This document provides an overview, preparation instructions, operation instructions, and care instructions for different RIC (Receiver-In-Canal) hearing aid models. It describes the features and controls of the RIC 10, RIC 312, and RIC 13 models. It provides details on inserting and changing batteries, controlling volume and programs, using telephone and audio features, and caring for the hearing aids. The document is an all-in-one user manual for multiple RIC hearing aid models.
Hearing aid technology has advanced significantly over the past 200 years. Early hearing aids from the 1800s were simply ear trumpets or acoustic horns. The first electronic hearing aid was invented in 1900. Transistor technology arrived in the 1940s-1950s, allowing for smaller devices. Digital technology in the 1980s enabled programmability and multiple channels of amplification. Recent advances include wireless connectivity between devices, rechargeability, noise reduction algorithms, automatic features, and expanded bandwidth to better support speech recognition. However, fitting targets and understanding of the impaired auditory system have sometimes lagged behind technological capabilities.
Acoustic immittance measurements objectively assess middle ear function using tympanometry, acoustic reflex thresholds, and acoustic reflex decay. Tympanometry involves placing a probe in the ear canal to measure how acoustic admittance changes as pressure is varied. Normal tympanograms are Type A, while abnormal types include flat (Type B), negative pressure (Type C), stiff (Type As), and flaccid (Type AD). Acoustic reflex thresholds measure the lowest level needed to elicit the stapedius muscle reflex, providing information about the middle ear, cochlea, auditory nerve and brainstem. Acoustic reflex decay tests the sustainability of the reflex over 10 seconds of continuous stimulation.
This document provides information on performing and interpreting basic hearing evaluations through audiometric testing. It discusses how to conduct puretone audiometry to test air and bone conduction thresholds and speech testing to obtain the speech reception threshold and word recognition score. These results are used to determine the type, degree, and configuration of any hearing loss. Conductive losses involve the outer/middle ear and show normal bone conduction with an air-bone gap. Sensorineural losses involve the inner ear/auditory nerve and show elevated air and bone conduction thresholds with no gap. Mixed losses combine both conductive and sensorineural components. Proper interpretation of an audiogram is important for medical diagnosis and treatment recommendations.
The document discusses various strategies used in cochlear implants to transmit sound information to deaf recipients. Early single-channel implants could only transmit loudness and rate information, while modern multi-channel implants can transmit both place-pitch and temporal information using multiple electrodes along the cochlea. Advanced strategies now analyze sound into frequency bands and selectively stimulate electrodes corresponding to bands with the most energy to provide better frequency resolution.
This document discusses the assessment and management of auditory processing disorders (APD). It provides a historical perspective on APD, tracing interest and research in the field back over 50 years. It describes how APD has become a common diagnosis in audiology. The document outlines current understanding of the neuroscience basis of APD and disorders that often co-exist with APD. It also discusses risk factors, current assessment strategies and procedures, and effective management strategies for APD.
This document provides information about masking techniques used during audiometric testing. It defines masking and explains that the goal is to prevent the non-test ear from participating. Interaural attenuation values are discussed as well as when masking is needed for air and bone conduction tests. Types of masking noise, appropriate levels of noise, and risks of undermasking and overmasking are covered.
The document discusses auditory brainstem response (ABR) testing, which is used to evaluate hearing in newborns. ABR testing uses electrodes to measure electrical activity in the brainstem in response to auditory clicks or tones. It is an effective screening tool for detecting hearing loss, with a high sensitivity and specificity. ABR testing can identify abnormalities in the auditory nerve or brainstem that may indicate conditions like acoustic neuromas. It provides objective information about hearing thresholds and neural conduction in the auditory pathway.
Hearing aid technology has advanced significantly over the past 200 years. Early hearing aids from the 1800s were simply ear trumpets or acoustic horns. The first electronic hearing aid was invented in 1900. Transistor technology arrived in the 1940s-1950s, allowing for smaller devices. Digital technology in the 1980s enabled programmability and multiple channels of amplification. Recent advances include wireless connectivity between devices, rechargeability, noise reduction algorithms, automatic features, and expanded bandwidth to better support speech recognition. However, fitting targets and understanding of the impaired auditory system have sometimes lagged behind technological capabilities.
Acoustic immittance measurements objectively assess middle ear function using tympanometry, acoustic reflex thresholds, and acoustic reflex decay. Tympanometry involves placing a probe in the ear canal to measure how acoustic admittance changes as pressure is varied. Normal tympanograms are Type A, while abnormal types include flat (Type B), negative pressure (Type C), stiff (Type As), and flaccid (Type AD). Acoustic reflex thresholds measure the lowest level needed to elicit the stapedius muscle reflex, providing information about the middle ear, cochlea, auditory nerve and brainstem. Acoustic reflex decay tests the sustainability of the reflex over 10 seconds of continuous stimulation.
This document provides information on performing and interpreting basic hearing evaluations through audiometric testing. It discusses how to conduct puretone audiometry to test air and bone conduction thresholds and speech testing to obtain the speech reception threshold and word recognition score. These results are used to determine the type, degree, and configuration of any hearing loss. Conductive losses involve the outer/middle ear and show normal bone conduction with an air-bone gap. Sensorineural losses involve the inner ear/auditory nerve and show elevated air and bone conduction thresholds with no gap. Mixed losses combine both conductive and sensorineural components. Proper interpretation of an audiogram is important for medical diagnosis and treatment recommendations.
The document discusses various strategies used in cochlear implants to transmit sound information to deaf recipients. Early single-channel implants could only transmit loudness and rate information, while modern multi-channel implants can transmit both place-pitch and temporal information using multiple electrodes along the cochlea. Advanced strategies now analyze sound into frequency bands and selectively stimulate electrodes corresponding to bands with the most energy to provide better frequency resolution.
This document discusses the assessment and management of auditory processing disorders (APD). It provides a historical perspective on APD, tracing interest and research in the field back over 50 years. It describes how APD has become a common diagnosis in audiology. The document outlines current understanding of the neuroscience basis of APD and disorders that often co-exist with APD. It also discusses risk factors, current assessment strategies and procedures, and effective management strategies for APD.
This document provides information about masking techniques used during audiometric testing. It defines masking and explains that the goal is to prevent the non-test ear from participating. Interaural attenuation values are discussed as well as when masking is needed for air and bone conduction tests. Types of masking noise, appropriate levels of noise, and risks of undermasking and overmasking are covered.
The document discusses auditory brainstem response (ABR) testing, which is used to evaluate hearing in newborns. ABR testing uses electrodes to measure electrical activity in the brainstem in response to auditory clicks or tones. It is an effective screening tool for detecting hearing loss, with a high sensitivity and specificity. ABR testing can identify abnormalities in the auditory nerve or brainstem that may indicate conditions like acoustic neuromas. It provides objective information about hearing thresholds and neural conduction in the auditory pathway.
Assistive technology for deaf or hard of hearingTural Abdullayev
The document discusses different types of assistive technology for deaf or hard of hearing individuals. It describes assistive listening devices like hearing loops, FM systems, and infrared systems which transmit amplified sound. It also covers augmentative and alternative communication devices like picture boards and speech-generating devices for face-to-face communication, as well as TTY machines and relay services for phone communication. Finally, it mentions alerting devices that use light, sound or vibration to notify users of events.
This document provides an overview of auditory middle latency response (AMLR) testing, including:
1. A brief history and the development of AMLR from early clinical studies to its current uses for evaluating auditory thresholds and cortical function.
