project introduction to logistics and supply chain management sensor sconce light

Software LaserCADPower supply AC220V 10% 50HzSupported formats BMP, JPEG, GIF, TIEF, PCX, PLT, AI, TGA, DXPINTERNATIONAL UNIVERSITY - IEM1.4 Scope and Limitations1.4.1 ScopeOur product i

HO CHI MINH CITY INTERNATIONAL UNIVERSITYSCHOOL OF INDUSTRIAL ENGINEERING & MANAGEMENT

PROJECT INTRODUCTION TO LOGISTICS AND SUPPLY CHAIN MANAGEMENT

SENSOR SCONCE LIGHT

GROUP: 1

Advisor: Dr Phan Nguyen Ky Phuc Member:

● Tran Anh Kiet - IELSIU20334

● Doan Hoan Chau - IELSIU20272

● Phan Nu Thao Chi - IELSIU20276

● Nguyen Duc Dung - IELSIU20289

● Vu Ngoc Truc Giang - IELSIU20295

Ho Chi Minh city, VietnamDecember/2021

INTERNATIONAL UNIVERSITY - IEM

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TABLE OF CONTENTSCHAPTER 1 - INTRODUCTION 3 1.1 Introduction 3 1.2 Objectives 5 1.3 Systems

Requirements 5 1.4 Scope and Limitations 9

1.4.1 Scope 9 1.4.2 Limitations 9

CHAPTER 2 - SYSTEM DESCRIPTION 10 2.1 Conceptual Design/Conceptual

Model 10 2.1.1 Raw material 11 2.1.2 List of components 11 2.1.3 Process 12 2.1.4Outputs 12 2.2 Operation description 12 2.2.1 The light cover 14 2.2.2 The Circuit 20

CHAPTER 3 - CONCLUSION 23 3.1 Advantages 23 3.2 Disadvantages 23 3.3

Application 23 REFERENCES 24

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ACKNOWLEDGEMENTS

During the period of the course Group 1 received plenty of help and support that guided

us to overcome all difficulties and finish this hard but meaningful time We would like toexpress endless thanks and gratefulness to Dr Phan Nguyen Ky Phuc, our advisor, whogave us useful guidance and encouragement throughout the project Thanks to his

guidance, we have been able to finish this project

We would also like to show our gratitude for a lot of help from our Teaching Assistantswhenever we had difficulties

ABSTRACT

3D-printed items are becoming more familiar nowadays The 3D printing system issuitable for teaching and conducting projects in educational settings because of itsversatility and ease of usage.

Moreover, the demand for phone cases has increased significantly in recent years.Customers tend to use a product not only for protective and aesthetic purposes but also tosatisfy their personal intention Our project applies those ideas to design an appropriatecase using a 3D printing system

The current technology has helped the 3D output goods become more precise, quickerprocessing, and lower cost Therefore, we believe that this method is proper for designingand manufacturing a product

Sensor sconce is one type of light fixture that is fixed to a solid position, usually awall, It is an old style design which is called wall lamps or wall lights nowadays andruns by electric instead of candles or oil In modern humans add sensors to it so that

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they can light up anytime someone gets close to the sconce The average size of thesensor sconce is 34x20x35cm depending on the purpose of the architecture and theowner There is a differential in price for many kinds of sensor sconce Normally, itsrange in price fluctuates between 150,000 VND and 350,000 VND.

Functions: Using the lantern wall sconce not only brightens the atmosphere and does

not glare, but also illuminating the environment does not increase the burden on theeyes The Sconce has decorative effects and special practical value in flashing yourview in any hallway, porch, or outdoor area Therefore, choosing it correctly cancreate amazing visual effects

Problem statements:

Sensor sconce is currently popular all over the world because of its usefulness Thiskind of lamp can be used for a long time and lasts overtime rather than a traditionallamp running on oil Fixing it may not be easy but people can replace it due to theirsuitable price in the market Therefore, a sensor sconce one is the best choice

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Figure 1: Flowchart

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1.2 Objectives

- Comprehend the definition of System and its components

Be able to design, to build, and to operate a system to produce the expected output

-Be able to optimize the inputs of the system, such as materials, time, etc - Developimportant soft skills, such as teamwork, problem-solving, etc - Know the way toproduce the finished product (sensor sconce) from the initial ideal - Learn how to usesoftware to design the product

- Operate and run the laser machine

- Do simple machining (e.g drill, tap, assemble, )

1.3 Systems Requirements

❖THE STRATASYS F370

The Stratasys F370 is the top of the line printer in the F123 series It supports a buildsize up to 14”x10”x14” and it includes support for PC-ABS Materials in addition toPLA, ABS-M30, and ASA The F370 has four material spool bays in an easilyaccessible drawer on the front of the printer Two of the spool bays are used for theprint materials and the other are used for support materials

The F370 comes with a software license for Stratasys’s Insight software Insightprepares your CAD program’s STL output for 3D printing by automatically generatingsupport structures and extrusions paths This can decrease your print time and cost,and it increases accuracy Through Insight, users can manually edit parameters thatdetermine the look, strength, and description of parts

Figure 1: THE STRATASYS F370

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Size 1626 x 864 x 711 mm (64 x 34 x 28 in.)

