In order to achieve high modularity and reliability of the hand, a fully mechatronic integration and analog signals in situ digitalization philosophy are implemented to minimize the dimension, number of the cables (five cables including power supply) and protect data communication from outside disturbances.
Although the frequency of the ink ejection is limited to less than 10 Hz, due to the dynamic resonance of the system, it is believed that the operating bandwidth can be further raised by minimizing the dimensions of the system.
The new device, denoted CHIP, integrates different functions in a reduced size including confluent mixing, reaction coil, and thermostating, which allowed minimizing the dimensions of the entire analyzer system.
Given a fixed number of cells, iThes important to minimize the variation in the number oFastmappoists among different cells so that the compusedional complexitoembed the enativeed-domain matchingeometryferent cells wofld be comparable.
Since the factorization of the covariance is not unique then, the key question is in choosing the one which minimizes the dimension q.
Then, in order to reduce computation time and numerical errors, we have to minimize the matrix dimensions and so the number of parameters.
Design results show that the reflective encapsulation module could not only reduce the irradiance non-uniformity from 28.72% down to 8.34% within the prescribed illumination region, but also minimize the optical dimension by 9.6%, which demonstrate both the effectiveness and robustness of the LSCS method.
To minimize the hydrodynamic pressure, the dimensions of the sample stage must be designed as small as possible, 1 2 mm in diameter.
This method focuses on minimizing the barrier dimensions, which are related to material and construction costs, as well as satisfying the target sound pressure levels at receiver points on the condition of traffic noise.
In order to satisfy the kinematic requirements, to reduce the shaking force and moment, to improve the speed trajectory tracking performance and to minimize the motor power dissipation, the dimensions of the links, the counterweights, the input-speed trajectory and the controller parameters are considered as the design variables simultaneously.
The structural optimization is to minimize the structural weight by adjusting the dimensions of structural components.
