Lead sinkers were used to help the bait sink while rod fishing.dark grey lead sinker, domed shaped with a flat bottom. copper coloured wire through the centre, curling out the bottom. Nonefishing, recreation leisure

Glass tube attached capped with metal and with a green plastic coated copper wire attached to conduct electricity. The other end of the tube narrows and has a metal 'prod' attached. The tube as a nother tube inside it which includes a spring made of fine wire. A small amount of thick liquid is present between both tubes.laboratory, testing, graham hood

Haversack with ammunition pouches - three bags wired together by hand. Haversack - made of canvas- hand painted light jungle green over light khaki flap closure with straps and brass buckles. Ammunition pouches made of heavy canvas, hand painted light jungle green over light khaki with flap closure with straps and brass ends. Ammunition pouches joined to haversack with copper wire.Haversacks flaps - handwritten inside is black ink "3/92464" Ammunition R) stamped in dark blue ink "Crosby 1944" Pouches L) stamped in black ink "J J / dept of defence / 1944 / ?" passchendaele barracks trust, webbing, ammunition, pouches

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

Differing gauges of transmission line was/is used in the Kiewa Hydro Electric Scheme. Some carried 330KV, 220KV, 66KV (Mount Beauty to Bright) and (Clover to Mount Beauty) and 22KV. All the cables have a core of steel for strength and an aluminium outer layer for transmission. Examples include 66KV copper cable, copper earth wire from the towers, copper cable found along the aqueducts for telemetering and copper earth wire. The 24 Volt Communication cables were/are used for linking different sites on remote SEC equipment.The State Electricity Commission of Victoria constructed the Kiewa Hydro Electric Scheme during the late 1930's to 1960's. A wooden board with samples of differing gauges of transmission cables used for the transmission of power and 24 volt communication cables used for communication linking different sites on remote S.E.C. equipment. The cables No.s 1 to 9 have a core of steel for strength and an aluminium outer layer for transmission. The copper cables No.s 10 - 14 are used for earthing and are in the ground as copper doesn't rust or corrode (steel does). Copper is three times heavier (dense) than aluminium. Each of the outside aluminium wires are wound in the opposite direction so that when the cable is stretched under load, they tighten.state electricity commission of victoria. kiewa hydro electric scheme. cable. communication. transmission. telemetering. power. electricity.

The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Pessary, Thomas style, made of black vulcanite. Inscribed with number "60". intrauterine device, pessary

The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Moulded black vulcanite pessary. Pessary is irregular in shape. Size small.pessary, intrauterine device

The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Moulded black vulcanite pessary. Pessary is irregular in shape, and in the "eyeglass" stem style.pessary, intrauterine device

Cast brass, fitted with a cylindrical bush in the centre. Fitted to the end of a trolley pole with another cast item known as a hasp. The wheel runs along the underside of the copper trolley wire, and enables the tram to powered. See item 4809 for a SEC drawing of the item.Demonstrates the mechanism by which the electrical power is transferred from the overhead to the tram itself.Cast brass wheel, with three spokes and hole in the centre for fitting to trolley pole.btm, ballarat tramway museum, trolley wheel

Two patterns of clasp knife were supplied to the Australian Military Forces in the WW2 era by the Carr Fastener Company. These clasp knives were identical to those made by Whittingslowe Engineers that were made in the Whittingslowe factory under contract to Carr Fasteners. William Whittingslowe had a close association with Carr Fasteners prior to WW2 and had been Chairman of Carr Fasteners for some time.Smaller sized canoe shaped body military steel clasp knife. The clasp knife is the Carr Fast second pattern with the improved tin opener, manufactured in Australia in the World War Two era. The clasp knife has a blade, a tin/bottle opener, a marline spike as well as a screw driver and a copper wire shackle used to attach the knife to a lanyard or belt clip. The body of the knife is held together by steel rivets. Indentations to aid opening are located on the top RHS of the blade, and on the top LHS of the tin opener. The end of the tin opener is shaped to a point.CARR FAST CO AUST D (broad arrow pattern) Dclasp knife, world war two, australian military forces, steel

