The inhaler can be used in hospitals in the labour ward for the patient to absorb trichloroethylene. The inhaler can be mounted on the bracket which can be secured to the leg of a labour bed. The inhaler contains a wick which absorbs trichloroethylene and will function for several hours.This inhaler was used in the Tawonga District Hospital.Wooden box with corners strengthened with steel plate and lid on 2 hinges. Lid has 3 rectangular lengths of wood attached to enhance packing and a yellow piece of paper with red writing stapled on. Box contains 2 metal clamps, a light metal stand/bracket with screw and holder and a hard black plastic mask. In the other side: 2 sheets including Instructions, a small paper bag with spare washers, a light brown extendable hose with metal attachment at one end and a light brown oval rubber bladder with a hole at one end to fit over the hose. Light metal Inhaler - 3 cylinders of different diameters attached to a plate. Red markings / writing and plate incl. serial no. Yellow paper on lid explains "...packing box is supplied free with the Tecota mark 6 Inhaler..." Mask: Cyprene Ltd / Keighley /Made in England Instructions / for the preparation of / Tecota / Mark 6 / Trichloroethylene B.P. / Inhaler Bladder: A Cig Product / 4 litre / Made in England to Inhaler: Cyprane Ltd. / Max Min / Pat No 646680 / Patents Pending / Tecota Mark 6 / Charge with / Trichloroethylene B.P. / Cyprane Ltd. / Serial No. / Keighley / Yorks.medical. hospital. inhaler. trichloroethylene. childbirth.tawonga district hospital

Before drills and braces, T-shaped augers were used to poke holes into wood, while smaller gimlets were used to start them. Auger handles were usually made of a piece of hardwood that was sanded, rounded, or even contoured to give the user a firm grip. Bits on spoon augers essentially carved a hole in the piece of wood, and had to be periodically removed to clear the chips. Spiral-bit augers were precursors to modern drills, whose bits cleared the hole of chips as the user drilled. A significant advance on the auger was the brace, which was originally designed with a single, permanently fixed bit at its end. Eventually, though, braces were designed with sophisticated chucks to accommodate replacement bits, as well as bits of different sizes and for various purposes. Chucks were patented as vigorously as the braces themselves The braces themselves also evolved for particular trades, from furniture makers to surgeons. The operator holds the ‘head’ in one hand, positions the drill in the wood , applies pressure and rotates the ‘centre piece’ to cause the drill to pierce the wood. A steel revolving hand tool for boring and screw-driving with wood handles * pioneers, early settlers, market gardeners, moorabbin, bentleigh, cheltenham, brighton, tools, craftsman, carpenters, , blacksmiths, builders, farmers, metalwork, woodwork, screws

This lifebuoy is part of the lifesaving equipment that would be carried on vessels in the late 19th and early 20th century. The strips of cork wood have been joined together to make the ring shape. 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 lifebuoy is an example of equipment carried on vessels in the late 19th and early 20th century to help preserve life. There were many lives lost in Australia’s colonial period, particularly along the coast of South West Victoria.Lifebuoy, round cork object covered with white stiffened material wound around it. flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, lifebuoy, life rings, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment

This lifebuoy is part of the lifesaving equipment that would be carried on vessels in the late 19th and early 20th century. The strips of cork wood have been joined together to make the ring shape. 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 lifebuoy is an example of equipment carried on vessels in the late 19th and early 20th century to help preserve life. There were many lives lost in Australia’s colonial period, particularly along the coast of South West Victoria.Lifebuoy, round cork object with no covering. flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, life rings, lifebuoy, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment

This lifebuoy is part of the lifesaving equipment that would be carried on vessels in the late 19th and early 20th century. The strips of cork wood have been joined together to make the ring shape. 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 lifebuoy is an example of equipment carried on vessels in the late 19th and early 20th century to help preserve life. There were many lives lost in Australia’s colonial period, particularly along the coast of South West Victoria.Lifebuoy; round, cork filling of lifebuoy. The nails joining the layers are visible. flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, life rings, lifebuoy, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment

This lifebuoy is part of the lifesaving equipment that would be carried on vessels in the late 19th and early 20th century. The strips of cork wood have been joined together to make the ring shape. 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 lifebuoy is an example of equipment carried on vessels in the late 19th and early 20th century to help preserve life. There were many lives lost in Australia’s colonial period, particularly along the coast of South West Victoria.Lifebuoy, round cork filling inside white canvas cover with four reinforced bands. Four ropes are attached.flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, life rings, lifebuoy, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment

