Educational teaching chart used at the Northern District School of Nursing, Rowan Street, Bendigo. The Northern District School of Nursing opened in 1950 in to address the issues around nurse recruitment, training and education that had previously been hospital based. The residential school was to provide theoretical and in-house education and practical training over three years. The students would also receive practical hands-on training in the wards of associated hospitals. The Northern District School of Nursing operated from Lister House, Rowan Street, Bendigo. It was the first independent school of nursing in Victoria and continued until it closed in 1989. Coloured educational chart of The Ear. Off white paper with gloss laminate, wooden header and footer. Written on the rear of the poster EAR The poster has one large, numbered diagram and two smaller numbered diagrams of an ear, labeled - A VERTICAL SECTION OF EAR IN SITUE - B SECTION OF PART OF COCHLEA (obscured) - C ORGAN OF CORTI. There are numbered descriptions for each diagram. Printed at the lower left - EDUCATIONAL PRODUCTIONS LTD c 1965 AB7 PRINTED IN ENGLAND 17 Denbigh St. LONDON SW1 . northern district school of nursing, lister house, nurse training, educational chart, educational productions limited, the ear

Hardcover illustrated book pale blue binding, title and authors name in gold on spine. Cream dustjacket title and authors name on front cover and spine. Historical illustrations of the Eye and Ear Hospiital on front and back covernon-fictionHistory of the Royal Victorian Eye and Ear Hospital. In 1863 Dr Andrew Sexton Gray, started an institution for those suffering diseases of the eye and ear. Increased demand led to the formation of a charitable committee in 1866, and the establishment of Victoria's third public hospital. Several changes of location until the opening of the first building on the current site in 1871. royal victorian eye and ear hospital, ophthalmology-history, otolaryngology-history, hospitals-special history

1965, 95, city of heidelberg repertory group, heidelberg theatre company inc, directed by michael walker, two plays

Ear plugs supplied to service personnel for protection from noise.Small tin container, green exterior and gold inside. Writing in black. Contains 2 brown leather ear plugs in a small white box with red writing. Also contains a tube of antiseptic ointment wrapped in paper.On front labelled "Protectors Ear Drum" and "(Aust) MKI M". Inside lid detailed instructions for use and care in words and pictures. Scratched into back No. "94397".passchendaele barracks trust, equipment, ear plugs

Hand written letters, and newspaper clippings.5517(a)- Letter of thanks to Ringwood Council for donation of 13/- to the Auxiliary. Dated 15/5/1929. 5517(b)- Letter of thanks to Ringwood Council for donation of £1 rebate for hire of Hall. Dated 6/6/1932. 5517(c)- Letter of thanks to Ringwood Council for donation of £5 to the Auxiliary. Dated 19/11/1935. 5517(d)- Letter fo thanks to Ringwood Council for donation of £5 to the Auxiliary. Dated 15/10/1937. 5517(e)- Newspaper clipping with details of the monthly meeting of the Ringwood Auxiliary of the Eye and Ear Hospital. Dated 3/5/1934. 5517(f)- Newspaper clipping with details of the monthly meeting of the Ringwood Auxiliary of the Eye and Ear Hospital. Dated 13/11/1930.

Ear cup stamped with 10A/12161, rear of earphone stamped with Ref No.10A/13466.

Part of a tramway overhead wiring system, supplying electricity to power the tram. Two devices bolted together; a 'Hanger' and an 'Ear'. Together these devices suspend the tramway trolley wire from the 'side bracket', or a 'span wire'.Historical EquipmentTwo devices bolted together; a 'Hanger' and an 'Ear'. The ear is a '4 screw' ear. Together these devices suspend the tramway trolley wire from a 'side bracket', or a 'span wire'. There is a short piece of trolley wire attached to the ear.68/16 stamped on one sidetramways, equipment, trolleywire

