2013 POTD Thread Archive

honda front signal3.jpghonda front signal4.jpgfront signal mount1.jpgmine are the center two in the picture of four.
for thepast few days ive been making reproduction signal light brackets for older 750honda motorcycles. Left and right hadversions. My boy has three of them. The orig. ones are not available any longerand they are prone to snap off if the bike is dropped. . . “help dad !”
so I mentallydysected the orig ones he borrowed from a friend, got a few hunks of sheetmetal about 14ga thick, bent it into a channel shape about 1” x 1”x 1”, 6inches long, leaving a bunch of extra material on all sides for jig-ability, I locatedand drilled some 8 odd indexing holes with the mill and the dro;s (not a shamelessplug) for assisting in repeatability. Usingthe index holes I cut the pie shape wedge out for more bending with my cut offwheel in a die grinder. After the threebends were made, I welded up the holes and where the pie cuts were made.
Next was todrill one hole and end mill a slot then off to the vice again to do the edgecontours. Most of the contours weredone with a .032 cut off wheel on a air die grinder. (they have been one of my bestest tools in mycollection). Then some belt sanding andcleaning up with a scotch brite disc on a rol-loc pad and die grinderagain. Then to the scotch brite wheel onmy bench grinder,
Of coursethe peg or stem that the light fits onto is a metric size so the mill was againmy partner. Figure out the location angle with my angle cube, and heavy tac weld them on all 4 edges.
They willbe painted flat black and if the boy wants to fill the back side that’s notvisible, that’s up to him.
Anyway itwas a fun project and a test of my cardboard engineering again.
Now I need tomake documents and sketches so I can make more. . . .. . . oh boy, ebay here I come. . . . NOT !


honda front signal3.jpg honda front signal4.jpg front signal mount1.jpg
 
Not sure if this goes here because it didn't all happen today, but some of it did.

I knew I'd need more light than the halogen lamp that came with the G4003G so I had my electrician pull in a switched 120V when he pulled the feed in for the lathe.

Finally got my light hung after I got my MIG to quit balling up my wire feed:

DSCN0044_zpsebb89627.jpg

The wire feed for the halogen lamp kept getting in the way of clean up so I tidied that up a little:

DSCN0023_zpscb321494.jpg

Also didn't like to have to fidgit with a brush and a dustpan to get the swarf over the lip of the pan and my vacuum cleaner kept getting clogged up so I installed a scupper.

The fixin's:

DSCN0034_zps5c46bf90.jpg

Getting it installed:

DSCN0037_zps5e0397f4.jpg

And viola!:

DSCN0047_zps166d9917.jpg

My QCTP came clocked inconveniently from the factory. It made changing the toolholder a PIA so I moved the handle. Much more convenient now:

DSCN0026_zpse867eb1c.jpg

Finally got around to making this. Sure helps these tired ol' dawgs:

DSCN0042_zpsb6efcada.jpg

Mama just called and vittles are on, gotta run.

More to follow. Thanks for looking.

Dale
 
Uhg.!! The dis-assembly and cleaning process under way on the new to me surface grinder. For the most part just mindless scrubbing scraping spraying and wiping ****. I swear every time I go thru this it will be my last. Someone decided to grease the ways at some point so all the oil passages will need roto rooting.

8esu2u3u.jpgqemavu9u.jpgy6uzesyv.jpg6u9eva4u.jpg
 
Not sure if this goes here because it didn't all happen today, but some of it did.

I knew I'd need more light than the halogen lamp that came with the G4003G so I had my electrician pull in a switched 120V when he pulled the feed in for the lathe.

Finally got my light hung after I got my MIG to quit balling up my wire feed:

And viola!:

DSCN0047_zps166d9917.jpg


More to follow. Thanks for looking.

Dale


That is a great idea. Can you show how it opens?

Thanks for posting,
Jeff
 
Got some free time and decided to make some adjustable feet for my mill. After contemplating "purchased ones, decided to make my own. Dug up some 3/4" bolts and some 3/4" plate. After cutting my plate to 2.5" squares I decided to make the "feet part" round and chucked them all up in the lathe

IMAG0107.jpg


IMAG0111.jpg

IMAG0110.jpg

Will drill holes in the other 4 plates and use the nuts to do the adjusting. Was contemplating a way to have the bolts "pivot" a bit in the feet part to compensate for uneven floor spots, but I think I can get away with just welding the bolts on, haven't decided yet.

