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Auction of Steam Engines, Vehicles, Workshop Machinery and Consumables Antique & Vintage Items, Books, Literature & Bygones
Instructed by Richard Sandercock Esq In the matter of his retirement sale. Note: the Fairground Heritage Trust Attraction goes on from strength to strength and is in no way affected by this sale. Auction of Steam Engines, Vehicles, Workshop Machinery and consumables Antique & Vintage Items, Books, literature & Bygones 2nd Revision All lot numbers for lots presently identified will remain the same but pictures and further lots may be added Saturday 21st October 2017 DINGLES FAIRGROUND HERITAGE CENTRE, MILFORD, LIFTON, DEVON, PL16 0AT Sale will commence at 10:00am prompt Directions: Follow the brown signs to Dingles Heritage Fairground from the A30 2 miles East of Lifton Village. (SatNav PL16 0AT) www.kivells.com FOREWORD This would have been the 25th annual collective auction to be held at Milford farm by Kivells in conjunction with Richard Sandercock. Richard purchased the strategically well placed Milford Farm in 1991 with the intention of opening his steam collection to the public in the first museum buildings and utilising the workshop facilities to relocate his R. Dingle & Sons contracting business from their historical site in Stoke Climsland. The museum evolved into what is now The Fairground Heritage Trust collection and visitor attraction and the workshop was to become a centre of excellence for the repair and rebuilding of steam engines with Clive Gibbard working under Richard’s direction. Clive has recently retired and moved away and Richard has decided the moment is right to close the workshop business and sell the equipment and stores. That raised the question of who would look after his long cherished engine Conqueror. -
Charles Burrell & Sons Limited
Charles Burrell & Sons Limited Administrative History Joseph Burrell founded the business in the late 1770s, setting up originally as a general smith and repairer of agricultural tools in Thetford. He produced ploughs, harrows and rakes. Early in the 19 th century, with his brothers, James and William, he began designing his own patent agricultural machinery. In 1803 his 'improved drill for sowing crushed oat cake manure with wheat, turnips etc' won a silver cup at the Holkham sheep-shearing festival (a forerunner of the great agricultural shows). A small iron and brass foundry was started under James and continued at the St Nicholas foundry. One of James's sons, James junior, had a small shop and foundry, while the other son Charles inherited the family firm. Charles (grandson of the founder) was 20 when he took over in 1837, and was to see the name of Burrell become world-famous during his 69-year 'reign' to his death in 1906. Charles Burrell & Sons, steam and agricultural machinery manufacturers were the first to introduce a practical heavy duty traction engine for use on roads. The firm produced traction engines, steam rollers and ploughing engines. More than 4,000 engines left the works during the life of the firm and many were put in countries around the world. In 1848 Burrell's produced their own single cylinder (SC) portable in 1848 which they exhibited at the Royal Agricultural Show. The firm continued to manufacture other agricultural machinery, and produced the first combined threshing and finishing machine about this time. Burrell joined forces with engineer, James Boydell, to produce the first practical traction engine, a self-moving road engine for pulling loads. -
Patented Oct. 25, 1892
3 sheets-Sheet 1. (No Model.) D. S. STEWAR.T. TRACTION ENGINE. No. 484,828, Patented Oct. 25, 1892. (No Model.) 3 sheets-Sheet 2. D.TRACTION s. STEWAR.T. ENGINE. No. 484,828. Patented Oct. 25, l892. S s SS SN as G G e W. st RA alafi SS %6%.O. ass alo, ol% R rWol, IeS 2Ze(49. g (SGS es (No Model.) 3 Sheets-Sheet, 3. D. S. STEWAR.T. TRACTION ENGINE, No. 484,828. Patented Oct. 25, 1892. oO O O O O 3. O : O O O O O O O &O O 3 O O O O O O O3 O O O UNITED STATES PATENT OFFICE. DAVID s. STEWART, OF MORRIS, WISCONSIN. TRACTION-ENGINE. A. SPECIFICATION forming part of Letters Patent No. 484,828, dated October 25, 1892, Application filed December 21, 1891, Serial No. 415,712, (No model.) To all whom it may conceriu: ner. As illustrated in the drawings, each of 55 Be it known that I, DAVID S. STEWART, a the shafts.j of tho front truck is connected at citizen of the United States, and a resident one end by means of a universal joint. I, with of Morris, in the county of Shawano, and in a revoluble shaft extending diagonally be 5 the State of Wisconsin, have invented certain tween the front and rear trucks and similarly new and useful Improvements in Traction engaged with the shafti upon the opposite Engines; and I do hereby declare that the fol side of the rear truck. These revoluble di. -
Bulletin 173 Plate 1 Smithsonian Institution United States National Museum
