the right groove of described left strap weaving wheel and the left groove of described right strap weaving wheel.
Also there is the break-in axle parallel with described power transmission shaft, one end of described break-in axle is that belt pulley, the other end are the first gear, described belt pulley is connected by belt with the described strap weaving wheel of described power transmission shaft one end, and to be placed in side by side the second gear and described the first gear on described power transmission shaft intermeshing with the described strap weaving wheel of the described power transmission shaft other end.
Also have upper limb support part and lower limb support member, described upper limb support part comprises shake hands handle and connector, and described lower limb support member comprises kneepad, pedal and pedal;
Described shaking hands being that yi word pattern crossbar type, vertical bar type or T font are hybrid, is fixedly connected with or is flexibly connected with described sliding part by described connector;
Described lower limb support member is fixedly connected with or is flexibly connected with described sliding part, and described pedal is provided with foot-operated length adjustment parts.
Described upper limb support part also has and the base of described upper limb support part or described damp type creep body building apparatus or the elbow support member that track is connected, and described elbow support member is provided with the elbow pad adjustment member of the padded degree of adjustable elbow and/or angle.
Above-mentioned arbitrary described damp type creep body building apparatus, also has at least one bracing frame, and the base of support frame as described above and described damp type creep body building apparatus is articulated; Also there is lifting motor or adjusting rod that at least one and support frame as described above or described base are articulated.
Technical scheme tool of the present invention has the following advantages:
1, the rotary damping of prior art is transformed into orthoscopic damping, makes to do orthoscopic damped motion on its parallel orbit that is adapted at creep body building apparatus;
2, solve the problem of two-way or reciprocating damping, that is, sliding part comprise hand sliding part and pin sliding part on parallel orbit back and forth both direction damping is all provided;
3, unilateral bearing is installed in strap weaving wheel damping wheel is rotated towards a direction all the time, solve the steady shock-free problem of damping while moving back and forth commutation;
4, by the lifting of the parts that rise, the corresponding exercise intensity that regulates body-building.
Brief description of the drawings
Fig. 1 is the structural representation of embodiment 1 damp type creep body building apparatus;
Fig. 2 is the structural representation of embodiment 2 damp type creep body building apparatus;
Fig. 3 is the structural representation of embodiment 3 damp type creep body building apparatus;
Fig. 4 is the structural representation of embodiment 4 damp type creep body building apparatus;
Fig. 5 is the structural representation of the rack section of damp type creep body building apparatus of the present invention;
Fig. 6 is the slide mass of damp type creep body building apparatus of the present invention and the structural representation of track;
Fig. 7 is the structural representation of the slide mass of damp type creep body building apparatus of the present invention;
Fig. 8 is the structural representation of the supporter of damp type creep body building apparatus of the present invention;
Fig. 9 and Figure 10 are the structural representations of the handle of shaking hands of the upper limb support body of damp type creep body building apparatus of the present invention;
Figure 11 is the decomposition texture schematic diagram of the lower limb supporter of damp type creep body building apparatus of the present invention;
Figure 12 is the interlock schematic diagram of sliding part of the present invention;
Figure 13 is the structural representation of handrail of the present invention and ancon support member;
Figure 14 is the structural representation of handrail, wherein, is (a) U-shaped, is (b) T-shaped, is (c) inverted U;
Figure 15 is the creep body building apparatus with lifting motor of the present invention;
Figure 16 is the creep body building apparatus of the manual screw mechanism of band of the present invention;
Figure 17 is the creep body building apparatus with manual bolt sleeve mechanism of the present invention;
Figure 18 is the creep body building apparatus with manual folding mechanism of the present invention.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the invention will be further described, but should not limit the scope of the invention with this.
Embodiment 1
Damp type creep body building apparatus of the present invention has the building block of general creep body building apparatus, for example, the applicant's international application no is the creep body building apparatus described in the national applications of PCT/CN2011/001678, comprise linear pattern parallel orbit, the sliding part that can link, described sliding part is hand sliding part and/or pin sliding part.Sliding part has at least one and is arranged on the pulley on base, and all pulleys are connected and produced interlock by rope.
