Abstract: An automatic vehicle theft prevention system (52) selectively enables an ignition system (22) of a vehicle (20). The system (52) includes an interrogator circuit (54) that generates and radiates an excitation signal (68). A transponder circuit (56) in close proximity to the interrogator circuit (54), and separate from an ignition key (48) of the ignition system (22), detects the excitation signal (68) and modulates the excitation signal (68) to produce the return signal (74) containing an identification code (76) for the transponder circuit (56). The return signal (74) is radiated from the transponder circuit (56) and received at the interrogator circuit (54). When a controller (58), in communication with the interrogator (54), detects the identification code (76) in the return signal (74), the controller (58) actuates a relay (60) to an enable mode to enable the ignition system (22).

Abstract: An alarm system includes at least one wireless alarm transmitter, at least one wireless activate transmitter, and at least one wireless signal receiver. The signal receiver becomes sensitized to recognize an alarm code from the alarm transmitter after recognizing an activate code from the activate transmitter. The signal receiver can include an alarm generator that provides a first alarm after recognizing the alarm code. An alarm device can include a wireless hazard signal receiver that becomes sensitized to recognize a wireless transmitted hazard alarm code only after recognizing a wireless transmitted activate code. An alarm generator can provide a hazard alarm after recognizing the alarm code. The device can further include an alarm code and activate code decryption device. Instead of or in addition to the activate transmitter and sensitizing feature, the system can be equipped to display a location name in the alarm generator as a text alarm.

Abstract: An alarm system includes at least one wireless alarm transmitter, at least one wireless activate transmitter, and at least one wireless signal receiver. The signal receiver becomes sensitized to recognize an alarm code from the alarm transmitter after recognizing an activate code from the activate transmitter. The signal receiver can include an alarm generator that provides a first alarm after recognizing the alarm code. An alarm device can include a wireless hazard signal receiver that becomes sensitized to recognize a wireless transmitted hazard alarm code only after recognizing a wireless transmitted activate code. An alarm generator can provide a hazard alarm after recognizing the alarm code. The device can further include an alarm code and activate code decryption device. Instead of or in addition to the activate transmitter and sensitizing feature, the system can be equipped to display a location name in the alarm generator as a text alarm.

Abstract: A portable wireless cellular fire alarm system is completely contained in a single rugged readily transportable suitcase. It is completely wireless and stores all components in the suitcase when not in use and is also completely portable taking only minutes to set up. The detectors of various types are removed from the case and positioned in the structure to be monitored each having its own short range 900 MHZ transmitter to wirelessly send alert signals to the receiver in the case located up to 1000 feet away. A long range cellular radio then transmits the signals wirelessly using the cellular control channel and to an MSC which wirelessly transmits them to the CMS, all using the MicroBurst™ protocol Remote Feature Control Request control channel transaction which effectively gives the unit nationwide roaming capability and functionality without any reprogramming. There is no user interface. The suitcase is watertight and airtight and a conspicuous bright orange color.

Abstract: An automatic vehicle theft prevention system (52) selectively enables an ignition system (22) of a vehicle (20). The system (52) includes an interrogator circuit (54) that generates and radiates an excitation signal (68). A transponder circuit (56) in close proximity to the interrogator circuit (54), and separate from an ignition key (48) of the ignition system (22), detects the excitation signal (68) and modulates the excitation signal (68) to produce the return signal (74) containing an identification code (76) for the transponder circuit (56). The return signal (74) is radiated from the transponder circuit (56) and received at the interrogator circuit (54). When a controller (58), in communication with the interrogator (54), detects the identification code (76) in the return signal (74), the controller (58) actuates a relay (60) to an enable mode to enable the ignition system (22).

Abstract: An aluminum can recycling center for receiving aluminum cans from individual consumers, preparing the cans to be recycled and compensating the consumer for the recycle value of the aluminum comprising coupon display and dispensing, an improved aluminum can sorter and a unique aluminum can crusher is disclosed.

Abstract: A compact aluminum can separator have a a continuous conveyer belt, means mounting the conveyer belt to have an upper layer and a lower layer and for revolving said belt to cause the upper layer to travel generally horizontally from an input end of the separator to an output end of the separator and means for positioning cans and bottles on the belt proximate the input end of the separator an a forced air-magnet separator for separating aluminum from steel cans is disclosed.

Abstract: Aluminum can recycling and coupon dispenser apparatus includes a housing having a front door and a can receiving slot on the front of the door. Cans fall onto a conveyor belt which transmits or transports the cans to a conduit through which aluminum cans fall to a crusher. Ferrous cans remain on the conveyor held by magnetic elements and are pushed off the conveyor and are discarded. After being crushed for recycling, the cans are transported upwardly by a moving air stream to the upper portion of the housing and the cans fall rearwardly and downwardly to a storage bin where they remain until the bin is transported out of the apparatus. The storage bin may be removed intact and replaced by another storage bin. All of the active elements are secured to the door. The door is pivoted to remove the storage bin containing the crushed cans. Information is displayed while the can crushing is being accomplished and coupons are dispensed in response to user input on a keypad.