2. Details on stimulus parameters like rate, intensity and transducer type that influence AMLR waveforms.
3. Descriptions of the anatomy and physiology underlying AMLR waves like Na, Pa and Pb, and how various pathologies can affect the waves.
4. Guidelines for acquisition parameters like electrodes, filtering and analysis windows to reliably detect AMLR components.
5. Factors like age, attention, drugs and medical
This document discusses various techniques used to assess hearing, including pure tone audiometry using an audiometer, air conduction versus bone conduction testing, and the types and causes of different hearing losses. It also covers tympanometry to evaluate middle ear function and auditory brainstem response testing to evaluate hearing at the brainstem level.
Otoacoustic emissions are low-intensity sounds generated by the inner ear that can be measured in the ear canal. They are produced by the outer hair cells' electromotility in response to sound stimulation. There are two main mechanisms that produce otoacoustic emissions - nonlinear distortion, attributed to outer hair cell action, and linear reflection from impedance mismatches in the cochlea. Measuring otoacoustic emissions can reveal the integrity of outer hair cell function. The different types of otoacoustic emissions include spontaneous, transient-evoked, distortion product, and stimulus frequency emissions.
This document provides guidance on performing speech audiometry tests, including speech reception threshold (SRT), word recognition score (WRS), and speech-in-noise tests. It discusses procedures for determining SRT and WRS, considerations for non-native English speakers and those with hearing loss, and the clinical significance of test results including how they can indicate site of lesion. Masking procedures are also outlined to limit interference between ears during testing.
Advances in Audiology and Hearing Aid Technologytrgoyne
1. Dr. Thomas R. Goyne presented on advances in audiology and hearing aid technology at Aberdeen Audiology.
2. Dr. Goyne earned degrees from James Madison University and the University of Florida and serves on the clinical faculty at the Pennsylvania Ear Institute in addition to working at Aberdeen Audiology.
3. Aberdeen Audiology is a private practice that performs hearing evaluations and fits patients with hearing aids.
This document summarizes key aspects of the auditory system and hearing assessment. It describes the organ of Corti and its components that transfer sound energy into electrical signals. Clinical tests for hearing assessment include tuning fork tests, pure tone audiometry to measure air and bone conduction thresholds, and speech audiometry. Special tests include impedance audiometry, short increment sensitivity index test, and evoked response audiometry like electrocochleography and auditory brainstem response. The document provides details on the procedures and clinical significance of these various hearing assessment methods.
This document discusses auditory brainstem response (ABR) testing, which objectively assesses the integrity of the auditory nerve and brainstem pathways. ABR involves recording electrical potentials in response to auditory stimuli using electrodes placed on the scalp. Different wave components in the response reflect activity at different points along the auditory pathway from the auditory nerve to the brainstem. ABR is used to diagnose auditory nerve and brainstem disorders, estimate hearing thresholds, and screen for hearing loss in newborns. The document outlines the ABR procedure and interpretation of results.
Earmolds are custom molded to fit a patient's ear based on an ear impression in order to create a sound path from the hearing instrument to the ear canal and retain the hearing instrument. They come in occluding or non-occluding designs and use various materials, shapes, and bore sizes to optimize acoustic performance, comfort, and retention while fitting to the individual needs and preferences of the patient. Other coupling options besides custom earmolds include slim tubes with domes or receiver-in-canal hearing instruments.
This document provides an overview of acoustics and basic audiometry concepts. It defines key terms like frequency, intensity, pitch and loudness. It explains that frequency is a physical property of sound measured in Hertz, while pitch is the human perception of how high or low a sound is. Intensity is the physical measurement of sound pressure in decibels, while loudness is the human perception of sound intensity. The document also reviews concepts like pure tones, complex sounds, fundamental frequency, harmonics, and resonant frequency. It describes how to perform a basic audiologic assessment, including taking a case history, performing puretone audiometry to test air and bone conduction thresholds, and assessing speech recognition.
Venting in earmolds serves several purposes: 1) To allow low-frequency signals to escape or enter the ear canal, 2) To decrease occlusion effects and pressure buildup, and 3) To allow for ear canal aeration. The size and shape of the vent impacts its acoustic properties - smaller vents have greater venting effects while larger vents decrease venting. Proper vent selection is important for hearing aid function and feedback as venting interacts with features like gain, noise reduction, and microphone directivity. Parallel vents are preferred over diagonal vents which can increase feedback.
Otoacoustic emissions (OAEs) are sounds produced by the inner ear that can be measured in the ear canal. There are different types of OAEs including spontaneous, stimulus frequency, transient evoked, and distortion product OAEs. OAEs are believed to be generated by outer hair cells in the cochlea. Brainstem auditory evoked response (BERA) involves recording electrical activity in the brainstem in response to auditory stimuli. BERA can help identify lesions in the auditory nerve or brainstem by analyzing latencies and amplitudes of waves I-V. Abnormal findings on OAEs or BERA can indicate conditions such as acoustic neuromas or other inner
Auditory neuropathy is a hearing disorder where the inner ear can detect sound normally but has difficulties sending the sound information from the ear to the brain. It can affect people of any age and causes hearing loss of varying degrees as well as difficulty understanding speech, especially in noisy environments. The causes are not fully known but may include damage to hair cells in the inner ear, nerves connecting the ear to the brain, or auditory pathways in the brain. Diagnosis involves tests like auditory brainstem response and otoacoustic emissions. While there is no cure, treatment options aim to improve speech understanding and may include hearing aids, cochlear implants, or FM systems.
This document discusses acoustic immittance testing, specifically tympanometry. It begins by defining key terms like acoustic immittance, impedance, and admittance. It then describes the process of tympanometry testing including instrumentation, measurement of static compliance, and interpretation of results. Common tympanogram shapes are classified according to systems like Jerger-Liden and Feldman. The document also notes factors that can affect tympanometry and limitations of the test. In summary, tympanometry is a quick, non-invasive test that assesses middle ear function by measuring acoustic immittance at varying ear canal pressures.
The document discusses various group amplification systems that can help listeners with hearing impairments in classroom settings. It describes hardwire, induction loop, FM, and infrared systems. Hardwire systems directly connect a microphone to headphones but lack flexibility. Induction loops use a microphone and copper wire loop to transmit signals electromagnetically to hearing aids. FM systems transmit modulated radio signals between a microphone and receiver. Infrared systems transmit modulated light signals between a microphone and receiver. Each system has advantages like mobility, fidelity, and individual control, as well as disadvantages like interference, setup requirements, and compatibility issues.
1. Hearing tests are important for children to identify any hearing loss as early as possible to help with speech and language development.
2. Common hearing tests for infants include otoacoustic emissions testing, auditory brainstem response testing, and auditory steady state response testing which are painless tests to check the infant's hearing.
3. Hearing tests for toddlers include visual reinforcement audiometry which uses visual rewards to condition the child's response to sounds, and play audiometry which uses games and toys to test hearing.
This document provides an operations manual for a Behind-The-Ear (BTE) hearing aid. It describes the basic components and controls of the BTE hearing aid, including the battery, volume control, memory, and telephone use settings. The document also provides instructions for inserting and removing the hearing aid, caring for it, and troubleshooting.
This document provides an operations manual for a Behind-The-Ear (BTE) hearing aid. It describes the basic components and controls of the BTE hearing aid, including the battery, volume control, memory, and telephone use settings. The document also provides instructions for inserting and removing the hearing aid, caring for it, and troubleshooting.
