Gas mask which includes face covering with two eye pieces, metal casing and flexible hose connecting the twomilitary-equipment, military history, protective gear, gas

Head mask with wood face and plant fibres surrounding the mask as a head and beard. Thin cane pieces extend out and are wrapped in green or red wool and hung with faded ribbons.

Face made of bark, painted white, blue, red and pink. Dried swamp used to make hair with twisted cane, wrapped with fabric, on either side. Long pieces of matted, dried plant fibres attached to chin as beard.

Skincare cosmetics used for ageing skin have been a priority for over 3000 years, in ancient times masks were used to cleanse and maintain the moisture of the skin. The Egyptians used anti-wrinkle creams made with the essential oil of frankincense which claimed to possess anti-inflammatory properties. Thick creams use on the face were created to preserve moisture on mature skin. And were formulated from resin, wax, oil, grass, and plant juice, In the 1700s, face toners and scented water were popular. Cold cream made with scented oils, spermaceti, and wax mixed with rose water and ambergris was a common toilette preparation. But it was the 20th century when face cosmetics entered their golden era and mass production made cosmetics available to women of all classes. An item used to store face cream from the 1920s when face creams and other cosmetics started to become available to all classes of women and no longer were these types of preparations only available to women of financial means.Clear glass jar with "hobnail" pattern and brass lid used to hold face cream cosmetics.Lid decorated with a relief design of 5 cherub heads and cloudsflagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, glass jar, cosmetics jar, toilet article

Dr. Curt Schimmelbusch (1860-1895), a German physician, designed his original mask around 1889 while an assistant surgeon. Surgical assistants were often assigned the task of delivering the anesthetic. During anesthesia it was not uncommon for ether and chloroform to get onto the patient’s skin, causing irritation. Chloroform can even cause burn-like reactions. Schimmelbusch designed the rim of his mask so that both sides curve away from the patient’s face to form a kind of trough. He intended the trough-like rim to collect excess anesthetic that would otherwise have trickled onto the patient’s face. To anesthetize a patient, gauze was stretched over the metal bars and fastened in place by the hinge. The mask was placed over the patient’s nose and mouth, and the anesthetic was applied in drops or lightly poured onto the gauze so that the patient breathed in evaporated anesthetic as well as air. This type of mask is sometimes still used today for ether anesthesia in developing countries when other means are not available. (Wood Library Museum of Anesthesiology) This particular object is a modified version of Schimmelbusch's design, known as Chadborn's modification.Oval shaped chromium plated mask with two metal strips linked front to back and side to side to create a dome. An oval shaped mobile wire frame is attached to the lower part of the mask by a hinge at the back, approximately two inches from the lip of the metal handle. A "U" shaped bit of metal is attached to the front of the mask which acts as a clip to fasten the wire frame to the lower section of the mask.anaesthesia

Dr Mitchell Henry O'Sullivan worked in the Victorian country town of Casterton as a general practitioner from 1919 until his death in 1977. He also practiced obstetrics. His son, Dr David More O'Sullivan donated his obstetric bag and its contents to the College in 1999. The bag and contents are a unique time capsule of the type of instruments and pharmaceuticals used in the inter-war period.Mask is made up of several layers of muslin gauze sewn together with cotton tape. The ends of the tape were used to tie the mask to the doctor's face covering the nose and mouth.surgery

Mask used for administering ether anaesthesia. This mask also has a carbon dioxide inlet tube. Carbon dioxide was found to promote deeper breather which assisted in attaining faster anaesthesia. The mask was designed by an American anaesthetist James Tayloe Gwathmey, (1863-1944). Gwathmey invented a range of anesthesia equipment. In 1904, he introduced this mask as one part of a resuscitation apparatus. Gwathmey modified an existing mask to more closely fit the contours of the face. The holes in the rim allow for oxygen to be delivered for resuscitation or for the delivery of a combination of oxygen and anaesthetic. Wire framed mask in tear shape. There is a hinged top bracket which allows for a piece of flannel or domette to secured to the mask, onto which the ether would be administered. There is an inlet tube near the hinged bracket to allow for the administration of CO2 or oxygen and the rim is pierced with holes.james tayloe gwathmey, ether, anaesthesia, anesthesiologist, carbon dioxide, oxygen

