The subject of this project documentation for building is new building of Ballroom dance club in Frenštát pod Radhoštěm conected with current building of cinema. Object is situated in Frenštát pod Radhoštěm in region of Nový Jičín. The target of this diploma thesis was design of public building for cultural enjoying with using current spaces in the locality to fulfill requirements of investor. The thesis is devided into parts of preparing, situating, documentation to be involved into the surrounding.

This diploma thesis deals with the design of the new elevator drive for storage system Logimat. Diploma is focused to design a new drive for a load up to 1200 kg and to adapt the elevator frame to the new drive design. In the first part is done research for suitable drive systems. There are followed by design and stress analysis. The second part deals with appropriate roller chain parameters calculation and the power output of electric motors.

Master’s thesis deals with application of new suspension means for personal elevator instead of conventional steel wire rope includes calculation of traction. Followed by assessment of passive resistance generated by guiding elevator on guide rails and caused by various locations of suspension and guiding (car guide rails). In the last part of thesis contains a strength analysis of car frame by Finite elements method (FEM) in programme NX I-deas.

The subject of my diploma thesis is elaborating the project documentation for making a new building of a separately standing apartment house. The building is situated on the outskirts of town Bystřice nad Pernštejnem, on a slightly slanting land which goes up to the northeast. The building is without cellar, four-storeyed with a flat roof. On the first floor above ground level there are an indoor garages, cellar units, a staircase and an elevator. On the second, third and fourth floor above ground level there are separate housing units, a staircase and an elevator. There are other parking areas on the exterior of the building. The vertical constructions are designed within the system HELUZ, the horizontal constructions are made of ferroconcrete. The perimeter structures are designed with the contact insulation system. The building will be based on foundations.

The topic of this Diploma thesis is the project documentation of the new hotel building in Moravany u Brna. Hotel is designed as a detached building with 3 floors. In the first floor you can find an entrance hall, administrative part, restaurant and its background and the technical background. Another floors serve as accommodation for the guests. The building is designed with traditional building materials.

The dissertation contains the project and working out of the designing documentation for execution of a multifunctional building. The project deals with a new multifunctional building in the marginal part of the Olomouc city. The object is a brick building with no cellar and four above-ground floors. The ground plan of the building is regular and mainly rectangular. There are balconies at the corner and in the middle of the eastern part of building in above-ground floors. The last floor is partially receding and there are two terraces here. There is the flat roof construction. The horizontal and vertical supporting and non-supporting constructions are suggested from the Heluz´s brick system. There are three places of business on the ground floor and ten flats on the above-ground floors. The building site has a plane terrain.

Internet of things är idag en utveckling som starkt går framåt för att göra samhället mer tekniskt styrt, modernt och för att underlätta för människor. Det finns många branscher och arbetsområden för denna teknik och hissbranschen är en utav dessa. I denna rapport utreds de fördelar som finns med Internet of things inom hissövervakning. Företaget Safeline Sweden AB har tagit fram en produkt för att underlätta övervakningen av hissar på avstånd. En utredning av denna produkt och dess kostnadsfördelar togs fram, för att sedan kunna ta fram en affärsmodell för Safelines nya produkt IMS. Genom intervjuer med potentiella kunder kunde information tas fram angående dagens läge inställningen till ny teknik. Den informationen som kom fram under dessa intervjuer användes för att skapa en affärsmodell som ska användas som grund för en affärplan för Safeline.En affärsmodell skapades för Safeline Sweden AB och deras nya produkt IMS. I affärmodellen framgår det bland annat hur företaget bör lansera den nya produkten, hur kundrelationer ska skapas, utvecklas och behållas. Utifrån intervjuerna valdes det att IMS bör säljas som en systemlösning då det anses vara det bästa för att det ska vara attraktivt och prisvärt för kunderna. / Internet of things is today a development that is strongly moving forward to make society more con-trolled by technology, modern and it will be easier for many people. This technology can be used in many diffrent industries and work areas, such as elevator monitoring. This report evaluates the benefits with Internet of things within elevator monitoring. The company Safeline Sweden AB has developed a product that will make it easier to monitor elevators from a distance. An investigation of this product has been done and what their advantages were. After that, a buisness model was formed for Safelines new product IMS. By interviewing potential customers, the information about the sitaution today and the approach for new technology was discovered. The information from the interviews was then used to create a good and sustainable business model for Safeline.A buisness model was created for Safeline Sweden AB and the produkt IMS. The business model describes how the company should launch the new product, how the customer relations should be created, developed and retained. The information from the interviews made it clear that the IMS should be sold as a system solution because it is considered to be more attractive and be more valu-able for the customers.

The diploma thesis is the project of the hotel in Gbely. The Hotel is project as a four–storeyed house with one basement. The building is designed as object with twelve flats. The house has flat roof. The above grade masonry is created by Ytong system. The bearing walls in basement is created by Prefa BTB system, interior grade masonry is created by Ytong system. The partitions are created by Ytong system too. The main building entrance is situated to north–east side. In the basement, there are boiler room, alternative energy source, facilities for employees, laundry room, ironing room, air conditioning engine room and storage units. The first elevated floor is content of main entrance to the object, stairway, shop, reception, restaurant and bar, kitchen and elevators. On the second floor, there are eight guest rooms, background for cleaner, multimedia room. On the third there are ten guest rooms and multimedia room. On the fourth floor there are eight guest rooms, multimedia room and terrace with access to the roof. The foreside of exterior walls will be white with colored stripes. General architectonical and structural solution created harmony with neighbourhood. The project contains technical, thermal and acoustic appraisal forms. Parking is located in the hotel area.

To leave Earth’s gravity well and ascend into Cislunar space takes ingenuity, and the engineering feats of many. Now to propel humanity further into space, rockets will need assistance to provide the large requirements of mass to be used for space structures. Tsiolkovsky’s Rocket Equation greatly limits the advantages of rockets and leaves an opening for Space Elevators to assist in a dual space access approach. By moving a large amount of mass routinely, efficiently, environmentally friendly and with daily launches towards space. Along with the apex anchor situated at 100,000 km for emergency assistance across all Cislunar space, and to act as both storage facilities and a construction zone. Space Elevators are the railway to space and can supplement rockets by transforming how mass is transported to Cislunar space and beyond. / Att lämna jordens gravitationsbrunn och stiga upp i Cislunar-rymden kräver uppfinningsrikedom och mångas ingenjörsprestationer. För att nu driva mänskligheten längre ut i rymden kommer raketer att behöva hjälp för att tillhandahålla de stora kraven på massa som ska användas för rymdstrukturer. Tsiolkovskys raketekvation begränsar i hög grad fördelarna med raketer och lämnar en öppning för rymdhissar för att hjälpa till med en dubbel rymdtillgång. Rymdhissar kan att flytta en stor mängd massa rutinmässigt, effektivt, miljövänligt och med dagliga uppskjutningar mot rymden. Apex-ankaret som ligger på 100 000 km kan fungera för nödhjälp över hela Cislunar-utrymmet och som både lagringsutrymmen och en konstruktionszon. Rymdhissar är järnvägen till rymden och kan komplettera raketer genom transformation hur massa transporteras till Cislunar rymden och bortom.

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