Are you a fan of Do-It-Yourself projects? They can save you money. They are fun to do. They can give you that same feeling of accomplishment that you had when you tied your first shoelaces. In the wide world of home decor, you can create several pieces on your own including wall decor. Here are some basic steps to follow, in order to create your own wall pocket:

Step 1: Secure your materials

For this project, you will need:

- bud vase

- drill bit (metal-cutting)

- electric drill

- floral wire

- safety gloves

- tin snips

- vintage ceiling tile (2)

- wire cutters

Step 2: Cut one ceiling tile

You can use the entire ceiling tile if you want. Another option is to cut it down to a smaller size. It is your call!

Step 3: Drill a hole in the tile

This should be from the top of the tile, and the hole should go completely through it. Make sure to wear safety gloves!

Step 4: Curve the second vintage ceiling tile into a tube

This curved ceiling tile will serve as the front of the wall pocket. Make sure to wear the safety gloves. Remember that one alternative to creating your own wall pocket is to purchase quality metal wall vases.

Step 5: Drill holes into the curved ceiling tile

The holes should go into both the sides and bottom of the tile. Make the holes near the perimeter, and roughly ¼ inches in from the tree side.

Step 6: Place the curved ceiling tile atop the other flat tile

Make sure that the bottom and the sides of the two tiles are lined up perfectly.

Step 7: Align the two vintage tiles

Next, cut a lengthy piece of the floral wire. At the end, tie a knot. Beginning from the bottom left of the back, feed the wire through the pair of holes. Draw the wire through the front and then push it back through the nest hole. This process should mirror the steps you use when tying up shoelaces on a pair of shoes.

Step 8: Using the end of the floral wire, tie a knot

You should take this step after you have threaded the final hole.

Step 9: Hang your vintage wall pocket onto the wall

Now you are ready to place the bud vase into the wall pocket that you created. Finally, place a flower into the wall vase. The function of the bud vase is to prevent rust from forming on the metal. If building your own wall pocket is too difficult, then consider buying metal wall vases instead.

Step 10: Seal the metal of the pocket (optional)

Use an oil-based burnish that is clear. Where the two tiles meet, use a clear epoxy glue to seal the juncture. This will provide temporary waterproofing for your wall pocket.

If you are a fan of DIY projects, then consider building your own wall pocket. This provides many benefits. Otherwise, consider buying quality wrought iron wall vases!

Do it yourself projects should be doable, easy and ultimately useful. The following are some practical DIY tasks that you can try if you have free time at home.

Wiring a plug

Wiring a plug only requires basic know-how to carry out. First off, why would it be necessary to wire a plug? Sometimes, appliances’ plugs become brittle, and break. It is dangerous to use broken plugs. Broken plugs can result in electrocution and in some rare instances, death.

In some cases, the wires inside the plug becomes disconnected. The first thing to do is to unplug the device to be repaired from the power source. With a screw driver, remove the cover of the plug and proceed to clear the terminals of any dirt.

This applies to new plugs. The only difference would be the insides of new plugs are clean. Proceed to separate the three distinct wires. The neutral wire, the earth wire and the live wire. All three are important, don’t leave anything behind.

Attach the three distinct wires to the proper terminals inside the plug. Most plugs are uniformly built, so you won’t have any trouble carrying this step out.

The brown wire, which is the live wire should go to the portion of the plug marked “L”. The neutral wire, which is often coated with blue plastic should go to the “N” terminal. The third wire, the earth wire goes to the topmost region of the plug.

The copper wires should be wound around the proper terminals, or they should at least pass through. Some plugs require wounding while others do not.

Be careful with the fine strands of copper wire. Any loose strands should be fixed. Remember, loose strands can cause fire from shorts once you plug in the appliance.

Fixing a leaking faucet

You do not need a plumber to fix a leaking faucet. Often, leaking faucets can easily be remedied with the right tools. The first step to fixing a leaking faucet would be to turn off the water valve.

Leaky faucets are often due to brittle or broken rubber washers. These rubber washers are simple enough to be installed by anyone. Unscrew the top of the faucet after the water supply has been turned off.

Remove the broken washer and inspect the area. Clean the top portion of the washer of any kind of dirt. Molds should be removed with a clean sponge.

