Model of an Oil tank Pedal and Chain Cosmetic version

OIL TANK:

https://drive.google.com/open?id=1uwXrM_DgG7V6cXismJ9fV1H8tcpeb9qp

The features and function I learn while designing the Oil Tank are:

• COMBINE- When two or more difeerent bodies is been made and they are merge in each other then by using combine feature we can get the required common space or shape shared by the bodies as our result.This feature gives us freedom to operate the feature in our desired way by using common, add & subtract option.

Steps that I took while creating the oil tank:

1. First select the part template from \"Ultimate Solid Works\" Template.
2. Now rename the Front plane as \"Mid Plane Oil tank\" & start making sketch on Top plane.
3. Draw the required sketch by using line tool & Dynamic-mirror entities.
4. Apply the required Dimensions & relations on the sketch.
5. Extrude the sketch 170mm in one direction & 10mm in 2nd direction.
6. Now select the Mid palne & draw the required sketch by using line & spline tool. Give the proper dimensions so that sketch become fully defined.
7. Now extrude the sketch by using \"extrude boss/base\" by keeping the extrudeness to \"through all\" & make sure to deselect the merge bodies option while extruding.
8. Now use combine feature, while doing so, select the operation as (common) in combine feature & then ok.
9. Now change the whole body\'s appearance to siena.
10. Now apply the fillet on all the edges of resulted model of about 10mm.
11. Now change the appearance of fillet to white.
12. Now use shell feature to create shell in the oil tank of 3mm.
13. Then save your part as \"oil tank\"

CHAIN:

https://drive.google.com/open?id=1uwXrM_DgG7V6cXismJ9fV1H8tcpeb9qp

The features and function I learn while designing the \"Chain\" are:

1. How to Create, Save and insert Blocks.
2. Cocentric tool
3. Curve driven patten

• Select the new part template from the USW template.
• Rename the front plane, top plane and Right plane as Mid Plane chain, centerplane chain & front plain chain respectively.
• Start making a sketch by line tool (construction line ) circle & arc tool.
• Use trim tool and cut down the unwanted part.
• Give them the proper Dimensions and Relations.
• Now make chain link 1 in Mid plane by using circle, construction line and 3 point Arc tool.
• Give them the proper Dimensions and Relations.
• Now make chain link to that too in mid plane by using circle, construction line and slot tool.
• Give them the required Dimensions and Relations.
• Now create block by using block tool.So, select the chain link 1 ( i.e. outward plate with pin sketch) & create block and save it, Then do the same with chain link 2 ( i.e inward plate ) & save it.
• Now select the mid plane and insert both the link by using insert block tool.
• Now we are going to impose the link (the one we made in third step) on the curved path. Coincident the centre points of the link on the curved path then make one centre of both the links coincident to each other as well as coincident to the line.
• Now Extrude the pin part of the sketch by 25mm using extrude Boss / base (Mid Plane) and fillet it on the edges of 0.5 mm.
• Now on that create an Extrude of the outward pin of 2mm at a distance of 9.5 m by enabling the offset mode, make sure merge body is deselected.
• Now extrude the inward plate about 2mm and place just behind the outward pin in contact with them by using extrude Boss Bass, make sure you enable the vertex and deselect the merge bodies.
• No use the curve driven pattern option, this option helps to create multiple instances of the bodies along a certain path or curve.
• Here select the curve driven pattern option, entering space of 30.26 mm and increase the number of instances up to the end point of that particular curve on which these two extruded blocks are lies, we are not going to apply this function on whole curve as at the turning point of curves it creates offset or misalignment of pins.
• Now create the pattern up to the 2nd end point, Make sure the link doesn\'t cross the 2nd end point as curve driven feature won\'t work
• Now again for the second path insert block and align them properly then extrude it as required.
• Now again use curve driven pattern and make the chain links instances up to the path\'s end point.
• Now do same with other two curve path as well.
• As result of doing the above functions the last link won\'t align or fit on the other link so we will delete the last link and make a link by using circle, offset, slot and extrude Boss / based tool.
• Then we will give it appearance, in this case metal-chromium plate appearance will be applied.
• Save the path as \"chain\".

PEDAL:

https://drive.google.com/open?id=1uwXrM_DgG7V6cXismJ9fV1H8tcpeb9qp

The Features and Function I learn while designing the \"Pedal\" are:

1. Revolved Boss / base
2. Chamfer
3. Linear pattern

• First select the part template from USW template
• Now on Front plane make the below sketch by using line tool, Arc tool, circle and spline tool.

• Give the appropriate dimension and relations wherever needed
• Now extrude sketch by 8 mm by using extrude Boss / base tool (extrude those part you want to extrude by selecting the required contour).
• Now extrude the two of the circle in other direction by 20 mm.
• Apply the fillet of 1mm Wherever required.
• Now select top plane and sketch the below given sketch.

• Now revolve the above closed sketch by using revolve boss / base tool.
• Now on the top of revolved entity apply dome of 5 mm (make sure the eleptical dome option is disabled).
• Apply fillet wherever required.
• Now extrude the last two circle of first sketch by 100 mm (make sure the extrude is done from the surface of the extruded part ) do it by enable extrude from surface / plane / face.
• Now apply chamfer on both end (circular face ) of the extruded cylinder, do it by enabling distance distance option and provide the required dimension to chamfer for both part
• Now offset the circle by 2.5 mm this is for smaller diameter cylinder and apply offset for the circle by 2mm ( this is for cylinder of bigger diameter).
• Now extruded by 2 millimetre using extrude Boss / base at an offset distance of 20 mm.
• Now use linear pattern tool and select a small line as an extrude as a reference for direction of pattern and then enter the spacing of 20mm and create four instances of entity you created on above step
• Now apply the fillet of 1 mm wherever necessary.
• Now save the file as \"Pedal\".