Royalty Report: Scientific & Technical Instruments, Test/Monitoring, Oil & Gas Extraction – Collection: 7139

$150.00

Curated Royalty Rate Report
Category: Technology Licenses, Created On: 2022-04-28, Record Count: 17

Description

This collection of transactions and supporting information was developed using our AI algorithm to curate similar royalty reports into a cohesive collection to support your licensing, transfer pricing or other transaction scenarios where documented royalty rates and/or deal terms are important.
Category: Technology Licenses
Created On: 2022-04-28
Record Count: 17

Primary Industries

  • Scientific & Technical Instruments
  • Test/Monitoring
  • Oil & Gas Extraction
  • Electrical & Electronics
  • Security
  • Energy Resources & Svcs
  • Telecommunications Equip
  • Metal & Mining
  • Software
  • Chemicals
  • Defense/Military

IPSCIO Report Record List

Below you will find the records curated into this collection.  This summary includes the complete licensed property description so that you can review and determine if this collection covers the topics, technology or transaction type that is relevant for your needs.  The full report will include all relevant deal data such as the royalty base, agreement date, term description, royalty rates and other deal terms.  For reference, here is a sample of a full IPSCIO curated royalty rate report: Sample Report

IPSCIO Record ID: 7139

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.

IPSCIO Record ID: 7140

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.

IPSCIO Record ID: 7142

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

IPSCIO Record ID: 28624

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

Licensee desires to obtain from Licenser, an exclusive sub-license for the development and commercialization of the Licensed Products in the United States of America in the Licensed Field.

Licensee shall have the right to sublicense any or all of the rights granted  to Licensee.

License Property
The Licensor is a small Canadian company that specializes in the development of products for the police; security; counter terrorism and industry using advanced electromagnetic technologies.

The Licensor designed a revolutionary new magnetic crimping technology. This patent pending system uses the extraordinary power of intense magnetic forces to permanently crimp most forms of metal pipes, including the steel pipes commonly used throughout the oil and gas industry.

The Licensed Product  Apparatus for Emergency Electrodynamic Capping of Pipes and Wells.

Field of Use
The Licensed fields pertains to certain patents, patent applications, technology, trade secrets, data, know-how and other intellectual property relating to electromagnetic signal detection.

The License Field The exclusive application of the Licensed Product and Improvements to Oil and Gas Companies having business operations within the Continental United States and its Territories, Waterways and Coastal Regions.

IPSCIO Record ID: 29239

License Grant
The Licensee has entered into a License Agreement with our Chief Technology Officer and member of our Board of Directors, under which we have acquired exclusive rights to proprietary high technology intellectual properties invented and/or developed by the Licensor, that we will further develop and offer to our customers.
License Property
1 – Perimeter intrusion detection radars
Description
We will develop two radar systems for intrusion detection the first, called more properly GUIDAR is based on ranging leaky coaxial cable sensors and creates a volumetric protection zone; the second is a high performances free-space RADAR and creates a virtual barrier. Both systems are designed to detect moving targets.
The GUIDAR exploits the features of Ultra Wide Band (UWB) radar signal transmitted along a leaky coaxial cable and whose reflections, given by targets approaching the cable, are received by another leaky coaxial cable and then processed, detected, and classified by means of a complete and innovative Digital Signal Processing (DSP) system.
The leaky coaxial double cable can be installed, buried or not, along a generic path and protect a cylindrical volume around the double cable with a diameter of about 2 m along its entire length. Each digital processing system, able to detect the position and size of any target, can manage up to hundreds of meters of cable. More digital processing systems can be networked using standard Ethernet and then connected to a central managing system. This technology is generally classified as active, volumetric, terrain following, all-weather, and immune to vegetation and blowing debris.
We also developed a mono-static UWB electronic scanning radar (ESR) using a new antenna design and an advanced DSP system realizing a protection barrier. The processing unit is developed implementing a signal processing scheme able to precisely recognize the intruder radar cross section and position up to hundreds of meters distance from the antenna. More processing units can be networked using standard Ethernet and then connected to a central managing system. This technology is classified as active, volumetric, all-weather, ideal for low profile targets, and immune to vegetation and blowing debris.
Advantages
We will develop innovative cable geometry and innovative antennas that dramatically improve the performances of our systems in terms of ranging with respect to the existing products. Moreover we will adopt innovative UWB radar analysis software based on DSP architecture that permits us to reach very high detection capabilities and performances and to be highly resilient to the environment changes (nuisance).
Applications
These systems are ideal to protect military and operation plants, airports, borders, oil pipes, etc.

