Microscope provided with an automatically controlled illuminating optical system

Claim 2

A microscope comprising a revolver having thereon a plurality of objectives, an objective data input means for putting in magnifications and kinds of said objectives, a first memory means functionally connected to said objective data input means and capable of storing data of said plurality of objectives put in by said input means along with position data of said revolver, a central processing unit functionally connected to said first memory means, a first detecting means functionally connected to said central processing unit and capable of recognizing the objective inserted in a light path through said revolver, a plurality of first driving means functionally connected to said central processing unit and capable of respectively driving a light adjusting device, field stop, aperture stop and condenser lens unit, and a second memory means functionally connected to said central processing unit and capable of storing data for making an illumination system suitable for the objective inserted in the light path; the data relating to the objective inserted in the light path and the data to make the illumination system suitable for the objective inserted in the light path being read out of said first and second memory means by an output signal from said first detecting means; and a brightness of illuminating light to be adjusted by said light adjusting device, a field stop diameter, an aperture stop diameter and a condenser lens to be inserted into the light path being automatically set through said central processing unit and first driving means on the basis of the data thus read out so as to be optimum for the objective inserted in the light path.

Claim 3

A microscope comprising a revolver having thereon a plurality of objectives, an objective data input means for putting in magnifications and kinds of said objectives, a first memory means functionally connected to said objective data input means and capable of storing data of said plurality of objectives put in by said input means along with position data of said revolver, a central processing unit functionally connected to said first memory means, a first detecting means functionally connected to said central processing unit and capable of recognizing the objective inserted in a light path through said revolver, a plurality of first driving means functionally connected to said central processing unit and capable of respectively driving a light adjusting device, field stop, aperture stop and condenser lens unit, and a second memory means functionally connected to said central processing unit and capable of storing data for making an illumination system suitable for the objective inserted in the light path; the data relating to the objective inserted in the light path and the data to make the illumination system suitable for the objective inserted in the light path being read out of said first and second memory means by an output signal from said first detecting means; and a brightness of illuminating light to be adjusted by said light adjusting device, a field stop diameter, an aperture stop diameter and a condenser lens to be inserted into the light path being automatically set through said central processing unit and first driving means on the basis of the data thus read out so as to be optimum for the objective inserted in the light path, and further comprising a photographing light path, a plurality of photographing lenses capable of being inserted selectively in said photographing light path and a second detecting means arranged in association with the observing light path and photographing light path to detect which of the observing light path and photographing light path has been selected to be used, said light adjusting device and field stop being automatically controlled so as to obtain the brightness of illuminating light and field stop diameter optimum to the light path selected to be used through said first memory means, central processing unit and first driving means.

Claim 4

A microscope comprising a revolver having thereon a plurality of objectives, an objective data input means for putting in magnifications and kinds of said objectives, a first memory means functionally connected to said objective data input means and capable of storing data of said plurality of objectives put in by said input means along with position data of said revolver, a central processing unit functionally connected to said first memory means, a first detecting means functionally connected to said central processing unit and capable of recognizing the objective inserted in a light path through said revolver, a plurality of first driving means functionally connected to said central processing unit and capable of respectively driving a light adjusting device, field stop, aperture stop and condenser lens unit, and a second memory means functionally connected to said central processing unit and capable of storing data for making an illumination system suitable for the objective inserted in the light path; the data relating to the objective inserted in the light path and the data to make the illumination system suitable for the objective inserted in the light path being read out of said first and second memory means by an output signal from said first detecting means; and a brightness of illuminating light to be adjusted by said light adjusting device, a field stop diameter, an aperture stop diameter and a condenser lens to be inserted into the light path being automatically set through said central processing unit and first driving means on the basis of the data thus read out so as to be optimum for the objective inserted in the light path, and further comprising a photographing light path, a plurality of photographing lenses capable of being inserted selectively in said photographing light path and a second detecting means arranged in association with the observing light path and photographing light path to detect which of the observing light path and photographing light path has been selected to be used, said light adjusting device and field stop being automatically controlled so as to obtain the brightness of illuminating light and field stop diameter optimum to the light path selected to be used through said first memory means, central processing unit and first driving means.

Claim 5

A microscope according to claim 1 or 2 further comprising a plurality of switch means connected functionally to said first memory means and capable of respectively manually operating to correct the automatically set illuminating light brightness, field stop diameter and aperture stop diameter, the automatically set illuminating light brightness, field stop diameter and aperture stop diameter being corrected through said central processing unit and first driving means on the basis of correction coefficients stored in said first memory means when said switch means are operated.

Claim 6

A microscope according to claim 1 or 2 further comprising a second driving means operatively connected to said revolver and capable of rotating the revolver to switch over the objective to be inserted into the light path, a switch means functionally connected to said second driving means and central processing unit and capable of starting the operation of said second driving means and central processing unit, said first and second driving means being related to each other through said central processing unit so as to complete the automatic setting of the brightness of illuminating light, field stop diameter, aperture stop diameter and condenser lens while the objective is being switched by the operation of said switch means.

Claim 7

A microscope according to claim 1 or 2 wherein, when the data of the objectives are to be put into said first memory means by said input means, the brightness of the illuminating light, field stop diameter values, aperture stop diameter values and kinds of the condenser lens optimum to the respective objectives are stored in said first memory means, and the brightness of illuminating light, field stop diameter and aperture stop diameter are automatically set respectively at initial values and a standard condenser lens is automatically inserted into the light path.

Claim 8

A microscope according to claim 3 wherein said field stop and aperture stop are controlled with an exponential change in respect of time when said field stop and aperture stop are to be manually operated.