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The Fully Enclosed Battery Tractor is a type of electric vehicle used for transportation and material handling purposes in various industries. The following are the specifications of a typical Fully Enclosed Battery Tractor: 1. Power source: The tractor is powered by a rechargeable battery, usually a lithium-ion battery, that provides the necessary energy to run the vehicle. 2. Capacity: The tractor has a maximum load capacity of up to 10,000 pounds, making it suitable for transporting heavy loads. 3. Speed: The tractor can travel at a maximum speed of 15 miles per hour, making it ideal for use in warehouses, factories, and other indoor or outdoor environments. 4. Control system: The tractor is equipped with a sophisticated control system that allows for smooth acceleration and deceleration, as well as precise steering and braking. 5. Safety features: The tractor is designed with several safety features, including an emergency stop button, a reverse alarm, and a horn. 6. Comfort features: The tractor is fully enclosed, providing a comfortable and safe working environment for the operator. It also has adjustable seats, air conditioning, and heating systems. 7. Durability: The tractor is built to withstand harsh working conditions and is designed to be durable and long-lasting. 8. Maintenance: The tractor requires minimal maintenance, with only occasional battery charging and routine inspections needed to ensure optimal performance. Overall, the Fully Enclosed Battery Tractor is a reliable and efficient vehicle that can help improve productivity and safety in various industries.

The Two-way Traction Frame Type Flatbed Truck is a type of heavy-duty truck that is designed for transporting heavy loads over long distances. It is primarily used in industries such as construction, mining, and agriculture, where the transportation of heavy machinery, equipment, and materials is required. The truck is equipped with a flatbed that provides ample space for loading and unloading of materials. The two-way traction frame type design of the truck allows it to move in both forward and reverse directions, providing greater maneuverability and flexibility in tight spaces. The truck's powerful engine and heavy-duty suspension system ensure that it can handle heavy loads with ease, while its advanced braking system ensures safe and reliable stopping power. In addition to its primary use in heavy industries, the Two-way Traction Frame Type Flatbed Truck can also be used for transportation of goods and materials in logistics and distribution operations. Its versatility and durability make it an essential asset for any business that requires efficient and reliable transportation of heavy loads.

Electric handling trailers are used in a variety of industries for material handling and transportation purposes. Some of the common applications of electric handling trailers include: 1. Manufacturing: Electric handling trailers are used to transport raw materials, finished goods, and equipment within manufacturing plants. They are also used to move heavy machinery from one location to another. 2. Warehousing: Electric handling trailers are used to move goods within warehouses and distribution centers. They are ideal for transporting heavy loads and can be used to move pallets, crates, and other materials. 3. Construction: Electric handling trailers are used to transport construction materials and equipment on job sites. They are also used to move heavy loads such as concrete blocks, steel beams, and other construction materials. 4. Agriculture: Electric handling trailers are used in agriculture for transporting crops, livestock, and equipment. They are ideal for use on farms where there is a need to move heavy loads over rough terrain. 5. Airports: Electric handling trailers are used in airports for transporting baggage, cargo, and equipment. They are ideal for use in airports where there is a need to move heavy loads quickly and efficiently. Overall, electric handling trailers are versatile and can be used in a wide range of industries for material handling and transportation purposes. They are efficient, cost-effective, and can help improve productivity in various industries.

Battery tractors are electric vehicles that are powered by batteries instead of diesel or gasoline engines. They are used in various industries for different purposes, such as: 1. Agriculture: Battery tractors are used for crop cultivation, harvesting, and transportation. They are ideal for small farms, vineyards, and orchards, as they produce zero emissions and are quiet. 2. Construction: Battery tractors are used in construction sites for moving materials and equipment. They are ideal for indoor construction projects, as they do not emit harmful fumes. 3. Warehousing: Battery tractors are used in warehouses for moving goods and materials. They are ideal for indoor operations, as they produce no emissions and are quiet. 4. Airports: Battery tractors are used in airports for towing luggage carts, cleaning equipment, and other ground support operations. They are ideal for reducing noise pollution and emissions in busy airports. Overall, battery tractors are an eco-friendly and cost-effective alternative to diesel or gasoline-powered tractors. They are becoming increasingly popular in various industries due to their low maintenance costs, reduced emissions, and quiet operation.

