Abstract:
A system for generating stimulations in relation to medicines, and meridians, organs and tissues of a human body includes a control device, a pulse examining device and a stimulation device. Based on a pulsation signal obtained from a user, the stimulation device obtains a meridian-related spectrum. Based on operation input to the control device, the stimulation device obtains an organ-tissue-related spectrum and a medication-related spectrum. The stimulation device obtains a stimulation spectrum by making a linear combination of these spectrums, and stimulates a sensory system of the user based on the stimulation spectrum.
Abstract:
An electrotherapy system includes a control device, a pulse generator and an electrode pad unit. The control device receives a user input associated with one of twelve meridians of a human, and outputs a control signal associated with the one of the twelve meridians. The pulse generator generates an electrical stimulation signal according to a reference frequency of a reference signal and the one of the twelve meridians with which the control signal is associated. The electrode pad unit contacts a user at a location corresponding to the one of the twelve meridians, and is coupled to the pulse generator for introducing the electrical stimulation signal from the pulse generator to the user.
Abstract:
A method of calibrating a device under test (DUT) to communicate wirelessly includes providing predetermined reference signal strength values corresponding to a reference device, the reference signal strength values including a first group of signal strength values measured at each of a first plurality of transmission power levels. The method further includes measuring signal strength values for the DUT including a second group of signal strength values measured at each of a second plurality of transmission power levels, mapping the measured signal strength values in the second group of signal strength values to corresponding reference signal strength values in the first group of signal strength values to create a plurality of mapped data pairs, and generating a lookup table according to the mapped data pairs and storing the generated lookup table in a memory of the DUT. The method also includes calibrating the DUT according to the lookup table.
Abstract:
A touch control method is disclosed. The steps of the touch control method include: detecting a first and a second finger print areas generated according to a touching action by a user on the touch panel; calculating a first angle between the first finger print area and a first reference axis and a second angle between the second finger print area and a second reference axis respectively; judging whether each of the first and the second finger print areas corresponding to the touching action is performed by a first hand or a second hand of the user according to the first and the second angles; and controlling a movement of a cursor under an absolute coordinate according to the touching action of the user's first hand, and controlling a movement of the cursor under a relative coordinate according to the touching action of the user's second hand.
Abstract:
A method of calibrating a device under test (DUT) to communicate wirelessly includes providing predetermined reference signal strength values corresponding to a reference device, the reference signal strength values including a first group of signal strength values measured at each of a first plurality of transmission power levels. The method further includes measuring signal strength values for the DUT including a second group of signal strength values measured at each of a second plurality of transmission power levels, mapping the measured signal strength values in the second group of signal strength values to corresponding reference signal strength values in the first group of signal strength values to create a plurality of mapped data pairs, and generating a lookup table according to the mapped data pairs and storing the generated lookup table in a memory of the DUT. The method also includes calibrating the DUT according to the lookup table.
Abstract:
A thermoplastic composite sheet material suitable for injection-molding into shaped shell members for electric and electronic products is disclosed to have a top fabric face layer digital-printed or transfer-printed with a design, a bottom thermoplastic sheet member, and a bonding agent sandwiched between the top fabric face layer and the thermoplastic sheet member.
Abstract:
An operating method of application for the television apparatus is provided. Wherein, the operating method includes: receiving a channel selecting instruction; reading a channel list, the channel list includes a plurality of applications (APPs) and a plurality of physical channels corresponding to a plurality of channel numbers, wherein each of the APPs is assigned to one of the channel numbers respectively; mapping the channel selection instruction to one of the plurality of channel numbers in the channel list; and launching and executing a selected APP if the channel selection instruction is corresponding to the channel number of the selected APP.
Abstract:
An operating method of application for the television apparatus is provided. Wherein, the operating method includes: receiving a channel selecting instruction; reading a channel list, the channel list includes a plurality of applications (APPs) and a plurality of physical channels corresponding to a plurality of channel numbers, wherein each of the APPs is assigned to one of the channel numbers respectively; mapping the channel selection instruction to one of the plurality of channel numbers in the channel list; and launching and executing a selected APP if the channel selection instruction is corresponding to the channel number of the selected APP.
Abstract:
A method for switching a call with video or at least one image between a first communication device and a display device is disclosed. The method includes the first communication device determining whether the display device is within a predetermined distance from the first communication device; if the display device is within the predetermined distance from the first communication device, the first communication device obtaining functional information from the display device; the first communication device transmitting communication information corresponding to a second communication device to the display device; and the display device launching network communication software and making a first call to the second communication device according to the communication information.
Abstract:
Disclosed is a method for forming a metal-plastic composite which includes the steps of: a) activating a first surface of a metal substrate; b) applying an adhesive material on the first surface that has been activated to form an adhesive layer on the first surface; and c) placing the metal substrate together with the adhesive layer in a mold and injection molding a plastic material over the adhesive layer. A metal-plastic composite made by the method is also disclosed.