Product: RUBE GOLDBERG Name: "TWO POSITIVES "
RMIT Industrial Design
Rube Golberg Assembly drawings
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Revision
Nicola Liston s3377561
ITEM NO. 1 2 3 4
8
5
8
6
10
7
9
11
8
3
9 10
9
11 12 13
13
14
PART NUMBER
QTY.
basic timber and magnetic board slinky cauldron pivoted shovel tipping scales 45 degress half pipe half pipe adjustable holder smaller half pipe adjustble holder slotting magnetic side plate Side Platform magnetic side sleeve spring board marble drain
1 1 1 1 1 1 1 2 2 1 1
weight
1 1
springfolding box
1
5 14 12
6
4 2
7 1
RMIT Industrial Design
Rube Golberg Assembly drawings
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Revision
Nicola Liston s3377561
ITEM NO.
BEGINNERS BASE: SUB ASSEMBLY
1
2 3 4 5 6 7 1
8 9 10
4
PART NUMBER
basic timber and magnetic board ramp ramp scafolding adjustable rod componenet adjustable ramp holder magnetic slide rails magnet holder connection point steel sheet base board magnet
MATERIAL
QTY. 1
1mm aluminium 6.3mm aluminium rod
1 1
6.3mm aluminium rod
2
9mm aluminium tube
2
6.5 aluminium rod
2
20mm tube
6
2mm galvanised steel tasmanian oak 15mm rare earth magnets
1 1 6
2 3
5
4
7 7
10
5 6
10 7
7 8
10 9 10 7 10 10
RMIT Industrial Design
Rube Golberg Assembly drawings
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BEGINNERS BASE SUB ASSEMBLY
57
GALVANISED STEEL RAMP
50
200
TOP VIEW 180 SIDE VIEW
1
35
RAMP: Material: Galvanised Steel Sheet Metal Thickness: 1mm
R1
0
FRONT VIEW
RMIT Industrial Design
Process: bend up on fold lines
Rube Golberg Assembly drawings
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Nicola Liston s3377561
27
27
30 39
6.30
104 3.5
3.5
119
BEGINNERS BASE SUB ASSEMBLY RAMP SCAFOLDING
110 BOTTOM VIEW
MATERIAL: 6.5 DIAMETER ALUMINIUM ROD
SIDE VIEW
SCALE 1:! RMIT Industrial Design
Rube Golberg Assembly drawings
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Nicola Liston s3377561
BEGINNERS BASE SUB ASSEMBLY AJUSTABLE ALUMINIUM/ STEEL RAMP LEGS
STEEL TUBING
15
SCALE 1:1
R2
MATERIAL: tubing
20
94
100
25
3
6.30 SIDE VIEW
MANUFACTURING PROCESS: Component to be drilled (see detailing) -cut at 60mm lengths and welded to Magnet Holder
60
3 DETAILING: Drill holes at intervals of 20mm starting 25mm from the bottom profile
9 SIDE VIEW
-Pivot point is tapered 6.30 r to 1.8 from diameter over the distance 3.7mm from this planar surface top is domed at a 2mm radius. MANUFACTURING PROCESS: Component will be lathed to achieve pivot point and drilled to achieve holes cut at 100mm lengths
SIDE VIEW
17
2.5 BOTTOM VIEW
MAGNET HOLDER: MATERIAL: 17 Steel tube THICKNESS: 2.5mm
4
2.6 1.8
DETAILING: Drill 3 holes at intervals of 20mm starting at 15mm from the planar surface at the top
20
ADJUSTABLE ALUMINIUM ROD: 6.30 MATERIAL: aluminium rod extrusion
9 Steel
MANUFACTURING PROCESS: -Cut at 4mm lengths
0
15mm X 1mm Rare Earth Magnets
RMIT Industrial Design
Rube Golberg Assembly drawings
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BEGINNERS BASE SUB ASSEMBLY STEEL SLIDE RAILS SCALE 1:2
71
째 MANUFACTURING DETAILS: 6.30 will Steel rod at be bent at 20째 at 20mm from planar face for a distance of 435.4 where it will be bent at 71째 for a length of 163mm.
