Description of the Shubb Capo
Introduction- General Description
The Shubb Capo is a simple mechanism that is used to bar the strings of any fretted, stringed instrument, on a certain fret therefore changing its key.
The Capo consists of four major parts: the main frame (figure #3), containing the string bar and to which all of the other parts are connected, the neck brace (figure #2), which is the piece that secures the capo to the neck of the instrument, the pivoting lock mechanism (figure #1) that works with the locking screw, to force the neck brace to the back of the neck of the instrument, and the protective rubber arm (figure #4) that fits over the string bar to pad the fret board and strings to prevent marking (note: see diagram to match figure numbers).
The four main parts that make up the Shubb Capo are: the main frame, the neck brace, the pivoting lock mechanism and locking screw, and the protective rubber arm.
Description of Parts and Their Function
Main Frame. The main frame is an approximately 4 inch long piece of chrome-plated copper that is .2 Inches wide and the same deep. The piece is bent to a curve at the approximate center point, to an internal angle of 70 degrees. The top part is the string bar, which bars the strings at a certain fret to change its key. The bottom part of the main frame is the piece to which the neck brace (fig. #2) and the pivoting lock mechanism (fig. #1) connect to with .4 inch by .2 inch chromed rivets.
Neck Brace. The neck brace is another piece of chrome-plated copper, which is 1.9 inches long, .40 inches wide, and .10 inches deep. The purpose of the neck brace is to force the strings of the instrument down to the neck of the instrument by squeezing the strings and neck between the string bar and the neck brace. The neck brace is slightly curved along the top 1 inch of it to accommodate for the curve in the back of the neck of the instrument. On the curved part of the neck brace, there is a rubber pad, that is .3 inches wide, .9 inches long, and .1 inches deep, the pad is to insure the grip of the Capo to the instrument and to protect the back of the neck to marking.
called the requinto, which has a double order in lieu of a single fourth string, and the
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The head joint of the Western concert flute contains the mouthpiece, lip-plate and the blow hole. There are no keys on the joint of the flute. The mouthpiece consists of the lip-plate and an oval hole in the center of the plate. Lip-plates are also commonly referred to as embouchure plates. Larger blow holes will produce deeper, richer tones, while small blow holes produce sharper,
The swinging arm is a 40 cm long plank that is attached through a metal rod. The uprights in the frame have 5 cm of wood showing above the triangle posts so that a 10 cm metal rod can fit in between them, creating an axel bar. The swinging arm is attached to this rod because there will be a hole in the arm 2 cm from the end, used to slide the arm through the metal rod. (Kalif) The hole should be big enough to allow the swinging arm to move around comfortably, but not too loose. A picture of the swinging arm and metal rod is shown in the photo
1. The mouthpiece and reed are surrounded by the player’s lips, which put light, even pressure on the reed and form an air tight seal.
...for each individual tooth which gave them the look and feel of brand new teeth. These teeth were fitted to the people’s mouth and mounted down with steel springs ("Technology Timeline.").
Today the common guitars, acoustic and electric, have six strings and on average of nineteen frets that range 3 ½ octaves. An octave is a unit of measurement obtaining to tones. Each string has a name. The bottom and thinnest string is the high e, next is b, then g, onto d, then A, and finally low E. Sound is made by strumming or plucking these strings while placing the fingers of the opposite hand on the frets and strings to produce different notes (Turnbull 825).
The pivot joint is a freely movable joint that allows only rotary movement around a single axis. The moving bone rotates with a ring that is formed from a second bone and joining ligament. The pivot joint is exampled by the joint between the atlas and the axis directly under the skull, which lets the head turn side to side. Pivot joints also provide for the twisting movement of the bones of the forearm such as the radius and ulna against the upper arm, for a movement like unscrewing a jar.
M177 Mount (bipod): The M177 mount is composed of 3 main assemblies. They are: the leg assembly, the traversing gear assembly, and the barrel clamp assembly.
The knot when made with a large enough diameter rope creates a noose. The wraps create a large cylinder mass right above the loop. When placed around the condemned’s neck the noose is usually putt behind the left ear. This knot was designed so that when the person being hanged fell, the knot would deliver a striking blow to the back of the head causing it to snap the fourth and fifth vertebrae in the spinal cord.
S, L. (2002, March 12). Arch Wired. Retrieved February 19, 2014, from A brief history of braces: http://www.archedwire.com/HistoryofOrtho.htm
The skeleton is divided into two major parts: the axial skeleton and the appendicular skeleton. The axial skeleton forms the central axis of the body and includes skull, spine, ribs, and sternum. The appendicular skeleton includes the appendages, which are the shoulders, arms, hips, and legs.
After several stages in the evolution of the monochord, including the organistrum, the bowed monochord, the chekker, and the keyed monochord, the clavichord finally came into existence. Other early string instruments were crucial contributors to its
Wyman, F. S. "An Acoustical Study of Alto Saxophone Mouthpiece Chamber Design." Dissertation Abstracts International Section A: Humanities & Social Sciences 33. (1972): 1775. Music Index. Web. 13 April. 2014.
- Built tough as nails with an all-steel frame, 6 detachable rubber-tipped legs and a heavy-duty rebounding surface (with 30 tension bands)...