Menu English Ukrainian russian Home

Free technical library for hobbyists and professionals Free technical library


Instructions on labor protection when putting agricultural machinery into storage. Full document

Occupational Safety and Health

Occupational Safety and Health / Standard instructions for labor protection

Comments on the article Comments on the article

Safe Operation

1. General requirements for labor protection

1.1. Persons at least 18 years of age who have passed a medical examination and have the professions of a locksmith, washer, storekeeper, battery operator, tractor driver, as well as those who have undergone briefings, introductory and at the workplace, are allowed to perform work on putting agricultural machinery into storage.

1.2. These specialists are re-instructed at the workplace once every 3 months, and their knowledge is re-tested annually.

1.3. Dangerous and harmful production factors affecting the employee:

  • vehicle collisions;
  • falling knots, machine parts;
  • burns, water jets;
  • washing chemical solutions, flying particles (soil, paint, rust, etc.);
  • electricity.

1.4. During work, use the overalls prescribed for this type of work, personal protective equipment:

  • cotton suit with waterproof impregnation (GOST 12.4.109);
  • combined mittens (GOST 12.4.010);
  • respirator RPG-67 (GOST 12.4.004);
  • goggles open (GOST 12.4.013).

1.5. Maintenance and repair of machinery and equipment operating in the zone of radioactive, chemical contamination, contamination with pesticides or other agrochemicals is not allowed until decontamination, degassing and neutralization of contamination.

1.6. Personal protective equipment should be used for its intended purpose and the administration should be notified in a timely manner of the need to clean, wash, dry and repair them. They are not allowed to be taken outside the enterprise.

1.7. Know and follow the rules of personal hygiene. Do not smoke in the workplace, do not drink alcohol before and during work. Do not store food or eat in the workplace.

1.8. Perform only the work for which you have been trained, instructed in labor protection and for which the supervisor has approved.

1.9. Persons who are not related to the work performed are not allowed to the workplace. Do not outsource your work to others.

1.10. Obey the safety signs.

1.11. Do not go behind electrical equipment fences.

1.12. Pay attention to the warning signals of trucks, cars, tractors and other types of moving vehicles.

1.13. Report to the manager about the noticed malfunctions of machines, mechanisms, equipment, violations of safety requirements and do not start work until appropriate measures are taken.

1.14. If the victim himself or with outside help cannot come to the medical institution (loss of consciousness, electric shock, severe injuries and fractures), inform the head of the household (employer), who is obliged to organize the delivery of the victim to the medical institution. Before arriving at a medical facility, provide the victim with first aid (first aid) and, if possible, calm him down, as excitement increases bleeding from wounds, worsens the body's protective functions and complicates the treatment process.

1.15. Employees are required to know the fire warning signals, the location of fire extinguishing equipment and be able to use them. It is not allowed to use fire equipment for other purposes.

1.16. Do not obstruct aisles and access to firefighting equipment.

1.17. Sand up spilled fuels and lubricants on the ground. Immediately remove the sand impregnated with oil products and take it to a place agreed with the sanitary and epidemiological station.

1.18. Dispose of used cleaning material in special metal boxes with lids.

1.19. Do not make fire in agricultural storage sectors. equipment on the territory of the machine yard and in the premises.

1.21. Do not store in the workplace flammable and combustible liquids, acids and alkalis in quantities exceeding the replacement need in a ready-to-use form.

1.22. In the event of a fire, immediately call the fire brigade and take measures to eliminate the source of ignition by means of fire extinguishing, and in the event of a fire at electrical installations, the first person who notices a fire must report this to the fire brigade responsible for electrical facilities, the head of the workshops.

1.23. In the event of a fire in the electrical installation itself or near it, first of all, before the arrival of firefighters, disconnect the electrical installation from the network. If this is not possible, then try to cut the wires (sequentially, one at a time) with a tool with insulated handles.

1.24. When extinguishing a fire, extinguish the source of ignition first. When using a foam fire extinguisher, direct the jet at an angle of 40 - 45 degrees to avoid splashing liquid. Start extinguishing from one edge, and then sequentially move to the other edge of the ignition source.

1.25. To extinguish small fires, flammable and combustible liquids, as well as solid combustible substances and materials, use foam fire extinguishers: manual types OHP-10, OP-M, OP-9MN; air-foam type OVP-5, OVP-10; mobile, transported on special trolleys, air-foam type OVP-100, OVP-250, OPG-100. In their absence, throw sand on the fire, cover it with felt or put it out in some other way.

1.26. To extinguish combustible substances and materials that cannot be extinguished with water or foam, as well as electrical installations under voltage, use carbon dioxide hand-held fire extinguishers of the type OU-2, OU-5, UP-2M, OU-8, OUB-3A, OUB-7A ; mobile carbon dioxide fire extinguishers such as OU-25, OU-80, OU-100, OSU-5; powder fire extinguishers of the type: manual - OP-1, OP-2, OP-5, OP-10, OPS-6, OPS-10; mobile - OP-100, OP-250, SI-2, SI-120, SZHB-50, SZHB-150, OP-50, OP-100. It is allowed to use dry, without impurities, sand. When using powder fire extinguishers, do not direct the powder jet at hot surfaces - an explosion is possible.

