View allAll Photos Tagged beigel
Opposite the Beigel Shop on Brick Lane - London
They asked me to take a photo with there camera in front of the shop...a film one too, old school.
Now a rare reminder that this district of London (Aldgate/Spitalfields/Whitechapel) was once occupied almost exclusively by Jewish immigrants from Central & Eastern Europe. There is one other Beigel bakery a couple of doors away. The rest of Brick Lane now has mainly Bangladeshi restaurants amd shops. There's plenty of good, cheap curry to be had.
Although the popular, toroidal bread product is now normally called Bagel, I think Beigel more closely represents the original Yiddish spelling and pronunciation, though there were a number of different Yiddish dialects in everyday use before WWII. My Jewish grandmother certainly called them beigels.
St. Viateur Bagel Shop, at 263 St. Viateur Ouest, was opened in 1957 by Myer Lewkowicz. Current owner, Joe Morena, with over 45 years of experience in the bagel business, oversees a family business that has grown to include 4 bakeries and 2 Bagel Cafés in Montreal. The landmark bagel shop operates 24/7 and sells over 1,000 dozen bagels a day, each and rolled and baked in a wood-burning oven.
The Montreal bagel, sometimes called a beigel, or in French a beguel, is a distinctive variety of the traditional bread product shaped by hand in a ring from yeasted wheat dough, which is first boiled for a short time in water and then baked. In contrast to the New York-style bagel, it is smaller, sweeter and denser, with a larger hole, and is always baked in a wood-fired oven. It contains malt, egg, and no salt and is boiled in honey-sweetened water before being baked in a wood-fired oven, whose irregular flames give it a dappled light-and-dark surface colour. There are two predominant varieties: black-seed (poppyseed), or white-seed (sesame seed).
Montreal bagels, like the New York bagel, were brought to North America by Jewish immigrants from Eastern Europe. One story claims the bagel was first baked in Montreal by Chaim (Hyman) Seligman, who sold his bagels on the Main from the back of a horse-drawn carriage. Seligman went in business with two men, Myer Lewkowicz and Jack Shlafman. Seligman and Lewkowicz founded St-Viateur Shop; Shlafman went on to found Fairmount Bagel. Fairmount Bagel’s sign pays homage to Seligman’s practice of stringing bagels together for sale by the dozen.
For a different version, see the <a href="Fairmont's story
Architects; Neylan & Ungless, 1966. Improvements/alterations to parts of tall slab blocks by ARU (Florian Beigal & Philip Christou) 1994.
Post-match salt-beef stop at The Bagel Bros in Hornsey Road, opposite Arsenal Football Club's Emirates Stadium, Lower Holloway, London.
I had just left the stadium after today's match (Arsenal 2-0 Cardiff City, New Year's Day, 2012) and, following strong recommendations from my sons, I made a spontaneous decision to sample the salt beef here. It turned out I was just in time to be served the last bagel of the day, so Bagel Bros heaped me up with extra beef before they closed up. I stood under the canopy of the nearby shop here to shelter from the rain, and munched my way happily through it all, before heading for a bus home. As one of my sons would say, flying in the face of current popular slang and usage, "most enjoyable". The football result helped of course.
Actually, I grew up spelling 'bagel' as 'beigel' and pronouncing it 'bye-gel' (consistent with its German/Yiddish spelling) not 'bay-gel'. But in London at least, bagels/beigels seem to have become as 'British' as curry and lasagne.
Finally, of course - up the Gunners!
----------
Photo
Darkroom Daze © Creative Commons.
If you would like to use or refer to this image, please attribute.
ID: IMG_0958 - Version 2
[crosseye stereograph, see 3D with your right eye on the left image, and left on right.]
Excerpt from Portable defibrillators rely on reed relays in high-voltage charging circuit Tue, 06/26/2012 - 10:13am by John Beigel, MEDER electronic, www.meder.com
Portable Automated External Defibrillators (AEDs) are showing up regularly in places where large groups of people congregate, like airports and sports stadiums. This huge increase in the number of portable AEDs has not been driven by governmental regulation, but by the overwhelming evidence that they save lives.
