Abstract: A power seat control apparatus is described. The power seat control apparatus includes a measuring module, a control module and a memory module. The measuring module serially connects to a power cord of a power seat to detect current variation data of the power cord and transforms the current variation data into digital output data. The control module receives the digital output data and determines a present position of the power seat. The memory module connecting to the control module stores position data of the power seat. The power seat control apparatus further includes a selecting module for selecting one of the position data from the memory module and moves the power seat thereto with the control module.

Abstract: A power seat control apparatus is described. The power seat control apparatus includes a measuring module, a control module and a memory module. The measuring module serially connects to a power cord of a power seat to detect current variation data of the power cord and transforms the current variation data into digital output data. The control module receives the digital output data and determines a present position of the power seat. The memory module connecting to the control module stores position data of the power seat. The power seat control apparatus further includes a selecting module for selecting one of the position data from the memory module and moves the power seat thereto with the control module.

Abstract: An automatic anti-trap device is provided to add safety to other apparatuses. The automatic anti-trap device of this invention has a driving circuit to control a motor, a current sensor to generate a current signal, a current ripple peak value circuit to generate a current ripple peak value signal according to the current signal, and a micro processor to generate a working signal for the driving circuit to control the motor according to a keystroke signal, the current signal and the current ripple peak value signal.

Abstract: An automatic anti-trap device is provided to add safety to other apparatuses. The automatic anti-trap device of this invention has a driving circuit to control a motor, a current sensor to generate a current signal, a current ripple peak value circuit to generate a current ripple peak value signal according to the current signal, and a micro processor to generate a working signal for the driving circuit to control the motor according to a keystroke signal, the current signal and the current ripple peak value signal.

Abstract: A motor rotor includes a rotor body, a shaft and a plurality of magnetic elements. The rotor body has a plurality of accommodating portions radially arranged around an axis of the rotor body. The shaft is disposed in the axis of the rotor body. The magnetic elements are respectively disposed in the accommodating portions. The magnetic element has an N pole and an S pole, and an interface is formed at a junction between the N pole and the S pole. An extending direction of the interface passes through the axis of the rotor body.

Abstract: A display for a vehicle includes a flat panel and an angle-adjusting mechanism which is connected to the flat panel for flexibly adjusting an angle of the flat panel. The angle-adjusting mechanism includes a first active element and a first driver. The first active element is connected to the flat panel, and the first driver is connected to the first active element so as to drive the first active element to adjust the angle of the flat panel. The first active element connected to a central region of the flat panel for providing a moving force onto the flat panel, and the first active element is moved forward to push the flat panel or moved backward to pull the flat panel.

Abstract: An optical disc drive for accessing an optical disc is provided. The optical disc drive includes an optical/mechanical assembly (OMA) and a memory having an in-built calibration data of the OMA, wherein the memory is disposed in the OMA.

Abstract: An optical sight system is used in conjunction with such a weapon simulation system to immerse a user in the interactive simulation by employing an actual weapon sight with a simulated weapon, such that the view through the weapon sight is a clear view of an image on a primary image display. The system includes a secondary image display electrically connected to an image generator to receive the target corresponding to a magnified version of the scenario displayed on the primary image display. To view the image on the secondary image display with the weapon sight, the optical sight system includes an optical lens to correct the long focal distance of the scope and enable it to focus on the secondary image display. Through the use of a laser on the simulated weapon, the system is able to generate the desired magnified view on the secondary image display. Using a system of interpolation and extrapolation, the optical sight system is able to further create a clear magnified view of the primary image display.

Abstract: A system and method for conversion of a XML document to a HTML document such that the HTML document is traced back to the original XML document. A recipient views the converted XML document as a HTML document and then makes changes to the HTML document. The changes made by the recipient are incorporated into the HTML document as it is traced, i.e., converted, back into the original XML document.

Abstract: An improved inductively coupled gas plasma torch. The torch includes inner and outer quartz sleeves and tubular insert snugly fitted between the sleeves. The insert includes outwardly opening longitudinal channels. Gas flowing through the channels of the insert emerges in a laminar flow along the inside surface of the outer sleeve, in the zone of plasma heating. The laminar flow cools the outer sleeve and enables the torch to operate at lower electrical power and gas consumption levels additionally, the laminar flow reduces noise levels in spectroscopic measurements of the gaseous plasma.