U. S. NATIONAL MUSEUM BULLETIN 173 PLATE 1 SMITHSONIAN INSTITUTION UNITED STATES NATIONAL MUSEUM Bulletin 173 CATALOG OF THE MECHANICAL COLLECTIONS OF THE DIVISION OF ENGINEERING UNITED STATES NATIONAL MUSEUM BY FRANK A. TAYLOR UNITED STATES GOVERNMENT PRINTING OFFICE WASHINGTON : 1939 For lale by the Superintendent of Documents, Washington, D. C. Price 50 cents ADVERTISEMENT Tlie scientific publications of the National Museum include two series, known, respectively, as Proceedings and Bulletin. The Proceedings series, begun in 1878, is intended primarily as a medium for the publication of original papers, based on the collec- tions of the National Museum, that set forth newly acquired facts in biology, anthropology, and geology, with descriptions of new forms and revisions of limited groups. Copies of each paper, in pamphlet form, are distributed as published to libraries and scientific organi- zations and to specialists and others interested in the different sub- jects. The dates at which these separate papers are published are recorded in the table of contents of each of the volumes. Tlie series of Bulletins, the first of which was issued in 1875, contains separate publications comprising monographs of large zoological groups and other general systematic treatises (occasionally in several volumes), faunal works, reports of expeditions, catalogs of type specimens and special collections, and other material of simi- lar nature. The majority of the volumes are octavo in size, but a quarto size has been adopted in a few instances in which large plates were regarded as indispensable. In the Bulletin series appear vol- umes under the heading Contrihutions from the United States Na- tional Eerharium, in octavo form, published by the National Museum since 1902, which contain papers relating to the botanical collections of the Museum. -
George Dawson Collection
George Dawson Collection Monographs and Articles 178B15 Photographs and Postcards 178C30 and 178C63 Audio Tapes and Cassettes 178E8 Newspaper Cuttings 178G11 Programmes 178K3 Handbills 178T6 178B15.1 George Dawson An old man’s tale – George Dawson’s memories of Kendal fairs No date Unpublished typescript 2pp George Dawson collection 178C30 Dawson (George). [32 albums of black and white and colour prints and postcards by various photographers]. 2315 prints in all. Very largely identified and dated. Donated by Kevin Scrivens. 178C63 Dawson (George). [223 black and white and colour photographs relating to circuses, circus transport and circus model making 1930-1980]. Largely identified and dated. Donated by Graham Downie / Fairground Association of Great Britain. 178E8.1 Dawson (George) Organ music 5 10” 78rpm vinyl recordings Regal Records Donated by George Dawson 178G11.1-5 George Dawson 5 folders of newspaper cuttings 1. 54 cuttings relating to fairgrounds and rallies in the Cumbria area 2. 172 Cuttings relating to traction engines and some historic photographs 3. 41 cuttings relating to diesel transport, advertisements for rides and engines and models 4. 146 cuttings relating to fairground rides, machines and organs 5. 64 cuttings from the World’s fair relating chiefly to tractions engines, various dates. George Dawson collection 178G11.6 36 pages of newspaper cuttings relating chiefly to traction engines George Dawson collection 178G11.7 Large album of cuttings from World’s Fair newspaper to 1978. Compiled in collaboration with Alf Lamb George Dawson collection 178G11.8 Large album of cuttings from World’s Fair newspaper consisting of articles written by RA Taylor documenting the history of machines and show families. -
Victoria Mill, Watt Street, Sabden, Lancashire
ARCHAEOLOGICAL SCHEME OF WORKS REPORT: VICTORIA MILL, WATT STREET, SABDEN, LANCASHIRE Planning Reference: pre-planning NGR: SD 77582 37287 AAL Site Code: SAWS 18 OASIS Reference Number: allenarc1-321051 Report prepared for Skipton Properties Ltd By Allen Archaeology Limited Report Number AAL 2018115 July 2018 Contents Executive Summary .......................................................................................................................... 1 1.0 Introduction .......................................................................................................................... 2 2.0 Site Location and Description ............................................................................................... 2 3.0 Planning Background ............................................................................................................ 2 4.0 Historical Background ........................................................................................................... 2 Archaeology and History .............................................................................................................. 2 History of the Textile Industry ...................................................................................................... 3 5.0 Methodology ........................................................................................................................ 4 Building Survey ............................................................................................................................ -
