The Upright Harpsichord
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The World Atlas of Musical Instruments
Musik_001-004_GB 15.03.2012 16:33 Uhr Seite 3 (5. Farbe Textschwarz Auszug) The World Atlas of Musical Instruments Illustrations Anton Radevsky Text Bozhidar Abrashev & Vladimir Gadjev Design Krassimira Despotova 8 THE CLASSIFICATION OF INSTRUMENTS THE STUDY OF MUSICAL INSTRUMENTS, their history, evolution, construction, and systematics is the subject of the science of organology. Its subject matter is enormous, covering practically the entire history of humankind and includes all cultural periods and civilizations. The science studies archaeological findings, the collections of ethnography museums, historical, religious and literary sources, paintings, drawings, and sculpture. Organology is indispensable for the development of specialized museum and amateur collections of musical instruments. It is also the science that analyzes the works of the greatest instrument makers and their schools in historical, technological, and aesthetic terms. The classification of instruments used for the creation and performance of music dates back to ancient times. In ancient Greece, for example, they were divided into two main groups: blown and struck. All stringed instruments belonged to the latter group, as the strings were “struck” with fingers or a plectrum. Around the second century B. C., a separate string group was established, and these instruments quickly acquired a leading role. A more detailed classification of the three groups – wind, percussion, and strings – soon became popular. At about the same time in China, instrument classification was based on the principles of the country’s religion and philosophy. Instruments were divided into eight groups depending on the quality of the sound and on the material of which they were made: metal, stone, clay, skin, silk, wood, gourd, and bamboo. -
Electrophonic Musical Instruments
G10H CPC COOPERATIVE PATENT CLASSIFICATION G PHYSICS (NOTES omitted) INSTRUMENTS G10 MUSICAL INSTRUMENTS; ACOUSTICS (NOTES omitted) G10H ELECTROPHONIC MUSICAL INSTRUMENTS (electronic circuits in general H03) NOTE This subclass covers musical instruments in which individual notes are constituted as electric oscillations under the control of a performer and the oscillations are converted to sound-vibrations by a loud-speaker or equivalent instrument. WARNING In this subclass non-limiting references (in the sense of paragraph 39 of the Guide to the IPC) may still be displayed in the scheme. 1/00 Details of electrophonic musical instruments 1/053 . during execution only {(voice controlled (keyboards applicable also to other musical instruments G10H 5/005)} instruments G10B, G10C; arrangements for producing 1/0535 . {by switches incorporating a mechanical a reverberation or echo sound G10K 15/08) vibrator, the envelope of the mechanical 1/0008 . {Associated control or indicating means (teaching vibration being used as modulating signal} of music per se G09B 15/00)} 1/055 . by switches with variable impedance 1/0016 . {Means for indicating which keys, frets or strings elements are to be actuated, e.g. using lights or leds} 1/0551 . {using variable capacitors} 1/0025 . {Automatic or semi-automatic music 1/0553 . {using optical or light-responsive means} composition, e.g. producing random music, 1/0555 . {using magnetic or electromagnetic applying rules from music theory or modifying a means} musical piece (automatically producing a series of 1/0556 . {using piezo-electric means} tones G10H 1/26)} 1/0558 . {using variable resistors} 1/0033 . {Recording/reproducing or transmission of 1/057 . by envelope-forming circuits music for electrophonic musical instruments (of 1/0575 . -
Piano Manufacturing an Art and a Craft
Nikolaus W. Schimmel Piano Manufacturing An Art and a Craft Gesa Lücker (Concert pianist and professor of piano, University for Music and Drama, Hannover) Nikolaus W. Schimmel Piano Manufacturing An Art and a Craft Since time immemorial, music has accompanied mankind. The earliest instrumentological finds date back 50,000 years. The first known musical instrument with fibers under ten sion serving as strings and a resonator is the stick zither. From this small beginning, a vast array of plucked and struck stringed instruments evolved, eventually resulting in the first stringed keyboard instruments. With the invention of the hammer harpsichord (gravi cembalo col piano e forte, “harpsichord with piano and forte”, i.e. with the capability of dynamic modulation) in Italy by Bartolomeo Cristofori toward the beginning of the eighteenth century, the pianoforte was born, which over the following centuries evolved into the most versitile and widely disseminated musical instrument of all time. This was possible only in the context of the high level of devel- opment of artistry and craftsmanship worldwide, particu- larly in the German-speaking part of Europe. Since 1885, the Schimmel family has belonged to a circle of German manufacturers preserving the traditional art and craft of piano building, advancing it to ever greater perfection. Today Schimmel ranks first among the resident German piano manufacturers still owned and operated by Contents the original founding family, now in its fourth generation. Schimmel pianos enjoy an excellent reputation worldwide. 09 The Fascination of the Piano This booklet, now in its completely revised and 15 The Evolution of the Piano up dated eighth edition, was first published in 1985 on The Origin of Music and Stringed Instruments the occa sion of the centennial of Wilhelm Schimmel, 18 Early Stringed Instruments – Plucked Wood Pianofortefa brik GmbH. -
