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- TABLE DES MATIÈRES
- RECHERCHE DANS LE DOCUMENT
- TEXTE OCÉRISÉ
- Première image
- PAGE DE TITRE
- Index (p.115)
- Abbe condensers (p.79)
- Achromatic condensers (p.79)
- Achromatic magnifiers, dissecting (p.62)
- Achromatic magnifiers, pocket (p.109)
- Achromatic object glasses (p.73)
- Aluminium surfaced mirror (p.79)
- Angular eyepiece (p.77)
- Angular model microscope (p.39)
- Apertometer (p.78)
- Apochromatic object glasses (p.73)
- Apparatus for collecting (p.103)
- Aquarium microscope (p.64)
- Arc lamps (p.88)
- Arc lamps (p.89)
- Arms, dissecting (p.62)
- Automatic rotary microtome (p.96)
- Baby London microscope (p.48)
- Baby London microscope (p.49)
- Barnard compressor (p.99)
- Barnard ultra-violet microscope (p.65)
- Bell jars (p.100)
- Benches, optical (p.95)
- Binocular eyepiece (p.76)
- Binocular high-power microscopes (p.39)
- Binomax magnifier (p.54)
- Blow-pipes (p.102)
- Books (p.114)
- Bottles, balsam (p.100)
- Bottles, cedar wood oil (p.100)
- Bottles, collecting (p.103)
- Bottles, drop (p.100)
- Bull's-eye condenser (p.83)
- Cabinets, object (p.101)
- Cambridge rocking microtome (p.96)
- Cambridge rocking microtome (p.97)
- Camera lucidas (p.94)
- Cameras, photomicrographic (p.90)
- Cathcart microtome (p.97)
- Cedar oil bottles (p.100)
- Cedar wood oil (p.103)
- Cells for mounting (p.100)
- Centrifuge (p.98)
- Chain hooks (p.102)
- Changer, object glass (p.85)
- Cobweb eyepiece micrometer (p.75)
- Collecting apparatus (p.103)
- Colour screens (p.89)
- Comparator eyepiece (p.75)
- Compensating eyepieces (p.74)
- Compressors (p.98)
- Compressors (p.99)
- Condenser quartz substage (p.79)
- Condensers, bull's-eye (p.83)
- Condensers, substage, Abbe (p.79)
- Condensers, substage, achromatic (p.79)
- Cornex dissecting microscope (p.62)
- Corrector, tube length (p.78)
- Cover glass (p.100)
- Counting chamber (p.99)
- Crescent dissecting microscope (p.61)
- Dark ground illuminators (p.80)
- Dark ground illuminators (p.81)
- Dark well (p.81)
- Demonstration eyepiece (p.74)
- Diaphragm, pinhole (p.80)
- Didymium screen (p.88)
- Dishes, staining (p.100)
- Dissecting arms (p.62)
- Dissecting instruments (p.102)
- Dissecting magnifiers (p.60)
- Dissecting microscope, Binomax (p.54)
- Dissecting microscope, Cornex (p.62)
- Dissecting microscope, Crescent (p.61)
- Dissecting microscope, Greenough (p.58)
- Dissecting microscope, Platen (p.63)
- Double nosepiece (p.85)
- Drawing apparatus (p.93)
- Drawing apparatus (p.94)
- Drawing table (p.94)
- Drop bottles (p.100)
- Ehrlich eyepiece (p.75)
- Electric lamps (p.86)
- Engraver's glass (p.111)
- Entomological magnifier (p.111)
- Eyepieces (p.74)
- Eyepiece cameras (p.90)
- Eyepiece cameras (p.91)
- Eyepiece micrometers (p.78)
- Eyepiece micrometers (p.85)
- Eyeshade (p.85)
- Filter, Ultra-violet (p.79)
- Filters, colour (p.89)
- Fittings for optical benches (p.95)
- Fluorescence condenser (p.79)
- Focostat magnifier (p.111)
- Focussing glass (p.92)
- Forceps, stage (p.98)
- Forceps (p.102)
- Gauge, micrometer (p.100)
- Greenough binocular microscope (p.58)
- Hæmacytometers (p.99)
- Hand microtome (p.97)
- High-power binocular microscope (p.39)
- Huyghenian eyepieces (p.74)