Augustus Mueller was a medical practitioner in Yackandandah and District who was convinced of the efficacy of strychnine as an antidote for snakebite. He believed that small doses of strychnine would stimulate the nervous system while being insufficient to cause the death of the patient by poisoning. The patent for his antidote was granted on May 10th 1891. His treatment gained some acceptance in the general community but was widely condemned in the medical profession. Dr Mueller investigated treatments for typhoid following a local outbreak in Beechworth, Victoria. He also received several prizes for his work as a vigneron. Dr Mueller died in Yackandandah, Victoria on 31st December 1898. The instructions included the following information:- "Inject now only half a syringe full, or, if the patient objects to the needle, let him take ten drops of the antidote in a little cold water every half-hour, until he or she feels a little stiffness about the jaws, slight pain in the back of the neck, and jerking of arms and legs on moving them. These are the effects of the antidote. They are quite harmless, and must be produced to ensure the safety of the patient".This item is significant because it was A leather case embossed with gold embossed writing. It contains items as part of a snake bite kit and detailed instructions for its use.On lid DR. MUELLER'S ANTIDOTE FOR SNAKE BITE WITH HYPODERMIC SYRINGE & DIRECTIONS FOR USE. PREPARED BY M. S. ROME YACKANDANDAH.snake antidotes, doctor augustus mueller, northeast victoria identities

Boxed card game Sawpit's. Seven groupings of cards with different marked 'Value' for each group;, each group has nine cards - Rye (70), Corn (75), Flax (40) , Wheat (100), Barley (85), Oats (60), Hay (50) Plus two cards - Bull and Bear (no value attached) - these two (Wildman's) cards are marked as 'Patent Pending' and copyright 1904 by Parker Brothers Google search: The Game Catalogue 8th Edition 1998 lists Sawpit's,as copyright 1903(???) - see the picture/image on each card for men bidding in an Exchange (the Pit, Chicago). Also a 'struth?? Card with the game on one side - Quack Quack and this card being 'White Leghorn' - there is no manufacturer(no game of Quack Quack is listed in the US 1998 Game Catalog - so may be English?. Cards are in a box divided in two with damaged top titled they'd Great Game - Pit's. On back of box is feint handwritten inscription- Stephens Family; W?a?k? ora?? (name of house?); Parsonage Gve; Eaglehawk; Victoria.recreations, games, card

Clothing. Dark navy blue and red peaked hat or cap, with peaked shade over the face, featuring two heavy gold leaves 12 cm long, and curved from the sides of the shade, to meet in the centre. These may be woven or moulded gold work.A 1 cm wide black patent ribbon is held across the lower crown of the cap, with 2 x 2 cm diameter brass buttons - one at each end. Narrow braid (probably once gold braid) edges the 5.5 cm deep crown of the cap, which is dark navy in colour. A flat dark navy top of the crown is lined, and shaped on the underside with red woollen fabric. This is shaped to be wider and higher at the centre front. Two eyelets on either side of this section, ventilate the crown of the cap. A brass metal ''music stand'' topped by a crown and an oak leaf and acorn wreath at the sides is attached to centre front. A 5 cm wide leather band lines the crown, which is also lined with red cotton fabric, and a diamond shaped plastic ''hair-oil protection'' at the top of the crown.Inside crown, on a plastic protector, is a small white sticker, showing the number 7, this is probably an indication of size.costume, male uniform, civilian, cap

White China milk jug with MMTB logo with a small handle. Made from China clay, glazed and vitrified or fired. Has a small formed spout, MMTB logo in dark green. On the underside has the words "Grindley Hotel Ware, England, Vitrified, Loftus Moran Pty Ltd, Melbourne. Patent. Has a crown or manufacturers mark on the top of the lettering. Possibly made for use at the Wattle Park chalet or head office. http://www.thepotteries.org/mark/g/grindley.htm - accessed 14-08-2014 indicates it was the mark used by the company from 1946. The photo on the website also had a date mark on the underside. http://museumvictoria.com.au/collections/items/259893/serving-plate-cream-ceramic-grindley-hotelware-co-england-loftus-moran-melbourne-1952 - accessed 14-08-2014, indicates that the item was made: Grindley Hotelware Co., Tunstall, Stoke-on-Trent, Staffordshire, England, Great Britain and imported by Loftus Moran Pty Ltd, South Melbourne, Victoria, Australia. See Reg Item 6068 for another example.trams, tramways, mmtb, crockery, grindley hotelware, loftus moran, wattle park

