Abstract: A liquid crystal display device is disclosed. The liquid crystal display device includes an output portion which is configured to include an output transistor having a large capacitor component. As such, the liquid crystal display device can enhance the response speed of liquid crystal.

Abstract: A lower and upper end plugs of an annular fuel rod, into and out of which cooling water flows, comprises: a lower end plug including a filter for debris which has a plurality of pins intersecting each other at the proper position of an inner channel main inlet, through-holes into which the pins of the debris filter are fitted, and at least one inner channel auxiliary inlet through which the cooling water flows into a lower inner channel thereof when the inner channel main inlet is blocked by debris, and which has a through-hole shape; and an upper end plug including at least one upper handling groove and hole, into which a fuel rod handling tool is coupled, at a proper position of an inner circumference of the inner channel main outlet in a circumferential direction.

Abstract: A method of altering a drive parameter of a machine having a drive system that is configured to operate a left side of the machine independently of the right side of the machine. The method includes entering, by a user, a drive parameter alteration mode by actuating a first input, and actuating a second input to alter one or more parameters associated with a controller of the machine.

Abstract: A method of altering a drive parameter of a machine having a drive system that is configured to operate a left side of the machine independently of the right side of the machine. The method includes entering, by a user, a drive parameter alteration mode by actuating a first input, and actuating a second input to alter one or more parameters associated with a controller of the machine.

Abstract: A method for manufacturing a three-dimensional high voltage transistor is disclosed. According to the method, lengths and widths of channels are increased while the reducing transistor forming area on plane, and semiconductor devices are completely separated from each other while restraining parasitic capacitance, latch-up phenomena, and formation of field transistors. The three-dimensional high voltage transistor includes an active area of the three-dimensional high voltage transistor formed in the form of a column on predetermined areas of a Silicon-On-Insulator substrate, source and drain formed in the active areas of the three-dimensional high voltage transistor in the depth direction, a channel area formed between the source and the drain in the depth direction, and a column-shaped gate formed at the side of the channel area on the Silicon-On-Insulator substrate.

Abstract: This invention relates to an orifice valve having a moveable gate to control the flow of solids in a closed conveying system. The invention encompasses a valve housing with two complementary valve sections, each of a unitary construction. A single plate is laser cut and bent to present a first planar surface, two opposed sidewalls and an end wall. The sidewalls include an integral flange section which presents planar surfaces that are placed in facing relationship with the planar flange surfaces of a second housing member so that the two form a closed cavity. A blade is received in the cavity and is reciprocal between open and closed positions so as to accommodate the flow of material or to block the flow. Appropriate retainers hold the two sections in place. In the preferred embodiment a second end wall is also integral with the housing section and is formed from the same plate stock as the first planar section, the sidewalls and the first end wall.

Abstract: A high-pressure gate valve for control of bulk materials includes a main body with an opening for passing bulk material, an upper body, a slidable blade, and lifting structure configured to raise the blade in a planar motion, perpendicular to the primary direction of travel and seal it against the upper body when the blade is extended. An actuating cylinder coupled with a rear edge of the blade extends and retracts the blade. A rear portion of the valve is enclosed to protect the rear edge of the blade, the actuating cylinder, and the coupling between the two.

Abstract: A multi-layered copper line structure of a semiconductor device with a lower copper line, an upper copper line, and a via contact, which electrically connects the lower copper line and the upper copper line, can incorporate one or more dummy via contacts to reduce the occurrence of voids in the via contacts. The one or more dummy via contacts can be formed adjacent the via contact and non-electrically connected to the lower copper line.

Abstract: A high-pressure gate valve for control of bulk materials includes a main body with an opening for passing bulk material, an upper body, a slideable blade, and lifting structure configured to raise the blade in a planar motion, perpendicular to the primary direction of travel and seal it against the upper body when the blade is extended. An actuating cylinder coupled with a rear edge of the blade extends and retracts the blade. A rear portion of the valve is enclosed to protect the rear edge of the blade, the actuating cylinder, and the coupling between the two.

Abstract: A needle counter device which utilizes an adhesive disposed in one or more, preferably V-shaped, troughs. The adhesive provides instant, strong grip upon contact, but also provides very low resistance to needle penetration (i.e., it is easy to stick a needle in the adhesive, but difficult to pull the needle out). The device includes a base and a lid, and opens and closes much like a book. Once the device is closed, the device tends to remain closed unless intentionally opened. A thin layer of adhesive may be provided on the inside of the lid, to retain used surgical blades, and a piece of resilient foam may also be provided for temporarily “parking” a suture needle. The sides of each trough are lined with structure which serves to prevent an accidentally laid surgical instrument from unintentionally contacting the adhesive. Numerical indices provide a quick visual, counting assist.

Abstract: A frangible hose connector that has a knit line at the intended point of fracture, as opposed to a circumferential groove or notch. The knit line provides a break zone which has a lower tensile strength than that of the parent material, thereby providing that the connector is relatively easy to fracture. The connector also includes finger grips which makes breaking the connector easier. The finger grips provide that the connector is configured to be fractured via a twisting or torsion force, as opposed to a bending force. As such, the connector tends to break in a manner wherein fluid does not fling or spray. The connector is formed of plastic, and the knit line is created during the plastic injection molded process, wherein two mold fronts are “squared-up” and meet in the mold cavity to form the knit line.