Place the washer and proceed to re-install the handle of the faucet. If all goes well, you would be able to screw the handle quickly. If the washer’s size is right, the leaks would no longer appear. Turn off the water supply once again and test. A clean stream of water should appear.

In case this approach does not work, there is a possibility that there might be cracks or fissures on the faucet itself. Turn off the water supply once again, and inspect the faucet for minute cracks.

If there are minute cracks, purchase generic sealants. The sealants do not have to be expensive. Sealants like Epoxy Steel can be used.

Increased world wide demand for commodity metals such as copper has dramatically raised the cost of copper products like low voltage alarm cable. The cost of low voltage alarm cable has skyrocketed in recent years.

Another factor which contributes to the cost of low voltage wire and cable is how much copper processing is involved in making a particular type of copper conductor for low voltage wire and cable.There is much more processing and thus cost in the manufacturing of stranded copper conductors. A less costly alternative is to use solid copper conductor wire and cable since it does not require extra processing like stranded wire copper conductors.Wire and cable made with solid bare copper conductors is not as flexible as those made with stranded copper conductors. The decrease in flexibility is made up for with the reduced expense of solid bare copper cable. Most low voltage alarm systems use a small gauge (22 gauge) wire and the small loss of cable flexibility does not justify overlooking the costs savings of using solid conductor wire.

The market cost of a two conductor 22 gauge stranded bare copper alarm cable would be around $29.50 (US Dollars) per 1000 feet (304.8m) of wire. The cost of a two conductor 22 gauge solid bare copper alarm cable is $26.95 (US Dollars) per 1000 feet (304.8m) of wire. By using the solid bare copper conductor alarm wire you would save 8.64%.

Here is another example:A two conductor 22 gauge solid bare copper alarm cable cost just $20.75 (US Dollars) per 1000 feet (304.8m) of wire. If the two conductor stranded bare copper security cable costs $29.50 (US Dollars) per 1000 feet (304.8m) of wire, you save $8.75 (US Dollars) per 1000 feet (304.8m) of wire or 29.66%.

Here is a more detailed description of an alarm cable made with solid bare copper conductors which costs just $20.75 (US Dollars) per 1000feet (304.8m) of wire:

Unshielded cable:22/2 solid bare copper 1000 feet (304.8m)Spools Brown * Weight per 1000 feet (304.8m) Spool is 10 pounds (4.5Kg) * The correct order quantity is the total number of 1000 feet (304.8m) spools needed. If 5000 feet (1524m) is required then the correct order quantity is 5. ( 5 spools of 1000 feet 304.8m) * Applications:Nurse Call,Home Alarm System,Zone Fire Alarm,Residential Security,Home Theater,Communication Cable,Circuit Control Cable,Home Automation,Sound System,Intercom,Public Address System,Security System,,Power Limited Control Circuits,Commercial Security * Approvals: Article 725 & 800,California State Fire Marshal, -20 to 75Degree C, 300 Volt Rated * Conductor Insulation: PVC * Jacket:Riser Rated PVC,Rip Cord,Ascending & Descending Footage Markers * 4 x 1000 foot Spools in a Box * Order in Increments 4. Example 4 spools,8 spools or 12 spools.

Use solid bare copper conductor wire and cable and save your money!

Have you ever wanted to rewire or add a battery switch, fuse, fuse block or circuit breaker on your boat? Well a few things to remember; use quality components and read the specifications of any component you are installing. If you are adding a trolling motor, depth finder, or lights always check the manufacturer’s recommended wire and fuse size.

An example of modifying your wiring to meet the manufacture specifications was when I installed my new trolling motor from a 28 lb to a 50 lb. First I needed to increase the wiring size from the batteries to my battery selector switch from a size 10 to 6 gage. Wire size or gage number works opposite of what you may think larger the number smaller the wire. My original trolling motor wire was 10 gage rated for 15 amps and the new trolling motor required 6 gage rated for 40 amps. The chart below shows how many amps per wire gage per feet of wire for a 12 volt DC system. In my example the data is based on a 17′ boat. You can double the wire length with the same amperage for a 24 volt DC system.

