CN201840830U

CN201840830U - Comprehensive sports equipment

Info

Publication number: CN201840830U
Application number: CN2010205316239U
Authority: CN
Inventors: 黄秉杰
Original assignee: Yu Sheng Enterprise Co ltd
Current assignee: Yu Sheng Enterprise Co ltd
Priority date: 2010-09-06
Filing date: 2010-09-06
Publication date: 2011-05-25
Anticipated expiration: 2020-09-06

Abstract

The utility model relates to a comprehensive exercise device, which is provided with a base composed of a main support, a foot rest and a handle, wherein the main support is provided with two guide rails which are parallel to each other and are arranged at equal height, the foot rest can adjust the included angle formed between the front end and the rear end of the guide rails and the ground, a pull seat is arranged above the guide rails, the pull seat can slide along the front and the rear direction of the guide rails by a front roller device and a rear roller device, a carrying platform is arranged above the guide rails, and when a user kneels on the carrying platform, the user can use the handle to configure and support the hands to pull the pull seat to move along the guide rails back and forth, so that the user can exercise the abdomen; the carrying platform is pivoted to the pulling seat through a vertical shaft, and a blocking structure is additionally arranged between the carrying platform and the pulling seat, so that when the carrying platform rotates around the central axis of the vertical shaft to provide waist twisting movement, the blocking structure can achieve the effect of increasing the waist twisting movement exercise.

Description

The integrated motion device

Technical field

The utility model relates to the field of sports apparatus, is meant that especially a kind of motion of power roller being moved and sways one's hips be integrated into one integrated motion device.

Background technology

Because the modern causes population of being obese to increase greatly because of the change of overnutrition and habits and customs, common belly type obesity (UBSO is commonly called as the fat or title yaito tuna tripe of bucket waistline) mainly is to accumulate fattiness and caused at lower abdomen, waist.

Generally speaking, the power roller motion can fully consume lower abdomen fat, and motion can fully consume waist fat as for swaying one's hips.Therefore, if this power roller motion and the motion that sways one's hips are integrated into one, what make it to be enough to unit provides that the belly type is fat integrates motion, its marketability will be ineffable, and, have more the advantage that meets economic purchase, and the convenience of the operation of need not changing planes for the fat motion of belly type, one preferable fat-reducing environment just can be provided thus, impel the fat motion of persevering of belly type.

Be with, the inventor is an experience of being engaged in manufacturing, design and the exploitation of sports equipment Related product and equipment with it for many years, in view of power roller motion and the motion that sways one's hips have necessity of integration, is the active research improvement, and exploitation of the present utility model is arranged then.

The utility model content

The purpose of this utility model is to provide a kind of motion of power roller being moved, sways one's hips to be integrated into one integrated motion device.

For reaching above-mentioned purpose, the technical solution of the utility model is:

A kind of integrated motion device, it includes: a pedestal, it can provide handle configuration of grip using to form by a main support, a foot rest, at least, and this main support has the guide rail of two parallel mutually and contour configurations, and makes foot rest can keep formation one angle between this guide rail rear and front end and the ground; One is positioned at the drawing seat of guide rail top, and it has a front wheel device, a rear roller device, and this drawing seat can close along the spacing cunning of guide rail fore-and-aft direction; And a microscope carrier that is positioned at drawing seat top, it is to be articulated in this drawing seat with a vertical shaft, and this microscope carrier can be around the rotation of vertical shaft central axis.

Between microscope carrier, drawing seat, be provided with a retarding construction in order to sluggish microscope carrier rotation in addition.

This retarding construction is to be made of a bullet spare rope, and an end of this bullet spare rope is fixed in microscope carrier, and end is fixed in the drawing seat in addition.

This microscope carrier end face is equipped with a pad.

This handle configuration is the handlebar stem composition that crosses at the vertical tube top in a vertical tube, of pedestal front end setting.