1.27. Do not use chemical foam or chemical foam fire extinguishers to extinguish a fire in an electrical installation that is energized.

1.28. A worker who violates the requirements of labor protection instructions may be subject to disciplinary liability in accordance with the internal regulations of the enterprise, and if these violations are associated with causing material damage to the enterprise, the worker also bears financial responsibility in the prescribed manner.

2. Labor protection requirements before starting work

2.1. Put on overalls and other personal protective equipment established for this type of work. Clothing should be buttoned up and tucked in, trousers should be over shoes, cuffs fastened, hair tucked under a tight-fitting headdress. Protect the skin from the action of solvents and oils with protective ointments (PM-1 or HIOT-6), pastes (IER-1, IER-2, Airo).

2.2. Check that the tools and devices used during work are in good condition, not worn out and meet safe working conditions.

Non-mechanized tool

2.2.1. Wooden handles of tools must be made of seasoned hard and tough wood, smoothly processed, their surface must not have potholes, chips and other defects. The tool must be properly fitted and securely fastened. Percussion tools (hammers, sledgehammers, etc.) must have oval handles with a thickened free end. The console on which the instrument is mounted must be wedged with a completed mild steel wedge. On the wooden handles of pressure tools (files, chisels, etc.) in the places of interface with the tool, metal (bandage) rings must be mounted.

2.2.2. Percussion instruments (chisels, cross-cuts, barbs) should not have cracks, burrs, work hardening; the occipital part of them should be smooth, free of cracks, burrs and bevels. The length of the manual chisel is at least 150 mm, their drawn part is 60 - 70 mm; blade sharpening angle - in accordance with the hardness of the processed materials.

2.2.3. Forging tongs and other devices for holding forgings being machined should be made of mild steel and match the dimensions of the forgings. To hold the forging without constant hand pressure, the tongs must have rings (spandery), and to protect the worker's fingers from injury, a gap (in the working position) between the tong handles is 45 mm, for which stops must be made.

2.2.4. Wrenches must match the dimensions of the nuts and bolt heads. The jaws of the keys must be parallel and free of cracks and nicks, and the handles must be free of burrs. Sliding keys must not have play in moving parts.

2.2.5. The ends of hand tools used for threading into holes during installation (crowbars for assembly, etc.) must not be knocked down.

2.2.6. Crowbars must be of circular cross section and have one end in the form of a spatula, and the other in the form of a tetrahedral pyramid. Scrap weight within 4 - 5 kg, length 1,3 - 1,5 m.

2.2.7. Pullers must have serviceable paws, screws, rods and stops.

2.2.8. The vise must be securely fastened to the workbench. Sponges must have a good notch.

2.2.9. The screwdriver should be with a straight shaft, firmly fixed on the handle. The screwdriver must have straight sides.

2.2.10. Needle-nose pliers and pliers should not have chipped handles. The jaws of the needle-nosed pliers are sharp, not chipped or broken, the pliers are with a good notch.

2.2.11. Hand scoops for collecting garbage should be made of roofing iron and should not have sharp ends and torn places.

2.2.12. Before using jacks, check:

  • their serviceability, terms of testing according to the technical passport;
  • for hydraulic and pneumatic jacks, the tightness of the connections. In addition, they must be equipped with devices that fix the rise, ensuring a slow and calm lowering of the stem or its stop;
  • screw and rack jacks must have a locking device that excludes the complete exit of the screw or rack;
  • manual lever-rack jacks must have devices that prevent spontaneous lowering of the load when the force is removed from the lever or handle.

electrified tool

2.2.13. All power tools and electrical appliances must have closed and insulated inputs (contacts) of the supply wires. In order to protect against mechanical damage and moisture, the wires of power tools and electrical appliances must be protected by rubber hoses and terminated with a special plug.

2.3. Arrange the working tool, fixtures and materials in the prescribed place, in a convenient and safe order for use.

2.4. Check the presence and serviceability of the warning signal equipment, fences, safety and blocking devices.

2.5. Check that the ground and neutral wires are securely connected to the equipment.

2.6. Turn on, if necessary, local lighting and check the ventilation.

2.7. Check the availability of fire fighting equipment and access to it.

2.8. Make sure that lifting machines and mechanisms are in good condition.

2.9. Start work on lifting and moving the load only after testing the lifting mechanism, making sure that it is in good technical condition and that the pulling devices (ropes, chains, grabs, etc.) correspond to the weight of the load being lifted.

2.10. Use serviceable pulling devices: cables, ropes, chains, etc.

2.11. Make sure that there are no people in the cab of the machine (tractor, combine, etc.) after installing it on the sink.

2.12. Disinfect machines for fertilization and plant protection in personal protective equipment at a specially equipped site. Do not use open fire.

2.13. Before washing machine parts with solvents and other cleaning liquids, lubricate your hands with protective pastes.

2.14. Prior to conservation and painting, check the technical condition and serviceability of protective fences, instrumentation, hoses, ventilation, ground wires and other devices.