The early settlers of Victoria depended on horse drawn vehicles to farm, make roads and railways, deliver produce and transport people. Horse harnesses were an important requisite for all drivers and could be found wherever there were working horses. Horse Harnesses have played an essential role in different cultures throughout history. Simple, utilitarian horse harnesses made of leather straps and iron rings were being used in early China before AD 500 as well as ancient Greece and Rome, allowing horses to pull chariots and ploughs. The Greeks and Romans were the first to use a "horse collar" which distributed the weight of the harness evenly across the horse's chest rather than relying on a "throat harness" that could damage a horse's throat or choke them. During the medieval period, European horse harnesses became more elaborate and decorative. Variations of different horse harnesses were also found in Native American and Middle Eastern cultures. Horse Harnesses usually have four basic components which include - 1. Communication - the bridle, bit and reins allows the driver to communicate instructions and commands to the horse, guiding its movement and direction. 2. Draft - the collar, hame straps, hames, traces and chains enables the horse to draw and pull the load efficiently by distributing the weight and transferring the pulling force to the vehicle. 3. Stopping - the breeching band, pole straps and breast strap helps to control or stabilise the horse and vehicle when moving downhill or stopping. 4. Support - the back pad, backband, belly band and back saddle keep the harness in the correct position and proper alignment. This show harness was used by Mr. Andy Bourke when showing his Clydesdales at shows or demonstrations. Although a more modern example with decorative embellishments, it still has many essential components traditionally found in an everyday working horse harness. The original purpose of the "housen" for example, was to run rain or drizzle off the horse's neck when they had to work in wet conditions - it was laid flat for this purpose on the top of the collar. Nowadays it is purely for show and is often used to advertise a business or stud. Horse brasses and fly terrets were fastened to various parts of a horse's harness. In the early days they probably began as amulets to ward off evil and to bring good luck and continued to be used as a festive decoration. The heyday of horse brasses was between the years 1851 and 1900. Horse brasses are fastened to various parts of the harness with many of their designs being symbolic. The ornamentation on this harness (although not authentic horse brasses) are based on the horse brasses that were popular in the 19th century. This horse harness is a significant example of the equipment that was needed wherever heavy horses were being used - particularly in the early years of Victoria's settlement by white settlers. Harnesses such as this example were used with stage coaches, drays, farming equipment, delivery carts and personal transportation.A leather and metal horse harness used when showing a Clydesdale (or other breed of heavy horse). It is made up of a number of components. 1. Decorative leather cart saddle with two large cloth pads underneath (which have a scalloped leather and stud border), a raised leather pommel and a silver and red coloured metal back strap holder across the top. It has two symmetrical sets of ornamentation (silver hearts and circles) in the front and a wide strap or girth (with a maker's stamp reading "R. Mitchell Saddler") and buckle which attaches the saddle to the horse. 2. Pair of steel hames which are gently curved (to fit on a horse collar) and are topped with steel knobs. They have several steel rings and lugs (to hold straps and chains) and a "Made in England Warranted Steel" stamp. 3. Breeching harness which consists of a number of leather straps, chains and metal rings including a wide padded leather strap with a scalloped edge that sits on the back of the horse and a thick leather strap that goes around the hind quarters of a horse which is joined to the back strap with four shorter vertical straps and buckles. These straps feature silver and red patent leather trim and silver heart shaped ornamentation. The strap also features the maker's stamp of "R. Mitchell". 4. Decorative leather bridle with blinkers featuring the same silver and red patent leather trim on the cheek piece, brow band and throatlatch. It has a stainless steel "Liverpool Driving Bit" with a curb chain, a variety of decorative silver ornaments (rosettes, diamonds plus a heart and two circles) on each end of the forehead band, dropper and strap as well as a silver metal bell (sometimes known as a "fly terret" or "swinger") that sits on the headpiece of the bridle. 5. Leather "violin shaped" dropper (or hanger) with two silver rosette shaped ornaments and a stainless steel clip on the top 6. Stainless steel "Liverpool Driving Bit" with a straight mouthpiece which is ribbed on one side. It has three rein spots (spaces) and a curb chain. 7. Leather arch shaped "Housen" covered in black and red patent leather and decorated with silver studs (some spelling out F H) and bordered with a red fringe. It has a leather strap at the back and two leather loops on the front. 8. Leather padded backband (Australian style "Stallion Draught Roller") decorated with two groups of nine metal "horse brasses" or harness ornaments displaying horseshoe, starburst and horse head designs on blue, red and white striped webbing. The backband has three notched straps at each end, a buckle near the centre and the initial B stamped in two places underneath. 9. Bellyband made of leather and red, white and blue striped webbing. It has a set of three buckles at each end (which correspond with the notched straps of the backband). 10. Wide, thick leather strap which has a buckle and notches at each end. It also has the maker's stamp of "R. Mitchell Saddler". 11.One pair of long leather traces - each with a buckle and notched loop at one end, decorated with a small silver diamond shaped harness ornament. 12. Length of stainless steel heavy duty chain with two swivel connectors.Saddle - "R.MITCHELL / SADDLER" Hames - "MADE IN ENGLAND / WARRANTED / STEEL" "MADE IN ENGLAND / WARRANTED / unclear" Breeching Straps - "R. MITCHELL / MAKER / R. MITCHELL MAKER" Housen - "F H" Backband "B / B' Wide leather strap - "R. MITCHELL / SADDLER"flagstaff hill maritime museum and village, warrnambool, great ocean road, shipwreck coast, harness, horse harness, show harness, clydesdale horses, andy bourke, horse drawn cart, housen, bridle, hames, breeching straps, dropper, bit, liverpool bit, backband, harness ornamentation, bellyband, back saddle, fly terret

