CN209408526U - A kind of bionical squid tentacle realizes the manipulator of food sorting function - Google Patents
A kind of bionical squid tentacle realizes the manipulator of food sorting function Download PDFInfo
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- CN209408526U CN209408526U CN201920069397.8U CN201920069397U CN209408526U CN 209408526 U CN209408526 U CN 209408526U CN 201920069397 U CN201920069397 U CN 201920069397U CN 209408526 U CN209408526 U CN 209408526U
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Abstract
The utility model discloses the manipulators that a kind of bionical squid tentacle realizes food sorting function, the manipulator includes framework supporting structure, shell, mechanical tail portion, bionical sucker and control system, framework supporting structure includes several basal discs and several universal ball joint shaft couplings, universal ball joint shaft coupling is embedded at corresponding basal disc center, the tip of mechanical structure frame is equipped with camera, shell includes shell tail end and shell head end, the inside of shell tail end is equipped with conical bore, the inside of shell head end is equipped with circular through hole, framework supporting structure is embedded in circular through hole, mechanical tail portion is embedded in conical bore, it is connected in a manner of revolute pair between mechanical tail portion and framework supporting structure universal ball joint shaft coupling.The driving method that the utility model is upheld based on elastic soft rubber band axial shrinkage and radially has many advantages, such as high sensitivity, pinpoint accuracy, high adaptivity reliability in conjunction with the flexible food sorting manipulator that squid sucker characteristic designs.
Description
Technical field
The utility model belongs to the biomimetic features field of biology, and in particular to a kind of bionical squid tentacle realization food sorting
The manipulator of function is a kind of bionic mechanical hand.
Background technique
Current squid is by adaptation in 50,000,000 years, evolution, develops, this very long natural selection makes squid
Certain position wonderful workmanships excelling nature, biological nature tend to be perfect, have design feature, flexible kinetic characteristic most reasonable, optimize
Fabulous adaptability under the complex environment of ocean, learns to nature, using bionics principle, design, the sorting of development of new
It is also one of the field of the most important thing that machinery, which is fast-developing in recent years,.Squid tentacle has high flexibility and high sensitivity, benefit
With the sucker of squid tentacle, the sucker suction performance on tentacle is fabulous, and by its excellent tentacle structure, squid tends to grab
Overweight itself tens times of quality of object.Nowadays, logistic industry is grown rapidly, the effect that logistic industry dispenses fresh food class
Rate requires high, rate request to be exceedingly fast.Current such storage goods sorting still largely uses manpower, time-consuming and laborious.
Utility model content
Aiming at the problems existing in the prior art, the utility model provides a kind of bionical squid tentacle realization food sorting function
Can manipulator, be it is a kind of can high speed, efficiently, the control method of the sorting function of the intelligent food of high-adaptability sorting, pass through
The omnibearing movable of steering engine control elastic soft rubber band length changed to realize bionical squid tentacle, passes through bionical squid tentacle
The bionical sucker of lower surface grabs object to realize sorting function.
