Abstract: A contact lens and a method of manufacturing the same are provided. The contact lens includes a contact lens body and a blue light blocking material. The blue light blocking material covers the contact lens body. The blue light blocking material includes a plurality of metal particles dispersed on the contact lens body. The contact lens has good blue light blocking efficacy and surface properties.

Abstract: The present invention relates to a novel use of actin depolymerizing agents, particularly cytochalasins or derivatives thereof for inhibiting or reversing actin polymerization. Therefore, the present invention provides a method for preventing or treating anxiety disorders and/or alleviating the symptoms thereof, comprising administering to a subject in need thereof a therapeutically effective amount of an actin depolymerizing agent or a derivative thereof.

Abstract: The present invention relates to a novel use of actin depolymerizing agents, particularly cytochalasins or derivatives thereof for inhibiting or reversing actin polymerization. Therefore, the present invention provides a method for preventing or treating anxiety disorders and/or alleviating the symptoms thereof, comprising administering to a subject in need thereof a therapeutically effective amount of an actin depolymerizing agent or a derivative thereof.

Abstract: A virtual reality head-mounted display is disclosed which comprises an inflatable lining module disposed within a frame of a monitor main body coupled with a positioning band. The inflatable lining module is composed of a foam body, an inflatable cushion, an air passage, an air pump, an air pressure sensor, a contact sensor and a control module. When the contact sensor detects an external pressure, it sends an enabling signal to the control module to drive the air pump to operate, and an air is introduced to the inflatable cushion through the air passage to inflate the inflatable cushion, so that the form of the foam body is correspondingly adjusted. When the air pressure sensor detects the pressure inside the inflatable cushion higher than a specified threshold interval, it sends a disabling signal to the control module, and the air pump is accordingly controlled to stop operating.

Abstract: A shoe automatic inflatable cushion system is applied to a shoe which includes a shoe body and a bottom part connected therewith. When a weight sensor disposed on the bottom part detects a load, a control module receives an enabling signal and accordingly drives an air pump to operate, so that an inflatable cushion disposed in the shoe body is inflated and expanded. When an air pressure sensor detects the pressure inside the inflatable cushion higher than a specified threshold interval, the air pressure sensor sends a disabling signal to the control module, and the control module receives a disabling signal and accordingly stops operation of the air pump.

Abstract: A charge pump circuit includes a charging capacitor, a plurality of pumping capacitors, a charging circuit, and a pumping circuit. The charging circuit is configured for charging the charging capacitor when the charge pump circuit is under a charging phase; and the pumping circuit is configured for coupling the charging capacitor charged in the charging phase to a pumping capacitor to generate an output voltage level at the pumping capacitor according to a potential difference stored in the charging capacitor, when the charge pump circuit is under a pumping phase.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), a charge pump circuit and a control circuit. The driving circuit is disposed on the display device, and utilized for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC, and utilized for generating at least an output voltage to the driving circuit. The control circuit is disposed on the display device and coupled to the driving circuit, and utilized for generating a control signal to control the charge pump circuit. The charge pump circuit has a control pin coupled to the control circuit for receiving the control signal generated from the control circuit.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), a charge pump circuit and a control circuit. The driving circuit is disposed on the display device, for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC, for generating at least an output voltage to the driving circuit. The control circuit is disposed on the display device and coupled to the driving circuit, for generating a plurality of control signals to control the charge pump circuit. The charge pump circuit has a plurality of control ports coupled to the control circuit for receiving the control signals generated from the control circuit, respectively.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), and a charge pump circuit. The driving circuit is disposed on the display device for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC for generating at least an output voltage to the driving circuit according to an input voltage. The charge pump circuit has at least one control line coupled to the driving circuit for receiving a control signal generated from the driving circuit, and the charge pump circuit sets a pumping factor according to the control signal.

Abstract: A charge pump with limited peak current and improved application flexibility and an LCD having the same. The charge pump has more than three switches in a charge path and more than three switches in a pump path. Furthermore, the charge pump has a voltage detector detecting voltage of the output terminal of the charge pump and a charge pump controller controlling the switches based on the detected voltage. According to the detected voltage, the charge pump controller determines the number of turning-on switches in the charge path and determines the number of turning-on switches in the pump path.

Abstract: The present application describes a system and method for driving a power supply device in an initial activation stage. In one embodiment, the method comprises providing in the power supply device at least one voltage regulator that is coupled with a voltage output adapted to supply a power voltage to a client device, receiving a signal indicative of an activation of the power supply device, and converting the at least one voltage regulator to an equivalent shunting circuit coupled between the voltage output and a reference voltage. Before power voltages are applied at the outputs of the power supply device, shunting paths are thus provided for releasing undesired currents.

