CN201701439U - Rectangular coordinate type and articulated type combined Chinese traditional massage robot - Google Patents
Rectangular coordinate type and articulated type combined Chinese traditional massage robot Download PDFInfo
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- CN201701439U CN201701439U CN2010202454025U CN201020245402U CN201701439U CN 201701439 U CN201701439 U CN 201701439U CN 2010202454025 U CN2010202454025 U CN 2010202454025U CN 201020245402 U CN201020245402 U CN 201020245402U CN 201701439 U CN201701439 U CN 201701439U
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Abstract
The utility model relates to a rectangular coordinate type and articulated type combined Chinese traditional massage robot, which is characterized by comprising a bed body with a support frame. A mechanical arm is arranged on the support frame, and the end of the mechanical arm is provided with a massage device which comprises a thumb rubber component, a palm massage component and a roller. Therefore, the mechanical arm is a rectangular coordinate type and articulated type combined mechanical device, and not only has the advantages of the rectangular coordinate type mechanical device such as high rigidity and high positioning accuracy, but also has the advantages of the articulated type mechanical device. The massage device arranged at the end of the mechanical arm can operate together with the mechanical arm to realize kneading, finger rubbing, finger pressing, palm pushing, palm rubbing, palm pressing, vibration, rolling, tapping and other types of Chinese traditional massage.
Description
One, technical field
This utility model relates to a kind of Chinese traditional massage robot, relates in particular to the Chinese traditional massage robot architecture that a kind of that have a robot arm device that Cartesian coordinate type and articulated type combine and bed body portion can lifting, belongs to the massage machine technical field.
Two, background technology
At present, existing device is as a kind of Cartesian coordinate type fruit picking mechanical arm device of No. 200710176827.8 patent disclosures.The robot device of this patent disclosure mainly is made up of Working rack, horicontal motion mechanism, vertical movement mechanism and depth motion.Be to drive the horizontal screw lead motion by harmonic speed reducer on the horizontal direction, lead by two horizontal feed rods by the cross sliding clock that is connected on the horizontal screw lead by horizontal motor.Be to drive the down-feed screw motion by harmonic speed reducer on the vertical direction, lead by two vertical feed rods by the vertical slipper that is connected on the down-feed screw by motor vertical; The bottom of vertical movement mechanism is connected the cross sliding clock top, and the top of vertical movement mechanism is slidingly installed in the horizontal slideway of upper bracket.The depth motion is to pass through the gear driven tooth bar by gear motor, and tooth bar is connected and fixed by rack support plate and vertical slipper.The machinery of this Cartesian coordinate type has good rigidly, advantage that positioning accuracy is high, but dexterity of action is very poor.
The horizontal articulated robot of No. 200510131603.6 patent disclosures and for example.The horizontal articulated robot of this patent disclosure is by the operation axle separately being made a kind of robot can corresponding diversified workpiece method of shipment and workpiece kind up and down.This horizontal articulated robot has the horizontal arm that a plurality of universal joint axles connect, and is arranged on the operation axle on the leading section of front end arm, the installation portion that has end-effector on both ends up and down.This horizontal articulated robot compact conformation, flexible movements, but poor rigidity, control are complicated.
In the said apparatus, though rectangular coordinate manipulative device precision height, easily control, motility is very poor; Though and prosthetic robot device compact conformation, flexible movements, poor rigidity, control are complicated.
Three, summary of the invention
The purpose of this utility model is to solve the defective of present existing Cartesian coordinate type machinery and the existence of articulated type machinery, provide that a kind of Cartesian coordinate type and articulated type combine, both had the high advantage of good rigidly, positioning accuracy of Cartesian coordinate type machinery, have the Chinese traditional massage robot of advantage of the flexible movements of articulated type machinery simultaneously again.
