Electric staff - Electric staff instruments The staff and ticket system was still too inflexible for busy lines, as it did not allow for the situation where the train intended to carry the actual token was cancelled or running very late. To provide for this, the electric train token system was developed. Each single-line section is provided with a pair of token instruments, one at the signal box at each end. A supply of identical tokens is stored in the instruments, which are connected by telegraph lines. A Staff can be removed from one instrument only if both signalmen co-operate in agreeing to the release. Once a Staff has been removed, another cannot be removed until the token which is "out" is replaced in either instrument. (There are variations on this sequence of events.) By this means, it can be ensured that at any one time, only one token is available to be issued to a driver. Staff belonging to adjacent sections have different configurations to prevent them being inserted into the wrong instrument. Nevertheless, in the Abermule train collision in 1921 and lax working procedures allowed the safeguards provided by the electric Staff system to be circumvented; a driver was handed a Staff for the wrong section, and without reading the information listed on the staff, proceeded on the mistaken belief that the Staff was correct. To prevent this, it became a requirement in the UK for the signals controlling entry to the single line section (starting or section signals) to be locked at danger unless a token has been released from the relevant Staff instrument. Historic - Victorian Railways Electric Staff Instrument Electric Staff Instrument made of Iron , Brass and Glasspuffing billy, electric staff instrument, victorian railways

BRASS BI-OPTICAL MICROSCOPElocal history, instruments, optical, instruments, optical

Timber box with brass clasp at the front. Inside is lined with green felt. Black plastic yarn meter with handle grip, pulley wheels and window showing the measurement gauge. Patent panel on the back. 2 pieces of paper- one is a diagram of the battery (?). The other is a general overview of the product.wool, hatra, yard speed meter

At the time of sale, the last of the Hirst family to work in the mill located in Geelong gave Donald (donor Bruce's father) Doherty a set of scales that had been used by several generations of Hirsts and adapted by them over time for specific use in their mill. These Scales were saved from waste and being thrown away at the time of sale to remain in use in the industry in the hands of someone who knew how to use them. The scales were used in calculating the weight of cloth and simultaneously calculating the amount of yarn required to weave it following the instructions printed within the box. The box bears the signatures of two Hirst family members, one being Lewis Hirst dated at 1898. The original brass pole has been replaced with a replica metal somewhere throughout the years after the brass pole broke through use. Hirst was brought by McKendrick in the 1960s and these scales sat for 12 months as part of the 12 month "cooling off" period. The scales were then handed to Donald rather than being disposed of.Scales used for weighing and calculating weight and thread count of textile samples. Originated from Godfrey Hirst Mills in Geelong. Writing describes how to utilise scales. Scales are made from brass, pole for holding scales once brass now replaced with metal pole. Scales held inside wooden box with black text in ink depicting use of scales on paper located inside and outside of box.Outside of box. Wording: APPARTUS for TESTING the WEIGHT per YARD of CLOTHS & COUNT of YARN from a small SAMPLE. -------------------------------------------------------------------------------------------------------------------------------------------------- Indispensable to Manufactures, Merchants & handling Woollen, Worsted, Cotton, Linen, Jute, Hemp, Flannel, Felt, Army, Navy, Police, Railway, Sail & other Cloths -------------------------------------------------------------------------------------------------------------------------------------------------- USED IN GOVERNMENT DEPARTMENTS -------------------------------------------------------------------------------------------------------------------------------------------------- The apparatus consists of Scales, Weights, 1, 2 & 4 sq. inch Cutting Templates & Book of Tables --------------------------------------------------------------------------------------------------------------------------------------------------By weighing a small Sample the accurate Weight in Ounces of a yard of Cloth any width from 18 to 64 inches, the Weight per Square Metre in Grams, the Counts* of Warp and Weft, and the approximate length of full & short ends of pieces of fabrics, [without unrolling and measuring for stocktaking & other purposes] can be ascertained without any Calculation --------------------------------------------------------------------------------------------------------------------------------------------------Price in United Kingdom, 25s., Carriage Paid. Price to Canada & U.S.A. $6.75 do. H. Lord. 10, And Place, Bradford, England. --------------------------------------------------------------------------------------------------------------------------------------------------*When ordering, state on what system you base your YARN COUNTS. Inside of box. Wording: DIRECTIONS FOR USE --------------------------------------------------------------------------------------------------------------------------------------------------TESTING WEIGHT OF CLOTHS. Place sample to be tested on a piece of cardboard, put a Cutting Template on it, cut card and cloth round template with scissors and weigh it according to instructions given in Book of Tables. TESTING FOR YARN COUNTS. Cut out 1 square inch of cloth, draw out wrap or weft threads, according to which is being tested, and the number of inches so drawn, that balance respective weight is the approximate Count. The same rule holds good when number of inches are drawn from a bobbin. In testing from the cloth, allowance has to be made for loss or gain in the process of manufacture. Weight marked C is for Cotton Counts " " W " " Worsted " " " WS " " Woollen Skeins " " L " " Linen Counts. The weights for testing samples of cloth are 20, 10, 10, 5, 3, 2, 1, grains in brass & '5, '3, '2, '1 [tenths of a grain] in aluminium. Inside of box. Signtures, handwritten: Bottom right: Lewis Hirst !898 Top Left (Smudge ?) W Hirst !935godfrey hirst, hirst family, textile design, textile creation

