Electronic management system employing radar type infrared emitter and sensor combined with counter

Claim 2

An electronic management system, comprising: means for emitting infrared light; means combined with said emitting means for sensing infrared light reflected from an object within a range of view of a certain zone of detection; means for comparing pulses triggered by said sensing means to a reference value; means connected with said comparing means for timing each of said pulses triggered to provide error free delayed clock-like pulses; means for mounting said emitting means next to said sensing means to provide same side detection with said range of view of said certain zone; means connected with said timing means for controlling an electronic means such as a light means, an audio device, a video device, and the like, said control means including means for counting in one of a positive value and a negative value in relation to a reference value when triggered by one of said delayed pulses; means for mounting said controlling means whereby said controlling means is connected to said electronic means; and means for manually operating said counting means.

Claim 3

The system according to claim 1, wherein said timing means has a certain reference value.

Claim 4

The system according to claim 1, further comprising means controlled by said timing means for relaying said pulses from said sensing means.

Claim 5

The system according to claim 3, wherein said pulse relaying means comprises a first line means and a second line means.

Claim 6

The system according to claim 1, wherein said control means further includes a clock means whereby said control means is adapted to count at a predetermined time period.

Claim 7

The system according to claim 1, wherein said emitting means comprises an infrared light emitting diode means.

Claim 8

The system according to claim 1, wherein said sensing means comprises an infrared sensitive transistor means.

Claim 9

The system according to claim 1, wherein said emitting means comprises a first infrared emitting diode means and a second infrared emitting diode means.

Claim 10

The system according to claim 1, wherein said sensing means comprises a first sensor means and a second sensor means, whereby one of said first sensor means and said second sensor means views one of a first range and a second range of said certain zone, and the other of said first sensor means and said second sensor means views the other one of said first range and said second range of said certain zone.

Claim 11

The system according to claim 1, wherein said means for mounting said sensor means comprises a chassis means.

Claim 12

The system according to claim 1, wherein said means for mounting said controlling means comprises an enclosure means.

Claim 13

The system according to claim 11, wherein said enclosure means is mounted in a structure member such as a wall member, a floor, and the like.

Claim 14

The system according to claim 11, wherein said enclosure means is adapted to connect to an electrical circuit and to receive a connection to said electronic means.

Claim 15

The system according to claim 1, wherein said manual operating means comprises switching means for one of manually resetting and manually overriding said value of said counting means.

Claim 16

The system according to claim 1, wherein said manual operating means comprises means for manually switching said counting means whereby said electronic means is controlled by said manual switch means.

Claim 17

The system according to claim 1, wherein said manual operating means comprises a first switch means and a second switch means whereby one of said first switch means and said second switch means is adapted for one of resetting and overriding said value of said counting means, and the other of said first switch means and said second switch means is adapted for the other of resetting and overriding said value of said counting means.

Claim 18

The system according to claim 16, wherein one of said first switch means and said second switch means provides for one of at least two switch positions and more than two switch positions, and the other of said first switch means and said second switch means provides for the other of at least two switch positions and more than two switch positions.

Claim 19

The system according to claim 9, further comprising means intermediate said timing means and said control means for relaying said pulses, said relaying means comprising a first line means and a second line means whereby at a predetermined period of time, when one of said first line means and said second line means lies in one of an upward mode and a downward mode, said counting means will count in one of said positive value and said negative value, and when said one of said first line means and said second line means lies in the other of said upward mode and said downward mode, said counting means will count in the other of said positive value and said negative value.

Claim 20

The system according to claim 18, wherein said timining means comprises a first timer means and a second timer means, one of said first timer means and said second timer means being connected to one of said first line means and said second line means, the other of said first timer means and said second timer means being connected to the other of said first line means and said second line means.

Claim 21

The system according to claim 18, wherein one of said first range of view and said second range of view extends from a median point to a predetermined angle to the left in said certain zone, and the other of said first range of view and said second range of view extends from said median point to a predetermined angle to the right in said certain zone.

Claim 22

The system according to claim 19, wherein one of said first line means and said second line means relays said pulse output from one of said first sensor means and said second sensor means and the other of said first line means and said second line means relays said pulse output from the other of said first sensor means and said second sensor means.

