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Her Tips for Fast Weight Gain With Honey and Eggs
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If you are underweight, you will need tips for fast weight gain. One tip is to eat honey and eggs for fast weight gain. The combination of eggs and honey will help your super thin body gain weight in a short time.

You should add honey and eggs to your fast weight gain menu. Honey and eggs are popular foods. With honey and eggs, you will be surprised with your weight after a short time. Let’s try it now.

Honey and egg-based menu for fast weight gain

Egg yolk contains the most nutrients in an egg. A yolk has an average of 13.6% of protein, 29.8% of fat and 1.6% of minerals as well as other vitamins such as vitamin B, D, E. It provides enough nutrients for your body and helps you gain weight quickly.

Protein in egg yolk can help you build muscle. Lecithin in an egg is a fatty substance that organizes cells in the body and helps with weight gain. You can eat egg yolk after boiling or steaming it.

Rich in valuable nutrients and natural sugar, honey is an indispensable food for humans. Honey protects your health and helps you gain weight effectively. With its high level of natural sugar with many vitamins such as Vitamin A, Vitamin D and Vitamin E as well as valuable enzymes, honey will improve your health, enhance your resistance and help you gain weight.

By combining eggs and honey, you will have a delicious snack for fast and healthy weight gain.

How to prepare eggs and honey

– Beat up two egg yolks with 50 milliliters of honey, add 50 milliliters of hot water, then continue with beating up. When the mixture is warm enough, add some drops of lemon juice and it is ready for you to drink.

– Beat up two egg yolks with 50 milliliters of honey, then add some ginger. You can cook it in an electric spot or a rice cooker. Then it is ready for you to eat. You may also eat it with some rice.

However, if you are satisfied with your weight, you should not eat this dish too often or you will be overweight. Eating honey and eggs once or twice a week is recommended.

You should eat honey and eggs after breakfast or before 8 pm to have a deep sleep.

I wish you success with this tip for fast weight gain.

Types of Door Knockers
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Many architectural structures are designed to bring attention to their entranceways, especially houses. When guests arrive, doors are the first things they see; the best doorways are warm, inviting and unique. Because the door is the focal point of the entranceway, it’s impossible to miss a door knocker. These decorative pieces add elegance and distinction to any doorway, setting it apart from the other houses on the street.

Although there is no official history regarding door knockers, they have been around since people have been living in dwellings. They were especially popular during from medieval times up through the 18th century, or until they were replaced by the electric doorbell. Although some people still use them as decorations, very few have practical use. Still, with so many types available, there is a style that will fit any preference.

Back when they were common door knockers were made to spare the knuckles of a visitor and their basic construction was a metal ring and a plate. They were often made to resemble animal or human faces (famously in Charles Dickens’ A Christmas Carol), but detail varies greatly. Even today, people can choose from a spectrum of knockers; from the basic rapper to one with craftsmanship that equals the greatest sculptures.

There are many types, all made out of different material. Cast iron knockers have been favorites for a long time for their simplicity and sturdiness. Those who want to complete a Western theme to their décor will enjoy the raw aesthetic of cast iron.

Pewter is another popular material. This metal is actually an alloy, consisting of both tin and copper – which gives it an alluring luster. Lower-grade pewter has a bluish color because lead is also added. Although Pewter is not commonly-used today seeing that it isn’t as strong as other metals, it’s still a popular material for decorative objects because it is easy to produce while retaining an elegant texture.

Copper is renowned for its ability to withstand the natural elements; it is the only material that doesn’t rust. Instead, it oxidizes – meaning that it forms a green finish when exposed to oxygen. Copper doesn’t physically deteriorate unlike other metals. The oxidation layer makes the metal stronger, which reduces the need to replace any door knockers made out of copper.

Stainless steel is a popular type of door knockers. This alloy holds numerous benefits, mainly its industrial-chic aesthetic. Stainless steel is also known for its strength and resistance to corrosion. Those living in lower temperatures will also favor the metal because of the toughness towards cryogenics (anti-freezing properties). Of all the decorative metals, stainless steel has been the most popular since the invention of it during the early 1900s.

Whether used practically or for decoration, a door knocker is an excellent way of distinguishing a doorway. With so many types of door knockers on the market, it’s easy to find one that fits your unique personality and décor.

Why Your Thoughts And Feelings Are The Voices Of Your Unconscious Beliefs
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Reconcile Your Unconscious Beliefs

When was the last time you paid attention to your thoughts? I mean, really noticed your thoughts without judgement? Here’s the thing: most people are oblivious to their thoughts because it is like a crowded freeway in their mind, where drivers are asleep at the wheel. This is what many people experience with their thoughts. The noise is overwhelming, so they ignore their thoughts. However, this is a problem because if we are unaware of our thoughts, how can we trust what we think, let alone trust ourselves to communicate truthfully?

