CN2845873Y - Turnable moving mechanism - Google Patents
Turnable moving mechanism Download PDFInfo
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- CN2845873Y CN2845873Y CN 200520017869 CN200520017869U CN2845873Y CN 2845873 Y CN2845873 Y CN 2845873Y CN 200520017869 CN200520017869 CN 200520017869 CN 200520017869 U CN200520017869 U CN 200520017869U CN 2845873 Y CN2845873 Y CN 2845873Y
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- foreleg
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Abstract
A turnable moving mechanism includes a turning and foreleg mechanisms, a machine frame and back-leg mechanisms, a saddle and a pedal mechanism. The turnable moving mechanism can realize the effect that the moving mechanism makes use of self gravity of human body to imitate the action of horse riding for obtaining the motion of mechanism. The moving mechanism is provided with stronger recreation.
Description
Affiliated technical field
The utility model relates to a kind of without electric power and other fuel oil mechanokinetic manpower walking mechanism, particularly a kind of movable mechanism.
Background technology
At present at toy industry and health and fitness facilities in the industry, many sport toys and apparatus all relate to electric power, and actually rare by the frame for movement of the motion walking of man power.There are the manufacturing cost height in electrodynamic sport toy and apparatus and also do not reach the purpose of body-building.The man power walking mechanism is bicycle etc. for example, there have existence to lack to be recreational, itself falls down bicycle again easily, and children, beginner etc. are had certain unsafe factor, and the product with more recreational, as to guarantee security man power body-building is rarely found on market.
Summary of the invention
In order to overcome the deficiency on the properties of product that lack the man power body-building recreational, that security is not enough in existing toy industry and the health and fitness facilities, the utility model provides this mechanism of a kind of movable mechanism can realize mainly utilizing human body self gravity to copy to ride action to reach the effect of mechanism kinematic, both had stronger recreational, because this mechanism has stable support, realize the impact of performance of safety again.
The technical scheme that its technical problem that solves the utility model adopts is:
A kind of travel mechanism that turns to includes and turns to and preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism, particularly: described turn to and preceding leg mechanism includes handle, steering spindle, hollow pull bar, U type support, the foreleg crossbeam, the foreleg overarm brace, turn to candan universal joint, turn to fork, the middle part turns to pendulum, the left side turns to pendulum, the right hand steering pendulum, the foreleg turning-bar, the foreleg wheel support, hollow foreleg bar, foreleg rotates castor, wherein the upper end of handle and steering spindle is fixedly connected, the lower end of steering spindle is passed hollow pull bar and is turned to the upper end of candan universal joint to be fixedly connected, hollow pull bar upper end connects with handle is movable, fixedly connected with U type support in hollow pull bar lower end, U type support and foreleg overarm brace flexibly connect, the foreleg overarm brace is fixedlyed connected with the foreleg crossbeam, the foreleg crossbeam is fixedlyed connected with hollow foreleg bar, turn to candan universal joint lower end and middle part to turn to pendulum to fixedly connected, and and the foreleg crossbeam is movable connects, the middle part turns to pendulum and turns to the middle part of fork to flexibly connect, turn to the fork two ends to turn to pendulum with the left side respectively, the right hand steering pendulum is movable to be connected, the left side turns to pendulum, the right hand steering pendulum is fixedlyed connected with foreleg turning-bar upper end, the foreleg turning-bar inserts in the hollow foreleg bar, foreleg turning-bar lower end and foreleg wheel support upper end are fixedly connected, hollow foreleg bar lower end connects with the foreleg wheel support is movable, and foreleg wheel support and rotation castor are fixedly connected;
Described frame and back leg mechanism include frame, back leg overarm brace, back leg crossbeam, back leg bar, back leg wheel support, back leg rotation castor, the frame front end connects with the foreleg overarm brace is movable, frame rear end connects with the back leg overarm brace is movable, back leg overarm brace and back leg crossbeam are fixedly connected, back leg crossbeam two ends and back leg bar are fixedly connected, back leg bar and back leg wheel support are fixedly connected, and the back leg wheel support rotates the castor activity with back leg and connects;
Described saddle and pedal mechanism include saddle, saddle pillar, T-bar, balancing pull rod, housiung separator, girt, preceding pull bar, the cant pull bar, arc pedal rod, the pedal pull bar, pedal, saddle is connected in the saddle pillar top, the saddle pillar lower end respectively with the T-bar front end, the front end of balancing pull rod is movable to be connected, the T-bar rear end, the rear end of balancing pull rod connects with housiung separator is movable respectively, housiung separator is positioned at the postmedian of frame, fixedly connected with frame, the lower end of T-bar connects with cant pull bar one end is movable, the cant pull bar other end connects with the foreleg overarm brace is movable, the upper end of T-bar is connected with the postmedian of girt, the rear portion of girt connects with the back leg overarm brace is movable, the front portion of girt connects with an end of preceding pull bar is movable, the other end of preceding pull bar connects with hollow pull bar is movable, the front end of arc pedal rod respectively with the frame front end, the girt front end is movable to be connected, the rear end of arc pedal rod connects with pedal connecting rod is movable, and pedal connecting rod and pedal are movable to be connected.Described turn to and the hollow foreleg bar lower end of preceding leg mechanism and foreleg wheel support between be provided with load bearing or pad.Be provided with spring assembly between the back leg crossbeam of described frame and back leg mechanism and the frame.Be provided with spring assembly between the back leg crossbeam of described frame and back leg mechanism and the girt of described saddle and pedal mechanism.Described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism is provided with whole animal shape overcoat.The head of described overcoat is provided with luminous and/or sound-producing device.
