Abstract: An earbud that uniformly conforms to the ear canal and maintains a constant and comfortable radial pressure on the ear canal regardless of size. The earbud is designed to extrude distally when placed inside a small canal and yet still conforms to the canal while maintaining the aforementioned comfortable radial pressure. A wax bridge may be added to provide an added layer of wax protection to the earbud.

Abstract: An earbud that uniformly conforms to the ear canal and maintains a constant and comfortable radial pressure on the ear canal regardless of size. The earbud is designed to extrude distally when placed inside a small canal and yet still conforms to the canal while maintaining the aforementioned comfortable radial pressure. A wax bridge may be added to provide an added layer of wax protection to the earbud.

Abstract: An earbud for use in conjunction with receiver-in-canal and similar hearing aids is described. A wax reservoir and a torturous path for wax ingress are provided by the earbud. A controlled acoustic path is also provided. The molded design of the earbud allows torturous paths for wax ingress to be designed into the earbud.

Abstract: An earbud that uniformly conforms to the ear canal and maintains a constant and comfortable radial pressure on the ear canal regardless of size. The earbud is designed to extrude distally when placed inside a small canal and yet still conforms to the canal while maintaining the aforementioned comfortable radial pressure. A wax bridge may be added to provide an added layer of wax protection to the earbud.

Abstract: An earbud for use in conjunction with receiver-in-canal and similar hearing aids is described. A wax reservoir and a torturous path for wax ingress are provided by the earbud. A controlled acoustic path is also provided. The molded design of the earbud allows torturous paths for wax ingress to be designed into the earbud.

Abstract: An earbud that uniformly conforms to the ear canal and maintains a constant and comfortable radial pressure on the ear canal regardless of size. The earbud is designed to extrude distally when placed inside a small canal and yet still conforms to the canal while maintaining the aforementioned comfortable radial pressure. A wax bridge may be added to provide an added layer of wax protection to the earbud.

Abstract: Method and apparatus for automatic reception enhancement of hearing assistance devices. The present subject matter relates to methods and apparatus for automatic reception enhancement in hearing assistance devices. It provides a power estimation scheme that is reliable against both steady and transient input. It provides a TSM estimation scheme that is effective and efficient both in terms of storage size and computational efficiency. The embodiments employing a decision tree provide a weight factor between the omnidirectional and compensated directional signal. The resulting decision logic improves speech intelligibility when talking under noisy conditions. The decision logic also improves listening comfort when exposed to noise. Additional method and apparatus can be found in the specification and as provided by the attached claims and their equivalents.

Abstract: Method and apparatus for automatic reception enhancement of hearing assistance devices. The present subject matter relates to methods and apparatus for automatic reception enhancement in hearing assistance devices. It provides a power estimation scheme that is reliable against both steady and transient input. It provides a TSM estimation scheme that is effective and efficient both in terms of storage size and computational efficiency. The embodiments employing a decision tree provide a weight factor between the omnidirectional and compensated directional signal. The resulting decision logic improves speech intelligibility when talking under noisy conditions. The decision logic also improves listening comfort when exposed to noise. Additional method and apparatus can be found in the specification and as provided by the attached claims and their equivalents.

Abstract: Method and apparatus for automatic reception enhancement of hearing assistance devices. The present subject matter relates to methods and apparatus for automatic reception enhancement in hearing assistance devices. It provides a power estimation scheme that is reliable against both steady and transient input. It provides a TSM estimation scheme that is effective and efficient both in terms of storage size and computational efficiency. The embodiments employing a decision tree provide a weight factor between the omnidirectional and compensated directional signal. The resulting decision logic improves speech intelligibility when talking under noisy conditions. The decision logic also improves listening comfort when exposed to noise. Additional method and apparatus can be found in the specification and as provided by the attached claims and their equivalents.

Abstract: Method and apparatus for automatic reception enhancement of hearing assistance devices. The present subject matter relates to methods and apparatus for automatic reception enhancement in hearing assistance devices. It provides a power estimation scheme that is reliable against both steady and transient input. It provides a TSM estimation scheme that is effective and efficient both in terms of storage size and computational efficiency. The embodiments employing a decision tree provide a weight factor between the omnidirectional and compensated directional signal. The resulting decision logic improves speech intelligibility when talking under noisy conditions. The decision logic also improves listening comfort when exposed to noise. Additional method and apparatus can be found in the specification and as provided by the attached claims and their equivalents.