This is a Portable Defibrillator

The right portable defibrillator motivation
But many of these projects fail after a few days defibrillator or weeks. Often the motivation is lost too quickly or was portable never really there. The giving up of smoking from today to tomorrow not succeed if the smokers are defibrillator not entirely clear about whether they really want. From the outset doomed to failure is a "Fremdmotivation" with the slogan "I want to quit smoking, because my partner portable said medicine journalist Sven David Mueller.

Concrete portable defibrillator intentions
Another reason for the failure of good intentions are often portable imprecise targets. How do people want to eat healthier if you defibrillator do not even know what that means exactly? It is better, for example, make, an apple each morning, afternoon and evening, a banana, two tomatoes is portable to eat. This is a concrete action that can lead to the desired goal to eat more healthily. Health-formulate their goals in concrete defibrillator terms. Likewise, it is not enough to want to move more. Instead, look for Bewegungswillige of two or three solid days of the week, like jogging portable in which they. Loading times then the weather should not be running one, a "Plan B" be at hand, for example, go swimming defibrillator or play badminton.

Achievable portable defibrillator
Just as important as the actual portable wording of the goals is that they must be reachable on their own. Those who argue with his partner defibrillator and his partner would like less or more time with him / her want to spend, does not reach alone and without the will of the other. Because it takes two. The desire to portable avoid stress is unrealistic. The stressed-out employees are not relaxed defibrillator from 1 January better suddenly. What he can change, however, is his handling of stressful situations. Thus, the manager, for example, on the way home from work and take a long walk defibrillator off there ". Once home, the stress should be dropped and relaxation occur gradually. In his free time, the Stressed busy with something that does him good and pleasure. This portable may be reading a book, like the cinema with friends or the insertion of the favorite CD.

Portable Defibrillator And Manuel Defibrillator History

Defibrillator is a device used to give electric shock, portable defibrillator, to make the heart beat back to the person who suffered cardiac arrest, such as ventricular fibrillation or ventrikeltachykardi (common forms of arrhythmia).

Manual defibrillators found only in hospitals or ambulances, and there are those we are accustomed to seeing in films and portable defibrillator television programs, which loaded and fired the charge of a trained person, nurse or doctor via the so-called paddles. Paddles placed over the patient's heart in the chest and the voltage can be set manually for the desired effect.
Semi-automatic defibrillators are now on the other hand, more and more places in the community, they provide spoken instructions and can be used by the majority regardless of previous knowledge. Typically, the housing portable defibrillator of the defibrillator are pictograms that guides and helps to ensure that everyone can use it. When it started since the defibrillator gives spoken instructions and exhortations that helps to properly perform defibrillation. You then connect the electrodes to the chest suffered as shown on the defibrillator and those passing through an electric shock through the heart to try to get it beating normally again.

There are a number of security portable defibrillator software in the defibrillator that does not allow the electric shock is given if the patient is unconscious and has suffered a cardiac arrest. Only if the defibrillator detects a ventricular fibrillation or ventrikeltachykardi is delivering on an electric shock. The time to first defibrillation is crucial for the survival chance for cardiac arrest, according to the Swedish Council for CPR decreases survival chances by 10% for each idle minute. Ideally, defibrillation within three minutes. Semi-automatic defibrillators should not be used on children under one year and preferably portable defibrillator with reduction device for children between one and eight years of age. For children, there are specific defibrillators or electrode plates when working with less voltage then tailored to a child's body mass.

Manual defibrillators
DC shock delivered from a capacitor in the external defibrillator and this must be recharged just before the DC shock should be given. The external power conversion capacitor can be charged as high as 7500 volts. The amount of portable defibrillator energy that emit specify in Joules (J, 1 J = 1 WAS (watt seconds)), and this energy release in approx. 5 ms. In the shock arises only capacitor in the defibrillator that is connected to the electrodes and the patient so that the damage to the electronics of the defibrillator avoided.

Defibrillator is used always by portable defibrillator ventricular fibrillation. It is very important to give DC shock as quickly as possible with witnessed cardiac arrest due to ventricular fibrillation, because the previous one does the better the chance to convert the arrhythmia. Recent research shows that the circulatory failure that has lasted for more than five minutes, it would be beneficial to engage in cardiovascular resuscitation (CPR) for a period first. In the recent past has biphasic defibrilatorer become more common. This means that the machine shall submit two shocks, one in each direction between the electrodes, to ensure a complete discharge of the heart.

