Safety Eyeshields which were issued to protect the eyes from liquid irritant sprayed from enemy aircraft. during WWIIThese eyeshields were the property of one of the pioneer families in the city of Moorabbin. 2 One-piece transparent plastic eyeshield visor, mounted on green green fabric band that is secured by three metal staples. At each end of the fabric band is secured two lengths of black elastic, one end features a metal hook, the other a metal ring, and when joined secure the eyeshields to the wearer's head. The elastic straps are joined to the to fabric by metal pop studs, and these press down into two further pop studs located on the visor making the plastic bend to the shape of the wearer's face. Cardboard case is made of heavy duty card, open one end to form and envelope for storage. A felt material is attached as a cushioned nose strip. They are in a brown paper envelope and contained within a Cardboard case is made of heavy duty card, open one end to form and envelope for storage. There are printed with instruction on how to use them.Eyeshields, Anti-Gass, Mk. II. Air Spray Immediate action to be taken to prevent blisters - with instructions.world war ii, safety equipment, eye shields, anti-gas, eyeshields

This lifebuoy is part of the lifesaving equipment from the sailing ship the Falls of Halladale. It is filled with cork and covered with canvas and reinforcing bands. The name of the ship and its origin is printed on the lifebuoy. It has been sealed with several coats of white paint. A lifebuoy, or life-preserver, is used as a buoyancy device to keep a person afloat in the. It is usually connected by a rope to a person in a safe area such a nearby vessel or on shore. The lifebuoy is thrown to a person in distress in the water, allowing the rescuer to pull the person to safety. The lifebuoy is a made from a buoyant material such as cork or rubber and is usually covered with canvas for protection and to make it easy to grip. The first use of life saving devices in recent centuries was by the Nordic people, who used light weight wood or cork blocks to keep afloat. From the early 20th century Kapok fibre was used as a filling for buoys. Light weight balsa wood was used as a filler after WW1. In 1928 Peter Markus invented and patented the first inflatable life-preserver. By WW2 foam was combined with Kapok. Laws were passed over time that has required aeroplanes and water going-vessels to carry life-preservers on board. The Falls of Halladale 1886-1908 The vessel ‘Falls of Halladale’ was a four-masted iron-hulled barque, launched in July 1886, by Russell & Co of Greenock, Scotland and owned by the Glasgow Falls Line, which named its ships after Scottish waterfalls. The ship was built for long distance cargo trade. The Falls of Halladale was one of the last windjammers that sailed the Trade Route. The ship was on its way from New York to Melbourne via the Cape of Good Hope when, after 102 days at sea, its journey suddenly ended. During the night of November 14, 1908, in calm seas with some coastal fog, an ocean swell raised the vessel up then let it down on a submerged reef wrecked at Curdies Inlet, Peterborough. The ship was stranded and the Port Campbell Rocket Crew were sent for, to perform a rescue. However by the time they arrived, all on board had already travelled by lifeboat to the nearby beach at the Bay of Islands. The sight of the slowly disintegrating ship on the rocks attracted many sightseers. This lifebuoy is significant for its association with the famous ship the Falls of Halladale. It is significant for its association with lifesaving equipment used on board vessels in the early 20th century. The Falls of Halladale shipwreck is listed on the Victorian Heritage Register (No. S255). She was one of the last ships to sail the Trade Routes. She is one of the first vessels to have fore and aft lifting bridges. She is an example of the remains of an International Cargo Ship and also represents aspects of Victoria’s shipping industry. The wreck is protected as a Historic Shipwreck under the Commonwealth Historic Shipwrecks Act (1976).Lifebuoy; round white canvas ring, joined with hand stitching. Stencil with inscription is printed in black on first and third quadrant. The canvas has been repainted in white but avoiding the inscription in the lifebuoy. A hanging board for display is attached with white rope. Lifesaving equipment from the Falls of Halladale.“FALLS OF HALLADALE” “GLASGOW”flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, life rings, lifebuoy, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment, falls of halladale, glasgow falls line, rocket crew, lifeboat, peterborough

