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6: After twisting, the pieces are re-heated, re-squared, drawn down to about 1”, then ground clean of scale. Then the 2 bars of twist are cut into 5” lengths…
10: I’m now going for the final flattening and a bit of hand hammer shaping on an anvil to form a rough blade.
The pattern is technically speaking: A modified, twisted, 9-way opposing twist, W’s pattern.
And again for some reason I look like a dork with a mullet!
Resetting G4 PMU? Check out Mac Users Guide for more how-to information. Based on the Power Macintosh G3 (Blue & White) case design the PowerMac G4 677. This version of the PowerMac G4 differed from its predecessors not only in its processor but that it offered Digitial Audio and shipped with the first version to the DVD-R/CD-RW “SuperDrive”. Equipped with a 677 Mhz PowerPC processor with a AltiVec velocity vector processing unit, 256k level 2 cache, and 1 MB of backside cache. It shipped with 256 MB of RAM, expandable to 1GB, a 4x AGP NVIDA GeForce 2 MX graphics card with 32 MB of SDRAM, and available with AirPort (802.11b).
7: I thought an illustration would actually depicts this part better than a photo: Using the now multiple cut lengths of the opposing twisted pieces, I’ve to set up a 9-way assembly. From here I'll tack-weld the ends to temporarily hold this all together, then forge-weld the assembly together back into a single piece. After cutting off the tack-welded end, I then draw this assembly out, RE-TWIST the entire pattern again, then re-square and move onto drawing it out flat...
My OneNet test box I could plug in and simulate a classroom audio system for troubleshooting. Or send media, line level audio or microphone level audio out to the bridge. Excellent for troubleshooting and testing.
Resetting G4 PMU? Check out Mac Users Guide for more how-to information. The PowerMac G4 (Mirrored Drive Doors) features dual 1.0 GHz PowerPC (G4) processors each with an AltiVec velocity engine, 256k cache, and 1 MB of DDR SRAM backside cache. It shipped configured with 256 MB of RAM upgradeable to 2 GB, 2X DVD-R/CD-RW "SuperDrive", 4X AGP ATI Radeon 9000 Pro graphics card with 64 MB of DDR SDRAM and an available AirPort (802.11b). One of the last versions shipping with Mac OS X 10.4.11 "Tiger" capable of booting into Mac OS 9 and using Mac OS 9 applications within the Mac OS X "Classic" environment.
14: I have setup a table attachment and back platen on my Burr King 2" x 72" belt grinder. I'm using a precision 1" x 2" x 3" square block to set the table and grinding belt at a perfect 90 degree angle.
This past weekend, the oven heating element and stove top burners on our Kenmore electric range just stopped working for no apparent reason. I knew that the appliance was still getting power because the clock/timer display and LED lights were still working.
If you're experiencing a similar problem with your appliance, check out this Kenmore Electric Range 220V Power Connection Repair Guide.
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11: I had previously welded a partial tang onto the blade stock, however after surface grinding (a process to provide precision ground surfaces, either to a critical size and/or for the surface finish), I wanted to reinforce the weld again, since a lot of surface material was removed, so I am running a fresh bead onto the connection seam. The finished parallel thickness of the blade stock is now about 3/16" thick.
64: I am marking the top and bottom liners with a #1 and #2 respectively. It is a good idea to keep parts uniform and not accidentally switch them back and forth.
One electrician builder at work with assembly drawing inspecting high voltage power electric line distribution fuseboard
21: Using a #43 drill bit to drill 8 holes, which will later be threaded to accommodate #440 screws.
The first thing you should try is to visit our home page. If you can’t visit us or get an error, then the problem is something on your end... www.addthis.com/blog/2013/08/26/4-troubleshooting-tips-wh...
My Bayada Aide, Heather, is trying to connect my Canon SX70 to WiFi. Unfortunately, we were not successful. For this shot, I used my Canon 70D that I have not used for a while.
15: Grinding any excess weld material to square the shoulders of where the blade meets partial tang.
152: I’m marking the underside of all four pieces. I’m using a number set to punch mark the pieces for identification: #1 for the front side, #2 for the backside. From here on out, most operations on the bolsters will be as separate front and backside elements. It is important to partner up from here on out, the front and back bolsters with their corresponding under liner. Because I'll be constantly taking everything apart and putting everything back together multiple times, it is important that I keep the correct pieces paired up. During the construction of a knife, the different sides and elements can tend to develop in just ever so slightly different ways. They take on a life of their own sometimes. Things tend to shift a bit during construction. These differences may not be visible to the naked eye (hopefully), but if I were to later mistakenly match up say the front bolster with the rear bolster under layer; they may be slightly off in regards to finished squareness, position on drill holes, screw threads in particular, etc. Knowing what part mates to what part will save confusion and possible frustration. It's always good practice to work clean, organized and methodical.
