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Application of InTouch system for control of portal crane
Diblíková, Michaela ; Jáneš, Pavel (referee) ; Pásek, Jan (advisor)
Bachelor thesis deals with creating software for control and visualization (SCADA) laboratory model gantry crane system using InTouch. Furthermore, the connection to the PLC model crane and a functional language program in STEP7. The aim is to create objects and windows for visualizacion and cotrol automatic functions crane. The work is shown and described a program created in STEP 7 language and program for the actual visualization and control model of the portal crane system in InTouch.
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Monitoring equipment for fermentation processes using the thermodynamic sensors
Jáneš, Pavel ; Búran, Martin (referee) ; Adámek, Martin (advisor)
The bachelor's thesis is focused on the design and implementation of a prototype device that is to be used to monitor fermentation processes in the food industry using thermodynamic sensors. The work contains a brief description of fermentation processes in the food industry and also possible methods of their monitoring. It also deals with the principle of the thermodynamic sensor and the description of the ESP32 microcontroller, which is the core of the prototype. Subsequently, it deals with the design of a prototype, including a program for ESP32, which is able to monitor the fermentation process using a pair of thermodynamic sensors and send the measured data to the cloud service ThingSpeak, to a personal computer or store them in Flash memory. Furthermore, the work deals with testing in experimental measurements, in which fermentation processes were monitored with the prototype.
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Monitoring equipment for fermentation processes using the thermodynamic sensors
Jáneš, Pavel ; Búran, Martin (referee) ; Adámek, Martin (advisor)
The bachelor's thesis is focused on the design and implementation of a prototype device that is to be used to monitor fermentation processes in the food industry using thermodynamic sensors. The work contains a brief description of fermentation processes in the food industry and also possible methods of their monitoring. It also deals with the principle of the thermodynamic sensor and the description of the ESP32 microcontroller, which is the core of the prototype. Subsequently, it deals with the design of a prototype, including a program for ESP32, which is able to monitor the fermentation process using a pair of thermodynamic sensors and send the measured data to the cloud service ThingSpeak, to a personal computer or store them in Flash memory. Furthermore, the work deals with testing in experimental measurements, in which fermentation processes were monitored with the prototype.
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Application of InTouch system for control of portal crane
Diblíková, Michaela ; Jáneš, Pavel (referee) ; Pásek, Jan (advisor)
Bachelor thesis deals with creating software for control and visualization (SCADA) laboratory model gantry crane system using InTouch. Furthermore, the connection to the PLC model crane and a functional language program in STEP7. The aim is to create objects and windows for visualizacion and cotrol automatic functions crane. The work is shown and described a program created in STEP 7 language and program for the actual visualization and control model of the portal crane system in InTouch.
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