Abstract A TV-photography system for a surgical microscope, said system being constructed in such a manner that an optical path, which extends from an objective lens to an eyepiece, is divided by a beam splitter and an imaging adapter equipped with a shiftable built-in mirror is positioned on a divided-out optical path so as to operably guide the divided-out optical path to either a television camera or a still photographic camera, which system comprises control means adapted to operate the shiftable built-in mirror and still photographic camera successively in accordance with a preset sequence so that, in the course of displaying a selected region on a monitor TV by means of the television camera, a still picture of the selected region can be automatically taken by inputting only a prescribed start signal to the control means. The above system enables to automatically take a series of still pictures without need for interrupting the operation. There is no danger to contaminate a sterilized drape which normally covers the surgical microscope. Resulting still pictures are absolutely free from camera-shake and are thus very sharp.
A TV-photography system for use in controlling a sterile surgical microscope system comprising: an objective lens; an eyepiece; a beam splitter placed in the optical path between said objective lens and said eyepiece for dividing the optical image produced from said objective lens; an imaging adapter positioned on said divided portion of said optical image; a shiftable mirror positioned in said imaging adapter for reflecting the divided optical image from said beam splitter; a means for placing a television camera in one of the optical paths of said shiftable mirror; a means for placing a still photographic camera in another optical path of said shiftable mirror; and shifting means for shifting the position of said shiftable mirror comprising: control means coupled to said shifting means and to the still photographic camera for successively operating said shiftable mirror and said still photographic camera in accordance with a present sequence; and humanly operable switch means coupled to said control means for providing a prescribed starting signal to said control means such that upon said control means receipt of said start signal said control means operates such that in the course of displaying a selected region being viewed by said objective lens through a video monitor coupled to the television camera, a still picture of said selective region is automatically taken.
Claim 2
Dependent Claim
218 words
A TV-photography system for use in controlling a sterile surgical microscope system comprising: an objective lens; an eyepiece; a beam splitter placed in the optical path between said objective lens and said eyepiece for dividing the optical image produced from said objective lens; an imaging adapter positioned on said divided portion of said optical image; a shiftable mirror positioned in said imaging adapter for reflecting the divided optical image from said beam splitter; a means for placing a television camera in one of the optical paths of said shiftable mirror; a means for placing a still photographic camera in another optical path of said shiftable mirror; and shifting means for shifting the position of said shiftable mirror comprising: control means coupled to said shifting means and to the still photographic camera for successively operating said shiftable mirror and said still photographic camera in accordance with a present sequence; and humanly operable switch means coupled to said control means for providing a prescribed starting signal to said control means such that upon said control means receipt of said start signal said control means operates such that in the course of displaying a selected region being viewed by said objective lens through a video monitor coupled to the television camera, a still picture of said selective region is automatically taken.
Claim 3
Dependent Claim
29 words
A TV-photographic system as in claim 1, further comprising: an automatic diaphragm having a second control means operable in accordance with the video signal level of the television camera.
Claim 4
Dependent Claim
38 words
A TV-photographic system as in claim 2, further comprising: means for coupling said second control means to said automatic diaphragm such that when said still picture is being taken, said automatic diaphragm is maintained in an open position.
Claim 5
Dependent Claim
24 words
A TV-photographic system as in claim 1, further comprising: means for increasing the luminous energy of a light source said still camera is operative.
Claim 6
Dependent Claim
25 words
A TV-photographic system as in claim 2, further comprising: means for increasing the luminous energy of a light source when said still camera is operative.