This bell was used to begin and end recess and lunch breaks at Strathmore Williamstown Grammar School. It was introduced by Mabel Martha Molland, Principal (1914 - 1963) and was in use at the Williamstown campus until the installation of an electronic bell system in the early 2010s. It is known at the school as 'Miss Molland's Bell' and was featured in The Old School Tie exhibition at the Old Treasury Museum in 1999. The exhibition label for the bell read, 'This bell has been used to summon students to class for as long as anyone can remember, although it is reported that in Mr. Gerity's time (1897-1914) classes were "signalled by Gerity appearing at the door and waving an enormous white handkerchief the size of a bed sheet" (Reported in Johnson, J. 1987, The Westbourne and Williamstown Grammar Schools, pg. 37)'. The bell has historic significance as it originated with Mabel Molland, Principal (1914 - 1963), a very prominent figure in the history of the school and has been handled and used by countless students, assigned the coveted task of ringing the bell, over many years.Brass bell with a turned wood handle. The are five parallel grooves near the top of the handle and two near the middle. The bell has two parallel grooves around the fluted sound rim. The clapper is attached, with a twisted piece of 1mm diameter single strand wire, to a d-ring inside the head of the bell. mabel molland, strathmore grammar, school bell

A complex instrument used to determine the pH factor of liquid samples, in this case, dyes. Without this instrument to measure the pH level of dyes before use, it would be impossible to ensure successful and repeatable results when dyeing wool.pH meter contained within dark wooden box, opened with two brass clasps. Contains dials, an electrode, glass bottle of potassium chloride and instructions for use on card inside lid.textile testing, dyeing, woollen mill, ph, scientific instument

Used by donor's husband in early 1940sSmall brass and steel compass for drawing circles/curves and measuring. Sharp steel point. School instrument, geometryinstruments, measuring, trades, drafting

Photograph, mounted on cardboard, of Salvation Army band members with instruments. Group made up of 15 men, 6 women and 1 small boy.Written on back: "Jim Pascoe, High St." "Salvation Army Band"salvation army, brass band

Passed around at a meeting 11/8/1986. No further information forthcomingPhotograph of a group of men, both seated & standing, with musical instruments & in uniform - Probably brass band, two men holding collection boxes. Brick wall in background. Black & white photograph, cardboardOn left hand collection box: "Collection for Childrens Hospital". On right hand collection box "Collection in Aid of Childrens Hospital". Under photograph, faintly: "New Studio Rutherglen". Five paint fingerprints lower half of photo. Under photo, very faintly, possibly: "Turner". Back of photo, faintly: "10 Notes / No A 07707 / No A 08909"

Brass military bugle, mouth piece attached by chain. Slight damage after mouth piece.

Brass Bugle chromedRAN 5568

musical instruments, ballarat rsl, ballarat, bugles, brass

The 2nd Cavalry Division, a part-time force, was raised in Victoria in 1920. It consisted of 3rd Cavalry Brigade, 8th, 13th and 20th Light Horse Regiments, and 5th Cavalry Brigade, 4th, 17th and 19th Light Horse Regiments. Black and white photograph of group of 19 bandsmen wearing light horse uniform and holding variety of musical instruments. Photo is mounted on chipboard backing. Engraved brass label in lower right corner.3rd Cavalry Brigade Bandmilitary, band, music, cavalry, light horse, victoria

The bugle was used by Light Horse to relay instructions to dispersed troops. MusicBrass bugle with many minor indentations. No markings of any kind visible.bugle, light horse, music

