Designed to create an impression on paper, the stylus allows users to create Braille through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. Used in combination with a slate to guide placement, this was the primary source of Braille books in the late nineteenth and early twentieth century before Braille typewriters were commonly used. In this example the handle is made of plastic and it has a metal tip.1 plastic stylus with metal tipbraille equipment, royal victorian institute for the blind

Designed to create an impression on paper, the stylus allows users to create Braille through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. Used in combination with a slate to guide placement, this was the primary source of Braille books in the late nineteenth and early twentieth century before Braille typewriters were commonly used. In this example the handle is made of Vulcanite (according to the RNIB Illustrated Catalogue of Apparatus and Games, 1968), and the metal tip can be shielded by rotating the rounded section near the tip, which loosens and drops down.1 stylus with metal tipbraille equipment, royal victorian institute for the blind

Designed to create an impression on paper, the stylus allows users to create Braille through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. Used in combination with a slate to guide placement, this was the primary source of Braille books in the late nineteenth and early twentieth century before Braille typewriters were commonly used. In this example the handle is made of boxwood (according to the RNIB Illustrated Catalogue of Apparatus and Games, 1968), and is the standard model.1 wooden stylus with metal tipbraille equipment, royal victorian institute for the blind

Braille hand frames and styluses were the primary way to produce Braille for over a century. The stylus was used to make a separate indentation for each dot, and the hand frame to keep dots within the same cell. Braille rows are produced from right to left. The process was very time consuming. Volunteer transcribers for the library could take an average of ½ hour to produce one page of Braille using this method. For example: “Oliver Twist” required approximately 600 sheets equating to 300 hours of work! This wooden slate, which was used to make the system portable, served as a firm base needed to sustain puncture pressure. The frame can also be slotted into both sides of the slate, thereby ensuring that the lines of Braille were straight across the page. The metal clasp at the top of the frame held the wooden which kept paper from slipping. In this example, the Rules of Membership for the Victorian Braille Writers were attached to the board.1 wooden back board with metal hand frame and stylus156 carved into wooden framevictorian association of braille writers, braille equipment

Braille hand frames and styluses were the primary way to produce Braille for over a century. The stylus was used to make a separate indentation for each dot, and the hand frame to keep dots within the same cell. Braille rows are produced from right to left. The process was very time consuming. Volunteer transcribers for the library could take an average of ½ hour to produce one page of Braille using this method. For example: “Oliver Twist” required approximately 600 sheets equating to 300 hours of work! Various metal hand frames accompanied by a metal stylus with wooden handle. Some include a wooden slate, which was used to make the system portable as a firm base was needed to sustain puncture pressure. The frame can also be slotted into both sides of the slate, thereby ensuring that the lines of Braille were straight across the page. Transcribing maths was an extremely complex task and a metal grid was utilised to reproduce graphs and diagrams.1 wooden hand frame with metal grid and metal and wooden stylus, 1 metal maths grid with metal pegs in metal container inside a brown suitcase and numerous sheets of Braille paperT.C. Coughlin 5 doz sausage rolls Wilmington Southend is written inside the lid of the suitcasebraille equipment, james murphy

Two sighted women sit in an outside porch at the Braille Library in South Yarra, transcribing the books in front of them into Braille, using a stylus and frame. This image shows sighted volunteer Braille transcribers. At this time all Braille was manually transcribed using a hand frame and metal stylus. These volunteers worked at Australia's first Braille Library created by the Victorian Association of Braille Writers.Black and white image of two Braille writersbraille equipment, victorian association of braille writers

This wooden board has hinged flap to allow paper to be inserted, and two tacks under on the lower part secure the paper. The top flap is then closed and a metal clasp holds it firmly in place. A row of holes either side of the board, allow for a hand frame to be attached, to guide the writer in maintaining straightness when transcribing.Wooden rectangular Braille hand frame with holes evenly spaced and built in hinged paper clamp. Pivoted metal Braille guide with two rows of Braille, each 25 cells long. 'Armitage memorial' pressed into framebraille equipment, association for the blind