Progress Report 30
Friends of the Pine Creek Grist Mill Wildcat Den State Park, Muscatine, Iowa Progress Report Where we stand November 8, 2008 Since we did not have an October meeting this year, I have combined the September and Oc- tober progress reports into one this time. The past ial machine. The wire cause less damage to the two months we had good weather. Working at the belts than the large steel teeth of the appropriately mill is a lot more pleasant when it is not 95 de- named Alligator splicing. Learning how to use the grees! Like the rest of the 2008 restoration sea- splicing machine and install the Clipper splices took son, our work has been a combination of restora- some effort. In the end we were very satisfied tion and maintenance work. with the results. We plan to increase our use of the Clipper system as needed to improve the reli- Heritage Day ability of our belting. While this change in meth- ods is a minor thing, it is all part of our larger plan Naturally during this time period Heritage Day to improve the reliability of the mill’s machinery. took up a great deal of our time. Not only do you have to get the mill and its machinery ready, after Millstone Exhibit Heritage Day there are always things that have to be repaired and cleaned up. On the whole as far as The millstones that were donated to the the mill’s machinery is concerned this year’s Heri- Friends last year are now on exhibit, one at the mill tage Day was a great success. -
Case 10-20 Racine, WI 1917
Case 10-20 Racine, WI 1917 The late teens were a watershed for the This was not only Case’s first small gas J.I. Case Company, a time of enormous tractor but also their first Case four- activity as the company moved out of cylinder engine, which is the same the steam-traction engine market and engine used in the Case automobiles. into the growing gas-engine market. The company was particularly focused on the Like other popular models at that time, growing small-tractor market, with new the 10-20 had one large driving “bull” and innovative machinery coming out of wheel on the right, or furrow side, with the factory on a regular basis. its front steering wheel aligned with it on the right. The idler wheel on the left, or In 1915, Case’s first attempt at a small gas land side, had no differential, but could tractor was the Case 10-20. Following temporarily clutch into the live axle for the trends at the time, the 10-20 was extra traction if needed. An arrow was an unusual-looking three-wheeled, mounted above the front wheel which lightweight tractor that featured a four- pointed in the direction of travel. This cylinder vertical cross-mounted engine. was to aid the operator as he was seated behind the large drive wheel and had limited vision of the front of the machine. A true lightweight tractor for its time, This was not only the 10-20 weighed in at just over 5,000 Case’s first small gas pounds. -
Part 1 Engines in Steam Page 3 Part 2 Traction Engines Not Working Page 18 Part 3 Other Working
Part 1 Engines in Steam page 3 Part 2 Traction Engines not Working page 18 Part 3 Other Working ‘Machines’ that intrigued page 20 Part 4 Giant Miniature Engines page 24 Information taken from the 2021 Sheffield Steamfest Program & Guide, my observations and a number of websites. Errors and omissions are definitely a possibility so treat with care. Page 1 of 29 ‘Tasmania, in the steam era, was the breadbasket of Australia with our English ancestors farming our countryside with tried and true English practices. Just under half (69) of all the Marshall Sons & Co traction engines produced for the Australian market (148) were exported to Tasmania demonstrating the level of activity seen in this state. The number of engines in the state coupled with the expense of processing scrap in the dying days of steam left Tasmania rich in steam history. Many engines have been exported’ Chris Martin, Sheffield Steam & Heritage Centre, Chairman Page 2 of 29 Engines in Steam 1880 Fowler 8HP Traction Engine the world's oldest remaining Fowler traction engine builder’s number 4048 owned by Leigh & Cameron Burril Page 3 of 29 1929 Fowler 8NHP Compound Traction Engine Builder’s number 17211, 3 speed Road Locomotive ‘Lion’ class. First used by the Victorian Country Water Board in Central Victoria. The engine was then bought to Tasmania and sold to the Public Works Department. Most of its working life was spent in the north of the state driving stone crushers at the many quarries then operated by the PWD. In the late 1950s it was then put into storage until restoration started in the 1970s as an apprentice project. -
Part 1. Timeline in the Development of Agricultural Tractors and Power Units Note: the Italic Letters at the End of Each Entry Refer to the References
