CN202223816U - Mechanical type horse riding machine structure - Google Patents
Mechanical type horse riding machine structure Download PDFInfo
- Publication number
- CN202223816U CN202223816U CN2011202815780U CN201120281578U CN202223816U CN 202223816 U CN202223816 U CN 202223816U CN 2011202815780 U CN2011202815780 U CN 2011202815780U CN 201120281578 U CN201120281578 U CN 201120281578U CN 202223816 U CN202223816 U CN 202223816U
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- articulated
- cushion
- base
- application
- rear arm
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Abstract
The utility model relates to a mechanical type horse riding machine structure. The mechanical type horse riding machine structure comprises a pedestal, a force application frame and a cushion, wherein the pedestal is provided with a fixed supporting point and a moveable supporting point; the moveable supporting point is eccentrically arranged at the position of an inertial device; a shaft hole runs through the middle section of the force application frame; the force application frame is pivoted at the fixed supporting point of the pedestal through the shaft hole; a first pivoting part is formed at one end, opposite to the shaft hole, of the force application frame; a plurality of second pivoting parts are formed at the other end, opposite to the shaft hole, of the force application frame; the bottom part of the cushion is pivoted with a front rocker arm and a plurality of rear rocker arms respectively; the extending end of the front rocker arm is pivoted to the first pivoting part of the force application frame; the extending ends of the rear rocker arms are pivoted to the second pivoting parts; and the middle sections of the rear rocker arms are pivoted to the moveable supporting point of the pedestal. By adoption of the structure, the using effect of simulating equestrian sport is achieved.
Description
Technical field
The utility model relates to a kind of exercise and fitness equipment, especially refers to the ride mechanical type machine structure of riding of action of a kind of simulation.
Background technology
Equestrian sport mainly be by horses advance the regular movements that produces, the breathing of promoting the rider and blood circulation, not only can consume a large amount of heats, also can promote cardio-pulmonary function, reach the effect of keeping fit.In the process that drives, the rider must suitably utilize the strength of waist and lower limb, therefore except keeping the beautiful posture; Also help the deflation of buttocks muscles; In addition, horsemanship is a kind of therapy simultaneously, and American-European advanced country has affirmed fully horsemanship to limbs; Even, all there is certain course of treatment for intelligent disabled's rehabilitation.For example, most of people give a lesson or reading because of working, because of bad caused the having a pain in the back of posture, can correct through the regular movements that horses are advanced, and also have the effect of similar massage for internal organs simultaneously; Therefore equestrian sport can reach and eliminate the unnecessary fat of human body, promotes the blood of human body circulation, and the function of enhances human body internal organs is alleviated the human pressure, the effect of multiple body-building body beautification.
But equestrian sport must possess horses are arranged, relevant appliance and enough places thereby generally ask a price high; For common people, be difficult to for a long time with horsemanship therefore to have developed horseback riding body-building machine at present on the market as motion; This body exercising machine mainly is the seat cushion with a simulation saddle seat; Drive plural gear and plural lever via a motor, and, form and imitate the regular movements that horses are advanced with electronic mode by the lever-linked seat cushion of plural gear plural number; The human body that order is taken on this seat cushion waves upper body with its regular movements, to reach the effect of motion.
Yet; The ride occupation mode of machine of above-mentioned electrodynamic type is to drive the human body regular movements by this machine of riding, have only when the user with given pose, for example lift lower limb and be clamped in this when riding machine; Could let lower limb effective exercise simultaneously; And when user's fault, then be difficult for reaching body-building effect as expected, and reduce user's use wish; In addition, this electrodynamic type rides that mechanism makes complicacy and cost is high, if fail effectively utilization after buying, not only causes the waste of money, leaves unused and in family, also causes the usage space in the family to reduce.
The utility model content
The purpose of the utility model is to provide a kind of mechanical type machine structure of riding, to solve the problem that exists in the known technology.
Be to realize above-mentioned purpose, the mechanical type that the utility model the provides machine structure of riding, it includes:
One base, this base have a fixed pivot and a moving fulcrum, and this moving fulcrum is off-centre and is arranged at an inertial device place;
One application of force frame; This application of force frame is penetrated with an axis hole in the middle section; And be hubbed at the fixed pivot of base with axis hole, and this application of force frame is formed with one first articulated section and a plurality of second articulated section respectively in two ends, and the first articulated section side of this application of force frame has been horizontally set with one and has trampled bar again; And
One cushion; This cushion is articulated with a front arm and a plurality of rear arm respectively in the bottom; This front arm elongated end is articulated in first articulated section of application of force frame, and the elongated end of this rear arm is articulated in second articulated section, and the middle section of this rear arm is articulated in the moving fulcrum of base again.
