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http://vlp.uni-regensburg.de/references?id=sit54

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Laboratory

Technical instruments

Objects for Anatomical and Physiological Demonstrations of the Physical Basis of Mental Life

- Large wire model, showing the fibres and the cerebral masses. After Aeby, by Buechi, Bern

- Large clastic model, showing the course of the nerve-fibres throughout the encephalic mass. After Luys, by Auzoux, Paris

- Natural sized clastic model. showing the nerve-fibres on one hemisphere, and the cerebral ganglion masses on the other. After Luys, by Auzoux, Paris

- Natural sized clastic model. By Bock-Steger, Leipzig

- Large model, showing the convolutions. By Talrich, Paris

- Largo model, showing horizontal section. By Talricht, Paris

- Large model, seen from below. By Tairich, Paris

- Large model of corpus callosum, seen from below. By Talrich, Paris

- Large model, showing median section. By Talrich, Paris

- Large clastic model of cerebellum and spinal cord. By Auzoux, Paris

Vertical section of head. By Bock-Steger, Leipzig

- Model of the head of adult male, brain exposed on the side. By Casciani, Dublin

- Model of the head of middle-aged female, brain exposed on the side. By Casciani, Dublin

- Model of the head of an aged man, brain exposed on the side. By Casciani, Dublin

- Model of the head of elderly female, insane, brain exposed on the side. By Casciani, Dublin

- Set of fourteen wax models, showing the development of the foetal brain. After Ecker, by Ziegler, Freiburg

- Model of the head of a seven months’ foetus, brain exposed on the side. By Casciani, Dublin

- Model of the head of a child six months old, brain exposed on the side. By Casciani, Dublin

- Model of the head of a girl, brain exposed on the side. By Casciani, Dublin

- Collection of human brains in alcohol.

- Collection of charts, showing sections of the brain, and forty-eight stereoscopic views of the central nervous system. After Debierre and Donmer, by Alcan, Paris

- Set of eight wax models, showing the phylogenic development of the brain. After Wiedersheim, by Ziegler, Freiburg

- Model of the head of chimpanzee, brain exposed on the side. By Casciani, Dublin

- Model of the head of orang-utang brain exposed on the side. By Casciaui Dublin

- Collection of sheep brains in alcohol

- Collection of charts showing development of brain, from gymnotus to mammal

- Half skull, with the seven first cerebral nerves in wax. By Tramond, Paris

- Large clastic model of eye, divided by a vertical section. By Auzoux, Paris

- Large clastic model of eye, showing muscles, nerves, vessels, etc. By Auzoux, Paris

- Clastic model of human eye. By Bock-Steger, Leipzig

- Small model of entire eye. By Browning, London

- Set of nine wax models of the eye, showing the embryological development of the vertebrate eye. After Manz, by Ziegler, Freiburg

- Standard eyes for anthropological comparison. After Galton. by Cambr. Scient. Instr. Co.

Large clastic model of the ear, showing the internal, middle, and external ear. By Auzoux, Paris

Large clastic model of the ear, showing especially the internal ear. By Brendel, Berlin

Large collection of histological preparations for microscopical study of brain, sense-organs, nerves, and muscles. By Bourgogne, Paris; Queen, Philadelphia; Kloenne and Müller, Berlin, etc.

here

- Artificial eve, consisting of glass water-tank, lenses, etc. After Kuehne, by Jung, Heidelberg

- Thread model, representing rays of light, and demonstrating effects of astigmatism. After Knapp. by Meyrowitz, New York

Phakoscope, for demonstrating accommodation of lens. After Helmholtz, by Sittel, Heidelberg

- Ophthalmotrope, demonstrating movements of the eye, and action of the different muscles which produce them. After Ruete, by Kohl, Chenmnitz

- Model showing mechanism of the drum and bones of the ear. After Helmholtz, by Jung, Heidelberg

Apparatus for Studying the Sensations: A. Hearing

- The harmonical, furnishing 24 over-tones of C (66) and the first 16 of c (132). After Ellis, by Moore, London