2.15. Remove the batteries and take them to the warehouse.

2.16. When arranging cars in open areas, it is necessary to draw control lines that limit parking spaces and make it possible to save driveways and passages.

3. Labor protection requirements during work

3.1. Take necessary breaks from work to prevent the power tool from becoming too hot.

3.2. When lifting a load when using slings, make sure that there is no oblique tension, twisting, or knotting.

3.3. Protect chains and ropes from damage by placing appropriate pads under the sharp edges of the load.

3.4. Raise and lower the load vertically, smoothly, without jerking.

3.5. Do not leave the load suspended even for a short time.

3.6. Delivery of tractors, combines, agricultural machines to the engine yard by towing should be carried out only with the help of tractors with a power equal to or greater than the power of the towed machine. Behind the wheel of a towed machine must be an employee who has a tractor operator-machinist (driver) certificate. Towing the machine is allowed only on a rigid hitch with a length of no more than 4 m. The towed machine must have proper steering, and when driving in the dark and with a visibility of no more than 20 m, rear lighting.

3.7. Loading, transportation to the machine yard of simple agricultural products. machinery, tools, equipment on trucks or tractor trailers should be carried out under the supervision of a responsible person appointed by the administration. In this case, the load must be centered and strengthened.

3.8. Observe the established speed of movement in the machine yard. On the access roads and driveways of the yard, it should not exceed 10 km / h, in industrial premises - 2 km / h.

3.9. Before entering the site (trestle) for loading and unloading agricultural machinery, tools and equipment, make sure that it is level, cleared of foreign objects, and the access roads are safe.

3.10. Install the machine at the external washing station only as directed by the washer.

3.11. Keep an eye on the pressure at the washer, as pressure build-up can cause the hose to slip out of your hands and cause injury.

3.12. When using a steam jet cleaner, beware of burns from hot water and steam.

3.13. Carry out cleaning of machines from dirt manually in mittens using special scrapers and hair brushes.

3.14. Clean the radiator and other components of the tractor and combine from dust in goggles and gloves with a jet of compressed air, do not direct it towards people.

3.15. When cleaning the cutting unit of mowers, headers, use hooks and brushes.

3.16. When removing components and parts from machines, use special mobile platforms, stable ladders, racks, wooden shields, special linings with lodgements and other devices.

3.17. When disassembling units with springs, use devices that prevent sudden action of the springs.

3.18. Carry out dismantling and installation of machine components with special devices and pullers.

3.19. When carrying out work on the conservation and painting of machines, cleaning the surfaces of individual parts of machines from rust, dirt, scale and oil, use scrapers, electric and pneumatic brushes.

3.20. Wear goggles and a dust mask.

3.21. To open the lids and plugs of metal tanks with paints, use special brass keys.

3.22. During the operation of mechanized installations for the application of paints and conservation materials, follow the pressure gauge.

3.23. When placing combines and other large machines on stands, use two jacks.

Work with jacks alternately, raising one or the other side of the machine to a small height.

3.24. Use sturdy and stable stands that are appropriate for the load, required height, and size of the supporting surface.

3.25. Transport batteries and electrolyte bottles on special carts.

3.26. When applying chalk protection to the rubber wheels of cars, be careful not to get the solution in your eyes. The use of lime for coating wheels is not allowed.

3.27. For the application of protective films and coatings, for the introduction of inhibitors into the crankcases and fuel tanks of machines, use special equipment.

3.28. Preservation of drive chains should be carried out in heating containers specially adapted for this purpose.

Load and retrieve chains from containers with hooks. This will avoid burns of the hands with oil heated to 90 degrees.

The use of open fire to heat the preservative is prohibited.

3.29. Work with serviceable, unworn tools and devices that meet safe working conditions. Always remember that the source of injury is:

  • use of hammers and strikers that have burrs, cracks, a knocked down striking surface, with handles not wedged with a completed wedge of mild steel;
  • use of pullers with faulty legs, screws, rods, stops;
  • installation of pullers with misalignment of the power screw with the part to be removed;
  • incomplete capture of the removed part by the paws of the puller;
  • non-rigid locking of the shaft from rotation, from which the part is dismantled by the puller.

3.30. Platform (trestle) for loading and unloading agricultural - x. machines, tools and equipment in the machine yard should be level, cleared of foreign objects, and access roads should be safe.

The site is equipped with an electric cabinet with a transformer and sockets for connecting power tools.

3.31. Install caterpillar tractors on wooden supports, the dimensions of which must correspond to the bearing dimensions of the caterpillars. For ease of entry and exit of the tractor, make bevels on the end sides of the supports.

3.32. Move the levers of the gearbox of tractors, self-propelled combines to the neutral position, and the pedals and levers for controlling mechanisms, working bodies - to the non-working position.

3.33. Install trailed machines for storage so that their drawbars are directed towards the exit, and there is a free tractor access to mounted machines.

Tooth harrows should be stored on the site in stacks with the working tool inside, in a stable position, preventing them from falling or shifting.

