Contact Us Home AV Products hearing aid Please note that we are unable to respond to inquiries regarding home AV products. TEL 0800-000-4133 For inquiries about hearing aids, please contact the following Onkyo Hearing Aid Support Center Hours: 9:00 - 17:00 (except Saturdays, Sundays, national holidays, and our company holidays) Inquiries made using the form below will be answered by the Hearing Aid Support Center (outside of our company). Please note that we will provide the information you enter in the form below to a third party (Hearing Aid Support Center) for the purpose of responding to you. We ask that you consent to this and fill out the form below. 必要事項をご入力の上、送信ボタンを押してください。＊は必須入力となります。 お問い合わせ種類 オプションを選択 氏名 メールアドレス 電話番号 会社名 お問い合わせ内容 プライバシーポリシーに同意する 利用規約はこちら 送信する 必要事項をご入力の上、送信ボタンを押してください。 ＊は必須入力となります。 お問い合わせ種類 オプションを選択 氏名* メールアドレス* 電話番号* 会社名 お問い合わせ内容 プライバシーポリシーに同意する　 利用規約はこちら * 送信する

We think freely like music, create value with sounds that are enjoyable, and solve social issues with sounds that are useful. Business Overview Change the world with sound Business Overview Business Overview An example of business for consumers: hearing aid OHS-D31 OHS-D21 OHS-EH21 Shipping units of "ONKYO" brand digital hearing aids exceeded total 200,000 units in January 2025. Click here to business introduction of health care and medical care An example of business for consumers: hearing aid Shipping units of "ONKYO" brand digital hearing aids exceeded total 200,000 units in January 2025. Click here to business introduction of health care and medical care OHS-D31 OHS-D21 OHS-EH21 Business direction We are circulating the cycle to license our technologies that are created by our R&D and to invest our profit that is generated by the license to our R&D. Further, we are strengthening our licensing business by increasing exposing of Onkyo brand and increasing Onkyo brand value. In addition, it is the material for our decision of our R&D direction to feed back market trend to our R&D. Under our slogan "change the world with sound", we are advancing our R&D by extending "sound" technologies that have been developed over years as a long-established audio maker to medical care, food, infrastructure and industry and performing marketing for increasing Onkyo brand degree of recognition with our entire company. Business direction We are circulating the cycle to license our technologies that are created by our R&D and to invest our profit that is generated by the license to our R&D. Further, we are strengthening our licensing business by increasing exposing of Onkyo brand and increasing Onkyo brand value. In addition, it is the material for our decision of our R&D direction to feed back market trend to our R&D. Under our slogan "change the world with sound", we are advancing our R&D by extending "sound" technologies that have been developed over years as a long-established audio maker to medical care, food, infrastructure and industry and performing marketing for increasing Onkyo brand degree of recognition with our entire company. Click here to business introduction of health care and medical care Business direction Click here to business introduction of health care and medical care We are circulating the cycle to license our technologies that are created by our R&D and to invest our profit that is generated by the license to our R&D. Further, we are strengthening our licensing business by increasing exposing of Onkyo brand and increasing Onkyo brand value. In addition, it is the material for our decision of our R&D direction to feed back market trend to our R&D. Under our slogan "change the world with sound", we are advancing our R&D by extending "sound" technologies that have been developed over years as a long-established audio maker to medical care, food, infrastructure and industry and performing marketing for increasing Onkyo brand degree of recognition with our entire company. R&D Under our slogan "change the world with sound", we are broadening our technologies relating to sound and vibration to the world. We are filing patent applications so that inventions created from R&D are patented, profits are generated from patents and we invest generated profits to R&D. Medical care Infrastructure Food Industry Medical care Aiming the acoustic biomarker that is involved in diagnosis by sound and vibration We obtain biological sound precisely and easily by technologies relating to sound and vibration that have been developed in connection with audio, help diagnosis in medical care by combining biological sound with AI and aim “acoustic biomarker” that is involved in diagnosis by sound and vibration. Digital stethoscope We are performing R&D of the digital stethoscope so as to aim using in the online medical treatment. *Proto type of developing digital stethoscope *Future image to use the digital stethoscope It is estimated to upload biological sound recorded by using the digital stethoscope at home to the DB on the cloud, to