Weight 227 kg (500 lbs) with consumables

Build Size 355 x 254 x 355 mm (14 x 10 x 14 in.)

Noise Specification 46 dB maximum during build 35 dB when idle

Software GrabCAD Print and Insight licenses

The Stratasys F370 printer has versatile and productive characteristics It allows us toprint from fast and reasonable–price product models to durable complex assemblies.Furthermore, it also provides us with three different materials choices with theeasy–to–move soluble support material From this feature, it can make complicatedparts and assemblies with impressive accuracy, details, and repeatability

The Stratasys F370 printer also works more effectively compared to the previousprinters F170 and F270 It has an all-new fast–draft mode to create the initial designconcept cheaply and quickly so it is easier to print twice as fast as standard build modewith only one–third of the average material With PSA materials utilization, it is moreefficient and economical because PSA provides the speed of fast–draft mode andminimizes the material expenses simultaneously

Besides, the Stratasys F370 printer can give us exceptional values with its expandedcapacities and unprecedented accessibility Moreover, with new–developed features,this printer enables us to save our time and budget, print quietly and smoothly

1.3.1 Uses

For the printer to work, it is important to control it on by principally associating withthe power attachments and squeezing the Power button situated before the printer,after which choosing "On" and changing a few essential settings From that pointforward, we want to plan, introduce, and load the material spool to choose theappropriate materials for framing items

Before the printer can conduct well, we need to set up the machines: First, we need todownload files to the printer and then load separate job files to the Job Queue byselecting one over two ways:

1 Application of the GrabCAD Print by connecting the network to workstation PC

2 Utilization of USB by inserting a USB drive flash into an available USB port

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Second is to prepare for the printer before we start to print so to operate the printerfor a build, we need:

- Turn on the printer

- Open the oven door

- Place a new substrate onto the platen and lock the substrate into its build position bylifting on the substrate ejection handle

- Ensure that the tip wipe assembly’s brushes, as well as the printer’s tips, are cleanand that the purge area is free of purged material debris

After completing all the steps from the setup process, we should follow the belowsteps to print our 3D products:

❖Step 1: Fill in the Job Queue and choose the Queue button within the Navigation Menu After that, we will see the Queue page opened to display the Job ❖ Step 2:

When the Job Queue list appears, arrange the job to build in the necessary order and

select by touching its row on the screen to open its Job Details page ❖ Step 3: On the

Job Details page, press the Print button to queue the job for printing A dialog willappear based on different part placement setting configurations

- In the event that the Enable Part Placement setting is turned On, we can pick a task'sarea on the substrate with the authorization of a shown discourse, so we need topick the work's fabricate area by dropping the jumping box on the touchscreen.Subsequent to finishing this decision, press the Print button in the discourse toaffirm the picked position and begin the build process

- If the Enable Part Placement setting is turned Off, the job will automatically be built

in the center of the substrate regardless of a displayed dialog

❖Step 4: When the Build page opens, the types of material for our selected job will

decide the heat to a set point temperature for the oven operation

❖Step 5: After the oven and liquefier tips reach the desired temperature, the printer

will perform a Z Zero Calibration When this calibration happens, the word

“Preparing” appears in the Build Status Display

❖Step 6: Once Z Zero Calibration is finished, then the printer starts building the job

with the word “Building” appearing in the Build Status Display while it isoperating This step allows us to print our products

❖Step 7: After completing the printing process, the text will appear on the

touchscreen, which means the printer can remove the finished printing part

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❖LASER CUTTING MACHINE - 1 HEAD 100W

Figure 2: The Laser cutting machine

Working area X1600 * Y1000mm

Power source 100W

Cutting speed 24,000 mm/min

Engraving speed 40,000 mm/min

Software LaserCAD

Power supply AC220V 10% 50Hz

Supported formats BMP, JPEG, GIF, TIEF, PCX, PLT, AI, TGA, DXP

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1.4 Scope and Limitations

1.4.1 Scope

Our product is a light sensor sconce with a modern European style, with originalstraight lines without patterns, it can be placed in the main door in the hallway, stairs,companies, hospitals or places that need to provide constant light with the light sensor

