Abstract: A pneumatic driven two-axis motion platform is structurally simple for using two bag-shaped telescopic modules spaced apart and fixed to a foundation base being laid on the ground, and a movable table having a pivotal shaft used for making a pivotal connection with a two-way orthogonal rotator, after completely assembled, the movable table is mounted on the two bag-shaped telescopic modules by such arrangement that the two bag-shaped telescopic modules are symmetrical against the pivotal shaft of the movable table, and the two-way orthogonal rotator is arranged together with the two bag-shaped telescopic modules as an isosceles triangle arrangement; by such structural arrangement, said two-axis motion platform is endowed with two dimensions of rotational freedom when pneumatic inflating or deflating one or both of the two bag-shaped telescopic modules.

Abstract: A pneumatic driven two-axis motion platform is structurally simple for using two bag-shaped telescopic modules spaced apart and fixed to a foundation base being laid on the ground, and a movable table having a pivotal shaft used for making a pivotal connection with a two-way orthogonal rotator, after completely assembled, the movable table is mounted on the two bag-shaped telescopic modules by such arrangement that the two bag-shaped telescopic modules are symmetrical against the pivotal shaft of the movable table, and the two-way orthogonal rotator is arranged together with the two bag-shaped telescopic modules as an isosceles triangle arrangement; by such structural arrangement, said two-axis motion platform is endowed with two dimensions of rotational freedom when pneumatic inflating or deflating one or both of the two bag-shaped telescopic modules.

Abstract: A multifunctional virtual-reality fitness equipment provide user to select mode of one user doing exercise alone or multiple users participating in on-line internet competition game with others through internet, which has a detachable interactive manipulator equipped with single-chip microcontroller and served as an interface for coupling conventional fitness equipment and personal computer to enable the conventional fitness equipment to become a novel man-machine interaction fitness equipment having function of internet 3-dimensional virtual simulation, and the communication between the detachable interactive manipulator and the personal computer is achieved by employing male-to-female plug-socket connecting means and according the International Standard Communication Protocol; when the detachable interactive manipulator is connected to a personal computer and a fitness equipment, an automatic detection to software program of personal computer shall be executed, if correct message is detected, the fitness eq

Abstract: A printed circuit board provided with one or more than one memory-embedding seat fixed on one or two sides of the printed circuit board, each memory-embedding seat has a holding compartment for embedding or removing a memory chip; the holding compartment has a conductive pin array on a bottom thereof which conductive pin array comprises a plurality of conductive pin units configured in the form of matrix providing flexibleness and conductive functions; particularly, when memory chips are respectively embedded in the memory-embedding seats on the printed circuit board to form a memory module without the need of SMT, solder pastes or fluxes and in conformity with the requirements of environmental protection; when maintenance or replacement is required, what needs to be done is only remove the damaged memory chips and insert a new memory chips; and when upgrading is required, users can easily change the memory chip with a new memory chips of larger capacity by themselves.

Abstract: A hex-axis horizontal movement dynamic simulator is aimed at Modular Design without hydraulic or pneumatic system but which were conventionally used in the so called Stewart Platform; this dynamic simulator comprises three sets of movement control unit with symmetrical structure located at the positions relative to each other forming three sides of an equilateral triangle, and a load-carrying platform which connected to the three movement control by means of three sets of universal-joint yoke mechanism each relative position located on the load-carrying platform are each other arranged to form as three sides of an equilateral triangle too; with this type of arrangement, this dynamic simulator have a 6-degree of freedom motion when a sets of movement control unit makes different rectilinear motion, the load-carrying platform will generate a combination of spatial translation motion and angular motion.

Abstract: A multifunctional virtual-reality fitness equipment provide user to select mode of one user doing exercise alone or multiple users participating in on-line internet competition game with others through internet, which has a detachable interactive manipulator equipped with single-chip microcontroller and served as an interface for coupling conventional fitness equipment and personal computer to enable the conventional fitness equipment to become a novel man-machine interaction fitness equipment having function of internet 3-dimensional virtual simulation, and the communication between the detachable interactive manipulator and the personal computer is achieved by employing male-to-female plug-socket connecting means and according the International Standard Communication Protocol; when the detachable interactive manipulator is connected to a personal computer and a fitness equipment, an automatic detection to software program of personal computer shall be executed, if correct message is detected, the fitness eq

Abstract: A LED driving device includes a plurality of LEDs, a voltage detecting circuit, and a current switching circuit. When the voltage detecting circuit detects the different voltage level of power source without coupling to a filtering capacitor, it sends a signal to the current switching circuit and then the current switching circuit is automatically activated to electrically rearrange the configuration of LEDs with a predetermined current value by lighting the greatest number of LEDs that improving the power factor and efficiency.

Abstract: An interactive share-memory networked simulation system is designed to provide a variety of simulation, supervisory training, and viewer purposes; and the system has share-memory architecture that assigns different priority to different attendees; by according to the priority of the memory access authorities, attendees may read, write, and overwrite the data from the common memory shared by different memory users; such a memory is maintained through network to yield consistent and transparent data to all users. Among the networked computers one computer is used as the server of the entire simulation process, which controls the states as well as the sequence of the simulation game, and rest computers are called the clients; each of the individual clients controls at most one simulator unit, and each simulator unit is preferable mounted on a motion platform to provide the attendee, with the motion cue consistent with the motion in the simulation game.