2 – EMSEC (protection and eavesdropping)
Description
Electronic equipment can emit unintentional signals from which eavesdroppers may reconstruct processed data at some distance.
We will develop a single pc/laptop active protection system based on the emission of correlated signals (innovative concept) that is intrinsically totally secure. Emitting a composite correlated protection signal the received spectrum is a non discernible mix of the signal to be protected and the protecting signal. This apparatus is low power, narrow band, impossible to violate and easy to be installed.
We will develop a high performances (large distance and through the wall) eavesdropping system on video display unit based on state-of-the-art digital signal processing. The system is an all-digital system implementing a fast AD conversion and digital front-end. Channel equalization, automatic choice of spectral harmonic, automatic extraction of vertical and horizontal synchronizations, and digital image enhancement permit to reach unprecedented performances in terms of readability.
Advantages
A completely and totally new concept is applied to the protection system and a totally digital system will be developed for eavesdropping permitting to reach unprecedented performances.
Application
The protection system can be applied in military installations, in governmental buildings, during tactical operations, etc.

3 – Real time positioning system
Description
Organizations need a system able to locate objects or people. A real time positioning system consists of a fixed infrastructure of base stations and associated hardware and software to enable accurate real-time tracking of small battery powered (active) tags, which can be attached to people or objects, within the area covered by the base stations infrastructure. Compared to Global Positioning Systems (GPS), this system provides greater accuracy (typically to a resolution of a few centimetres) and the ability to work in situations where GPS does not (such as inside buildings) and with very small devices (active tags) with very small batteries.
The sensors in each base station are very sensitive detectors for the low power pulses emitted by the tags and can distinguish between reflections and directly received signals. Each sensor independently determines the azimuth and elevation directions of arrival of the incoming signals using special antenna array and signal analysis. Sensors do not need to have optical line of sight contact with the tags since the signals go through walls and other objects. An infrastructure of base stations can be installed and networked using standard Ethernet and then connected to a central management system.
Advantages
New sensor antennas will be developed with improved performances. Innovative signal processing techniques will improve range and precision. The main advantages of such technologies are high precision, very good performance even in presence of obstacles or limited visibility, capability to work both outdoor and indoor, capability to work also with important metal obstacles using a suitable topology for the base stations, very high noise immunity, etc.
Applications
The system can be applied wherever is necessary to track in real time the position of people or objects, i.e. to associate the data from a bar code scanner with its position in a warehouse, to provide the position of a pallet of goods placed in a warehouse or a container in a storage area or airport, to automatically detect the proximity between objects, to determine if during an emergency procedure employees have all reached designated areas, etc.

4 – Image processing codecs
Description
This system is constituted of an off-the-shelf electronic board based on digital signal processors running state-of-the-art image processing software algorithms (embedded system). It gets an input from any video camera (or radar, or eavesdropping system) and gives alarm and other outputs. It will perform the following content video analyses motion detection, abandoned/removed object/vehicle detection, perimeter crossing detection, panic situation detection, people/vehicle counting and speed evaluation, PTZ camera tracking, plate recognition, behaviour analysis, face recognition.
Advantages
We are confident to reach incredible performances in terms of image resolution (> 1 mega-pixel) and video rate (> 25 frames per second).
Applications
The system is ideal to protect military and operation plants, airports, borders, vip houses, highways, cities, etc.

Field of Use
Licensee has the right to file patents on these technologies in the field of intrusion detection systems, radar systems for border and pipeline surveillance, and technologies for monitoring and surveillance systems, through our License Agreement with the Licensor.