3.34. Mount wheeled tractors on four stands in the following order. First, place chocks under the front wheels on the side of the possible displacement of the tractor. Then, using a jack or hydraulic device, raise the rear wheels, place stands under the sleeves of the axle shafts of the driving wheels and lower the tractor on them. After that, place chocks under the rear wheels also from the side of the possible displacement of the tractor and raise the front wheels and, having installed hard stands, lower the tractor on them. There must be a gap of at least 50 - 60 mm between the pneumatic wheels of the tractor on stands and the surface of the site.

3.35. Install high-energy wheeled tractors with an articulated frame on stands in the following sequence: turn off the engine, apply the central brake, set the row shift lever to the neutral position, block the horizontal hinge of the frame with a “pin” with a cotter pin or a bolt (at least 25 mm in diameter) with a nut and install pads for wheels.

3.35.1. To prevent tipping of the front and rear parts of the tractor, before disengaging the frame articulation, it is necessary:

  • install under each wheel, front and rear, wooden blocks;
  • install the goats in the front part of the tractor under the front beam and the front hinge support, in the rear part - under the front ends of the side members and the lower shaft of the rear suspension mechanism.

3.35.2. The jack must be placed on a wooden support measuring at least 300 x 200 x 40 mm at the following points:

  • under the left or right side member of the front of the tractor at a distance of 500 - 550 mm from the front edge of the front bar in front of the spring bracket;
  • under the spring cushion and under the neck of the rear axle;
  • under the left or right side member of the rear part of the tractor frame at a distance of 300 - 350 mm from the axis of the rear axle. You can only use a serviceable jack with a lifting capacity of at least 5 tons. It is prohibited to stay under the tractor raised on the jack.

3.36. Mount mounted and semi-mounted machines in order to ensure stability: on two stands - if you need to unload the drive wheels; one or two - if you need to unload the steered wheels; three - harvester.

If the harvester is stored separately from the thresher, then stationary stands must be made for them - with attachment cradles.

3.37. In case of partial disassembly of machines installed for storage, disassembly of hydraulic lines (disconnection of hoses, hydraulic cylinders) is allowed only with the lowered position of assembly units, units controlled by the hydraulic system.

4. Labor protection requirements during work

4.1. In case of noticed malfunctions of production equipment and tools, as well as if, when touching a machine, machine tool, unit, an electric current is felt, or there is a strong heating of electrical wires, electric motors, electrical equipment, sparking or wire breakage, etc., warn workers about hazard, immediately notify the head of the unit and take measures to eliminate the emergency.

4.2. If smoke is detected and a fire occurs, immediately declare a fire alarm, take measures to extinguish the fire using the available primary fire extinguishing equipment according to the source of the fire, notify the work manager.

If necessary, organize the evacuation of people from the danger zone.

In conditions of smoke and the presence of fire in the room, move along the walls, bending over or crawling; to facilitate breathing, cover your mouth and nose with a handkerchief (cloth) moistened with water; move through the flames, covering your head with outer clothing or a blanket, if possible, douse yourself with water, tear off or extinguish the burning clothes, and when most of the clothes are covered by fire, roll the worker tightly into a cloth (blanket, felt mat), but do not cover with your head.

4.3. In case of accidents with people, provide them with first aid, immediately notify the work manager, maintain the situation in which the accident occurred, if this does not threaten the life and health of others and does not violate the technological process, until the arrival of persons investigating the causes of the accident.

4.4. In case of electric shock, release the victim from the current as soon as possible, because. the duration of its action determines the severity of the injury. To do this, quickly turn off the part of the electrical installation that the victim touches with a knife switch or other disconnecting device.

4.5. If it is impossible to quickly turn off the electrical installation, it is necessary to separate the victim from live parts:

4.5.1. When releasing the victim from live parts or wires with voltage up to 1000 V, use a rope, stick, board or other dry object that does not conduct electric current, or pull the victim by the clothes (if it is dry and lags behind the body), for example, by the skirts of a jacket or coat, behind the collar, while avoiding touching the surrounding metal objects and parts of the body of the victim, not covered by clothing.

4.5.2. If the victim touches the wire that lies on the ground, then before approaching him, place a dry board, a bundle of dry clothes or some kind of dry, non-conductive stand under your feet and separate the wire from the victim with a dry stick, board. It is recommended to operate with one hand if possible.

4.5.3. If the victim convulsively squeezes one current-carrying element (for example, a wire) in his hand, separate the victim from the ground by slipping a dry board under him, pulling his legs off the ground with a rope or pulling him by his clothes, while observing the safety measures described above.

4.5.4. When pulling the victim by the legs, do not touch his shoes or clothing unless your hands are insulated or poorly insulated, because. shoes and clothes may be damp and conduct electricity. To isolate hands, especially if it is necessary to touch the body of the victim, not covered by clothing, put on dielectric gloves, if they are not available, wrap your hands with a scarf or use any other dry clothing.

4.5.5. If it is not possible to separate the victim from live parts or disconnect the electrical installation from the power source, then chop or cut the wires with an ax with a dry wooden handle or bite them with a tool with insulated handles (pliers, wire cutters). Cut and cut the wires phase by phase, i.e. each wire separately. You can also use an uninsulated tool, but you need to wrap its handle with a dry woolen or rubberized cloth.