.4 163
435
6.30
20째
20
A 4
SIDE VIEW 17
DETAIL A
MANUFACTURING PROCESS: Machine bend -Spot weld perpindicular to magnet holders (see DETAIL A)
SIDE VIEW
BOTTOM VIEW
RMIT Industrial Design
Rube Golberg Assembly drawings
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Revision
Nicola Liston s3377561
3
C
446
450
GALVANISED STEEL SHEET: THICKNESS: 2mm
500
446
450
4.50
MACHINE PROCESS: -cut to size at 446mm X 44mm - 3 Pilot holes drilled 4.5mm in from edge Steel plate screwed on to Tasmanian Oak.
TOP VIEW
2 500
SECTION A-A SCALE 1 : 5
C
2
TOP VIEW TIMBER BASE: MATERIAL: 12 mm thick Tasmanian Oak sheet. 12
B SIDE VIEW 7
DETAILING: CNC cut at 2mm thickness of 450mm X 450mm see SECTION A-A
BEGINNERS BASE SUB ASSEMBLY
CNC T-join cut at on side see DETAIL B 5
9
2.50 DETAIL B SCALE 1 : 1
SIDE VIEW
BASE PLATE
MANUFACTURING PROCESS: CNC Machined
4.50
RMIT Industrial Design
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Revision
Nicola Liston s3377561
PIVOTED SHOVEL SUB ASSEMBLY
TRUE R1.25 GALVANISED STEEL SHOVEL
R1
174
1. 25
TUBING PIVOT POINT 10 steel MATERIAL: tubing cut at 100mm MANUFACTURING PROCESS: Tube is welded to galvanised steel shovel component
째
90
FRONT VIEW
90째
339
25
1.
92 SIDE VIEW
R1
10
100
STANDARD HINGE 242
SCALE 1:5
ROD FOR SHOVEL MATERIAL: 6.3mm steel rod 6.50
MANUFACTURING PROCESS: 6.50 steel rod extrusion is -The bent 90째 at 245 for a length of 174mm -the rod is then bent again at 90째 for an equal length of 242.
SCALE 1:2
RMIT Industrial Design SIDE VIEW
Rube Golberg SCALE 1:5
Assembly drawings
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Nicola Liston s3377561
PIVOTED SHOVEL SUB ASSEMBLY GALVANISED STEEL SHOVEL
UP 90° R 2
88
SCALE 1:2
UP 90° R 2
128
SIDE VIEW
UP 90° R 2
103.93
GALVANISED STEEL SHOVEL MATERIAL: galvanised steel MANUFACTURING PROCESS: -flat pattern is CNC into Galvanised steel that is 2mm thick
12
4
UP 90° R 2
FRONT VIEW
160
UP 90° R 2
150
TOP VIEW
17 FLATTENED SHEET
BOTTOM VIEW
RMIT Industrial Design
Rube Golberg SIDE VIEW
Assembly drawings
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Revision
Nicola Liston s3377561
SLINKY CAULDRON SUB ASSEMBLY:
3
SCALE 1:1
54
TOP VIEW
6.80
FRONT VIEW
PLASTIC
54 CUP
MATERIAL: 3mm HIPS MANUFACTURING PROCESS: Vacuum formed over mold
41
SIDE VIEW
SIDE VIEW
6.30
8
64
40
59
51
RMIT Industrial Design
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Nicola Liston s3377561
SLINKY CAULDRON SUB ASSEMBLY: SLINKY CAULDRON HOLDER: MATERIAL: 6.3mm steel MANUFACTURING PROCESS: 6.30 steel rod extrusion EXTRUSION LENGTH 13.15mm 43mm 40mm 75mm
QUANTITY 2 2 2 1
The 13.15 is welded perpindicular to the 43mm length at the edge of the 43mm extrusion. the 43mm extrusion is welded perpindicular to the 40mm extrusion
6.85
13.15
43
the strandard springs with a minimum diameter of 8mm is welded to the bottom of the 40mm extrusion
40
the 40mm extrusion is connected to the other partwith a 75mm extrusion
6.30 75
RMIT Industrial Design
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SIDE PLATFORM 50 15 250