This handle configuration is a handlebar stem of being located at the vertical tube top in a vertical tube, of pedestal front end setting, and further first assembly pulley is set in the drawing seat, handlebar stem is then at second and third assembly pulley that is equipped with of two ora terminalis correspondences, this first, second and third assembly pulley of one guy cable rounds, and be provided with in the drag-line two ends draw and constitute.

The guide rail, a cross-over connection that this main support has two mutually parallel and contour configurations in two guide rail rear ends and bottom bar that can butt ground, a cross-over connection in the preceding pipe of two guide rail front ends; This foot rest is made up of a fixed bar, two spiral arms, pipe and fixed to one another before this fixed bar runs through, and make pipe two ends before outstanding that fixed bar two ora terminalis can be corresponding, use for spiral arm and install, spiral arm has the conduit that a tube that can be sleeved on the corresponding ora terminalis of fixed bar, intersects with the tube periphery, and its tube can be around the location of fixed bar rotation.

This fixed bar radially is provided with in two outstanding ora terminalis and inserts the hole of pulling, the position that tube is inserted the hole of pulling in correspondence is provided with at least two locating holes, one tip bar inserts one and inserts when pulling hole, a locating hole, pipe below before making conduit launch to be fixed to, but when this tip bar inserts when pulling hole, another locating hole, then can make the conduit doubling be fixed in the guide rail outside, the described tube outside is provided with one in addition and can locks the fastener set of tying in fixed bar.

The sliding unification of this conduit expansion link, and catheter drive has been to having provided a lockhole, the series that expansion link is then corresponding is provided with the adjustment hole of differing heights, and one adjusts screw threaded in lockhole, adjusts the hole with the correspondence that plugs together expansion link.

This front wheel device is provided with two vestibule framves in drawing seat bottom surface, this two vestibules frame respectively has the ear groove that passes through for corresponding guide rail, wear pivot at vestibule frame root edge then one limit rod is arranged, this limit rod is positioned at corresponding guide rail below, vestibule frame apical margin is then worn pivot a wheel shaft, this wheel shaft is positioned at corresponding guide rail top, and is pivoted with roller in the ear groove of vestibule frame, and this front wheel is connected to corresponding guide rail end face.

Adopt said structure, this drawing seat of pulling that can see through handle configuration support both hands when the user squats on microscope carrier can be engaged in strong abdomen motion along guide rail front and back displacement; And can see through the handle configuration in the time of on the user squats microscope carrier and support the reciprocal rotation of driving microscope carrier that both hands sway one's hips, motion can sway one's hips, the attainable cost utility model is integrated into the power roller motion and the motion that sways one's hips one purpose, and by the retarding construction between microscope carrier, the drawing seat, can sluggish microscope carrier rotation, further improve the train on of the motion that sways one's hips.

Description of drawings

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

Fig. 2 is the STRUCTURE DECOMPOSITION schematic diagram of the utility model pedestal;

Fig. 3 is the decomposing schematic representation of the utility model drawing seat, front wheel device, rear roller device and microscope carrier.

Fig. 4 A is the combination generalized section of the utility model foot rest;

Fig. 4 B is the combination generalized section of the utility model drawing seat, microscope carrier;

Fig. 5 A, 5B are the schematic diagram that the utility model is adjusted the guide rail angle;

Fig. 6 is engaged in the embodiment schematic diagram of strong abdomen motion for the utility model;

Fig. 7,7A, 7B are the embodiment schematic diagram that the utility model is engaged in the motion that sways one's hips;

Fig. 8 A, 8B are the utility model when swaying one's hips motion overlooks the action schematic diagram;

Fig. 9 is another embodiment schematic diagram of the utility model handle configuration;

Figure 10 is for the utility model doubling foot rest and fold the rear roller schematic representation of apparatus.