Your conscious thoughts are the artefacts of your unconscious beliefs. Let me explain what I mean. Thoughts are the storehouses of the unconscious mind and they define reality as you believe it to be. However, they are subjective, meaning what you believe about the world differs from others. As the French-born novelist Anaïs Nin said: “We don’t see the world as it is, we see it as we are.” Meaning, your observations are based on your perceptions. You create a mental model of the world through your conditioning and project it outwardly. To use a simple analogy: Your unconscious beliefs can be likened to a musician playing an electric guitar, whereby the amplifier is the projection for the sound. The musician represents our unconscious mind, and the amplifier is the conscious mind. It can only project what the guitarist plays, not change the music.

In other words, no matter how hard you try to change your conscious thoughts, it is futile until you reconcile your unconscious beliefs. It is because the unconscious represents your accumulated thoughts, beliefs, and experiences from childhood. It is the storeroom for experienced trauma and the canvas upon which you perceive life. For example, if you had a tough childhood, you may have created a belief the world is not safe. Moreover, life is unfair, and it is difficult to express oneself because you are never heard. You wouldn’t be wrong in believing this, especially if exposed to trauma as a child. It is often said: Even though your wounds are not your fault, your healing is still your responsibility. Therefore, we must rewrite the influence of our upbringing by transforming our beliefs, so we don’t carry our trauma into the future.

Change Your Internal Scripts

Are you comfortable with this idea that your unconscious mind determines the quality of your life? To create a better future requires transforming unconscious thoughts to be in harmony with the reality you wish to live. This is because many of your thoughts are outside of your awareness, and it is difficult to determine the origins of your unconscious beliefs. Typically, you can look at areas of your life not functioning optimally, such as your relationships, finances, career, and health. Where there is a dysfunction in these respective areas, chances are, you are manifesting via your unconscious beliefs. The good news: you can change your internal scripts by making conscious what is unconscious. It requires re-internalising a new belief and rehearsing it until it becomes your new reality.

To put this another way: to make conscious the unconscious, requires being mindful of your outdated scripts (beliefs) and creating new mental associations. For example, I had a stern upbringing from an uncompromising father. Nothing I did was good enough for him; he always found fault with my choices. This resulted in repressed anger and feelings of shame, guilt, and unworthiness into early adulthood. When triggered as an adult, these unconscious wounds took centre stage and played out in my life. It felt normal to react this way because I was unconscious of my reactions. This is the biggest insight I hope you take from this article: When unconscious beliefs are repeated and reinforced, they become an automatic response and feel normal to you.

Don’t Fight The Ego

To further reinforce this idea: If someone criticises you, you might think they are being cruel and unfair. After all, they are the source of your pain; you assume. However, if you are in an intimate relationship, where the other person mirrors your unconscious beliefs, you will go to war to defend your position. If the relationship breaks down, you might decide to work on untangling your unconscious wounds. In my case, I spent years transforming my unconscious beliefs because I did not want to be dictated by my unconscious beliefs. Nowadays, when I experience anger, criticism, or shame, I am mindful of my reactions. I am no longer entangled in my unconscious reactions. Instead, I allow them to pass through my consciousness without being dictated by them.

I am not trying to remove the unconscious belief because it has a right to exist. Fighting the ego is a sign of resistance, and it will push back because the ego does not want to be suppressed. The aim is to be aware of your beliefs when they emerge, without opposing them. It is why I am drawn to the quote by author William Whitecloud who writes in Secrets of Natural Success: Five Steps to Unlocking Your Inner Genius: “The point is, though, that you don’t have to change your beliefs, you only have to change your focus. You only have to change what you put your energy in and therefore give the power to.” As Whitecloud articulates, you don’t need to manipulate your beliefs, but redirect where you give your attention. By recognising your unconscious beliefs, you shine a light on them through an expanded your awareness. Through regular practice, your unconscious thoughts will naturally subside because you are no longer resisting them. They are free to come and go without resistance.

Considering this, I invite you to undertake an exercise and journal two or three beliefs holding you back in your life. If you’re unsure, consider areas where you’re experiencing problems. If you still find it difficult to identify these areas, ask someone close to you for help. Once you’ve identified two or three beliefs, I encourage you to work through your beliefs using Byron Katie’s powerful self-enquiry program, The Work. It comprises journaling your answers to four questions, to see how those beliefs are negatively influencing your life. Ultimately, we must become attentive to our unconscious beliefs and not be dictated by them. After all, if we are the accumulation of our unconscious beliefs, we have the power to transform them in alignment with our core self.

