Abstract: The abstract figure shows a gravity-fed liquid chemical dispenser bottle (100) with a broad representation of gravity feed features used for an extremely viscous chemical, which stops the irritating wait for a bottle turned upside down to dispense thick liquid chemical (204) such as condiments, pharmaceuticals, motor oil, etc especially with a low bottle, furthermore, many advantages accrue to this design including no human user flip container action leading to long impatient user waits and messy spills, very little chemical waste from side and bottom cling, no air dispensing and non-emulsified liquid dispensing, furthermore, the device consists of a glass or squeezable plastic bottle shaped like a prior art ketchup bottle having a twist ventilation only cap (102) on top of the bottle, a one-way trapdoor diaphragm (103) or one-way diaphragm mechanism to prevent spills and liquid chemical (204) dispensing from the top, a real bottle top with ventilation hole (104) with top-end neck, a liquid chemical bottle bo

Abstract: FIG. 7 of the drawings depicts an overall view of this invention which relates to a new method or process for a system used to do digital media distribution in an architecture of public key cryptography called the digital media distribution cryptography architecture (100) which is implemented in computer hardware, computer software, and communications protocols, furthermore, the hardware components involved are media ticket smart cards (880), media ticket smart card readers (900), local area networks (924) (LAN's), internet protocol (IP) wide area networks (928) (WAN's), personal computers (820) (PC's), world wide web servers (824) (WWW), cryptographic media players (e.g. crypto-MP3 players) with built-in media ticket smart card readers (880), (900), (1004), cryptographic digital signal processors (932) (C-DSP's), furthermore, the software components involved are cryptographic key distribution programs, cryptographic mathematics algorithms, and cryptographic protocols.

Abstract: FIG.

Abstract: This invention consists in the preferred embodiment of a device consisting of a rubber cap for instrument stalk (104) with variable diameters for different car makes and models, one or more stalk extender sections (106) of standard diameter, a lights on label (108) saying ‘lights on!!!!’, a snap-on twistable end with ball shelf (112), a ball string (116), a ball string length adjustor (120), a fuzzy lights on ball (124), which is an add-on device to existing motor vehicles to give an indication of a driver leaving a vehicle with the head-lights left in the on position. A first alternative embodiment is specifically designed for indicating to the driver that sports equipment is still loaded overhead on a roof-top sport's rack.

Abstract: FIG. 1 is a diagram of an unmanned, fully automatic, security installation with electronic pan and tilt functions, the focal plane array based motion sensor (120) of the hybrid simultaneous-mode MPEG X/JPEG X security video camera (100) is positioned to capture moving suspects, the moving suspect (800) is shown, the local area network (LAN) cable (804) is shown leading away from the hybrid MPEG X/JPEG X security video camera (100), a security room personal computer viewing station (808) is shown, lastly a digital computer tape video logging station (816) is shown.

Abstract: FIG. 4 is a close perspective view of a clip (11) in position for attachment to a slat (24), with the slat cover strip (40) already threaded through both loops (26, 38) on the clip (11). The position of the control cord hole (48) relative to the slat cover strip (40) is particularly clear from this view. The slot's (32, 28) position relative to the vertical control cord (30) is also shown. The vertical control cord (30) must pass through the slot (32, 28) as the clip (11) is being positioned about the slat (24) for fastening. This view makes it clear that the slat cover strip (40) will be moved into position proximate the vertical control cord hole (30) when the slat (24) is tilted. The two loops (38, 26) on the clip (11) cause one portion of the slat cover strip (40) to block the vertical control cord hole (30) from the front, while the other portion of the slat cover strip (40) blocks the vertical control cord hole (30) from the rear. This maximizes the obstruction of the peeping Tom's (100) view.

Abstract: FIG. 1 shows a light airplane with the installed invention comprising: an Electronic Rear-view Mirror Component (100) in the cockpit usable by the pilot or co-pilot from the adjustment of twin mechanical arms, a Video Local Area Network (V-LAN) Component (3000), several Bug-Eye Sensor Components (2000) for the front-video camera (2004), rear video camera (2008), right video camera (2012), and left video camera (2016), and a Crash Prevention Recorder (CPR) Component (4000).

Abstract: Drawing FIG. 3 shows a Gravity-fed Liquid Chemical Dispenser Bottle (100), which stops the irritating wait for a bottle turned upside down to dispense thick Liquid Chemical (204) such as condiments, pharmaceuticals, motor oil, etc.

Abstract: FIG.