The main element symbol description

11, pipe before 110 guide rails, 12 bottom bars 13

131 pins, 132 jacks, 14,140 linings

15 vertical tubes, 16 handlebar stems, 21 fixed bars

Hole 213 screws of pulling are inserted in 211 tip holes 212

22 spiral arm 22A tube 22B conduits

221 locating holes, 222 tip bars, 223 lockholes

23,230 axle sleeves, 241 pads, 242 lock dogs

243 bolts, 25 expansion links 251 are adjusted the hole

26 adjust bolt θ ₁, θ ₂Angle 30 drawing seats

31 bearing blocks, 32 bearings, 33 struts

34 pipe fittings, 341 leading shoot holes, 35 leading shoots

36 linings, 41 vestibule framves, 4 10 ear grooves

42 limit rods, 43 wheel shafts, 44 bearings

45 front wheels, 451 retaining edge, 51 rod members

511 leading shoot holes, 512 medium holes, 513 screws

52 take turns support arm 52A sleeve pipe 52B extension bar

Ear frame 520 ear grooves 521 button holes behind the 52C

522 tips, 53 axle sleeves, 541 pads

542 lock dogs, 543 bolts, 55 limit rods

56 wheel shafts, 57 bearings, 58 rear rollers

581 retaining edge, 60 microscope carriers, 61 vertical shafts

62 bolts, 63 bullet spare ropes, 631 leading shoot holes

64 bolts, 70 pads, 81 first assembly pulleys

82 second assembly pulleys 83 the 3rd assembly pulley, 84 drag-lines

85,86 draw handle

The specific embodiment

Below enumerate preferred embodiment and conjunction with figs. elaborates to the utility model.

Please referring to Fig. 1 to Fig. 4,4A, 4B, the utility model includes:

One pedestal, the foot rest that is installed on main support by a main support, is formed; The guide rail 11,110, a cross-over connection that described main support has two mutually parallel and contour configurations in two guide rails, 11,110 rear ends and bottom bar 12 that can butt ground, a cross-over connection in the preceding pipe 13 of two guide rails, 11,110 front ends, should two jacks 132 have radially been provided in addition by preceding pipe 13, make it to plug together, and in preceding pipe 13 two ends, be coated with a lining 14,140 respectively for pin 131; In addition, being provided with one before this on the pipe 13 in addition can be for gripping the handle configuration of using, and manages the handlebar stem 16 that 13 vertical tube 15, crosses at vertical tube 15 tops before this handle configuration is located at by one and forms; As for foot rest mainly is by a fixed bar 21, two spiral arms 22 and two expansion links 25 are formed, this fixed bar 21 is through preceding pipe 13, make it lining 14 for preceding pipe 13,140 support, and be provided with the tip hole 211 that plugs together for pin 131, pipe 13 before making fixed bar 21 be fixed in, and make pipe 13 two ends before outstanding that its two ora terminalis can be corresponding, and insert the hole 212 of pulling in these outstanding two ora terminalis having provided radially, this fixed bar 21 respectively is provided with a screw 213 in both ends of the surface in addition, at fixed bar 21 two outstanding ora terminalis one spiral arm 22 is installed respectively then, this spiral arm 22 has a tube 22A that can be sleeved on fixed bar 21 corresponding ora terminalis, the one conduit 22B that intersects with tube 22A periphery, be inserted with an axle sleeve 23 among its tube 22A respectively, 230, make tube 22A can see through axle sleeve 23,230 and rotate around fixed bar 21, tube 22A also is provided with at least two locating holes 221 in the position that correspondence is inserted the hole 212 of pulling, use for a tip bar 222 and insert the hole 212 of pulling, during one locating hole 221, shown in Fig. 4 A and 4B, pipe 13 belows before then making conduit 22B launch to be fixed to, but, when this tip bar 222 inserts the hole 212 of pulling, during another locating hole 221, as shown in figure 10, can make conduit 22B that guide rail 11 is fixed in doubling, 110 outsides, make it to reduce volume in response to storage or transportation; Be fixed in this doubling or deployed condition for what make that this spiral arm 22 can determine, it is provided with a fastener set in addition in the tube 22A outside, the lock dog 242, one that this fastener set is connected to pad 241 outsides by the pad 241, in a butt axle sleeve 230 outsides can be worn the bolt 243 of pull pad 241 and lock dog 242 and form, make bolt 243 can be screwed together in the screw 213 of fixed bar 21, in order to spiral arm 22 is fixing; As for the then sliding expansion link 25 that closed among the conduit 22B, this conduit 22B has radially provided a lockhole 223, the expansion link 25 then series of correspondence is provided with the adjustment hole 251 of differing heights, when making an adjustment bolt 26 be screwed together in lockhole 223, can plug together the suitable adjustment hole 251 of expansion link 25, in order to the formed angle theta in 11,110 rear and front ends of the adjustment guide rail shown in Fig. 5 A, 5B ₁, θ ₂

