View allAll Photos Tagged equalizer
Alpine 3011 Graphic Equalizer with accessory Alpine 3001 Digital Electronic Delay Unit. This was connected between my Concord HPL-508 AM/FM Cassette deck and my Bose 1401, Bose 1201, and Alpine 3211 amplifiers.
Wren Rovers advanced to the next round with a 4-2 penalty shootout win over tital rivals Longridge Town. The game finished with 10 players on each side and Longridge equalized in the last minute
Wren Rovers advanced to the next round with a 4-2 penalty shootout win over tital rivals Longridge Town. The game finished with 10 players on each side and Longridge equalized in the last minute
The Equalizer (2014) - Trailer | Denzel Washington, Chloë Grace Moretz, Marton Csokas
www.rangooski.com/video/1750/the-equalizer-2014-trailer-d...
BEQ1 - LiFePO4 Battery Equalizers
Beta testing the newly developed equalizers on 4ea LiFePO4 cells provided by www.LionEV.com sent to Hot Juice Electric by me from: www.TexomaEV.com
Date: Tue, April 25, 2008
The parts to modify the BEQ1's for LiFePO4 prototypes arrived yesterday evening and I completed a set for the test pack. I even managed a preliminary test that yielded very positive results! This weekend will be very busy with testing and hopefully, completion of a beta design solution to solve this issue, of balancing a LiFePO4 traction pack.
Date: Tue, April 28, 2008
Mike and all,
It was, indeed a very busy weekend! There was more work involved than
I expected, including having to add a few parts to slow the regulators
response. It turns out the change of current near the "full" part of a
charge cycle is so sharp it would set up an oscillation with adjacent
cell/regulator pairs. Most of the weekend was spent fine tuning the
response until it was perfectly stable. I managed to perform 5 discharge
/ charge cycles and all worked great.
Cell #3 in this test pack is definitely bad, which makes discharge
testing a bit cumbersome, but it is great for testing the regulators. For
example, it is interesting, how the regulator on the bad #3 cell turns
on immediately as soon as charging starts. Then, as the other cells
approach the "full" knee of their charge curve, the #3 cell regulator
shuts off since #3 is still not "full". Finally, all of the regulators
are "on" indicating all cells are charged. This means that even though
cell #3 is bad, its regulator protects it against further damage while
the other cells are charging at a much higher rate.
I still have at least one charge test before concluding the design is
ready. I expect to do that this (Monday) evening. The test is a high
(>20 Amp) charge rate.
More to come…
Date: Tue, April 29, 2008
Last evenings test was a high current charge to see how the regulators handled the current, specifically with the bad #3 cell. The test went great although the pack would not draw more than 8 amps at 14.8 volts. Another test was to parallel two regulators across the bad cell to see if they would share the current evenly when the charge current was pushed up to 10 amps (about 15.8 volts). With 15.8 volts at the power supply, all regulators were on and no cell was over 3.7 volts, including the bad one. (The remaining 1 volt was voltage drop across the leads).
I am very pleased with the results. I think we are ready to make plans for putting them into operational tests. I plan to design a footprint to house 4 regulators in one slim package with the same or similar dimensions as a "pop tart" cell. It would have the terminals on the top edge to match the orientation of the cell terminals. I would also like to add signaling terminals that could be connected to a relay, light, etc. to indicate full charge, and fault conditions. At this point, however, I think it might be best to proceed with the original BEQ1 format as operational test subjects. That would get regulation in place faster and would insure the design is operationally sound before proceeding to a finalized product.
NOTE: The 4cells I built up for HotJuiceElectric, were of some I had left over from another build. I looked back, and noticed that one of the cells was part of a pack, I had originally used for demonstration purposes, yet it wasn't abused that I know of, but I suspect it is the cell that is bad in this original test pack..... Mike/TexomaEV
The young women who attend Cullman Middle School recently got the opportunity to learn hardcore, advanced self defense skills from Officer Cindy Rohrscheib of the Cullman Police Department.
Officer Robrscheib is a certified instructor in the Equalizer Self-Defense Program. She has helped train police officers and deputies throughout the Cullman County area. She is now also assisting the general public in safety awareness and women’s self-defense training across all ages groups.
Physical Education Coach Leann Evans has teamed up with Officer Rohrscheib over the last 8 years to provide this Equalizer Self-Defense Training to willing female students at Cullman Middle School. Each year brings the tried and true methods of the Equalizer system along with evolving techniques and amazing nuances designed by Officer Rohrscheib. This year’s new innovation involved escape techniques employed if students are bound by duct tape and/or rope by would-be potential attackers of captors.
