Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.

ARM PROJECTS LIST&ABSTRACT- automatic anesthesia controller using heart beat sensor

1,645 views

Published on

Published in: Education

ARM PROJECTS LIST&ABSTRACT- automatic anesthesia controller using heart beat sensor

  1. 1. ARM 7 PROCESSOR BASED - AUTOMATIC ANESTHESIA CONTROLLER USING HEART BEAT SENSOR At the present time anesthetics, drugs which induce loss of awareness, are often used for surgical operations. A general anesthetic should cause a progressive depression of the central nervous system and cause the patient to lose consciousness. In contrast, a local anesthetic will affect sensation at the region to which it is applied. To maintain an adequate depth of anesthesia without compromising patients health, an anesthesiologist usually works as a multi-task feedback controller to roughly regulate the drugs titration while observing a variety of patient outcomes. Automatic anesthesia controller design aims to automatically regulate anesthesia levels by taking account on several physiological measurements and then frees up anesthesiologists for more important tasks in operation. This project designed using the PIC Microcontroller aids in the control of feeding Anesthesia for patients during Surgery times. This project Consists of a Heart Beat sensor to detect the Heart beat rate and a Mechanical Arrangement with syringe for feeding anesthesia to the patients.Operation: First the Syringe is filled with anesthesia liquid and kept in the mechanical arrangement. And the Heart beat rate is calculated. Then the Liquid is slowly injected into patients body and the changes in the Heartbeat rate is observed. Then according to the Heart beat rate the Liquid is injected into the body.
  2. 2. The injecting process is controlled by the movement of the Stepper Motor. The Complete Status is Indicated in LCD with online Updations.Hardware Requirements 1. PIC microcontroller PIC16F877 2. Heart beat Sensor 3. Power supply circuits 4. Stepper Motor Driver Circuits 5. Stepper Motor 6. Mechanical model constructed with syringeSoftware: 1. Hitech C compiler 2. MPLAB IDE V6.0Application: 1. Clinical applications 2. Operation TheatersAdvantages: 1. PIC Microcontroller based operation 2. Syringe can be pre adjusted to fill the anesthetic fluid 3. Stepper motor is used for taking accurate ml of the fluid 4. better than human control 5. Controlling Analgesia Level through Heart beat rate Analysis
  3. 3. BLOCK DIAGRAM LCD Display +5V Power +12 Signal V Supply ARM 7 Conditioning PROCESSOR – Board LPC2148 (Amplifier) Heart Beat Sensor+12V SteppermotorPower DriverSupply GND Emitter Stepper Mehanical Motor Arrangment (Model) Detector Patients Finger
  4. 4. BLOCK DIAGRAM LCD Display +5V Power +12 Signal V Supply ARM 7 Conditioning PROCESSOR – Board LPC2148 (Amplifier) Heart Beat Sensor+12V SteppermotorPower DriverSupply GND Emitter Stepper Mehanical Motor Arrangment (Model) Detector Patients Finger
  5. 5. BLOCK DIAGRAM LCD Display +5V Power +12 Signal V Supply ARM 7 Conditioning PROCESSOR – Board LPC2148 (Amplifier) Heart Beat Sensor+12V SteppermotorPower DriverSupply GND Emitter Stepper Mehanical Motor Arrangment (Model) Detector Patients Finger
  6. 6. BLOCK DIAGRAM LCD Display +5V Power +12 Signal V Supply ARM 7 Conditioning PROCESSOR – Board LPC2148 (Amplifier) Heart Beat Sensor+12V SteppermotorPower DriverSupply GND Emitter Stepper Mehanical Motor Arrangment (Model) Detector Patients Finger

×