|
|
The design of a quadrocopter for food delivery
Gryc, Matěj ; Čípek, Pavel (referee) ; Skurka, Šimon (advisor)
Online delivery of hot food to the customer's home has become standard. However, as a result of the covid-19 pandemic, methods of safe delivery that do not require interpersonal contact are now being sought. The use of drones, which are already being used in some countries to transport goods and materials, seems promising. This bachelor thesis deals with the design and assembly of a quadcopter designed for food delivery. First, the frame was designed, which was largely fabricated using 3D printing. Based on calculations, the electronics including batteries and motors were selected. Then the mechanism by which the food transport will be mediated was designed. Once constructed, the functionality of the quadcopter and delivery mechanism was tested. Finally, the design was evaluated and possible improvements were mentioned.
|
|
|
Tak co si necháme přivézt k jídlu?
Němcová, Martina
This diploma thesis deals with consumer behaviour in the food delivery mar-ket. The aim of this thesis is to propose recommendations for restaurant operators enabling food delivery and other entities operating on the market. These recom-mendations will lead to a competitive advantage of operators and also to increase the satisfaction of customers who order food online. A sub-objective of the thesis is to identify factors influencing consumer behaviour when ordering food online. The research focuses on the residents of the South Moravian Region aged 18-53 years. In order to achieve the stated objectives, the analysis of secondary data and prima-ry data obtained through qualitative and quantitative research – in-depth inter-views (n = 20) and a questionnaire survey (n = 300) is conducted. The collected data are processed and evaluated using mathematical and statistical methods. Based on the findings, recommendations are formulated for entities operating in the food delivery market.
|
|
|
The design of a quadrocopter for food delivery
Gryc, Matěj ; Čípek, Pavel (referee) ; Skurka, Šimon (advisor)
Online delivery of hot food to the customer's home has become standard. However, as a result of the covid-19 pandemic, methods of safe delivery that do not require interpersonal contact are now being sought. The use of drones, which are already being used in some countries to transport goods and materials, seems promising. This bachelor thesis deals with the design and assembly of a quadcopter designed for food delivery. First, the frame was designed, which was largely fabricated using 3D printing. Based on calculations, the electronics including batteries and motors were selected. Then the mechanism by which the food transport will be mediated was designed. Once constructed, the functionality of the quadcopter and delivery mechanism was tested. Finally, the design was evaluated and possible improvements were mentioned.
|
|
| |
guest ::