This year’s program ran for a full two week session. It was challenging, rigorous and fun!
cullmantoday.com/2016/01/22/cullman-middle-school-girls-l...
Equalizers 4 Woolsery Reserves 0
North Devon League Intermediate 1.
24th March 2012
Taken at Rock Park, Barnstaple.
Logo Animation – Equalizer Example
Are you missing that animated logo, an intro or outro for your video or a transition for your video? We can provide you a high quality customize animated video using this template for your business. This high quality animation could be just the ticket ...
videogalleria.net/downloads/logo-animation-equalizer-exam...
We have this old, antique clock in my house that has stopped working. Even though its hands don't move anymore, it reminds me to stop being a dreamer, and start being a doer; time stops for no man.
Equalizers 4 Woolsery Reserves 0
North Devon League Intermediate 1.
24th March 2012
Taken at Rock Park, Barnstaple.
[crosseye stereograph, see 3D with your right eye on the left image, and left on right.]
dsc00167, 2008.11.08 12:19, 3De, California, Anaheim, Disneyland®, Tomorrowland, Rocket Rods Track, night, equalized
Equalizers 4 Woolsery Reserves 0
North Devon League Intermediate 1.
24th March 2012
Taken at Rock Park, Barnstaple.
It was goals-a-plenty in this West Lancashire League Premier Match with Lostock taking a 24th minute lead but going in at half time level after a late goal. Lostock regained the lead early in the second with Oxley getting his brace but 2 goals from Whitehaven took them in front. Matty Bulcock fired in an equalizer from distance to level once again. LSG finished the game with 9 players after late dismissals for Wilkinson and Riding.
The young women who attend Cullman Middle School recently got the opportunity to learn hardcore, advanced self defense skills from Officer Cindy Rohrscheib of the Cullman Police Department.
Officer Robrscheib is a certified instructor in the Equalizer Self-Defense Program. She has helped train police officers and deputies throughout the Cullman County area. She is now also assisting the general public in safety awareness and women’s self-defense training across all ages groups.
Physical Education Coach Leann Evans has teamed up with Officer Rohrscheib over the last 8 years to provide this Equalizer Self-Defense Training to willing female students at Cullman Middle School. Each year brings the tried and true methods of the Equalizer system along with evolving techniques and amazing nuances designed by Officer Rohrscheib. This year’s new innovation involved escape techniques employed if students are bound by duct tape and/or rope by would-be potential attackers of captors.
This year’s program ran for a full two week session. It was challenging, rigorous and fun!
cullmantoday.com/2016/01/22/cullman-middle-school-girls-l...
PictionID:54659767 - Catalog:14_034702 - Title:GD/Astronautics Details: Tension Equalizer; Silo Launch Platform Date: 05/02/1961 - Filename:14_034702.tif - ---- Images from the Convair/General Dynamics Astronautics Atlas Negative Collection. The processing, cataloging and digitization of these images has been made possible by a generous National Historical Publications and Records grant from the National Archives and Records Administration---Please Tag these images so that the information can be permanently stored with the digital file.---Repository: San Diego Air and Space Museum
This large valve, from the USS Los Angeles, is one of several magnetically controlled circular valves that were mounted on the top of an airship to automatically release helium.
At the Frontiers of Flight Museum, Dallas, Texas, USA.
After shootouts Meveščak wins a point against Austrian Linz...
Medveščak had a lead 3:1 after the first period, with goals from Morley (11', 13') and Netik (19'), while Brod (16') scored for guests. Linz equalized through Lebler (25') and Locke (28'). Zagreb players scored for the lead again through Olden (38'), but only a minute before the end of the second period Lukas equalized again. The third period and overtime went with no goals, and in shootout the Linz goalkeeper Ouzas excelled and defended all three shots from Medveščak players, and Leber was the only one to score for the win.
»It's a shame, I am sorry that we missed the win. Everything was on our side, but we obviously still have a problem with powerplay. It started well, but Linz came back quickly and didn't surrender to the end«, commented Sašo Rajsar, and added: »We don't have much time until the next game. We must do the work to get even better and revenge to Villach for the away loss from the season start, in front of our supporters.«
The Bears hold the 9th position with 12 points, and their next game is already on Tuesday, in Zagreb, vs. Villach (7.15 p.m.)
KHL Medveščak Zagreb –EC LIWEST Blak Wings Linz 4:5 SO
(3:1, 1:3, 0:0, 0:0, 0:1)
EBEL, The Ice Hall of Dom sportova, 4789 spectators
Referees: TRILAR V., ZRNIC M.; PAGON N., ZGONC G.
