A classic Japanese confection, Dorayaki is made of honey pancake sandwich with sweet red bean filling. It’s wildly popular amongst the children and adult alike in Japan.
Dorayaki (どら焼き) is best described as a dessert with red bean filling between two slices of sweet fluffy pancakes. If you are familiar with Japanese cartoon from the 70’s, you probably know this dessert from the anime character Doraemon who is crazy about this snack and falls for any trap involving them.
Watch How To Make Dorayaki どら焼きの作り方
Dorayaki is a popular Japanese snack and dessert, made of honey pancake sandwich with sweet red bean filling. A children and adult’s favorite in Japan
Different Types of Dorayaki
Besides Doraemon, my entire family including my children and husband all love this snack. This traditional Japanese confectionery is most commonly filled with sweet azuki red bean pastes; however, custard cream (recipe), chestnuts (kuri), and cream (matcha cream, cream with fruits, etc) are also popular.
MY LATEST RECIPES
Golden Brown Dorayaki Pancakes
For perfect golden brown pancakes, make sure to wipe off all excess oil on the frying pan’s surface. If you leave oil streaks on the pan, the pancakes will not turn into nice golden color without spots. Don’t worry if the first few doesn’t turn out perfect, just keep going and you’ll get the hang of it very quickly.
Most of Japanese confectionery stores in Japan carry these traditional sweets. Here in the U.S., Japanese and Asian grocery stores carry packaged dorayaki. They taste good, but homemade ones are very easy to make and I hope you give this homemade recipe a try!
The soft moist honey pancake with sweet red bean filling goes perfect with warm and slightly bitter Japanese green tea. I am drooling just thinking about these tasty pancake snack.
I hope you enjoy making my Dorayaki recipe! If you make this recipe, snap a picture and hashtag it #JustOneCookbook. I love to see your creations on Instagram, Facebook, & Twitter! Thank you so much for reading, and till next time!
In a large bowl, combine eggs, sugar, and honey and whisk well until the mixture becomes fluffy.
Sift flour and baking powder into the bowl and mix all together. Keep in the fridge to rest for 15 minutes.
The batter should be slightly smoother now. Stir in 1 Tbsp. of water. Depends on the size of eggs and how accurate your flour measurement is, the water amount may vary but it should be 1-2 Tbsp.
Heat a large non-stick frying pan over medium-low heat (close to low). It's best to take your time and heat slowly. I keep the heat setting to the lowest for 5 minutes. Dip a paper towel in vegetable oil and coat the bottom of the pan with the oil. Then remove the oil completely (that's the key for evenly golden brown dorayaki surface). With a ladle or a small measuring cup (I use a 4 Tbsp. measuring cup), pour 3 Tbsp. of the batter from 3" (8 cm) above the pan to create 3" (8 cm) diameter pancakes.
When you see the surface of the batter starting to bubble, flip over and cook the other side. With my stovetop and frying pan, it takes 1 minute and 15-30 seconds to cook one side and 20-30 seconds on the other side). Transfer to a plate and cover up with a damp towel to prevent from drying. You do not need to oil the pan again. Continue making pancakes (you can make about 12 pancakes).
Make sandwich with red bean paste. Put more red bean paste in the center so the shape of dorayaki will be curved (middle part should be thicker). Wrap dorayaki with plastic wrap until ready to serve.
Recipe Notes
*1 cup of flour is 120-125 g. However, if you don't fluff the flour before you scoop and scoop up with a measuring cup, you most likely end up with 150-160 g for 1 cup. Therefore, if you don't have a kitchen scale, it's very important to fluff the flour, then scoop with spoon into a measuring up, then level off with a knife. If you do it correctly, 160 g should be 1⅓ cup. I HIGHLY recommend to use a kitchen scale.
Red bean paste (anko): You can use canned Ogura-An(1 can = 18 oz).
If you don't eat it on the same or next day (keep it in a cool place), wrap the dorayaki in plastic wrap and put in a Ziploc bag to store in the freezer for up to a month.
When we find these types of Truth, we know that our ancient ancestors are speaking from the afterlife. What will we do with this knowledge: Media Library
What media library has decided to do is build a church of the ancient ancestors to remind us where we are going in the future and what we have done in the past, recognizing that these feet that were created without the technology and knowledge of today far passes what we are using today. But what if we take what we know of the past and what we know of today's technology and combine them together.
This technique does drain the battery so you're going to have to buy a okay battery charger to keep those battery constant and you have your own stick welder,
These battery chargers are too weak to constantly Supply electricity needs you need to run your stick welder. So if you spend over $100 for a battery charger you can always use it directly
Here’s a neat little trick for performing an emergency weld using 3 car batteries, and a jumper cable. People in third world countries have been using this welding trick for many years.
It can be a little dangerous, but if needed to do a welding job without welding equipment you’ll know how to do it.
Welding with car batteries is an old trick. You don’t want to do this unless you don’t have any other options. Make sure that you wear proper protection for your eyes, etc. This is how they weld in the Caribbean, Central and South America this as they have no means of obtaining a welder.
Car batteries can overheat and rupture (spewing hot acid) when shorted. It’s a good idea to protect yourself by placing some cardboard over the batteries. Go ahead and watch the video now to learn this welding trick.
Imagine an hourglass for those who can't here's an illustration
yes I know we live in the year of death of the imagination but no matter we're going to try and imagine this hourglass as a battery.
The chemical inside this battery changes as it's used up but on the opposite side of The Hourglass it uses that chemical that's used up and returns it back to its original state. Imagine a battery that all you would have to do is flip it in order to renew the battery, long lasting batteries are now not just imagination people are starting to work on such things, technology is moving forward. We already know that magnesium batteries when depleted produces magnesium oxide, if you heat the oxide you have just make me ziam leftover to reuse in your batteries. But what if you made an oxide battery that uses the oxide and Returns the magnesium when you flip The Hourglass
Does MIT there are working on a similar concept,
A new approach to the design of a liquid battery, using a passive, gravity-fed arrangement similar to an old-fashioned hourglass, could offer great advantages due to the system’s low cost and the simplicity of its design and operation, says a team of MIT researchers who have made a demonstration version of the new battery.
Liquid flow batteries — in which the positive and negative electrodes are each in liquid form and separated by a membrane — are not a new concept, and some members of this research team unveiled an earlier concept three years ago. The basic technology can use a variety of chemical formulations, including the same chemical compounds found in today’s lithium-ion batteries. In this case, key components are not solid slabs that remain in place for the life of the battery, but rather tiny particles that can be carried along in a liquid slurry. Increasing storage capacity simply requires bigger tanks to hold the slurry.
But all previous versions of liquid batteries have relied on complex systems of tanks, valves, and pumps, adding to the cost and providing multiple opportunities for possible leaks and failures.
The new version, which substitutes a simple gravity feed for the pump system, eliminates that complexity. The rate of energy production can be adjusted simply by changing the angle of the device, thus speeding up or slowing down the rate of flow. The concept is described in a paper in the journal Energy and Environmental Science, co-authored by Kyocera Professor of Ceramics Yet-Ming Chiang, Pappalardo Professor of Mechanical Engineering Alexander Slocum, School of Engineering Professor of Teaching Innovation Gareth McKinley, and POSCO Professor of Materials Science and Engineering W. Craig Carter, as well as postdoc Xinwei Chen, graduate student Brandon Hopkins, and four others.
Chiang describes the new approach as something like a “concept car” — a design that is not expected to go into production as it is but that demonstrates some new ideas that can ultimately lead to a real product.
The original concept for flow batteries dates back to the 1970s, but the early versions used materials that had very low energy-density — that is, they had a low capacity for storing energy in proportion to their weight. A major new step in the development of flow batteries came with the introduction of high-energy-density versions a few years ago, including one developed by members of this MIT team, that used the same chemical compounds as conventional lithium-ion batteries. That version had many advantages but shared with other flow batteries the disadvantage of complexity in its plumbing systems.
The new version replaces all that plumbing with a simple, gravity-fed system. In principle, it functions like an old hourglass or egg timer, with particles flowing through a narrow opening from one tank to another. The flow can then be reversed by turning the device over. In this case, the overall shape looks more like a rectangular window frame, with a narrow slot at the place where two sashes would meet in the middle.
