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The Occupational Safety document for rolling door manufacturing provides crucial knowledge on safe production processes and labor protection. With detailed content and practical guidance, this document helps raise safety awareness, minimize the risk of occupational accidents, and ensure a safe working environment for employees in the rolling door manufacturing industry.

Table of Contents

PART I: CURRENT STATE OF SAFETY IN ROLLING DOOR MANUFACTURING PLANTS

I. General Situation

The Ministry of Labour, Invalids and Social Affairs informs sectors and localities of the occupational accident situation in the first 6 months of 2024 and outlines key solutions to proactively prevent incidents and accidents in the last 6 months of 2024. According to reports from 61 out of 63 centrally governed provinces and cities, in the first 6 months of 2024, there were a total of 3,201 occupational accidents nationwide (a decrease of 227 cases, equivalent to 7.09% compared to the same period in 2023), resulting in 3,065 victims (a decrease of 197 people, equivalent to 6.04% compared to the first 6 months of 2023), including both employees under labor contracts and those working without labor contracts. Specifically:

Number of fatal occupational accidents: 320 cases, a decrease of 25 cases (7.25%) compared to the first 6 months of 2023 (including 245 cases in areas with labor relations, a decrease of 28 cases or 10.3%; and 75 cases in areas without labor contracts, an increase of 3 cases or 4.2% compared to the first 6 months of 2023);
Number of deaths due to occupational accidents: 346 people, a decrease of 7 people or 1.98% compared to the same period in 2023 (including 268 in areas with labor relations, a decrease of 13 people or 4.63%; and 78 in areas without labor contracts, an increase of 6 people or 8.33%).
Number of people seriously injured: 810 people, an increase of 26 people or 3.32% compared to the first 6 months of 2023 (including 710 in areas with labor relations, a decrease of 5 people or 0.7%; and 100 in areas without labor contracts, an increase of 31 people or 44.92%).

Download the PDF file Occupational Accident Report – First 6 Months of 2024 issued by the Ministry of Labour, Invalids and Social Affairs.

The occupational accident situation in the first 6 months of 2024 in both sectors with and without labor relations saw a decrease in the number of deaths and fatal accidents compared to the same period in 2023.

II. Some Occupational Accidents in Rolling Door Manufacturing Plants

Occupational accidents in rolling door manufacturing plants are a serious issue, affecting the health and safety of workers. These accidents often stem from various causes, including a lack of occupational safety measures, faulty equipment, and inadequate training on safe work procedures. Below are some examples of occupational accidents that have occurred in this industry:

1. Accidents due to cutting machines

In many rolling door manufacturing plants, cutting machines are essential equipment used to cut metal sheets into smaller parts. However, if not operated correctly, cutting machines can cause serious accidents. For example, in 2019, at a plant in Binh Duong, a worker was seriously injured when his hand got caught in a cutting machine because the machine lacked a safety guard and he was not fully trained on how to operate it.

2. Accidents due to lifting equipment

Lifting equipment, such as cranes and forklifts, is often used to move heavy rolling door parts within the plant. a serious accident occurred in 2020 at a plant in Dong Nai when a worker was crushed between a crane and a wall due to faulty lifting equipment. The cause of this accident was that equipment maintenance was not performed regularly, leading to a technical failure.

3. Accidents due to electric shock

Rolling door manufacturing plants use many electrical devices and complex wiring systems. an accident due to electric shock occurred at a plant in Hanoi in 2021. a worker was electrocuted while repairing a faulty machine. The subsequent investigation showed that the plant’s electrical system was not properly insulated and the worker was not equipped with adequate personal protective equipment.

4. Accidents due to slips and falls

Slips and falls are one of the most common accidents in rolling door manufacturing plants, often due to slippery floors or an unclean work environment. a typical example is an accident that occurred in 2018 at a plant in Ho Chi Minh City, when a worker fell from a height of 3 meters to the floor because there were no anti-slip measures in place.

5. Accidents due to fire

Materials such as lubricating oil and flammable solvents used in the rolling door production process can cause fires if not managed properly. In 2022, a major fire broke out at a rolling door manufacturing plant in Hai Phong. The fire spread quickly due to the lack of an effective fire alarm and firefighting system, injuring many workers and causing significant property damage.

6. Accidents due to unsafe operating procedures

Unsafe operating procedures are also a cause of many occupational accidents. For example, in 2023, at a plant in Da Nang, a worker was seriously injured when they did not follow the safety procedures while operating a rolling door bending machine. The accident occurred due to a lack of regular supervision and safety checks.

