Investigation of the effects of various devices such as pacemakers and ICDs.
Investigation of the effects of various devices such as pacemakers and ICDs.
We will prepare a report that measures and investigates the electromagnetic fields generated by various devices, explaining the potential impact on pacemakers and other devices, as well as possible countermeasures.
Each equipment manufacturer has no method to conduct tests to determine whether their products affect pacemakers, ICDs, etc., and is unable to provide accurate information in the attached documents and user manuals. As a result, they either prohibit or restrict the use of their devices, or if there have been no past incidents, they may choose not to include warning labels. Our company has developed guidelines for electromagnetic effects on pacemakers and ICDs based on electromagnetic impact studies previously conducted by the Ministry of Internal Affairs and Communications and the Ministry of Health, Labour and Welfare, as well as our own electromagnetic impact tests conducted in collaboration with the Electromagnetic Environment and Electromagnetic Wave Protection Product Evaluation Association (EAE). In accordance with these guidelines, we will conduct electromagnetic field measurement surveys of the equipment handled by companies and prepare reports that clearly explain to users the potential impacts on pacemakers and ICDs, as well as points of caution and countermeasures. Additionally, based on the report, it is possible to obtain the electromagnetic safety evaluation mark "EAE Mark." Once the evaluation mark is obtained, the safety of the product concerning pacemakers, etc., will be publicly announced. In the event of discrepancies in safety evaluations that affect pacemakers, EAE will conduct an investigation and provide compensation to pacemaker users.
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basic information
The survey methods are as follows: ■ On-site Electromagnetic Field Survey The on-site electromagnetic field survey involves the client bringing the measurement target equipment into our free space, shielded room, or anechoic chamber, where we conduct three types of electromagnetic field surveys (high-frequency electric field strength, AC magnetic field density, and DC magnetic flux density) according to a pre-confirmed protocol. ■ Field Electromagnetic Field Survey The field electromagnetic field survey involves our surveyors bringing measuring equipment to a facility designated by the client, where we conduct three types of electromagnetic field surveys (high-frequency electric field strength, AC magnetic field density, and DC magnetic flux density) according to a pre-confirmed protocol. ■ Electromagnetic Field Survey Using a Pacemaker Device The electromagnetic field survey using a pacemaker device includes the three types of electromagnetic field surveys (high-frequency electric field strength, AC magnetic field density, and DC magnetic flux density), as well as practical tests using the pacemaker device to confirm the presence or absence of effects on the device and the pacemaker, conducted according to a pre-confirmed protocol. *For more details, please visit our website or feel free to contact us.*
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Applications/Examples of results
[Companies Conducting Research and Target Devices] - Ministry of Finance Customs Bureau: Drug detection devices - Mitsubishi Heavy Industries, Ltd.: New ETC system - IHI Corporation: Prototype non-contact charging unit for electric vehicles - Hase Tech Co., Ltd.: Rapid charging system for large electric vehicles - Daifuku Co., Ltd.: Electric forklift and non-contact charger - Hitachi Omron Terminal Solutions Corporation: Magnetic card reader/writer - Nidec Sankyo Corporation: Magnetic card reader/writer - Teijin Pharma Limited: Various medical devices - Mio Corporation: Non-contact vital sensor - Densai Co., Ltd.: Electric artificial larynx "Your Tone" - Kyoraku Sangyo Co., Ltd.: Gaming machines (pachinko and pachislot) - NEC Platforms, Ltd.: ATM system - Kumahira Seisakusho Co., Ltd.: Gate-type metal detector - Taiheiyo Kogyo Co., Ltd.: Tire pressure and temperature digital sensor - Sansei Technologies, Inc.: Mobile jamming device - Hitachi Maxell, Ltd.: Universal charger - Konica Minolta, Inc.: Micro-movement detection sensor - Ishino Seisakusho Co., Ltd.: Conveyor for rotating sushi - Fuji Television Network, Inc.: Mobile phone dummy impact test and others.
Company information
With the theme of improving Quality of Life, our company develops and provides products that contribute to people, goods, and services related to healthcare and electromagnetic environments. Additionally, through alliances with individuals and companies, we aim to enhance our technological development capabilities and become a trusted enterprise, operating our business daily with a grateful heart to meet the expectations of our customers, shareholders, employees, and society. Regarding electromagnetic wave protective clothing, we possess world-leading technology and offer high-functionality, high-quality products related to EMC that have also obtained patents.
