CN202188963U - Device for testing walking capacity of foot robot - Google Patents
Device for testing walking capacity of foot robot Download PDFInfo
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- CN202188963U CN202188963U CN2011200742465U CN201120074246U CN202188963U CN 202188963 U CN202188963 U CN 202188963U CN 2011200742465 U CN2011200742465 U CN 2011200742465U CN 201120074246 U CN201120074246 U CN 201120074246U CN 202188963 U CN202188963 U CN 202188963U
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Abstract
The utility model relates to a device for testing the walking capacity of a foot robot. A support base and a support box are arranged on two ends of a support bracket; a rotating mechanism is arranged on the support bracket; a transversely rolling mechanism is arranged on the support base; a lifting mechanism is arranged on the support box; a motor of the transversely rolling mechanism drives a driven gear to rotate through a speed reduction box of the motor of the transversely rolling mechanism and a driving gear to make the support bracket to transversely roll and deflect; a sliding plate of the lifting mechanism slides up and down along a vertical guiderail on the support box to drive the support bracket to pitch and deflect; and the rotating mechanism drives a rolling shaft to rotate through a motor and further drives a movable panel to do translational motion to form a moving plane. When the device for testing the walking capacity of the foot robot is in use, the support bracket can pitch to defect and transversely roll to deflect at the same time through controlling the rotation of all motors. The rotating mechanism is fixed on the support bracket and can also pitch to defect and transversely roll to deflect. Therefore, the all-terrain simulation can be realized, and the walking performance of the foot robot can be tested. The device for testing the walking capacity of the foot robot has the characteristics of simple structure and low cost.
Description
Technical field
The present invention relates to Machine Design and manufacturing technology and experimental facilities field, specifically is a kind of test unit that is used to test legged type robot.
Background technology
At present, also not being specifically designed to the proving installation of legged type robot locomotor activity, generally is the test of adopting treadmill, chain scraper conveyor or band conveyor to be correlated with as experiment porch.
A kind of treadmill of inclined angle-adjustable, notification number is disclosed in being the utility model patent of CN2564193Y.
This treadmill mainly is made up of running platform and supporting base, it is characterized in that supporting base is provided with upright left support arm and right support arm.Running platform is set up in left support arm and right arm room.One upright screw rod is arranged respectively in a left side support arm and the right support arm.This running platform chord position is respectively arranged with a swivel nut on two angles of left support arm and right support arm one end, two swivel nuts are meshed with two screw rods respectively.Two screw rods is connected with a driving mechanism, and driven-mechanism drives synchronously, rotates by two screw rods of driving mechanism driven in synchronism, and the connecting end that makes two screw rods drive running platform goes up and down, with the angle of adjustment running platform inclination.The other end of running platform is installed wheel, and ground connection.When screw rod drove the end up-down of running platform, the other end moved on the level ground through wheel.Its shortcoming is: 1, can only realize the inclination of pitch orientation, can't realize the inclination of roll direction.If use the device of this kind structure to come the test machine people, then can't realize simulation for full landform.2, only through screw drive the running platform run-off the straight is rotated, running platform and robot or runner's weight all concentrates on the screw rod, needs bigger driving force, and easy abrasion.
A kind of treadmill with terrain simulation function is disclosed in notification number is the patent of invention of CN1425481A.This treadmill comprises running platform and supporting base, and running platform places on the pedestal, is linked to each other by device for adjusting posture between the two.Device for adjusting posture is four controlled bracing or strutting arrangements, is arranged on the pedestal, and supports four jiaos of running platform.Controlled bracing or strutting arrangement is a kind of hydraulically powered telescopic mechanism, is connected with adopting the spherojoint of non-directional rotation between pedestal and the running platform.Through control, the corresponding variation takes place in the length of four controlled bracing or strutting arrangements, thereby makes running platform realize the action that pitch tilt and roll are tilted, and can simulate full landform.Its shortcoming is: 1, form a kind of parallelogram sturcutre between running platform, controlled bracing or strutting arrangement and the pedestal, realize that with this structure tilted deflecting can be very unstable.2, controlled bracing or strutting arrangement need support running platform, and for keeping stability and reliability, that can't do is very long, and the amplitude of variation of length is little.The pitching deflection that running platform is whole and the amplitude of roll deflection are less, when being used for the test of robot, can not simulate the bigger landform of the gradient.
Summary of the invention
Unstable when existing parallelogram sturcutre to realize tilted deflecting in the prior art for overcoming, as can not to simulate the bigger landform of gradient deficiency the present invention proposes a kind of legged type robot locomotor activity test unit.