The utility model is after the people sits on the saddle, makes the T-bar front end to pressing down by human body weight, and drive girt left direction promote.Girt drives pedal rod along the axial left movement of frame because connect with pedal rod is movable simultaneously, the movable connection of pedal rod and foot-operated connecting rod, and foot-operated connecting rod will be ridden connecting rod and lift.Girt and preceding pull bar are movable to be connected, and pull bar was along the axial left movement of frame before girt drove again simultaneously, and preceding pull bar and hollow pull bar are movable to be connected, so preceding pull bar makes hollow pull bar along the axial left movement of frame.The cant pull bar is spurred by the T-bar bottom bar, and along the axial right motion of frame, the cant pull bar drives the foreleg hollow stem along the axial left movement of frame by the foreleg overarm brace that links with it.So whole mechanism will be along the axial left movement of frame, and the foreleg hollow stem and the back leg bar of this mechanism are fully withdrawn.
After saddle is sat on the end, the people that rides can copy ride posture again the tap pedal connecting rod stand up, still step under the pedal connecting rod by human body weight, pedal connecting rod drives pedal rod along axially rotation down of frame, the girt of pedal rod drive simultaneously moves right, and girt drives T-bar upper end edge frame and axially moves right, and the T-bar front end lifts, the drive saddle lifts and resets, and the cant of T-bar lower end drive simultaneously pull bar resets.When girt moved right, pull bar and hollow turning-bar resetted before driving.Certainly, also can be by end user's arm strength, by spurring steering handle to the right, thereby driving turning-bar and hollow pull bar moves right, hollow pull bar axially moves right along frame by pull bar before driving, before pull bar drive girt again and axially move right along frame, girt drives T-bar upper end edge frame again and axially moves right, and impels saddle to lift and resets.Girt drives the back leg bar by the back leg overarm brace that is fixedly connected with it again and axially moves right along frame.
Repeat aforementioned process, this mechanism just can move freely by human body self gravity and arm strength, because saddle moves up and down repeatedly, it moves the similar action of riding, its security and with strong amusement.
In the technical program, can adopt can only one-directional rotation castor, castor can only unidirectional (left) forward motion like this, just can guarantee that this mechanism can constantly move forward continuously.
It is to rotate steering handle by a left side (right side) that this mechanism turns to function, swing handle drives a steering spindle left side (right side) and rotates, steering spindle turns to pendulum by turning to candan universal joint to drive the middle part that is fixedly connected with it then, turn to a fork left side (right side) to rotate thereby drive, the left side that turns to fork to drive two ends turns to pendulum, rotate on a right hand steering pendulum left side (right side), the left side turns to pendulum, the right hand steering pendulum drives a foreleg turning-bar left side (right side) that is fixedly connected with it and rotates, the foreleg turning-bar drives a foreleg wheel support left side (right side) that is fixedly connected with it and rotates, and reaches the technique effect of a rotation castor left side (right side) rotation of foreleg at last.
Described turn to and the hollow foreleg bar lower end of preceding leg mechanism and foreleg wheel support between be provided with load bearing or pad, can reduce the wearing and tearing between hollow foreleg bar lower end and the foreleg wheel support.
Can be provided with spring assembly between described frame and back back leg crossbeam of leg mechanism and the frame, this spring assembly can promote saddle to lift to reset.
Can be provided with spring assembly between the girt of described frame and the back back leg crossbeam of leg mechanism and described saddle and pedal mechanism, this spring assembly can promote saddle to lift to reset.
Described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism can be provided with whole animal shape overcoat, it is recreational that the technical program is had more, and gives effect such as approach to ride from visual effect.
The head of described overcoat can be provided with luminous and/or sound-producing device, and this device can produce the sound of animal, cooperates light-emitting device, builds recreational effect.
The utility model is provided with two on hollow foreleg bar, and two on back leg bar axially becomes left-right symmetry to distribute in frame.