Survey tape used by P.J. Larkin, government surveyorInstrument owned and used by a government marine surveyor named P. J. Larkin who worked in Melbourne and Geelong in the 1930s.Survey tape in leather pouch about 100 feet long and housed on brass reel.Purton and Littlejohn's patent Wellington 1663surveying instrument, hydrography, larkin jp

instrument used by J P Larkin, government marine surveyor in the 20s and 30s in Port Phillip and queenscliffBrass drawing circle - a protractor in a flat square wooden boxsurvey instruments, j p larkin

An inclinometer measures the angle of inclination of a vessel or aircraft to the horizontalTimber and brass inclinometer from the M.V. Australian Explorer. Triangular timber shape with curved base. Brass measuring plate with measurements from 0-40 degrees on each side. Brass pointer indicates angle of inclination of vessel. 'EIWA' label on front. '87-156' inscribed in pen on back and underside. navigational instruments, australian explorer

The binnacle was originally from a lifeboat of the tug 'Melbourne' previously 'Howard Smith'. When the vessel sank at Gellibrand [Williamstown], the binnacle was under water for about one month. The lifeboat was later cut loose from the wreck by a salvage crew [as told by the donor].A good example of a small binnacle and compass as used on a lifeboat from the 1950s.Binnacle, brass with wick light mounted on timberbinnacle, compass, tug boat, 'melbourne', 'howard smith'

This sextant was used by Captain J Menzies, Harbour Master in Warrnambool who testified in the Victorian Royal Commission of 1925 on the development of Warrnambool Harbour.A maritime instrument with links to Victorian Harbour Development history of the early twentieth century.A brass sextant in wooden box'J Menzies' hand written on box lid.sextant, capt. j. menzies

From the Wyuna, a twin-screw diesel electric pilot cutter. Introduced in 1953 and served with the Port Phillip Sea Pilots until 1979.The MV Wyuna served as a Pilots tender from 1953 to 1979 before fast pilot boats were introduced. During this time the Wyuna would lower a work boat to transfer a pilot onto a ship which would have had to come to a full stop to allow transfer, thus losing time and extra fuel. Today the fast pilot boats come along side a still moving vessel to allow pilot access outside Post Phillip Heads. Brass ships clock from galley of pilot vessel Wyuna. White face, black roman numerals. port phillip sea pilots, mv wyuna, gally clock

An aneroid barometer is an instrument used for measuring pressure without the use of a liquid. Invented in 1844 by French scientist Lucien Vidi, the aneroid barometer uses a small, flexible metal box called an aneroid cell (capsule), which is made from an alloy of beryllium and copper and responds to changes in air pressure.An example of a widely used type of barometer.A brass aneroid barometer with a white face.Manufactured by C. Wermer and Co, Melbournebarometer, aneroid barometer, c. wermer

2 Brass Piano Sconces.musical instruments, accessories, piano sconces

In 1977, artist Annette Meikle undertook a commission to illustrate a book recording stories of places and people in the Bayside area. It was published in 1978 as Sandringham Sketchbook, with text by Elizabeth Waters. The sketches were intended to record remaining examples of Bayside’s early architecture and environment, as well as reflect newer architectural changes. Meikle went on to donate 22 of these sketches to Bayside City Council in 2003. Built in 1926, the Band Rotunda was a gift to the people of Sandringham by local doctor and former soldier Thomas Garnet Leary. On Sunday afternoons throughout the inter-war years, brass bands such as the military uniformed 46th Battalion Brass Band and the popular Sandringham Boys Band would play. The canopied top storey comfortably held twenty five performers with enough room for their large instruments. Large crowds would picnic along the foreshore listening to the performances. The drinking fountain pictured under the rotunda has since been removed.Annette Meikle, Band Rotunda 1977, ink and watercolour, 33.8 x 23.5 cm. Bayside City Council Art and Heritage Collection. Donated by the artist, 2003annette meikle, sandringham sketchbook, elizabeth waters, band rotunda, sandringham, thomas garnet leary, foreshore

Various artifacts from the steamship 'Wattle'. The Steam Tug Wattle, a steel ship, was built as a harbor tug in 1933. Steam is supplied from a two-furnace Scotch Marine wet-back boiler which was originally fired with dewatered and filtered waste oil but has recently been converted to burn distillate for environmental and maintenance reasons. It was launched at Cockatoo Island on 27 June 1933 by Cockatoo Docks & Engineering Co. Ltd. (CODECO) on order from the Commonwealth Shipping Board. Now fully restored it operates excursions in Port Phillip and the Yarra. One of a very few still operating steam tugs.Brass inclinator mounted on timber plate.steam tug wattle, harbour tugs