- Illuminants, microscopic (p.86)
- Illuminating magnifiers (p.108)
- Illuminating magnifiers (p.109)
- Illuminating magnifiers (p.112)
- Illuminator Opaque Beck-Chapman (p.82)
- Illuminator prism (p.83)
- Illuminator ring (p.81)
- Illuminator thin glass (p.83)
- Illuminator vertical (p.83)
- Illuminators, dark ground (p.80)
- Illuminators, dark ground (p.81)
- Indicator eyepiece (p.74)
- Instruments, dissecting (p.102)
- Interferometer plates (p.78)
- Iris diaphragm nosepiece (p.78)
- Kahn test magnifier (p.109)
- Labels (p.100)
- Lamps, arc (p.88)
- Lamps, arc (p.89)
- Lamps, electric (p.86)
- Lamps, mercury vapour (p.88)
- Lamps, spirit (p.100)
- Lenses, Microstigmar (p.92)
- Light filters (p.89)
- Light moderator (p.83)
- Linen provers (p.112)
- Live box (p.98)
- London microscope, Baby (p.48)
- London microscope, Baby (p.49)
- London microscope, No. 10 (p.6)
- London microscope, No. 10 (p.7)
- London microscope, No. 22 (p.8)
- London microscope, No. 29 (p.12)
- Luminex magnifiers (p.108)
- Luminex magnifiers (p.109)
- Luminex magnifiers (p.112)
- Luvex magnifier (p.111)
- Magnifier, Binomax (p.54)
- Magnifier, dissecting (p.62)
- Magnifiers (p.108)
- Marker, object (p.84)
- Mechanical stages (p.84)
- Mercury vapour lamp (p.88)
- Micrometer eyepieces (p.75)
- Micrometer gauge (p.100)
- Micrometers, eyepiece (p.78)
- Micrometers, eyepiece (p.85)
- Micrometers, stage (p.85)
- Micro projectors (p.104)
- Microscope, Angular model (p.39)
- Microscope, Aquarium (p.64)
- Microscope, Baby London (p.48)
- Microscope, Baby London (p.49)
- Microscope, Binomax (p.54)
- Microscope, Combined binocular and monocular (p.44)
- Microscope, Cornex dissecting (p.62)
- Microscope, Crescent dissecting (p.61)
- Microscope, Greenough binocular (p.58)
- Microscope, High-power binocular (p.39)
- Microscope, London No. 10 (p.6)
- Microscope, London No. 10 (p.7)
- Microscope, London No. 22 (p.8)
- Microscope, London No. 29 (p.12)
- Microscope, Massive (p.29)
- Microscope, Pathological (p.24)
- Microscope, Platen dissecting (p.63)
- Microscope, Portable (p.50)
- Microscope, Radial Research (p.33)
- Microscope, Simplex (p.4)
- Microscope, Simplex (p.5)
- Microscope, Ultra (p.64)
- Microscope, Ultra violet (p.65)
- Microstigmar lenses (p.92)
- Microtomes (p.96)
- Microtomes (p.97)
- Mirror aluminium surfaced (p.79)
- Moderator, light (p.83)
- Monochromatic object glasses (p.73)
- Monochromator (p.79)
- Mounting materials (p.103)
- Needles (p.102)
- Nosepiece, double, triple and quadruple (p.85)
- Nosepiece, iris diaphragm (p.78)
- Nosepiece, rotating (p.78)
- Object cabinets (p.101)
- Object glass changer (p.85)
- Object glass testing apparatus (p.78)
- Object glasses (p.72)
- Object glasses (p.73)
- Object marker (p.84)
- Object slide boxes (p.101)
- Opaque illuminators (p.81)
- Optical benches (p.95)
- Optical bench fittings (p.95)
- Patch stops (p.79)
- Pathological microscope (p.24)
- Photomicrographic cameras (p.90)
- Pinhole diaphragm (p.80)
- Pipettes (p.102)
- Pipettes hæmacytometer (p.99)
- Platen dissecting microscope (p.63)
- Polarising apparatus (p.83)
- Portable Microscope (p.50)
- Portable Pathological microscope (p.52)
- Portable Pathological microscope (p.53)