One is supportted in the drawing seat 30 of guide rail 11,110 tops, it has the bearing block 31 about connecting, these bearing block 31 upper and lower class holes that respectively are formed with, in order to being installed in of correspondence for bearing 32, these drawing seat 30 front ends have strut 33, the rear end of installing for the front wheel device and have the pipe fitting of installing for the rear roller device 34, this pipe fitting 34 radially is equipped with a leading shoot hole 341, make it for a leading shoot 35 plugging together from top to bottom, and pipe fitting 34 respectively is inserted with lining 36 in addition in two ends; The front wheel device mainly has two vestibule framves 41 in strut 33 bottom surface solid weldings, this two vestibules frame 41 respectively has can be for corresponding guide rail 11, the 110 ear grooves 410 that pass through, wear pivot one limit rod 42 at vestibule frame 41 root edges then, this limit rod 42 is positioned at corresponding guide rail 11,110 belows, deviate from guide rail 11 in order to restriction vestibule frame 41,110, vestibule frame 41 apical margins are then worn pivot a wheel shaft 43, this wheel shaft 43 is positioned at corresponding guide rail 11,110 tops, and in the ear groove 410 of vestibule frame 41, bearing 44 is installed, make it for front wheel 45 assemblings, this front wheel 45 is connected to corresponding guide rail 11,110 end faces, and radially extend out in two ends and to have extended retaining edge 451, this retaining edge 451 just is placed in guide rail 11,110 corresponding both sides so that this front wheel 45 can around wheel shaft 43 rotate in guide rail 11,110 end faces roll, and careless move left and right not; The rear roller device has the rod member 51 of consistent poling spare 34, this rod member 51 is that two linings 36 of pipe fitting 34 support, and be provided with the leading shoot hole 511 that plugs together for leading shoot 35, make rod member 51 be fixed in pipe fitting 34, and make its two ora terminalis can corresponding outstanding pipe fitting 34 two ends, and in these outstanding two ora terminalis radially be provided with medium hole 512, this rod member 51 respectively is provided with a screw 513 in both ends of the surface in addition, respectively be equipped with one at rod member 51 two outstanding ora terminalis then and take turns support arm 52, this is taken turns support arm 52 and has a sleeve pipe 52A that can be sleeved on rod member 51 corresponding ora terminalis, one is arranged in the extension bar 52B of sleeve pipe 52A periphery, one rank is located at the free-ended back of extension bar 52B ear frame 52C, its sleeve pipe 52A two ends edge is coated with an axle sleeve 53 respectively, sleeve pipe 52A can be rotated by distaff part 51 with two axle sleeves 53, sleeve pipe 52A also is provided with at least two button holes 521 in the position of corresponding medium hole 512, use for a tip 522 and insert medium hole 512, during one button hole 521, then can as Fig. 4 A and the 4B that wheel support arm 52 is launched is fixing, but, when this tip 522 inserts medium hole 512, during another button hole 521, just order wheel support arm 52 foldings as can be are as shown in figure 10 fixed, make it to reduce volume in response to storage or transportation; Be fixed in this folding or deployed condition for what make that this takes turns that support arm 52 can determine, it is provided with a fastener set in the sleeve pipe 52A outside, the lock dog 542, one that this fastener set is connected to pad 541 outsides by the pad 541, in a butt axle sleeve 53 outsides can be worn the bolt 543 of pull pad 541 and lock dog 542 and form, make bolt 543 can be screwed together in the screw 513 of rod member 51, fix in order to will take turns support arm 52; This two back ear frame 52C respectively has can be for corresponding guide rail 11, the 110 ear grooves 520 that pass through, then back ear frame 52C root edge across wear pivot one limit rod 55, this limit rod 55 is positioned at corresponding guide rail 11,110 belows, deviate from guide rail 11 in order to limit back

