Final Solution Drawings

Weekly Update 1/19

1/19
I am now preparing for my formal progress update. I have learned that I will be presenting on Friday. I must now update my blog with the appropriate images.

Developmental Work

Final Design AutoCAD Drawings:

Figure 1: Final Nozzle Design, Exploded View (displays how the nozzle apparatus is assembled)









Figure 2: Final Nozzle Design, Isometric View (displays the nozzle apparatus connected)

Figure 3: Final Nozzle Design, Orthographic View (displays a top front and side view with labeled dimensions)
Supply List:
Supply List
Item Description QTY Size Remarks
1 Dry Wall Screws 23 1”, 1 5/8”, 2” Fasten components to wooden structure
2 Metal Bracket 3 1” Organize wires
3 2”x4” Wood 1 2”x4”x6’ Structural support of nozzle and servo
4 Plywood 1 2’x1”x2’ Base for nozzle mount
Figure 4: Supply List (all the consumables that will be used within the design)

Tools and Equipment List:
Tools and Equipment List
Item Description Use
1 Wire Cutters Cut wires
2 Scissors Cut tubing
3 Clamps Fasten servo apparatus to the arena
4 Chop Saw Make angular cuts on wood and short straight cuts
5 Table Saw Make long straight cuts on wood
6 Jigsaw Make curved cuts on wood
7 Drill Screw in screws
Figure 5: Tools and Equipment List (all the tools and equipment required to assemble and adjust the materials and supplies)
Materials List:
Materials List
Item Description QTY Size Remarks
1 Rubber Air Gun Tip (Westward No. 2ZYD6) 1 ¼” Input/ 1/8” Output used to expel the airflow generated by the system
2 Automotive Choke Cables 1 Used to control servo
3 Hose Barb Adapter (Watts No. A-197226) 1 ¼” Input/ ¼” Output will serve as the attachment point for the nozzle
4 Brass Hose Barb (Watts) 4 ¼” Input/ ¼” Output acts as a connector, linking the hose to and from each of the different valves
5 Wireless Controller 1 will be controlling the motion of the nozzle in the system
6 Full Port Ball Valve (Husky) 1 ¼” allows the control of airflow through the tubing
7 Clear Tubing 1 ¼” Diameter used to perpetuate airflow throughout system
8
Servo 1 used to mechanically move nozzle through wireless controller

Figure 7: Clear Tubing Figure 8: Brass Hose Barb
(http://specialtech.co.uk/spshop/files/detail/xspctube.jpg) (http://images.orgill.com/200x200/2902781.jpg)





Figure 9: Full Port Ball Valve (http://common1.csnimages.com/lf/1/hash/938/672272/1/1%2F4%22+Full+Port+Ball+Valve.jpg)

Figure 10: Regulator
(http://www.northerntool.com/images/product/images/4519303_lg.jpg)





Figure 11: Hose Barb Adapter
(http://images.orgill.com/200x200/2902781.jpg)





Figure 12: Pressure Washer Nozzle
(http://www.malcleanse.info/images/04_Rotating_200_BarTurbo_Nozzle_ART25172040.jpg)








Figure 13: Metal Bracket Figure 14: Wireless Controller
(http://img.tradeindia.com/fp/0/186/707.jpg) (http://superdroidrobots.com/images/TE-033-006.jpg)





Figure 15: Automotive Choke Cables Figure 16: Servo (http://www.haigh.com.au/images/ (http://www.bluemelon.org/images/0/02/Servo.gif)
ProductImages/CC60.jpg)


Plan of Procedure:
1) The first segment of clear tubing will connect to my partner’s portion of the project, but more specifically the storage tank.


2) The other end of the first segment of clear tubing will connect to the input brass hose barb on full port ball valve
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3) Another brass hose barb will screw into the discharge side of the full port ball valve

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4) The second segment of clear tubing will be attached to the output brass hose barb on the full port ball valve

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5) The other end of the second segment of clear tubing will be attached to the input brass hose barb on the regulator

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6) The third segment of clear tubing will connect to the output brass hose barb on the other end of the regulator

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7) The other end of the third segment of clear tubing will connect to input hose barb adapter





8) The hose barb adapter will have the pressure washer nozzle screwed into it (completing the nozzle apparatus)

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9) The nozzle apparatus will be attached to the servo, via a metal bracket, and will serve as the method of aiming the nozzle
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10) The automotive choke cables will serve as initial controls for the servo

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11) If the automotive choke cables do not function properly, then a wireless system and controller will be implemented instead

Weekly Update 1/12-1/15

1/12
Yesterday, I worked all period and for twenty minutes after school on my STEMM report for the science, technology, and math involved in my project. I handed it in at the end of the day.

1/15
I have readjusted my drawings and handed them in. I had to make changes after learning that my original concept was not entirely feasible (thanks to my new possible mentor contact at Granger).

Weekly Update 1/5-1/8

1/5
On suggestion from my instructors, I began to search through a Granger catalog. Through this catalog, I hope to find the parts I need for my design. Though, I see I have to adjust my drawings in accordance to the parts I find.

1/8
Yesterday, I visited Granger and met a possible new mentor contact. The chief engineer and salesman at Granger personally helped me for over an hour on my design. I purchased several new parts that will change my design. I must update my drawings.

Weekly Update 12/21-12/23

12/21
I have begun searching the internet for pieces that exactly fit the concepts I have devised. I hope to find the pieces that will assemble into my nozzle apparatus by (shortened) week's end.

12/23
All of the pieces the nozzle apparatus will be comprised of have been found. Unfortunately, certain dimensions are missing from their online descriptions. Over the break I will have to find out what those missing variables are.

Weekly Update 12/15-12/17

12/15
I have been in the process of completing my materials list and plan of procedure. I have also been working on my drawings. I will attempt to get as far as possible by the end of the week.

12/17
I have comprised a rough outline of my materials list and plan of procedure, and have completed all of my drawings, save the exploded view.