The present invention includes bearing support, rotating mechanism, supporting base, supporting box, elevating mechanism and roll mechanism; Supporting base and supporting box are positioned at the two ends of bearing support; Rotating mechanism is placed on the bearing support, and roll mechanism is placed on the supporting base, and elevating mechanism is placed on the supporting box; Wherein,
A. the framework at bearing support two ends respectively with roll mechanism in follower gear be connected with rotating connector in the elevating mechanism; The supporting base upper surface is fixed with a pair of horizontal guide rail that is parallel to each other; Facade both sides of supporting box are fixed with upright guide rail, and leading screw and overlaps with the line of symmetry of supporting box height between two upright guide rails; On the supporting box upper head plate plate face pitching motor is installed, and the position of this motor is corresponding with leading screw; Supporting box upper head plate upper surface both sides are equipped with pulley.
B. rotating mechanism comprises some movable panels, two roller bearings, sprocket wheel, driving chain, driving chain guide rail, fluent wheel, installing plate, rotating mechanism motor reduction gearbox and rotating mechanism motors; Roller bearing lays respectively at two ends in the bearing support, and is parallel with two minor faces of bearing support; An end that is positioned at the roller bearing of supporting box one end is connected with the rotating mechanism motor through the rotating mechanism motor reduction gearbox; Four sprocket wheels are installed in the two ends of roller bearing respectively, and driving chain is installed on the sprocket wheel, and in the driving chain guide rail, move; Movable panel is fixed on respectively on the installing plate on the support plate of driving chain; Fluent wheel is positioned at the movable panel below, and is installed on the reinforcing steel beam of bearing support.
C. roll mechanism comprises sliding shoe, turning block, first pitch axis, gear shaft, driving gear, follower gear, roll mechanism motor and roll mechanism motor reduction gearbox; First pitch axis is fixed on the turning block; The upper surface of sliding shoe is fixed with the bearing bracket stand of first pitch axis, and the two ends of first pitch axis are placed in the bearing bracket stand of described first pitch axis; One end of gear shaft is connected with follower gear, and is interference engagement between the two; The other end of gear shaft is installed in the dead eye on the turning block; The axis of first pitch axis and gear shaft is in same surface level, and vertical each other, when follower gear is done luffing with bearing support, drives first pitch axis through turning block and does luffing; Driving gear is installed on the output shaft of roll mechanism motor reduction gearbox; Roll mechanism motor reduction gearbox is connected with roll mechanism motor; The ratio of gear of driving gear and follower gear is 6.
D. elevating mechanism comprises upright guide rail, sliding panel, leading screw, deflection piece, second pitch axis, rotating connector, wirerope, roll axle, balancing weight and pulley; Second pitch axis is fixed on the deflection piece; On the outside surface of sliding panel, be fixed with the bearing bracket stand of second pitch axis, second pitch axis is placed in the bearing bracket stand of described second pitch axis; Sliding panel is installed on the upright guide rail through the upright guide rail slide block; Inside surface at sliding panel is fixed with feed screw nut, and leading screw passes this feed screw nut, and two ends are installed in the bearing bracket stand of the leading screw on the edge that is positioned at supporting box upper head plate and base plate; The roll axle passes rotating connector, and an end is packed in the dead eye on the deflection piece; Balancing weight is lifted in the casing of supporting box through wirerope.
E. described pitching motor, roll mechanism motor and rotating mechanism motor all adopt servomotor.
Being distributed on the long limit of bearing support of the bearing bracket stand symmetry of described roller bearing; The bearing bracket stand that the leading screw at this upper head plate of protrusion and base plate edge is arranged on the edge of supporting box upper head plate and base plate, and the bearing bracket stand of upper head plate and base plate is concentric.The mounting hole that pulley base is arranged in the both sides of supporting box upper head plate plate face, there is the mounting hole of pitching motor at the edge middle part in face of supporting box upper head plate plate; Balancing weight is lifted in the supporting box through the wirerope on the pulley.
Described two driving chain guide rails lay respectively at both sides in the bearing support, and are fixed on the reinforcing steel beam of bearing support.
Described turning block comprises reduction gearbox output shaft support and follower gear support; Be fixed with the back-up block of gear shaft at follower gear carriage center place, there is the dead eye that connects this back-up block and follower gear rack groove bottom land at this back-up block center; In the dead eye both sides of follower gear carriage center, the through hole that turning block clip seat is installed is arranged; The reduction gearbox output shaft support is fixed on the outside surface of follower gear support one side channel wallboard; There is the output shaft hole of perforation at reduction gearbox output shaft carriage center place; The output shaft of roll mechanism motor reduction gearbox passes the output shaft hole on the reduction gearbox output shaft support, and driving gear is installed; The connecting hole that perforation is arranged on the gear card of follower gear.
