Abstract:
Methods and systems are disclosed to enable users of mobile devices to have an easy out of the box experience. In some examples, during the initial powering on of a mobile device, subsequent powering on of the mobile device, or at user direction, the device queries a user about connecting to an alternate wireless access network supported by the mobile device and upon receiving an indication from the user of the mobile device to proceed with the connection to the alternate wireless access network, connects the mobile device to an alternate wireless access network.
Abstract:
A method for forming a foam product comprises forming a skin and inserting a bracket at least partially into the skin. Another method for manufacturing a foam product comprises sealing a tube of material in a cavity of a mold, blowing air into the tube of material to form a skin comprising an interior surrounded by a wall, cutting an incision in the skin wall, inserting a bracket through the incision and into the skin interior, filling the skin interior with foam, and curing the foam.A foam product comprises a skin with an interior surrounded by a wall, a bracket within the skin interior, a foam substantially filling the skin interior and securing the bracket in place, a recessed region configured to mate with a mounting assembly on a chair, and an incision in the skin wall, the incision positioned outside of the recessed region.
Abstract:
A method for playing a card game having a dealer and at least one player, wherein the dealer deals two cards facing up to each player and at least two cards to the dealer, one card dealt face up and the other card or cards dealt after the playing of the players' hands. Each player arranges his cards within a boxed-in area located in front of the player having four rectangles therein. The four rectangles define two rows and two columns to provide four lines of chances for matching a winning number. The winning number is determined by the addition of the dealer's two cards and may also include a second winning number determined by the difference of the dealer's two cards. The game provides conditions for a second chance game for players who do not win with the dealer's first two cards.
Abstract:
An improved one-transistor flash EEPROM cell structure and a method for making the same is provided so that the effective channel length dimension is independent of the critical dimensions of the stacked gate structure. The cell structure (110) includes an n.sup.- buried channel/junction region (116) which is implanted in a substrate (112) before formation of a tunnel oxide (126) and a stacked gate structure (134). After the formation of the stacked gate structure, a p-type source region (122) is implanted with a large tilt angle in the substrate. Thereafter, n.sup.+ drain and n.sup.+ source regions (118, 124) are implanted in the substrate so as to be self-aligned to the stacked gate structure. The cell structure of the present invention facilitates scalability to small size and is useful in high density and low voltage power supply applications.
Abstract:
Disclosed embodiments may include methods for forming a foam product comprising forming a skin and inserting a bracket at least partially into the skin. Another embodiment method for manufacturing a foam product may comprise sealing a tube of material in a cavity of a mold, blowing air into the tube of material to form a skin comprising an interior surrounded by a wall, cutting an incision in the skin wall, inserting a bracket through the incision and into the skin interior, filling the skin interior with foam, and curing the foam. Disclosed embodiments may further include foam product comprising a skin with an interior surrounded by a wall, a bracket within the skin interior, a foam substantially filling the skin interior and securing the bracket in place, a recessed region configured to mate with a mounting assembly on a chair, and an incision in the skin wall, the incision positioned outside of the recessed region.
Abstract:
Methods and systems are disclosed to enable users of mobile devices to have an easy out of the box experience. In some examples, during the initial powering on of a mobile device, subsequent powering on of the mobile device, or at user direction, the device queries a user about connecting to an alternate wireless access network supported by the mobile device and upon receiving an indication from the user of the mobile device to proceed with the connection to the alternate wireless access network, connects the mobile device to an alternate wireless access network.
Abstract:
A floating gate having a first and second end region, each of which are positioned adjacent to a corresponding lateral end of the floating gate. A middle region is positioned laterally towards a middle of the floating gate relative to the first and second end regions. The first end region, the middle region and the second end region are formed of a same material during a single fabrication step, and the middle region formed has a thickness which is less than a thickness of the first or second end regions. This invention further includes a method for forming a contoured floating gate for use in a floating gate memory cell. The method includes forming a polysilicon layer over first and second spaced apart oxide structures and a floating gate region between the first and second oxide structures such that the polysilicon layer formed in the floating gate region has a first end region adjacent the first oxide structure, a second end region adjacent the second oxide structure, and a middle region positioned laterally between the first and second end regions. The method further includes removing a portion of the polysilicon layer in the floating gate region such that the vertical thickness of the first and second end regions remain greater than the vertical thickness of the middle region.
Abstract:
An improved one-transistor flash EEPROM cell structure and a method for making the same is provided so that the effective channel length dimension is independent of the critical dimensions of the stacked gate structure. The cell structure (210) includes an n.sup.- buried channel/junction region (216) which is implanted in a substrate (212) before formation of a tunnel oxide (226) and a stacked gate structure (234). After the formation of the stacked gate structure, a p-type drain region (222) is implanted with a large tilt angle in the substrate. Thereafter, n.sup.+ source and n.sup.+ drain regions (218, 224) are implanted in the substrate so as to be self-aligned to the stacked gate structure. The cell structure of the present invention facilitates scalability to small size and is useful in high density application.