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Bandsaw Control System
Filipský, Dalibor ; Arm, Jakub (referee) ; Jirgl, Miroslav (advisor)
This paper describes the design of a control system for a band saw. Content of work can be divided into five parts. The first part contains introduction to the basic functions of a band saw, it’s division and structures. Furthermore, the construction and parameters of a band saw created by an amateur and to which the control system is designed. The second part is dedicated to the design and creation of simulators for bandsaw function, both manual control mode and the automatic mode. The third part deals with the analysis of the risks associated with safety and operational reliability of the device. The fourth part focuses on the design of control algorithms for programmable controller and creating a suitable simulator that will represent a real physical device. In fifth part, designed algorithm is applied and tested on created simulator for bandsaw.
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Design and Implementation of a System for Checking the Boxes Completeness
Filipský, Dalibor ; Pásek, Jan (referee) ; Jirgl, Miroslav (advisor)
This thesis describes the design and implementation of a system for checking the boxes completeness. Thesis is divided into several parts. The first part includes an introduction into the manufacturing process and also devices, for which the system is designed. The second part consists of system design and a description of hardware components used for the system. The third part deals with the creation of a scheme used for connection an electrical switchboard. The fourth part is focused on a design of mechanical constructions, such as construction plan used for vision sensors connection, lighting system and design mechanical parts of stopper. A simulator of the system for checking the boxes completeness is described in the fifth part. It is used for a demonstration of functionality and controllability of the system. The sixth part deals with enabling of a communication between particular sub-systems, such as vision sensors, control panel and control system. The seventh part is focused on creation of the software required for the control system, HMI panel and deals with the configuration of pair vision sensors. In the final part there are some illustrations of designed system in real process of manufacturing.
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Design and Implementation of a System for Checking the Boxes Completeness
Filipský, Dalibor ; Pásek, Jan (referee) ; Jirgl, Miroslav (advisor)
This thesis describes the design and implementation of a system for checking the boxes completeness. Thesis is divided into several parts. The first part includes an introduction into the manufacturing process and also devices, for which the system is designed. The second part consists of system design and a description of hardware components used for the system. The third part deals with the creation of a scheme used for connection an electrical switchboard. The fourth part is focused on a design of mechanical constructions, such as construction plan used for vision sensors connection, lighting system and design mechanical parts of stopper. A simulator of the system for checking the boxes completeness is described in the fifth part. It is used for a demonstration of functionality and controllability of the system. The sixth part deals with enabling of a communication between particular sub-systems, such as vision sensors, control panel and control system. The seventh part is focused on creation of the software required for the control system, HMI panel and deals with the configuration of pair vision sensors. In the final part there are some illustrations of designed system in real process of manufacturing.
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Bandsaw Control System
Filipský, Dalibor ; Arm, Jakub (referee) ; Jirgl, Miroslav (advisor)
This paper describes the design of a control system for a band saw. Content of work can be divided into five parts. The first part contains introduction to the basic functions of a band saw, it’s division and structures. Furthermore, the construction and parameters of a band saw created by an amateur and to which the control system is designed. The second part is dedicated to the design and creation of simulators for bandsaw function, both manual control mode and the automatic mode. The third part deals with the analysis of the risks associated with safety and operational reliability of the device. The fourth part focuses on the design of control algorithms for programmable controller and creating a suitable simulator that will represent a real physical device. In fifth part, designed algorithm is applied and tested on created simulator for bandsaw.
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