be diagnosed by the doctor based on uploaded biological sound and to alert for seeing the doctor by AI. We performed joint R&D of the digital stethoscope for remote medical care with Kanazawa Medical University and KOCHI UNIVERSITY OF TECHNOLOGY. We filed three patent applications regarding inventions that were created in process of joint R&D. ・JP2021-120549 Stethoscope and stethoscope system ・JP2022-051404 Stethoscope and stethoscope system ・JP2022-051405 Stethoscope and stethoscope system Joint R&D with Kanazawa Medical University and KOCHI UNIVERSITY OF TECHNOLOGY Patent applications / Patent rights (as of December 2025) Japan • JP7518357 Stethoscope system, stethoscope and method • JP7662932 Stethoscope system, stethoscope and method • JP7747965 Stethoscope system and stethoscope • JP2022-021976 Stethoscope • JP2022-116832 System and method • JP2022-129826 Electronic device • JP2022-139018 Stethoscope • JP2022-209443 Electronic device • JP2022-129826 Electronic device • JP2022-139018 Stethoscope • JP2022-209443 Electronic device Japan • JP7518357 Stethoscope system, stethoscope and method • JP7662932 Stethoscope system, stethoscope and method • JP7747965 Stethoscope system and stethoscope • JP2022-021976 Stethoscope • JP2022-116832 System and method United States • US18/108586 Stethoscope • US18/125760 Stethoscope • US18/230209 Electronic device China • 202310138421.X Stethoscope • 202311034448.0 Electronic device Application using bowel sound (Gut note) Application using bowel sound (Gut Note) We performed R&D support of the application using bowel sound "Gut note". Suntory Global Innovation Center Ltd. developed "Gut note" that measures and evaluates bowel sound and suggests gut activity. Application using bowel sound (Gut note) Application using bowel sound (Gut note) ”Gut note” is the unprecedented application that suggests gut activity based on bowel sound recorded by the smartphone. “Gut note“ that was being developed at that time was exhibited to CES 2023 that was held on January 2023 at Las Vegas, US and prized for “CES 2023 Innovation Awards” that prizes products and services that should be paid attention from exhibitions that year. Credit to indicate that we performed R&D support is displayed in “Gut note”. In R&D of “Gut note”, we are supporting effective bowel sound obtaining method and AI analysis and evaluation of obtaining biological sound. Voice recognition engine (Onkyo SPEECH) We are performing R&D of voice recognition engine as our goal to use it as the acoustic biomarker. Thesis (as of January 2024) [2021] O-COCOSDA 2021 Best Paper AwardNobuya Tachimori (Onkyo Corporation, Japan)，Sakriani Sakti and Satoshi Nakamura(Nara Institute of Science and Technology, Japan)MULTI-ENCODER SEQUENTIAL ATTENTION NETWORK FOR CONTEXT-AWARE SPEECH RECOGNITION IN JAPANESE DIALOG CONVERSATION https://ieeexplore.ieee.org/document/9660580 Patent applications / Patent rights (as of December 2025) Japan • JP7776742 Voice recognition system and voice recognition method • JP2022-198287 Voice recognition system and voice recognition method • JP2022-198288 Voice recognition system and voice recognition method • JP2023-108240 Voice recognition system and voice recognition method Voice recognition engine (Onkyo SPEECH) Click here to business introduction of health care and medical care Click here to business introduction of Onkyo SPEECH Food Being involved in daily life of consumers in sound and vibration and food We are aiming that we are involved in daily life of the consumers by using technologies relating sound and vibration to food that is consumed every day. In our activity, we are performing R&D with universities and companies that have knowledge of food. Kashinshu (Matured alcohol by music vibration) We are progressing R&D regarding influence music vibration with the following theme. The theme is to increase reproduction purity by physical accuracy, to apply audio design that brings out music expressiveness to food and to bring out potential of material by using natural power that is had by music. Publishing pursuit of appropriate music vibration corresponding to each environment and taste as “Matured by Onkyo”, we are performing our R&D. Click here to business introduction of health care and medical care Joint R&D with Tokyo University of Agriculture Regarding fermentation mechanism, we concluded the agreement relating to joint R&D with Tokyo University of Agriculture and are performing joint R&D of fermentation technology as we announced “R&D of fermentation technology using vibration and sound by exciter -starting joint R&D relating to “food” with Tokyo University of Agriculture-” dated on July 1, 2020. With professor: Hiroharu Tokuda, Department of Brewing and Fermentation, Tokyo University of Agriculture (as of January 2024), we are attempting to reveal effective how to provide the exciter, how to vibrate and influence that is given to fungus increasing, flavor component and various organic acids