Abstract: A case with screw thread in a sealed manner for communication equipment includes an upper cover and a bottom cover. The inner surface of the upper cover has an internal screw thread. The outer surface of the bottom cover has an external screw thread. When the external screw thread is fixed with the internal screw thread, the inner surface of the upper cover is in contact with the outer surface of the bottom cover in a sealed state, and the upper cover and the bottom cover form a receiving space. The case provides the following advantages: quickly and repeated assembly and disassembly; no need for any space for bolts so as to minimizes the size; without bolt, no need for washers or sealant; good sealing properties and good waterproof effect so as to prevent water from entering the case.

Abstract: A real-time mobile video reporting device installed to a motor vehicle and electrically connected to an automobile power supply includes a casing, a printed circuit board, a camera, a central processing unit, a memory, a control key and a mobile network connection module. The printed circuit board contains the camera, central processing unit, memory, control key and mobile network connection module, and the printed circuit board is disposed in the casing, such that the camera and the control key are disposed on a surface of the casing. When there is an accident, the control key may be pressed to record the scene of the accident by a video method and transmit the scene to an emergency remote reporting data center or a non-emergency remote reporting data center and car owner via a mobile wireless transmission technology, so as to report an accident quickly and prevent crime effectively.

Abstract: A system and operations include software, servers, templates, databases, and user interfaces for initializing and deploying insurance products and offerings into test runtime environments, modeling runtime environments, and commercial product runtime environments. The system may process an insurance product offering having insurance product components based on a package manifest. The package manifest provides executables and information that enables execution of the insurance product components in conjunction with third party engine servers to access third party and/or legacy insurance related data and systems.

Abstract: A decoder and a method for separating luminance and chrominance information from a target pixel in a composite video signal are provided. The decoder comprises a delay module, a filter module, a weighting factor generator, and a separator. The delay module is configured to delay a plurality of horizontal lines of the composite video signal to output a plurality of pixels including the target pixel. The filter module is coupled to the delay module and configured to filter the composite video signal in a horizontal direction and a vertical direction to generate a plurality of frequency components. The weighting factor generator is configured to generate a first weighting factor of the target pixel according to the horizontal direction and a second weighting factor of the target pixel according to the vertical direction. The separator is configured to separate luminance information from the target pixel in accordance with the frequency components, the first weighting factor, and the second weighting factor.

Abstract: A system and operations include software, servers, templates, databases, and user interfaces for initializing and deploying insurance products and offerings into test runtime environments, modeling runtime environments, and commercial product runtime environments. The system may process an insurance product offering having insurance product components based on a package manifest. The package manifest may be generated prior to deployment based on arrangement of the insurance product components in an insurance product framework of the insurance product offering and third part engine servers executable in conjunction with the insurance product components. As a prerequisite to generation of the package manifest, the system may perform a coherency check of the insurance product offering to confirm compliance with a set of coherency check rules.

Abstract: In one example, a system to integrate a first application with a second application may associate a component type in the first application with an engine object type in the second application. The component type and the engine object type may be program object types. The system may determine a hierarchical structure that includes an engine object of the engine object type from configurable rules that are associated with the component type. The system may initiate a copy of the engine object in the second application in response to receipt of a request to copy a component of the component type in the first application.

Abstract: A video processing circuit capable of processing a composite signal and a non-composite signal, includes: a line buffer; a frame buffer; a video decoder for decoding the composite signal by utilizing the line buffer and the frame buffer as temporary buffers of the video decoder; a cross color suppressor for performing color suppression on the non-composite signal by utilizing the line buffer and the frame buffer as temporary buffers of the cross color suppressor; and a path controller, coupled to the video decoder and the cross color suppressor, for coupling the line buffer and the frame buffer to the video decoder or the cross color suppressor when utilizing the line buffer and the frame buffer is required.

Abstract: A method for reducing color noises of a chrominance signal includes the following steps: receiving the chrominance signal; sampling the chrominance signal to generate a plurality of chrominance samples; determining a phase-rotation level between a specific chrominance sample and the chrominance samples; calculating an average value of the chrominance samples; and selectively outputting the average value or the chrominance information of the specific chrominance sample as an output chrominance information to represent the color information of the specific chrominance sample according to the phase-rotation level.

