A curious compendium of cracked concepts for the connoisseur.

Brought to you by
Duke Euphoria De'Gryn
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Rather Dangerous
Consider, if you will,
the long running battle between insects and humans. A
battle in which the humans have consistently
over-reacted, condemning millions of relatively innocent
bluebottles to a gruesome death by crushing simply
because they fly around inside the humans dwellings and
make a bloody irritating Buzzing noise. Admittedly many
flying insects spread disease, but that hardly justifies
the wanton slaughter of more innocent species such as the
harmless fruit fly. Then it struck me. We are humans and as such have never needed justification for any of our actions against the rest of the plant or animal kingdoms. Our actions against minerals however are the subject of much of the judicial system and the ramifications of that are far to complex to bother with here. |
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Having fought the ethical battle it now seemed prudent to begin the physical one. Flies, whilst easily defeated in hand to hand combat are too manoeuvrable to make an easy kill. The battle must be fought not be with the primitive, almost stone age, club of the rolled up newspaper, but with the most effective, or at least the most ludicrously overwhelming, weapons modern technology can provide. Having considered and, alas, rejected the concepts of both fusion and fissionable projectiles on the grounds of unreasonable collateral damage it seemed only sensible to make use of one of the other great advancements of recent years and use a laser for that precision touch.. Thus the concept was born, and no flying insect or other small, fast moving thing will ever be safe again! |
The principle is sound. Three omnidirectional high frequency sonar sets at known positions (p1, p2 and p3), each able to scan the entire room and connected to a reasonably fast computer (Pentium or above) As soon as any small, fast moving echo is detected the distance from all three sonars is calculated and the position of the echo in space triangulated from the vectors a,b and c. From the knowledge of this position and the position of the laser (p4) is simplicity itself to calculate from moment to moment the angles of rotation required to aim the beam. Even a moderately low energy infra-red pulse should be sufficient to render any fly entirely incapable. Victory is ours oncemore! |
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Slightly Hazardous
There are two things that Dragons are reputed
to do well:
Laze about in the sunshine.
Breathe fire.
It seemed to me that these two activities are
related, the dragon absorbing energy from the sunlight and
converting it into a store of flamable gasses.
The most easily available (to an organic creature) flamable
gasses are methane and hydrogen.
Methane is usualy created by symbiotic bacteria fermentating
vegetable matter. (ask a cow)
Hydrogen can be extracted from water by electrolysis.
For the creation of a mechanistic dragon the latter is considerably simpler, requiring as it does only water and electricity. Sources of both are within easy reach of most places pampered enough to want a miniature dragon for a cigar lighter. However, since Dragons are known for their habit of relaxing in the sun, making the entire device solar powered is perhaps the most sensible option, and with only a little ingenuity the need for a source of water can also be removed.
Consider:
Two amorphous silicon solar panels as the dragons wings, each
having an area of 36 square inches, developing 6 volts at 200
milliamps in moderate sunlight.Water is extracted from the
atmosphere by cooling using a Peltier effect heat pump, the
condensate stored in the receptacle of the electrolytic cell.
Once a certain amount of water has been stored the fan and heat
pump are turned off and the current from the panels is used to
charge an internal battery.
When a flame is reqested, the battery or the panels can be used
to electrolyse the stored water, hydrogen is vented through the
nostrils of the Dragon where it is ignited and may be used to
light whatever the user wishes.
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Deadly
An entertainment created by three chums whilst
eating vast quantities of food at a Greek restaurant.
The Co-Conspirators in this venture were Sheila Thomas and Chris
Butterworth.
This is a game played whilst
eating, any meal is applicable but one which includes a number of
shared dishes is best.
The aim of the game is to clear away as many dishes as possible
so that more can be brought without overloading the table.
The Rules (such as they are)
There are two ways of winning the game.
The first and possibly simplest is to amass more points than any
other player by finishing more dishes.
The second is to be the only player with no points, if more than
one player has no points then the player with the largest number
of points wins.
Clarifications
© Duke Euphoria De'Gryn ![]()
Sheila Thomas
Chris Butterworth
Not even slightly risky
A Brain-Stampingly simple idea, one that can be
made use of anywhere that the sun shines.
At last count this included the entire world (Except Clethorpes)
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The mechanism, such as it is, works on
the fairly simple principle that air expands when warmed
and contracts when cooled. This principle can be used to
make any source of heat do useful work and has been
exploited since at least the 1800s. (poor thing) In its simplest form the Vessel is partially filled with water and placed by a window where the Sun will shine upon it. As it heats up the air inside expands, forcing water out of the outflow pipe. Any shade, such as a cloud passing in front of the Sun or at worst night falling. will cause the vessel's temperature to drop slightly and the air will contract, drawing more air in through the inlet pipe. This cycle will continue as long as the water in the vessel lasts. |
| In tests a simple single vessel system
proved perfectly adequate for keeping up to a dozen
houseplants watered for long periods of time (12 days
between refills) with no attention required from the
user. This system is ideal for use where a conventional pump is too expensive or unsuitable. It is especially suitable for use where the local tech-level is low and a simple, repairable solution is required. When used for irrigating crops the system has one further advantage. Since its rate of pumping is proportional to the Sunlight falling upon it, adjustment for weather conditions is minimal. When the Plants need extra water they get it. Automatically |
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