Royalty Report: Scientific & Technical Instruments, Electrical & Electronics, Security – Collection: 26412

License Grant

The agreement provides for the irrevocable, perpetual and exclusive worldwide right and license acquisition for the technology. The Licensee acquired four different licenses for technology (1) re-enforcing steel detection, (2) gun barrel detection, (3) air frame inspection, and (4) mining belt guard inspection. A fourth license was acquired with minimum purchase requirements stated in the contract.

License Property

The Gun Barrel Detection system is for schools and other public buildings. The technology allows for the identification of metal gun barrels at a point of entry such as a school, church, office or government building’s main entrance. Patent Pending Technology incorporates a novel form of electrodynamic imaging, along with proprietary signal processing algorithms which employ low-cost, rugged, small-sized sensors optimized for secure reliable service.

Field of Use

With the Gun Barrel Detection System installed on all primary access doors, the system is designed to send an alert, built on existing security systems or from a major cellular partner, to First Responders, Responsible School Administrators, teachers and staff as desired by the facility when a gun barrel is identified. The system also utilizes cameras for recording of the event.

License Grant

Canadian Licensor hereby grants to Licensee a royalty bearing, exclusive license to develop and commercialize applications of the Licensed Products and improvements thereto in the United States of America as per the License Field.

License Property

Licensor owns and has the right to grant sub Licenses under certain patents, patent applications, technology, trade secrets, data, know-how and other intellectual property relating to electromagnetic signal detection and is willing to grant an exclusive sub-License for the development and commercialization of the Licensed Products in the United States of America

The assignment agreement further includes applicable technology and proprietary signal processing techniques resulting from specific research into the detection of reflected signals from explosive threats via the use of artificial electromagnetic (EM) field  and/or  electrostatic  (ES)  field  illumination  and  stimulation,  including  USPTO application number 81/331,696 and any subsequent patent applications that may be filed thereon.

Technology Suite
1.) Velocity compensated deferential electromagnetic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');
2.) Pulsed differential electrostatic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');
3.) RDS Gen. III miniature electromagnetometer / differential gradiometer for the sensing of weak low-frequency electromagnetic radiation / emissions;
4.) Intelligent pulsed electromagnetometer exciter module (point source) for near-field conductive surface stimulus;
5.) intelligent high-voltage gradient inducing exciter module (point source);
6.) Intelligent auto-biasing / balancing free-floating electrostatic gradiometer (point sensor);
7.) Several RDS proprietary high-speed and high-resolution (24 bits) analog to digital data acquisition front end modules/systems (including, Wi-Fi, Ethernet end optical communications links);
8.) Several RDS proprietary signal processing applications / suites (filtering, correlation, extraction, analysis & classification), software developed in C++, Dynamic C, Visual C++ and Labview etc.;
9.) Electrodynamic crimping technology for emergency electrodynamic capping of oil and gas pipes and wells utilizing enhanced zeta and theta pinch effects for annular wellbore / wellpipe closure;

Applications
The above technologies and techniques can be combined to provide for the following various Industry applications (development time frames range from 3 to 4 months per)
1.) EMRAC (Electromagnetic Radiation Analyzer & Classifier) system for the detection of illicit power usage/consumption, as well as the detection of marijuana grow operations, methamphetamine production labs, and DVD/CD counterfeiting operations, 3+7+8;( in production )
2.) Ground based mobile precious/base metal survey system, 3+4+5+6+7+8;
3.) Ground-based vehicle mounted mobile roadway / roadside IED detection system, 3+4+5+6+7+8;
4.) Portal-based person-borne IED (PBIED) detection system, 5+6+7+8
5.) Portal-based person-borne contraband detection system, 5+6+7+8;
6.) Wide-area person-borne IED (PBIED) and luggage concealed IED and contraband detection system, 5+6+7+8;
7.) Intelligent Field mill, for atmospheric and earthquake/volcano electric field research, 6+7+8;
8.) Inspection system for steel-cord reinforced conveyer belting, 1+2+7+8;
9.) Inspection system for bridge/overpass/foundation concrete reinforcing steel, 1+2+7+8;
10.) Inspection system for elevator/hoist wire ropes, 1-p2+7+8,
11.) Inspection system for ship hull weld seams, 1+2+7+8;
12.) Inspection system for airframes, 1+2+7+8;
13.) Inspection system for all tanks. 1+2+7+8;
14.) Inspection system for steel-cord radial tires, 1+2+7+8;
15.) High-speed inspection system for steel railroad rails, 1+2+7+8;
16.) Dielectric 3D gradiometer/Imaging system for human X-ray pre-screening, 5+6+7+8
17.) Human heartbeat sensing system for the detection of the presence of Live humans in disaster/rescue and hostage situations, 3+7+8;
18.) Dielectric gradiometer/Imaging system for crop growth stress evaluation, 5+6+7+8.
19.) Emergency prevention of run-away oil and gas pipeline leaks, 9

Field of Use

The License pertains to the EMRAC electromagnetic field (EMF)  vector gradiometer method and apparatus as disclosed in a pending US patent application and all copyrighted firmware and software associated therewith.

