IP Holdings

Glover
- Bio warfare detection system

Glover is a biochemical warfare detection device.  In coordination with ChemPharma in Richmond, KY we have developed an application to use a glove system that detects 40 chemical warfare agents, 40 biological warfare agents, and 20 radiological events through the tactile exploration of a suspected terrorist event site.  The technologies for developing the storage for glove infiltration and exfiltration devices have already been developed.  We are working in association with ChemPharma to develop the chemical reagent to determine the chemical precursor necessary for the induction of biological warfare chemistry as well as standard inductions for chemical and radiological detections.

Caladyne
- Water purification system

Caladyne is a water purification system that was developed to assist third world countries and disaster laden areas in providing a small, easily replaceable water purification system that uses gravity as its sole source of power.  DOD, USAID, and FEMA have examined this water purification system.  It was developed to meet specific needs in Africa. This device would provide a household level water purification system using ultraviolet light and electromagnetic fields.  The device is specifically designed to make sure that we could air drop very cost effective components and any competent engineer, carpenter or craftsman within the region could do the essential larger body construction.  It was also designed in such a way that a two meter fall of water would supply sufficient power for it to purify the water needs of a family of four in an arid region.

Mouse Shot
- Laboratory cancer research equipment

Mouse Shot is a device used in cancer research to take the place of expensive diagnostic equipment used to determine the growth of tumors in laboratory animals.  Mouse Shot is a device that uses a combination of readily available technologies including CCD photographs with extensive computer algorythms to calculate surface areas and changes in asymmetrical tumor growths in test subjects including nude mice and guinea pigs.  The purpose of this device is to meet the need where researchers must rely upon the generosity of medical institutions to provide time in either MRI’s to determine the change rate in test subjects.  The estimated cost of this device is less than $100,000 to produce in comparison to 3 to 3.5 million dollars for an MRI.  Mouse Shot gives improved real time assessments of effective treatment and genetic fennel type responses in laboratory animals.

Puff
- Geriatric bed covering to prevent pressure point injury

Puff is a project that allows for the exacting control of pressure points in bed-ridden patients to prevent long-term discomfort and sores.  Puff is based on a microchip technology placed in the base of pneumatic pillows approximately 3 cm in diameter throughout the bed sheeting.  Puff allows for a programmable alteration to occur throughout a daily cycle, eliminating pressure points on comatose or simply immobile patients.  Puff has been developed in coordination with both a physician dealing with geriatric care and a chiropractor.

Maker
- Material processing and nano manufacturing system

Maker is a new technology in the manufacturing of extremely small part plastics and metal-formed products.  Maker involves the manipulation of specific shaped chorus tools through a magnetic field resonating at specific frequencies to allow for chamber cuts on the interior of a tool device.  Maker has been discussed and researched with a major class one research institution and has been vetted through two separate research departments as viable technology.  Research on Maker has stopped due to the enormous cost of the equipment necessary to make a full-scale prototype.  Maker would be a licensed agreement technology that could be developed by such groups such as Oak Ridge National Laboratory or Lawrence Livermore National Laboratory.