The Sixth Sence 플로어 램프

Press Kit

Unique Properties

Wishing to create a lamp with a simplified control system, for people with different proprioception level we started with the base of the lamp - it is made in the form of a cross, precisely the shape that allows you to place the lamp in the most convenient place of the room. Later, we decided to get rid of unnecessary details that may interfere with use. To facilitate the control system, we placed the switches above the shades, so that they are located at the arms length when he is sitting.

Dimensions & Packaging

Height 1500 mm, width 320 mm, depth 278 mm. Metal, frosted glass, LED.
We turn our attention to the design of the switches so that turning on and off is simple and pleasant, it is feels so nice for a person to touch and hear a harmonious click. In addition, we initially decided to use LED boards so that a person does not have to change the light bulb. But in order for the LEDs not to be visible. We paid special attention to the quality of frosted glass. As well as its durability, so that people can use it for many years, even if they move or change the zoning of the premises.

Tags

luminaire, lighting, Floor lamp, lamp, maytoni, alexey danilin, Sixth Sense, lamps, design,

Production Technology

Developing the production technology, we introduced some changes that were not foreseen at the initial stage. Firstly, we made the floor lamp collapsible in order to guarantee the integrity of its delivery and save materials for packaging, and for the rational use of natural resources. We also initially wanted to make it in glossy black color. But after the production of the prototype, we decided to change it to matte black with shagreen. To make it more pleasant to the touch and more practical to use.

Design Challenge

Lamp was developed as part of the study of proprioception. This imposed many restrictions on its design. It was necessary to make a design into account all the technical features. We also wanted to create such an appearance of the lamp, so that it would remain relevant for many years. This was due to the fact that this object was used again, changing the function of the room. It was done for the rational use of the resources that were involved in its manufacture.

Research

The main interest in this design research was in the study of the proprioception. This has immediately changed the approach to the design. We usually think that, for example, turning a device on and off requires an eye contact. And in this case, we refuse it in favor of tactile control. To do this, the object itself must be as close as possible. Also leads to the fact that the control should be as close to the hand as possible, when a person is sitting or standing.

Inspiration

We turned to the concept of the sixth sense - because the ideas of only five sensory organ systems are not scientifically confirmed. Such feeling like proprioception helps us to dispose ourselves in space. Alexander Chelzer with colleagues from the NIH revealed the function of the PIEZO2 gene. It is related with tactile sensations. People whose PIEZO2 functions poorly cannot perform simple actions with their closed eyes. Therefore, we decided to develop a lamp with a simplified control system.

Project Duration

The project started in April 2021 in Moscow and finished in January 2022 in Moscow. and was exhibited in MosBuild 2022 in March 2022.

Operation Flow

Person can place it next to the desktop. And turn it on with your hand without taking your elbow off the work surface. Because we have calculated the height of the switches and placed them at the top of the fixtures. In addition, thanks to this, a person can turn on one or two shades without looking at them and without being distracted from a computer. With the help of a special base, it can be placed as close as possible to the work surface. Also, it can be placed between the furniture.

Image Credits

Image #1 / visualizer / - Dmitry Cherednikov, 2021. Image #2 / visualizer / - Dmitry Cherednikov, 2021. Image #3 / visualizer / - Dmitry Cherednikov, 2021. Image #4 / visualizer / - Dmitry Cherednikov, 2021. Image #5 / visualizer / - Dmitry Cherednikov, 2021.