ear frame

52C, 110, then ear frame 52C has a wheel shaft 56 across wearing pivot in addition, this wheel shaft 56 is positioned at corresponding guide rail 11,110 tops, and in the ear groove 520 of back ear frame 52C, bearing 57 is installed, make it for rear roller 58 assemblings, this rear roller 58 is connected to corresponding guide rail 11,110 end faces, and radially extend out in two ends and to have extended retaining edge 581, this retaining edge 581 just is placed in guide rail 11,110 corresponding both sides, so that this rear roller 58 can around wheel shaft 56 rotate in guide rail 11,110 end faces roll, and careless move left and right not;

One is positioned at the microscope carrier 60 of drawing seat 30 tops, it has extended a vertical shaft 61 downwards, this vertical shaft 61 is worn the bearing 32 of pivot in drawing seat 30, and tie in this vertical shaft 61 bottoms with a bolt 62, pad lock, in order to this vertical shaft 61 is hubbed at bearing block 31, so that this microscope carrier 30 can be around vertical shaft 61 central axis rotations, in order in response to the motion that sways one's hips;

One pad 70 is installed on microscope carrier 60 end faces, squats in order to the user to be provided; And

One retarding construction, it is made of a bullet spare rope 63, these bullet spare rope 63 1 ends see through bolt 64 and are locked in microscope carrier 60, bullet spare rope 63 end in addition then is provided with a leading shoot hole 631 corresponding with leading shoot hole 341, with being fixed in drawing seat 30, make it sluggish microscope carrier 60 rotations so that leading shoot 35 can be held elastic cable 63 in addition.

Please be referring to Fig. 5 A, 5B, 6, when desiring to be good for the abdomen motion, it must see through foot rest and adjust formed angle theta between guide rail 11,110 rear and front ends and the ground ₁To the most appropriate, this angle theta ₁Can not think zero; Then, the user can squat on pad 70, both hands are gripped on handlebar stem 16 then, exert oneself and drawing seat 30 driven in synchronism front wheel devices, rear roller device are closed along the spacing cunning of guide rail 11,110 fore-and-aft directions by belly, make user's body weight, drawing seat 30, microscope carrier 60 and pad 70 gross weights form the load of strong abdomen motion, so promptly can reach the effect that strong abdomen moves.If this load is too heavy, then can turn this angle theta down ₂, identical reason when underloading, then can be transferred big this angle theta ₁In response to needs.

In addition please referring to Fig. 5 A, 7,8A, 8B, when desiring to sway one's hips motion, the user need only squat on the pad 70, see through handle configuration support both hands then and sway one's hips driving microscope carrier 60 around the reciprocal rotation of vertical shaft 61 central axis, can be engaged in the motion that sways one's hips, in addition, being provided with of this retarding construction can reach increases the motion exercise effect that sways one's hips, and makes the rotation that microscope carrier 60 can be not careless in strong abdomen motion process

Fig. 9 is another embodiment that discloses the configuration of the utility model handle, this handle configuration still has the vertical tube 15 of being located at preceding pipe 13, one is located at the handlebar stem 16 on vertical tube 15 tops, it further is provided with first assembly pulley 81 in drawing seat 30 front end central authorities, handlebar stem 16 then is equipped with second in two ora terminalis correspondences, three assembly pulleys 82,83, then with a drag-line 84 walk around this first, two, three assembly pulleys 81,82,83, and be provided with in drag-line 84 two ends and draw 85,86, so, when being good for the abdomen motion, need only hold and draw 85,86 the application of force is exerted oneself and is made drawing seat driven in synchronism front wheel device by belly, the rear roller device is along guide rail 11, the cunning of 110 fore-and-aft directions close in response to.

