h a l f b a k e r yNot so much a thought experiment as a single neuron misfire.
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Considering how much force is required to puncture a sheaf of paper and bend the staple into a clasp, I suspect that the weight of the magnet required, as well as its strength and the effort required to position it correctly, would make such a device difficult to use. |
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[+] for a really nice concept, though. |
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If I might paraphrase your words, the purpose of a stapler's lower arm is not simply to provide a platform with grooves in it to ensure the points of the staples bend correctly (either innies or outies), but it also, and perhaps more importantly, compresses the stack of papers to be pierced to ensure the full penetration of each pointy bit before it gets bent. As hobo pointed out, making a magnet powerful enough would be tricky. To help somewhat with positioning the magnet why couldn't we make it round, with a raised outer rim? Once the staple points hit the rim and have begun to turn inwards they would continue inwards then contact an inner raised rim to finish them nicely, leaving no rough point to snag your finger. |
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Just as an aside, has anyone ever used the "outies" setting on their stapler? Why does it exist? Is it supposed to be better/stronger/cooler? |
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I don't think the problems pointed out here are even problems, why do the magnets need to have so much strength? A pair of small magnets can attract through an inch of wood, so a few sheets of paper will be no problem. |
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Anyway - even if they really do need to be super strong, they won't be tricky to get hold of (see link). |
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I think this is a great idea. |
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The magnets don't worry me too much.
For instance, I am amazed at the strength
of the "monkey balls" I recently acquired;
when I place one on either side of the
palm of my hand, they stick! |
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The circular platform is a great idea. |
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//"outies" setting on their stapler?// for when you want the staple to act like a pin, that can be withdrawn easily. |
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I believe we have discussed this before, see my anno at the bottom of [link]. |
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Refrigerator - You could staple stuff to your cheek, also |
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I don't think your magnets will be strong enough to offset the forces involved in bending a staple over on it self in the die section of the stapler. Though magnets strong enough do exist you have 2 issues, 1st proper positioning of the die under the stapler and 2 the magnets would need to be inordinately strong to hold enough so that they would be quite heavy and quite powerful. |
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No, no, no.
The magnet is just there to aid positioning. The strength to compress the stack adequately, and to bend the staple over on itself (or outward for you, [po], that's another puzzle solved) is supplied by you, the staple operator, just like it is in a normal stapler. No magnetic actuation, just positioning. |
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At least, that's the way I see it. |
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It'd be a bit of a pain to separate the two after storage, though. There's some rare-earth magnets in the office at the moment, they come in stacks separated by nylon washers. If you accidentally let one washer slip out the two magnets are a major pain to separate. |
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