Sidney Clifton was a mechanical engineer and a lecturer at Melbourne University. He built the house, which is still in the family. He was a foundation member and treasurer of Darebin Parklands Association. He designed Clifton Bridge in Darebin Parklands and built the wooden formwork for it in his living room in this house. It was built with volunteers and funded by a grant from Heidelberg and Northcote Councils. He was a foundation member and treasurer of Darebin Parklands Association.B&W photograph. Sidney Clifton's house is on the right. This item and all other Darebin Parklands Association archival material is now held by State Library Victoria (Accession No: YMS 13746). Please contact State Library Victoria if access is required.

index, ill, p.248.non-fiction A history of the Victorian Railways Chief Mechanical Engineers Alfred.E. Smith and Fred.J.Shea.locomotives - australia - drawings - biography, steam engines - australia - design - biography

index, ill, p.280.non-fiction A history of the New South Government Railways Chief Mechanical Engineer Ernest Edward Lucy.locomotives - australia - drawings - biography, steam engines - australia - design - biography

The clock parts were discovered in 1980 by Julie Wilkins, a Victorian scuba diver who had already experienced more than 500 dives in Australia and overseas. She was holidaying in Peterborough, Victoria, and looking forward to discovering more about the famous Loch Ard ship, wrecked in June 1878 at Mutton Bird Island. The fast Glasgow-built clipper ship was only five years old when the tragedy occurred. There were 54 people on board the vessel and only two survived Julie's holiday photograph of Boat Bay reminds her of her most memorable dive. Submerged in the calm, flat sea, she was carefully scanning around the remains of the old wreck when, to her amazement, a gold coin and a small gold cross suddenly came up towards her. She excitedly cupped them in her hands and then stowed the treasures safely in her wetsuit and continued her dive. She soon discovered a group of brass carriage clock parts and some bottles of champagne. It was a day full of surprises. The items were easily recognisable, without any build-up of encrustations or concretion. Julie secretly enjoyed her treasures for twenty-four years then packed them up for the early morning train trip to Warrnambool. After a short walk to Flagstaff Hill Maritime Museum and Village, her photograph was taken as she handed over her precious find. She told her story to a local newspaper reporter, lunched a café in town then took the late afternoon train home. Her generous donation is now part of a vast collection of Loch Ard shipwreck artefacts, including the gold watch and the Minton Majolica model peacock. This group of brass clockwork parts is incomplete. The pieces were in the ocean for over 100 years before Julie recovered them from the Loch Ard wreck. Their size would suit the works of a carriage clock, with a mainspring and weight to power the clock movement, a pendulum to measure the clock's speed, arbours, posts, pillars and at least one other plate. They would have been mounted inside a protective case with a small door to easily access the clock face for setting the time and accessing the key's winding hole. The clock cases were usually made from decorative gilt brass with a glass front and a carrying handle. The parts include a weighted second hand with a decorative four-pronged finish at one end, a rounded weight at the other, and a hole for attaching it to the clock face. The gear teeth profiles are ‘cycloidal’, an arch shape with vertical sides, which is common for antique clocks. Modern clockworks have ‘involute’ teeth with sloping sides and a squared-off top. The brass carriage clock parts are an example of a mechanical clock produced in the 1870s. The clock's design is a part of the chain of technological improvements in methods for timekeeping. Its cycloidal gear teeth were the forerunner of the more modern involute gears. The group of clock parts includes a weighted hand or arm for signifying the seconds. This feature was uncommon in portable Victorian-era clocks. The clock parts are also significant for their association with the ill-fated sailing ship Loch Ard, wrecked in 1878. The travelling clock or officer’s clock may have been part of the cargo destined for the 1880 Melbourne Exhibition, or the personal possession of one of the people on board the vessel. Brass clockwork parts from a mechanical clock, sixteen pieces. Parts comprise a plate, large gears or wheels, small pinions or wheels with fine teeth, wheels with cogs, and a weighted second hand. The parts were from a carriage clock ca. 1878. They were recovered from the wreck of the sailing ship Loch Ard.flagstaff hill maritime museum and village, warrnambool, great ocean road, shipwreck coast, loch ard, wreck of the loch ard, 1878, mutton bird island, peterborough, scuba diver, 1980s, shipwreck artefact, relic, clock, mechanical, clock parts, time, timekeeper, horology, chronometry, cogs, time keeping device, scientific instrument, chronometer, john harrison, longitude, carriage clock, coach clock, portable clock, travelling clock, travel clock, traveller’s clock, officer’s clock, weighted second hand, victorian era, cycloidal gear teeth, brass clock, julie wilkins