The upper edge of the inside surface of described sliding panel is fixed with the wirerope abutment ring.The center is fixed with the back-up block of roll axle in the deflection piece groove, and there is the dead eye that connects this back-up block and deflection piece groove bottom land at this back-up block center; There is the through hole that deflection piece clip seat is installed dead eye both sides at the deflection piece center; The mounting hole that the roll axle is arranged at the rotating connector center; Roll axle mounting hole both sides on rotating connector are useful on the connecting hole that connects bearing support.
Described turning block clip seat and deflection piece clip seat are block, and there is the mounting groove of axle on its surface.
Supporting base of the present invention top is provided with two horizontal guide rails, and every guide rail is provided with the sliding shoe that can along continuous straight runs slides.Connect and reinforcing through web joint between two sliding shoes.Be fixed with first pitch axis on the turning block, link to each other with sliding shoe through first pitch axis.Gear shaft is installed on the follower gear, and follower gear links to each other with turning block through gear shaft.Follower gear and bearing support fix.Roll mechanism motor is fixed on the turning block, and the output shaft of roll mechanism motor drives driving gear through roll mechanism motor reduction gearbox and rotates, and driving gear is meshed with follower gear; Follower gear rotates, and then makes bearing support make roll deflection.
The facade that supporting box faces bearing support is provided with two upright guide rails, and the sliding panel that can slide up and down along guide rail is installed on the upright guide rail.Sliding panel is connected with deflection piece through second pitch axis, and deflection piece links to each other with rotating connector through the roll axle.One end of rotating connector and bearing support fixes.Supporting box is provided with vertical leading screw, is meshed with feed screw nut on the sliding panel.Leading screw is controlled moving up and down of sliding panel by the elevating mechanism motor-driven by the rotation of leading screw.The sliding panel of supporting box moves up under the effect of leading screw, and an end that drives bearing support moves upward, and the other end of bearing support links to each other with follower gear on the supporting base, drives the sliding shoe along continuous straight runs and slides, thereby make the bearing support generation elevation angle.
The top of supporting box is provided with pulley gear, installs the balancing weight of corresponding weight additional in the inside of casing, and balancing weight links to each other with wirerope abutment ring on the sliding panel through the pulley at top with wirerope, forms a kind of state of balance.Like this, can reduce the stressed of leading screw, the elevating mechanism motor only needs less torsion that sliding panel is moved, and and then makes bearing support generation pitching deflection.
Through controlling the rotation of each motor, bearing support can be made pitching deflection and roll deflection simultaneously.Rotating mechanism is fixed on the bearing support, also can make pitching deflection and roll deflection, realizes the simulation to full landform, with the walking performance of test legged type robot.
Because the present invention has taked abovementioned technology, realized pitching and two kinds of rotations of tilting of roll of rotating mechanism, can simulate the landform state of different gradient and degree of tilt.When robot walks on rotating mechanism, as having passed through one section location that height rises and falls.The present invention has used pulley mechanism and balancing weight, has reduced the stressed of screw mechanism and motor, has significantly improved serviceable life.
In sum, the present invention is simple in structure, mainly uses lead screw transmission and gear drive, and cost is low, realizes easily.
Description of drawings
Fig. 1 is the structural representation of legged type robot locomotor activity test unit.
Fig. 2 is the vertical view of rotating mechanism.
Fig. 3 is the inner structure synoptic diagram of rotating mechanism.
Fig. 4 is the structural representation of driving chain.
Fig. 5 is the structural representation of roll mechanism.
Fig. 6 is the side view of roll mechanism.
Fig. 7 is the structural representation of sliding shoe.
Fig. 8 is the structural representation of turning block.
Fig. 9 is the structural representation of follower gear.
Figure 10 is the structural representation of roll mechanism motor and roll mechanism motor reduction gearbox.
Figure 11 is the side view of elevating mechanism and supporting box.
Figure 12 is the structural representation of elevating mechanism.
Figure 13 is the structural representation of elevating mechanism part.
Figure 14 is the structural representation of sliding panel.
