How Wireless Safety Alert Systems Work

Made of stout canvas and bamboo, this stretcher is designed for lifting casualties in the upright position through small hatches, such as manholes or porthole entrances, or for lowering casualties from heights as in mountain rescue. The casualty is placed on the stretcher. Rope at the base acts as “stirrups” to hold the casualty’s feet. The strap at the top is passed around the casualty’s forehead to hold the head in position.

Push the traverses fully open with your heel and place the stretcher on its runners. Turn the stretcher on its side with its runners towards you and the studs or buckles which secure the straps tipper- most. Push the joints of the traverses inwards with your heel to release them. Push the poles together pulling the canvas out from between them. Fold the canvas neatly on to the poles and secure with the straps.

These are used to carry a seriously ill or injured casualty to an ambulance or similar shelter to minimize the risk of further injury. There are a variety of stretchers in general use such as: the standard stretcher; the pole-and-canxas stretcher; the Utila folding stretcher; the scoop stretcher; the carrying sheet; the carrying chair; the trolley bed; the Neil Robertson stretcher; and the paraguard stretcher and Wireless Safety Alert Systems.

Most stretchers can be used to transport casualties with any injury and should be rigid enough to carry casualties with suspected spine fractures without additional boards. All equipment, including Wireless Safety Alert Systems must be tested before it is used.

To ensure that a stretcher is capable of taking the weight of a casualty, one person should lie on the stretcher and each end of the stretcher should be lifted in turn. Then, both ends should be lifted at the same time. If possible, this should be carried out before leaving an ambulance station and not in front of a casualty.

The “standard” or Furley stretcher consists of poles, handles, traverses, runners and a canvas bed. The traverses are jointed so that the stretcher can be opened and closed. When closed, the oles lie close to ether with the canvas bed folded on top. This is then kept in position by two transverse straps. Place the stretcher on its side with its runners towards you and the studs or buckles securing the straps uppermost. Unfasten any straps.

The upper flaps are wrapped around the casualty’s chest and secured with the two short straps, leaving the arms outside. The casualty’s arms are then secured with the long strap. The lower flaps are strapped round the lower limbs. The ring at the head of the stretcher is used for hoisting.

How Wireless Safety Alert Systems Save Lives

Thank God for wireless safety alert systems, these amazing gadgets are true life savers. No wonder in today’s global market place, more and high tech companies are heeding the call. There is just no end in sight for ways to capitalize on these systems.

It’s the end of wired systems as we know it. For sure, wired systems can never go away completely. Where hard wiring is the only option that is available, both businesses and households do not really have a choice.

But where wireless safety alert systems are possible, property owners have it in their best interest to go rogue with the hard-wire convention. First of all, going with such a trajectory is usually the cheaper option.

Where wires are eliminated from the equation in addition to other physical conduits, costs are brought down in an amazing fashion. The cost elimination gets usually passed on from the enterprise
down to the end consumer, thereby increasing customer satisfaction. So if you happen to be an old-fashioned business that is looking to join the 21st century bandwagon, there is your chance.

For sure, wireless technologies will not be waiting for you. Each day, new wireless devices are showcased on the Internet. Seniors, the handicapped, and the sick have all been beneficiaries of one of this century’s most amazing inventions. What began with the wireless Internet that is widely known as Wi-Fi and later on as free Wi-Fi, has been rolled over into emergency protection pendants and alarm systems.

In fact, no one is safe from prying eyes any more with portable monitoring technologies that can be set up on the fly. Fortunately, unwired counter-surveillance systems also exist. And for another, developed governments around the world are slowly mastering the art of championing privacy protection.

While most wireless sensors utilize the power of the Web or Bluetooth, there are those that rely heavily on satellite technology similar to GPS and radio systems. Which technology to rely on is usually dictated by operational cost and long-term sustainability. For the end consumer, it would be wise to invest in a 911 or similar system with no hidden or exorbitant monitoring costs.

Drone-based technologies often help bring the cost down for the masses. However, since drones can easily be damaged or stolen, it is more useful as a backup device. For example, the archetypal company of the future with an eye on longevity will want a combination of both wired and nonwired security gadget. This way, in case of an accident or an emergency, one or the other can withstand the test of time.