To achieve the above object, the utility model uses following technical scheme:
A kind of bionical squid tentacle realizes the manipulator of food sorting function, which includes framework supporting structure, shell
Body, mechanical tail portion, bionical sucker and control system,
The framework supporting structure includes several basal discs and several universal ball joint shaft couplings, the universal ball joint shaft coupling
Device, which is embedded on corresponding basal disc center, the disk of the basal disc, is radially distributed at least two through holes, oil pressure pipeline
Through-hole and data line mounting hole connect to form mechanical structure frame by universal ball joint shaft coupling between the adjacent basal disc,
Through elastic strip is embedded in the through hole, the elastic strip sequentially passes through all basal discs, one end intersection of the elastic strip
Elastic tentacle is formed in the end that the tip of mechanical structure frame, the other end stretch out shell,
It is equipped with camera at the tip of the mechanical structure frame, the camera is connected by transformer with power supply,
The shell includes shell tail end and shell head end, is equipped with conical bore, the shell in the inside of the shell tail end
The shell of body tail end is equipped with the first circular hole, and first circular hole is connected with conical bore, sets in the inside of the shell head end
There is circular through hole, the shell of the shell head end is equipped with the second circular hole, and second circular hole is connected with circular through hole, described
Conical bore and circular through hole are coaxially disposed, and the framework supporting structure is embedded in circular through hole, and the machinery tail portion is embedded
In conical bore, connected in a manner of revolute pair between the machinery tail portion and framework supporting structure universal ball joint shaft coupling
It connecing, is equipped with winding mechanism in the end of shell head end, the winding mechanism includes motor and the L-type support that matches with motor,
The transverse slat of the L-type support is fixed on the end face of shell head end, is successively arranged first set on the outside of the riser of each L-type support
Tube stent and second sleeve bracket, are equipped with wrapping post on the inside of the riser of the L-type support, and the output shaft of the motor is successively worn
Corresponding second sleeve bracket, first sleeve bracket and L-type support are crossed, the end of output shaft is mutually fixedly connected with wrapping post,
The elastic strip is fixed and is wrapped on corresponding wrapping post,
The bionical sucker includes upper and lower surfaces, is respectively equipped with inner chamber body and outer chamber on the lower surface,
The inner chamber body and outer chamber coaxial arrangement, the bionical sucker passes through upper surface respectively and fits with shell, described first
It is mounted on bionical sucker on circular hole and the second circular hole, is equipped with pressure sensor on the upper surface of the bionical sucker,
The control system includes Multi-mode control plate, intelligent microcontroller, and power carrier multi channel signals connect, send out dress
Set, it is described intelligence microcontroller signal input part be separately connected pressure sensor signal output end and camera signal it is defeated
Outlet, camera collection image send signal to intelligent microcontroller, intelligent microcontroller after power carrier modulation /demodulation
By controlling the forward direction or backwards rotation of motor, wrapping post winds or loosens elastic strip, and wrapping post makes bullet to the winding of elastic strip
Property item generate the variation of axial shrinkage and radial contraction, the driving method based on elastic strip axial shrinkage and radially upheld forms drive
Dynamic system, to control the flexure operation that elastic tentacle carries out all directions.
The shell tail end and shell head end are truncated rectangular pyramids structure, and the shell head end is made by soft material.
The basal disc is circle.
The oil pressure pipeline through-hole array is distributed in around corresponding through hole, between the data line mounting hole and through hole
Every distribution.
The data line mounting hole is square hole.
The machinery tail portion is cone, and the machinery tail portion includes the basal disc to connect with conical bore and tip circle
Disk, the elastic strip extend through the through hole knot on basal disc on the disk of tip.
The elastic strip is elastic soft rubber band, and quantity is four.
The bionical sucker is truncated cone-shaped sucker, and the outer chamber is annular groove shape.
A kind of control method of the manipulator of bionical squid tentacle realization food sorting function, this method includes following step
It is rapid:
Step 1, it positions: by camera collection image, sending intelligent microcontroller for picture signal after treatment,
Intelligent microcontroller identifies picture signal by soft and hardware, and positioning instruction is exported, and controls elastic tentacle close to target object
It is accurately positioned, intelligent microcontroller output order control four elastic soft rubber bands of enclosure interior are in stretched condition and deformation quantity
Identical, elastic soft tentacle is in tight tight state at this time, prepares for the grasping movement of next step；
Step 2, realize grasping movement: on the basis of the step 1, intelligent microcontroller passes through control and output shaft phase
Wrapping post even pulls elastic strip, it is made to generate the variation of axial shrinkage and radial contraction, and intelligent microcontroller passes through control four
Axial shrinkage and the deformation residual quantity radially upheld realize all directions to control elastic soft rubber band between root elastic soft rubber band
Flexure operation, by stretch wherein an elastic soft rubber band make its deformation quantity be higher than other three elastic soft rubber bands,
Elastic tentacle is realized towards the flexure operation in orientation locating for an elastic soft rubber band being stretched, the bending of elastic tentacle is in the past
End starts, and gradually spreads to tail end, similarly, realizes the flexure operation in its excess-three direction；By stretching wherein two software bullets
Property rubber band make its deformation quantity be higher than remaining two elastic soft rubber band, realize elastic tentacle towards two software bullets being stretched
The intermediate direction flexure operation in direction locating for property rubber band, the bending of elastic tentacle gradually spread to tail end since front end；Together
Reason can realize the bending of elastic soft tentacle all directions by the difference of deformation quantity between four elastic soft rubber bands of control；
Step 3, effectively crawl: according to specific crawl needs, intelligent microcontroller is by controlling software bullet needed for it
Property rubber band between axial shrinkage and the deformation residual quantity radially upheld to control elastic soft rubber band realize that the bending of all directions is dynamic
Make, elastic soft tentacle is made to form effective grasping movement, cavity is formed by the air squeezed in bionical sucker, inside
Volume of air, which expands, to be made suction cup interior air pressure be less than external atmospheric pressure to form adsorption capacity, is effectively caught or is sucked and is crawled pair
As realizing and carrying function.
