Lu, Taiwan
Chihyi Lu, Taiwan CN
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20110004083 | Method and Device for Measuring Blood Flow Velocity - A method for measuring blood flow velocity comprises the steps of: placing a first and second blood vessel signal detectors on a body of a person to be measured in such a manner that the first and second blood vessel signal detectors are located a predetermined distance from each other; using the first and second blood vessel signal analyzers to record the blood signal at a predetermined time interval; setting an interval of time from the moment a specific blood vessel signal appears in a record of the first blood vessel signal analyzer to the moment the specific blood vessel signal appears in a record of the second blood vessel signal analyzer to be a predetermined time period; and dividing a value of the predetermined distance by a value of the predetermined time period can get a blood flow velocity. | 01-06-2011 |
Hsiaoting Lu, Taiwan CN
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20080278019 | Magnetic Force Rotation Device - A magnetic force rotation device includes a rotor and a stator. The rotor is provided with a plurality of magnetic assemblies containing permanent magnet. The plurality of magnetic assemblies are arranged along the circumferential direction of the rotating shaft to form a wheel-shaped ring, and each magnetic assembly is provided with two magnetic poles. The stator is provided with a plurality of magnetically isolated electromagnets coaxially arranged. The electromagnets form a wheel-shaped ring around the rotating shaft, and each electromagnet is provided with paired poles. The wheel-shaped ring of the stator is at least party surrounded by the wheel-shaped ring of the rotor, so that each pole of the paired poles of the electromagnets of the stator corresponds to one magnetic pole of the two magnetic poles of the magnetic assemblies of the rotor respectively. Two axial component air gaps are provided between the rotor and the stator. One of the above two axial component air gaps and two radial component air gaps are provided between one of the paired poles of the electromagnets of the stator and one corresponding magnetic pole of the two magnetic poles of the magnetic assemblies of the rotor. | 11-13-2008 |
20090306832 | CONTROL METHOD OF A HYDRAULIC MACHINE FOR SAVING ENERGY OR IMPROVING EFFICIENCY - An energy-saving or speed-increase control method for a hydraulic machine is disclosed in this invention, the characteristics of which includes a control plan to adjust pressure or flow amount of the machine for energy-saving or production efficiency increase; setting up working conditions as in input to said machine; inspection of working conditions and operational processes of the machine; updating demands in control plan based on the inspected working conditions and operational processes of a hydraulic machine; incorporating specific characteristics of individual elements in different working conditions and operational processes to coordinate with the control plan. | 12-10-2009 |
Hsuehkuan Lu, Taiwan CN
Patent application number | Description | Published |
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20110004083 | Method and Device for Measuring Blood Flow Velocity - A method for measuring blood flow velocity comprises the steps of: placing a first and second blood vessel signal detectors on a body of a person to be measured in such a manner that the first and second blood vessel signal detectors are located a predetermined distance from each other; using the first and second blood vessel signal analyzers to record the blood signal at a predetermined time interval; setting an interval of time from the moment a specific blood vessel signal appears in a record of the first blood vessel signal analyzer to the moment the specific blood vessel signal appears in a record of the second blood vessel signal analyzer to be a predetermined time period; and dividing a value of the predetermined distance by a value of the predetermined time period can get a blood flow velocity. | 01-06-2011 |
Kuei-Chih Lu, Taiwan CN
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20090172177 | SYSTEM AND METHOD FOR DATA TRANSMISSION - A data transmission system includes a sending device and a receiving device. The sending device includes an image receiving unit that indicates the order of reception of the blocks using version numbers, a first database for storing the version numbers of the blocks, a transmitting unit which transmits the blocks to the receiving device using User Datagram Protocol, a determination module which determines whether a block requires resending, an updating unit for updating the version numbers in the first database, and a notification unit for notifying the receiving device of the latest version number of the block at each position using Transmission Control Protocol. The receiving device includes a second database, a receiving unit for receiving blocks using User Datagram Protocol, a display unit for determining the version numbers of the blocks and for displaying the blocks, and a processing unit for sending a request to the sending device. | 07-02-2009 |