- One large tuning-fork, giving from 32 to 48 vibrations. By Koenig, Paris

Set of twelve tuning-forks, with resonance-boxes, Ut2 Ut3, Mi3, Sol3, La3, Ut4, Mi4, Sol4, seventh harmonic of Ut2, Ut5, Re5, Mi5. By Koenig, Paris

One extra Ut4 tuning-fork and one Ut4 + four vibrations, with resonance-boxes. By Koenig, Paris

Five tuning-forks, with resonators, tuned to the characteristic notes of the vowels. After Helmholtz, by Koenig, Paris

- Bow for vibrating tuning-forks. By Queen, Philadelphia

Series of ten resonators. After Helmholtz, by Koenig, Paris

- Series of twenty-two steel cylinders, giving notes from Ut7 to Ut10 by stroke of steel hammer. By Koenig, Paris

Apparatus for testing the appreciation of difference in musical pitch. After Galton, by Camb. Scient. lnstr. Co.

- Large bellows, with regulator and wind-chest for twelve pipes. By Koenig, Paris

- Nine open wooden pipes, from Ut2 to Ut3, to be used with the organ-bellows. The Ut2 duplicated. By Koenig, Paris

- Eight stopped pipes, giving the scale from Ut3 to Ut4. By Koenig, Paris

- Apparatus for studying the non—musical intervals of sounds between 128 and 256 vibrations (Tonmesser). By Appunn, Hanau

- Apparatus for studying the non—musical intervals of sounds between 256 and 512 vibrations. By Appunn, Hanau

Revolving mirror, manometric capsule, etc., for analyzing manometric flames. By Koenig, Paris

- Whistle for determining highest limit of sound, after Galton. By Koenig, Paris

Differential sonometer, with weights. After Marloye, by Koenig, Paris

Toothed wheel. After Savart, by Queen, Philadelphia

- Siren and toothed wheels, giving the same notes, with centrifugal machine. By Kohl, Chemnitz

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- Snappers for giving different qualities of short noises, three telephones, pistols, etc.

- Large electric phonometer, producing noises of various intensities. After Münsterberg. By Elbs, Freiburg.

- Small phonometer. Made in the Laboratory

- Two large boxes for tuning-forks impervious to sound, with ear appliances, etc. After Gilman, made in Cambridge

Apparatus for Studying the Sensations: B. Sight

Large color-mixer, with horizontal rotating disks, connected with foot-machine. Six dozen colored-paper disks. After Hering, by Rothe, Prag

Apparatus for color-sense of the eccentric parts of retina, to be attached to Hering’s foot-machine. After Hering, by Rothe, Prag

- Color-mixer, adjustable under rotation. After Pillsbury, by Bradley, Springfield.

Large color-mixer for four disks, two upon each spindle. After Wundt, by Krille, Leipzig

Set of color-disks, 60 ctm. in diameter. By Krille, Leipzig

- Color-mixer. After Galton, by Cambr. Scient. Instr. Co.

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Newton's disk, 80 ctm. in diameter. By Queen, Philadelphia

Apparatus for mixing colors by mirrors and colored glasses. After Hering, by Rothe, Prag

Apparatus for mixing colors by the combination of colored gelatine papers. After Münsterberg, by Elbs, Freiburg

- Three boxes for mixing colors by reflection. Made in the Laboratory

Simultaneous contrast apparatus, with two prisms for binocular or monocular investigation. After Hering, by Rothe, Prag

Simultaneous contrast apparatus, with colored glasses. After Hering, by Rothe, Prag

- Instrument for the recombination of parts of the solar spectrum. By Kohl, Chemnitz

- Instruments for successive contrast, irradiation, etc. By Kohl, Chernnitz

Apparatus for color after-images. After Hering, by Rothe, Prag

Chromatoskiameter. After Holmgren, by Rose, Upsala

Apparatus for diagnosing color-blindness. After Hering, by Rothe, Prag

Apparatus for appreciation of color. After Galton, by Cambr. Scient. Instr. Co.