Abstract: A common voltage driving circuit configured to output a common voltage to high-resolution TFT-LCD is provided. The common voltage driving circuit includes: a first pad coupled to a common electrode loading of an LCD for sensing a common voltage of the common electrode loading; a second pad coupled to the common electrode loading; a first amplifying device receiving a high level voltage and the sensed common voltage of the common electrode loading for generating a first overdrive voltage to the second pad thereby improving transient response of the common voltage with high level; and a second amplifying device receiving a low voltage level voltage and the sensed common voltage of the common electrode loading for generating a second overdrive voltage to the second pad thereby improving transient response of the common voltage with low level.

Abstract: A charge pump with limited peak current and improved application flexibility and an LCD having the same. The charge pump has more than three switches in a charge path and more than three switches in a pump path. Furthermore, the charge pump has a voltage detector detecting voltage of the output terminal of the charge pump and a charge pump controller controlling the switches based on the detected voltage. According to the detected voltage, the charge pump controller determines the number of turning-on switches in the charge path and determines the number of turning-on switches in the pump path.

Abstract: The present application describes a system and method for driving a power supply device in an initial activation stage. In one embodiment, the method comprises providing in the power supply device at least one voltage regulator that is coupled with a voltage output adapted to supply a power voltage to a client device, receiving a signal indicative of an activation of the power supply device, and converting the at least one voltage regulator to an equivalent shunting circuit coupled between the voltage output and a reference voltage. Before power voltages are applied at the outputs of the power supply device, shunting paths are thus provided for releasing undesired currents.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), a charge pump circuit and a control circuit. The driving circuit is disposed on the display device, and utilized for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC, and utilized for generating at least an output voltage to the driving circuit. The control circuit is disposed on the display device and coupled to the driving circuit, and utilized for generating a control signal to control the charge pump circuit. The charge pump circuit has a control pin coupled to the control circuit for receiving the control signal generated from the control circuit.

Abstract: A charge pump circuit includes a charging capacitor, a plurality of pumping capacitors, a charging circuit, and a pumping circuit. The charging circuit is configured for charging the charging capacitor when the charge pump circuit is under a charging phase; and the pumping circuit is configured for coupling the charging capacitor charged in the charging phase to a pumping capacitor to generate an output voltage level at the pumping capacitor according to a potential difference stored in the charging capacitor, when the charge pump circuit is under a pumping phase.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), a charge pump circuit and a control circuit. The driving circuit is disposed on the display device, for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC, for generating at least an output voltage to the driving circuit. The control circuit is disposed on the display device and coupled to the driving circuit, for generating a plurality of control signals to control the charge pump circuit. The charge pump circuit has a plurality of control ports coupled to the control circuit for receiving the control signals generated from the control circuit, respectively.

Abstract: A display system includes a display device, a driving circuit, a flexible printed circuit (FPC), and a charge pump circuit. The driving circuit is disposed on the display device for driving the display device. The FPC is externally coupled to the display device. The charge pump circuit is disposed on the FPC for generating at least an output voltage to the driving circuit according to an input voltage. The charge pump circuit has at least one control line coupled to the driving circuit for receiving a control signal generated from the driving circuit, and the charge pump circuit sets a pumping factor according to the control signal.

Abstract: A dumbbell that can respond to exercise status and play music by which a user can clearly understand the exercise status with the dumbbell when using the dumbbell, includes a sensor unit for sensing a movement of the dumbbell, and a control circuit containing a micro processor, a display unit, a trumpet, and a plurality of press buttons. The micro processor receives a signal of exercising, performs calculation or summation to time duration, number of times, and energy consumption of a continuous exercise, and outputs the outcomes through the display unit, based on settings of the press buttons. Voice and music generation circuits, installed inside the micro processor, can also receive a signal of exercising including number of times and time duration of a continuous exercise, output a related voice or music in a rhythm through the trumpet based on the settings of the press buttons.

Abstract: A twist disc having display capability and sound vocalization to inform status of an exercise routine, primarily configured to comprise a circular shaped upper and lower cover. Concentric slide tracks of differing diameter are configured on the upper and lower cover thereof, and a magnetic spring switch and magnet are further configured on the upper and lower cover, which are utilized to sense twisting motions of the twist disc. Furthermore, a processing circuit is configured within the twist disc, whereby the processing circuit receives signals from thw twisting motions, and in accordance with status of the twisting motions calculates accumulated number of twisting motions, and outputs such so as to display on a L.C.D. or controls sound and music output to accompany the twisting motions.