Gamma-ray irradiation apparatus

987,884. Irradiation apparatus. MEDICOR RONTGEN MUREK. Feb. 14, 1962, No. 5712/62. Heading H5R. The radio-active source in an irradiation apparatus is movable between a non-operative position where it is shielded within a supporting wall, and an operative position in an irradiation head where it can...

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Hauptverfasser: WEIN ISTVAN, MARTOS ISTVAN, BOZOKI LASZLO
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MARTOS ISTVAN
BOZOKI LASZLO
description 987,884. Irradiation apparatus. MEDICOR RONTGEN MUREK. Feb. 14, 1962, No. 5712/62. Heading H5R. The radio-active source in an irradiation apparatus is movable between a non-operative position where it is shielded within a supporting wall, and an operative position in an irradiation head where it can be rotated so that the radiation beam always passes through a predetermined fixed point, the source being movable from one position to the other by gravityoperated means. In the arrangement shown, the radiation source 3 is located between two lead cylinders to form a unitary shell. This can be moved from a storage position within a container 5 to an operative position in a head 4 through a rigid connecting tube 6. Tube 6 has an inner steel tube 7, with a lead layer between them, and the shell actually moves within this inner tube 7, being fixed to the end of a rod 13. The rod pushes the source from within container 5 into the head 4, and retracts it back again. Fig. 3 (not shown) illustrates an arrangement of weights and pulleys for effecting these movements. The head 4 is formed as a lead ball, with a conical exit orifice 21 for the rays, and having exchangeable lead diaphragms 22. The storage container 5 is enclosed in a section 9 of the concrete wall 8 of the chamber in which the irradiation takes place. The wall section 9, and hence the whole device, is rotatable about a horizontal shaft 11. The device is inclined, as shown, so that as it rotates the beam of radiation from the head 4 always passes through a predetermined fixed point.
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The radio-active source in an irradiation apparatus is movable between a non-operative position where it is shielded within a supporting wall, and an operative position in an irradiation head where it can be rotated so that the radiation beam always passes through a predetermined fixed point, the source being movable from one position to the other by gravityoperated means. In the arrangement shown, the radiation source 3 is located between two lead cylinders to form a unitary shell. This can be moved from a storage position within a container 5 to an operative position in a head 4 through a rigid connecting tube 6. Tube 6 has an inner steel tube 7, with a lead layer between them, and the shell actually moves within this inner tube 7, being fixed to the end of a rod 13. The rod pushes the source from within container 5 into the head 4, and retracts it back again. Fig. 3 (not shown) illustrates an arrangement of weights and pulleys for effecting these movements. The head 4 is formed as a lead ball, with a conical exit orifice 21 for the rays, and having exchangeable lead diaphragms 22. The storage container 5 is enclosed in a section 9 of the concrete wall 8 of the chamber in which the irradiation takes place. The wall section 9, and hence the whole device, is rotatable about a horizontal shaft 11. 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Irradiation apparatus. MEDICOR RONTGEN MUREK. Feb. 14, 1962, No. 5712/62. Heading H5R. The radio-active source in an irradiation apparatus is movable between a non-operative position where it is shielded within a supporting wall, and an operative position in an irradiation head where it can be rotated so that the radiation beam always passes through a predetermined fixed point, the source being movable from one position to the other by gravityoperated means. In the arrangement shown, the radiation source 3 is located between two lead cylinders to form a unitary shell. This can be moved from a storage position within a container 5 to an operative position in a head 4 through a rigid connecting tube 6. Tube 6 has an inner steel tube 7, with a lead layer between them, and the shell actually moves within this inner tube 7, being fixed to the end of a rod 13. The rod pushes the source from within container 5 into the head 4, and retracts it back again. Fig. 3 (not shown) illustrates an arrangement of weights and pulleys for effecting these movements. The head 4 is formed as a lead ball, with a conical exit orifice 21 for the rays, and having exchangeable lead diaphragms 22. The storage container 5 is enclosed in a section 9 of the concrete wall 8 of the chamber in which the irradiation takes place. The wall section 9, and hence the whole device, is rotatable about a horizontal shaft 11. 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Irradiation apparatus. MEDICOR RONTGEN MUREK. Feb. 14, 1962, No. 5712/62. Heading H5R. The radio-active source in an irradiation apparatus is movable between a non-operative position where it is shielded within a supporting wall, and an operative position in an irradiation head where it can be rotated so that the radiation beam always passes through a predetermined fixed point, the source being movable from one position to the other by gravityoperated means. In the arrangement shown, the radiation source 3 is located between two lead cylinders to form a unitary shell. This can be moved from a storage position within a container 5 to an operative position in a head 4 through a rigid connecting tube 6. Tube 6 has an inner steel tube 7, with a lead layer between them, and the shell actually moves within this inner tube 7, being fixed to the end of a rod 13. The rod pushes the source from within container 5 into the head 4, and retracts it back again. Fig. 3 (not shown) illustrates an arrangement of weights and pulleys for effecting these movements. The head 4 is formed as a lead ball, with a conical exit orifice 21 for the rays, and having exchangeable lead diaphragms 22. The storage container 5 is enclosed in a section 9 of the concrete wall 8 of the chamber in which the irradiation takes place. The wall section 9, and hence the whole device, is rotatable about a horizontal shaft 11. The device is inclined, as shown, so that as it rotates the beam of radiation from the head 4 always passes through a predetermined fixed point.</abstract><oa>free_for_read</oa></addata></record>
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subjects ELECTROTHERAPY
GAMMA RAY OR X-RAY MICROSCOPES
HUMAN NECESSITIES
HYGIENE
IRRADIATION DEVICES
MAGNETOTHERAPY
MEDICAL OR VETERINARY SCIENCE
NUCLEAR ENGINEERING
NUCLEAR PHYSICS
PHYSICS
RADIATION THERAPY
TECHNIQUES FOR HANDLING PARTICLES OR IONISING RADIATION NOTOTHERWISE PROVIDED FOR
ULTRASOUND THERAPY
title Gamma-ray irradiation apparatus
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