by differences of sound frequency bands. Professor: Hiroharu Tokuda Department of Brewing and Fermentation Tokyo University of Agriculture Profile: http://dbs.nodai.ac.jp/html/397_ja.html Tokyo University of Agriculture: https://www.nodai.ac.jp/ Professor: Hiroharu Tokuda Department of Brewing and Fermentation Tokyo University of Agriculture Joint R&D with Gekkeikan Sake Company, Limited We performed inspection regarding possibility to mature sake by music based on joint R&D with Research Institute, Gekkeikan Sake Company, Limited and revealed that specific sound wave influences increasing and decreasing fermentation component by performing analysis of fermentation process under acoustic vibration condition. We announced this R&D result under the title of “analysis of fermentation process of sake brewing under vibration” at “2023 contest of Brewing Society of Japan” on October 4, 2023. Thesis (as of January 2024) Analysis of fermentation process of brewing sake under vibration condition Yoshiki Asai1, Hiroaki Negoro1, Hiroki Ishida1, Norimasa Kitagawa, Koichi Sadaie (1 Gekkeikan Sake Company, Limited, 2 Onkyo Corporation) 2023 Contest of the Brewing Society of Japan (Organizer: Brewing Society of Japan) Patent applications / Patent rights (as of December 2025) Japan • JP7620208 System, method, manufacturing method, food and sake • JP7698211 System, method, manufacturing method, food and sake • JP2022-159405 Not published • JP2023-161797 Device, manufacturing device of sake, food and sake • JP2023-202775 Manufacturing method of macerated liquor, manufacturing device of macerated liquor and macerated liquor • JP2023-217484 Manufacturing method of macerated liquor and macerated liquor Fermented food Fermented food We are performing our R&D of influence by vibration regarding fermented foods such as butter and say sauce. We filed patent application regarding the result of our R&D of butter. Plant We concluded the agreement relating to joint R&D with NARA INSTITUTE and SCIENCE and TECHNOLOGY and performed joint R&D of plant growth environment using vibration and sound by the exciter. Joint R&D with NARA INSTITUTE of SCIENCE and TECHNOLOGY In this joint R&D, we performed R&D regarding influence that stress using the exciter gives to growth process of seedling body (Arabidopsis thalina). We attempted to reveal change of gene expression in growth of seeding body by giving different vibration signals. Shiitake mushroom We concluded the agreement relating to Joint R&D with NIPPON INSTITUTE OF TECHNOLOGY (NIT) and performed joint R&D regarding growth promotion technology of shiitake mushroom using vibration and sound by the exciter. Joint R&D with Nippon Institute of Technology In this joint R&D, our purpose is to realize controlling growth of shiitake mushroom by vibration and sound. Concretely, in R&D of shiitake mushroom growth promotion technology by thunder sound that was progressed by NIT, we provided knowledge and technology relating to sound and vibration that were had by us and the purpose is to realize controlling growth in the view of sound and vibration. Click here to business introduction of "Music food" Infrastructure Existence value with sound and vibration in social activity Sound and vibration exist everywhere such as a road, a bridge, and a car. Our goal is to show our value in social activity by sensing sound and vibration in various places and detecting abnormal including deterioration and natural disaster from sound and vibration. Traffic volume investigation We are performing R&D to obtain road vibration when vehicle and pedestrian pass by using the vibration sensor that has little influence to privacy, to perform machine learning and deep learning of vibration signal and to judge passing. *Vibration sensor "Ototorukun" Adopted R&D 2022 / 2023 New road technology conference Road bureau, Ministry of Land, Infrastructure, Transport and Tourism FS (Feasibility Study) research for realizing road administration needs Research theme Technology research and development using vibration sensor for easily realizing measurement of traffic flow (vehicle and pedestrian) Thesis (as of January 2024) 2019 〇Japan Consideration of indoor traffic flow of human by vibration using multiple piezoelectric elements Shinya Akiyama, Makoto Yoshida, Yumiko Moriyama, Yusuke Kondo (Onkyo) Hirohiko Suwa, Keiichi Yasumoto (NAIST) DPSWS 27th multimedia communication and dispersion processing workshop (DPSWS2019) Information Processing Society of Japan • JP2020-114660 Sensor • JP2022-161162 Not published • JP2022-001969 Moving body detection system and moving body detection method • JP2021-195538 Trigger device, system and method • JP2022-194554 Not published Japan • JP2021-178421 Electronic device and method • JP2021-109776 Sensor • JP2021-079409 System and method • JP2021-109777 Sensor and method • JP2021-163990 Detection device and detection method •JP2021-178422 System and method • JP2022-067620 Sensor • JP2023-001768 