Occupational accidents in rolling door manufacturing plants not only cause human casualties but also seriously affect production efficiency and the reputation of the business. To prevent these accidents, it is necessary to raise awareness of occupational safety, implement personal protective equipment measures, and ensure safe work procedures for workers. Investing in training, equipment maintenance, and building a safe working environment are key factors in minimizing risks and protecting the health of workers.

PART II: OCCUPATIONAL SAFETY AND HEALTH WHEN WORKING IN A ROLLING DOOR MANUFACTURING PLANT

I. Occupational safety and health for metal cutting and processing personnel

1. Job characteristics of metal cutting and processing

The work of cutting and processing metal plays a key role in the production of rolling doors, requiring high precision and technical skill. Using modern CNC cutting machines, metal sheets are cut to the designed size and shape, ensuring that every detail is perfect and to standard. CNC technology allows for complex cuts to be made with absolute precision, improving the quality of the final product.

After cutting, the metal sheets will be further processed to meet specific technical requirements. This process includes punching and bending, which helps the metal sheet to conform to the design of the rolling door. Punching creates the necessary holes for assembly, while bending gives the metal sheet the appropriate stiffness and durability, while also ensuring aesthetic appeal.

To ensure occupational safety, employees must follow safety regulations when working with machinery and equipment. This includes using full protective equipment, checking machinery before use, and following established safety procedures. In this way, not only is the quality of the product improved, but the health and safety of the worker are also ensured.

2. Types of occupational accidents in the process of cutting and processing metal

Occupational accidents in the process of cutting and processing metal are a serious issue, requiring a high degree of attention from employees and management. One of the main risks is accidents related to CNC cutting machines, where fast-moving parts and sharp cutting blades can cause serious injuries if not operated correctly. These accidents often occur due to incorrect operation or a lack of necessary protective measures.

In addition, the process of punching and bending metal also poses many risks. Punching can cause cuts or punctures if not done with the correct technique or if the tool is faulty. Bending metal requires a great deal of force, and if not done carefully, it can lead to mechanical injuries such as pinching, crushing of the hand, or even broken bones. In addition, contact with the sharp edges of the metal is also a danger that cannot be ignored.

To minimize the risk of accidents, occupational safety training is extremely important. Employees need to be equipped with the necessary knowledge and skills to operate machinery safely, as well as a clear understanding of work procedures and the correct use of personal protective equipment. Strict adherence to safety regulations and regular inspection and maintenance of equipment are key factors in ensuring a safe and effective working environment.

3. Causes of occupational accidents when cutting and processing metal

The causes of occupational accidents when cutting and processing metal can stem from various factors. One of the main causes is a lack of understanding or inadequate training on how to operate CNC cutting machines. When employees do not have a firm grasp of the procedures and safety techniques, they are prone to making mistakes in the operation process, leading to serious accidents. A lack of concentration and carelessness in work are also factors that increase the risk of accidents.

In addition, poor maintenance of machinery also contributes to accidents. CNC cutting machines and other processing equipment need to be regularly inspected and maintained to ensure stable and safe operation. When machinery is faulty or not functioning correctly, the risk of injury to the operator increases significantly. In particular, a dull or worn cutting blade can cause inaccurate cuts, leading to dangerous incidents.

In addition, non-compliance with occupational safety regulations is also a major cause. Many employees may ignore the use of personal protective equipment or not follow safety procedures when working with machinery. This not only increases the risk of accidents but also reduces work efficiency and product quality. Building a culture of occupational safety, in which everyone is aware of the importance of safety and strictly adheres to regulations, is a key factor in minimizing accidents in the process of cutting and processing metal.

4. Preventive measures for occupational accidents when cutting and processing metal

Preventing occupational accidents when cutting and processing metal requires a comprehensive strategy, including effective occupational safety training for employees. First, training employees on how to operate CNC cutting machines and other processing equipment is extremely important. Occupational safety training helps employees to master safe work procedures, recognize and prevent potential hazards. Employees need to be specifically instructed on how to use personal protective equipment and to follow safety regulations in the workplace.

In addition, regular maintenance and inspection of machinery is a key factor in minimizing risks. Equipment such as CNC cutting machines needs to be regularly maintained to ensure stable and safe operation. Regular inspection helps to detect potential defects early and to prevent unwanted incidents. At the same time, important parts such as the cutting blade must always be kept sharp and replaced in a timely manner when necessary.