The damping system of damp type creep body building apparatus of the present invention is made up of three parts: rotary damping source part, running part, strap weaving wheel and ribbon backrush part.In the present embodiment, rotary damping source is provided by magnet controlled damping wheel, and running part is provided by power transmission shaft, and ribbon backrush part realizes by the scroll spring and the unilateral bearing that arrange in strap weaving wheel, as shown in Figure 1.On same power transmission shaft 1, drive 2 is equipped with at the middle part of power transmission shaft 1, and left strap weaving wheel 3 and right strap weaving wheel 4 are equipped with respectively in the two ends, left and right of drive 2, and drive 2 is connected with magnetic control wheel 6 by belt 5; One end of ribbon is fixed on strap weaving wheel, and clockwise or counterclockwise on strap weaving wheel (the present embodiment is clockwise on strap weaving wheel), the other end is fixed on that on slide mass, (in the present embodiment, ribbon is fixed on hand slide mass, in addition, also can be fixed on pin slide mass), in left strap weaving wheel and right strap weaving wheel are equal, scroll spring 7 and unilateral bearing 8 are housed.
In the time that arbitrary slide mass moves, for example right hand slide mass moves backward, right ribbon is pulled out from right strap weaving wheel 4, make right strap weaving wheel 4 and be contained in drive 2 rotation clockwise on same power transmission shaft 1, drive 2 makes also rotation clockwise of magnetic control wheel 6 by belt 5, and magnetic control wheel 6 has produced damping once rotating; Owing in right strap weaving wheel 4, scroll spring 7 being housed, in the time that right ribbon is pulled out from right strap weaving wheel 4, scroll spring 7 is rolled tightly; In the time that right hand slide mass moves forward, under the elastic force effect of the scroll spring 7 being rolled tightly by right ribbon rollback strap weaving wheel 4; Because left slide mass and right slide mass link, and in left strap weaving wheel 3 and right strap weaving wheel 4, unilateral bearing 8 is all housed, in the time that right hand slide mass moves forward, left hand slide mass moves backward, make left strap weaving wheel 3 and magnetic control wheel 6 or rotation clockwise, keep like this magnetic control wheel 6 all the time towards a direction rotation, overcome the inertia and the impact that when magnetic control wheel 6 commutates, produce, thereby make damping steady, uniformity.
Parallel orbit wherein can be fixed, also can be folding.In the time being collapsible, generally folding parallel orbit is divided into track and rear track from middle part, front track is upper limbs slide mass track, rear track is lower limb slide mass track, now need upper limbs slide mass track and lower limb slide mass track to separate, two linked systems are associated by a set of related organization at the middle part of parallel orbit.
Embodiment 2
The parts of the damp type creep body building apparatus of the present embodiment and embodiment 1 are basic identical, different is the setting of damping system, as shown in Figure 2, it is mainly left strap weaving wheel 230 and right strap weaving wheel 240 dual grooved of respectively doing for oneself, or left strap weaving wheel and right strap weaving wheel are respectively one group of strap weaving wheel being set up in parallel, be contained in the two ends of same power transmission shaft 210, drive 220 is equipped with at power transmission shaft 210 middle parts, and drive 220 is connected with magnetic control wheel 260 by belt 250; There are two ribbons to be separately fixed in the left and right groove of left strap weaving wheel 230, wherein a ribbon is counterclockwise in left groove, another root ribbon is clockwise in right groove, (in the present embodiment, ribbon is fixed on hand slide mass to be fixed on slide mass front end around the other end of ribbon in left groove, in addition, also can be fixed on pin slide mass); The other end around ribbon in right groove is turned around and is fixed to slide mass rear end by the pulley 270 being fixed in frame, in dual grooved or block form strap weaving wheel, unilateral bearing is housed, in the time that arbitrary slide mass moves, for example right hand slide mass 28 moves backward, ribbon is pulled out from the right groove of right strap weaving wheel 240, make right strap weaving wheel 240 and be contained in the counterclockwise rotation of drive 220 on same power transmission shaft 210, drive 220 makes also counterclockwise rotation of magnetic control wheel 260 by belt 250, and magnetic control wheel 260 has produced damping once rotating; In the time that ribbon is pulled out from the right groove of right strap weaving wheel 240, right strap weaving wheel 240 is rotations counterclockwise, due to the ribbon in the left groove of right strap weaving wheel 240 be clockwise around, at this moment the ribbon in left groove is involved in strap weaving wheel; In the time that right hand slide mass 28 moves forward, the ribbon in left groove is pulled out from left groove, makes the rotation clockwise of right strap weaving wheel 240, and the ribbon in right groove is involved in right strap weaving wheel 240; Owing to horizontally slipping, body links, and unilateral bearing is all housed in the strap weaving wheel of left and right, in the time that right hand slide mass 28 moves forward, left hand slide mass moves backward, make left strap weaving wheel 230 and magnetic control wheel 260 or counterclockwise rotation, keep like this magnetic control wheel all the time towards a direction rotation, the inertia and the impact that while having overcome magnetic control wheel commutation, have produced, thereby make damping steady, uniformity.