Not published • JP2023-173324 Not published • JP2023-128073 Not published Japan • JP2020-114660 Sensor • JP2021-079409 System and method • JP2021-109776 Sensor • JP2021-109777 Sensor and method • JP2021-163990 Detection device and detection method • JP2021-178421 Electronic device and method • JP2021-178422 System and method • JP2021-195538 Trigger device and method 2020 〇International Estimation of Walking Direction with Vibration Sensor based on Piezoelectric Device. Shinya Akiyama, Makoto Yoshida and Yumiko Moriyama (Onkyo Corporation, Japan); Hirohiko Suwa and Keiichi Yasumoto (Nara Institute of Science and Technology, Japan). PerLS 2020 : The Fourth International Workshop on Pervasive Smart Living Spaces The Fourth International Workshop on Pervasive Smart Living Spaces | PerLS 2020 – IOTAP (mau.se) 〇Japan Consideration of traffic volume estimation system by vibration sensor provided on road side Makoto Yoshida, Tomoki Okuro, Nobunari Tachimori, Yumiko Moriyama, Yoshitada Takeshima (Onkyo) Hirohiko Suwa (NAIST / RIKEN), Keiichi Yasumoto (NAIST) 2021 〇English thesis journal Traffic Census Sensor Using Vibration Caused by Passing Vehicles Makoto Yoshida, Shinya Akiyama, Yumiko Moriyama, Yoshitada Takeshima, Yusuke Kondo, Hirohiko Suwa, and Keiichi Yasumoto Patent applications / Patent rights (as of December 2025) Japan • JP7522341 Sensor • JP7654326 System and method • JP7730012 Sensor and method • JP2022-001969 Moving body detection system and moving body detection method • JP2022-161162 Moving body detection system and moving body detection method • JP2022-194554 System • JP2023-001768 Vehicle detection system and vehicle detection method • JP2023-128073 Moving body detection system and moving body detection method • JP2023-173324 The number of axle shafts detection system and the number of axle shafts detection method Japan • JP2020-114660 Sensor • JP2021-079409 System and method • JP2021-109776 Sensor • JP2021-109777 Sensor and method • JP2021-163990 Detection device and detection method • JP2021-178421 Electronic device and method • JP2021-178422 System and method • JP2021-195538 Trigger method, system and method Analysis of bridge The problem that the bridges age simultaneously and demand of reinforcement and update increase is estimated. We would like to contribute for solving this problem by performing various analysis of the bridges. Cooperation by Kyoto University We are performing "research of structure evaluation using vibration and sound" with Kyoto University. Adopted R&D 2023 Construction technology R&D assistant system of Ministry of Land, Infrastructure and Transport R&D theme R&D of estimation system of vehicle weight and axle load that construction is easy by using acceleration date in bridge Establishment of estimation technology using acceleration data connects to R&D of BWIM (Bridge Weigh in Motion) system that has high portability and easiness. It is expected to apply to reinforcement of various bridges and decision of update priority from large bridge such as highway to small bridge that is managed by local government. Abnormal detection We are performing our R&D for detecting various abnormal such as abnormal of the device. Providing the engine inspection system to Komatsu Ltd. We developed and provided the engine inspection system that diagnoses condition from operation sound of the engine to Komatsu Ltd. by joint R&D with Komatsu. In the engine inspection system developed by us, it makes the learning model that diagnoses condition based on engine operation sound obtained in advance, analyze engine sound obtained by the microphone, diagnoses condition of the engine by the learning model and outputs inspection result. It is possible to perform higher accuracy goods quality inspection by performing diagnosis by using AI not only human ear. Patent applications / Patent rights (as of December 2025) ・JP2021-154121 Abnormal detection device and abnormal detection method Click here to business introduction of traffic volume investigation Automobile We are analyzing noise (example: noise generated by contacting tire and road) by automobile. Analyzation support relating to tire quietness for Sumitomo Rubber Industries, Ltd. We used our sound analyzation technology and supported tire noise analyzation for Sumitomo Rubber. We made tire model, used BEM (Boundary Element Method) and supported noise analyzation. In analyzation, we changed parameters such as tire diameter and width and simulated noise generation situation. Abnormal detection We are performing our R&D for detecting various abnormal such as abnormal of the device. Industry Sound and vibration solution in the life We are performing R&D for the purpose of providing sound and vibration solution in the life and R&D of technologies to be used for technical license. Call center (Onkyo IVR) We are performing our R&D of call center using voice recognition engine developed by us. Call center (Onkyo IVR) Patent applications / Patent