The Phonic Ear hearing aids were actually auditory trainers for children in school. This is the teachers transmitter which they would wear. Beige FM Microphone Transmitter with plastic loop for over the head and a small black hearing device and a microphone in the top. Individually decorated with plastic girl sticker, upside down, (put there by the wearer?) "PHONIC EAR" "FM/MICROPHONE/TRANSMITTER" on front. "PHONIC EAR/MODEL HC4211/TYPE GODKENOT" on back. "3335 173" scratched on back. deaf children australia, hearing aid, auditory training device, phonic ear

Gives the design details of the device or fitting known as a trolley wire ears that holds a tramway copper trolley wire in position. Notes that the drawing was traced in 1924 from a MMTB drawing. Has details for a splicing ear, straight line ear. feeder ear and curve ear along with details for nuts and screws.Yields information about the design of four different types of trolley wire fittings and how they were fabricated for use on the two tram lines, or electric street railways operated by the Victorian Railways.Dyeline print of Victorian Railways drawing number 4057 - Ears for Tramway Overhead ConstructionHas number "7513 D.33" in black pen in bottom right hand corner.tramways, trams, overhead, victorian railways, trolley wire, engineering, electrical engineering

Made for JNO (John) Baker Veterinary Manufacturers, Suppliers and Retailers Sydney. Most sheep in Australia that intended to be kept into adulthood are earmarked. There are dozens of different types of ear markers.New ear marker toolsheep identification, sheep - identification

The first all transistor hearing aids appeared in 1953. They were created to replace vacuum tubes; they were small, required less battery power and had less distortion and heat than their predecessor. The vacuum tubes were typically hot and fragile, so the transistor was the ideal replacement. The size of these transistors led to developments in miniature, carbon microphones. These microphones could be mounted on various items. There were body hearing aids where the earpiece was connected to the hearing aid and battery pack worn on the body. Ear level hearing aids consisted of eyeglass, behind the ear (BTE), in the ear (ITE), and in the canal (ITC, CIC) hearing aids. Tan plastic case hearing aid, with wire, ear piece and ear mold with metal clip. Made in England and sold by Myer Hearing Service. "MYER/HEARING SERVICE" engraved in gold on case. "MADE IN ENGLAND" on bottom of case. deaf children australia, hearing aid, myer hearing service

White square cardboard tube with white cardboard drawer that slides inside, red lettering to outside. Clear plastic bag with one pair of ear plugs inside, possibly another pair missing Red lettering to outside of cardboard Ear drums When not in use, replace in BOX

The Phonic Ear hearing aids were actually auditory trainers for children in school. This aid was also an FM receiver so the child could clearly hear the teacher's voice. Cream plastic hearing aid, rectangular with hearing aid cable (no hearing aid) and small microphone attached. Used as an auditory training device for deaf children. "PHONIC EAR" on the front at the bottom left hand. "FM PHONIC EAR/TYPE HC441 T/TYPE GODKENDT//TYPE APPROVED" on back silver label

The first commercial digital hearing aid was created in 1987 by the Nicolet Corporation. The hearing aid contained a body-worn processor that had a hardwire connection with an ear mounted transducer. While the Nicolet Corporation’s hearing aid was not publicly successful and the company shortly folded, it was able to start a competition between companies to create more effective hearing aids. Two years later, in 1989, the behind-the-ear (BTE) digital hearing aid was launched. In addition to the Nicolet Corporation, Bell Laboratories expanded upon the hearing aid business by developing a hybrid digital-analog hearing aid. When the hearing aid was put on in the market, it was instantaneously successful. This development helped bring major changes to the world of the hearing aid. The next major milestone was creating an all-digital hearing aid. The Oticon Company developed the first digital hearing aid in 1995, but it was only distributed to audiological research centers for research on digital technology in the realm of acoustic amplification. The Senso was the first commercially successful, all-digital hearing aid, and was created by Widex in 1996. After the success of the Senso, Oticon began marketing their own hearing aid, the DigiFocus. Presently, the digital hearing aid is now become programmable. By making the hearing aid programmable, it has allowed hearing aids to be capable of regulating sound on their own, without using a separate control. The hearing aid can now adjust itself depending on what environment it is in and often does not even need a physical volume control button. Single Behind-the-ear hearing aid with ear mould. "BOSCH/GERMANY" on the side bottom of aid, "7327476" on face, "46AYG-D" on inside edge