Embodiment 3
The parts of the damp type creep body building apparatus of the present embodiment and embodiment 1 are basic identical, different is the setting of damping system, as shown in Figure 3, left strap weaving wheel 330 and right strap weaving wheel 340 are single-channel type, different is on left strap weaving wheel 330, be provided with can with break-in axle 350 on change gear 370 pitch wheels, break-in axle 350 and one end parallel with power transmission shaft 310 is that change gear 370, the other end are synchronizing wheels 380, and synchronizing wheel 380 is connected with the synchronizing wheel on right strap weaving wheel 340 by Timing Belt.Ribbon one end is fixed on strap weaving wheel, and clockwise or counterclockwise on strap weaving wheel (the present embodiment is clockwise on strap weaving wheel), the other end is fixed on (in the present embodiment, ribbon is fixed on hand slide mass, also can be fixed on pin slide mass) on slide mass; In the strap weaving wheel of left and right, unilateral bearing is housed.
In the time that arbitrary slide mass moves, for example right hand slide mass 38 moves backward, ribbon is pulled out from right strap weaving wheel 340, make right strap weaving wheel 340 and be contained in the counterclockwise rotation of drive 320 on same power transmission shaft 310, drive 320 makes also counterclockwise rotation of magnetic control wheel 360 by belt, and magnetic control wheel 360 has produced damping once rotating; In the time that ribbon is drawn out, the counterclockwise rotation of right strap weaving wheel 340, also counterclockwise rotation of synchronizing wheel with right strap weaving wheel 340 one, make counterclockwise rotation of synchronizing wheel 380 by Timing Belt, break-in axle 350 left end gears 370 are counterclockwise rotation also, drive gear and left strap weaving wheel 330 rotation clockwise of power transmission shaft 310 left ends, thereby make in the left strap weaving wheel 330 of left ribbon rollback; Owing to horizontally slipping, body links, and unilateral bearing is all housed in the strap weaving wheel of left and right, in the time that right hand slide mass 38 moves forward, left hand slide mass 37 moves backward, make left strap weaving wheel 330 and magnetic control wheel 360 or counterclockwise rotation, keep like this magnetic control wheel all the time towards a direction rotation, the inertia and the impact that while having overcome magnetic control wheel commutation, have produced, thereby make damping steady, uniformity.
Embodiment 4
The parts of the damp type creep body building apparatus of the present embodiment and embodiment 1 are basic identical, different is the setting of damping system, as shown in Figure 4, the pulley lower end being connected with left strap weaving wheel 430 has deflecting roller 480, the pulley lower end being connected with right strap weaving wheel 440 has deflecting roller 470, connects successively through left strap weaving wheel 430 near a side, deflecting roller 480, deflecting roller 470 and the right strap weaving wheel 440 of drive 420 near a side of drive 420 with rope.Clockwise or counterclockwise on strap weaving wheel (the present embodiment is counterclockwise on strap weaving wheel) of one end of ribbon, the other end is fixed on (in the present embodiment, ribbon is fixed on hand slide mass, can also select to be fixed on pin slide mass) on slide mass.
In the time that arbitrary slide mass moves, for example right hand slide mass 48 moves backward, ribbon is pulled out from right strap weaving wheel 440, make right strap weaving wheel 440 and be contained in the counterclockwise rotation of drive 420 on same power transmission shaft 410, drive 420 makes also counterclockwise rotation of magnetic control wheel 460 by belt, and magnetic control wheel 460 has produced damping once rotating; In the time that ribbon is drawn out, the counterclockwise rotation of right strap weaving wheel 440, rope in the right pulley being connected with right strap weaving wheel 440 is involved in pulley, simultaneously, rope in the left chain wheel being connected with left strap weaving wheel 430 is drawn out, left chain wheel and left strap weaving wheel 430 rotation clockwise, make in the left strap weaving wheel 430 of left ribbon rollback; Owing to horizontally slipping, body links, and unilateral bearing is all housed in the strap weaving wheel of left and right, in the time that right hand slide mass 48 moves forward, left hand slide mass 47 moves backward, make left strap weaving wheel 430 and magnetic control wheel 460 or counterclockwise rotation, keep like this magnetic control wheel 460 all the time towards a direction rotation, overcome the inertia and the impact that when magnetic control wheel 460 commutates, produce, thereby make damping steady, uniformity.