- Apparatus for testing simulated blindness. After Snellen, by Meyrowitz, New York

- Nachet’s adjustable trial-frame. By Meyrowitz, New York

Two perimeters. After Landholt and Priestley Smith, by Meyrowitz, New York

- Two hundred and fifty perimeter charts. By Meyrowitz, New York

Apparatus for testing keenness of eyesight. After Galton, by Cambr. Scient. Instr. Co. (1892)

- Spectroscope. After Vogel, by Schmidt and Haensch, Berlin

Large glass prism, 15 x 10 ctm. By Queen, Philadelphia (1892)

Two smaller mounted prisms. By Duboscq, Paris

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Excelsior lantern. By Queen, Philadelphia

Magic lantern.

Gorham's kaleidoscope top. By Griffin, London

Micrometric shutter for studying minute fields of color. After Münsterberg. By Elbs, Freiburg

- Magnifying mirror. By Lloyd, Boston

- Set of Geissler tubes

Thirty plates colored glass. By Redding, Baird, and Co. Boston

- Prismatic spectrum charts in frame. By Prang, Boston

Apparatus for Studying the Sensations: C. Dermal and Muscular Sensations

- Kinesimeter. After Hall, by Pfeifer, Baltimore

- Tube for hot and cold spots

- Six aesthesiometric compasses

- Set of two hundred arrangements for studying number and extension of skin sensations. After Nichols; made in the Laboratory

- Instrument for studying the fusion of touch sensations. After Krohn; made in Cambridge

- Apparatus for testing appreciation of weight. After Galton, by Cambr. Scient. Instr. Co.

Dynamometer for showing strength of hands. By Verdin, Paris

- Salter’s dynamometer for showing strength of hands. By Camb. Scient. Instr. Co.

- Salter’s dynamometer for showing strength of arms. By Cambr. Scient. Instr. Co.

Apparatus for Studying the Higher Psychical Processes: A. Time Measurement of Mental Acts

Kymograph. After Ludwig, by Cambr. Scient. Instr. Co.

Revolving drum. By Verdin, Paris

- Two electric signals, one with tuning-fork attachment. After Deprez, by Verdin, Paris

- Two tambours for giving signals upon revolving drum. After Marey, by Verdin, Paris

- Two connected tambours. After Marey, by Verdin, Paris

- Large demonstration-drums, etc. Made in Cambridge

- Electrical tuning-fork of one hundred vibrations. By Koenig, Paris

- Electrical tuning-fork of fifty vibrations. By Verdin, Paris

- Electrical tuning-fork of ten vibrations. By Verdin, Paris

- Registering tuning-fork of fifty vibrations, to be set in motion by a Bunsen aspirator. After Ewald, by Maier, Strassburg

- Four simple writing tuning-forks. By Kohl, Chemnitz

- Metronome, with electrical connection. After Kronecker, by Verdin, Paris

- Hipp’s chronoscope, measuring one-thousandth part of a second. By Peyer, Favarger & Co., Neuchatel

- Control hammer for Hipp’s chronoscope. After Wundt, by Krille, Leipzig

- Pendulum instrument for giving rhythmical electric contacts and short optical impressions, and for controlling the chronoscope. After Münsterberg, by Elbs, Freiburg

Chronoscope measuring the hundredth part of a second, by registering the vibrations of a tuning-fork. After Ewald, by Maier, Strassburg

- Clock measuring the hundredth part of a second, with spring and mechanical starter. After Münsterberg, by Elbs, Freiburg

- Stop-watch giving only fifths of a second. By Kohl, Chemnitz

- Reaction-time pendulum. After GalLon, by Cambr. Scient. Instr. Co.

- Machine for measuring reaction-time by a falling rod. After Galton, by Cambr. Scient. Instr. Co.