IPSCIO Record ID: 3577

License Grant
Licensor grants an exclusive right and license under the Licensed Patents meaning any 'Basic Patent' maturing from Jackson's and Arismendi's pending U S. Patent Application, entitled 'Passive Geophysical Prospecting Apparatus and ,Method Based on the Detection of Discontinuities Associated with Extremely Low Frequency Electromagnetic Fields' filed August 27, 1996, having Application No.08/703,485, including continuation, division, and reissue applications thereof.
License Property
The Electrotelluric Survey is capable of measuring extremely low frequency electromagnetic waves that pass naturally through the earth.  These waves develop anomalies or disturbances as they pass through oil and gas deposits. The Electrotelluric Survey measures these waves across a range of low frequencies and records the anomalies, with each frequency corresponding to a certain depth.  'Electrotelluric Survey' can quickly and effectively detects oil and gas deposits to depths up to 17,000 feet.
Field of Use
'Field of the Agreement' or the Field' is for geophysical exploration of oil, gas and valuable minerals using the method and/or apparatus of the Licensed Patent and the Licensed Technology.

IPSCIO Record ID: 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.

IPSCIO Record ID: 28458

License Grant
The exclusive license granted by Licensor to Licensee to use the Patents. The Licensor, an Individual hereby agrees to sell, assign, transfer and convey to the Canadian Company (Licensee), and Company hereby agrees to purchase and accept from Individual all rights and interest in the Intellectual Property, any applications derived there from, and all Intellectual Property Rights pertaining thereto.  Individual holds the legal and beneficial right title and interest in and to certain sensor detection technology and products which have been patented and/or have pending patents (collectively the Intellectual Property) and wishes to sell all of the interest in the Intellectual Property.
License Property
Patent Rights
U.S. Patent Number 6,661,346, titled Gas, fire and earthquake detector
Canadian Patent Number 2,170,561 titled Gas, fire and earthquake detector

Intellectual Property
Patent numbers for gas, fire and earthquake detection
Patent Canadian – 2170561
US – 08-811059
European – 97913052.3

Canadian patent for excess gas flow, earthquake, gas and smoke detection and shut off valve – 2308938.

Gas – There are four gas product models available. Here is a brief description of one of them
The 2000 Series Gas and Carbon Monoxide detector sends out a wireless RF signal to the valve if an alarm occurs. This signal format for the wireless valve is standardized with the Gas Guardianâ„¢ Gas Leak Protection System, which means that any sensor that works with the Gas Guardianâ„¢ Gas Leak Protection System is fully compatible with this wireless valve and can be easily added to the system.  The wireless valve is powered by an internal battery which will last more than 5-years under normal operating conditions.

Seismic –  There are three seismic products available. Here is brief description of one of them
QMI reduces the concern with the RF Quakeâ„¢ wireless system, designed to shut-off your gas in the event of an earthquake. Linked to a wireless gas valve, your gas system is automatically turned off when a dangerous earthquake is detected.

The RF Quakeâ„¢ system is a very low powered device, powered by a 9-volt wall adapter with internal battery backup, which insures that the RF Quakeâ„¢ will remain on guard of you even if the power goes off.  When a dangerous earthquake is detected, the RF Quakeâ„¢ sends a wireless RF signal to the valve, causing it to shutoff, preventing potential fires or explosions that could result from burst or damaged gas lines in the building.  This signal format for the wireless valve is standardized with the Gas Guardianâ„¢ Gas Leak Protection System, which means that any sensor that works with the Gas Guardianâ„¢ Gas Leak Protection System is fully compatible with this wireless valve and can be easily added to the system.  The wireless valve is powered by an internal battery which will last more than 5-years under normal operating conditions.

Field of Use
Field-Of-Use The vertical transportation industry, including, without limitation, elevators, escalators, moving walks, dumbwaiters and residential elevators.

IPSCIO Record ID: 27750

License Grant
University hereby grants to Licensee the non-exclusive right and license to make, have made, use, lease and sell the LICENSED PRODUCTS, and to practice the LICENSED PROCESSES throughout the world throughout the life of PROPRIETARY RIGHTS, with the right to sublicense, and subject to the terms and conditions contained in this Agreement.
License Property
PROPRIETARY RIGHTS' shall mean all of the following intellectual property United States patent No. 4,999,819.