Figure 15 is the structural representation of deflection piece.Among the figure:
1. bearing support 2. movable panels 3. supporting bases 4. supporting box 5. roller bearings
6. sprocket wheel 7. driving chains 8. driving chain guide rails 9. are fluently taken turns 10. reduction gearbox output shaft supports
11. installing plate 12. rotating mechanism motors 13. horizontal guide rails 14. sliding shoes 15. turning blocks
16. first pitch axis, 17. gear shafts, 18. follower gears, 19. roll mechanism motors
20. roll mechanism motor reduction gearbox 21. upright guide rails 22. sliding panels 23. feed screw nuts
24. leading screw 25. elevating mechanism motors 26. deflection pieces 27. second pitch axis 28. rotating connectors
29. roll axle 30. pulleys 31. balancing weights 32. wireropes 33. driving gears
34. rotating mechanism motor reduction gearbox 35. follower gear supports 36. turning block clip seats 37. wirerope abutment rings
38. deflection piece clip seat
Embodiment
As shown in Figure 1.Present embodiment is a kind of legged type robot locomotor activity test unit, comprises bearing support 1, rotating mechanism, supporting base 3, supporting box 4, roll mechanism and elevating mechanism.Supporting base 3 and supporting box 4 are positioned at the two ends of bearing support 1.Rotating mechanism is placed on the bearing support 1, and roll mechanism is placed on the supporting base 3, and elevating mechanism is placed on the supporting box 4; Wherein,
The framework at bearing support 1 two ends respectively with roll mechanism in follower gear 18 be connected with rotating connector 28 in the elevating mechanism; Supporting base 3 upper surfaces are fixed with a pair of horizontal guide rail that is parallel to each other 13; 4 one facade both sides of supporting box are vertical is fixed with upright guide rail 21, and leading screw 24 and overlaps with the line of symmetry of supporting box 4 height between two upright guide rails 21; On the supporting box 4 upper head plate plate faces elevating mechanism motor 25 is installed, and the position of this motor is corresponding with leading screw 24; Supporting box 4 upper head plate upper surface both sides are equipped with four pulleys 30 altogether.
To shown in Figure 4, rotating mechanism comprises movable panel 2, two roller bearings 5, sprocket wheel 6, driving chain 7, driving chain guide rail 8, fluently takes turns 9, installing plate 11, rotating mechanism motor reduction gearbox 34 and rotating mechanism motor 12 like Fig. 2; Roller bearing 5 lays respectively at two ends in the bearing support 1, and is parallel with two minor faces of bearing support 1; An end that is positioned at the roller bearing 5 of supporting base 3 one sides is connected with rotating mechanism motor 12 through rotating mechanism motor reduction gearbox 34; Four sprocket wheels 6 are installed in the two ends of roller bearing 5 respectively, and driving chain 7 is installed on the sprocket wheel 6, and motion in driving chain guide rail 8.
To shown in Figure 10, roll mechanism comprises sliding shoe 14, turning block 15, first pitch axis 16, gear shaft 17, driving gear 33, follower gear 18, roll mechanism motor 19 and roll mechanism motor reduction gearbox 20 like Fig. 5; First pitch axis 16 is fixed on the turning block 15 through turning block clip seat 36; The upper surface of sliding shoe 14 is fixed with the bearing bracket stand of first pitch axis 16, and the two ends of first pitch axis 16 are stepped, is placed in the bearing bracket stand of described first pitch axis 16; One end of gear shaft 17 is connected with follower gear 18, and is interference engagement between the two; The other end of gear shaft 17 is installed in the dead eye on the turning block 15; First pitch axis 16 is in same surface level with the axis of gear shaft 17, and vertical each other, when follower gear 18 is done luffing with bearing support 1, drives first pitch axis 16 through turning block 15 and does luffing; Driving gear 33 is installed on the output shaft of roll mechanism motor reduction gearbox 20; Roll mechanism motor reduction gearbox 20 is connected with roll mechanism motor 19; Driving gear 33 is 6 with the ratio of gear of follower gear 18.
To shown in Figure 14, elevating mechanism comprises upright guide rail 21, sliding panel 22, leading screw 24, elevating mechanism motor 25, deflection piece 26, second pitch axis 27, rotating connector 28, wirerope 32, roll axle 29, balancing weight 31 and pulley 30 like Figure 11; Second pitch axis 27 is fixed on the deflection piece 26 through deflection piece clip seat 38; On the outside surface of sliding panel 22, be fixed with the bearing bracket stand of second pitch axis 27, the two ends of second pitch axis 27 are stepped, are placed in the bearing bracket stand of described second pitch axis 27; Sliding panel 22 is installed on the upright guide rail 21 through the upright guide rail slide block; Inside surface at sliding panel 22 is fixed with feed screw nut 23, and leading screw 24 passes this feed screw nut 23, and two ends are installed in the bearing bracket stand of the leading screw 24 on the edge that is positioned at supporting box 4 upper head plates and base plate; Roll axle 29 passes rotating connector 28, one ends and packs in the dead eye on the deflection piece 26.
Described elevating mechanism motor 25, roll mechanism motor 19 and rotating mechanism motor 12 all adopt servomotor.
As shown in Figure 1.Bearing support 1 is a rectangular frame structure, is made up of four rectangle steels, and four jiaos are respectively used two reinforcements.Between the pair of long edges of bearing support 1 reinforcing steel beam is arranged.The pair of short edges of bearing support 1, promptly the two ends of bearing support 1 respectively with roll mechanism in follower gear 18 be connected with rotating connector 28 in the elevating mechanism.On the rectangle steel at bearing support 1 two ends connecting hole is arranged.The bearing bracket stand that roller bearing 5 is arranged in the framework at bearing support 1 two ends, what this bearing bracket stand was symmetrical is distributed on the bearing support 1 long limit.On the rectangle steel on a long limit of bearing support 1, the axis hole that runs through is arranged, in order to the output shaft of rotating mechanism motor reduction gearbox 34 to be installed, this axis hole is concentric with the bearing bracket stand that is positioned at supporting base 3 one ends.