The beneficial effects of the utility model are: utilize human body self gravity, can copy the action of riding to make its free-moving a kind of movable mechanism, this mechanism reach the purpose that body-building, amusement combine.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model left side TV structure schematic diagram.
Fig. 3 is that the utility model turns to the swing rod structure schematic diagram.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is further specified.
Embodiment one
At Fig. 1, Fig. 2, among Fig. 3, a kind of travel mechanism that turns to includes and turns to and preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism, particularly: described turn to and preceding leg mechanism includes handle (1), steering spindle (2), hollow pull bar (3), U type support (4), foreleg crossbeam (5), foreleg overarm brace (6), turn to candan universal joint (7), turn to fork (8), the middle part turns to pendulum (9-1), the left side turns to pendulum (9-2), right hand steering pendulum (9-3), foreleg turning-bar (10), foreleg wheel support (11), hollow foreleg bar (12), foreleg rotates castor (13), wherein handle (1) is fixedly connected with the upper end of steering spindle (2), the lower end of steering spindle (2) is passed hollow pull bar (3) and is turned to the upper end of candan universal joint (5) to be fixedly connected, hollow pull bar (3) upper end connects with handle (1) is movable, fixedly connected with U type support (4) in hollow pull bar (3) lower end, U type support (4) and foreleg overarm brace (6) flexibly connect, foreleg overarm brace (6) is fixedlyed connected with foreleg crossbeam (5), foreleg crossbeam (5) is fixedlyed connected with hollow foreleg bar (12), turn to candan universal joint (7) lower end and turn to pendulum (9-1) to fixedly connected with the middle part, and and foreleg crossbeam (5) is movable connects, the middle part turns to pendulum (9-1) and turns to the middle part of fork (8) to flexibly connect, turn to fork (8) two ends to turn to pendulum (9-2) with the left side respectively, right hand steering pendulum (9-3) is movable to be connected, the left side turns to pendulum (9-2), right hand steering pendulum (9-3) is fixedlyed connected with foreleg turning-bar (10) upper end, foreleg turning-bar (10) inserts in the hollow foreleg bar (12), foreleg turning-bar (9) lower end and foreleg wheel support (11) upper end are fixedly connected, hollow foreleg bar (12) lower end connects with foreleg wheel support (11) is movable, and foreleg wheel support (11) and rotation castor (13) are fixedly connected;
Described frame and back leg mechanism include frame (14), back leg overarm brace (15), back leg crossbeam (16), back leg bar (17), back leg wheel support (18), back leg rotates castor (19), frame (14) front end connects with foreleg overarm brace (6) is movable, frame (14) rear end connects with back leg overarm brace (15) is movable, back leg overarm brace (15) is fixedly connected with back leg crossbeam (16), back leg crossbeam (16) two ends and back leg bar (17) are fixedly connected, retreat bar (17) and back leg wheel support (18) is fixedly connected, back leg wheel support (18) rotates with back leg that castor (19) is movable to be connected;
Described saddle and pedal mechanism include saddle (20), saddle pillar (21), T-bar (22), balancing pull rod (23), housiung separator (24), girt (25), preceding pull bar (26), cant pull bar (27), arc pedal rod (28), pedal pull bar (29), pedal (30), saddle (20) is connected in saddle pillar (21) top, saddle pillar (21) lower end respectively with T-bar (22) front end, the front end of balancing pull rod (23) is movable to be connected, T-bar (22) rear end, the rear end of balancing pull rod (23) connects with housiung separator (24) is movable respectively, housiung separator (24) is positioned at the postmedian of frame (14), fixedly connected with frame (14), the lower end of T-bar (22) connects with cant pull bar (27) one ends are movable, cant pull bar (27) other end connects with foreleg overarm brace (6) is movable, the upper end of T-bar (22) is connected with the postmedian of girt (25), the rear portion of girt (25) connects with back leg overarm brace (15) is movable, the front portion of girt (25) connects with an end of preceding pull bar (26) is movable, the other end of preceding pull bar (26) connects with hollow pull bar is movable, the front end of arc pedal rod (28) respectively and frame (14) front end, girt (25) front end is movable to be connected, the rear end of arc pedal rod (28) connects with pedal connecting rod (29) is movable, and pedal connecting rod (29) and pedal (30) are movable to be connected.The back leg crossbeam (16) of described frame and back leg mechanism is provided with stopping means.Described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad.Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the frame (14).Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the girt (25) of described saddle and pedal mechanism.Described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism is provided with whole animal shape overcoat.The head of described overcoat is provided with luminous and/or sound-producing device.
