Apparatus for positioning flat objects for microscopic examination

Claim 2

Apparatus for providing a rotational adjustment of a rectangular object mounted at a given location in the X and Y directions, said apparatus comprising: a frame support, first and second rails mounted on said frame support and supported in parallel relationship to each other on said frame support and supporting therebetween the rectangular object, means mounting the rails for spacing the first and second rails in adjusted positions to accommodate different sizes of objects therebetween, means on each of said rails for engaging and positioning the object thereon at a predetermined location with respect to the rails, and adjustment means engaging the flat object and for exerting a force thereon to rotate the object through a small adjustment in the XY plane.

Claim 3

An apparatus in accordance with claim 1 in which said adjustment means comprises a slanted member engaging the object and slanted over the object to hold the same down, said slanted member being mounted on one of said rails.

Claim 4

An apparatus in accordance with claim 2 in which said adjustment means comprises a threaded screw for displacing the slanted member with turning of the threaded screw to rotate the object.

Claim 5

Apparatus for providing a rotational adjustment of a rectangular object mounted at a given location in the X and Y directions, said apparatus comprising: support means for supporting the object in a given plane, a pivot for engaging one lateral side of the object in a first corner for holding the object against movement in the Y direction while allowing rotation of the object about the pivot, a stop engaging an end of the object at the first corner for holding object against movement in the X direction while allowing sliding of the end along the stop as the object rotates about the pivot, first means engaging the other lateral side of the object at a diagonal corner diagonally opposite the first corner and operable to pivot the object in a first rotational direction with the first end sliding along said stop, and second means engaging the other end of the object at the diagonal corner to pivot the object about the pivot in a rotational direction opposite to the first rotational direction with the first end wall sliding along said stop.

Claim 6

Apparatus for providing a rotational adjustment of a rectangular object mounted at a given location in the X and Y directions, said apparatus comprising: support means for supporting the object in a given plane, a pivot for engaging one lateral side of the object in a first corner for holding the object against movement in the Y direction while allowing rotation of the object about the pivot, a stop engaging an end of the object at the first corner for holding object against movement in the X direction while allowing sliding of the end along the stop as the object rotates about the pivot, first means engaging the other lateral side of the object at a diagonal corner diagonally opposite the first corner and operable to pivot the object in a first rotational direction with the first end sliding along said stop, and second means engaging the other end of the object at the diagonal corner to pivot the object about the pivot in a rotational direction opposite to the first rotational direction with the first end wall sliding along said stop.

Claim 7

An apparatus in accordance with claim 4 in which the first means comprises a biasing means continuously urging the object to pivot in the first rotational direction.

Claim 8

An apparatus in accordance with claim 5 in which the second means comprises an adjustable member movable in a first direction against the urging of the biasing means to cause pivoting of the object in the opposite rotational direction, said adjustable member movable in a second and opposite direction to allow the biasing means to turn the object in the first rotational direction.

Claim 9

An apparatus in accordance with claim 4 in which said support means comprises a pair of parallel, spaced rails, and means mounting the rails in adjusted spacing from each other to accommodate different sizes of objects therebetween.

Claim 10

An apparatus in accordance with claim 7 in which said pivot and stop are carried on a first rail and said first and second means are carried on the other rail.

Claim 11

Apparatus in accordance with claim 8 in which means mount the stop in adjusted positions on the first rail to accommodate different sizes of objects.

Claim 12

Apparatus in accordance with claim 4 in which said second means comprises an actuator member holding the object against lifting from the support means.

Claim 13

Apparatus in accordance with claim 10 in which said member is an angled pin abutting the object with its upper end overlying the object and holding the same downwardly.

Claim 14

Apparatus for providing a rotational adjustment of a rectangular object mounted at a given location in the X and Y directions, said apparatus comprising: support means for supporting the object in a given plane, a pivot for engaging one lateral side of the object in a first corner for holding the object against movement in the Y direction while allowing rotation of the object about the pivot, a stop engaging an end of the object at the first corner for holding object against movement in the X direction while allowing sliding of the end along the stop as the object rotates about the pivot, biasing means engaging the object at a diagonal corner opposite the first corner and urging the object to pivot in a first rotational direction, and means including an angled pin engaging the object at the diagonal corner to hold the object down in the given plane and for shifting the object in second and opposite rotational direction.