Claim 23

The system according to claim 21, wherein said counting means counts in one of said positive value and said negative value when one of said first sensor means and said second sensor means views an object, and counts in the other of said positive value and said negative value when the other of said first sensor means and said second sensor means views an object.

Claim 24

The system according to claim 22, wherein one of said first line means and said second line means has a certain reference point whereby said pulse output triggers a clock means connected to said counting means, and said counting means will count in one of said positive value and said negative value in accordance with said pulse output relayed by said one of said first line means and said second line means.

Claim 25

The system according to claim 23 wherein said electronic means is connected to said counting means, whereby when said counting means has one of a reference value and a value other than said reference value, said counting means does one of activate and deactivate said electronic means, and when said counting means has the other of said reference value and said value other than said reference value, said counting means does the other of activate and deactivate said electronic means.

Claim 26

The system according to claim 24, wherein said manual operating means comprises a first switch means and a second switch means whereby one of said first switch means and said second switch means can be used for one of resetting and overriding said value of said counting means, and the other of said first switch means and said second switch means can be used for the other of resetting and overriding said value of said counting means.

Claim 27

The system according to claim 25, wherein said means for mounting said control means comprises an enclosure adapted for connecting said control means to said electronic means.

Claim 28

An electronic management system, comprising: means for monitoring a certain zone or range of view for ingress and egress of occupants through said zone or range of view whereby said monitor means comprises a unit member having a first monitor set and a second monitor set, each of said first monitor set and said second monitor set including means for emitting infrared light combined with means for sensing infrared light reflected from an object within said certain zone; means connected to said monitor means for maintaining an inventory of said occupants within said zone, whereby said inventory means comprises means for comparing pulses triggered by said sensing means to a reference value, said comparing means including means for filtering ambient noise, means for filtering ambient light, means for amplifying said pulse, and means for timing said pulse whereby a clock-like signal is established; means for mounting said monitor means and said inventory means comprising a common housing unit whereby said emitted light originates from and said infrared light reflection is received in said common housing unit mounted in a predetermined location substantially central within said certain zone or range of view; and means for comparing pulses triggered by said sensing means to a reference value, said comparing means including: means for filtering ambient noise, means for filtering ambient light, means for amplifying said pulse, and means for timing said pulse whereby a clock-like signal is established.

Claim 29

An electronic management system, comprising: means for monitoring a certain zone or range of view for ingress and egress of occupants through said zone or range of view whereby said monitor means comprises a unit member having a first monitor set and a second monitor set, each of said first monitor set and said second monitor set including means for emitting infrared light combined with means for sensing infrared light reflected from an object within said certain zone; means connected to said monitor means for maintaining an inventory of said occupants within said zone, whereby said inventory means comprises means for comparing pulses triggered by said sensing means to a reference value, said comparing means including means for filtering ambient noise, means for filtering ambient light, means for amplifying said pulse, and means for timing said pulse whereby a clock-like signal is established; means for mounting said monitor means and said inventory means comprising a common housing unit whereby said emitted light originates from and said infrared light reflection is received in said common housing unit mounted in a predetermined location substantially central within said certain zone or range of view; and means for comparing pulses triggered by said sensing means to a reference value, said comparing means including: means for filtering ambient noise, means for filtering ambient light, means for amplifying said pulse, and means for timing said pulse whereby a clock-like signal is established.

Claim 30

The system of claim 27 further comprising means connected to said timing means for relaying said pulse to said inventory means, said relaying means comprising a first line means and a second line means, whereby one of said first monitor set and said second monitor set is connected to one of said first line means and said second line means, and the other of said first monitor set and said second monitor set is connected to the other of said first line means and said second line means.

Claim 31

The system of claim 28, wherein said one of said first monitor set and said second monitor set is disposed to view one of a first range and a second range of said certain zone and the other one of said first monitor set and said second monitor set is disposed to view the other of said first range and said second range of said certain zone.

Claim 32

The system of claim 29, wherein said inventory means comprises a clock means, means for counting said pulses in one of a negative value and a positive value, and means for comparing a combination of said positive values with said negative values with a reference value thereby providing an inventory of said occupants within said certain zone.

Claim 33

The system of claim 30, wherein one of said first line means and said second line means is connected to one of said clock means and said counting means, and the other of said first line means and said second line means is connected to the other of said clock means and said counting means.