The utility model is after the people sits on saddle (20) and goes up, and makes T-bar (22) front end to pressing down by human body weight, and drives girt (25) direction promotion left.Simultaneously girt (25) because and pedal rod (28) is movable connects, drive pedal rod (28) along the axial left movement of frame (14), pedal rod (28) and foot-operated connecting rod (29) activity connection, pedal rod (28) will be ridden connecting rod (29) and lift.Girt (25) and preceding pull bar (26) are movable to be connected, pull bar (26) was along the axial left movement of frame (14) before girt (25) drove again simultaneously, preceding pull bar (26) and hollow pull bar (3) are movable to be connected, and preceding pull bar (26) is so make hollow pull bar (3) along the axial left movement of frame (14).Cant pull bar (27) is by the pulling of T-bar (22) bottom bar, and along the axial right motion of frame (14), cant pull bar (27) drives hollow foreleg bar (12) along the axial left movement of frame (14) by the foreleg overarm brace (6) that links with it.So whole mechanism will be along the axial left movement of frame (14), and the hollow foreleg bar (12) and the back leg bar (17) of this mechanism are fully withdrawn.
After saddle (20) is sat on the end, the people that rides can copy ride posture again tap pedal connecting rod (29) stand up, still will step under the pedal connecting rod (29) by human body weight, pedal connecting rod (29) drives pedal rod (28) along axially rotation down of frame (14), pedal rod (28) drive girt (25) moves right simultaneously, girt (25) drives T-bar (22) upper end edge frame and axially moves right, T-bar (22) front end lifts, drive saddle (20) lifts and resets, and T-bar (22) lower end drive cant pull bar (27) resets simultaneously.Girt (25) is when moving right, and pull bar (26) and hollow pull bar (3) reset before driving.Certainly, also can be by end user's arm strength, by spurring steering handle (1) to the right, thereby driving steering spindle (2) and hollow pull bar (3) moves right, hollow pull bar (3) axially moves right along frame by pull bar (26) before driving, before pull bar (26) drive girt (25) again and axially move right along frame, girt (25) drives T-bar (22) upper end edge frame again and axially moves right, and impels saddle (20) to lift and resets.Girt (25) drives back leg bar (17) by the back leg overarm brace (15) that is fixedly connected with it again and axially moves right along frame.
Repeat aforementioned process, this mechanism just can move freely by human body self gravity and arm strength, because saddle (20) moves up and down repeatedly, it moves the similar action of riding, its security and with strong amusement.
In the technical program, can adopt can only one-directional rotation castor, castor can only unidirectional (left) forward motion like this, just can guarantee that this mechanism can constantly move forward continuously.
Embodiment two
At Fig. 1, Fig. 2, among Fig. 3, a kind of travel mechanism that turns to includes and turns to and preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism, particularly: described turn to and preceding leg mechanism includes handle (1), steering spindle (2), hollow pull bar (3), U type support (4), foreleg crossbeam (5), foreleg overarm brace (6), turn to candan universal joint (7), turn to fork (8), the middle part turns to pendulum (9-1), the left side turns to pendulum (9-2), right hand steering pendulum (9-3), foreleg turning-bar (10), foreleg wheel support (11), hollow foreleg bar (12), foreleg rotates castor (13), wherein handle (1) is fixedly connected with the upper end of steering spindle (2), the lower end of steering spindle (2) is passed hollow pull bar (3) and is turned to the upper end of candan universal joint (5) to be fixedly connected, hollow pull bar (3) upper end connects with handle (1) is movable, fixedly connected with U type support (4) in hollow pull bar (3) lower end, U type support (4) and foreleg overarm brace (6) flexibly connect, foreleg overarm brace (6) is fixedlyed connected with foreleg crossbeam (5), foreleg crossbeam (5) is fixedlyed connected with hollow foreleg bar (12), turn to candan universal joint (7) lower end and turn to pendulum (9-1) to fixedly connected with the middle part, and and foreleg crossbeam (5) is movable connects, the middle part turns to pendulum (9-1) and turns to the middle part of fork (8) to flexibly connect, turn to fork (8) two ends to turn to pendulum (9-2) with the left side respectively, right hand steering pendulum (9-3) is movable to be connected, the left side turns to pendulum (9-2), right hand steering pendulum (9-3) is fixedlyed connected with foreleg turning-bar (10) upper end, foreleg turning-bar (10) inserts in the hollow foreleg bar (12), foreleg turning-bar (9) lower end and foreleg wheel support (11) upper end are fixedly connected, hollow foreleg bar (12) lower end connects with foreleg wheel support (11) is movable, and foreleg wheel support (11) and rotation castor (13) are fixedly connected;
Described frame and back leg mechanism include frame (14), back leg overarm brace (15), back leg crossbeam (16), back leg bar (17), back leg wheel support (18), back leg rotates castor (19), frame (14) front end connects with foreleg overarm brace (6) is movable, frame (14) rear end connects with back leg overarm brace (15) is movable, back leg overarm brace (15) is fixedly connected with back leg crossbeam (16), back leg crossbeam (16) two ends and back leg bar (17) are fixedly connected, retreat bar (17) and back leg wheel support (18) is fixedly connected, back leg wheel support (18) rotates with back leg that castor (19) is movable to be connected;
