Improving Load Lifting Safety with Additional Forklift Equipment

In the diploma thesis entitled 'Improving Load Lifting Safety with Additional Forklift Equipment', the author addressed the challenges and solutions for safe and efficient lifting and relocation of loads, primarily pipes, in a warehouse environment. Relocating pipes using traditional methods is often time-consuming, physically demanding for workers and involves certain risks. Based on the identified risks, the author developed appropriate safety measures, such as additional safety devices and usage restrictions for certain loads. In addition, ergonomic aspects were examined to ensure that load lifting is as safe as possible for operators, thereby reducing the possibility of injuries and incorrect use.

Problem

In the diploma thesis entitled 'Improving Load Lifting Safety with Additional Forklift Equipment', the author addressed the challenges and solutions for safe and efficient lifting and relocation of loads, primarily pipes, in a warehouse environment.

Solution and Method

Relocating pipes using traditional methods is often time-consuming, physically demanding for workers and involves certain risks. The aim of the work was to develop an adaptable and safe forklift attachment that would enable faster and safer relocation of pipes, thereby increasing work productivity and reducing the possibility of accidents. The author sought a simple, functional and durable solution.

In preparing the work, the author first focused on analysing the applicable legislation and safety requirements that apply to load lifting. The aim was for the equipment to meet all essential health and safety requirements. The technical requirements and legislative provisions applicable to lifting equipment were examined in detail, as compliance with these regulations is crucial for ensuring the safety and reliability of the new equipment.

The author then focused on the technical design of the load arm, comparing different materials and performing static calculations that enabled the determination of optimal dimensions for the carrier and other components. In this way, it was ensured that the load arm would reliably withstand the anticipated loads. When designing, the economics of the materials used were also taken into account, focusing on solutions that provide sufficient safety without unnecessarily increasing costs.

An important part is also the risk assessment, where key hazards were analysed, such as load slipping from the load arm and load falling due to incorrect use, as well as risks arising from improper equipment operation.

Results

Based on the identified risks, appropriate safety measures were developed, such as additional safety devices and usage restrictions for certain loads. In addition, ergonomic aspects were examined to ensure that load lifting is as safe as possible for operators, thereby reducing the possibility of injuries and incorrect use. The diploma thesis concludes with a review of the results, which confirm that the designed attachment meets legislative requirements and enables safe and efficient use in a warehouse environment.