Finally, building a culture of occupational safety in the workplace is a long-term and sustainable measure. This includes encouraging employees to strictly adhere to safety procedures, to regularly participate in occupational safety training sessions, and to always be ready to share and learn from the experiences of their colleagues. A safe working environment not only improves labor productivity but also protects the health and lives of workers, contributing to the sustainable development of the enterprise.

5. Occupational safety regulations for cutting and processing metal

Occupational safety regulations for cutting and processing metal are a core element in ensuring a safe and effective working environment. First and foremost, all employees must receive full and continuous occupational safety training. This training program should include knowledge on the correct use of CNC cutting machines and processing equipment, as well as potential hazards and preventive measures.

Another important aspect is the use of personal protective equipment (PPE). Employees must always wear safety glasses, gloves, and other necessary protective equipment when working with machinery. Compliance with regulations on personal protective equipment not only protects workers from accidents but also enhances safety awareness in daily work. The seriousness in the use of PPE is a testament to the strong safety culture of the enterprise.

There should be continuous inspection and supervision measures to ensure that all occupational safety regulations are strictly enforced. Regular inspection of machinery and equipment, along with close supervision of the work process, helps to detect problems early and to rectify them in a timely manner. At the same time, there should be a mechanism for prompt reporting and handling of incidents or violations of safety regulations to maintain a safe and constantly improving working environment.

6. Handling emergency occupational accidents when cutting and processing metal

Handling emergency occupational accidents when cutting and processing metal requires thorough preparation and a quick response. When an accident occurs, the first thing to do is to immediately stop the operation of the machinery to prevent further injuries. Then, the employee should immediately report to the manager or safety team to receive timely assistance.

Next, first aid is extremely important to minimize the impact of the injury. If a worker is cut or punctured, first aid measures such as stopping the bleeding and bandaging the wound should be applied. In the case of more serious injuries, such as broken bones or mechanical injuries, the victim should be kept stable and wait for a professional emergency team to arrive. Employees must be trained in basic first aid skills to be able to respond effectively in emergency situations.

II. Occupational safety and health for personnel welding and assembling parts

1. Job characteristics of welding and assembling parts

The work of welding and assembling metal parts is a crucial stage in the production of rolling doors, requiring a high level of skill and meticulousness. The processed metal parts are welded together to form the frame and complete details of the rolling door. This process requires absolute precision, as even a small deviation in the weld can affect the quality and durability of the product.

During the welding process, the welder must ensure that the welds are even, strong, and free of defects. This not only requires a high level of professional skill but also patience and attention to every small detail. The use of modern welding equipment and advanced techniques helps to create beautiful and durable welds that meet strict quality standards. The inspection of the weld after completion is also very important to ensure that there are no defects and that the product meets the requirements.

Assembling the parts after welding is the final step to creating the finished product. This process requires close and careful coordination, ensuring that the parts are assembled in the correct position and without misalignment. Every detail needs to be carefully inspected to ensure that the rolling door operates smoothly and safely. The precision in welding and assembly not only creates a high-quality product but also contributes to improving the reputation and reliability of the business in the eyes of customers.

2. Types of occupational accidents in the process of welding and assembling parts

Occupational accidents in the process of welding and assembling metal parts are a potential hazard that businesses need to pay special attention to. One of the common types of accidents is burns from welding sparks or contact with hot metal surfaces. A welder who is not fully equipped with protective gear or does not follow safety rules can easily be burned, causing serious injuries.

In addition, the risk of electric shock is also a major concern. Welding machines and other electrical equipment, if not well maintained or used correctly, can cause dangerous electric shocks. In particular, working in a humid environment or without proper insulation can increase this risk. The welder must have a firm grasp of electrical safety knowledge and use the equipment correctly to avoid accidents.

3. Causes of occupational accidents when welding and assembling parts

The causes of occupational accidents when welding and assembling metal parts can stem from various factors. One of the main causes is a lack of training and skill on the part of the employee. When a welder is not fully trained on welding techniques and safety measures, they are prone to making mistakes in the work process, leading to accidents. In particular, a lack of understanding on how to use welding equipment and personal protective equipment can increase the risk of accidents.

