Microscope system and attachment

Claim 2

A microscope system for viewing an image from at least two viewing stations, one of the viewing stations being orthogonal to the other viewing station, said system comprising: an objective lens common to at least two paths of light rays from the image to be viewed; first prism means for re-directing at least one of the light rays from the objective lens in a direction orthogonal to the other of the light rays which travels to a first viewing station; second prism means being rotatable about its optical axis for redirecting the orthogonal light ray to a second viewing station such that the second viewing station is maintained parallel to the image; and means for compressing or stretching the path of said orthogonal light ray as said second prism means is rotated.

Claim 3

The microscope system as set forth in claim 1 wherein said second prism means comprises a plurality of angle prisms.

Claim 4

The microscope system as set forth in claim 2 wherein said first prism means comprises a right angle prism.

Claim 5

A microscope system for viewing an image from at least two viewing stations, one of the viewing stations being orthogonal to the other viewing station, said system comprising: an objective lens common to at least two paths of light rays from the image to be viewed; a first prism disposed on one side of said objective lens for re-directing at least one pair of the light rays passing through said objective lens in a direction ninety degrees to the other light rays which travels to a first viewing station; at least one pair of lenses laterally spaced from said first prism for magnifying the pair of light rays from said first prism; a first pair of prisms laterally spaced from said pair of lenses and being rotatable to redirect the pair of light rays from said lenses in a direction ninety degrees relative thereto; a second pair of prisms vertically spaced from said first pair of prisms and being rotatable to redirect the pair of light rays from said first pair of prisms in a direction ninety degrees relative thereto; and a third pair of prisms laterally spaced from said second pair of prisms and being rotatable to redirect the light ray from said second pair of prisms in a direction ninety degrees relative thereto to a second viewing station.

Claim 6

A microscope system for viewing an image from at least two viewing stations, one of the viewing stations being orthogonal to the other viewing station, said system comprising: an objective lens common to at least two paths of light rays from the image to be viewed; a first prism disposed on one side of said objective lens for re-directing at least one pair of the light rays passing through said objective lens in a direction ninety degrees to the other light rays which travels to a first viewing station; at least one pair of lenses laterally spaced from said first prism for magnifying the pair of light rays from said first prism; a first pair of prisms laterally spaced from said pair of lenses and being rotatable to redirect the pair of light rays from said lenses in a direction ninety degrees relative thereto; a second pair of prisms vertically spaced from said first pair of prisms and being rotatable to redirect the pair of light rays from said first pair of prisms in a direction ninety degrees relative thereto; and a third pair of prisms laterally spaced from said second pair of prisms and being rotatable to redirect the light ray from said second pair of prisms in a direction ninety degrees relative thereto to a second viewing station.

Claim 7

The microscope system as set forth in claim 4 wherein said second pair of prisms comprises a plurality of right angle prisms.

Claim 8

The microscope system as set forth in claim 5 wherein said first prism comprises a right angle prism.

Claim 9

A microscope attachment for viewing an image from at least two viewing stations, one of the viewing stations being orthogonal to the other viewing station, comprising: a primary housing; an objective lens disposed within said primary housing and being common to at least two paths of light rays from the image to be viewed; a first prism disposed within said primary housing and disposed adjacent said objective lens; first means for allowing rotation of said first prism; an extension housing being secured to said primary housing and extending outwardly therefrom; said first prism redirecting at least one pair of the light rays passing through said objective lens into said extension housing; at least one pair of lenses disposed within said extension housing for magnifying the pair of light rays; a pair of extensions attached to said extension housing and being rotatable thereabout; a second prism disposed within each of said pair of extensions for redirecting the light ray in a direction ninety degrees relative thereto; second means for allowing rotation between said pair of extensions and said extension housing; a pair of lens housings attached to said pair of extensions; third means for allowing axial movement between each of said lens housing and each of said extensions; a third prism disposed within each of said lens housings for redirecting the light ray in a direction ninety degrees relative thereto; a base housing attached to said lens housings and being rotatable; fourth means for allowing rotation between said lens housing and said base housing; and a fourth prism disposed within said base housing for redirecting the light ray in a direction ninety degrees relative thereto to a second viewing station.

Claim 10

A microscope attachment for viewing an image from at least two viewing stations, one of the viewing stations being orthogonal to the other viewing station, comprising: a primary housing; an objective lens disposed within said primary housing and being common to at least two paths of light rays from the image to be viewed; a first prism disposed within said primary housing and disposed adjacent said objective lens; first means for allowing rotation of said first prism; an extension housing being secured to said primary housing and extending outwardly therefrom; said first prism redirecting at least one pair of the light rays passing through said objective lens into said extension housing; at least one pair of lenses disposed within said extension housing for magnifying the pair of light rays; a pair of extensions attached to said extension housing and being rotatable thereabout; a second prism disposed within each of said pair of extensions for redirecting the light ray in a direction ninety degrees relative thereto; second means for allowing rotation between said pair of extensions and said extension housing; a pair of lens housings attached to said pair of extensions; third means for allowing axial movement between each of said lens housing and each of said extensions; a third prism disposed within each of said lens housings for redirecting the light ray in a direction ninety degrees relative thereto; a base housing attached to said lens housings and being rotatable; fourth means for allowing rotation between said lens housing and said base housing; and a fourth prism disposed within said base housing for redirecting the light ray in a direction ninety degrees relative thereto to a second viewing station.

Claim 11

The invention as set forth in claim 7 including means for locking the relative position between said base housing and said lens housing.

Claim 12

The invention as set forth in claim 8 including mounting means for supporting said second prism and said third prism and said fourth prism.

Claim 13

The invention as set forth in claim 9 including means for securing said second, third and fourth prisms to said mounting means.

Claim 14

The invention as set forth in claim 10 including first fastening means for securing said mounting means to either one of said extensions, said lens housings, and said base housing and prevent relative rotation therebetween.

Claim 15

The invention as set forth in claim 11 wherein said first rotation means comprises a base member for securing said first prism thereto, a plate member integral with said base member and disposed in an aperture formed in said primary housing, and a lever attached to said plate member.

Claim 16

The invention as set forth in claim 12 wherein said extension housing includes means forming a pair of spaced passageways therein.

Claim 17

The invention as set forth in claim 13 wherein said extension housing includes a pair of tubular extensions extending outwardly at each end.

Claim 18

The invention as set forth in claim 14 wherein said extension is L-shaped and has one end disposed about said extension at one end of said extension housing.

Claim 19

The invention as set forth in claim 15 wherein said primary housing includes means forming a pair of spaced passageways, said tubular extensions at one end of said extension housing being disposed within said passageways of said primary housing.

Claim 20

The invention as set forth in claim 16 including means for detachably securing said primary housing to said extension housing.

Claim 21

The invention as set forth in claim 17 wherein said third means comprises a slot formed in said extension and a fastener engaging said lens housing and being disposed in said slot to limit the axial movement between said extension and said lens housing.

Claim 22

The invention as set forth in claim 18 wherein said locking means comprises a stop member engageable with said lens housing and a fastener secured to said stop and being rotatable to move said stop to functionally engage and disengage said lens housing.

Claim 23

The invention as set forth in claim 19 wherein said rotation means includes a pair of spaced pins disposed in a groove formed about one end of said lens housing.