And what helps to keep an AED ready to work reliably the first time, even if it has been sitting for weeks, months, and sometimes years? The hermetically sealed high voltage reed switches, in an epoxy sealed package, offer all the protection needed in difficult environments, such as moving vehicles or moist, dusty, dirty environments.
The rise in portable AEDs
Every year many thousands of peoples’ lives are saved by resuscitation in a hospital environment with a standard defibrillator after their heart stops beating. However, thousands of heart attack deaths occur every day among those unable get to a medical facility in time to be resuscitated. In fact, according to the American Red Cross, as many as 50,000 cardiac arrest fatalities could be prevented each year with the assistance of an AED, because an on-site AED reduces the amount of time necessary to restore normal heart function while waiting for medical assistance.
Figure 1. Portable AEDs are becoming somewhat ubiquitous in places where large numbers of people gather, like airports, due to their ease of use. In response, medical equipment manufacturers have developed portable defibrillators that are being placed in public areas where people are apt to gather. Walk down the halls or aisles of airports, offices, shopping centers, restaurants, casinos, sports stadiums, schools, and health clubs, and you’ll spot the ubiquitous box, just awaiting the time it will be called into action. They also show up in large airplanes, ambulances, medical vehicles of all kinds, and can even be purchased for home use. See Figure 1.
By contrast, standard external types of defibrillators require a trained EMT, or other medically trained person to operate. This person needs to be able to carry out the diagnostics, manually set charge levels, and time the pulse train if additional shocks are necessary. Standard defibrillators are usually much larger than AEDs, and typically found only in hospitals.
The portable battery-powered AED is approximately the size of a textbook. The unit contains two adhesive sensors joined by power lines to the main unit. (See Figure 2). An AED is similar in concept to manual defibrillators found in hospitals, but has been designed for use by people who have never used or operated one before, or never had any medical training. Units are labeled so that they can even be operated by users who can’t read.
Figure 2. In order to make AEDs more easily operable, directions are simple and include straightforward diagrams for those who cannot read.
Once activated, the unit typically verbally walks users through the setup and operational process, providing audio voice commands to guide the user through proper alignment of the sensors, power activation, and shock procedures. AEDs are totally self-diagnostic; once connected to a patient, the AED sensors analyze heart rhythm to determine if a shock is necessary. If the AED detects ventricular fibrillation, ventricular tachycardia or a non-beating heart, a high voltage shock is usually initiated.
This shock sends a high voltage and current pulse across the heart to shock the heart back into operation. Sometimes, repeated shocks are required before the heart starts operating again. If repeated shocks are necessary, a charging circuit in the defibrillator is activated to supply the next power burst. This charging circuit needs to be switched in and out in a reliable manner, in a guaranteed fault-free mode, to ensure proper recharging.
[snip…]
Also see:
* flickr.com/search/?q=714-999-9071
* payphone.wikia.com/wiki/714-999-9071
* payphone.wikia.com/wiki/714-999-9072
* payphone.wikia.com/wiki/714-999-9073
* payphone.wikia.com/wiki/714-999-9116
* www.waymarking.com/waymarks/WM1BRR_Disneyland_California_...
* www.ecnmag.com/articles/2012/06/portable-defibrillators-r...
* www.ehow.com/facts_5977386_definition-automated-external-...
dsc00008, 2008:10:24 09:59, 3D, California, Anaheim, Disneyland®, Main Gate, Ticket Booth, Rest Rooms, Payphones, before Defibrilator
October 28, 2021 - Westbury - Governor Kathy Hochul signs a bill banning the sale of “ghost guns”, or weapons produced on a 3D printer not covered under existing New York guns laws, into law in Westbury, Long Island on Thursday October 28, 2021. One of the bills was named after Scott Biegel, a Dix Hills native who was killed in the Parkland, Florida, high school massacre. Joining Governor Hochul at today’s bill signing is Scott’s mother, Linda Beigel Schulman. The bills will make it illegal to build untraceable guns, criminalize the sale of ghost guns and crack down on firearms that look like toy guns. (Kevin P. Coughlin / Office of the Governor)
Vermiculture Makers Club: Amy M. Youngs + members of the Vermiculture Makers Club.