In addition, the structure of the rack section of damp type creep body building apparatus of the present invention can be as shown in Figure 5, at least one base 51, described base forms (the present embodiment have front in rear three connectors 52,53,54) by least two connectors, track is connected into parallel body, carrying roller 55 is equipped with in base front portion, and carrying handle 56 is equipped with at rear portion; Article at least two, track 57, described track is fixedly arranged on described base;
The slide mass of damp type creep body building apparatus of the present invention and the structure of track can be as shown in Figure 6, at least four slide masses, and described slide mass is arranged on described track, and described slide mass can slide on described track; As shown in Figure 6, have four slide masses, be divided into left and right upper limbs slide mass 61,62 and left and right lower limb slide mass 63,64.The basic structure of slide mass: slide mass is made up of support 65, axle 66 and roller 67, as shown in Figure 7, slide mass can slide on described track.
The structure of the supporter of damp type creep body building apparatus of the present invention can be as shown in Fig. 8,9,10,11, supporter is connected with corresponding slide mass, supporter is made up of left and right upper limb support body and left and right lower limb supporter, upper limb support body mainly by shake hands 81 and connector 82 two parts form, lower limb support component is made up of kneepad 101, holder 103 and pedal 102 3 parts.Upper limb support body is connected with upper limbs slide mass, and lower limb supporter is connected with lower limb slide mass.Wherein, shaking hands there being three kinds of different types of upper limb support body: cross bar type (yi word pattern), montant type and mixed type (T font), respectively as shown in the (a) and (b) of Fig. 9 (c).
Shake hands there being again two kinds of different structures for montant type, that is, singly shake hands position model and the position model of shaking hands (user is according to height, can select to be held in the diverse location of the handle of shaking hands-forward or backward), respectively as shown in the (a) and (b) of Figure 10 more.
The handle of shaking hands has two kinds of connected modes with upper limbs slide mass, that is, fixed and adjustable.The position model of shaking hands is shaken hands and to be adopted fixed with being connected of upper limbs slide mass more, the position model of singly shaking hands is shaken hands, and (handle of shaking hands can regulate front and back with respect to upper limbs slide mass handle with adopting adjustable connection being connected of upper limbs slide mass, to adapt to different height users), as shown in figure 10.
Lower limb supporter can have two kinds of different types, that is, pedal is fixed and pedal is adjustable.The kneepad of the fixed lower limb supporter of pedal, foot-operated and pedal are made of one formula, and foot-operated have multiple pedals position to select for user below, as shown in Figure 11 (b); The kneepad of pedal adjustable lower limb supporter is fixed, and user can, according to the length of leg, regulate foot-operated and pedal, as shown in Figure 11 (a) shows forward or backward.
Lower limb supporter can have two kinds of modes with being connected of lower limb slide mass: fixed and adjustable.The lower limb supporter of aforementioned two kinds of different types can adopt and fixed or adjustablely be connected with lower limb slide mass.For adjustable lower limb supporter, user can, according to height, regulate lower limb supporter forward or backward, to reach the distance regulating between lower limb supporter and upper limb support body, with the training of creeping of the posture of the most comfortable.
As shown in Figure 11 (a) shows, pedal adjustable lower limb supporter is made up of kneepad 101, holder 103, foot-operated adjusting bracket 102, foot-operated adjusting sleeve pipe 104 and foot-operated adjusting knob 105, foot-operated being fixed by screws on foot-operated adjusting bracket, foot-operated adjusting bracket is enclosed within foot-operated adjusting sleeve pipe, regulate foot-operated adjusting knob just can ride and move forward and backward, according to the length of user's leg regulate easily kneepad and ride between distance.Foot-operated basic structure: have an inclined-plane pedal 106 on foot-operated; on pedal inclined-plane, there are antiskid particles or striped; pedal carries out stepping on when bear climbs pin for user; there is a pedal 107 below; pedal can be made board-type or curved face type, has antiskid particles or striped above, if pedal is accomplished higher than arch; make particle above or load onto magnetic grain, more can get the effect of massage arch of the foot.