Abstract: A spot marking buoy. A flotation body, cylindrical in shape with rounded ends having a groove around the periphery of the flotation body creating a reel with one end of a string attached to the reel and the other end of the string attached to an anchor weight. The flotation body employs angular cores to receive a rubber locking cord which is affixed to the flotation body by the use of crimps or knots on the ends of the rubber locking cord with said crimps or knots being larger in circumference than the angular cores. And surface grooves on each side of the top end of the flotation body to receive and secure the rubber locking cord when in use and when storage. Included are recessed counterweights, an anchor weight and anchor weight housing for storage and a built in hand grip for reminding.

Abstract: A method for allocating blocks within sectored EEPROM (commonly referred to as flash memory) based memory to minimize data relocation overhead and maximize sectored EEPROM lifetime. Data to be saved within sectored EEPROM is configured into data pages or blocks representing the minimum data size that is relocated within the sectored EEPROM in any given erase cycle. Multiple data blocks are contained within a single sector. A sector represents the minimum data size that is erased from the sectored EEPROM in any single erase cycle. Each block has a corresponding calculated value of volatility and new or updated data blocks to be added to the file are saved in sectored EEPROM according to a hierarchy based upon the calculated volatility of the data block. Data blocks with a calculated volatility within a predetermined threshold of the average volatility of a sector are saved within the most occupied sector containing no obsolete blocks.

Abstract: A method to form a closely-spaced, vertical NMOS and PMOS transistor pair in an integrated circuit device is achieved. A substrate comprises silicon implanted oxide (SIMOX) wherein an oxide layer is sandwiched between underlying and overlying silicon layers. Ions are selectively implanted into a first part of the overlying silicon layer to form a drain, channel region, and source for an NMOS transistor. The drain is formed directly overlying the oxide layer, the channel region is formed overlying the drain, and the source is formed overlying the channel region. Ions are selectively implanted into a second part of the overlying silicon layer to form a drain, channel region, and source for a PMOS transistor. The drain is formed directly overlying the oxide layer, the PMOS channel region is formed overlying the drain, and the source is formed overlying the channel region. The PMOS transistor drain is in contact with said NMOS transistor drain.

Abstract: A fish stringer is provided with a circular frame, made of cast aluminum, approximately six inches in diameter, that forms the main component of the invention. A round, center handle provides a comfortable, easy way to carry the invention along with the catch of fish. A series of eight chain and hook assemblies with swivel joints, are evenly spaced around the perimeter of the frame and are made of brass and stainless steel. The spacing provides a means to separate the fish while they are stored in the water or being carried. A vinyl coated chain, approximately six feet in length, is attached to the main frame, and is provided with a clasp and swivel joint, to allow the invention to be attached to the side of a boat or dock. The long chain assures the fish will be kept in the water even during rough or choppy conditions, and is red in color for easy locating.

Abstract: An adjustable shooting rest for use in connection with climbing-type tree stands is disclosed. In one embodiment of the present invention, a first member is affixed to a climbing stand. A second member is attached to such first member, and is vertically adjustable relative to such first member. A weapon support is attached to the second member, and is horizontally adjustable relative to such second member. In another embodiment, a base is affixed to a climbing stand. A horizontal lower arm member is provided which is freely rotatable relative to such base. A horizontal upper arm member is provided, which is, in turn, freely rotatable relative to such horizontal lower arm member. A vertically adjustable weapon support is provided on said horizontal upper arm member.

Abstract: A method and apparatus for testing blowout preventer systems that enables testing of various size pipe rams, as well as safe and efficient shut-in of a well, without having to trip the entire apparatus out of a well. The testing apparatus generally includes an upper elongated testing cylinder, an upper test seal assembly, a lower elongated testing cylinder, a lower test seal assembly and a test plug. Additionally, the testing apparatus may include a circulating flow assembly, a side-port assembly, and a check-valve assembly, all of which are axially connected in a series to allow the testing tool to be easily lowered into a riser to a subsea blowout preventer assembly. The subject invention permits testing of blowout preventers that are designed to seal around various size pipe diameters during a single pipe trip. The invention also allows the operator to efficiently and safely shut-in a well if a kick is experienced during testing operations.

Abstract: A multiple capacity surgical needle immobilization safety device is provided for use in disposal of needles during medical treatment. The device can be included in a procedure kit or trays where several needles and cannulas, up to five per tray, are provided as a set to be used sequentially in performing a specific procedure such as spinal block or other anesthesia.

Abstract: A multiple capacity surgical needle immobilization safety device is provided for use in disposal of needles during medical treatment. The device can be included in a procedure kit or trays where several needles and cannulas, up to five per tray, are provided as a set to be used sequentially in performing a specific procedure such as spinal block or other anesthesia.

Abstract: A method and apparatus for testing blowout preventer systems that enables testing of various size pipe rams, as well as safe and efficient shut-in of a well, without having to trip the entire apparatus out of a well. The testing apparatus generally includes an upper elongated testing cylinder, an upper test seal assembly, a lower elongated testing cylinder, a lower test seal assembly and a test plug. Additionally, the testing apparatus may include a circulating flow assembly, a side-port assembly, and a check-valve assembly, all of which are axially connected in a series to allow the testing tool to be easily lowered into a riser to a subsea blowout preventer assembly. The subject invention permits testing of blowout preventers that are designed to seal around various size pipe diameters during a single pipe trip. The invention also allows the operator to efficiently and safely shut-in a well if a kick is experienced during testing operations.