Probably used to record patient details and allow computerised upload of details in hospital. This item used by Rural Ambulance Victoria. Portable computer (lap top) in black carry case aperture so that the screen can be 'written on' using attached stylus.WALKABOUT HH3 CEFC

Probably used to record patient details and allow computerised upload of details in hospital. This item used by Rural Ambulance Victoria.Portable computer (lap top) in black carry case aperture so that the screen can be 'written on' using attached stylus.WALKABOUT HH3 CEFC

Probably used to record patient details and allow computerised upload of details in hospital. This item used by Rural Ambulance Victoria.Portable computer (lap top) in black carry case aperture so that the screen can be 'written on' using attached stylus.WALKABOUT HH3 CEFC

Bought by donor in 1976 to play 78 rpm records. Second hand purchase probably first played C. 1960. 16 rpm records first produced in 1955.Light brown and red case with white band around middle. Has hinged lid and white carry handle on front. Lid hinges to rear with two clips to hold shut on sides. Inside has 18cm turntable, volume control knob and stylus arm with LP and 78 stylus on end. Has speed control marked N_16_33_45_78. 240 volt electric power lead coming through hole in base plate. Has small clip to hold down stylus arm when in transit. In working order.No markingsaudio-visual technology, audio appliances

Small plastic container from the Bendigo & Northern District Base Hospital. Originally it contained tablets. Now used to store spare needles for a gramophone. There are forty-five needles. Errol Bovaird Collectionmusic, gramophone, stylus

BHS CollectionGreen covered book with ornate edges. On the front in gold colour is a depiction of an inkwell with two stylus. On the spine also in gold lettering "Cooke's Universal Letter Writer". Revised and improved. Published by T, Nelson and Sons in 1868.On first page: H. B. Staley from his father as a token of love, October 9th 1869, Eaglehawk.english grammar, letter writing, cooke

This item was located in storage along with a newsletter from the Hungarian Society of Gynaeocological Endoscopists. The newsletter was produced in English to commemorate the ISGE (International Society for Gynaecological Endoscopy) meeting which was held in Hungary in August 2000. The newsletter contains an article on János Veres, the inventor of the needle, and an interview with his surviving family. It is possible that the replica needle was given as a gift to attendees of the meeting.Metal, spring loaded needle with an outer cannula and an inner stylus. Consists of a thin, hollow shaft with a bevelled point at one end, encasing a spring loaded needle/stylus with an eyelet at the end. Opposite end of needle consists of an open valve leading to the inner needle with a bulbous connection point. There is a round protrusion at the bottom of the bulbous connection point, and a small oval shaped grip at the top of this point, running parallel to the body of the instrument. A metal barrel containing the spring sits adjacent to the connection point. The barrel can be unscrewed to access the spring inside. surgery

Used as a teaching resource. Record player for playing EPs. The brand that created the record player is 'His Master's Voice'. The record player has a labelled monogram on the handle which is portable. With original cardboard box [486.1] and original instruction pamphlet [486.2]. Working order, but stylus missing. Made in 1950-60s. Labelled monogram on handle.

Gramophone needles (stylus) used in gramophones which played 78 rpm shellac records. Tin has the His Masters Voice dog on lid.Metal box containing brass gramophone needles"His Master's Voice" Loud tone English gramophone needles, manufactured for the Gramophone Company Limited, Sydney N. S. W.his masters voice, styluses (audio), gramophone needles