To shown in Figure 4, the architectural feature of rotating mechanism is similar with the architectural feature of the running platform of treadmill like Fig. 2.Rotating mechanism comprises movable panel 2, roller bearing 5, sprocket wheel 6, driving chain 7, driving chain guide rail 8, fluently takes turns 9, installing plate 11, rotating mechanism motor reduction gearbox 34 and rotating mechanism motor 12.
As shown in Figure 2, roller bearing 5 has two, and the two ends of roller bearing 5 are installed in respectively in the bearing on the bearing bracket stand on the bearing support 1.Rotating mechanism motor reduction gearbox 34 is fixed on bearing support 1 one sides, and on the U-steel on promptly long limit, and the output shaft of rotating mechanism motor reduction gearbox 34 passes the axis hole on the U-steel, is connected with an end of the roller bearing 5 that is positioned at supporting base 3 one sides.Rotating mechanism motor 12 is installed on the rotating mechanism motor reduction gearbox 34, and its output shaft is connected with the input shaft of rotating mechanism motor reduction gearbox 34.
As shown in Figures 2 and 3, four sprocket wheels 6 are installed in the two ends of roller bearing 5 respectively, and driving chain 7 is installed on the sprocket wheel 6, and motion in driving chain guide rail 8.Two driving chain guide rails 8 lay respectively at both sides in the bearing support 1, and are fixed on the reinforcing steel beam of bearing support 1.
As shown in Figure 4, the side bow roller chain that cloud chain company limited produces is herded in driving chain 7 employing Kunshans.On driving chain 7 and lateral joint bearing support 1 an adjacent side, the roller that cooperates with driving chain guide rail 8 is arranged.Upper surface near the inner contact of bearing support 1 length direction center line one side has support plate.On the support plate of driving chain 7, be fixed with the installing plate 11 of movable panel 2.After the height of this installing plate 11 should make driving chain 7 be installed on the sprocket wheel 6, these installing plate 11 upper surfaces were concordant with the upper surface of fluent wheel 9.
In bearing support 1, along the length direction of bearing support 1 some fluent wheels 9 are installed, and described fluent wheel 9 is positioned at movable panel 2 belows, be installed on the reinforcing steel beam of bearing support 1.
In the present embodiment, two sprocket wheels 6 of two roller bearing 5 the same sides are in the same plane, and driving chain 7 is meshed with two sprocket wheels 6.Driving chain guide rail 8 is a groove shape steel part, is fixed on the bearing support 1, and driving chain 7 moves along driving chain guide rail 8.The top of fluent wheel 9 contacts with movable panel 2, makes movable panel 2 can support the greater weight object.Rotating mechanism motor 12 adopts servomotors, and its output shaft is connected with roller bearing 5 through rotating mechanism motor reduction gearbox 34, rotates thereby drive roller bearing 5, and and then drives the translation of movable panel 2, the plane that formation is mobile.Described rotating mechanism motor reduction gearbox 34 employing right angle planetary reduction box.
To shown in Figure 10, roll mechanism comprises sliding shoe 14, turning block 15, first pitch axis 16, gear shaft 17, driving gear 33, follower gear 18, roll mechanism motor 19 and roll mechanism motor reduction gearbox 20 like Fig. 5.
As shown in Figure 7, sliding shoe 14 has two, is installed in respectively on the horizontal guide rail 13 of supporting base 3 surperficial both sides.The upper surface of sliding shoe 14 is fixed with the bearing bracket stand of first pitch axis 16.Connect and reinforcing through web joint between two sliding shoes 14.
As shown in Figure 8, turning block 15 comprises reduction gearbox output shaft support 10 and follower gear support 35.Follower gear support 35 is " recessed " font; The center is fixed with the back-up block of gear shaft 17 in follower gear support 35 grooves; There is the dead eye that connects this back-up block and follower gear support 35 groove bottom lands at this back-up block center, and gear shaft 17 is installed in this dead eye.There is the through hole that turning block clip seat 36 is installed dead eye both sides at follower gear support 35 centers.Reduction gearbox output shaft support 10 also is " recessed " font, is fixed on the outside surface of follower gear support 35 1 side channel wallboards.There is the output shaft hole of perforation the center in reduction gearbox output shaft support 10 grooves, is used to install reduction gearbox output shaft.
