DIAGRAM-FORMING DEVICE FOR MULTIPATH RECEPTION OF ULTRASOUND SIGNALS Russian patent published in 2013 - IPC A61B8/00 G01N29/36 G01S3/80 

Abstract RU 2487668 C1

FIELD: medicine.

SUBSTANCE: invention relates to field of medical device building, in particular to devices for ultrasound echolocation if internal organs. Device contains receiving-transmitting module, which includes receiving channels of signals from elements of ultrasound sensor, each receiving channel of signals is electrically connected via individual analogue-digital converter with primary random access memory (RAM) of FIFO type, which in its turn is connected with primary filter-interpolator, secondary random access memory of FIFO type. Primary RAM is connected with primary unit of shift registered, outlets of primary filter-interpolator and primary unit of shift registered are connected with respective inlets of two secondary filter-interpolators, said units being connected via secondary inlets of shift registered with respective inlets of beam shapers, each of which is connected with respective adder of channels and includes successively connected multiplexor, secondary RAM and multiplier. Each filter-interpolator represents filter-interpolator with fixed symmetric impulse characteristics and includes shift registers, intermediate adders, multipliers and total adder. In primary filter-interpolator shift registered are combined in one line, and in secondary filter-interpolator shift registers are combined in two lines, one of which is connected with primary unit of shift registers, the other one is connected with primary filter-interpolator.

EFFECT: application of the invention ensures reduction of hardware expenses for improvement of dynamics of ultrasound image formation.

3 cl, 5 dwg

Similar patents RU2487668C1

Title Year Author Number
DEVICE FOR MULTIPATH RECEPTION OF ULTRASONIC SIGNALS 2015
  • Vedin Vladimir Aleksandrovich
  • Savitskij Aleksandr Vladimirovich
  • Nagulin Nikolaj Evgenevich
  • Nagulin Sergej Nikolaevich
RU2631049C2
METHOD OF MEASURING HEART RATE IN FETUS 2012
  • Nagulin Nikolaj Evgen'Evich
  • Nagulin Sergej Nikolaevich
RU2489968C1
RADAR RECEIVER WITH HIGH FREQUENCY CHANNELS 2007
  • Il'In Evgenij Ivanovich
  • Kompaniets Jurij Igorevich
  • Dashkevich Viktor Artemovich
  • Krivchenkov Dmitrij Nikolaevich
  • Kostromichev Valerij Dmitrievich
  • Vakareva Zoja Ivanovna
  • Simakov Aleksej Jur'Evich
  • Zajtsev Dmitrij Konstantinovich
RU2344436C1
METHOD AND DEVICE FOR TRANSMITTING AND RECEIVING LIMITED-SPECTRUM SIGNALS (ALTERNATIVES) 2004
  • Denisenko V.P.
RU2265278C1
SPLINE-INTERPOLATOR 1998
  • Agievich S.N.
  • Dvornikov S.V.
  • Malyshev S.R.
  • Podymov V.A.
  • Smirnov P.L.
RU2140099C1
DIGITAL TUNEABLE BAND-PASS FILTER 0
  • Vityazev Vladimir Viktorovich
  • Klochko Konstantin Konstantinovich
  • Stepashkin Aleksej Ivanovich
  • Emikh Lyubov Andreevna
SU1166274A1
DISPLAY SYSTEM 1991
  • Robert Dejl Altmanshofer
  • Ehnrike Rodriges-Kavazos
  • Donal'D Genri Villis
  • Nataniehl' Khaluk Ehrsoz
  • Bart Alan Kehnfild
RU2119187C1
DEVICE FOR CHANGING FREQUENCY OF DISCRETEIZATION IN MULTICHANNEL DIGITAL RECEIVERS 2015
  • Spazhakin Mikhail Igorevich
RU2649799C2
SPLINE INTERPOLATOR 1998
  • Agievich S.N.
  • Malyshev S.R.
  • Podymov V.A.
  • Smirnov P.L.
RU2143131C1
METHOD FOR COMPRESSION OF DIGITAL SIGNAL USING VARIABLE-SPEED ENCODING AND DEVICE WHICH IMPLEMENTS SAID METHOD, ENCODER AND DECODER 1993
  • Pol Eh.Dzhejkobs[Us]
  • Uil'Jam R.Gardner[Us]
  • Chong Ju.Li[Us]
  • Klajn S.Gilkhauzen[Us]
  • Kehtrin S.Lehm[Us]
  • Ming-Chang Tsaj[Us]
RU2107951C1

RU 2 487 668 C1

Authors

Nagulin Nikolaj Evgen'Evich

Nagulin Sergej Nikolaevich

Dates

2013-07-20Published

2012-03-21Filed