Patents-Review.com
🔗 Permalink
Patent application title:

Heating / cool compressor

Publication number:

US20050097914A1

Publication date:
Application number:

10/703,492

Filed date:

2003-11-10

Abstract:

This heating cooling machine will use less power and will help stop heating fires and will be smaller compared to other heating/cooling machines.

Inventors:

Interested in similar patents?

Get notified when new applications in this technology area are published.

Create Free Alert

Classification:

  1. Mechanical engineering
  2. Refrigeration or cooling; combined heating and refrigeration systems; heat pump systems; manufacture or storage of ice; liquefaction solidification of gases

F25B9/004 »  CPC main

Compression machines, plants or systems, in which the refrigerant is air or other gas of low boiling point characterised by the refrigerant the refrigerant being air

Description

SUMMARY

Turn electricity into heat or cool air (with compressor). Compress air and pull it in; heat it or cool it. Then release the air out the vent.

DRAWINGS FIGURES

The drawings is the inventions aforementioned. It is a general improvement over old heat and cooling sources.

LIST OF REFERENCE NUMERALS

  • A. Compressor
  • B. Heating coil
  • C. Cooling coil
  • D. Shield around unit
  • E. Vent
  • F. Switch (logic heat or cool coil)
  • G. Switch—door/coil)
  • H. Gears
  • I. Other vent
  • J. Fan
  • K. Doors
  • L. Motors
  • M. Containment area for heating or cooling
  • N. Tube
  • O. Motor pole
  • P. Stainless steel finish
  • Q. Oscillator for switches
  • R. Timer for oscillator
  • S. Hook up to temperature at time units (set at 70 degrees F. and the temperature of the room will go to that at ?:?? pm/am)
DESCRIPTION

Use coils to heat or cool air that is compressed with compressor. To make cooling coil use magnetic bottle to contain lightning shot at containment area with tesla coil. Shine laser at electrons to make Magnetic wave lasers. Use to push protons from dirt into other material (this will become protonically charged and then electricity is added to it, it will cool what is close to it.

ALTERNATIVE EMBODIMENTS

Use different shapes that go with the theory above. Use only heating coils or cooling coils. Manual or oscillator/timer. Use oscillator for switches and timer for oscillator. Hook up to temperature ant time units (set at 70 degrees F. and the temperature of the room will go to that at ?:?? pm/am). Instead of a compressor use container for the water. The water container contains the heating and cooling coils.

SPECS

It should heat or cool a room with less power. I guess it would be about a tenth or a hundredth of the power. Doors/gears/motors as stated. Containment area is where the compression occurs. Tube is as stated. Compressor is made up of motor, pole and fan.

Switch:

    • coil-off/door-open
    • Or
    • Coil-on/door-closed
OTHER

This should use a lot less power to heat or cool a room. 100 Joules—27 meters squared times 100{circumflex over ( )}−2 kg/meter squared*times 10 meters/(seconds squared)*times degrees Celsius—is the least amount (theory) to cool or heat a room. 2000 Watts times 10 minutes (nowadays) is about 1 million joules (average). This invention has a higher energy transfer rate. It should take less than 10 minutes to heat or cool a room.

Claims

1. Better heater or cooler. Quicker to heat or cool a room with less power.

Resources

Images & Drawings included:

Fig. 01 - Heating / cool compressor
Fig. 01
Fig. 02 - Heating / cool compressor
Fig. 02

Sources:

Similar patent applications:

Recent applications in this class: