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- Oliphant
Olifant, or Hunting-horn, in Ivory (Fourteenth Century).--From an Original existing in England. - Organistrum
The construction of the organistrum requires but little explanation. A glance at the finger-board reveals at once that the different tones were obtained by raising the keys placed on the neck under the strings, and that the keys were raised by means of the handles at the side of the neck. Of the two bridges shown on the body, the one situated nearest the middle was formed by a wheel in the inside, which projected through the sound-board. The wheel which slightly touched the strings vibrated them by friction when turned by the handle at the end. The order of intervals was c, d, e, f, g, a, b-flat, b-natural, c, and were obtainable on the highest string. There is reason to suppose that the other two strings were generally tuned a fifth and an octave below the highest. The organistrum may be regarded as the predecessor of the hurdy-gurdy, and was a rather cumbrous contrivance. Two persons seem to have been required to sound it, one to turn the handle and the other to manage the keys. Thus it is generally represented in mediæval concerts. - Double repetition action of Sebastian Erard as used by S. & P. Erard, Paris
1. Key. 2. Wippen. 3. Jack. 4. Escapement lever. 5. Hammer-shank. 6. Roller. 7. Hammer-head. 8. Jack regulating button. 9. Regulating button to limit rise of escapement lever. 10. Hammer-butt. 11. Check. 12. Felt cushion to engage with check. 13. Sticker connecting key and wippen. 14. Action-rails. 15. Damper-head. 16. Damper operating device. 17. Device to limit travel of jack. 18. String. 19. Spring (v-shaped) for escapement lever and jack. - English direct lever grand action, developed by Broadwood from Backers (1884)
1. Key. 2. Jack. 3. Jack operating spring. 4. Rail and cushion limiting travel of jack. 5. Button and screw regulating escapement of hammer. 6. Hammer-butt with operating notch. 7. Hammer-butt flange. 8. Hammer-shank. 9. Hammer-head. 10. Check. 13. Action-rails. - Huayra-puhura,
The Peruvians had the syrinx, which they called huayra-puhura. Some clue to the proper meaning of this name may perhaps be gathered from the word huayra, which signifies “air.” The huayra-puhura was made of cane, and also of stone. Sometimes an embroidery of needlework was attached to it as an ornament. One specimen which has been disinterred is adorned with twelve figures precisely resembling Maltese crosses. The cross is a figure which may readily be supposed to suggest itself very naturally; and it is therefore not so surprising, as it may appear at a first glance, that the American Indians used it not unfrequently in designs and sculptures before they came in contact with Christians. - Iron plate for upright pianoforte fitted with Capo D’astro bar
- Action by Andreas and Nanette (Stein), Streicher Viennese escapement (1794)
1. Key. 2. Jack. 3. Jack-operating spring. 4. Cushion limiting rebound of jack. 5. Button and screw regulating escapement of hammer. 6. Hammer-butt and operating face. 7. Hammer-butt pivot. 8. Hammer-shank. 9. Hammer-head. 10. Check. 11. Damper-lifter. 12. Damper-head. 13. Action-rails. - Cornemuse, Calabrian Bagpipe, Musette
The Calabrian Bagpipe or Zampogna is a rudely carved instrument of the eighteenth century. It has four drones attached to one stock, hanging downwards from the end of the bag: two of them are furnished with finger-holes. The reeds are double like those of the oboe and bassoon. The bag is large; it is inflated by the mouth and pressed by the left arm against the chest of the performer. The Zampogna is chiefly used as an accompaniment to a small reed melody pipe called by the same name, and played by another performer. The quality of the tone produced is not unpleasing. It has five holes only, and consequently the seventh of the scale is absent, but this can be easily got by octaving the open note of the pipe and covering part of the lower opening of the chanter with the little finger. The Musette, Zampogna, and Cornemuse here shown are from specimens belonging to Messrs. J. & R. Glen, Edinburgh. - Cristofori’s action in its final form
1. Key. 2. Jack. 3. Jack-operating spring. 4. Cushion limiting rebound of jack. 5. Under-hammer. 6. Hammer-butt. 7. Hinge of hammer-butt. 8. Hammer-shank. 9. Hammer head. 10. Check. 11. Damper-lifter. 12. Damper-head. 13. Action-beam. 14. Wrest-plank. 15. Tuning pins. 16. Bearing-bridge. 17. String. - Girl arranging pussy willows
- The Erard grand action modified by Herz
1. Key. 2. Wippen. 3. Jack. 4. Escapement lever. 5. Hammer-shank. 6. Hammer-butt notch. 7. Hammer-head. 8. Jack regulating button. 9. Regulating button to limit rise of escapement lever. 10. Hammer-butt. 11. Check. 12. Molded tail of hammer-head to engage with check. 13. Capstan-screw connecting key and wippen. 14. Action-rails. 15. Damper-head. 16. Damper-operating device. 17. Device to limit travel of jack. 18. Regulating device for escapement lever. 19. Springs (2) for escapement lever and jack. 20. String. 21. Flange. - Iron plate for upright pianoforte with Agraffes (Mehlin patents)
- Arrangement of iron plate, braces and scale of parlor size grand pianoforte
- Back view of upright pianoforte
Back view of upright pianoforte, Knabe patents, showing ribbing of sound-board and construction of back framing. - Upright action showing lost-motion device
Upright action showing lost-motion device, metallic regulating rail support, capstan screw, jack regulating rail and metallic action brackets. 34. Hammer-rail lifter-wire. 35. Hammer-rail swing-lever. 36. Hammer-rail lifter rod. 37. Lifter-rod lever. 38. Compensation-lever. 39. Capstan-screw. 40. Rail for limiting return movement of jack. 41. Metallic regulating rail support. - Jonas Chickering’s full solid cast grand metal plate
- Sketch of iron plate for concert grand
Sketch of iron plate for concert grand, showing general arrangement of braces, belly-bridges and system of bolts for fastening to case. A—B. Hammer line. 1. Body of plate. 2. Bass bridge. 3. Continuous treble bridge. 4. Agraffes. 5. Capo d’astro bar. Plate is cast in one piece and scale is overstrung. - Grand pianoforte action with metallic action and damper frames
Grand pianoforte action with metallic action and damper frames, sostenuto pedal device and hammer swinging soft pedal attachment. 22. Sostenuto pedal-rod. 23. Attachment to damper-lever engaging with sostenuto pedal-rod. 24. Metallic action and damper-brackets. 25. Hammer swing-rail and cushion. 26. Hammer swing-rail rod. 27. Hammer swing-rail lifter. 28. Lifter-rod. 29. Lost motion compensating levers. 30. Lost motion compensating levers. - Modern method og grand pianoforte case construction
A. Continuous bent rim. B. Wooden struts. C. Iron shoe holding struts and connecting with iron plate. D. Main beam. - Standard American upright action
1. Key-rocker. 2. Abstract. 3. Abstract-lever. 4. Flange. 5. Action-rail. 6. Wippen. 7. Jack. 8. Jack-spring. 9. Check. 10. Check-wire. 11. Bridle-wire. 12. Tip of bridle-tape. 13. Bridle-tape. 14. Back-stop. 15. Regulating rail. 16. Regulating button. 17. Regulating screw. 18. Hammer-butt. 19. Hammer-shank. 20. Hammer-molding. 21. Hammer-head. 22. Hammer-rail. 23. Hammer-butt spring. 24. Hammer-spring rail. 25. Damper-spoon. 26. Damper-lifting rod. 27. Damper-lever. 28. Damper-lever spring. 29. Damper-wire. 30. Damper-block. 31. Damper-head. 32. String. 33. Continuous brass hammer-butt flange. - Standard modern American grand action
1. Key. 2. Wippen. 3. Jack. 4. Escapement lever. 5. Hammer-shank. 6. Roller. 7. Hammer-head. 8. Jack-regulating button. 9. Regulating button to limit rise of escapement lever. 10. Hammer-butt. 11. Check. 12. Molded tail of hammer-head to engage with check. 13. Key-rocker and sticker connecting wippen and key. 14. Action-rails. 15. Damper-head. 16. Damper operating device. 17. Device to limit travel of jack. 18. Regulating device for escapement lever. 19. Separate springs for jack and escapement lever. 20. String. 21. Flanges. - Two angels
- Raba—Indian violin
Pictures of Indian and Persian bowed instruments exist, but the period when they were employed is not exactly known. - Rabab
. Rabab—Arabian bowed instrument (of Persian origin). Pictures of Indian and Persian bowed instruments exist, but the period when they were employed is not exactly known. - Holding the bow
- Horn, or Olifant, Fourteenth Century
- Position of the left hand and the left arm
The violin is held with the left hand and rests on the left collar bone. The instrument must be horizontal. To give a firm grip, a small pad is often placed between the violin and the left shoulder. A chin-rest screwed to the ribs, and covering a part of the upper table, is also to be recommended. The chin-rest serves also to protect the varnish. To prove that the violin is held securely and well, the left hand may be removed. - Constituent parts of the bow
- The bow
This received its name from its ancient form, which has undergone many alterations before the present form was arrived at - Constituent parts of the violin - Exterior
The most important part is the upper table or belly (a). The other parts are the ribs or sides (b), the back (c), the neck (d), the head comprising the scroll and peg box (e), the pegs (f), the finger board (g), the bridge (h), the tailpiece (i), the button[3] (k), the nut (l), and the f or sound-holes (m). The interior of the violin contains the soundpost and the bass bar. - Constituent parts of the violin - Interior