In the proof-of-concept version the team built, only one of the two sides of the battery is composed of flowing liquid, while the other side — a sheet of lithium — is in solid form. The team decided to try out the concept in a simpler form before making their ultimate goal, a version where both sides (the positive and negative electrodes) are liquid and flow side by side through an opening while separated by a membrane.
Solid batteries and liquid batteries each have advantages, depending on their specific applications, Chiang says, but “the concept here shows that you don’t need to be confined by these two extremes. This is an example of hybrid devices that fall somewhere in the middle.”
The new design should make possible simpler and more compact battery systems, which could be inexpensive and modular, allowing for gradual expansion of grid-connected storage systems to meet growing demand, Chiang says. Such storage systems will be critical for scaling up the use of intermittent power sources such as wind and solar.
While a conventional, all-solid battery requires electrical connectors for each of the cells that make up a large battery system, in the flow battery only the small region at the center — the “neck” of the hourglass — requires these contacts, greatly simplifying the mechanical assembly of the system, Chiang says. The components are simple enough that they could be made through injection molding or even 3-D printing, he says.
In addition, the basic concept of the flow battery makes it possible to choose independently the two main characteristics of a desired battery system: its power density (how much energy it can deliver at a given moment) and its energy density (how much total energy can be stored in the system). For the new liquid battery, the power density is determined by the size of the “stack,” the contacts where the battery particles flow through, while the energy density is determined by the size of its storage tanks. “In a conventional battery, the power and energy are highly interdependent,” Chiang says.
The trickiest part of the design process, he says, was controlling the characteristics of the liquid slurry to control the flow rates. The thick liquids behave a bit like ketchup in a bottle — it’s hard to get it flowing in the first place, but then once it starts, the flow can be too sudden. Getting the flow just right required a long process of fine-tuning both the liquid mixture and the design of the mechanical structures.
The rate of flow can be controlled by adjusting the angle of the device, Chiang says, and the team found that at a very shallow angle, close to horizontal, “the device would operate most efficiently, at a very steady but low flow rate.” The basic concept should work with many different chemical compositions for the different parts of the battery, he says, but “we chose to demonstrate it with one particular chemistry, one that we understood from previous work. We’re not proposing this particular chemistry as the end game.”
Venkat Viswanathan, an assistant professor of mechanical engineering at Carnegie Mellon University, who was not involved in this work, says: “The authors have been able to build a bridge between the usually disparate fields of fluid mechanics and electrochemistry,” and in so doing developed a promising new approach to battery storage. “Pumping represents a large part of the cost for flow batteries,” he says, “and this new pumpless design could truly inspire a class of passively driven flow batteries.”
The work was supported by the Joint Center for Energy Storage Research, funded by the U.S. Department of Energy. The team also included graduate students Ahmed Helal and Frank Fan, and postdocs Kyle Smith and Zheng Li.
Here at Media Library we do experimental test, one of those tests is to take electricity from the sky and make it into a magnetic windmill, ideal comes from
Nikola Tesla experiment
We explain these examples in these earlier papers of magnetic motors so we can get to the point of running those magnetic motors on the power of atmospheric electricity. Little people disbelieve in things that already have been invented tested try and use for almost a hundred years. It has to be deliberate and some has to be ignorant by Edison and the bankers to keep people conform to one way of thinking. No wonder they have to get rid of Tesla's and his inventions so you can deny the simple facts shown in the video below.
Of course today we are more modern and string lines, you can see a similar device called
A relay switch; and a even more streamline of this device is called a reed switch.
Without these type of devices magnetic motors would not work
It all comes down to; off and on, positive and negative, votes /no votes.
We say this to say there are many ways to have a self running generator, this is just another example watch the video below
Using established scientific facts you just heard we now have proven that you can make electricity from the sky, we have now shown you Tesla's patents and lasersaber from YouTube demonstrates atmospheric electricity. Is it any more evidence that we can show sure and we will but we keep in mind people get bored with long papers.
