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Problem Solution of the Control Mechanism of the High Voltage Disconnector
Metelka, Jiří ; Dvořáček, Jiří (referee) ; Vlašic, František (advisor)
This Bachelor‘s thesis deals mainly with the design of a safety ball clutch for the control mechanism of a high voltage disconnector made by IVEP company. This work includes a short summary about disconnectors and safety couplings in general, with concrete examples of disconnectors by IVEP and construction examples of commercially used safety clutches from number of randomly selected producers. The thesis also contains component drawings, assembly drawing and a 3D model of the complete coupling. Attached are the control measurement results of the torque moment of the completed prototype.
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Analysing of the design of the opening mechanism for the floor hatch
Metelka, Jiří ; Houfek, Martin (referee) ; Fuis, Vladimír (advisor)
In a family house not far from Brno, there is an entryway hole for getting into the space under the floor. The hole is covered by a high weight concrete hatch. For easier manipulation with the hatch an opening mechanism was designed and manufactured. This mechanism had been installed under the hatch and nowadays it works well. This master’s thesis deals with description of main components of the mechanism and their function. Load analysis and stress-strain analysis are the major part of this thesis. At the end of this work the analysis results are commented and some suggestions for further research are proposed.
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Analysing of the design of the opening mechanism for the floor hatch
Metelka, Jiří ; Houfek, Martin (referee) ; Fuis, Vladimír (advisor)
In a family house not far from Brno, there is an entryway hole for getting into the space under the floor. The hole is covered by a high weight concrete hatch. For easier manipulation with the hatch an opening mechanism was designed and manufactured. This mechanism had been installed under the hatch and nowadays it works well. This master’s thesis deals with description of main components of the mechanism and their function. Load analysis and stress-strain analysis are the major part of this thesis. At the end of this work the analysis results are commented and some suggestions for further research are proposed.
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Problem Solution of the Control Mechanism of the High Voltage Disconnector
Metelka, Jiří ; Dvořáček, Jiří (referee) ; Vlašic, František (advisor)
This Bachelor‘s thesis deals mainly with the design of a safety ball clutch for the control mechanism of a high voltage disconnector made by IVEP company. This work includes a short summary about disconnectors and safety couplings in general, with concrete examples of disconnectors by IVEP and construction examples of commercially used safety clutches from number of randomly selected producers. The thesis also contains component drawings, assembly drawing and a 3D model of the complete coupling. Attached are the control measurement results of the torque moment of the completed prototype.
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