Worn piece of old trolley wire (330mm long) of 89mm2 (?) cad copper wire. Taken from an old wire joiner within depot to be used as a sample of worn wire for use in ceremony of new trolley wire hand over on 26/11/96, when Victorian Minister of Transport, Alan Brown handed over new Trolley wire (2km) to Museum. Not known where made - could be either UK or Australia. Images added 3-12-2016 See The Courier, p6, 27/11/1996, see Reg. Item No. 503.trolley wire, btm

This pessary was manufactured by Allen and Hanburys in three sizes - large, medium, and small. The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Thomas style supportive antiflexion pessary. Pessary is made of black vulcanite and is inscribed with number "60". Pessary is thickened at distal end and tapered at proximal end.intrauterine device, pessary

This pessary was manufactured by Allen and Hanburys in three sizes - large, medium, and small. The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Thomas style supportive antiflexion pessary. Pessary is made of black vulcanite and is inscribed with number "65". Pessary is thickened at distal end and tapered at proximal end.intrauterine device, pessary

These reading glasses plus the two additional replacement lenses were highly fashionable in the late 1800's and early 1900's due to their light frames ie. wire. They are of light material and are not as obtrusive, or heavy, as horn rimmed reading glasses.This minimisation of the eye wear was to allow the facial features to be presented without any obstructing eye wear, "au naturel". The "light weight" wire connections to nose and ears was to minimise weight upon those physical areas. It was an eye piece preferred by accountants and all forms of "book worms". This was a period when the "written word" was at its peak. This was well before the light enhanced computer screen and at an age where the "written word" was in the majority as compared to the typed word. These reading glasses are very significant to the Kiewa Valley as they provide additional material which supports the "isolational factors" which were prevalent in the 1800's and early 1900's. Poor lighting and lack of available optical technicians in rural areas, required those suffering with eye troubles in these rural areas to go to Melbourne. An advertisement placed by H B Bissel "eyesight specialist" in the "Independent" Newspaper in 1915 on page 3 " Every person's eyes are liable to be affected by some little weakness or other and these weaknesses, if not corrected at once, are apt to assume a most serious aspect as time goes on". This type of advertisement is putting "the fear of God" on those with slight eyesight problems. It also does not factor the poor lighting used by most in rural areas at this point in time. By the mid to late 1950's, electricity in the Kiewa Valley was available to all households and improved lighting helped nighttime readers. These reading glasses, made in Melbourne, highlight the fact that the Kiewa Valley and its region were still reliant on Melbourne based "specialists" and travel to and from these highly professional health practitioners not only involved a long, and time consuming journey, but also an expensive one.The frames of this oval wire reading glasses is made from gold plated copper wire. There are three nose bridges each with a slightly different angle and shape, each has a different magnification. This may suggest that they were in use at different developmental periods during the wearers ages. Each of the three lenses were fixed onto the frame by a screw and fastened directly onto the glass. Two of the glasses have nose "guides/rests" and one without.. The fine wire ear "loops" has a small "ball" feature at its end (to stop the glasses from slipping off the face).personal effects, spectacles, eye fashion, reading glasses

Has a strong association with Dave Kellett, motorman and inspector in Ballarat; issued to crews in order collect fares, hold tickets and money.Leather bag with outside bag (for ticket wallet) with metal strips on openable section, fitted with push button catch, four coin compartment inside and adjustable shoulder strap. Has been fitted with a coin dispenser (screw and bolted in) for six different coins (50c, 20c, 10c, 5c, 2c, and 1c). Coin holder plastic - blue base, white top with red coin supports or bases and metal springs. Bag sewn with some rivets. On rear of bag, at top, stitching has been redone using copper wire.) Has an inscription inside. Not to be used in traffic.On inside of bag, opposite coin holder in blue biro "44 D.Kellett 7 Head St. Wendouree" On top of left hand side of coin holder, partly faded is "D.Kellett 7 Head St. Wendouree"trams, tramways, cash bag, tickets, fares, conductors bag

