PORTABLE DETERRENT ALARM SYSTEM

• US 20080169922A1
• Filed: 01/14/2008
• Published: 07/17/2008
• Est. Priority Date: 01/16/2007
• Status: Abandoned Application

• Current Assignee: Peter Alan Issokson
• Original Assignee: Peter Alan Issokson
• Inventors: Issokson, Peter Alan
• Application Number:
  US12/014,002
• Publication Number:
  US 20080169922A1
• Time in Patent Office: Days
• US Class Current: 340/541
• CPC Class Codes: G08B 13/19602 Image analysis to detect motion of the intruder, e.g. by frame subtraction
• CPC Class Codes: G08B 25/008 Alarm setting and unsetting, i.e. arming or disarming of the security system
• CPC Class Codes: G08B 25/10 using wireless transmission systems G08B25/009 takes precedence

Abstract

A system and method for the detection of an intruder in an area under construction is disclosed. The self-contained portable deterrent alarm system includes a plurality of means for detecting an intruder and broadcasting at least one of an audible siren or audible voice alarm. The system and method further include, in response to receiving a triggering signal, establishing a telephone communication to a monitoring center to report an intrusion at the construction site. The system is adapted for quick install, removal and relocation to an alternate construction area.

Claims

1. A portable theft deterrent alarm system for construction sites and remote areas, said portable theft deterrent system comprising:

a housing;

an alarm control unit positioned inside said housing;

a video camera coupled to said alarm control unit;

wherein said camera is detachably connected on a first interior side of said housing and adapted to transmit an output image of a viewing area via an opening on a front side of said housing;

a digital video recorder (DVR), detachably connected on a second interior side of said housing, data coupled to said video camera and said alarm control unit, wherein said DVR is adapted to record said output image from said video camera;

a motion sensor data connected to said alarm control unit;

a speaker data connected to said alarm control unit; and

a peripheral cable adapted for connection on a first end to a plurality of alarm triggering devices;

wherein at least one of said plurality of alarm triggering devices is attached at a remote location from said housing and said peripheral cable is connected on a second end to said alarm control unit;

wherein, in response to a trigger signal received from at least one of said motion sensor or one of said plurality of alarm triggering devices, said alarm control unit is adapted to perform at least one of, calling a monitoring center via a telephone communication, sounding a siren alarm, and sounding a voice alarm.

2. The theft deterrent system of claim 1, wherein said alarm control unit comprises:

an alarm control board;

a voice module data coupled to said alarm control board;

an internal siren electrically coupled to said voice module;

a keypad controller data coupled to said alarm control board;

a power source electrically coupled to said alarm control board; and

an external remote controller data coupled to said alarm control board, wherein said external remote controller is adapted for data connection with an external keypad controller.

3. The theft deterrent system of claim 2, wherein said alarm control unit further comprising:

a timer electrically connected to said alarm control board, wherein said alarm control board is adapted to repeat an operation cycle for a duration of time specified by said timer.

4. The theft deterrent system of claim 2, wherein said alarm control board comprises:

a microprocessor;

a computer readable medium in data communication with said microprocessor;

a telephone communication interface data coupled to said microprocessor; and

a plurality of instructions wherein at least a portion of said plurality of instructions are storable in said computer readable medium, and further wherein said plurality of instructions are configured to cause said microprocessor to perform the steps of;

receiving said trigger signal;

sending a voice alarm signal to said voice module, wherein said voice module transmits a recorded voice via said speaker;

sending a siren signal to said voice module, wherein said voice module activates said internal siren;

establishing a telephone communication with a monitoring location; and

transmitting a code to said monitoring location via said telephone communication.

5. The theft deterrent system of claim 4, wherein said telephone communication is a wireless communication.

6. The theft deterrent system of claim 4, wherein said telephone communication is a plain old telephone system (POTS) communication.

7. The theft deterrent system of claim 6, further comprising a backup wireless telephone communication device, wherein said alarm control unit is adapted to establish a wireless communication connection with a monitoring station upon a failure to establish a connection via said telephone communication.

8. The theft deterrent system of claim 4, wherein said alarm control board further comprises:

a Global Positioning System (GPS) device data connected to said microprocessor;

and wherein said plurality of instructions is further configured to cause said microprocessor to transmit a GPS data in the step of transmitting.