Part 1. Timeline in the Development of Agricultural Tractors and Power Units Note: the italic letters at the end of each entry refer to the references. 1705 Atmospheric steam engine invented by Englishmen Thomas Newcomen, 1663- 1729, with John Calley (or Cawley), ??-1725, and partnered with Thomas Savery, c. 1650- 1725, for its application. EB EWB GI MWBD 1769 Steam, three-wheeled, road wagon built and demonstrated in France by Nicolas J. Cugnot, 1725-1804, first used for moving artillery pieces. DDI EB GI AT WOI 1769 Steam engine using a separate condenser patented by Scot James Watt, 1736- 1819, who is often credited as the inventor of the steam engine. This engine was manufac- tured from 1774-1806. ATEN EB EWB HT MWBD 1781 Steam engine that provided means of changing the motion of the piston to rotation for driving machinery patented by James Watt, 1736-1819. EB 1791 Gas engine using coal gas awarded British patent to John Barber of England. HFP 1792-1794 Steam carriage built by William Murdock, 1754-1839, an associate of James Watt, 1736-1819. EB 1794 Internal combustion gas engine using piston and cylinder patented in Great Britain by American Robert Street, 18th century, the gas being hydrogen-air mixtures or “illuminat- ing gas,” a vaporized gas from oil or coal. EB HFP MWBD 1799 Coal gas engine that compressed a mixture of gas and air before ignition patented and constructed by Frenchman Philippe Lebon, 1767-1804. HFP HI MWBD 1801, 1802 Practical steam (vertical boiler) vehicle (carriage) made by Englishman Rich- ard Trevithick, 1771-1833. -
Steam Roller D375, D376, D377 & Traction Engine D415, D416, D417
Assembly Instructions Steam Roller D375, D376, D377 & Traction Engine D415, D416, D417 Overview Stage 1, Front Part Stage 6, Boiler Assembly Operating instructions Stage 2, Burner Chamber Rear Stage 7, Burner, Front Connection Functioning of the original engine Stage 3, Burner Chamber Front Stage 8, Steering Mechanism The Energy Transformation Stage 4, Flywheel Shaft Stage 9, Rear Rollers History Stage 5, Cylinder Stage 10, Roof and Chimney Accessories Special Notes on the Assembly 1. The assembly takes approx. 3-4 hours. Please allow sufficient time in order to avoid too many interruptions. 2. This is a valuable, demanding model. The assembly requires quiet, concentration and manual dexterity. 3. These instructions are applicable to both the steam engine as well as the traction engine. Please refer to the relevant text/picture. 4. The assembly should be carried out on a clean even table, so that no parts are lost. 5. All parts have been checked several times and fit into each other. If something does not fit, do not use force but study the assembly instructions/illustrations again. 6. Before operating the steam engine, please read and observe the operating instructions carefully. 7. After longer periods of operation, individual screws might need tightening. Note: Brass and black/brass models. The brass parts are treated with a clear lacquer to prevent tarnishing. After usage and to prevent tarnishing, apply a further coat of clear lacquer. Text & illustrations: Wilesco Wilhelm Schröder GmbH & Co., Germany Assembly Instructions Steam Roller D375, D376, D377 & Traction Engine D415, D416, D417 Stage 1, Front Part Steam Roller Illustration 1 Illustration 2 1 2 x front rollers Push the two front rollers (1) onto the front axle (8). -
CC-1 Proceedings of the National Irrigation Symposium November 10-13, 1970 MECHANIZED SPRINKLER SYSTEMS, THEIR APPLICATIONS
CC-1 Proceedings of the National Irrigation Symposium November 10-13, 1970 MECHANIZED SPRINKLER SYSTEMS, THEIR APPLICATIONS AND LIMITATIONS — WHAT NEXT? Claude H. Pair, P.E. USDA-ARS-SWC Northwest Branch Snake River Conservation Research Center Kimberly, Idaho Idaho Agricultural Experiment Station cooperating The mechanization of sprinkler irrigation systems for more efficient irri- gation with reduced labor began soon after the first systems were installed near the beginning of this century. Milo B. Williams (2) documented this statement when he wrote: "Engineers have devised systems of piping and special spray equipment for irrigating all areas by spray methods and have introduced automatic devices which reduce labor." This paper will discuss the mechaniza- tion of sprinkler irrigation to date and give some possible future trends. Williams (2) described three types of spray irrigation systems that were adopted for field irrigation by 1917. Mechanization of the third system, "overground spray lines fed from an underground feed pipe," was described as follows: "The original overhead system consisted of a few lengths of steel pipe set on parallel rows of posts and connected to a hand force pump. A series of small holes was drilled in the shell of the pipe, through which water could be 'forced in the form of spray. The idea was conceived of replacing the holes with small brass nozzles which could be screwed into the pipe shell. It was found that by placing one row of nozzles in a pipeline which could be turned or rolled in bearings, a strip of land 50 feet wide could be irrigated by turning through a total arc of about 90°.