Patented adjustable compass saw wooden handle with W Tyzack & Sons turner, Sheffield. 390mmLflagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village

Four-page printed brochure with illustrations 1940’s? describing the Point turning mechanism with illustrations, of the equipment, method of operation advantages, wiring, the street box and curb (kerb) control box. This type was used for many years at the intersection of Swan and Church Sts Richmond. Published by the Forest City Electric Co. of Manchester.Yields information about the Forest City Collins Point turners.Four page Pamphlet or Brochure Forest City No. 18T, "Collins Patent Automatic Point Turner".trams, tramways, forest city, points

This rope-making machine, called The New Era Rope Machine, was patented in the USA on July 18th 1911. It was made by the Continental Trading Corporation Ltd. in Chicago, USA. The ends of the rope would be threaded through the matching and hooked onto the machine's claws on the other side. The machine's handle would be rotated manually, which would twist the rope ends together, entwining them to make one thick rope.This manually operated rope-making machine is a labour saving devise used particularly by sailmakers in their rigging and ropework tasks. Rope-making machine, metal. The model is "The New Era Rope Machine". The manually operated machine has three claws through which roping material is threaded. Internal wheels have cogs around their perimeter. The two pieces that make up the machine's case are bolted together. Made by Continental Trading corporation Ltd Chicago USA. The machine was patented on 18th July 1911."The New Era Rope Machine" " Continental Trading Corporation Ltd Chicago USA" "Patd july 18 1911" "Made in USA" "Keep oiled"flagstaff hill, warrnambool, maritime museum, maritime village, great ocean road, shipwreck coast, ropework, the new era rope machine, patented, 1911, textile machine, continental trading corporation ltd., chicago, rope-making machine, textile industry

A rare travelling piano numbered no. 26 made by James Semple circa 1850s, one of only three left in the world. The piano's maker, James Semple, was a piano maker in Glasgow, from 1850-1875 and the inscription indicates that Semple held a patent for a check on the downstriking action. This little piano has a keyboard of only 4 octaves (F-f3) knee levers instead of pedals work as a moderator and damper. It was designed to provide entertainment and to accompany devotions during the long journey from the UK to Australia. The piano was named the travelling piano due to its ease of transportation with handles on each end and removable legs. Small wooden piano"SEMPLES/ PATENT/ NON-BLOCKING/ CHECK ACTION/" "JAMES [OBSCURED]/ MANUFAC[OBSCURED] 7 STIR[OBSCURED]/ GLASGOW"

Used to communicate with ships from Point Hicks Lightstation. In Greek mythology, "Stentor" was a herald on the Greek side during the Trojan War. His name has given rise to the adjective "stentorian", meaning loud-voiced, for which he was famous. Homer said his "voice was as powerful as fifty voices of other men." He died after his defeat by Hermes in a shouting contest. See the Iliad, V. The large funnel-shaped device is nearly 750mm (30 inches) in length and is made of re coated cardboard that is riveted together. It has a metal mouth-piece at the narrow end and a metal edge at the wide end, and a metal handle. The maker’s information inside indicates that it is a ‘Stentor Megaphone’ patented on 4 April 1899 by a company in Boston. Stentor brand megaphones were manufactured by Merriman Brothers, a firm established in Boston in 1898 specializing in hardware for yachts. Merriman Bros. Manufacturers. 139 Border St. East Boston, Mass. Their equipment, which included pulley blocks, winches and fittings, was well-known worldwide before the company closed in about 1995. However, their ‘main business was not blocks and winches’…‘it was Merriman megaphones, including the familiar cheerleader megaphones’. They came in different sizes, one of which was employed by the United States Navy because of its scientifically proven horn angle of 22 degrees’. Their patent for the device, dated April 4, 1899, specified details such as the ‘rivets, metal mouthpiece, and adjacent parts’,and an undated pamphlet promoting the Stentor Megaphone emphasizes its ‘highly finished’ appearance ‘with nickel mouthpiece, rim and other fittings’. It also pronounces ‘the carrying power of a Megaphone is astonishing. Even under adverse conditions, it magnifies the power of the voice many times. For listening to distant sounds, it is also of great assistance’. Various sizes were designed for particular uses, and the pamphlet advises that the 30 inch no.2 model, which cost US $2.50, ‘makes it easy to talk half-a-mile and shout a mile’. An advertisement also stresses that it has ‘no iron parts’, making it ideal for marine situations.The Penobscot Marine Museum, Searsport, Maine, United States, has the same or similar model of megaphone in its collection, and the Flagstaff Hill Maritime Village Museum, Warrnambool, Victoria, has a galvanised metal ‘Acme Stentor’ megaphone. The Point Hicks Stentor Megaphone has first level contributory significance for its provenance and historic value, and also as a relatively rare item of equipment once used worldwide in marine situations, such as lightstations, as demonstrated by this example in a Victorian lightstation.One large funnel shaped megaphone made of coated cardboard riveted together. Has a metal handle and metal rims at each end. Dark reddish brown colour."No 2 / THE / STENTOR MEGAPHONE / PATENTED APRIL 4TH 1899 / .../ MAKERS / .OSTON. MASS"