In addition, improper maintenance or the use of faulty machinery and equipment is also a cause of accidents. Welding equipment needs to be regularly inspected and maintained to ensure stable and safe operation. When machinery is faulty or not functioning correctly, the risk of incidents such as electric shock, fire, explosion, or burns from welding sparks increases significantly. Negligence in equipment maintenance can lead to serious consequences.

In addition, an unsafe working environment is also a contributing factor to accidents. Working in a confined space, with poor ventilation, or in conditions that do not ensure hygiene and safety can increase the risk of injury and occupational diseases. Failure to comply with occupational safety regulations and the improper use of personal protective equipment also contribute to an increased risk of accidents. Ensuring a safe and clean working environment and strict adherence to safety regulations are key factors in preventing occupational accidents.

4. Preventive measures for occupational accidents when welding and assembling parts

Preventive measures for occupational accidents when welding and assembling metal parts require a comprehensive strategy, including training, equipment maintenance, and work environment monitoring. First, occupational safety training for employees is very important. Welders need to be equipped with knowledge of safe welding techniques and how to use personal protective equipment correctly. This helps them to understand the work process and to know how to prevent potential hazards in their daily work.

Regular maintenance and inspection of equipment is also a key factor. Welding machines and related equipment need to be regularly inspected to ensure stable and safe operation. Replacing damaged parts and regular maintenance helps to prevent unwanted incidents such as electric shock or fire. Ensuring that the equipment is always in the best condition not only protects the safety of the worker but also improves work efficiency.

5. Occupational safety regulations for welding and assembling parts

Occupational safety regulations for welding and assembling metal parts aim to ensure a safe and effective working environment. First, employees must be fully equipped with knowledge of the welding and assembly process through in-depth training courses. These courses not only teach welding techniques but also include accident prevention measures and how to use personal protective equipment correctly.

Another important factor is strict adherence to regulations on equipment maintenance and inspection. Welding machines and related tools must be regularly inspected to detect and promptly rectify any technical defects. Ensuring that all equipment is operating stably and safely is an effective way to prevent unwanted incidents such as electric shock or fire. This attention to detail not only protects the safety of the worker but also improves work efficiency and product quality.

Maintaining a safe working environment through work environment monitoring is essential. Work environment monitoring helps to identify and control hazardous factors such as welding fumes, metal dust, and high temperatures. At the same time, regulations on the use of protective equipment such as safety glasses, gloves, and fire-resistant clothing should be strictly enforced. By adhering to these safety regulations, businesses can create a safe working environment, protect health, and ensure work efficiency.

6. Handling emergency occupational accidents when welding and assembling parts

Handling emergency occupational accidents when welding and assembling metal parts requires preparation and a quick response. When an accident occurs, the first step is to immediately stop all activities to ensure the safety of the victim and those around them. Then, report the incident to the manager or occupational safety officer to receive emergency assistance. A quick response can help prevent more serious injuries.

Next, first aid is a crucial step in the process of handling an accident. If the victim is burned or electrocuted, basic first aid measures such as cooling the burn with clean water or cutting the power before touching the victim should be taken. In the case of cuts or punctures, stopping the bleeding and bandaging the wound should be done immediately. It is important to remain calm and to perform the first aid steps correctly to minimize the impact of the injury.

III. Occupational safety and health for painting and surface finishing personnel

1. Job characteristics of painting and surface finishing

The work of painting and surface finishing is the final step in the production of rolling doors, aimed at enhancing the aesthetic appeal and protecting the product from corrosion. After the metal parts have been securely welded, they will undergo a painting process to create an outer protective layer. This process not only provides a beautiful appearance but also helps to extend the life of the rolling door by preventing the effects of the environment and weather.

The painting process usually includes electrostatic painting, an effective and sustainable method. In electrostatic painting, the paint powder particles are electrically charged and sprayed onto the metal surface, creating a smooth, uniform, and durable paint layer. Then, the product is baked at a high temperature to allow the paint powder to melt and adhere firmly to the metal surface, creating a hard and scratch-resistant coating. This technique not only helps to protect the surface but also enhances the durability of the product.

In addition to electrostatic painting, spray painting is also a common method used to finish the surface. Spray painting allows for a thin, smooth paint layer and can be flexibly adjusted in color according to customer requirements. The use of high-quality paints and professional spray painting techniques ensures that the rolling door surface is not only beautiful but also has good resistance to environmental impacts. This process requires skill and experience to achieve the best finishing results, while also ensuring the safety of the operator.

