Imaging assembly and mounting for surveillance viewing under remote control

Claim 2

An integrated imaging assembly and mounting therefor particularly for surveillance viewing under remote control from a closed circuit television system, said imaging assembly comprising an optical lens arrangment including, among other lenses, an objective lens, a mount for said objective lens, and an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for receiving images therefrom; mounting means for said imaging assembly; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens, so the objective lens and the forward portion of said objective lens mount can be placed within a concave viewing dome of unusually small and shallow size, with the remainder of said imaging assembly and mounting therefor substantially wholly outside of and behind the concavity of the viewing dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said charge-coupled, image-acquisition device is electrically connected.

Claim 3

An integrated imaging assembly and mounting therefor according to claim 1, wherein the objective lens and the other lenses of the lens arrangement are of microscope type that are miniature relative to the lenses of a standard video surveillance system.

Claim 4

An integrated imaging assembly and mounting therefor according to claim 2, wherein the remotely controlled means for adjusting the positions of lenses in the lens arrangement comprises remotely controlled, miniature, electric motors for respective lenses; and drive means between said motors and the respective lenses.

Claim 5

An integrated imaging assembly and mounting therefor particularly for surveillance viewing under remote control from a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, an an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for recieving images therefrom; mounting means for said imaging assembly; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens, so the forward end of said objective lens mount can be placed within a concave viewing dome of unusually small and shallow size, with the remainder of said imaging assembly outside of and behind the concavity of the viewing dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected, the mount for the objective lens being spherical in shape and pivoted on an axis extending transversely of and normal to the optical axis of said objective lens.

Claim 6

An integrated imaging assembly and mounting therefor particularly for surveillance viewing under remote control from a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, an an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for recieving images therefrom; mounting means for said imaging assembly; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens, so the forward end of said objective lens mount can be placed within a concave viewing dome of unusually small and shallow size, with the remainder of said imaging assembly outside of and behind the concavity of the viewing dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected, the mount for the objective lens being spherical in shape and pivoted on an axis extending transversely of and normal to the optical axis of said objective lens.

Claim 7

An integrated imaging assembly and mounting therefor according to claim 4, wherein the spherical mount for the objective lens has a black, outer, spherical surface.

Claim 8

An integrated imaging assembly and mounting therefor according to claim4, wherein the remotely controlled means for tilting the objective lens mount comprises a sector gear fastened to said mount internally of its spherical shape; a drive pinion n mesh with said sector gear; and a miniature, reversible, electric motor for rotating said drive pinion in opposite directions.

Claim 9

An integrated imaging assembly and mounting therefor particularly for surveillance viewing under remote control from a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, and an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for recieving images therefrom; mounting means for said imaging assembly; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens, so the forward end of said objective lens mount can be placed within a concave viewing dome of unusually small and shallow size, with the remainder of said imaging assembly outside of and behind the concavity of the viewing dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected, the imaging assembly mounting means comprising a turntable; mounting means for said turntable; and a pair of arms depending from said turntable, the objective lens mount being pivotally mounted in and between the lower ends of the arms of said pair; the remotely controlled means for panning the objective lens mount comprising a remotely controlled, miniature, electric motor; and drive means between said electric motor and said turntable.

Claim 10

An integrated imaging assembly and mounting therefor particularly for surveillance viewing under remote control from a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, and an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for recieving images therefrom; mounting means for said imaging assembly; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens, so the forward end of said objective lens mount can be placed within a concave viewing dome of unusually small and shallow size, with the remainder of said imaging assembly outside of and behind the concavity of the viewing dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected, the imaging assembly mounting means comprising a turntable; mounting means for said turntable; and a pair of arms depending from said turntable, the objective lens mount being pivotally mounted in and between the lower ends of the arms of said pair; the remotely controlled means for panning the objective lens mount comprising a remotely controlled, miniature, electric motor; and drive means between said electric motor and said turntable.

Claim 11

An integrated imaging assembly and mounting therefor according to claim 7, wherein the components of the imaging assembly are physically aligned longitudinally of and between the arms of the pair and are rigidly interconnected so as to tilt with the objective lens mount relative to said arms.

