Abstract: A method of compiling a software application as modular software build, comprising: creating a dependency tree defining a plurality of dependency relations between a plurality of code segments of a software code of a software application, each one of the plurality of dependency relations defines at least one of a functionality dependency, a parameter dependency and a structure dependency between a pair of the plurality of code segments; separately compiling each of the a plurality of code segments into one of a plurality of executable segment modules; and creating a core module adapted to be installed on a client device having a processor for loading the plurality of executable segment modules according to the plurality of dependency relations for an execution of the software application.

Abstract: A casket is provided that is made entirely from naturally occurring materials. The casket includes a box having a bottom and a plurality of side walls. A hinge assembly is provided including a first member that is secured to a side wall of the box and a second member that is pivotally supported on the first member by a dowel pin. A lid is secured to the second member of the hinge assembly for pivotal movement between a closed position and an opened position.

Abstract: A programmable latch circuit (100) can include a programmable data circuit (104) with a data load path (116) that can enable a data value to be recalled into a volatile latch (102). A data load path (116) can be formed with devices (P100-P102) having low threshold voltages. Data can be loaded via data load path at lower power supply voltages levels, such as on power-on and/or reset operations. Other embodiments disclose, self-test circuits, full redundancy capabilities, and resistors for limiting current draw in an anti-fuse program operation.

Abstract: An optoelectronic device such as an LED or laser which produces spontaneous emission by recombination of carriers (electrons and holes) trapped in Quantum Confinement Regions formed by transverse thickness variations in Quantum Well layers of group III nitrides.

Abstract: An optoelectronic device such as an LED or laser which produces spontaneous emission by recombination of carriers (electrons and holes) trapped in Quantum Confinement Regions formed by transverse thickness variations in Quantum Well layers of group III nitrides.

Abstract: The present invention provides a method and architecture for allowing a device using a traditional one-time programmable technology to be programmed multiple times within the package. The present invention provides multiple programming without introducing the additional complexity of external pins or specialized packaging. An address counter and main array is provided using one-time programmable technology. The address counter selects a page in the main array to write the programmable information. The desired programming information is programmed into a first page while the additional pages remain unprogrammed. When additional information needs to be configured, the address counter is incremented and points to a new page in the main array where the new programming information may be stored. As a result, a number of programming configurations can be programmed into a one-time programmable technology.

Abstract: An optoelectronic device such as an LED or laser which produces spontaneous emission by recombination of carriers (electrons and holes) trapped in Quantum Confinement Regions formed by transverse thickness variations in Quantum Well layers of group III nitrides.

Abstract: An optoelectronic device such as an LED or laser which produces spontaneous emission by recombination of carriers (electrons and holes) trapped in Quantum Confinement Regions formed by transverse thickness variations in Quantum Well layers of group III nitrides.

Abstract: A circuit comprising an oscillator, a reference path, and a feedback path. The oscillator may have a reference input receiving a reference signal, a feedback input receiving a feedback signal, and an output. The reference path may provide the reference signal from a reference clock input. The feedback path may provide the feedback signal from the oscillator loop output. At least one of the reference path and the feedback path comprises a programmable delay circuit.

Abstract: A circuit comprising an oscillator, a reference path, and a feedback path. The oscillator may have a reference input receiving a reference signal, a feedback input receiving a feedback signal, and an output. The reference path may provide the reference signal from a reference clock input. The feedback path may provide the feedback signal from the oscillator loop output. At least one of the reference path and the feedback path comprises a programmable delay circuit.

Abstract: The invention comprises a gas barbecue (1; 20) for grilling food comprising a box-shaped container (2) with a griddle (3) that carries the food being cooked; one or more burners (4) placed underneath said griddle (3), each of which has a gas supply line (5); an ignition device (14) for said one or more burners (4); a main pipeline (6) which is connected to said supply lines (5) for each burner (4), connected to a gas supply source (F) and provided with a cut-off valve (7; 21); the cut-off valve's operation is connected to a timer (8) suited to keeping it open for a pre-set time.

Abstract: The present invention provides a method and architecture for allowing a device using a traditional one-time programmable technology to be programmed multiple times within the package. The present invention provides multiple programming without introducing the additional complexity of external pins or specialized packaging. An address counter and main array is provided using one-time programmable technology. The address counter selects a page in the main array to write the programmable information. The desired programming information is programmed into a first page while the additional pages remain unprogrammed. When additional information needs to be configured, the address counter is incremented and points to a new page in the main array where the new programming information may be stored. As a result, a number of programming configurations can be programmed into a one-time programmable technology.