5. CONCEPT EVALUATION AND PRODUCT ARCHITECTURE - S-Division-2022-2023-Odd/Repo-10 GitHub Wiki
PUGH CHART
5.1 PUGH CHART
PUGH CHART
5.1 PUGH CHART
SI NO | OBJECTIVES | SCORES | CONCEPT DESIGN 1 | CONCEPT DESIGN 2 | COCEPT DESIGN 3 | CONCEPT DESIGN 4 |
---|---|---|---|---|---|---|
1 | SAFETY | 9 | Dantum | + | ++ | + |
2 | EASE OF USE | 4 | Dantum | + | + | -- |
3 | PORTABILITY | 5 | Dantum | + | - | + |
4 | USE OF STANDARD PARTS | 6 | Dantum | 0 | ++ | + |
POSITIVE SCORE | 0 | 18 | 34 | 20 | ||
NEGATIVE SCORE | 0 | 0 | 5 | 8 | ||
TOTAL SCORE | 0 | 18 | 29 | 12 |
Assign Weights to Objectives
SI NO | OBJECTIVES | WEIGHTS |
---|---|---|
1 | SAFETY | 9 |
2 | EASE OF USE | 4 |
3 | PORTABILITY | 5 |
4 | USE OF STANDARD PARTS | 6 |
5.2 JUSTIFICATION FOR SCORE GIVEN
design no | Objective | Score Allocated | Justification for the Score |
---|---|---|---|
1 | Safety | Dantum | As reference |
---- | Ease of Use | Datum | As reference |
---- | Portability | Datum | As reference |
---- | Use of Standard Parts | Datum | As reference |
2 | Safety | (+) | Machine with smooth edges safer then datum |
---- | Ease of Use | (+) | More satisfied outcomes than datum |
---- | Portability | (+) | It is portable as that of datum |
---- | Use of Standard Parts | (0) | equipped parts are used comparable with datum |
3 | Safety | (++) | Insulation provided for circuits offers more safety than datum |
---- | Ease of Use | (+) | satisfied outcomes than that of Datum |
----- | Portability | (-) | machine parts are heavier than Datum which contradicts its potability |
---- | Use of Standard Parts | (++) | Sandardized parts across an assembly are used than datum |
4 | Safety | (+) | Chance of injury During processing lesser than Datum |
---- | Ease of Use | (--) | lesser productivity than Datum |
---- | Portability | (+) | Machine Edges are sharper than Datum which contradicts its portability |
----- | Use of Standard Parts | (+) | Parts with more specialization are used than Datum |
SELECTION OF MEANS FOR EACH CONCEPT | ||||
Sub functions | Concept 1 | Concept 2 | Concept 3 | Concept 4 |
switch on indication | led | alarm | touch screen | Beep |
Signal activator | beep | led light | beep | led light |
avalability of wire | manually | manually | semiautomatic | manually |
Initiation for cutting | stripper | nail pullers | sissor | floral wire cutter |
Sense the wire | IR sensor | ultra sonic | IR sensor | ultra sonic |
transport of wires | D C motor | steppar motor | belts | conveyar belts |
Wire cuting of 10 cm at once | digonal cutter | cable cutters | ratchet cutter | diagonal cutter |
indication after cutting | beep | led light | alaram | sensor |
collection of boxes | plastic box | metal box | fibre box | cable box |
switching off the machine | off button | off button | led | alaram |
5.3 SELECTED DESIGN
5.4 FUNCTION CLUSTERING
5.5 INTERACTION BETWEEN SUBSYSTEMS
SUBSYSTEM LIST
SL. No. | Subsystem |
---|---|
1 | wire handling |
2 | processing |
3 | display unit |
INTERACTION DETAILS
WIRE HANDLING
interaction | data entering | processing |
---|---|---|
spatial | no | yes |
data | yes | no |
material | no | no |
PROCESSING
interaction | initialisation of control unit | processing unit |
---|---|---|
spatial | yes | no |
data | yes | yes |
material | yes | no |
DISPLAY UNIT
interaction | initialisation of control unit | data entering unit |
---|---|---|
spatial | no | no |
data | no | yes |
material | no | no |