Assistive technology for deaf or hard of hearingTural Abdullayev
The document discusses different types of assistive technology for deaf or hard of hearing individuals. It describes assistive listening devices like hearing loops, FM systems, and infrared systems which transmit amplified sound. It also covers augmentative and alternative communication devices like picture boards and speech-generating devices for face-to-face communication, as well as TTY machines and relay services for phone communication. Finally, it mentions alerting devices that use light, sound or vibration to notify users of events.
This document provides an overview of auditory middle latency response (AMLR) testing, including:
1. A brief history and the development of AMLR from early clinical studies to its current uses for evaluating auditory thresholds and cortical function.
2. Details on stimulus parameters like rate, intensity and transducer type that influence AMLR waveforms.
3. Descriptions of the anatomy and physiology underlying AMLR waves like Na, Pa and Pb, and how various pathologies can affect the waves.
4. Guidelines for acquisition parameters like electrodes, filtering and analysis windows to reliably detect AMLR components.
5. Factors like age, attention, drugs and medical
This document discusses various techniques used to assess hearing, including pure tone audiometry using an audiometer, air conduction versus bone conduction testing, and the types and causes of different hearing losses. It also covers tympanometry to evaluate middle ear function and auditory brainstem response testing to evaluate hearing at the brainstem level.
Otoacoustic emissions are low-intensity sounds generated by the inner ear that can be measured in the ear canal. They are produced by the outer hair cells' electromotility in response to sound stimulation. There are two main mechanisms that produce otoacoustic emissions - nonlinear distortion, attributed to outer hair cell action, and linear reflection from impedance mismatches in the cochlea. Measuring otoacoustic emissions can reveal the integrity of outer hair cell function. The different types of otoacoustic emissions include spontaneous, transient-evoked, distortion product, and stimulus frequency emissions.
This document provides guidance on performing speech audiometry tests, including speech reception threshold (SRT), word recognition score (WRS), and speech-in-noise tests. It discusses procedures for determining SRT and WRS, considerations for non-native English speakers and those with hearing loss, and the clinical significance of test results including how they can indicate site of lesion. Masking procedures are also outlined to limit interference between ears during testing.
Advances in Audiology and Hearing Aid Technologytrgoyne
1. Dr. Thomas R. Goyne presented on advances in audiology and hearing aid technology at Aberdeen Audiology.
2. Dr. Goyne earned degrees from James Madison University and the University of Florida and serves on the clinical faculty at the Pennsylvania Ear Institute in addition to working at Aberdeen Audiology.
3. Aberdeen Audiology is a private practice that performs hearing evaluations and fits patients with hearing aids.
This document summarizes key aspects of the auditory system and hearing assessment. It describes the organ of Corti and its components that transfer sound energy into electrical signals. Clinical tests for hearing assessment include tuning fork tests, pure tone audiometry to measure air and bone conduction thresholds, and speech audiometry. Special tests include impedance audiometry, short increment sensitivity index test, and evoked response audiometry like electrocochleography and auditory brainstem response. The document provides details on the procedures and clinical significance of these various hearing assessment methods.
This document discusses auditory brainstem response (ABR) testing, which objectively assesses the integrity of the auditory nerve and brainstem pathways. ABR involves recording electrical potentials in response to auditory stimuli using electrodes placed on the scalp. Different wave components in the response reflect activity at different points along the auditory pathway from the auditory nerve to the brainstem. ABR is used to diagnose auditory nerve and brainstem disorders, estimate hearing thresholds, and screen for hearing loss in newborns. The document outlines the ABR procedure and interpretation of results.
Earmolds are custom molded to fit a patient's ear based on an ear impression in order to create a sound path from the hearing instrument to the ear canal and retain the hearing instrument. They come in occluding or non-occluding designs and use various materials, shapes, and bore sizes to optimize acoustic performance, comfort, and retention while fitting to the individual needs and preferences of the patient. Other coupling options besides custom earmolds include slim tubes with domes or receiver-in-canal hearing instruments.
This document provides an overview of acoustics and basic audiometry concepts. It defines key terms like frequency, intensity, pitch and loudness. It explains that frequency is a physical property of sound measured in Hertz, while pitch is the human perception of how high or low a sound is. Intensity is the physical measurement of sound pressure in decibels, while loudness is the human perception of sound intensity. The document also reviews concepts like pure tones, complex sounds, fundamental frequency, harmonics, and resonant frequency. It describes how to perform a basic audiologic assessment, including taking a case history, performing puretone audiometry to test air and bone conduction thresholds, and assessing speech recognition.
Venting in earmolds serves several purposes: 1) To allow low-frequency signals to escape or enter the ear canal, 2) To decrease occlusion effects and pressure buildup, and 3) To allow for ear canal aeration. The size and shape of the vent impacts its acoustic properties - smaller vents have greater venting effects while larger vents decrease venting. Proper vent selection is important for hearing aid function and feedback as venting interacts with features like gain, noise reduction, and microphone directivity. Parallel vents are preferred over diagonal vents which can increase feedback.
Otoacoustic emissions (OAEs) are sounds produced by the inner ear that can be measured in the ear canal. There are different types of OAEs including spontaneous, stimulus frequency, transient evoked, and distortion product OAEs. OAEs are believed to be generated by outer hair cells in the cochlea. Brainstem auditory evoked response (BERA) involves recording electrical activity in the brainstem in response to auditory stimuli. BERA can help identify lesions in the auditory nerve or brainstem by analyzing latencies and amplitudes of waves I-V. Abnormal findings on OAEs or BERA can indicate conditions such as acoustic neuromas or other inner
Auditory neuropathy is a hearing disorder where the inner ear can detect sound normally but has difficulties sending the sound information from the ear to the brain. It can affect people of any age and causes hearing loss of varying degrees as well as difficulty understanding speech, especially in noisy environments. The causes are not fully known but may include damage to hair cells in the inner ear, nerves connecting the ear to the brain, or auditory pathways in the brain. Diagnosis involves tests like auditory brainstem response and otoacoustic emissions. While there is no cure, treatment options aim to improve speech understanding and may include hearing aids, cochlear implants, or FM systems.
This document discusses acoustic immittance testing, specifically tympanometry. It begins by defining key terms like acoustic immittance, impedance, and admittance. It then describes the process of tympanometry testing including instrumentation, measurement of static compliance, and interpretation of results. Common tympanogram shapes are classified according to systems like Jerger-Liden and Feldman. The document also notes factors that can affect tympanometry and limitations of the test. In summary, tympanometry is a quick, non-invasive test that assesses middle ear function by measuring acoustic immittance at varying ear canal pressures.
The document discusses various group amplification systems that can help listeners with hearing impairments in classroom settings. It describes hardwire, induction loop, FM, and infrared systems. Hardwire systems directly connect a microphone to headphones but lack flexibility. Induction loops use a microphone and copper wire loop to transmit signals electromagnetically to hearing aids. FM systems transmit modulated radio signals between a microphone and receiver. Infrared systems transmit modulated light signals between a microphone and receiver. Each system has advantages like mobility, fidelity, and individual control, as well as disadvantages like interference, setup requirements, and compatibility issues.
1. Hearing tests are important for children to identify any hearing loss as early as possible to help with speech and language development.
2. Common hearing tests for infants include otoacoustic emissions testing, auditory brainstem response testing, and auditory steady state response testing which are painless tests to check the infant's hearing.
3. Hearing tests for toddlers include visual reinforcement audiometry which uses visual rewards to condition the child's response to sounds, and play audiometry which uses games and toys to test hearing.
