golfscene, on Oct 18 2005, 06:37 PM, said:
I must warn everyone this may sound extremley stupid to some but its the best and most original idea me and my partner could agree on....
We were talking about how there is those alaska golf tournaments that people play in and we thought a winter golf product would be an amazing idea. We acctually need to make a prototype of it and we aren't exactly rich or have an infint number of resources so the best we could come up with is this:
We haven't thought up a name but its basically a standard putter but the grip is made from a heating pad. It has a switch on it that changes the temperature from low to med to hot to off, and it normally plugs into a wall. It would be so your hands don't get cold and you wont loose your feel.
We need to know if anyone could possible have an idea of how we could get the heating pad to heat up using batteries? I figure there must be some way we can make a little battery pack for this grip to plug into but I don't really have an idea. If anyone is an electrical engineer, or has anyidea please let us know.
And if anyone has an comments about the grip feel free to post.
Brad
You B*STA*RDS! You are stealing my idea!
Just kidding. Once upon a time, I wanted to rig batteries to a what shall remain nameles device that required AC power. I will try to recall as best as I can what some steps are that could help. I stress could.
First you need to know the power requirements. When you plug the heating pad into a wall, it's AC power, batteries are DC. Find out how many Volts are needed, it's probably on the AC adapter or the manual for the pad. A battery typically puts out 1.2V regardless of size. What a C size battery gets you vs a AA is not more V, but longer use. So for example, if the AC adapter is 9V, you need 8 batteries.
Second, you need a way to hold the batteries together and get the power to one "connector".
Third, strip the power cord and connect to the batteries. If it does not work at all, two possible issues, either not enough batteries, or the device requires AC power in which case you need an inverter (it would be easier to invent a new heating element). If it is a simple heating element, it should work on DC power.
Oh, this batter holder, it needs a switch like a dimmer to limit current, this is how you get low-med-high heat.
Sounds like a fun project. Now the disclaimer: I know nothing about elelctrical power, but I once stayed at a Holiday Inn (I couldn't help it, I was stranded).