A marine foghorn gives an audible navigational signal to warn vessels of dangers, hazards and the presence of other vessels in fog conditions. The foghorn signal is a series of long and short sounds with short or long pauses between them. These common signals conform to a code called the International Regulations for Preventing Collisions at Sea and provide such information as whether the vessel is under sail or motor, large or small, aground or at anchor. The designs of foghorns vary but they all use a column of air to make a loud sound. Some use vibrating plates or metal reeds, others force air through holes in a revolving cylinder or disc, sounding like a siren, and some use a clockwork mechanism to open the valves that let the air into the horn. They are usually built to meet particular specifications e.g. U.S.C.G. (US Coast Guard). This Tyfon plunger foghorn has a horizontal handle attached to a vertical rod that moves up and down inside a cylinder. When the handle is plunged down, in a similar way to a bicycle pump, the air is forced out of the bottom of the cylinder into a pipe with a bell-shaped horn on the end, making a loud, low sound. The wider base of the cylinder helps to keep it stable. The original type Tyfon foghorns were manufactured in about 1910 by Kochums Mechanical Workshop (Kockums Mechanical Werkstad, Ltd.), Malmo, Sweden. The company was established in 1840, became a Limited company in 1866, and established a shipyard at the Port of Malmo, Sweden, in 1870. The civilian ship production in Malmo ceased in 1987. As well as building ships the company built large industrial and agricultural machinery and maritime goods.this replica foghorn represents the design of a Swedish, Tyfon model 1910. It is an example of the type of safety equipment used on marine vessels to signal other vessels and signal to land. Replica foghorn; portable marine, plunger operation. It has a brass cylinder and adjustable brass horn. The plunger handle and base are wooden. Inscriptions are on the plaque on the horn and moulded into the air intake. Facsimile of a Kockums of Malmo, Sweden, Tyfon model 1910 Fog Horn.Impressed into the attached plaque "KOCKUMS MLK. VERKSTAD / MALMO SWEDEN" and "TRADE TYFON MARK" Also added to the plaque individually "288938" Molded around the circumference of the air intake "TYFON PATENT"flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, foghorn, fog horn, tyfon foghorn, kockums mlk verkstad, malmo sweden, replica, warning signal, safety equipment, ship's equipment

Set of 60 A3 sheets, comprising a folder of GA Drawings – from Keith Kings, held with black plastic semi elastic black clip or retaining strip. All drawings have been scanned (about 50% were already scanned, e.g. the first sheet) and placed on the Depot Tramcar Mechanical component listing. Order of drawings as received has been retained and listed as follows. R1146 – General Data of Tramcars – 24-9-1924 R11-927 – SW6 and W6 – Advertising Panel Location R11-928 – W7 Advertising Panel Location R9529 – Class W7 GA List of Tramcar GA Arrangement Drawings dated 13/12/1974 Cover sheet – “Melbourne and Metropolitan Tramways Board – Electric Tramcars Index - lists Class, numbers and Drawing Nos. R1266 – Cable Train – Dummy and 4 wheel trailer R3799 – Cable train – Dummy & 4 wheel trailer R3422 – Cable train – dummy & Bogie trailer PMTT 161 – Combination Car R3076 – Class A – Combination Car Dropped ends PMTT – 163 - Bogie car with dropped centre compartment PMTT – 700 – Bogie Car with dropped centre compartment and longitudinal rattan saloon seats R3078 – Dropped Centre bogie car – Maximum Traction R4571 – Dog Transport Car – class C converted PMTT 162 – Summer car (old type) – F class PMTT 164 – Summer car – G class R3079 – Class L R7416 – Class L PMTT 160 – Bogie Closed Car – (O class) R9787 – Class G – All night tram style R3077 – Class G – All night tram style R8999 – Class A tramcar Coburg type Original – S class R5963 - Class A tramcar Coburg type Original – S class (modified) R3093A - Class T R4382 – Class T arrangement for one-man operation Car 178 R3756A – class U R2461 – class W – W class converted to W2 R2460 – class W1 R2459 – class W2 R4646 – class SW2 R9525 – class SW2 R3071 – class W3 R3812 – class W4 R4678B – class W5 R9601 – class CW5 R5818 – class SW5 R12-052 – Class W5 – sliding door conversion R4771A – class SW6 (reversible seats) R6408A – class SW6 (Tubular Fixed Seats) R8617 – class SW6 and W6 R9529 – class W7 R10-129 – Class VR car R8332 – PCC type car R2462 – class X R1811 – types of electric cars – class X Safety car R2463 – class X1 R3080 – Class X2 R2464 – class Y R2465 – class Y1 R10-946 – All electric tram – 1041 R11-333 – class Z1 and Z2 trams R11-387 – class z outside dimensions R11-563 – Class Z tram (101-115) R11-580 - class Z3 tram R12-062 – Class A tram T4000-12 – double ended 6 axle articulated LRV – a possibly arrangement R6928 – PCC Car – double end operation R9980 – Freight car 17 – former V class passenger car See Reg Item 5639 for a similar document.trams, tramways, drawings, tramcars, cable trams, tramcar design, preston workshops, mmtb

