Miniature ingestible capsule
A miniature ingestible capsule has multiple therapeutic or diagnostic operations that can be performed. These functions are controlled by a combination of an outside control, a pose beacon and through information relayed from an imagining array and transmitter. These functions can be in a separate capsule without an imaging array or within the same capsule with an imaging array. Typically, there is one function performed in addition to imaging. These functions can include suction and spray capabilities, ultrasound sensor, lithotripsy, laser, heat, electrocautery, BICAP, biopsy forceps, a needle knife snare cautery (cold and hot with continuous or pulsed current for cutting and coagulation), with a basket, and fine needle aspiration with various wheels and fins and motors controlled externally and other tools to be used in humans. All of these tools can be attached to a retractable arm. Also, they can be used on an elevator device that lifts them, allowing for an extra 180° of movement.
1. A self-controlled imaging device completely disposed within an associated human body comprising:
a membrane defining an internal cavity and being provided with a window;
a lens disposed in relation to said window;
a light source and a projection device disposed in relation to said lens for providing illumination to outside of said membrane through said window;
an imaging array disposed in relation to said lens, wherein images from said lens impinge on said imaging array;
a transmitter disposed in relation to said imaging array for transmitting a signal from said imaging array to an associated transmitter outside of said device, and wherein said lens, said light source, said projection device, said imaging array, and said transmitter are enclosed within said internal cavity;
a superconductor filter disposed anywhere along a length of said device completely within said membrane of said device and enclosed within a cryogenic chamber formed by low noise superconductor amplifiers; and
an antenna that receives a signal from said device, said antenna disposed on one side of said cryogenic chamber spaced from said superconductor filter and completely enclosed within said membrane of said device, wherein said superconductor filter comprises HTS strips which are enclosed within said cryogenic chamber formed by said low noise superconductor amplifiers.
2. The imaging device of claim 1 further comprising a base station receiver for receiving transmissions from said superconductor filter.
3. The imaging device of claim 1 , wherein said device comprises a port comprising an opening for a stent deployed by said capsule.
4. The imaging device of claim 1 , wherein said device comprises a port comprising an opening for injecting substances into an artery.
5. The imaging device of claim 1 , where said device comprises a means for removing clots from arteries.
6. The imaging device of claim 1 , wherein said device comprises a port comprising an opening for a needle for injecting drugs.
7. The imaging device of claim 1 wherein said device comprises a port comprising an opening for an atherectomy catheter.
8. The imaging device of claim 1 , wherein said device can apply sutures to an internal organ.
9. The imaging device of claim 1 , further comprising a second imaging device, wherein one of said imaging devices is used for therapeutic applications while the other device is used for diagnostic applications.