Photon emission tomographic apparatus

Claim 2

A body rotational imaging system for radiation detector means, comprising: body support means; body support rotation means; and body contour following means, said body contour following means causing the surface of said body to be adjacent to a face of said detector means to maintain a minimum distance between said detector means and said body as said body is rotated before said detector means for improved image resolution.

Claim 3

The invention of claim 1, wherein said body contour following means includes translatory motion means for moving said rotational body support means toward or away from said detector means.

Claim 4

The invention of claim 1 including sensor means connected to said detector means, said sensor means sensing the proximity of said body, and said body support means for control of said minimum distance.

Claim 5

The combination of claim 3, wherein said sensor controls motion of said body support means toward or away from said detector means.

Claim 6

Invention of claim 2, wherein said translatory motion means includes a counterweight drive means.

Claim 7

The invention of claim 2, wherein said translatory motion means includes spring drive means.

Claim 8

The invention of claim 2, wherein said translatory motion means includes motor drive means.

Claim 9

The invention of claim 2, wherein said translatory motion means includes track following means.

Claim 10

The invention of claim 2, wherein said body contour following means includes adjustable contour belt means.

Claim 11

The invention of claim 2, wherein safety clutch means are provided to prevent application of excessive force of said body against said detector means.

Claim 12

Invention of claim 1 including position information storage means and position following means, said position information storage means storing detector position information generated during preliminary rotation of said body while manually adjusting said system for minimum detector/body distance, and said position following means automatically reproducing the positions of the preliminary manual operation using said stored position information during a subsequent rotation.

Claim 13

A structure for a radiation imaging system having radiation detector means for emission tomography analysis of a patient, comprising: detector support means; rotation means for rotating said detector means about an axis and around said patient so as to view said patient from a plurality of angles; radius adjusting means to adjust the radius of rotation of said detector means during said rotation to maintain a minimum distance between said detector means and said patient; and sensor means connected to said detector means, said sensor means sensing the proximity of said patient to said detector means for control of said minimum distance.

Claim 14

A structure for a radiation imaging system having radiation detector means for emission tomography analysis of a patient, comprising: detector support means; rotation means for rotating said detector means about an axis and around said patient so as to view said patient from a plurality of angles; radius adjusting means to adjust the radius of rotation of said detector means during said rotation to maintain a minimum distance between said detector means and said patient; and sensor means connected to said detector means, said sensor means sensing the proximity of said patient to said detector means for control of said minimum distance.

Claim 15

A rotational tomographic imaging system for detecting and displaying the distribution in depth of radiation emitting materials within a body with rotating radiation detector means and body support means including: rigid longitudinal member means for supporting said body; adjustable end member support means for adjusting and supporting said member means, said adjustable end member support means providing a first, generally flat configuration of said body support means to facilitate transfer of said body, and a second configuration, generally conforming to the contours of said body to minimize body/detector distance during detector rotation.

Claim 16

A rotational tomographic imaging system for detecting and displaying the distribution in depth of radiation emitting materials within a body with rotating radiation detector means and body support means including: rigid longitudinal member means for supporting said body; adjustable end member support means for adjusting and supporting said member means, said adjustable end member support means providing a first, generally flat configuration of said body support means to facilitate transfer of said body, and a second configuration, generally conforming to the contours of said body to minimize body/detector distance during detector rotation.

Claim 17

The invention of claim 13 including flexible body support web means, said rigid longitudinal member means supporting said web means.