.0 - Autumn 1980 - Passenger counting, Survey provides data, We lead the way with Z3, Wattle Park, transport in Moscow, Spike Milligan, Melbourne's decorated trams, transporting art, sports, training, and Raymond Stock, Assistant Traffic Manager Revenue .1 - Winter 1980 - Bourke St Mall is popular, Senior citizens help design new tram (Z3), A bus-only lane in Johnstone St., Depot Employees' Social and facility Melbourne. Has a profile on Mr R. C. Drummond, Traffic Manager. .2 - Spring 1980 - Christmas Message, supporting those children with polio in 1938, Trolley buses, Z3 trams being built, use of parafil in overhead, cleaning truck. Has a profile on Ken Hall, Assistant Chief Engineer - Mechanical and Reg Robinson who was the organiser for the 1938 polio event - bus driver / instructor. .3 - Summer 1981 - MMTB involvement with Australia Day pageant, note involvement of TMSV, Bendigo, BTPS 27 (26 Jan. 1981), film on apprentices, tram stop shelters, resilient track work, trolley buses, the supply and systems department including Hawthorn clothing workroom and printing department (photos) and profile on Mr Jerry Compton, Supply and systems department. (Two copies held) .4 - Autumn 1981 - new buildings at Footscray, South Melbourne, trolley buses for Melbourne?, building MAN buses, why join the Tramways Benefit Society, article that looks at the Engineering Branch and profile of John Grigg, Chief Engineer. (Two copies held) .5 - Winter 1981 - New passenger shelters, image of the Elizabeth St shelter proposal, where do old trams go?, "Around the Clock" Emergency Service (item on R10) (See Reg item 1004 for photo), formation of Tramway's Sporting Associations, retirement of Board's driver Peter Savage, bus driving school transferred to Hawthorn, Apprentices and Profile on Bill Sibbison, Depot Manager North Fitzroy. .6 - Spring 1981 - 8 pages - Making of Squizzy Taylor film - Flinders St station, Engineering Amenities at South Melbourne opened, traverser at Preston Workshops, track work - pressing curves at South Melbourne, Conductresses re-union, model tramway at the Royal Show, retirements, sporting association, tramway band, AVM, reducing noise levels, lists Editorial committee. .7 - Summer 1982 - 8 pages - Its Christmas Party time, want to charter a tram or bus?, portable radios, MMTB role in Paraplegic Games, MMTB Architect Gene Marshall retires, photo of WW2 most popular conductresses ball, MMTB Highlights, O-Bahn. Has a profile on Rob Downing - Deputy Chairman. Also Dick Newnham - lift operator at head office, Bob Moffatt - driver turned actor. Also has a follow up on the making of the Squizzy Taylor film "What's wrong with Squizzy" and a photo of the Editorial team and their names. .8 - Autumn 1982 - 8 pages - item on "Taking Melbourne by Storm", photo of Austerity bus 500, Radio Centre, Clifton Pugh tram 504, Essendon Depot (see Reg Item 1005) includes of photos of managers, revenue etc, story on the most popular conductress photo by Win Gibson (see Reg item 180 and 181), new apprentices, John Murdoch model train (Diamond Valley) builder, Sunday vintage tram service (V214) and L class to the zoo. Has a profile on Mr. Peter Saul, Architect. (two copies held) (see image 1178i5 for cover) .9 - Winter 1982 - 8 pages - changes to Doncaster bus - Eastern Free extension, changes to Ministry will affect Board - Steve Crabb, new uniforms, Footscray Depot, apprentice awards, follow up on Austerity buses, Norm Cross and Destination City, Profile on Alan Nolan Runningsheds Engineer, and Mike McLeod MMTB Photographer. (two copies held) .10 - Spring 1982 - book - see Melbourne by tram, Bundoora tramway work, new articulated vehicles (B class trams), Elizabeth St modal interchange shelter, Brunswick depot, demise of the F class bus (Mark VI), profile of Daryl Meade bus engineer, Joe Saccasan carpenter building branch and a list of Jargon. (two copies held).Demonstrates a MMTB employee newsletter, early 1980sMagazine, two colour printed on A2 sheet, folded to A3, "METRA News", published by the MMTB. Each issue unless noted otherwise four pages. Major items listed. Each issue has personnel news, including new staff, promotions, overseas items;trams, tramways, mmtb, z3 class, bourke st, track equipment, overhead, most popular conductress competition, hawthorn depot, clothing, trolley buses, fund raising, footscray, welfare, sale of trams, recovery, r10 vehicle, flinders st, films, radio centre, essendon depot, theatre, transporting art, austerity buses, footscray depot, doncaster, minister for transport, shelters, bundoora, brunswick depot, buses, mont albert, route 42