4.5.6. When separating the victim from live parts with voltages above 1000 V, do not approach the victim closer than 4 - 5 m indoors and 8 - 10 m outdoors.

To release the victim, put on insulating gloves and insulating boots and operate only with an insulated rod or tongs rated for the appropriate voltage.

4.6. If the victim is conscious, but frightened, confused and does not know that in order to free himself from the current he needs to get off the ground, with a sharp shout of "jump" make him act correctly.

Providing first aid

4.7. Electric shock. After releasing the victim from the action of electric current, lay him on a bed and cover it warmly, quickly determine the nature of the required first aid within 15 - 20 seconds, arrange for a doctor to be called and take the following measures:

4.7.1. If the victim is breathing and conscious, put him in a comfortable position, unfasten his clothes. Before the doctor arrives, provide the victim with complete rest and access to fresh air, while monitoring his pulse and breathing. Do not allow the victim to get up and move before the arrival of the doctor, and even more so continue to work;

4.7.2. If the victim is unconscious, but his breathing and pulse are stable, keep an eye on them, let him smell ammonia and spray his face with water, ensuring complete rest until the doctor arrives;

4.7.3. In the absence of breathing, as well as infrequent and convulsive breathing, or cardiac arrest (lack of pulse), immediately perform artificial respiration or chest compressions.

Begin artificial respiration and heart massage no later than 4-6 minutes from the moment of cessation of cardiac activity and breathing, because. after this period, clinical death occurs.

Never bury the victim in the ground.

4.8. Perform artificial respiration "from mouth to mouth" or "from mouth to nose" as follows. Lay the victim on his back, unfasten clothing that restricts breathing, place a roller of clothing under the shoulder blades. Ensure that the airway is clear, which may be obstructed by a sunken tongue or foreign material. To do this, tilt the head of the victim as much as possible, placing one hand under the neck and pressing the other on the forehead. In this position, the mouth usually opens, and the root of the tongue moves to the back of the larynx, providing airway patency. If there is foreign matter in the mouth, turn the victim's shoulders and head to the side and clean the mouth and throat with a bandage, handkerchief or shirt edge wrapped around the index finger. If the mouth does not open, then carefully insert a metal plate, tablet, etc. between the back teeth, open your mouth and, if necessary, clean your mouth and throat.

After that, kneel down on either side of the victim’s head and, keeping the head thrown back, take a deep breath and, pressing your mouth tightly (through a handkerchief or gauze) to the victim’s open mouth, blow air into him strongly. At the same time, cover the nose of the victim with the cheek or fingers of the hand on the forehead. Make sure that the air enters the lungs and not the stomach, this is revealed by the distention of the abdomen and the lack of expansion of the chest. If air has entered the stomach, remove it from there quickly by briefly pressing the area of ​​\uXNUMXb\uXNUMXbthe stomach between the sternum and navel.

Take measures to free the airways and repeat the blowing of air into the lungs of the victim. After blowing in, release the mouth and nose of the victim for free exit of air from the lungs. For a deeper exhalation, lightly press on the chest. Perform each air injection after 5 seconds, which corresponds to the rhythm of your own breathing.

If the jaws of the victim are compressed so tightly that it is not possible to open the mouth, then perform artificial respiration according to the mouth-to-nose method, i.e. blow air into the victim's nose.

When the first spontaneous breaths appear, time the artificial breath to coincide with the beginning of the spontaneous breath.

Perform artificial respiration until the victim's deep and rhythmic (own) breathing is restored.

4.9. Perform external heart massage in case of cardiac arrest, which is determined by the absence of a pulse, dilated pupils and cyanosis of the skin and mucous membranes.

When performing an external massage of the victim’s heart, lay the victim on his back on a hard surface or place a board under him, free the chest from clothes and raise his legs by about 0,5 m. 3 - 4 cm above this place along it is determined by the point of pressure. Place the part of the palm adjacent to the wrist joint on the place of pressure, while the fingers should not touch the chest, place the palm of the second hand at a right angle on the back of the palm of the first hand. Make a quick (push) and strong pressure on the sternum and fix it in this position for about 0,5 s, then quickly release it, relaxing your hands, but do not take them away from the sternum. Apply pressure approximately 60 - 80 times per minute. Massage the heart until your own (not supported by massage) regular pulse appears.

4.10. If it is necessary to simultaneously perform artificial respiration and heart massage, the procedure for conducting them and the ratio of the number of injections to the number of pressures on the sternum is determined by the number of persons providing assistance:

4.10.1. If one person is helping, then perform artificial respiration and heart massage in the following order: after two deep breaths, do 15 chest compressions, then again two deep breaths and 15 chest compressions, etc.;

4.10.2. If you provide assistance together, then one makes one blow, and the second after 2 s produces 5-6 pressures on the sternum, etc.

4.11. Perform artificial respiration and heart massage until the body's vital functions are fully restored or until a doctor arrives.