The Bruck Inhaler is a modification of the Clover Inhaler, designed by Lambert Bruck. Bruck added a glass dome which enabled the level of ether to be monitored during administration. This was a revolutionary change as it removed guess work from the process.The Bruck Inhaler is a historically, aesthetically and scientifically significant piece. The basic design is based on the Clover Inhaler, but with a rounded bottom. The idea of a glass viewing window was possibly inspired by Wilson-Smith Inhaler. The Bruck Inhaler is historically significant as it is the first inhaler to be made with a completely clear lower glass section. This improved the usability for the ether administrator, and eliminated much of the guesswork associated with dosage and ether levels, which in turn improved the patient experience. This piece provides a strong local link to both anaesthetic and general medical practice at the turn of the century. The design is credited to Ludwig Bruck of Sydney, and was presumably manufactured in the same area. Bruck, as the attributed designer, holds much relevance to the significance of the object, as connected with him is much historical information about the social context of medical practice. Ludwig Bruck was a prominent figure in the medical industry. He started his medical career in Sydney as a Medical Transfer Agent, and later owned a shop at 16 Castlereagh Street, Sydney. This business is listed in the 1903 Register of Firms as a Medical Agent and Importer of Medical Instruments and Books. Bruck was vocal as a journalist and published analyses of medical statistics, as well as the well known Australasian Medical Dictionary and Handbook, which included the “List of Unregistered Medical Practitioners”. Ludwig Bruck was an immigrant. He was of German descent, which placed him in a precarious position within Sydney society during the turn of century. Bruck conducted several public conversations with prominent members of the Australian Natives Association through the Sunday News in regards to his disagreement of the employment of medical practitioners by the ANA specifically to corroborate their health insurance policies. He was also a stalwart supporter of the Australian arm of the British Medical Association, being the publisher of the first and subsequent editions of The Australian Medical Gazette. Bruck chose to end his life with a combination of poison and chloroform on 14 August 1915, after being accused of trading with the enemy during World War One. His suicide note stated his horror at leaving his business partner to deal with the tarring of his reputation as the reason for his decision. The Bruck Inhaler has aesthetic significance as it is a beautiful example of turn of the century surgical design and craftsmanship. Aseptic methods of surgery were well known by 1909, and the aesthetic design of the Bruck Inhaler conformed to these principles. The ability for the surgeon to unscrew, clean and sterilize each part of the Inhaler contributes to the streamlined design of the piece. The Buck Inhaler holds scientific significance. There is the capacity for further research to be undertaken on the object. Geoffrey Kaye often collected multiple examples of equipment, usually one for reverse engineering and another for teaching. There are currently two examples of the Bruck Inhaler in the collection, presenting an opportunity for further technical research on the object. The inhaler is oval shaped with one half made of glass to allow observation of the ether level. A vertical cross tube, 22mm in diameter passes between the face-piece and the bag [missing]. There is a stopcock for admission of oxygen or nitrous oxide opposite the bag attachment. There is a central tube, 28mm in diameter, with controllable ports on either side. There is also a tear-drop shaped fask mask.Hand engraved on side of base: L. Bruck / Sydneyclover, joseph, bruck, lambert, inhaler, rebreather, nitrous oxide, oxygen, williams, probyn

Curt Theodor Schimmelbusch (November 16, 1860 – August 2, 1895) was a German physician and pathologist who invented the Schimmelbusch mask, for the safe delivery of anaesthetics to surgical patients. In 1890, Schimmelbusch invented a mask for the delivery of anaesthetics to surgical patients. It was primarily designed for ether anaesthesia, but he also proposed its use for chloroform anaesthesia. Schimmelbusch designed a metal mask, over which a gauze could be stretched and secured. The mask was placed over the patient's mouth and nose, and anaesthetic was applied to the gauze, allowing the patient to inhale the anaesthetic as they breathed normally. Around the edge of the mask, a trough collected the residual anaesthetic, rather than allowing it to drip onto the patient's face.Oval shaped metal mask with a collapsible cross-shaped dome, hinged clamp and flat handleStamped into underside of handle: ELLIOTT SYDNEYschimmelbusch, mask, open method, chloroform, ether, german, physician, pathologist