The pennant designed and cross stitched by Margaret Thorpe to fill in lonely hours whilst Colin Arthur Thorpe was in Vietnam. She presented the pennant to the Currumbin RSL Queensland. In 2018 a small plaque was present to NVVM for the Garden of Remembrance. A cross stitch pennant with the Royal Corps of Australian Electrical and Mechanical Engineers emblem. A blue, yellow and red striped background with the emblem cross stitched in wool with hessian backing.R A E M Ecolin arthur thorpe, 15485, raeme, margaret thorpe

A Dray is a type of dead axle wagon that was used to transport heavy loads or objects. They had a flat level floor and while some had no sides, others had box bodies and sides. Tip Drays (also known as Tip Carts, Muck Cart, Scotch Cart, Tumbrel or Putt in different parts of England) were smaller than other drays as their loads were heavy and usually only pulled by one horse. Their basic design included two wheels, a tipping body and shafts. The Tip Dray has a unique mechanism that allows the top to tip backwards to tip the load out of the back of the dray. The tipper was activated by a handle at the front allowing the driver to operate it while still having control over the horse. A Tip Dray was an indispensable piece of equipment in the days before tractors and mechanical trucks. They were used by farmers and carters to transport hay, rocks, bricks, gravel and rubbish etc. and because they were useful for dumping loads, they were favoured for use in road and railway construction. A photo in the collection of the Lorne Historical Society shows a tipping dray being used during the construction of the Great Ocean Road. They were part of the daily street traffic in towns and cities around Australia from the early days of settlement. In Australia in the early 1900's, carters began to join unions to protect their jobs and pay. N.S.W. had a "Trolley, Draymen and Carters Union", Queensland had a "Tip Dray Men's Association" and in W. A. the "Top Dray Driver's Union" had a "cessation of work" in 1911 when they were fighting for an increase in their day's wages. In 1910 a meeting of Tip Carters was held in Geelong at the Trades Hall to discuss the formation of a union (The Geelong Tip Dray Carters) which was a success and a schedule of rates for all carting, whether by contract or day labor, was fixed. By 1912 they had "labelled" more than 50 drays and had representatives on the "Trades Hall and Eight Hours Committee". By the mid 1930's and early 1940's, tip drays were being superseded by mechanical trucks and utes. However tip drays continued to be used in some circumstances. They were a practical solution to the problem of petrol rationing during W. W. 2. It was noted in a letter to the editor in the "Sunshine Advocate" in 1938 that a positive argument for continued use of Tip Drays for rubbish collection related to the idea that a horse drawn vehicle involved with lots of stops and starts at different houses (very like a milkman's delivery route) often involved the horse "driving itself" while the driver picked up the rubbish - something a motor truck was unable to do! Another article written in August 1935 and published in the Age in a parliamentary report into the rubber industry noted "tip drays had almost disappeared and in their place, metal was carted in 5 ton motor trucks" but the report went on to say that as a part of the Government relief work (during the Great Depression) the Government had "to some extent reintroduced the tip drays so that a greater number of men would be employed". This particular tip dray was owned by Mr. Oswald (Jack) Bourke. He used it to deliver dry goods from Sunbury to the Queen Victoria Market in Melbourne several times a week in the 1930's and then (between 1945 and 1962) Mr. Bourke used it on the garbage round in