Electric tractor step-type electric tractor, standing electric tractor, seat electric tractor, three-wheel electric tractor, four-wheel electric tractor, and load-carrying electric tractor, with rated traction load ranging from 1000kg-10000kg. Walking electric tractor: the rated load of walking electric tractor is 1500kg, with built-in high-energy sealed battery, which is maintenance-free for a long time, and does not need to add liquid or water during its service life. Station-type electric tractor: with a rated load of 2000-3000kg, a new maintenance-free AC motor, brushless, maintenance-free, precise operation, and strong output power, it is often used as an important means of transport for cargo traction, regional logistics and workshop circulation in airports, stations, workshops, and warehouses;. Three-wheel drive electric tractor: the rated load of three-wheel drive tractor is 2000kg-6000kg, and the steering wheel, hand brake, emergency stop switch, accelerator and foot brake are reasonably arranged to provide safe and comfortable operation performance. Four-wheel electric tractor: the rated load of four-wheel drive tractor is 10000kg. The electric tractor has a patented damping system, which effectively reduces the bumpiness of the vehicle during driving, thus extending the service life of the vehicle components; The load carrying electric tractor has a rated load of 4000kg, low center of gravity design, and strong stability when driving.

The principle of "seven no-carrying" for electric flat cars 1. Do not carry the goods when they are overloaded or the weight of the loaded goods is unknown. 2. Do not carry when the operation signal is not clear. 3. The binding is not firm or unbalanced, which may lead to the side slip without carrying. 4. Do not carry when there are people or floating objects on the load. 5. Do not carry when the structure or parts have defects or damage that affect the safe operation. 6. Do not carry when the work site is dark, the site cannot be seen clearly, and the command signal is unclear. 7. The steel (iron) liquid shall not be transported when the package is too full.

1. Ensure that the trailer has been properly inspected and maintained according to the manufacturer's instructions. 2. Make sure that the trailer is properly secured to the tow vehicle before towing. 3. Securely attach the trailer`s safety chains to the tow vehicle in case of accidental uncoupling. 4. Make sure the trailer`s brakes are functioning properly and that the brake lights are working. 5. Check the trailer`s tire pressure and tread before each use. 6. Load the trailer evenly and securely to prevent it from becoming unbalanced. 7. Be aware of the trailer`s length and width when driving, and be sure to leave enough room for other vehicles. 8. Drive slowly and cautiously, especially when turning corners or backing up. 9. Be aware of the trailer`s weight and do not exceed the manufacturer`s recommended weight limit. 10. Do not exceed the speed limit when towing a trailer.

The main problems faced by the rail electric flat car industry are the low R&D and innovation capacity, the large distribution of manufacturers, and the low level of manufacturing technology. 1. The R&D and innovation capabilities are not high: China's most powerful rail flat car manufacturers are widely distributed and cannot form a scale. 2. The distribution range of manufacturers is too large Because many manufacturers have not invested much in technological innovation, talent training and other aspects of flatbed cars, and many professional technicians have been employed by large multinational enterprises with high salaries, senior leaders have no more capital and technical investment in flatbed car manufacturers, which makes the flatbed car manufacturers lose the idea of expanding investment. Various reasons have led to the slow renewal of the rail flat car products in China, which is not much improved compared with the product technology many years ago. For example, the market of many large coal mines and large steel plants has expanded unprecedentedly, but the demand for rail flat cars is basically ordered from foreign companies with advanced technology. 3. Low level of manufacturing technology China's rail flat car production technology is not high, and the production volume is too small to meet the market demand. According to the statistics of relevant experts, as of December 2008, there were no more than 350 manufacturers registered in China specializing in the manufacture of rail flat cars. The output, qualification rate and production technology of many state-owned enterprises are much worse than those of foreign advanced manufacturers