The certificate and tie clips were in the possession of Dr John Mainland. Mainland graduated from the University of Melbourne in 1950 with a Bachelor of Science degree. After researching and completing his medical degree, Mainland entered into the field of anaesthetics, training at the Royal Women's and Royal Children's Hospitals, later Alfred Hospital, in 1959. He completed training in 1964 and remained at the Alfred Hospital. During his career, he also became the first anaesthetist appointed to the position of Professor in Victoria. His other achievements include manufacturing a respiratory monitoring module that accompanied astronauts on the United States moon landing and developing a stimulator to lessen the risk of deep vein thrombosis in surgical patients. Mainland became a Fellow of the Australian and New Zealand College of Anaesthetists in 1992, retiring from the profession in 1997.The certificate rests beneath a thin layer of glass kept in a light wooden frame. The certificate is cream in colour with dark brown writing. In the middle is an illustration of Box Hill and District Hospital building. At the bottom of the certificate is the signature of the President and Secretory. On the back of the frame there are two metal loops connected by a thin piece of metal wire. Hanging on this wire are two clips from the Alfred Hospital. The face of the clips is consists of the Alfred Hospital emblem in red and gold surrounded by a border of blue with the name of the hospital inscribed. Masking tape runs the border of the frame.Printed in black ink on back of frame: marlow Galleries / 968 Whitehorse Rd, Box Hill / Ph: 89 2062, 1st floor •Inscribed on face of clips: Alfred Hospital Melbourne For Service •Printed in brown ink on the certificate: Box Hill and District / Hospital / This is to Certify that / Professor J. F. Mainland / was appointed a / Life Governor / on the 23rd day of July 1980 / President Secretary •Signed in blue ink by the President and Secretarycertificate, box hill and district hospital, life governor, mainland, john, alfred hospital

Mechanical resuscitation devices, such as the Pulmotor and Lungmotor, were popular in the early part of the twentieth century. Their use waned in the 1920s as significant bodies like the British Medical Research Council and American Red Cross refused to endorse them. The most popular of the resuscitators to emerge in the 1930s was the E&J (Ericson and Johnson) resuscitator. The device was soon widely available, vigorously promoted with support from many medical practitioners. They were soon to be found in hospitals, emergency services like the ambulance and fire brigade, and voluntary life-saving organisations. In Australia, Norman James, director of anaesthesia at the Royal Melbourne Hospital, developed an interest in equipment for ambulances and the resuscitation of drowning victims. Little in the way of practical, portable equipment was available to either the ambulances or the voluntary life-saving organisations, such as Surf Life Saving Australia (SLSA); American resuscitators, like the E&J, were expensive and bulky to import. James designed a simple portable resuscitation device for local use after being approached by Jack Conabere, secretary of the Elwood Life Saving Club (ELSC). The resulting Royal Melbourne Hospital resuscitator, or the R.M. resuscitator as it was marketed, was a simpler, manual version of those available overseas. It was gas driven with a plunger, marked “Press”, and a safety valve. The small working unit attached directly to the facemask. Once the patient was positioned facedown and the airway cleared of debris, the mask was placed firmly over the face. The plunger allowed gas to flow and lung inflation; releasing the plunger allowed expiration. This simple resuscitator was marketed by Commonwealth Industrial Gases (CIG) and became very popular in Australia with volunteer and professional rescue organisations. It represents one of the many innovations in resuscitation equipment that resulted from cooperation between volunteer life savers and medical practitioners. Norman James worked closely with Jack Conabere and the Government Pathologist to develop the equipment. ELSC was the first life saving club to use the resuscitator on the beach. While conducting an early training exercise on 23 December 1951, they used it to successfully resuscitate a man who had drowned after capsizing his home made yacht. The R.M. resuscitator was also used in more inventive ways. At Fairfield Hospital in Melbourne, a group of physiotherapists and doctors did some innovative work with polio patients, teaching them glossopharyngeal (or “frog”) breathing, as a means of becoming less dependent on ventilators. In 1981, the Australian Standards Association stated that the RM head failed to meet its revised standards and it was withdrawn from the market. Red leather suitcase with black leather trim with metal studs. There are clip locks for locking the suitcase in the closed position. The suitcase contains equipment for oxygen resuscitation. There is a space allocated for two oxygen cylinders, however there are no cylinders present.Embossed into metal plaque: The C.I.G. / Oxy-viva / PORTABLE UNIVERSAL OXYGEN RESUSCITATORresuscitation, portable, surf life saving australia, royal melbourne hospital, rm resuscitator

