Surveillance camera device and controls therefor

Claim 2

A surveillance camera device which reciprocatingly scans and enables the automatic exposure of film or other type of surveillance, said reciprocatingly scanning device comprising: camera case means for mounting cameras therein to selectively take photographs during said scanning; a scanning mechanism located outside of said case for reciprocatingly moving said camera case through an adjustable arc; said mechanism including: means for adjusting said arc; output shaft means for mounting said case to said mechanism; lever arm means affixed to said output shaft means for causing said shaft to oscillate through the arc; linear reciprocating means for actuating said lever to move said shaft; motor means mounted on said mechanism; drive shaft means operated by said motor means to rotate in only one direction; cam means rotated by said drive shaft; and cam bearing means actuated by said cam means and coupled to said linear reciprocating means to translate said rotating motion to linear reciprocating motion whereby said case is caused to reciprocate through said arc.

Claim 3

The surveillance device of claim 1 wherein said cam means comprises a heart-shaped cam; and wherein said cam bearing means are located at opposite sides of said heart-shaped cam.

Claim 4

The surveillance device of claim 2 wherein said means for adjusting said arc comprises a series of apertures along the length of said lever arm means; and pin means for selectively attaching said linear reciprocating means to said lever arm means at a desired one of said apertures.

Claim 5

The surveillance device of claim 3 including means for selectively adjusting the angle of inclination of said camera case.

Claim 6

A surveillance camera device which reciprocatingly scans and enables the automatic exposure of film or other type of surveillance, said reciprocatingly scanning device comprising: camera case means for mounting cameras therein to selectively take photographs during said scanning; a scanning mechanism for reciprocatingly moving the camera case through an adjustable arc; means for adjusting said arc, output shaft means for mounting the case to said mechanism; lever arm means affixed to said output shaft means for causing said shaft to oscillate through the arc; linear reciprocating means for actUating said lever to move said shaft; said means for adjusting said arc comprising a series of apertures along the length of said lever means; pin means for selectively attaching said linear reciprocating means to said lever arm means at a desired one of said apertures; motor means mounted on said mechanism, drive shaft means operated by said motor means to rotate; cam means rotated by shaft; cam bearing means actuated by said cam means and coupled to said linear reciprocating means to translate said rotating motion to linear reciprocating motion whereby said case is caused to reciprocate through said arc; means for selectively adjusting the angle of inclination of the camera case included in said output shaft means; said output shaft means comprising an output shaft, clamp means clamped to said output shaft, index detent means integrally attached to said clamp means; said index detent means including axis member hole means and a plurality of holes in said bracket means spaced from said central hole at said certain radius; said holes in said bracket means being angularly spaced so that when said central hole and said axis member hole means are coaxial only one set of said plurality of radially spaced holes at a time in said bracket means and said detent means are coaxial; axis member means for insertion through said axis member hole means and said central hole; and pin means for insertion in said coaxially aligned set of holes to select the desired angle of inclination.

Claim 7

A surveillance camera device which reciprocatingly scans and enables the automatic exposure of film or other type of surveillance, said reciprocatingly scanning device comprising: camera case means for mounting cameras therein to selectively take photographs during said scanning; a scanning mechanism for reciprocatingly moving the camera case through an adjustable arc; means for adjusting said arc, output shaft means for mounting the case to said mechanism; lever arm means affixed to said output shaft means for causing said shaft to oscillate through the arc; linear reciprocating means for actUating said lever to move said shaft; said means for adjusting said arc comprising a series of apertures along the length of said lever means; pin means for selectively attaching said linear reciprocating means to said lever arm means at a desired one of said apertures; motor means mounted on said mechanism, drive shaft means operated by said motor means to rotate; cam means rotated by shaft; cam bearing means actuated by said cam means and coupled to said linear reciprocating means to translate said rotating motion to linear reciprocating motion whereby said case is caused to reciprocate through said arc; means for selectively adjusting the angle of inclination of the camera case included in said output shaft means; said output shaft means comprising an output shaft, clamp means clamped to said output shaft, index detent means integrally attached to said clamp means; said index detent means including axis member hole means and a plurality of holes in said bracket means spaced from said central hole at said certain radius; said holes in said bracket means being angularly spaced so that when said central hole and said axis member hole means are coaxial only one set of said plurality of radially spaced holes at a time in said bracket means and said detent means are coaxial; axis member means for insertion through said axis member hole means and said central hole; and pin means for insertion in said coaxially aligned set of holes to select the desired angle of inclination.

Claim 8

The surveillance device of claim 5, wherein control means are provided for automatically controlling the exposure of film in the camera case whereby the shutter is operated for a first period and remains inoperative for a second period of time during the reciprocating scanning cycle.

Claim 9

The surveillance camera means of claim 5 wherein said cam means comprises a heart-shaped cam, and wherein said cam bearing means are located on opposite sides of said heart-shaped cam.

Claim 10

A surveillance camera device which reciprocatingly scans and enables the automatic exposure of film or other type of surveillance, said reciprocatingly scanning device comprising: camera case means for mounting cameras therein to selectively take photographs during said scanning; a scanning mechanism for reciprocatingly moving said camera case through an adjustable arc; means for adjusting said arc; output shaft means for mounting said case to said mechanism;

Claim 11

A surveillance camera device which reciprocatingly scans and enables the automatic exposure of film or other type of surveillance, said reciprocatingly scanning device comprising: camera case means for mounting cameras therein to selectively take photographs during said scanning; a scanning mechanism for reciprocatingly moving said camera case through an adjustable arc; means for adjusting said arc; output shaft means for mounting said case to said mechanism;

Claim 12

The surveillance device of claim 8 wherein said timing circuitry comprises: a first transistor and a second transistor; means including a series of resistors for coupling the base of said first transistor to power supply voltage; variable resistor means for coupling the emitter of said first transistor to ground; means for directly coupling the collector of said first transistor to the base of said second transistor; bias resistor means for coupling the base of said second transistor to the power supply voltage; means for coupling the emitter of said second transistor to the power supply voltage; means for coupling the collector of said second transistor to said switching means; and feedback means for connecting the collector of said second transistor to the base of said first transistor, said feedback means comprising a feedback resistor and a feedback capacitor connected in series, said first and second transistors connected to conduct responsive to the operation of the on/off switch to the on position and to switch to the nonconductive state when said feedback capacitor is charged.

Claim 13

The surveillance device of claim 9 wherein said switching means comprises a third transistor, and wherein said means for coupling collector of said second transistor comprises a resistor coupled to the base of said third transistor.

Claim 14

The surveillance device of claim 10 wherein said means for varying said first period comprises jack and plug means for conneCting said feedback circuit between different ones of said series of resistors or directly to the base of said first transistor whereby the feedback capacitor is discharged in different time periods to enable said transistors to conduct.

Claim 15

The surveillance device of claim 11, and bypass switch means for grounding the switch means side of said film motor and shutter control.

Claim 16

The surveillance device of claim 12 wherein means are provided for remotely grounding the switch means side of said film motor and shutter control.

Claim 17

The surveillance device of claim 13 wherein said film end indicating means comprises a light source, and film end switch means operated responsive to the end of the film for energizing said light source.