Abstract: A firewall device comprising a first connection device for connecting with a data device supporting transfer data with a removable mass storage device; second connection device for connecting with the removable mass storage device; and a microprocessor, adapted to control and secure data transfer between the data device and the removable mass storage device.

Abstract: A measurement device. The measurement device comprises a note control component, adapted to obtain and record a note that is input with respect to a measuring event of the measurement device; and a Central Processing Unit (CPU), adapted to link the note with the measuring event.

Abstract: A measurement device. The measurement device comprises a note control component, adapted to obtain and record a note that is input with respect to a measuring event of the measurement device; and a Central Processing Unit (CPU), adapted to link the note with the measuring event.

Abstract: A measurement device with capabilities of note taking. The measurement device comprises at least one measurement component, adapted to perform measurement in at least one measuring event of the measurement device; a note control component, adapted to obtain and record at least one note input with respect to the at least one measuring event; and a Central Processing Unit (CPU), adapted to link the at least one note with the at least one measuring event.

Abstract: A firewall device comprising a first connection device for connecting with a data device supporting transfer data with a removable mass storage device; second connection device for connecting with the removable mass storage device; and a microprocessor, adapted to control and secure data transfer between the data device and the removable mass storage device.

Abstract: A humidity sensor capable of self-regulating temperature compensation and a manufacturing method thereof overcomes the inaccuracy caused by the resistor value of a conventional humidity-sensitive element changing depending due to changes in the temperature. The present invention proposes disposing two different humidity-sensitive elements in a humidity-sensitive substrate, wherein one humidity-sensitive element includes a saturated salt solution. The humidity-sensitive substrate has two different humidity-sensitive elements for achieving a self-regulating temperature compensation feature. The present invention of the humidity-sensitive element having the saturated salt solution can maintain the amount of humidity in the air regardless of the temperature.

Abstract: A blood pressure measurement device. The device comprises a measurement component for measuring blood pressure and a display component for displaying the blood pressure data measured. The display component is adapted to display simultaneously at least two sets of blood pressure measurement data measured at different date or time. Alternatively, the device further comprises a measurement state control component for recording and storing at least one measurement state related to the measurement of the blood pressure, and means for providing the at least one measurement state. Alternatively, the device further comprises an interfacing component that comprises a bi-direction multifunctional port, for exchanging blood pressure data measured between the blood pressure measurement device and at least one external device.

Abstract: A system for integrating and managing health related information. The system comprises at least one portable data storage device, adapted to store data comprising health related information; at least one external device, adapted to provide health related information; and at least one component adapted to manipulate the health related information stored in the at least one portable data storage device. The at least one external device and the at least one component are adapted to exchange data with the at least one portable data storage device, when the at least one portable data storage device is removably connected with the at least one external device or the at least one component. The health related information in the at least one portable data storage device is stored in a specific format, and is accessible by any external device or component in the system.

Abstract: A measurement device with capabilities of note taking. The measurement device comprises at least one measurement component, adapted to perform measurement in at least one measuring event of the measurement device; a note control component, adapted to obtain and record at least one note input with respect to the at least one measuring event; and a Central Processing Unit (CPU), adapted to link the at least one note with the at least one measuring event.

Abstract: A wheel assembly of an exercise machine includes a base having a fixed disk. A flywheel is provided on the base. A damper, which is provided on the fixed disk, has a displacement mechanism and a magnet assembly connected to the displacement mechanism and moved by the displacement mechanism toward or away from the flywheel. A motor is provided on the fixed disk and connected to the displacement mechanism for adjusting a position of the magnet assembly. A control circuit, which has a processor, an angle sensor connected to the processor and a memory, is connected to the motor and the damper to sense the position of the magnet assembly and control the motor driving the displacement mechanism to adjust the position of the magnet assembly. Therefore, the memory stores resistance parameters of presetting the magnet assembly acting on the flywheel to achieve the presetting function.

Abstract: The present invention discloses a baking device and method thereof for controlling a reliable browning level and a baking method which controls the parameters of a browning level of a baking device in order to reach the browning level desired by a user. The baking device of the present invention includes a temperature sensor, a weight sensor or an impedance sensor to judge the current browning level of a baked food by the difference in temperature, the weight or the impedance of the baked food. It then compares the results with the reliable browning level stored in the microprocessor of the baking device. The comparing result of the current browning level and the reliable browning are used as a basis of whether to continue to heat the thermal grid or not.

