Studiens målsättning var att utvärdera om ett internetbaserat system kan användas för att förbättra vården av hjärtsjuka hundar och katter. Detta med huvudsyfte att på ett tidigare stadium kunna upptäcka en hälsoförsämring samt visa om eftersträvad effekt uppnås vid behandling och medicinering av hjärtsvikt. Hjärtsjuka hundar och katter är vanligt förekommande patienter bland våra smådjur och hanteringen av dessa är en utmaning för veterinärer. Denna patientgrupp är ofta hemma långa perioder mellan återbesöken och akuta veterinärbesök på grund av uppkomst av hjärtsvikt är vanligt förekommande. Systemet som användes i studien fick namnet PetHeart och bygger på att djurägare i hemmamiljö, mäter och via en webbportal rapporterar in parametrar som kan förändras i samband med progrediering av hjärtsjukdom. Dessutom har djurägarna via webbportalen besvarat hälsorelaterade frågor om sitt djur och en dialogfunktion har möjliggjort kommunikation med vårdgivaren.

SammanfattningMed tanke på dagens marknad där allt större konkurrens finns gäller det att som företag ha en flexibilitet och lyhördhet som tillfredsställer kunden med rätt produkter, kvalitet och kvantitet. En låg leveransprecision kan orsaka problem i en verksamhets produktion, vilket innebär att företag bör kontinuerligt förbättra de interna processerna.Aros Quality Enclosure Systems AB (AQ AB), där projektet utfördes, är en del av koncernen Aros Quality Group. Företaget bearbetar plåtdetaljer och färdigställer produkter inom till exempel telekommunikation, bensinpumpar, kaffemaskiner och bankomater.Syftet med denna rapport är att presentera förbättringsförslag och rekommendationer som AQ AB kan genomföra för att förbättra den interna leveransprecisionen på den produkt som har studerats, den så kallade Ericsson-ram. För att uppnå syftet behövdes två frågeställningar besvaras, nämligen ?Vilka förbättringsområden i produktionen för Ericsson-ramar kan identifieras?? samt ?Vilka förbättringsförslag, utifrån de identifierade förbättringsområden, kan presenteras för företaget??.För att uppfylla detta syfte och svara på frågeställningarna har 14 besök på AQ AB i Vaggeryd gjorts.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

The Swedish Transport Administration manage nearly 4,000 railway bridges in different condition and age around the country. These bridges is in constant need of maintenance and requires continuous inspections. This thesis is designed as a damage investigation on a single-track railway bridge south of Solvarbo in Säter municipality. The railway bridge is in operation and serves over 10,000 trains a year, everything from speed trains to freight trains. The bridge is built as a beam bridge, simply supported over a road.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

Det överordnade temat för uppsatsen är det offentliga rummets konstruktion och förändring. Det preciserade syftet är att i en nutida kontext undersöka och analysera olika aktörers föreställningar om det offentliga rummet och vilka konsekvenser aktörernas föreställningar leder till i förändringen av det offentliga rummet. Följande frågor ställs för att i en nutida kontext undersöka och analysera aktörernas föreställningar om det offentliga rummet och vilka konsekvenser aktörernas föreställningar leder till i förändringen av det offentliga rummet: - Vilka föreställningar om det offentliga rummet uttrycks av medborgarna i en konkret detaljplaneprocess? - Vilka föreställningar om det offentliga rummet uttrycker kommunen? - Vilken betydelse tillmäter arkitekten arkitekturen i konstruktionen av det offentliga rummet? Undersökningens övergripande forskningsdesign är en fallstudie och fallet som undersökts är station Triangeln med omgivning i Malmö. Det empiriska materialet består av tidningsartiklar, kommunala planhandlingar, intervjuer och jurymotiveringar och deras hållbarhet kommer prövas med hjälp av triangulering. Det empiriska materialet har analyserats med hjälp av en innehållsanalys som är både kvantitativ och kvalitativ.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.

On a request from the water sewage plant Gryaab in Gothenburg a power quality survey was performed. The voltages and currents have continuously been sampled in the incoming 10 kV substation HSP01 from April-August 2008. Power quality measurements were also performed in Gryaabs other 10 kV substation HSP04 fed from HSP01 and at the terminals of the induction motor IN_PU4040 of 1.3 MW which controls one of the four large inflow pumps to the plant. The reason for the latter measurement was due to registered negative transients each time the motor was connected to the grid. The cause of the transients could be explained by the coupling in the substation, the ageing of the motor which could result in damage of the bearings or resonance in the motor circuit which amplifies high frequency harmonics.