Hobot S6 Pro Robot laveur de vitres par Hobot Technology Inc.

Le design Hobot S6 Pro Robot laveur de vitres par Hobot Technology Inc. est un lauréat très estimé du prestigieux 2024 A' Design Award de Bronze dans la catégorie Design d'Appareils Ménagers.

BronzeAppareil Ménager· 2024

Hobot S6 Pro Robot laveur de vitres

par Hobot Technology Inc.

Client : Hobot Technology Inc.

Lauréat du A' Design Award de Bronze dans la catégorie Appareil Ménager

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Couleurs

Le Design

À propos de Hobot S6 Pro Robot laveur de vitres

Le Hobot S6 Pro est un robot laveur de vitres destiné à un usage domestique. L'appareil adhère au verre par aspiration et se déplace de haut en bas, faisant demi-tour au niveau des cadres de fenêtre, des obstacles et des bords sans encadrement afin de couvrir toute la surface. Deux lingettes effectuent des mouvements de va-et-vient 600 fois par minute pour éliminer la poussière et neutraliser l'électricité statique présente sur la vitre. Deux buses à ultrasons diffusent une fine brume qui dissout les taches. L'utilisation est possible au moyen d'une télécommande ou d'une application pour smartphone. Les chiffons de nettoyage sont réutilisables et la consommation d'eau est limitée.

La Reconnaissance

À propos du A' Design Award de Bronze

Hobot S6 Pro Robot laveur de vitres est lauréat de l'A' Design Award de Bronze, une reconnaissance hautement prestigieuse décernée à des designs remarquables qui se distinguent par leur créativité, leur ingéniosité et leur sagacité. Les lauréats Bronze sont des artefacts amplement habiles et d'une créativité frappante, qui authentifient la vaste expérience, l'imagination et l'ingéniosité de leurs concepteurs. Hobot S6 Pro Robot laveur de vitres est censé être un objet très estimé, admiré et chéri, remarquablement professionnel et innovant. Ce design lauréat de l'A' Design Award de Bronze intègre les meilleures pratiques de l'art, de la science, du design et de la technologie, et est excellent par son souci du détail. Hobot S6 Pro Robot laveur de vitres satisfait admirablement les besoins, touche les désirs, charme les sentiments et attire la curiosité.

Les coulisses du design

Dossier de presse

Crédits, membres de l'équipe et détails techniques fournis par le designer.