2. Types of occupational accidents in the process of painting and surface finishing

Occupational accidents in the process of painting and surface finishing can occur due to various reasons, requiring a high degree of attention from employees and management. One of the common risks is contact with hazardous chemicals present in the paint. When inhaling or coming into direct contact with these chemicals, employees can suffer from skin, eye, or respiratory irritation. This is particularly dangerous in a poorly ventilated work environment or without personal protective measures.

In addition, accidents related to the use of spray painting equipment are also a major concern. Spray painting equipment operates under high pressure, and if not operated correctly, it can cause accidents such as cuts, injuries from paint spraying into the eyes or other parts of the body. A lack of skill or carelessness in the operation process can lead to serious consequences, affecting the health and safety of the worker.

The risk of fire and explosion is a threat that cannot be ignored in the process of painting and surface finishing. Paint and solvents are often flammable, especially when working in a confined space or near heat and spark sources. Failure to comply with fire safety regulations can lead to fires and explosions that cause significant human and property damage. Therefore, ensuring occupational safety through adequate knowledge, skills, and protective equipment is a key factor in preventing accidents in this process.

3. Causes of occupational accidents when painting and finishing surfaces

The causes of occupational accidents when painting and finishing surfaces can stem from various factors. First, a lack of training and skill on the part of the employee is a major cause. When employees are not fully trained on painting techniques and safety measures, they are prone to making mistakes in the work process. A lack of understanding on how to handle paint chemicals and operate spray painting equipment can lead to serious accidents.

In addition, non-compliance with occupational safety regulations is also a major cause. Many employees may ignore the use of personal protective equipment such as respirators, gloves, and safety glasses. This complacency or carelessness increases the risk of exposure to hazardous chemicals and causes health problems such as skin, eye, and respiratory irritation. In addition, non-compliance with fire safety regulations can also lead to the risk of fire and explosion during painting.

An unsafe working environment and a lack of necessary protective measures also contribute to accidents. Working in a confined space, with poor ventilation, or without measures to control paint dust and welding fumes can lead to dangerous incidents. Furthermore, the use of spray painting equipment that is not regularly maintained or is faulty also increases the risk of accidents. Ensuring a safe working environment and that the equipment is always in the best condition are essential factors in preventing occupational accidents when painting and finishing surfaces.

4. Preventive measures for occupational accidents when painting and finishing surfaces

Preventive measures for occupational accidents when painting and finishing surfaces are very important to ensure the safety of employees and the quality of the product. First, occupational safety training for employees is a key factor. Employees need to be trained on how to handle paint chemicals, operate spray painting equipment, and the necessary safety measures. This helps them to master safe work procedures and to know how to prevent potential hazards.

In addition, the proper use of personal protective equipment is an important measure to protect the health of the worker. When working with paint and hazardous chemicals, employees must wear respirators, gloves, and safety glasses to avoid direct contact with these substances. Strict adherence to regulations on the use of personal protective equipment not only minimizes the risk of accidents but also enhances safety awareness in daily work.

Ensuring a safe working environment is essential. The paint room should be designed to be well-ventilated, with an effective ventilation system to minimize the accumulation of fumes and paint dust. In addition, spray painting equipment needs to be regularly inspected and maintained to ensure it operates stably and safely. In particular, fire safety measures must be strictly implemented to prevent the risk of fire and explosion. Thanks to these measures, businesses can create a safe and effective working environment, protecting workers and improving product quality.

5. Occupational safety regulations for painting and surface finishing

Completing tests at occupational safety training centers is for the purpose of obtaining a labor safety certificate. From there, workers will have a clear understanding of safety knowledge as well as a valid certification for their work.

Occupational safety regulations for painting and surface finishing are necessary to protect workers and ensure product quality. First of all, all employees must participate in occupational safety training courses, especially on the procedures for working with paint and spray painting equipment. These training courses help employees to understand the potential hazards and how to prevent accidents, as well as how to use personal protective equipment such as respirators, gloves, and safety glasses correctly.

The work environment must also be designed and maintained to be safe. The paint room should have an effective ventilation system to remove fumes and paint dust, minimizing the risk of inhaling toxic substances. In addition, spray painting equipment must be regularly inspected and maintained to ensure it is always in good working condition. This regulation not only helps to prevent equipment-related accidents but also ensures that the painting process is smooth and of high quality.