9. The theft deterrent system of claim 1, wherein said video camera is adapted to detect a change in a pixilation of said viewing area.

10. The theft deterrent system of claim 9, wherein upon said detection of said change in said pixilation of said viewing area, said alarm control unit transmits a signal to said DVR to record said output image.

11. The theft deterrent system of claim 1, wherein said DVR is adapted to detect a change in a pixilation of said viewing area.

12. The theft deterrent system of claim 1, further comprising:

a strobe tower protruding from a top-side of said housing, wherein said motion detector is attached to a top end of said strobe tower, said strobe tower having a channel extending from a bottom end to said top end, and wherein said peripheral cable extends from said second connection via said channel through said top end;

a strobe light attached to said top end of said strobe tower, wherein said strobe light is electrically connected to said power source; and

an external siren electrically connected to said voice module.

13. The theft deterrent system of claim 10, further comprising a second strobe light attached to said top end of said strobe tower, wherein said strobe light is electrically connected to said power source.

14. The theft deterrent system of claim 1, wherein said housing comprises:

a first wheel located at a right rear bottom side of said housing;

a second wheel located at a left rear bottom side of said housing;

a user handle extending from said top rear side of said housing; and

a lid pivotally connected via a hinge at said top rear side of said housing.

15. The theft deterrent system of claim 1, further comprising a fog emitter inside said housing, said fog emitter electrically connected to said alarm control unit, wherein upon receiving said trigger signal, said alarm control unit is further adapted to activate said fog emitter.

16. A method for providing theft deterrent at construction and remote sites, the method comprising:

providing alarm system in a portable housing, the alarm system comprising;

an alarm control unit,

a motion sensor,

an interface for connection to a plurality of triggering devices,

a motion sensitive video camera,

a digital video recorder, and

a wireless telephone communication device;

receiving, by the alarm control unit, the triggering signal from at least one of the plurality of triggering devices;

initiating a voice alarm;

initiating a telephone communication to a monitoring center; and

transmitting to the monitoring center, a unique identifier and an event code, wherein the unique identifier uniquely identifies the alarm system.

17. The method of claim 16, further comprising transmitting to the monitoring center information identifying a geographic location of the alarm system.

18. The method of claim 17, wherein the information identifying the geographic location includes a GPS data.

19. A theft deterrent alarm system for construction sites and remote areas, said theft deterrent system comprising:

a housing, said housing comprising;

a main compartment,

a lid pivotally hinged to a rear side of said main compartment,

a pair of wheels on a lower rear side,

a power cable spool,

a lock-down chain and lock, and

a user handle on an upper rear side, wherein said handle provides a user the ability to readily relocate said theft deterrent system;

a strobe tower detachably connected to an internal side of said housing, wherein said strobe tower is adaptable to be adjusted in height from a first position to a second position and wherein said strobe tower is connected to said internal side of said housing through said lid;

a locking pin adaptable for placing in a locking hole of said strobe tower, wherein upon insertion of said locking pin into said hole of said strobe tower, said strobe tower is locked in at least one of said first position or said second position and said lid is locked in a closed position;

an alarm control unit, said alarm control unit comprising;

a microprocessor on an alarm control board,

a memory on said alarm control board, wherein said memory is data coupled to said microprocessor,

a wireless modem electrically coupled to said microprocessor,

a keypad controller data coupled to said microprocessor,

a voice module electrically coupled to said microprocessor,

an internal siren electrically coupled to said voice module,

a timer electrically coupled to said microprocessor, and

a battery backup electrically coupled to said alarm control board, wherein said battery backup is adapted to power said theft deterrent system upon the occurrence of an electrical power interruption;

a video camera data coupled to said microprocessor on a first connection;

a digital video recorder data coupled, on an input connection, to a second connection of

said video camera and data coupled, on an output connection, to said microprocessor;

a cable bus electrically coupled on a first end to said microprocessor and a second end adapted for connection to a peripheral device;

wherein said cable bus terminates at said second end outside said housing via said strobe tower;

a strobe light attached to a top end of said strobe tower, wherein said strobe light is electrically coupled to said microprocessor;

a motion sensor attached to a top end of said strobe tower, wherein said motion sensor is electrically coupled to said microprocessor;

an external siren electrically coupled to said voice module; and

an electrical power plug electrically coupled to said alarm control board.