4.12. Injuries. Lubricate abrasions, injections, minor wounds with iodine or brilliant green and apply a sterile bandage or seal with a strip of adhesive plaster. For a large wound, apply a tourniquet, lubricate the skin around the wound with iodine and bandage it with a clean gauze bandage or a sterile bandage from an individual package.

If there is no bandage or bag, take a clean handkerchief or cloth and drop iodine on the place that will lie on the wound to make a stain larger than the wound, and apply the stain on the wound.

Apply the bandage so that the blood vessels are not squeezed, and the bandage is kept on the wound. In case of injury, give a tetanus toxoid injection in a medical institution.

4.13. Stop bleeding. When bleeding stops, lift the injured limb up or position the injured part of the body (head, torso, etc.) so that they are elevated and apply a tight pressure bandage. If during arterial bleeding (scarlet blood flows in a pulsating stream) the blood does not stop, apply a tourniquet or twist. Tighten the tourniquet (twist) only until the bleeding stops. Mark the time of applying the tourniquet on a tag, piece of paper, etc. and fasten it to the harness. The tourniquet is allowed to be kept tightened for no more than 1,5 - 2 hours. In case of arterial bleeding, take the victim to a doctor as soon as possible. Transport it in a comfortable and, if possible, fast vehicle, always with an accompanying person.

4.14. bruises. For bruises, apply a tight bandage and apply cold soaks. In case of significant bruises of the torso and lower extremities, take the victim to a medical facility.

Bruises in the abdomen lead to ruptures of internal organs. Immediately take the victim to a medical facility at the slightest suspicion of this. Do not let such patients drink and eat.

4.15. Bone fractures. For a closed fracture, place the limb in a comfortable position, while handling it carefully, avoid sudden movements, and apply splints. Put splints on both sides, while putting cotton under the splints so that the splints do not touch the skin of the limbs, and be sure to capture the joints above and below the fracture sites. Tires can be worn over clothing. In case of an open fracture, stop the bleeding, lubricate the edges of the wound with iodine, bandage the wound and apply splints, bandage the broken leg to the healthy leg, and the arm to the chest.

In case of a fracture of the collarbone and scapula, put a tight cotton roll into the axillary region of the injured side, and hang your hand on a scarf. If your ribs are broken, wrap your chest tightly or with a towel as you exhale.

If the spine is fractured, carefully place the victim on an ambulance stretcher, boards or plywood, make sure that the torso does not bend (to avoid damage to the spinal cord). In case of broken bones, take urgent measures to deliver the victim to the nearest medical facility.

4.16. Dislocations.

In case of dislocation, ensure the immobility of the injured limb, apply splints without changing the angle that formed in the joint during dislocation. Dislocations should be set only by doctors. When transporting the victim to a medical facility, place the victim on a stretcher or in the back of a car, and cover the limb with rollers from clothes or pillows.

4.17. Burns. In case of a thermal burn, remove clothing from the burned area, cover it with sterile material, put a layer of cotton wool on top and bandage it. Do not touch burns, puncture blisters, or tear off pieces of clothing stuck to burns while treating. Do not lubricate the burnt surface with ointments and do not cover with powders. In case of severe burns, take the victim to the hospital immediately.

4.17.1. In case of an acid burn, remove clothing and thoroughly for 15 minutes. rinse the burned area with a stream of water, then rinse with a 5% solution of potassium permanganate or a 10% solution of baking soda (a teaspoon in a glass of water). After that, cover the affected areas of the body with gauze soaked in a mixture of vegetable oil and lime water, and bandage.

4.17.2. In case of alkali burns, the affected areas within 10-15 minutes. rinse with a stream of water, and then with a 3 - 6% solution of acetic acid or a solution of boric acid (a teaspoon of acid in a glass of water). After that, cover the affected areas with gauze soaked in 5% acetic acid solution and bandage.

4.18. Frostbite. In case of frostbite of the XNUMXst degree (skin is edematous, pale, cyanotic, loses sensitivity), bring the victim into a cool room and rub the skin with a dry, clean cloth until redness or a feeling of warmth, lubricate with fat (oil, lard, boric ointment) and apply an insulated bandage. Then drink hot tea to the victim and transfer to a warm room.

With frostbite II - IV degree (bubbles with bloody fluid appear on the skin, and it becomes purple-cyanotic color - II degree; layers of the skin and underlying tissues become dead, the skin becomes black - III degree; complete necrosis of the skin and tissues - IV degree) apply a dry bandage on the affected skin, let the victim drink hot tea or coffee and immediately send to the nearest medical facility.

4.19. Heat and sunstroke. At the first signs of malaise (headache, tinnitus, nausea, rapid breathing, intense thirst, sometimes vomiting), lay the victim in the shade or bring into a cool room, free the neck and chest from tight clothing; if the victim is conscious, give cold water to drink; moisten the head, chest and neck periodically with cold water, let's sniff ammonia. If the victim is not breathing, perform artificial respiration according to paragraph 4.10 of this instruction.

4.20. Poisoning by pesticides, mineral fertilizers, preservatives and their decay products.

First of all, remove the victim from the contaminated area and free from clothing that restricts breathing and respiratory protection.