Compared with prior art, the utility model has the following beneficial effects:
1. the utility model is the architectural characteristic based on squid tentacle, with a kind of (the bionical squid touching of completely new driving method
Driving method of the hand based on elastic soft rubber band axial shrinkage and radially to uphold), it is designed soft in conjunction with squid sucker characteristic
Property food sorting manipulator, high speed sorting in, not only save replacement handgrip time, but also because its use soft body design, it is right
The damaged condition of target object is ignored substantially, is applicable to the different target object of various material, shape, volume, quality,
Have many advantages, such as high sensitivity, pinpoint accuracy, high adaptivity, good reliability；2. the utility model combines bionical squid tentacle
On bionical sucker, realize the sorting function of bionical squid tentacle, improve the adaptive stress difference of conventional robot, robot manipulator structure
The disadvantages of complexity, control difficulty is big, generally may be only available for specific target object.The control method of bionical squid tentacle can be real
Some frangible, easily-deformable objects are now sorted, target object is extensive, has more efficient working method, more convenient and fast operation side
Formula, higher flexibility ratio, superior sensitivity.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the structural schematic diagram of the utility model middle skeleton.
Fig. 3 is the structural schematic diagram of shell in the utility model.
Fig. 4 is the attachment structure schematic diagram in the utility model between adjacent basal disc.
Fig. 5 is the structural schematic diagram of basal disc in the utility model.
Fig. 6 is the structural schematic diagram of mechanical tail portion in the utility model.
Fig. 7 is the structural schematic diagram of bionical sucker in the utility model.
Fig. 8 is the structural schematic diagram of the first grasp mode of the utility model.
Fig. 9 is the structural schematic diagram of second of grasp mode of the utility model.
Figure 10 is the driving control system figure of elastic strip in the utility model.
Figure 11 is the partial enlarged view of Figure 10.
Specific embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Figure 10 and Figure 11, the bionical squid tentacle of the present embodiment is realized
Food sorts the manipulator of function, which includes framework supporting structure 1, shell 2, mechanical tail portion 3, bionical sucker 4 and control
System processed,
The framework supporting structure 1 include several basal discs 101 and several universal ball joint shaft couplings 102, described spherical ten thousand
It is embedded to section shaft coupling 102 and is radially distributed at least two on corresponding 101 center of basal disc, the disk of the basal disc 101
A through hole 103, oil pressure conduit through bore 104 and data line mounting hole 105 pass through spherical universal between the adjacent basal disc 101
The section connection of shaft coupling 102 forms mechanical structure frame, runs through in the through hole 103 and is embedded elastic strip 106, the elastic strip
106 sequentially pass through all basal discs 101, and one end of the elastic strip 106 intersects at the tip of mechanical structure frame, the other end stretches out
The end of shell forms elastic tentacle,
It is equipped with camera 107 at the tip of the mechanical structure frame, the camera 107 passes through transformer and power supply phase
Even,
The shell 2 includes shell tail end 201 and shell head end 202, is equipped with circular cone in the inside of the shell tail end 201
The shell in hole, the shell tail end 201 is equipped with the first circular hole 204, and first circular hole 204 is connected with conical bore, in institute
