Portable mobile stainless steel electroencephalograph machine model MEB-INT with large rubber wheels; capable of taking sixteen measurements at once and has a faceplate with mulitple colour coded tiny buttons and dials in rows for each measurement; table-top section beneath the faceplate acts as a …
Portable mobile stainless steel electroencephalograph machine model MEB-INT with large rubber wheels; capable of taking sixteen measurements at once and has a faceplate with mulitple colour coded tiny buttons and dials in rows for each measurement; table-top section beneath the faceplate acts as a printer, pulling paper from a compartment beneath and sending it through a series of recording needles which record the brain waves; metal attachable (b) which hangs off the left side and catches the printed chart paper; sitting inside the tray is a stack of used paper (c); box full of unused paper in the compartment (d); metal plate (e) which covers the ink cartridges which is currently unattached; five electrodes (f-j) (three orange, one black, and one gray), and two portable electrode boards (k-l), which appear to be later than the rest of the machine; the boards are plastic boxes with gray cords; thin yellow plastic pen or pointer like device (m) and a grey printer cable (n) that plugs into INPUT socket on side of machine.
Number Of Parts
a - electroencephalograph
b - tray
c - used paper
d - unused paper in box
e - plate (ink cover)
f - electrode
g - electrode
h - electrode
i - electrode
j - electrode
k - electrode board
l - electrode board
m - yellow pointer
n - printer cable
Owned and used at the Kingston Penitentiary Hospital; it was transferred to the Penitentiary Museum in November 2000 after it was deemed obsolete.
"GRASS ELECTROENCEPHALOGRAPH MODEL 8-16" on the front of the face along with various dial and button information and safety information; "March 1974" stamped on a plate on the left side; the electrodes have dates on them, they are either Sept 1991 or May 1994; the mini-electrode boards have "MINI ELECTRODE BOARD // GRASS INST. CO // QUINCY MASS. U.S.A. // MODEL // MEB-INT" on them
Storage Room W1
W1 - Floor
a - Length 76.0 cm x Width 65.5 cm x Depth 117.0 cm
b - Length 38.5 cm x Width 31.0 cm x Depth 25.7 cm
c - Length 36.0 cm x Width 30 cm x Depth 0.5 cm
d - Length 38.0 cm x Width 32.0 cm x Depth 10.0 cm
e - Length 41.0 cm x Width 10.0 cm x Depth 1.0 cm
f - Length 28.5 cm x Diam. 0.3 cm
g - Length 28.5 cm x Diam. 0.3 cm
h - Length 28.5 cm x Diam. 0.3 cm
i - Length 28.5 cm x Diam. 0.3 cm
j - Length 28.5 cm x Diam. 0.3 cm
k - Length 57.0 cm x Width 8.3 cm x Depth 2.7 cm
l - Length 57.0 cm x Width 8.3 cm x Depth 2.7 cm
m - Length 11.2 cm x Diam. 0.5 cm
n - Length 435.0 cm x Width 6.0 cm x Depth 5.5 cm
The ink from the printer has leaked and run over parts of the machine body and face; there is some staining; the tray is badly deformed and will not securely attached; there is a plastic hinged plate which covers the pens on the machine that is coming off because the hinge is bent out of shape.
Internet: "The Bakken Library and Museum"
On exhibit at Musée de la civilisation de Québec 13 March 2017 - 30 March 2018
A wooden examination table; painted white; adjustable; the surface is made of greenish leather and is in three pieces; has flared base acting as a step stool; it appears that the table is meant to be adjustable at one end to allow it to dip to the floor on that end while the other remains stationar…
A wooden examination table; painted white; adjustable; the surface is made of greenish leather and is in three pieces; has flared base acting as a step stool; it appears that the table is meant to be adjustable at one end to allow it to dip to the floor on that end while the other remains stationary (but the table is too fragile to attempt); there are four screws sticking out of one side of the table that appear modern.
Number Of Parts
Used at the Kingston Penitentiary Hospital in the 1930's.
The leather is very brittle and the paint is chipping off of the wood.
