Abstract: The present disclosure generally relates to displaying information related to a physical activity. In some embodiments, methods and user interfaces for managing the display of information related to a physical activity are described.

Abstract: The teachings disclosed herein can be directed to an intermediary coordinating the administration of a 54Freedom gift annuity arrangement between a donor and both a charity and insurance company. The charity receives the gift and the annuity contract is between the donor and the insurance company. This arrangement provides flexibility in the annuity contract, a new financial product for financial specialists to market, a more certain financial annuity arrangement post-mortem for the donor's estate, and a better incentivized financial party to which the donor can consult. The method can include consultation by the intermediary, e.g. a financial specialist, with the donor to determine a suitability of an annuity contract for the donor. The method can further include coordination by the intermediary of a purchase of the annuity contract by the donor with an insurance company as opposed to with the charity, which receives the gift.

Abstract: An adapter and a method for the use thereof are disclosed for accommodating multiple cables or other electrical wiring through a minimal bulkhead aperture area. The adapter includes multiple jacks to make efficient use of aircraft bulkhead aperture area. The bulkhead feedthrough adapter has multiple jacks with any one or more of a number of different types of connectors for application in the electrical arts, and which may be used in industrial settings including but not limited to the aviation industry.

Abstract: A disposable-type flashlight comprises a core piece having recessed sidewalls to hold a pair of oppositely positioned batteries. These batteries and core then fit inside of a flexible, hollow case. The flashlight further includes a switch having a pair of flexible arms connected by a base segment that fits against a rear end of the core piece. A front end of each switch arm locates next to a base terminal portion of a bulb having an inner terminal end held in an opening in a front end of the core piece. The switch base segment engages a rear terminal end of one battery while an oppositely charged rear terminal end of the other battery engages a contact flange of a connector strip. This strip extends through an inner space of the core piece to engage the bulb inner terminal end. A front contact member having a flexible web connects front terminal ends of the battery with an opening in the web holding a front lens portion of the bulb.

Abstract: A disposable-type flashlight comprises a hollow, flexible case having cap enclosed ends. Within the rear cap is a conductive pressure plate having a flat W-like configuration. Inner apexes of the pressure plate engage a positively charged end of an insulated battery and a negatively charged end of an uninsulated battery. The batteries are spaced apart within the case by a center post having a front end opening to hold an inner end of a bulb. One of two filament lead wires from the bulb is soldered to a negatively charged end of the insulated battery. The other lead wire is folded forward to fit in an opening in a middle web section a conductive, U-shaped spring switch. Spaced apart arms of this switch are positioned on each side of the batteries and fit firmly against an inner side of the case. An outer lens end of the bulb projects through the switch web section opening and an aperture in the front cap. This placement maintains the bulb lead wire in contact with the switch.

Abstract: A compact, disposable-type flashlight which is particularly suited to be carried on one's person, in a briefcase or purse, has a hollow, oval shaped case. Caps cover ends of the case with a bulb carried in one cap. The bulb extends into the case where a base of the bulb engages an end wall of a resilient member. The resilient member in turn separates a pair of batteries which have an insulated and uninsulated outer casing respectively. A conductive strap fits about the casings to join the batteries to the resilient member. The batteries are opposingly positioned allowing a conductive plate in the other cap to connect opposite terminals of the batteries in series. A pair of lead wires extend from the bulb base with one wire connected to the positive terminal of the insulated battery while the other lead wire is free and extends into a space between the case and the strap. To activate the flashlight the case is manually squeezed to force the free lead wire to contact the strap.