Kuo-Ching Lu, Taiwan CN
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20120301758 | INTELLIGENT MULTIFUNCTIONAL ACCUMULATOR - An intelligent multifunctional accumulator includes a multi-pin intelligent controller, a signal emitter, a buzzer, a sensor and an accumulator with an enclosure with two layers. All the aforementioned devices are assembled inside the cavity on the back side of the top cover. Two positive terminals are set on the top surface of the accumulator enclosure. The two positive terminals can separately control the power of the engine and other electric appliances by a chip and two relays to attain an anti-theft function. The intelligent controller can be automatically locked after it is inserted into a controller box on the back side of the top cover, and cannot be taken out without the password signal of a car owner. The sensor can automatically detect the inner state of the accumulator, and the information of the state can be displayed by an LCD or sent out by using voice prompts. | 11-29-2012 |
Scott Lu, Taiwan CN
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20090137151 | Receptacle connector assembly for ic card and ic card connector - Disclosed is a receptacle connector assembly for an IC card, comprising: a connector housing ( | 05-28-2009 |
Weiting Lu, Taiwan CN
Patent application number | Description | Published |
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20080278019 | Magnetic Force Rotation Device - A magnetic force rotation device includes a rotor and a stator. The rotor is provided with a plurality of magnetic assemblies containing permanent magnet. The plurality of magnetic assemblies are arranged along the circumferential direction of the rotating shaft to form a wheel-shaped ring, and each magnetic assembly is provided with two magnetic poles. The stator is provided with a plurality of magnetically isolated electromagnets coaxially arranged. The electromagnets form a wheel-shaped ring around the rotating shaft, and each electromagnet is provided with paired poles. The wheel-shaped ring of the stator is at least party surrounded by the wheel-shaped ring of the rotor, so that each pole of the paired poles of the electromagnets of the stator corresponds to one magnetic pole of the two magnetic poles of the magnetic assemblies of the rotor respectively. Two axial component air gaps are provided between the rotor and the stator. One of the above two axial component air gaps and two radial component air gaps are provided between one of the paired poles of the electromagnets of the stator and one corresponding magnetic pole of the two magnetic poles of the magnetic assemblies of the rotor. | 11-13-2008 |
20090306832 | CONTROL METHOD OF A HYDRAULIC MACHINE FOR SAVING ENERGY OR IMPROVING EFFICIENCY - An energy-saving or speed-increase control method for a hydraulic machine is disclosed in this invention, the characteristics of which includes a control plan to adjust pressure or flow amount of the machine for energy-saving or production efficiency increase; setting up working conditions as in input to said machine; inspection of working conditions and operational processes of the machine; updating demands in control plan based on the inspected working conditions and operational processes of a hydraulic machine; incorporating specific characteristics of individual elements in different working conditions and operational processes to coordinate with the control plan. | 12-10-2009 |
Wei-Ting Lu, Taiwan TW
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20110210633 | Multi-Phase Rotating Motor - A multi-phase rotating motor causes interpolar mutually-coupled magnetic potential gradient of a field magnet member and an armature member to be prearranged by providing desired shape of pole face for two magnetic pole faces of magnetic assemblies of the field magnet member and the pole faces of the paired poles of electromagnetic assemblies of the armature member, thus controlling detent torque to be varied as desired; and multi-phase arrangement is utilized to further balance the unwanted detent torque in order to guarantee that magnetic flux centralization as well as minimization for magnetic flux loss and of interference effect in motor characteristics are hardly influenced. In addition, with the help of two or more than two magnetic tracks, more parallel air gaps are added in three-dimensional space of the motor to cause the motor, by means of the difference between the magnetic track to which the electromagnetic assemblies of the each-phase unit are corresponding and the magnetic track to which the electromagnetic assemblies of other phase units, to obtain the benefit that higher torque output is provided or more serially-connected and independently-moving individuals are simultaneously arranged, on condition of limited movement direction space. | 09-01-2011 |