With the advent of electricity, so to came the invention of the Electrocardiograph Machine. This piece of medical equipment gave nursing staff and doctors a more precise indication of a patients heart beat and was used extensively across Victoria's medical institutions. The equipment is significant because it is a fully intact example of diagnostic equipment used in a mental health hospital in Victoria Australia.Cardiotrace Electrocardiograph Machine in blue plastic case with black handle. Contains: Electric cord Cords to link electrodes Graph paper to measure heart beats Instruments on panel marked 'stylus heat', 'off', 'run', 'position', 'test', 'record', '1', '2', '3', 'aVR', 'aVL', 'aVP', 'V', '1/2V', 'lmV', marker.Manufacturer: Medical Instrument Co. Pty. Ltd. Distributor: Watson Victor Limited Serial No: 3362 Cardiotrace Heat Mark III Electrocardiograph/Voltage 220-240 A/C /Frequency 50 cycles per second/Watts 45 serial 3362/Caution: Refer to Manual for full detail.electrocardiograph machine, medical instrument, medicine, health, mental health, ararat mental hospital, j ward

Used for laparoscopy in gynaecology as well as in general surgery. Named for János Veres(s) (1903–1979), a Hungarian internist working with tuberculosis patients. At the time, one of the mainstays of treatment was to collapse an infected lung and allow lesions to heal. The needle was introduced as a safer technique to give patients such pneumothoraces. It was not until 1938, when he published his invention in the German literature, that the needle became more broadly known outside of Hungary. (Wikipedia) Believed to have been used and donated by Dr Geoff Bishop.Two Veres needles of differing lengths. Metal, spring loaded needle with an outer cannula and an inner stylus. Consists of a thin, hollow shaft with a bevelled point at one end, encasing a spring loaded needle/stylus with an eyelet at the end. Opposite end of needle consists of an open valve leading to the inner needle with a bulbous connection point. There is a round protrusion at the bottom of the bulbous connection point, and a small oval shaped grip at the top of this point, running parallel to the body of the instrument. A metal barrel containing the spring sits adjacent to the connection point. The barrel can be unscrewed to access the spring inside. The oval shaped grip on the shorter needle is engraved with the text 'WISAP/W. GERMANY'. The oval shaped grip on the longer needle is engraved with the number '3'. The number '30 is also engraved at the base of the barrel on the longer needle. 'WISAP/W.GERMANY', '3'gynaecology, surgery

The Forests Commission began using computers in the 1960s for resource inventory under the Chief Forest Assessor Murray Paine IBM introduced the Port-A-Punch in 1958 as a fast, accurate means of manually punching holes in specially scored IBM punched cards. Designed to fit in the pocket, Port-A-Punch made it possible to create punched card documents anywhere. The product was intended for "on-the-spot" recording of data such a assessment plotsThe IBM Port-A-Punch prepared computer data and programming cards. Normally there is a a separate stylus pen, similar to a ball-point pen to punch the holes in the cards, but it is missing This instrument consists of a plastic frame that holds 13 long plastic rectangles along its length. A transparent plastic template which has an array of evenly spaced holes fits over the rectangles, and cards are placed over this. IBM Portapunchforest measurement

The Kodak No2A folding autographic Brownie was introduced by the Eastman Kodak Co in 1915 and several variants were produced between 1915 and 1925. There is a door in the back,and a stylus for writing on the back of the film for labelling the negatives. A Christmas present from her parents to Mary Burke (Taffe) in 1928. Basic bellows or folding camera unusual for its time because the lens is behind the shutter. There is a screw thread in front of the shutter for additional 'portrait' lenses. Base of the box has 691162 inscribed in pencil (possibly a stock number) followed by £3/9/6 and Xmas Eve 1928 in blue ink indicating its price and date of presentation. This is followed in pencil by a later signature M.Taffe.camera, mary burke, donald, ballarat,

Braille hand frames and styluses were the primary way to produce Braille for over a century. The stylus was used to make a separate indentation for each dot, and the hand frame to keep dots within the same cell. Braille rows are produced from right to left. The process was very time consuming. Volunteer transcribers for the library could take an average of ½ hour to produce one page of Braille using this method. For example: “Oliver Twist” required approximately 600 sheets equating to 300 hours of work! This wooden slate, which was used to make the system portable, served as a firm base needed to sustain puncture pressure. The frame can also be slotted into both sides of the slate, thereby ensuring that the lines of Braille were straight across the page. The metal clasp at the top of the frame held the wooden which kept paper from slipping.Brown plastic rectangular hand frame with holes evenly spaced on either long side. Hinged Braille metal guide with space for 2 rows of Braille, each 35 cells long. braille equipment, rnib