Abstract: A humidity sensor capable of self-regulating temperature compensation and a manufacturing method thereof overcomes the inaccuracy caused by the resistor value of a conventional humidity-sensitive element changing depending due to changes in the temperature. The present invention proposes disposing two different humidity-sensitive elements in a humidity-sensitive substrate, wherein one humidity-sensitive element includes a saturated salt solution. The humidity-sensitive substrate has two different humidity-sensitive elements for achieving a self-regulating temperature compensation feature. The present invention of the humidity-sensitive element having the saturated salt solution can maintain the amount of humidity in the air regardless of the temperature.

Abstract: A motor variator and a driving method thereof are provided for controlling the operating speed of a fan, which employ an alternate current chopper to change the working cycle and the rotary speed of a stepless motor. The motor variator includes a high-frequency alternate current chopper connected to an induction coil of an induction motor, an alternate current power supply connected to the high-frequency alternate current chopper and a controller connected to the high-frequency alternate current chopper for outputting a switch signal to the high-frequency alternate current chopper, such that the high-frequency alternate current chopper is controlled by the switch signal to perform a chopper action for the alternate current power supply and output a drive voltage, so as to change the rotary speed of the induction motor.

Abstract: A self-sourcing exercise bike with a linear digital control magnetic resistance braking apparatus comprises a generator, a power converter, a digital control system, a magnetic braking resistance and a LED control panel. This apparatus uses a linear control method to control the change of the magnetic resistance, and the magnetic resistance braking apparatus uses a method of changing inductance and a controlling way thereof to achieve the goal of controlling the variation of the magnetic resistance braking force. This bike makes the user or rehabilitant to linearly adjust the resistance force or torque according to the speed of the exercise bike and the presetting resistance force, and easily start up the power system in the initial stage.

Abstract: A speed adjuster is provided in a belt-disc sander for controlling the rotating speed of a motor of the belt-disc sander. A speed adjust knob is disposed outside the belt-disc sander. The speed adjuster has a control circuit, a current sensor, a drive circuit, and a converter. The current sensor detects the motor current and feeds back to the control circuit, which controls the frequency variation of a SPWM signal of the drive circuit in response to the input of the speed adjust knob. The converter transforms the square wave voltage into an AC voltage for driving the motor. The desired rotating speed can be adjusted through the speed adjust knob. The control circuit will compare the present rotating speed of the motor with the set rotating speed to determine whether the present rotating speed conforms to the set one for correcting the rotating speed of the motor.

Abstract: An electronic ballast system with emergency lighting features is presented. Especially, the electronic ballast system is relative to a single-stage converter configuration. The electronic ballast system serves as a regular ballast, a regular/emergency ballast, a battery charger or discharger and a power failure detector, fulfilling emergency lighting features. The single-stage converter used in the ballast is an integration of a bi-directional flyback converter and two half-bridge series-resonant parallel-loaded inverters. Unlike conventional approaches, the rectified and filtered input voltage is directly added to a set of battery voltages in the proposed system, so as to reduce the fabrication cost by simplifying the circuit configuration and the number of active switching elements.

Abstract: A compact single-stage electronic ballast circuit for emergency lighting applications, integrating the functions of a flyback charger, a flyback discharger and a half-bridge series resonant parallel loaded electronic ballast into a single-stage electronic ballast. The present invention only employs two active switches so as to achieve an electronic ballast for emergency lighting applications when the electricity is out. Furthermore, the present invention reduces the fabrication cost by simplifying the circuit configuration and reducing the number of employed active switching elements.

Abstract: A compact single-stage electronic ballast circuit for emergency lighting applications, integrating the functions of a flyback charger, a flyback discharger and a half-bridge series resonant parallel loaded electronic ballast into a single-stage electronic ballast. The present invention only employs two active switches so as to achieve an electronic ballast for emergency lighting applications when the electricity is out. Furthermore, the present invention reduces the fabrication cost by simplifying the circuit configuration and reducing the number of employed active switching elements.