rights Technical support against the bone conduction glasses developed by TDK Corporation Technical support against the bone conduction glasses developed by TDK corporation We performed R&D support of acoustic part of AR (Augmented Reality) glasses developed by TDK Corporation. We suppose that AR glasses becomes main streaming as next generation interface of the smartwatch such as Apple Watch in the future and focus on the bone conduction system that is appropriate for the glasses type wearable device such as AR glasses and does not block the ear. In R&D of the bone conduction device that is the base of R&D support to TDK, we succeeded downsizing and thinning. Further, we suggested special mechanism that can surely fit to heads of many users and developed smart bone conduction glasses that does not let them feel mounting stress with TDK. In addition, we are concerned with sound leak in the bone conduction system; however, we attempted to suppress sound leak by using our knowledge of sound and vibration technologies. Click here to business introduction of Onkyo IVR Click here to business introduction of Onkyo IVR Click here to business introduction of Onkyo IVR R&D relating to sound R&D relating to sound We are performing R&D so as to further deepen R&D that has supported technologies of audio product and speaker of Onkyo brand. Magnesium diaphragm balanced armature driver (Mg-BA driver) Realizing high quality sound which does not exist conventionally Extending high frequency reproduction by lightweighting vibration system maximumly Reducing noise component preventing sound source reproduction by holding high shock absorbing property and increasing rigidity by special surface processing technology developed newly. It is said that Magnesium is the lightest in operational metal materials. A diaphragm which impregnates ceramic layer into inside of Magnesium material by special surface processing technology and realizes high rigidity is used for Mg-BA driver. High frequency reproduction can be extended, noise components which prevent sound source are decreased by high vibration absorbing property which is specific to material and sounds which are smoother and faithful to original sounds are realized. Mg-BAドライバー Mg-BAドライバー断面図 マグネシウム振動板 Realizing high rigidity by impregnating ceramic layer into inside of Magnesium material. Biomimetics diaphragm “Biomimetics” means applying structure and element which exist in the natural world to industrial products to solve complicated phenomena. For the purpose of “coexisting of light weight and high rigidity” and “resonance dispersion” and realizing these, we considered applying structures and configurations of creatures which survive the natural world to a speaker diaphragm shape. Shape to which “wing vein structure” and “three-dimensional structure of a shell” are applied is applied to a speaker diaphragm. Dragonfly wing vein evolving for flying （JP7299454B2 / US10805732B2） 飛翔動作のため進化した、 トンボの翅脈構造 （特許7299454） Speaker unit using biomimetics diaphragm ODMD (speaker diaphragm) "ODMD" means "Onkyo Double-Molding Diaphragm". A diaphragm, a gasket and an edge are integrated by two-color molding. Features are following. members are welded strongly, joining strength is high and divided vibrations are small. Problem that variation of coating quantity of adhesive does not occur and quality stability is superior. The number of parts and man-hours are decreased. CLUSTRON driver CLUSTRON driver is whole surface driving type unit. Structure that thin and long grating diaphragms are lined in one line and they are driven by connected voice coils is adopted. Although it is a thin speaker, it has wide directionality that "sound field broadens to 180 degrees" and it realizes high energy feeling and flat characteristics over wide frequency. Exciter: Vibtone What is an exciter? Difference between exciter and speaker Patent applications / Patent rights (as of December 2025) (1) Circuit / amplifier Japan • JP5207155 Current / voltage conversion circuit • JP5333520 Amplification circuit • JP7096478 Amplification device • JP7206472 Amplification device etc. (2) Speaker and exciter Japan • JP7185116 Diaphragm or dust cap and speaker unit • JP7299454 Diaphragm or dust cap and speaker unit • JP7397271 Exciter • JP7212264 Diffuser and speaker having thereof and electronic music instrument • JP7323756 Diaphragm, speaker unit, headphone and earphone having thereof • JP7415129 Speaker mounting member, speaker and electronic music instrument having thereof • JP2024-008967 Diaphragm and speaker unit etc. (3) Software Japan • JP5590111 Frequency decision device • JP6160604 ΔΣ modulator and grogram thereof etc. (4) The others • JP6908833 Signal processing device, signal processing method and speaker device • JP6837391 Music reproduction device • JP6789497 Music reproduction device • JP2022-052717 Electronic device • JP2022-175330 Electronic device • JP2024-067859 Electronic device • JP2024-067860 Electronic device etc. Difference between excitation and speaker Exciter Vibtone We are performing R&D so as to further deepen R&D that has supported technologies of audio product and speaker of Onkyo brand. Branding To expand Onkyo brand license and technology license, branding for increasing Onkyo brand recognition is important and we perform actions illustrated in this figure. At our EC site "ONKYO DIRECT" and our stores "ONKYO DIRECT ANIME STORE" and "ONKYO DIRECT ANIME STORE -Lifestyle-", we are selling various collaboration products. ONKYO DIRECT https://onkyodirect.jp/shop/default.aspx ONKYO DIRECT ANIME STORE https://onkyoanime.com/ ONKYO DIRECT ANIME STORE-Lifestyle- https://onkyoanime.com/