Thomas Edison was one of the world’s most prolific inventors, holding over 2,000 different patents. One of his earliest inventions was the phonograph. The Edison Phonograph Company was formed on October 8, 1887, to market Edison's machine. The original machine went through many modifications. The Patent information on this machine indicates that it was manufactured after May 1906. Sound was recorded on wax cylinders. Edison cylinders were the earliest commercial medium for recording and reproducing sound. These hollow cylindrical objects have an audio recording engraved on the outside surface which can be reproduced when they are played on a mechanical cylinder phonograph Beginning in 1889, pre-recorded wax cylinders were marketed. They featured professionally made recordings of songs, instrumental music or humorous monologues in their grooves. The earliest cylinders were made from soft wax and later hard wax was utilised. Further developments by several companies, led to the introduction of celluloid cylinders. In late 1908, Thomas Edison had introduced wax cylinders that played for about four minutes (instead of the usual two) under the Amberol brand. The Amberols were manufactured with flat rim-ends, to prevent confusion with the earlier bevel-edged two-minute version. In 1912, the Edison company eventually acquired patents to the celluloid technology, and almost immediately started production of the new brand as Edison Blue Amberol Records. Cylinder records continued to compete with the growing disc record market into the 1910s. In 1912, Columbia Records, which had been selling both discs and cylinders, dropped the cylinder format, while Edison introduced his Diamond Disc format, played with a diamond stylus. From 1915, new Edison cylinders were re-recordings from Edison discs. Although his cylinders continued to be sold in steadily dwindling quantities, Edison continued to support the owners of cylinder phonographs by making new titles available in that format until the company ceased manufacturing all records and phonographs in November 1929.This item is significant because it is representative of early home entertainment in the late 19th and early 20th century.An Edison Home Phonograph in a wooden case. No trumpet included.On outer case' Edison On metal plate: Thomas A Edison TRADE MARK On large metal plate: Detailed inscription of Patent informationphonograph, thomas edison

Three small plaques of manufactures of glass/porcelain immortelles. One form J.S. Robinson, London patent' The other two from French Wreath, London patent 4987, Reg No. 409013. Possibly salvaged by the friends of White Hills cemetery after the immortelle broke.bendigo, cemetery, bendigo cemetery

Underwood and Underwood commenced manufacturing stereoscopes and cards in the 1880’s, and by 1900 they were selling 300,000 stereoscopes a year and producing 25,000 cards a day. A large volume of their photographic work survives to this day.A popular item which was in common use around 1900. The cards used, provide a useful view of people and places around that time. They were pioneers in the field of news photography. Many of their images are still available today.Metal viewing section with glass inserts with wooden extension with a sliding viewing section with metal brackets. Metal part has figured marking around top. It has a fold down wooden handle with metal hinge.Manuf’d Underwood & Underwood Patented June 11 1901Foreign patents applied for.warrnambool, stereoscope, underwood & underwood

