Contact
During rest, direct pressure around the eyes can affect comfort.
Explore a recessed lining and zoned airbags to provide eye clearance.
A soft textile exterior brings the device into everyday life. Explore its design through eye clearance, tactile controls and compact folding.
Eye clearance
Tactile control
Compact folding
Portable folding eye massager
Heather grey · Soft contours · Concealed display
Needs → Ergonomics → UX → CMF → Product
For rest after extended screen use, the proposal focuses on contact, operation without sight and nose fit. Each concern becomes a concrete design response.
During rest, direct pressure around the eyes can affect comfort.
Explore a recessed lining and zoned airbags to provide eye clearance.
Controls need to be identifiable without looking at the device.
Use a recessed button for location and backlighting for status.
Nose contact, light gaps and strap tension must work together.
Coordinate the nose cut-out, soft lining and adjustable strap.
These needs are design hypotheses from the proposal.
Four stages—defining needs, exploring concepts, refining the design, and planning structure and process—translate wearing, operation and folding into product design.
A recessed lining and surrounding contact areas guide the relationship between the eyes, nose and strap. The diagrams explain the proposed geometry and contact logic.
Keep the eye areas recessed and organise contact around them.
Illustrates contact intent; not measured pressure or safety validation.
Coordinate the recessed lining, lower cut-out and soft edges, considering contact and light gaps across different faces.
An elastic strap and double-slot buckle allow length adjustment to balance stability and comfort.
Values come from the source proposal. Confirm actual clearance, contact pressure and light shielding through engineering drawings, fit trials and operating-airbag checks.
A recessed contour provides a tactile landmark; concealed backlighting communicates the active state. Side controls preserve the continuous fabric front.
Proposed button recess
A tactile landmark for operation
Interface states are simulated. Confirm button dimensions against engineering drawings.
Heather-grey textile gives the device a softer character. The contact lining and folding structure support wearing and carrying, following the source proposal’s material and hinge strategy.
A fine heather texture and restrained branding create a softer domestic character. Stain and splash resistance are proposed material goals pending confirmation.
The two halves fold around a central connection to reduce storage space. The proposal describes a 180° folding concept; actual travel depends on the mechanism.
Coordinate the connection, port and soft lining so the form reads coherently when worn or folded.
The source proposal pairs a graphene heating layer with three settings. Choose a temperature to explore how visual feedback can communicate each state.
Three temperature settings · Proposed
Simulation, not a thermal test. 38 / 40 / 42°C are proposal settings. Heating speed, uniformity and actual contact temperature require test evidence.
Photography reveals the textile surface, side controls and folded portability. Directional light defines the soft material against a dark setting.
A soft exterior sets the first impression. A recessed lining and adjustable strap address fit; tactile controls and folding connect operation with portability.