お問い合わせいただきありがとうございました TOPへ戻る このたびは、お問い合わせいただき誠にありがとうございます。 お送り頂きました内容を確認の上、必要に応じて、折り返しご連絡させて頂きます。 しばらく経ってもメールが届かない場合は、入力頂いたメールアドレスが間違っているか、迷惑メールフォルダに振り分けられている可能性がございます。 また、ドメイン指定をされている場合は、「@onkyo.co.jp 」からのメールが受信できるようあらかじめ設定をお願いいたします。

Technology Consulting Business Focusing on sound- and vibration-related technologies, we solve our customers' problems by utilizing technologies cultivated through years of research and development, ranging from hardware fields such as circuits, mechanisms, and structural analysis to software fields such as AI, Web, applications, servers, and DB. Technical Consulting Business I want to analyze sound and vibration, but don't know what to do. Want to promote DX and IoT, but not making as much progress as they would like For people who Please feel free to contact us here first. Other beer shiitake mushrooms soy sauce Cheese Sake Seafood music food Other Musical Instruments Headphones Earphones PC AR/VR Acoustic Analysis Technology Other Lighting Pole Highway structural analysis Other High Quality Music App PC/Smartphone Apps Cloud/AI Development software Other Factories Construction site Noise Visualization Other Visualization of Heart/Lung Sounds Health Care Support Apps Whole gut conservation Animal health Remote medical care Heart and bowel sounds visualization Other Voicebots Call Center Efficiency Transcription of Minutes voice recognition Other Traffic Volume Survey Axial weight Landslide Vibration Analysis Other Engine Motors Railroads Rotating Equipment/Fans Bulldozers Noise detection Other Engine Motors Railroads Rotating Equipment/Fans Bulldozers Noise detection Proprietary Technology Under the slogan "Change the world with sound," we will create new value with various sound-related technologies and ideas, including music, conversation, environmental sound, mechanical sound, and biological sound. Results of 2023/2024/2025 Over 150K units (Sold units to which our technologies are applied in each year) Case Studies 住友ゴム工業株式会社様 解析支援・分析 騒音の発生状態を可視化したい お客様の課題 タイヤのモデルを作成し、BEM（Boundary Element Method：境界要素法）を用いて、騒音を解析 　解析においては、タイヤの径・幅等のパラメータを種々変化させ、騒音の発生状況を　シミュレーション ソリューション 株式会社小松製作所様 システム提供・AI分析 エンジンの状態を音から簡単に診断したい お客様の課題 エンジンの動作音に基づいて状態を診断する学習モデルを作成 エンジンの動作音を学習モデルでAI診断し、検査結果を出力 ソリューション サントリーグローバルイノベーションセンター株式会社様 技術アドバイス・AI分析・評価 腸音を最適な手法で録音したい 取得した腸音のAI解析や評価を行いたい お客様の課題 腹部に押し当てる最適な圧力やどれくらいの騒音環境下でも 腸音を録音できるかの検証 パラメータの最適化や他アルゴリズム、特徴量の可視化をご提案 ソリューション Click here to business introduction of health care and medical care Case Studies 住友ゴム工業株式会社様 解析支援・分析 騒音の発生状態を可視化したい お客様の課題 タイヤのモデルを作成し、BEM（Boundary Element Method：境界要素法）を用いて、騒音を解析 　解析においては、タイヤの径・幅等のパラメータを種々変化させ、騒音の発生状況を　シミュレーション ソリューション 株式会社小松製作所様 システム提供・AI分析 エンジンの状態を音から簡単に診断したい お客様の課題 エンジンの動作音に基づいて状態を診断する学習モデルを作成 エンジンの動作音を学習モデルでAI診断し、検査結果を出力 ソリューション サントリーグローバルイノベーションセンター株式会社様 技術アドバイス・AI分析・評価 腸音を最適な手法で録音したい 取得した腸音のAI解析や評価を行いたい お客様の課題 腹部に押し当てる最適な圧力やどれくらいの騒音環境下でも 腸音を録音できるかの検証 パラメータの最適化や他アルゴリズム、特徴量の可視化をご提案 ソリューション

Characteristics Trial Rental manual Digital hearing aids The OHS-SC1 is the smallest and lightest digital hearing aid in the series. Its 16-channel chip suppresses impact sounds and wind noise, providing even more comfortable listening. OHS-SC1 Click here to see the full line of hearing aids Product Introduction Video Trial Rental Characteristics Easy volume control with remote control Smallest and lightest in the series Discreet Comfortable even during extended wear! Even smaller than the OHS-D31/D21. Dimensions: 6.2mm wide × 16.4mm deep × 12.7mm high. The black faceplate is barely visible when worn. The unit weighs approximately 0.8g, lighter than a 1-yen coin, for comfortable wear. Dedicated left/right shape Comfortable to wear Each earpiece is uniquely shaped to fit the contours of your ears. They nestle snugly inside your ears, making them virtually invisible. The black faceplate is barely visible once it's positioned deep within your ear. Easy volume control with remote control ■Remote control included The volume can be adjusted with the simple touch of a button. Simple buttons and easy to use There are three main buttons. It is easy to understand yet multifunctional. The operation is notified with a sound. At 33 mm in width and 56 mm in height, it fits in the palm of your hand. Just the right size, not too big and not too