Rt Kursî Bêpişt، Mêzê Alîkar by Li Xiaokai

Rt Kursî Bêpişt، Mêzê Alîkar by Li Xiaokai is a highly esteemed winner of the very prestigious 2020 Xelata A' Design Award a Hesinîn in Dîzayna Mobîlyayê Competition Category.

HesinMobîlya· 2020

Rt Kursî Bêpişt، Mêzê Alîkar

by Li Xiaokai

Client: Object System

Xelata A' Design Award a Hesinîn Winner in Mobîlya Category

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Verified Award Winner

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View at A' Design Award Press Release Award Badge

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The Design

About Rt Kursî Bêpişt، Mêzê Alîkar

Rt kursiyeke bêpişt e ku her wiha dikare wek mêzeke alîkar jî were bikaranîn. Sêwirana wê ji tangramê Çînî îlham girtiye û ji sê perçeyên goşedar pêk tê. Du taxtikên aluminyûmê bi şeklê L, ku mezinahiya wan wekhev e, blokeke darîn a goşedar a ji dara avizê (ash) piştgirî dikin. Taxtikên aluminyûmê 6 mîlîmetre stûr in û bi rêya lazer-birrînê û tewandina makîneyî hatine şeklkirin. Her sê perçe bi hev re bi bîdo (pêç) ve girêdayî ne, ji ber vê yekê bikarhêner dikarin Rt bi xwe hilînin û ji hev vekin. Rt bi mezahiya 300 bi 300 bi 500 mîlîmetreyan e û ji her alî ve were nihêrîn, dîmeneke cuda pêşkêş dike.

The Recognition

About the Xelata A' Design Award a Hesinîn

Rt Kursî Bêpişt، Mêzê Alîkar xelatgirê Xelata A' Design Award a Hesinîn e, nasîneke bi prestîj ku ji sêwiranên baş re tê dayîn, yên ku pêdiviyên pîşeyî û pîşesaziyê yên ku ji afirandinên baş hatine sêwirandin têne hêvîkirin tînin cih. Xelatgirên Hesinînê jêhatîbûna mezin, pisporiya bilind, têgihiştina pisporî û kapasîteya afirîner a afirînerên xwe nîşan didin. Tê hêvîkirin ku Rt Kursî Bêpişt، Mêzê Alîkar afirandineke pir hatiye rêzgirtin, sitayişkirin û delal, pratîkî û nûjen be. Ev sêwirana bi Hesinînê serketî pratîkên çêtirîn ên pîşesaziyê yekgirtî dike û xwedî taybetmendiyên teknîkî yên jêhatî ye ku bi zanîn û jêhatîbûnê ve girêdayî ne. Rt Kursî Bêpişt، Mêzê Alîkar ji ber baldariya xwe tê rêzgirtin û hatiye sêwirandin da ku kalîteya jiyanê baştir bike û alîkariya çêtirkirina dinyayê bike.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The product is composed of 3 right-angle parts, including 2 L-shaped, right-angle aluminum plates of identical size, and 1 wooden right-angle block. Seen from different angles, Rt will give viewers different optical illusions. The linear surface produced by the combination of two different materials, the aluminum plates and wooden block, endeavours to impart a minimalist and eternal sculptural feeling.
Dimensions & Packaging: 300 (L) x 300(D) x 500 (H)
Tags: stool, combination, aluminium plate, sculpture, contemporary design, Minimalist
Production Technology: The product consists of two parts: an ash stool and a 6mm aluminum plate support obtained through laser cutting and machine bending.
Design Challenge: The main challenge of this product lies in the bending technology it involves, and the material resistance of its aluminum plates. We have studied the carrying capacity of the plates after bending through numerous repeated experiments, and fixed the parts firmly with custom screws.
Research: Proceeding from daily observation and thinking, through the industrial processing of metal and natural materials, we research and manufacture art furniture that may embody and express with interesting logic the essence of life.
Inspiration: The product design is inspired by Chinese tangram and is composed of 3 different right-angled parts mutually supporting each other. Product parts are simple, easy to process, convenient for installation and bulk transportation. The overall appearance of the product is simple and its structure is strong. Because of its inspirational origin, i.e. tangram, Rt may appear both flat and three-dimensional in form, all depending on the angle of the viewer.
Project Duration: The Rt concept design is totally new and was completed in October 2019 in Hangzhou, China. Its first prototype was completed in Hangzhou, in November 2019.
Operation Flow: Rt may be used as a stool as well as a side table. All of its components, 3 in total, are screwed together. Its simple structure allows users to assemble and disassemble it by themselves.
Patents: Copyrights belong to Li Xiaokai, 2019
Image Credits: Images Credits: Li Xiaokai, 2019