Metal Horse drawn scoop from Hermon’s nursery at Menzies Creek. The Land on which the Menzies Creek railway station and Museum are built on was once apart of James Hermon's & his son William Hermon's property on which Horse drawn scoops of this type would have been used. Historic - industrial Farm equipment used on the farm of James Hermon & his son William Hermon on which the museum is built Horse drawn scoop from Hermon’s nursery made of Metal West Footscray Engineering Works Pty Ltdpuffing billy, menzies creek, scoop, hermon

Industrial Forge from Newport Railway WorkshopsIndustrial Forge is an excellent example of equipment used in the early 19th century through to the mid 20th century for industrial iron working. It directly links a fabrication method that is widely used across several of the other collection pieces.Large Industrial Forge made of cast metal and wrought ironNo markings or inscriptions puffing billy, industrial forge

Example of C 1950's medical equipment.See aboveGlass medicinal bottle containing Acriflavine antiseptic.I.F.A.S, Industrial First Aid, poison, Acriflavine IFAS Laboratories, Sydney & Melbourneantiseptic c1950's

Portable resuscitation equipment. Not used in ambulances but kept at swimming pools, industrial sites and other work places for emergency use.Blue plastic carry case with clear plastic lid containing resuscitation equipmentCIG MEDISHIELD AIR-VIVA 2 RESUSCITATORresuscitation

Possible trench cave in or industrial accident and patient recoveryLaminated colour photograph.3 ambulance officers in white overalls lowering equipment.

Humidicribs are used to transport sick babies from small hospitals to major hospitals for specialist care. They work by maintaining normal body temperature and provide oxygen if needed during ambulance transit. Known by a variety of commercial names, earlier humidicribs were ones heated with water bottles. Not part of an ambulances standard equipment, humidicribs are kept in ambulance stations and carried if babies needed to be transported. In the early days before humidicribs came into use and when air ambulances did not exist, many more babies died during emergency transits than do today Manufactured by the Commonwealth Industrial Gases Limited (better known as CIG), Australian-made Port-O-Cot brand humidicribs came replaced timber home-made humidicribs. They had electrical heating and easy to control oxygen flow and humidity control equipment. CIG also noted that noted that: Once the baby has been placed inside, the cot need not be opened, all nursing operations being carried out through the iris armholes. Even though the baby is in complete isolation nursing is a straight forward matter… The iris armholes allow nurses to feed, weigh, take temperatures, change napkins or, in fact, carry out any procedures without changing or disturbing the atmosphere within the cot. Happily for ambulance officers and nurses, the new Port-O-Cots were also much lighter and easy to carry than their old timber ones! metal box with carry handles and Perspex opening top. Carry handles at each end.PORT-O-COTinfant

Its manufacture demonstrates from an industrial aspect a period of history following the occupation of Japan by the USA after the second world war and has a strong association with this event.Insulator - known as an egg type - ceramic - fired clay (porcelain) finished with a brown colour with two holes for span wire with the holes offset to each other. Marked in a very light almost clear finish on one side "Made in Occupied Japan" See item 8534 for another example - a larger size. https://www.gotheborg.com/glossary/occupiedjapan.shtml - accessed 15/4/20201 gives some background: "For the period from the end of World War II in 1945 through April 28, 1952, the United States and its Allies occupied Japan. The Occupation involved approximately 130,000 Americans (both military and civilian) and about 35,000 British Troops based in Japan. SCAP (Supreme Commander for the Allied Powers), led by General MacArthur, wrote a new constitution for Japan. As Japan needed to rebuild their economy after the war, part of the agreement to allow them to export goods out of their country was that they had to mark 50% of all items with "Occupied Japan" or "Made in Occupied Japan." This could be done with a paper label, cloth label (as on scarves, doilies, clothing), engraved, handwritten or stamped. Thus, you may come across things, such as a salt and pepper set, where only one of the pair is marked OJ and the other will just have "Japan" on it. The tags, labels, marks were placed on the items in Japan, before they were exported to other countries. "trams, tramways, overhead, trolley wire, insulation, electrical equipment

