Abstract: A garment with bib attachment consists of a garment body having a front, opposed first and second sides, an upper end, a neck-receiving opening formed in the upper end of the garment body, a first arm stall formed in the upper end of the garment body on a first side of the neck-receiving opening, and a second arm stall formed in the upper end of the garment body on a second side of the neck-receiving opening. First and second pockets are formed in the upper end of the garment body on either side of the neck-receiving opening. A bib is formed a first extension extending into the first pocket and a second extension extending into the second pocket. The first and second extensions are detachably secured to the garment within the first and second pockets, respectively, suspending the bib on the front of the garment body under the neck-receiving opening.

Abstract: Sunglasses includes a frame portion having opposing inner and outer faces, opposed first and second sides, a nose bridge formed between the opposed first and second sides, and a lens opening between the nose bridge and each of the first and second sides. A lens-defining member, made of a flexible, thin, sun-protective, light-transmitting material, has an outer face applied to the inner face of the frame portion and an opposing inner face, and a side in juxtaposition to each of the first and second sides of the frame portion. Fasteners affix the lens-defining member to the frame portion, and first and second temples extend rearwardly of the frame portion at the first and second sides of the frame portion, respectively.

Abstract: Snap ring pliers include a first section having a first jaw portion with a first outer end and a first tip projecting outwardly from the first outer end, and a second section having a second jaw portion with a second outer end and a second tip projecting outwardly from the second outer end. The first tip opposes the second tip. A pivot pivotally couples the first section to the second section for movement of the first and second jaw portions between closed and open positions. The first and second tips are joined forming a tongue adapted to be received in a snap ring gap in the closed position of the first and second jaw portions, and the first and second tips are spaced apart and separated by a gap in the open position of the first and second jaw portions.

Abstract: An optoelectric subassembly including a receptacle assembly with an optoelectric device mounted therein to define a light axis. The receptacle assembly includes an optical fiber mounting structure defining an opening with an end of an optical fiber received therein. The mounting structure and opening are designed to position the received optical fiber with an end facet substantially perpendicular to the light axis. A first lens is mounted in the receptacle assembly adjacent the optoelectronic device in the light axis and a ball lens is mounted in the receptacle assembly and positioned in the light axis. The ball lens is mounted so as to be in abutting engagement with the facet of an optical fiber inserted into the opening. By forming the ball lens with a diameter equal to the diameter of a mounting ferrule on the end of the fiber and also equal to the diameter of the ferrule receiving opening, the ball lens is self-aligning.

Abstract: A tile installation spacer includes a circular disk having opposed, parallel surfaces, and opposed cylindrical first and second spacers extend away from the respective surfaces of the disk. The disk, the first cylindrical spacer, and the second cylinder each have a diameter. The diameter of the disk is greater than the diameter of the first cylindrical spacer and the diameter of the second cylindrical spacer, and the diameter of the first cylindrical spacer is greater than the diameter of the second cylindrical spacer.

Abstract: A method of fabricating a double gate FET on a silicon substrate includes the steps of sequentially epitaxially growing a lower gate layer of crystalline rare earth silicide material on the substrate, a lower gate insulating layer of crystalline rare earth insulating material, an active layer of crystalline semiconductor material, an upper gate insulating layer of crystalline rare earth insulating material, and an upper gate layer of crystalline rare earth conductive material. The upper gate layer and the upper gate electrically insulating layer are etched and a contact is deposited on the upper gate layer to define an upper gate structure. An impurity is implanted into the lower gate layer to define a lower gate area aligned with the upper gate structure. A source and drain are formed in the active layer and contacts are deposited on the source and drain, respectively.

Abstract: A light emitting device with a ?-cavity including a first spacer of single crystal dielectric material and an active area including single crystal erbium dielectric material positioned on the first spacer. The erbium dielectric material and the single crystal dielectric material of the first spacer are substantially crystal lattice matched at their juncture. A second spacer of single crystal dielectric material is positioned on the active area. The erbium dielectric material and the single crystal dielectric material of the second spacer are substantially crystal lattice matched at the second surface. The high-? erbium dielectric provides a high gain ?-cavity that emits increased amounts of light in either spontaneous or stimulated modes of operation.