The first all transistor hearing aids appeared in 1953. They were created to replace vacuum tubes; they were small, required less battery power and had less distortion and heat than their predecessor. The vacuum tubes were typically hot and fragile, so the transistor was the ideal replacement. The size of these transistors led to developments in miniature, carbon microphones. These microphones could be mounted on various items. There were body hearing aids where the earpiece was connected to the hearing aid and battery pack worn on the body. Ear level hearing aids consisted of eyeglass, behind the ear (BTE), in the ear (ITE), and in the canal (ITC, CIC) hearing aids. A Universal hearing aid supplied by Angus & Coote Hearing Aids. Universal Hearing Aids were manufactured by British Hearing Aids (Aust) P/L. Includes ear mould for right ear. In a teal leather box. ""Universal"/Mod 73-824" on back of pack. "Angus & Coote/HEARING AIDS" on inside of case.

Worn by Swinfield in IraqWorn by Swinfield in IraqBlack edge trimmed green fibreglass Army vehicle intercom helmet. Adjustable head straps inside helmet, Adjustment strap for right earphone located on ouside of right ear. Earphones mounted inside helmet at each ear side. Voice microphone located at mounting on outside of the left ear connected by black cable to mounting on outside of left ear. Cable connection with clip for helemt connection to vehicle located at outside of left ear. Switch located on mounting on outside of left ear. Plastic mounting box located on ouside of the left ear. Brown leather sweat band on helmet straps on inside front of the helmet. Male and female connections on end of vehicle connection point.Swinfield marked on outside front of helmet. 34B marked on outside of helmet at rear. Roamwell Corp. with number SA-1552,6 marked on plastic mounting on outside of right ear. Front and back markings on microphone. M138/6 marked on back of microphone. ID label on connection point end of vehicle connection cable.

Gives the design details of the device or fitting known as a trolley wire ear that holds a tramway copper trolley wire in position. Notes that the drawing was traced in 1958 from a MMTB drawing.Yields information about the design of trolley wire fittings and how they were fabricated. Interesting that the drawing is dated 15-8-1958, given that on 1-3-1958 the last street tramways operated by the Victorian Railways closed. May have been used for electrically powered gantry cranes or overhead travelling cranes used in Workshops and railway yards.Dyeline print of Victorian Railways drawing - F6236 - Ears Female TramwayHas number "7515 D.33" in black pen in bottom right hand corner.tramways, trams, overhead, victorian railways, trolley wire, engineering, electrical engineering

Ear tags are used for identification of domestic livestock and other animals to assist in stock management. They can be marked individually with letters, numbers or symbols.Four aluminium sheep identification ear tags, featuring imprinted numbers and letters with two holes for fastening.753.1: A.M.C.G / 86 753.2: A.M.C.G / 97 753.3: A.M.C.G / 99 753.4: A.M.C.G / 100sheep identification, sheep - identification, ear tags, stock management, wool industry

The first all transistor hearing aids appeared in 1953. They were created to replace vacuum tubes; they were small, required less battery power and had less distortion and heat than their predecessor. The vacuum tubes were typically hot and fragile, so the transistor was the ideal replacement. The size of these transistors led to developments in miniature, carbon microphones. These microphones could be mounted on various items. There were body hearing aids where the earpiece was connected to the hearing aid and battery pack worn on the body. Ear level hearing aids consisted of eyeglass, behind the ear (BTE), in the ear (ITE), and in the canal (ITC, CIC) hearing aids. Hearing aid with Pink and silver metal pack with attached wire to ear piece. Uses (A) battery. Ear piece moulded for wearer with dials for adjustments. In original box. Transitone and Universal Hearing Aids were manufactured by British Hearing Aids (Aust) P/L. Model 61T. NoV848 "TRANSITONE & UNIVERSAL/HEARING AIDS/BRITISH HEARING AIDS (AUST) P/L" printed on fabric inside lid of box. Inside battery compartment, label "MODEL 61T" ('T' handwritten) "V848" inscribed on hinge.

