Skip to content
Satellite Tasse isotherme by Richie Ma

Satellite Tasse isotherme by Richie Ma is a highly esteemed winner of the very prestigious 2024 A' Design Award de Fer in Ustensiles de Cuisine Competition Category.


FerUstensiles de Cuisine· 2024

Satellite Tasse isotherme

by Richie Ma

Client: Shanghai Grand Trade Co.,Ltd.

A' Design Award de Fer Winner in Ustensiles de Cuisine Category

17,880

Verified Award Winner

Verify Award Status for #154729

Colors

The Design

About Satellite Tasse isotherme

Satellite est une tasse isotherme conçue pour être utilisée en voiture. Le couvercle s'ouvre et se ferme grâce à un système d'attraction magnétique alternée, ce qui permet de faire pivoter la tasse dans le sens horaire ou antihoraire. Une simple pression maintient l'obturateur en position ouverte ou fermée. L'orifice de sortie du liquide et la prise d'air partagent un même axe, si bien que les deux parties s'ouvrent et se ferment simultanément. Le couvercle et le bouchon sont réalisés en polypropylène de qualité alimentaire, tandis que le corps du gobelet est en acier inoxydable de qualité alimentaire. Ce mécanisme simple permet aux conducteurs d'utiliser la tasse sans quitter la route des yeux.

The Recognition

About the A' Design Award de Fer

Satellite Tasse isotherme est lauréat de l'A' Design Award de Fer, une reconnaissance prestigieuse décernée à de bons designs qui répondent aux exigences professionnelles et industrielles attendues de créations bien conçues. Les lauréats Fer démontrent la grande compétence, la haute spécialisation, la compréhension experte et la capacité créative de leurs créateurs. Satellite Tasse isotherme est censé être une création très estimée, admirée et chérie, pratique et innovante. Ce design lauréat de l'A' Design Award de Fer intègre les meilleures pratiques de l'industrie et présente des caractéristiques techniques compétentes associées à un savoir-faire et à du talent. Satellite Tasse isotherme est respecté pour sa rigueur et est conçu pour apporter des améliorations de la qualité de vie qui contribuent à faire du monde un monde meilleur.

Behind the Design

Press Kit

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

Unique Properties
The Satellite Cup employs an alternating magnetic attraction system that enables it to open and close freely, regardless of the direction in which it is manipulated. Furthermore, the dual-function water-blocking component is made possible by our design, aligning the water outlet and air inlet on the same axis. When the water-blocking piece is closed, it automatically seals the air inlet, and conversely, when it is opened, the air inlet corresponds by opening. Maintaining the desired open or closed state is effortlessly achieved with just a gentle push.
Dimensions & Packaging
Dimension:82*82*133mm;82*82*161mm;
Capacity: 380ml;470ml;
Tags
Vacuum insulated tumbler, Drinkware, Water bottle, Cup, Product design
Production Technology
Lid & Stopper:Food-grade PP; Tumbler:Food-grade Stainless Steel
Design Challenge
Initially, the team attempted to achieve unrestricted rotation using complex structures, but these early attempts resulted in bulky and inflexible designs.
The concept of employing magnetic positioning emerged as an inspiring solution, as it promised a smoother realization of the desired user experience. Nevertheless, the challenge resided in the meticulous concealment of magnets within both the cup lid and water-blocking piece, ensuring they remained isolated from the beverage and eliminating any risk of detachment. Following a series of exhaustive tests and verifications, the decision was made to embrace the formidable method of rotational fusion welding. This method was selected to uphold the concealment and reliability of the magnets.
Research
The data indicates that a significant portion of traffic accidents each year result from driver distraction during driving. Through interviews with numerous experienced drivers, it was discovered that some water cups are challenging to open while driving. Therefore, by simulating the driving process, measuring car cup holders, making subtle angle adjustments, and conducting multiple 3D printing tests, retrieving and placing the cup have become much easier. This allows users to operate the cup even without direct visual contact, thus minimizing driving hazards to the greatest extent.
Inspiration
In the market, car cup holders generally utilize a unidirectional opening structure, which necessitates that users confirm the opening direction while in use. This presents specific safety risks for drivers. Consequently, Objective is to design a cup with a straightforward opening and closing mechanism to diminish driver distraction and the potential for accidents while operating a vehicle.
Project Duration
The project started in May 2022 and finished in March 2023 in Shanghai.
Operation Flow
-By utilizing alternating magnetic attraction, the opening and closing states can be seamlessly switched without any directional limitations. It can be rotated both clockwise and counterclockwise.
-The water-blocking component can function at either end, and when switching states, there is no need to distinguish the direction. Simply give it a gentle flick, and it will reliably maintain the desired open or closed state.
-The water inlet and air vent are designed on the same axis, so when the water-blocking piece is closed, the air vent synchronously closes as well, and vice versa when opened.
Patents
Utility model patent: ZL 202222762628.8
Appearance patent: ZL 202230684959.7
Team Members
Designer: Richie Ma
Jikai Bao
Director: Sharlene Tai
Image Credits
Image #all: Designer MACHUANQI, Rendering, 2022.

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