Abstract: A trencher boot includes a boxlike structure formed with a compartment extending from an inlet formed in an upper end of the trencher boot to an outlet formed in a lower end of the trencher boot. A cable-orienting structure is formed within the compartment between the inlet and the outlet. The compartment is to concurrently receive three cables from the inlet, guide the three cable to the cable-orienting structure, which interacts with the three cables to arrange the three cables in a V-shaped orientation comprising two of the three cables positioned side-by-side atop a third one of the three cables, and guide the three cables in the V-shaped orientation from the cable-orienting structure to the lower end of the trencher boot and outwardly through the outlet into the V-shaped receiving area formed in the bottom of the trench, which maintains the three cables in the V-shaped orientation.

Abstract: A screen unit has opposed first and second sides and includes a robust mesh having a perimeter, and a frame engaging the perimeter of the robust mesh supporting and preventing relative movement between the frame and the mesh. A security device, formed in the frame, includes sensor apparatus to detect unauthorized tampering of the screen unit that is operatively coupled to a camera apparatus, visual alarm apparatus, and audible alarm apparatus. In response to the sensor apparatus detecting unauthorized tampering of the screen unit, the camera apparatus to collect visual imagery from each of the first and second sides of the screen unit, the visual alarm to issue visual alarm stimulus on each of the first and second sides of the screen unit, and the audible alarm apparatus to issue audible alarm stimulus on each of the first and second sides of the screen unit.

Abstract: Balloon pleating mechanism includes a plurality of pleating dies, each having a first planar guiding surface, a second planar guiding surface, a bearing surface, a first working surface, and a second working surface. The plurality of pleating dies are arranged in a generally circular orientation with the first planar guiding surface of each die being in sliding contact with the second planar guiding surface of an adjacent die and the first working surface and the second working surface of each die of the plurality of dies cooperating to define a central cavity. The plurality of pleating dies is further arranged for relative radial movement between an open position and a closed position. A driving mechanism is coupled to each die and designed to move the plurality of dies between the open position and the closed position.

Abstract: An alarm and security system is incorporated with a screen unit that may be a part of a window or a part of a patio door or the like. The screen unit is formed of robust expanded metal mesh to discourage intrusion therethrough. A plurality of locks about the frame of the screen unit lock the screen unit with a supporting frame. A control unit is coupled with sensors for sensing motion of the screen unit or tampering with the screen unit to activate audible, inaudible and/or visible alarms at a local or remote location. A camera, activated by the sensors provides an image upon tampering or intrusion of the screen unit. If the screen unit is a screen door, a pet door in the screen door is locked in place to prevent intrusion but a signal generating element on a pet will release the lock when the pet is in close proximity. A remote receiver may be used to receive an alarm signal from the control unit.

Abstract: An air conditioning system includes an air flow pathway extending through a housing from an inlet to an outlet. Air conditioning apparatus is disposed in the airflow pathway between the inlet and the outlet conditioning an air stream passing through the air flow pathway from the inlet to the outlet. A modular electrically stimulated air filter apparatus is carried by opposed, parallel frameworks mounted in series in the air flow pathway between the inlet and the air conditioning apparatus filtering entrapping contaminants in the air stream flowing through the housing from the inlet to the outlet. The opposed parallel frameworks are mounted to opposed supports affixed to the housing.

Abstract: A method of fabricating self-aligned metal oxide TFTs on transparent flexible substrates is disclosed and includes the steps of providing a transparent flexible substrate with at least an opaque first metal TFT electrode in a supporting relationship on the front surface of the substrate and a layer of transparent material, including at least one of a metal oxide semiconductor and/or a gate dielectric, on the front surface of the substrate and the first metal TFT electrode. A layer of photoresist is positioned in overlying relationship to the layer of transparent material. Dual photo masks are positioned over the front and rear surfaces of the substrate, respectively, and the layer of photoresist is exposed. The layer of photoresist is developed and used to form a layer of second metal.

Abstract: A full color display comprising a red, a green, and a blue light emitting diode, each light emitting diode including a light emitting region having at least one layer of single crystal rare earth material, the rare earth material in each of the light emitting diodes having at least one radiative transition, and the rare earth material producing a radiation wavelength of approximately 640 nm in the red light emitting diode, 540 nm in the green light emitting diode, and 460 nm in the blue light emitting diode. Generally, the color of each LED is determined by selecting a rare earth with a radiative transition producing a radiation wavelength at the selected color. In cases where the rare earth has more than one radiative transition, tuned mirrors can be used to select the desired color.