ON VIEW: March 6 – April 17, 2015.
849 Gallery, Kentucky School of Art, Louisville, KY.
Work from friends, colleagues and students who share an interest in creating culture for, or about, worms. Many were students of “Vermiculture Furniture”, a course I co-taught with Kay Bea Jones and Ann Silverman. Others are artist colleagues, volunteers, close friends and my partner, Ken Rinaldo. Together, we form a loosely affiliated club, which can include you. Please join us in the making. Visit wormculture.org
Makers Club Members in exhibition: Ryan Agnew, Joachim Bean, Levi Bedall, Katherine Beigel, Gretchen Cochran, Elizabeth Fischer, Matt Herrmann, Xinge Huang, Kay Bea Jones, Daniel Meredith, Henry Peller, Evan Rimoldi, Ken Rinaldo, Andrea Ross, Ethan Schaefer, Lindsay Scypte, Ann Silverman, Casey Slive, Krzysztof Topolski, Patrick Turner, Patrick Vokaty, and Zachary Weinberg.
Dough:
375 g leaf-lard or butter, 900 g flour, 100 g icing sugar, 25 g yeast, 10 g salt, 2 egg yolks,100ml sour cream, 200ml of water
Poppy seed filing : 400 g poppy seeds grind, 350 g sugar, 1 lemon (juice and peel) , 50ml of water, 1 / 2 teaspoon cinnamon, 75 g raisins, 2 tablespoons rum
Walnuts filing: 400 g walnuts grind, 350 g sugar, 50ml milk, Vanila, 1 / 2 teaspoon cinnamon,
1 lemon peel, 75 g raisins, 2 tablespoons rum
To brush: 2 egg yolks and 2 egg whites
Preparation
First, the filling can be prepared. Raisins put in rum. Poppy seeds, grind in a coffee mill with puder sugar. Ground nuts, too. All the ingredients for both fillings separatly mix and bring to a boil and let cool briefly.
Mix fat with ½ of flour and egg yolks, sugar, yeast crumbled. Add rest of flour, cream, gradually add water and work out well, best by hand. The dough should be elastic and hard, should not stick to working surface. No additional flour need for the surface.
The dough devide so that for one roll take 270g(9oz) , for one crescents 30-35g(1 oz). Form each peace as ball and let rest for 30 minutes in refrigerator. From the measure can be made or 4 -6 Beigel (rolls) and 16-20 croissant.
For each croissant and roll shall be taken same amount of filling and dough,1:1. Prepare rolls and croissants as on flowing pictures.
The marble-like surface: Spread with the egg yolk and let stand over night in cold to dry and they burst (8-10 C, not in refrigerator), next morning brush with egg white. Make hols with a stick around 2 cm (one inch) distance, the holes are essential application for steam to go out and not to burst on side. Bake at 180C (350F) for 30-35 minutes.
