Abstract: An alarm system shock detector. The alarm system includes a pressure sensor, a transmitter and a computer having a processor and a memory. The pressure sensor detects an amount of pressure applied to a barrier. The computer is electrically connected to the pressure sensor and the transmitter. The computer receives an input of a threshold pressure amount, receives the amount of pressure from the pressure sensor when a pressure is applied to the barrier, and transmits an alarm signal to a remote command center via the transmitter when the amount of pressure exceeds the threshold pressure amount.

Abstract: The alarm security system is provided. The alarm security system includes a detector. The detector may be situated near a door or window of a building and may detect a breach within the area, such as a building. The present invention further includes an emitter operable to produce a trigger signal. The trigger signal is at least one of a sound and a light. The trigger signal is produced by the emitter when the detector detects the breach within the area. A receiver is operable to receive the trigger signal. A transmitter is operable to transmit a communication to a remote alarm monitoring center when the receiver receives the trigger signal.

Abstract: A pressure detection system is provided. The pressure detection system may include an enclosure that houses a pressure sensor, a type selector and a thickness selector. The pressure sensor may be adapted to produce output representative of the pressure on a barrier. The pressure sensor may include a computer electronically connected to the type selector and the thickness selector. The computer may be adapted to determine a threshold pressure that is related to the minimum amount of pressure needed to break a barrier for a given barrier type and a given barrier thickness. The pressure sensor may be adapted to transmit an alarm signal when the output of the pressure sensor may exceed the threshold pressure. A user may install the enclosure on the barrier. The user may then select the given barrier type from a group of predetermined options on the type selector. The user may then select the given barrier thickness from a group of predetermined options on the thickness selector.

Abstract: An authentication system is provided. The authentication system may include an object, predetermined data, an encrypted barcode, an authentication device, a computer and a database. The database may include a plurality of associations between a random unique number and an object and predetermined data thereof. The encrypted barcode may include barcode information, such as but not limited to, predetermined data and the random unique number. The barcode information may be encrypted so that only the database may decrypt. A user may use the authentication device to machine read the encrypted barcode of the object.

Abstract: A pressure detection system is provided. The pressure detection system may include an enclosure that houses a pressure sensor, a type selector and a thickness selector. The pressure sensor may be adapted to produce output representative of the pressure on a barrier. The pressure sensor may include a computer electronically connected to the type selector and the thickness selector. The computer may be adapted to determine a threshold pressure that is related to the minimum amount of pressure needed to break a barrier for a given barrier type and a given barrier thickness. The pressure sensor may be adapted to transmit an alarm signal when the output of the pressure sensor may exceed the threshold pressure. A user may install the enclosure on the barrier. The user may then select the given barrier type from a group of predetermined options on the type selector. The user may then select the given barrier thickness from a group of predetermined options on the thickness selector.

Abstract: An alarm system with a detecting device. The detecting device includes an ultrasonic sound wave transmitter and receiver. The transmitter transmits an ultrasonic sound, an object reflects the ultrasonic sound, and the receiver receives the ultrasonic sound. A distance is determined between the object and the detecting device and is stored. The detecting device continually determines the distance using the ultrasonic sound waves and if a different distance is detected, the detecting device triggers an alarm.