Top Hybrid Cars
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The BMW 5 Series was the first model to introduce the controversial ‘flame’ design which split opinion. However we have always been fans so we were keen to see if the latest design would also hit the spot. We think that BMW has got it right again with a dynamic and thoroughly contemporary design which keeps the 5 bang up to date.

The new 5 Series comes with an array of EfficientDynamics technologies. There’s Auto Start-Stop, optimum gearshift indicator, Brake Energy Regeneration, Active Aerodynamics and low rolling resistance tyres. In addition a state-of-the-art 8-speed automatic transmission with a longer final drive ratio to reduce engine revs at motorway speeds helping to achieve great fuel consumption.

In the driving stakes BMW has kept the trademark 50:50 weight distribution, which along with the front-engined, rear-wheel drive layout, makes the 5 Series more agile than rivals. There’s also no reason to expect anything other than the excellent build quality that we’ve become used to.

The latest 5 Series is evolutionary rather than revolutionary but when you’re starting so close to perfection that isn’t necessarily a bad thing. The 520d ED delivers strong real world performance whilst achieving fuel economy that shames many city cars. With a brilliant blend of quality, style, performance and driving entertainment, it remains our favourite executive car.

It wasn’t too long ago that Mercedes struggled to get into this guide but with a new range of super hi-tech engines that is all about to change. Mercedes may have been the slowest of the German manufacturers to bring fuel-efficient models to market, but the results are impressive.

Gone are the days when you could tell how big a Mercedes engine is just from looking at the badge. As a case in point, both the E200d and E220d share the same 2.0 litre engine. They even have the same compression ratio (an impressively high 15.5:1 since you ask) so the difference in power is more to do with engine management than old school engineering.

Either engine is more than up to the job of providing decent pace and given that they achieve the same official fuel consumption the choice is likely to come down to budget. It is worth noting that you need to stick to the standard 17 inch wheels to get the best efficiency with larger rims resulting in a hefty penalty (up to 10 gCO2/km).

To keep the E-Class ahead of the competition the standard fit automatic gearbox now packs 9 ratios which goes some way to explaining the excellent official fuel consumption figures. Left to its own devices it will shuffle up into the highest gear possible but you can take control of affairs if you want to press on thanks to ‘Dynamic Select’ which provides ECO, Comfort, Sport, Sport+ and a mix and match setting.

The latest E-Class takes the best aspects of the previous model but adds state-of-the-art engines and a contemporary interior to keep it feeling fresh. The exec Mercedes has always lagged behind the 5 Series and XF in the driving stakes but it is now closer than ever which means that there is no longer a default option. Which one you pick will come down to personal taste as they all represent executive saloons at the top of their game.

The renaissance of Jaguar has been one of the most surprising stories of recent years. In 2008 Tata bought the brand from Ford, who never quite got to grips with what to do with Jag, and made two very important decisions; Jaguar needed investment, and Tata put plenty of cash on the table, but crucially it didn’t need management interference.

The XF is the latest confirmation that Tata was absolutely right. Jaguar never forgot how to build contemporary executive saloons, it just wasn’t allowed to. The XF takes the fight to the BMW 5 Series, Audi A6, and Mercedes E-Class head on and is all the better for it.

Jaguar has invested heavily in integrating aluminium into its production models with fantastic results. The latest XF is significantly lighter than the competition and is just 4% heavier than the smaller XE. Such a radical weight loss diet gets a big thumbs up from us as it benefits fuel consumption, handling and performance.

Alongside the advanced construction materials the XF also boast a brand new ‘Ingenium’ engine which finally provides Jaguar with a world class diesel engine. It also contributes to the weight loss thanks to yet more aluminium and its compact size. At the same time it is capable of producing impressive power and torque figures which imbue the Jag with sprightly performance.

There has never been much wrong with the way that the XF drives or looks, but it has never had a really efficient engine. With this issue now firmly addressed the combination of excellent official fuel economy, engaging dynamics, impressively low kerb weight and svelte looks make for a compelling proposition.

The Lexus GS has graced the pages of Green Car Guide for a number of years, but thanks to the performance hybrid approach Lexus has never truly explored the fuel consumption potential of the system, preferring to benchmark fuel economy against petrol rivals and turn the wick up than chase after diesel figures and dilute the performance. That is until now.

The 300h has very clearly been designed to take the fight to diesel rivals with fuel economy, performance and price all mimicking the front-running German offerings. Lexus has long claimed that its petrol/electric hybrid system can do everything that a diesel can, and the repost has been ‘prove it’. It appears that it does pay to be careful what you wish for, as on paper the 300h is up to the task and most surprisingly this includes the list price.