Supporting base 3 is a rectangular frame, is welded with U-steel.Be fixed with a horizontal guide rail 13 respectively in supporting base 3 upper surface both sides, and the horizontal guide rail 13 of both sides is parallel to each other.
Like Fig. 5, Fig. 6 and shown in Figure 10, the output shaft of roll mechanism motor 19 is fixedly connected with the input shaft of roll mechanism motor reduction gearbox 20.Roll mechanism motor reduction gearbox 20 is fixed on the reduction gearbox output shaft support 10 of turning block 15, and the output shaft of roll mechanism motor reduction gearbox 20 passes the output shaft hole on the turning block 15.On the output shaft of roll mechanism motor reduction gearbox 20, driving gear 33 is installed, is meshed with follower gear 18.Driving gear 33 is 6 with the ratio of gear of follower gear 18.The connecting hole that perforation is arranged on the gear card of follower gear 18.Described roll mechanism motor reduction gearbox 20 employing right angle planetary reduction box.
To shown in Figure 9, the two ends of first pitch axis 16 are stepped, are installed in the bearing bracket stand that is positioned at sliding shoe 14 upper surfaces like Fig. 7.One end of gear shaft 17 is connected with follower gear 18, and is interference engagement between the two; The other end of gear shaft 17 is installed in the dead eye of groove bottom land of the follower gear support 35 on the turning block 15.
As shown in Figure 8, turning block clip seat 36 is block, and there is the mounting groove of first pitch axis 16 on its surface.Turning block clip seat 36 is positioned at follower gear support 35 groove bottom land outside surfaces, and the through hole through this bottom land is packed on the follower gear support 35.First pitch axis 16 places in the turning block clip seat 36, and passes through collar clamped.First pitch axis 16 is in same surface level with the axis of gear shaft 17, and vertical each other.When follower gear 18 is done luffing with bearing support 1, drive first pitch axis 16 through turning block 15 and do luffing.
When roll mechanism motor 19 is made forward and backward rotation; Drive follower gear 18 through roll mechanism motor reduction gearbox 20 with driving gear 33 and make forward and backward rotation; And then the bearing support 1 that is connected of drive and follower gear 18 swings along the center line of self length direction, realized the roll motion of bearing support 1.
To shown in Figure 14, elevating mechanism comprises upright guide rail 21, elevating mechanism motor 25, sliding panel 22, leading screw 24, deflection piece 26, second pitch axis 27, rotating connector 28, wirerope 32, roll axle 29, balancing weight 31 and pulley 30 like Figure 11.
Like Fig. 1 and shown in Figure 11, the case structure of supporting box 4 for processing with steel plate.A facade of supporting box 4 is a vertical elevation, on the framework of these facade both sides, all is fixed with the upright guide rail 21 of xsect for " worker " font.The bearing bracket stand that the leading screw 24 at this upper head plate of protrusion and base plate edge is arranged on the edge of supporting box 4 upper head plates and base plate, and the bearing bracket stand of upper head plate and base plate is concentric.The mounting hole that pulley base is arranged in the both sides of supporting box 4 upper head plate plate faces, there is the mounting hole of elevating mechanism motor 25 at the edge middle part in face of supporting box 4 upper head plate plates.Described elevating mechanism motor 25 adopts servomotor.
To shown in Figure 14, sliding panel 22 usefulness rectangular steel plates are processed like Figure 12.Both sides on the outside surface of sliding panel 22 all are fixed with the bearing bracket stand of second pitch axis 27; Both sides on the inside surface of sliding panel 22 all are fixed with the upright guide rail slide block that cooperates with upright guide rail 21; Upper edge at the inside surface of sliding panel 22 is fixed with two wirerope abutment rings 37, and this wirerope abutment ring 37 is between two upright guide rail slide blocks; Lower limb center at the inside surface of sliding panel 22 is fixed with feed screw nut 23, and leading screw 24 passes this feed screw nut 23, and two ends are installed in the bearing bracket stand of the leading screw 24 on the edge that is positioned at supporting box 4 upper head plates and base plate.
Like Figure 13 and shown in Figure 15; Deflection piece 26 is " recessed " font; The center is fixed with the back-up block of roll axle 29 in deflection piece 26 grooves, and there is the dead eye that connects this back-up block and deflection piece 26 groove bottom lands at this back-up block center, and roll axle 29 is installed in this dead eye.There is the through hole that deflection piece clip seat 38 is installed dead eye both sides at deflection piece 26 centers.Deflection piece clip seat 38 is block, and there is the mounting groove of second pitch axis 27 on its surface, and the two ends of second pitch axis 27 are stepped.