The Collins No. 2 Woollen Mill building dates from around the 1930s, however related buildings at that site were first constructed from around 1918, that was the Marnock Vale Wool Scouring Works. The Union Woollen Mill founded in the 1870s by William Henry Collins, a major Geelong industrial enterprise, was among the local firms which flourished during the First World War period. From 1914-1918 Collins Bros. concentrated on equipment for the A. I. F. However, afterwards Collins Bros. Pty. Ltd. specialised in the manufacture of flannels and blankets. From 1920 to 1938 the output was increased by fifty percent, and the number of employees rose to 200. The Collins Bros. No. 2 Mill was established in Bridge Street, Newtown. The proprietary brand 'Physician' became well and favourably known throughout Australia source: Heritage Victoria The Collins Bros Mills No. 1 and No. 2 hired over 250 people, and produced between 40,000 and 60,000 blankets for both the Australian market and for overseas export. Collins Bros closed both mills in 1974.Landscape photograph mounted on board showing a group portrait of staff seated and standing together in front of the Collins No. 2 Woollen Mill, Bridge Street, Newtown. Buildings, a chimney, towers, tanks, farmland, a car, powerlines and dirt roads are shown in the background.

Four images taken of the Queensland Industrial Institute for the Blind by the Survey Office, Dept of Lands. 1 - The basket shop. From left to right: Merv Campbell making a linen basket, Dave Valoniti (?) making a waste paper basket, Phil Woods making a clothes basket and Bill Smith making a wastepaper basket. Examples of finished linen, cot and cane baskets sit to the left of the image. 2- The basket shop on the other side of the building. Unfortunately no individuals have been identified. 3 - Shop foreman Ron Blinco working at a brush making machine. 4-6 - Queensland Industrial Institution for the Blind truck carrying cane baskets, cots, chairs and seat frame. On the door of the truck reads: Health & Home Department. The side of the truck has the following painted on the sideboards: Manufacturers of Baskets, Bedding, Brooms, Brushes, Cane Furniture, Coir Mat & Matting.6 x B/W photographs of men and equipmentC2-5792, C2-5794, C2-5795,C2-5799queensland industrial institute for the blind, merv campbell, dave valoniti, phil woods, bill smith, ron blinco

The Ericofon was the first commercially successful telephone which incorporated both handle and dial within a single unit. Manufactured by the Swedish company Ericsson, and available for lease from the Postmaster-General’s Department, the streamlined design has been praised for anticipating the cordless phone, and later mobile phone, by several decades. The ‘cobra’ design was formulated in the 1940s and manufactured in the 1950s; Australian cases were likely made in the L M Ericsson Broadmeadows factory. Although new thermoplastic technology allowed for a bolder aesthetic than traditional black Bakelite telephones, Ericofon sales accounted for only 4% of the market and it never enjoyed popularity with Australian subscribers. The design did, however, spark a conceptual shift whereby the telephone “was seen more as a consumer product than merely an extension of telephony” (Ericsson).Clear plastic telephone casing inside which are coloured electrical wires. Telephone has a broad base that contains the dial, mouthpiece and cord with cream plastic coated wall plug attached at rear. Handle tapers in a curve to a stylised squared earpiece. Dial underneath is a rotary dial with red disconnection button in the centre. telephone, design, domestic, ericsson, industrial design

The Talking Book Library of the Royal Victorian Institute for the Blind is celebrating its 50th anniversary during 1984. This service began in 1934 with 78 rpm records. These were later superceded by 33rpm records which remained in use until 1960. The first cassettes were imported from England and weighed 7 lb. along with the player which weighed 28 lb. These 18 track cassettes usually contained one whole book. In the early 1970's a change was made to smaller cassettes containing 12 hours of recorded material on 6 tracks. The latest system currently being introduced is the Library of Congress 4 Track System utilising cassettes which play for 6 hours and machinery which is adaptable to the conventional 2 track system cassette. The Talking Book Library today provides services to 2500 readers as opposed to only 500 in 1964. The service is free of charge to anyone who is visually handicapped and includes talking books, talking book machines, mail service, servicing of machines at regular intervals and any modifications that may be required. Over 1600 cassettes are handled daily. The library currently holds over 3500 individual titles. Catalogues are available in print, audio and braille format. Once selection is made, borrowers may receive at least 3 books at any one time. Other services include current magazines, foreign language books, newspapers and magazines and regional country newspapers. Many books are recorded at the R.V.I.B. by our volunteer readers while others are bought from similar agencies in Australia and overseas. The department of the R.V.I.B. relies almost entirely on voluntary donations from the public. Other services provided by the Royal Victorian Institute for the Blind Community Resources Section, Aids & Equipment Shop, Tertiary Resource Service, Industrial Department, Retired Personnel Allowance, Children's Services, Social Services, Housing Loans, Vocational Development1 digital image of typewritten pageroyal victorian institute for the blind, talking books