This is a large metal framework covered in gauze, the whole mask completely enclosing the patient's face excluding any possibility of carbon dioxide being excreted. This object was found in the possession of the Italian Army in Libya in 1940, and donated to the museum by Dr Geoffrey Kaye. Gustave Julliard, of Geneva, after a death from chloroform had occurred in his practice, abandoned the use of that anaesthetic and adopted ether. He administered it from a large, wire frame, the outside of which was covered with waxed cloth to make it impermeable to air, the inside with surgical gauze on to which the ether was poured. Large metal wire frame mask, covered in waxed paper, with gauze wrapped around the rim to prevent ether leaking out, effectively forming a rebreathing apparatus.ether, carbon dioxide, italian army, libya, 1940

The Schimmelbusch mask is an open breathing system for delivering an anesthetic. The device was invented by Curt Schimmelbusch in 1889, and was used until the 1950s (though it is still applied in some developing countries). The device consists of a wire frame which is covered with several beds of gauze and applied to the patient's face over the mouth and nose. Then high-volatility anesthetic (usually diethyl ether or halothane, and historically chloroform) is dripped on it, allowing the patient to inhale a mix of the evaporated anesthetic and air. The device is designed to prevent the anesthetic from coming in contact with the patient's skin, where it can cause irritation.This model differs from the others in that the mask's handle is attached to the mask, as opposed to the spring. The chloroform cloth was possibly held in place by the clamp, instead of a spring. Schimmelbusch anasthetic mask, made of Stainless steel. This mask was used with chloroform cloth. Missing spring. Martin and Co.surgery, anesthetic, chloroform, surgical instrument

This mask was obtained by Charles Quon, probably from Hong Kong, and used by the Young Chinese League in their processions.This mask is significant for its links to the Chinese Young League. The League was formally established on 4 October 1932 to to promote free social intercourse and goodwill among its members and their mutual improvement. Membership was open to all persons, with one or both parents or grandparents born in China. Wives of Chinese members were permitted as members with the same privileges. It was a significant social organisation for Chinese-Australians in Melbourne in the mid to late twentieth century.A costume mask of a male character. He has a silver headdress with pink, green and yellow decorations. He has black horns, a black face with pink cheeks, red lips and markings on his forehead, nose and chin. The eyes has been cut out for the wearer to see out of. There is a strap that runs behinds the mask.young chinese league, melbourne, victoria, australia, processions, masks

Round tin approx. 5cm wide hinged lid, When open, displays mirror on inside of lid Max Factor Hollywood & Co Dry Rouge - underneath Actors mask - on lidmake-up, face powder,

Rectangular medical chart made from printed and coated paper laid on white fabric (?cotton) and showing a fracture to the right leg. The chart is attached to two wooden batons with masking tape. The top baton is moulded while the lower baton is circular in cross-section. Both batons are stained black. Printed on the RHS front face of the chart at bottom edge are the words 'All rights reserved'. Printed on the LHS front face of the chart at bottom edge are the words 'RUDDIMAN, JOHNSTON & CO., Ltd., LONDON'medical chart, human body