My battery switch was manufactured by Blue Sea Systems (TM) which are specially designed for marine use. A switch is a nice addition to your boat. I had a battery die on me on a windy day and my boat was about to hit a pontoon and all I had to do was to turn the switch and select my other battery, then pull away. Always use a good quality Lug or butt slices with dielectric grease. Dielectric grease is a unique, non-curing compound used for sealing, protecting & electrical insulating. Just coat the wire before crimping the wire connector. You can always purchase butt splices with heat shrink tubing for extra protection from the elements.

By using the components designed for marine use and taking the time to make good connections and always installing the correct fuse for the wire gage and device you are protecting. You will never lose valuable fishing time trying to figure out why your depth finder, trolling motor or whatever electrical device you need stopped working because of loss of power.

Description

Vibration is a fine, gentle trembling movement of the tissues which is performed by your hand or fingers. Shaking is a large: movement performed more vigorously.

To perform vibration place the palmar surface of your hand on the part of the body or the limb to be treated. Vibrate the entire muscle area rapidly. The movement may either be gentle, in which case it is known as ‘vibration’, or vigorous, which is referred to as ’shaking’. Gentle vibration can be performed using just the fingertips along the course of a nerve.

Benefits

Vibration along the course of a nerve is helpful for restoring and maintaining the functions of a nerve and the muscles supplied by them, thereby improving their nutrition. It is particularly useful in cases of paralysis or where there is loss of nerve power.

Vibrating and shaking can be performed on the abdominal area to aid digestion and relieve flatulence. It can be used to promote tone in the colon and to combat constipation.

Vibration and shaking over the thoracic area and chest is particularly beneficial for respiratory problems such as asthma, sometimes in combination with the tapotement movements.

Errors to avoid

• Do not perform vibration and shaking where there is inflammation.
• Do not apply too much pressure.

Exercises for your hands

• It is essential to exercise your hands in order to improve flexibility, increase strength, heighten sensitivity and achieve an expert touch.
• To increase flexibility and strength
• Hold a small rubber ball in your hand and squeeze and relax your fingers around the ball repeatedly. Now exercise the other hand in the same way.
• Gently pull and stretch out the thumb and fingers of each hand one by one. Then circle each one carefully.
• Place your hands face down and shake them out from the wrists as loosely and as rapidly as possible.
• With fingers relaxed, circle both wrists clockwise and anticlockwise. You can also perform this movement with your fists clenched.
• With hands relaxed, bend each joint and slowly close each hand into a fist with the thumb outside the fingers. You can also perform this movement rapidly ensuring that a fist is made each time.
• Throw out your fingers so that they are separated and extended as far as possible. Repeat at least ten times.
• Tuck your elbows closely into your waist and rotate your loose wrists and forearms quickly in both directions.
• Place the palms of your hands together in a prayer position. Rapidly rub your hands together in a backwards and forwards motion. Notice the heat produced by this movement.
• Practise hacking and cupping on a cushion, remembering to keep your elbows closely tucked in and gradually building up speed.

To increase sensitivity

Bring the palms of your hands close to each other so that they are almost touching. Close your eyes and take note of unusual sensations such as tingling, heat, vibrations or pulsation. Now slowly separate your hands until they are about 5 cm (2 inches) apart. Then return them to the original position and again note any sensations. Now expand the gap to about 10 cm (4 inches) and then to 15 em (6 inches), all the time observing any reactions.

Ask a partner to sit opposite you. Place your hands approximately 5 cm (3 inches) away from his or her body, starting at the head. Move your hands slowly and steadily down the body to scan the energy field. You may feel temperature changes, tingling, vibrations, pulsations or electric shock type sensations. Repeat this exercise with your hands about 20 cm (8 inches) away from the person to be scanned.

Place a coin under a magazine and with your eyes closed try to find the coin by careful palpation of the upper surface of the magazine. If this is too difficult at first, place the coin under a few sheets of paper and then try to sense its position. Gradually increase the thickness of the barrier between your fingers and the coin until you can find the coin under a telephone directory!

Place a human hair under a piece of paper and with your eyes closed try to sense it under the page. Once you can do this easily, place the hair under several pages and repeat the exercise.

Place a selection of objects made of different materials (e.g. clay, rubber, plastic, metal, wood) in front of you. With your eyes closed pick up each one in turn and feel the different shapes, texture and flexibility of each item.