Take first aid measures aimed at stopping the entry of poison into the body:

  • through the respiratory tract - remove the victim from the danger zone to fresh air;
  • through the skin - thoroughly rinse the drug with a stream of water, preferably with soap or, without smearing it on the skin and without rubbing it, remove it with a piece of cloth, then wash it with cold water or a slightly alkaline solution; if poison gets into the eyes, rinse them with plenty of water, a 2% solution of baking soda or boric acid;
  • through the gastrointestinal tract - let you drink a few glasses of water (preferably warm) or a slightly pink solution of potassium permanganate and induce vomiting by irritation of the back of the throat. Repeat this procedure 1 - 3 times. Vomiting can also be induced with mustard (1/2 - 1 teaspoon of dry powder in a glass of warm water), salt (2 tablespoons in a glass of warm water), or a glass of soapy water. Do not induce vomiting in an unconscious or convulsive patient. After vomiting, give half a glass of water with two to three tablespoons of activated charcoal to drink, followed by a saline laxative (20 g of bitter salt in half a glass of water); in case of acid poisoning, give a solution of baking soda (1 teaspoon per glass of water), milk or water to drink; in case of alkali poisoning, give milk, lemon juice or vinegar water to drink.

Do not give castor oil as a laxative. If possible, bring the victim to a warm room. When unconscious, use heating pads, but with great care, in case of poisoning with DNOC, nitrafen, sodium pentachlorophenol and sodium pentachlorophenolate, heat is contraindicated, perform cold procedures: cool baths, wet rubdowns, cold compresses, ice packs.

If breathing is weakened, let's smell ammonia, in case of cessation of breathing or cardiac activity, perform artificial respiration or closed heart massage.

In the presence of convulsions, exclude any irritation, give the patient complete rest.

If irritating substances, such as formalin, enter the body, give the victim an enveloping agent (starch solution) to drink. Do not give milk, fats, alcoholic drinks.

For skin bleeding - apply tampons moistened with hydrogen peroxide, for nosebleeds - lay the victim down, lift and tilt his head slightly, apply cold compresses to the bridge of the nose and the back of the head, insert tampons moistened with hydrogen peroxide into the nose.

In case of poisoning with organophosphorus compounds, accompanied by salivation, lacrimation, constriction of the pupils, slowing of breathing, slowing of the pulse, muscle twitches, drink belladonna preparations: 3-4 tablets of besalol (becarbon) or 1-3 tablets of bellalgin.

In all cases of poisoning (even mild), immediately refer the patient to a doctor or paramedic.

4.21. Poisoning with poisonous gases. If signs of poisoning appear (headache, tinnitus, dizziness, dilated pupils, nausea and vomiting, loss of consciousness), remove the victim immediately to fresh air and organize the supply of oxygen for breathing using a rubber cushion or an oxygen cylinder. In the absence of oxygen, lay down the victim, raise his legs, let him drink cold water and let's sniff cotton wool moistened with ammonia. If breathing is weak or stops, perform artificial respiration until a doctor arrives or breathing is restored. If possible and the victim is conscious, give him plenty of milk to drink.

4.22. Eye damage. In case of clogging of the eyes, rinse them with a 1% solution of boric acid, a stream of clean water or a damp cotton (gauze) swab. To do this, lay the head of the victim so that you can direct the jet from the outer corner of the eye (from the temple) to the inner. Don't rub your clogged eye.

If splashes of acid and alkali get into the eye, rinse it for 5 minutes. clean water. After washing the eye, apply a bandage and send the victim to a doctor.

5. Labor protection requirements at the end of work

5.1. After washing, turn off the unit, clean the floor and platform from dirt and oil.

5.2. After finishing work on conservation and painting:

  • turn off the installation;
  • carry out wet cleaning of the room.

Do not use solvents to clean the room. Do not wash your hands with gasoline, kerosene or other solvents.

5.3. After finishing work in the room where the batteries are stored:

  • turn off the settings and the battery group;
  • carefully clean the workplace, wash off the acid from the scaffolds and floors with a stream of water;
  • turn off ventilation.

5.4. Notify the supervisor of any problems found during work.

5.5. Wash your face and hands, take a shower.

See other articles Section Occupational Safety and Health

 We recommend interesting articles Section Standard instructions for labor protection:

▪ Garbage truck driver. Standard instruction on labor protection

▪ Electrician for the repair of overhead power lines in areas of the contact network. Standard instruction on labor protection

▪ Cutter of veneer and facing materials on scissors. Standard instruction on labor protection

See other articles Section Standard instructions for labor protection.

Read and write useful comments on this article.