Rectangular chart made from printed and coated paper on a fabric base. The chart shows the upper torso of a human male. The chart is mounted at either end on timber batons using small metal tacks. Masking tape has been placed over the metal tacks in an attempt to repair the chart. The upper baton is moulded, while the lower baton is circular in cross-section. Both batons are stained black.Two screwed metal eyelets have been attached at either end of the upper baton for use in hanging the chart. A short length of brown/white cotton tape is attached to the mid-point of the upper baton with a metal tack. the tape is used to secure the chart after it has been rolled up.Printed on the RHS front face of the chart at bottom edge are the words 'All rights reserved'. Printed on the LHS front face of the chart at bottom edge are the words 'RUDDIMAN, JOHNSTON & CO., Ltd., LONDON'ruddiman johnston & co, medical chart

Gas mask similar in style to 1339.1, possibly dating from the 1940s. This mask and associated case were intended for noncombatant use i.e. for use by civilians during wartime.Khaki colour gas mask constructed from cylindrical tin with open valve filter, attached to a plastic mask which attaches to the face with adjustable canvas straps. Mask includes two circular cut outs with plastic windows with valve on left hand side. Printed instructions on canister. “MED ADULT” embossed on top centre of the mask component. On interior of mask, “US MI/LOT/7 3SC.”gas mask, equipment, civilian, gas warfare, second world war, world war two, world war ii, mustard gas, chemical warfare

The outbreak of Coronavirus COVID-19 in Melbourne in 2020 resulted in changed behaviours by the population. These changes included, at least in Kew, the placing of teddy bears in windows. In the final months of 2020, an easing of restrictions allowed members of the Kew Historical Society to meet face-to-face, including during the annual Christmas Dinner, on this occasion at the Greenacres Golf Club. At the event a decorated mask competition was held. Individual masks were donated by a number of attendees for the collection.A series of hand-made and adapted commercial masks worn during the COVID-19 pandemic in Melbourne at the annual Xmas Party of the Kew Historical Society. Attendees were advised that an award would be made to the creator/wearer of the best decorated mask. This was won by Jan Walker the owner of the pink patterned fabric beaded mask. The makers of each mask is identified in the Media Reuse credit underneath the image.masks, covid-19, kew historical society -- celebrations

This mask would have presumably been manufactred and used as a gas mask during World War One conflicts. It is presumably British made. It could also possibly date to the World War Two era.This item is a piece of protective equipment which presumably dates to the World War One era. As a surviving artefact from the Great War, this item holds historic value.Gas mask with rubberised light brown fabric face cover, plastic goggles for seeing, straps for fastening and a nozzle to attach to a canister. The canister is now missing. The goggles have corroded steel rings around themwhich protrude sloghtly from the mask. The light brown fabric covered rubber nozzle is attached to a black metallic component, which is attached to the mask with a circle of black rubber in between the metal and the mask. There is also another short piece of rubber attached to this black metallic component which is folded and positined between the nozzle and the mask. There is an inscription On the exterior of the mask, where the nose would ordinarilly be positioned. There is also an inscription in the interior on an almost full circular piece of fabric which is stitched into the same posion. This has a circle of metal stitched beneath it, which protrudes in two sections towards the wearers face. On the ends of the protruded sections are square pads of fabric, which are presumably there to position on either side of the wearers nose. The mask has a reinforces rubberised fabric rim where it would be incontact with the face. The main rubber nozzle protrudes through the inside of the mask, forming a mouth piece. There are four black straps and one light brown colour strap stitched to the exterior rim of the mask. Two of the black straps are severed.On the exterior at the nose: 3 On the interior at the nose: 22 109gas mask, mask, world war one, first world war, world war 1, ww1, wwi, the great war

To protect face from welding or assay operation.Medium size, rectangular shaped mask. Mask has a small slot for viewing through, framed in metal and with 12 rivets around rim and two rivets to attach a handle at the base of the mask.