Described saddle and pedal mechanism include saddle (20), saddle pillar (21), T-bar (22), balancing pull rod (23), housiung separator (24), girt (25), preceding pull bar (26), cant pull bar (27), arc pedal rod (28), pedal pull bar (29), pedal (30), saddle (20) is connected in saddle pillar (21) top, saddle pillar (21) lower end respectively with T-bar (22) front end, the front end of balancing pull rod (23) is movable to be connected, T-bar (22) rear end, the rear end of balancing pull rod (23) connects with housiung separator (24) is movable respectively, housiung separator (24) is positioned at the postmedian of frame (14), fixedly connected with frame (14), the lower end of T-bar (22) connects with cant pull bar (27) one ends are movable, cant pull bar (27) other end connects with foreleg overarm brace (6) is movable, the upper end of T-bar (22) is connected with the postmedian of girt (25), the rear portion of girt (25) connects with back leg overarm brace (15) is movable, the front portion of girt (25) connects with an end of preceding pull bar (26) is movable, the other end of preceding pull bar (26) connects with hollow pull bar is movable, the front end of arc pedal rod (28) respectively and frame (14) front end, girt (25) front end is movable to be connected, the rear end of arc pedal rod (28) connects with pedal connecting rod (29) is movable, and pedal connecting rod (29) and pedal (30) are movable to be connected.The back leg crossbeam (16) of described frame and back leg mechanism is provided with stopping means.Described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad.Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the frame (14).Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the girt (25) of described saddle and pedal mechanism.Described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism is provided with whole animal shape overcoat.The head of described overcoat is provided with luminous and/or sound-producing device.
The utility model is after the people sits on saddle (20) and goes up, and makes T-bar (22) front end to pressing down by human body weight, and drives girt (25) direction promotion left.Simultaneously girt (25) because and pedal rod (28) is movable connects, drive pedal rod (28) along the axial left movement of frame (14), pedal rod (28) and foot-operated connecting rod (29) activity connection, pedal rod (28) will be ridden connecting rod (29) and lift.Girt (25) and preceding pull bar (26) are movable to be connected, pull bar (26) was along the axial left movement of frame (14) before girt (25) drove again simultaneously, preceding pull bar (26) and hollow pull bar (3) are movable to be connected, and preceding pull bar (26) is so make hollow pull bar (3) along the axial left movement of frame (14).Cant pull bar (27) is by the pulling of T-bar (22) bottom bar, and along the axial right motion of frame (14), cant pull bar (27) drives hollow foreleg bar (12) along the axial left movement of frame (14) by the foreleg overarm brace (6) that links with it.So whole mechanism will be along the axial left movement of frame (14), and the hollow foreleg bar (12) and the back leg bar (17) of this mechanism are fully withdrawn.
After saddle (20) is sat on the end, the people that rides can copy ride posture again tap pedal connecting rod (29) stand up, still will step under the pedal connecting rod (29) by human body weight, pedal connecting rod (29) drives pedal rod (28) along axially rotation down of frame (14), pedal rod (28) drive girt (25) moves right simultaneously, girt (25) drives T-bar (22) upper end edge frame and axially moves right, T-bar (22) front end lifts, drive saddle (20) lifts and resets, and T-bar (22) lower end drive cant pull bar (27) resets simultaneously.Girt (25) is when moving right, and pull bar (26) and hollow pull bar (3) reset before driving.Certainly, also can be by end user's arm strength, by spurring steering handle (1) to the right, thereby driving steering spindle (2) and hollow pull bar (3) moves right, hollow pull bar (3) axially moves right along frame by pull bar (26) before driving, before pull bar (26) drive girt (25) again and axially move right along frame, girt (25) drives T-bar (22) upper end edge frame again and axially moves right, and impels saddle (20) to lift and resets.Girt (25) drives back leg bar (17) by the back leg overarm brace (15) that is fixedly connected with it again and axially moves right along frame.
Repeat aforementioned process, this mechanism just can move freely by human body self gravity and arm strength, because saddle (20) moves up and down repeatedly, it moves the similar action of riding, its security and with strong amusement.
In the technical program, can adopt can only one-directional rotation castor, castor can only unidirectional (left) forward motion like this, just can guarantee that this mechanism can constantly move forward continuously.
Described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad, can reduce the wearing and tearing between hollow foreleg bar (12) lower end and the foreleg wheel support (11).