Abstract: In one example, a system to integrate a first application with a second application may associate a component type in the first application with an engine object type in the second application. The component type and the engine object type may be program object types. The system may determine a hierarchical structure that includes an engine object of the engine object type from configurable rules that are associated with the component type. The system may initiate a copy of the engine object in the second application in response to receipt of a request to copy a component of the component type in the first application.

Abstract: A decoder and a method for separating luminance and chrominance information from a target pixel in a composite video signal are provided. The decoder comprises a delay module, a filter module, a weighting factor generator, and a separator. The delay module is configured to delay a plurality of horizontal lines of the composite video signal to output a plurality of pixels including the target pixel. The filter module is coupled to the delay module and configured to filter the composite video signal in a horizontal direction and a vertical direction to generate a plurality of frequency components. The weighting factor generator is configured to generate a first weighting factor of the target pixel according to the horizontal direction and a second weighting factor of the target pixel according to the vertical direction. The separator is configured to separate luminance information from the target pixel in accordance with the frequency components, the first weighting factor, and the second weighting factor.

Abstract: A video processing circuit capable of processing a composite signal and a non-composite signal, includes: a line buffer; a frame buffer; a video decoder for decoding the composite signal by utilizing the line buffer and the frame buffer as temporary buffers of the video decoder; a cross color suppressor for performing color suppression on the non-composite signal by utilizing the line buffer and the frame buffer as temporary buffers of the cross color suppressor; and a path controller, coupled to the video decoder and the cross color suppressor, for coupling the line buffer and the frame buffer to the video decoder or the cross color suppressor when utilizing the line buffer and the frame buffer is required.

Abstract: Methods and apparatus for detecting movement in a composite television signal. A first difference signal is generated according to the difference between an Nth frame and an N?2th frame of a composite television signal. A second difference signal is generated by Y/C separation of an Nth frame and the N?1th frame of the composite television signal. A smooth signal is generated according to the smoothness of the Nth frame and the N?1th frame of the composite television signal. The first and second difference signals are output selectively according to the smooth signal.

Abstract: Signal processing methods and systems for cross-color suppression. A chrominance signal extracted from a composite TV signal by s Y/C separator is provided to a chroma demodulator to produce a baseband chrominance signal. A chroma regulator regulates the baseband chrominance signal to obtain a regulated baseband chrominance signal. The baseband chrominance signal and the regulated baseband chrominance signal are provided to a chroma mixer to determine a final chrominance signal. The chroma mixer determines the final chrominance signal according to image similarity calculated by an image similarity calculator.

Abstract: A method and for extracting a chrominance signal of a video signal is disclosed. The method includes the following steps: generating a target video signal, a first delayed video signal, a second delayed video signal and a plurality of reference video signals; generating a HCS according to the target video signal; generating a VCS according to the target video signal and the plurality of reference video signals; generating a temporal chrominance signal; generating a SLFD according to the target video signal and the plurality of reference video signals; generating a weighting factor according to the target video signal, the second delayed video signal and the plurality of reference video signals; generating a spatial chrominance signal; and generating the chrominance signal of the video signal by determining the spatial chrominance signal, the temporal chrominance signal and the weighting factor.

Abstract: Methods and apparatus for detecting movement in a composite television signal. A first difference signal is generated according to the difference between an Nth frame and an N?2th frame of a composite television signal. A second difference signal is generated by Y/C separation of an Nth frame and the N?1th frame of the composite television signal. A smooth signal is generated according to the smoothness of the Nth frame and the N?1th frame of the composite television signal. The first and second difference signals are output selectively according to the smooth signal.

Abstract: Signal processing methods and systems for cross-color suppression. A chrominance signal extracted from a composite TV signal by s Y/C separator is provided to a chroma demodulator to produce a baseband chrominance signal. A chroma regulator regulates the baseband chrominance signal to obtain a regulated baseband chrominance signal. The baseband chrominance signal and the regulated baseband chrominance signal are provided to a chroma mixer to determine a final chrominance signal. The chroma mixer determines the final chrominance signal according to image similarity calculated by an image similarity calculator.