October 28, 2021 - Westbury - Governor Kathy Hochul signs a bill banning the sale of “ghost guns”, or weapons produced on a 3D printer not covered under existing New York guns laws, into law in Westbury, Long Island on Thursday October 28, 2021. One of the bills was named after Scott Biegel, a Dix Hills native who was killed in the Parkland, Florida, high school massacre. Joining Governor Hochul at today’s bill signing is Scott’s mother, Linda Beigel Schulman. The bills will make it illegal to build untraceable guns, criminalize the sale of ghost guns and crack down on firearms that look like toy guns. (Kevin P. Coughlin / Office of the Governor)
June 23, 2022 - New York City — During a ceremony in New York City, Governor Kathy Hochul signs Alyssa's Law to strengthen school safety June 23, 2022. The legislation is named after 14-year-old Alyssa Alhadeff, who was killed in the 2018 school shooting in Parkland, Florida. School districts would be required to consider installing silent panic alarms in classrooms. Attending today’s signing ceremony is the family of Alyssa Alhadeff, namely her grandparents Terri and David Rabinovitz, and Linda Beigel Schulman and Michael Schulman, the parents of teacher Scott Beigel who died shielding students from gunfire at Marjory Stoneman Douglas High School in 2018. Afterwards, Governor Hochul and her chief counsel, Elizabeth Fine, discussed the latest U.S. Supreme Court ruling against New York’s current concealed carry law. (Kevin P. Coughlin / Office of Governor Kathy Hochul )
October 28, 2021 - Westbury - Governor Kathy Hochul signs a bill banning the sale of “ghost guns”, or weapons produced on a 3D printer not covered under existing New York guns laws, into law in Westbury, Long Island on Thursday October 28, 2021. One of the bills was named after Scott Biegel, a Dix Hills native who was killed in the Parkland, Florida, high school massacre. Joining Governor Hochul at today’s bill signing is Scott’s mother, Linda Beigel Schulman. The bills will make it illegal to build untraceable guns, criminalize the sale of ghost guns and crack down on firearms that look like toy guns. (Kevin P. Coughlin / Office of the Governor)
Excerpt from Portable defibrillators rely on reed relays in high-voltage charging circuit Tue, 06/26/2012 - 10:13am by John Beigel, MEDER electronic, www.meder.com
Portable Automated External Defibrillators (AEDs) are showing up regularly in places where large groups of people congregate, like airports and sports stadiums. This huge increase in the number of portable AEDs has not been driven by governmental regulation, but by the overwhelming evidence that they save lives.
And what helps to keep an AED ready to work reliably the first time, even if it has been sitting for weeks, months, and sometimes years? The hermetically sealed high voltage reed switches, in an epoxy sealed package, offer all the protection needed in difficult environments, such as moving vehicles or moist, dusty, dirty environments.
The rise in portable AEDs
Every year many thousands of peoples’ lives are saved by resuscitation in a hospital environment with a standard defibrillator after their heart stops beating. However, thousands of heart attack deaths occur every day among those unable get to a medical facility in time to be resuscitated. In fact, according to the American Red Cross, as many as 50,000 cardiac arrest fatalities could be prevented each year with the assistance of an AED, because an on-site AED reduces the amount of time necessary to restore normal heart function while waiting for medical assistance.
Figure 1. Portable AEDs are becoming somewhat ubiquitous in places where large numbers of people gather, like airports, due to their ease of use. In response, medical equipment manufacturers have developed portable defibrillators that are being placed in public areas where people are apt to gather. Walk down the halls or aisles of airports, offices, shopping centers, restaurants, casinos, sports stadiums, schools, and health clubs, and you’ll spot the ubiquitous box, just awaiting the time it will be called into action. They also show up in large airplanes, ambulances, medical vehicles of all kinds, and can even be purchased for home use. See Figure 1.
By contrast, standard external types of defibrillators require a trained EMT, or other medically trained person to operate. This person needs to be able to carry out the diagnostics, manually set charge levels, and time the pulse train if additional shocks are necessary. Standard defibrillators are usually much larger than AEDs, and typically found only in hospitals.
The portable battery-powered AED is approximately the size of a textbook. The unit contains two adhesive sensors joined by power lines to the main unit. (See Figure 2). An AED is similar in concept to manual defibrillators found in hospitals, but has been designed for use by people who have never used or operated one before, or never had any medical training. Units are labeled so that they can even be operated by users who can’t read.
Figure 2. In order to make AEDs more easily operable, directions are simple and include straightforward diagrams for those who cannot read.
Once activated, the unit typically verbally walks users through the setup and operational process, providing audio voice commands to guide the user through proper alignment of the sensors, power activation, and shock procedures. AEDs are totally self-diagnostic; once connected to a patient, the AED sensors analyze heart rhythm to determine if a shock is necessary. If the AED detects ventricular fibrillation, ventricular tachycardia or a non-beating heart, a high voltage shock is usually initiated.