'LICENSED PRODUCT' pertains to the design of its seismic hydrophone product.

Field of Use
Hydrophones are underwater sensors designed to produce an output signal in response to an acoustic pressure signal. They can be thought of as underwater microphones. The Licensee's hydrophone products are typically used in the offshore oil and gas exploration industry, where they listen to acoustic sound waves generated by the reflections of an acoustic signal as it bounces off of the various geological layers beneath the ocean floor. These data are used to generate information about the geological structure beneath the ocean as a means of locating promising oil and gas exploration sites. The Licensee's hydrophone product line is also used in military applications to listen for and detect submarines and other vessels under and on the surface of the ocean. Hydrophones may also be sold to research institutions for various applications such as listening to marine animals.

IPSCIO Record ID: 2112

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'

IPSCIO Record ID: 2901

License Grant
The respective Boards of Directors of Licensee and Licensor and the Members of Licensor have adopted resolutions pursuant to which Licensee shall buy and Licensor shall sell all right, title and interest in and to the Licensor Technology as defined herein and related technologies and rights of every kind and nature.
License Property
CEC instrument An operational instrument that will function as a capillary electrophoresis analysis system suitable for general commercial laboratory use. The system will consist minimally of an autosampler, injector, detector, high voltage power supply and controlling firmware and software. The primary application is for the detection of low concentrations of metal ions in power plant cooling water feeds.

VUV40 A UV-visible scanning detector based on modulated signal. This instrument is a chromatography detector that shall provide full spectral information.

The Licensor Technology allows researchers to accurately analyze chemical formulations for their composition and identity.  Technology is comprised of all intellectual property, technique and know-how, trade secrets, drawings, plans, specifications, trademarks, internet domain names and other related intellectual property associated with U.S. Patents solely owned by Licensor.  U.S. patents 6,530,286; 5,969,812; 5,699,156; 5,694,215, and all related patent applications, continuation applications and divisional applications in process (Licensor Patents).  Patented technologies allow researchers to accurately analyze chemical formulations for their composition and identity.

Field of Use
Pursuant to this agreement, the Company obtained all right, title and interest in and to the Licensor Technology and the Licensor Technology.  The rights granted apply to a line of chemical detection instruments that are used in the pharmaceutical, biotechnology and homeland security markets.

IPSCIO Record ID: 3250

License Grant
Licensor hereby grants to Licensee an exclusive, nonassignable, nontransferable, worldwide, license to use the Technology solely in the association with the manufacture, lease, sale, use, advertising, marketing or distribution of the Product in the Field of Use.
License Property
'PRODUCT' shall mean an optically based inspection machine to be utilized in the Field of Use.

'TECHNOLOGY' shall mean certain property rights, concepts and technologies related to the optical detection of characteristics of packaged containers (including height of fill) which includes all of the following intellectual property United States Patent Provisional Application No. 60/042377.

Field of Use
'FIELD OF USE' shall mean the packaged product inspection industry, including without limitation, packaged products containing solid, liquid, gaseous, vacuums, and contents consisting of various combinations thereof, and packaging of all kinds, including without limitation, paper, aluminum, glass, metal, plastic, cardboard, and the like.

IPSCIO Record ID: 6065

License Grant
Licensor, a research university,  hereby grants to Licensee an exclusive license, including the right to sublicense, with Rensselaer’s consent to each and every claim contained within the Rensselaer Patent Rights, to make, to have made, to import, to use, to offer for sale, and to sell Licensed Products in the Field, and in the Territory, subject to the terms of this Agreement.
License Property
System related to determining the presence and location of leaks in underground pipes. The system uses a series of acoustic sensors to monitor changes in pipeline acoustic emissions, and has been proven in field application with a large multinational petroleum company.

United States Patent 5,416,724 16-May-95

Field of Use
The term “Field” means the following fields of applications Detection of leaks in pipelines.

