Abstract: A monolithic implantable medical device component includes multiple portions on a single substrate. The portions can be electrically connected to an electronics module, which may include output connectors and input connectors to and from the various portions of the substrate. A portion of the monolithic component to be disposed within, attached to, embedded in, or otherwise combined with a magnet retention feature, such as a plate.

Abstract: A modular implant device configured for stimulation of at least one nerve or muscle in a body of a subject comprises: a housing; and at least one electrical lead, and/or at least one stimulation electrode; wherein the at least one electrical lead is partly disposed on the housing, and wherein the housing comprises modular elements, the modular elements being arranged in a stack. A system for electrical nerve stimulation comprises a network of at least two modular devices configured for implantation inside a body of a subject according to one of the preceding claims, wherein each modular device is electrically connected to at least one other modular device through electrical leads.

Abstract: An implantable device configured for implantation in a body of subject. The device includes: a flexible body and at least one stimulator unit attached to the flexible body, wherein the at least one stimulator unit includes a plurality of electric components encapsulated in a hermetically sealed enclosure, a receiving antenna, and at least one electric conductor in electrical connection with the plurality of electric components.

Abstract: An apparatus, including an implantable housing, implantable electronics hermetically sealed within at least a portion of the implantable housing and an implantable inductance coil, wherein an outer diameter of the inductance coil is less than 17.

Abstract: Disclosed herein is an implantable device (10) configured for implantation in a body of subject (50), the device comprising: a flexible body (20) and at least one stimulator unit (30) attached to the flexible body (20), wherein the at least one stimulator unit (30) comprises a plurality of electric components (31) encapsulated in a hermetically sealed enclosure (32), a receiving antenna (33), and at least one electric conductor (34) in electrical connection with the plurality of electric components (31).

Abstract: Winding a wire at a first location such that the wire is bunched at the first location, extending the wire from the first location to a second location, winding the wire at the second location such that the wire is bunched at the second location, extending the wire from the second location back towards the first location to a third location proximate the second location, winding the wire at the third location such that the wire is bunched at the third location, extending the wire from the third location back towards the first location to a fourth location at least proximate the first location, winding the wire at the fourth location such that the wire is bunched at the fourth location, severing the wire at one or more locations, and forming an electrode assembly utilizing the windings.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: Winding a wire at a first location such that the wire is bunched at the first location, extending the wire from the first location to a second location, winding the wire at the second location such that the wire is bunched at the second location, extending the wire from the second location back towards the first location to a third location proximate the second location, winding the wire at the third location such that the wire is bunched at the third location, extending the wire from the third location back towards the first location to a fourth location at least proximate the first location, winding the wire at the fourth location such that the wire is bunched at the fourth location, severing the wire at one or more locations, and forming an electrode assembly utilizing the windings.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A monolithic implantable medical device component includes multiple portions on a single substrate. The portions can be electrically connected to an electronics module, which may include output connectors and input connectors to and from the various portions of the substrate. A portion of the monolithic component to be disposed within, attached to, embedded in, or otherwise combined with a magnet retention feature, such as a plate.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: Winding a wire at a first location such that the wire is bunched at the first location, extending the wire from the first location to a second location, winding the wire at the second location such that the wire is bunched at the second location, extending the wire from the second location back towards the first location to a third location proximate the second location, winding the wire at the third location such that the wire is bunched at the third location, extending the wire from the third location back towards the first location to a fourth location at least proximate the first location, winding the wire at the fourth location such that the wire is bunched at the fourth location, severing the wire at one or more locations, and forming an electrode assembly utilizing the windings.

Abstract: A breathing arrangement includes a patient interface, at least one inlet conduit, and a headgear assembly. The patient interface includes a mouth covering assembly including a cushion structured to sealingly engage around exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use, and a flexible element connecting the mouth covering assembly and the nozzle assembly. The at least one inlet conduit is structured to deliver breathable gas into at least one of the mouth covering assembly and the nozzle assembly for breathing by the patient. The headgear assembly is removably connected to at least one of the mouth covering assembly and the nozzle assembly so as to maintain the mouth covering assembly and the nozzle assembly in a desired position on the patient's face.

Abstract: A breathing arrangement for use between a patient and a structure to deliver a breathable gas to the patient includes a patient interface including a mouth covering assembly including a cushion structured to sealingly engage around an exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use without forming a seal on a nasal bridge region of a patient's face, each of the nozzles including a dual wall construction including an inner wall and an outer wall that surrounds the inner wall, and a flexible element connecting the mouth covering assembly and the nozzle assembly.

Abstract: A breathing arrangement for use between a patient and a structure to deliver a breathable gas to the patient includes a patient interface including a mouth covering assembly including a cushion structured to sealingly engage around an exterior of a patient's mouth in use, a nozzle assembly including a pair of nozzles structured to sealingly engage within nasal passages of a patient's nose in use without forming a seal on a nasal bridge region of a patient's face, each of the nozzles including a dual wall construction including an inner wall and an outer wall that surrounds the inner wall, and a flexible element connecting the mouth covering assembly and the nozzle assembly.

Abstract: A mask assembly for therapy of Sleep Disordered Breathing may include: a cushion having a seal forming portion that is structured to form a seal with only the patient's nose in use, the cushion defining at least in part an interior chamber; a shell assembly including a generally rigid shell, the generally rigid shell having a port that opens into the interior chamber, the generally rigid shell including an exhalation vent for venting exhaled gas, an air inlet tube in fluid communication with the cushion to supply breathable gas from a pressurized supply to the interior chamber; and a swivel and an elbow attached to the air inlet tube, the swivel and the elbow configured to be attached to an air supply conduit, wherein the swivel and the elbow are positioned superior to the patient's head in use, and wherein the mask assembly does not contact the patient's forehead in use.