Figure 12 is the interlock schematic diagram of sliding part of the present invention, adopts pulley rope mechanism, and described pulley rope mechanism is arranged on described base; Described rope couples together described upper limbs slide mass 111,112 and lower limb slide mass 113,114;
Detailed structure: front rope 116 is contacted upper limbs slide mass 111 and 112 by two anterior pulleys 115, middle rope 117 is contacted upper limbs slide mass 112 and lower limb slide mass 113 by two pulleys 115 of upper strata, middle part or lower floor, middle rope 118 by under middle part layer by layer or two pulleys 115 on upper strata upper limbs slide mass 111 and lower limb slide mass 114 are contacted, rear rope 119 is contacted lower limb slide mass 113 and 114 by two pulleys 115 at rear portion, thereby reaches interlock effect.
In addition, can also there be other different settings.As shown in figure 13, it is the structural representation of handrail of the present invention and ancon support member to example; Have a vertical rod 120, described vertical rod is positioned at the centre of two parallel orbits; A longitudinal connector 121, described longitudinal connector is connected with described vertical rod; An elbow support member 122, described elbow support member is connected or pivot joint with described vertical rod; A handrail, described in shake hands being arranged on described longitudinal connector and can vertically moving.Figure 14 is the structural representation of handrail, wherein, is (a) U-shaped, is (b) T-shaped, is (c) inverted U.In more detail, elbow support member is made up of left and right elbow pad 123, elbow pad holder 124, elbow pad adjusting knob 125, screw etc., left and right elbow pad can inwardly or outwards turn an angle respectively, the rotation of left and right elbow pad can left and right separately or left and right interlock, when interlock in left and right,, left and right elbow pad can inwardly or outwards rotate as shown in figure 13 simultaneously simultaneously.After elbow pad inwardly rotates, user's arm in the time creeping can not encountered elbow pad; After elbow pad outwards rotates, user has enough wide space that elbow is leaned against on elbow pad.Elbow support member can be fixed on support, also can move forward and backward; Armrest portion is made up of left and right handrail, sliding sleeve and adjusting knob.
In addition, in order to increase the intensity of exercise, can also add the parts that rise, as Figure 15, these parts that rise rely on lifting motor to make the creep body building apparatus certain angle that can tilt; As Figure 16, these parts that rise are manual screw mechanisms; As shown in figure 17, these parts that rise are manual bolt sleeve mechanisms; As shown in figure 18, these parts that rise are manual folding mechanisms.That is, these parts that rise have at least one bracing frame, and support frame as described above and described base are articulated; At least one lifting motor or height regulating rod, described lifting motor or height regulating rod and support frame as described above or base are articulated.
The parts that rise in above-described embodiment 1 to 4 can be arranged on the rear portion of machine, also can be arranged on the front portion of machine, or front and rear part all installs, and like this, user can select machine front to raise into certain angle of inclination, and making head is to raise; Or select machine rear portion to raise into certain angle of inclination, making head is down, to reach different train ons.
In addition, damping wheel has various pattern, as internal magnetization, external magnetic type, magneto, electromagnetic type, also have wind trainer type, the water resistance type etc. of additional drag, the present invention only illustrate the application of electromagnetic type magnetic control wheel on crawl device, the use principle of other patterns is all the same, just not explanation one by one.
Claims (10)
1. a damp type creep body building apparatus, there is the sliding part of interlock, described sliding part is hand sliding part and/or pin sliding part, it is characterized in that, on the power transmission shaft of described creep body building apparatus, be equipped with drive, the both sides of described drive have the strap weaving wheel on described power transmission shaft, are respectively left strap weaving wheel and right strap weaving wheel;
Described drive is connected with damping wheel by belt, and one end of ribbon is fixed on described strap weaving wheel, the other end is fixed on described sliding part, and described strap weaving wheel has ribbon rewinding device and unilateral bearing.
2. damp type creep body building apparatus according to claim 1, is characterized in that, described damping wheel is magnet controlled damping wheel, wind trainer type damping wheel or water resistance type damping wheel.
3. damp type creep body building apparatus according to claim 2, is characterized in that, described ribbon rewinding device is the scroll spring that is positioned at described strap weaving wheel.
4. damp type creep body building apparatus according to claim 2, is characterized in that, described left strap weaving wheel and right strap weaving wheel are left and right dual grooved, and in left groove and right groove, the winding direction of ribbon is contrary; Respectively have one end of a ribbon to be connected with described left groove and described right groove, the other end is connected with described slide mass after being fixed on the pulley in frame.
