10 results about "External Auditory Canals" patented technology

The application discloses a tympanic ventilation tube with spiral locking, multiple waterproof and valve control drainage functions, and belongs to the field of ear implant medical devices. The ventilation tube comprises a tube body, an implant device interface is arranged at the outermost end of the tube body, a one-way duckbill valve is arranged at the end close to the external auditory canal, micro-flow ventilation holes are distributed in the circumferential direction of the side wall, a flexible sealing sheet is arranged on the outer side of the tube body, and a continuous single-ring gradually-changing asymmetric spiral fixing structure is arranged on the outer periphery of the middle ear cavity. The spiral fixing structure induces the radial flanging of the tympanic membrane tissue to be embedded between the spiral structure and the outer wall of the tube body to form axial locking through the asymmetric section, and realizes gradual release when reversely rotating through the rise angle, tooth height and round angle gradient; the sealing sheet realizes stable adhesion and controllable peeling through the thickness gradient, pre-stress and surface energy gradient; the micro-flow ventilation holes and the duckbill valve constitute a gas-liquid separation double channel, realize low-resistance ventilation, liquid blocking and pressure-driven drainage. The application can realize stable fixation, water-tight sealing, controllable ventilation, one-way drainage and low-damage implantation and removal.

An in-ear audio glasses temple and smart glasses are disclosed. The in-ear audio glasses temple includes a temple body and an audio component. The temple body includes a temple arm, an ear hook, and an in-ear portion. The ear hook is mounted on the temple arm, and the in-ear portion is slidably mounted on the end of the temple arm and has a sound hole. The audio component is installed in the in-ear portion and corresponds to the sound hole. The first end of the temple arm is used to connect to the frame, and the ear hook can be suspended on the ear so that the in-ear portion installed on the end of the temple arm is aligned with the external auditory canal. Sliding the in-ear portion can drive the audio component in and out of the external auditory canal. The smart glasses include a frame with lenses and two sets of in-ear audio glasses temples. The two sets of in-ear audio glasses temples are symmetrically arranged on the left and right ends of the frame and are hinged to the frame by the temple arm. The two ear hooks are suspended on the ears to wear the smart glasses, and the two in-ear portions are slid into the external auditory canal so that the audio component plays sound in the external auditory canal, thereby improving the listening effect and ensuring privacy.

This invention relates to the technical field, and in particular to a multimodal smart wearable device, comprising a main body with a wearing space and a sound outlet. The multimodal smart wearable device is configured to switch between or be used independently of a first size state and a second size state. In the first size state, a user's arm or fingers can be accommodated within the wearing space to secure the main body relative to the user's limb. In the second size state, at least a portion of the main body can be placed within the user's concha, and the sound outlet faces the user's external auditory canal to output sound to the user. This device employs a highly integrated monolithic structure design, enabling form switching between the first and second size states or independent use according to user needs, thereby achieving a seamless integration of sports and health monitoring and audio interaction functions.

The present application relates to the technical field of biological medicine, and more particularly to a liposome dispersion liquid and ear drops for penetrating the tympanic membrane and the inner ear round window membrane. The present application designs a liposome dispersion liquid which can effectively penetrate the complete path of the tympanic membrane and the inner ear round window membrane after non-invasive ear drops through the external auditory canal, so as to avoid the tympanic membrane perforation caused by intratympanic injection and reduce the pain and discomfort of patients. The liposome dispersion liquid of the present application has good stability, the prepared ear drops can realize efficient delivery of targeted inner ear drugs, has the characteristics of non-invasive and convenience, and has a wide application prospect in the medical field.

The utility model provides a kind of earphone module and ear-clamping earphone, the earphone module includes first shell, first sound production component and second sound production component in the form of column, and the earphone module is with the first shell first end adheres to the skin surface in conchae cavity The way is worn to human ear part;First sound production component is close to the first shell in axial first end, and sound output is realized by driving first shell vibration;Second sound production component is away from the first shell first end, and form air chamber between first sound production component and second sound production component, and the second sound production component with sound emitting surface towards the first shell axial first end and by pushing air chamber in air vibration realizes sound output;The side surface of the first shell has sound hole connected with air chamber, and when the first shell first end adheres to the skin in conchae cavity, the sound hole is towards the entrance of external auditory canal.The utility model can simultaneously consider earphone module in high frequency band and low frequency band acoustic performance.

An electroacoustic transducer of the present invention includes: a cylindrical external auditory canal insertion part that is part of a hollow housing to be worn in an ear of a user, and that is provided at an external auditory canal side of the housing; a measurement unit that measures electrostatic capacitance by using an electrode provided inside the external auditory canal insertion part; and an earpiece and a conductive layer, as a conductive part, arranged outside the external auditory canal insertion part and around the electrode.

The application relates to an in-ear type sign detection device and system, wherein the in-ear type sign detection device comprises an infrared temperature measurement assembly and a first mounting piece; the infrared temperature measurement assembly is mounted on one end of the first mounting piece close to an eardrum, and the first mounting piece is elastic; when the sign detection device is worn, the first mounting piece is in an external auditory canal of a wearer, and the first mounting piece is deformed elastically so that the infrared temperature measurement assembly is aligned with the eardrum of the wearer, and the infrared temperature measurement assembly is used for detecting the eardrum temperature of the wearer. The first mounting piece can adapt to different external auditory canal shapes, and then the wearer can adjust the in-ear angle of the first mounting piece, so that the infrared temperature measurement assembly can be aligned with the eardrum of the wearer. The problem that existing in-ear type temperature detection devices cannot accurately monitor the core temperature of the human body in some cases due to the fact that the individual differences of the external auditory canal shapes among different users are not considered is solved.

This invention discloses a visual probe for acoustic impedance, comprising a probe body and a camera. A connecting base is provided at the lower end of the probe body, and a communication channel is provided on the probe body. A signal transmission line detachably connected to the camera is provided within the communication channel. A first positioning device is provided on one side of the connecting base, and a second positioning device is provided at the other end. The first positioning device includes a first positioning element; the second positioning device includes a second positioning element. A first positioning groove for embedding the first positioning element is provided on one side of the camera, and a second positioning groove for embedding the second positioning element is provided on the other side of the camera. This invention allows observation of the external auditory canal during probe insertion via the camera, ensuring accurate probe placement, and makes the assembly and disassembly of the camera and probe body convenient and time-saving.

The application discloses a noninvasive ICP detection and regulation system, comprising a transcranial Doppler monitoring module, an intraocular pressure sensing module, a tympanic membrane pressure monitoring module, an abdominal pressure regulation module, a data fusion processing module, an alarm module and a power management module. The monitoring modules respectively collect intracranial arterial blood flow velocity waveform, intraocular pressure pulsation and external auditory canal pressure fluctuation signals, and transmit the signals to the data fusion processing module for comprehensive analysis to generate an ICP evaluation result. When the evaluation value exceeds a preset range, the alarm module is triggered, and an instruction is sent to the abdominal pressure regulation module to adjust the abdominal pressure. The power management module supplies power to each module. The system improves detection accuracy through multi-signal fusion, forms a monitoring-regulation closed-loop mechanism, does not need manual operation, shortens response time and guarantees regulation consistency.