This document provides an operations manual for a Behind-The-Ear (BTE) hearing aid. It describes the basic components and controls of the BTE hearing aid, including the battery, volume control, memory, and telephone use settings. The document also provides instructions for inserting and removing the hearing aid, caring for it, and troubleshooting.
This document provides an operations manual for a Behind-The-Ear (BTE) hearing aid. It describes the basic components and controls of the BTE hearing aid, including the battery, volume control, memory, and telephone use settings. The document also provides instructions for inserting and removing the hearing aid, caring for it, and troubleshooting.
This document provides an operations manual for different types of custom hearing instruments, including ITE (In-The-Ear), ITC (In-The-Canal), CIC (Completely-In-Canal), and IIC (Invisible-In-The-Canal) devices. It describes the features, controls, battery types, insertion and removal process, operation including on/off, volume control, programs, telephone use, care, maintenance and troubleshooting of these devices. The manual provides details to help users effectively use and care for their specific hearing instrument.
This document is an operations manual for SoundGear hearing protection devices. It provides information on three types of devices: instant fit in-the-canal, custom molded, and behind-the-ear devices. The manual covers device features, battery replacement, cleaning instructions, troubleshooting, and specifications for each type. It also includes safety warnings and limited warranty information.
This document provides an operations manual for Multiflex Tinnitus Technology hearing aids. It includes sections on preparation such as inserting batteries, operation including turning the device on/off and using the volume control or memory switches, care instructions, and safety information. The manual describes the different components of the hearing aid and how to use the features.
Your hearing system controls include a hearing instrument, cable, receiver, microphones, battery compartment, retention lock, and earbud or custom earmold. To operate the hearing system, insert a battery and close the battery door to turn on. Low battery indicators will sound. The hearing system pairs with an iPhone to adjust settings using the native iOS controls or TruLink app. Proper care involves keeping the system clean and dry. Contact your hearing professional if experiencing problems.
This document provides an operations manual for a hearing aid system. It includes sections on features and controls, preparation including inserting batteries, operation such as turning on/off and adjusting volume, care including cleaning and troubleshooting, and tips for better communication. The manual provides instructions and information to help users understand and properly use their hearing aid system.
This document provides operating instructions and safety warnings for Sony data projectors. It outlines how to properly install, connect, and operate the projector. The document contains information on selecting menu languages, using security locks, direct power functions, and adjusting projector settings through menus. It also provides maintenance instructions for replacing lamps and cleaning air filters. Safety precautions are provided to ensure proper use and avoid potential hazards.
The document is a user manual for the Circuit Breaker Finder (SF3349), which has two functions: 1) locating the circuit breaker associated with any receptacle without tripping the breaker, and 2) testing sockets for wiring faults. It provides instructions on operating the transmitter and receiver components to identify the correct circuit breaker or test sockets. Basic maintenance involves keeping the devices clean and changing the receiver battery when low. The product comes with a 24-month warranty and contact information is provided for sales, support, and the manufacturer.
This document provides instructions and safety information for a Sony product. It instructs customers in the USA to register the product online for product updates and support. It then provides warnings to reduce risk of fire or electric shock and cautions the user to not install the appliance in confined spaces. The document outlines features of the product and provides troubleshooting tips.
Hear-Hi MFi Wireless Digital Hearing AidsSaadAsad27
MFi wireless hearing aid is a product that is designed to provide people with hearing loss the ability to hear in any environment. The hearing aids are designed to be used in conjunction with a smartphone, specifically iPhone, which allows for the wearer to stream sound from their phone and make adjustments for volume and other settings. The MFi wireless hearing aids are an important innovation as they will allow people who suffer from hearing loss to have better communication with their loved ones. Buy MFi hearing aids now @ https://hear-hi.com/products/acuity-mfi
Hear+Hi is the leading manufacturer and supplier of high-quality hearing aids in the US and delivers its hearing aid products worldwide. Hearing Aid products by Hear+Hi are highly affordable without compromising on quality and performance. You can buy their products online from https://hear-hi.com. The company offers a range of products, including hearing aids, OTC hearing aids, hearing amplifiers, earbuds, lecture recording pens, and other accessories. Hear+Hi's products are designed to suit the needs of all customers, regardless of their age or lifestyle. Hear+Hi has a free app to test your hearing. The company takes special care to ensure that its hearing aids are durable and long-lasting so that customers can enjoy them for many years without worrying about replacing them often. They have 24/7 support and a 30-day no-questions return or exchange policy. The free app is designed to perfectly adjust the Hear+Hi headset to your individual hearing profile or personal need by first running a hearing test to determine custom enhancement settings for real-life situations and phone streaming.
This document is a user manual for the Samsung SM-R130 Bluetooth headset (also called "Circle"). It provides instructions on setup, use, and troubleshooting of the device. The key points are:
- The Circle allows users to connect to Bluetooth devices like smartphones to make calls and listen to music. It has magnets in the earphones to connect them together to end calls or pause music.
- It comes with earbud tips, neck guides, a charger, and quick start guide. The Circle connects to the Samsung Gear app for additional features and settings.
- Instructions are provided on charging the battery, turning the device on/off, wearing the earphones correctly, adjusting the volume,
Khóa vân tay SamSung SHS-H705 (SHS-5230) là kiểu khóa có tay cầm xoay của tập đoàn SumSung, Hàn Quốc. Mở khóa bằng nhận dạng vân tay, mã pin, chìa khóa cơ. Khóa có nhiều tính năng bảo mật như tự động khóa, mật khẩu ngẫu nhiên, khóa kép, ... giúp cho ngôi nhà của bạn trở nên an toàn hơn.
Plantronics supraplus wireless user guidebest4systems
The document provides information about Plantronics' limited warranty for products purchased and used in the United States. It states that the warranty lasts for one year from the date of purchase and covers defects in materials and workmanship. It also outlines how to obtain service within the U.S. and notes that the warranty gives the user specific legal rights that may vary by state.
This document provides instructions for operating a car CD/MP3 receiver. It contains safety warnings and explains how to use the various functions of the unit. Key points include:
- Warnings about electric shock and laser radiation from the unit.
- Descriptions of the front panel buttons for power, volume, source selection, equalizer and other functions.
- Instructions for installing the unit in a vehicle and making connections to speakers and an antenna.
- Procedures for basic operations like selecting sources, adjusting volume and settings the clock.
- Details on using the equalizer and sound settings to customize audio playback.
This 3-page user guide provides instructions for setting up and using the Plantronics Pulsar 590 wireless headset. It includes sections on charging the headset, powering on/off, pairing with Bluetooth devices, adjusting the fit, using the in-flight and wired functions, headset controls, troubleshooting, specifications, and regulatory information. The guide instructs users to carefully review all instructions before use and contact Plantronics for any additional support needs.
Avtron IR Bullet Camera Aa 4544-6044 p-fsr2-manualAvtron
This document provides product information and safety instructions for two camera models, AA-4544P-FSR2 and AA-6044P-FSR2. It includes specifications for each model such as image sensor type, resolution, lens details, power requirements and operating temperature range. The document also provides installation instructions and cautions regarding safe operation, handling and location of the cameras. Troubleshooting tips are provided for common issues like a dark or fuzzy screen.