This utility model is achieved through the following technical solutions:
The Chinese traditional massage robot that a kind of Cartesian coordinate type and articulated type combine, special character is to comprise the bed body 1 that bracing frame 2 is housed, mechanical arm 3 is installed on the bracing frame 2, and the end of mechanical arm 3 is equipped with the massage machine 4 that comprises thumb rubber assembly 57, metacarpus massage assembly 58 and roller 59;
Described bed body 1 mainly comprises bedstead fixed mechanism 5, bedstead elevating mechanism 7 and is located at the connection supporting mechanism 6 that is linked together by lifting connecting rod 19 between two mechanisms that bedstead elevating mechanism 7 is provided with by lifting motor 9 and connects the lift drive mechanism 8 that drives;
One end of described connection supporting mechanism 6 is fixed on the bedstead fixed mechanism 5 by fixed mechanism bearing 15 and fixed mechanism bearing pin 16 and can rotates around fixed mechanism bearing pin 16, and an other end that connects supporting mechanism 6 is connected with bedstead elevating mechanism 7 with elevating mechanism bearing pin 18 by elevating mechanism bearing 17; Connect by lifting connecting rod 19 between the two connection supporting mechanisms 6, thus the rear and front end lifting stably of assurance bedstead elevating mechanism 7;
Described lift drive mechanism 8 comprises the lifting motor 9 that is installed on the bedstead elevating mechanism 7, and lifting motor 9 connects drive drive mechanism 13, and drive mechanism 13 is in transmission connection in connecting supporting mechanism 6;
Described drive mechanism 13 comprises the coaxial drive pulley 10 that is connected by lifting motor 9 outputs, drive pulley 10 is connected to driven pulley 12 by belt 11, driven pulley 12 outputs connect co-axial screw mandrel 20, screw mandrel 20 outputs are connected with screw 21, screw 21 is connected with drive link 26 by slip cap 25, and drive link 26 is movably connected on by bearing pin 14 and connects supporting mechanism 6;
For guaranteeing the safety of user, also be provided with quick lowering means on the bed body 1, described quick lowering means comprises the arm-tie 23 of being located at slip cap 25 bottoms, the upper end of arm-tie 23 is connected with special-shaped bearing pin 22 by spring 24, slip cap 25 and screw 21 are respectively equipped with the side opening supporting with special-shaped bearing pin 22 in corresponding position, when the side opening on the slip cap 25 when side opening on the screw 21 overlaps, abnormity bearing pin 22 penetrates in the side opening of screw 21 by the side opening on the slip cap 25 under the effect of lower springs 24, screw 21 and slip cap 25 are pinned, and this moment, drive mechanism was a lockup state; When running into special circumstances, user pulling arm-tie 23, arm-tie 23 is pulled out special-shaped bearing pin 22, and under the effect of bed body weight power, screw mandrel 20 and screw 21 slide in slip cap 25 fast, thereby a body is descended rapidly, have guaranteed the safety of user;
Described mechanical arm 3 is the machinery that Cartesian coordinate type and articulated type combine, adopt the frame for movement of Cartesian coordinate type in the horizontal direction with vertical direction, in the employing of depth direction is articulated frame for movement, mainly comprise horicontal motion mechanism 27, the vertical movement mechanism 29 that flexibly connects with horicontal motion mechanism 27, and the depth motion 30 that flexibly connects with vertical movement mechanism 29;
Described horicontal motion mechanism 27 comprises that horizontal motor 35 and two ends are fixed in ball-screw 32 on the horizontal base 31 by bearing block assembly 37 respectively, horizontal motor 35 connects the co-axial ball-screw 32 of drive by shaft coupling 36 and rotates, the both sides of ball-screw 32 are installed with two line slideways 33 on the horizontal base 31, be provided with band slide block 38 between two line slideways 33, the horizontal slide 34 of screw 39, slide block 38 is by line slideway 33 guiding, screw 38 cooperates transmission with ball-screw 32, and horizontal slide 34 is by being connected with vertical movement mechanism 29 with its fixedly connected gusset piece 28;
Described vertical movement mechanism 29 comprises that motor vertical 44 and two ends are fixed in ball-screw 40 on the vertical base 42 by bearing block assembly 46 respectively, motor vertical 44 connects the co-axial ball-screw 40 of drive by shaft coupling 45 and rotates, the both sides of ball-screw 40 are installed with two line slideways 41 on the vertical base 42, be provided with band slide block 47 between two line slideways 41, the vertical sliding assembly 43 of screw 48, slide block 47 is by line slideway 41 guiding, screw 48 cooperates transmission with ball-screw 40, and vertical sliding assembly 43 is by being connected with depth motion 30 with its fixedly connected R1 shaft supporting frame 49;
Described depth motion 30 comprises the R1 shaft supporting frame 49 that is fixedly connected on the vertical sliding assembly 43, its top is connected with R1 spindle motor 50 by reductor 51, the below be equipped with link to each other with the arbor that slows down can be around the cursor 52 of R1 axle rotation, the other end of cursor 52 is fixedly connected with R2 shaft supporting frame 53, the top of R2 shaft supporting frame 53 is connected with R2 spindle motor 54 by reductor 55, R2 shaft supporting frame 53 belows be equipped with link to each other with the arbor that slows down can be around R2 axle terminal installation portion 56 that rotate, that have massage machine 4.