The mechanical type that the utility model the provides machine structure of riding; Also include a base, an application of force frame, a cushion and a spin ornament, this base is in order to articulate this application of force frame, and this cushion is linked to the spin ornament place; And spin ornament is extended with front arm and rear arm; By the continuous action relation of application of force frame and forward and backward rocking arm, utilize spin ornament to drive cushion and produce the swing that simulation is ridden and moved, wherein:
A switch block and a back switch block before the two ends of this spin ornament wear respectively and are articulated with one, switch block is articulated in front arm and is articulated in rear arm with the back switch block before this spin ornament utilization, and this spin ornament end is connected with a push-and-pull movable part again, and the end in addition of push-and-pull movable part is the pivot joint form.
The described mechanical type machine structure of riding; Wherein this push-and-pull movable part has that an end is formed with one first universal joint and in order to be articulated in the spin ornament end; And this push-and-pull movable part other end is formed with one second universal joint and in order to be articulated in the rear arm end, the hole axle of this first universal joint and second universal joint at right angles shape setting mutually again.
The described mechanical type machine structure of riding; Wherein this push-and-pull movable part has that an end is formed with one first universal joint and in order to be articulated in the spin ornament end; And this push-and-pull movable part other end is formed with one second universal joint and in order to be articulated in the front arm end, the hole axle of this first universal joint and second universal joint at right angles shape setting mutually again.
The described mechanical type machine structure of riding; Wherein this application of force frame is formed with one first articulated section and a plurality of second articulated section respectively in two ends; This front arm elongated end is articulated in first articulated section of application of force frame; And the elongated end of this rear arm is articulated in second articulated section, and the middle section of this rear arm is articulated in base again.
The described mechanical type machine structure of riding, wherein this rear arm offers a perforation in the middle section, and rear arm is hubbed at the moving fulcrum place of base with perforation.
The described mechanical type machine structure of riding, wherein this rear arm is extended with a connecting rod in the middle section, and is articulated in the moving fulcrum place of base by the connecting rod place.
The described mechanical type machine structure of riding, wherein the moving fulcrum of this base is the eccentric part that a plurality of arrangements are arranged at inertial device, with the adjustment connecting rod.
The described mechanical type machine structure of riding, wherein this base is extended with a handle bar in the cushion front position to the cushion direction.
The effect of the utility model is:
1) this application of force frame of the utility model, front arm, rear arm and cushion constitute quadric chain; And the support that forms cushion by the fixed pivot and the moving fulcrum of base, can the forward and backward rocking arm of interlock by the swing of application of force frame, make cushion produce rocking action; Again by the eccentric inertial device that drives of rear arm; Let application of force frame inertia produce the trend of swing continuously, more form spacing that cushion waves, to obtain the result of use of simulation horse-riding by moving fulcrum.
2) two ends of the spin ornament of the utility model wear forward and backward switch block respectively and form pivot joint; And be connected in front arm and rear arm with forward and backward switch block correspondence; Link between this spin ornament and the rear arm in addition the push-and-pull movable part is arranged; This push-and-pull movable part has that an end is formed with one first universal joint and in order to being articulated in the spin ornament end, and this push-and-pull movable part other end is formed with one second universal joint and in order to being articulated in front arm or rear arm end, and the axle veer of first universal joint and second universal joint system mutually at right angles; Utilize the push-and-pull movable part to limit the pivot angle degree that inclines of this cushion; And, make cushion can further simulate the motion state of riding, to improve its movement effects by the pendulum that inclines about the generation of push-and-pull movable part control cushion.
3) inertial device of the utility model has the function that improves rotational resistance and store kinetic energy, after trampling application of force frame continuously and producing start, this inertial device can produce rotatory inertia assist rocking action continue carry out, to improve its start smooth degree.
Description of drawings
Fig. 1 is the stereogram of the utility model.
Fig. 2 is the three-dimensional exploded view of the utility model.
Fig. 3 is the side schematic view of the rocking action of the utility model in primary importance.
Fig. 4 is the side schematic view of the rocking action of the utility model in the second place.
Fig. 5 is that the rocking action of the utility model is in the side schematic view of the 3rd position.
Fig. 6 is that the rocking action of the utility model is in the side schematic view of the 4th position.
Fig. 7 is the sketch map of another user mode of the utility model.
Fig. 8 is the three-dimensional exploded view of another embodiment of the utility model.
