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[PDF] Top 20 Pneumatic Control Of Six Legged Robot

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Pneumatic Control Of Six Legged Robot

Pneumatic Control Of Six Legged Robot

... This chapter provides a review about the project entitled “pneumatic control of six legged robot”. These including an overview of the concept of these project. Background study, problem ... See full document

24

Self-Manipulation and Dynamic Transitions for a Legged Robot

Self-Manipulation and Dynamic Transitions for a Legged Robot

... and control, and provide an extensive API, trading the cost of design effort and hardware complexity for the effort of learning how to effectively use the manufacturer’s motor control ... See full document

191

Design Of Pneumatic Gripper For Comau Articulated Robot

Design Of Pneumatic Gripper For Comau Articulated Robot

... the robot gripper can be chosen according to the shape of the objects that are to be manipulated (Ong Rong ...the robot gripper used a sensor to control the amount of force that need to be applied to ... See full document

24

Data Acquisition in the Asperous Regions using Legged Robot

Data Acquisition in the Asperous Regions using Legged Robot

... Surveillance of various parameters like temperature, humidity, methane content being the major goal of the project, the sensors like DHT11 and MQ6 are used respectively. This data acquisition system basically works on ... See full document

6

Design and Development of the Wheel legged Robot Dog Kara

Design and Development of the Wheel legged Robot Dog Kara

... transformable robot dog has the advantages of both wheeled movement and legged walking, which can be applied in many ...The robot dog Kara introduced in this paper, adopts a self-designed 2DOFs ... See full document

6

A Divide and Conquer Approach for Obstacles Overcoming of a Legged Robot

A Divide and Conquer Approach for Obstacles Overcoming of a Legged Robot

... ―Moving robot platform‖ moves robot body left and back to legs kinematic limit to achieve maximum stability margin; then process ―Stepping up‖ start moving leg 2 up in the step, as shown in ...returns ... See full document

10

Static Force Analysis of Foot of Electrically Driven Heavy-Duty Six-Legged Robot under Tripod Gait

Static Force Analysis of Foot of Electrically Driven Heavy-Duty Six-Legged Robot under Tripod Gait

... of robot under the quad- rangular gait, Zhuang et ...heavy-duty six-legged ...real-time control of foot-force distribution of legged robot by avoiding foot-slip, minimizing the ... See full document

15

Design & Fabrication of Pneumatic Wall Climbing Robot

Design & Fabrication of Pneumatic Wall Climbing Robot

... Fig. 2. SC-based Connection Guarences: Translational High Payload WCR MRWALLSPECT A Suction Cup Per Leg A suction cup is usually used on each leg when the size requirements are small Usually three cups of suction cups ... See full document

8

A Functional Subnetwork Approach to Designing Synthetic Nervous Systems That Control Legged Robot Locomotion

A Functional Subnetwork Approach to Designing Synthetic Nervous Systems That Control Legged Robot Locomotion

... The nervous system encodes physical quantities as neural activity. In insects, the firing rate of sensory neurons encode the stretch of chordotonal organs (Field and Matheson, 1998) and the strain of campaniform sensilla ... See full document

20

A SIX-LEGGED ROBOT: REAL-TIME ISSUES AND ARCHITECTURE. Mauro Marinoni, Alessio Carlini, Giorgio Buttazzo

A SIX-LEGGED ROBOT: REAL-TIME ISSUES AND ARCHITECTURE. Mauro Marinoni, Alessio Carlini, Giorgio Buttazzo

... on control ac- tivities, the walking controller runs a real-time ker- nel, McuOS, developed at the University of Pavia for supporting small embedded applications on the M68HC11 ... See full document

6

Design And Development Of Pneumatic Gripper For Comau Robot

Design And Development Of Pneumatic Gripper For Comau Robot

... Some grippers act directly on the object they are gripping based on the force of the air pressure supplied to the gripper, while others will use a mechanism such as sensors to control the amount of force applied ... See full document

24

An Efficient Finite-Input Receding Horizon Control Method and Its Application for the Pneumatic Hopping Robot

An Efficient Finite-Input Receding Horizon Control Method and Its Application for the Pneumatic Hopping Robot

... to control the motion of a pneumatic hoping ...switching control systems in which only a finite number of control inputs are ...optimal control sequence that gives the optimal cost and ... See full document

8

Disturbance-Estimated Adaptive Backstepping Sliding Mode Control of a Pneumatic Muscles-Driven Ankle Rehabilitation Robot.

Disturbance-Estimated Adaptive Backstepping Sliding Mode Control of a Pneumatic Muscles-Driven Ankle Rehabilitation Robot.

... parallel robot was developed for ankle rehabilitation and the inverse kinematics model as well as the dynamics model of the robot were ...the control output can be adjusted in real ...rehabilitation ... See full document

21

An Intelligent Architecture for Legged Robot Terrain Classification Using Proprioceptive and Exteroceptive Data

An Intelligent Architecture for Legged Robot Terrain Classification Using Proprioceptive and Exteroceptive Data

... a legged robot autonomously learn to identify different ...of legged robot systems, both in terms of locomotion and ...a robot that has learned to differentiate sand from gravel can ... See full document

173

Hybrid Wheel-Legged Robot Mechanism for Search and Rescue Missions and Outdoor Surveillance

Hybrid Wheel-Legged Robot Mechanism for Search and Rescue Missions and Outdoor Surveillance

... Rescue robot design and implementation is an interesting combination of allowing basic research while being application ...rescue robot with five degree of freedoms mechanical wheel and leg which can ... See full document

5

Intelligent legged climbing service robot for remote maintenance applications in hazardous environments

Intelligent legged climbing service robot for remote maintenance applications in hazardous environments

... sensory-based robot and used its reflexive behaviours (see Section 4 for detail) to handle unstructured environments, the pro- posed fuzzy control method with GA tuning did help to improve its walking and ... See full document

11

Intelligent legged climbing service robot for remote inspection and maintenance in hazardous environments

Intelligent legged climbing service robot for remote inspection and maintenance in hazardous environments

... leg robot which is powered by pneumatic cylinders. The robot adopted the endoskeletal structure; an internal frame was used to provide the required strength and stiffness for locomotion as well as ... See full document

5

Study on Orthogonal and Symmetric Fivefingered Pneumatic Robot Hand

Study on Orthogonal and Symmetric Fivefingered Pneumatic Robot Hand

... The flexible joint we developed is mainly composed of four elongation artificial muscles and flanges (see Fig.1), with two ends fixed on the flanges. It can axial elongate and bend two-dimensional two-way control ... See full document

8

Analysis of Six-Legged Walking Robots

Analysis of Six-Legged Walking Robots

... for legged-robot kinematic investigation, legged strolling robots vary from parallel instruments in some imperative ...the control issue of a mobile machine is fundamentally more mind boggling ... See full document

11

Pneumatic variable stiffness soft robot end effectors

Pneumatic variable stiffness soft robot end effectors

... stiffness pneumatic soft robot end effectors were also developed during this ...eight pneumatic valve channels can be used to actuate this end ...three control options are ...four ... See full document

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