Visuals

November 13, 2006

This page contains visuals from the complete virtual model. Because the majority of parts used in the design were manufactured, the virtual model played an important role in both the creation of the design and the realization of the design through manufacturing. Included below are subsections containing individual part drawings, important sub-assembly drawings, drawings of the complete product, and animations showing the execution as designed.

Virtual Model Visuals
  Parts
  Sub-assemblies
  Complete Product
  Animations
  Videos

 

Parts

November 13, 2006

The parts used to construct SolderBaat were of two types: (1) parts purchased from outside supplies and (2) parts manufactured by Precision SATLAB from raw materials. The outsourced parts are included in the Bill of Materials below, and the in-house parts are included in the list of drawings from the virtual model. Each individual drawing for the manufactured parts is included in the online list in the subsequent link.

 

Bill of Materials (parts outsourced)

Bill of Materials
Item 
Vendor 
Qty. 
Each 
Price 
Buyer
Materials
Aluminum Rod (1 ft.)
McMaster 
2
$3.06
$6.12
Nick
Aluminum Rod (3 ft.)
McMaster 
2
$7.57
$15.14
Nick
HDPE (12"x12"x1/4") 
McMaster 
1
$5.01
$5.01
Nick
HDPE (12"x24"x1/2") 
McMaster 
1
$17.50
$17.50
Nick
Lead Screw 
McMaster 
1
$11.21
$11.21
Nick
PPE (24"x12"x1/2") 
McMaster 
2
$15.82
$31.64
Nick
PPE (24"x12"x1/4") 
McMaster 
1
$8.21
$8.21
Nick
Hardware/Connectors
1/4" Bolts 
Lowes 
15
$0.13
$1.95
Nick
1/4" Bolts 
Home Depot 
4
$0.14
$0.56
Mike
1/4" Bolts 
Home Depot 
8
$0.14
$1.12
Mike
1/4" coupler 
McMaster 
1
$2.28
$2.28
Nick
1/4" Nuts 
Lowes 
15
$0.07
$1.05
Nick
1/4" Nuts 
Home Depot 
12
$0.04
$0.48
Mike
1/8" coupler 
McMaster 
1
$2.28
$2.28
Nick
3/16" coupler 
McMaster 
1
$2.28
$2.28
Nick
3/8" coupler 
McMaster 
3
$2.28
$6.84
Nick
Ball Bearings 
McMaster 
2
$4.76
$9.52
Nick
Ball Bearings 
McMaster 
6
$3.71
$22.26
Nick
Ball Bearings 
McMaster 
2
$2.79
$5.58
Nick
Bolts (4-40x1) 
Lowes 
1
$0.63
$0.63
Jeff
Bolts (4-40x3/4) 
Lowes 
1
$0.63
$0.63
Jeff
Bolts (6-32x1) 
Lowes 
1
$1.18
$1.18
Jeff
Bolts (6-32x3/4) 
Lowes 
1
$1.18
$1.18
Jeff
Bolts (8-32x1) 
Lowes 
1
$1.18
$1.18
Jeff
E-Clips 
McMaster 
1
$3.87
$3.87
Nick
Flat Washers (#6) 
Lowes 
1
$1.73
$1.73
Jeff
Flat Washers (#8) 
Lowes 
2
$1.73
$3.46
Jeff
Magnets 
Radio Shack 
4
$1.89
$7.56
Jeff
Nuts/Bolts/Washers 
Home Depot 
2
$1.96
$3.92
Mike
Nylon Bearings 
McMaster
6
$3.35
$20.10
Nick
Spider couplers 
McMaster 
3
$1.05
$3.15
Nick
Square Nut 
McMaster 
2
$4.68
$9.36
Nick
Super Glue 
Radio Shack 
1
$2.29
$2.29
Jeff
Wood Screws 
Lowes 
1
$2.83
$2.83
Jeff
Soldering Accessories
.022" solder 
Radio Shack 
1
$3.99
$3.99
Mike
.062" solder 
Radio Shack 
1
$2.99
$2.99
Jeff
.062" solder 
Radio Shack 
1
$2.99
$2.99
Mike
25W Soldering Iron 
Radio Shack 
2
$7.99
$15.98
Mike
Electronics
12V Power Supply 
Jameco 
1
$14.25
$14.25
Dave
16 pin socket 
Jameco 
2
$0.20
$0.40
Dave
Black Button 
Radio Shack 
1
$2.49
$2.49
Jeff
Diode 
Jameco 
2
$0.22
$0.44
Dave
Integrated Controller 
Jameco 
2
$0.39
$0.78
Dave
LCD Display 
Jameco 
1
$11.39
$11.39
Dave
Limit Switch 
Radio Shack 
4
$2.69
$10.76
Jeff
Male Power Jack 
Jameco 
1
$0.59
$0.59
Dave
Red Button 
Radio Shack 
1
$2.29
$2.29
Jeff
Solenoid 
McMaster 
1
$15.27
$15.27
Nick
Stepper Motor 
Jameco 
1
$17.95
$17.95
Dave
Stepper Motor 
Jameco 
1
$6.95
$6.95
Dave
Temperature Sensor 
Jameco 
1
$1.79
$1.79
Dave
Terminal Block 
Jameco 
1
$1.79
$1.79
Dave
Extra Charges
Shipping 
McMaster 
3
$4.00
$12.00
Nick
Shipping 
McMaster 
1
$5.25
$5.25
Nick
Shipping 
McMaster 
1
$28.00
$28.00
Nick
Shipping 
Jameco 
1
$7.28
$7.28
Dave
Tax 
Home Depot 
1
$0.36
$0.36
Mike
Tax 
Lowes 
1
$0.77
$0.77
Jeff
Tax 
Lowes 
1
$0.18
$0.18
Nick
Tax 
Radio Shack 
1
$1.70
$1.70
Jeff
Tax 
Radio Shack 
1
$1.38
$1.38
Mike
           
