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| TECHNIQUE FOR DISPOSAL SITE AND PEATLAND FIRE SUPPRESSION AND PREVENTION. |
| First of all the proposed technique envisages division of the fire-ground area into zones combined with identification of the most hazardous hot-spots; after that one proceeds with road filling along the ground perimeter and along the zones border lines followed by consistent dumping of large bulks of fire-retardant material represented by fine-grained ash-and-slack waste
products of heat and power industry. |
| Publishing date: April 15, 2009 |
|
| APPARATUS FOR PREVENTING FIRE FROM SPREADING THROUGH ELECTRIC CABLE |
| FIELD: fire-fighting equipment.
EFFECT: enhanced reliability in operation, simplified construction and increased efficiency. 4 cl, 1 dwg |
| Publishing date: September 24, 2002 |
|
| AEROSOL-FORMING COMPOUND FOR FIRE-EXTINGUISHING |
| Aerosol-forming compound for fire-extinguishing typically includes potassium nitrate, a combustible binder and dicyanomdiamide. The composition being proposed additionally contains a combustible which can be burnt together with potassium nitrate |
| Publishing date: February 1, 2001 |
|
| A METHOD OF AND DEVICE FOR FIRE PREVENTION IN DAMAGED ELECTRIC CIRCUITS OR POWER INSTALLATIONS |
| In traditional methods, total electric current in electric circuit is measured.
In the newly-developed method, total signal of the second and/or higher harmonics is generated through filtration of the first harmonic or the entire low frequency spectrum of the measured total current. The said signal is amplified, rectified and accumulated within a preset time. The value of the accumulated signal is compared with a preset value or the first (or higher) comparison level values approved for relevant electric circuit fire protection category. Alarm signal(s) warning of a fire hazard, or a command to switch off electric circuit is generated. |
| Publishing date: January 10, 2001 |
|
| A METHOD OF AND DEVICE FOR FIRE DETECTION AND EXTINGUISHING |
| In the newly-patented method, a
fire-extinguishing agent is sprayed under a preset program with a help of a
processing/controlling unit (PCU) through numerous independently-activated
nozzles located in different parts of a vehicle. |
| Publishing date: November 15, 2000 |
|
Fire-fighting and fire-prevention