What we know
1 we can charge a cell phone wirelessly
The Samsung Wireless Charging Pad (sold separately) lets you charge your phone simply by placing it on the charging pad. TheWireless Charging Pad uses Qi Inductive Charging Technology, eliminating the need to attach a charging cable every time you want to charge your phone. 2. The above technology is flat and small unlike the crystal radio which lights up leds
like the ones used in most nonelectric cars, usually have a voltage of 2.0 volts. But there are usually six of these cells connected in series in a car battery, which is why you've likely heard such batteries referred to as 12-volt batteries.
fact; a battery is an amplification unit, that takes small cells low voltage and amps to create a larger cell for larger voltage and amps. Most people do not look at it in this manner, but it's true just look.
This means Ethan with the lowest voltage say 1 millivolts and 1 milliamp or less you could build the charge up big enough in this type of manner to have a 12 volt battery.
Maxwell Sangulani has always claimed the he would try to advance the ability to produce electricity by utilizing radio frequency, and this has been a proven fact. By revealing undisclosed substance (industry secreted) to radio wavelengths, the Eco-friendly power generator has the capacity to funnel the power generated into functional electrical energy.
And then the scientist said.
His assertion is always that he has moved past the rules of preservation of energy as generally comprehended as equivalent shift of energy from a single form to a different one proclaiming that this kind of “discovery” displays the application of basic gel battery packs in series of 220 volts generating a greater output in electrical power (500,000 Watts). We aren't certain how this claim could be allayed, therefore we wish at some discussion board researchers will put the statements to test.
But we had to put it to the test, and we did it long before we knew that someone in Zimbabwe had been working on the same development we started work on these projects in 2001. We still don't know how his technology actually works at this time but based on our Theory and research that we have done we know it's possible.
Work on atmospheric electricity and other designs that work on the same principle have been done in the past,
So where are we going with this
Tesla had a lot of Secrets but we have to decipher them from what we know, and what we know have been talked absolutely wrong for a long time we think this was on purpose to slow-walk us into a development that economics could handle in our society. There's no secrets that you could pull electrostatic out of the air or harness radio waves even use electromagnetic light waves. But what most people don't get that each and every one of these are related, so what happens when you take the ionosphere and light waves frequency pass through them. You get excited electrons electrons at a higher state starts to act like electromagnetic waves. You don't know what I'm talking about well let's take what infrared is in the first place, you take Heat from any Source whether it's from light or from fire another source of light like the sun, then you excite Adams into it gives off a glow this is the light bulb that should be above your head literally excited electrons make light! Wow, so it's simple you guys if you can light up an LED light using whatever source that come from the sky then you can build it up into a bigger voltage with the understanding of cell technology.
We got permission to show you one of our old videos we were demonstrating for the Youth, at this time we cannot show you our latest accomplishment you may see this at a later date in our designs of Tesla Park so stay tuned to see it in action at the actual Museum we are building with absolutely no help, as you see in the video below demonstrates on how we would get electricity and operate the magnetic windmill. And also at the same time absolutely proves that magnetic motors can run for a thousand years, yes keep in mind that will is a magnetic wheel what acts upon it to keep it running it's up to you, it could be an oscillating back and forth motion of another magnet. Or a rotating magnetic wheel which the small motor operates from atmospheric electricity and so much more. Just remember anything that said to be impossible is almost out of the leave wrong it's just the lack of imagination, and we would like you to know one more thing if an apparatus is running from the electricity that is produced it is self running not an illusion from our last videos if you watch them.
Some of my earlier designs working with motors that run on magnets oh, we've had such great success with these projects that I decided to let my nephew Jason Arrington, use it in his Google science fair experiment. At the time it was a little Advanced for most people comprehension so today I will explain in more details what you are about to see.
