Practice for Automobile Maintenance:Synthetic Part

AOKI, Akio
AT  Elective  3 credits
【Mechanical and Precision System・2nd semester】
19-1-0228-2008

1.
Outline
The following contents will be learned.
(1) Structure and functions of electrical devices, status confirmation of electrical devices by characteristic measurement
(2) Concept and process of exploring failure cause in electric devices, electronic control devices, etc.
(3) Maintenance of inspection items for regular maintenance and inspection, inspection equipment handling, and assessment and determination of inspection results
In this lesson, knowledge, techniques, and attitudes regarding DP 3, DP 4, and DP 5 will be acquired.
Lessons are primarily practice-style using exclusive automobiles as teaching materials.
2.
Objectives
Students can apply the cause exploration process to concrete cases against faults that are related to basic functions and target functions of electrical components of automobiles.
In addition, it can be applied to concrete cases concerning regular inspection, maintenance, automobiles inspection, and related equipment handling.
3.
Grading Policy
Your grade will be evaluated based on the exam (50%) and the report (50%), but it may be evaluated by deducting the attitude in the classes. The unimpaired attitude in the lesson is to keep "knowledge of practical work". You need to summarize contents of each lesson for the report, using A4 paper in vertical with a ballpoint pen. Fill out your student ID number and name on the front cover and submit it in the 15th class. The report will be returned and explained. After the final exam, the contents of it will be explained.
4.
Textbook and Reference
Textbook:"Electric component structure" (Published by Japan Automobile Maintenance Colleges Association)
"Second grade gasoline car engine version"  "Third grade gasoline engine" (Published by Japan Automobile Service Promotion Association)
5.
Requirements (Assignments)
(1) As preparations for next lesson, please check the meaning of the proper noun and the contents of the relationship
shown in the contents of the lesson, and come to the class. (90 minutes)
(2) As a review, please prepare a report on the items instructed during the lesson, so that you can explain them in the next lesson. (90 minutes)
6.
Note
◎ All the classes must be attended. Late arrivals, early leavings, and absences are strictly checked.
◎ In this practical lesson, uniforms, working caps, safety shoes, and tools of the same specification are used for everyone who purchased in advance.
◎ Report paper for report submission will be prepared by yourself
◎ Practice for Automobile Maintenance:Synthetic Part is a compulsory subject (◆ mark) for the Automobile Technology Course [AT course].
7.
Schedule
1. Knowledge of safety work attention and practical work, inspection and performance examination, and inappropriate repairs, etc.
Explanation of inspection and examination of length, width, height, and minimum ground height, etc.
2. Gasoline engine, power train devices, brake devices, and steering devices, etc.
3. Locking device, shock absorbing device, etc.
4. Inspection of automobiles in inspection line.
5. Wiring diagram collection (equipment outline, circuit diagram, wiring diagram, index) and application of wiring drawing collection to stop lamp circuits.
6. The relation between stop lamp circuits and wiring in automobiles as teaching materials.
7. Measuring the normal voltage of stop lamp circuits.
8. Process of exploration of failure cause in electric circuits. Exploring the cause of failure in stop lamp circuits.
9. Application of wiring drawing collection to tail lamp circuits and clearance lamp circuits.
10. The relation between tail lamp circuits, clearance lamp circuits, and wiring in automobiles as teaching materials.
11. Measuring the normal voltage of tail lamp circuits and clearance lamp circuits.
12. Exploring the cause of failure in tail lamp circuits and clearance lamp circuits.
13. Process of exploration of failure cause in electronic control. Exploring the cause of failure in power systems.
14. Inspection of sensor system and exploring the cause of failure in sensor systems.
15. Final exam and summary
1.
Outline
The following contents will be learned.
(1) Structure and functions of electrical devices, status confirmation of electrical devices by characteristic measurement
(2) Concept and process of exploring failure cause in electric devices, electronic control devices, etc.
(3) Maintenance of inspection items for regular maintenance and inspection, inspection equipment handling, and assessment and determination of inspection results
In this lesson, knowledge, techniques, and attitudes regarding DP 3, DP 4, and DP 5 will be acquired.
Lessons are primarily practice-style using exclusive automobiles as teaching materials.
2.
Objectives
Students can apply the cause exploration process to concrete cases against faults that are related to basic functions and target functions of electrical components of automobiles.
In addition, it can be applied to concrete cases concerning regular inspection, maintenance, automobiles inspection, and related equipment handling.
3.
Grading Policy
Your grade will be evaluated based on the exam (50%) and the report (50%), but it may be evaluated by deducting the attitude in the classes. The unimpaired attitude in the lesson is to keep "knowledge of practical work". You need to summarize contents of each lesson for the report, using A4 paper in vertical with a ballpoint pen. Fill out your student ID number and name on the front cover and submit it in the 15th class. The report will be returned and explained. After the final exam, the contents of it will be explained.
4.
Textbook and Reference
Textbook:"Electric component structure" (Published by Japan Automobile Maintenance Colleges Association)
"Second grade gasoline car engine version"  "Third grade gasoline engine" (Published by Japan Automobile Service Promotion Association)
5.
Requirements (Assignments)
(1) As preparations for next lesson, please check the meaning of the proper noun and the contents of the relationship
shown in the contents of the lesson, and come to the class. (90 minutes)
(2) As a review, please prepare a report on the items instructed during the lesson, so that you can explain them in the next lesson. (90 minutes)
6.
Note
◎ All the classes must be attended. Late arrivals, early leavings, and absences are strictly checked.
◎ In this practical lesson, uniforms, working caps, safety shoes, and tools of the same specification are used for everyone who purchased in advance.
◎ Report paper for report submission will be prepared by yourself
◎ Practice for Automobile Maintenance:Synthetic Part is a compulsory subject (◆ mark) for the Automobile Technology Course [AT course].
7.
Schedule
1. Knowledge of safety work attention and practical work, inspection and performance examination, and inappropriate repairs, etc.
Explanation of inspection and examination of length, width, height, and minimum ground height, etc.
2. Gasoline engine, power train devices, brake devices, and steering devices, etc.
3. Locking device, shock absorbing device, etc.
4. Inspection of automobiles in inspection line.
5. Wiring diagram collection (equipment outline, circuit diagram, wiring diagram, index) and application of wiring drawing collection to stop lamp circuits.
6. The relation between stop lamp circuits and wiring in automobiles as teaching materials.
7. Measuring the normal voltage of stop lamp circuits.
8. Process of exploration of failure cause in electric circuits. Exploring the cause of failure in stop lamp circuits.
9. Application of wiring drawing collection to tail lamp circuits and clearance lamp circuits.
10. The relation between tail lamp circuits, clearance lamp circuits, and wiring in automobiles as teaching materials.
11. Measuring the normal voltage of tail lamp circuits and clearance lamp circuits.
12. Exploring the cause of failure in tail lamp circuits and clearance lamp circuits.
13. Process of exploration of failure cause in electronic control. Exploring the cause of failure in power systems.
14. Inspection of sensor system and exploring the cause of failure in sensor systems.
15. Final exam and summary