About the RPT Exams
About the RPT exams... Tuning Exam Registered Piano Technicians are This exam compares your tuning to a “master professionals who have committed themselves tuning” done by a team of examiners on the to the continual pursuit of excellence, both same piano you will tune. Electronic Tuning in technical service and ethical conduct. Aids are used to measure the master tuning Want to take The Piano Technicians Guild grants the and to measure your tuning for comparison. Registered Piano Technician (RPT) credential In Part 1 you aurally tune the middle two after a series of rigorous examinations that octaves, using a non-visual source for A440. the RPT test skill in piano tuning, regulation and In Part 2 you tune the remaining octaves by repair. Those capable of performing these any method you choose, including the use of tasks up to a recognized worldwide standard Electronic Tuning Aids. This exam takes about exams? receive the RPT credential. 4 hours. No organization has done more to upgrade the profession of the piano technician than Find an Examiner PTG. The work done by PTG members in Check with your local chapter president or developing the RPT Exams has been a major examination committee chair first to see if contribution to the advancement of higher there are local opportunities. Exam sites Prepare. include local chapters, Area Examination standards in the field. The written, tuning Boards, regional conferences and the Annual and technical exams are available exclusively PTG Convention & Technical Institute. You to PTG members in good standing. can also find contact information for chapter Practice. -
Italian Harpsichord-Building in the 16Th and 17Th Centuries by John D
Italian Harpsichord-Building in the 16th and 17th Centuries by John D. Shortridge (REPRINTED WITH CHANGES—1970) CONTRIBUTIONS FROM THE MUSEUM OF HISTORY AND TECHNOLOGY UNITED STATES NATIONAL MUSEUM BULLETIN 225 · Paper 15, Pages 93–107 SMITHSONIAN INSTITUTION PRESS · WASHINGTON, D.C. · 1970 Figure 1.—OUTER CASE OF ALBANA HARPSICHORD. Italian Harpsichord-Buildingin the 16th and 17th Centuries By John D. Shortridge The making of harpsichords flourished in Italy throughout the 16th and 17th centuries. The Italian instruments were of simpler construction than those built by the North Europeans, and they lacked the familiar second manual and array of stops. In this paper, typical examples of Italian harpsichords from the Hugo Worch Collection in the United States National Museum are described in detail and illustrated. Also, the author offers an explanation for certain puzzling variations in keyboard ranges and vibrating lengths of strings of the Italian harpsichords. THE AUTHOR: John D. Shortridge is associate curator of cultural history in the United States National Museum, Smithsonian Institution. PERHAPS the modern tendency to idealize progress has been responsiblefor the neglect of Italian harpsichords and virginals during the present day revival of interest in old musical instruments. Whatever laudable traits the Italian builders may have had, they cannot be considered to have been progressive. Their instruments of the mid-16th century hardly can be distinguished from those made around 1700. During this 150 years the pioneering Flemish makers added the four-foot register, a second keyboard, and lute and buff stops to their instruments. However, the very fact that the Italian builders were unwilling to change their models suggests that their instruments were good enough to demand no further improvements. -
Cathedral Chimestm
32 Cathedral ChimesTM A fresh approach to organ chimes Patented striker design is quiet, efficient, and virtually maintenance free. Dampers lift off tubes for as long as a key is held. Solid state relay with fixed strike pulse timing is included. Very easy to install in most organs. Custom keying cables are available to further simplify installation. Beautiful brushed brass tubes or aluminum chime bars. Also available as an “action only” for use with older chime tubes. Some years ago, Peterson set out to see what could Beautiful satin-finished brass chime tubes or silver be done to modernize and improve the traditional colored anodized aluminum bars are precision tuned tubular chimes that have been part of fine organs for with Peterson stroboscopic tuning instruments and decades. It was quickly realized that chimes and chime engineered for optimal harmonic development. A actions were still being made the same way they had Peterson chime rail and relay may also be provided been made 40 years earlier. They still had the same as an “action only” to replace an old, defective action problems with imprecise tuning; uneven and difficult to while utilizing original tubes having diameters up to adjust actions; heavy and hard-to-install cables; sparking 1-1/2 inches. contacts; and a host of other pitfalls all too well known The Cathedral Chimes system’s easy connection to organbuilders and service technicians. A subsequent to almost any pipe organ requires only a small cable, two-year development program was begun to address making it practical to display chimes and to better and overcome these concerns, and ultimately the TM capitalize on their beautiful appearance. -