Semi-automatic defibrillators
Semi-automatic defibrillators (Eng: Automatic External Defibrillator (AED)) are modern machines that are programmed to detect the two common forms of shock only arrhythmia, ventricular fibrillation and ventrikkeltachychardi. The portable defibrillator operators of these machines need not be health professionals, and delegation issued by the administrator physician on the basis of approved courses with NRR-approved instructor. The operator need only turn on the defibrillator, attach electrodes correct the patient's chest so the machine will analyze the heart rhythm and give instructions about what to do. If the machine is recommended shock will charge kapasitatoren and voice and light signals tell the operator portable defibrillator that the machine is ready to give shocks. The operator must press the button to submit a shock, this in order to prevent others in contact with the patient when the shock emitted, and to prevent errors indicated shock. They typically emit 180 Joule, and can seldom be charged to more than 2300 volts.

Such systems are increasingly deployed in hotels, shopping centers, transport hubs and the like, and personnel work at the appropriate places taught the use of these. The hope is that this long term, to reduce sudden death from cardiac arrest.

Fully automatic defibrillators
Fully automatic defibrillators both analyze, portable defibrillator charge and capture shocks without any user interaction than the operator must connect the electrodes and turn on the appliance. There are limitations no clinical studies that indicate that such defibrillators are neither more nor less effective than the semi-automatic. However, there is consensus (Guidelines 2005) that such machines should not be used outside of portable defibrillator health care until further studies, and authoritative opinions about the safety of those present. There is the potential that such defibrillators can ensure faster delivery of the first shock, but you lose the user control you have with the semi-automatic.

Internal defibrillator (ICD)
For patients with heart disease or Congenital heart defects may be a solution to be operated in a fully automatic defibrillator. More and more portable defibrillator Norwegians are implanted defibrillator. Defibrillator can send indispensable electric shock when the heart stops and is a very effective way to prevent sudden death.

Defibrillator box, which is longer and thinner than a matchbox, attached to the heart via an electrode in blood vessel. Patients receive local anesthesia during the operation, sometimes a general anesthetic. The procedure takes portable defibrillator an hour, and the patient can usually discharged the next day. A small computer in the implanted box analyzes the heart rhythm continuously, and is prepared to intervene if necessary.

In the case of heart running amok (ventrikkeltachycardi), sends out an electric shock of approx. 32 joules. If the heart stops completely (ventricular fibrillation), it sends also a shock of 32 joules and can act as a pacemaker. Heart portable defibrillator activity and any intervention from the defibrillator is always recorded so that the cardiologist can read this at the next consultation.

How to Use a Portable Defibrillator

Defibrillation, also known as electric shock or external cardioversion is the medical procedure involves passing voluntarily portable defibrillator and brief electrical current in the heart when it presents certain arrhythmia called atrial fibrillation, and to restore normal heart rhythm.

By extension, sometimes called defibrillation chemical or pharmacological cardioversion or when chemical or pharmacological correction of atrial fibrillation (ie, finger) is performed by the administration of drugs.

The first attempts at resuscitation by electrical shock dating from 1788, without the ale is naturally concept of mode. The rhythm disorder responsible for sudden death is suspected in 1849 by Ludwig and Hoffa and the term fibrillation is created by the French Edmé Vulpian 1874.

In 1899, we note that we can induce ventricular fibrillation by electric shocks and can stop this latest suit.

Carl Wiggers first system tests portable defibrillator on animals in the late 1940s.
Claude Beck did the first defibrillation AC successfully during an intervention on the heart in 1947. Naum Gurvich in 1939 proves that the use of a DC is more effective and less dangerous. This technique is widely used later in the USSR but only a few decades later in Western countries. It also tests the biphasic shock for the first time. It designs and the first external defibrillator since 1952.

Portable Defibrillator History

The first attempts at portable defibrillator resuscitation by an electric shock dating from 1788, although we naturally ale concept of how. The rhythm disorder responsible for sudden death was suspected in 1849 by Ludwig and Hoffa and fibrillation is the term created by the French Edmé Vulpian in 1874.

In 1899, we note that one can induce ventricular fibrillation by electric shocks and can stop this latest suit.

Carl Wiggers first system tests on animals in the late 1940.

Claude Beck did the first alternating current defibrillation success during an operation on his heart in 1947. Naum Gurvich in 1939 proves that the use of a DC is more effective and less dangerous. This technique will be widely used later in the USSR but only a few decades later than in Western countries. It portable defibrillator also tests the biphasic shock for the first time. It designs and the first external defibrillator since 1952.

In 1959 Bernard Lown performs the first shock to the reduction of atrial fibrillation. He will introduce in the Western technique of defibrillation by direct current, used today.

In 1960 was built in Paris the first external pacemaker connected to a defibrillator. At the same time, Bernard Lown is the first to use the defibrillator to treat ventricular tachycardia (in either ventricular fibrillation).

In 1966 was manufactured transportable system can be set palc in an ambulance and used outside the hospital. Early models portable defibrillator were nearly 70 kg, but passing quickly under the 5 kg with progs miniaturization.

The first semi-automatic defibrillators appear in the 1980.