Propriétés Uniques: The Hobot S6 Pro features a revolutionary dual mop reciprocating polish, wiping at 600 times per minute to remove dust and move steadily, and utilizes its dual ultrasonic spray to bring streak free cleaning result. Moreover, it can neutralize static electricity on the windows, keeping it long lasting spotless after cleaning. Paired with user friendly and eco friendly designs that include reusable cleaning cloths and conserve water, the Hobot S6 Pro is a leader of sustainable cleaning technology.
Dimensions & Emballage: square device shape, 260mm × 260mm × 89mm, 1.65kgs, vacumm to attach to the vertical surface, 8kgs of suction power and 7kgs ascending power, antifalling control algorithm, 2 cleaning cloth, high speed reciprocate mopping against the window 600 times per minutes with 4mm stroke, 2 replaceable water tanks with ultrasonic nozzles, 4.5 meter long safety rope with 230 Kgf pulling force durability, 650mAh UPS battery for 20 minutes backup, remote and smartphone controlled, CE, FCC, RoHS certified
Mots-Clés: window cleaning robot, reciprocate polish, dual mop, ultrasonic spray, frameless window, outdoor window cleaning, automatic window cleaning, window washing, long-lasting clear
Technologie de Production: injection molding, tooling, inmold decoration, software engineering, app coding, speech coding, multi filed integration from electronics, telecommunications and mechanisms
Défi de Conception: Incorporating new technologies like static electricity neutralization while adhering to safety and production standards posed big challenges. Access to cutting edge research on static electricity's role in dust accumulation was vital. Overcoming these hurdles required extensive prototyping and the use of advanced technology to ensure top performance without sacrificing safety or usability. This endeavor advanced automated window cleaning technology and established new industry benchmarks.
Recherche: Focused on automating window cleaning, the Hobot S6 Pro aimed to enhance efficiency and bring convenience. Beyond its essential goal, a pivotal discovery this time was the role of static electricity in attracting dust, leading to the development of a dual-mop reciprocating polish that neutralizes static electricity, thus keeping windows spotless for longer after cleaning. This innovation streamlines maintenance tasks, yielding promising results, and has raised the industry standard yet again.
Inspiration: The inspiration for the Hobot S6 Pro stemmed from the laborious and dangerous task of window cleaning. Its dual mop reciprocating polish function mimics human hand cleaning with unmatched speed and precision. The device includes an ultrasonic spraying function that replicates human breath on the window to dissolve stains. Research on static electricity's role in attracting dust led to a design that efficiently cleans and neutralizes static charge, significantly prolonging window cleanliness.
Durée du Projet: The project timeline for the Hobot S6 Pro began with the initial idea in November 2022. The first tooling phase was undertaken in July 2023, leading to mass production commencing in March 2024.
Flux Opérationnel: Operating the Hobot S6 Pro is simple. Attach it to the window and press the button to begin. It moves across from top to bottom, reversing at frameless edges or upon encountering obstacles and window frames, to ensure full coverage automatically. The high speed reciprocating dual mop mimics hand cleaning, while two ultrasonic nozzles emit a fine mist to dissolve stains. Control and monitor via the smartphone app, or use a remote for basic operations, getting the cleaning task done effortlessly.
Brevets: Patented; Patent No.:TWI688360B; Holder: HOBOT Technology Inc.; Year:2018; Jurisdiction:TW
Patented; Patent No.:TWI745857B; Holder: HOBOT Technology Inc.; Year:2020; Jurisdiction:TW
Patented; Patent No.:CN110537867B; Holder: HOBOT Technology Inc.; Year:2018; Jurisdiction:CN
Patented; Patent No.:US 10,743,730 B2; Holder: HOBOT Technology Inc.; Year:2018; Jurisdiction:US
Patented; Patent No.:RU2689222; Holder: HOBOT Technology Inc.; Year:2018; Jurisdiction:RU
Patented; Patent No.:CN113928434B; Holder: HOBOT Technology Inc.; Year:2020; Jurisdiction:CN
Patented; Patent No.:RU2776021; Holder: HOBOT Technology Inc.; Year:2021; Jurisdiction:RU

Patent Pending; Patent Filing Number:EP18187447.0; Holder: HOBOT Technology Inc.; Year:2018; Jurisdiction:EP
Patent Pending; Patent Filing Number:US17/203,297; Holder: HOBOT Technology Inc.; Year:2021; Jurisdiction:US
Patent Pending; Patent Filing Number:EP21164432.3; Holder: HOBOT Technology Inc.; Year:2021; Jurisdiction:EP
Patent Pending; Patent Filing Number:CN202120504931.0; Holder: HOBOT Technology Inc.; Year:2021; Jurisdiction:CN
Patent Pending; Patent Filing Number:CN202211300111.5; Holder: HOBOT Technology Inc.; Year:2022; Jurisdiction:CN
Patent Pending; Patent Filing Number:EP23181913.7; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:EP
Patent Pending; Patent Filing Number:RU2023123919; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:RU
Patent Pending; Patent Filing Number:TW112121755; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:TW
Patent Pending; Patent Filing Number:US18/449,505; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:US
Patent Pending; Patent Filing Number:CN202311623266.7; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:CN
Patent Pending; Patent Filing Number:CN202311623262.9; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:CN
Patent Pending; Patent Filing Number:CN202311623255.9; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:CN
Patent Pending; Patent Filing Number:CN202311623253.X; Holder: HOBOT Technology Inc.; Year:2023; Jurisdiction:CN
Membres de l'Équipe: George Chao
Jerry Wu
Charles Lin
Shawn Fan
Don Lin
Crédits Images: ID: Newson Wong and HOBOT Design team
Image and Graphic Design: Shelly Fan, Newson Wong
Video: HOBOT design team