This pessary came from Professor Geoff Bishop's rooms, Mollison House, 386 Albert Street, East Melbourne. As well as the UK, Portex had divisions in the USA and Canada. The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids. Portex brand ring pessary in original packaging. Consists of circular ring of cream vinyl, in sterile sealed pouch with transparent plastic at back. Stamped on pouch "PORTEX ENGLAND", and the text "USE BY FEB 77" and "CONTROL No F/1 505". The ring is size 700/300/056 - 56mm. A sticker on the back of pouch gives instruction for cleaning the pessary.pessary, intrauterine device

This pessary came from Professor Geoff Bishop's rooms, Mollison House, 386 Albert Street, East Melbourne. As well as the UK, Portex had divisions in the USA and Canada. The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient time, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Portex brand ring pessary in original packaging. Consists of circular ring of cream vinyl, in sterile sealed pouch with transparent plastic at back. Stamped on pouch "PORTEX/MADE IN ENGLAND", and the text "USE BY JAN 77" and "CONTROL No 06 88". The ring is size 700/300/065 - 65mm. A sticker on the back of pouch gives instruction for cleaning the pessary. A red dot is also stuck to the back of the pouch.pessary, intrauterine device

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

Used by the Forrest City Signal system to initiate or cancel a signal indication. The trolley wheel would make contact with the steel strips which would send an electrical impulse to the control box that either would enable the signal to be shown or cancelled. There was one on the trolley wire at either end of the section. See reference for further details.Demonstrates part of the Forest City Signal system.Signal contactor mechanism comprising two brass ears, a section of copper trolley wire, two steel strips assembled onto a section of wood fitted with steel covers where the ears are fitted through. Item refurbished for display purposes by Depot staff 2023.forest city signals, tramways, overhead

Made from an Australian penny, 1940, by Adolf Woolf at Camp 3Kangaroo brooch, circular, copper colour with wire pin fastener at back. Australia Penny 1940. Small raised star on left and raised impression of Kangaroo in flight.brooch, kangaroo, woolf a, glockemann b, camp 3, ww2 camp 3, jewellery

This type of pessary was often used for uterine malpositions and displacements and usually made from vulcanite. This particular object is known as Hodges moulded pessary. [Source: George Tiemann & Co Surgical Instruments catalogue.1989. page 486.] The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids. Moulded black vulcanite pessary. Pessary is irregular in shape, and medium size. "I.T.A.Y." inscribed on upper curve.pessary, intrauterine device

This type of pessary was often used for uterine malpositions and displacements and usually made from vulcanite. This particular object is known as Hodges moulded pessary. [Source: George Tiemann & Co Surgical Instruments catalogue.1989. page 486.] The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Moulded black vulcanite pessary. Pessary is irregular in shape, and large size.pessary, intrauterine device

This type of pessary was often used for uterine malpositions and displacements and usually made from vulcanite. This particular object is known as Hodges moulded pessary. [Source: George Tiemann & Co Surgical Instruments catalogue.1989. page 486.] The pessary was originally regarded as an instrument and made from cork, ivory, hard rubber or gum-elastic. In later times, they were made from black vulcanite, flexible tin, soft copper wire covered with Indian rubber, and celluloid. The form of the pessary was and still is variable -either round, oval, or moulded in some cases combining three or four curves depending on the size of the pessary. In ancient times, medicated pessaries were made from emollient. astringent and aperient. Several of these are still used, but in more modem times are called vaginal suppositories. Anal suppositories are still used to suppress the pain of haemorrhoids.Moulded black vulcanite pessary. Pessary is irregular in shape.intrauterine device

Conditions of sale by private contract dated 11th January, 1938 between Mrs. E. Banninger (seller) and Mrs. M.M. Spicer (buyer) for land situate in Wood Street, Long Gully, being Crown allotment 1 section P described in Crown grant volume 2129 folio 425693, together with 5-roomed weatherboard dwelling and all sundry, also bath, cement troughs and copper, wire doors, three venetian blinds, built in wardrobe, and vendor's interest in poultry pens built on land adjoining the above freehold, also all poultry and poultry farm equipment as per schedule on page 2. Price 550 pounds.organization, business, h.a. & s.r wilkinson real estate