This engine turned belts to power battery operation. Used from C 1910-1920, some are parts missing. 'Tangye' had offices in Sydney.The first gas engine, a 1 nominal horsepower two-cycle type, was sold in 1881, and in 1890 the firm commenced manufacture of the four-cycle gas engine. Incorporated as a limited company from 1881, in 1894 they produced their first hot bulb engine.[2] Richard Tangye was knighted in 1894. After the deaths of Richard (1906) and George (1920), with the family owning the majority of shares, their sons entered the business.[2] In 1919, the company started production of large-scale industrial diesel engines, pumps and hydraulic equipment. Engine production was stopped after World War Two. A Tangye 35HP suction gas engine. (incomplete). Large green cast iron engine sitting on large white concrete block, with inscriptions on both sides. The green engine has 3 outlet/inlet pipes and joins onto one belt wheel; belt wheel joins onto another belt wheel which is sitting on another white concrete block."Tangye/patents/birmingham"

The Forests Commission and its successors continuously encouraged bushfire research and innovation. In 1946 a large parcel of industrial land was purchased at North Altona as a fire cache and workshop. The Altona workshop became a hotbed of new technological innovation… an exhilarating place where lots of things were invented and tested. In fact, a lot of Australia’s pioneering equipment development was led by staff from Altona, often in collaboration with other State forestry and fire authorities. The CSIRO also contributed significantly. The US Forest Service, the US Bureau of Land Management and US State agencies such as the California Department of Forestry and Fire (CalFire) as well as the Canadian Forest Service faced similar challenges and proved strong and willing partners in sharing knowledge, ideas, equipment and expertise over many decades. This collection of badges is testament to the relationships that were forged across the globe with the Altona workshop. Large display panel featuring many fire service badgesforests commission victoria (fcv), bushfire, bushfire aviation

A lot of safety cages were developed in 1800s. Grippers on the cages acted to prevent the cages from "free fall" when the cables broke.Model of mining cage, metal construction, with safety cage in working order with ore truck. Made by Benedict Branch, won a medal at the Juvenile Tasmanian Industrial Exhibition (1883)bendigo, gold mining, mining cage model

Black and white photo: industrial buildings with open tank and drums in foreground. Wooden building and ramp in middle ground. Chimney and shedding ( ? ) in background. BHS has other photo of this in its collection. Possibly Deeble's pyrites? James Lerk identified this as being Spargo's Pyrites - the picture appears in 'Bendigo's Gold Story' by Ralph W Birrell and James A Lerk.mining, surface equipment, spargo's pyrites, bendigo, mines and mining, mining equipment, equipment, gold

The design of the corkscrew may have been derived from the gun worm, which was a device from at least the early 1630s, used by men to remove unspent charges from a musket's barrel in a similar fashion. The corkscrew is possibly an English invention, due to the tradition of beer and cider, and the 'Treatise on Cider' by John Worlidge in 1676 describes "binning of tightly corked cider bottles on their sides", although the earliest reference to a corkscrew is, "steel worm used for the drawing of Corks out of Bottles" from 1681. In 1795, the first corkscrew patent was granted to the Reverend Samuel Henshall, in England. The clergyman affixed a simple disc, now known as the Henshall Button, between the worm and the shank. The disc prevents the worm from going too deep into the cork, forces the cork to turn with the turning of the crosspiece, and thus breaks the adhesion between the cork and the neck of the bottle. The disc is designed and manufactured slightly concave on the underside, which compresses the top of the cork and helps keep it from breaking apart. The winged corkscrew, sometimes called a cork extractor, butterfly corkscrew, owl corkscrew, Indian corkscrew, or angel corkscrew, has two levers, one on either side of the worm. As the worm is twisted into the cork, the levers are raised. Pushing down the levers draws the cork from the bottle in one smooth motion. The most common design has a rack and pinion connecting the levers to the body. The head of the central shaft is frequently modified to form a bottle opener, or foil cutter, increasing the utility of the device. Corkscrews of this design are particularly popular in household use. In 1880, William Burton Baker was issued British Patent No. 2950 for his double lever corkscrew, with both levers sliding onto the upper end of the shank. The first American patent was in 1930 granted to the Italian Domenico Rosati who emigrated to Chicago, Illinois, to work as bartender before prohibition. Rosati's design had an exposed rack and pinion mechanism. Such design was adapted by other brands as the wine-market grew in popularity. The winged owl version, with two side-plates covering the rack and pinion mechanism, was first designed and manufactured in 1932 by the Spanish industrial designer David Olañeta for his brand BOJ and was later adopted by others, such as the 1936 US Patent No. 98,968 by Richard Smythe marked HOOTCH-OWL https://en.wikipedia.org/wiki/CorkscrewThis object is significant as an example of an item in common use in the 19th and early 20th centuries, and that was developed further in the 1930s.Winged corkscrew with a T-shaped wooden handle, metal spring and worm-wheel screw section.None.flagstaff hill, flagstaff hill maritime museum and village, warrnambool, maritime museum, maritime village, great ocean road, shipwreck coast, corkscrew, beverages, kitchen equipment, bottle opener

