The purpose of this thesis was to design an electrical system for use in a ballistic test at the Swedish National laboratory of forensic science (SKL). The detector unit would use four main parts: coilsystem, transmitter, reciever and indicator. The coilsystem would be based on a balanced system using three coils. One that creates a magneticfield and the other two will sense the differences when a metallobject is in the coilsystem. This report starts out by investigating possible solutions for this specific task followed by a description of the physics that the metaldetector use.

An automatic control system for calibration of pressure indicators has been constructed. This control system can be used as a complement to the calibration system located at AerotechTelub, division MainPartner, in Linköping. The calibration system used today contains some not wanted pressure changes, which is compensated by hand today. The new system presented in this report automates the calibrating process and simplifies the calibration. Suitable hardware as motor, controls card and so on have been found and software in the form of Visual Basic program has been developed.

Today the competition in the automobile industry is getting all tougher. The technology behind cars becomes more advanced. To get ahead of competitors car companies has to look into new areas of innovation.One important area is vehicle safety. Bigger companies have come so far in vehicle safety that difference between cars more depends on the car type (size) than the technology behind it.There is one area where vehicle safety that still has great opportunities for improvement, which is in active safety. The term active safety states that the car has the ability to identify treats and automatically respond to the treats.

The project was based on a request to improve an already existing program and hardware at the electrical engineering department at the royal institute of technology. For maximum ease of use, tests have been done on students to properly design the program for what it is meant to be used for. These tests have been transcribed and analysed, then brought back to the group in a discussion and then transcribed and analysed again, I call this process the ?four step process? (this process is presented and explained in chapter 6.4.). A part of this master thesis was also to analyse the four step process to enhance validity of this research.The project resulted in a new program with a new graphical view and features to help students and researchers to work with the technical tool for electromagnetic readings of planar objects.

De finmotoriska förmågorna är oerhört viktiga vad det gäller den mänskliga läs- och skrivförmågan, då handen behöver vara tränad för att göra små rörelser och ögonen ska kunna följa dessa rörelser. Barn som har svårigheter med de finmotoriska förmågorna blir beroende av andra, då de kan få svårt att klara av vardagliga bestyr så som att klä på sig själva och använda bestick. Något som försvårar arbetet med de finmotoriska förmågorna utomhus är att barn använder vantar stora delar av året och att tillgång till materiel som utmanar handrörelser plockas fram mer sällan under vinterhalvåret på grund av kylan. Detta gör att barn inom I ur och skur-förskolor som oftast är ute får mindre träning av de finmotoriska förmågorna under kalla årstider. Vi har jämfört I ur och skur-förskolor med förskolor utan den inriktningen, vad det gäller arbetet med de finmotoriska förmågorna.

This report describes a synchronous machine model with magnetic saturation in d-axis, neutralconnection and electrical exciter interface for the transient simulator PSCAD/EMTDC. It hasbeen designed and verified in comparison to the regular machine model in EMTDC.The performance of the model is very good when incorporating a linear as well as a saturatedmagnetising inductance. The dynamic deviation is only thousandths to ten thousandths perunit. By using a cubic interpolation of the saturation curve, the model gives a good representationof the saturation effect. The open source code implementation of the synchronousmachine model gives the possibility to easily adapt the model to specific requirements.The derived model makes it possible to simulate a synchronous machine with its excitationsystems, e.g.

Volvo Personvagnar AB Motor (VCE) är ett bilindustriföretag som ingår i Fordkoncernen. Företaget ligger på ett flertal platser i Sverige, bland annat i Skövde. Vid produktionsenheten i Skövde, som går under namnet SKep är den huvudsakliga sysselsättningen bearbetning och montering av bensin- och dieselmotorer till personbilar. Inom företaget drivs, med hjälp av företagshälsovården, några arbetsmiljöutbildningar för chefer, arbetsledare och skyddsombud. Detta examensarbete kom att beröra arbetsmiljöarbete kopplat till utbildning av chefer och arbetsledare inom detta område.

This is a feasibility study that examines various aspects of building a wind farm on Malmön in Norrköping. The feasibility study deals with interests of conflict, park design, electrical connections, production calculation, financial calculations and operating- and timetable.The report is divided into two distinct parts. First a theoretical part, which deals with conflicting interests, park design and electrical connections. Second a part with simulations dealing with production calculations, and financial calculations.Opposing interests are mapped so that problem areas can be found, and help put focus on the right places at a future environmental impact assessment (EIA). There are a number of areas where planners have to assess on an EIA, this thesis point on the most important areas.

This master?s thesis describes the development of a model of the catalystsystem aiming at control by an MPC. A well functioning model, which is suitable in control purpose, is important while emission legislation become more and more hard to fulfill for the car manufacturers. Much research has been done in the field of physical modeling of the system, but in this work a linear adaptive time discrete ARX-model is developed and validated.The systems tendency to change its dynamic during usage implies that the model must be adaptive. The developed model proved to be well functioning and shows promising conditions for the MPC design.