- Projection eyepieces (p.74)
- Projectors, micro (p.104)
- Quadruple nosepiece (p.85)
- Quartz condenser substage (p.79)
- Quartz mercury vapour lamp (p.88)
- Radial research microscope (p.33)
- Ramdsen eyepiece (p.78)
- Razors (p.102)
- Reading glasses (p.112)
- Reading glasses (p.113)
- Reducing glass (p.113)
- Ring illuminator (p.81)
- Rocking microtome (p.96)
- Rocking microtome (p.97)
- Rotary microtome (p.96)
- Scalpals (p.102)
- Scissors (p.102)
- Screen, didymium (p.88)
- Screens, colour (p.89)
- Seekers (p.102)
- Section lifters (p.102)
- Silver film slide (p.78)
- Simplex microscope (p.4)
- Simplex microscope (p.5)
- Slide cabinets (p.101)
- Slide holder (p.99)
- Slide with ledge (p.100)
- Slides, glass (p.99)
- Slides, glass (p.100)
- Sloan objective changer (p.85)
- Spirit lamp (p.100)
- Spot lens (p.81)
- Stage forceps (p.98)
- Stages, mechanical (p.84)
- Stage micrometers (p.85)
- Stage, warm (p.99)
- Staining dishes (p.100)
- Stains (p.103)
- Stops, patch (p.79)
- Stops, Travis expanding (p.79)
- Substage condensers (p.79)
- Substage spiral (p.79)
- Super eyepiece carrier (p.78)
- Table, drawing (p.94)
- Testing apparatus for object glasses (p.78)
- Travis expanding stop (p.79)
- Trays for slides (p.101)
- Triple nosepiece (p.85)
- Trough glass (p.98)
- Trough glass (p.99)
- Tube length, Corrector (p.78)
- Turntable (p.99)
- Ultra microscope (p.64)
- Ultra violet filter (p.79)
- Ultra violet filter (p.89)
- Ultra violet microscope (p.65)
- University micro projector (p.104)
- Uranium glass cube (p.78)
- Vertical illuminator (p.83)
- Warm stage (p.99)
- Watch glasses (p.100)
- Watchmaker's eyeglass (p.111)
- Wax, Sira (p.99)
- Wide field eyepieces (p.74)
- Workshop magnifier (p.109)
- Index (p.115)
- Dernière image
Beck Pathological Microscope
This microscope is of large size suited for research and advanced students’ work in bacteriological, medical and general work. It has several important features. The stage is of the built-in mechanical model where the entire top plate is moved both in the horizontal and vertical directions and can be cleared of all obstructions so that a culture plate or petri dish can be placed upon it and moved by means of the mechanical stage. The milled heads are under flush with the level of the top of the stage so that they do not prevent a large object lying flat upon the stage.
The substage apparatus is interchanged by means of dovetailed (Akehurst) slides. The use of cylindrical fittings for changing the substage apparatus has great disadvantages, in that such fittings are difficult to change and generally necessitate the entire dislocation of the adjustments of the microscope. Now that dark ground illumination is practically a necessity in many branches of microscopy, it is frequently necessary to change rapidly from one form of illumination to another. With substage fittings of the cylindrical form this is troublesome, but the method adopted in the Pathological microscope enables this change to be made rapidly and with the minimum disturbance of the adjustments of the instrument. A well fitted dovetailed slide with an efficient clamping screw is a more accurate method of ensuring the correct alignment of substage apparatus.
