Abstract: A method of generating excess funds through use of a credit instrument, the excess funds being earmarked for at least one entity.

Abstract: The present invention relates to an attachment system or mounting structure that can be used with a device to mount or couple the device to a support, such as an infant support structure. In different embodiments, the device can be an entertainment device, such as a mobile or toy aquarium, or another type of device, such as a monitor. In different embodiments, the infant support structure can be a crib or bassinet or other type of structure.

Abstract: A method and a system for customizing an end user interface for a computer application is provided. The method includes developing a customized user interface for the computer application, wherein the customized user interface includes features that provide content associated with a brand, and providing updated content to the customized user interface. The system includes a host server operable to download and update the customized end user interface.

Abstract: A method of generating excess funds through use of a credit instrument, the excess funds being earmarked for at least one entity.

Abstract: The electronic toy of the present invention utilizes numerous switches to detect (1) the actuation of the toy, (2) the identity of a theme card (containing distinct indicia) inserted into the toy, and (3) the position of an indicia selector in relation to the indicia on the theme card inserted in the toy to produce, card specific, and more specifically, card and indicia specific sensory output.

Abstract: The present invention is directed to lubrication system having a reservoir having a body. A follower is moveably disposed in the body. The system further comprises an alarm system having an electrical switch operably associated with the follower. The alarm generates a signal when the follower is at a predetermined location in the body. The alarm system may generate a signal when the follower is at a lower location in the body such as when the reservoir has an amount of lubricant representing a predetermined amount of usage time remaining. The alarm system may also generate a signal when the follower is at an upper location in the body such as when the reservoir is filled with lubricant wherein the signal acts to automatically interrupt the fill of lubricant.

Abstract: An electronic vertical angle sensing and indicating device for use on aiming systems is provided for bow sights and for other aiming sights for projectile launchers. Improved vertical level measurement and display minimizes the left-right drift of a projectile by sensing and indicating to the user when the projectile launcher is tilted slightly prior to release of the projectile. The vertical level indicator is easily viewed within the field of direct or near direct vision and focus of the eye in a reduced profile that does not distract the operator from the task of accurately aiming the projectile is provided. One embodiment of the present invention positions the signal indicators in the far-field of view of the eye, so that all of the signal indicators, the sighting means and the distant target being viewed are simultaneously in focus or near-focus.

Abstract: The present invention is directed to an electrical wiring protection device that includes a housing assembly including a plurality of line terminals and a plurality of load terminals. A miswire detection circuit is coupled to at least one of the plurality of line terminals, the miswire detection circuit being configured to generate a miswire detection signal when AC power is coupled to the plurality of load terminals. The miswire detection circuit includes a circuit element configured to open circuit after a predetermined period of time elapses when AC power is coupled to the hot line terminal and neutral line terminal. A fault detection circuit is coupled to at least one of the plurality of line terminals and configured to generate a fault detection signal in response to detecting at least one fault condition and/or the miswire detection signal. An interrupting contact assembly is coupled between the plurality of line terminals and the plurality of load terminals.

Abstract: The present invention is directed to an electrical wiring protection device that includes a housing assembly having at least one receptacle. The receptacle is configured to receive plug contact blades inserted therein. The housing assembly includes a hot line terminal, a neutral line terminal, a hot load terminal, and a neutral load terminal. A set of receptacle contacts is disposed in the housing assembly and in communication with the receptacle. The receptacle contacts includes a hot user-accessible load contact and a neutral user accessible load contact. A fault detection circuit is coupled to the test assembly. The fault detection circuit is configured to detect at least one fault condition and provide a fault detect signal in response thereto. A four-pole interrupting contact assembly is coupled to the fault detection circuit and includes a set of four-pole interrupting contacts. A reset mechanism is coupled to the four-pole interrupting contact assembly.

Abstract: A direct conversion quadrature receiver and method are provided according to the invention. The receiver according to one embodiment includes a primary local oscillator (LO) that down-converts a received RF signal to a quadrature intermediate frequency (IF) signal. The receiver further includes a dithering controller responsive to the quadrature IF signal generated by the primary LO. The dithering controller communicates a feedback signal back to the primary LO. The feedback signal controls the primary LO in order to offset down-conversion of the RF signal by the quadrature IF signal. The dithering controller offsets the primary LO from a zero-IF signal in order to reduce a phase and gain error of the quadrature IF signal.