This boat hook head is in very good condition and has been manufactured. It would be attached to a pole or handle to give it a long reach. A boat hook is a common piece of marine equipment and many have been made by boat owners to suit their own purpose. They would also have been forged byblacksmiths and shipsmiths and have been available from ship's chandlers over the centuries. A boat hook can be used for many situations such as catching mooring ropes and chains, reaching rigging, pulling things or people out of the water, and a variety of fishing applications.This boat hook head is an example of equipment carried on vessels over hundreds of years for safety purposes and for general applications. Marine boat hook head, all brass. The body is a conical shape with a pointed end and curved, horn-shaped hook moulded into the side. The body is hollow until it reaches the hook's height. A screw hole is close to the base, in line with the hook.flagstaff hill, warrnambool, maritime village, maritime museum, shipwreck coast, great ocean road, boat hook, marine, fishing, boating, equipment, boat hook head, rigging, safety equipment

Damaged workers helmet. Head protection worn by construction worker damaged during a collapsed trench accident in Cherlin Drive 1979.The object illustrates the importance of wearing appropriate safety equipment.Grey plastic safety helmet, with fabric straps and rubber head fitting. Helmet has a large crack in the brim and a dent in the head area.Inscription : Protector Tuff master/approval G.M.E. HH22 BS2826-ASZ10-67warrnambool, safety equipment, water supply

The Marine Safety Act, Victoria requires that lights must be displayed from sunset to sunrise and in times of restricted visibility during daylight hours. A vessel's lights should indicate: what type of vessel it is, what the vessel is doing, the direction that the vessel is travelling in. E.G. For vessels under 50 m in length, a second masthead light is optional. For vessels under 12 m in length, sidelights may be a combined lantern on fore and aft centreline. Every vessel at sea must show light to indicate type of vessel, directionof travel and speed.Three metal navigational lights; red port, green starboad and clear head light. S/N Side Light (red) Elect. S/N 432 Side Light (Green) Elect. S/N 433 Head Light Elect.navigation light, marine safety, navigation, safety equipment

Red helmet, very worn. Holder on front of the Helmet for fitting light a detachable light. Ridges in top of Helmet. Vents at either side. Adjustable fittings inside. No manufacturing name Australian Standards Sticker inside. Sticker with Name Jim E. helmet, safety equipment

Black helmet with adjustable head fittings inside made of leather and Cotton tape. Thin cord threaded through the top of helmet to hold head the fittings. Very worn. Smooth surface. No manufacturing name. Australian Standards Sticker inside. Name on label Jim E. helmets, safety equipment

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

Instruction - single A4 Photocopied sheet, titled "Code of Acceptable Behaviour", signed John McMillan CEO of PTC, reminding personal of their contractual obligations regarding public safety, equipment and disciplinary action. Dated 8/1/1993. Was faxed.trams, tramways, ptc, behaviour, staff, unions, personnel

All Things Safety Wear is a Briar Hill business selling work wear and safety equipment.Coloured business cardall things safety wear, sherbourne road

Instruction - 7 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "Safety Precautions in Workshop" Details driving of tramcars in depot, procedures, in yards, tradesmen and safety procedures, controllers, pitmen, jacking of tram bodies, safety rules, safety equipment, general safety precautions, cleaning of depot. Dated May 1970.trams, tramways, depot, safety, workshops, pitmen, instructions, procedures

Health and Safety Display posters, equipment and signs - Date and Location UnknownFujicolororganisation, industry, gas and fuel

Health and Safety Display posters, equipment and signs - Date and Location UnknownFujicolororganisation, industry, gas and fuel

Health and Safety Display posters, equipment and signs - Date and Location UnknownFujicolororganisation, industry, gas and fuel

Article from "Born in a Barn" a history of the Greensborough Uniting Church, of which Tom Vickers was a member. This article deals with the Toc H Lights project in which members installed lights and safety equipment in homes of elderly. Tom Vickers was an active member of the Toc H.Tom Vickers was a prominent member of the community and a local pharmacist.Digital copy of article copied from bookvickers family, tom vickers, greensborough uniting church, toc h