Shown in figure 13, rotating connector 28 also is " recessed " font, and the mounting hole of roll axle 29 is arranged at rotating connector 28 centers.Roll axle 29 passes rotating connector 28, one ends and packs in the dead eye of deflection piece 26 groove bottom lands the mounting hole interference engagement on the other end and the rotating connector 28 into.Roll axle 29 mounting hole both sides on rotating connector 28 are useful on the connecting hole that connects bearing support 1.
During installation, sliding panel 22 is installed on the upright guide rail 21 through slide block.Second pitch axis 27 is packed in the deflection piece clip seat 38, and pass through collar clamped.With pack into the bearing bracket stand of both sides on the outside surface that is positioned at sliding panel 22 of the two ends of second pitch axis 27.Rotating connector 28 is connected with deflection piece 26 through roll axle 29.Bearing support 1 is installed on the rotating connector 28.Wirerope 32 has two, and an end is fixed on the wirerope abutment ring 37 of upper edge of inside surface of sliding panel 22, and the other end of wirerope 32 places the casing of supporting box 4 through the pulley 30 that is positioned on the supporting box 4 upper head plate plate faces, and is lifted with balancing weight 31.Elevating mechanism motor 25 is installed in the upper surface of supporting box 4 upper head plates, and its output shaft links to each other with leading screw 24.
In the present embodiment, the elevating mechanism motor 25 at the top of supporting box 4 drives leading screw 24 rotations, and then slides up and down along upright guide rail 21 through thick stick cover 23 drive sliding panels 22.Sliding panel 22 links to each other with deflection piece 26 through second pitch axis 27, and deflection piece 26 is through roll axle 29 and rotating connector 28, and rotating connector 28 is connected with bearing support 1.So sliding panel 22 slides up and down along upright guide rail 21, can drive bearing support 1 and produce pitching deflection.
Claims (8)
1. a legged type robot locomotor activity test unit is characterized in that, comprises bearing support (1), rotating mechanism, supporting base (3), supporting box (4), elevating mechanism and roll mechanism; Supporting base (3) and supporting box (4) are positioned at the two ends of bearing support (1); Rotating mechanism is placed on the bearing support (1), and roll mechanism is placed on the supporting base (3), and elevating mechanism is placed on the supporting box (4); Wherein,
A. the framework at bearing support (1) two ends respectively with roll mechanism in follower gear (18) be connected with rotating connector (28) in the elevating mechanism; Supporting base (3) upper surface is fixed with a pair of horizontal guide rail that is parallel to each other (13); (4) facade both sides of supporting box are fixed with upright guide rail (21), and leading screw (24) is positioned between two upright guide rails (21), and overlap with the line of symmetry of supporting box (4) height; On supporting box (4) the upper head plate plate face pitching motor (25) is installed, and the position of this motor is corresponding with leading screw (24); Supporting box (4) upper head plate upper surface both sides are equipped with pulley (30);
B. rotating mechanism comprises some movable panels (2), two roller bearings (5), sprocket wheel (6), driving chain (7), driving chain guide rail (8), fluent wheel (9), installing plate (11), rotating mechanism motor reduction gearbox (34) and rotating mechanism motor (12); Roller bearing (5) lays respectively at the interior two ends of bearing support (1), and is parallel with two minor faces of bearing support (1); An end that is positioned at the roller bearing (5) of supporting box (4) one ends is connected with rotating mechanism motor (12) through rotating mechanism motor reduction gearbox (34); Four sprocket wheels (6) are installed in the two ends of roller bearing (5) respectively, and driving chain (7) is installed on the sprocket wheel (6), and motion in driving chain guide rail (8); Movable panel (2) is fixed on respectively on the installing plate (11) on the support plate of driving chain (7); Fluent wheel (9) is positioned at movable panel (2) below, and is installed on the reinforcing steel beam of bearing support (1);
C. roll mechanism comprises sliding shoe (14), turning block (15), first pitch axis (16), gear shaft (17), driving gear (33), follower gear (18), roll mechanism motor (19) and roll mechanism motor reduction gearbox (20); First pitch axis (16) is fixed on the turning block (15); The upper surface of sliding shoe (14) is fixed with the bearing bracket stand of first pitch axis (16), and the two ends of first pitch axis (16) are placed in the bearing bracket stand of described first pitch axis (16); One end of gear shaft (17) is connected with follower gear (18), and is interference engagement between the two; The other end of gear shaft (17) is installed in the dead eye on the turning block (15); First pitch axis (16) is in same surface level with the axis of gear shaft (17), and vertical each other, when follower gear (18), drives first pitch axis (16) through turning block (15) and does luffing when doing luffing with bearing support (1); Driving gear (33) is installed on the output shaft of roll mechanism motor reduction gearbox (20); Roll mechanism motor reduction gearbox (20) is connected with roll mechanism motor (19); Driving gear (33) is 6 with the ratio of gear of follower gear;
D. elevating mechanism comprises upright guide rail (21), sliding panel (22), leading screw (24), deflection piece (26), second pitch axis (27), rotating connector (28), wirerope (32), roll axle (29), balancing weight (31) and pulley (30); Second pitch axis (27) is fixed on the deflection piece (26); On the outside surface of sliding panel (22), be fixed with the bearing bracket stand of second pitch axis (27), second pitch axis (27) is placed in the bearing bracket stand of described second pitch axis (27); Sliding panel (22) is installed on the upright guide rail (21) through the upright guide rail slide block; Inside surface at sliding panel (22) is fixed with feed screw nut (23), and leading screw (24) passes this feed screw nut (23), and two ends are installed in the bearing bracket stand of the leading screw (24) on the edge that is positioned at supporting box (4) upper head plate and base plate; Roll axle (29) passes rotating connector (28), and an end is packed in the dead eye on the deflection piece (26); Balancing weight (31) is lifted in the casing of supporting box (4) through wirerope (32);