Abstract: The present invention is a laser ranging device that incorporates an internal tilt sensor, an internal temperature sensor, and an internal pressure sensor. The tilt sensor is used to measure the target's vertical angle relative to the horizontal reference plane. Digital signal processing circuitry controls the firing of the laser pulse, calculation of time-of-flight range, measurement of the vertical angle of the tilt sensor, measurement of ambient temperature and storage of tilt sensor and temperature sensor calibration data. The digital signal processing circuitry then provides the user temperature corrected ballistic ranging information, including horizontal range. Additionally, an automatic gain control system minimizes the effects of target to target variance in reflectivity and its associated errors. It is also an object of this invention to electronically minimize errors in the measurement of a vertical angle caused by housing vibration and by temperature variance errors.

Abstract: A ground plate for an electrical device which includes a substantially flat base section having a pair of support rails positioned substantially perpendicular to the base section with said support rails being formed integral with said base section through cuts through the thickness of said base section at predetermined locations. The cuts are then bent at a right angle to form the rails.

Abstract: An apparatus for receiving signals includes a low noise amplifier (LNA) configured to receive a radio frequency (RF) signal. An I/Q direct down converter is coupled to the LNA. The I/Q direct down converter is configured to split the RF signal into real and imaginary components and to down convert the real and imaginary components directly to baseband signals. A local oscillator (LO) is coupled to the I/Q direct down converter and is configured to drive the I/Q direct down converter. First and second filters are coupled to the I/Q direct down converter. The first and second filters are configured to filter the down converted real and imaginary components, respectively. First and second analog-to-digital converters (ADCs) are coupled to the first and second filters, respectively. The first and second ADCs are configured to convert the real and imaginary components into digital signals.

Abstract: A gfi wiring device is disclosed in the form of a duplex receptacle for receiving the blades of a plug connecting an electrical appliance or other load to the circuit wherein the gfi device is connected. The housing sections and components of the gfi are so configured and relatively arranged that the device may be automatically assembled by downward, vertical movement of the components and the front housing section in a predetermined sequence relative to the rear housing section as the latter is positioned on a horizontal support. The device is operationally tested after assembly is complete and, upon successful testing, the housing sections are permanently connected by heat deformation of portions of one section to form a rivet-like connection. Reliability of testing is improved by breaking the usual traces on a printed circuit board extending between terminals to which jumper cables are connected to provide a fail-safe indication of circuit continuity through the jumper cables.

Abstract: The present invention relates to a portable, hand-held distance-measurement apparatus utilizing a laser range finder. The distance-measurement apparatus executes a number of distance-measurement cycles. In each cycle, a capacitor begins charging at approximately the same time that a light pulse is generated. An analog-to-digital converter generates a digital representation of the capacitor voltage at approximately the same time that a reflected light pulse is received. The lowest and the highest digital values are discarded and the remaining digital values are averaged and scaled to produce a distance measurement. A reflective target may be used at a remote location to reflect the light beam back to the distance-measurement apparatus. The distance-measurement apparatus has several power saving features that facilitate convenient battery operation. The distance-measurement apparatus may also have a view finder.

Abstract: A transient voltage surge suppressor (TVSS) receptacle includes front and rear matable casings including a plurality of through openings for receiving the blades of an electrical plug; an electrical circuit within the receptacle having at least one element adapted to clamp high transient voltages imposed thereon to a lower level; an alarm electrically connected to the at least one element for indicating the failure of the at least one element; and a reversible push-button on-off switch assembly for repeatedly engaging or disengaging the alarm.

Abstract: A transient voltage surge suppressor (TVSS) receptacle having front and rear matable casings including a plurality of through openings for receiving the blades of an electrical plug; an electrical circuit within the receptacle having at least one element adapted to clamp high transient voltages imposed thereon to a lower level; an alarm electrically connected to the at least one element for indicating the failure of the at least one element; and a switch connected to the alarm for disabling the alarm, is described. The switch includes a moveable on-off element and a generally U-shaped, metal switch blade having a first leg for contacting the moveable element; a second leg for contacting a contact of the alarm in response to travel of the first leg caused by the moveable element, the second leg; an integral U-shaped portion connecting the first and the second legs; and a non-linear intermediate portion in the second leg extending toward the first leg for absorbing over-travel of the switch blade.