<< Back

Latest news of science and technology, new electronics:

Artificial leather for touch emulation 15.04.2024

In a modern technology world where distance is becoming increasingly commonplace, maintaining connection and a sense of closeness is important. Recent developments in artificial skin by German scientists from Saarland University represent a new era in virtual interactions. German researchers from Saarland University have developed ultra-thin films that can transmit the sensation of touch over a distance. This cutting-edge technology provides new opportunities for virtual communication, especially for those who find themselves far from their loved ones. The ultra-thin films developed by the researchers, just 50 micrometers thick, can be integrated into textiles and worn like a second skin. These films act as sensors that recognize tactile signals from mom or dad, and as actuators that transmit these movements to the baby. Parents' touch to the fabric activates sensors that react to pressure and deform the ultra-thin film. This ... >>

Petgugu Global cat litter 15.04.2024

Taking care of pets can often be a challenge, especially when it comes to keeping your home clean. A new interesting solution from the Petgugu Global startup has been presented, which will make life easier for cat owners and help them keep their home perfectly clean and tidy. Startup Petgugu Global has unveiled a unique cat toilet that can automatically flush feces, keeping your home clean and fresh. This innovative device is equipped with various smart sensors that monitor your pet's toilet activity and activate to automatically clean after use. The device connects to the sewer system and ensures efficient waste removal without the need for intervention from the owner. Additionally, the toilet has a large flushable storage capacity, making it ideal for multi-cat households. The Petgugu cat litter bowl is designed for use with water-soluble litters and offers a range of additional ... >>

The attractiveness of caring men 14.04.2024

The stereotype that women prefer "bad boys" has long been widespread. However, recent research conducted by British scientists from Monash University offers a new perspective on this issue. They looked at how women responded to men's emotional responsibility and willingness to help others. The study's findings could change our understanding of what makes men attractive to women. A study conducted by scientists from Monash University leads to new findings about men's attractiveness to women. In the experiment, women were shown photographs of men with brief stories about their behavior in various situations, including their reaction to an encounter with a homeless person. Some of the men ignored the homeless man, while others helped him, such as buying him food. A study found that men who showed empathy and kindness were more attractive to women compared to men who showed empathy and kindness. ... >>

Random news from the Archive

Exploration of french fries in outer space 25.06.2023

Astronauts heading on future missions to the Moon and Mars may be glad to know that familiar food will accompany them on their extraneatic journeys. The European Space Agency (ESA) has conducted groundbreaking experiments demonstrating the feasibility of frying food in microgravity.

This study is important in determining food preparation processes and the diversity of food available to astronauts who explore alien worlds. The introduction of familiar cooking methods during deep space travel can greatly facilitate the life of astronauts during expeditions.

Frying is a common culinary method around the world, but the complexity of this technique is due to the physics and chemistry of the process.

According to Thodoris Karapantzios, member of the research team and professor at the Aristotle University of Thessaloniki, Greece: "Ask any chef and they will confirm that the physics and chemistry behind cooking are complex and fascinating topics that intersect with other scientific disciplines" .

The difficulty of frying in microgravity has aroused the interest of scientists. Some have speculated that in the absence of gravity or low gravity, the bubbles formed during the frying process may surround the potatoes, creating a layer of steam that prevents proper cooking, such as french fries.

To study the frying process in microgravity, Karapantzios and colleagues developed a new experimental device with a carousel design. This device provided safety in zero gravity by preventing oil spills and maintaining a constant pressure, which led to a decrease in the required cooking temperature for the potatoes of the test sample.

Frying experiments were conducted during two European Space Agency (ESA) parabolic flight campaigns in which aircraft made repeated arcing flights to create short periods of weightlessness. During testing, the frying process was carefully recorded using a high-speed, high-resolution camera.

Thus, the researchers were able to analyze the growth rate, size, distribution and direction of the bubbles in the oil. In addition, the team monitored the temperature of both the vegetable oil and the inside of the potato. They also drew attention to a special phenomenon - the escape velocity of the bubbles from the potato, resembling a form of escape velocity that occurs in scientific calculations related to the escape of planets or black holes.

The results of the study showed that in low gravity conditions, the bubbles easily break away from the surface of the studied potato, instead of covering and protecting it. This reflects the frying process that occurs in familiar earthly conditions.

Studying the frying process in space could lead to advances in areas ranging from improving traditional cooking methods to using solar energy to produce hydrogen in microgravity. As John Liumbas, another team member and researcher at the Aristotle University of Thessaloniki, points out, exploring the complexities of cooking in microgravity opens up new possibilities for scientific progress.

In addition, space frying research allows astronauts to enjoy the taste of homemade food and food comfort during extended space missions.

Other interesting news:

▪ Sharks will teach people to grow teeth

▪ Cars go on rails

▪ Nanocomposite on graphene and silicon will improve lithium-ion batteries

▪ Artificial island for refugees

▪ Touch laptops will become cheaper

News feed of science and technology, new electronics

 

Interesting materials of the Free Technical Library:

▪ site section Electric motors. Article selection

▪ article by Haroun al-Rashid. Popular expression

▪ article Where do African elephants go to die? Detailed answer

▪ article Wild pear. Legends, cultivation, methods of application

▪ article A simple amplifier on a TDA7294 chip with a printed circuit board and appearance. Encyclopedia of radio electronics and electrical engineering

▪ article Probe for dialing installation. Encyclopedia of radio electronics and electrical engineering

Leave your comment on this article:

Name:


Email (optional):


A comment:





All languages ​​of this page

Home page | Library | Articles | Website map | Site Reviews

www.diagram.com.ua

www.diagram.com.ua
2000-2024