The steam engine indicator, or dynamometer, is an instrument used on a steam engine (such as that of a vessel or train) to measure and record the change in the pressures of the engine’s cylinders during their operating cycle. The engineer would use it to identify problems or defects such as bad valve settings or constricted steam pipes. It could indicate the difference in efficiency caused by adjustments made to the engine, being able to instantly measure the variation of pressure from the engine stroke at any given time. This force of power would be registered by a pencil, fitted to the adjustable arm, which would trace a line on paper wound around the cylinder. The recorded information could be used in conjunction with mathematical tables. This particular instrument was made by T.S. Mc Innes, one of the better manufacturers of engine indicators. Mc Innes engine indicators were still being used in the mid 1900’s. This specific instrument was used by Mark Forsythe of North Berwial, Scotland and late of Ararat, Victoria when he was chief engineer on the “SS Talawena” in 1892. The Port of Warrnambool, in Victoria, harboured steam ships that carried both passengers and cargo along the south west coast in the late 1800’s and into the 1900’s. The engineer of a steam ship was responsible for reaching and maintaining the optimum level of steam energy to serve the locomotion and efficiency of the steam ship. The engineer would use a steam engine indicator to measure and record information to achieve this purpose. Engine Dynamometer or Steam Engine Indicator in square, fitted oak case. This brass instrument is used to measure and record steam pressure for setting up and adjusting valves on a steam engine. It has an oscillating recording drum with vertical, silver clip attached for holding paper in place around the drum. The drum oscillates left to right. There is a pulley attached to a length of cord, which is attached to the drum. Beside the drum is a fine metal arm, vertically adjustable, small hole in the end to hold a pencil. Inscription stamped into bracket of the arm. The engine indicator is mounted on a hinged side of the case that swings out ready for use. Attached chains prevent the side from opening past vertical. There is storage for other accessories and an empty compartment in the base (where a scale or ruler may have been located). The case has a collapsible wooden handle, brass hinges and two brass, hook-shaped catches. There is a code stamped inside the lid. It contains a brass, ‘T’ shaped steam-cock (or stop cock) with two open ends made of metal pipe with different sized threads. (Turning the handle on top opens and closes the space in the pipe and would close off the flow of steam from one end to the other.) Also inside the case are three different spiral springs, each with a threaded nut on the end that has a threaded hole inside it. Used by Mr Mark Forsythe when chief engineer on the SS Talawena in 1892 “T.S. MC INNES PATENT” and “522 _ _” (last 2 digits are unreadable) pressed into the arm of the brass indicator. “[ ] X ’ stamped inside the lid of the case. The 3 springs all have a number stamped into them: (1) “32” and “12” (2) “12” and “16” [above] “12” (3) “64” and “150” Card that came with instrument “This instrument was used by Mark Forsythe of North Berwial Scotland and late of Ararat, Victoria when chief engineer on the SS Talawena in 1892" dynamometer, steam engine indicator, t.s. mcinnes, glasgow, dobbie mcinnes, port of warrnambool, warrnambool, flagstaff hill, flagstaff hill maritime museum, flagstaff hill maritime village, maritime museum, shipwreck coast, great ocean road

Bradley and Hubbard established their company in 1852 in Meriden, Connecticut when Nathaniel and William Bradley, Orson and Chitten Hatch, and Walter Hubbard, formed Bradley, Hatch & Company. This incarnation of the company only manufactured clocks. The Hatch brothers sold their interest in the company in 1854 and it was renamed, Bradley & Hubbard. Clocks remained the firm's primary product into the 1860s. In addition to their line of clocks, Bradley & Hubbard also produced a wide range of household items including match safes, call bells, andirons, urns, bookends, frames, desk accessories and vases. Technological advances in drilling and refining crude oil in the late 1850s and early 1860s paved the way for the demise of whale oil as lamp fuel. Soon after Colonel Edwin Drake struck oil in Titusville, Pennsylvania on August 27, 1859, Nathaniel Bradley saw an opportunity to capitalize on the future of this new fuel. Nathaniel decided to produce an extensive line of kerosene burning lamps this proved to be a wise business decision. Kerosene was soon to become a widely used, safe and relatively inexpensive lamp fuel. Between April 7, 1868, and December 23, 1913, the company was listed as the assignee for at least 89 lighting patents. Many of these patents were for lamp and chandelier designs and various improvements in lamp burners. In 1875 the company reorganized to form the Bradley and Hubbard Manufacturing Company. Walter Hubbard served as President and Nathaniel Bradley as Treasurer. The firm enjoyed rapid growth throughout the 1880s. By 1888, the company employed over one thousand workers and had showrooms in major cities including New York, Philadelphia, Boston and Chicago. One of the most prolific of the B&H products was the Rayo lamp it produced under contract for Standard Oil. In keeping with the changing times, Bradley & Hubbard produced a variety of electric lamps as well. Walter Hubbard passed away in 1911 and Nathaniel Bradley in 1915. The company continued through the 1930s and was purchased by the Charles Parker Company, also of Meriden, Connecticut, in 1940. The Parker Company was quite diversified in its product line, also producing an extensive line of lamps and high-end chandeliers. Parker operated its acquisition as the "Bradley & Hubbard Division." Parker ceased production of the Rayo lamp in the early 1950s. In 1973, the Bradley and Hubbard buildings were demolished, effectively ending that chapter in American lighting manufacture.Early innovation in kerosene lamp burner design by Bradley and Hubbard lamp manufacturers who at the turn of the 20th century were the biggest lamp producers in the world. The item is significant due to its historic connection with a major innovator of lamp design.Lamp Burner, metal container with turning screw for wick and mesh walls. Is made in 2 parts. Raised embossing on wick adjustment screw " PAT APPLIED FOR" on top of burner "B & H Patented.July.1.90.Nov.20.94"flagstaff hill, warrnambool, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, bradley & hubbard manufacturing company, kerosene lamp burner, early lighting