Claim 15

Apparatus for providing a rotational adjustment of a rectangular object mounted at a given location in the X and Y directions, said apparatus comprising: support means for supporting the object in a given plane, a pivot for engaging one lateral side of the object in a first corner for holding the object against movement in the Y direction while allowing rotation of the object about the pivot, a stop engaging an end of the object at the first corner for holding object against movement in the X direction while allowing sliding of the end along the stop as the object rotates about the pivot, biasing means engaging the object at a diagonal corner opposite the first corner and urging the object to pivot in a first rotational direction, and means including an angled pin engaging the object at the diagonal corner to hold the object down in the given plane and for shifting the object in second and opposite rotational direction.

Claim 16

An apparatus in accordance with claim 12 in which said support means comprises a pair of parallel rails adjustably mounted to vary the spacing therebetween, said stop and pivot being associated with the first rail and said biasing means and angled pin being associated with the second rail.

Claim 17

Apparatus for positioning a flat rectangular object in an XY plane with lateral side surfaces running generally in the X direction and end surfaces running generally in the Y direction and providing for small rotational adjustment of said flat object in the XY plane, the apparatus comprising surface means for supporting said flat object in the XY plane, a pair of rails extending above said surface means running in the X direction and having opposed vertical surfaces spaced apart a distance slightly greater than the width between said lateral side surfaces for approximately positioning said lateral side surfaces therebetween to generally position the object in the Y direction but allowing for the object to be repositioned with its lateral side surfaces at small angles relative to said opposed vertical surfaces, a first pivot means associated with one of said rails for contacting one lateral side surface for spacing said flat object between said rail surfaces and for permitting said contacted lateral side surface to pivot thereagainst, a second pivot means for contacting one end surface of said flat object, substantially limiting the displacement of said flat object in one X direction, a biasing means for continuously acting upon either the side surface or the end surface of said flat object that is opposite either of said first or second pivot means and positioned relative to the opposed pivot means so as to continuously exert a rotational torque on said object in a first rotational direction, and an adjustable limit means for abutting against the side surface or end surface of said flat object that is opposite the other of said first or second pivot means and positioned relative to said opposed pivot means for acting against the object in the second, opposite rotational direction to said biasing means, said limit means being movable against said flat object so as to rotate said object in the second rotational direction or away from said object to allow said flat object yield to the torque exerted by said biasing means to rotate in the first rotational direction, said biasing means or said adjustable limit means, whichever is opposed said second pivot means, also limiting the displacement of said flat object in the other X direction.

Claim 18

Apparatus for positioning a flat rectangular object in an XY plane with lateral side surfaces running generally in the X direction and end surfaces running generally in the Y direction and providing for small rotational adjustment of said flat object in the XY plane, the apparatus comprising surface means for supporting said flat object in the XY plane, a pair of rails extending above said surface means running in the X direction and having opposed vertical surfaces spaced apart a distance slightly greater than the width between said lateral side surfaces for approximately positioning said lateral side surfaces therebetween to generally position the object in the Y direction but allowing for the object to be repositioned with its lateral side surfaces at small angles relative to said opposed vertical surfaces, a first pivot means associated with one of said rails for contacting one lateral side surface for spacing said flat object between said rail surfaces and for permitting said contacted lateral side surface to pivot thereagainst, a second pivot means for contacting one end surface of said flat object, substantially limiting the displacement of said flat object in one X direction, a biasing means for continuously acting upon either the side surface or the end surface of said flat object that is opposite either of said first or second pivot means and positioned relative to the opposed pivot means so as to continuously exert a rotational torque on said object in a first rotational direction, and an adjustable limit means for abutting against the side surface or end surface of said flat object that is opposite the other of said first or second pivot means and positioned relative to said opposed pivot means for acting against the object in the second, opposite rotational direction to said biasing means, said limit means being movable against said flat object so as to rotate said object in the second rotational direction or away from said object to allow said flat object yield to the torque exerted by said biasing means to rotate in the first rotational direction, said biasing means or said adjustable limit means, whichever is opposed said second pivot means, also limiting the displacement of said flat object in the other X direction.

Claim 19

Apparatus according to claim 14 further including hold-down means associated with said limit means to prevent Z-directional displacement of said flat object from said surface means.

Claim 20

Apparatus according to claim 15 wherein said hold down means comprises an abutment member that is configured to contact an edge of said flat object remote from said surface means to both define the rotational limit of said flat object in the first rotational direction and to prevent Z directional displacement therefrom.