Embodiment three
At Fig. 1, Fig. 2, among Fig. 3, a kind of travel mechanism that turns to includes and turns to and preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism, particularly: described turn to and preceding leg mechanism includes handle (1), steering spindle (2), hollow pull bar (3), U type support (4), foreleg crossbeam (5), foreleg overarm brace (6), turn to candan universal joint (7), turn to fork (8), the middle part turns to pendulum (9-1), the left side turns to pendulum (9-2), right hand steering pendulum (9-3), foreleg turning-bar (10), foreleg wheel support (11), hollow foreleg bar (12), foreleg rotates castor (13), wherein handle (1) is fixedly connected with the upper end of steering spindle (2), the lower end of steering spindle (2) is passed hollow pull bar (3) and is turned to the upper end of candan universal joint (5) to be fixedly connected, hollow pull bar (3) upper end connects with handle (1) is movable, fixedly connected with U type support (4) in hollow pull bar (3) lower end, U type support (4) and foreleg overarm brace (6) flexibly connect, foreleg overarm brace (6) is fixedlyed connected with foreleg crossbeam (5), foreleg crossbeam (5) is fixedlyed connected with hollow foreleg bar (12), turn to candan universal joint (7) lower end and turn to pendulum (9-1) to fixedly connected with the middle part, and and foreleg crossbeam (5) is movable connects, the middle part turns to pendulum (9-1) and turns to the middle part of fork (8) to flexibly connect, turn to fork (8) two ends to turn to pendulum (9-2) with the left side respectively, right hand steering pendulum (9-3) is movable to be connected, the left side turns to pendulum (9-2), right hand steering pendulum (9-3) is fixedlyed connected with foreleg turning-bar (10) upper end, foreleg turning-bar (10) inserts in the hollow foreleg bar (12), foreleg turning-bar (9) lower end and foreleg wheel support (11) upper end are fixedly connected, hollow foreleg bar (12) lower end connects with foreleg wheel support (11) is movable, and foreleg wheel support (11) and rotation castor (13) are fixedly connected;
Described frame and back leg mechanism include frame (14), back leg overarm brace (15), back leg crossbeam (16), back leg bar (17), back leg wheel support (18), back leg rotates castor (19), frame (14) front end connects with foreleg overarm brace (6) is movable, frame (14) rear end connects with back leg overarm brace (15) is movable, back leg overarm brace (15) is fixedly connected with back leg crossbeam (16), back leg crossbeam (16) two ends and back leg bar (17) are fixedly connected, retreat bar (17) and back leg wheel support (18) is fixedly connected, back leg wheel support (18) rotates with back leg that castor (19) is movable to be connected;
Described saddle and pedal mechanism include saddle (20), saddle pillar (21), T-bar (22), balancing pull rod (23), housiung separator (24), girt (25), preceding pull bar (26), cant pull bar (27), arc pedal rod (28), pedal pull bar (29), pedal (30), saddle (20) is connected in saddle pillar (21) top, saddle pillar (21) lower end respectively with T-bar (22) front end, the front end of balancing pull rod (23) is movable to be connected, T-bar (22) rear end, the rear end of balancing pull rod (23) connects with housiung separator (24) is movable respectively, housiung separator (24) is positioned at the postmedian of frame (14), fixedly connected with frame (14), the lower end of T-bar (22) connects with cant pull bar (27) one ends are movable, cant pull bar (27) other end connects with foreleg overarm brace (6) is movable, the upper end of T-bar (22) is connected with the postmedian of girt (25), the rear portion of girt (25) connects with back leg overarm brace (15) is movable, the front portion of girt (25) connects with an end of preceding pull bar (26) is movable, the other end of preceding pull bar (26) connects with hollow pull bar is movable, the front end of arc pedal rod (28) respectively and frame (14) front end, girt (25) front end is movable to be connected, the rear end of arc pedal rod (28) connects with pedal connecting rod (29) is movable, and pedal connecting rod (29) and pedal (30) are movable to be connected.The back leg crossbeam (16) of described frame and back leg mechanism is provided with stopping means.Described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad.Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the frame (14).Be provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the girt (25) of described saddle and pedal mechanism.Described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism is provided with whole animal shape overcoat.The head of described overcoat is provided with luminous and/or sound-producing device.
