Smart bra for optical scanning of breast tissue to detect abnormal tissue with selectively-expandable components to reduce air gaps

1. A smart bra for optical scanning of breast tissue comprising:

a bra with a first cup and a second cup which are configured to be worn on a person's first breast and second breast, respectively, wherein an interior surface of the first cup faces toward the first breast and an exterior surface of the first cup faces away from the first breast;

a first optical component on the interior surface of the first cup, wherein the first optical component comprises a first light emitter which is configured to transmit light into the first breast and/or a first light receiver which is configured to receive light which has been transmitted through the first breast, wherein the first optical component is a first distance from the surface of the first breast in a first configuration and a second distance from the surface of the first breast in a second configuration, wherein a first distance adjustment is the first distance minus the second distance, and wherein the first optical component is a third distance from an apex of the concave surface of the first breast;

a first fluid-filled bladder, the first fluid-filled bladder being configured to expand by being filled with a gas or a liquid, thereby moving the first optical component from the first configuration to the second configuration;

a second optical component on the interior surface of the first cup, wherein the second optical component comprises a second light emitter which is configured to transmit light into the first breast and/or a second light receiver which is configured to receive light which has been transmitted through the first breast, wherein the second optical component is a fourth distance from the surface of the first breast in the first configuration and a fifth distance from the surface of the first breast in the second configuration, wherein a second distance adjustment is the fourth distance minus the fifth distance, and wherein the second distance adjustment is greater than the first distance adjustment, wherein the second optical component is a sixth distance from the apex of the concave surface of the first breast, wherein the sixth distance is greater than the third distance, and wherein a focal vector of the second light emitter is closer to being perpendicular to the surface of the first breast than a focal vector of the first light emitter; and

a second fluid-filled bladder, the second fluid-filled bladder being configured to expand by being filled with the gas or the liquid, thereby moving the second optical component from the first configuration to the second configuration.

2. The smart bra in claim 1 wherein there are different tubes or channels for delivering the gas or the liquid to the first fluid-filled bladder and to the second fluid-filled bladder.

3. The smart bra in claim 1 wherein there is an elastic transparent layer between: the first optical component and the second optical component; and the surface of the person's breast.

4. The smart bra in claim 1 : wherein the cup has an interior layer which faces toward the surface of the person's breast, an exterior layer which faces away from the surface of the person's breast, and a middle layer between the interior layer and the exterior layer.

5. The smart bra in claim 4 wherein the first fluid-filled bladder and the second fluid-filled bladder are in the middle layer.

6. The smart bra in claim 4 wherein the interior layer is more transparent than the exterior layer.

7. The smart bra in claim 4 wherein the interior layer is more elastic than the exterior layer.