The License Field The exclusive application of the Licensed Product throughout and Improvement for Security; Police; Defense,; Military and Industrial use in the United States of America and its Territories.

License Grant

Canadian Licensor hereby grants to Licensee of the United  Kingdom a royalty bearing, exclusive license to develop and commercialize applications of the Licensed Products as set forth in Schedule A and improvements thereto within the License Field.

License Property

Licensor owns and has the right to grant sub licenses wider certain patents, patent applications, technology, trade secrets, data, know-how and other intellectual property relating to electromagnetic signal detection and hereafter referred to collectively as the Licensed Products.

The technology suite incorporated under the 'Jun 26 th, 2010 Amended' assignment agreement encompasses the root EMRAC electromagnetic field (EMF) vector gradiometer method and apparatus as disclosed in a pending US patent application and all copyrighted firmware and software associated therewith.

1.) Velocity compensated deferential electromagnetic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');

2.) Pulsed differential electrostatic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');

3.) RDS Gen. III miniature electromagnetometer / differential gradiometer for the sensing of weak low-frequency electromagnetic radiation / emissions;

4.) Intelligent pulsed electromagnetometer exciter module (point source) for near-field conductive surface stimulus;

5.) intelligent high-voltage gradient inducing exciter module (point source);

6.) Intelligent auto-biasing / balancing free-floating electrostatic gradiometer (point sensor);

7.) Several RDS proprietary high-speed and high-resolution (24 bits) analog to digital data acquisition front end modules/systems (including, WiFi, Ethernet end optical communications links);

8.) Several RDS proprietary signal processing applications / suites (filtering, correlation, extraction, analysis & classification), software developed in C++, Dynamic C, Visual C++ and Labview etc.;

9.) Electrodynamic crimping technology for emergency electrodynamic capping of oil and gas pipes and wells utilizing enhanced zeta and theta pinch effects for annular wellbore / wellpipe closure;

Applications
The above technologies and techniques can be combined to provide for the following various Industry applications (development time frames range from 3 to 4 months per)

1.) EMRAC (Electromagnetic Radiation Analyzer & Classifier) system for the detection of illicit power usage/consumption, as well as the detection of marijuana grow operations, methamphetamine production labs, and DVD/CD counterfeiting operations, 3+7+8;( in production )
2.) Ground based mobile precious/base metal survey system, 3+4+5+6+7+8;
3.) Ground-based vehicle mounted mobile roadway / roadside IED detection system, 3+4+5+6+7+8;
4.) Portal-based person-borne IED (PBIED) detection system, 5+6+7+8
5.) Portal-based person-borne contraband detection system, 5+6+7+8;
6.) Wide-area person-borne IED (PBIED) and luggage concealed IED and contraband detection system, 5+6+7+8;
7.) Intelligent Field mill, for atmospheric and earthquake/volcano electric field research, 6+7+8;
8.) Inspection system for steel-cord reenforced conveyer belting, 1+2+7+8;
9.) Inspection system for bridge/overpass/foundation concrete reenforcing steel, 1+2+7+8;
10.) Inspection system for elevator/hoist wire ropes, 1-p2+7+8,
11.) Inspection system for ship hull weld seams, 1+2+7+8;
12.) Inspection systern for airframes, 1+2+7+8;
13.) Inspection system for all tanks. 1+2+7+8;
14.) Inspection system for steel-cord radial tires, 1+2+7+8;
15.) High-speed inspection system for steel railroad rails, 1+2+7+8;
16.) Dielectric 3D gradiometer/Imaging system for human X-ray pre-screening, 5+6+7+8
17.) Human heartbeat sensing system for the detection of the presence of Live humans in disaster/rescue and hostage situations, 3+7+8;
18.) Dielectric gradiometer/Imaging system for crop growth stress evaluation, 5+6+7+8.
19.) Emergency prevention of run-away oil and gas pipeline leaks, 9

License Grant

Licensor hereby grants to Licensee an exclusive and non-exclusive sub-license to develop and commercialize applications of the Licensed Products as set forth and improvements thereto within the United States of America as per the License Field.  Licensor and Licensee are both subsidiaries of the same Parent.

License Property

Licensor owns and has the right to grant sub licenses wider certain patents, patent applications, technology, trade secrets, data, know-how and other intellectual property relating to electromagnetic signal detection.

The License pertains to the EMRAC electromagnetic field (EMF)  vector gradiometer method and apparatus as disclosed in a pending US patent application and all copyrighted firmware and software associated therewith.