Claim 21

Apparatus for positioning a flat rectangular object on a stage below the objective of a microscope for examination of the flat object with the flat object disposed on a surface in an XY plane and with its lateral side surface running generally in the X direction and its lateral end surface, running generally in the Y direction and providing for small rotational adjustment of said flat object in the XY plane, the apparatus comprising, a pair of rails having opposed vertical surfaces and means to mount said rails parallel at various spaced apart distances on said stage to extend above the stage and approximately position said lateral side surfaces between said opposed vertical surfaces but allowing for the object to be repositioned with its lateral side surfaces at small angles relative said vertical rail surfaces, stop means for contacting one end surface of said flat object, substantially limiting the movement of said flat object in one X direction while permitting said object to cam or pivot thereagainst, pivot means associated with one of said rails for contacting one lateral side surface of said object for spacing said flat object between said vertical rail surfaces and for permitting said contacted lateral side surface to pivot thereagainst, biasing means for continuously acting upon the side surface or end surface of said flat object that is opposite either said pivot means or said stop means and positioned relative to said opposed pivot means or stop means so as to continuously exert a rotational torque in a first rotational direction, and an adjustable limit means for contacting the side surface or end surface of said flat object that is opposite the other of said pivot means or stop means and is positioned relative to said opposed pivot means or stop means for acting on said object in the second rotational direction opposed to said biasing means, said adjustable limit means being movable against said flat object to rotate said object in the second rotational direction or away from said object to allow said flat object to yield to the torque exerted by said biasing means and rotate in the first rotational direction, said biasing means or said adjustable limit means, whichever is opposed to said stop means, also limiting the movement of said flat object in the second X direction.

Claim 22

Apparatus for positioning a flat rectangular object on a stage below the objective of a microscope for examination of the flat object with the flat object disposed on a surface in an XY plane and with its lateral side surface running generally in the X direction and its lateral end surface, running generally in the Y direction and providing for small rotational adjustment of said flat object in the XY plane, the apparatus comprising, a pair of rails having opposed vertical surfaces and means to mount said rails parallel at various spaced apart distances on said stage to extend above the stage and approximately position said lateral side surfaces between said opposed vertical surfaces but allowing for the object to be repositioned with its lateral side surfaces at small angles relative said vertical rail surfaces, stop means for contacting one end surface of said flat object, substantially limiting the movement of said flat object in one X direction while permitting said object to cam or pivot thereagainst, pivot means associated with one of said rails for contacting one lateral side surface of said object for spacing said flat object between said vertical rail surfaces and for permitting said contacted lateral side surface to pivot thereagainst, biasing means for continuously acting upon the side surface or end surface of said flat object that is opposite either said pivot means or said stop means and positioned relative to said opposed pivot means or stop means so as to continuously exert a rotational torque in a first rotational direction, and an adjustable limit means for contacting the side surface or end surface of said flat object that is opposite the other of said pivot means or stop means and is positioned relative to said opposed pivot means or stop means for acting on said object in the second rotational direction opposed to said biasing means, said adjustable limit means being movable against said flat object to rotate said object in the second rotational direction or away from said object to allow said flat object to yield to the torque exerted by said biasing means and rotate in the first rotational direction, said biasing means or said adjustable limit means, whichever is opposed to said stop means, also limiting the movement of said flat object in the second X direction.

Claim 23

Apparatus according to claim 17 wherein said biasing means is positioned to act on the side surface of said object opposite said pivot means and said limit means is positioned to act on the end surface of said object opposite said stop means.

Claim 24

Apparatus according to claim 18 wherein said stop means is positioned along one of said rails.

Claim 25

Apparatus according to claim 19 wherein said stop means and said pivot means are disposed along one of said rails and said biasing means and said limit means are associated with the other of said rails.

Claim 26

Apparatus according to claim 17 wherein said biasing means is a spring-biased plunger pushing said object away from one of said vertical rail surfaces.

Claim 27

Apparatus according to claim 17, each rail having horizontal surfaces for together supporting the objecting elevated above said stage.

Claim 28

Apparatus according to claim 17 wherein said limit means includes an abutment member for contacting said object, said abutment member being configured to contact an upper edge of said flat object to both limit rotation in the first direction and also to limit Z directional displacement.

Claim 29

Apparatus according to claim 17 wherein said limit means comprises a fixed member, a slidable member and threaded means for moving said slidable member relative to said fixed member.

Claim 30

Apparatus according to claim 24 wherein said slidable member carries an abutment member in the form of a dowel, said dowel being disposed at an angle relative to the vertical to abut an upper edge of the flat object, thereby limiting rotation of the object in the first direction and also limiting Z directional displacement of said object.