Explaining
Magnetic windmills to my nephew for Google science fair
What you have just seen is proof that 2 to 1 the magnetic powered motor has the power to move to of its kind from one powered 9 volt motor just using the power of the magnets, but why first the design needed to show how much electricity is needed to push the magnets to a nice comfortable speed. By using magnets themselves we also have stated by experience that magnets having low electricity in themselves can produce a magnetic field stronger in which the field itself is vibrating. A great debate on whether magnets have electricity at all was caused among are peeps, another experiment prove that magnets themselves hold some electricity and why they vibrate causing magnetic field. This is what I call the (flux capacitor theory) in what I stated a two-for-one action. Because the first Wheels spinning uses a 9-volt battery to power itself we call this a generator or alternator. It also proves that we can make an electromagnet using 9 volts 2 power this phenomena magnetism. If you looked at the video carefully you would see each one of those Motors Carrie it's only a little motorized generator which serves as an axle at the same time so at 2 to 1 ratio we are putting 9 volts in and the motors are 9 volt DC motors which put out about 6 volts which means that we are producing 12 volts out from the two generators. 3% from a step up generator is good but we increase its proficiency bye not using the electricity which caused the phenomena in the first place look at the diagram.
As you look at the diagram above you notice that the generator is part of the motor and one cannot turn without the other. You also notice in the video that we use and 9 volt motor to turn the other two Motors to show you the power that it can produce, now all you need to know is atmospheric electricity real or not do the research. Once you see that you can produce well over 9 volts some radio waves, light waves which are radiant energy or any other source of electromagnetic waves now look at diagram below
This is a picture from a YouTube video of a crystal radio which takes radio waves and makes electricity, you can see the LED light switch supposed to take three votes a piece, let's say they only take one vote to operate there are 10 lights which means 10 volts to supply the LED lights and light them up. Now if the apparatus in the video we saw above what's on a 9 volt battery which it does then the magnetic windmills can work off this Crystal Radio.
Let's explain what you are looking at in this diagram; you have a generator which will produce enough electricity to make an electromagnet at the coils, coiling wire causes stronger electromagnetic fields, this is where you get your two for one power output. Now the magnetic motor has two purposes, one it is a flywheel which is heavier and bigger than the generator itself, this is under Leverage technology, flywheel stored torque energy is an energy being used by many companies. The larger wheel means that the magnets have to do less work, now the power of the magnets only have to have the electromagnets doing its job and that energy is coming from the generator and some compositors to level out the electricity for smoother runtime. In the diagram the flywheel and the magnetic motor seems to be separate but remember what you seen in the video they're all compressed into one functioning motor
Reference
https://youtu.be/do4IO_U3B5o
https://youtu.be/xNgpMkwX5qY
https://youtu.be/oMK0dEKWJdY
https://youtu.be/v5ddj6s_0ok
https://youtu.be/aHMKiajMZrM
Information to use in your magnetic motor experiments, remember if you can produce electricity and pass it through the magnetic wire then you are not only producing electricity but also a magnetic field as long as it completes a circuit isky, that means your device plugged into the circuit what completes the circuit and allows electricity to flow in a circle back to the source it came from if you understand this principle. The electromagnet is complete and your apparatus is now being used let's look at a diagram
Now let's go back to the beginning of this paper and look at Tesla design compared to this one
yes I know it's hard to see the comparison but that's okay we get it, just keep in mind that these apparatus are in a circuit connected to ground, this should leave you wondering why they work if they don't complete a complete circuit like in the electromagnet again go back to Tesla's radiant energy and see the similarities broaden your imagination is the key to success.
Playing around with some of my experiments I realized that someone else was doing something similar is it the same thing that remains to be seen, but let's first look at the experiment
For those who watch the entire experiment you should understand the phenomenon happens but the next video is a demonstration of perhaps the same thing we do not know. But it seems that he is getting similar results
Is this due to the graphite in size of capacitor can anyone really explain what's going on here.
It's time to put some new series on the board
Now that we understand some of the things that the scientists are looking for it gives you a basis to construct your ideas from. Let's go back and understand what he is doing by adding two more videos made from two different people and see if there's any similarities or something that we can make new entirely.
Similar to the Piezoelectricity effects when you strike Crystal In the videos above a constant pressure also causes this same effect I believe it's worth investigating see if you can put this crystals between two neodymium magnets which keeps a constant pressure on such crystals as the crystal battery then you've made a pressurized Crystal battery that should last years constantly running. Think about it let's expend this experiment