Fig. 9 is one of the front schematic view of action of vacillating now to the left, now to the right of the utility model.
Figure 10 be the utility model vacillate now to the left, now to the right the action front schematic view two.
Primary clustering symbol description in the accompanying drawing:
The specific embodiment
The utility model comprises: a base, this base have a fixed pivot and a moving fulcrum, and this moving fulcrum is off-centre and is arranged at an inertial device place; One application of force frame is penetrated with an axis hole in the middle section, and is hubbed at the fixed pivot of base with axis hole, and this application of force frame is formed with one first articulated section and a plurality of second articulated section respectively in two ends; The first articulated section side of this application of force frame has been horizontally set with one and has trampled bar again; One cushion is articulated with a front arm and a plurality of rear arm respectively in the bottom, this front arm elongated end is articulated in first articulated section of application of force frame, and the elongated end of this rear arm is articulated in second articulated section; The middle section of this rear arm is articulated in the moving fulcrum of base again; One spin ornament is connected between cushion and the forward and backward rocking arm, and in the two ends of spin ornament wear respectively be articulated with one before a switch block and a back switch block, switch block is articulated in front arm and is articulated in rear arm with the back switch block before this spin ornament utilization; This spin ornament end is connected with a push-and-pull movable part again, and the end in addition of push-and-pull movable part is the pivot joint form.
The novel characteristics of other purpose, advantage and the utility model of the utility model will be more obvious with the accompanying drawing of expecting mutually from following detailed description.
For understanding and understanding further can be arranged purpose, characteristic and the effect of the utility model, following conjunction with figs. elaborates.
Please set up Fig. 1 and shown in Figure 2 earlier; The mechanical type of the utility model machine structure of riding; Include: a base 10, an application of force frame 20 and a cushion 30; One base 10 has a fixed pivot 11 and a moving fulcrum 12, and this moving fulcrum 12 is off-centre and is arranged at an inertial device 13 places, and the terrain clearance of this fixed pivot 11 is the terrain clearances that are lower than moving fulcrum 12 again; One application of force frame 20 is penetrated with an axis hole 21 in the middle section, axis hole 21 is hubbed at the fixed pivot 11 of base 10, and this application of force frame 20 is formed with one first articulated section 22 and a plurality of second articulated sections 23 respectively in two ends; First articulated section, 22 sides of this application of force frame 20 have been horizontally set with one and have trampled bar 24 again; One cushion 30 is articulated with a front arm 31 and a plurality of rear arms 32 respectively in the bottom, front arm 31 elongated ends are articulated in first articulated section 22 of application of force frame 20, and the elongated end of rear arm 32 is articulated in second articulated section 23; The middle section of this rear arm 32 is articulated in the moving fulcrum 12 of base 10; Promptly this rear arm 32 offers a perforation 321 in the middle section, and rear arm 32 with bore a hole 321 be hubbed at base 10 moving fulcrum 12 places, by said structure; The forward and backward rocking arm 31,32 of swing ability interlock of application of force frame 20; Make cushion 30 produce rocking action, by the rear arm 32 eccentric inertial devices 13 that drive, let application of force frame 20 inertia produce the trend of swing continuously again; More form spacing that cushion 30 waves, to obtain the result of use of simulation horse-riding by moving fulcrum 12.
The situation of its actual start sees also Fig. 2 more continuously to shown in Figure 6, and this application of force frame 20 is the fixed pivots 11 that are hubbed at base 10 with axis hole 21; And be pivoted with front arm 31 and rear arm 32 respectively with first, second articulated section 22,23, and this rear arm 32 with bore a hole 321 be pivoted to base 10 moving fulcrum 12, be hubbed at the top of forward and backward rocking arm 31,32 again with cushion 30 bottoms; Make application of force frame 20, front arm 31, rear arm 32 and cushion 30 constitute quadric chains, and form the support of cushion 30 by the fixed pivot 11 of base 10 and moving fulcrum 12, when the user force in application of force frame 20 trample bar 24 time; These application of force frame 20 meetings be that the axle center produces swing with fixed pivot 11, and front arm 31 is spurred and upwards promotion of rear arm 32 downwards, form cushion 30 forward end wallowing motions; This rear arm 32 is limited by the off-centre of moving fulcrum 12 simultaneously; The circle that makes leaning forward of cushion 30 be subject to moving fulcrum 12 and inertial device 13 changes, when moving fulcrum 12 when the summit to inertial device 13 forward rotates again, by effect of inertia rear arm 32 is oppositely spurred; Promoting application of force frame 20 will trample on the bar 24 with the seesaw mode and move; Promote upwards pushing tow cushion 30 of front arm 31 simultaneously, form cushion 30 thus and tilt to the back-end and displacement, again behind the end point of moving fulcrum 12 through inertial device 13; Will change the swaying direction of application of force frame 20 once again; And then the person of being used trample the application of force, reach the movement effects of patrolling the ring swing, this inertial device 13 has the function that improves rotational resistance and store kinetic energy in addition; After trampling the 20 generation starts of application of force frame continuously; This inertial device 13 can produce the auxiliary rocking action of rotatory inertia continue carry out, can reach the result of use of simulation horse-riding, to improve the effect of its sport and body-building.