Tuning Ancient Keyboard Instruments - a Rough Guide for Amateur Owners
Tuning Ancient Keyboard Instruments - A Rough Guide for Amateur Owners. Piano tuning is of course a specialized and noble art, requiring considerable skill and training. So it is presumptuous for me to offer any sort of Pocket Guide. However, it needs to be recognized that old instruments (and replicas) are not as stable as modern iron-framed pianos, and few of us can afford to retain the services of a professional tuner on a frequent basis. Also, some of us may be restoring old instruments, or making new ones, and we need to do something. So, with apologies to the professionals, here is a short guide for amateurs. If you know how to set a temperament by ear, and know what that means, please read no further. But if not, a short introductory background might be useful. Some Theory We have got used to music played in (or at least based around) the major and minor scales, which are in turn descended from the ancient modes. In these, there are simple mathematical ratios between the notes of the scale, which are the basis of our perception of harmony. For example, the frequency of the note we call G is 3/2 that of the C below. This interval is a pure, or perfect fifth. When ratios are not exact, we hear ‘beats’, as the two notes come in and out of phase. For example, if we have one string tuned to A415 (cycles per second, or ‘Hertz’ and its neighbour a bit flat at A413, we will hear ‘wow-wow-wow’ beats at two per second. -
A New History of the Carillon
A New History of the Carillon TIFFANY K. NG Rombouts, Luc. Singing Bronze: A History of Carillon Music. Translated by Com- municationwise. Leuven: Leuven University Press, 2014, 368 pp. HE CARILLON IS HIDDEN IN plain sight: the instrument and its players cannot be found performing in concert halls, yet while carillonneurs and Tkeyboards are invisible, their towers provide a musical soundscape and focal point for over six hundred cities, neighborhoods, campuses, and parks in Europe, North America, and beyond. The carillon, a keyboard instrument of at least two octaves of precisely tuned bronze bells, played from a mechanical- action keyboard and pedalboard, and usually concealed in a tower, has not received a comprehensive historical treatment since André Lehr’s The Art of the Carillon in the Low Countries (1991). A Dutch bellfounder and campanologist, Lehr contributed a positivist history that was far-ranging and thorough. In 1998, Alain Corbin’s important study Village Bells: Sound and Meaning in the Nineteenth-Century French Countryside (translated from the 1994 French original) approached the broader field of campanology as a history of the senses.1 Belgian carillonneur and musicologist Luc Rombouts has now compiled his extensive knowledge of carillon history in the Netherlands, Belgium, and the United States, as well as of less visible carillon cultures from Curaçao to Japan, into Singing Bronze: A History of Carillon Music, the most valuable scholarly account of the instrument to date. Rombouts’s original Dutch book, Zingend Brons (Leuven: Davidsfonds, 2010), is the more comprehensive version of the two, directed at a general readership in the Low Countries familiar with carillon music, and at carillonneurs and music scholars. -
The Grand Piano Action Functioning Demystified Thanks to the Multibody Approach
The Grand Piano Action Functioning Demystified thanks to the Multibody Approach 1 1 1 Fisette Paul , Baudouin Bokiau and Sébastien Timmermans 1 Institute of Mechanics, Material and Civil Engineering, Université catholique de Louvain, Louvain-la-Neuve, Belgium Abstract. Piano actions are striking mechanisms whose functioning is based on dynamic principles. Producing a sound on a struck keyboard instrument by press- ing a key slowly is impossible because the hammer needs momentum to hit the strings. For this reason, many modern studies on the piano take advantage of en- gineering tools in order to measure the exact behaviour of their actions in terms of time response, involved forces and displacement values. A complementary approach to study piano actions consists in modeling them, giving us a virtual mechanism to work with. In this case, the above-mentioned motion and behav- iour are computed instead of being measured. The modeling approach used in this work, called multibody dynamics, consists in computing the motion and the forces acting upon each component of the action. Subsequently, the response of the mechanism to any key stroke can be computed and visualized. In this paper, the functioning of the most modern double escapement action found in grand pianos is demystified thanks to the multibody modeling features. The goal, which is mostly pedagogical, is achieved with three progressive mod- els; the first one is a simplified version of the action to which components of the complete action have been (virtually) removed. The stepwise progression leads to a single escapement action for the second model, and finally to the full double escapement action for the third. -