Sit opposite a partner at a table. Ask your partner to rest one or both arms in a relaxed position on the table. Place one of your hands on to your partner’s forearm and the other hand on the table. Focus your attention on what you are feeling. Sense the contrast between living tissue and non-living. You may even feel your hand being ‘drawn’ towards a certain area of the forearm, wrist or upper arm – if there has been an injury at some time this will still manifest in the tissues.

When performing these exercises ensure that you concentrate fully and use light and slow pressure to get maximum sensory input. Relax your hands as much as possible – rigid, hard hands are not nearly as effective.

A high vibration increases your manifesting ability. If you think of vibration as the voltage on a battery just imagine that the higher the voltage the more power the battery has to emit power. The same is true of your own state when you are able to hold a higher voltage thought and feeling.

You are better able to hold a high vibration by watching, then raising your emotions. Since your thoughts always precede your emotions its necessary to be mindful first of the quality of thoughts you are entertaining before they become negative feelings.

This is not to say that you should drive yourself crazy for every negative thought that you have. However its necessary for your own spiritual growth that you learn to deliberately lift your thoughts when you do find them sinking into doom and gloom.

One of the first steps you can take is to place your elf through a series of questions. Not only will you be able to control your own inner nature you will find that your ability to manifest will increase.

Here are a few questions you want to ask yourself when you find your thoughts sinking:

These questions will surely cause your mind to switch from what you don’t want to what is possible. Manifesting is a skill of the mind which requires training. The more you train the mind to find higher thoughts and emotions the higher your vibration and the easier it becomes to attract what you desire.

If you have not yet purchased an image stabilizing lens, you might nonetheless have heard the term “image stabilization” or “vibration reduction” bandied about in reference to various point-and-shoot cameras and SLR lenses. In that case you probably understand that IS or VR technology supposedly results in sharper images. But does the technology really work, and how well? What actually happens to make it work? In what situations does it not work at all? And most important of all, do you really need it?

The answer to the first question is yes, image stabilization technology not only works, it works well. If it did not, the remainder of this article would be entirely unnecessary. But it is useful to understand exactly what image stabilization is, and when it can be used to improve your photography before you shell out the extra few hundred dollars for a lens that has IS built into it.

Note: While the term “image stabilization” is used more frequently by writers when discussing this topic, “vibration reduction” is the term that Nikon uses to describe the same feature in its lenses, and it also happens to better describe what is going on. You should consider the two terms as interchangeable.

To understand how vibration reduction works, let’s consider for a moment the effect that it corrects for. When a camera is hand-held, and the shutter is open for a duration longer than the camera can be pointed in one direction without moving, then the resulting image is seen to be blurred. What happens is that as the camera lens tilts upwards, sideways, or a combination of the two, the focused image shifts position on the image sensor. A focused point of light ends up being rendered as a line. The accumulation of all the shifted points of light that make up an image results in a blurred image.

The obvious correction therefore would be to shift the image sensor by the same amount that each point of light is shifted, so the image and the image sensor move together in relative lock-step. Some camera manufacturers implement this exact solution, and float the image sensor so that it can track the image if the camera shifts during exposure. But this is the exception, rather than the norm. Generally the solution is achieved by adding the vibration reduction to the lens, rather than the camera body.

So how does this work? Actually it is fairly simple to understand. Instead of a floating image sensor, the lens body contains floating lens elements. The position of these lens elements is controlled by motors that are coupled to sensors which detect how much the lens body is rotated vertically or horizontally during exposure.

If the lens body rotates upward, the sensors compensate by telling the motors to drop the floating lens elements down a little to maintain the optical path of light traveling through the lens elements. If the lens body is rotated to the left, the lens elements shift to the right to compensate. The end result is that the image maintains its position on the image sensor during the exposure, creating a much sharper image than if the vibration reduction system had been deactivated (which it can be).

It might seem remarkable that the system can track camera shake so well. In fact, it is remarkable, but it all works because camera motion can be monitored about every 1/1000th of a second, while the camera wobble occurs on a time scale of, say, 1/30th, 1/15th, or even 1/4th of a second.

Vendors of these image stabilizing lenses claim that the technology allows you to gain about 3 to 4 stops on your exposures. This means that if, for a given photographic situation, the slowest hand-held shutter speed that consistently results in an OK image is 1/125th of a second, then by adding vibration reduction you ought to be able to shoot at 1/15th or perhaps even 1/8th of a second. This is a big deal if you are forced to shoot into shadow, or the light is fading, or you need to close down the aperture to improve depth of field.