The first all transistor hearing aids appeared in 1953. They were created to replace vacuum tubes; they were small, required less battery power and had less distortion and heat than their predecessor. The vacuum tubes were typically hot and fragile, so the transistor was the ideal replacement. The size of these transistors led to developments in miniature, carbon microphones. These microphones could be mounted on various items. There were body hearing aids where the earpiece was connected to the hearing aid and battery pack worn on the body. Ear level hearing aids consisted of eyeglass, behind the ear (BTE), in the ear (ITE), and in the canal (ITC, CIC) hearing aids. A new aid type, the Calaid V, was introduced featuring a forward facing microphone, and three potentiometers for adjustment of maximum gain, maximum power output, and low frequency roll off. The Calaid V was introduced in the early 1980s and remained the most frequently used aid in NAL's service for the next ten years (From: THE CALAID: AUSTRALIA'S OWN HEARING AID by Laurie Upfold and Ray Piesse Single Behind-the-ear hearing aid. Provided and manufactured by the NAL (National Acoustic Laboratories), part of the Commonwealth Department of Health. "CALAID/V" on bottom face

The first commercial digital hearing aid was created in 1987 by the Nicolet Corporation. The hearing aid contained a body-worn processor that had a hardwire connection with an ear mounted transducer. While the Nicolet Corporation’s hearing aid was not publicly successful and the company shortly folded, it was able to start a competition between companies to create more effective hearing aids. Two years later, in 1989, the behind-the-ear (BTE) digital hearing aid was launched. In addition to the Nicolet Corporation, Bell Laboratories expanded upon the hearing aid business by developing a hybrid digital-analog hearing aid. When the hearing aid was put on in the market, it was instantaneously successful. This development helped bring major changes to the world of the hearing aid. The next major milestone was creating an all-digital hearing aid. The Oticon Company developed the first digital hearing aid in 1995, but it was only distributed to audiological research centers for research on digital technology in the realm of acoustic amplification. The Senso was the first commercially successful, all-digital hearing aid, and was created by Widex in 1996. After the success of the Senso, Oticon began marketing their own hearing aid, the DigiFocus. Presently, the digital hearing aid is now become programmable. By making the hearing aid programmable, it has allowed hearing aids to be capable of regulating sound on their own, without using a separate control. The hearing aid can now adjust itself depending on what environment it is in and often does not even need a physical volume control button. These were the first behind the ear hearing aids manufactured by the National Acoustic Laboraties (NAL) in Australia Body worn hearing aid consisting of separate pieces, one for each ear with attached ear mould, for one ear, in original box. Provided and manufactured by the NAL (National Acoustic Laboratories), part of the Commonwealth Department of Health. "NAL" in centre of stylised map of Australia. "COMMONWEALTH/DEPARTMENT OF HEALTH" on inside of box. "IV" and "F.McD/RIGHT" manually etched on hearing aid. "II" manually etched on other hearing aid. "CAL AID H" inscribed on inside edge of hearing aid.