GOALS:
1:0 MZA Morley T. (10:04 / Poyhonen M.,Privitera A. / EQ)
2:0 MZA Morley T. (12:12 / Olden S. / EQ)
2:1 EHL Broda J. (15:54 / Dowell J.,Hofer F. / PP)
3:1 MZA Netik T. (18:14 / Tikkanen H.,Morley T. / 5:3 PP)
3:2 EHL Lebler B. (24:08 / Locke C.,D'Aversa J. / EQ)
3:3 EHL Locke C. (27:51 / Lukas R.,Lebler B. / EQ)
4:3 MZA Olden S. (37:21 / Morley T.,Jankovic I. / EQ)
4:4 EHL Lukas R. (38:58 / Hofer F.,Locke C. / EQ)
4:5 EHL Lebler B. (65:00 / GWS)
SHOOTS ON GOAL: 42- 43
PENALTIES: 12 min- 29 min
MEDVEŠČAK: MacIntyre D. / Privitera A., Cepon M., Poyhonen M., Ficur B., Tikkanen H., Kudelka T., Kegalj B. / Brine D., Zanoski T., Simsic N., Olden S., Mahbod S., Jarcov L., Jankovic I., Koskiranta T., Netik T., Rajsar S., Morley T., Aviani M.
LIWEST BW LINZ: Janny F. / D'Aversa J., Dorion M., Kragl G., Freunschlag S., Kirchschläger E., Fechtig B., Lukas R., Piche S. / Lebler B., Ober L., Schofield R., Franz D., Broda J., Lukas P., Dowell J., Hofer F., Spannring P., Gaffal S., Moderer K., Locke C.
BEQ1 - LiFePO4 Battery Equalizers
Beta testing the newly developed equalizers on 4ea LiFePO4 cells provided by www.LionEV.com sent to Hot Juice Electric by me from: www.TexomaEV.com
Words of Wisdom from Hot Juice Electric below:
Date: Tue, April 25, 2008
The parts to modify the BEQ1's for LiFePO4 prototypes arrived yesterday evening and I completed a set for the test pack. I even managed a preliminary test that yielded very positive results! This weekend will be very busy with testing and hopefully, completion of a beta design solution to solve this issue, of balancing a LiFePO4 traction pack.
Date: Tue, April 28, 2008
Mike and all,
It was, indeed a very busy weekend! There was more work involved than
I expected, including having to add a few parts to slow the regulators
response. It turns out the change of current near the "full" part of a
charge cycle is so sharp it would set up an oscillation with adjacent
cell/regulator pairs. Most of the weekend was spent fine tuning the
response until it was perfectly stable. I managed to perform 5 discharge
/ charge cycles and all worked great.
Cell #3 in this test pack is definitely bad, which makes discharge
testing a bit cumbersome, but it is great for testing the regulators. For
example, it is interesting, how the regulator on the bad #3 cell turns
on immediately as soon as charging starts. Then, as the other cells
approach the "full" knee of their charge curve, the #3 cell regulator
shuts off since #3 is still not "full". Finally, all of the regulators
are "on" indicating all cells are charged. This means that even though
cell #3 is bad, its regulator protects it against further damage while
the other cells are charging at a much higher rate.
I still have at least one charge test before concluding the design is
ready. I expect to do that this (Monday) evening. The test is a high
(>20 Amp) charge rate.
More to come…
Date: Tue, April 29, 2008
Last evenings test was a high current charge to see how the regulators handled the current, specifically with the bad #3 cell. The test went great although the pack would not draw more than 8 amps at 14.8 volts. Another test was to parallel two regulators across the bad cell to see if they would share the current evenly when the charge current was pushed up to 10 amps (about 15.8 volts). With 15.8 volts at the power supply, all regulators were on and no cell was over 3.7 volts, including the bad one. (The remaining 1 volt was voltage drop across the leads).
I am very pleased with the results. I think we are ready to make plans for putting them into operational tests. I plan to design a footprint to house 4 regulators in one slim package with the same or similar dimensions as a "pop tart" cell. It would have the terminals on the top edge to match the orientation of the cell terminals. I would also like to add signaling terminals that could be connected to a relay, light, etc. to indicate full charge, and fault conditions. At this point, however, I think it might be best to proceed with the original BEQ1 format as operational test subjects. That would get regulation in place faster and would insure the design is operationally sound before proceeding to a finalized product.
NOTE: The 4cells I built up for HotJuiceElectric, were of some I had left over from another build. I looked back, and noticed that one of the cells was part of a pack, I had originally used for demonstration purposes, yet it wasn't abused that I know of, but I suspect it is the cell that is bad in this original test pack..... Mike/TexomaEV