An eye mask for use to wake up and/or to go to sleep provides ease of cleaning or replacement without damaging electrical or optical components; different user selectable sunrise and sunset illumination modes respectively having blue-shifted and red-shifted spectra simulating natural sunrises and sunsets to assimilate the sleep/wake cycle to the natural rhythms of day and night; sunset and/or sunrise illumination modes that oscillate with fixed period or sequentially changing periods that correspond to brainwave frequencies that respectively facilitate going to sleep and/or waking and synergistically co-operate with corresponding sunset or sunrise light fields to help the user to fall into restful sleep or to awake refreshed and alert; and audio tone programming of illumination mode and treatment time and/or duration of therapy by a remote tone control generator.

The invention provides an eyelid closure patch comprising a main body comprising a front face and a back face, wherein one of the front face and back face comprises silicone adhesive at least partially covering the surface thereof, and wherein the main body comprises a semi-permeable or occlusive membrane.

The present invention relates to a warming tool (1) in which a heat generating element (3) is held between a topsheet (5) that faces a heating target and a backsheet (6) that is located on a side away from the heating target, and a method for manufacturing the same. The heat generating element (3) has a first sheet (3f) arranged opposing the topsheet (5), a second sheet (3g) arranged opposing the backsheet (6), and a heat generating portion (3a) sandwiched between the first sheet (3f) and the second sheet (3g). In the warming tool (1), a perfume (8) and an adhesive (7) are arranged between the second sheet (3g) and the backsheet (6), and a region in which the adhesive (7) is arranged and a region in which the perfume (8) is not arranged overlap each other in a plan view. In the manufacturing method, the perfume is added to a surface of the second sheet (3g) that is planned to oppose the backsheet (6), or to a surface of the backsheet (6) that is planned to oppose the heat generating element (3), and the heat generating element (3) is held such that the backsheet (6) and the second sheet (3g) oppose each other.

Protective headgear with a curved switchable shutter and curved front and rear cover plates and including at least two antireflective layers.

Protective headgear with a curved switchable shutter and curved front and rear cover plates and including at least two antireflective layers.

Eye masks and associated processes are disclosed herein. These masks and associated processes may involve positioning a mask over the eyes and nearby glands of a user and applying heat and/or moisture. This treatment may provide therapeutic benefits, including therapy of Meibomian gland disease and other sources of dry eye. Other physical benefits can also include mechanically gently holding eyelids closed and promoting relaxation and reduction of stress.

Eye masks and associated processes are disclosed herein. These masks and associated processes may involve positioning a mask over the eyes and nearby glands of a user and applying heat and/or moisture. This treatment may provide therapeutic benefits, including therapy of Meibomian gland disease and other sources of dry eye. Other physical benefits can also include mechanically gently holding eyelids closed and promoting relaxation and reduction of stress.

Embodiments of the present disclosure are directed to a wearable phototherapy eye device. In an example, phototherapy can be controlled by varying an emission property of light emitted from the wearable phototherapy eye device to a user eye. In particular, the wearable phototherapy eye device includes a light source oriented to emit the light towards the user eye. The wearable phototherapy eye device also includes controls, such as electrical, mechanical, and/or electro-mechanical controls, to vary the emission property of the light based on an emission target associated with a sleep phase.

A wearable electronic device may be formed from a layer of fabric having opposing first and second ends. The ends may have first and second respective ear openings that receive a user's ears and may have speakers for playing audio. A soft central portion of the fabric between the ends may overlap the user's eyes. The wearable electronic device may have control circuitry that receives power from a power source. Sensors may be used to gather sensor information such as biometric sensor information. The sensors, control circuitry, and power source may be mounted in a stiff edge portion of the fabric. The stiff edge portion of the fabric may have an elongated strip shape and may extend along an upper edge of the central and the electronic device. Stiffener structures sandwiched between inner and outer layers of the fabric may be used to support speakers.

A wearable electronic device may be formed from a layer of fabric having opposing first and second ends. The ends may have first and second respective ear openings that receive a user's ears and may have speakers for playing audio. A soft central portion of the fabric between the ends may overlap the user's eyes. The wearable electronic device may have control circuitry that receives power from a power source. Sensors may be used to gather sensor information such as biometric sensor information. The sensors, control circuitry, and power source may be mounted in a stiff edge portion of the fabric. The stiff edge portion of the fabric may have an elongated strip shape and may extend along an upper edge of the central and the electronic device. Stiffener structures sandwiched between inner and outer layers of the fabric may be used to support speakers.