The inside for stating shell head end 202 is equipped with circular through hole 205, and the shell of the shell head end 202 is equipped with the second circular hole 206, institute
It states the second circular hole 206 to be connected with circular through hole 205, the conical bore and circular through hole 205 are coaxially disposed, the skeletal support
Structure 1 is embedded in circular through hole 205, and the machinery tail portion 3 is embedded in conical bore, the machinery tail portion 3 and skeletal support
It is connected in a manner of revolute pair between structure 1 universal ball joint shaft coupling 102, is equipped with and twines in the end of shell head end 202
Around mechanism, the winding mechanism includes motor 5 and the L-type support matched with motor 6, and the transverse slat of the L-type support 6 is fixed on
On the end face of shell head end 202, first sleeve bracket 61 and second sleeve are successively arranged on the outside of the riser of each L-type support 6
Bracket 62 is equipped with wrapping post 63 on the inside of the riser of the L-type support 6, and the output shaft 7 of the motor 5 sequentially passes through corresponding
Second sleeve bracket 62, first sleeve bracket 61 and L-type support 6, the end of output shaft 7 is fixedly connected with 63 phase of wrapping post,
The elastic strip 106 is fixed and is wrapped on corresponding wrapping post 63,
The bionical sucker 4 includes upper surface 41 and lower surface 42, is respectively equipped with inner chamber body 43 on the lower surface 42
With outer chamber 44, the inner chamber body 43 and outer chamber 44 are coaxially disposed, and the bionical sucker 4 passes through upper surface 41 and shell respectively
2 fit, and are mounted on bionical sucker 4 on first circular hole 204 and the second circular hole 206, in the upper of the bionical sucker 4
Pressure sensor is equipped on surface,
The control system includes Multi-mode control plate, intelligent microcontroller, and power carrier multi channel signals connect, send out dress
Set, it is described intelligence microcontroller signal input part be separately connected pressure sensor signal output end and camera signal it is defeated
Outlet, camera collection image send signal to intelligent microcontroller, intelligent microcontroller after power carrier modulation /demodulation
By controlling the forward direction or backwards rotation of motor 5, wrapping post 63 winds or loosens elastic strip 106, and wrapping post 63 is to elastic strip 106
Winding so that elastic strip 106 is generated the variation of axial shrinkage and radial contraction, based on 106 axial shrinkage of elastic strip and radial uphold
Driving method form drive system, to control the flexure operation that elastic tentacle carries out all directions.
Preferably, shell tail end 201 and shell head end 202 described in the present embodiment are truncated rectangular pyramids structure, the shell
Head end 202 is made by soft material.
As further preferred, basal disc 101 described in the present embodiment is circle.
As further preferred, 104 array distribution of oil pressure conduit through bore described in the present embodiment was at corresponding through hole 103 weeks
It encloses, the data line mounting hole 105 is spaced apart with through hole 103.
As further preferred, data line mounting hole 105 described in the present embodiment is square hole.
As further preferred, machinery tail portion 3 described in the present embodiment is cone, the machinery tail portion 3 include one with
The basal disc 101 and tip disk 301 that conical bore connects, the elastic strip 106 extend through the friendship of the through hole 103 on basal disc 101
It ties on tip disk 301.
As further preferred, elastic strip 106 described in the present embodiment is elastic soft rubber band, and quantity is four.
As further preferred, bionical sucker 4 described in the present embodiment is truncated cone-shaped sucker, and the outer chamber 44 is that annular is recessed
Channel-shaped.