The Chinese traditional massage robot that a kind of Cartesian coordinate type of the present utility model and articulated type combine, mechanical arm is the machinery that Cartesian coordinate type and articulated type combine, both had the high characteristics of good rigidly, positioning accuracy of Cartesian coordinate type machinery, had the characteristics of the flexible movements of articulated type machinery again.At the mechanical arm end massage machine is installed, this massage machine can realize pinching under the cooperation of mechanical arm, refer to rub, refer to by, the palm push away, slap rub, slap by, vibrations, roll extrusion, kowtow and multiple Chinese traditional massage maneuver such as hit.
Four, description of drawings
Fig. 1: overall construction drawing of the present utility model;
Fig. 2, Fig. 3: the structure chart of this utility model bed body portion;
Fig. 4: the structure chart of this utility model drive mechanism;
Fig. 5: the structure chart of this utility model mechanical arm and massage machine;
Fig. 6: the structure chart of this utility model mechanical arm;
Fig. 7: the structure chart of this utility model horicontal motion mechanism;
Fig. 8: the structure chart of this utility model horizontal slide;
Fig. 9: the structure chart of this utility model vertical movement mechanism;
Figure 10: the structure chart of this utility model vertical sliding assembly;
Figure 11: the structure chart of this utility model depth motion.
Figure 12: this utility model is made the structure chart of massage machine when referring to rub, refer to by action;
Figure 13: this utility model do the palm rub, slap push away, slap by, kowtow hit, the structure chart of massage machine when shaking;
Figure 14: the structure chart of massage machine when this utility model is done the roll extrusion action;
1, the bed body, 2, bracing frame, 3, mechanical arm, 4, massage machine, 5, the bedstead fixed mechanism, 6, connect supporting mechanism, 7, the bedstead elevating mechanism, 8, lift drive mechanism, 9, lifting motor, 10, drive pulley, 11, belt, 12, negative pulley wheel, 13, drive mechanism, 14, bearing pin, 15, the fixed mechanism bearing, 16, the fixed mechanism bearing pin, 17, the elevating mechanism bearing, 18, the elevating mechanism bearing pin, 19, the lifting connecting rod, 20, screw mandrel, 21, screw, 22, the abnormity bearing pin, 23, arm-tie, 24, spring, 25, slip cap, 26, drive link, 27, horicontal motion mechanism, 28, gusset piece, 29, vertical movement mechanism, 30, the depth motion, 31, horizontal base, 32, ball-screw, 33, line slideway, 34, horizontal slide, 35, horizontal motor, 36, shaft coupling, 37, bearing block assembly, 38, slide block, 39, screw, 40, ball-screw, 41, line slideway, 42, vertical base, 43, vertical sliding assembly, 44, motor vertical, 45, shaft coupling, 46, bearing block assembly, 47, slide block, 48, screw, 49, the R1 shaft supporting frame, 50, the R1 spindle motor, 51, R1 axle reductor, 52, cursor, 53, the R2 shaft supporting frame, 54, the R2 spindle motor, 55, R2 axle reductor, 56, terminal installation portion, 57, the thumb rubber assembly, 58, the metacarpus rubber assembly, 59, roller.
Five, the specific embodiment
Following with reference to accompanying drawing, provide the specific embodiment of the present utility model, its formation is described further.
