Mikroprocesorové řízení lineárního dávkovače

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KRC0071_FEI_B0613A140014_2022.pdf (3.63 MB)
KRC0071_FEI_B0613A140014_2022_zadani.pdf (48.9 KB)
KRC0071_FEI_B0613A140014_2022_priloha.zip (141.64 KB)
KRC0071_FEI_B0613A140014_2022_posudek_vedouci_Krumnikl_Michal.pdf (55.78 KB)
KRC0071_FEI_B0613A140014_2022_posudek_oponent_Moravec_Pavel.pdf (59.67 KB)

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6

Date issued

2022

Authors

Journal Title

Journal ISSN

Volume Title

Publisher

Vysoká škola báňská – Technická univerzita Ostrava

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Signature

Abstract

This thesis describes how to control a syringe pump via Raspberry Pi and the market research of syringe pumps. The pump is powered by an electric stepper motor connected via GPIO pins to Raspberry Pi. The user can control the pump via an user interface available on the Raspberry Pi's screen or a mobile device connected via a network connection. For an application server Rust programming language was used and the user interface was implemented in JavaScript using React framework. The case is 3D printable. A functional prototype has been assembled and tested. The acquired results were analyzed.

Description

Subject(s)

microprocessor, syringe pump, Rust, React, Linux, 3D printing, stepper motor, stepper driver, JavaScript, Raspberry Pi

Citation

Item identifier

http://hdl.handle.net/10084/147418

Collections

Vysokoškolské kvalifikační práce Fakulty elektrotechniky a informatiky / Theses and dissertations of Faculty of Electrical Engineering and Computer Science (FEI)