An ultrasound machine creates images that allow various organs in the body to be examined. China Vibratory Polishing Machine Manufacturers is becoming common place in many doctor's offices. But, is it more than just a computer on wheels? What are parts of an ultrasound machine?

An ultrasound machine uses high frequency sound waves and their

echoes to help determine the size, shape and depth of an abnormality.

It allow various organs in the body to be examined right in the

doctor's office or clinic. In a typical ultrasound, millions of pulses

and echoes are sent and received from the probe each second.

A basic ultrasound machine has the following parts:

Transducer probe

- The probe is the mouth and ears of the ultrasound machine. In the

probe, there are one or more quartz crystals called piezoelectric

crystals. When an electric current is applied to these crystals, they

change shape rapidly. The rapid shape changes, or vibrations, of the

crystals produce sound waves that travel outward. The sound waves

travel into the patient being scanned. The sound waves bounce back at

various intervals depending on the type of material they pass through.Central Processing Unit (CPU)

- The CPU is the brain of an ultrasound machine. The CPU is a computer

that contains the microprocessor, memory, amplifiers and power supplies

for the microprocessor and transducer probe. The transducer receives

electrical currents from the CPU and sends electrical pulses that are

created by returning echoes.Transducer pulse controls

- The operator, called the ultrasonographer, changes the amplitude,

frequency and duration of the pulses emitted from the transducer probeDisplay

- Displays the image from the ultrasound data processed by the CPU.

This image can be either in black-and-white or color, depending upon

the model of the ultrasound machineKeyboard/cursor

- Ultrasound machines have a keyboard and a cursor. The keyboard allows

the operator to add notes and to take measurements of the image.Disk storage device

- The processed data and/or images can be stored on disks (hard disks,

floppy disks, CD, or DVD). They can also be stored digitally so they

can be accessed from the office or anywhere you have an Internet

connection.Printer - Most ultrasound machines have thermal printers. These can be used to capture a printed picture of the image from the monitor.

Depending

on the make and model of the ultrasound, there may be additional parts

or options. Some suppliers offer options, like an endovaginal and

endorectal transducers, that offer higher resolution than that of a

traditional abdominal transducer. More features have been added to

smaller, portable ultrasound machines, making them a versatile,

powerful, lower-cost alternative for many doctors and clinics.

If you don't have a binding machine and

you can't afford to get one, you'll be pleased to know that you don't

need a binding machine to bind your documents. Here are four ways you can get a great-looking bound document using machineless binding.

If you don't have a binding machine and

you can't afford to get one, you'll be pleased to know that you don't

need a binding machine to bind your documents. Whether you're binding a

school project or you need to put together a presentation for work,

there are a few different binding methods available to you that don't

require an expensive comb or wire binding machine. Here are four ways

you can get a great-looking bound document using machineless binding.

GBC ProClick binding spines. GBC

is legendary in the binding machine world. This corporate giant has

been in business since 1947 and manufactures a wide variety of binding

machines, paper shredders, and laminators. They also offer a binding

method that doesn't require a machine: ProClick binding spines. By

using these spines with pre-punched paper, you can quickly and easily

produce a professional-looking booklet. ProClick spines are available

in several different sizes and colors (including frosted and matte

finishes), and best of all, they can be reopened, so you can edit your

document, if necessary. And all this without the need for an expensive

machine. Pretty cool, huh?GBC ZipBind products. Similar

to the company's ProClick spines, GBC ZipBind spines are easy to use

and can also be reopened. You can use these spines either alone or with

a comb binding machine, making them one of the most versatile binding

methods around. ZipBind spines also allow for 360-degree rotation,

which makes it much easier to not only read your document, but

photocopy it as well.Report covers and binding bars.

This is perhaps the best-known method of machineless binding. You

likely used report covers and binding bars when you were in school and

had to turn in that big report about the solar system to your science

teacher at the end of the semester. Well, report covers and binding

bars are still a viable binding option, and they're one of the least

expensive ones. These covers and bars are available in every color of

the rainbow and just like GBC ProClick and ZipBind spines, they allow

for editing. All you need to do is just slide the binding bar off the

document and you can edit to your heart's content.Three-ring binders. This

is an old-school way of binding and one of the easiest. After all, just

about everyone has used a binder at some point in his/her life.

(Probably about the same time he/she used the report cover and binding

bar on the science project.) Binders can be a good binding option

because they're inexpensive, easy to get, and you can get them in

almost any size and color you could want.