Designed to create an impression on paper, the slate allows users to create Braille by guiding the stylus into the correct alignment to produce Braille, through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. In this example, the frame has two side hinges which allow it to sit over the paper edge, and four lines of Braille could be written.1 metal Braille frame with two lines of Braille windows and 4 small prongs to keep frame positioned correctly.braille equipment, assistive devices

Designed to create an impression on paper, the stylus allows users to create Braille through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. However sometimes mistakes were made and rather than re-emboss the whole page, a Braille eraser was sometimes used by flattening out indentation on card, one dot at a time.1 wooden piece with blunted tipbraille equipment, association for the blind

Designed to create an impression on paper, the slate allows users to create Braille by guiding the stylus into the correct alignment to produce Braille, through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. In this example, the frame has two hinges which allow it to sit over the paper edge, and a single line of Braille could be written.2 metal Braille frames for single line usagebraille equipment, assistive devices

Designed to create an impression on paper, the slate allows users to create Braille by guiding the stylus into the correct alignment to produce Braille, through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. In this example, the frame has two side hinges which allow it to sit over the paper edge, and four lines of Braille could be written.1 metal Braille frame with four lines of Braille windowsPerkins Model 140 RVIB sticker has been attached to the back of the framebraille equipment, assistive devices

Designed to create an impression on paper, the slate allows users to create Braille by guiding the stylus into the correct alignment to produce Braille, through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. In this example, the frame has two side hinges which allow it to sit over the paper edge, and four lines of Braille could be written.1 plastic Braille frame with 4 lines of 28 cells with side hingebraille equipment, equipment

Designed to create an impression on paper, the slate allows users to create Braille by guiding the stylus into the correct alignment to produce Braille, through the applied use of pressure that creates a depression on one size of the paper and a raised dot on the alternative side. In this example, a postcard sized frame fits over a notebook of the same size, and allows the user to fill the page without re-positioning the slate.1 metal Braille frame and 1 vinyl covered metal ring binder with braille pagesbraille equipment, equipment

They sphygmograph was devised as an improved device to measure blood pressure, and was a marked improvement on the first machine of its type. The sphygmomanometer was considered cumbersome and the Dudgeon sphygmograph was smaller, and once placed into its box, could be carried in a pocket. The Dudgeon sphygmograph was introduced in 1881. It was strapped tot he wrist with a metal strip that moved a stylus. This transmitted a record of the pulse onto smoked paper, creating a record of blood pressure.The sphygmograph is housed in a purple-lined, leather bound case with a metal hinge and clasp located halfway up the case. It is constructed from chrome and comprises several moving parts including wires, knobs and handles. A black fabric strap with a metal attachment is also present, used to attach to the patient's wrist.blood pressure, dudgeon, pocket-sized, portable

Braille hand frames and styluses were the primary way to produce Braille for over a century. The stylus was used to make a separate indentation for each dot, and the hand frame to keep dots within the same cell. Braille rows are produced from right to left. The process was very time consuming. Volunteer transcribers for the library could take an average of ½ hour to produce one page of Braille using this method. For example: “Oliver Twist” required approximately 600 sheets equating to 300 hours of work! This wooden slate, which was used to make the system portable, served as a firm base needed to sustain puncture pressure. The frame can also be slotted into both sides of the slate, thereby ensuring that the lines of Braille were straight across the page. The metal clasp at the top of the frame held the wooden which kept paper from slipping. This donation includes the signature of Miss Bertha Yoxon, who was a student that transcribed braille around the 1920's for the Victorian Association of Braille Writers, and the owner of this board and textbook. Some originals of her work and a translated letter from her friend James Grubb accompany the frame. 1 wooden board and Braille paper, with 1 Braille text bookbraille equipment, victorian association of braille writers