Compared with traditional electric flat cars, modern electric flat cars have the following characteristics: 1. High speed: the maximum design speed of modern electric flat cars is generally 20-40 km/h higher than that of traditional electric rail cars. 2. Low noise: in the past, ordinary wheels were used, while the damping spring of the suspension system between the car body and the bogie was plate spring, with poor damping performance and high wheel-rail noise; Modern electric rail cars generally use elastic wheels and air spring suspension, so they have good damping performance and low noise. 3. High comfort: modern electric rail cars have good damping performance, low noise and high comfort. 4. AC drive is adopted for electric traction: because AC asynchronous motor has the advantages of small size, light weight, easy maintenance and few faults, and the miniaturization of traction device is conducive to installation on urban rail vehicles with relatively compact overall layout. At present, urban rail vehicles in developed countries have completed the transition from DC traction to AC traction, while China's electric traction field is in the transition stage from DC traction to AC traction. In recent years, AC variable frequency traction technology and microcomputer control technology have made breakthroughs in the application field, especially the development of high-power power electronic devices, which has further promoted the rapid development of AC drive technology. Therefore, modern electric rail cars adopt AC transmission mode. Both electric traction characteristics and electric braking characteristics have great advantages. 5. Adopt electro-pneumatic combined braking technology: in terms of braking system, there are many types of urban rail vehicles. Compared with the trunk railway vehicles, the requirements for the braking device of urban rail vehicles have many things in common, that is, not only safe and reliable, flexible operation, but also low manufacturing and repair costs. However, urban rail vehicles are characterized by short distance between stations, frequent starting and braking, fast starting, short braking distance and large passenger flow fluctuation. At the same time, it shall also have the performance of maintaining basically the same vehicle braking rate under various passenger capacities. So it is different from the trunk railway vehicles, and its braking mode generally adopts the pneumatic-electric combined braking mode, which is mainly electric braking and supplemented by air braking.

The principle of "seven no-carrying" for electric flat cars 1. Do not carry the goods when they are overloaded or the weight of the loaded goods is unknown. 2. Do not carry when the operation signal is not clear. 3. The binding is not firm or unbalanced, which may lead to the side slip without carrying. 4. Do not carry when there are people or floating objects on the load. 5. Do not carry when the structure or parts have defects or damage that affect the safe operation. 6. Do not carry when the work site is dark, the site cannot be seen clearly, and the command signal is unclear. 7. The steel (iron) liquid shall not be transported when the package is too full.

Compared with traditional electric flat cars, modern electric flat cars have the following characteristics: 1. High speed: the maximum design speed of modern electric flat cars is generally 20-40 km/h higher than that of traditional electric rail cars. 2. Low noise: in the past, ordinary wheels were used, while the damping spring of the suspension system between the car body and the bogie was plate spring, with poor damping performance and high wheel-rail noise; Modern electric rail cars generally use elastic wheels and air spring suspension, so they have good damping performance and low noise. 3. High comfort: modern electric rail cars have good damping performance, low noise and high comfort. 4. AC drive is adopted for electric traction: because AC asynchronous motor has the advantages of small size, light weight, easy maintenance and few faults, and the miniaturization of traction device is conducive to installation on urban rail vehicles with relatively compact overall layout. At present, urban rail vehicles in developed countries have completed the transition from DC traction to AC traction, while China's electric traction field is in the transition stage from DC traction to AC traction. In recent years, AC variable frequency traction technology and microcomputer control technology have made breakthroughs in the application field, especially the development of high-power power electronic devices, which has further promoted the rapid development of AC drive technology. Therefore, modern electric rail cars adopt AC transmission mode. Both electric traction characteristics and electric braking characteristics have great advantages. 5. Adopt electro-pneumatic combined braking technology: in terms of braking system, there are many types of urban rail vehicles. Compared with the trunk railway vehicles, the requirements for the braking device of urban rail vehicles have many things in common, that is, not only safe and reliable, flexible operation, but also low manufacturing and repair costs. However, urban rail vehicles are characterized by short distance between stations, frequent starting and braking, fast starting, short braking distance and large passenger flow fluctuation. At the same time, it shall also have the performance of maintaining basically the same vehicle braking rate under various passenger capacities. So it is different from the trunk railway vehicles, and its braking mode generally adopts the pneumatic-electric combined braking mode, which is mainly electric braking and supplemented by air braking.

Parking specifications for electric tractors 1. When parking at the workshop entrance and intersection at night, headlights shall be opened and drivers shall not stay away 2. The driver must take the switch key with him when leaving the vehicle. After the work is completed, the electric tractor must be parked in the designated area and the hand brake of the vehicle must be pulled up. Burst handling 1. If any abnormality occurs to the electric tractor, it shall be reported for repair in time? 2. In case of major accident of electric tractor, the scene shall be protected and reported in time, and the scene can be changed only after being observed and analyzed by relevant departments.

