Termotöödeldud kasest valmistatud lahtivõetava söögilaua tehnoloogia väljatöötamine ja disain
Laen...
Kuupäev
2024
Kättesaadavus
03.09.2024
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Eesti Maaülikool
Abstrakt
Tänapäeva uuenduslikus maailmas on tekkinud suurem nõudlus tootearenduste järele. Käesolev lõputöö käsitleb kokkuklapitava söögilaua tootmistehnoloogia väljatöötamist ja tootearendusprotsessi. Eesmärgiks on uurida konstruktsioonilisi ja disainilisi lahendusi, tagades seeläbi innovaatilise, kauakestva, praktilise ja mugava mööblieseme valmimise.
Käesolevas lõputöös on antud ülevaade söögilaua olulisusest, erinevatest söögilaua tüüpidest ja disainimisprotsessi eesmärkidest. Toote konstrueerimisel kasutatakse tootearenduse ja innovatsiooni põhimõtteid, mida rakendatakse prototüübi tootmisel. Lisaks uuriti puidutööstuses enim kasutatavaid puitmaterjale ja nende omadusi ning valiti laua tootmiseks kõige sobilikum puitmaterjal, arvestades nii mehhaanilisi, keemilisi kui ka füüsikalisi omadusi. Lõputöös uuritakse ka puidu keskkonnasõbralikul viisil väärindamise tehnoloogiaid, eesmärgiga arendada toote visuaalset ilmet ja muuta puidu struktuuriline ehitus ilmastikuoludele vastupidavaks. Töös antakse ülevaade enim kasutatavatest puitseotistest ja nende omadustest ning mõjust laua konstruktsioonile ja valitakse välja seotise liik, mis arvestab konstruktsioonile mõjuvate koormustega. Töö käigus tutvuti erinevate viimistlusmaterjalidega ja valiti välja termopuidule kõige sobilikum viimistlusvahend, mis ühtlasi tooks esile puidu loomuliku ilu. Furnituuri valik teostatakse lähtudes toote funktsioonist, mugavusest ja vastupidavusest.
Töö tulemusena on loodud modernne ja innovaatiline mööbliese, mille valmimiseks on kasutatud keskkonnasõbralikku materjali ning mis omab praktilist väärtust ja on kasutajasõbralik. Toode on funktsionaalne ja sobib peredele, kellel on majapidamises ruumipuudus.
Söögilaua tootmiseks on välja töötatud tehnoloogiline protsess, milles on kasutatud tootmise automatiseerimist, parandades seeläbi tootmise efektiivsust ja tõstes tootmise kvaliteeti. Toodet on võimalik valmistada seeriatootena.
In today’s innovative world, there is a greater demand for product development. This thesis deals with developing the development process and production technology for a demountable dining table. This thesis aims to explore structural and design solutions. Thus ensuring an innovative, durable, practical and comfortable piece of furniture. This thesis gives an overview of the importance of the dining table and the different types of dining tables as well as the objectives of the design process. The principles of product development and innovative utilised in the production of the prototype have been applied in the design of the product. In addition, the most common wood materials used in the timber industry and their properties have been investigated and the most suitable type of material for the production of the table has been selected, taking into account both the mechanical, chemical and physical properties of the material. The thesis also explores technologies for the environmentally friendly treatment of wood, to improve the visual appearance of the product and make the structural construction of the wood joints and their characteristics and impact on the table structure has been provided and the type of joint that takes into account the loads affecting the structure has been selected. Different finishing materials are explored and the finishing medium best suitable for the thermal wood, which would also enhance the natural beauty of the wood, is chosen. The choice of furniture is based of the product’s function, comfort and durability. The result is a modern and innovative piece of furniture using environmentally-friendly materials, with practical value and user-friendliness. The product is functional and suitable for families who lack space in the household. A technological process, which has used production automation, thereby improving the efficiency of production has been developed and increasing the quality of production. The product can be manufactured in series.
In today’s innovative world, there is a greater demand for product development. This thesis deals with developing the development process and production technology for a demountable dining table. This thesis aims to explore structural and design solutions. Thus ensuring an innovative, durable, practical and comfortable piece of furniture. This thesis gives an overview of the importance of the dining table and the different types of dining tables as well as the objectives of the design process. The principles of product development and innovative utilised in the production of the prototype have been applied in the design of the product. In addition, the most common wood materials used in the timber industry and their properties have been investigated and the most suitable type of material for the production of the table has been selected, taking into account both the mechanical, chemical and physical properties of the material. The thesis also explores technologies for the environmentally friendly treatment of wood, to improve the visual appearance of the product and make the structural construction of the wood joints and their characteristics and impact on the table structure has been provided and the type of joint that takes into account the loads affecting the structure has been selected. Different finishing materials are explored and the finishing medium best suitable for the thermal wood, which would also enhance the natural beauty of the wood, is chosen. The choice of furniture is based of the product’s function, comfort and durability. The result is a modern and innovative piece of furniture using environmentally-friendly materials, with practical value and user-friendliness. The product is functional and suitable for families who lack space in the household. A technological process, which has used production automation, thereby improving the efficiency of production has been developed and increasing the quality of production. The product can be manufactured in series.
Kirjeldus
Rakenduskõrgharidusõppe lõputöö
Puidutöötlemise tehnoloogia õppekaval
Märksõnad
lõputööd, söögilaud, funktsionaalne, kasutajasõbralik, innovaatiline, praktiline, Roheline Ülikool (töö toetab EMÜ Rohelise Ülikooli põhimõtteid), ehitusmaterjalid, looduslikud materjalid, ökomajad, säästev tehnoloogia