Claim 34

The system of claim 31, wherein said counting means counts in one of said positive value and said negative value when one of said first monitor set and said second monitor set views an occupant within one of said first range of view and said second range of view, and counts in the other of said positive value and said negative value when the other of said first monitor set and said second monitor set views an object within the other of said first range of view and said second range of view.

Claim 35

The system of claim 32, wherein said clock means is activated when said pulse output reaches a certain reference point on said one of said first line means and said second line means whereby said counting means will count in one of said positive value and said negative value in reference to said pulse output on the other of said first line means and said second line means.

Claim 36

The system of claim 33, wherein said inventory means is connected to said electronic means whereby said electronic means is one of activated and deactivated when said inventory value is one of said reference value and other than said reference value and said electronic means is the other of activated and deactivated when said inventory value is the other of said reference value and other than said reference value.

Claim 37

The system of claim 34, wherein said manual operating means comprises means for switching said inventory means to reset, override, and the like, said inventory value manually to one of activate and deactivate said electronic means.

Claim 38

An improved infrared monitoring system wherein a device is activated by infrared light reflected from an object within a certain range of view to activate a control member connected to an electronic device whereby said electronic device is activated, wherein the improvement comprises: an infrared sensitive monitoring unit means for relaying a pulse in reaction to infrared light reflected from an object, said unit means comprising a first monitor set and a second monitor set; means for mounting said unit means in a certain zone whereby one of said first monitor set and said second monitor set has one of a first range of view and a second range of view of said certain zone and the other of said first monitor set and said second monitor set has the other of said first range of view and said second range of view of said certain zone, and one edge of one of said first range of view and said second range of view abuts one edge of the other of said first range of view and said second range of view; means connected to said unit means for translating said relayed pulses into one of a positive value and a negative value, said translating means comprising: clock means for establishing a reference period of time to respond to each of said relayed pulses, means for counting comprising a first counting member and a second counting member, whereby one of said first counting member and said second counting member counts in one of a positive mode and a negative mode and the other of said first counting member and said second counting member counts in the other of said positive mode and said negative mode, means for combining said positive values and said negative values, said combining means having a reference value, and means for connecting said translating means to said electronic means whereby when said combined value has one of said reference value and a value other than said reference value, said electronic means is one of activated and deactivated, and when said combined value has the other of said reference value and other than said reference value, said electronic means is the other of activated and deactivated; and means for connecting one of said first monitor set and said second monitor set to one of said clock means and one of said first counting member and said second counting member, and for connecting the other of said first monitor set and said second monitor set to the other of said clock means and said one of said first counting member and said second counting member.

Claim 39

An improved infrared monitoring system wherein a device is activated by infrared light reflected from an object within a certain range of view to activate a control member connected to an electronic device whereby said electronic device is activated, wherein the improvement comprises: an infrared sensitive monitoring unit means for relaying a pulse in reaction to infrared light reflected from an object, said unit means comprising a first monitor set and a second monitor set; means for mounting said unit means in a certain zone whereby one of said first monitor set and said second monitor set has one of a first range of view and a second range of view of said certain zone and the other of said first monitor set and said second monitor set has the other of said first range of view and said second range of view of said certain zone, and one edge of one of said first range of view and said second range of view abuts one edge of the other of said first range of view and said second range of view; means connected to said unit means for translating said relayed pulses into one of a positive value and a negative value, said translating means comprising: clock means for establishing a reference period of time to respond to each of said relayed pulses, means for counting comprising a first counting member and a second counting member, whereby one of said first counting member and said second counting member counts in one of a positive mode and a negative mode and the other of said first counting member and said second counting member counts in the other of said positive mode and said negative mode, means for combining said positive values and said negative values, said combining means having a reference value, and means for connecting said translating means to said electronic means whereby when said combined value has one of said reference value and a value other than said reference value, said electronic means is one of activated and deactivated, and when said combined value has the other of said reference value and other than said reference value, said electronic means is the other of activated and deactivated; and means for connecting one of said first monitor set and said second monitor set to one of said clock means and one of said first counting member and said second counting member, and for connecting the other of said first monitor set and said second monitor set to the other of said clock means and said one of said first counting member and said second counting member.