small Please use it with your favorite key chain or string. Loss prevention key ring ■ Supports 4 scene modes　 15-level volume adjustment Switch between four modes using the remote control: “Standard,” “Noisy Environment,” “TV & Music,” and “Mask.” Enjoy comfortable hearing tailored to your situation. Plus, each mode offers 15 levels of volume adjustment. Noise suppression The OHS-SC1 uses 16-channel digital processing to separate noise from speech. By suppressing the noise portion, it makes speech easier to hear even in noisy environments. Howling suppression function Suppresses unpleasant beeping sounds. Quickly suppresses only howling sound without attenuating the audio through a mix of inverse phase method and frequency shift. Sound Technology (1) Suitable for a wide range of hearing abilities, from mild to moderate. Tiny noises and whispers are hard to hear People say the TV is too loud Difficult to hear normal conversation Only notice when an automobile comes near you This is just a guide. Feelings will vary depending on the individual. Howling suppression function The clinking of glasses during meals, the slam of a door, the rustle of newspaper pages— the sounds of objects colliding fill our daily lives. The impact sound suppression feature instantly reduces the noise of collisions, then instantly returns to normal once the sound stops. This allows you to focus on listening, making conversations more enjoyable. Howling suppression function When strong wind hits hearing aids, it causes a “whooshing” wind noise, making it difficult to hear surrounding sounds. The OHS-SC1 suppresses wind noise generated during outdoor activities such as camping or gardening. Sound Technology Extended Dynamic Range When loud sounds are input to the hearing aid, it automatically expands the input range to process input sounds up to 117dB without distortion, delivering clear sound output. This allows you to enjoy music and other sounds more fully. Silent Start After inserting the battery into the hearing aid, it will turn on after 6 seconds. During this time, securely placing the hearing aid in your ear helps prevent unpleasant feedback (beeping sounds). Automatic volume control Non-linear function. Loud noises that are difficult to hear are amplified, while loud noises caused by vacuum cleaners, washing machines, etc. are suppressed. Loud sounds are automatically adjusted to be clearer and loud sounds to be softer. Volume control function Digital processing automatically controls the sound coming out of the hearing aid to the appropriate level. This reduces the sound distortion that occurs with conventional analog hearing aids when listening to loud sounds, resulting in a more natural sound. Notification of battery replacement time When the battery runs out of capacity, it will periodically announce this with a "beep-beep-beep" sound. Includes earwax-preventive filter An ear-dust prevention filter attached to the hearing aid body prevents ear-dust from entering the hearing aid. OHS-SC1 Set Contents Suggested retail price (tax-exempt) Open price Color: beige Weight: 0.9g (excluding batteries) Battery used: Air battery PR41 Maximum battery life (approx.): 150 hours Accessories: earplugs (large, medium, small, free), remote control smart key1, 1 button battery, cleaning brush, cosmetic case Quality assurance: 1 year (Sivantos) For left ear / For right ear The image is for the right ear. Suggested retail price (tax-exempt) Open price Color: beige Weight: 0.9g (excluding batteries) Battery used: Air battery PR41 Maximum battery life (approx.): 150 hours Accessories: Ear wires (large, medium, small, free), remote control smart key1 (one remote control also for both ears), one button battery, cleaning brush, cosmetic case Quality assurance: 1 year (Sivantos) For both ears Trial Rental OHS-D31 is available for trial rental. Only OHS-D31 for both ears is available for rental. Please apply from the rental operator's website below. Trial Rental 電池を交換する方法 装着方法・取り出す方法 リモコンの使い方 ドームについて 故障かなと思ったら Trial Rental 補聴器の電池を交換する方法 補聴器の装着方法・取り出す方法 耳せんについて 音量の調節方法 故障かなと思ったら Manual Instruction Manual handling instructions insert Safety Guide *The contents of the instruction manual are subject to change without notice. Therefore, the contents of the instruction manuals on this website may differ from the contents of the instruction manuals included with the products you have purchased. We appreciate your understanding in advance. Inquiries about hearing aids For inquiries about hearing aids and accessories, please contact the following 【Onkyo Hearing Aid Support Center】 TEL 0800-000-4133 Reception Hours: 9:00 AM to 4:00 PM, excluding Saturdays, Sundays, holidays, and designated holidays. (Please note that reception hours changed effective July 1, 2025.) Natural sound quality and high functionality Natural and smooth sound quality The OHS-SC1 processes sound by dividing it into 16 segments. The more segments, the smoother the sound becomes.