This photo depicts a man standing next to a large piece of mining equipment identified as a hydraulic chisel (alternative name: drifter dill or power rock drill). This piece of machinery was used in mining to place holes in the walls of a mine which were then filled with dynamite or other explosives for rock blasting or to make holes for plug and feather quarrying. The additional tools to the right of the photograph and in front of the machinery can be identified as either picks or as feather and wedges, the latter of which were used to split stone drilled by the hydraulic or power chisel. Depending on the date of the photograph, which is not provided, this chisel was either powered by electricity or by hydraulics. The following is written on the drill "R.C. FORD'S PATENT No91 / MELBOURNE VICTORIA 1879". The man depicted in this photograph wears a wide brim hat, a loose fitting white shirt and loose pants. He wears boots and has a medium sized dark beard. This attire, along with his locality in the mine and proficiency with the mining equipment, identifies this man as a miner working in this particular, but unidentified, mine. It depicts an instance of hydraulic chiseling which makes this photograph valuable for the study of mining techniques from a date c1880.The search for gold is ingrained into the history of Victoria and therefore, images like this one which portray the types of machinery used in mining can reveal important information for technology and highlight the methods used to break apart the earth in order to obtain access to gold and other precious materials during the period this photograph was captured. Further research into RC Ford can potentially reveal even further information pertaining to this photograph. This image is of important historical significance for its ability to convey information about the methods and machinery used to access gold or mine more in general. It also highlights the size of machinery at the time and allows us to compare this to the size of the person standing besides the machinery to better understand the manpower which would have been required to use and set-up this macinery.A black and white rectangular reproduced photograph printed on matte photographic paper.Reverse: 7816/ copy 1/3gold, sluicing, gold sluicing, hydraulic sluicing, gold and tin mine, mining, gold mining, beechworth, burke museum, melbourne, victoria, hat, mining machinery, machinery, r. c. ford

A flooring clamp (or cramp) is used for holding tongue and groove floorboards in place whilst laying a new floor. The ratchet handle is used to apply horizontal pressure to hold boards firmly in place until they are secured. “The General and Commercial Directory of the Borough of Birmingham, and six miles round; including Wolverhampton, Bilston, Walsall, West Bromwich” published in 1858 lists William Bissell as an ironmonger in Union Street, Wolverhampton. In the catalogue for the 1862 London Exhibition, three items manufactured by William Bissell were listed, including:- “BISSELL'S PATENT FLOORING CRAMP. The force of this cramp is fully equal to 1 ton. It is adapted to joists from 2 to 4 in. and is the most expeditious and easy in working of any cramp in use.” In the 1864 edition of “Williams's Manufacturers' Directory, for London and Principal Market Towns in England”, page 445, in listings for Wolverhampton, W Bissell is listed as a Patentee of flooring cramps, lifting jacks and proprietor of mortise locks; mortising machines, bench and vertical saw-frames". By 1871 the business was operating as Messrs. J. G. Bissell and Co. and the trademark on this item in our Collection was phased out. This information assists in allocating the provenance of this item to the late 1860s.This item is significant because it is representative of housing construction tools used in the Wodonga District which have evolved into present day tools.A cast iron clamp used to install tongue and groove floorboards. Maker's mark on on side. W. B. BISSELL PATENTEE WOLVERHAMPTONcarpenters' tools, housing construction

Portland Town Council. Opalotype or opaltype is an early technique of photography. Opalotypes were printed on sheets of opaque, translucent white glass; early opalotypes were sometimes hand-tinted with colors to enhance their effect. The effect of opalotype has been compared "to watercolor or even pastel in its softer coloring and tender mood."[1] "Opalotype portraits...for beauty and delicacy of detail, are equal to ivory miniatures."[2] The basic opalotype technique, involving wet collodion and silver gelatin, was patented in 1857 by Glover and Bold of Liverpool. Opalotypes exploited two basic techniques, using either the transfer of a carbon print onto glass, or the exposure of light-sensitive emulsion on the glass surface to the negative. Opalotype photography, never common, was practiced in various forms until it waned and disappeared in the 1930s. "Milk glass positive" is another alternative term for an opalotype. Opalotype is one of a number of early photographic techniques now generally consigned to historical status, including ambrotype, autochrome, cyanotype, daguerrotype, ivorytype, kallitype, orotone, and tintype. This and many other historical photographic methods are now considered alternative photographic techniques and are practised by a small number of dedicated artists.Monochrome portrait photograph of a man in a three piece suit. He has a patterned tie on and wears a medallion on his right lapel. He is clean shaven. Yellowish halo around the figure. Opalotype.Front: Br _______/Melb. (Signature, pencil, lower right)mr sutton, sutton, opalotype, portland town council