Shaving soap scuttles are distinguished from shaving mugs by having a separate area for hot water. The hot water is for dipping a shaving brush into to make a lather with the soap which is then applied to the skin before using the razor. Vintage scuttles are often elaborately decorated. Between 1880 and 1920 is the original time period for the occupational shaving mug. Most men owned a shaving mug, either at home or at a barber shop. Mugs purchased for home use typically were purchased through local stores, had more variety in style but usually went without a name. Barber shops sold mugs with the owners’ names on them partly because they thought that shaving rash came from sharing the same soap. In reality, the rash was not a result of soap but of unsterilized razors. Transfer ; The Duryea Motor Wagon was among the first standardized automobiles and among the first powered by gasoline. Fifteen examples were built by the Duryea Motor Wagon Company of Chicopee, Massachusetts, between 1893 and 1896. Their enterprise followed the first commercially available automobile which was patented by Karl Benz on January 29, 1886, and put into production in 1888. The Duryea Motor Wagon remained in production until 1917. The Duryea brothers entered their horseless carriage in many shows and races. A china shaving mug / scuttle with a car transfer. The mug has a wide spout to hold / insert the shaving brush , a perforated tray opening at the top to hold the soap and a bulbous base for the hot water. car transfershaving equipment, safety razors, cheltenham, early settlers, moorabbin, shaving soap sticks, shaving brushes, shaving scuttles, shaving rash, infectious diseases, barber shops,

King Camp Gillette observed in 1902 that as existing, relatively expensive, razor blades dulled quickly and needed continuous sharpening, a razor whose blade could be thrown away when it dulled would meet a real need and likely be profitable. Safety razors had been developed in the mid-19th century, but still used a forged blade that dulled and rusted. In the 1870s, the Kampfe Brothers ( Germany) introduced a type of safety razor Gillette improved these earlier safety-razor designs, and introduced the high-profit-margin stamped razor blade steel blade. Gillette's innovation was the thin, inexpensive, disposable blade of stamped steel. Gillette's safety razor retailed for a substantial $5 half the average working man's weekly pay — yet sold by the millions. The most difficult part of development was engineering the blades, as thin, cheap steel was difficult to work and sharpen. This accounts for the delay between the initial idea and the product's introduction. To sell the product, Gillette founded the American Safety Razor Company on September 28, 1901 (changing the company's name to Gillette Safety Razor Company in July 1902). Gillette obtained a trademark registration (0056921) for his portrait and signature on the packaging. Production began in 1903, when he sold a total of 51 razors and 168 blades. The following year, he sold 90,884 razors and 123,648 blades, thanks in part to Gillette's low prices, automated manufacturing techniques and good advertising. By 1908, the corporation had established manufacturing facilities in the United States, Canada, England, France and Germany. Razor sales reached 450,000 units and blade sales exceeded 70 million units in 1915. In 1918, when the U.S. entered World War I, the company provided all American soldiers with a field razor set, paid for by the government, and as they were allowed to take them at discharge they continued their use of this product thus ensuring future sales. The company continues in the present day as the Gillette brand of Procter & Gamble, USA. Throughout the 20thC most men used this type of safety razor with disposable stainless steel razor blades to shave their beards prior to the introduction of affordable electric razors in 1960'sA blue packet of unused 'King Gillette' safety razor blades.on top of packet; Press with thumb / and snap end open / GILLETTE QUALITY THE / SAME THE WORLD OVER / FACTORIES IN / USA / CANADA , GREAT BRITAIN / MEXICO , FRANCE / COLUMBIA, GERMANY / BRAZIL, SPAIN / ARGENTINA, AUSTRALIA / GILLETTE TRADE MARK / KING C GILLETTE / RED. TRADE MARKS / GILLETTE (AUST.) PTY. LIMITED / MELBOURNE / DE 2023 / MADE IN AUSTRALIA / shaving equipment, safety razors, gillette king, proctor & gamble, moorabbin, bentleigh, cheltenham,