Abstract: A driving voltage detecting device comprises a current controlling circuit connected with a loading in series which supplies an adjustable current and a feedback controlling circuit that generates a controlled signal to said current controlling circuit for keeping the loading current constant by comparing the feedback signal with a reference signal. Two comparators are designed to connect to said controlled signal to determine precisely if the driving voltage being too high or too low when supply a loading with a predetermined current.

Abstract: A LED driving device includes a plurality of LEDs, a voltage detecting circuit, and a current switching circuit. When the voltage detecting circuit detects the different voltage level of power source without coupling to a filtering capacitor, it sends a signal to the current switching circuit and then the current switching circuit is automatically activated to electrically rearrange the configuration of LEDs with a predetermined current value by lighting the greatest number of LEDs that improving the power factor and efficiency.

Abstract: A hex-axis horizontal movement dynamic simulator is aimed at Modular Design without hydraulic or pneumatic system but which were conventionally used in the so called Stewart Platform; this dynamic simulator comprises three sets of movement control unit with symmetrical structure located at the positions relative to each other forming three sides of an equilateral triangle, and a load-carrying platform which connected to the three movement control by means of three sets of universal-joint yoke mechanism each relative position located on the load-carrying platform are each other arranged to form as three sides of an equilateral triangle too; with this type of arrangement, this dynamic simulator have a 6-degree of freedom motion when a sets of movement control unit makes different rectilinear motion, the load-carrying platform will generate a combination of spatial translation motion and angular motion.

Abstract: The present invention relates to a source driver circuit (200) for driving a thin film transistor liquid crystal display (TFT-LCD) panel. The source driver circuit (200) provides several different operating modes for the driver to lower the power consumption of a TFT-LCD module while still providing a wide analog voltage range to the liquid crystal display elements. A mode signal (MODE) switches the driver from gray scale to standby mode wherein the internal resistive digital to analog converter (202), decoder/output voltage drivers (210) and output buffer amplifiers (212) are powered down. In addition, only the most significant bit of data corresponding to red, green and blue are transferred to a sample and hold register (206, 208). Output cells (216), substituting for the decoder/output voltage drivers, receive one-bit data from hold registers (208) and provide voltage at the output of the driver circuit (200).

Abstract: The present invention relates to a source driver circuit (200) for driving a thin film transistor liquid crystal display (TFT-LCD) panel. The source driver circuit (200) provides several different operating modes for the driver to lower the power consumption of a TFT-LCD module while still providing a wide analog voltage range to the liquid crystal display elements. A mode signal (MODE) switches the driver from gray scale to standby mode wherein the internal resistive digital to analog converter (202), decoder/output voltage drivers (210) and output buffer amplifiers (212) are powered down. In addition, only the most significant bit of data corresponding to red, green and blue are transferred to a sample and hold register (206, 208). Output cells (216), substituting for the decoder/output voltage drivers, receive one-bit data from hold registers (208) and provide voltage at the output of the driver circuit (200).

Abstract: A circuit (10) and method for reducing a tilt of a video picture on a color monitor includes a circuit (30) for providing an output signal for controlling the vertical position of the scanning beam that includes an MOS transistor (60) having substantially zero current flow in its gate element, and connected to control the magnitude of the output drive signal. In a preferred embodiment, a LinBiCMOS semiconductor manufacturing process is employed to fabricate a plurality of bipolar transistors connected to provide a control voltage on the gate of the MOS transistor (60), which may conveniently be an NMOS device. The bipolar transistors may be connected to form a translinear cell (11) connected to receive a signal (17) related to a horizontal synchronizing signal and to provide a voltage output to the gate of the MOS transistor (60) in response thereto.

Abstract: An amplifier (10) and method for controlling a saturation level of a color video signal has a circuit (33) connected to sum respective individual input color video signals to provide a summed output video signal (34). A first amplifier (14) receives one of the individual color video signals (R) as an input and produces an amplified individual color video signal output (15). A second amplifier (30) receives the summed output video signal (34) and produces a reference output signal (35), connected to be added to the amplified individual color video signal output (15). A user adjustable color saturation control circuit (25) controls a gain of the second amplifier (30), and inversely controls a gain of the first amplifier (14). In one embodiment, a contrast control circuit (20) is connected to control the gain of the first amplifier (14) with the user adjustable color saturation control circuit (25) being connected to the contrast control circuit (20) to control the gain of the first amplifier (14).

Abstract: A method and circuit (30) for providing drive signals that have a half-tone and fast blanking capability to a video display (20) has a video preamplifier (31) integrated on a semiconductor substrate (35) for receiving an input video signal (14) and for producing an output drive signal (17) to the video display (20). The preamplifier (31) may have a plurality of channels (31', 31") corresponding to each color video signal to be processed. A halftone control circuit (21), also integrated on the semiconductor substrate (35) receives halftone control signals (60) and connected to reduce the drive signal produced by the video preamplifier (31). A fast blanking circuit (22) for receiving fast blanking control signals (80) is also integrated on the semiconductor substrate (35) and is connected to substantially turn off the drive signal produced by the video preamplifier (31).