Automated Data Destruction System and Method of Use
OwnerMichael Koufos, Simon Levininventors
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Abstract
The present invention provides an automated data destruction system to remove data effectively and reliably from a mobile communication device. The system comprises a platform, a securement mechanism, a positioning mechanism, a power drill, a vision recognition system, and a controlling system. The vision recognition system and the processor identify the mobile communication device, and the controlling system controls the securement mechanism, the positioning mechanism, and the power drill to a corresponding location based on the identified mobile communication device and activates the power drill to penetrate the mobile communication device at an exact depth to restrict the damage to the flash memory chip.
Claims20
An automated data destruction system comprising:
- a. a platform having a first end, a second end opposite from the first end;
- b. a securement mechanism, including:
- a first track disposed on the platform in the direction of an X-axis;
- a second track coupled to the first track on the platform and in the direction of a Y-axis perpendicular to the X-axis;
- wherein a joining portion of the first track and the second track is configured to retain a communication device;
- c. a positioning mechanism comprising:
- a first rail disposed along the first end of the platform,
- a second rail disposed along the second end of the platform,
- a beam having a first edge and a second edge positioned in the direction of the Y-axis;
- wherein each of the first edge and the second edge of the beam is mounted on the first rail and the second rail respectively;
- wherein the beam is configured to move in the direction of the X-axis;
- a tower mounted on the beam configured to move along the beam in the direction of the Y-axis;
- wherein the tower includes at least one guide bar in the direction of a Z-axis orthogonal to the X-axis and the Y-axis;
- a movable carriage mounted on the guide bar, configured to move along the guide bar;
- d. a drill coupled to the carriage;
- e. a vision recognition system configured to identify the mobile communication device;
- f. a controlling system communicating the positioning mechanism and the drill;
- wherein the controlling system further comprises a processor;
- wherein the vision recognition system and the processor are configured to determine edges of the mobile communication device and configurations of at least one camera or flash of the mobile communication device;
- and
- wherein the processor determines alignment of the securement mechanism, the positioning mechanism and the drill.
The automated data destruction system as described in claimed 1, wherein the securement mechanism is communicated with controlling system and further comprises a movable first clamp mounted on the first track configured to move along the first track;
- a movable second clamp mounted on the second track configured to move along the second track;
- and wherein a distance between the first track and the second clamp, a distance between the second track and the first clamp and a top surface of the platform form a securement space configured to secure the mobile communication device.
The automated data destruction system as described in claimed 2, wherein each of the first and second tracks are communicated with a first motor and a second motor respectively.
The automated data destruction system as described in claimed 1, wherein the automated data destruction system further comprises a fire suppression system positioned on the drill.
The automated data destruction system as described in claimed 4, wherein the fire suppression system comprises a heat sensitive member with a predetermined threshold, a propellant housing receiving propellants, and a plurality of fire extinguishing nozzles.
The automated data destruction system as described in claimed 1, wherein the automated data destruction system further comprises a vacuum pipe connected to the drill.
The automated data destruction system as described in claimed 1, wherein the automated data destruction system further comprises a first limit switch coupled to the first track configured to ensure accurate position of the first clamp and a second limit switch coupled to the second track configured to ensure accurate position of the second clamp.
The automated data destruction system as described in claimed 1, wherein the controlling system is connected to a data base with a plurality of profiles of the communication device;
- and wherein the plurality of profiles comprises measurements of the communication device, and location and depth of the flash memory chip within the communication device.
The automated data destruction system as described in claimed 8, wherein the plurality of profiles are established and calibrated by translating pixels into the measurements of the communication device, using gradient shift, and subtracting backgrounds from the images captured by the vision recognition system.
The automated data destruction system as described in claimed 8, wherein the measurements comprise measurements of at least one camera of the communication device.
The automated data destruction system comprising:
- a. a housing having a top side, a bottom side opposite from the top side, a front side coupled to the top side and the bottom side, a rear side opposite from the front side, and two lateral sides coupled to the top side, the bottom side, the front side and the rear side;
- wherein the housing comprises an opening configured to provide access to an interior of the housing;
- b. a securement mechanism disposed within the interior of the housing, comprising:
- a first track disposed on the bottom side of the housing in the direction of an X-axis;
- a second track coupled to the first track on the platform and in the direction of a Y-axis perpendicular to the X-axis;
- wherein a joining portion of the first track and the second track is configured to retain a communication device;
- c. a positioning mechanism disposed within the interior of the housing, comprising:
- a first rail disposed along a first end of the bottom side,
- a second rail disposed along a second end of the bottom side, opposite from the first end,
- a beam having a first edge and a second edge positioned in the direction of the Y-axis;
- wherein each of the first edge and the second edge of the beam is mounted on the first rail and the second rail respectively;
- wherein the beam is configured to move in the direction of the X-axis;
- a tower mounted on the beam configured to move along the beam in the direction of the Y-axis;
- wherein the tower includes at least one guide bar in the direction of a Z-axis orthogonal to the X-axis and the Y-axis;
- a movable carriage mounted on the guide bar, configured to move along the guide bar;
- d. a drill coupled to the carriage;
- e. a vision recognition system configured to identify the mobile communication device;
- f. a controlling system communicating with the positioning mechanism and the drill;
- wherein the controlling system further comprises a processor;
- wherein the vision recognition system and the processor are configured to determine edges of the mobile communication device and configurations of at least one camera or flash of the mobile communication device;
- and
- wherein the processor determines alignment of the securement mechanism, the positioning mechanism and the drill.
The automated data destruction system as described in claimed 11, wherein the automated data destruction system further comprises a fire suppression system positioned within the interior of the housing.
The automated data destruction system as described in claimed 12, wherein the fire suppression system comprises a heat sensitive member with a predetermined threshold, a propellant housing receiving propellants, and a plurality of fire extinguishing nozzles.
The automated data destruction system as described in claimed 11, wherein the automated data destruction system further comprises a vacuum pipe connected to the drill.
The automated data destruction system as described in claimed 11, wherein the controlling system is connected to a data base with a plurality of profiles of the communication device;
- and wherein the plurality of profiles comprises measurements of the communication device, and location and depth of the flash memory chip within the communication device.
The automated data destruction system as described in claimed 15, wherein the plurality of profiles are established and calibrated by translating pixels into the measurements of the communication device, using gradient shift, and subtracting backgrounds from the images captured by the vision recognition system.
The automated data destruction system as described in claimed 15, wherein the measurements comprise measurements of at least one camera on the communication device.
The automated data destruction system as described in claimed 11, wherein the bottom side of the housing and within the interior of the housing further comprises a slip resistant pad.
The automated data destruction system as described in claimed 11, wherein the opening is a tilt-up door defined by portions of the top side and the front side of the housing.
The automated data destruction system as described in claimed 19, wherein the tilt-up door comprises a momentary switch in communication with the drill.
Dependencies are inferred from the claim text.