The Chinese traditional massage robot that Cartesian coordinate type of the present utility model and articulated type combine is with reference to Fig. 1-14.Shown in Figure 1 is overall construction drawing of the present utility model.It mainly comprises a body 1, bracing frame 2, mechanical arm 3 and massage machine 4.Bed body 1 mainly is made up of bedstead fixed mechanism 5, connection supporting mechanism 6, bedstead elevating mechanism 7 and lift drive mechanism 8.Connect supporting mechanism 6 one ends and be fixed on the bedstead fixed mechanism 5, can rotate around fixed mechanism bearing pin 16 by fixed mechanism bearing 15 and fixed mechanism bearing pin 16.An other end that connects supporting mechanism 6 is to be connected with bedstead elevating mechanism 7 with elevating mechanism bearing pin 18 by elevating mechanism bearing 17.Connecting supporting mechanism 6 by two between bedstead fixed mechanism 5 and the bedstead elevating mechanism 7 connects.Two connect between the supporting mechanism 6 by 19 connections of lifting connecting rod.Can guarantee the rear and front end lifting stably of bedstead elevating mechanism 7 like this.The lifting motor 9 of lift drive mechanism 8 is mounted on the bedstead elevating mechanism 7, lifting motor 9 drives co-axial drive pulley 10 and rotates, drive pulley 10 drives negative pulley wheel 12 by belt 11 and rotates, negative pulley wheel 12 drives screw mandrel 20 and rotates, by screw mandrel 20, screw 21 mechanisms, the axial rotation of screw mandrel 20 is converted into the rectilinear motion of screw 21.Screw 21 is connected with drive link 26 by slip cap 25, and drive link 26 passes through bearing pin 14 and is connected supporting mechanism 6 connections, rotates a realization body lifting thereby promote to connect supporting mechanism 6.For guaranteeing the safety of user, bed body 1 also is provided with the function of quick decline.On the drive mechanism 13 of lift drive mechanism 8, screw 21 can slide in slip cap 25 inner front and back.Generally speaking, pass the side opening of slip cap 25 and screw 21, screw 21 is locked in slip cap 25 ports by special-shaped bearing pin 22.When running into special circumstances, pulling arm-tie 23, arm-tie 23 is pulled out special-shaped bearing pin 22, and under the drive of bed body weight power, screw mandrel 20 and screw 21 slide in slip cap 25, and a body is descended rapidly, thereby have guaranteed the safety of user.After dangerous the releasing, control lifting motor 9 rotates along the direction that the bed body descends, under the driving of lifting motor 9, screw 21 skids off along slip cap 25, when the side opening on the screw 21 overlaps with the side opening of slip cap 25, abnormity bearing pin 22 penetrates the side opening of screw 21 under the effect of spring 24, screw 21 and slip cap 25 are pinned.
As shown in Figure 6, mechanical arm 3 is machinerys that Cartesian coordinate type and articulated type combine.Adopt the frame for movement of Cartesian coordinate type in the horizontal direction with vertical direction, in the employing of depth direction is articulated mechanical mechanism.Mechanical arm 3 mainly comprises horicontal motion mechanism 27, vertical movement mechanism 29 and depth motion 30.As shown in Figure 7, horicontal motion mechanism 27 is to drive co-axial ball-screw 32 by a horizontal motor 35 by shaft coupling 36 to rotate, and ball-screw 32 is provided with screw 39.The two ends of ball-screw 32 are fixed on the horizontal base 31 by two bearing block assemblies 37, and the both sides of ball-screw 32 are mounted with two line slideways 33 on the horizontal base 31, and slide block 38 and screw 39 are fixed on the horizontal slide 34.Horizontal slide 34 drives ball-screw 32 by horizontal motor 35 and moves in the horizontal direction by line slideway 33 and slide block 38 guiding.On horizontal slide 34, be mounted with gusset piece 28, be mounted with vertical movement mechanism 29 on the gusset piece 28.Vertical movement mechanism 29 is to drive co-axial ball-screw 40 by a motor vertical 44 by shaft coupling 45 to rotate, and ball-screw 40 is provided with screw 48.The two ends of ball-screw 40 are fixed on the vertical base 42 by two bearings holder assembly 46, are mounted with two line slideways 41 in the both sides of ball-screw 40 on the vertical base 42, and slide block 47 and screw 48 are fixed on the vertical sliding assembly 43.Vertical sliding assembly 43 drives ball-screw 40 by motor vertical 44 and moves in vertical direction by line slideway 41 and slide block 47 guiding.On vertical sliding assembly 43, be fixedly connected with R1 shaft supporting frame 49.R1 shaft supporting frame 49 tops are equipped with R1 spindle motor 50 and reductor 51, are connected with cursor 52 below R1 shaft supporting frame 49, are driven by R1 spindle motor 50, and cursor 52 can rotate in 150 ° of scopes around the R1 axle.The other end at cursor 52 is fixedly connected with R2 shaft supporting frame 53.The top of R2 shaft supporting frame 53 is equipped with R2 spindle motor 54 and reductor 55, below R2 shaft supporting frame 53, be equipped with link to each other with the arbor that slows down can be around the terminal installation portion 56 of R2 axle at 270 ° of scope internal rotation.This mechanical arm 3 devices adopt the frame for movement of Cartesian coordinate type in the horizontal direction with vertical direction, this mechanism has good rigidly, characteristics that positioning accuracy is high, adopts articulated frame for movement on the depth direction, and this mechanism has the characteristics of flexible movements.