Technology Suite
1.) Velocity compensated deferential electromagnetic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');
2.) Pulsed differential electrostatic sensor (linear line source & sensor) for electrodynamic anomaly detection at short standoff distances (<6');
3.) RDS Gen. III miniature electromagnetometer / differential gradiometer for the sensing of weak low-frequency electromagnetic radiation / emissions;
4.) Intelligent pulsed electromagnetometer exciter module (point source) for near-field conductive surface stimulus;
5.) intelligent high-voltage gradient inducing exciter module (point source);
6.) Intelligent auto-biasing / balancing free-floating electrostatic gradiometer (point sensor);
7.) Several RDS proprietary high-speed and high-resolution (24 bits) analog to digital data acquisition front end modules/systems (including, WiFi, Ethernet end optical communications links);
8.) Several RDS proprietary signal processing applications / suites (filtering,
correlation, extraction, analysis & classification), software developed in C++, Dynamic C, Visual C++ and Labview etc.;
9.) Electrodynamic crimping technology for emergency electrodynamic capping of oil and gas pipes and wells utilizing enhanced zeta and theta pinch effects for annular wellbore / wellpipe closure

Applications
The above technologies and techniques can be combined to provide for the following various Industry applications (development time frames range from 3 to 4 months per)
1.) EMRAC (Electromagnetic Radiation Analyzer & Classifier) system for the detection of illicit power usage/consumption, as well as the detection of marijuana grow operations, methamphetamine production labs, and DVD/CD counterfeiting operations, 3+7+8;( in production )
2.) Ground based mobile precious/base metal survey system, 3+4+5+6+7+8;
3.) Ground-based vehicle mounted mobile roadway / roadside IED detection system, 3+4+5+6+7+8;
4.) Portal-based person-borne IED (PBIED) detection system, 5+6+7+8
5.) Portal-based person-borne contraband detection system, 5+6+7+8;
6.) Wide-area person-borne IED (PBIED) and luggage concealed IED and contraband detection system, 5+6+7+8;
7.) Intelligent Field mill, for atmospheric and earthquake/volcano electric field research, 6+7+8;
8.) Inspection system for steel-cord reenforced conveyer belting, 1+2+7+8;
9.) Inspection system for bridge/overpass/foundation concrete reenforcing steel, 1+2+7+8;
10.) Inspection system for elevator/hoist wire ropes, 1-p2+7+8,
11.) Inspection system for ship hull weld seams, 1+2+7+8;
12.) Inspection systern for airframes, 1+2+7+8;
13.) Inspection system for all tanks. 1+2+7+8;
14.) Inspection system for steel-cord radial tires, 1+2+7+8;
15.) High-speed inspection system for steel railroad rails, 1+2+7+8;
16.) Dielectric 3D gradiometer/Imaging system for human X-ray pre-screening, 5+6+7+8
17.) Human heartbeat sensing system for the detection of the presence of Live humans in disaster/rescue and hostage situations, 3+7+8;
18.) Dielectric gradiometer/Imaging system for crop growth stress evaluation, 5+6+7+8.
19.) Emergency prevention of run-away oil and gas pipeline leaks, 9

Field of Use

The License Field
The exclusive application of the Licensed Product and Improvements for Military use in the United States of America and non-exclusive use in Territories in which the United States of America has military operations.

License Grant

The Licensor, an individual & former president, assigned its rights to certain technology licenses and associated intellectual property acquired by the Licensor under an existing Technology License Agreement, related to the gun-barrel, rebar inspection and air frame licenses, to the Licensee, the former president of the Licensor.

License Property

The Licensor serves as a national mobility and data collection systems integrator with a focus on design, delivery, deployment and support of fully integrated mobile solutions.

Field of Use

The Licensee will form partnerships to commercialize technologies for mining, gun barrel detection, cell phone detection, airframe inspection and rebar inspection.

License Grant

The Licensor grants to the Licensee an Exclusive License to make, use and sell Licensed Products.

License Property

Fiber Optic Intelligent Detection System 'FOIDS(R)'.  Fiber optic based security system and components are used in the system that are immune to most external electronic impulses such as radio frequency emissions, static electricity (including lightning), and moisture and ambient temperature variations.  Digital processing minimizes nuisance alarms and permits the operator to set the desired probability of detection (i.e., sensitivity to certain conditions or intrusions).  The FOIDS(R) system can be fully integrated with a variety of digital security.

Fiber Optic Intelligence Detection Systems is a cost effective perimeter security system utilizing single mode fiber optic cable and highly sensitive interferometry technology for intrusion detection along fences and walls up to a zone length of 3.5 miles. FOIDS can secure virtually any size perimeter without electrical power or electronic components outside a central control room. FOIDS detects pressure changes along length of zone including climbing, lifting, or cutting of the fence.

The Licensed Products are covered by the Licensed U.S. Patents;

1. No.5,355,208, 'Distributed Fiber optic Sensor for Locating and Identifying Remote Disturbances'  
2. No.5,373,487, 'Distributed Acoustic Sensor'  
3. No.5,567,933 (issuing 10/22/96) 'Optical Fiber Detection System with Disturbance and Positive Cut-Loop Detection Capabilities'