Total      
$384.11
 

 

Parts List (parts manufactured in-house)

Name Drawing
Base long base_long.pdf
Base short base_short.pdf
Base short bottom motor base_short_bottom_motor.pdf
Base short leadscrew support base_short_leadscrew_support.pdf
Base short top base_short_top.pdf
Base short top motor base_short_top_motor.pdf
Base short top no screw base_short_top_no_screw.pdf
Bearing slider bearing_slider.pdf
Circuit support left circuit_support_left.pdf
Circuit support right circuit_support_right.pdf
Container cb old container_cb_old.pdf
Fuze stand support brace fuze_stand_support_brace.pdf
Fuze support left fuze_support_left.pdf
Fuze support right fuze_support_right.pdf
Guide rail bottom guide_rail_bottom.pdf
Iron holder spacer iron_holder_spacer.pdf
Iron mount bottom left iron_mount_bott_l.pdf
Iron mount bottom right iron_mount_bott_r.pdf
Iron mount top iron_mount_top.pdf
Lead screw bottom lead_screw_bottom.pdf
Lead screw top lead_screw_top.pdf
Pin quarter inch diameter pin_quarter_inch_dia.pdf
Pin scissor spacer pin_scissor_spacer.pdf
Scissor leg scissor_leg.pdf
Scissor pin driven scissor_pin_driven.pdf
Solder feed axle solder_feed_axle.pdf
Solder feed tube solder_feed_tube.pdf
Solder feed wheel 2 solder_feed_wheel2.pdf
Solder feed wheel 2 top solder_feed_wheel2_top.pdf
Solder idler axle solder_idler_axle.pdf
Solder idler slider solder_idler_slider.pdf
Solder spool axle solder_spool_axle.pdf
Solder spool holder solder_spool_holder.pdf
Solder support A solder_support_a.pdf
Solder support B solder_support_b.pdf
Solder support brace solder_support_brace.pdf
solder support left solder_support_l.pdf
solder support right solder_support_r.pdf
Solder support top brace solder_support_top_brace.pdf
Solder tube clamp solder_tube_clamp.pdf
Solder tube clamp top solder_tube_clamp_top.pdf
Solder tube support A solder_tube_support_a.pdf
Solder tube support B solder_tube_support_b.pdf
Solenoid ram funnel solenoid_ram_funnel.pdf
Solenoid retainer solenoid_retainer.pdf
Spacer scissor spacer_scissor.pdf
Transport bottom transport_bottom.pdf
Transport guide top transport_guide_top.pdf
Transport pin stand transport_pin_stand.pdf
Transport top fitted transport_top_fitted.pdf
Transport top pins transport_top_pins.pdf

 

Sub-assemblies

November 13, 2006

The entire model is broken down into sub-assemblies. The major sub-assemblies include the scissor lift, the soldering station, the transport module, and the solder feed mechanism. Each link in the table below contains the drawing for each of these assemblies, including the references to both the in-house components (the majority of each assembly) and the outsourced components.