Claim 12

An integrated imaging assembly and mounting therefor according to claim 8, wherein the electronic camera means is mounted on one of the arms of the pair; wherein electric cable means adapted for connection into a closed circuit television system passes into the imaging assembly through the turntable and is connected with the electronic camera means and the motor means; and wherein means are provided adjacent to said turntable for preventing said cable from undue twisting.

Claim 13

An integrated imaging assembly and mounting therefor according to claim 9, wherein the means provided to prevent undue twisting of the cable is a slip ring device.

Claim 14

An integrated imaging assembly and mounting therefor according to claim 7, wherein the mounting means for the turntable comprises a platform in which the turntable is mounted, and a plurality of legs depending from said platform to terminations in feet adapted to rest on a supporting surface about at the pivoting level of the objective lens mount.

Claim 15

An integrated imaging assembly and mounting therefor according to claim 11, wherein the feet are height adjustably attached to the lower ends of the legs.

Claim 16

An integrated imaging assembly and mounting therefor according to claim 12, wherein the positions of the legs are laterally adjustable relative to the

Claim 17

An integrated imaging assembly and mounting therefor according to claim 7, including electrically-operated parking brake means for holding the objective lens mounting and the turntable, respectively, in position upon de-energization of their motor means.

Claim 18

An integrated imaging assembly and mounting therefor according to claim 7, wherein the objective lens and the other lenses of the lens arrangement are of microscope type that are miniature relative to the lenses of a standard video surveillance camera.

Claim 19

An integrated imaging assembly and mounting therefor according to claim 15, wherein the remotely controlled means for adjusting the positions of lenses in the lens arrangement comprises remotely controlled, miniature, electric motors for respective lenses; and drive means between said motors and the respective lenses.

Claim 20

An integrated imaging assembly and mounting therefor according to claim 15, wherein the mount for the objective lens is spherical in shape and is pivoted on an axis extending transversely of and normal to the optical axis of said objective lens.

Claim 21

An integrated imaging assembly and mounting therefor according to claim 17, wherein the spherical mount for the objective lens has a black, outer, spherical surface.

Claim 22

An integrated imaging assembly and mounting therefor according to claim 17, wherein the remotely controlled means for tilting the objective lens mount comprises a sector gear fastened to said mount internally of its spherical shape; a drive pinion in mesh with said sector gear; and a miniature, reversible, electric motor for rotating said drive pinion in opposite directions.

Claim 23

An inconspicuous but broad sweep surveillance video viewing installation, comprising a concave viewing dome of unusually small size and shallow depth positioned for broad sweep viewing with its concavity facing upwardly; an integrated imaging assembly and mounting therefor adapted for interconnection with a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, and an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for receiving images therefrom; mounting means for said imaging assembly positioned above and substantially wholly outside the concavity of said dome; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens at about the level of the opening of the concavity of the dome, so the objective lens and forward portion of said objective lens mount is within said dome, with the remainder of said imaging assembly and mounting therefor substantially wholly outside of and behind the concavity of the dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected.

Claim 24

An inconspicuous but broad sweep surveillance video viewing installation, comprising a concave viewing dome of unusually small size and shallow depth positioned for broad sweep viewing with its concavity facing upwardly; an integrated imaging assembly and mounting therefor adapted for interconnection with a closed circuit television system, said imaging assembly comprising an optical lens arrangement including, among other lenses, an objective lens, a mount for said objective lens, and an electronic, charge-coupled, image-acquisition device optically aligned with said lens arrangement for receiving images therefrom; mounting means for said imaging assembly positioned above and substantially wholly outside the concavity of said dome; means pivotally mounting said objective lens mount in said mounting means rearwardly of but adjacent to said objective lens at about the level of the opening of the concavity of the dome, so the objective lens and forward portion of said objective lens mount is within said dome, with the remainder of said imaging assembly and mounting therefor substantially wholly outside of and behind the concavity of the dome, and can be tilted and panned to sweep over a broad viewing area with minimum protrusion thereinto; remotely controlled means for tilting said objective lens mount; remotely controlled means for panning said objective lens mount; remotely controlled means for adjusting the positions of lenses in said lens arrangement; and electronic video camera means with which said image-acquisition, charge-coupled device is electrically connected.