6. Handling emergency occupational accidents when painting and finishing surfaces

Handling emergency occupational accidents when painting and finishing surfaces requires thorough preparation and a quick response. When an accident occurs, the first thing to do is to immediately stop all activities and move the victim out of the danger zone. Then, report the incident to the manager or occupational safety team to receive emergency assistance. A quick and accurate response can help to minimize the consequences of the accident.

First aid for the victim is the next and extremely important step. If the victim is burned by paint chemicals, the burned area should be washed with cold water for at least 15 minutes. In case of inhalation of toxic fumes, the victim should be moved to fresh air and allowed to rest. If the victim is suffocating or unconscious, basic resuscitation measures should be performed and an ambulance should be called immediately for professional assistance. Calmness and first aid knowledge will help to stabilize the victim’s condition before medical intervention.

IV. Occupational safety and health for personnel assembling springs and rotating shafts

1. Job characteristics of spring and rotating shaft assembly

The assembly of springs and rotating shafts is an important step in the process of finishing a rolling door, requiring meticulousness and precision. The springs and rotating shaft play a key role in helping the rolling door to operate smoothly and effectively. To ensure these parts function correctly, the assembly must be performed by experienced and highly skilled technicians.

The assembly process begins with inspecting each part to ensure there are no technical defects or damage. The springs and rotating shaft need to be correctly aligned and securely connected to ensure the durability and load-bearing capacity of the rolling door. Every small detail in the assembly process must be performed carefully to avoid errors, as even a small mistake can affect the entire system.

After assembly, the parts will be thoroughly inspected to ensure they operate correctly. This inspection includes testing the tension of the springs and the smoothness of the rotating shaft when the rolling door is in operation. If any problems are detected, the technician will make timely adjustments and repairs to ensure that the rolling door operates perfectly. The precision and care in each step of assembly and inspection not only ensures the quality of the product but also enhances the safety and reliability for the user.

2. Types of occupational accidents in the assembly of springs and rotating shafts

Occupational accidents in the assembly of springs and rotating shafts can occur from many causes, requiring the care and skill of the worker. One of the most common risks is injury from spring recoil. The springs have a large tension, and if not installed correctly, they can spring out and cause serious injury to the employee. This usually occurs when protective equipment is not used or the assembly technique is incorrect.

In addition, the risk of pinching or crushing the hand is another threat in the assembly of the rotating shaft. The rotating shaft and related parts can cause mechanical injuries if not handled carefully. A lack of attention or incorrect operation can lead to hand pinching, causing injuries from minor to severe. In particular, fast-moving parts can easily cause these accidents if the employee is not trained and does not follow safety procedures.

Finally, contact with unsafe tools and equipment is also a cause of accidents. The use of substandard or improperly maintained tools can lead to accidents such as cuts, lacerations, or even electric shock when working with electrical equipment. Ensuring that all tools and equipment are in good condition and adhering to safety regulations are key factors in preventing occupational accidents in the assembly of springs and rotating shafts.

3. Causes of occupational accidents when assembling springs and rotating shafts

The causes of occupational accidents when assembling springs and rotating shafts often stem from various factors. First, a lack of skill and knowledge on the part of the employee is one of the main causes. When employees are not fully trained on how to assemble springs and rotating shafts, they are prone to making mistakes in the work process. This can lead to incorrect or unsafe installation, increasing the risk of accidents.

In addition, the use of substandard tools and equipment also contributes to accidents. Tools that are not properly maintained or are faulty can cause incidents such as cuts, hand pinching, or even electric shock. The use of inappropriate equipment for the job or non-compliance with safety regulations can lead to serious accidents. This highlights the importance of regular maintenance and inspection of work equipment and tools.

An unsafe working environment is another cause of occupational accidents. Working in a cramped, poorly lit, or poorly ventilated condition can increase the risk of injury. In addition, non-compliance with occupational safety regulations and the improper use of personal protective equipment are also factors that increase the risk of accidents. Ensuring a safe working environment, providing adequate protective equipment, and strictly adhering to safety regulations are necessary to prevent occupational accidents when assembling springs and rotating shafts.

4. Preventive measures for occupational accidents when assembling springs and rotating shafts

Completing occupational safety training to be issued a group 3 labor safety card by the occupational safety training center helps to properly complete work records.

Preventive measures for occupational accidents when assembling springs and rotating shafts require a focus on training, equipment, and the work environment. First, occupational safety training for employees is extremely important. Employees need to be equipped with knowledge of the assembly process, how to use tools correctly, and the necessary safety measures. These training courses help them to recognize and prevent potential hazards, ensuring the work process is safe and effective.