Avtron IR Bullet Camera Aa 4545 p-6045-fsr3-manualAvtron
This document provides instructions and specifications for two color IR bullet camera models. It includes warnings about electric shock, FCC compliance statements, operating instructions, and troubleshooting tips. Safety precautions are outlined, such as only using a DC 12V power supply and avoiding moisture. The document also details what is included in the package and lists technical specifications for the cameras.
This document provides instructions for installing and removing the SIM card, battery, and storage card from a mobile phone. Key steps include:
1) Removing the back cover to access the SIM card, battery, and storage card slots.
2) Inserting the SIM card with the gold contacts facing down.
3) Removing the battery by lifting it from the notch at the bottom.
4) Inserting an optional memory card for additional storage.
5) Replacing the back cover once the SIM card, battery, and storage card are installed.
Avtron IR Bullet Camera Aa 4547 p-6047-fsr4-manualAvtron
This document provides the user manual for two color infrared bullet camera models. It includes safety warnings and instructions, component descriptions, installation instructions, troubleshooting tips, and specifications for the cameras. Key details include cautions about electric shock, proper power supply and operating conditions, installation instructions for mounting the camera and connecting power and video cables, common troubleshooting issues and their solutions, and technical specifications for each camera model including image sensor, resolution, lens focal length, power requirements, and dimensions.
Similar to RIC (Receiver in Canal) hearing aid operations Manual (20)
This document provides information to help guide people's journey to better hearing. It discusses how common hearing loss is, affecting nearly 1 in 5 Americans. The document will help readers understand hearing loss, how it occurs, and what it is like to experience. It aims to inform people about seeking help from professionals and the steps that can be taken to treat hearing loss and ensure a healthy life.
The Halo hearing aids are designed to connect directly to Apple devices like the iPhone, iPad and iPod Touch via a mobile app called TruLink. This allows users to stream phone calls, music and other audio directly to their hearing aids. The Halo aids also use advanced noise reduction and feedback cancellation technologies to help users hear more comfortably in noisy environments. Customization features in the TruLink app allow for personalization of settings based on different listening situations.
Starkey SoundLens are custom-fit invisible hearing aids that rest deep inside the ear canal. They provide enhanced sound quality and clarity, even in noisy environments, through innovative features like feedback cancellation and noise reduction. SoundLens comes in different technology levels to accommodate various listening environments and needs. It aims to help users hear comfortably without others noticing, through an invisible and personalized design that fits comfortably in the ear canal.
Xino is a line of small, discreet hearing aids produced by Starkey that are designed to improve hearing in noisy environments, eliminate buzzing and whistling, and enhance phone conversations. Xino hearing aids are available in wireless and non-wireless models in various styles and colors. They utilize different levels of technology depending on a user's listening environments and needs, and wireless models can stream audio directly from media and phone devices using optional SurfLink accessories.
The 3 Series hearing aids by Starkey are designed to make listening easy in various environments. They use advanced noise reduction and speech recognition technologies to amplify speech while reducing background noise. The hearing aids come in various styles and colors and can stream audio directly from electronic devices to enhance the listening experience. When paired with SurfLink accessories, the 3 Series offers hands-free phone calls and remote control of the hearing aids.
This document describes Starkey's X Series line of non-wireless hearing aids. It outlines the key features and benefits of the X Series products, which include advanced noise reduction technology to improve speech understanding in noisy environments, extremely small custom products that are virtually invisible, and a variety of styles and colors to match different hearing losses and lifestyles. The document explains that the X Series is designed to deliver maximum performance, comfort, and personalization for the user.
Ignite Wireless is Starkey's line of value-priced hearing aids that are designed to deliver superior feedback cancellation, noise management, and directional settings. The hearing aids can also stream audio from TVs, MP3 players, and phones directly to the aids using SurfLink accessories, allowing users to hear conversations and entertainment easily. Ignite Wireless hearing aids are available in various styles like In-The-Ear, In-The-Canal, and Receiver-In-Canal to meet different user needs.
Xino Tinnitus is a new in-ear device from Starkey designed to provide relief from tinnitus, a condition where people hear sounds like ringing or hissing in their ears. The device uses customizable sound therapy to mask or distract from tinnitus sounds. It can be finely tuned by a hearing professional to match each person's unique tinnitus. The small, discreet design allows for all-day relief control through easy volume and settings adjustments.
The document describes Wi Series wireless hearing aids produced by Starkey. The hearing aids are designed to make listening effortless in noisy environments through advanced noise reduction and sound quality features. They can stream audio directly from devices like TVs and smartphones to the hearing aids without wires. The hearing aids come in various styles and colors to address different types and severities of hearing loss. Optional SurfLink accessories allow for hands-free phone calls and control of volume and programs in the hearing aids.
1. The document provides instructions for pairing Made for iPhone hearing aids with an iOS device using the TruLink Hearing Control app.
2. It describes the app's features for remotely controlling hearing aid settings like volume, memory, and muting from the paired iOS device.
3. The app allows customizing memories by adding locations or photos and modifying settings using the SoundSpace feature to better suit environments.
This document provides instructions for connecting and using the SurfLink Media device to stream audio from various media sources to hearing aids. It includes details on the connection options using included cables like RCA, S/PDIF, and TOSLINK, as well as controls on the device for volume adjustment and streaming activation range. Setup requires selecting the appropriate cable, powering on the device, and choosing mono or binaural audio based on the number of hearing aids used.
The remote control can be used to adjust volume and change memories on one or both hearing instruments. The ear selection switch determines whether adjustments apply to the left, right, or both hearing instruments. The home button resets the instruments to the first memory and standard volume level. The mute/unmute button mutes or unmutes the instruments.
The remote control can be used to adjust both hearing instruments simultaneously or individually by changing the position of the ear selection switch. The volume can be adjusted up or down and the hearing instruments can be reset to the default program and volume using the home button. The remote control should not be used on aircrafts unless permitted and may cause interference with other electronic devices during international travel.
The document provides instructions for operating a remote control for hearing instruments. It describes the different buttons on the remote, including using the ear selection switch to control either one hearing instrument or both, using volume and mute buttons, and using favorite and home buttons to control settings. It also provides information on FCC regulations and warnings about potential interference with other devices.
This document provides an operations manual for the SurfLink Mobile device. It includes:
1) An overview of the device's features including the touch screen display, battery charging, microphone ports, and accessories.
2) Instructions for setting up the device including syncing wireless hearing devices and pairing a cell phone via Bluetooth.
3) Information on operating the device such as adjusting hearing device settings, streaming calls and audio, and using the settings menu.
The VFusion Charger provides an environmentally friendly way to charge rechargeable silver-zinc batteries for hearing aids. It has an easy to use design with magnets to hold the batteries securely and LED lights to indicate the charging status. Batteries take around 6 hours to fully charge and can be charged at any time without memory effects. The charger is powered by a USB connection to a computer or power adapter and automatically stops charging once the batteries are full to prevent overcharging.
