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close this bookDisaster Rescue - Australian Emergency Manual (Natural Disaster Organization, 183 p.)
close this folderCHAPTER TEN - RESCUE FROM HEIGHTS AND DEPTHS
View the documentRescue from Heights and Depths
View the documentImprovised Single Point Lowers (Figures 10:1 and 10:2)
View the documentStretchers in Rescue
View the documentTwo-Point Vertical Suspension (Figure 10:3)
View the documentFour-Point Horizontal Suspension (Figure 10:4)
View the documentLadder Hinge (Figure 10:5)
View the documentLadder Slide (Figure 10:6)
View the documentLeaning Ladder (Figures 10:7 and 10:8)
View the documentLadder Derrick (Figures 10:9 and 10:10)
Open this folder and view contentsMechanical Descents
View the documentThe Jib (Figures 10:18 and 10:19)
Open this folder and view contentsFlying Fox (Figures 10:20, 10:21 & 10:22)

Four-Point Horizontal Suspension (Figure 10:4)

10.4 Where it is essential to keep the casualty horizontal, the four-point horizontal suspension can be used.

The stretcher is rigged in the same way as for the two-point suspension, except that it is advisable to use four separate ropes - one for each 'D' on the stretcher. A suitable hole must be found or cut in the floor and the stretcher is then lowered as shown in Figure 10:4.

The rescuers on the far side pull the stretcher across until it is located over the centre of the hole. Four rescuers are required, unless the casualty is very light, in which case one rescuer positioned at the head and one at the foot of the stretcher can do the job, each controlling two ropes. If no suitable landing is available for the stretcher below, two rescuers will be required there.


Fig 10:4 Four point horizontal suspension