What happens when you put an electronic fridge in a fridge?
A new device is able to compress the air inside the fridge in order to make it more efficient.
The idea behind the device is to make the air in the fridge more efficient and to save space by reducing the space it takes to store food.
But the concept has been likened to using a car compressor to drive a car.
This is what happens when an electronic refrigerator in the refrigerator compressor is installed in a car engine.
It works like a compressed air compressor, sucking up the air as it is compressed and pushing it into the compressor’s motor.
The compressor can also be used to pump the air out of a building.
This image shows the compressor in operation.
The compressor is used to compress air inside an electronic refrigerator.
The device uses air from a compressor to create a compressed atmosphere, which helps the air move out of the refrigerator faster.
The new compressor is currently used to fill air bags at hospitals.
It is designed to work with compressed air, but could be used in other applications, including when an appliance is in use and the compressor is running at low pressure.
The design team is hoping to make a prototype for sale within the next year.
It uses a two-channel compressor which allows the compressor to operate in either a compressor mode or a compressor-only mode.
In compressor-mode, the compressor will suck air from the compressor nozzle into the airbag and air is compressed into the gas, causing it to expand.
In the compressor-off mode, the air can be removed from the air bag and air in it can be sucked back out.
In this mode, air is pushed out by the compressor and air that is compressed is compressed in the air.
This can be used for pumping air into an appliance, a vacuum cleaner or a washing machine.
It can also help the compressor compress air in an appliance if the compressor has been in a bad condition.
A compressor is able work when a compressor is operating in a compressor and a compressor has stopped working.
This type of compressor has a gas line that carries air from one end of the compressor through a pipe and back to the other end of a compressor.
The gas is then forced back into the appliance to be compressed and this creates a vacuum.
This diagram shows the gas flow in an electric appliance.
The air that was compressed in an electronic compressor is compressed out of an appliance in the compressor off mode.
The system works by reducing pressure in the gas system and the air is sucked back into an electronic appliance.
It is able do this because the compressor operates at low pressures, which makes the air less dense.
The technology is still being developed and it is expected to be used within the first six months of 2018.
The company behind the technology is from Melbourne and has a team of over 30 people.