DETAIL F SCALE 1 : 1
17.50 MATERIAL: Tasmanian Oak
F
60
The bottom magnet requires shelves which are found in DETAIL F
1
12
R2
TOP VIEW
MANUFACTURING PROCESS: Oak placed on CNC and top part is cut out with one through all cut where the magnet will rest
2
12.50
12
6
The magnet shelves are created from drilling around the utside with the CNC this fixture allows the magnet to remain in place
D
SIDE VIEW
25 DETAIL D SCALE 1 : 1
20
24.50
E
R2
BOTTOM VIEW
RMIT Industrial Design
DETAIL E SCALE 1 : 1
-Magnet offset by 1mm -hole CNC at 2mm depth - magnet height at 1.5mm
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Revision
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60
50
SIDE PLATFORM ADJUSTABLE SLEEVE:
MATERIAL: ABS THICKNESS: 2mm
MATERIAL: thermoplastic The component is made from plastic and is injection moulded three part. wall thickness of 2mm radius at 2mm
TOP VIEW
12
1
BACK VIEW J
R2
66
76
SIDE VIEW 25
5
10
K
7
Hinge placement
recessed magnet holer
R2 60
DETAIL K SCALE 2 : 1
30
J
BOTTOM VIEW
SECTION J-J SCALE 1 : 1
aluminium tube with 12 and length of 30
RMIT Industrial Design
Rube Golberg BOTTOM VIEW
Assembly drawings
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Revision
Nicola Liston s3377561
SOFT 'N' SPRINGY
5
L
4 MATERIAL: thermoplastic THICKNESS: 1mm
380
300
MANUFACTURING PROCESS: There are six sections. Each section has a draft of 2degreess and would be injection moulded with three part mould to allow for the overlpping hinge (see DETAIL M)
M
100
1
RMIT Industrial Design
The bottom of each DETAIL M component SCALE 1 : 1 hinges into an overlapping catch Rube Golberg
L
SECTION L-L SCALE 1 : 2
Assembly drawings
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MARBLE DRAIN raised magnet
32.72
1
350
SIDE VIEW
340 MARBLE DRAIN: MATERIAL: ALUMINIUM 56.76
MANUFACTURE PROCESS: cut aluminium sheet at 350mm x 117mm and bend in metal bender (see flat pattern)
TOP VIEW
DOWN 108.92째 R 2
117
UP 142째 R 2
FLAT PATTERN
RMIT Industrial Design
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Revision
Nicola Liston s3377561
MARBLE HALF PIPE HOLDERS
MARBLE HALF PIPE
MARBLE HALF PIPE HOLDERS: MATERIAL: steel rod at 6.30 10 with at -steel tubing at thickness of 1mm MANUFACTURE PROCESS: -steel rod is bent around in an arc with a R24.35 mm
FRONT VIEW
-Steel rod welded at centre point of arc on outside diameter
55
SIDE VIEW
4.
35
-tubing is welded to magnet holder
R2 6.30
-The tubing and the rod have holes drilled through 3 and a distance with a of 10mm in between
58
49
1
189
MATERIAL: HIPS MANUFACTURE PROCESS: Vaccum formed
329 TOP VIEW
3
60
10
122
10
4
SCALE: 1:5
RMIT Industrial Design
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Revision
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SLOTTING MAGNETIC SIDE PLATE
500
450
450
488
12
2
4
7
5
2
detailing of corresponding t-bracket can be found on page 8
4.50 P DETAIL P SCALE 2 : 5
RMIT Industrial Design
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Revision
Nicola Liston s3377561