Full-field flash electroretinography is an electrodiagnostic method used to examine the function of retinal cells. Light stimulation of the eye elicits electrical potentials in the retina. By aid of a corneal electrode and a reference electrode close to the back of the eye, the electrical potentials can be recorded and presented as an electroretinogram (ERG). ERGs driven by mainly one type of cones can be used to examine the function of a single cone class. In human beings, studies have shown the cone class sensitive to light of short wavelengths, the S-cones, to be more vulnerable to acquired damage than the other cone classes (Daley et al., 1987; Gouras et al., 1993; Greenstein et al., 1989). Dogs have two cone classes, S-cones, and M/L-cones (most sensitive to medium to long wavelengths).

This thesis deals with the development of a specification regarding a push-button, which will be used to control the gear-shifting function in an automobile. In addition to this the author will describe different techniques and theories that have been helpful in achieving data and results for the specification.Kongsberg Automotive AB, is located in Mullsjö, Sweden, the company supplies parts to the automotive industry. In the research and development department, R&D, there is a group that works with development of Shift-By-Wire systems. In an automobile with a Shift-By-Wire system the communication between the gear-shifter and the gear-box occurs electronically. The mechanical link is, in most cases, taken away and replaced by the digital system.

För att en kvalitativ och driftsäker kraftomvandling från vind till elkraft skall erhållas ställs krav på en mängd olika faktorer. Klimatologiska och tekniska faktorer kräver korrekt dimensionering och anpassning av omvandlingstekniken för att största möjliga energimängd skall kunna omvandlas på ett driftsäkert och energieffektivt vis som vindkraftsägare, nätägare kräver. Vinden är som bekant en oberäknelig kraftkälla. Variationerna i styrka och tid kan innebära en hel del driftoptimeringsproblematik med efterverkningar för vindkraftsverket, nätet och belastningen. Konsekvenserna kan bero på vilken typ av teknik som är installerad i de olika delarna av energisystemet och i områdets elnät.

Örebro UniversitetInstitutionen för hälsovetenskap och medicin           Arbetsterapi Arbetes art: Uppsatsarbete omfattande 15 högskolepoäng, inom ämnet arbetsterapi.Svensk Titel: En jämförelse mellan Bobathmetoden och andra interventionsmetoder för behandling av strokepatienterEngelsk titel: A comparison between the Bobath method and other interventions for stroke patientsFörfattare: Maryam Tondkar MogadamHandledare: Marie HolmefurDatum: 2012-05-03 SammanfattningBakgrund: Bobath behandlingsmetod utvecklades i England på 1940-talet för patienter med hjärnskador. I denna behandlingsmetod ska patienter lära sig att kontrollera sina onormala rörelser och muskelspasticitet.Syfte: Syftet med denna studie är att jämföra Bobathmetoden med andra interventionsmetoder för att kunna se vilken behandlingsmetod som har bättre effekt för strokepatienter.Metod: Systematisk litteraturstudie gjordes i databasen AMED, PubMed och Cinahl för att ta fram aktuell forskning inom detta område. Artiklarna som kom fram är kvantitativa och Randomiserade Kontrollerade studier.Resultat: Resultatet av studierna visar att Bobathmetoden har positiv effekt för att klara aktiviteter i dagliga livet. Bobathmetoden visar förbättring från akuta fasen till efter behandling i ADL aktiviteter. Studierna visar att Motor Relearning Programme, Arm Basis training och Balance Performance Monitor träning har bättre effekt än Bobathmetoden i ADL aktiviteter.Arm Basis training, Motor Relearning Programme och Bobathmetoden förbättrade handfunktionen över tiden.

This report describes a synchronous machine model with magnetic saturation in d-axis, neutralconnection and electrical exciter interface for the transient simulator PSCAD/EMTDC. It hasbeen designed and verified in comparison to the regular machine model in EMTDC.The performance of the model is very good when incorporating a linear as well as a saturatedmagnetising inductance. The dynamic deviation is only thousandths to ten thousandths perunit. By using a cubic interpolation of the saturation curve, the model gives a good representationof the saturation effect. The open source code implementation of the synchronousmachine model gives the possibility to easily adapt the model to specific requirements.The derived model makes it possible to simulate a synchronous machine with its excitationsystems, e.g.

This report treats whether it is viable to invest in solar heating to heat the therapy pool at Östersunds Rehabcentrum. The rehab center is owned by the county council of Jämtland and is located on Solliden in Östersund city. The solar heating where supposed to be a complement to the district heating that was heating the pool in the current situation. Later, it however showed that this was not the case. The pool is currently being heated by a radiator circuit that is being heated by the district heating.