This shock sends a high voltage and current pulse across the heart to shock the heart back into operation. Sometimes, repeated shocks are required before the heart starts operating again. If repeated shocks are necessary, a charging circuit in the defibrillator is activated to supply the next power burst. This charging circuit needs to be switched in and out in a reliable manner, in a guaranteed fault-free mode, to ensure proper recharging.
[snip…]
Also see:
* flickr.com/search/?q=714-999-9071
* payphone.wikia.com/wiki/714-999-9071
* payphone.wikia.com/wiki/714-999-9072
* payphone.wikia.com/wiki/714-999-9073
* payphone.wikia.com/wiki/714-999-9116
* www.waymarking.com/waymarks/WM1BRR_Disneyland_California_...
* www.ecnmag.com/articles/2012/06/portable-defibrillators-r...
* www.ehow.com/facts_5977386_definition-automated-external-...
dsc00020, 2009:04:11 01:04 3D, R, California, Anaheim, Disneyland®, Ticket Booth, Rest Rooms, Payphones with Defibrillator
23 March 2013. Zena and I smiled at the name of this stall in Brick Lane.
We'd been joking about foolish London councillors who failed to anticipate criticism for hob-nobbing with property developers in Cannes.
But instead of brioche we walked on to the Beigel Bake at 159 Brick Lane for some Beigels to take home to Tottenham on the 149 bus.
_______________________________
§ "Qu'ils mangent de la brioche," Supposedly - but probably not - said by Queen Marie Antoinette.
But it stuck; to illustrate the insensitivity of rulers who don't understand the lives of those they rule.
§ Take a virtual stroll down Brick Lane with Google Street View.
St. Viateur Bagel Shop, at 263 St. Viateur Ouest, was opened in 1957 by Myer Lewkowicz. Current owner, Joe Morena, with over 45 years of experience in the bagel business, oversees a family business that has grown to include 4 bakeries and 2 Bagel Cafés in Montreal. The landmark bagel shop operates 24/7 and sells over 1,000 dozen bagels a day, each and rolled and baked in a wood-burning oven.
The Montreal bagel, sometimes called a beigel, or in French a beguel, is a distinctive variety of the traditional bread product shaped by hand in a ring from yeasted wheat dough, which is first boiled for a short time in water and then baked. In contrast to the New York-style bagel, it is smaller, sweeter and denser, with a larger hole, and is always baked in a wood-fired oven. It contains malt, egg, and no salt and is boiled in honey-sweetened water before being baked in a wood-fired oven, whose irregular flames give it a dappled light-and-dark surface colour. There are two predominant varieties: black-seed (poppyseed), or white-seed (sesame seed).
Montreal bagels, like the New York bagel, were brought to North America by Jewish immigrants from Eastern Europe. One story claims the bagel was first baked in Montreal by Chaim (Hyman) Seligman, who sold his bagels on the Main from the back of a horse-drawn carriage. Seligman went in business with two men, Myer Lewkowicz and Jack Shlafman. Seligman and Lewkowicz founded St-Viateur Shop; Shlafman went on to found Fairmount Bagel. Fairmount Bagel’s sign pays homage to Seligman’s practice of stringing bagels together for sale by the dozen.
For a different version, see the <a href="Fairmont's story
[crosseye stereograph, see 3D with your right eye on the left image, and left on right.]
Excerpt from Portable defibrillators rely on reed relays in high-voltage charging circuit Tue, 06/26/2012 - 10:13am by John Beigel, MEDER electronic, www.meder.com
Portable Automated External Defibrillators (AEDs) are showing up regularly in places where large groups of people congregate, like airports and sports stadiums. This huge increase in the number of portable AEDs has not been driven by governmental regulation, but by the overwhelming evidence that they save lives.
And what helps to keep an AED ready to work reliably the first time, even if it has been sitting for weeks, months, and sometimes years? The hermetically sealed high voltage reed switches, in an epoxy sealed package, offer all the protection needed in difficult environments, such as moving vehicles or moist, dusty, dirty environments.