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2. Table of Contents
Size 312 Battery - Brown
Size 13 Battery - Orange
Select Hearing Instrument
Size 10 Battery - Yellow
Size 312 Battery - Brown
Size 13 Battery - Orange
Size 312 Battery - Brown
Select Instrument Controls
Automatic Volume Control p. 16
Adjustable Volume Control p. 16
Multimemory p. 18
Combined Volume and Multimemory Control p. 18
Overview
RIC 10 Overview ..................................................... 4
RIC 312 Overview.................................................... 5
RIC 13 Overview...................................................... 8
Preparation
Batteries................................................................. 10
Battery Indicators................................................... 12
Tamper Resistant Battery Compartment................ 12
Insertion and Removal............................................ 14
Operation
On & Off................................................................. 16
Volume Control....................................................... 16
Volume Settings........................................................ 17
Multimemory ......................................................... 18
Telephone Use ....................................................... 19
Manual Switching .................................................. 20
Direct Audio Input (DAI)......................................... 22
Accessories
Wireless Accessories.............................................. 24
Hearing System Care
Instrument Care...................................................... 25
Hear Clear ............................................................. 25
Service and Repair.................................................. 26
Troubleshooting Guide.......................................... 27
Tips for Better Communication
For You................................................................... 28
For Your Family and Friends................................... 29
Safety Information......................................................... 30
FDA Information............................................................ 32
FCC Information............................................................ 34
3. RIC 10 Overview RIC 312 Overview
Features, Controls and Identification
Your hearing system controls include:
Features, Controls and Identification
Your hearing system controls include:
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Control Surface Switch
6. Battery Compartment
(on/off control), Location of
serial number, Location of left/
right side device indicator
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Custom Earmold (optional)
12. RIC Custom Power Earmold
(optional)
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Push Button Switch
6. Battery Compartment
(on/off control), Location of
serial number, Location of left/
right side device indicator
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Custom Earmold (optional)
12. RIC Custom Power Earmold
(optional)
4
2
1
3
5
10
7
8
6
9
4
2
1
5
7
10
8
6
11 12 11 12
3
9
4 5
4. RIC 312 Overview RIC 312 Overview
Features, Controls and Identification
Your hearing system controls include:
Features, Controls and Identification
Your hearing system controls include:
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Push Button Switch
6. Battery Compartment
(on/off control),
Location of serial number
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Custom Earmold (optional)
12. RIC Custom Power Earmold
(optional)
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Rocker Switch
6. Battery Compartment
(on/off control),
Location of serial number,
Location of left/right side
device indicator
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Custom Earmold (optional)
12. RIC Custom Power Earmold
(optional)
4 2
1 3
5
8
10 6
7
9
4 2
10
7
1 3
8
6
9
5
11 12 11 12
6 7
5. Overview
RIC 13 Overview
Features, Controls and Identification
Your hearing system controls include:
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Control Surface Switch
6. Battery Compartment
(on/off control),
Location of serial number
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Location of left/right side
device indicator
12. Custom Earmold (optional)
13. RIC Custom Power Earmold
(optional)
4
2
1 3
5
8
11
10 6
7
9
12 13
RIC 13 Overview
Features, Controls and Identification
Your hearing system controls include:
1. Hearing Instrument
2. Cable
3. Receiver
4. Microphones
5. Push Button Switch
6. Battery Compartment
(on/off control),
Location of serial number
7. Retention Lock
8. Location of manufacturer’s
name and model name
9. Location of left/right side
receiver indicator
10. Instant Fit Earbud
11. Location of left/right side
device indicator
12. Custom Earmold (optional)
13. RIC Custom Power Earmold
(optional)
4
2
1 3
5
8
11
10 6
7
9
12 13
8 9
6. Preparation Preparation
1 2
3 4
5
Batteries
Your hearing system uses a battery as its power source.
This battery size can be identified by the orange
(13), brown (312), or yellow (10) color code on the
packaging.
To insert or replace the battery:
1. Use the nail grip on the battery door.
2. Open the battery door gently and remove
the old battery.
3. Remove the tab from the new battery.
4. Line up the battery’s “+” sign (flat side of the battery)
with the “+” on the battery door.
5. Close the battery door.
10 11
7. Preparation Preparation
Helpful Hints
• NEVER FORCE THE BATTERY DOOR SHUT;
this could result in serious damage; if the door
will not close securely, check that the battery
is inserted correctly.
• Do not open the battery door too far or damage is
likely to occur.
• Dispose of used batteries immediately in the proper
waste or recycling container.
• Batteries vary in size and performance. Your hearing
care professional is your best source for lifespan
estimates and verification that you are using the
proper size and type.
Battery Indicators
An indicator will sound when the battery voltage is
low. You have approximately 5 minutes* to replace the
battery. An indicator will sound just before the battery
stops working.
* Actual time between low battery indicator and shut down
will vary depending on environmental noise levels and
brand of battery used.
My hearing instrument has a tamper resistant
battery compartment. See below.
Tamper Resistant Battery Compartment
To lock the battery door:
Use an appropriate tool to slide
the recessed switch to the left
until it “clicks” and the colored
mark is visible.
To unlock the battery door:
Slide the recessed switch to the
right until it “clicks” and the
colored mark disappears.
Locking the door is not required
for operation.
Warnings
Batteries are dangerous if swallowed. To help
prevent the accidental ingestion of batteries:
Keep out of reach of children and pets
Check your medications before taking them –
batteries have been mistaken for pills
Never put batteries in your mouth, as they can
easily be swallowed
National Button Battery Ingestion Hotline:
202-625-3333
12 13
8. Preparation Preparation
Helpful Hints
• Minor irritation and inflammation may occur as your
ear becomes accustomed to having an object in it;
if so, please contact your hearing care professional.
• If an actual allergic reaction occurs, alternative
earmold materials are available; contact your
hearing care professional.
• Severe swelling, discharge from the ear, excessive
wax, or other unusual conditions warrant immediate
consultation with a physician.
Insertion and Removal
To insert the earbud or earmold:
1. Hold the cable at the bend in front
of the receiver with your thumb and
forefinger. Gently insert the receiver
into your ear canal (fig. 1).
2. Wrap the hearing instrument over
the top of your ear, carefully placing
it behind your ear (fig. 2).
3. Place the retention lock inside the
bowl of your ear (fig. 3).
To remove the earbud
or earmold:
1. Remove the retention lock from the
bowl of your ear.
2. Remove the hearing instrument
from behind your ear.
3. Grasp the receiver with your thumb
and forefinger. Gently pull out of
your ear canal.
Do not pull with the hearing
instrument case as this may damage
the connection.
Figure 1
Figure 2
Figure 3
14 15
9. Operation Operation
On & Off
To turn ON: Insert a battery and completely close
the battery door.
To turn OFF: Open the battery door until the battery is
no longer touching the battery contacts.
Your instrument has a Power-On delay and may require
a few seconds to power on. You may hear a tone series
indicating that your device is fully powered on.
Volume Control
Automatic Volume Control
Your hearing system has been set to a specific volume
level by your hearing care professional. If sounds are
generally too loud or too soft, please contact your
hearing care professional for advice and adjustment.
Adjustable Volume Control
Control Surface/Push Button Volume Control
Your hearing system uses the control surface/push button
to control volume. To change volume, press then release
the control surface/push button.
Rocker Switch Volume Control
Your hearing system uses the rocker
switch to control volume. To increase
volume, press then release the top
part of the switch. To decrease
volume, press then release the
bottom part of the switch.
Volume Settings
Some hearing systems can be set for the Right device
to increase the volume and the Left device to decrease
the volume. Ask your hearing care professional if this
setting would benefit you.
Volume Level Tone
Level 5 (More volume) Five beeps plus tone
Level 4 Four beeps
Level 3 (Power on volume level) Three beeps
Level 2 Two beeps
Level 1 (Less volume) One beep plus tone
16 17
10. Operation Operation
Telephone Use
Your hearing instruments are equipped with
tools to help you effectively communicate on
the telephone. Ask your hearing professional about
your telephone solution.
My hearing instruments have the following
telephone setting(s):
Automatic Telephone. See below.
Automatic Telecoil. See below.