Dave St. Onge; CD #2
The donor extrapolated the maker and date information from a similar table at the Correctional Services of Canada Museum; the table is somewhat inaccessible at the time of accessioning, it should be further evaluated at a later time.
Hardcover medical reference book for medical diagnosis with tan leather cover; 1105 pages with an additional 16 pages of book lists.
Number Of Parts
a - front cover
b - first section
c - body
d - back cover
Deaccessioned reference library books.
ink: black, gold
Printed on frontispiece: "A // PRACTICAL TREATISE // ON // MEDICAL DIAGNOSIS // FOR STUDENTS AND PHYSICIANS // BY // JOHN H. MUSSER, M.D. // FOURTH EDITION, REVISED AND ENLARGED // ILLUSTRATED WITH 250 WOODCUTS AND 49 COLORED POLATES // LEA BROTHERS & CO. // PHILADELPHIA ADN NEW YORK"; printed on spine: "MEDICAL DIAGNOSIS // MUSSER"
Storage Room 2005
Unit Of Measure
Book covers and small section are separated; leather shows wear
Portable Midget Kinet-o-Meter machine used to administer dental anesthesia consists of four wheel stand with a pole with an adjustable swivel chart stand support attached, four cylinder yokes and a set of three flow meter panels are mounted to top of pole; gas cylinder yokes are arranged in sets of…
Portable Midget Kinet-o-Meter machine used to administer dental anesthesia consists of four wheel stand with a pole with an adjustable swivel chart stand support attached, four cylinder yokes and a set of three flow meter panels are mounted to top of pole; gas cylinder yokes are arranged in sets of two with each yoke having a corresponding round knob; two knobs are marked O2 and the other two are marked N2O; set of three flow meter panels with glass covers marked in white font: cyclopropane with yellow background, middle is Nitrous oxide with dark blue background, oxygen with green background; without tanks.
paper: yellow, blue, green, orange
Stamped onto a round metal plate behind the flow meter panel: "MIDGET KINET-O-METER // HIDBRINK DIVISION // THE OHIO CHEMICAL & MFG. CO. // MINNEAPOLIS, MINN.''; "MADE IN U. S. A. // PATENTS 1,412,866 // 1,500,615 1,802,601 1,1989,366 // 2,073,372 2,085,155". Below the oxygen flow meter panel and around the cylidrical pipe that comes out of it there is a yellowing paper band with the following printed on it: "WARNING; this equipm[illeg.] use only by // or under the super[illeg.] cian or dentist // Read instructions caref[illeg.] so[illeg.]ecome thoroughly // fam[illeg] with proper method [illeg] operation // Mfd. by THE OHIO CHEMICAL & MFG. CO."; stamped on the metal bar below the flow meter panel: K11050
Cyclopropane is an anaesthetic when inhaled. In modern anaesthetic practice, it has been superseded by other agents, due to its extreme reactivity under normal conditions: when the gas is mixed with oxygen, there is a significant risk of explosion. Cyclopropane had no commercial application until Henderson and Lucas discovered its anaesthetic properties in 1929; industrial production had begun by 1936. This meant induction of anaesthesia by inhalation of cyclopropane and oxygen was rapid and not unpleasant. However at the conclusion of prolonged anaesthesia patients could suffer a sudden decrease in blood pressure, potentially leading to cardiac dysrhythmia; a reaction known as "cyclopropane shock".For this reason, as well as its high cost and its explosive nature, it was latterly used only for the induction of anaesthesia, and has not been available for clinical use since the mid 1980s. Cylinders and flow meters were coloured orange.
Cyclopropane, also called trimethylene, explosive, colourless gas used in medicine since 1934 as a general anesthetic. Cyclopropane is nonirritating to mucous membranes and does not depress respiration. Induction of and emergence from cyclopropane anesthesia are usually rapid and smooth. A mixture of about 5 to 20 percent cyclopropane in oxygen is administered by inhalation. Because of the flammability and expense of cyclopropane, it is usually used in a closed (rebreathing) system, in which an absorbent chemical, such as soda lime, removes exhaled carbon dioxide, and the anesthetic is recirculated. The chemical formula is C3H6.