(1) Different loading and unloading equipment shall be equipped according to the nature of the operation and the operation site. More suitable handling equipment can be selected according to whether the operation is simple loading and unloading or simple handling, or both; Different handling equipment shall be provided for different operation occasions. (2) Different loading and unloading equipment shall be provided according to the configuration and selection of the operation movement form. Horizontal movement, can be equipped with truck, tractor, trolley and other handling equipment; Vertical movement, can be equipped with hoists, cranes and other handling equipment; Inclined movement, can be equipped with continuous conveyor, elevator and other handling equipment; Vertical and horizontal movement can be equipped with forklift, crane, elevator and other handling equipment; Multi plane movement, loading and unloading equipment such as rotary crane can be equipped. (3) The configuration and selection of loading, unloading and handling operation amount according to the operation amount are related to the operation capacity of the equipment, thus affecting the type and quantity of equipment required. When the operation volume is large, large special equipment with high operation capacity shall be provided; Small and medium-sized general equipment with simple structure, low cost and considerable production capacity is preferred for small and medium-sized operations. (4) According to the type and nature of the goods, the configuration and selection of the physical and chemical properties of the goods, as well as the external shape and packaging vary from size to weight, from solid to liquid, from bulk to bulk, so the requirements for handling equipment are different. (5) Configure and select loading and unloading equipment such as tractors and trailers for long-distance transportation according to the transportation distance. Forklifts, straddle carriers and other loading and unloading equipment can be selected for shorter distance transportation. Handcarts and other loading and unloading equipment can be selected for shorter distance transportation. In order to improve the utilization rate of equipment, it is necessary to combine the types and characteristics of equipment to closely coordinate the traffic, freight, loading and unloading, handling and other work. (6) The complete set of loading and unloading equipment is equipped with loading and unloading equipment, so that the front and rear operations are connected and coordinated with each other, which is an important condition to ensure the continuous loading and unloading work. Therefore, it is necessary to properly coordinate the handling equipment in the production operation area, quantity and tonnage, operation time, site conditions and surrounding auxiliary equipment.

Characteristics and market analysis of electric tractors Electric tractors have the advantages of high energy conversion efficiency, low noise, no exhaust emissions, convenient control, etc. It can meet the needs of various logistics transportation and distribution systems and significantly improve the production efficiency. With the development of logistics industry and the improvement of environmental protection requirements, the market demand for electric tractors is growing. In countries that attach great importance to environmental protection, electric vehicles are of great use. In China, about 80% of tractors still use fuel as power, but with the intensification of environmental governance, relevant departments are considering using electric tractors to replace diesel tractors. The characteristics and application occasions of electric traction vehicle are analyzed and predicted. The development trend of electric traction vehicle technology in the following aspects is analyzed in detail: the traveling motor and its controller are developing from DC technology to AC technology; The whole vehicle communication is developing towards networking, which improves the reliability and communication rate of data communication, reduces the cost of control system, and greatly improves the control level of electric tractor; Hydraulic power steering replaces mechanical steering technology, which is easy to operate and comfortable, with good maneuverability; The braking system is developing towards hydraulic power braking, with light braking and fast response; The wet multi disc brake replaces the dry brake, which extends the service life of the brake, improves the braking torque, shortens the braking distance, and improves the braking safety of the whole vehicle.