Name Drawing
Scissor Lift assembly_scissor_lift.pdf
Soldering Station assembly_solder_station_test.pdf
Transport Module assembly_transport_top.pdf
Solder Feed Mechanism assembly_solder_feed.pdf

 

Complete Product

November 13, 2006

Although the complexity of the system makes it difficult to view it as a detailed whole, the following assembly drawings have been composed to demonstrate the physical features of the product as related to the long list of both in-house and outsourced components. A variety of perspectives are presented below in fully downloadable files.

Name Drawing
Full Assembly Drawing assembly_full_solderbaat.pdf
Full Assembly Drawing, Labeled assembly_Solderbaat_complete.pdf
Full Assembly Render assembly_color.pdf
Full Assembly Comparison to Prototype assembly_comparison.pdf

 

As the prototype begins to spring to life, it is interesting to compare how closely the prototype resembles the virtual model. These images of the actual prototype, below, demonstrate both the features of the virtual model as well as several modifications not accounted for in the virtual model.

Name Image
Prototype Full (1) proto_full1.pdf
Prototype Full (2) proto_full2.pdf
Prototype Funnel proto_funnel.pdf
Prototype Solder Feed Mechanism proto_feed.pdf
Prototype Soldering Station proto_solder.pdf
Prototype Transport Module proto_transport.pdf

 

Upon completion of the prototype, the Precision SATLAB team has assembled a photo album for the project. The album features mainly detailed photographs of the finished prototype, but also includes several images of the prototype at various stages of its development

  • SolderBaat Photo Album (download ) .pdf, 5.5 MB

 

Animations

December 4, 2006

Advanced Animations - November 13, 2006 - As the virtual model was finalized, the exact motions necessary to perform the complete solder, assembly, and test process could be incorporated into the CAD virtual model and evaluated for feasibility. The following three animations demonstrate all motions necessary for the process. The vertical scissor lift, the horizontal transport on the lead screw, the grasping by the solenoid, and even the turning of the solder-feed wheels can be seen in action in these animations. In addition to being a source of technical evaluation, these animations are also an effective way to demonstrate the key phases of the process.

Click here to view the detailed transport and insertion (.mpg, 5.78 MB).

Click here to view a close-up of the transport (.mpg, 4.36 MB).

Click here to view a large-scale view of the complete process (.mpg, 9.84 MB).

Early Animation - October 29, 2006 - Several early animation attempts were used to demonstrate the basic mobile capacity of the design. In the following video, the scissor lift is animated to perform its basic vertical motion while the horizontal lead screw is animated to move the transport module horizontally. This video helps to show how exactly this device can complete the objective of transporting the fuze to the desired location.

Click here to view the early animation (.mpg, 0.68 MB).

Videos

December 4, 2006

Prototype Demonstration - November 19, 2006 - A video is used to demonstrate SolderBaat's features, feasibility, and functionality. A technical problem that occurred immediatedly before the footage was captured caused several minor adjustments to be made to the design. The relays controlling SolderBaat's DC geared motor which drives the lead screw/scissor lift mechanism were completely functional but did not respond to the microcontroller input. Therefore, impromptu manual switches were used during the video capture. It should be noted, however, that the use of these switches did not subtract from the automation of the entire process, since upon reaching the critical junctures, the limit switches took over and transfered control to the microprocessor. The video below shows the entire solder, assembly, and test process.

Click here to view the prototype demonstration (.wmv, 3.89 MB).

Initial Prototype Test - November 13, 2006 - As the testing process continues, Precision SATLAB is recording the results of each test. This video demonstrates the key technical abilities of the prototype. In the test run for the video, the transport is shown in various stages: first, picking up the fuze; next, translating to the soldering station; inserting the fuze into the board; raising the board to the soldering station; soldering the fuze into place. It is clear from this video that although the individual parts are functional, the integration between components needs to be resolved, and minor changes to the process are necessary, i.e., slowing down the solder feed rate.

Click here to view the initial prototype test (.wmv, 8.16 MB).

Prototype Fabrication - November 3, 2006 - This video was shot by our fabrication team during the manufacturing of SolderBaat's iron mounts. It provides a unique perspective on the high-quality machining necessary to bring SolderBaat to life. The parts are cut from High-Density Polyethylene (HDPE) and the sequences are generated directly from the CAD virtual model.

Click here to view the prototype fabrication (.wmv, 4.97 MB).

 

News

November 13, 2006 - View a video (8.16 MB) of the latest soldering test.

October 30, 2006 - The grading rubric is now available!

October 13, 2006 - With trade studies complete, the virtual model is taking form.

September 19, 2006 - The official Precision SATLAB website goes public. More ...

Deadlines