<p>This paper presents a method for the design of a statically balanced inverted pendulum. The non-linear moment-rotation characteristic of the pendulum's weight is approximated by a piecewise linear characteristic. Each transition is realized by engaging or disengaging one or more torsion bars, by means of mechanical stops. The whole set of torsion bars is located along the hinge axis of the pendulum. A prototype with three parallel torsion bars was built. Experimental evaluation of the prototype revealed a 99% work reduction of the balanced pendulum with respect to the unbalanced one.</p
Static balance is the reduction or elimination of the actuating effort in quasi-static motion of a m...
In this dissertation a collection of concepts to synthesise nonlinear springs is presented. Such spr...
This paper discusses mechanisms that allow for perfect static balancing of rotations about a fixed s...
This paper presents a method for the design of a statically balanced inverted pendulum. The non-line...
A design approach for the quasi-static balancing of four-bar linkages with torsion springs is propos...
Static balancing is a useful concept to reduce operating effort in mechanisms. A statically balanced...
In this work, the possibilities to approach various nonlinear moment-angle characteristics with a ki...
Static balancing through passive devices is a suitable strategy to reduce motor loads for numerous a...
Applying basic mechanical vibration theory, a kinematic coupling mechanism has been designed and bui...
This paper presents the static balancing designs (i.e., gravity compensation) for a rotating link by...
The mechanism presented in this paper generates a partially negative stiffness characteristic, which...
The current work presents a statically balanced system with novel design, which incorporates compres...
The concept of a statically balanced mechanism with a single rotational degree-of-freedom is present...
The concept of a statically balanced mechanism with a single rotational degree of freedom is present...
Monolithic and thus fully compliant surgical graspers are promising when they provide equal or bette...
Static balance is the reduction or elimination of the actuating effort in quasi-static motion of a m...
In this dissertation a collection of concepts to synthesise nonlinear springs is presented. Such spr...
This paper discusses mechanisms that allow for perfect static balancing of rotations about a fixed s...
This paper presents a method for the design of a statically balanced inverted pendulum. The non-line...
A design approach for the quasi-static balancing of four-bar linkages with torsion springs is propos...
Static balancing is a useful concept to reduce operating effort in mechanisms. A statically balanced...
In this work, the possibilities to approach various nonlinear moment-angle characteristics with a ki...
Static balancing through passive devices is a suitable strategy to reduce motor loads for numerous a...
Applying basic mechanical vibration theory, a kinematic coupling mechanism has been designed and bui...
This paper presents the static balancing designs (i.e., gravity compensation) for a rotating link by...
The mechanism presented in this paper generates a partially negative stiffness characteristic, which...
The current work presents a statically balanced system with novel design, which incorporates compres...
The concept of a statically balanced mechanism with a single rotational degree-of-freedom is present...
The concept of a statically balanced mechanism with a single rotational degree of freedom is present...
Monolithic and thus fully compliant surgical graspers are promising when they provide equal or bette...
Static balance is the reduction or elimination of the actuating effort in quasi-static motion of a m...
In this dissertation a collection of concepts to synthesise nonlinear springs is presented. Such spr...
This paper discusses mechanisms that allow for perfect static balancing of rotations about a fixed s...