Look what we have for you, a home-recycle solution for your PET Bottles! Of course you will need the help of the + (Plus) Conjunctive Flash Light, but that really won’t be a problem. For the moment let’s look at what the designers have to offer: an ingenious flashlight (with a flex-tail) that screws onto the mouth of a standard PET bottle. The result is that you get a makeshift lantern-esque lamp ready to be hung-up in a tent or taken outdoors. Nifty idea, what do you think?
Designers: Lie Zhong-Fa, Lee Sang-Bong & Ji Jung-Ah
Why couldn't I think of that? I like this idea in terms of utility and economy. good job 🙂
Why couldn't I think of that? I like this idea in terms of utility and economy. good job 🙂
Your project is almost perfect, what you need is to fill the water bottle with a liquid that have the same reaction as a glowing stick. You know, that will intensifies the light. http://en.wikipedia.org/wiki/Glow_stick
Nice project! =)
Your project is almost perfect, what you need is to fill the water bottle with a liquid that have the same reaction as a glowing stick. You know, that will intensifies the light. http://en.wikipedia.org/wiki/Glow_stick
Nice project! =)
Wow~.~ this product is unbelievable!!!
Wow~.~ this product is unbelievable!!!
That's not a bad idea. I wonder why I didn't think of it. :ㅇ This idea looks more at design and practicality, not luxury. I want to use it for the pleasure of camp. It will be convenient to do our camping.
That's not a bad idea. I wonder why I didn't think of it. :ã This idea looks more at design and practicality, not luxury. I want to use it for the pleasure of camp. It will be convenient to do our camping.
Wow~ good idea!
Wow~ good idea!
You might want to integrate the potential of having the light purify the water using UV.
I was thinking the same. But,
The UV that is used for sterilizing (ultraviolet C) has a wavelength in the region of 100 to 280 nm. The UV LED's that (i know of that) are available are in the region of 380 to 405 nm. This has to do with the energy per photon (ie: that which does the DNA damage to kill 'germs'). So besides the fact that if one wanted to keep with LED's, availability might be a problem, LED's being low energy beasts may just not suffice. Newer high power ones (if possible in UVc) would defeat the small battery in this particular design.
The UVc is also dangerous to us, and passing the design by the health and safety nuts may be impossible.
You might want to integrate the potential of having the light purify the water using UV.
I was thinking the same. But,
The UV that is used for sterilizing (ultraviolet C) has a wavelength in the region of 100 to 280 nm. The UV LED's that (i know of that) are available are in the region of 380 to 405 nm. This has to do with the energy per photon (ie: that which does the DNA damage to kill 'germs'). So besides the fact that if one wanted to keep with LED's, availability might be a problem, LED's being low energy beasts may just not suffice. Newer high power ones (if possible in UVc) would defeat the small battery in this particular design.
The UVc is also dangerous to us, and passing the design by the health and safety nuts may be impossible.
Well thought out!
Well thought out!