5. damp type creep body building apparatus according to claim 2, it is characterized in that, described left strap weaving wheel and right strap weaving wheel are left and right dual grooved, and one end of the first ribbon connects the left groove of described left strap weaving wheel, and the other end connects left sliding part after being fixed on the pulley in frame; One end of the second ribbon connects the right groove of described right strap weaving wheel, and the other end connects right sliding part after being fixed on the pulley in frame; Between the left groove of the right groove of described left strap weaving wheel, angle pulley, described right strap weaving wheel, connect with rope, described angle pulley lays respectively at the below of the right groove of described left strap weaving wheel and the left groove of described right strap weaving wheel.
6. damp type creep body building apparatus according to claim 2, it is characterized in that, also there is the break-in axle parallel with described power transmission shaft, one end of described break-in axle is that belt pulley, the other end are the first gear, described belt pulley is connected by belt with the described strap weaving wheel of described power transmission shaft one end, and to be placed in side by side the second gear and described the first gear on described power transmission shaft intermeshing with the described strap weaving wheel of the described power transmission shaft other end.
7. according to the arbitrary described damp type creep body building apparatus of claim 1 to 6, it is characterized in that also having upper limb support part and lower limb support member, described upper limb support part comprises shake hands handle and connector, and described lower limb support member comprises kneepad, pedal and pedal;
Described shaking hands being that yi word pattern crossbar type, vertical bar type or T font are hybrid, is fixedly connected with or is flexibly connected with described sliding part by described connector;
Described lower limb support member is fixedly connected with or is flexibly connected with described sliding part, and described pedal is provided with foot-operated length adjustment parts.
8. damp type creep body building apparatus according to claim 7, it is characterized in that, described upper limb support part also has and the base of described upper limb support part or described damp type creep body building apparatus or the elbow support member that track is connected, and described elbow support member is provided with the elbow pad adjustment member of the padded degree of adjustable elbow and/or angle.
9. damp type creep body building apparatus according to claim 7, is characterized in that, also has at least one bracing frame, and the base of support frame as described above and described damp type creep body building apparatus is articulated; Also there is lifting motor or height adjustment member that at least one and support frame as described above or described base are articulated.
10. according to claim 1～6 and 8 arbitrary described damp type creep body building apparatus, it is characterized in that also having at least one bracing frame, the base of support frame as described above and described damp type creep body building apparatus is articulated; Also there is lifting motor or height adjustment member that at least one and support frame as described above or described base are articulated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410114014.6A CN103861236B (en) | 2014-03-25 | 2014-03-25 | Damping crawling body builder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410114014.6A CN103861236B (en) | 2014-03-25 | 2014-03-25 | Damping crawling body builder |
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| CN103861236A true CN103861236A (en) | 2014-06-18 |
| CN103861236B CN103861236B (en) | 2017-03-22 |
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| CN201410114014.6A Expired - Fee Related CN103861236B (en) | 2014-03-25 | 2014-03-25 | Damping crawling body builder |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106861128A (en) * | 2017-04-11 | 2017-06-20 | 山东英吉多健康产业有限公司 | Synchronization Component and body-building equipment |
| CN108143585A (en) * | 2016-12-05 | 2018-06-12 | 上海理工大学 | Linkage is creeped the linkage crawling exercises mechanism of spine recovering training device |
| CN109011382A (en) * | 2018-09-21 | 2018-12-18 | 黄河科技学院 | Motor driven combination type conditioning machines based on permanent torque control |
| ES2745766A1 (en) * | 2018-09-03 | 2020-03-03 | Juarez Gabriel Orlando Fracaroli | Physical exercise machine (Machine-translation by Google Translate, not legally binding) |
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| CN106861128B (en) * | 2017-04-11 | 2022-06-03 | 山东英吉多健康产业有限公司 | Synchronizing assembly and fitness equipment |
| ES2745766A1 (en) * | 2018-09-03 | 2020-03-03 | Juarez Gabriel Orlando Fracaroli | Physical exercise machine (Machine-translation by Google Translate, not legally binding) |
| WO2020049200A1 (en) | 2018-09-03 | 2020-03-12 | Gabriel Orlando Fracaroli Juarez | Physical exercise machine |
| CN109011382A (en) * | 2018-09-21 | 2018-12-18 | 黄河科技学院 | Motor driven combination type conditioning machines based on permanent torque control |
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