The use of personal protective equipment and standard tools is a necessary measure to protect workers. Employees should be fully equipped with protective equipment such as gloves, safety glasses, and protective clothing to minimize the risk of injury when working with springs and rotating shafts. At the same time, tools and equipment must be regularly inspected and maintained to ensure stable and safe operation. The use of standard equipment not only helps to increase work efficiency but also prevents possible occupational accidents.

5. Occupational safety regulations for the assembly of springs and rotating shafts

Occupational safety regulations for the assembly of springs and rotating shafts are an essential factor in protecting workers and ensuring product quality. First of all, all employees must participate in in-depth safety training courses, including knowledge of the assembly process, the correct use of tools, and accident prevention measures. Regular training helps to raise awareness of occupational safety and to update the latest techniques.

The use of personal protective equipment is a mandatory requirement. Employees must always wear gloves, safety glasses, and protective clothing when working with springs and rotating shafts. Tools and equipment must be regularly inspected and maintained to ensure they operate stably and safely. In particular, the correct use of specialized tools helps to minimize the risk of accidents and ensures the assembly process is smooth.

The work environment also needs to be maintained safely and cleanly. The work area must be well-lit, ventilated, and free of hazardous obstacles. Safety regulations must be widely disseminated and strictly monitored. Any incident must be reported and handled promptly to prevent future accidents. Strict adherence to safety regulations not only protects the health of workers but also improves work efficiency and product quality.

6. Handling emergency occupational accidents when assembling springs and rotating shafts

Handling emergency occupational accidents when assembling springs and rotating shafts requires preparation and a quick response. When an accident occurs, the first thing to do is to immediately stop all activities and move the victim out of the danger zone. Then, report the incident to the manager or occupational safety team to receive emergency assistance. Timely intervention can help prevent more serious injuries and ensure the safety of everyone around.

Next, first aid for the victim is a crucial step to take. If the victim’s hand or foot is caught, it is necessary to try to release it quickly but carefully to avoid further injury. If there is a bleeding wound, apply hemostatic measures such as pressure bandages or using a clean cloth to bandage it. In case the victim is in shock or unconscious, an ambulance should be called immediately and basic resuscitation measures such as CPR should be performed if necessary. Calmness and first aid knowledge will help to stabilize the victim’s condition before professional medical intervention.

V. Occupational safety and health for personnel assembling motors and control systems

1. Job characteristics of motor and control system assembly

The assembly of motors and control systems is one of the most important stages in the production of rolling doors, requiring high precision and technical skill. The motor and control system allow the rolling door to open and close automatically, smoothly, and effectively. To achieve this, technicians must ensure that all parts are assembled in sync and work in harmony with each other.

The assembly process begins with inspecting and preparing the motor components, control system, springs, and rotating shafts. The technician needs to ensure that all parts are free of defects and ready for assembly. Then, the motor will be securely attached to the rotating shaft and springs, ensuring a perfect fit. The connection of the electrical wires and the setup of the control system also require meticulousness and precision to ensure that the control signal is transmitted smoothly and without interruption.

After assembly is complete, the system will be thoroughly inspected to ensure everything is working as designed. This includes checking the synchronization between the motor, springs, and rotating shaft, as well as ensuring that the control system responds correctly to commands from the remote control or other control devices. The care in each step of assembly and final inspection ensures that the rolling door will operate stably, safely, and durably, bringing satisfaction to the customer.

2. Types of occupational accidents in the process of assembling motors and control systems

Occupational accidents in the process of assembling motors and control systems can occur from various causes, requiring a high degree of attention from employees and management. One of the most common risks is electric shock, due to working directly with the electrical system and wires. When employees do not follow safety regulations or use protective equipment improperly, the risk of electric shock increases, causing serious injuries or even death.

In addition, the assembly of motors and control systems requires interaction with complex mechanical parts such as springs and rotating shafts. Mechanical accidents such as hand pinching, cuts, or injuries from collision with fast-moving parts can occur if the operation is not careful. These accidents are often caused by a lack of skill or carelessness in the assembly process, highlighting the importance of thorough training and supervision.