- Reaction-time instrument with vibrating arm and smoked slide. After Exner, by Heinitz, Wien

- Large demonstration-chronoscope. After Wundt, by Krille, Leipzig

- Flash-light instrument, with electric contact. After Bowditch, by Marie, Boston

- Drop-window, for the sudden exposure of colors, numbers, etc. By Elbs, Freiburg

- Touch-reaction instrument, with twenty different stimuli. By Elbs, Freiburg

- Two telegraph keys, with sounder

- Five simple telegraph keys

- Electric key. After Ewald, by Maier, Strassburg

- Electric key. After Dubois-Reymond, by Cambr. Scient. lnstr. Co.

- Electric key, combined with writing signal. Made in the Laboratory

- Reaction-key with fifty buttons. After Münsterberg, by Elbs, Freiburg

- Chain-reaction instrument for ten persons, each instrument provided with five electric keys and five frames. After Münsterberg, by Elbs, Freiburg

- Set of six hundred disks for the chain-reaction instrument. By Cooperat. Assoc., Cambridge, Mass.

Apparatus for Studying the Higher Psychical Processes: B. Perception, Space, Time

Instrument for investigating the power of the eye to compare lengths (Augenmassapparat). After Münsterberg, by Elbs, Freiburg

- Instrument for the optical reproduction of given lengths. After Münsterberg, by Elbs, Freiburg

- Instrument for estimating the divisions of a line. After Galton, by Cambr. Scient. Instr. Co.

- Instrument for estimating angular divisions. After Galton, by Cambr. Scient. Instr. Co.

- Wheatstone’s stereoscope, with slides. By Queen, Philadelpliia

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Stereoscopic pictures. After Kroll, by Voss, Hamburg; and other sets

- Twenty tin tubes, and pasteboard tubes for stereoscopic purposes

Pseudoscope. After Ewald, by Maier, Strassburg

- Pseudoscope. By Elliott, London

- Two human concave masks, illustrating optical illusions

- Apparatus for showing appreciation of distance by convergence. Made in the Laboratory

- Haploscope. Made in the Laboratory

- Set of charts, with optical illusions

- Zoötrope

- Stroboscopic rotating disk, with Geissler’s tube. After Poggendorff, by Kohl, Chemnitz

- Artificial waterfall. After Bowditch; made in the Laboratory

- Two large instruments for studying the muscle-sensations, tactual space, and the presentations of movement. After Münsterberg, by Elbs, Freiburg

- Apparatus for studying the perception of the position of the body. After Aubert; made in Cambridge

- Apparatus for studying the localization of simultaneous equal or unequal sounds. After Münsterberg, by Elbs,Freiburg

- Apparatus with electric contacts for studying the time-sense. After Schumann, by Diederichs, Goettingen

- Sound-hammer for experiments on time-sense. By Krille, Leipzig

- Metronome, with bell

- Set of twenty-four instruments for studying space-sense in coordinated movements of both arms. After Bowditch, by Marie, Boston

- Set of balls of the same weight, but of different sizes. By Marie, Boston

Apparatus for Studying the Higher Psychical Processes: C. Association, Attention, Discrimination, Memory, Feelings, Emotions, Will, etc.

- Material for studies in association (four hundred photographs, picture-books, large printed numbers, letters, words, etc.)

- Eight sets of arrangements for studies in memory. Made in the Laboratory

- Instrument for studies in association and memory. After Münsterberg, by Elbs, Freiburg

- Instrument for studying the complication of perceptions. After Wundt, by Krille, Leipzig

- Instrument for the study of the attention, two simultaneous impressions being given to disparate senses. After A. H. Pierce ; made in the Laboratory

- Instantaneous shutter for association experiments. By Elbs, Freiburg

- Rotatory chair for the study of dizziness, etc. After Münsterberg, by Elbs, Freiburg

- Small instrument for studying the movements during the emotions. By Elbs, Freiburg

- Large instrument for the study of aesthetic forms and proportions. After Münsterberg and Witmer, by Elbs, Freiburg

- Six sets of arrangements for the study of aesthetic combinations of color. Made in the Laboratory