Another of the utility model uses form, sees also shown in Figure 7ly again, and the base 10 of the utility model can be extended with a handle bar 16 in cushion 30 front positions to cushion 30 directions; Utilize handle bar 16 that gripping of user is provided, reduce the rocking tendency of user with cushion 30 thus, this rear arm 32 is extended with a connecting rod 322 in the middle section in addition; And be articulated in moving fulcrum 12 places of base 10 by connecting rod 322 places; Improve the gradient of cushion 30 with this, can improve the rocking tendency of cushion 30, the moving fulcrum 12 of this base 10 is eccentric parts that a plurality of arrangements are arranged at inertial device 13 again; Adjustment so that connecting rod 322 to be provided is used; In sum, can reach the purpose that intensity is waved in adjustment, to improve its applicability.
Another preferred embodiment of the utility model; See also Fig. 8 and cooperate shown in Figure 2; A kind of mechanical type machine structure of riding, it includes a base 10, an application of force frame 20, a cushion 30 and a spin ornament 40, and this base 10 is in order to articulate this application of force frame 20; This cushion 30 is linked to spin ornament 40 places; And spin ornament 40 is extended with front arm 31 and rear arm 32, and this application of force frame 20 is formed with one first articulated section 22 and a plurality of second articulated sections 23 respectively in two ends, and these front arm 31 elongated ends are articulated in first articulated section 22 of application of force frame 20; And the elongated end of this rear arm 32 is articulated in second articulated section 23; The middle section of this rear arm 32 is articulated in base 10 again, by the continuous action relation of application of force frame 20 with forward and backward rocking arm 31,32, produces the swing that simulation is ridden and moved and can utilize spin ornament 40 to drive cushion 30; This spin ornament 40 is connected in cushion 30 and forward and backward rocking arm 31, between 32; A switch block 41 and a back switch block 42 before the two ends of this spin ornament 40 wear respectively and are articulated with one, switch block 41 was articulated in front arm 31 and is articulated in rear arm 32 with back switch block 42 before this spin ornament 40 utilized, and was connected with a push-and-pull movable part 50 again between this spin ornament 40 and the rear arm 32 in addition; And the end in addition of push-and-pull movable part 50 is the pivot joint form; This push-and-pull movable part 50 has that an end is formed with one first universal joint 51 and in order to being articulated in spin ornament 40 ends, and these push-and-pull movable part 50 other ends are formed with one second universal joint 52 and in order to be articulated in front arm 31 or rear arm 32 ends, the hole axle of this first universal joint 51 and second universal joint 52 is at right angles shape setting mutually.
The situation of its actual start sees also Fig. 8, Fig. 9, shown in Figure 10 again, and the two ends of this spin ornament 40 wear forward and backward switch block 4142 respectively and form pivot joint; And being connected in front arm 31 and rear arm 32 with forward and backward switch block 41,42 correspondences, this spin ornament 40 is fixed in this cushion 30 again, spin ornament 40 is can axially rotate shape to drive cushion 30 and produces and swing; Linking between this spin ornament 40 and the rear arm 32 in addition has push-and-pull movable part 50, and first universal joint 51 of push-and-pull movable part 50 is hubbed at spin ornament 40 ends, and second universal joint 52 is hubbed at rear arm 32 ends; And the oscillating motion that this cushion 30 can produce the fore-and-aft inclining attitude mutually at right angles when simulating horse-riding, can be learnt by above stated specification by the axle veer of first universal joint 51 and second universal joint 52 system; No longer repeat to discuss, when cushion 30 rocked back and forth, this rear arm 32 and spin ornament 40 were formed with the variation of angle; Make rear arm 32 these push-and-pull movable parts 50 of ability interlock; The rotation that makes push-and-pull movable part 50 and produce suitable angle with first universal joint 51 and second universal joint 52, and then promote the upset that spin ornament 40 produces left and right directions, this spin ornament 40 is to link fixing this cushion 30 again; The swing of inclining about can letting cushion 30 in the anteversion and retroversion pendulum, also produce is done; Therefore, utilize push-and-pull movable part 50 to limit the pivot angle degree that inclines of this cushion 30, and the pendulum that inclines about producing by push-and-pull movable part 50 control cushions 30; Make cushion 30 can further simulate the motion state of riding, to improve its movement effects.