To extract better fuel economy there have been some big mechanical changes. Out goes the 3.5 litre petrol engine and in comes a 2.5 direct injection unit which produces a restrained 178 bhp. This is supplemented by a detuned electric motor which produces an additional 140 bhp providing a very favourable total system output of 220 bhp. Drive is still transmitted to the rear wheels through a CVT gearbox which as ever is great for fuel economy and frustrating if you are pressing on.

So the Lexus can beat diesel rivals for pure grunt but what about torque? The petrol engine can’t get close, with 163 lb ft at a lofty 4200 – 5400 rpm it won’t see which way the competition went. But as ever with hybrids, that’s only half the story. The electric motor comes to the rescue once more, with a handy 221 lb ft available from idle it fills in the gaps excellently and keeps the GS 300h in the race.

The GS remains exquisitely finished and arguably is better suited to the lower output system as it is competent to drive rather than razor sharp. The 300h is no more expensive than diesel rivals, has competitive fuel economy and thanks to petrol emitting less CO2 than diesel, falls into VED band B and attracts substantially lower company car tax. It also has the advantage of emitting no PM and very little NOx for which diesel rivals need to resort to expensive exhaust after-treatment. The GS still isn’t perfect but the 300h is a good enough package to make you think twice before ordering a diesel rival. It seems that Lexus wasn’t joking after all, petrol hybrids really can take on diesels at their own game.

Orbital Welding
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Orbital welding is Automatic Tunguston inert gas welding. It eliminates chances of manual errors in welding. It produces identical welds for hundred of times hence accuracy in welding.

Orbital welding was first used in the 1960`s when the aerospace industry recognized the need for a superior joining technique for aerospace hydraulic lines. A mechanism was developed in which the arc from a tungsten electrode was rotated around the tubing weld joint. The arc welding current was regulated with a control system thus automating the entire process. The result was a more precision and reliable method than the manual welding method it replaced.

Orbital welding became practical for many industries in the early 1980`s when combination power supply / control systems were developed that operated from 110 V AC and were physically small enough to be carried from place to place on a construction site for multiple in-place welds. Modern day orbital welding systems offer computer control where welding parameters for a variety of applications can be stored in memory and called up when needed for a specific application. The skills of a certified welder are thus built into the welding system, producing enormous numbers of identical welds and leaving significantly less room for error or defects.

Orbital Welding Equipment

In the orbital welding process, tubes / pipes are clamped in place and an orbital weld head rotates an electrode and electric arc around the weld joint to make the required weld. An orbital welding system consists of a power supply and an orbital weld head.

Power Supply: The power supply / control system supplies and controls the welding parameters according to the specific weld program created or recalled from memory. The power supply provides the control parameters, the arc welding current, the power to drive the motor in the weld head and switches the shield gas (es) on / off as necessary.

Weld Head: Orbital weld heads are normally of the enclosed type and provide an inert atmosphere chamber that surrounds the weld joint. Standard enclosed orbital weld heads are practical in welding tube sizes from 1/16 inch (1.6mm) to 6 inches (152mm) with wall thickness` of up to 0.154 inches (3.9mm) Larger diameters and wall thickness` can be accommodated with open style weld heads.

The Physics of the GTAW Process

The orbital welding process uses the Gas Tungsten Arc Welding process (GTAW) as the source of the electric arc that melts the base material and forms the weld. In the GTAW process (also referred to as the Tungsten Inert Gas process – TIG) an electric arc is established between a Tungsten electrode and the part to be welded. To start the arc, an RF or high voltage signal (usually 3.5 to 7 KV) is used to break down (ionize) the insulating properties of the shield gas and make it electrically conductive in order to pass through a tiny amount of current. A capacitor dumps current into this electrical path, which reduces the arc voltage to a level where the power supply can then supply current for the arc. The power supply responds to the demand and provides weld current to keep the arc established. The metal to be welded is melted by the intense heat of the arc and fuses together.