The rise in portable AEDs
Every year many thousands of peoples’ lives are saved by resuscitation in a hospital environment with a standard defibrillator after their heart stops beating. However, thousands of heart attack deaths occur every day among those unable get to a medical facility in time to be resuscitated. In fact, according to the American Red Cross, as many as 50,000 cardiac arrest fatalities could be prevented each year with the assistance of an AED, because an on-site AED reduces the amount of time necessary to restore normal heart function while waiting for medical assistance.
Figure 1. Portable AEDs are becoming somewhat ubiquitous in places where large numbers of people gather, like airports, due to their ease of use. In response, medical equipment manufacturers have developed portable defibrillators that are being placed in public areas where people are apt to gather. Walk down the halls or aisles of airports, offices, shopping centers, restaurants, casinos, sports stadiums, schools, and health clubs, and you’ll spot the ubiquitous box, just awaiting the time it will be called into action. They also show up in large airplanes, ambulances, medical vehicles of all kinds, and can even be purchased for home use. See Figure 1.
By contrast, standard external types of defibrillators require a trained EMT, or other medically trained person to operate. This person needs to be able to carry out the diagnostics, manually set charge levels, and time the pulse train if additional shocks are necessary. Standard defibrillators are usually much larger than AEDs, and typically found only in hospitals.
The portable battery-powered AED is approximately the size of a textbook. The unit contains two adhesive sensors joined by power lines to the main unit. (See Figure 2). An AED is similar in concept to manual defibrillators found in hospitals, but has been designed for use by people who have never used or operated one before, or never had any medical training. Units are labeled so that they can even be operated by users who can’t read.
Figure 2. In order to make AEDs more easily operable, directions are simple and include straightforward diagrams for those who cannot read.
Once activated, the unit typically verbally walks users through the setup and operational process, providing audio voice commands to guide the user through proper alignment of the sensors, power activation, and shock procedures. AEDs are totally self-diagnostic; once connected to a patient, the AED sensors analyze heart rhythm to determine if a shock is necessary. If the AED detects ventricular fibrillation, ventricular tachycardia or a non-beating heart, a high voltage shock is usually initiated.
This shock sends a high voltage and current pulse across the heart to shock the heart back into operation. Sometimes, repeated shocks are required before the heart starts operating again. If repeated shocks are necessary, a charging circuit in the defibrillator is activated to supply the next power burst. This charging circuit needs to be switched in and out in a reliable manner, in a guaranteed fault-free mode, to ensure proper recharging.
[snip…]
Also see:
* flickr.com/search/?q=714-999-9071
* payphone.wikia.com/wiki/714-999-9071
* payphone.wikia.com/wiki/714-999-9072
* payphone.wikia.com/wiki/714-999-9073
* payphone.wikia.com/wiki/714-999-9116
* www.waymarking.com/waymarks/WM1BRR_Disneyland_California_...
* www.ecnmag.com/articles/2012/06/portable-defibrillators-r...
* www.ehow.com/facts_5977386_definition-automated-external-...
dsc00007, 2008:10:24 09:59, 3D, California, Anaheim, Disneyland®, Main Gate, Ticket Booth, Rest Rooms, Payphones, before Defibrilator
[crosseye stereograph, see 3D with your right eye on the left image, and left on right.]
Excerpt from Portable defibrillators rely on reed relays in high-voltage charging circuit Tue, 06/26/2012 - 10:13am by John Beigel, MEDER electronic, www.meder.com
Portable Automated External Defibrillators (AEDs) are showing up regularly in places where large groups of people congregate, like airports and sports stadiums. This huge increase in the number of portable AEDs has not been driven by governmental regulation, but by the overwhelming evidence that they save lives.
And what helps to keep an AED ready to work reliably the first time, even if it has been sitting for weeks, months, and sometimes years? The hermetically sealed high voltage reed switches, in an epoxy sealed package, offer all the protection needed in difficult environments, such as moving vehicles or moist, dusty, dirty environments.