The Box Brownie camera was developed by Frank Brownell in the late 19th century. It was marketed by Eastman Kodak of U.S.A. and was a camera with a simple lens. It provided snapshots at a low cost and was the most widely-used camera by families in the first half of the 20th century. This item was the No. 2 model which was sold from 1901 to 1935. This item was given to Olive O’Donnell when she was ten years old. The donor was Miss Florence Lake of ‘Lyndoch’ in Warrnambool. She was noted for giving presents, usually at Christmas time, to the children of her employees and other children in the Warrnambool area. Olive O’Donnell’s father worked for Miss Lake for 45 years. The property of ‘Lyndoch’ near the mouth of the Hopkins River in Warrnambool was established by a Melbourne businessman, George Rolfe, late in the 19th century and Miss Lake was one of the two stepdaughters of George Rolfe who inherited the property. Miss Florence Lake built a house at Lyndoch which today forms part of the aged care facility established when the property was sold. This camera is of interest for two reasons: 1. It is an example of the Box Brownie camera which was a very popular camera owned by many Australians in the first half of the 20th century. 2. It is an example of the type of present given to children by the Warrnambool philanthropist, Florence Lake. She resided at ‘Lyndoch’ and was well-known in the Warrnambool community in the 20th century. This is a rectangular-shaped black metal box. A metal clip acts as an opening and closing device for inserting a film. A yellow and black film is enclosed at one end of the box. A handle is on the top of the box and is attached by metal clips. There are several viewing panels on the box and a metal mechanism for winding the film. The box is scuffed and stained. ‘Brownie’ ‘No 2 Brownie Model F Patented in U.S.A. Patents Pending.’ photography, household items, lyndoch, warrnambool, florence lake, warrnambool, olive o’donnell, warrnambool

Object. Childrens musical toy record player. Key wound in tin box with illustrations of fairy-tale characters around sides. Labelled Bing Pigmy Phone, Bavaria. With on off switch.D.R.P., D.R.G.M., BRIT PATENT APPLIED FOR.. USA PATENT APPLIED FOR REGtoys, general, bing pigmy phone

How widely the prisoptometer was used is unclear but the Standard Optical Company later patented a new model, The Standard Prisoptometer, on June 21, 1904. Edward Jackson's crossed cylinder technique of determining astigmatism was first detailed in the Transactions of the American Ophthalmological Society (1887)4:595-598. The convenience of Jackson's crossed cylinder lenses over the prisoptometer in weight, cost, portability and reliability meant that they were soon almost universally adopted.This is a rare item as few are known world wide.This instrument is an optometer, that is, a device to measure the refractive error of an eye. It is made of cast iron, steel, brass and glass. It contains a prism which could be rotated, and was used to view a disc or an object circle. The prism caused monocular doubling of the object circle and the separation of the two images varied as the prism rotated, depending on the astigmatism present. The axis of the astigmatism was indicated by the prisoptometer and trial lenses were used to determine the the magnitude of the spherical and cylindrical refractive errorImprinted:"DR CULBERTSON'S PRISOPTOMETER/ GENEVA OPTICAL COMPANY MAKERS, GENEVA, N.Y./ PATENTED SEPT, 21, 1886". Stamped "853" on eyepiece and lens mounting.optometry, prisoptometer, optometer, astigmatism, refractive error, refraction, culbertson

Associated with current Defence Force Uniform Issue for Ceremonial Uniform dress. Issued by the Australian Defence Force. Black Patent Leather boots, rubber heel and tread, lace ups and used with Ceremonial uniform dress. Inside the boot : 5/97

Photocopy of United States Patent for Hazell's Streamline racquet. Materials: Paper, Ink, Wood, Cardboard, Glasstennis