But image stabilization only proves itself in a range of shutter speeds that are neither too great, nor too small. If you try to hand-hold a 1 second exposure it’s unlikely your VR compensation will be able to keep up with the erratic motions you supply it. Likewise, if you are shooting at 1/500th of a second or higher, the camera won’t have a chance to experience any wobbling, so the VR system will not add any improvement.

Another thing to remember about vibration reduction is that it has to do with compensating for camera motion during exposure. It has nothing to do with the speed of the object you are trying to photograph. So that fast-moving baseball will still be rendered as a blur unless you capture it at 1/500th of a second.

Do you need IS or VR lenses to improve your photography? This one is fairly easy to answer. If you regularly find yourself shooting at speeds less than 1/250th of a second then there is a very good chance you can rid yourself of a substantial number of those blurred, or unsharp, shots by investing in a good VR lens. Better yet, when you buy your next digital camera, simply go for a point-and-shoot with vibration reduction built in, or if you purchase a digital SLR, try to grab a model with vibration reduction built into the supplied kit lens.

A few decades back, no one had ever heard of a fire alarm for a private home. In those days, a fire alarm was what happened at school when some kid pulled the switch thinking he was cool. Now fire alarms have become an important part of our society, and we find them everywhere. We no longer feel safe without several of them in our homes. But what about the people in our country who can’t hear fire alarms? How can they feel safe? That’s why fire alarm lights are catching on in popularity to provide safety for our citizens who are unable to hear an alarm.

Feel the Vibrations, See the Lights

You might be surprised at how many places you’ve been where there were fire alarm lights, because you probably never noticed them. If you’ve been in public places such as theaters, auditoriums, and shopping malls, then you really have seen them and just not known it.

Fire alarm lights aren’t too difficult to spot once you know what you’re looking for. They look like what they are. You’ve possibly even seen one blinking on and off at a mall or somewhere, but without a loud alarm, you didn’t realize what it really was.

Wherever deaf people live or work, there needs to be fire alarm lights. Although many deaf people are able to feel the vibration given off by a regular fire alarm, they are unable to do so unless it is located near them. We have a lot of hearing-impaired people in the U.S., especially with the aging of the population, so it has definitely become more necessary to install these lights for their safety.

The Downside of Fire Alarm Lights

People who live alone and are deaf often have fire alarm lights installed in their homes or apartments. That way, if there’s a fire, the lights will flash, and the person can take himself to safety. Unfortunately, there’s a catch in this plan. If the person is asleep when the alarm goes off, he won’t see it. With this problem in mind, most deaf people have security systems with sensors. In case of a fire, an alarm will be transmitted directly to the fire department.

If you’re deaf, having adequate warning of a fire is an absolute necessity in both your home and your workplace. Good units are available for sale many different places. You can start at your home improvement store which should have a selection of models at a variety of prices. An electronic store is a good choice if you are looking for more high-tech, state-of-the-art models. You can expect to pay for the added quality. In addition, you might check out the internet. With so many online stores in operation, you can often find very competitive prices if you look for deals. Whatever the cost, thought, isn’t your safety worth it?

Transit-time meters, as the name implies, measure the difference in travel time between pulses transmitted in the direction of, and against, the flow. This type of meter is also called time of flight and time of travel.

In the example shown in Figure 1, the sonic beam is at a 45º angle, with one transducer located upstream of the other. Each transducer alternately transmits and receives bursts of ultrasonic energy; the difference in the transit times in the upstream vs. the downstream directions (TU – TD) measured over the same path can be used to calculate the flow through the pipe:

V=K*D/Sin2,*1/(To-t)^2(T)

where:

V= Mean Velocity of flowing fluid

K= Constant

D= i.d. of pipe

,= incident angle of ultrasonic burst waves

To = zero flow transit time

T = T2-T1

T1 = transit time of burst waves from upstream transmitter to downstream receiver

T2 = transit time of burst waves from downstream transmitter to upstream receiver

t = transit time of burst waves through pipewall and lining

This equation shows that the liquid flow velocity is directly proportional to the measured difference between upstream and downstream transit times. Because the cross-sectional area of the pipe is known, the product of that area and the flow velocity will provide a measure of volumetric flow. Such calculations are easily performed by the microprocessor-based converter. With this type of meter, particles or air bubbles in the flow stream are undesirable because their reflecting qualities interfere with the transmission and receipt of the applied ultrasonic pulses. The liquid, however, must be a reasonable conductor of sonic energy.