E. described pitching motor (25), roll mechanism motor (19) and rotating mechanism motor (12) all adopt servomotor.
2. a kind of according to claim 1 legged type robot locomotor activity test unit is characterized in that, what the bearing bracket stand of roller bearing (5) was symmetrical is distributed on the long limit of bearing support (1); The bearing bracket stand that the leading screw (24) at this upper head plate of protrusion and base plate edge is arranged on the edge of supporting box (4) upper head plate and base plate, and the bearing bracket stand of upper head plate and base plate is concentric.
3. a kind of according to claim 1 legged type robot locomotor activity test unit; It is characterized in that; The mounting hole that pulley base is arranged in the both sides of supporting box (4) upper head plate plate face, there is the mounting hole of pitching motor (25) at the edge middle part in face of supporting box (4) upper head plate plate; Balancing weight (31) is lifted in the supporting box (4) through the wirerope (32) on the pulley (30).
4. a kind of according to claim 1 legged type robot locomotor activity test unit is characterized in that, two driving chain guide rails (8) lay respectively at the interior both sides of bearing support (1), and are fixed on the reinforcing steel beam of bearing support (1).
5. a kind of according to claim 1 legged type robot locomotor activity test unit is characterized in that, described turning block (15) comprises reduction gearbox output shaft support (10) and follower gear support (35); Be fixed with the back-up block of gear shaft (17) in follower gear support (35) center, there is the dead eye that connects this back-up block and follower gear support (35) groove bottom land at this back-up block center; There is the through hole that turning block clip seat (36) is installed dead eye both sides at follower gear support (35) center; Reduction gearbox output shaft support (10) is fixed on the outside surface of follower gear support (35) one side channel wallboards; There is the output shaft hole of perforation reduction gearbox output shaft support (10) center; The output shaft of roll mechanism motor reduction gearbox (20) passes the output shaft hole on the reduction gearbox output shaft support (10), and driving gear (33) is installed; The connecting hole that perforation is arranged on the gear card of follower gear (18).
6. a kind of according to claim 1 legged type robot locomotor activity test unit is characterized in that, is fixed with wirerope abutment ring (37) in the upper edge of the inside surface of sliding panel (22).
7. a kind of according to claim 1 legged type robot locomotor activity test unit; It is characterized in that; The center is fixed with the back-up block of roll axle (29) in deflection piece (26) groove, and there is the dead eye that connects this back-up block and deflection piece (26) groove bottom land at this back-up block center; There is the through hole that deflection piece clip seat (38) is installed dead eye both sides at deflection piece (26) center; The mounting hole that roll axle (29) are arranged at rotating connector (28) center; Roll axle (29) mounting hole both sides on rotating connector (28) are useful on the connecting hole that connects bearing support (1).
8. like the said a kind of legged type robot locomotor activity test unit of claim 5, it is characterized in that described turning block clip seat (36) and deflection piece clip seat (38) are block, there is the mounting groove of axle on its surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200742465U CN202188963U (en) | 2011-03-18 | 2011-03-18 | Device for testing walking capacity of foot robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200742465U CN202188963U (en) | 2011-03-18 | 2011-03-18 | Device for testing walking capacity of foot robot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202188963U true CN202188963U (en) | 2012-04-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200742465U Expired - Lifetime CN202188963U (en) | 2011-03-18 | 2011-03-18 | Device for testing walking capacity of foot robot |
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| Country | Link |
|---|---|
| CN (1) | CN202188963U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102156054A (en) * | 2011-03-18 | 2011-08-17 | 西北工业大学 | Walking capacity tester of foot robot |
-
2011
- 2011-03-18 CN CN2011200742465U patent/CN202188963U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102156054A (en) * | 2011-03-18 | 2011-08-17 | 西北工业大学 | Walking capacity tester of foot robot |
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