On the terminal installation portion 56 of mechanical arm 3, massage machine 4 is installed as shown in Figure 5.Massage machine 4 converts finger opsition dependent shown in Figure 12 to, the vertical movement mechanism 29 of control mechanical arm 3 moves down, when the thumb rubber assembly 57 of massage machine 4 contacted with human body and makes its pressure inside pick off reach the numerical value of setting, vertical movement mechanism 29 stopped to descend and moving up certain distance.So control vertical movement mechanism 29 moves up and down repeatedly, to human body refer to by massage manipulation.When massage machine 4 converts palm opsition dependent shown in Figure 13 to, control vertical movement mechanism 29 move up and down, can slap by massage manipulation.When massage machine 4 converts palm opsition dependent shown in Figure 13 to, the vertical movement mechanism 29 of control mechanical arm 3 moves down, when the metacarpus rubber assembly 58 of massage machine 4 contacts with human body and makes its pressure inside pick off reach the numerical value of setting, vertical movement mechanism 29 stops to descend, horicontal motion mechanism 27 and 30 cooperations of depth motion of controlling mechanical arm 3 then move in a circle, and slap the massage manipulation of rubbing.When massage machine 4 converts palm opsition dependent shown in Figure 13 to, the vertical movement mechanism 29 of control mechanical arm 3 moves down, when the metacarpus rubber assembly 58 of massage machine 4 contacts with human body and makes its pressure inside pick off reach the numerical value of setting, vertical movement mechanism 29 stops to descend, the horicontal motion mechanism 27 of control mechanical arm 3 moves forward certain distance, slaps to push and rubs.When massage machine 4 converts roll extrusion position shown in Figure 14 to, the vertical movement mechanism 29 of control mechanical arm 3 moves down, when the roller 59 of massage machine 4 contacts with human body and makes its pressure inside pick off reach the numerical value of setting, vertical movement mechanism 29 stops to descend, control horizontal mobile mechanism 27 then and move forward and backward, carry out the massage manipulation of roll extrusion.Massage machine 4 itself can realize pinching, refer to rub, shake, kowtow and the Chinese traditional massage maneuver such as hit.
Push away, need mechanical arm 3 to move in the horizontal direction during massage manipulation such as roll extrusion slapping, refer to by, the palm by etc. during massage manipulation, need mechanical arm 3 to move in vertical direction, so mechanical arm 3 adopt the frame for movement of Cartesian coordinate type in the horizontal direction with on the vertical direction; When having only the acupuncture point of searching to position, need mechanical arm on the depth direction, to move, and on the depth direction, left and right mechanical arm also has certain coincidence zone, so adopt more articulated frame for movement on the depth direction.
Described mechanical arm 3 and massage machine 4 can use a cover to massage separately, also can use left and right symmetric two covering devices to massage.
Claims (10)
1. the Chinese traditional massage robot that combines of Cartesian coordinate type and articulated type, it is characterized in that comprising the bed body (1) that bracing frame (2) is housed, mechanical arm (3) is installed on the bracing frame (2), and the end of mechanical arm (3) is equipped with the massage machine (4) that comprises thumb rubber assembly (57), metacarpus massage assembly (58) and roller (59).
2. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 1 and articulated type, it is characterized in that described bed body (1) mainly comprises bedstead fixed mechanism (5), bedstead elevating mechanism (7) and is located at the connection supporting mechanism (6) that is linked together by lifting connecting rod (19) between two mechanisms, bedstead elevating mechanism (7) is provided with by lifting motor (9) and connects the lift drive mechanism (8) that drives.
3. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 2 and articulated type, an end that it is characterized in that described connection supporting mechanism (6) is fixed in by fixed mechanism bearing (15) and fixed mechanism bearing pin (16) that bedstead fixed mechanism (5) is gone up and can rotates around fixed mechanism bearing pin (16), and an other end that connects supporting mechanism (6) is connected with bedstead elevating mechanism (7) with elevating mechanism bearing pin (18) by elevating mechanism bearing (17); Connect by lifting connecting rod (19) between the two connection supporting mechanisms (6), thus the rear and front end lifting stably of assurance bedstead elevating mechanism (7).
4. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 2 and articulated type, it is characterized in that described lift drive mechanism (8) comprises the lifting motor (9) that is installed on the bedstead elevating mechanism (7), lifting motor (9) connects drive drive mechanism (13), and drive mechanism (13) is in transmission connection in connecting supporting mechanism (6).
5. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 4 and articulated type, it is characterized in that described drive mechanism (13) comprises the coaxial drive pulley (10) that is connected by lifting motor (9) output, drive pulley (10) is connected to driven pulley (12) by belt (11), driven pulley (12) output connects co-axial screw mandrel (20), screw mandrel (20) output is connected with screw (21), screw (21) is connected with drive link (26) by slip cap (25), and drive link (26) is movably connected on by bearing pin (14) and connects supporting mechanism (6).
6. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 1 and articulated type, it is characterized in that also being provided with quick lowering means on the described bed body (1), comprise the arm-tie (23) of being located at slip cap (25) bottom, the upper end of arm-tie (23) is connected with special-shaped bearing pin (22) by spring (24), slip cap (25) and screw (21) are respectively equipped with and the supporting side opening of special-shaped bearing pin (22) in corresponding position, when the side opening on the slip cap (25) when side opening on the screw (21) overlaps, abnormity bearing pin (22) penetrates in the side opening of screw (21) by the side opening on the slip cap (25) under the effect of lower springs (24), screw (21) and slip cap (25) are pinned, and this moment, drive mechanism was a lockup state; When running into special circumstances, user pulling arm-tie (23), arm-tie (23) is pulled out special-shaped bearing pin (22), under the effect of bed body weight power, screw mandrel (20) and screw (21) slide in slip cap (25) fast, thereby a body is descended rapidly, have guaranteed the safety of user.
7. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 1 and articulated type, it is characterized in that described mechanical arm (3) is the machinery that Cartesian coordinate type and articulated type combine, adopt the frame for movement of Cartesian coordinate type in the horizontal direction with vertical direction, in the employing of depth direction is articulated frame for movement, mainly comprise horicontal motion mechanism (27), the vertical movement mechanism (29) that flexibly connects with horicontal motion mechanism (27), and the depth motion (30) that flexibly connects with vertical movement mechanism (29).
8. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 7 and articulated type, it is characterized in that described horicontal motion mechanism (27) comprises that horizontal motor (35) and two ends are fixed in ball-screw (32) on the horizontal base (31) by bearing block assembly (37) respectively, horizontal motor (35) connects the co-axial ball-screw of drive (32) by shaft coupling (36) and rotates, the both sides that horizontal base (31) is gone up ball-screw (32) are installed with two line slideways (33), be provided with band slide block (38) between two line slideways (33), the horizontal slide (34) of screw (39), slide block (38) is by line slideway (33) guiding, screw (38) cooperates transmission with ball-screw (32), and horizontal slide (34) is by being connected with vertical movement mechanism (29) with its fixedly connected gusset piece (28).
9. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 7 and articulated type, it is characterized in that described vertical movement mechanism (29) comprises that motor vertical (44) and two ends are fixed in ball-screw (40) on the vertical base (42) by bearing block assembly (46) respectively, motor vertical (44) connects the co-axial ball-screw of drive (40) by shaft coupling (45) and rotates, the both sides that vertical base (42) is gone up ball-screw (40) are installed with two line slideways (41), be provided with band slide block (47) between two line slideways (41), the vertical sliding assembly (43) of screw (48), slide block (47) is by line slideway (41) guiding, screw (48) cooperates transmission with ball-screw (40), and vertical sliding assembly (43) is by being connected with depth motion (30) with its fixedly connected R (1) shaft supporting frame (49).
10. the Chinese traditional massage robot that combines according to the described a kind of Cartesian coordinate type of claim 7 and articulated type, it is characterized in that described depth motion (30) comprises R (1) shaft supporting frame (49) that is fixedly connected on the vertical sliding assembly (43), its top is connected with R (1) spindle motor (50) by reductor (51), the below be equipped with link to each other with the arbor that slows down can be around the cursor (52) of R (1) axle rotation, the other end of cursor (52) is fixedly connected with R (2) shaft supporting frame (53), the top of R (2) shaft supporting frame (53) is connected with R (2) spindle motor (54) by reductor (55), R (2) shaft supporting frame (53) below be equipped with link to each other with the arbor that slows down can be around the rotation of R (2) axle, the terminal installation portion (56) that has massage machine (4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010202454025U CN201701439U (en) | 2010-06-16 | 2010-06-16 | Rectangular coordinate type and articulated type combined Chinese traditional massage robot |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010202454025U CN201701439U (en) | 2010-06-16 | 2010-06-16 | Rectangular coordinate type and articulated type combined Chinese traditional massage robot |
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| CN201701439U true CN201701439U (en) | 2011-01-12 |
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| CN2010202454025U Expired - Fee Related CN201701439U (en) | 2010-06-16 | 2010-06-16 | Rectangular coordinate type and articulated type combined Chinese traditional massage robot |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102058466A (en) * | 2011-03-15 | 2011-05-18 | 江苏大学 | Chinese massage robot |
| CN102389364A (en) * | 2011-08-01 | 2012-03-28 | 山东康泰实业有限公司 | Gantry Chinese medical massaging robot |
| CN102873682A (en) * | 2011-07-15 | 2013-01-16 | 鸿富锦精密工业（深圳）有限公司 | Mechanical arm, production equipment using mechanical arm and production line |
| CN105943336A (en) * | 2016-05-12 | 2016-09-21 | 安徽波浪岛游乐设备有限公司 | Electric massaging equipment |
| CN108814918A (en) * | 2018-04-24 | 2018-11-16 | 马海霞 | A kind of massage bed based on smart home |
| IT201900010896A1 (en) | 2019-07-04 | 2021-01-04 | Daniele Gallerani | EQUIPMENT FOR USE IN MANUAL THERAPY |
-
2010
- 2010-06-16 CN CN2010202454025U patent/CN201701439U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102058466A (en) * | 2011-03-15 | 2011-05-18 | 江苏大学 | Chinese massage robot |
| CN102873682A (en) * | 2011-07-15 | 2013-01-16 | 鸿富锦精密工业（深圳）有限公司 | Mechanical arm, production equipment using mechanical arm and production line |
| TWI491483B (en) * | 2011-07-15 | 2015-07-11 | Hon Hai Prec Ind Co Ltd | Manipulator and production device thereof. |
| CN102389364A (en) * | 2011-08-01 | 2012-03-28 | 山东康泰实业有限公司 | Gantry Chinese medical massaging robot |
| CN102389364B (en) * | 2011-08-01 | 2013-08-28 | 山东康泰实业有限公司 | Gantry Chinese medical massaging robot |
| CN105943336A (en) * | 2016-05-12 | 2016-09-21 | 安徽波浪岛游乐设备有限公司 | Electric massaging equipment |
| CN108814918A (en) * | 2018-04-24 | 2018-11-16 | 马海霞 | A kind of massage bed based on smart home |
| IT201900010896A1 (en) | 2019-07-04 | 2021-01-04 | Daniele Gallerani | EQUIPMENT FOR USE IN MANUAL THERAPY |
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