Hardcovered book, half leather bound with marbled paper. Formerly book number 4040 from the Ballaarat East Public Library. Contents include: new pit-saw, self-moving carriage (car), Lord Worcestor's steam engine, extinction of fires, Cameron's Soda Water Apparatus, Newton's Lectures on Astronomy, coining at the Royal Mint, mechanical geometry, lifting ships by steam, voltaic-mechanic agent, steam navigation, portable hand-mill, Brown's pneumatic engine, Bell's invention for saving lives from shipwreck, triple pump, cycloidal chuck, potato-washer, sand clock, Galvanic electricity, perpetual motion, Hadley's Quadrent, Wollaston's Night-Bolt, rope bridges, boring machinery, locomotive steam-engines, new London Bridge, naval architecture, steam and water wheel, Spencer's Patent Forge, boat with wings, ivory profile portraits, Jenning's Gas burner, Ramage's Telescope, washing machine, tallow lamp, iron masts, self regulating pendulum, prismatic compass, simple blowpipe. Includes image of Henry Brougham, and many drawings of inventions.non-fictioncar, newton, fire, shipwreck, bell, naval architecture, locomotive, ballaarat east public library, ballarat east public library, ballarat east library, henry brougham, potassium, meridian lines, pit saw, self moving carriage, lord worcestor, steam engine, cameron s, soda water, astronomy, royal mint, mechanical geometry, lifting ships by steam, voltaic mechanic agent, steam navigation, hand mill, brown s pneumatic engine, triple pump, cycloidal chuck, potato washer, sand clock, galvanic electricity, perpetual motion, hadley s quadrent, wollaston s night bolt, rope bridges, boring machinery, steam engines, new london bridge, steam and water wheel, spencer s patent forge, boat with wings, ivory profile portraits, jenning s gas burner, ramage s telescope, washing machine, tallow lamp, iron masts, self regulating pendulum, prismatic compass, simple blowpipe, bookplate

This Sharpe Bros. one gallon stoneware Demijohn is in excellent condition and includes its original stopper. It was made between 1904 and 1930, the date from the patent of the handle until the time that the factory no long produced returnable items. The bottle was once part of Dr W.R. Angus' household and is part of the W.R. Angus Collection and could have been purchased from Warrnambool's Sharpe Bros. factory. SHARPE BROS. 1903-1972- The first Sharpe Bros. cordial factory was opened in Dunedin, New Zealand, in 1903 by English prohibition brothers John and Percy Sharpe. Sharpe Bros. made ‘health’ beverages that were non-alcoholic drinks such as ginger beer, ginger ale, lime juice, soda and cordials. The containers of these drinks were not sold with the drinks but were marked as returnable items, to be cleaned and re-used, until this practice ceased in the 1930s. Sharpe Bros. made a niche in the soft drink market by delivering drinks by horse and cart to its customers’ homes. John Sharpe patented the unique wire spiral handle in 1904. By 1905 the New Zealand company also had factories in Australia. By 1910 the company had over 20 factories including Wanganui, New Zealand; Adelaide, Albury, Ballarat, Bathurst, Forbes, Geelong, Goulburn, Lithgow, Melbourne, Newcastle, Orange, Sydney, Tamworth, Warrnambool and Wollongong. The Warrnambool factory was established in 1919 and existed until 1951. The company won awards at Australian exhibitions for its carbonated drinks, including First Prize for its ginger beer made in the Brisbane factory. The company was taken over in 1962 by Tarax Drinks Holdings Ltd, which was in turn taken over by Cadbury Schweppes in 1972. W.R. Angus Collection- The W R Angus Collection spans from 1885 to the mid-1900s and includes historical medical and surgical equipment and instruments from the doctors Edward and Thomas Ryan of Nhill, Victoria. Dr Angus married Gladys in 1927 at Ballarat, the nearest big city to Nhill where he began as a Medical Assistant. He was also Acting House surgeon at the Nhill hospital where their two daughters were born. He and his family moved to Warrnambool in 1939, where Dr Angus operated his own medical practice. He later added the part-time Port Medical Officer responsibility and was the last person appointed to that position. Dr Angus and his wife were very involved in the local community, including the early planning stages of the new Flagstaff Hill, where they contributed to the layout of the gardens. Dr Angus passed away in March 1970.This stoneware Demijohn is connected to the history of Warrnambool, as it was owned by the daughter of Dr W. R. Angus and his wife Gladys. It is part of the W.R. Angus Collection, which is notable for still being located at the site connected to Doctor Angus, Warrnambool’s last Port Medical Officer. It is also connected through its manufacturer Sharpe Bros. which had a branch in Warrnambool from 1919 to 1951, overlapping the time when the Angus family resided there from 1939 to the 1970s. The bottle is also significant as an example of the early-20th-century beverages found in local households and could have been purchased from the local Sharpe Bros. factory.This stoneware Demijohn is glazed, with a brown neck with internal thread and shoulders and a cylindrical cream base. The one gallon bottle has a flat, black stopper with a cork stem and a rubber, threaded tip. The ‘U’ shaped wire carry handle has a spiral of wire around the handpiece. An overhanging lip is on top of the bottle’s short neck above its rounded shoulder. The clay has been joined at the base of the neck, shoulder and body. The underneath is unglazed. The brown glazing on the shoulder has a run mark. Inscriptions are on the stopper and bottle. This container is part of the W.R. Angus Collection.Stamped in black on the shoulder: “KEEP THE / STOPPER TIGHT” Stamped in black on the body: “THIS JAR IS THE ABSOLUTE PROPERTY OF AND MUST BE RETURNED TO SHARPE BROS. AUSTRALIA / & NEW ZEALAND. ORIGINAL & LARGEST HYGIENIC BREWERY. CAUTION Persons Damaging, Willfully Retaining, Trading with or Misappropriating the Use of this Jar WILL BE PROSECUTED “ Stamped in script writing: “Sharpe Bros. TRADE - - - ED “ Embossed on the stopper: “AUSTRALIA AND NEW ZEALAND, SHARPE BROS.”flagstaff hill, warrnambool, maritime village, maritime museum, shipwreck coast, great ocean road, dr w r angus, dr roy angus, dr ryan, sharpe bros., bendigo pottery, bottle, stoneware bottle, demihohn, one gallone bottle, soft drink, non-alcoholic drink, drink container, jar, jug, warrnambool soft drink, hygienic brewery, cordial factory, new zealand, australia, john sharpe, percy sharpe, non-alcoholic, spiral wire handle, ginger beer, w.r. angus collection, demijohn