The first commercial digital hearing aid was created in 1987 by the Nicolet Corporation. The hearing aid contained a body-worn processor that had a hardwire connection with an ear mounted transducer. While the Nicolet Corporation’s hearing aid was not publicly successful and the company shortly folded, it was able to start a competition between companies to create more effective hearing aids. Two years later, in 1989, the behind-the-ear (BTE) digital hearing aid was launched. In addition to the Nicolet Corporation, Bell Laboratories expanded upon the hearing aid business by developing a hybrid digital-analog hearing aid. When the hearing aid was put on in the market, it was instantaneously successful. This development helped bring major changes to the world of the hearing aid. The next major milestone was creating an all-digital hearing aid. The Oticon Company developed the first digital hearing aid in 1995, but it was only distributed to audiological research centers for research on digital technology in the realm of acoustic amplification. The Senso was the first commercially successful, all-digital hearing aid, and was created by Widex in 1996. After the success of the Senso, Oticon began marketing their own hearing aid, the DigiFocus. Presently, the digital hearing aid is now become programmable. By making the hearing aid programmable, it has allowed hearing aids to be capable of regulating sound on their own, without using a separate control. The hearing aid can now adjust itself depending on what environment it is in and often does not even need a physical volume control button.These were the first behind the ear hearing aids manufactured by the National Acoustic Laboraties (NAL) in Australia Single behind-the-ear hearing aid.

The first all transistor hearing aids appeared in 1953. They were created to replace vacuum tubes; they were small, required less battery power and had less distortion and heat than their predecessor. The vacuum tubes were typically hot and fragile, so the transistor was the ideal replacement. The size of these transistors led to developments in miniature, carbon microphones. These microphones could be mounted on various items. There were body hearing aids where the earpiece was connected to the hearing aid and battery pack worn on the body. Ear level hearing aids consisted of eyeglass, behind the ear (BTE), in the ear (ITE), and in the canal (ITC, CIC) hearing aids. Part of the development of hearing aids Gold and burgundy metal casing, with an ear piece attached by wire. This is a body-worn hearing aid, with user instruction booklet. Manufactured by Rexton a subsidiary of Siemens."647 IV" on bottom of case, along with controls, "H N L" "M T O" and a numbered dial deaf children australia, hearing aid, rexton, siemens

Part One - Medical services of the RAN Part 2 - Medical Services of the RAAF. Part 3 - Women in the Army Medical Services.Women in the Medical ServicesAustralia in the War of 1939-1945 - Medical Services of the RAN and RAAFAustralian War Memorialran raaf medical, building the naval medical service, medical stores and eqipment, living conditions in ships, prisoners of war, burns, infectious diseases, diseases of the skin, affections of the ear, nose and throat, dental branch, medical units in base areas and in the field, milne bay to noemfoor, morotai to philippines and borneo, aviation medical, medical aspects of survival, raaf nursing service, physiotherapists, occupational therapists, the australian army medical women's service

The first commercial digital hearing aid was created in 1987 by the Nicolet Corporation. The hearing aid contained a body-worn processor that had a hardwire connection with an ear mounted transducer. While the Nicolet Corporation’s hearing aid was not publicly successful and the company shortly folded, it was able to start a competition between companies to create more effective hearing aids. Two years later, in 1989, the behind-the-ear (BTE) digital hearing aid was launched. In addition to the Nicolet Corporation, Bell Laboratories expanded upon the hearing aid business by developing a hybrid digital-analog hearing aid. When the hearing aid was put on in the market, it was instantaneously successful. This development helped bring major changes to the world of the hearing aid. The next major milestone was creating an all-digital hearing aid. The Oticon Company developed the first digital hearing aid in 1995, but it was only distributed to audiological research centers for research on digital technology in the realm of acoustic amplification. The Senso was the first commercially successful, all-digital hearing aid, and was created by Widex in 1996. After the success of the Senso, Oticon began marketing their own hearing aid, the DigiFocus. Presently, the digital hearing aid is now become programmable. By making the hearing aid programmable, it has allowed hearing aids to be capable of regulating sound on their own, without using a separate control. The hearing aid can now adjust itself depending on what environment it is in and often does not even need a physical volume control button. Square, silver metal hearing aid with electronics and AA battery compartments. Has an ear piece and ear mould attached by wire, with a volume adjustment. A body level type, probably a CALAID T manufacture from 1955 to the 70's. On front "C OF A/CALAID/108499" deaf children australia, hearing aid, calaid, commonwealth of australia

