Abstract: The combination of a personal electronic clock related device with a limited automatic multiple recall alarm suspension control means comprising an involuntary alarm suspension control circuit including an extended audio control means and a governing means. The personal electronic clock related device having internal audio alarm control means and internal sound emission means for allowing the emission of an audible alarm call sound to be broadcast at a set time. The extended audio control means is coupled with the internal audio alarm control means, and further coupled with the internal sound emission means interrupting the emission of the audible alarm call sound from being broadcast. The governing means is jointly coupled with the internal audio alarm control means and simultaneously activated when the audible alarm call sound is to be broadcast. The governing means including primary and secondary output control means cooperatively allowing an involuntary control signal to be discharged.

Abstract: A dual control stem valve, to be universally installed for the staged control of a flow of matter facilitating; a valve body having a readily couplable inlet port and outlet port, the valve body having a primary bore connecting a primary valve seat arrangement, the primary bore receiving a rotatably positionable primary valve stem comprising an impassable valve end optionally communicatable to the primary valve seat arrangement, whereupon, when communication of the valve end of the primary valve stem to the primary valve seat arrangement is made the flow of matter is positively terminated from continuing further enabling absolute initial control of the continuance of flow, the primary valve stem having within a secondary stem bore connecting a secondary valve seat arrangement, the secondary stem bore receiving an independent secondary valve stem comprising a valve end rotatably positionably communicatable to the secondary valve seat arrangement enabling the rate of flow to be separately variably controlled, a

Abstract: A liquid intrusion prevention and elimination device having a fully controlled output of flow, facilitating; a body having a inlet port communicating to the upper interior of an enclosed chamber, a controlled output port communicating to an output valve having a valve seat accessing the upper interior of the chamber, a discharge port communicating to a discharge valve having a valve seat accessing the lower interior of the chamber, the chamber housing a float having an attached upper float rod with a valve end compatible to the output valve valve seat passing within a plurality of upper finger members, the upper finger members having substantially tapering gaps, therebetween, the valve end being communicatable to the output valve valve seat, the float having an attached lower float rod with a valve end compatible to the discharge valve valve seat passing within a plurality of lower finger members, the lower finger members having substantially rectangular gaps, therebetween, the valve end being communicable to

Abstract: A scraping blade, for the removal of various surface coatings in combination with a scraping device, providing substantially flat rectangular angularly separate laterially connecting portions being primarily angularly divided and thereafter arranged so as to form a pair of individual angularly outspread apart principally similarly configured distinctly separate blade members, so as to be reversible in being attached or mounted to a scraping device by one blade member, with the other successive blade member, being angularly separated and disposed, entirely and completely independent of further support or support apparatus, having a cutting edge located on the outermost extreme, so as to engage and perform scraping on a work surface.

Abstract: A horizontally elongated body is provided having opposite end portions and top and bottom sides. A pair of blade members are provided and blade support structure is supported from opposite end portions of the body and removably support the blade members therefrom with the blade members oppositely inclined downwardly and outwardly from the body opposite end portions. The blade members include bevelled end surfaces which are substantially coplanar and horizontally disposed. The blade members are subtantially rigid, but slightly flexive. The blade members extend beyond the body ends and sides to facilitate maximum working potential to perpendicular abutments and parallel objects. Also, the blade members, notwithstanding the body, are angled convergently upward toward each other from the work surface. It is this bi-angular blade concept that enables the scraper to function as a unit on a work surface.