The utility model is after the people sits on saddle (20) and goes up, and makes T-bar (22) front end to pressing down by human body weight, and drives girt (25) direction promotion left.Simultaneously girt (25) because and pedal rod (28) is movable connects, drive pedal rod (28) along the axial left movement of frame (14), pedal rod (28) and foot-operated connecting rod (29) activity connection, pedal rod (28) will be ridden connecting rod (29) and lift.Girt (25) and preceding pull bar (26) are movable to be connected, pull bar (26) was along the axial left movement of frame (14) before girt (25) drove again simultaneously, preceding pull bar (26) and hollow pull bar (3) are movable to be connected, and preceding pull bar (26) is so make hollow pull bar (3) along the axial left movement of frame (14).Cant pull bar (27) is by the pulling of T-bar (22) bottom bar, and along the axial right motion of frame (14), cant pull bar (27) drives hollow foreleg bar (12) along the axial left movement of frame (14) by the foreleg overarm brace (6) that links with it.So whole mechanism will be along the axial left movement of frame (14), and the hollow foreleg bar (12) and the back leg bar (17) of this mechanism are fully withdrawn.
After saddle (20) is sat on the end, the people that rides can copy ride posture again tap pedal connecting rod (29) stand up, still will step under the pedal connecting rod (29) by human body weight, pedal connecting rod (29) drives pedal rod (28) along axially rotation down of frame (14), pedal rod (28) drive girt (25) moves right simultaneously, girt (25) drives T-bar (22) upper end edge frame and axially moves right, T-bar (22) front end lifts, drive saddle (20) lifts and resets, and T-bar (22) lower end drive cant pull bar (27) resets simultaneously.Girt (25) is when moving right, and pull bar (26) and hollow pull bar (3) reset before driving.Certainly, also can be by end user's arm strength, by spurring steering handle (1) to the right, thereby driving steering spindle (2) and hollow pull bar (3) moves right, hollow pull bar (3) axially moves right along frame by pull bar (26) before driving, before pull bar (26) drive girt (25) again and axially move right along frame, girt (25) drives T-bar (22) upper end edge frame again and axially moves right, and impels saddle (20) to lift and resets.Girt (25) drives back leg bar (17) by the back leg overarm brace (15) that is fixedly connected with it again and axially moves right along frame.
Repeat aforementioned process, this mechanism just can move freely by human body self gravity and arm strength, because saddle (20) moves up and down repeatedly, it moves the similar action of riding, its security and with strong amusement.
In the technical program, can adopt can only one-directional rotation castor, castor can only unidirectional (left) forward motion like this, just can guarantee that this mechanism can constantly move forward continuously.
Described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad, can reduce the wearing and tearing between hollow foreleg bar (12) lower end and the foreleg wheel support (11).
Can be provided with spring assembly between described frame and back back leg crossbeam (16) of leg mechanism and the frame (14), this spring assembly can promote saddle (20) to lift to reset.
The utility model is provided with two on hollow foreleg bar, and two on back leg bar axially becomes left-right symmetry to distribute in frame.
Described turn to and the outer surface of front leg mechanism, frame and rear leg mechanism, saddle and pedal mechanism can be provided with the whole animal shape Overcoat, it is recreational that the technical program is had more, and gives close to the texts of riding from visual effect.
The head of described overcoat can be provided with luminous and/or sound-producing device, and this device can produce the sound of animal, cooperates luminous dress Put, build recreational effect.
Claims (6)
1, a kind of travel mechanism that turns to includes and turns to and preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism, it is characterized in that, described turn to and preceding leg mechanism includes handle (1), steering spindle (2), hollow pull bar (3), U type support (4), foreleg crossbeam (5), foreleg overarm brace (6), turn to candan universal joint (7), turn to fork (8), the middle part turns to pendulum (9-1), the left side turns to pendulum (9-2), right hand steering pendulum (9-3), foreleg turning-bar (10), foreleg wheel support (11), hollow foreleg bar (12), foreleg rotates castor (13), wherein handle (1) is fixedly connected with the upper end of steering spindle (2), the lower end of steering spindle (2) is passed hollow pull bar (3) and is turned to the upper end of candan universal joint (5) to be fixedly connected, hollow pull bar (3) upper end connects with handle (1) is movable, fixedly connected with U type support (4) in hollow pull bar (3) lower end, U type support (4) and foreleg overarm brace (6) flexibly connect, foreleg overarm brace (6) is fixedlyed connected with foreleg crossbeam (5), foreleg crossbeam (5) is fixedlyed connected with hollow foreleg bar (12), turn to candan universal joint (7) lower end and middle part to turn to pendulum (9-1) to fixedly connected, and and foreleg crossbeam (5) is movable connects, the middle part turns to pendulum (9-1) and turns to the middle part of fork (8) to flexibly connect, turn to fork (8) two ends to turn to pendulum (9-2) with the left side respectively, right hand steering pendulum (9-3) is movable to be connected, the left side turns to pendulum (9-2), right hand steering pendulum (9-3) is fixedlyed connected with foreleg turning-bar (10) upper end, foreleg turning-bar (10) inserts in the hollow foreleg bar (12), foreleg turning-bar (9) lower end and foreleg wheel support (11) upper end are fixedly connected, hollow foreleg bar (12) lower end connects with foreleg wheel support (11) is movable, and foreleg wheel support (11) and rotation castor (13) are fixedly connected;