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

Report or Specification 8 A4 pages, photocopied held within a clear plastic folder with a black binding strip on the left hand side, titled "A Flexible Supply for DC Traction Networks". Produced by ASEA Brown Boveri Industrial Pty Ltd, 1991 giving details of mobile substations, characteristics, and the equipment provided including a photograph. Lists substations provided between 1984 to the MTA, South Australia, Skitube, and the PTC.In ink on the top right hand corner "1991 Tram Substations"trams, tramways, ptc, substation, asea, power supply, mta

Set of four Polaroid prints of a Mercury Arc rectified bulb. One photo has written on rear "Hewittic Rectifiers type 500/6". Image i4 has a person standing alongside. See Inscriptions. Craig Tooke, formally of Yarra Trams substations advised 12/8/2020 by email to Warren Doubleday. "An interesting photo. I don’t know who the person in the photo is. More than likely the bulb in from an industrial installation such as mine etc. and not tram or train. The reason is that only Melbourne trams has Hackbridge Hewittic rectifiers that were used for traction. There was three sets of bulbs installed at West Brunswick, Deepdene and Preston. West Brunswick is definitely still in existence and probably Deepdene is still in existence as the old substation was abandoned intact and just left intact. Preston of course has gone and was removed as part of the work done at PWS. Another clue is the number 500/6 which means it was from a 500 kW – 6 bulb unit. The traction units were all in multiples of 150 kW per bulb i.e. the tramway ones were 600 kW rated. The number "40246" is the bulb serial number. Each bulb manufactured had an individual serial number. Interesting the bulbs at Brisbane Tram Museum have the following serial numbers to the ones that were at Essendon tram sub. The bulbs at Essendon of course are now up at Brisbane as spares."On the envelop with the photographs is "Keith Wilkinson Ph Orbost 051 510050" and "For Bill Kingsley 4/10/93".trams, tramways, substation, electrical equipment, electrical engineering, mercury arc

In November 2024, a small group of cheerful volunteers from the Forests Commission Retired Personnel Association (FCRPA) toiled over nine days to dust-off, photograph and record nearly 300 artifacts in DEECA's Altona Museum. It followed a similar project at the FCRPA's Beechworth Museum in February 2024. The Altona project was generously supported by DEECA / FFMVic to engage professional photographer Mark Jesser from Wodonga whose boundless energy and good humour helped to create these amazing images. Special thanks go to the FFMVic Chief Fire Officer, Chris Hardman, as well as Andrew Stanios and Kat Jensen for making it happen. FFMVic crews and the ever-patient staff from Altona took a strong interest and also helped to shift some of the heavy items like pumps and the Bedford tanker which was very welcome. The Forests Commission and its successors continuously encouraged bushfire research and innovation. In 1946 a large parcel of industrial land was purchased at North Altona as a fire cache and workshop. The Altona workshop became a hotbed of new technological thingumajigs… a marvellous blend of Aladdin’s Cave of Wonders coupled with Wallace and Gromit’s madcap contraptions… an exhilarating place where lots of gizmos were invented and tested… mostly with astounding results... but nearly always with some head-scratching frustrations… and thankfully not too much explosive mayhem. In fact, a lot of Australia’s pioneering equipment development was led by staff from Altona, often in collaboration with other State forestry and fire authorities. The CSIRO also contributed significantly. The US Forest Service, the US Bureau of Land Management and US State agencies such as the California Department of Forestry and Fire (CalFire) as well as the Canadian Forest Service faced similar challenges and proved strong and willing partners in sharing knowledge, ideas, equipment and expertise over many decades. The collection at Altona started in the 1970s by fire equipment wizard Barry (Rocky) Marsden. As obsolete equipment was returned to the Fire Protection Workshop for auction, Rocky began the process of selecting some which would be interesting to retain and display. The items at Altona represent just a small sample of the amazing story of Victoria's forestry and bushfire heritage. The largest item was undoubtedly the Bedford tanker which took two days and nearly 1000 photos which were later stitched together with photoshop. The oldest item is probably the Ericsson wall telephone from 1904. There are also many unique items, but the CSIRO incendiary machine and ping-pong incendiary machine developed at Altona probably had the most significant impact on fire management in Australia. There are plenty of gaps in the collection, but some items are in regional DEECA offices. It’s hoped to merge the FCRPA's Beechworth collection to Altona one day and rename the site to honour Rocky Marsden. There may be some additions to the Altona museum over time, but space is limited. The museum is available to visit by appointment. Peter McHugh - January 2025 forests commission victoria (fcv)