Claim 25

A surveillance video viewing installation according to claim 20, wherein the objective lens and the other lenses of the lens arrangement are of microscope type that are miniature relative to the lenses of a standard video surveillance system.

Claim 26

A surveillance video viewing installation according to claim 21, wherein the remotely controlled means for adjusting the positions of lenses in the lens arrangement comprises remotely controlled, miniature, electric motors for respective lenses; and drive means between said motors and the respective lenses.

Claim 27

A surveillance video viewing installation according to claim 20, wherein the mount for the objective lens is spherical in shape and is pivoted on an axis extending transversely of and normal to the optical axis of said objective lens.

Claim 28

A surveillance video viewing installation according to claim 23, wherein the spherical mount for the objective lens has a black, outer, spherical surface.

Claim 29

A surveillance video viewing installation according to claim 23, wherein the remotely controlled means for tilting the objective lens mount comprises a sector gear fastened to said mount internally of its spherical shape; a drive pinion in mesh with said sector gear; and a miniature, reversible, electric motor for rotating said drive pinion in opposite directions.

Claim 30

A surveillance video viewing installation according to claim 20, wherein the imaging assembly mounting means comprises a turntable; mounting means for said turntable; and a pair of arms depending from said turntable, the objective lens mount being pivotally mounted in and between the lower ends of the arms of said pair; and wherein the remotely controlled means for panning the objective lens mount comprises a remotely controlled, miniature, electric motor; and drive means between said electric motor and said turntable.

Claim 31

A surveillance video viewing installation according to claim 26, wherein the components of the imaging assembly are physically aligned longitudinally of and between the arms of the pair and are rigidly interconnected so as to tilt with the objective lens mount relative to said arms.

Claim 32

A surveillance video viewing installation according to claim 27, wherein the electronic camera mans is mounted on one of the arms of the pair; wherein electric cable means adaped for connection into a closed circuit television system passes into the imaging assembly through the turntable and is connected with the electronic camera means and the motor means; and wherein means are provided adjacent to said turntable for preventing said cable from undue twisting.

Claim 33

A surveillance video viewing installation according to claim 28, wherein the means provided to prevent undue twisting of the cable is a slip ring device.

Claim 34

A surveillance video viewing installation according to claim 26, wherein the mounting means for the turntable comprises a platform in which the turntable is mounted, and a plurality of legs depending from said platform to terminations in feet adapted to rest on a supporting surface about at the pivoting level of the objective lens mount.

Claim 35

A surveillance video viewing installation according to claim 30, wherein the feet are height adjustably attached to the lower ends of the legs.

Claim 36

A surveillance video viewing installation according to claim 31, wherein the positions of the legs are laterally adjustable relative to the platform.

Claim 37

A surveillance video viewing installation according to claim 26, including electrically-operated parking brake means for holding the objective lens mounting and the turntable, respectively, in position upon de-energization of their motor means.

Claim 38

A surveillance video viewing installation according to claim 26, wherein the objective lens and the other lenses of the lens arrangement are of microscope type that are miniature relative to the lenses of a standard video surveillance system.

Claim 39

A surveillance video viewing installation according to claim 34, wherein the remotely controlled means for adjusting the positions of lenses in the lens arrangement comprises remotely controlled, miniature, electric motors for respective lenses; and drive means between said motors and the respective lenses.

Claim 40

A surveillance video viewing installation according to claim 34, wherein the mount for the objective lens is spherical in shape and is pivoted on an axis extending transversely of and normal to the optical axis of said objective lens.

Claim 41

A surveillance video viewing installation according to claim 36, wherein the spherical mount for the objective lens has a black, outer, spherical surface.

Claim 42

A surveillance video viewing installation according to claim 36, wherein the remotely controlled means for tilting the objective lens mount comprises a sector gear fastened to said mount internally of its spherical shape; a drive pinion in mesh with said sector gear; and a miniature, reversible, electric motor for rotating said drive pinion in opposite directions.