We aim to create new value with the unlimited potential of sound, technology, and ideas, and to realize a prosperous future society, We aim to realize a prosperous society of the future by creating new value with the unlimited potential of sound, technology and ideas. What we value is the moment when you can feel happiness. Why don't you join us in creating something that will touch your heart and soul? Click here to enter We create new value with the unlimited potential of sound, technology, and ideas. We aim to create new value and realize a prosperous future society, We aim to create new values and realize a prosperous future society. What we value is the moment when you can feel happiness. Why don't you join us in creating something that will touch your heart and soul? We are, We create new value with the unlimited potential of sound, technology, and ideas. and technology and ideas to create new value We aim to realize a prosperous society of the future and the realization of a prosperous society of the future. What is important to us the moment when we can feel happiness. moments of happiness. Why don't you join us and create something that will touch your heart? Message Internships are We are always accepting applications. For more information, please Please contact us for more information. Internships are available at any time. Please contact us for more information. インターンシップ実績 2023年　夏季　１名　東京工業高等専門学校 　　秋季　１名　北陸先端科学技術大学院大学（留学生） 2024年　春季　２名　東京電機大学 　　　　　　　　　　 東海大学 秋季　３名　信州大学大学院 　　　　　　　　　　 群馬大学（留学生） 　　　　　　　　　　 奈良工業高等専門学校 2025年 冬季　２名　大阪工業大学大学院 　　　　　　　　　　弘前大学 　 春季 2名　 近畿大学大学院 　　　　　　　　　　東北大学大学院 　 夏季 3名　 愛知工業大学 　　　　　　　　　　電気通信大学 東京理科大学 　 秋季 2名　 東京電機大学大学院 　　　　　　　　　 愛知工業大学 2023年 夏季 １名 東京工業高等専門学校 秋季 １名 北陸先端科学技術大学院大学（留学生） 2024年 春季 ２名 東京電機大学 　　　　 東海大学 秋季 3名 信州大学大学院 　　　　 群馬大学（留学生） 奈良工業高等専門学校 2025年 冬季 2名 大阪工業大学大学院 　　　　弘前大学 春季 2名 近畿大学大学院 　　　　東北大学大学院 夏季 3名 愛知工業大学 　　　　電気通信大学 東京理科大学 秋季 2名 東京電機大学大学院 　　　　愛知工業大学 Contact Us Application Guidelines graduate recruitment Mid-career: Software Engineer

bulletin Statutory Notices In accordance with the provisions of the Articles of Incorporation, the method of public notice of the Company is electronic public notice. However, in the event that the Company is unable to make electronic public notices due to an accident or other unavoidable circumstances, public notices will be posted in the Nihon Keizai Shimbun. 資本金 及び 準備金 の額の減少公告（PDF 約77KB） 2022.11.22 資本金の額の減少公告（PDF 約65KB） 2021.11.29 * The URL has been changed from https://onkyo.com/. Settlement Announcement 第5期決算公告（PDF 約33KB） 2025.3.26 第4期決算公告（PDF 約64KB） 2024.3.27 第３期決算公告（PDF 約60KB） 2023.3.28 第２期決算公告（PDF 約183KB） 2022.3.31 第１期決算公告（PDF 約182KB） 2021.6.30

Open Positions Full-time] Software Engineer You will be mainly responsible for AWS system design, construction, operation and management. Experience in building AWS systems is welcome! salary Monthly salary from 237,000 yen Salary will be increased and preferential treatment will be given based on experience and ability. Overtime work paid separately, full transportation expenses paid, telecommuting allowance available. trial period Yes (3 months) No change in treatment welfare programme Social insurance coverage, defined contribution pension plan, childcare/nursing care leave system, housing subsidy, education subsidy duty station Onkyo Corporation (Head Office) Premium Nagahori Building 301, 1-3-9, Minami-Senba, Chuo-ku, Osaka, Japan (Work location) Access 3 min. walk from Matsuyacho Station, 5 min. walk from Nagahoribashi Station Eligibility for Application . Experience in building systems on AWS Experience in database implementation