Inventor Biography: Percival Everitt was a Norfolk-born engineer and regarded as the father of the coin-op industry. in 1884 he patented one of his many inventions the coin-operated scales. For many people, it was their first exposure to coin-operated machines. As a young man in 1877, Everitt invented a hay and corn pitcher, a turnip thinner in 1878 and an “Automatic Travelling Anchor” in 1880. But he hit his stride in 1883 with the first postcard-vending machine over a hundred of which he distributed around London. Everitt went on to invent the one penny scale which prompted the formation of the Weighing Machine Company in 1885. Further inventions followed a blow tester in 1887 also the machine for testing a person grip in 1888 and the dispensing machine that opera glasses could be hired from in 1889 also the fortune-telling machine in 1890. He also invented a mechanism to shut coin slots when vending machines were empty, but then as now vandals posed a problem by jamming paper into the slot. Everitt sadly did not make his fortune he died suddenly in February 1893, in his late forties with £71 to his name. Penny Slot Weighing Machine: When the Australian colonies federated to form the Commonwealth of Australia in 1901 their post and telegraph departments were merged to form the national Postmaster General's (PMG) Department. The subject scale is an automatic public weighing machine, No.387, made in England by George Salter and Co. of West Bromwich. The Australasian Automatic Weighing Machine Co. Ltd in 1923 tendered for the right to place Automatic Weighing Machines on railway and tram premises throughout New South Wales subsequently for five-year terms in return for a fixed payment per machine and a portion of the revenue to the NSW Government. The company also made arrangements with the Postmaster General's Department to place machines outside post offices across the country. Weights were measured in stones and pound's up to 20 stone (127 kg) and average weights were shown separately for men, women, boys and girls by various heights in feet and inches. The subject item has had its scale change by the Eastern Scale Company to metric and it is believed to have occurred shortly after April 2000 as the company was first registered and began trading on this date. This weighing machine was originally installed by the Australasian Automatic Weighing Machine Co. Ltd at Warrnambool Post Office and was made by the firm, George Salter and Company, in West Bromwich, England to the Percival Everitt patent. Salter advertised that these machines were suitable for hotels, pleasure gardens, theaters, exhibition halls, clubs, baths and places of public resort. The company had been established in 1760 by the brothers, Richard and William Salter, manufacturing springs and pocket steelyards (spring balances). After several generations, the company was taken over by a nephew, George, and in 1884 the Salter trademark was registered to show a Staffordshire knot pierced by an arrow. The company's expanded range of products included the first coin-operated public weighing machines in the 1880s and in 1895 the first English made typewriter. When the last George Salter died in 1917, the company passed into the hands of other relatives but continued to grow before being bought out by Staveley Industries in 1973. Despite several subsequent mergers, the Salter name continues today on home ware products such as digital scales.A very rare example of a penny in the slot weighing machine imported into Australia and used in public places the item is significant as it gives a snapshot into community life at the time where the public could go and get weighed given there were no personal weighing machines or equipment that people could use at home. So if they needed to post a letter or go on a train journey they could use a machine to check their weight. Whats interesting is that this patent by Percival Everitt was the worlds first slot machine and the start of casino, arcade and other types of slot machines. Personal weighing scale metal large silver painted penny coin operated. Weight measurements are in stones and pounds. Australian Automatic Weighing Machine 60 lb Everitt Patent. flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village

This drum carder was purchase by Gill Stange at the Whittlesea Show in the late 1980s. The carder allowed Gill to spin fleece from her own Merino sheep. Merino is a difficult wool to spin when compared to other popular varieties, such as Corriedale or crossbred wool. The carder helped her to tease out the fleece, slightly separating the fibres before spinning. It also allowed for easier removal of foreign matters, such as seeds and mud. Little is known about the Kacoonda brand who produced the carder. They were Australian based and appear to have only operated throughout the 1980s.The carder has one large central roller with two smaller rollers on either side. The larger roller rotates in the inverse direction of the two smaller rollers. The carding cloth is a mint green in which closely spaced wire pins are embedded. The shape, length, diameter, and spacing of these wire pins is that of a standard carder. On one side of the carder a handle is found that is used to spin the three rollers. Additionally on this side is a sticker which reads “The Kacoonda Carder. Subject to Patent Action”. A Silver grip for the easy movement of the carder can also be found high on this side. On the opposite side of the carder, many nuts and plates can be found which hold the rollers in place. This is opposed to the other side of the carder, which has a brown plastic cover plate attached underneath the handle. The walls providing a path for the carded wool to follow when being carded, are made of wood. The carder comes complete with a teasing tool. This tool has the same mint green carding cloth as the carder’s rollers. It is attached to a simple wood handle for ease of use.Wording, green, printed. Sticker on side of carder. “The Kacoonda Carder / SUBJECT TO PATENT ACTION”whittlesea show, drum carder, textile production, carding wool, kacoonda

