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Huge advantages over competing systems:
Other instrument shelters on the market are more difficult to install than the Hanging Weather Instrument Shelter as they need to be mounted to a post or bracket. Also, they generally do not have a convenient place to hang a thermometer display out of the weather. A major problem with most instrument shelters is that they can give higher daytime shade temperature readings than a standard Stevenson's Screen. Many of them need to have a fan to circulate the air inside them. With the current shelters on the market it can be difficult to access the thermometer's probe inside. In order to access inside these shelters, many of them have a door on them with required seals and hinges that add to the cost of the shelter. Others have screws to unscrew the sensors or plates. They can be difficult to clean because the louvers or plates cannot be easily separated on most of the shelters.
Simple to install or move, as it could easily hang on a clothes line or fence.
More accurate shade temperature readings, which compare well to standard Stevenson's Screens.
Naturally cooled. No fan needed.
Plates easily separated in seconds to access temperature sensor or clean the unit.
Thermometer display can be hung underneath the shelter out of the weather.
The Hanging Weather Instrument Shelter overcomes these problems. The shelter consists of plates suspended by thin cables. Durable chord locks hold the roof down. The plates can be very easily separated for cleaning, and to view the probe on the inside. This is done by simply sliding up chord locks connected to the cables at the top of the roof. Then the plates can be slid apart in seconds, because the cables pass through tiny holes in the rims of the plates. Afterwards, the plates would simply fall back into place when the shelter is hung up again, and the chord locks can be slid downwards. Spacers consisting of tube threaded on to the thin cable would keep the plates separated at the correct distance.
The shelter has a black interior because experiments have shown that this is the best colour to prevent it overheating like many others on the market. In the centre of most of the plates there is a large hole. This forms a chamber where the probe is housed. The second of the smaller plates from the top does not have a large central hole. This plate has a number of smaller holes around the edge of the floor of the plate. This stops the rain and light from directly entering the inside of the shelter.
To prevent overheating, the shelter is designed so that no light can directly shine from the outside on to the temperature probe. The louvers are deep enough and sufficiently spaced to achieve this. The probe is mounted on a bracket on the inside of the shelter.
The base of the shelter has a larger upside down bowl under which the thermometer's digital display could be hung to protect it from the weather. The bowl allows easy access to the thermometer's display without having to open any door on the shelter. The sides of the bowl should help to accelerate or amplify any breeze into the shelter to help cool it. The floor of the bowl that now faces upwards, has in its centre a small hole that the temperature probe and its cable are threaded through. This hole is then blocked with blue tack or a plug. Therefore, there are no ventilation holes in the very bottom bowl, in order to prevent light or warm air directly entering the shelter.
Patent Pending 2009902062
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Christian Sites - Deception warnings, Forum, Prophecy, +
Inventions
Press releases & ArticlesWeather Organization
Lobby group with country's solutions
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