Described frame and back leg mechanism include frame (14), back leg overarm brace (15), back leg crossbeam (16), back leg bar (17), back leg wheel support (18), back leg rotates castor (19), frame (14) front end connects with foreleg overarm brace (6) is movable, frame (14) rear end connects with back leg overarm brace (15) is movable, back leg overarm brace (15) is fixedly connected with back leg crossbeam (16), back leg crossbeam (16) two ends and back leg bar (17) are fixedly connected, back leg bar (17) and back leg wheel support (18) are fixedly connected, and back leg wheel support (18) rotates castor (19) activity with back leg and connects;
Described saddle and pedal mechanism include saddle (20), saddle pillar (21), T-bar (22), balancing pull rod (23), housiung separator (24), girt (25), preceding pull bar (26), cant pull bar (27), arc pedal rod (28), pedal pull bar (29), pedal (30), saddle (20) is connected in saddle pillar (21) top, saddle pillar (21) lower end respectively with T-bar (22) front end, the front end of balancing pull rod (23) is movable to be connected, T-bar (22) rear end, the rear end of balancing pull rod (23) connects with housiung separator (24) is movable respectively, housiung separator (24) is positioned at the postmedian of frame (14), fixedly connected with frame (14), the lower end of T-bar (22) connects with cant pull bar (27) one ends are movable, cant pull bar (27) other end connects with foreleg overarm brace (6) is movable, the upper end of T-bar (22) is connected with the postmedian of girt (25), the rear portion of girt (25) connects with back leg overarm brace (15) is movable, the front portion of girt (25) connects with an end of preceding pull bar (26) is movable, the other end of preceding pull bar (26) connects with hollow pull bar is movable, the front end of arc pedal rod (28) respectively and frame (14) front end, girt (25) front end is movable to be connected, the rear end of arc pedal rod (28) connects with pedal connecting rod (29) is movable, and pedal connecting rod (29) and pedal (30) are movable to be connected.
2, a kind of travel mechanism that turns to according to claim 1 is characterized in that, described turn to and hollow foreleg bar (12) lower end of preceding leg mechanism and foreleg wheel support (11) between be provided with load bearing or pad.
3, a kind of travel mechanism that turns to according to claim 1 and 2 is characterized in that, is provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the frame (14).
4, a kind of travel mechanism that turns to according to claim 1 and 2 is characterized in that, is provided with spring assembly between the back leg crossbeam (16) of described frame and back leg mechanism and the girt (25) of described saddle and pedal mechanism.
5, a kind of travel mechanism that turns to according to claim 1 is characterized in that, described turn to and the outer surface of preceding leg mechanism, frame and back leg mechanism, saddle and pedal mechanism is provided with whole animal shape overcoat.
6, a kind of travel mechanism that turns to according to claim 6 is characterized in that the head of described overcoat is provided with luminous and/or sound-producing device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520017869 CN2845873Y (en) | 2005-05-13 | 2005-05-13 | Turnable moving mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520017869 CN2845873Y (en) | 2005-05-13 | 2005-05-13 | Turnable moving mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2845873Y true CN2845873Y (en) | 2006-12-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520017869 Expired - Fee Related CN2845873Y (en) | 2005-05-13 | 2005-05-13 | Turnable moving mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2845873Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764506A (en) * | 2012-07-19 | 2012-11-07 | 东莞市爱欢实业投资有限公司 | Ridable quadruped-like running toy |
| CN104162277A (en) * | 2013-05-17 | 2014-11-26 | 陈兵炉 | Tetrapod-like running toy |
| CN107308648A (en) * | 2017-07-13 | 2017-11-03 | 宁波白泽工艺品有限公司 | One kind slides horse |
| CN107376216A (en) * | 2017-08-15 | 2017-11-24 | 东莞市万笠电子科技有限公司 | A kind of machinery is ridden device |
-
2005
- 2005-05-13 CN CN 200520017869 patent/CN2845873Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764506A (en) * | 2012-07-19 | 2012-11-07 | 东莞市爱欢实业投资有限公司 | Ridable quadruped-like running toy |
| CN104162277A (en) * | 2013-05-17 | 2014-11-26 | 陈兵炉 | Tetrapod-like running toy |
| CN107308648A (en) * | 2017-07-13 | 2017-11-03 | 宁波白泽工艺品有限公司 | One kind slides horse |
| CN107376216A (en) * | 2017-08-15 | 2017-11-24 | 东莞市万笠电子科技有限公司 | A kind of machinery is ridden device |
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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: 20061213 |