The rise in portable AEDs
Every year many thousands of peoples’ lives are saved by resuscitation in a hospital environment with a standard defibrillator after their heart stops beating. However, thousands of heart attack deaths occur every day among those unable get to a medical facility in time to be resuscitated. In fact, according to the American Red Cross, as many as 50,000 cardiac arrest fatalities could be prevented each year with the assistance of an AED, because an on-site AED reduces the amount of time necessary to restore normal heart function while waiting for medical assistance.
Figure 1. Portable AEDs are becoming somewhat ubiquitous in places where large numbers of people gather, like airports, due to their ease of use. In response, medical equipment manufacturers have developed portable defibrillators that are being placed in public areas where people are apt to gather. Walk down the halls or aisles of airports, offices, shopping centers, restaurants, casinos, sports stadiums, schools, and health clubs, and you’ll spot the ubiquitous box, just awaiting the time it will be called into action. They also show up in large airplanes, ambulances, medical vehicles of all kinds, and can even be purchased for home use. See Figure 1.
By contrast, standard external types of defibrillators require a trained EMT, or other medically trained person to operate. This person needs to be able to carry out the diagnostics, manually set charge levels, and time the pulse train if additional shocks are necessary. Standard defibrillators are usually much larger than AEDs, and typically found only in hospitals.
The portable battery-powered AED is approximately the size of a textbook. The unit contains two adhesive sensors joined by power lines to the main unit. (See Figure 2). An AED is similar in concept to manual defibrillators found in hospitals, but has been designed for use by people who have never used or operated one before, or never had any medical training. Units are labeled so that they can even be operated by users who can’t read.
Figure 2. In order to make AEDs more easily operable, directions are simple and include straightforward diagrams for those who cannot read.
Once activated, the unit typically verbally walks users through the setup and operational process, providing audio voice commands to guide the user through proper alignment of the sensors, power activation, and shock procedures. AEDs are totally self-diagnostic; once connected to a patient, the AED sensors analyze heart rhythm to determine if a shock is necessary. If the AED detects ventricular fibrillation, ventricular tachycardia or a non-beating heart, a high voltage shock is usually initiated.
This shock sends a high voltage and current pulse across the heart to shock the heart back into operation. Sometimes, repeated shocks are required before the heart starts operating again. If repeated shocks are necessary, a charging circuit in the defibrillator is activated to supply the next power burst. This charging circuit needs to be switched in and out in a reliable manner, in a guaranteed fault-free mode, to ensure proper recharging.
[snip…]
Also see:
* flickr.com/search/?q=714-999-9071
* payphone.wikia.com/wiki/714-999-9071
* payphone.wikia.com/wiki/714-999-9072
* payphone.wikia.com/wiki/714-999-9073
* payphone.wikia.com/wiki/714-999-9116
* www.waymarking.com/waymarks/WM1BRR_Disneyland_California_...
* www.ecnmag.com/articles/2012/06/portable-defibrillators-r...
* www.ehow.com/facts_5977386_definition-automated-external-...
dsc00006, 2008:10:24 09:59:36, 3D, California, Anaheim, Disneyland®, Main Gate, Ticket Booth, Rest Rooms, Payphones, before Defibrilator
Christmas Day bike ride. To Brick Lane and back.
.
.
.
#hackney #bricklane #bagel #beigel #saltbeef
#eeeeeats #instafood #londoneats #londonfood
#mybrompton #brompton #bromptonbicycle #bromptonbike #orangebrompton #londoncycling #bikeride
Links
9 July 2011. 159 Brick Lane E1. Near the junction with Bethnal Green Road.
Come hungry and form a short, orderly queue.
__________________________
Links
§ "What do we love most about this institution?" Time Out review July 2014.! (Checked 6 November 2015.)
§ Other people's more imaginative Beigel Bake photos on Flickr.
§ Aerial view of where this photo was taken.
§ A highlight of Tanguy's visit from Belgium.
§ Yelp contributors review Beigal Bake.
§ 2007 review in the Randomness Guide to London
5 June 2012. North end of Brick Lane, London E1.
§ Brick Lane Coffee is number 157. The entry in The Randomness Guide to London points out the gold-lettered sign. This was once a pub called The Jolly Butchers.
