Transmitting information between a computer and an auto focus camera

Claim 2

In a camera having an auto focus system adapted to receive and transmit information from a computer, the improvement comprising: a) means for measuring ambient light level and to produce a signal representative of the effect on information transmission from such ambient light level; and b) means responsive to the signal for predicting the likelihood of information transmission success.

Claim 3

In a camera having an auto focus system adapted to receive and transmit information from a computer, the improvement comprising: a) a position sensitive device having at least two current channels producing currents which are a function of the distance of the camera from the computer; and b) means for processing current in the channel which contains information being transmitted from the computer to the camera.

Claim 4

In a camera having an auto focus system adapted to receive and transmit information from a computer, the improvement comprising: a) a position sensitive device having at least two current channels producing currents which are a function of the distance of the camera from the computer; and b) means for processing current in the channel which contains information being transmitted from the computer to the camera.

Claim 5

In a camera having an auto focus system adapted to receive and transmit information from a computer by way of radiation beams, the improvement comprising: a) means for measuring ambient light level and to produce a signal representative of the effect on information transmission from such ambient light level; b) means responsive to the signal for predicting the likelihood of information transmission success; and c) means for adjusting the camera radiation beam as a function of a distance between the camera and the computer.

Claim 6

In a camera having an auto focus system adapted to receive and transmit information from a computer by way of radiation beams, the improvement comprising: a) means for measuring ambient light level and to produce a signal representative of the effect on information transmission from such ambient light level; b) means responsive to the signal for predicting the likelihood of information transmission success; and c) means for adjusting the camera radiation beam as a function of a distance between the camera and the computer.

Claim 7

In a camera adapted to receive and transmit information by means of radiation beams to and from a computer and having an auto focus system and including means for providing a radiation beam and radiation beam sensor means and being effective in a first mode for transmitting a radiation beam, reflecting it off of a subject and the beam sensor means being adapted to receive such reflected radiation beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera radiation beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera radiation beam as a function of the distance between the camera and the computer and directly communicating data between the camera and the computer.

Claim 8

In a camera adapted to receive and transmit information by means of radiation beams to and from a computer and having an auto focus system and including means for providing a radiation beam and radiation beam sensor means and being effective in a first mode for transmitting a radiation beam, reflecting it off of a subject and the beam sensor means being adapted to receive such reflected radiation beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera radiation beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera radiation beam as a function of the distance between the camera and the computer and directly communicating data between the camera and the computer.

Claim 9

In a camera adapted to receive and transmit information by means of radiation beams to and from a computer and having an auto focus system and including means for providing a radiation beam and radiation beam sensor means and being effective in a first mode for transmitting a radiation beam, reflecting it off of a subject and the beam sensor means being adapted to receive such reflected radiation beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera radiation beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera radiation beam including means for providing a signal which is as a function of the distance between the camera and the computer, means for sensing and providing a signal representative of the ambient light level and means responsive to the distance signal and the ambient light level signal for adjusting the intensity of the camera radiation beam which directly communicates data between the camera and the computer.

Claim 10

In a camera adapted to receive and transmit information by means of radiation beams to and from a computer and having an auto focus system and including means for providing a radiation beam and radiation beam sensor means and being effective in a first mode for transmitting a radiation beam, reflecting it off of a subject and the beam sensor means being adapted to receive such reflected radiation beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera radiation beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera radiation beam including means for providing a signal which is as a function of the distance between the camera and the computer, means for sensing and providing a signal representative of the ambient light level and means responsive to the distance signal and the ambient light level signal for adjusting the intensity of the camera radiation beam which directly communicates data between the camera and the computer.

Claim 11

The camera of claim 4 further including a light source which provides the camera radiation beam and wherein the beam sensor means includes a position determining device.

Claim 12

A light beam communication system for linking a camera having an auto focus system and a computer, comprising: the computer having a first light beam emitter and a first light beam sensor; and the camera auto focus system having a second light beam emitter and a light beam sensor array and being effective in a first mode for transmitting the camera light beam and reflecting it off of a subject and the beam sensor means being adapted to receive such reflected light beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera light beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera light beam and including means for adjusting the intensity of the camera radiation beam including means for providing a signal which is as a function of the distance between the camera and the computer, means for sensing and providing a signal representative of the ambient light level and means responsive to the distance signal and the ambient light level signal for adjusting the intensity of the camera radiation beam which directly communicates data between the camera and the computer.

Claim 13

A light beam communication system for linking a camera having an auto focus system and a computer, comprising: the computer having a first light beam emitter and a first light beam sensor; and the camera auto focus system having a second light beam emitter and a light beam sensor array and being effective in a first mode for transmitting the camera light beam and reflecting it off of a subject and the beam sensor means being adapted to receive such reflected light beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera light beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera light beam and including means for adjusting the intensity of the camera radiation beam including means for providing a signal which is as a function of the distance between the camera and the computer, means for sensing and providing a signal representative of the ambient light level and means responsive to the distance signal and the ambient light level signal for adjusting the intensity of the camera radiation beam which directly communicates data between the camera and the computer.

Claim 14

The communications system of claim 7 further including a light source which provides the camera radiation beam and wherein the beam sensor means includes a position determining device.

Claim 15

The communications system of claim 7 including another light source which provides the camera radiation beam.

Claim 16

A light beam communication system for linking a camera having an auto focus system and a computer, comprising: the computer having a first light beam emitter and a first light beam sensor; and the camera auto focus system having a second light beam emitter and a light beam sensor array and being effective in a first mode for transmitting the camera light beam and reflecting it off of a subject and the beam sensor means being adapted to receive such reflected light beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera light beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera light beam as a function of the distance between the camera and the computer and directly communicating data between the camera and the computer.

Claim 17

A light beam communication system for linking a camera having an auto focus system and a computer, comprising: the computer having a first light beam emitter and a first light beam sensor; and the camera auto focus system having a second light beam emitter and a light beam sensor array and being effective in a first mode for transmitting the camera light beam and reflecting it off of a subject and the beam sensor means being adapted to receive such reflected light beam from the subject for effectively determining the subject distance for auto focus of the camera and, in a second mode, after aligning the camera light beam with the computer for determining the distance between the camera and the computer and including means for adjusting the intensity of the camera light beam as a function of the distance between the camera and the computer and directly communicating data between the camera and the computer.

Claim 18

The communication system of claim 10 further including a light source which provides the camera radiation beam and wherein the beam sensor means includes a position determining device.