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Neurostimulation
All electrical specifications are given for
a charge between 500 and 1000 ohms
per channel.
C
hannels: Four independent and individually
adjustable channels electrically insulated from each
other and from ground
Impulse shape: Constant rectangular current
compensated to eliminate any direct current
component to avoid any residual skin polarisation
Maximum current of an impulse:
120 milliamperes
I
ntensity increase interval:
M
anual stimulation intensity adjustment: 0-999
(energy units)
Minimum interval: 0.5 mA
I
mpulse duration: from 60 to 400 microseconds
Maximum quantity of electricity per impulse:
9
6 microcoulombs (2 x 48 µC compensated)
Typical rise time for an impulse: 3 microseconds
(between 20% and 80% of maximum current)
Impulse frequency: from 1 to 150 Hertz
T
he principle of electrostimulation is
to stimulate nerve fibres by means of
electrical impulses transmitted by
electrodes.
The electrical impulses generated by
Compex stimulators are high-quality
impulses – ensuring safety, comfort
and efficiency – that stimulate different
types of nerve fibres:
1. the motor nerves to stimulate a muscular
response. The quantity of work and the benefits
obtained depend on the stimulation parameters.
This is known as electromuscularstimulation (EMS).
2. certain types of sensitive nerve fibres to obtain
analgesic or pain-relieving effects
III. HOW DOES ELECTROSTIMULATION WORK ?
1. Motor nerve stimulation
(EMS)
In voluntary activity, the order for
muscular work comes from the brain,
which sends a command to the nerve
fibres in the form of an electrical signal.
This signal is then transmitted to the
muscular fibres, which contract.
The principle of electrostimulation
accurately reproduces the process
observed during a voluntary contrac-
tion. The stimulator sends an electrical
current impulse to the nerve fibres,
exciting them. This excitation is then
transmitted to the muscular fibres
causing a basic mechanical response
(= muscular twitch). The latter consti-
tutes the basic requirement for
muscular contraction.
This muscular response is completely
identical to muscular work controlled
by the brain. In other words, the
muscle cannot distinguish whether
the command comes from the brain
or from the stimulator.
The parameters of the Compex
programs (number of impulses per
94
English
Manuel MI-SPORT:MI-SPORT-ME 0909 10/09/09 19:19 Page 94
- SOMMAIRE 4
- I. AVERTISSEMENTS 5
- II. PRÉSENTATION 7
- III. COMMENT FONCTIONNE 10
- L’ÉLECTROSTIMULATION ? 10
- Français 11
- IV. PRINCIPES D’UTILISATION 12
- VI. MODE D’EMPLOI 22
- I. SICHERHEITSHINWEISE 33
- II. BESCHREIBUNG 35
- Umgebung verwenden 36
- Allgemeines 37
- III. WIE FUNKTIONIERT DIE 38
- ELEKTROSTIMULATION? 38
- 2. Stimulation der sensiblen 39
- IV. ANWENDUNGSGRUNDSÄTZE 40
- Schmerz und 41
- 5.Stimulationssitzungen und 42
- V. WAS IST DIE TECHNOLOGIE ? 43
- Funktion m-3 44
- Modus m—1 44
- —6 ist also nur 45
- —6 bedie 45
- VI. GEBRAUCHSANWEISUNG 50
- 2. Anschlüsse 51
- 3. Vorbereitende Einstellun 52
- Kontrasts und der Lautstärke 52
- 4. Auswahl einer 53
- Programmkategorie 53
- 5. Auswahl eines Programms 53
- Kabel Mit 54
- Vorbereitender Test m—3 55
- Fortschreiten des Programms 56
- Info Kontraktion 57
- Funktion Skip 57
- Statistiken 57
- 8. Stromverbrauch und 58
- Aufladen 58
- 9. Probleme und deren 59
- SOMMARIO 60
- I. AVVERTENZE 61
- Italiano 62
- II. PRESENTAZIONE 63
- III. COME FUNZIONA 66
- L’ELETTROSTIMOLAZIONE? 66
- IV. PRINCIPI D’USO 68
- V. CHE COS’È LA TECNOLOGIA ? 71
- VI. ISTRUZIONI PER L'USO 78
- TABLE OF CONTENT 88
- I. WARNINGS 89
- II. PRESENTATION 91
- 7. Standards 93
- 8. Patent 93
- 9. Normalised symbols 93
- 10. Technical information 93
- 1. Motor nerve stimulation 94
- 2. Stimulation of the 95
- IV. USE PRINCIPLES 96
- 3.Setting the stimulation 97
- 4.Progression in the levels 97
- 5.Alternation of stimulation 98
- V. WHAT IS TECHNOLOGY? 99
- —6 function 101
- —6 function is therefore 101
- —6 function, the stimulator 101
- VI. DIRECTIONS FOR USE 106
- 2. Connections 107
- 3. Preliminary settings: 108
- 5. Selecting a program 109
- 4. Selecting a program 109
- 6. Personalising a program 110
- Setting stimulation energies 112
- Program progression 112
- Contraction info 113
- Skip function 113
- Statistics 113
- 8. Electricity consumption 114
- 9. Problems and solutions 115
- I. ADVERTENCIAS 117
- II. PRESENTACIÓN 119
- 7. Normas 121
- 8. Patente 121
- 9. Símbolos normalizados 121
- 10. Características técnicas 121
- III. ¿CÓMO FUNCIONA LA 122
- ELECTROESTIMULACIÓN? 122
- 2. Estimulación de los 123
- IV. PRINCIPIOS DE UTILIZACIÓN 124
- 3.Ajuste de las energías de 125
- 4.Progresión en los niveles 125
- 5.Alternar sesiones de 126
- V. ¿QUÉ ES LA TECNOLOGÍA ? 127
- Función m-3 128
- Modo m—1 128
- —6 únicamente es 129
- VI. MODO DE EMPLEO 134
- 2. Conexiones 135
- 3. Ajustes preliminares del 136
- 4. Selección de una 137
- 5. Selección de un programa 137
- Sin cable 138
- Con cable 138
- Test preliminar m—3 139
- Regulación de las energías de 140
- Avance del programa 140
- Información de contracción 141
- Función skip 141
- Estadísticas 141
- 8. Consumo eléctrico y 142
- 9. Problemas y soluciones 143
- INHOUDSOPGAVE 144
- I. WAARSCHUWINGEN 145
- Nederlands 146
- II. WEERGAVE 147
- V. WAT IS DE -TECHNOLOGIE? 155
- VI. GEBRUIKSAANWIJZING 162
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