- Cercle chromatique de Charles Henry

- Ergograph. After Mosso, by Corino, Torino

- Ponograph. After Mosso, by Verdin, Paris

- Myograph. After Marey, by Verdin, Paris

- Sphygmograph. After Marey, by Verdin, Paris

- Instrument for registering the pulse of the two carotids at once. After Marey, by Verdin, Paris

- Pneumograph. After Marey, by Verdin, Paris

- Instrument for studying the time-relations of voluntary movements. After Loeb; made in the Laboratory

- Apparatus for studying unconscious movements

- Hypnoscope. After Luys

Optical and Measuring Instruments

- Two Heliostats. By Kohl, Chemnitz

- Photometer. After Bunsen and Toepler,by Kohl, Chemnitz

Microscope, with adjustment by graduated micrometer screw, Abbé condenser, iris diaphragm, cylinder diaphragms, double nose-piece, objectives, 2, 4, 7, 9, eye-pieces, i, iii, iv. By Leitz, Weimar

Microscope. By Hart & Praz [Hartnack & Prazmowski], Paris

- Small microscope. By Queen, Philadelphia

- Photographic camera. By Lerchours, Paris

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Cardboard and gelatine paper of various colors, two hundred sheets of colored paper, colored crayons, etc. By Milton Bradley Co., Springfield; Prang, Boston, etc.

- Large and small finely graded thermometers, six ordinary thermometers

- Three aërometers, measuring tubes for liquids, pipettes, etc.

- Mathematical drawing instruments, protractors, etc.

- Apothecary scale, with weights. By Whitall & Tatum, Boston

- Balance scale, spring letter-balance, etc. By Fairbanks, St. Johnsbury

- Two sets of brass weights. By Kohl, Chemnitz

- Instrument for showing the variations of error from the average. After Bowditch, by Marie, Boston

Electrical Apparatus

- Eighteen Leclanche cells (Gonda)

- Three Grenet cells

- Sixteen Bunsen cells

- Six Grove cells

- Large induction coil for producing sparks. By Kohl, Chemnitz

Induction coil. After Dubois-Reymond, by Krüger, Berlin

- Electro-magnetic machine. By Smith, New York

- Small induction coil, with handles. By Elbs, Freiburg

- Large electro-magnet. Made in the Laboratory

- Rheochords. By Elbs, Freiburg; by Krille, Leipzig, etc.

- Galvanometer, with mirror, etc. After Nobili, by Kohl, Chemnitz

- Compass galvanometer

- Commutator for four currents. By Marie, Boston

- Two rocking mercury commutators. By Cambr. Scient. Instr. Co.

- Large set of electrodes, electrical connections, and wires (copper, platina, brass, and iron; coarse and flexible; insulated, etc.)

Surgical, Mechanical, Chemical Outfit

- Surgical outfit (four pairs scissors, seventeen forceps, seventeen scalpels, fifteen probes, six silver probes, set of saws, scissor-pliers, hammers and chisels for dissecting, set of syringes, camel’s hair brushes, etc.)

- Glass dissecting slabs

- Pigeon-holder. After Ewald, by Maier, Strassburg

- Arrangement for smoking kymograph papers, and fixing the curves in the shellac bath. Made in the Laboratory

- Carpenter’s bench, with full set of carpenters tools (vice, scrollsaw, etc.)

- Large grindstone

- Collection of metal stands and rods, etc.

- Holder for prisms. By Kohl, Chemnitz

- Universal holder. By Cambr. Scient. Instr. Co.

- Glass apparatus (tubes, rods, jars, funnels, etc.)

- Rubber tubes (from two to twenty-five mm. in diameter), rubber bands, rubber atomizers, etc.

Porcelain jars, basins, etc.

- Brass and copper sheets, nails, screws, hooks, pins, corks, straw, wadding, boards, boxes, cloth, linen, etc.

- Chemical apparatus and reagents

- Jar of mercury

- Blast lamp and bellows for glass blowing

- Bunsen burner

- Set of soldering tools

- Water-motor

- Edison mimeograph, copying-machine