Reasons for Using Orbital Welding Equipment

There are many reasons for using orbital welding equipment. The ability to make high quality, consistent welds repeatedly at a speed close to the maximum weld speed offer many benefits to the user:

o Productivity. An orbital welding system will drastically outperform manual welders, many times paying for the cost of the orbital equipment in a single job.

o Quality. The quality of a weld created by an orbital welding system with the correct weld program will be superior to that of manual welding. In applications such as semiconductor or pharmaceutical tube welding, orbital welding is the only means to reach the weld quality requirements.

o Consistency. Once a weld program has been established an orbital welding system can repeatedly perform the same weld hundreds of times, eliminating the normal variability, inconsistencies, errors and defects of manual welding.

o Orbital welding may be used in applications where a tube or pipe to be welded cannot be rotated or where rotation of the part is not practical.

o Orbital welding may be used in applications where access space restrictions limit the physical size of the welding device. Weld heads may be used in rows of boiler tubing where it would be difficult for a manual welder to use a welding torch or view the weld joint.

o Many other reasons exist for the use of orbital equipment over manual welding. Examples are applications where inspection of the internal weld is not practical for each weld created. By making a sample weld coupon that passes certification, the logic holds that if the sample weld is acceptable, that successive welds created by an automatic machine with the same input parameters should also be sound.

Industries and Applications for Orbital Welding

Aerospace: As noted earlier, the aerospace industry was the first industry to recognize the requirement for orbital welding. The high-pressure systems of a single plane can have over 1,500 welded joints, all automatically created with orbital equipment.

Boiler Tube: Boiler tube installation and repairs offer a perfect application for orbital welding. Compact orbital weld heads can be clamped in place between rows of heat exchanger tubing where a manual welder would experience severe difficulty making repeatable welds.

Food, Dairy and Beverage Industries: The food, dairy and beverage industries require consistent full penetration welds on all weld joints. Most of these tubing / piping systems have schedules for cleaning and sterilization in place. For maximum piping system efficiency the tubing must be as smooth as possible. Any pit, crevice, crack or incomplete weld joint can form a place for the fluid inside the tubing to be trapped and form a bacteria harbor.

Nuclear Piping: The nuclear industry with its severe operating environment and associated specifications for a high quality weld has long been an advocate of orbital welding.

Offshore Applications: Sub-sea hydraulic lines use materials whose properties can be altered during the thermal changes that are normal with a weld cycle. Hydraulic joints welded with orbital equipment offer superior corrosion resistance and mechanical properties.

Pharmaceutical Industry: Pharmaceutical process lines and piping systems deliver high quality water to their processes. This requires high quality welds to ensure a source of water from the tubes that is uncontaminated by bacteria, rust or other contaminant. Orbital welding ensures full penetration welds with no overheating occurring that could undermine the corrosion resistance of the final weld zone.

Semiconductor Industry: The semiconductor industry requires piping systems with extremely smooth internal surface finish in order to prevent contaminant buildup on the tubing walls or weld joints. Once large enough, a build up of particulate, moisture or contaminant could release and ruin the batch process.

Tube/Pipe Fittings, Valves and Regulators: Hydraulic lines and liquid and gas delivery systems all require tubing with connector fittings. Orbital systems provide a means to ensure high productivity of welding and improved weld quality. Sometimes the tubing may be welded in place to a valve or regulator body. Here the orbital weld head provides the ability to produce high quality welds in applications with restricted access to the weld joint.

A manual weld taken from an operating plant.

This weld has defects that include lack-of- penetration, misalignment,

a huge crevice, and discoloration due to poor ID purge. This weld would be considered unacceptable by any standard.

Imitation Rhodium Plating Jewelry for Your Delicate Lady Love
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Rhodium is a metal element that belongs to the same family as platinum. It is the 45th element in the periodic table and gets its name from the Greek word “Rhodon,” because under the microscope, the element looks like a rose. It s a very expensive metal, almost ten times as expensive as gold and is very shiny. It is however not used to make jewelry by itself since it is extremely brittle.

Rhodium is used for plating of jewelry made of white gold, silver or platinum. Imitation Rhodium Plating is a used to give the jewelry a shinier and stronger characteristic. Surprisingly, even though it itself is brittle, when used as plating on metal jewelry, it provides protection against tarnishing and scratches. It also adds to the quality and life of the jewelry.

Rhodium plating is done by first cleaning the rhodium plates thoroughly using cleaning agents, then the rhodium plates are immersed in an solution (electrolyte) already containing the metal. The electrolyte or solution is kept at a temperature between 30 and 50 degree Celsius. The other metal to be plated is also immersed into the solution and low density electric current is then passed through the solution to complete the process of rhodium plating.

The most common use of rhodium is probably to plate white-gold. This is because white gold that is made by mixing gold with silver, palladium or nickel still retains a yellowish tint. To give it a really “white” and brighter sheen, rhodium is plated on to it. The rhodium plating adds luster and shine to the slightly dull white gold surface and also enhances the life. The jewelry however needs to be plated with rhodium periodically to retain the shine. Rhodium plating is also used for silver jewelry because sterling silver is quite soft and is not resistant to scratches and damage. Once plated with rhodium, the jewelry becomes scratch resistance and also a brighter and more polished look.