The bionical squid tentacle of the present embodiment realizes the control method of the manipulator of food sorting function, and this method includes following
Step:
Step 1, it positions: by camera collection image, sending intelligent microcontroller for picture signal after treatment,
Intelligent microcontroller identifies picture signal by soft and hardware, and positioning instruction is exported, and controls elastic tentacle close to target object
It is accurately positioned, intelligent microcontroller output order control four elastic soft rubber bands of enclosure interior are in stretched condition and deformation quantity
Identical, elastic soft tentacle is in tight tight state at this time, prepares for the grasping movement of next step；
Step 2, realize grasping movement: on the basis of the step 1, intelligent microcontroller passes through control and output shaft 7
Connected wrapping post 63 pulls elastic strip 106, it is made to generate the variation of axial shrinkage and radial contraction, and intelligent microcontroller passes through
Axial shrinkage and the deformation residual quantity radially upheld between four elastic soft rubber bands is controlled to realize respectively to control elastic soft rubber band
The flexure operation in a direction makes its deformation quantity be higher than other three elastic softs by stretching a wherein elastic soft rubber band
Rubber band, realize elastic tentacle towards orientation locating for an elastic soft rubber band being stretched flexure operation, elastic tentacle it is curved
Song gradually spreads to tail end since front end, similarly, realizes the flexure operation in its excess-three direction；By stretching wherein two
Elastic soft rubber band makes its deformation quantity be higher than remaining two elastic soft rubber band, realizes elastic tentacle towards two to be stretched
The intermediate direction flexure operation in direction locating for elastic soft rubber band, the bending of elastic tentacle gradually spread to tail since front end
End；Similarly, elastic soft tentacle all directions can be realized by the difference of deformation quantity between four elastic soft rubber bands of control
Bending；
Step 3, effectively crawl: according to specific crawl needs, intelligent microcontroller is by controlling software bullet needed for it
Property rubber band between axial shrinkage and the deformation residual quantity radially upheld to control elastic soft rubber band realize that the bending of all directions is dynamic
Make, elastic soft tentacle is made to form effective grasping movement, cavity is formed by the air squeezed in bionical sucker 4, inside
Volume of air expand and make suction cup interior air pressure be less than external atmospheric pressure to form adsorption capacity, effectively catch (as shown in Figure 8) or
(as shown in Figure 9) is sucked and is crawled object, realizes and carries function.
Although above-described embodiment makes specific descriptions to the utility model, for those of ordinary skill in the art
For, it is understood that it can be within the spirit and scope for not departing from the utility model based on disclosed by the utility model interior
Appearance is modified or is improved, these modification and improvement are all within the spirit and scope of the utility model.
Claims (8)
1. the manipulator that a kind of bionical squid tentacle realizes food sorting function, which is characterized in that the manipulator includes skeleton branch
Support structure (1), shell (2), mechanical tail portion (3), bionical sucker (4) and control system,
The framework supporting structure (1) includes several basal discs (101) and several universal ball joint shaft couplings (102), the spherical shape
Gimbal coupling (102) is embedded radially to be distributed on corresponding basal disc (101) center, the disk of the basal disc (101)
There are at least two through holes (103), oil pressure conduit through bore (104) and data line mounting hole (105), the adjacent basal disc (101)
Between mechanical structure frame formed by universal ball joint shaft coupling (102) connection, through being embedded in the through hole (103)
Elastic strip (106), the elastic strip (106) sequentially pass through all basal discs (101), and one end of the elastic strip (106) intersects at
The end that shell is stretched out at the tip of mechanical structure frame, the other end forms elastic tentacle,
Camera (107) are equipped at the tip of the mechanical structure frame, the camera (107) passes through transformer and power supply phase
Even,
The shell (2) includes shell tail end (201) and shell head end (202), is equipped in the inside of the shell tail end (201)
The shell of conical bore, the shell tail end (201) is equipped with the first circular hole (204), first circular hole (204) and conical bore phase
Connection is equipped with circular through hole (205) in the inside of the shell head end (202), and the shell of the shell head end (202) is equipped with
Second circular hole (206), second circular hole (206) are connected with circular through hole (205), the conical bore and circular through hole
(205) it is coaxially disposed, the framework supporting structure (1) is embedded in circular through hole (205), and the machinery tail portion (3) is embedded
In conical bore, by universal ball joint shaft coupling (102) to rotate between the machinery tail portion (3) and framework supporting structure (1)
Secondary mode connects, and is equipped with winding mechanism in the end of shell head end (202), the winding mechanism includes motor (5) He Yu electricity
The transverse slat of the L-type support (6) that machine matches, the L-type support (6) is fixed on the end face of shell head end (202), in each L
It is successively arranged first sleeve bracket (61) and second sleeve bracket (62) on the outside of the riser of type bracket (6), in the L-type support
(6) wrapping post (63) are equipped on the inside of riser, the output shaft (7) of the motor (5) sequentially passes through corresponding second sleeve branch
The end of frame (62), first sleeve bracket (61) and L-type support (6), output shaft (7) is mutually fixedly connected with wrapping post (63), institute
Elastic strip (106) are stated to fix and be wrapped on corresponding wrapping post (63),
The bionical sucker (4) includes upper surface (41) and lower surface (42), is respectively equipped with inner cavity on the lower surface (42)
Body (43) and outer chamber (44), the inner chamber body (43) and outer chamber (44) coaxial arrangement, the bionical sucker (4) pass through respectively
Upper surface (41) fits with shell (2), is mounted on bionical suction on first circular hole (204) and the second circular hole (206)
Disk (4) is equipped with pressure sensor on the upper surface of the bionical sucker (4),
The control system includes Multi-mode control plate, intelligent microcontroller, and power carrier multi channel signals connect, transmitting apparatus, institute
The signal input part for stating intelligent microcontroller is separately connected the signal output end of pressure sensor and the signal output end of camera,
Camera collection image sends signal to intelligent microcontroller after power carrier modulation /demodulation, and intelligent microcontroller passes through control
The forward direction or backwards rotation of motor (5) processed, wrapping post (63) wind or loosen elastic strip (106), and wrapping post (63) is to elastic strip
(106) winding makes elastic strip (106) to generate the variation of axial shrinkage and radial contraction, is based on elastic strip (106) axial shrinkage
The driving method radially upheld forms drive system, to control the flexure operation that elastic tentacle carries out all directions.
2. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Shell tail end (201) and shell head end (202) are truncated rectangular pyramids structure, and the shell head end (202) is made by soft material.
3. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Basal disc (101) is circle.
4. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Oil pressure conduit through bore (104) array distribution around corresponding through hole (103), the data line mounting hole (105) with run through
Hole (103) is spaced apart.
5. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Data line mounting hole (105) is square hole.
6. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Mechanical tail portion (3) is cone, and the machinery tail portion (3) includes the basal disc to connect with conical bore (101) and tip disk
(301), the elastic strip (106) extends through through hole (103) knot on basal disc (101) on tip disk (301).
7. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Elastic strip (106) is elastic soft rubber band, and quantity is four.
8. the manipulator that bionical squid tentacle according to claim 1 realizes food sorting function, which is characterized in that described
Bionical sucker (4) is truncated cone-shaped sucker, and the outer chamber (44) is annular groove shape.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920069397.8U CN209408526U (en) | 2019-01-16 | 2019-01-16 | A kind of bionical squid tentacle realizes the manipulator of food sorting function |
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| CN201920069397.8U CN209408526U (en) | 2019-01-16 | 2019-01-16 | A kind of bionical squid tentacle realizes the manipulator of food sorting function |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110405804A (en) * | 2019-01-16 | 2019-11-05 | 上海海洋大学 | Bionical squid tentacle realizes the manipulator of food sorting function |
| CN110587628A (en) * | 2019-09-30 | 2019-12-20 | 上海海洋大学 | Flexible wrist-touching of bionic cephalopodium organisms |
| CN114227642A (en) * | 2021-11-22 | 2022-03-25 | 杭州电子科技大学 | Bionic flexible arm and control method thereof |
| CN116588292A (en) * | 2023-05-23 | 2023-08-15 | 北京大学 | Underwater operation robot |
-
2019
- 2019-01-16 CN CN201920069397.8U patent/CN209408526U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110405804A (en) * | 2019-01-16 | 2019-11-05 | 上海海洋大学 | Bionical squid tentacle realizes the manipulator of food sorting function |
| CN110405804B (en) * | 2019-01-16 | 2023-07-21 | 上海海洋大学 | Manipulator for realizing food sorting function by bionic squid tentacles |
| CN110587628A (en) * | 2019-09-30 | 2019-12-20 | 上海海洋大学 | Flexible wrist-touching of bionic cephalopodium organisms |
| CN114227642A (en) * | 2021-11-22 | 2022-03-25 | 杭州电子科技大学 | Bionic flexible arm and control method thereof |
| CN114227642B (en) * | 2021-11-22 | 2023-08-22 | 杭州电子科技大学 | Bionic flexible arm and control method thereof |
| CN116588292A (en) * | 2023-05-23 | 2023-08-15 | 北京大学 | Underwater operation robot |
| CN116588292B (en) * | 2023-05-23 | 2024-02-20 | 北京大学 | Underwater operation robot |
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