Skip to content
Satuo Pi 0 Pro Робот для мытья окон by Xinyi Tan

Satuo Pi 0 Pro Робот для мытья окон by Xinyi Tan is a highly esteemed winner of the very prestigious 2023 Железная премия A' Design Award in Дизайн бытовой техники Competition Category.


ЖелезнаяБытовая техника· 2023

Satuo Pi 0 Pro Робот для мытья окон

by Xinyi Tan

Client: Shanxi JiaShiDa Robot Technology Co., Ltd.

Железная премия A' Design Award Winner in Бытовая техника Category

12,475

Verified Award Winner

Verify Award Status for #145158

Colors

The Design

About Satuo Pi 0 Pro Робот для мытья окон

Satuo Pi 0 Pro — это робот для мытья окон, объединяющий в единой системе функции очистки и хранения. Робот использует технологию быстрого перемещения на двух колёсах, в которой ходовые диски отделены от чистящих, что повышает эффективность протирания. Двустороннее ультразвуковое распыление обеспечивает подачу воды, а технология постоянной влажности S-Air пятого поколения способствует равномерному результату очистки. Алгоритм искусственного интеллекта прокладывает четыре автоматических маршрута для различных типов окон. Кабель питания и страховочный трос объединены в единый втягивающийся шнур, что предотвращает спутывание.

The Recognition

About the Железная премия A' Design Award

Satuo Pi 0 Pro Робот для мытья окон — лауреат Железной премии A' Design Award, престижного признания, присуждаемого хорошим проектам, которые отвечают профессиональным и промышленным требованиям, ожидаемым от хорошо продуманных творений. Обладатели Железной премии демонстрируют большое мастерство, высокую специализацию, экспертное понимание и творческие способности их авторов. Ожидается, что Satuo Pi 0 Pro Робот для мытья окон станет высокоценимым, вызывающим восхищение и дорогим сердцу творением, практичным и инновационным. Этот проект, получивший Железную премию A' Design Award, интегрирует лучшие отраслевые практики и обладает компетентными техническими характеристиками, сочетающимися с ноу-хау и талантом. Благодаря основательности Satuo Pi 0 Pro Робот для мытья окон заслуживает уважения и создан для того, чтобы улучшать качество жизни, помогая сделать мир лучше.

Behind the Design

Press Kit

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

Unique Properties
SATUO π 0-Pro is an innovative AI smart window cleaner robot that integrates cleaning and storage in one. The first two-wheel rapid walking technology in the industry, the wiping efficiency is increased by 2~3 times; It equips bilateral ultrasonic atomization technology for water spraying, combined with the "fifth generation S-Air" constant humidity technology, the cleaning effect is better; Equipped with AI algorithm, it can plan 4 automatic walking paths according to different wiping environments.
Dimensions & Packaging
Host size: length * width * height = 285 *142 * 85mm
Water spray mode: bilateral water spray, combined with the "fifth generation S-Air" constant humidity technology
Working mode: two-wheel walking and rotary wiping mode.
Tags
two-wheel rapid walking technology、bilateral water spray, base station with storage and adsorption two-in-one, light and thin body,intelligent path planning.
Production Technology
SATUO π 0 Pro window cleaner robot employs self-developed nested two-wheel rapid walking technology, and its wiping speed surpasses 99% of its kind.
Make the power cord and safety rope two in one, which solves the problem of rope entanglement. Press the button to pull back the wire, it's convenient to store.
It enjoys intelligent barrier detection and avoidance function,
Fully automatic wet mopping technology, which can realize bilateral ultrasonic atomizing water spraying, which improves the cleaning effect.
The retro design style is simple, and the air outlets are arranged on both sides of the device to avoid blowing the user directly.
Design Challenge
Main challenges: improve the efficiency of window cleaning, ensure the cleaning effect, and solves the problem of rope entanglement, and inconvenient storage.
Solution: Make the power cord and safety rope two in one, which solves the problem of rope entanglement. Press the button to pull back the wire, it's convenient to store.
Research
Research goal: innovative walking mode, improvement of wiping speed, and improvement of user fragmented time utilization
Research direction: retro, simple, convenient storage
Market research: online research + professional company research
Social impact: The first two-wheel rapid walking technology in the window cleaner robot industry, separates the walking disc and the cleaning disc. The two cleaning discs run simultaneously in the rotating mode, and the two walking discs control the device to move in the same direction, the wiping efficiency is increased by 2~3 times.
Inspiration
Retro appearance combined with runway round shape, which is simple and beautiful;
The top handle material can choose flexible leather or two-color silicone, which makes the whole device more thinner.
The multi-functional base station of the window cleaner robot integrates storage, security and power transmission, and it's easy to operate.
Operation Flow
Through the innovative way of two- wheel and dual walking discs, with intelligent obstacle detection and avoidance functions, it is not limited by the size, thickness, and frameless of glass. It can also perform intelligent path planning and realize the fully automatic operation of the device. The fully automatic wet cleaning technology can realize bilateral ultrasonic atomized water spray, which greatly improves the cleaning effect and meets the needs of users for safe and fast window cleaning.
Team Members
ZhaoJing
TanXingYi
GuoShaoXuan
NiuLiQun
PuYong
ZhaoJinXia

Sponsored

Explore Beyond Designers.org

Discover products, services and opportunities from our advertising partners.

Good Design Deserves Great Recognition

The A' Design Award is an international, juried accolade for good design. Take part in the A' Design Award to get an opportunity to earn meritocratic recognition, gain fame, prestige and publicity for your work. Nominate your work for the A' Design Award and compete for the coveted A' Design Prize.

Nominate