Week Lectures / Exercises
1 Definition of logistics, logistics tasks and objects. Logistics
objective. The importance of logistics in transport, handling and storage.
Introduction of exercise. Entering the No. 1 (research from literature). Laboratory bulk materials.
2 Terminology and basic concepts in material handling. Transported materials. Classification and mechanical-physical and geometrical material properties.
Methodology for measuring mechanical properties of bulk materials. Their impact on transport and storage.
3 Flow of material. Distribution of transport and handling equipment. Calculation of transport performance. Movement equation. Traction.
Choosing an appropriate means of handling.
4 Analysis of tensile forces in the tension members. Towing elements. drives
transport, lifting and handling equipment. Distribution conveyor. Track
conveyor, main parts, accessories. Fundamentals of the theory and calculation of belt conveyor.
Power handling equipment. Euler relations.
5 Steep belt conveyors. Lanopásový conveyor. Paternoster
elevator. Chain feeder. Special steep conveyors. Calculation of the bucket
and link conveyor.
TEST 1 "Theoretical foundations of transportation ." Track conveyor. Entering the No. 2.
Warehouse Management. The design and shutters. Feeders.
Graphical-numerical method of determining the tensile strength of transport equipment with an infinite. Drag chain. Calculation of the conveyor belt.
7 Calculation of chain conveyors. Vibration and screw conveyor.
Transportation under its own weight.
Calculation of chain conveyors.
8 Special steep conveyors. Calculation of the bucket
and link conveyor.
9 Vibration and auger. Transportation under its own weight. Cranes
structure and distribution.
TEST # 2 Submission of both programs. Credit.
TEST QUESTIONS :
The subject of automated equipment 342 397 / 01 for the third year of full-time bachelor's degree B2341
1 Definition of logistics, logistics tasks and objects. Logistics aims.
The importance of logistics in transport, handling and storage.
2 Conveyed materials and their classification.
3 Mechanical and physical and geometric properties.
4 Calculation of transport performance for continuous and discontinuous transport.
5 The equation of motion.
6 Traction. Euler relations.
7 Analysis of the tensile forces in the tension members.
8 Determination of tensile strength of transport equipment with an endless traction element.
9 Towing elements. Ropes, chains and conveyor belts.
10 Transmission of transport and handling equipment.
11 Distribution conveyor.
12 Belt conveyor, main parts, accessories.
13 Fundamentals of the theory and calculation of belt conveyor according to ISO 5048.
14 Steep belt conveyors.
15 Lanopásový conveyor.
16 The bucket conveyor and its calculation.
17 Chain feeder and its calculation.
18 Conveyors. Redler. Calculation of chain conveyors.
19 The screw conveyor. Species use calculation.
20 Vibrating conveyor. Species use calculation.
21 Trays. Types, the use and construction. Core and mass flow
trays.
22 Cranes. Basic division and construction.
1 Definition of logistics, logistics tasks and objects. Logistics
objective. The importance of logistics in transport, handling and storage.
Introduction of exercise. Entering the No. 1 (research from literature). Laboratory bulk materials.
2 Terminology and basic concepts in material handling. Transported materials. Classification and mechanical-physical and geometrical material properties.
Methodology for measuring mechanical properties of bulk materials. Their impact on transport and storage.
3 Flow of material. Distribution of transport and handling equipment. Calculation of transport performance. Movement equation. Traction.
Choosing an appropriate means of handling.
4 Analysis of tensile forces in the tension members. Towing elements. drives
transport, lifting and handling equipment. Distribution conveyor. Track
conveyor, main parts, accessories. Fundamentals of the theory and calculation of belt conveyor.
Power handling equipment. Euler relations.
5 Steep belt conveyors. Lanopásový conveyor. Paternoster
elevator. Chain feeder. Special steep conveyors. Calculation of the bucket
and link conveyor.
TEST 1 "Theoretical foundations of transportation ." Track conveyor. Entering the No. 2.
Warehouse Management. The design and shutters. Feeders.
Graphical-numerical method of determining the tensile strength of transport equipment with an infinite. Drag chain. Calculation of the conveyor belt.
7 Calculation of chain conveyors. Vibration and screw conveyor.
Transportation under its own weight.
Calculation of chain conveyors.
8 Special steep conveyors. Calculation of the bucket
and link conveyor.
9 Vibration and auger. Transportation under its own weight. Cranes
structure and distribution.
TEST # 2 Submission of both programs. Credit.
TEST QUESTIONS :
The subject of automated equipment 342 397 / 01 for the third year of full-time bachelor's degree B2341
1 Definition of logistics, logistics tasks and objects. Logistics aims.
The importance of logistics in transport, handling and storage.
2 Conveyed materials and their classification.
3 Mechanical and physical and geometric properties.
4 Calculation of transport performance for continuous and discontinuous transport.
5 The equation of motion.
6 Traction. Euler relations.
7 Analysis of the tensile forces in the tension members.
8 Determination of tensile strength of transport equipment with an endless traction element.
9 Towing elements. Ropes, chains and conveyor belts.
10 Transmission of transport and handling equipment.
11 Distribution conveyor.
12 Belt conveyor, main parts, accessories.
13 Fundamentals of the theory and calculation of belt conveyor according to ISO 5048.
14 Steep belt conveyors.
15 Lanopásový conveyor.
16 The bucket conveyor and its calculation.
17 Chain feeder and its calculation.
18 Conveyors. Redler. Calculation of chain conveyors.
19 The screw conveyor. Species use calculation.
20 Vibrating conveyor. Species use calculation.
21 Trays. Types, the use and construction. Core and mass flow
trays.
22 Cranes. Basic division and construction.