1084: A finished NON PRO photo. I have a little work left to do on the base plate, then I'll get the finished product professionally photographed. This is just on my coffee table on a paper towel shot with my iPhone!
U.S. Air Force Staff Sgt. Gregory Norris, 332nd Expeditionary Civil Engineer Squadron heating, ventilation and air conditioning maintainer, attaches a hose to a water pipe while troubleshooting a malfunctioning air conditioning unit on Balad Air Base, Iraq, Wednesday, June 11, 2008. Maintaining cool temperatures in base facilities helps keep high-tech electrical equipment found in those buildings operating efficiently. Sergeant Norris is deployed from Luke Air Force Base, Ariz. (U.S. Air Force photo/ Senior Airman Julianne Showalter)
Giving mum's breadmaker a trial run before committing to one of our own.
The bread, fresh from the breadmaker was heavenly! It filled the house with the fragrance of yeasty fresh bread in the oven. The texture was fluffy but firm, unlike typical supermarket bread.
The bread was a little sunken in the middle, and a little too moist. According to the troubleshooting tips, there was probably too much liquid.
Judging the results of this attempt, I think we need one :)
51: I am going to repeat the process of drilling through the 8 tang holes into the bottom liner, as well as drill the new holes in the handle core and through the liners.
One of the most important things after a test is to document the hardware. This allows further examination and troubleshooting.
Location:
VTB Flight Complex
Johnson Space Center
Photographer:
Kris Kehe
28: On a band saw using the appropriate blade, I'm rough cutting and removing the tang slot in the Titanium handle slab. I'm cutting just inside the lines.
** Copyright for this photo belongs solely to Ian-Janne Matt Images may not be copied, downloaded, or used in any way without the expressed, written permission of the photographer. ( RM-Rights managed only)
Running a train is like booting a PC. The engineer couldn't log in to the PTC system, so they called UP Help Desk to tell them to turn it on and off again. It turns out that the Dispatcher had incorrectly classified the train so the PTC system didn't recognize them. Once the dispatcher fixed that the train was able to leave Helper yard and continue to Wash.
47: De-burring the holes as I go, so as to assure the assembly is lying flat on the precision block. If a bur were to kick the assembly up, or off, even ever so slightly, it will cause problems; they will be harder to tap, and throw off proper alignment, which will make it difficult to properly screw together.
44: I'm now aligning the blade and top liner over the drawing. I have oversized the liner material so that I have room to position it properly. The Ti is sitting on top of the blade's tang, and in order to roughly secure it in place, I am applying a bit of crazy glue to lock the alignment. This is just temporary till I can properly secure it with clamps.
41: Using the band saw to cut the rough liner profile out. Repeat for both pieces. As you can see with my shapes, cutting is difficult, lengthy, and leads to the loss of a lot of material.
46: I have flipped the assembly of the blade and top liner over, and positioned it onto a precision block. From here I will use the pre-dilled holes in the blade tang as alignment, and run the drill bit back through all 8 holes and therefore now into the Ti liner.
59: The top liners and blade are secured together with some 440 screws. The screws in this position are meant to eventually be countersunk, so that the heads are flush. This setup is just temporary, as I will use different screw head types while I am working for the time being.
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Verónica Vergara Larrea isn’t new to troubleshooting, but a task as big as a supercomputer takes a plan and a team. Her team just completed acceptance of approximately 25 percent of the final system.
This is a schematic showing coarse-grained (purple) and fine-grained particles, representing the chains of hemoglobin molecules that form in sickle red blood cells. (Image credit: Brown University)
Read more: www.olcf.ornl.gov/2018/01/17/faces-of-summit-putting-the-...
Image credit: Jason Richards/ORNL
18: After a few minutes in the "acid", the pattern is slightly revealed. It's still hard to see, but I think it will be very promising. The pattern I forged is a 9-way, opposing, modified, twisted W's pattern.
132: I also run a bead of “Crazy Glue” along the edges of the assembly to help secure everything in place and keep parts from moving and shifting as I start the initial work. It is important not to overstress, or overheat the stacked layers during this critical state of construction. Be careful not to melt the glue and tape. Until we get screws in place, it is important to carefully watch that the layers stay aligned.
Hopefully this will help some of you who are having trouble with the red flags on their Trips.
The areas marked above are where I have found problems to be and are worth checking if your flag isn't rising as it should.
31: Here, I am carefully going to finish the tang slot in the handle core by carefully belt-sanding out the area right to the line to assure a tight fit to the blade tang, minimizing the room for wobble.
35: I've laid out the part of the pattern that will become the liners on my 1/16" (.0063) thick titanium sheet. At this point, I will be just roughing out what I need for the two liners, so I've just used a black magic marker instead of the "Dykem" layout fluid, it does not work as well, but this part is not critical, and the marker is quicker.