These medallions were awarded to school children to commemorate the 50th anniversary of the Commonwealth of Australia. This winning design depicts the seed caster with the seven ears of wheat representing the seven states and territories of Australia. The artist was John Wolfgang Elisher who was an Austrian sculptor.An item which was presented to all school children in 1951 to mark the occasion of 50 years of the Commonwealth.Bronze metal with image of seed broadcaster and dates in relief on front and inscription, seven ears of wheat and star burst on the reverse. Metal hook at the top. There are six of the identical medallions.1901-1951, Fifty years Commonwealth of Australia.warrnambool, commonwealth of australia, schoolchildren's medallion, 1951 children's medallion,

ear syringe, surgical, manufacturing, mortimer, street london

At an unidentified event, a member of the Joint Action Team staffs a Flexibility Testing stand. Using a measuring tape, she measures the distance between a woman's ear and shoulder.B&W photo of a woman using a measuring tape to measure the distance between another woman's ear and shoulder. Behind them is a display board with the words "Flexibility testing", "Arthritis Foundation of Victoria", the telephone number "862 2555", and various sketch drawings with corresponding text.arthritis foundation of victoria, afv, rheumatism and arthritis association of victoria, raav, joint action team, jag, flexibility testing, joint health, muscle health, muscle tension, mobility, movement, assessment, measurement

The Fashion & Design collection of Kew Historical Society includes examples of textiles dating from the 18th, 19th and 20th centuries. Some of the textiles, were used as items of clothing, others as items of household decoration, or simply as travel souvenirs. These textiles were created both domestically and internationally. Predictably with the growth of an ethnically and culturally more diverse community in Kew after the Second World War, textiles, clothing and objects in the collection inevitably reflected this diversity. This form of bobbin lace is made in Malta. It is a guipure style of lace. Maltese lace is worked as a continuous width tape lace on a tall, thin, upright lace pillow called a "Trajbu" and the Bobbins are called "Combini" . Bigger pieces are made of two or more parts sewn together. Lace made in Malta was originally needle lace, from the 16th to the 19th century, when the economic depression in the islands nearly led to the extinction of lacemaking there. But in the mid 1800s, Lady Hamilton Chichester sent lacemakers from Genoa to Malta. They used the old needle lace patterns and turned them into bobbin lace, which was quicker. It was not long after its introduction that the Maltese lace developed its own style from Genoese lace. Maltese lace was shown at The Great Exhibition of 1851 and it became popular in Britain. The style was copied by lacemakers in the English Midlands, and it was one of the sources for Bedfordshire lace. Maltese lace usually has the following characteristics which are useful for identification: It is usually made from cream silk. There is often the 8 pointed Maltese cross as part of the pattern, worked in whole or cloth stitch.The pattern may also have closely worked leaves known as “wheat ears” or “oats”. These are plump and rounded in shape, rather than the long narrow leaves of other types of bobbin lace. Maltese lace edging. It shows the Wheat ears, characteristic of Maltese lacelace, maltese lace, lace tape

This instrument is an ear syringe that would have belonged either to a doctor or to a medical clinic or hospital. When it was first donated to the Warrnambool and District Historical Society in 1972 it was described as a throat syringe but this does not appear to be correct. This ear syringe, in our collection for 45 years, is a fine example of a medical instrument in use 100 years ago or more. It will be retained for display purposes and also for its aesthetic appeal.This is a brass ear syringe. It has a barrel with a plunger that is ridged at both ends and a handle with three rings for the user to enclose three fingers and a syringe tip tapering to a point. There is an oval brass plaque attached to the barrel and this contains information on the maker of the instrument and the maker’s crest. ‘Mayer & Meltzer, Makers, London’ ‘ To the University College Hospital’ ‘To the Hospital for Deseases (sic) of the Throat’ ‘To the Hospital for Women’ ‘To the Middlesex Hospital’medical instruments of the past, history of warrnambool