The Pathological microscope has been carefully examined and criticised by a number of experts in medical microscopy and many suggestions made by them have been included. It has been adopted at the London School of Hygiene and Tropical Medicine where the large equipment of microscopes consists of Beck Pathologicals.
Base and pillar are of one heavy casting, the base being of the horseshoe pattern resting on three points, and having a spread of 5|in. by 7Jin. The pillar has joint for inclination with stops for the vertical and horizontal positions.
Stage is of the built-in mechanical model where the whole top plate travels. It has a movement of lin. in the vertical direction and ljin. in the horizontal. It is operated by two milled heads at the side of the instrument, which do not project above the level of the top of the stage, so that very large flat objects can be placed upon the stage without obstruction. The milled heads are in one form of the stage placed on the left hand side of the instrument so that the operator’s right hand is left free for drawing. They can however be fitted on the right hand side if this feature is not desired and if it is preferred to have them on the right. A sliding ledge can be fitted to the stage if desired. For objects mounted upon 3in. X lin. slips, stage clips are provided, or the Topley top stage can be employed. The con-
24
Le texte affiché peut comporter un certain nombre d'erreurs. En effet, le mode texte de ce document a été généré de façon automatique par un programme de reconnaissance optique de caractères (OCR). Le taux de reconnaissance estimé pour cette page est de 99,76 %.
La langue de reconnaissance de l'OCR est l'Anglais.
This microscope is of large size suited for research and advanced students’ work in bacteriological, medical and general work. It has several important features. The stage is of the built-in mechanical model where the entire top plate is moved both in the horizontal and vertical directions and can be cleared of all obstructions so that a culture plate or petri dish can be placed upon it and moved by means of the mechanical stage. The milled heads are under flush with the level of the top of the stage so that they do not prevent a large object lying flat upon the stage.
The substage apparatus is interchanged by means of dovetailed (Akehurst) slides. The use of cylindrical fittings for changing the substage apparatus has great disadvantages, in that such fittings are difficult to change and generally necessitate the entire dislocation of the adjustments of the microscope. Now that dark ground illumination is practically a necessity in many branches of microscopy, it is frequently necessary to change rapidly from one form of illumination to another. With substage fittings of the cylindrical form this is troublesome, but the method adopted in the Pathological microscope enables this change to be made rapidly and with the minimum disturbance of the adjustments of the instrument. A well fitted dovetailed slide with an efficient clamping screw is a more accurate method of ensuring the correct alignment of substage apparatus.
The Pathological microscope has been carefully examined and criticised by a number of experts in medical microscopy and many suggestions made by them have been included. It has been adopted at the London School of Hygiene and Tropical Medicine where the large equipment of microscopes consists of Beck Pathologicals.
Base and pillar are of one heavy casting, the base being of the horseshoe pattern resting on three points, and having a spread of 5|in. by 7Jin. The pillar has joint for inclination with stops for the vertical and horizontal positions.
Stage is of the built-in mechanical model where the whole top plate travels. It has a movement of lin. in the vertical direction and ljin. in the horizontal. It is operated by two milled heads at the side of the instrument, which do not project above the level of the top of the stage, so that very large flat objects can be placed upon the stage without obstruction. The milled heads are in one form of the stage placed on the left hand side of the instrument so that the operator’s right hand is left free for drawing. They can however be fitted on the right hand side if this feature is not desired and if it is preferred to have them on the right. A sliding ledge can be fitted to the stage if desired. For objects mounted upon 3in. X lin. slips, stage clips are provided, or the Topley top stage can be employed. The con-
24
Le texte affiché peut comporter un certain nombre d'erreurs. En effet, le mode texte de ce document a été généré de façon automatique par un programme de reconnaissance optique de caractères (OCR). Le taux de reconnaissance estimé pour cette page est de 99,76 %.
La langue de reconnaissance de l'OCR est l'Anglais.



