CONTROLLER SWITCHING IN REAL TIME Russian patent published in 2021 - IPC C12Q1/68 C12Q1/6869 G02B21/00 G02B7/28 H04N5/232 

Abstract RU 2742466 C1

FIELD: biotechnology.

SUBSTANCE: group of inventions relates to biotechnology. Disclosed is an image acquisition system (embodiments) and a servo control method in an image acquisition system (embodiments). System comprises a sample table for mounting a sample, an optical table with a lens, an actuator for moving the stage relative to the optical table, servo circuit to control the actuator and a servo control circuit. In one embodiment, the system also includes a self-tuning circuit of the focus. Method includes determination of system operation recognition pattern in mode of focus model forming, determination of servo control circuit of control parameters set for specified mode, application of servo control set of control parameters set to servo circuit for control over operation of actuator, and when detecting circuit of recognition of transition of system of images obtaining into scanning mode definition of servo control circuit of control parameters set for scanning mode and application of specified set to servo circuit. In one embodiment, the method includes switching on feedback from the self-tuning circuit of the focus to the servo circuit at the scanning mode and switching off feedback in the mode of forming the focus model.

EFFECT: inventions provide optimization of the servo drive control system.

12 cl, 1 tbl, 11 dwg

Similar patents RU2742466C1

Title Year Author Number
SYSTEM AND METHOD FOR ENHANCED PREDICTIVE AUTOFOCUSING 2010
  • Kenny Kevin B.
  • Yazdanfar Siavash
  • Henderson David L.
RU2522123C2
METHOD OF MEASURING LINEAR SIZES (VERSIONS) AND SCANNING ELECTRONIC MICROSCOPE 2009
  • Maksimov Sergej Kirillovich
  • Maksimov Kirill Sergeevich
  • Kucherenko Aleksej Valentinovich
  • Sukhov Dmitrij Nikolaevich
RU2415380C1
PRINTED COVER AND SLIDE GLASS FOR DETERMINING THE BASIC FOCAL PLANE FOR LIGHT MICROSCOPY 2020
  • Cahoon, Benjamin
  • Swenson, Shane
  • Larson, Benjamin S.
RU2784860C1
AUTOMATIC FOCUSING METHOD 2013
  • Nikiforov Vladimir Olegovich
  • Alekseev Andrej Ivanovich
  • Malarev Dmitrij Valentinovich
RU2528582C1
DEVICE AND METHODS FOR PREDICTIVE TRACKING OF FOCUS 2017
  • Arianpur, Ashkan
  • Bejli, Dzhon
  • Bler, Dastin
  • Chen, Syanlin
  • Khun, Stenli S.
  • Prins, Sajmon
  • Siu, Merek S.
  • Chzhou, Chunkhun
  • Kondello, Danilo
RU2710004C1
STRUCTURED LIGHTING MICROSCOPY WITH LINEAR SCANNING 2019
  • Go, Minkhao
RU2736104C1
SYSTEM AND METHOD FOR TIME-RELATED MICROSCOPY OF BIOLOGICAL ORGANISMS 2010
  • Olesen Tom
  • Val'Vik Martin Kristian
  • Larsen Nil'S Agersnap
RU2548597C2
SYSTEM AND METHOD FOR IMAGE FORMATION OF FLUORESCENCE OBJECTS DURING DNA SEQUENCING 2021
  • Belov Dmitrii Anatolevich
  • Manoilov Vladimir Vladimirovich
  • Belov Iurii Vasilevich
  • Zarutskii Igor Viacheslavovich
  • Chubinskii-Nadezhdin Igor Vadimovich
  • Kurochkin Vladimir Efimovich
RU2786926C1
SENSOR FOR MICROSCOPY 2010
  • Khulsken Bas
  • Stallinga S'Jurd
RU2567295C2
FORMING IMAGES IN STRUCTURED ILLUMINATION WITH SPATIAL SELECTION OF PATTERN ANGLE 2019
  • Nyuman, Piter, Klark
  • Kondello, Danilo
  • Lu, Shaopin
  • Prins, Sajmon
  • Siu, Merek, S.
  • Khun, Stenli, S.
  • Lyu, Aaron
RU2740206C1

RU 2 742 466 C1

Authors

Chzhou, Chunkhun Allen

Bejli, Dzhon

Bler, Dastin

Dates

2021-02-08Published

2019-01-10Filed