Another advantage of rhodium is that it is hypoallergenic. Some people at times complain of being allergic to white gold, gold and silver and have to stay away from jewelry made from these metals to avoid skin allergies. A plating of rhodium solves this problem completely and even people allergic to the main metal can happily flaunt their jewelry without the nagging concern of developing allergies. If you have been worrying about your allergic reactions to jewelry, you can rest easy with rhodium plated jewelry.

Rhodium as a metal is thus very useful to the jewelry industry. Imitation rhodium plating helps jewelry items to get a shinier, more lustrous look. It also helps to strengthen the basic metal that has been used to make jewelry like silver of white gold and makes it scratch and damage resistant. Not only that, since it is hypoallergenic in nature, plating jewelry with rhodium lets people allergic to different noble metals also wear jewelry that they otherwise couldn’t.

What Are High Purity Plastic PTFE Solenoid Valves And How Do They Work?
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High purity plastic valves and PTFE Solenoid values are made from PTFE, PVDF and other high purity plastics. These types of valves are produced by specialty plastic fabricator manufacturers for use in severe and critical service applications for the Pharmaceutical, Defense, Alternate Energy, Semiconductor, Medical and Chemical industries, to remotely control fluid flow. Since these products, including PTFE Solenoid Valves, are most often utilized in a corrosive laboratory environment or clean room automation environment, the high purity plastics of construction ensure the best results against corrosion and their chemical resistances offers long life within the application. Custom fluid control products made from polytetrafluoroethylene (PTFE) and other industrial plastics can be found in a wide variety of specifications to meet the many possible applications and can often be tailor-made to a customer’s particular requirements.

Solenoid Values

PTFE Solenoid Valves are used to remotely control fluid flow. Their use is becoming increasingly popular in a wide variety of industrial applications thanks to their relative simplistic nature and affordable installation cost. With an enormous range of high purity plastic valves on the market, factories and plants throughout the industrial sector are easily able to find the right valve that meets the exact specifications of their intended use.

How They Work

Solenoid valves are electrically actuated to either their open or closed position. The valve components work by allowing or restricting liquid flow depending on whether or not they are subject to an electrical current. The trigger device is normally an electromagnet coil which activates when fed an electric current, attracting a plunger or other valve stem component to changing the state of the mechanical device, this in turn allows or prevents liquid flow. When the electromagnet is deactivated, the plunger is returned to its original position typically by means of a return spring.

Valve Types

Valves are categorized according to their method of operation. Valve actuation methods include; solenoid actuated, pneumatic actuated, manual actuated, with common options for internally or externally piloted and direct-acting valves. They can also be classified by the number of flow paths (or port) designed into the valve. One other common method of classification is the flow configuration of Normally Open (“NO”) and Normally Closed (“NC”). Thus one could request a Three Way Normally Open Solenoid Valve.

Composition

Each valve is specially constructed with its intended purpose in mind, and the incredible variety of functions which solenoid valves can serve means they can be made from a diverse selection of materials. Key considerations when choosing the Body, Solenoid and Seal materials are the relative importance of factors like reliability, durability, cost and purpose specific characteristics like fluid compatibility.

PTFE (polytetrafluoroethylene) is an industrial plastic useful for its chemical inertness and its high-purity properties, allowing it to perform well even under extreme temperatures, corrosive environments and within acidic fluids. The chemical resistance properties make PTFE a remarkably versatile polymer and therefore PTFE solenoid valves are commonly used in harsh industrial applications.

PVDF plastic (polyvinylidene fluoride) is another industrial polymer with excellent high purity, abrasion resistant, and chemical resistant properties. It is also available in FDA compliant grades. PVDF is a high tech plastic material from the fluoropolymer family and is typically used in applications and processes whose extreme conditions require the highest purity. PVDF high purity plastic valves are particularly suited to adverse conditions thanks to the material’s strength, resistance to acids, bases, solvents and heat, as well as its property of low smoke generation in the event of a fire.

The sealing surfaces of typical High Purity Plastic and PTFE Solenoid Valves can be purchased in three different internal configurations; PTFE with Viton O-Rings, PTFE with Kalrez O-Rings, and an all PTFE wetted surface design. The valves are protected from the harsh industrial environment when in operation by long lasting, durable PTFE diaphragms, ensuring a long and reliable service life. Each of these PTFE Solenoid Valve types can be configured to fit various shapes, fittings, connections, power supplies and flow configurations or custom made to order from specialty plastic fabrication manufacturers.