King Camp Gillette observed in 1902 that as existing, relatively expensive, razor blades dulled quickly and needed continuous sharpening, a razor whose blade could be thrown away when it dulled would meet a real need and likely be profitable. Gillette's innovation was the thin, inexpensive, disposable blade of stamped steel. Safety razors had been developed in the mid-19th century, but still used a forged blade that dulled and rusted.. Gillette's safety razor was expensive but lasted many years and the convenience of inexpensive disposable sharp blades was very profitable for Gillette.Throughout the 20thC most men used a safety razor with disposable stainless steel razor blades to shave their beards prior to the introduction of affordable electric razors in 1960's.A two piece stainless steel razor blade holder. The base has a round hole to safely push blade with fingertip and the lid has side finger grooves to aid opening. Contains unused 'CLUB' razor blade in paper packet, 2 used Wilkinson Sword razor blades and 2 Gillette Blades on razor blade 'CLUB', WILKINSON SWORD ; GILLETTEshaving equipment, safety razors, gillette king, proctor & gamble, club razor blades pty ltd melbourne, wilkinson sword pty ltd england, moorabbin, bentleigh, cheltenham,

Type of switch fitted to Melbourne W class trams for switching the line breaker on or off. This switch controls power to the line breaker activated by the tram controller. Had been fitted to the Restaurant tram No. 3 or Cuthberts 939. Was found to be defective - the power was available to the controller even when switched to the OFF position, that is, failed unsafe. Was replaced 4/11/2015 from a spare. Has the name of the manufacturer on the cover. Demonstrates a switch that failed unsafe.Tramcar equipment - line breaker switch - fibre material box and cover containing electrical switch and 10Amp Cartridge fusew class trams, cuthberts 939, switches, line breakers, faulty equipment, safety

Ladies' pink razor in pink plastic container.safety razors, shaving equipment

Instruction - 5 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "Duties of Electrical Mechanics - Runningsheds" Details electrical work to be done on tramcars at the 100 hours service; trolley pole, electrical equipment, controllers, switches, resistance boxes, line breakers, RC units, motors, governor, compressor, lighting, buzzers, door engines, wipers, brake cylinders and general body eg handrails. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures

Instruction - 3 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled ""RC2 and EE RC1 Controller Maintenance - Electrical Mechanics Procedure" Details electrical work to be done on the rostered day in for RC1 and EE.RC1 controllers, safety, checking, when to replaced and additional work to be done on the 4th rostered day-in service. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 3 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "K35 JJ, K35 AA2 Controller Maintenance - Electrical Mechanics Procedure". Details electrical work to be done on the rostered day in for K35 JJ and K35 AA controllers, safety, checking, when to replaced and additional work to be done on the 4th rostered day-in service. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 4 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "EECK1 (Clyde) Controller Maintenance - Electrical Mechanics Procedure" Details electrical work to be done on the rostered day in for EECK1 (Clyde) controllers, safety, checking, when to replaced and additional work to be done on the 4th and 12th rostered day-in service. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 3 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "RC1 and RC2 remote control unit boxes - Electrical Mechanics Procedure" Details electrical work to be done on the rostered day in for RC1 and RC2 remote control unit boxes maintenance, checks, adjustments, safety, testing and closing the boxes. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 2 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "Line Breakers GE and EE type - Electrical Mechanics Procedure" Details electrical work to be done on the rostered day in for GE and EE type line breakers, maintenance, checks, adjustments, safety, testing and closing the boxes. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 1 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "K35JJ, K35 AA2, RC1, RC2, EECK1 (Clyde) controller maintenance - Tradesman's assistant procedures" Details electrical work to be done on the rostered day in for the work to be carried out assisting the Electrical Mechanic on his work, including lubrication. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers

Instruction - 3 pages - duplicated foolscap sheets - headed "MMTB Engineering Department - Workshops and Running Shed Branch" - titled "RC1 and RC2 remote control unit boxes -Tradesman's assistant procedures" Details electrical work to be done on the rostered day in for RC1 and RC2 remote control unit boxes by the Tradesman's assistant for the Electrical Mechanic. Dated May 1970.trams, tramways, depot, safety, workshops, electrical equipment, instructions, procedures, controllers