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31.10.2017
Idag har gruppen sittet sammen og jobbet i dronesonen. Endelig mottok vi de delene vi hadde bestilt, og kunne begynne å bruke riktig utstyr i utviklingen av prosjektet. Pakken besto av propeller, motorer og elektronisk fartskontrollere (ESC). Vi startet med lodding slik at en motor fikk strømmen og informasjonen den trengte. Deretter brukte vi mye […]
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Group 6 Lidar progress and CAD modeling
Hello world! as usuall its been a long time since posting and i will now ramble about our progress and future with this project. Mechanical has pretty much continued on working on cad models and producing parts for the car. we are hoping to start assembling the car soon. Alot of exiting things has happend […]
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Smart Mirror: Software flow chart
This figure shows the flow of the smart mirror application from boot to application main screen
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Medisch wangedrag (Group 7H17) Week 43
Analyzing images to find blood vessels. Our goal is have the system automatically recognize blood vessels in images taken by our NIR camera. Preferably a big and easy to reach blood vessel, but any blood vessel large enough to be stabbed with a needle is acceptable. We have not yet reached a final solution, but […]
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Medisch wangedrag (Group 7H17) Week 41
Had trouble getting Raspberry pi 3 to work. On the website: https://elinux.org/RPi_SD_cards#Which_SD_card.3F Found this message: “Doesn’t work with N0390-002.A00LF though (tested with Raspbian “wheezy”) – mmc0 timeouts, waiting for hw int. I wouldn’t recommend buying this card. N0460-002.A00LF: Does not boot / io error from dmesg with os running from usb. 31488-007.A00LF Boots 2 […]
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Medisch wangedrag (Group 7H17) Week 38
Figure 1: We have started to draw a sketch of the frame in SolidWorks. The length of the arm is approximately 20 cm. We used this dimension for the length of the frame. Figure 1 Figure 2: According to the weight, we want to make the frame as light as possible. First, we wanted to […]
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Medisch wangedrag (Group 7H17) Week 40
Pi NoIR Camera V2 Obtaining access to blood vessels can be difficult. Near-infrared light might be a option since subsurface blood vessels can be visualized in high contrast due to less absorption and scattering in tissue compared to visible light. Instead of using a camera with ingaas detectors, we use a near-infrared sensitivity inexpensive […]
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Smart Drone
Introduksjon Vi er en gruppe på fem ivrige studenter ved Høgskolen i Sørøst Norge, Campus Kongsberg. Gruppen har en tverrfaglig kompetanse, i og med at vi har studenter fra hver ingeniør linje representert på denne skolen. Vi er tre data-, en elektro- og en maskinstudent og utgjør sammen gruppe nr 1. Maskin Markus Hjellseth Data […]
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Smart Mirror: CW 42
Electrical/Mechanical: This is the first and well working draft of our arduino program to control the motors. /* Connect 5V on Arduino to VCC on Relay Module Connect GND on Arduino to GND on Relay Module Connect Power on Arduino to the Common Terminal (middle terminal) on Relay Module. */ //////////////////Relay/////////////////////////// const int relay = 5; […]
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Smart Mirror: KW 41
With some help we were now able to connect the two required motors to the arduino. The hardware works in the following manner: A pushbutton activates the system the relay switches so that the motors are connected to the powersupply the 360º servo starts rotating: it presses the toothpaste out and onto the toothbrush. the […]