The above is merely a preferred embodiment of the utility model, when not limiting the scope that the utility model is implemented with this; The equalization of promptly being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the claim of the utility model contains.
Claims (9)
1. mechanical type machine structure of riding is characterized in that, includes:
One base, this base have a fixed pivot and a moving fulcrum, and this moving fulcrum is off-centre and is arranged at an inertial device place;
One application of force frame; This application of force frame is penetrated with an axis hole in the middle section; And be hubbed at the fixed pivot of base with axis hole, and this application of force frame is formed with one first articulated section and a plurality of second articulated section respectively in two ends, and the first articulated section side of this application of force frame has been horizontally set with one and has trampled bar again; And
One cushion; This cushion is articulated with a front arm and a plurality of rear arm respectively in the bottom; This front arm elongated end is articulated in first articulated section of application of force frame, and the elongated end of this rear arm is articulated in second articulated section, and the middle section of this rear arm is articulated in the moving fulcrum of base again.
2. mechanical type machine structure of riding; It includes a base, an application of force frame, a cushion and a spin ornament, and this base is in order to articulate this application of force frame, and this cushion is linked to the spin ornament place; And spin ornament is extended with front arm and rear arm; By the continuous action relation of application of force frame and forward and backward rocking arm, utilize spin ornament to drive cushion and produce the swing that simulation is ridden and moved, it is characterized in that:
A switch block and a back switch block before the two ends of this spin ornament wear respectively and are articulated with one, switch block is articulated in front arm and is articulated in rear arm with the back switch block before this spin ornament utilization, and this spin ornament end is connected with a push-and-pull movable part again, and the end in addition of push-and-pull movable part is the pivot joint form.
3. the mechanical type according to claim 2 machine structure of riding; It is characterized in that; Wherein this push-and-pull movable part has that an end is formed with one first universal joint and in order to be articulated in the spin ornament end; And this push-and-pull movable part other end is formed with one second universal joint and in order to be articulated in the rear arm end, the hole axle of this first universal joint and second universal joint at right angles shape setting mutually again.
4. the mechanical type according to claim 2 machine structure of riding; It is characterized in that; Wherein this push-and-pull movable part has that an end is formed with one first universal joint and in order to be articulated in the spin ornament end; And this push-and-pull movable part other end is formed with one second universal joint and in order to be articulated in the front arm end, the hole axle of this first universal joint and second universal joint at right angles shape setting mutually again.
5. the mechanical type according to claim 2 machine structure of riding; It is characterized in that; Wherein this application of force frame is formed with one first articulated section and a plurality of second articulated section respectively in two ends; This front arm elongated end is articulated in first articulated section of application of force frame, and the elongated end of this rear arm is articulated in second articulated section, and the middle section of this rear arm is articulated in base again.
6. the mechanical type according to claim 1 and 2 machine structure of riding it is characterized in that wherein this rear arm offers a perforation in the middle section, and rear arm is hubbed at the moving fulcrum place of base with perforation.
7. the mechanical type according to claim 1 and 2 machine structure of riding is characterized in that wherein this rear arm is extended with a connecting rod in the middle section, and is articulated in the moving fulcrum place of base by the connecting rod place.
8. the mechanical type according to claim 1 and 2 machine structure of riding is characterized in that wherein the moving fulcrum of this base is the eccentric part that a plurality of arrangements are arranged at inertial device, with the adjustment connecting rod.
9. the mechanical type according to claim 1 and 2 machine structure of riding is characterized in that wherein this base is extended with a handle bar in the cushion front position to the cushion direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202815780U CN202223816U (en) | 2011-08-04 | 2011-08-04 | Mechanical type horse riding machine structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202815780U CN202223816U (en) | 2011-08-04 | 2011-08-04 | Mechanical type horse riding machine structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202223816U true CN202223816U (en) | 2012-05-23 |
Family
ID=46074427
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202815780U Expired - Fee Related CN202223816U (en) | 2011-08-04 | 2011-08-04 | Mechanical type horse riding machine structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202223816U (en) |
-
2011
- 2011-08-04 CN CN2011202815780U patent/CN202223816U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120523 Termination date: 20130804 |