An unsafe working environment is also a contributing factor to accidents. Working in a cramped, poorly lit, or without enough space to move can increase the risk of injury. Failure to comply with safety regulations and the improper use of personal protective equipment are also factors that increase the risk of accidents. Ensuring a safe working environment, providing adequate protective equipment, and strictly adhering to safety regulations are necessary to prevent occupational accidents when assembling motors and control systems.

3. Causes of occupational accidents when assembling motors and control systems

The causes of occupational accidents when assembling motors and control systems often stem from many factors. First, a lack of skill and experience on the part of the employee is a major cause. When employees are not fully trained on how to assemble motors and control systems, they are prone to making mistakes in the work process, thereby increasing the risk of accidents. In particular, when working with complex electrical systems, a lack of understanding of electrical safety can lead to serious incidents.

In addition, the use of substandard tools and equipment is also a cause of accidents. Tools that are not properly maintained or are old and faulty can cause incidents such as cuts, hand pinching, or even electric shock. Carelessness in using or not inspecting equipment before working can both lead to unintended consequences. The use of inappropriate equipment for the job or non-compliance with safety regulations are also dangerous factors.

An unsafe working environment also contributes to occupational accidents. Working in conditions of poor lighting, a cramped space, or an unclean environment can increase the risk of injury. In addition, non-compliance with safety regulations and the improper use of personal protective equipment further increase the risk of accidents. Ensuring a safe working environment, providing adequate protective equipment, and strictly adhering to safety regulations are necessary measures to minimize occupational accidents in the process of assembling motors and control systems.

4. Preventive measures for occupational accidents when assembling motors and control systems

Preventive measures for occupational accidents when assembling motors and control systems require a focus on training, the use of safety equipment, and the maintenance of a safe working environment. First, employee training is a key factor. Employees need to be fully equipped with knowledge of the motor and control system assembly process, and how to use tools correctly. Electrical and mechanical safety training courses will help them to recognize and prevent potential hazards, thereby minimizing the risk of accidents.

The use of personal protective equipment and standard tools is a necessary measure to protect workers. Employees must always wear gloves, safety glasses, and protective clothing when working with motors and control systems. At the same time, tools and equipment must be regularly inspected and maintained to ensure stable and safe operation. Care in using equipment and adherence to safety regulations will help prevent accidents related to electric shock, hand pinching, and other injuries.

Finally, the work environment needs to be maintained safely and cleanly. The work area must be well-lit, ventilated, and free of hazardous obstacles. Safety regulations must be widely disseminated and strictly followed. Regular monitoring and evaluation of safety measures also help to detect and promptly rectify any hazards, creating a safe working environment and protecting the health of the worker. This not only ensures safety but also improves work efficiency and quality.

5. Occupational safety regulations for the assembly of motors and control systems

Occupational safety regulations for the assembly of motors and control systems are necessary to protect workers and ensure product quality. First of all, all employees must participate in in-depth occupational safety training courses. These courses provide knowledge of the assembly process, the correct use of tools, and accident prevention measures. Regular training helps to raise safety awareness and to update the latest techniques.

The use of personal protective equipment is a mandatory requirement. Employees must always wear gloves, safety glasses, and protective clothing when working with motors and control systems. Tools and equipment must be regularly inspected and maintained to ensure stable and safe operation. The use of standard equipment not only helps to increase work efficiency but also prevents possible occupational accidents, such as electric shock or hand pinching.

The work environment needs to be maintained safely and cleanly. The work area must be well-lit, ventilated, and free of hazardous obstacles. Safety regulations must be widely disseminated and strictly followed. Regular monitoring and evaluation of safety measures helps to detect and promptly rectify any hazards, ensuring a safe working environment and protecting the health of the worker. Adherence to these regulations not only protects the worker but also improves the quality and efficiency of the work.

6. Handling emergency occupational accidents when assembling motors and control systems

Handling emergency occupational accidents when assembling motors and control systems requires thorough preparation and a quick response. When an accident occurs, the first step is to immediately stop all activities and move the victim out of the danger zone. Then, report the incident to the manager or occupational safety team to receive emergency assistance. Timely intervention can help prevent more serious injuries and ensure the safety of everyone around.

Next, first aid for the victim is a crucial step to take. If the victim is electrocuted, the power should be cut immediately before approaching. Then, perform CPR if the victim is not breathing or has no heartbeat. In case of a mechanical injury such as a pinched hand or foot, it is necessary to try to release it quickly but carefully to avoid further injury. Calmness and first aid knowledge will help to stabilize the victim’s condition before professional medical intervention.