Abstract:
The present disclosure is directed to a thin film resistor having a first resistor layer having a first temperature coefficient of resistance and a second resistor layer on the first resistor layer, the second resistor layer having a second temperature coefficient of resistance different from the first temperature coefficient of resistance. The first temperature coefficient of resistance may be positive while the second temperature coefficient of resistance is negative. The first resistor layer may have a thickness in the range of 50 and 150 angstroms and the second resistor layer may have a thickness in the range of 20 and 50 angstroms.
Abstract:
A video image processing system is described that generates the interpolated video images with sharp and jaggedness-free edges. A method of video image processing is also described that interpolates video images to generate the video images with sharp and jaggedness-free edges. The video image processing system receives and makes input image data available for further processing; analyzes the local features of the input image data; filters the input image data before performing interpolation process; modifies the phase value adaptive to the local edge distance; rescales the input image data in horizontal interpolation using the modified phase value; and rescales the horizontally interpolated image data in vertical interpolation using modified phase value.
Abstract:
Power consumption of an appliance under remote control is minimized. The appliance receives a wireless energy burst having a wireless magnetic resonating power coupling characteristic transmitted by a remote control device. The appliance is powered up from a powered-down state to a standby mode if the appliance is in the powered-down state when the wireless energy burst is received and the energy burst is of sufficient energy to activate a switched mode power supply of the appliance.
Abstract:
A dispensing toothbrush includes a removable insert tooth paste tube for self application. This One for All design allows easy storage of tooth paste within the brush itself. It is simpler and different than other dispensing designs in that the tooth paste is not traveling through the length of a hollow tube to the bristles. The user simply unscrews the tube by twisting the cap off the bottom allowing self application. The user squeezes the flexing tube applying the toothpaste to the bristles. Storage of the toothpaste in the brush for subsequent self application is the major difference from other U.S. Patents. Again as in the other design, safety is a major concern with any dispensing toothbrush and this design allows for cleaning the brush the same as with any non-dispensing toothbrush.A twist cap is present at the bottom of the tooth brush for twisting and removing an internal tube that is full of toothpaste or toothpaste pellets. After twisting the cap, the tube is removed by dropping it out of the toothbrush. The tube containing toothpaste is then manipulated by finger force to apply the paste to the bristles or in the case of pellets one would be removed at a time for application, and finally the tube is returned by inserting it back into the toothbrush handle and twisting the cap back into place at the bottom of the toothbrush.
Abstract:
An optical sensor package has a transparent substrate with a redistribution layer formed on a face thereof, which includes a window and a plurality of electrically conductive traces. A semiconductor substrate, including an optical sensor and a plurality of contact terminals on a face thereof, is positioned on the transparent substrate in a face-to-face arrangement, with the optical sensor directly opposite the window, and with each of the contact terminals electrically coupled to a respective one of the electrically conductive terminals. The transparent substrate has larger overall dimensions than the semiconductor substrate, so that one or more edges of the transparent substrate extend beyond the corresponding edges of the semiconductor substrate. A plurality of solder balls are positioned on the face of the transparent substrate, each in electrical contact with a respective one of the electrically conductive terminals. The solder balls and the semiconductor substrate are at least partially encapsulated in an encapsulating layer formed on the face of the transparent substrate, which has been planarized to expose upper portions of the solder balls, as contact pads of the optical sensor package.
Abstract:
An analog switch configuration includes a gate control circuit coupled between an input of a switch and a gate of the switch. The gate control circuit passes voltage changes on the input of the switch to the gate of the switch to decrease the influence the inherent gate to input capacitance has on the bandwidth of the switch. By reducing the change in voltage across the inherent capacitance, the current through the capacitance in decreased as well as its influence on the bandwidth of the configuration.
Abstract:
A multi-stack semiconductor dice assembly has enhanced board-level reliability and integrated electrical functionalities over a common package foot-print. The multi-stack semiconductor dice assembly includes a bottom die having a stepped upper surface. The stepped upper surface includes a base region and a stepped region, which is raised relative to the base region. The base region includes a plurality of attachment structures that are sized and shaped to receive electrically conductive balls. An upper die is stacked above the bottom die. The upper die includes a plurality of attachment structures that are sized and shaped to receive electrically conductive balls and are arranged to align with the attachment structures of the bottom die. Electrically conductive balls are attached to the attachment structures of the bottom die and the attachment structures of the upper die.
Abstract:
A time-domain method of adaptively levelling the loudness of a digital audio signal is proposed. It selects a proper frequency weighting curve to relate the volume level to the human auditory system. The audio signal is segmented into frames of a suitable duration for content analysis. Each frame is classified to one of several predefined states and events of perceptual interest is detected. Four quantities are updated each frame according to the classified state and detected event to keep track of the signal. One quantity measures the long-term loudness and is the main criterion for state classification of a frame. The second quantity is the short-term loudness that is mainly used for deriving the target gain. The third quantity measures the low-level loudness when the signal is deemed to not contain important content, giving a reasonable estimate of noise floor. A fourth quantity measures the peak loudness level that is used to simulate the temporal masking effect. The target gain to maintain the audio signal to the desired loudness level is calculated by a volume leveller, regulated by a gain controller that simulates the temporal masking effect to get rid of unnecessary gain fluctuations, ensuring a pleasant sound.
Abstract:
In a process for enhancing contrast of an image having pixels in different brightness intensities, a histogram in discrete bins is generated. Each bin represents a pixel population of at least one pixel brightness intensity. A peak and a peak region of the histogram is then identified, wherein the peak region is a range of discrete bins around the peak. An average pixel population within the peak region is computed, and the pixel populations of the discrete bins within the peak region that exceeds the average pixel population are distributed. A transfer curve for mapping onto the image is then generated. The process can be used in an image processor for enhancing contrast of an image having pixel. Still further, a display having a receiver and a screen can include the foregoing image processor.
Abstract:
A transmission gate includes first and second MOS transistors of opposite conductivity type coupled in parallel with each other. Each transistor includes a body connection that is separately biased by corresponding first and second biasing circuits. The first biasing circuit generates a first bias voltage having a voltage level that is generated as a function of the signal at the first node and a first (for example, positive) reference voltage. The second biasing circuit generates a second bias voltage having a voltage level that is generated as a function of the signal at the first node and a second (for examples ground) reference voltage.