Greenbat Battery Loco Built by Greenwood & Batley Ltd Builders No. 420363/2 This Greenbat Battery Loco has been loaned to the Museum by the Walhalla Goldfields Railway, who had acquired it in 2013 along with a large quantity of narrow gauge trollies and light rail from Orica’s now closed munitions factory in Melbourne’s western suburbs. The trolley on display was one of two in use from the 1970s. Orica - Deer Park Munitions factory Orica Deer Park in Melbourne’s west has been used since circa 1875 for various forms of manufacturing and storage of chemicals. Although the site is bounded by Ballarat Road, Station Street, Tilburn Road and the Western Ring Road, the current entry point for industrial operations is situated at Gate 6 off Tilburn Road. Operations include: • a specialty chemicals facility producing products for mining services operations • quarry services • other chemical manufacture activities. The Deer Park factory complex is of historical significance as the location of the first plant for the manufacture of high explosives in Australia and has been, for its entire history, the most important, if not only, commercial manufacturer of high explosives in Australia. It commenced operation under the importer Jones Scott and Co, and then the Australian Lithofracteur Company (Krebs Patent), a rival to Nobel's dynamite patent. The factory was producing nitro-glycerine based explosives in Australia only a couple of years after Nobel's Ardeer factory began operating in Scotland. The explosives factories complex is of historical significance for the association with the Australian Lithofracteur Company, Australian Explosives and Chemicals, the Nobel company and later ICIANZ, which grew to become one of the largest explosives, chemical and plastics manufacturers in Australia. It was the pioneer of the industry and retained its dominance through monopolistic practices, taking over most of its competitors in the Australasian region. Substantial parts of the pre-Second World War layout of the site remain which, with a number of significant buildings dating back to the 1920s and '30s, indicate past and present processes of manufacturing, the necessary safety measures required and the integrated nature of the explosives and chemical industry. The narrow gauge tramway, which ran through the explosives section, was a rare survivor of nineteenth century materials-handling methods into the 21st Century. Greenwood & Batley were a large engineering manufacturer with a wide range of products, including armaments, electrical engineering, and printing and milling machinery. They also produced a range of battery-electric railway locomotives under the brand name Greenbat. The works was in Armley, Leeds, UK. Greenbat was the trade name for the railway locomotives built by Greenwood & Batley. The company specialised in electric locomotives, particularly battery-powered types for use in mines and other hazardous environments. Historic - Industrial Narrow Gauge Railway - Battery Locomotive - Orica - Deer Park Munitions factory - Deep park, Victoria, Australia Battery Locomotive - made of iron puffing billy, greenbat battery loco, battery locomotive, industrial narrow gauge railway, orica - deer park munitions factory

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top. An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today. Iron; small flat domestic iron.Noneflagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, iron, flat iron, domestic iron, laundery, ironing equipment, sad iron

These folders contain the historical notes written by Bruce Morris in regard to the life story and achievements of George Lance. These notes were used by Bruce Morris to write a great number of historical articles on George Lance and these were mostly published in the Warrnambool Standard. Bruce Morris (1903-1986) was the editor of the Warrnambool Standard from 1946 to 1968. During that time he was prominent in community activities in Warrnambool and was well-known for the great number of historical articles he published in his paper, making him one of Warrnambool’s most important historians. George Lance, the subject of the notes in these folders, was Bruce Morris’ grandfather. George Lance (1933-1901) was a plumber particularly associated with the development and use of gas power in Warrnambool and the inventor of the Eureka Pump and the Lance Patent Cess Pan. He was also a writer of historical articles, a musician with the Warrnambool Artillery Band and an important artist in the town, with some of his works of art in the Warrnambool Art Gallery today. He is regarded as the person most responsible for the establishment of the Warrnambool Art Gallery in the 1880s. Bruce Morris’ notes include material on George Lance’s involvement with the Warrnambool Bowls Club, the School of Arts, the Mechanics’ Institute, the Baptist Church and the Manchester Unity Independent Order of Oddfellows.These folders are of considerable importance as they contain the historical notes of Bruce Morris regarding his grandfather, George Lance. Both Bruce Morris and George Lance are significant in Warrnambool’s history, the former as an important historian and newspaper editor and the latter as an inventor, writer, artist, musician and a person regarded as the 19th century founder of the Warrnambool Art Gallery .1 This is a lime-green rectangular-shaped folder made of stiffened cardboard with a black plastic handle on the top with a black plastic catch on the side. Inside the folder are paper inserts that fold up in concertina fashion. In the inserts are twelve blue plastic folders that contain handwritten and typed material. .2 This is a purple rectangular-shaped folder made of stiffened cardboard similar to .1 above. It has a black plastic handle on the top and a black plastic catch on the side. Inside the folder are paper inserts that fold up in concertina fashion. In the inserts are twelve blue plastic folders that contain handwritten and typed material. George Lance Folders. Bruce Morrisbruce morris, warrnambool, george lance, warrnambool, history of warrnambool