Guide to the Dowd Harpsichord Collection
Guide to the Dowd Harpsichord Collection NMAH.AC.0593 Alison Oswald January 2012 Archives Center, National Museum of American History P.O. Box 37012 Suite 1100, MRC 601 Washington, D.C. 20013-7012 [email protected] http://americanhistory.si.edu/archives Table of Contents Collection Overview ........................................................................................................ 1 Administrative Information .............................................................................................. 1 Biographical / Historical.................................................................................................... 2 Arrangement..................................................................................................................... 2 Scope and Contents........................................................................................................ 2 Names and Subjects ...................................................................................................... 3 Container Listing ............................................................................................................. 4 Series 1: William Dowd (Boston Office), 1958-1993................................................ 4 Series 2 : General Files, 1949-1993........................................................................ 8 Series 3 : Drawings and Design Notes, 1952 - 1990............................................. 17 Series 4 : Suppliers/Services, 1958 - 1988........................................................... -
The Basics of Harpsichord Tuning Fred Sturm, NM Chapter Norfolk, 2016
The Basics of Harpsichord Tuning Fred Sturm, NM Chapter Norfolk, 2016 Basic categories of harpsichord • “Historical”: those made before 1800 or so, and those modern ones that more or less faithfully copy or emulate original instruments. Characteristics include use of simple levers to shift registers, relatively simple jack designs, use of either quill or delrin for plectra, all-wood construction (no metal frame or bars). • 20th century re-engineered instruments, applying 20th century tastes and engineering to the basic principle of a plucked instrument. Pleyel, Sperrhake, Sabathil, Wittmeyer, and Neupert are examples. Characteristics include pedals to shift registers, complicated jack designs, leather plectra, and metal frames. • Kit instruments, many of which fall under the historical category. • A wide range of in between instruments, including many made by inventive amateurs. Harpsichords come in many shapes and designs. • They may have one keyboard or two. • They may have only one string per key, or as many as four. • The pitch level of each register of strings may be standard, or an octave higher or lower. These are called, respectively, 8-foot, 4-foot, and 16-foot. • The harpsichord may be designed for A440, for A415, or possibly for some other pitch. • Tuning pins may be laid out as in a grand piano, or they may be on the side of the case. • When there are multiple strings per note, the different registers may be turned on and off using levers or pedals. We’ll start by looking at some of these variables, and how that impacts tuning. Single string instruments These are the simplest instruments, and the easiest to tune. -
Routine Maintenance for Your Spinet Piano
The Owner's Guide to Piano Repair Focus On: Routine Maintenance for Your Spinet Piano Information provided courtesy of: Harding Piano Service (Claude M. Harding) Registered Piano Technician - Piano Technicians Guild 10 Taylor Lane Dayton, TX 77535 Phone: (936) 258-2752 Email: [email protected] As the owner of a spinet piano you have the advantage of playing on an authentic acoustic piano which is conveniently sized–approximately the same dimensions as a digital piano . A spinet is often a good option for the home owner or apartment dweller who doesn't have an abundance of space, but who wants a real piano to play. With proper maintenance, a good quality spinet piano can be a reliable instrument that provides years of musical enjoyment. Sitting down to play on a freshly tuned spinet can be a pleasant experience for beginners and more advanced pianists alike! The following information is intended to enable you to better understand the proper maintenance required to keep your spinet piano in top form. Tuning: As with any acoustic piano, following a regular tuning schedule is es- sential for a spinet piano to perform up to its potential . All pianos go out of tune over time because of a variety of factors such as seasonal swings in humidity lev- els. An important key to your spinet piano sounding its best is to keep it in proper tune by having it professionally serviced on a regular basis. An adequate tuning schedule for a piano being used frequently is a once-a-year tuning, usually sched- uled for approximately the same time of year each year.