Telecoil and Manual Switching.
(Program # ____________________ ).
Automatic Telephone and Automatic Telecoil
These options activate the telephone response
automatically when used with a hearing aid compatible
telephone. To use, place the telephone receiver
on your ear as you normally would and the hearing
instrument will select the telephone setting. It might
be necessary to move the telephone receiver slightly
to find the best reception.
Once the telephone is removed from the ear, the
hearing instrument will switch back to the normal
listening mode.
Note: Consult with your hearing professional if
your device does not seem to switch to the telephone
setting automatically.
Multimemory
Your hearing care professional can set up to four
hearing programs for you. These additional programs
are accessed by pressing the control surface/push
button/rocker switch.
When you press the control surface/push button/rocker
switch, you may hear an alert indicating the device
has changed to the next program. Ask your hearing
professional about your specific hearing programs.
Combined Volume and Multimemory Control
Your hearing device is set up to adjust volume and
programs. To adjust volume, press then release the
switch. To change programs, press and hold the switch.
The hearing aid will cycle through the programs and
present indicators. Release the switch when you are at
the desired program.
18 19
11. Operation Operation
DISCLAIMER – Some hearing aid users have reported
a buzzing sound in their hearing aids when they are
using cell phones, indicating that the cell phone and
hearing aid may not be compatible. According to the
ANSI C63.19 standard (ANSI C63.19-2007 American
National Standard Methods of Measurement of
Compatibility Between Wireless Communications
Devices and Hearing Aids), the compatibility of a
particular hearing aid and cell phone can be predicted
by adding the rating for the hearing aid immunity to
the rating for the cell phone emissions. For example,
the sum of a hearing aid rating of 2 (M2) and a
telephone rating of 3 (M3) would result in a combined
rating of 5. Any combined rating that equals at least 5
would provide “normal use”; a combined rating of 6 or
greater would indicate “excellent performance.”
The immunity of this hearing aid is at least M2/T2.
The equipment performance measurements, categories
and system classifications are based upon the best
information available but cannot guarantee that all
users will be satisfied.
Note: The performance of individual hearing aids
may vary with individual cell phones. Therefore, please
try this hearing aid with your cell phone or, if you are
purchasing a new phone, be sure to try it with your
hearing aid prior to purchase. For additional guidance,
please ask your cell phone provider for the booklet
entitled “Hearing Aid Compatibility with Digital
Wireless Cell Phones.”
Manual Switching
Manual switching allows you to
switch the devices to telephone
mode when needed.
Ask your hearing professional
which program you should access
for manual telephone use.
General Telephone Use
Some hearing instruments work
best by holding the phone close
to, but not fully covering your
ear. In some instances, if you
encounter whistling (feedback),
tilt the receiver at an angle until
the whistling stops. Additionally,
the hearing instrument in the
non-phone ear (ear opposite the phone) may switch
to a telephone setting to reduce background sounds.
Your hearing professional can provide instructions and
techniques for your specific needs.
20 21
12. Operation Operation
Direct Audio Input (DAI)
My hearing system is set up for DAI use.
My hearing system is not set up for DAI use.
See page 24.
To access the
battery with the
DAI shoe attached:
Hold the RIC and DAI shoe
and press the lower part of
the DAI shoe, then open
the battery door.
To remove the DAI shoe:
Turn the RIC on the side. Grasp the RIC in one hand
and the DAI shoe in the other. Gently bend at the seam
between the DAI shoe and the hearing aid.
There are many FM systems available to help improve
communication in challenging environments. Ask your
hearing healthcare professional about personal
FM systems.
Your hearing system has full direct audio input (DAI)
capability. This allows you to connect your hearing
system to an electronic sound source such as a wireless
FM system, computer audio or an MP3 player. DAI
can improve communication and sound quality when
reverberation, distance and background noise compete
with what you want to hear.
To attach the DAI shoe:
Snap the DAI shoe on the
bottom of the RIC.
22 23
13. Hearing System Care
Instrument Care
Do your best to keep your hearing instrument clean at
all times. Heat, moisture and foreign substances can
result in poor performance.
• Use a cleaning brush or soft cloth to clean debris
from around the switches, microphone, and battery
compartment; inspect the receiver, earbud or eartip
and Wax Guard regularly.
• Never use water, solvents, cleaning fluids or oil to
clean your instrument.
Your hearing care professional can provide further
information on additional maintenance procedures for
your hearing system if needed.
25
Accessories
Wireless Accessories*
There are several wireless accessories that allow you to
control and maximize the full potential of your hearing
system. These include a remote control as well as wireless
connection to your cell phone and entertainment system.
Consult with your hearing professional to determine if
your hearing aids have wireless capabilities and which
accessories may be best for you.
WAX PROTECTION GUIDE
*Wireless accessories are only compatible with hearing aids that have wireless technology.
24
Starkey offers various methods of wax protection for your hearing instruments.
The following is a brief description of some of our wax protection options:
HearClear™*
The Hear Clear exclusive earwax
protection system uses disposable
wax guards. The innovative wax
guards prevent earwax accumulation
in the hearing aid receiver. The Hear
Clear is incompatible with Extended
Receiver Tube, Biconic Wax Guard
and Canal Bell.
Hear Clear™
The Hear Clear exclusive
earwax protection system
uses disposable wax guards.
The innovative wax guards
prevent earwax accumulation
in the hearing aid receiver.
Biconic Wax Guard (Wax Spring)
The Biconic Wax Guard is a small coil basket inserted into the
14. Hearing System Care Hearing System Care
Troubleshooting Guide
Symptom Possible
Causes
Solutions
Not Loud
Enough
Low battery Replace battery
Blocked
earmold/tubing/
earbud
Clean or replace Wax
Guard as needed
Hearing change Contact your hearing
care professional
Debris buildup Clean both microphone
and receiver with brush
Inconsistent
Performance
Low battery Replace battery
Blocked
earmold/tubing/
earbud
Clean or replace Wax
Guard as needed
Unclear,
Distorted
Performance
Low battery Replace battery
Blocked
earmold/tubing/
earbud
Clean or replace Wax
Guard as needed
Defective hearing
instrument
Contact your hearing
care professional
Dead
Low battery Replace battery
Blocked
earmold/tubing
Clean or replace Wax
Guard as needed
Crimped tubing Contact your hearing
care professional
Helpful Hints
• When not wearing your hearing system, open the
battery door to allow any moisture to evaporate.
• When not in use, remove the batteries completely;
place your hearing system in the storage container
and store:
– In a dry, safe place
– Away from direct sunlight or heat to
avoid extreme temperatures
– Where you can easily find them
– Safely out of reach of pets and children
• Do not take apart your hearing instruments or
insert the cleaning tools inside them.
Service and Repair
If, for any reason, your hearing system does not operate
properly, do NOT attempt to fix it yourself. Not only
are you likely to violate any applicable warranties or
insurance, you could easily cause further damage.
Should your hearing system fail or perform poorly,
check the guide on the next page for possible
solutions. If problems continue, contact your
hearing care professional for advice and assistance.
Many common problems may be solved right in
your hearing care professional’s office or clinic.
