Preparedness Tools

 
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Preparedness Tools


You must use your own opinion when choosing tools.

Tools are important to have in order to fix different things around the house or your environment. Below you will see a few items that you may consider a tool, but others may be items that are useful to have around. This list should be expanded or edited for your own needs.

Tools
Household Tools include:

Canner water bath and pressure canners
Tools for use with your fireplace, grill, kerosene heater
Aluminum foil many uses in cooking with this, collecting water
Duct Tape Many uses for this will anything!!!
Shovel  
Axe  
Saw  
Screw Drivers  
Hammer  
Extra nails, screws, etc.  
Rope, twine, cord, etc. You should have a minimum of 50 feet of 1/4" nylon rope for tying, hanging, or building shelters. Nylon is best because it will not be damaged by moisture and does not sag under constant strain. However, nylon is very slippery so learn to tie knots that work with nylon.
Fire Extinguisher  
Rototiller This is great to have for gardening
Compass *see below
Generator Great for suppling power to your house for heating and cooling, as well as running appliances. Remember to have extra fuel stored to run the generator.

Finding Directions by using Stars, Sun, Moon or Compass Compass
  1. Finding directions using the stars - To find the North Star, train your eyes on the “pointer stars” of the Big Dipper - the two stars farthest from the handle. Imagine a line connecting them and extending upward to a point about five times the span between the two pointers. The earth’s North Pole lies directly under the North Star.
  2. Finding directions using the sun - Depending on the season, the sun rises more or less in the east and sets in a westerly direction. At other times try the following: Shadow-Stick Method: push a short, straight stick into the ground, angle it toward the sun so that the stick makes no shadow, then wait until it casts a shadow at least six inches long. The shadow will be pointing east from the stick. A line at right angles across the shadow will be north-south.
  3. Finding directions using the moon - The moon comes up in the east and goes down in the west, as does the sun. The shadow-stick method works with a bright moon as well as the sun.
  4. Finding directions using a compass - The most important navigational aid used in orienteering is the human brain. The most helpful device for general use is the compass. Compasses are useful for taking bearings and for orienting the map so that it is aligned with the terrain. Every direction can be expressed as an angle with respect to north. In the military and the boy scouts, this is called an “azimuth”, and bearings are expressed as a number of degrees. Orienteers take the easy way out, just setting the angle on their compass and keeping the needle aligned, which in turn keeps them going in the right direction. A simple set of step-by-step instructions for setting a bearing on a baseplate compass are:
    1. Place the compass on the map so that the direction of travel arrow is lined up with the way you want to go
    2. Turn the compass housing so that the arrows engraved in its plastic base are parallel to the north arrows drawn on the map (make sure the arrowhead points north and not south)
    3. Take the compass off the map and hold it in front of you so that the direction of travel arrow points directly ahead of you
    4. Rotate your body until the compass needle is aligned with the arrow on the base of the compass housing
    5. Pick out a prominent object ahead of you along the direction of travel, go to it, and repeat the process (this way you can detour around obsgtructions but still stay on your bearing)
Sources used: boy scout handbook, and http://www.williams.edu/Biology/orienteering/compass.html
Lashing

talk to a boy scout and learn this useful skill so that you can make a lean to or other items out of branches and rope

nylon rope or cord - should have a minimum of 50 feet of ¼ inch nylon rope for tying, hanging, or building shelters. Nylon is best because it will not be damaged by moisture and does not sag under constant strain. However, nylon is very slippery so learn to tie knots that work with nylon.

Basic Lashing Technique

Source: http://www.4thtyldesley.co.uk/skills/lashings.htm

Square Lashing

square lashing examples
  • Used to fasten two spars or poles together
  • Start by crossing the two sticks or dowels at perpendicular or 90 degree angles
  • Make a Clove Hitch on the vertical stick or dowel near the point where the two sticks cross. This fastens the rope to the stick.
  • Weave the rope under and over the crossed sticks alternately. To do this, run the rope over the horizontal bar, around behind the vertical bar, then back over the face of the horizontal bar on the left. Tighten snugly, then bring the rope behind the vertical bar and up the right front side of the horizontal bar. Repeat this three or four times, keeping the rope tight.
  • When you have finished weaving the lashing, then “FRAP” it by wrapping the rope between the poles (in front of the back stick and in back of the front stick), pulling tightly. This tightens the connected poles.
  • Finish your lashing with another Clove Hitch.
Diagonal Lashing
Diagonal lashing examples

Diagonal lashing is used to bind poles together that cross each other but do not touch when their ends are lashed in place in a structure.

