Abstract: A drill bit employing selective placement of cutting elements engineered to accommodate differing loads such as are experienced at different locations on the bit crown. A method of bit design and cutting element design to achieve optimal placement for maximum ROP and bit life of particularly suitable cutting elements for a given bit profile and design, as well as anticipated formation characteristics and other downhole parameters.

Abstract: Debris vacuum device including a suction bulb. In a first embodiment the suction bulb includes a hollow tube with an inlet check valve located at one end and an exhaust check valve located at the opposing end. A screen is provided to extend across the interior of the tube intermediate the ends. By squeezing the walls of the tube, water can be forced out the exhaust check valve with the inlet check valve closed. Then as the flexible walls expand to their original shape, water and debris are drawn into the tube to the inlet check valve while the outlet check valve is closed. In a second embodiment, a bulb having a single opening into the interior is used. An inlet tube for drawing debris and water has one end inserted into the interior of the bulb. The bulb opening is also connected to an exhaust port to allow water to be forced out of the interior of the bulb. An inlet check valve is placed across the inlet tube and an exhaust check valve is placed across the exhaust port.

Abstract: A composite window shade is constructed of short lengths of cellular fabric that may be from the same dye lot or that may be of different colors or textures to achieve desired decorative or functional results by trimming the lengths to have attachment strip surfaces and bonding of the surfaces using a glue applicator machine through which each length of cellular fabric to be attached is passed to place beads of hot melt glue and then pressing the attachment strip surface of the length of fabric to be attached to the attachment strip surface of the length of fabric to which attachment is to be made and maintaining pressure thereon until bonding occurs.

Abstract: A method for fabricating a field emission display (FED) with improved junction leakage characteristics is provided. The method includes the formation of a light blocking element between a cathodoluminescent display screen of the FED and semiconductor junctions formed on a baseplate of the FED. The light blocking element protects the junctions from light formed at the display screen and light generated in the environment striking the junctions. Electrical characteristics of the junctions thus remain constant and junction leakage is improved. The light blocking element may be formed as an opaque light absorbing or light reflecting layer. In addition, the light blocking element may be patterned to protect predetermined areas of the baseplate and may provide other circuit functions such as an interconnect layer.

Abstract: The present invention is directed to a method of attaching a leadframe to a singulated good die using a wet film adhesive applied in a predetermined pattern on the active surface of the good die, the lead finger of a leadframe, or both. By applying the adhesive only to identified good dice, time and material are saved over a process that applies adhesive to the entire wafer. By attaching the leadframe to the good die with a wet film, it is possible to remove the leadframe from the good die for rework if the good die subsequently tests unacceptable.

Abstract: A method of fabricating field emission arrays which employs a single mask to define emitter tips and their corresponding resistors. Column lines may also be defined without requiring the use of an additional mask. The method includes disposing substantially mutually parallel conductive lines onto a substrate of the field emission array. The conductive lines may be patterned from a layer of conductive material or selectively deposited onto the substrate. One or more material layers, from which the emitter tips and resistors will be defined, are disposed onto the conductive lines and the regions of substrate exposed between adjacent conductive lines. The exposed surface of the layer or layers of emitter tip and resistor material or materials may be planarized. A mask is disposed over the substanitially planar surface.

Abstract: A vehicle has a seat configured to receive a person or object. An array of flexible potentiometers is positioned in the seat to sense the mass or weight and the footprint or profile of that which is in the seat. The flexible potentiometers supply a signal through circuitry to enable or disable an air bag system in the vehicle. The air bag system operates under selected conditions such as what may be experienced in a crash of the vehicle to deploy the air bag to preclude movement of a seat occupant into vehicle structure.

Abstract: A plurality of lead frames is supplied in frame by frame sequence. A curable adhesive, preferably a 505 Epoxy, is applied to one surface of each lead frame as it indexes through an application device. An attaching device attaches a device and holds it during in place to cure for a preselected period of time of about one second to each device site with adhesive. Later, the lead frames have their edges trimmed and then are separated into separate lead frames.

