Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo by Jaroslaw Markowicz

Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo by Jaroslaw Markowicz is a highly esteemed winner of the very prestigious 2020 Ora A' Design Award in Dezajno de Strata Meblaro Competition Category.

OroStrata Meblaro· 2020

Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo

by Jaroslaw Markowicz

Client: Enovio

Ora A' Design Award Winner in Strata Meblaro Category

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View at A' Design Award Press Release Award Badge

Colors

The Design

About Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo

Smart Cleaner estas subĉiela desinfektaĵ-dispensilo desegnita por publikaj spacoj. La memstara unuo estas ankrita en la grundo kaj tute farita el rustorezista ŝtalo, kiu estas daŭrema kaj facile purigebla. Fotovoltaeca panelo funkciigas ĉiujn funkciojn, kaj la energio estas konservata en interna baterio, do neniu konekto al la elektra reto estas bezonata. Likvaĵo estas liberigata kiam sensilo detektas manon. Poŝtelefona aplikaĵo ebligas al municipaj servoj kontroli la nivelon de la likvaĵo kaj la plenigitecon de la rubujo. La dispensilo mezuras 1150 je 360 je 360 milimetrojn.

The Recognition

About the Ora A' Design Award

Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo estas gajninto de la Ora A' Design Award, treege prestiĝa rekono donata al unuaklasaj, mirindaj kaj elstaraj dezajnoj. La Oraj gajnintoj estas treege novigaj, viziecaj kaj glamure miregigaj kreaĵoj, kiuj reflektas la talenton, saĝon kaj lertecon de siaj dezajnistoj. Oni atendas, ke Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo estu tre laŭdata, tendencdifina kaj monumenta inventaĵo, kiu liveras senprecedencan valoron. Ĉi tiu dezajno gajninta la Oran A' Design Award estas spektakla, estimata projekto, kiu tre profitigas kaj antaŭenigas la limojn de arto, scienco, dezajno kaj teknologio. Smart Cleaner Subĉiela Desinfektaĵ-Dispensilo kreas intensajn dezirsentojn, vekas pasion, kuraĝigas kreemon kaj fascinas nin.

Behind the Design

Press Kit

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

Unique Properties: There are currently no public dispensers dedicated to the public space on the market. All available solutions for internal dispensers powered by batteries or from a socket. The solution proposed by Enovio is an autonomous solar powered dispenser. Its casing is durable and adapted to external conditions and anchoring in the ground.
Dimensions & Packaging: 1150 x 360 x 360mm
Tags: Photovoltaic, dispenser, hygiene, public space, trash bin
Production Technology: The product is made entirely of stainless steel, which makes it durable and easy to clean. The PV panel supplies all dispenser functions. The dispenser can operate using only solar energy, which makes it an autonomous and ecological product.
Design Challenge: The design task was to create a simple product that will not dominate in its surroundings and at the same time have a high aesthetic value.
Research: The most important thing during product development was creating an intelligent energy management system. We wanted a relatively small solar panel to be able to power several functions at the same time, so we had to develop a system that would be responsible for turning them on only when needed.
Inspiration: The main inspiration was the problem of hygiene in public space. Spending time away from home often we do not have the option of disinfecting hands properly. Caring for hygiene involves carrying your own disinfectants or using public toilets, which may be unsanitary. The design of the device should be simple, durable and at the same time noting that it is a new device that has not been previously identified. We decided to get inspired by tesla cybertruck, which responds to similar assumptions.
Project Duration: the project was developed in Warsaw.
Intensive work on the product began at the end of February. After several prototypes, after less than a month of work, we managed to develop the final product ready for sale.
Operation Flow: The Radial bin is fully autonomous. The functions do not require additional power supply because they are powered by a photovoltaic panel. The energy produced is stored in an internal battery.
Product management is done from the level of the mobile application. Municipal services can check the current state of the fluid or the filling of the basket. The method of refilling is very simple. The liquid is dispensed by squeezing once the sensor detects a hand.
Team Members: Jarosław Markowicz