The present object, at its face, has a triangular shaped side, measured at 7.6 inches tall. At the height of this measurement, the object is sectioned off by a perfectly leveled horizontal line to form a pyramid shaped portion at .3 inches tall. At the objects peak, it stands at 7.9 inches tall.
The object has 4 sides of uniform dimensions. When looking at the bottom of the object, when it is turned with it’s apex, at the pyramid shape, pointing downward, we see that the base is square shaped. Each side of the square, at the bottom of the object, measures at 4.5 inches. The slope of the triangle is roughly 101 degrees from base to apex. Its weight is measured at 330g.
The first component seen on this object is the indentation at what we can presume is the objects front. From 3.4 inches to 7.4 inches is where this indentation occurs, measured at roughly .3 inches deep into the object’s front. This indentation has a black triangular shaped finish on what appears to be treated plastic. On either side of the triangle there are groves following, perfectly, the original triangle shape of the object.
Directly down the center of this area is a metal piece. It is thin, with several grooves in it, measured perfectly starting at the bottom and occurring more rapidly as we scan its features to its top. This piece is not attached to this area, rather, if we follow is origination, and maneuver the whole object so that the apex of the triangle is pointing at us, we see a rectangular shaped hole where the object’s point of origination extends from. The rectangular hole measures about a third of the indentation in the whole object, and extends about half of the indented area’s base, centered, at 3.4 inches on the slope from the base of the object.
On the metal piece is a pitchfork shaped device with three prongs. The outer prongs of this device hug the metal piece and are thicker than the center prong, which is positioned directly on top of the metal piece. They seem to latch on to the grooves of the metal piece and the device can be moved to the desired position. The metal piece, at its very top, is housed within a ridge of the indented section. When the metal piece is removed from this housing it snaps forward from the front of the object and swings from side to side.
The final piece of the indented portion of the object is located directly underneath the metal piece. It is an additional indentation with a gray color. It extends the same height as the metal piece but is markedly wider. There are underlined numbers printed on this piece. The underlines correlate in position with the groves of the metal piece — so that the top number, 40, is underlined very close to where the first groove of the metal piece begins, when housed in the ridge, and the next number from the top, 42, correlates with the next groove of the metal piece.
Each concurrent number appears on the opposite side of the metal piece, on the final indentation, and lowered so that 40 is higher than 42, and on the left side (from our perspective) of the metal piece, while 42 is higher than 44, and on the right side of the metal piece (40 and 44 are both on the left side of the metal piece).
At the bottom of the final indentation appears to be a pitchfork shaped figure enclosed in a black diamond. Underneath the diamond is the word “Wittner,” presumably the objects maker.
The object, excluding the indentation mentioned previously, appears to be made of a mahogany finish. It has several black striations from bottom to top and resembles a wood finish. The finish reveals itself to be a hard plastic when touched and inspected further. On the the object’s left side, if we presume the indented area is the front, there is a metal knob that clicks on hinges in the interior of the object, in an area that, to be inspected, would require dismantling the entire object to view. This knob, presumably, winds up the metal piece in the indentation, and when it is wound, the metal piece swings at different rates, depending on the position of the pitchfork shaped device on the ridges on the metal piece.
The higher the pitchfork shaped device is, the slower it swings — so that 208, the number lowest on the final indentation, swings the metal piece faster than 40, the number highest on the final indentation. Whenever the metal piece crosses the center, where it is housed, it makes a clicking noise. These clicks can be timed, when maneuvering the pitchfork device, to match up with the second hand of a clock — or faster and slower.
The final piece we will inspect is the “Wittner” inscription on the final indention, underneath the diamond shape. A quick internet search yields some results, Wittner is a german manufacturing company that specifies in various musical auxiliary equipment. Our object turns out to be a Wittner made metronome Model No. 812 K, plastic coating.