Nowadays, the electric forklift has become the material handling equipment of the majority of customers in the industry. The market share of the manual forklift and the internal combustion forklift has gradually declined. Due to people's in-depth understanding of the concept of energy conservation and environmental protection, the electric forklift and the electric stacker series forklift will certainly become the most popular material equipment in the new century. So, what kind of electric carrier is the best? 1. High performance and reliability For customers, the accessories of the electric carrier are the most critical part. Only high-quality accessories can ensure the overall product performance: 1. The AC drive system enables the electric carrier to react more quickly, control more accurately and run more smoothly. 2. The AC drive motor provides stronger power. Under full load, it continues to operate at a high speed, with a climbing capacity greater than 8% under full load, making the operation more extensive and efficient. 3. The AC controller has reliable quality and excellent performance. It has the functions of regenerative braking, reverse braking and various adjustable parameters, which can make the vehicle's motion performance reach the best state under different operating conditions. 4. First class hydraulic station, low noise, small vibration, good sealing performance, automatic adjustment of no-load and full load lowering speed to ensure stable and reliable lifting and lowering. 5. The high-strength body design of the electric carrier is suitable for high-intensity workplaces and has a long service life. 2. High safety factor All mechanical materials and equipment must make a difference in safety design, otherwise it will be difficult to develop in the long run. Electric carriers are no exception. Safety is the most important part of the equipment. 1. High quality electric control system is responsive and easy to operate. 2. Heavy design, compact structure, suitable for narrow space. 3 Large capacity battery to ensure long time operation. 4. The imported hydraulic pump station makes the lifting of goods stable and powerful. 5 Low voltage protection function can protect the battery and prolong its service life. 3. Easy to operate The easier it is to operate the electric carrier, the more popular it is with customers. The advantages of easy operation, simplicity and high efficiency also make the electric carrier sell quickly in the market. 1. The ergonomically designed handle head of the electric carrier is beautiful and simple, and all operation functions can be easily realized by simple buttons on the handle. 2. The ergonomically designed control handle of the electric carrier facilitates left and right hand operation and improves driving comfort. 3. The longer joystick greatly reduces the steering force and makes the operation easier. 4. The steering angle of the handle is greater than 180 degrees, and the vehicle body is short, which makes the turning radius of the vehicle smaller and increases the flexibility of operation. 5. Slow driving function: when the handle is in a near vertical state, the driving speed will automatically decrease, which is convenient for precise operation in a narrow space. 4. Easy to maintain Easy to operate and maintain, which makes customers feel relieved. It is also easier to use. 1. AC drive motor, no carbon brush, basically no maintenance, greatly reducing maintenance costs. 2. The controller self diagnosis system displays the fault code through the handheld unit, which is more convenient to solve the fault. 3. The timer and electricity meter are standard configuration, which is convenient to remind the operator to charge timely. 4. The disassembly and assembly of the car body is fast and convenient. Only remove 2 bolts to remove the rear cover, the main key components can be tested and repaired immediately, and each part on the car can be replaced in the shortest time. 5. The battery box cover is easy to open, and it is convenient to add distilled water or electrolyte to the battery. 6. The use of vertical motor makes the detection and maintenance of motor and brake direct and convenient, and the maintenance performance is much better than that of horizontal motor.

▲ Appearance design with patented technology; ▲ The super large capacity battery pack effectively ensures the working time of the vehicle; ▲ Solid rubber tires extend the service life of vehicle tires; ▲ Simple operating system makes it easier for users to operate; ▲ Four wheel driving, suitable for driving on various roads; ▲ Military technology drive axle body, reflecting durability; ▲ The hydraulic expansion braking system effectively guarantees the braking effect; ▲ The damping system with patented technology effectively reduces the bumpy feeling of the vehicle during driving, thus extending the vehicle components Service life; ▲ LCD combination instrument, which makes all functions of the vehicle clear at a glance; ▲ High frequency MOS AC control technology is adopted, featuring high efficiency, low fever, low noise and strong reliability; ▲ The whole vehicle is made of plastic sprayed parts to ensure no static electricity; ▲ High efficiency electric service steering system with independent intellectual property rights; Convenient, practical and exquisite steering wheel; ▲ AC control system with international top technology; Jog function and regeneration function; (This configuration is a top-level AC configuration!) ▲ Small size, large power, flexible steering, easy operation, battery vehicles, energy conservation and environmental protection

The fixed hydraulic boarding bridge is a special auxiliary equipment to realize the rapid loading and unloading of goods. Its height adjustment function enables a bridge to be built between the truck and the cargo platform in the warehouse. Through it, handling vehicles such as forklifts can directly drive into the truck for batch loading and unloading of goods. The rapid loading and unloading of goods can be realized only by working alone. Fixed lifting platform is a special hydraulic lifting platform used to transport goods between floors of buildings. It is mainly used to transport goods up and down between working floors; The car lift between the floor height of the stereo garage and the underground garage. The product has solid structure, large bearing capacity, stable lifting, simple and convenient installation and maintenance, and is an ideal cargo conveying equipment for replacing elevators between low floors.