Abstract: An improved snowmobile steering ski attachable to the steering spindles of a snowmobile and, generally, including a frame, which may be integrally molded as part of the ski, and having multiple protruding keels that emerge from the bottom running surface of the ski proximal the ski's front end and gradually increase in protrusion with respect to the bottom running surface to a point of maximum protrusion at a point on the ski runner near to the steering spindle of the snowmobile is disclosed. The keel then gradually decreases in protrusion from its maximum protrusion to merge back into the bottom surface proximal the rear end of the ski.

Abstract: A method for applying a viscous material to a lead frame element. A method of the invention includes positioning the lead frame facing downward and bringing the lead fingers into contact with a pool of adhesive material. The contact of the lead fingers to the adhesive material results in a portion of the lead fingers receiving a portion of the adhesive material from the pool of adhesive material. The gravitational forces on the adhesive material on the downward facing lead frame maintain the shape and boundary definition of the adhesive material.

Abstract: Conductive interconnections are formed by depositing an adhesive material, made up of ferromagnetic particles dispersed within a matrix material, on a semiconductor substrate, such as an electronic component, and applying a magnetic field between an exposed surface of the adhesive material and an attached surface of the adhesive material (abutting the semiconductor substrate), such that a plurality of the ferromagnetic particles move and align within the matrix material under the influence of the magnetic field. One method of the present invention comprises depositing the adhesive material on a contact site of a first electronic component. A second electronic component having a contact site is aligned over the adhesive material and a magnetic field is applied between the first electronic component and the second electronic component.

Abstract: A method to promote skin healing of freshly dug potatoes is disclosed. Treatment of freshly dug potatoes with DMN either prior to or immediately after storage promotes rapid healing of cuts, abrasions and similar injuries to the potatoes. Liquid DMN may be sprayed on freshly dug potatoes in the field immediately after being dug, during transport from the field, while being conveyed into a storage facility or immediately after being stored. Once in a storage facility, the potatoes may also be treated with a vapor or mist of DMN either in addition to initial treatments or instead of earlier treatments. Further, such DMN treated potatoes may be stored under low humidity conditions without significant dehydration or softening. Stored potatoes first treated with DMN may be later advantageously treated with low levels of CIPC for effective sprout inhibition.

Abstract: A cutter for use on a rotary-type drag bit for earth boring is provided comprising a substantially rectangular diamond table attached to and supported by a substrate. A plurality of rod-like diamond pilings made of polycrystalline diamond is carried in the substrate, extending from the cutting face of the diamond table, through the diamond table, and into the substrate material. The diamond pilings are generally arranged in a mutually parallel configuration substantially transverse to the plane of the diamond table, and the forward ends of each diamond piling may coextensively terminate at the cutting face of the diamond table, may terminate within the diamond table, or may merely abut the rear of the diamond table. Further, the diamond table may be of smaller size than the transverse cross-section of the substrate, and at least a portion of the periphery of the substrate may then be forwardly and inwardly tapered to provide structural support to the diamond table.

Abstract: A masking and etching technique during the formation of a memory cell capacitor which simultaneously separates storage poly into individual storage poly nodes and etches recesses into the storage poly nodes which increase the surface area of the storage poly nodes and thereby increase the capacitance of a completed memory cell without additional processing steps.

Abstract: A semiconducting processing method for making electrical contacts with an active area in sub-micron geometries includes: (a) providing a pair of conductive runners on a semiconductor wafer; (b) providing insulative spacers on the sides of the conductive runners wherein adjacent spacers are spaced a selected distance apart at a selected location on the wafer; (c) providing an active area between the conductive runners at the selected location; (d) providing an oxide layer over the active area and conductive runners; (e) providing a planarized nitride layer atop the oxide layer; (f) patterning and etching the nitride layer selectively relative to the oxide layer to define a first contact opening therethrough, wherein the first contact opening has an aperture width at the nitride layer upper surface which is greater than the selected distance between the insulative spacers; (g) etching the oxide layer within the first contact opening to expose the active area; (h) providing a polysilicon plug within the first co