초록 ▼

A radiation attenuation system for use with Computed Tomography procedures and a Computed Tomography having a radiation attenuation system are disclosed. The radiation disclosed attenuation system includes a shield made of a flexible radiation attenuation material and an interface supporting the shi

A radiation attenuation system for use with Computed Tomography procedures and a Computed Tomography having a radiation attenuation system are disclosed. The radiation disclosed attenuation system includes a shield made of a flexible radiation attenuation material and an interface supporting the shield at the Computed Tomography machine. The interface allows the shield to be selectively added to and removed from the Computed Tomography machine. The disclosed Computed Tomography machine includes a gantry defining an opening through which a patient table is at least partially inserted during a Computed Tomography procedure and a housing enclosing the gantry without substantially covering the opening and remaining fixed relative thereto. The housing is at least partially defined by a front panel that is formed of a substrate and a radiation attenuation material. The radiation attenuation material is in the form of a flexible sheet and is fixed relative to the substrate. The radiation attenuation material attenuates radiation that would otherwise pass through the front panel during the Computed Tomography procedure.

대표청구항 ▼

What is claimed is: 1. A system for the attenuation of radiation during a Computed Tomography procedure using a Computed Tomography machine having a gantry defining an opening configured to receive a patient table, the system comprising: a shield made of a flexible radiation attenuation material, t

What is claimed is: 1. A system for the attenuation of radiation during a Computed Tomography procedure using a Computed Tomography machine having a gantry defining an opening configured to receive a patient table, the system comprising: a shield made of a flexible radiation attenuation material, the flexible radiation attenuation material being sized to substantially cover the entire opening of the gantry; and an interface for supporting the shield in front of the opening of the gantry, the interface being part of the shield and comprising at least one of a hook and loop fastener, a snap, an adhesive, a grommet, or a zipper. 2. The system of claim 1, wherein the shield is a one-piece member extending continuously between a first portion configured to receive the interface and a second portion configured to drape over a patient undergoing the Computed Tomography procedure. 3. The system of claim 2, wherein the first portion of the shield remains substantially stationary as a patient enters the opening defined by the gantry. 4. The system of claim 3, wherein the second portion of the shield is configured to be engaged by the patient entering the opening. 5. The system of claim 1, wherein the flexible radiation attenuation material is a solid member. 6. The system of claim 1, wherein the flexible radiation attenuation material has a least one slit extending from a bottom edge in a substantially vertical direction that forms a flap in the shield. 7. The system of claim 1, wherein the flexible radiation attenuation material defines an aperture. 8. The system of claim 7, wherein the aperture is covered by a relatively clear viewing panel. 9. The system of claim 1, wherein the radiation attenuation material is substantially non-lead. 10. The system of claim 1, wherein the shield is configured to be coupled to the Computed Tomography machine. 11. The system of claim 10, wherein the interface facilitates the coupling of the shield to the Computed Tomography machine. 12. The system of claim 10, wherein the shield is configured to be directly coupled to the Computed Tomography machine. 13. A system for the attenuation of radiation during a Computed Tomography procedure using a Computed Tomography machine having a gantry defining an opening configured to receive a patient table, the system comprising: a shield made of a flexible radiation attenuation material, the flexible radiation attenuation material being sized to substantially cover the entire opening of the gantry; and an interface for supporting the shield in front of the opening of the gantry, the interface allowing the shield to be directly coupled to the Computed Tomography machine, wherein the shield is configured to be selectively added to and removed from in front of the opening of the gantry of the Computed Tomography machine depending on the Computed Tomography procedure. 14. The system of claim 13, wherein the interface is part of the shield. 15. A method of attenuating radiation during a Computed Tomography procedure preformed by a Computed Tomography machine having a gantry defining an opening, the method comprising: selectively supporting a flexible radiation attenuation material at least partially in front of the opening defined by the gantry to substantially cover the entire opening of the gantry; and selectively adding and removing the flexible radiation attenuation material to and from in front of the opening depending on the Computed Tomography procedure. 16. The method of claim 15, wherein the step of supporting the radiation attenuation material at least partially in front of the opening defined by the gantry involves coupling the flexible radiation attenuation material directly to the Computed Tomography machine. 17. The method of claim 15, wherein the step of supporting the radiation attenuation material at least partially in front of the opening defined by the gantry involves using an interface received by an upper portion of the radiation attenuation material. 18. A Computed Tomography machine comprising: a gantry defining an opening through which a patient table is at least partially inserted during a Computed Tomography procedure; a housing enclosing the gantry without substantially covering the opening and remaining fixed relative thereto, the housing being at least partially defined by a front panel that is formed of a substrate and a radiation attenuation material, the radiation attenuation material is in the form of a flexible sheet and is fixed relative to the substrate, wherein the radiation attenuation material attenuates radiation that would otherwise pass through the front panel during the Computed Tomography procedure. 19. The Computed Tomography machine of claim 18, wherein the radiation attenuation material is integrally formed with the substrate. 20. The Computed Tomography machine of claim 18, wherein the radiation attenuation material is supported adjacent to the substrate. 21. The Computed Tomography machine of claim 18, wherein the front panel at least partially defines the opening through which the patient table is at least partially inserted.