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A B-SCOPE TRANSLATING MULITIPHOTON IMAGING MICROSCOPE. IT IS USED FOR DEEP IMAGING IN LIVING SPECIMENS. IT SCANS A LASER BEAM OVER A SAMPLE TO EXCITE A FLUROPHORE WHICH IN TURN, EMITS A SECONDARY WAVELENGTH, OF LIGHT, WHICH IS CAPTURED BY THE PMT/CAMERA. THE DATA FROM THE CAMERA IS ANALYSED THROUGH A PC AND A VISUAL IMAGE IS FORMED. MULTIPHOTON MICROSCOPY IS AN IMAGING TECHNIQUE THAT USES 2 OR 3 PHOTON EXCITATION FOR FLUROPHORES IN A SPECIMEN SPECIFICATIONS: EXCITATION OBJECTIVE PUPIL DIAMETER 20 MM (MAX) FIELD OF VIEW 16 MM DIAGONAL SQUARE (MAX) AT THE INTERMEDIATE IMAGE PLANE SCANNERS 8 KHZ RESONANT (X) GALVANOMETRIC SCAN MIRROR (Y) SCAN MODES SQUARE, RECTANGLE, AND LINE SCAN ZOOM 1X - 16X (CONTINUOUSLY VARIABLE) SCAN RESOLUTION UP TO 2048 X 2048 (BI-DIRECTIONAL) UP TO 4096 X 4096 (UNIDIRECTIONAL) PRIMARY DICHROIC MIRROR 670 - 1100 NM SHORTPASS DETECTION TWO ULTRASENSITIVE GAASP PMTS POSITIONED DIRECTLY BEHIND THE OBJECTIVE WAVELENGTH RANGE 300 - 720 NM FILTER CUBE SINGLE CUBE (USER CHANGEABLE) INCLUDED FILTERS DICHROIC: 562 NM LONGPASS EMISSION: 525 NM, 50 NM BANDWIDTH AND 607 NM, 70 NM BANDWIDTH REFLECTED VISIBLE WIDE FIELD IMAGING MOTORIZED SWITCHING BETWEEN SCANNING AND WIDE FIELD MODES 565 NM LED ILLUMINATION WITH VARIABLE INTENSITY CONTROL C-MOUNT CAMERA PORT WITH HIGH-SENSITIVITY CCD TRANSLATION FINE XY ±1.0" (±25.4 MM) WITH ROTARY CONTROL KNOBS FINE Z ±0.5" (±12.7 MM) WITH ROTARY CONTROL KNOB COARSE Z ±10" (±254 MM) WITH ROTARY CONTROL KNOB ROTATION ±50° AROUND OBJECTIVE FOCUS THE IMAGES ARE VIEWED ON A PC (NOT INCLUDED IN THE CLASSIFICATION)

A VISUAL PROCESSOR ANALYSER; AN OPTICAL DEVICE FOR VIEWING SOLIDS AND BUBBLES IN CLEAR LIQUIDS. THE ANALYSER IS ENCASED IN A STAINLESS STEEL CASING. WITHIN THIS CASING IS A CINEPHOTOMICROGRAPHIC UNIT WITH MICROSCOPE THAT IS FOCUSED ON LIQUID PASSING THROUGH AN INCORPORATED HIGH PRESSURE FLOW CELL. FROM THE SYSTEM THE UNIT FREEZES THE PICTURE APPROXIMATELY 20 TIMES PER SECOND AND DETERMINES THE SIZE, SHAPE AND NUMBER OF ANY PARTICLES PRESENT. THE ASSOCIATED COMPUTER (NOT THE SUBJECT OF THIS CLASSIFICATION) HAS THE CONTROL AND MEASUREMENT SOFTWARE DOWNLOADED. THE INFORMATION OBTAINED IS USED TO QUANTIFY AND DIFFERENTIATE ANY MATERIALS IN THE LIQUID. THE SYSTEM MAY INCORPORATE FLOW CONTROL VALVES TO REGULATE THE LIQUID FLOW. A PURGE UNIT MAY ALSO BE INCORPORATED FOR USE IN HAZARDOUS AREAS.

15MM RETICLE WITHOUT A METAL RING. THE RETICLE IS A CLEAR CIRCULAR INSERT WITH A MEASUREMENT SCALE INSCRIBED ON IT. THE RETICLE SITS RIGHT AT THE FOCAL PLANE INSIDE THE EYEPIECE LENS OF A MICROSCOPE AND ALLOWS THE INVESTIGATOR TO MAKE MEASUREMENTS OF SPECIMENS

PORTABLE HIGH RESOLUTION OPTICAL MICROSCOPE, WITHOUT AN EYEPIECE. INSTEAD THE IMAGE IS CAPTURED BY AN ELECTRONIC CAMERA INSIDE THE MICROSCOPE AND TRANSMITTED TO AN EXTERNAL COMPUTER, SMARTPHONE OR TABLET OVER A WIRELESS LINK. THAT DEVICE THEN DISPLAYS THE IMAGE AND SAVES IT AS A PHOTOGRAPH OR VIDEO. THE IMAGE OR VIDEO CAN THEN BE SHARED OVER THE INTERNET. THE COMPUTER, SMARTPHONE OR TABLET IS NOT PART OF THE BTI. THE SYSTEM IS POCKET SIZED AND IDEAL FOR USE IN FIELD APPLICATIONS. COMPOSITION OF THE GOODS IS BASED ON MOBILE PHONE COMPONENTS INCLUDING THE LENS AND THE CAMERA. THE PROCESSOR IS A MINIATURE SINGLE BOARD COMPUTER. OTHER PARTS INCLUDE PLASTIC MOULDINGS, A GLASS OPTICAL STAGE AND AN EXTRUDED METAL MAST TO HOLD THE CAMERA STILL. WITHOUT PHYSICAL CONTROLS FOR FOCUS OR SLIDE POSITION.

SCANNING PROBE MICROSOPES (SPM) ARE A TYPE OF MICROSCOPE SYSTEM THAT GENERATES IMAGES OF SURFACES OF MATERIALS USING A PHYSICAL PROBE THAT SCANS THE GIVEN MATERIAL/SAMPLE. THEY ARE USED FOR EXAMINING THE MICROSCOPIC STRUCTURE OF MATERIALS IN ORDER TO PROVIDE TOPOGRAPHICAL/SURFACE SCANS. THEY DO NOT MEASURE, DETERMINE, OR TEST FOR THE MECHANICAL PROPERTIES OF MATERIALS. THEY ARE NOT COMPOUND OPTICAL MICROSCOPES.