Collected by donor's father Norm Robinson during his 40 year employment with Malcolm Moore between 1948 and 1988.Photos of worksites, machinery, manufactured equipment for Malcolm Moore's. Selection taken from photo album now returned to donor. Moore's premises were in Williamstown Road (approximately where Bunnings is now)industry, built environment - industrial, norm robinson, malcolm moore pty ltd

A sectioned water depression flowmeter apparatus on a tall metal stand with castors. There are three knobs on the camera-facing side of the apparatus: one black, one yellow, and one blue, which correspond to oxygen, propylene, and nitrous oxide respectively. Two gas canister lids attached to the apparatus with long metal ball chains read "AUSTOX/OPEN SLOWLY". Above the knobs is a set of glass tubes, that have had a metal panel between them cut out. Part of the valve on the left below the knobs has been sectioned away to show the spring mechanism inside.nitrous oxide, oxygen, propylene, hospital, anaesthesia

The regulator was sectioned by I. Philpott in 1962.The regulator, designed to protect anaesthetic machines against sudden changes in pressure, consists of two main, rounded bodies, joined by a short connection. The lower section consists of a valve and a nut on the end that can be adjusted to provide a secondary pressure range. The upper section shows the gauge, which has had part of its face removed to show the inner workings. The valve on the reverse side has also been sectioned.anaesthesia, gas, pressure

Bolton Bros. Pty Ltd. History tells us that Benjamin Bolton and his two eldest sons, William and Arthur, began a printing business known as Bolton & Sons on March 25, 1885. Since its commencement in 1885, Bolton Office National has been locally owned and operated and is committed to being the leader in the provision of service and procurement solutions. Located in Bendigo, Bolton’s Office National is Central Victoria’s premier service provider of office products & solutions, providing procurement solutions for Stationery & Office Supplies, Office Furniture & Equipment, Business Technology Equipment, Printing Services, Industrial & Corporate Workwear, Photocopiers & Multi-Function Device Support. The location of the original printing business was in High Street but later moved to Williamson Street where the business underwent a name change to Bolton Bros and expanded into manufacturing paper bags and other stationery lines. In 1902, Bolton Bros moved to 43 Mitchell Street, which housed the retail stationery department and the main office, while the printing factory was on the second and third floors. Next door at 47 Mitchell Street, the wholesale division and machine service department operated. William and Arthur Bolton and their sons travelled throughout central and northern Victoria selling their own products and representing other companies. They are credited with being the innovators of the loose-leaf ledger. Today, of course, the business is back in Williamson Street with an even greater presence but the same entrepreneurial flair that has seen it survive and flourish through everything history has thrown at it. Having gone through five generations of family ownership, current company director-David Bolton, is proud of his company’s history and contribution to the local economy. https://www.officenational.com.au/shop/en/boltons/about-us10934.25a Bolton Bros. Pty. Ltd. 30 April 1948 Invoice for 1000 ledger cards purchased by A. Stubley, Morton's Stores, Barham 10934.25b Monthly settlement AC Morton & Co. Little slips April 1938 10934.25c Invoice to AC Morton & Co. binders 9 October 1942 10934.25d Invoice to Mr Stubley 1 Jan 1946 10934.25e Bolton bros. Pty Ltd. letter/telegram 5th September 1945 From Bolton Bro's to Morton's Stores 10934.25f Follow up letter to Morton's Stores 10 Sep 1945 10934.25g Invoice 27 Aug 1940 10934.25h Invoice to Morton & Co. 20 Dec 1939bolton bros pty ltd., bendigo, morton's stores

A funnel, held above the patient's face, was almost the standard of giving oxygen until c.1930. It was quite useless, enriching the inhaled atmosphere by only about 3% of oxygen.Clear dimpled glass in the shape of a funnel, with red strong running through the centre, and tied to one side.oxygen, oxygen therapy, funnel, cig, commonwealth industrial gases