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Design and implementation of a control unit for the aquarium environment
Petrák, Lukáš ; Formánek, Martin (referee) ; Krejčí, Petr (advisor)
This bachelor thesis deals with the design and implementation of a prototype control unit for controlling the internal environment of an aquarium. The aim of this work is to create a device that will control the aquarium lighting using available LED strips of different colors, as well as maintain the aquarium water temperature within the range set by the user. It will then record on an SD card the progress of the lighting, the water temperature from the three sensors and the time when these values were obtained. These measurements can be retrieved and the device can be controlled via a web interface from a standard browser. The device should realizable from commonly available modules and components and its parameters should satisfy both the beginner and the advanced aquarist who, from the analysis of the measured values of the aquarium's internal environment, will adjust the control unit according to his needs.
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The gas monitoring equipment in breeding of edible insects
Chlumecký, Karel ; Skácel, Josef (referee) ; Adámek, Martin (advisor)
Bachelor’s thesis deals with monitoring of edible insects. The most monitured element will be dangerous gases. In the first part will be discussed the life cycle of edible insects and associated ecological consequences. Another part is description of measuring non-electric variables. This knowledge will be useful in design of breeding box in practical part of bachelor’s thesis. Design contains selections and description of used components and their locations on breeding box. Breeding box is managed by microcontroller ESP32 from Espressif family. Practical part contains first results of measuring and program for microcontroller. The results are in the form of a graph. Breeding box can be used for most terrarium animals.
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Modbus WiFi for pyrometer communication in a foundry
Moravčík, Adam ; Zeman, Václav (referee) ; Slavíček, Karel (advisor)
The bachelor's thesis focuses on the design of a method for connecting a pyrometer communicating via the MODBUS RTU interface to a WiFi network in the environment of the Brno foundry. The first part is devoted to the MODBUS protocol, its structure, principles, and possibilities of connection to the TCP / IP network, which is also used in WiFi. The second part is focused on an overview of available single-board computers and microcontrollers suitable for the implementation of the design. The third part deals with the hardware design of the device which realizes the connection of the pyrometer to the WiFi network. It describes the meaning of individual parts and the way of their interconnection. The fourth part deals with the software design of the program. It describes the individual blocks of the program and their function. The fifth part deals with testing the device using the simulation programs "Modbus Pool" and "Modbus Slave".
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Multifunctional monitoring belt
Dítě, Martin ; Milek, Jakub (referee) ; Harabiš, Vratislav (advisor)
The aim of this thesis is to develop a wireless monitoring belt based on literature review. The belt will be capable of scanning heart rate, respiratory rate, body temperature, motion, position, and falling of the user. Another aim is to also design a software for data reception and analysis focusing on pulse, respiratory rate, and temperature alarms.
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Design and implementation of a control unit for the aquarium environment
Petrák, Lukáš ; Formánek, Martin (referee) ; Krejčí, Petr (advisor)
This bachelor thesis deals with the design and implementation of a prototype control unit for controlling the internal environment of an aquarium. The aim of this work is to create a device that will control the aquarium lighting using available LED strips of different colors, as well as maintain the aquarium water temperature within the range set by the user. It will then record on an SD card the progress of the lighting, the water temperature from the three sensors and the time when these values were obtained. These measurements can be retrieved and the device can be controlled via a web interface from a standard browser. The device should realizable from commonly available modules and components and its parameters should satisfy both the beginner and the advanced aquarist who, from the analysis of the measured values of the aquarium's internal environment, will adjust the control unit according to his needs.
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Modbus WiFi for pyrometer communication in a foundry
Moravčík, Adam ; Zeman, Václav (referee) ; Slavíček, Karel (advisor)
The bachelor's thesis focuses on the design of a method for connecting a pyrometer communicating via the MODBUS RTU interface to a WiFi network in the environment of the Brno foundry. The first part is devoted to the MODBUS protocol, its structure, principles, and possibilities of connection to the TCP / IP network, which is also used in WiFi. The second part is focused on an overview of available single-board computers and microcontrollers suitable for the implementation of the design. The third part deals with the hardware design of the device which realizes the connection of the pyrometer to the WiFi network. It describes the meaning of individual parts and the way of their interconnection. The fourth part deals with the software design of the program. It describes the individual blocks of the program and their function. The fifth part deals with testing the device using the simulation programs "Modbus Pool" and "Modbus Slave".
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|
|
The gas monitoring equipment in breeding of edible insects
Chlumecký, Karel ; Skácel, Josef (referee) ; Adámek, Martin (advisor)
Bachelor’s thesis deals with monitoring of edible insects. The most monitured element will be dangerous gases. In the first part will be discussed the life cycle of edible insects and associated ecological consequences. Another part is description of measuring non-electric variables. This knowledge will be useful in design of breeding box in practical part of bachelor’s thesis. Design contains selections and description of used components and their locations on breeding box. Breeding box is managed by microcontroller ESP32 from Espressif family. Practical part contains first results of measuring and program for microcontroller. The results are in the form of a graph. Breeding box can be used for most terrarium animals.
|
|
|
Multifunctional monitoring belt
Dítě, Martin ; Milek, Jakub (referee) ; Harabiš, Vratislav (advisor)
The aim of this thesis is to develop a wireless monitoring belt based on literature review. The belt will be capable of scanning heart rate, respiratory rate, body temperature, motion, position, and falling of the user. Another aim is to also design a software for data reception and analysis focusing on pulse, respiratory rate, and temperature alarms.
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