The diagonal lashing gets its name from the fact that the wrapping turns cross the poles diagonally. The diagonal lashing can be used to bind poles that cross each other from 90o to 45o. If the angle between the poles is less than 45o a shear lashing should be used. The diagonal lashing makes use of the timber hitch to pull poles together that are not touching each other. The timber hitch allows the poles to be drawn together without changing the relative positions of the poles. If a square lashing were used to bind poles that do not touch, the beginning clove hitch would pull the cross pole toward the clove hitch causing unnecessary bowing of the cross pole and could also produce a force that would act along the length of the pole to which the clove hitch is tied. These additional forces, if strong enough, can place unnecessary strain on other lashing within the structure causing the structure to twist and fail.

  1. Tie a timber hitch diagonally around both poles
  2. Start the wrapping turns on the opposite diagonal to the timber hitch, by pulling the rope tight so that the poles contact each other.
  3. Take 3 to 4 wrapping turns; keep the wrapping turns parallel; pull each wrapping turn tight. If the wrapping turns are allowed to cross, the increased friction between the strands of the rope will make it difficult to tighten the wrapping turns.
  4. Start the second set of wrapping turns by going past and around the vertical pole. Going around the pole the rope allows the direction of the rope to be changed without crossing the first set of wrapping diagonally.
  5. Take 3 to 4 wrapping turns; be sure to keep the wrapping turns parallel; pull each wrapping turn tight
  6. Start the frapping turns by going past and around one of the poles. Going around the pole with the rope allows the direction of the rope to be changed without crossing the wrapping turns diagonally
  7. Take 2 to 3 frapping turns; keep the frapping turns parallel. Be sure to pull each turn tight
  8. End the lashing with a clove hitch. Take the first half hitch of the clove hitch by going past and then around one of the poles. Lock the half hitch tight against the lashing by working it tight.
  9. Take a second half hitch around the pole.
  10. Work the second half hitch tight against the first half hitch so that the clove hitch is locked against the lashing.
  • If very smooth rope is used, the lashing can be made more secure by adding a third or forth half hitch to the clove hitch.
Tripod Lashing
Shear Lashing Examples

A shear lashing around 3 poles.

This is used to bind three poles together, for the construction of a tripod. To bind three poles together that contact at the same point in a structure.

The tripod lashing is a shear lashing that binds three poles together at the same point. The tripod lashing gets its name from the fact that its most common use is the construction of a tripod. The tripod lashing can be used just about anywhere in a structure that three poles cross each other at the same point and the same time in the sequence of construction. Tripod lashing takes two main forms: with racked wrapping turns (the rope is woven between the poles) and with plain wrapping turns (the rope is wrapped around the poles without weaving the rope between the poles). When the lashing is made with racking turns, the rope contacts each pole around its entire circumference; this contact makes the tripod lashing with racking turns the most secure form of tripod lashing: therefore tripod lashing with racking turns should be used when safety is important. However, for light structures where there would be no danger if the lashing slipped, the faster to tie tripod lashing with plain wrapping turns may be used.
  • For most tripod lashings, lay the pole side by side with the butt ends aligned. The alignment of the butts of the pole insures that the tripod legs are the desired length.
  • Set up the tripod by crossing the outside poles so that the cross point of the poles is under the center pole. Crossing the outside poles under the center pole causes part of the load that is placed on the tripod to be taken up by the wood to wood contact of the poles.
Shear Lashing
Shear Lashing Examples

A sheer lashing is often used to bind adjacent poles together. It is also a good way to reinforce a broken or weak pole. The frapping turns used to tighten the lashing may be omitted and replaced with wedges inserted between the poles.

A loose Sheer Lashing made around the ends of two poles will allow the poles to be opened out and used as an A-frame. It can also be used to form a tripod just like the Figure-of-eight lashing.
  1. Lay out the poles. For most lashings you will want to lay the poles side by side with the butt ends aligned (thicker ends).
  2. Tie a clove hitch around one of the outside poles and secure the standing part by wrapping it around the running part (or trap it under the first turns). If you are only lashing two poles together it may be better to simply tie the clove hitch around both poles and pull tight.
  3. Pass the rope around the poles to form a first turn.
  4. Pulling each turn tight made a series of turns until the lashing is at least as long as the combined diameters of the two poles (usually a set of 4 to 6 turns will be sufficient).
  5. Tighten the lashing with a frapping turn by taking the rope down between two poles at one end of the turns. This should be difficult to do if the turns have been pulled tightly (as they should be). Bring the rope back up between the poles at the other end of the lashing and pull tight. Repeat 2 or 3 times.
  6. Start the second set of frapping turns by taking the rope around the center pole and frapping. Take the second set of frapping turns in the opposite direction to the first set.
  7. Repeat for any additional poles
  8. Pass the rope once more between the poles then around one pole and tuck it under itself to form a half hitch. Pull this tight and make a second half hitch forming a clove hitch by taking the rope around the same pole and tucking it under itself.