IPSCIO Record ID: 2111

License Grant
The Company grants a nonexclusive and nontransferable licenses to make, have made, use, lease, sell offer for sale and import Optical Fiber Sensing Systems.
License Property
Optical Fiber Sensing System means any instrumentality or aggregate of instrumentalities of a type for sensing any intrusion into an Optical Fiber or a network of Optical Fiber and includes all auxiliary apparatus associated therewith and involved in performing the function thereof.  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. The FOIDS(R) and RDIDS systems can be combined to create an easily deployable single-mode optical fiber sensor incorporating the most recent developments in optical and electronic technologies to provide state-of-the-art security in tactical situations where temporary barrier security is required.

PATENT means U.S. Patent 4,904,050 and any reissue thereof. Optical Fiber means a filamentary body of optical transmission material of a design primarily adapted for transmitting electromagnetic Waves having a frequency in excess of three hundred (300) GHz, along a desired path extending longitudinally there through and to which such Waves are substantially confined by the refraction of reflection (or both) of such Waves.

OPTICAL FIBER SENSING SYSTEM means any instrumentality or aggregate of instrumentalities of a type for sensing any intrusion into an OPTICAL FIBER or a network of OPTICAL FIBER and includes all auxiliary apparatus associated therewith and involved in performing the function thereof.

Field of Use
The rights granted apply solely for the manufacture in Licensee's factories of Optical Fiber Sensing Systems and of maintenance parts therefor.

IPSCIO Record ID: 4479

License Grant
The Licensor transferred certain technology, know-how and patent rights to the Licensee.  In exchange, a royalty derived from the technology and know-how transferred was granted to a family-owned company controlled by Licensor. The company subsequently assigned such royalty interest back to the Licensor.  This grant gives right to the primary  technology used by the company.
License Property
The Licensee is in the business of providing pipeline inspection services to locate corrosion and other anomalies that require assessment to verify pipeline integrity. It has developed a patented, non-destructive and non-invasive, high speed scanning process that uses electromagnetic waves to remotely inspect buried and above ground, cased and insulated pipelines for corrosion and other anomalies.

IPSCIO Record ID: 5661

License Grant
The Company granted subsidiary an exclusive license to advertise, market and sell all manufacturing and marketing rights to the Company’s products and technologies in all commercial markets within the United States.
License Property
We are engaged in research and development of metal fatigue detection, measurement, and monitoring technologies.  The first is a small, extremely simple device that continuously integrates the effect of fatigue loading in a structural member, called a Fatigue Fuse.

The second is an instrument that detects very small cracks in metals, The Electrochemical Fatigue Sensor.  Another product currently under development is the Company’s Videoscope, which provides visual access and simultaneously, certain non-destructive test sensors to remote locations.  It comprises a video detecting element and light source together with a working channel, through which certain non-destructive test sensors such as ultrasound and/or eddy current devices can be passed, to inspect visually or manually inaccessible regions of structures such as the interior of jet turbine engines.

USP 4,590,804 Device for Monitoring Fatigue Life
USP 4,639,997 Method of Making a Device for Monitoring Fatigue Life
USP 5,237,875 Metal Fatigue Detector
USP 5,319,982 Device for Monitoring the Fatigue Life of a Structural Member and a Method of Making Same
USP 5,425,274 Device for Monitoring the Fatigue Life of a Structural Member and a Method of Making Same

Additional Patent Numbers Patents 6,012,337

Patent Applications

09/404,931

09/481,289

09/430,093

US99/22,155

005-723-300

60/003,640

60/050,268

60/004,217

60/084,248

60/081,158

IPSCIO Record ID: 116214

License Grant
Licensor hereby grants to Licensee the exclusive worldwide license to make, have made, use, sell, and lease the Product(s) described in the Licensed Patent Rights.

Under the agreements, the company granted to Licensee an exclusive license to the assets comprising the technology and products of the defense, detection and protection security products invented and developed by the inventor and the company.

License Property
Licensed Patent Rights Shall mean a. US Patent number 7,408,461 'Metal Detection System and Method'

The security products being developed by the company are designed for personal and collateral protection. The proposed detection technology is intended to provide passive security scanning units for either walk-through or hand-held use. The units use electromagnets and do not emit anything (such as x-rays) through the subject. The company is developing a prototype and expects to have a testing unit operational in the coming days. The units are intended to improve security for schools and other public facilities.

Field of Use
The licensee is a developer of defense, detection and protection products to improve security for schools and other public facilities.
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