We can rest assured about the lights on and off in the areas outside the house Theproduct is widely used with a low price that can be easily accessed by everyonebecause it is safe for all ages, does not have to have much contact with the switch, and

be avoided to receive light sources from the lights of cars and motorbikes

➔Do not install near electromagnetic transmitters or objects that vibrate, shake andmove because it affects the operation of the sensor

● Sensor range:

➔ Sensor lamps have different scan angles depending on the input receivertechnology used and the manufacturer's design The sensor angle is the area wherethe sensor can receive the signal And any changes that occur outside the scanningangle will not be detected by the sensor

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CHAPTER 2 - SYSTEM DESCRIPTION

2.1 Conceptual Design/Conceptual Model

Due to the high demand for real-life models and the popularity of 3D printers in recentyears, our project was established to focus on model making, mainly using 3D printingtechnology

⬇

Figure 3: The Sensor Light Design Model

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2.1.1 Raw material

Sensor light begins with the following inputs:

- ASA plastic use in 3D printing machine

- Screws attack on the kickstand to stick to the wall

- Mica plate 4mm thick

Light Sensor Circuit begins with the below inputs:

- Light sensor module (including with potentiometer to adjust the light intention toswitch on or switch off the desired Relay, relay 10A normally open (NO) andnormally closed (NC), CDS photoresistor light sensor with extension cord and redlight: power indicator or blue light: active relay)

- 1-meter-long electric wiring

- Parts of the reflector (6)Using the Laser Cutting Machine

- LED Light Bulb (1)

Our sensor light operation is divided into 3 phases:

● Phase 1: Using a 3D printing machine to turn the designed file into production The light cover: Canopy: height: 105mm; width: 177 mm Reflector bound: height

140 mm, width: 104mm , length: 168mm ; edges: 84mm, 52mm, 104mm

-Candelabra: Bottom: edge of hexagon: 90mm Lamp holder: height: 122mm; width

117, other size: 68mm; 23mm

- Light fitting: Thickness: 22mm Size: 96mm * 220mm, other size: 60mm * 18mm

● Phase 2: Cutting mica plates by Laser Cutting machine:

- Cutting laser the large mica plate with 4mm thick into 6 species with size

43*129*74mm

● Phase 3: Assemble and rearrange the circuitry and light bulb into the light frame(Testing the light)

2.1.4 Outputs

Our sensor light is expected to produce outputs:

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● Easy to use and fix any time.

● Light intensity is stable

2.2 Operation description

Step 1: Decide all dimensions and the design.

Step 2: Draw 3D design.

Figure 4: The 3D Design by SketchUp

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Step 3: Adjust size to fit the circuit and use a 3D printing machine to produce the

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Figure 5: The 3D Design by SketchUp

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2.2.1 The light cover

There are three main parts: the top of the light cover - the canopy, the reflector, thecandelabra including the light fitting and the kickstand.

● The canopy: There are many layers stacked from top to bottom, which are small tobigger respectively, connected to the transparent body of the lamp

Figure 6: The top of the Light cover

● The reflector: We use mica to fill this blank In total there are six surrounding facesforming a hexagon Transparent material can help the light get through easily

Figure 7: The reflector

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● The candelabra: this part connects the reflector to the kickstand, the light bulb isalso put in here

- Light fitting: this part is important, because it helps the light to adhesive the wall orthe flat surface 2 holes which we can put the screws inside Here, the electric wire

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can connect to the electricity supply.

Figure 8: The kickstand and socket

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Step 4: Print 3D Light cover, bottom, and light fitting by using a 3D printingmachine The material used for printing is ASA, with the black color

❖The light cover is 3D printed by the Stratasys F370 machine We convert a 3D filefrom SketchUp to a stl file which a 3D printing machine can read The size is thesame in the design.

- The light cover:

● Canopy: height: 105mm; width: 177 mm

Figure 9:

The top of the Light cover in detail

● The reflector: height (140 mm); edges: 84mm, 52mm, 104mm

Figure 10: The reflector in detail

❖ Candelabra is 3D printed by the Stratasys F370 machine We convert a 3D filefrom SketchUp to a stl file which a 3D printing machine can read The size is thesame in the design

- Candelabra:

● Bottom: edge of hexagon: 90mm

● Lamp holder: height: 122mm; width 117, other size: 68mm; 23mm.16

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❖ Light fitting is 3D printed by the Stratasys F370 machine We convert a 3D filefrom SketchUp to a stl file which a 3D printing machine can read The size is thesame in the design

- Light fitting:

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