26 27
15. Tips for Better Communication Tips for Better Communication
For Your Family and Friends
Your family and friends are also affected by your
hearing loss. Request that they:
• Get your full attention before beginning
to speak
• Look at you or sit face-to-face in a quiet room
• Speak clearly and at a normal rate and level;
shouting can actually make understanding
more difficult
• Rephrase rather than repeat the same words;
different words may be easier to understand
• Minimize distractions while speaking
Your hearing care professional will recommend an
appropriate schedule to help you adapt to your new
hearing system. It will take practice, time and patience
for your brain to adapt to the new sounds that your
hearing system provides. Hearing is only part of how
we share thoughts, ideas and feelings. Reading lips,
facial expressions and gestures can help the learning
process and add to what amplification alone may miss.
Please review the following simple
communication tips:
For You
• Move closer to and look at the speaker
• Sit face-to-face in a quiet room
• Try different locations to find the best place
to listen
• Minimize distractions
• Background noises may be frustrating at first;
remember, you have not heard them for a while
• Let others know what you need; keep in mind that
people cannot “see” your hearing loss
• Develop realistic expectations of what your hearing
instruments can and cannot do
• Better hearing with hearing instruments
is a learned skill combining desire, practice
and patience
28 29
16. Safety Information Safety Information
Your hearing instruments should be stored within the
temperature and humidity ranges of -40oC (-40oF) to
+60oC (140oF) and 10%-95% rH.
Your hearing instruments are designed to operate
beyond the range of temperatures comfortable to
you, from very cold up to 50oC (122oF).
Use on Aircrafts*
The optional wireless capabilities that may be featured
in your hearing instruments should not be used on
an aircraft unless specifically permitted by the flight
personnel. Your hearing care professional can enable
a special program that allows your hearing aids to work
without wireless functionality.
International Use*
Your hearing instruments are approved to operate
at a radio frequency that is specific to your country
or region and might not be approved for use outside
your country or region. Be aware that operation during
international travel may cause interference to other
electronic devices, or other electronic devices may
cause interference to your hearing instruments.
*Applies to wireless hearing instruments only
Safety Information
Intended Use: An air conduction hearing aid is a
wearable sound-amplifying device that is intended
to compensate for impaired hearing. Hearing aids
are available in multiple gain/output levels appropriate
to treat hearing losses ranging from mild to profound.
Your hearing instruments are designed to comply
with the most stringent Standards of International
Electromagnetic Compatibility. However, it is still
possible that you may experience interference caused
by power line disturbances, airport metal detectors,
electromagnetic fields from other medical devices,
radio signals and electrostatic discharges.
If you use other medical devices or wear implantable
medical devices such as defibrillators or pacemakers
and are concerned that your hearing instruments might
cause interference with your medical device, please
contact your physician or the manufacturer of your
medical device for information about the risk
of disturbance.
Your hearing instruments should not be worn
during an MRI procedure or in a hyperbaric chamber.
Your hearing instruments are not formally certified
to operate in explosive atmospheres such as may
be found in coal mines or certain chemical factories.
Your hearing instruments are classified as a Type B
applied part under the IEC 60601-1 medical
device standard.
30 31
17. FDA Information FDA Information
The audiologist or hearing aid dispenser will conduct a hearing aid
evaluation to assess your ability to hear with and without a hearing aid. The
hearing aid evaluation will enable the audiologist or dispenser to select and
fit a hearing aid to your individual needs.
If you have reservations about your ability to adapt to amplification, you
should inquire about the availability of a trial-rental or purchase-option
program. Many hearing aid dispensers now offer programs that permit
you to wear a hearing aid for a period of time for a nominal fee after
which you may decide if you want to purchase the hearing aid.
Federal law restricts the sale of hearing aids to those individuals who
have obtained a medical evaluation from a licensed physician. Federal
law permits a fully informed adult to sign a waiver statement declining
the medical evaluation for religious or personal beliefs that preclude
consultation with a physician. The exercise of such a waiver is not in your
best health interest and its use is strongly discouraged.
A hearing aid will not restore normal hearing and will not prevent or
improve a hearing impairment resulting from organic conditions. Use
of a hearing aid is only part of hearing habilitation and may need to be
supplemented by auditory training and instruction in lip reading. In most
cases infrequent use of a hearing aid does not permit a user to attain full
benefit from it.
CHILDREN WITH HEARING LOSS. In addition to seeing a physician for
a medical evaluation, a child with a hearing loss should be directed to an
audiologist for evaluation and rehabilitation since hearing loss may cause
problems in language development and the educational and social growth
of a child. An audiologist is qualified by training and experience to assist in
the evaluation and rehabilitation of a child with a hearing loss.
Required Information
The following additional information is provided in compliance with U.S.
Food and Drug Administration (FDA) regulations:
WARNING TO HEARING AID DISPENSERS. A hearing aid dispenser
should advise a prospective hearing aid user to consult promptly with
a licensed physician (preferably an ear specialist) before dispensing a
hearing aid if the hearing aid dispenser determines through inquiry, actual
observation, or review of any other available information concerning
the prospective user, that the prospective user has any of the following
conditions:
i. Visible congenital or traumatic deformity of the ear.
ii. History of active drainage from the ear within the previous 90 days.
iii. History of sudden or rapidly progressive hearing loss within the
previous 90 days.
iv. Acute or chronic dizziness.
v. Unilateral hearing loss of sudden or recent onset within the previous
90 days.
vi. Audiometric air-bone gap equal to or greater than 15 decibels at
500 Hertz (Hz), 1,000 Hz and 2,000 Hz.
vii. Visible evidence of significant cerumen accumulation or a foreign
body in the ear canal.
viii. Pain or discomfort in the ear.
IMPORTANT NOTICE FOR PROSPECTIVE HEARING AID USERS.
Good health practice requires that a person with a hearing loss have a
medical evaluation by a licensed physician (preferably a physician who
specializes in diseases of the ear) before purchasing a hearing aid. Licensed
physicians who specialize in diseases of the ear are often referred to as
otolaryngologists, otologists, or otorhynolaringologists. The purpose of the
medical evaluation is to assure that all medically treatable conditions that
may affect hearing are identified and treated before the hearing aid
is purchased.
Following the medical evaluation, the physician will give you a written
statement that states that your hearing loss has been medically evaluated
and that you may be considered a candidate for a hearing aid. The
physician will refer you to an audiologist or hearing aid dispenser, as
appropriate, for a hearing aid evaluation.
32 33
18. Notes
35
FCC Information
Regulatory Notices
RIC 312
FCC ID: EOA- 3Ser312D
IC ID: 6903A- 3Ser312D
FCC ID: EOA-3Ser312
IC ID: 6903A-3Ser312
FCC ID: EOA-IRIS-HAS
IC ID: 6903A-IRISHA
RIC 13
FCC ID: EOA-IRIS-HAS
IC ID: 6903A-IRISHA
FCC Notice
This device complies with part 15 of the FCC rules and with RSS-210.
Operation is subject to the following two conditions: (1) This device
may not cause harmful interference, and (2) this device must accept any
interference received, including interference that may cause undesired
operation of the device.
Note: The manufacturer is not responsible for any radio or TV interference
caused by unauthorized modifications to this equipment. Such modifications
could void the user’s authority to operate the equipment.
Hereby, Starkey Hearing Technologies declares that the products listed
above are in compliance with the essential requirements and other relevant
provisions of Directive 1999/5/EC. A copy of the Declaration of Conformity
can be obtained from the below addresses.
Starkey Hearing Technologies
6700 Washington Ave. South
Eden Prairie, MN 55344 USA
Wm. F. Austin House, Bramhall Technology Park
Pepper Road, Hazel Grove, Stockport SK7 5BX
United Kingdom
34
0086
Waste from electronic equipment
must be handled according to local
regulations