alim sherbayev, author at planet forward - 克罗地亚vs加拿大让球

lending shade to overheating cars

sun, 27 nov 2011 08:00:07 +0000

our invention solves the problem of creating a shadow for transport while parking, and in movement through the shading of the metal body of heat by solar radiation, without the need for assembly or disassembly of the device. thus, reduces warming of air inside the cabin of transport in hot climates, and as a consequence of significantly lower fuel consumption for air conditioning, reduces harmful emissions of co2 in the atmosphere. creates additional comfort for the driver and passengers inside the cabin as during parking and moving traffic. versatility of our device allows the use of standard luggage rack, roof rack or other mounting devices on the back of transport, may be permanent in the summer or removable in the winter. probable potential demand 2 – 5 million units.

our device meets the basic requirements:

1. protection of the metal roof of transport of heat by solar radiation in hot climates, reduces the heating of air temperature inside the cabin of transport and provides additional comfort.
2. the device can be used simultaneously in different modes – in the parking lot of transport, in slow traffic in urban traffic jams or at high speed above 120 km per hour.
3. the device does not require re-assembly or disassembly in the parking lot or in traffic.
4. the device reduces the workload of the air conditioner, resulting in reduced fuel consumption by motor transport and reduces harmful co2 emissions into the atmosphere.
5. the device can be permanent in the summer, or folding during the winter.
6. the device can be mounted in standard mounting the device on the roof of
vehicles.
7. a simple device is designed to provide low cost of production of 25
euros.
8. the outer surface of the device can be used for advertising.
9. the above-mentioned advantages of sunscreen devices as well as the absence of such a device in the world can provide the high demand of 1 million to 10 million units per year.

]]>

solar heat protection device features air-gap clearance to aid transport

sat, 06 aug 2011 10:30:38 +0000

our invention solves the problem of creating a shadow for transport as during parking, and in movement through the shading of the metal body of heat by solar radiation, without the need for assembly or disassembly of the device. thus, reduces warming of air inside the cabin of transport in hot climates, and as a consequence of significantly lower fuel consumption for air conditioning, reduces harmful emissions of co₂ in the atmosphere. creates additional comfort for the driver and passengers inside the cabin as during parking and moving traffic. versatility of our device allows the use of standard luggage rack, roof rack or other mounting devices on the back of transport, may be permanent in the summer or removable in the winter. probable potential demand: 2 – 5 million units. our device meets the basic requirements: 1. protection of the metal roof of transport of heat by solar radiation in hot climates, reduces the heating of air temperature inside the cabin of transport and provides additional comfort. 2. the device can be used simultaneously in different modes – in the parking lot of transport, in slow traffic in urban traffic jams or at high speed above 120 km per hour. 3. the device does not require re-assembly or disassembly in the parking lot or in traffic. 4. the device reduces the workload of the air conditioner, resulting in reduced fuel consumption by motor transport and reduces harmful co₂ emissions into the atmosphere. 5. the device can be permanent in the summer, or folding during the winter. 6. the device can be mounted in standard mounting the device on the roof of vehicles. 7. a simple device is designed to provide low cost of production of 25 euros. 8. the outer surface of the device can be used for advertising. 9. the above-mentioned advantages of sunscreen devices as well as the absence of such a device in the world can provide the high demand of 1 million to 10 million units per year.

]]>