Figure 2 shows three placements that can be used for the two transducers. All are identified as single measuring path because the sonic beam follows a single path, and in all three the two transducers are connected by cable to a converter that can output a 4-20 mA DC signal. The selection of one configuration over another is dictated by several factors associated with the installation, including pipe size, space available for mounting the transducers, condition of the inside pipe walls, type of lining, and nature of the flowing liquid.

The Z configuration places the transducers on opposite sides of the pipe, one downstream of the other. Generally, the distance downstream is ~D/2, where D = pipe diameter. The converter uses specific data on piping parameters to compute the optimum distance. The Z method is recommended for use only in adverse conditions such as where space is limited, the fluid has high turbidity (e.g., sewage), there is a mortar lining, and when the pipe is old and a thick scale has built up on the inside wall that tends to weaken the received signals. It is not recommended for smaller pipes, where its measuring accuracy tends to degrade.

In most installations, the V method is recommended, with the two transducers on the same side of the pipe about a pipe diameter apart. The rail attachment that can be clamped on the pipe facilitates sliding the transducers horizontally along the pipe and positioning them the calculated distance apart.

The W method should be considered on pipe 1 1/2 in. down to 1/2 in. dia. Its main limitation is a possible deterioration in accuracy due to buildup of scale or deposits on the pipe wall-note that the sonic signal must bounce off the wall three times. Turbidity of the liquid also could be harmful since the signal has a longer distance to travel.

Why do I need a humidifier?

During each winter the most common problems faced by people are often chapped lips, cracked feet, and dry skin. These can be slow to heal in a cold climate. However, air humidifiers are like a blessing that helps retain moisture in close compartments, sending a wave of relief amongst all who live there.

Varieties of humidifiers

There are plenty of options available for humidifiers including room humidifier, ultrasonic humidifier, portable humidifier and several more. The first thing you need to understand is the kind of humidifier you are looking for and is it suitable for your purpose? Once you have got your humidifier it is essential to know how the system works.

Ultrasonic humidifier is the best option available

One of the most popular humidifier used in urban households is the ultrasonic humidifier. It has an edge over all other humidifiers in that it doesn’t create much noise and produces some amount of cool fog to keep balance in the room temperature. The inner framework of this humidifier comprise of a metallic diaphragm which vibrates to produce tiny drops of water.

Advantages of ultrasonic humidifiers

Some of the major benefits of ultrasonic humidifiers include:

• Just one droplet of water is sufficient to release good amount of steam in the humidifier.

• It saves huge amount of energy by making use of comparatively very little electrical energy.

• Mist production and its release in the atmosphere keeps room temperature balanced

• Water in the humidifier is purified by steam before entering into the system so there is hardly any cleaning required in the container.

• Easy maintenance and hassle free handling. You need not go into troubles of changing IR bulbs, pans or steam containers

• The unique feature of the ultrasonic humidifier is that whenever mist content in the air drops, the relative humidity setting activates automatically, balancing the moisture content in air.

Latest features included in the ultrasonic model

Ultrasonic humidifiers have ultraviolet lights that help in killing bacteria and warding off any kind of insect intrusion in the air. These humidifiers have evolved to a great extent from the previous models in which it was difficult to keep the minerals from infusing into the air. Latest ultrasonic humidifiers are laced up with modern innovative technological features. It comprises of a demineralization cartridge which restrain minerals from diffusing into the air. It also prevents dust from infecting and choking the environment.

Ultrasonic humidifiers in Industrial set ups

Ultrasonic humidifiers have not only become first choice in the domestic sphere. In many industrial set ups humidity control is also one of the foremost concerns. Industries and production plants have large amount of raw material, packaging stuff, products, and other important materials stored. So, in such places appropriate temperature is required to maintain the freshness and quality of the products.

Ultrasonic humidifiers are available in various sizes depending upon the dimensions of the place where they are to be installed.