OK, after going outside for 10 min I decided how to do it. Going to turn the bolt head round (which now gives a larger dia head than the shaft), curve the face and then put a plate behind the head to "lock" it to the foot, while still letting it pivot to the floor profile.

IMAG0114.jpg

Only problem now is I have no way to turn an arc on the end of the bolt OR in the receiving hole in the foot ........ unless I make a ball cutter thing for my lathe LMAO Yea, another project. Time to search the forums here for a nice one to make.

IMAG0111.jpg IMAG0107.jpg IMAG0110.jpg IMAG0114.jpg
 
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The weather forecast promised some nice weather for most part of the weekend, so I decided to get the filing and sawing machine, that has been sitting in the garage for six weeks, into my shop in the basement.
InBasement_P8180981.jpg
The picture above shows it after lowering it down the ramp into the basement and just after moving it from the pallet onto castors. Just visible in front of the pallet are the thick walled tubes I jused to lower it down the ramp. One pipe up slope from the center of the pallet, so that the front of the pallet can act as a brake. The other pipe to pry it down. Just like the egyptians ... The machine had been bolted down to the pallet! Forgot to take any pictures of the process, unfortunately.
Here it is after moving into the shop and unwrapping:
SawAndFilingMachineP8180998.jpg
The adjustable arms on the left and right are holddowns. The flexible tube on the left ist the air supply that blows the chips away from the cut. The tube on the right pointing somwhat aimless into the air used to hold a light and magnifier. But alas, a previous owner removed them.
The first test run (1/8" Aluminum, only took a few seconds):
Testrun_P8180986.jpg
The tooling that came with it
Tooling_P8180993.jpg
The stroke adjustment
StrokeAdjustment_P8180985.jpg
The maker
Brandname_P8180994.jpg
The machine seems to be from the sixties and seems to be in good shape apart from some rust on the pullies and motorcover (inside the stand). I didn't really need it, but as I saw the offer, it was too good a deal to let pass. I really like the machinery from the fifties/sixties. Now, if I could just extend the shop a bit further into the basement .....

InBasement_P8180981.jpg SawAndFilingMachineP8180998.jpg Testrun_P8180986.jpg Tooling_P8180993.jpg StrokeAdjustment_P8180985.jpg Brandname_P8180994.jpg
 
All I did in the shop today was clean my bike after returning from a four week work trip to Louisiana. I was down there welding in some SS hand rails. Now that I am back home I am looking forward to making some chips.
 
Only problem now is I have no way to turn an arc on the end of the bolt OR in the receiving hole in the foot ........ unless I make a ball cutter thing for my lathe LMAO Yea, another project. Time to search the forums here for a nice one to make.

If you loosen the compound angle adjustment a little bit, you can use the compound as a radius cutter. Make sure it is not too loose, or you will get wicked chatter and sloppy cuts, and feed the compound past the pivot point towards the center of the lathe, to make concave radii, and the opposite way for external radii. Obviously this method will only make as large of a radius as your compound has travel, but it is a neat trick none the less.

Something like this.
radius turning.gif

-Cody

radius turning.gif
 
DAMN!!! thanks for posting that. Im in the process of making adjustable feet for my mill and wanted to "ball out" the ends of the adjuster bolts so the feet could pivot a bit to compensate for an imperfect garage floor. Was going to start making a radius cutter this afternoon to do this, but this saves me the hastle of making one just for the feet project (also a pain to make one when the mill isnt fully operational). Since I only need 4 sets of rounder bolts and slight concave feet ends this seems the best way.
 
If you loosen the compound angle adjustment a little bit, you can use the compound as a radius cutter. Make sure it is not too loose, or you will get wicked chatter and sloppy cuts, and feed the compound past the pivot point towards the center of the lathe, to make concave radii, and the opposite way for external radii. Obviously this method will only make as large of a radius as your compound has travel, but it is a neat trick none the less.

Something like this.
View attachment 59184

-Cody

Slick! Thanks for posting this Cody.
 
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