Emergency Procedures Flashcards

1
Q

Captain’s responsibility

A

Take charge, see to the safety of the crew!
ensure that all safety equipment is on board, operable, and that crew members are trained in its use.
hat at least one crewmember is trained in the operation of the VHF marine radio
Captain may be considered negligent for having crew members carrying out duties for which they have not been trained
Captain’s are required by law to do a briefing prior to getting underway with passengers for hire.

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2
Q

Captains Briefing

A

Required by lawprior to getting underway with passengers for hire.

should state:

  • where they are going,
  • by what route,
  • travel time
  • en route situations that they should be aware of.
  • their responsibilities in emergency procedures, which should consist of them following any directions provided by the crew, and reporting to their assigned muster station.
  • the location of PFDs, and donning procedures
  • the location of liferafts, if equipped
  • the location of all portable fire extinguishers.
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3
Q

Fatal Accidents

A

Most due to drowning when people fall overboard or the vessel capsizes. Most of these fatalities occur because the person was not wearing a PFD.

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4
Q

Non-fatal accidents

A

typically the result of collision with other vessels or fixed objects. There are avoidable by following the Navigation Rules especially those pertaining to speed and maintaining a proper lookout.

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5
Q

Emergency plans should include

A
  • Emergency muster location for the crew and passengers.
  • Muster lists for each location
  • Crew assignments and duties (an emergency action plan)
  • Escape routes made known to passengers.
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6
Q

First Aid is covered separately as a Coast Guard requirement for an OUPV license.
Be sure to have on board a well-stocked First Aid kit, that includes at a minimum, the following items:

A

Bandages of various sizes
Sterile pads
Medical-type tape
Ace-type bandages
Scissors and tweezers
Cotton balls and Q-Tips
Antiseptic solution
Sun screen
Motion sickness pills
Aspirin or Tylenol
Eyewash solution

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7
Q

he following procedures, if performed in sequence by an aircraft, mean that the aircraft is directing a surface craft toward the scene of a distress incident:

A
  1. Circling the surface craft at least once.
  2. Crossing the bow or projected course of the surface craft close ahead at low altitude, opening and closing the throttle, or changing the propeller pitch.
  3. Heading in the direction in which the surface craft is to be directed. The surface craft should acknowledge the signal by changing course and following the aircraft. If it is impossible for the surface craft to follow, hoist the international code flag NOVEMBER, or use any other signaling means available to indicate so.
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8
Q

Coast Guard aircraft carry drop pumps that can be parachuted for use by stricken vessels. Typically, information will be provided by radio on procedures for the actual pump dropping. The drop pump is self-contained, including operating instructions, as follows:

A

Fill fuel tank at least half full of gas.

Keep pump filled with water through black one-inch plug on top of pump.
DON’T RUN WITHOUT WATER.
Connect color-coded hoses. RED-to-RED, etc.
Pull speed control rod all the way out (L-shaped square rod under air cleaner).
Pull out choke (painted green on carburetor).
Crank engine by pulling starter cord rapidly.
When engine starts, push choke in gradually.

IMPORTANT: Most pumps are self-priming. If no water is pumped after one minute, however, remove the filter plug allowing trapped air to escape. Then replace plug when engine starts to slow under load.

When finished, flush with FRESH water, and return ALL gear to nearest Coast Guard unit.

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9
Q

The following procedures are prescribed by the Coast Guard during helicopter evacuation from a vessel. If you have a radio aboard, further instructions may be given by the helicopter on the voice distress frequency.When Requesting Helicopter Assistance

A

(1) Give accurate position, time, speed, course, weather conditions, sea conditions, wind
direction and velocity, type of vessel, and radio frequencies.

(2) If not already provided, give COMPLETE medical information including whether or not patient
 is ambulatory (able to walk).

(3) If you are beyond helicopter range, advise your intentions so that a rendezvous point may
be selected.

(4) If there are any changes in any plans or information, advise immediately. Should the patient
expire prior to arrival of the helicopter, be sure to advise.

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10
Q

Trail Line

A

Lowers first and lows the rescue device, the rescue basket or litter). The trail line is connected to the closed eye of hoist line of the litter or basket not to the devices themselves

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11
Q

Rescue Strop

A

The rescue trop is constructed of strong webbing and stainless steel hardware. It provides a safe means of hoisting uninjured personell. Make sure the hook assembly does no hang on the vessel. The sling is delivered open to lesson the chance of a snag. Care must be taken that the free end does not strike crew members.

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12
Q

Direct Hoist

A

Direct Delivery hoist. The helicopter is directly over the vessel and the rescue equipment is loaded onto the vessel. Rarely used on sail boats due to the hazards presented by masts and rigging.

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13
Q

Trail Line Delivery

A

The rescue device is delivered at an angle so the helicopter will not need to hover over the boat for a long time.Better in situations with mast and rigging. The pilot delivers the trail line to the vessel.

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14
Q

Basket hoist

A

The basket hoist is delayed in most transfer. The boat crew gives a thumbs up and has to make sure that the lines do not get tangled as the basket is lifted.

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15
Q

Litter hoist

A

should be used if the surviver is unconscious

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16
Q

The downwash of a helicopter could reach

A

70 mph so tie down anything that can be blown

17
Q

Safety precautions

A

Do not touch the hoist cable or rescue device until it touches the water or the boat because of the static eccentricity charge

18
Q

Recusing the rescuers

A

If the helicopter goes down, you should push the rescue the equipment to the helicopter. They will say break away, break, away, break away

19
Q

Helicopter exits

A

the cockpit door, cabin door, sliding door, and after light cabin window

20
Q

if the hoist is at night,

A

light the pickup areas as well as possible. Be sure you DO NOT SHINE ANY LIGHTS on the helicopter that might blind the pilot and crew. If there are obstructions in the vicinity, put a light on them so the pilot will be aware of their positions. Remember, there will be a high noise level under the helicopter, so voice communication is almost impossible. Arrange a set of hand signals among the crew who will assist.