§ Yes, there are two beigel shops. Both have their own fans.
§ Aerial view of where this picture was taken.
Excerpt from Portable defibrillators rely on reed relays in high-voltage charging circuit Tue, 06/26/2012 - 10:13am by John Beigel, MEDER electronic, www.meder.com
Portable Automated External Defibrillators (AEDs) are showing up regularly in places where large groups of people congregate, like airports and sports stadiums. This huge increase in the number of portable AEDs has not been driven by governmental regulation, but by the overwhelming evidence that they save lives.
And what helps to keep an AED ready to work reliably the first time, even if it has been sitting for weeks, months, and sometimes years? The hermetically sealed high voltage reed switches, in an epoxy sealed package, offer all the protection needed in difficult environments, such as moving vehicles or moist, dusty, dirty environments.
The rise in portable AEDs
Every year many thousands of peoples’ lives are saved by resuscitation in a hospital environment with a standard defibrillator after their heart stops beating. However, thousands of heart attack deaths occur every day among those unable get to a medical facility in time to be resuscitated. In fact, according to the American Red Cross, as many as 50,000 cardiac arrest fatalities could be prevented each year with the assistance of an AED, because an on-site AED reduces the amount of time necessary to restore normal heart function while waiting for medical assistance.
Figure 1. Portable AEDs are becoming somewhat ubiquitous in places where large numbers of people gather, like airports, due to their ease of use. In response, medical equipment manufacturers have developed portable defibrillators that are being placed in public areas where people are apt to gather. Walk down the halls or aisles of airports, offices, shopping centers, restaurants, casinos, sports stadiums, schools, and health clubs, and you’ll spot the ubiquitous box, just awaiting the time it will be called into action. They also show up in large airplanes, ambulances, medical vehicles of all kinds, and can even be purchased for home use. See Figure 1.
By contrast, standard external types of defibrillators require a trained EMT, or other medically trained person to operate. This person needs to be able to carry out the diagnostics, manually set charge levels, and time the pulse train if additional shocks are necessary. Standard defibrillators are usually much larger than AEDs, and typically found only in hospitals.
The portable battery-powered AED is approximately the size of a textbook. The unit contains two adhesive sensors joined by power lines to the main unit. (See Figure 2). An AED is similar in concept to manual defibrillators found in hospitals, but has been designed for use by people who have never used or operated one before, or never had any medical training. Units are labeled so that they can even be operated by users who can’t read.
Figure 2. In order to make AEDs more easily operable, directions are simple and include straightforward diagrams for those who cannot read.
Once activated, the unit typically verbally walks users through the setup and operational process, providing audio voice commands to guide the user through proper alignment of the sensors, power activation, and shock procedures. AEDs are totally self-diagnostic; once connected to a patient, the AED sensors analyze heart rhythm to determine if a shock is necessary. If the AED detects ventricular fibrillation, ventricular tachycardia or a non-beating heart, a high voltage shock is usually initiated.
This shock sends a high voltage and current pulse across the heart to shock the heart back into operation. Sometimes, repeated shocks are required before the heart starts operating again. If repeated shocks are necessary, a charging circuit in the defibrillator is activated to supply the next power burst. This charging circuit needs to be switched in and out in a reliable manner, in a guaranteed fault-free mode, to ensure proper recharging.
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Also see:
* flickr.com/search/?q=714-999-9071
* payphone.wikia.com/wiki/714-999-9071
* payphone.wikia.com/wiki/714-999-9072
* payphone.wikia.com/wiki/714-999-9073
* payphone.wikia.com/wiki/714-999-9116
* www.waymarking.com/waymarks/WM1BRR_Disneyland_California_...
* www.ecnmag.com/articles/2012/06/portable-defibrillators-r...
* www.ehow.com/facts_5977386_definition-automated-external-...
dsc00019, 2009:04:11 01:04, 3D, L, California, Anaheim, Disneyland®, Main Gate, Ticket Booth, Rest Rooms, Payphones with Defibrillator