Usually heated over a stove, used for ironing shirt collars and similar garments, this flatiron has a curved or rounded base.Small black flat iron, rounded baseSilvester patent [No.] 1flatirons, laundry irons

Used under a wringer and screwed onto a trough or lower tub to rinse and dry clothes (by spinning) after they have been soaked and washed with soap.Used by a resident of the Kiewa Valley.Outer green metal tub. Inner silver metal tub with holes all around it. Metal pipe vertical in the centre. Inner tub can spin. Underneath is a steel stand which is attached to the centre pipe to the outer edge. A screw with a 'plug' enables it to be attached to a stand or a lower tub. Underneath the bottom is a red hose which is attached and at its other end a connection for a tap."Patented / Rinsan Dry"washing machine, washing tub, household work

Metal buckle or clasp. Picture in centre is missing. In the frame at the top are engraved the words Englands Cricketers. A bat is engraved on the right hand side and a ball on the left. Along the bottom of the frame are two gloves and two leg pads. On the reverse, there is a metal clasp and a loop. Item is rusted.D & G's Patentbendigo, gold mining, qc binks

This is a stamp that has been used to identify library books at the Stanley AthenaeumRubber stamp with round wooden handle and eight sided rectagonal baseClark's Patent Melbournelibrary, book, stamp stanley athenaeum clarkes

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Unknown location, USA (see also items S0472, S0476, S0515)Made in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. One of the three chapels around the Chapel Pond at Brandeis University, Waltham, Massachusetts, USA, 1955. (Architect: Max Abramowitz.)Made in USA / Patentedusa, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Baker Dormitories, MIT, Cambridge, Massachusetts, USA. (Architect: Alvar Aalto.)Made in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Harvard University, Cambridge, Massachusetts, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Colour slide in a mount. Unknown locationMade in USA / Patentedslide, robin boyd

Colour slide in a mount. Unknown house and locationMade in USA / Patentedslide, robin boyd

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. East 54th St, possibly Museum of Modern Art, New York, New York, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. House, unknown location, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Statue of John Harvard, Harvard Yard, Harvard University, Cambridge, Massachusetts, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Possibly Boston, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide

Robin Boyd developed a close friendship with the founder of the Bauhaus in Weimar Germany, Walter Gropius, who had moved to the USA in the 1930s. Through this connection, Boyd was invited to be the Massachusetts Institute of Technology (MIT) Bemis Professor at the School in the North American academic year 1956-7. Robin and Patricia Boyd, with their youngest daughter Suzy, were based in Cambridge, Massachusetts for the year. Boyd gave some lectures at MIT and he was also invited to give lectures at many other universities, allowing him to travel widely within the USA, especially on the East Coast. This gave him the opportunity to meet architects like Frank Lloyd Wright, Eero Saarinen, Paul Rudolph and many others, and visit the offices of Skidmore, Owings and Merrill, and places like Taliesin and the General Motors Technical Center Detroit. On the way home, the Boyds visited London, Berlin, Paris and Le Corbusier’s Ronchamp Chapel in France.Colour slide in a mount. Harvard Yard, Harvard University, Cambridge, MA, USAMade in USA / Patentedmit bemis professorship, mit, robin boyd, slide