The ceramic insulators were used by the PMG to insulate telephone lines connecting to the lightstation accommodation. The installation of a single galvanised wire telegraph line in 1873 provided the lightstation with a vital link to the outside world via Morse code. In 1875, the Australasian Sketcher reported on the new facility, writing that ‘the lighthouse on the extreme point of the promontory is connected with Melbourne by a line of telegraph, and as a large number of vessels pass in sight of the lighthouse, useful information is gained respecting their movements’.The system was immobilised in 1885 when a thunderstorm caused some of the poles to explode and connection wires to fuse and turn into molten metal. During WWII the lighthouse line was upgraded to four copper wires, and in 1971 a radio link replaced the line. The lines required constant maintenance. Some poles remain along the length of the promontory’s Telegraph Track as reminders of this former communication link. Insulators can also be found in the collections at Cape Schanck; Cape Otway and Gabo Island. Comprises a white ceramic insulator attached to a rectangular metal plate.

Seven point star represents 6 states and 7th for Territorial shield has 6 symbols for each of 6 states. Wreath colours of gold and blue are colours of Australia's livery and shield held up by native animals of Kangaroo and Emu.Gold ornate metallic frame with a coloured print of Australian Coat of Arms (Wreath of gold and blue with Kangaroo and Emu holding a shield and at top a 7 pointed star). Is in colour on a white background. Image has glass protection and frame has hard cardboard backing with a hook on either side connected with a length of copper hanging wire. Coat of Arms with "Australia" at bottom. Stamp on back stating "Passchendaele Barracks Trust".coat of arms, passchendaele barracks trust

Knife, Clasp, with Marline Spike and Tin Opener, manufactured in England to the Standard Pattern 6353/1905, as modified in 1913 with specific dimensions to the tin opener. This pattern was used by British forces, and was one of the patterns issued to members of the Australian Infantry Force during WW1. This pattern was used up until the late 1930s, where it was superseded by other patterns.Knife, Clasp, with Marlin Spike and Tin Opener, manufactured to the standard British pattern 6353/1905, as modified in 1913 with changed dimensions for the tin opener. The hilt of the knife has two chequered pattern sides secured by five metal rivets. The underside of the hilt has two recesses to allow storage of the blade and the tin opener. A tapered steel Marline spike is mounted on the other side of the hilt, pivoting at the opposite end to the blade and tin opener. A copper wire shackle is also secured at this end of the hilt that was used to attach the knife to a lanyard or belt clip. A fingernail indentation is located near the top of one side of the blade. The tin opener has bevelled edges tapered to a point on one side, with a steel post mounted in the middle of the other side.J. CLARKE & SON SHEFFIELDknife, clasp, ww1, steel, marline spike, australian infantry force, milirary

An induction coil consists of two coils of insulated copper wire wound around a common iron core. One coil, called the primary winding, is made from relatively few (tens or hundreds) turns of coarse wire. The other coil, the secondary winding, typically consists of many (thousands) turns of fine wire. An electric current is passed through the primary, creating a magnetic field. Because of the common core, most of the primary's magnetic field couples with the secondary winding. The primary behaves as an inductor, storing energy in the associated magnetic field. When the primary current is suddenly interrupted, the magnetic field rapidly collapses. This causes a high voltage pulse to be developed across the secondary terminals through electromagnetic induction. Because of the large number of turns in the secondary coil, the secondary voltage pulse is typically many thousands of volts. This voltage is often sufficient to cause an electric spark, to jump across an air gap separating the secondary's output terminals. For this reason, induction coils were called spark coils. The size of induction coils was usually specified by the length of spark it could produce; an '8 inch' (20 cm) induction coil was one that could produce an 8 inch arc. (http://en.wikipedia.org/wiki/Induction_coil)A metal and plastic object on a timber stand. In an induction coil the distance between the plates is often used to measure the voltage of the spark since the air breaks down at 30 000 volts per centimetreballarat college of advanced education, scientific instrument, induction coil, scientific instruments, electricity