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top.An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today.Clothes Iron, wedge shaped, cast iron painted black with cylindrical handle small funnel through centre of handle.Noneflagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, flagstaff hill maritime village, great ocean road, iron, flat iron, laundry equipment, sad iron, domestic object

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top.An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today.Clothes Iron, wedge shaped, cast iron painted black with cylindrical handle small funnel through centre of handle.Noneflagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, flagstaff hill maritime village, great ocean road, iron, flat iron, laundry equipment, sad iron, domestic object

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top.An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today.Clothes Iron, wedge shaped, cast iron painted black with cylindrical handle small funnel through centre of handle.Noneflagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, flagstaff hill maritime village, great ocean road, iron, flat iron, laundry equipment, sad iron, domestic object

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top.An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today. Flat iron cast iron with traces of original black finish on handle. Noneflagstaff hill, warrnambool, flagstaff hill maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, iron, flat iron, laundry, clothes ironing, sad iron, tailors goose

This lifebuoy is part of the lifesaving equipment that would be carried on vessels in the late 19th and early 20th century. The strips of cork wood have been joined together to make the ring shape. The broad arrow symbol indicates that it was once the property of the British or Australian defence force. 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 lifebuoy is an example of equipment carried on vessels in the late 19th and early 20th century to help preserve life. There were many lives lost in Australia’s colonial period, particularly along the coast of South West Victoria. The lifebuoy was once the property of the British or Australian defence force.Lifebuoy, round cork object with canvas wrapped around it and rope attached to one side. Broad arrow mark and other red marks indecipherable. Painted white.Symbol of broad arrow. indecipherable markings.flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, life rings, lifebuoy, safety ring, life-saving buoy, ring buoy, life preserver, personal floating device, floatation device, safety equipment, government lifebuoy, broad arrow

Hudson's Soap Powder, was the first satisfactory and commercially successful soap powder and was made in Liverpool by Robert Spear Hudson. He was also an innovator in using advertising, commissioning striking images from professional artists and paid for publicity , something which few other businesses did, and as such Hudson's soap became a household name. Horse, steam and electric tramcars, print periodicals and chemist shops carried his advertisements. This sign was manufactured by Patent Enamel Co Ltd was a company built in 1889 at Selly Oak, Borough of Birmingham, West Midlands, England, United Kingdom. The business was the first factory specifically devoted to enameled iron sign making. It had twelve furnaces for fusing the enamel, two scaling furnaces, and a large printing room, plus a huge area for steampipe drying. The company also smelted its own enamels and colour oxides. It is believed that the factory was decommissioned and demolished in the 1960's.the first factory specifically devoted to enameled iron sign making. It had twelve furnaces for fusing the enamel, two scaling furnaces, and a large printing room, plus a huge area for steampipe drying. The company also smelted its own enamels and colour oxides.The factory was decommissioned and demolished in the 1960s.The signage demonstrates the increasing demand for domestic soap products and new forms of advertising. The soap business was apart of the flourishing export trade between Australia and Britain during the height of the British Empire.Enamel advertising sign for Hudson's soapflagstaff hill, warrnambool, maritime museum, hudson's soap, advertising signage, patent enamel co ltd, selly oak, borough of birmingham, robert spear hudson

Blacksmiths started forging simple flat irons in the late Middle Ages. Plain metal irons were heated by a fire or on a stove. Some were made of stone. Earthenware and terracotta were also used, from the Middle East to France and the Netherlands. Flat irons were also called sad irons or smoothing irons. Metal handles had to be gripped in a pad or thick rag. Some irons had cool wooden handles and in 1870 a detachable handle was patented in the US. This stayed cool while the metal bases were heated and the idea was widely imitated. Cool handles stayed even cooler in "asbestos sad irons". The sad in sad iron (or sadiron) is an old word for solid, and in some contexts this name suggests something bigger and heavier than a flat iron. Goose or tailor's goose was another iron name, and this came from the goose-neck curve in some handles. In Scotland people spoke of gusing (goosing) irons. At least two irons were needed on the go together for an effective system, one would be in use, and the other re-heating. Large households with servants had a special ironing-stove for this purpose. Some were fitted with slots for several irons, and a water-jug on top.An early domestic object that gives an insight into how the ironing of clothes was done before the electric type irons we use and take for granted today. Flat iron cast iron with stand None item too badly corrodedflagstaff hill, warrnambool, flagstaff hill maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, iron, flat iron, laundry, clothes ironing, sad iron, tailors goose