Hans Coler Magnetstromapparat – The Device That Both The Nazis And The British Were Interested In
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The Hans Coler Magnetstromapparat (German for “magnet power apparatus”) was the first of Coler’s zero point energy devices that he created and shared with the German navy. How did it work and what happened to it? Can this technology be used today to power your own home? Let’s find out.

Hans Coler’s First Device

Coler actually produced two devices: the Magnetstromapparat and the Stromzeuger. His first is the subject of this article and consisted of permanent magnets, coils made from copper and condensors. German war documents show that Coler demonstrated the device delivering a continuous 450 millivolts which is just under half a volt. It should be noted that the device was capable of generating up to 12 volts if desired.

More specifically, the Magnetstromapparat consisted of six permanent magnets arranged in a hexagon-like configuration. The interesting thing about this particular magnetic motor generator design was that the magnets themselves formed part of the electric circuit which is uncommon.

The whereabouts of Coler’s original device is unknown. He made no secret of how he designed his motor and others have since copied and modified them for their own use.

How Do Magnetic Motors Work?

Magnetic motor devices (Cole’s included) convert magnetism into motion.

Initially, the rotor or drum is at a standstill, held in place by forces given by the magnets. An initial kick-start is required to allow this equilibrium to be broken. This can be done by pushing the rotor with a hand, with a hand crank or with the help of a small battery.

The rotor rapidly gains speed and soon reaches a constant speed. Now it is at a new equilibrium and the frictional forces from the bearings and air resistance are counteracted by the magnetic forces. The rotor runs indefinitely except when the device must be powered down for maintenance such as replacement of the magnets.

Can You Run Your Own Hans Coler Magnetstromapparat To Power Your Home?

Coler’s device was like most other developed motors in the last century. They all have their own unique features but ultimately rely on the same underlying principles: that it is possible to convert the power of or caused by magnetism into motion (usually rotor)

In my opinion, Coler’s device and many others were and are overly-complicated. The days of tinkering in your own workshop or garage for hundreds of even thousands of hours are long gone. Today, you can make your own device at home using some basic parts and tools.

After all, a magnetic motor generator is really nothing more than a rotor, some strategically placed magnets and some basic wiring. Anyone who can hold a tool can construct a device.

The typical power output obtained from a simple home version is 7 kilowatts. This is more than enough to power most homes.

The Property and Function of Aluminum
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Aluminum, is a kind of chemical elements, whose chemical symbol is Al. the amount of the Aluminum in the earth’s shell is just only inferior to Oxygen and Silicon. It ranks the third. From this point, it can be concluded that Aluminum is one of the richest metallic elements in the earth’s shell. Among so many kinds of metals, except the steel, Aluminum belongs to the largest category. At the end of the 19th century, Aluminum finally made a great figure and became the competitive metal in the engineering application.

Why does Aluminum become so popular in so many industries, such as aviation, construction and automobile? There is no doubt that it has a direct relationship with the particular properties of Aluminum. To a great degree, the function of the material depends on its properties. Because Aluminum is characterized by so many excellent natures, its application is quite wide.

What properties does Aluminum have? In the following passage some of the main features will be introduced in detail. What comes first is that its density is every small. It is just about 2.7 g/cm. Although the metal Aluminum is relatively soft, it can be made into all kinds of Aluminum alloys. These alloys can be widely used in the plane, automobile, train and boat. What’s more, a great number of Aluminum and Aluminum alloys are also commonly applied in the cosmetic rocket, space shuttle and satellite. For example, a plane is composed of about 70 percent Aluminum and alloy. The second property is about its electric conductivity. The electric conductivity is only inferior to that of silver and copper. Although the Aluminum’s conductivity is about 2/3 of the copper, its density is only 1/3 of the copper.

Therefore, if the transported electricity are the same, the length of the Aluminum wire is about half of the copper wire. In the industrial application, the cost can be reduced if people use the Aluminum wire. Thirdly, Aluminum is a good conductor. Its thermal conductance is about four times of the iron’s thermal conductance. Owing to this property, Aluminum is often used to manufacture all kind of heat changer, heat sink material and cookware. The ductility of Aluminum is also a good property. Under 100 degree Celsius ~150 degree Celsius, Aluminum can be made into the thin aluminum foil. The foil is commonly used to pack the cigarette or candy. What’s more, owing to its low temperature resistance, Aluminum is the ideal material for the cryogenic equipments, such as cold store, freezer or the automobile driven in the polar circle.

Home Power System Basics
electric resistance

Generating power for your home, with alternative energy systems can seem fairly daunting, if you don’t know how the system works. There are several different types of power systems you can use to power up your place. Most of them work similarly, in that the sun shines on your solar panels, which is then converted into electricity, or the wind turns the rotor, which in turn drives the generator, to create electricity.