Although the pure electric heavy truck has great disadvantages in terms of endurance, it can give better play to its advantages in some transport scenarios with fixed routes and working conditions, such as resource transport, port, road rail intermodal transport and intercity transport. For example, the current port logistics market has just grasped this point of pure electric tractors. The endurance is only more than 200 kilometers, so it can fully adapt to the port logistics transportation. At first, pure electric tractors faced port logistics transportation, because in the port, there is no need to build too many charging piles. Basically, charging piles can be built in the port, which is practical and low in cost. In fact, this charging pile is really the main reason that restricts the development of pure electric traction vehicles. First, it needs to cover a wide area. Second, it has a large investment cost. The construction of charging piles in service areas across the country and in large, medium and small cities is definitely not a small expense. This is also something that most vehicle enterprises cannot do. Also, it needs to consider that the difference between commercial vehicles and passenger vehicles is the difference in charging situation, The passenger vehicle is small and the commercial vehicle is large. The tractor will inevitably pull the trailer when charging in the service area. Therefore, the area and design of the entire charging pile are the difficulties. Therefore, the current pure electric vehicles are basically used in the tractors and dump trucks of port logistics transportation, and are basically used for short and medium distance transportation. But is there no market for all electric tractors? Not really. In fact, from the current market, we can see that the market for pure electric tractors is absolutely large. Just like the current passenger car market, electric vehicles have had a strong momentum. Big engine manufacturers like BYD even want to catch up with Tesla. In the future, the electric vehicle market will definitely be larger than the fuel vehicle market, which is just a matter of time. So there is a big market for pure electric tractors. Xiao Bian thinks that the reason why there is no pure electric tractors in the current market is mainly due to technical problems, that is, the problem of endurance. At present, the maximum endurance distance of domestic pure electric tractors is about 300 kilometers, which can not meet the current long-distance transportation, because in the logistics transportation market, the long-distance transportation is basically the standard, Frequently stopping to charge will only bring more trouble and waste time to drivers and users. This is the weakness and defect of pure electric tractors.

What is an electric tractor? The electric tractor is driven by the motor, and is used for the transportation of large quantities of goods inside and outside the workshop, the transportation of materials in the assembly line, and the transportation of materials in large factory sections. Materials are often stored in trailers, and the tractor is needed to solve the advanced transportation of materials in different sections. The rated traction load varies from 1000kg to 6000kg. Type of electric tractor: According to the use of the vehicles, they can be classified into many types, such as passenger driven electric tractor, station driven electric tractor, mini tractor, electric dual drive tractor, walking electric tractor, electric material tractor, all electric stacker, balanced electric stacker, and traction electric stacker. Electric tractor

1. The operator must be familiar with the structure, performance and working principle of the electric tractor, master the basic operating skills of the electric tractor, and the driver must hold the Special Vehicle Operation Certificate. Unlicensed driving is strictly prohibited. The relevant personnel shall be responsible for the designated vehicle and shall not deliver it to other personnel without operation qualification. Before driving, check whether all conditions are normal, whether all indications on the instrument panel are normal, and whether the power indication is sufficient. 2. Check the starting, running and braking performance. 3. Check whether the lights and horn signals are normal and ensure safety. The horn, headlight, direction light, steering gear, brake, etc. must be sensitive and reliable. 4. Check whether the vehicle battery electrolyte is normal, and replenish the electrolyte in time. 5. Check whether there is oil leakage and liquid leakage at all parts of the vehicle, and replace the seals in time. 6. In addition to the above inspections, the electric tractor circuit shall also be inspected according to the relevant inspection contents of the battery car. Before driving, you should check the surrounding pedestrians or obstacles and sound the horn to start. The driver must start slowly and steadily. Only two passengers are allowed to sit in the driver's seat, including other parts of the driver. 7. Attention shall be paid to the dynamics of traffic and pedestrians when driving. When turning, if there are people or vehicles nearby, a signal shall be sent. The intersection shall be slow, see and pass. Sharp turning at high speed is prohibited. Steep cornering at high speed will cause the vehicle to lose lateral stability and roll over. 8. When turning around and backing up, you must pay close attention to the traffic, pedestrians and surrounding conditions, and proceed slowly. No one is allowed to get on, off, pick up or jump off the vehicle when it is running or when it has not stopped stably. 9. It is prohibited to brake suddenly during driving except under special circumstances. It is forbidden to eat, drink, talk, laugh or take other actions that hinder safety when driving. Drunk driving and fatigue driving of electric tractors are prohibited. 10. Headlights shall be opened for temporary parking at the workshop entrance and intersections at night, and drivers shall not stay away. The driver must take the switch key with him when leaving the vehicle. After the work is completed, the electric tractor must be parked in the designated area and the hand brake of the vehicle must be pulled up.