A method of treating a wearable device to resist sebum, the method including providing a body having an elastic material having a polymeric backbone where a portion of the polymeric backbone is unsaturated and the body has an outer surface. The method further includes forming a crosslinked matrix within an outer layer of the body surrounding an inner layer of the body such that the outer layer has less affinity to sebum than the inner layer of the body.

A charging and drying station for a hearing aid device includes a hearing aid charger, a main casing, and a drying arrangement. The main casing has a drying platform, a charger accommodating cavity, a supporting compartment and a drying compartment. The drying arrangement includes a thermal dryer provided in the supporting compartment for generating heat in the drying platform. The hearing aid charging is detachably attached on the main casing in the charger accommodating cavity so that the housing of the hearing aid device is capable of being disposed on the hearing aid charger while the earplug of the hearing aid device is arranged to be disposed on the drying platform so as to allow the hearing aid device is capable of being simultaneously recharged and dried by the hearing aid charger and the drying arrangement respectively.

A charging and drying station for a hearing aid device includes a hearing aid charger, a main casing, and a drying arrangement. The main casing has a drying platform, a charger accommodating cavity, a supporting compartment and a drying compartment. The drying arrangement includes a thermal dryer provided in the supporting compartment for generating heat in the drying platform. The hearing aid charging is detachably attached on the main casing in the charger accommodating cavity so that the housing of the hearing aid device is capable of being disposed on the hearing aid charger while the earplug of the hearing aid device is arranged to be disposed on the drying platform so as to allow the hearing aid device is capable of being simultaneously recharged and dried by the hearing aid charger and the drying arrangement respectively.

The present invention refers to a storage device for headphones comprising a compartment for non liquid means for cleaning the headphones and/or means for charging electronic devices. It further refers to a cleaning device for headphones.

The present invention refers to a storage device for headphones comprising a compartment for non liquid means for cleaning the headphones and/or means for charging electronic devices. It further refers to a cleaning device for headphones.

A hearing aid maintenance system including a housing for receiving a hearing aid to be charged and dried and a hearing aid charging port, a fan, and a heater for heating air to assist in drying the hearing aid. The system includes circuitry for controlling the hearing aid charging port to selectively charge the hearing aid, for controlling the heater to maintain a battery charging temperature within a predetermined range, and for controlling the fan to provide a flow of air to dry the hearing aid.

A universal charging and drying station includes a main unit and a hearing aid charger. The main unit includes a main casing, a lid, a hearing aid dryer, and a control circuitry. The hearing aid charging includes at least one interchangeable adapter unit, which includes a receptacle connector, a charging adapter and a connecting module. The connecting module has an adapter terminal electrically connecting to the hearing aid, and a plurality of connecting members detachably connected to the receptacle connector of the main casing. The interchangeable adapter unit may be operated between a charging mode and an interchangeable mode, wherein in the charging mode, the connecting module is electrically connected to the receptacle connector through the connecting members for charging the hearing aid, wherein in the interchangeable mode, the connecting module is detached from the receptacle connector for interchange of the interchangeable adapter unit.

A method of treating a wearable device to resist sebum, the method including providing a body having an elastic material having a polymeric backbone where a portion of the polymeric backbone is unsaturated and the body has an outer surface. The method further includes forming a crosslinked matrix within an outer layer of the body surrounding an inner layer of the body such that the outer layer has less affinity to sebum than the inner layer of the body.

A method of treating a wearable device to resist sebum, the method including providing a body having an elastic material having a polymeric backbone where a portion of the polymeric backbone is unsaturated and the body has an outer surface. The method further includes forming a crosslinked matrix within an outer layer of the body surrounding an inner layer of the body such that the outer layer has less affinity to sebum than the inner layer of the body.

Disclosed is a sanitary sleeve for an electronic device. The sanitary sleeve comprising a top flexible member, wherein one or more edges of the top flexible member may be joined with one or more edges of a bottom flexible member to provide a housing between the top flexible member and the bottom flexible member. Further, the housing may be configured to retain the electronic device. Further, the top flexible member may include two panels separated by a slit-like aperture to allow insertion of the electronic device within the housing.