21
Q

ALLOW BASKET OR STRETCHER TO TOUCH DECK PRIOR TO HANDLING

A

TO AVOID STATIC SHOCK.

22
Q

During a helicopter rescue. DO NOT SECURE CABLE TO

A

VESSEL OR ATTEMPT TO MOVE STRETCHER WITHOUT UNHOOKING.

23
Q

Once a vessel is taken in tow by a Coast Guard or Coast Guard Auxiliary vessel,

A

t will not be turned over to another resource unless all parties agree that the transfer can be accomplished safely or, a more urgent situation requires the use of the Coast Guard vessel. A tow will normally be conducted to the nearest safe-haven.

24
Q

he simplest form of emergency steering is

A

an oar or similar shaped apparatus. It can be fastened alongside; much like the Viking ships did centuries ago. The first priority in a steering casualty is stop the vessel and turn off the engines to determine the cause. The usual cause of failure of hydraulic steering systems is a leak in the pipelines. If you’re lucky, the leak can be repaired and you can refill with hydraulic fluid, or an acceptable temporary substitute. If insufficient spare fluid is available, a manual back-up steering system should be installed. All hydraulic steering systems should have stop valves in the pipelines and a method of isolating the wheel from the hydraulic rams so if the failure is due to some other cause, the wheel can be disconnected and an emergency tiller used atop the rudder post.

25
Q

Twin-engine vessels can be steered successfully using

A

the engines alone. If the rudder is amidships, this is quite easy. If the rudder is disabled off-center, it can still be done with judicious application of power to the appropriate engine to offset the effects of the rudder.

26
Q

LEAKS

A
  • Find the Source
  • The first option is to engage any bilge pumps, if fitted or bail if the vessel is small
  • If the water is originating from a hole upwards of 1 inch (25 mm) square below the waterline, you have only a short time to locate the leak and stem it before the boat sinks or becomes unstable and capsizes.
    *
27
Q

If it’s fresh water that is leaking i

A

a potable water supply tank or line probably developed a leak. If you have an electric potable water pump, turn it off. Another source could be rainwater which entered unnoticed over a period of time. In either case, there is no immediate danger.

28
Q

Through-Hull Fittings and leaks

A

Most vessels have a number of openings below the waterline: Through-hull fittings, seacocks instrument transducers, shaft logs, rudder shafts, keel bolts, anode studs, and prop shaft bracket fittings are some of the most common. Unless you collided with another vessel and damaged your hull, commence searching at these below-waterline areas.

Check the cooling water circuit and exhaust on any working engines; the cooling pump is capable of pumping a large quantity of water straight into the bilge via any fractured lines. On powerboats fitted with outdrives, don’t forget to look at the transom area in the engine compartment for failure of the rubber bellows sealing the drive.

29
Q

DEWATERING — Taking Action

A

Most small-craft bilge pump systems cannot stem the flow of a major leak.

The easiest method of stopping water from flowing through a broken below-waterline fitting, seacock, hose, or shaft that is completely missing is to drive a round, tapered softwood plug into the hole.

Packs of these plugs in assorted sizes are available at most major boating stores.

To be most effective, suitable-sized plugs should be secured near all through-hull fittings, with spares carried in a handy locker well above the bilges.

water pressure will try to force out these plugs out, so they need to be tended until secured

30
Q

2-inch (50 mm) hole 30 inches 0.75 m) below the waterline will let in around

A

40 gallons (180 L) every minute.

31
Q

Abandon Ship Proceedures

A
  • SEND A MAYDAY message, and don’t forget to bring the EPIRB with you!
  • If time permits, brief the passengers and crew on the procedures that will be followed.
  • Do your best to keep them calm, and by all means, take charge.
  • Once in the water, orient yourself and try to locate the vessel, lifeboats, life rafts, other survivors or other floating objects.
  • Try to conserve body heat.
32
Q

EPIRB

A

Emergency Position Indicating Radio Beacon

33
Q

How can you conserve body heat when you must abandon ship

A
  • Float as still as possible with your legs together, elbows close to your side and arms folded across the front of your lifejacket, minimizing the exposure of the body surface to the cold water.
  • Try to keep your head and neck out of the water.
  • Another technique is to huddle closely to one or more persons afloat, making as much body contact as possible. You must be wearing a life vest to be able to hold these positions in the water.
  • Try to board a lifeboat, raft, or other floating platform or object as soon as possible in order to shorten your immersion time. Remember, you lose body heat many times faster in water than in air.
34
Q

The Decision to Abandon

A

It is the skipper’s decision. You must abandon at the right time, when the life raft and the suits are better shelter than the boat, it is time to abandon ship.

35
Q

Train with life rafts by practicing but do not

A

use the CO2 carriage.

36
Q

Life rafts must be serviced each

A

year

37
Q

A hard canister life raft must be

A
  • stored on a cradle that provides a float free launch,
  • away from rigging or super structures that would interfere with its ability to float free.
  • It should be secured to the cradle with a hydrostatic release that is activated by water pressure if the vessel sinks suddenly.
  • To release manually release the Pelican strap or the hydrostatic release.
38
Q

A hard canister life raft must be

A
  • stored on a cradle that provides a float free launch,
  • away from rigging or super structures that would interfere with its ability to float free.
  • It should be secured to the cradle with a hydrostatic release that is activated by water pressure if the vessel sinks suddenly.
  • To release manually release the Pelican strap or the hydrostatic release.