Week8
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This document summarizes the components, costs, manufacturing processes, difficulties encountered, and solutions for a second prototype of a wind vane device for a motorcycle. The components are a vane, circuit, and battery holder made of plastic, mild steel, and copper at a total cost of 89 Bath. Manufacturing includes cutting, welding, drilling, and assembly. Difficulties in installing on the motorcycle and sourcing steel pipe occurred. The solutions for a second prototype are to study other devices, edit the existing design, and reuse pieces.
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Group 7 designed a device to install on motorcycles that is difficult to install, wants to be strongly placed but easily removable. The device aims to improve motor quality by regulating current flow, prevent motor deterioration, be small and light, and easily attach and remove from motorcycles. Manufacturing would take 1.30 hours total with a cost of 89 Bath. The dimensions and functions would be like the first prototype.
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Week4
The document discusses the factors to consider when designing a wind vane product, including its function, components, manufacturing process, cost, and appearance. It analyzes material selection based on performance requirements, properties like strength and cost, and sustainability. Charts compare polymer and steel on various criteria like strength, cost, temperature tolerance, and recyclability to help determine the best material.
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The document describes the project process model for a group to build a duck last. It involves 4 main steps - 1) cutting materials to size, 2) welding parts together using epoxy, 3) drilling holes for nuts and bolts, and 4) assembling and painting all parts. Each step lists advantages such as getting precise sizes and completing the product, and disadvantages like using force, uneven surfaces, and potential dangers from activities like drilling or chemicals.
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Group 7 designed a device to install on motorcycles that is difficult to install, wants to be strongly placed but easily removable. The device aims to improve motor quality by regulating current flow, prevent motor deterioration, be small and light, and easily attach and remove from motorcycles. Manufacturing would take 1.30 hours total with a cost of 89 Bath. The dimensions and functions would be like the first prototype.
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The document discusses the advantages and disadvantages of different materials and construction methods for a duck structure. It can be made from wire which is lightweight but not strong and may rust, or from fabric-covered resin which is stronger, looks better, and adds value but resin may be expensive. Additional steps include decorating by painting, cutting off excess resin, using bolts and nuts to attach parts for easy battery replacement, and including circuit components like a speaker, amplifier, and battery holder.
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The document describes the project process model for a group to build a duck last. It involves 4 main steps - 1) cutting materials to size, 2) welding parts together using epoxy, 3) drilling holes for nuts and bolts, and 4) assembling and painting all parts. Each step lists advantages such as getting precise sizes and completing the product, and disadvantages like using force, uneven surfaces, and potential dangers from activities like drilling or chemicals.
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Week8
- 1. DUCK LAST GROUP 7 WIND VANE
- 2. Table the component. part name vane circuit Socket Battery part As the air to s Include It is A slot description pin the motor. A motor , Battery holder. And locked Battery to the holder, diodes motorcycle. Material Plastic Plastic, Mild steel Steel ,Copper manufacturing - Assembly Cutting,welding process ,drilling quantity 1 piece 1 piece of 1 piece each Cost (Bath) 15 69 5
- 3. Total Cost 89 Bath
- 4. The number of hours spent in each manufacturing process. • Cutting Process 5 minutes • Welding Process 15 minutes • Drilling Process 10 minutes • Assembly Process 1 hour
- 5. Provide difficulties and problems encountered during the prototype development. • Difficult to install the product on motorcycle. • Find steel pipe has to be difficult.
- 6. The solutions for second prototype • Search studies of various devices. Available in the market. Then edit with my product. • The piece is then applied. Then re-use.
- 8. Thank You