ساخت دستگاه ترک اعتیاد (تحریک کننده الکتریکی جمجمه ) برای درمان اعتیاد و افسردگی و بیخوابی
دستگاه تحریک الکتروکرانیال (تحریک الکتروتراپی جمجمه ) یک دستگاه بسیار ساده است که می توان انرا با کمتر از 15000 تومان و به سرعت ساخت و نیاز به لحیم کاری هم ندارد و می توان انرا بر روی بردهای فشاری ظرف نیم ساعت بسازید
اساس کار دستگاه محرک الکتروکرانیال ایجاد پالس های با فرکانس نیم هرتز است که توسط دو پروب یا گیره یا چست لید سیم های ان به هر دو لاله گوش متصل می شود و از طریق لاله گوش این پالس ها را به قسمت های از مغز منتقل می کند .
مکانیسم عمل دستگاه تحریک الکتروتراپی کرانیال
در همه قسمت های بدن انسان سلول ها برای زندگی برق تولید می کنند و اعصاب بدن انسان هم باری انتقال پیام های باجابجایی یو.نها همانند یک سیم پیام را منتقل می کنند . دستگاهای تولید کننده پالس های الکتریکی در پزشکی مصارف زیای دارند بعضی از انواع ان مثل دستگاه تحریک عصب و عضله با ایجاد فرکانس خاص و تحریک عضلات باعث رشد انها می شود و اغلب ورزشکاران از ان استفاده می کنند دستگاه تحریک الکتروتراپی کرانیال هم با ارسال موج های خاص باعث ازاد شدن هورمون سروتونین گابا و اندروفین در مغز می شود
موارد مصرف دستگاه تحریک کننده الکتریکی جمجمه
این دستگاه به علت ازاد کردن هورمونهای مثل سروتونین در درمان افسردگی موثر است و با ازاد کردن موادی مثل گابا و اندورفین باعث ایجاد ارامش و خواب و کاهش درد می شوند
دستگاه تحریک الکتروتراپی کرانیال در ترک اعتیاد به مواد مخدر
مدت ها است بعضی از مراکز ترک اعتیاد از این دستگاه در زمان ترک برای کاهش درد معتادان از این دستگاه استفاده می کنند .
طریقه ساخت
در قسمت زیر نقشه فنی دستگاه و توضیحات ان ذکر شده است
موفق باشید
طریقه ساخت
در قسمت زیر نقشه فنی دستگاه و توضیحات ان ذکر شده است
موفق باشید
Cranial Electrotherapy Stimulator Circuit Diagram
Current generated flows through clips placed on the earlobes Output current adjustable from 80 to 600 microAmperes
Owing to the recent launching in Europe of Cranial Electrotherapy Stimulation (CES) portable sets, we have been “Electronically Stimulated” in designing a similar circuit for the sake of hobbyists. CES is the most popular technique for electrically boosting brain power, and has long been prescribed by doctors, mainly in the USA, for therapeutic reasons, including the treatment of anxiety, depression, insomnia, and chemical dependency. CES units generate an adjustable current (80 to 600 microAmperes) that flows through clips placed on the earlobes.
The waveform of this device is a 400 milliseconds positive pulse followed by a negative one of the same duration, then a pause of 1.2 seconds. The main frequency is 0.5 Hz, i.e. a double pulse every 2 seconds. Some people report that this kind of minute specialized electrical impulses contributes to achieve a relaxed state that leaves the mind alert. Obviously we can’t claim or prove any therapeutic effectiveness for this device, but if you are interested in trying it, the circuit is so cheap and so simple to build that an attempt can be made with quite no harm.
Parts:
R1___________1M5 1/4W Resistor
R2___________15K 1/4W Resistor
R3___________100K Linear Potentiometer
R4___________2K2 1/4W Resistor
C1___________330nF 63V Polyester Capacitor
C2___________100µF 25V Electrolytic Capacitor
D1___________3mm. Red LED
IC1___________7555 or TS555CN CMos Timer IC
IC2___________4017 Decade counter with 10 decoded outputs IC
SW1__________SPST Slider Switch
B1____________9V PP3 Battery Clip for PP3 Battery
Two Earclips with wires (see notes)
Circuit operation:
IC1 forms a narrow pulse, 2.5Hz oscillator feeding IC2. This chip generates the various timings for the output pulses. Output is taken at pins 2 & 3 to easily obtain negative going pulses also. Current output is limited to 600µA by R2 and can be regulated from 80 to 600µA by means of R3. The LED flashes every 2 seconds signaling proper operation and can also be used for setting purposes. It can be omitted together with R4, greatly increasing battery life.
Notes:
Current generated flows through clips placed on the earlobes Output current adjustable from 80 to 600 microAmperes
Owing to the recent launching in Europe of Cranial Electrotherapy Stimulation (CES) portable sets, we have been “Electronically Stimulated” in designing a similar circuit for the sake of hobbyists. CES is the most popular technique for electrically boosting brain power, and has long been prescribed by doctors, mainly in the USA, for therapeutic reasons, including the treatment of anxiety, depression, insomnia, and chemical dependency. CES units generate an adjustable current (80 to 600 microAmperes) that flows through clips placed on the earlobes.
The waveform of this device is a 400 milliseconds positive pulse followed by a negative one of the same duration, then a pause of 1.2 seconds. The main frequency is 0.5 Hz, i.e. a double pulse every 2 seconds. Some people report that this kind of minute specialized electrical impulses contributes to achieve a relaxed state that leaves the mind alert. Obviously we can’t claim or prove any therapeutic effectiveness for this device, but if you are interested in trying it, the circuit is so cheap and so simple to build that an attempt can be made with quite no harm.
R1___________1M5 1/4W Resistor
R2___________15K 1/4W Resistor
R3___________100K Linear Potentiometer
R4___________2K2 1/4W Resistor
C1___________330nF 63V Polyester Capacitor
C2___________100µF 25V Electrolytic Capacitor
D1___________3mm. Red LED
IC1___________7555 or TS555CN CMos Timer IC
IC2___________4017 Decade counter with 10 decoded outputs IC
SW1__________SPST Slider Switch
B1____________9V PP3 Battery Clip for PP3 Battery
Two Earclips with wires (see notes)
Circuit operation:
IC1 forms a narrow pulse, 2.5Hz oscillator feeding IC2. This chip generates the various timings for the output pulses. Output is taken at pins 2 & 3 to easily obtain negative going pulses also. Current output is limited to 600µA by R2 and can be regulated from 80 to 600µA by means of R3. The LED flashes every 2 seconds signaling proper operation and can also be used for setting purposes. It can be omitted together with R4, greatly increasing battery life.
Notes:
- In order to obtain a more precise frequency setting take R1=1M2 and add a 500K trimmer in series with it.
- In this case use a frequency meter to read 2.5Hz at pin 3 of IC1, or an oscilloscope to read 400msec pulses at pins 2, 3 or 10, adjusting the added trimmer.
- A simpler setting can be made adjusting the trimmer to count exactly a LED flash every 2 seconds.
- Earclips can be made with little plastic clips and cementing the end of the wire in a position suited to make good contact with earlobes.
- Ultra-simple earclips can be made using a thin copper foil with rounded corners 4 cm. long and 1.5 cm. wide, soldering the wire end in the center, and then folding the foil in two parts holding the earlobes.
- To ensure a better current transfer, this kind of devices usually has felt pads moistened with a conducting solution interposed between clips and skin.
- Commercial sets have frequently a built-in timer. Timing sessions last usually 20 minutes to 1 hour
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