80results about How to "Good linear response" patented technology

A touch screen panel including an insulative substrate; a resistive layer disposed on the insulative substrate; and a plurality of spaced conductive segments on the resistive layer along the border thereof. The conductive segments are disposed in rows, and every row has at least two segments which face at least a portion of three segments in the next inner row for optimizing the linearity of the touch screen panel and at the same time reducing the space occupied on the touch screen panel by the conductive segments.

A vibratory exercise apparatus capable of providing sufficient vertical movement force is provided that adopts a structure of a bobbin coil connected with a vibration plate employed in a magnetic gap of a magnetic circuit using a permanent magnet that can generate a strong magnetic force, thereby providing sufficient vertical movement force to the vibration plate for vibratory exercise.

A magnetic circuit having a dual magnet, a speaker and a vibration generating apparatus using the same are provided. The magnetic circuit includes a magnetic gap having a small magnetic loss and an increasing magnetic flux density, in which a uniform distribution of a line of magnetic force can be realized on yoke surfaces facing each other. The speaker includes lower and upper magnets which are disposed at a predetermine distance so that mutually identical polarities oppose each other; a first yoke integrally having a loop-type circulating circuit portion extended from the lower magnet to the upper magnet and an extension portion which is extended perpendicularly upwards from the lower magnet; a second yoke which connects between the lower and upper magnets and forms a magnetic gap between the second yoke and the extension portion of the first yoke; a coil dispose in the magnetic gap and wound around a bobbin; a frame which is extended from the first yoke; a vibrating diaphragm generating an acoustic sound in correspondence to a drive signal; a damper limiting a vibration range of the bobbin; and a center cap covering the bobbin.

An embodiment of the invention provides an electrode-modified microfluidic detection chip for heavy metal ions. The detection chip includes a microfluidic module and a three-electrode sensor, whereinthe microfluidic module is integrally formed by 3D printing, and the interior of the microfluidic module has a microchannel and a sensor insertion groove; the three-electrode sensor includes three electrodes printed on a card-shaped base plate, wherein a working electrode is a bare carbon electrode modified by porous nano-NiMn2O4; and the three-electrode sensor is inserted into the sensor insertion groove matched with the three-electrode sensor to form the microfluidic detection chip. The bare carbon working electrode modified by the NiMn2O4 porous nanomaterial has little increase in impedanceand maintains good reversibility, the detection chip using the working electrode has better linear response to lead and cadmium, so that the detection sensitivity to trace lead and cadmium is significantly improved, the detection limit is as low as half of that of a chip using an original bare carbon working electrode, and the detection performance of the microfluidic detection chip is enhanced.The embodiment of the invention also provides a preparation method of the microfluidic detection chip.

Provided is a load driving device controlling a drive of a load including a driver for periodically turning on / off a current according to a switching clock signal and supplying a average driving current to the load. Further provided is a dimming controller for controlling the driver to turn on / off the drive of the load based on a dimming step. Also provided is a controller for controlling at least one of the driver and the dimming controller so as to make a step interval of the dimming step and a switching clock period of the switching clock signal the same. A load driving device is provided that is capable of stably controlling the dimming of a drive of a load, by improving a linear response characteristic of a driving current according to a dimming control.

Embodiments in accordance with the present invention provide a method of manufacturing a magneto-resistive head which can realize high sensitivity and good linear response characteristics with low noise even if a track width becomes narrower. A uniaxial anisotropy unaffected by annealing which is due to the orientation of the crystal grain growth direction, is induced in a magnetic layer. The free magnetic layer has the synthetic antiferromagnetic construction: first magnetic layer / interlayer antiferromagnetic coupling layer / second magnetic layer, the magnitude of the antiferromagnetic coupling is adjusted, and linear response characteristics are obtained even if a longitudinal biasing field applying mechanism is not provided.

The invention discloses a copper-doped yttrium aluminate crystal for thermoluminescence and photoluminescence and a preparation method thereof. The copper-doped yttrium aluminate crystal has a chemical formula of Y(1-x):AlO3:Cux, wherein x=0.001-0.1, x is a molar ratio of doped ions Cu<2+> to atoms Y. The copper-doped yttrium aluminate crystal grows by adopting a melt blending method can realize the thermoluminescence or the photoluminescence after absorbing radiant energy of high-energy rays, has favorable dose linear response and is a luminescence material with better performance for a radiation dosemeter.