In sum, the utility model overall structure is quite novel, and the power roller motion and the motion that sway one's hips can be integrated into one, and what make it to be enough to unit provides that the belly type is fat integrates motion, reaches the economic advantage of buying, need not changing planes operation.The above.It only is a preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model, promptly the equalization of doing according to the utility model claims and description generally changes and modifies, and all should still belong in the scope that the utility model contains.

Claims

1. A comprehensive exerciser, characterized in that: comprising,

A base, which is at least composed of a main bracket, a tripod, and a handle configuration that can be used for gripping. An angle is formed between the end and the ground;

A drawing seat located above the guide rail, which has a front roller device and a rear roller device, and the drawing seat can be limited and slid along the front and rear directions of the guide rail; and

A platform located above the drawing seat is pivotally connected to the drawing seat by a vertical shaft, and the platform can rotate around the central axis of the vertical shaft.

2. The comprehensive motion device according to claim 1, characterized in that: a blocking structure for retarding the rotation of the carrier is further provided between the stage and the drawing seat.

3. The comprehensive exercise device according to claim 2, wherein the blocking structure is formed by an elastic cable, one end of the elastic cable is fixed to the carrier, and the other end is fixed to the drawing seat.

4. The comprehensive exercise device according to claim 1, wherein a pad is installed on the top surface of the platform.

5 . The comprehensive exercise device according to claim 1 , wherein the handle configuration is composed of a vertical pipe disposed at the front end of the base and a handle rod horizontally disposed at the top of the vertical pipe. 5 .

6. The comprehensive sports device according to claim 1, characterized in that: the handle configuration is a vertical pipe arranged at the front end of the base, a handle rod arranged at the top of the vertical pipe, and further a second A block of pulleys, and the second and third block of pulleys are installed correspondingly on the two ends of the handle rod, a drag cable bypasses the block of first, second, and third block pulleys, and handles are arranged at both ends of the drag cable to form a structure.

7. The compound motion device according to any one of claims 1 to 6, characterized in that: the main support has two guide rails parallel to each other and configured at equal heights, and a bridge that bridges over the rear ends of the two guide rails and can contact the ground. Bottom rod, a front tube spanning the front ends of the two guide rails; the tripod is composed of a fixed rod and two swing arms. The two ends of the tube are used for the installation of the swing arm. The swing arm has a rotating tube that can be fitted on the corresponding end edge of the fixed rod, and a conduit that intersects with the outer circumference of the rotating tube. The rotating tube can be positioned to rotate around the fixed rod.

8. The comprehensive exerciser as claimed in claim 7, characterized in that: the two ends of the fixed rod are radially provided with insertion holes, and the rotating tube is provided with at least two positioning holes at positions corresponding to the insertion holes. When a tip rod is inserted into a button hole and a positioning hole, the catheter can be unfolded and fixed to the bottom of the front tube, but when the tip rod is inserted into the button hole and another positioning hole, the catheter can be folded in half and fixed outside the guide rail. The outer side of the rotating tube is additionally provided with a fastener group capable of being locked to the fixing rod.

9. The comprehensive exerciser as claimed in claim 7, characterized in that: the guide tube slides into a telescopic rod, and a lock hole is provided radially through the guide tube, and the corresponding series of telescopic rods are provided with adjustment holes of different heights , an adjusting bolt is screwed into the locking hole to be inserted into the corresponding adjusting hole of the telescopic rod.

10. The compound exerciser as claimed in claim 1, characterized in that: the front roller device is provided with two front ear frames on the bottom surface of the drawing seat, and each of the two front ear frames has ear grooves for corresponding guide rails to pass through, and then There is a restricting rod on the bottom edge of the front ear frame, which is located below the corresponding guide rail, while the top edge of the front ear frame is pivoted with a wheel shaft, which is located above the corresponding guide rail, and a roller is arranged at the center of the ear groove of the front ear frame , the front roller abuts against the top surface of the corresponding guide rail.