Generally the power created in this manner is dumped into a battery bank, and you use the power out of the batteries, usually through a device called an inverter. The inverter changes the voltage you’ve stored in the battery bank into standard household current. Most homes are set up with power from utility companies, and use A.C. power, which usually is 120 volt, for light duty functions and 240 volt for the larger heat producing appliances in your home.

Now I’ve tossed out there several different terms, that may need more explanation. I’ll list the different items, and give a short summary of what they are, how they work and how they interact with the rest of your power system. I’m sure no one wants a long drawn out explanation but rather a short description how these items work together to make your home power system produce the power you use.

Components

Solar panels: Using sunlight, panels heat up and convert the heat to electricity.

Wind turbine: wind moving past the blades, turn a generator, creating electricity.

Battery bank: This is how you store, and use the power you’ve collected, via the panels and turbine.

Inverter: changes the electricity from D.C. to A.C. so you may readily use it.

Basic electrical terms

A.C. is short for ” alternating current.” A.C. is the standard form of electrical power you commonly use at home. A.C. power cycles at 60 cycles per second, meaning the electricity switches direction quickly, back and forth, so as to seem to always be on, and producing the desired results with the appliances you have plugged in, and turned on. When you grab a hot wire, using A.C. power, the electricity will continue to hit you until you shut the power off, or manage to let go of it. A.C. power is very dangerous.

D.C. is short for ” direct current “. D.C. is the type of voltage you will have stored in your battery bank. D.C. only moves in one direction, and will only bite you when you first touch it, and again when you try to let it go. Many farms and ranches use this type of power to charge the electric fences, around the pastures. In small voltages D.C. is extremely safe, and usually wont hurt you.

The reason for the two differing types of electricity are: A.C. can be transmitted for long distances, with smaller wire, and has less line loss than it’s counter part D.C. Line loss happens when power is transmitted over distances. The further away your appliances are to the power source, the more power you have to push through the wires.

When the telegraph became a part of the American communications system, the power source was from a battery bank, made up of “dry cells “. Because the power is lessened by distance, the telegraph relied on ” relay stations ” along its length, to rebroadcast the messages sent.

Other Basic Terms

Volts: The power type or force Amps: The strength of power flowing through the wires Watts: The amount of power required to run a particular appliance Resistance: The degradation of power being transmitted, because of the physics involved.

I promised you I would keep this short and simple, so we won’t go into this too deeply. Electricity is an atomic action, whereby an electron is transmitted through wires, to the units you want powered. When the electrons travel through the wires, part of the wire is transmitted with the power. Over time, wires wear out due to this, and can cause bad connections.

There are some mathematical equations involved with the previously mentioned terms. Voltage times amperage equals wattage. 110 volts (ac) times 5 amps equals 550 watts. If the appliance requires 110 v to operate, and uses 9 amps of power, then it will require 990 watts to keep it running. Mostly you won’t need to know these things, if you set your system up properly.

Using a home power system

Finally we get to what you were looking for! Solar panels generate a finite amount of power. The stronger the sunlight the more power you can generate, but a panel can only deliver so much. So you’ll need many panels, to allow you to use however much power you need. Solar panels will work on cloudy days, but not as effectively as in the direct sunlight.

The panels generate electricity and send that power to your battery bank. Since the batteries are D.C., to use this power in your home it goes through an inverter. That changes the voltage from D.C. to A.C.

The battery bank will be set up to store the power you produced from the solar, or wind plant. Usually the battery bank will be 12volt, or 24 volt, or various multiples of these. ( By the way, your car uses 12 volt D.C. to run most of the systems in it.) The battery bank is designed to cycle, meaning the batteries will be charged and discharged many times throughout the day, So, the size of your battery bank is as important as the number of solar panels, or the size of your wind plant. (how much wattage it produces, under ideal conditions)

This is just a basic overview. If you are interested in learning more, there are lots of books written about it. Using a home power system can help cut down your electric bill, but the hype about the power company paying you for your excess power is not really a reason to use this system.

This type of system is most beneficial when the power goes off, due to storms, downed power lines, or over usage, as in the brown outs of the east coast, during peak power usage times, when everyone and their cousins are using their air conditioners in summer, and heaters, in the cold of winter.

If you are going to set up an alternative power system, like the ones I’ve described, remember to set it up for excess power rather than just the bare minimum. You’ll generate more power in the summer than in winter, due to shorter days and less sunshine. Also wind is not steady, though it sometimes seems like it. And… The higher a wind plant is set, the more wind you’ll be able to use.