MAGNETIC RESONANCE SCANNER FOR ORTHOPEDIC MAGNETIC TOMOGRAPH Russian patent published in 2011 - IPC A61B5/55 G01R33/24 G01R33/32 

Abstract RU 2417745 C1

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment, namely an orthopedic magnetic resonance tomograph. The tomograph accommodates a gradient coil supply unit, a high-frequency transmitter, an operating computer, a spectrometre, a low-noise amplifier, transmitter and receiver radio-frequency coils. Outputs of the spectrometre are connected to inputs of the gradient coil supplies and an input of the high-frequency transmitter, and an input - with an output of the low-noise amplifier which input is connected to an output of the receiver radio-frequency coil. An input of the transmitter radio-frequency coil is connected to an output of the high-frequency transmitter. Besides, the spectrometre is presented in the form of a signalling processor board, a digital-to-analogue gradient converter board and a radio-frequency board integrated in a system unit of the operating computer. A driving point of the high-frequency transmitter is connected to a digital output of the signalling processor board. The receiver portion of the radio-frequency portion comprises a quartz oscillator, an analogue-to-digital converter. The transmitter portion of the radio-frequency board comprises a digital synthesizer, a modulator and a mixer with its second input connected to the quartz oscillator and an output - with the input of the high-frequency transmitter. The transmitter and receiver radio-frequency coils are integrated in the same transmitter-receiver coil provided with a transmit/receive and receive/transmit switching circuit.

EFFECT: use of the invention improves the MRT performance and enhances the tomograph.

2 cl, 2 dwg

Similar patents RU2417745C1

Title Year Author Number
RADIO-FREQUENCY TRANSMITTER-RECEIVER TO MAGNETIC RESONANCE SCANNER FOR ORTHOPAEDIC MAGNETIC TOMOGRAPH 2010
  • Mishkinis Aleksandr Borisovich
RU2417746C1
MRI SCANNER WITH METASURFACE (OPTIONS) 2021
  • Seregin Pavel Sergeevich
  • Zubkov Mikhail Aleksandrovich
  • Burmistrov Oleg Ilich
RU2776338C1
MAGNETIC RESONANCE IMAGING (MRI) 2015
  • Anisimov Nikolaj Viktorovich
  • Anisimova Svetlana Nikolaevna
  • Volkov Dmitrij Vladimirovich
  • Gulyaev Mikhail Vladimirovich
  • Pavlova Olga Sergeevna
  • Pirogov Yurij Andreevich
  • Khokhlov Aleksej Removich
RU2619430C2
MAGNETIC RESONANCE IMAGING WITH RF NOISE DETECTION COILS 2015
  • Kharvi Pol Rojston
  • Dejvestejn Mikhal Jozef
  • Lorenk Stiv
RU2685057C2
FINGERPRINTING OF MAGNETIC RESONANCE SYSTEM 2016
  • Boernert, Peter
  • Doneva, Mariya Ivanova
  • Amthor, Thomas Erik
  • Koken, Peter
  • Keupp, Jochen
RU2683602C2
WIRELESS COMMUNICATION SYSTEMS AND METHODS FOR MAGNETIC RESONANCE IMAGING SYSTEMS (MRI) 2016
  • Reykowski, Arne
  • Redder, Paul
  • Ortiz, Timothy
  • Duensing, George Randall
RU2728328C2
METHOD FOR FUNCTIONING OF A MAGNETIC RESONANCE TOMOGRAPH BASED ON A METASURFACE (VARIANTS) 2021
  • Seregin Pavel Sergeevich
  • Zubkov Mikhail Aleksandrovich
  • Burmistrov Oleg Ilich
RU2776600C1
METHOD OF VISUALIZING COIL CONDUCTORS USED IN MAGNETIC RESONANCE IMAGING (MRI) 2023
  • Anisimov Nikolaj Viktorovich
  • Tarasova Arina Aleksandrovna
  • Pirogov Yurij Andreevich
RU2821393C1
MAGNETIC RESONANCE DEVICE AND METHOD 2006
  • Kharvi Pol R.
  • Graesslin Ingmar
  • Lojssler Kristof
RU2411528C2
MAGNETIC RESONANCE IMAGING SYSTEM HAVING A USER INTERFACE 2016
  • Kaufholz, Paul, Augustinus, Peter
  • Van Meel, Marius, Johannes
  • Springorum, Rudolf, Theodoor
  • Furster, Willem, Christiaan, Constantijn
  • Van Der Meulen, Peter
  • Van Wijk, Vincent, Paul, Quinten
RU2735676C2

RU 2 417 745 C1

Authors

Mishkinis Aleksandr Borisovich

Dates

2011-05-10Published

2010-02-01Filed