Springvale Victoria for the Springvale Council. The Council owned three drays and the "No. 3" painted on this dray is in recognition of its original number. After the death of Mr. Bourke in 1990, one of Mr. Bourke's sons (Andy) found the dray in a shed and restored it. The sign writing on the back and side panels were added during the restoration. This Tipping Dray is a significant example of a horse drawn vehicle that was used by workers from the early days of white settlement through to the 1940's and even into the early 1960's. It was used in a range of "working class" occupations - road construction, railway construction, carting goods, rubbish collection etc. and would have been found in cities, country towns and on farms.A wooden and metal tipping dray with a box body and four sides. It has two iron and wooden wheels (with 14 spokes), two wooden shafts and a metal tipping mechanism. The back panel folds down to allow loads to be dumped out. It is painted in green and cream with sign writing on one of the sides and on the front and back panels. It features decorative painted lines and designs in burgundy, cream and light blue on most of the wooden parts. The tipping mechanism is on the front of the dray's left side and consists of a metal pin secured with a metal ring, and a lever.Front of dray - "No. 3" Side of dray - "A. & M. BOURKE / Contractors / LONGWARRY" Back of dray - "G.T. ANDREWS / QUEEN VICTORIA MARKET - Stand C23 / Phone DANDENONG 225"flagstaff hill maritime museum and village, warrnambool, shipwreck coast, tipping dray, dray, tip dray, tip cart, vehicles, horse drawn vehicle, springvale council, jack bourke, muck cart, scotch cart, tumbrel, putt, box body, oswald bourke, sunbury, queen victoria market, melbourne, no. 3

The Lidwill machine was designed by Mark Lidwill in 1913, for the purpose of mechanical or insufflation anaesthesia. It was manufactured by Elliott Bros. of Sydney. Shortly afterwards, the Anaesthetic and Portable Machine Company of Sydney devised a machine that was functionally the same but also contained an electric lamp heater.Colour photograph of a modified Lidwill anaesthetic machine sitting on carpet, taken from above. The vaporiser is metal and circular, and has metal valves and controls and two orange tubes. The machine has an electric cord and power plug which is coiled on the floor.anaesthetic equipment, lidwill anaesthetic machine, mark lidwill, ether vaporiser, anaesthetic and portable machine company of sydney, vaporiser

The Lidwill machine was designed by Mark Lidwill in 1913, for the purpose of mechanical or insufflation anaesthesia. It was manufactured by Elliott Bros. of Sydney.Colour photograph of a Lidwill anaesthetic machine sitting on carpet. A circular metal ether vaporiser sits on a brown wooden base, with brown tubes connecting to a trap bottle and metal valves, and a brown tube connected to the valve is coiled on the floor.anaesthetic equipment, lidwill anaesthetic machine, mark lidwill, ether vaporiser, elliott bros sydney

In 1913, Mark Cowley Lidwill designed a machine for the purpose of mechanical or insufflation anaesthesia. The Lidwill machine was a portable machine weighing 7kg that could easily be packed into two small bags. The machine involved compressed air being delivered to an ether vaporiser. An ether/air control device allowed varying concentrations of ether to be delivered. The ether vaporiser could be immersed in hot water to prevent cooling and the ether temperature was measured. From the vaporiser, the ether/air mixture went through a trap bottle, then to a crude mercury blow-off valve and subsequently to the patient.Large leather suitcase style bag divided into two levels containing and insufflation anaesthesia machine.insufflation, mark cowley lidwill, thoracic surgery, positive pressure