|
| |
|
| |
|
|
Non-contact temperature measurement
Negrová, Stefania ; Merenus, Ondřej (referee) ; Hermanský, Dominik (advisor)
The bachelor thesis deals with non-contact temperature measurement, which is currently used for thermodiagnostics and prediction of temperature behavior of machines. In the thesis is described a basic overview of contact and non-contact methods of temperature determination. It focuses primarily on thermography and its uses for machine tools and includes two simple and clear measurements use of thermocamera.
|
|
|
Laboratory thermometer based on Pt100 sensor
Konečný, Jiří ; Murina, Milan (referee) ; Steinbauer, Miloslav (advisor)
This text put mind to questions of touch temperature measurement. Describes the various of electrical temperature sensors, which are divided in accordance with physical principles, on which they work. For each sensor are given its characteristics, such as temperature range, tolerance, advantages and disadvantages, or the measuring circuit. The sensors are described mainly by mathematical equations and polynomials. Their knowledge is needed for the construction of additional circuits or devices for processing information from sensors. In this work is also suggested a completely involvement of digital thermometer, which uses a Pt100. According to this proposal is made a prototype piece.
|
|
|
Measuring body temperature in pre-hospital care
DEJMEK, Michal
The thesis deals with the problematic of measurement of body temperature in the prehospital emergency care. The theoretical part focuses on the physiology of thermoregulation, on the generation of heat in the body, on its expenditure and on the control of body temperature. Furthermore, it deals with measurement of body temperature, its classification, places for measurement and description of the individual types of thermometers. The conclusion of the thesis is focused on the pathological conditions connected with the body temperature, which we can meet with in prehospital emergency care. The individual conditions are analyzed from pathophysiology to treatment. The empiric part is divided into two parts. In the first part, two thermometers are compared, how they differ in measured values and further, the results are statistically compared. The research sample was made up of random patients in prehospital emergency care. In the second part of the research, the method of qualitative research based on semi-structured interviews was used. The first objective was to find out which options of body temperature measurement do paramedics have in ambulances. The second objective was to map the experience of paramedics with monitoring of body temperature in the prehospital emergency care. The research sample was made up of 5 professional paramedics from the South Bohemian Region and Vysočina Region. The results were categorized into 13 categories. From the results of the research is apparent that there is a significant statistical difference between the used thermometers, which differ from each other in measured values. The second part of the research shows that paramedics consider the current state to be insufficient for the reason that they do not have thermometer with a larger temperature range available. All respondents agreed they would welcome having a thermometer with a larger temperature range in their ambulances.
|
|
| |
|
|
Non-contact temperature measurement
Negrová, Stefania ; Merenus, Ondřej (referee) ; Hermanský, Dominik (advisor)
The bachelor thesis deals with non-contact temperature measurement, which is currently used for thermodiagnostics and prediction of temperature behavior of machines. In the thesis is described a basic overview of contact and non-contact methods of temperature determination. It focuses primarily on thermography and its uses for machine tools and includes two simple and clear measurements use of thermocamera.
|
|
|
Laboratory thermometer based on Pt100 sensor
Konečný, Jiří ; Murina, Milan (referee) ; Steinbauer, Miloslav (advisor)
This text put mind to questions of touch temperature measurement. Describes the various of electrical temperature sensors, which are divided in accordance with physical principles, on which they work. For each sensor are given its characteristics, such as temperature range, tolerance, advantages and disadvantages, or the measuring circuit. The sensors are described mainly by mathematical equations and polynomials. Their knowledge is needed for the construction of additional circuits or devices for processing information from sensors. In this work is also suggested a completely involvement of digital thermometer, which uses a Pt100. According to this proposal is made a prototype piece.
|
|
| |
guest ::
