Flexible Door Fall Prevention Test Scheme

Purpose of the experiment

The purpose of this experiment is to verify the anti-fall performance of the flexible gate, and to test whether the gate can effectively prevent people from falling when it is subjected to external force, so as to ensure the safety of users.

Experimental principle

By simulating the process of human falling, a certain impact force and pressure are applied to the flexible gate, and the deformation, force and impact resistance of the gate are observed, so as to evaluate its anti-fall performance.

Experimental equipment and materials

1. Flexible door sample: ensure that the size, material, and manufacturing process of the sample are consistent with the actual product.

2. Experimental frame: used to fix the gate sample and simulate the falling environment.

3. Sensor: used to measure the force of the gate when it is impacted.

4. Data acquisition and processing equipment: used to record experimental data and conduct follow-up processing and analysis.

5. Safety protection equipment: such as safety belts, helmets, etc., to ensure the safety of experimenters.

Experimental Procedure

1. Sample preparation: select representative flexible door samples to ensure that the size, material, and manufacturing process of the sample are consistent with the actual product.

2. Experimental environment construction: build an experimental framework to simulate the falling environment at different heights.

3. Install sensors: Install sensors in the key parts of the gate to measure the force of the gate when it is impacted.

4. Safety protection: Experimenters wear safety protection equipment, such as safety belts, helmets, etc.

5. Experimental operation: let the experimenter jump from the simulated fall height and impact the flexible door.

6. Data collection: In the impact process, collect data such as the force, deformation, and impact resistance of the gate.

7. Data processing and analysis: process and analyze the collected data to evaluate the anti-fall performance of the gate.

8. Result recording: record the experimental results and write the experimental report.

Precautions for the experimental process

1. Before the experiment, a comprehensive inspection should be carried out on the experimental equipment to ensure that it is safe and reliable.

2. During the experiment, the experimenter should strictly abide by the operating procedures to ensure their own safety.

3. When conducting impact experiments, it should be ensured that the sample of the gate is firmly fixed to avoid accidents.

4. Data collection should be accurate to ensure the credibility of the experimental results.

5. After the experiment, the equipment should be maintained for the next use.

Experimental results and analysis

Through experiments, we get the data such as the force, deformation and impact resistance of the flexible door when it is impacted, through the analysis of these data, we can evaluate the anti-fall performance of the gate, if the force and deformation of the gate are within a reasonable range, and have a certain impact resistance, it is considered that its anti-fall performance is good, otherwise, it is necessary to further improve the product design or optimize the material selection.

In order to further improve the safety and reliability of the product, it is recommended that the manufacturer optimize the product design, material selection, etc., and for the flexible gate that has been installed in the building, the anti-fall performance test should be carried out regularly to ensure its safety.

Recommendations and outlook

1. It is recommended that manufacturers fully consider the requirements of anti-fall performance in the product design stage and optimize the structural design.

2. In terms of material selection, materials with high strength and good impact resistance should be selected.

3. Regularly test the anti-fall performance of the flexible gate to ensure its safety and reliability.

4. In the future, the research direction can pay attention to the intelligent monitoring and maintenance technology of flexible doors to improve their safety and convenience of use.