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    • 4. 发明专利
    • Analyte information detection unit
    • 分析信息检测单元
    • JP2014042579A
    • 2014-03-13
    • JP2012185503
    • 2012-08-24
    • Bifristec Kkビフレステック株式会社Mitsubishi Chemical Holdings Corp株式会社三菱ケミカルホールディングス
    • OGAWA HIROSHINOUMOTO ATSUSHI
    • A61B5/0245A61B5/1455
    • PROBLEM TO BE SOLVED: To provide an analyte information detection unit which is excellent in detection sensitivity, does not require accuracy of positional relationships between a sensor and a blood vessel, and has directivity in sensing.SOLUTION: An analyte information detection unit includes: a body part 15, which can be fitted to a finger 91 of an analyte, has a cavity 13 with an opening 12 of a diameter of 3-8 mm in a contact part 25 with a skin part of the finger 91 when attached to the finger, and has a space structure in which the cavity 13 is closed by bringing the opening 12 into contact with the skin part 92 of the finger 91 when attached to the finger; and a first sensor 21 disposed in the body part 15 for detecting a pulsating signal of a blood vessel in the finger 91 input through the opening 12 of the body part 15 as pressure information that is attributable to the pulsating signal and propagates in the cavity 13.
    • 要解决的问题:为了提供检测灵敏度优异的分析物信息检测单元,不需要传感器与血管之间的位置关系的精度,并且具有感测方向性。解决方案:分析物信息检测单元包括: 可以装配到分析物的手指91的身体部分15具有空腔13,其在接触部分25中具有直径为3-8mm的开口12,当附接到手指时,其具有手指91的皮肤部分 并且具有通过当附接到手指时使开口12与手指91的皮肤部分92接触而使空腔13闭合的空间结构; 以及设置在身体部分15中的第一传感器21,用于检测通过身体部分15的开口12输入的手指91中的血管的脉动信号,作为可归因于脉动信号的压力信息并在腔13中传播 。
    • 5. 发明专利
    • Specimen information processor
    • 样本信息处理器
    • JP2013244287A
    • 2013-12-09
    • JP2012120970
    • 2012-05-28
    • Bifristec Kkビフレステック株式会社Mitsubishi Chemical Holdings Corp株式会社三菱ケミカルホールディングス
    • OGAWA HIROSHINOMOTO JUN
    • A61B5/0245
    • PROBLEM TO BE SOLVED: To provide a specimen information processor which does not require accuracy of a positional relationship between a sensor and a blood vessel, has directivity in sensing, and is capable of detecting pulsating signals of the blood vessel and extracting breathing signals.SOLUTION: A specimen information processor includes: a pulsating signal detection unit 11 having a sensor 31 for receiving pressure information due to pulsating signals of a blood vessel 73 in a specimen 71 and detecting the pulsating signals of the blood vessel 73 in the specimen 71, and a sensor attaching part 21 provided with such a space structure that a cavity 23 communicated to a pressure information fetch part 32 of the sensor 31 is provided, an opening 22 having an opening diameter of 3 to 10 mm is provided at a part facing the specimen 71, and the cavity 23 is closed in the state of being mounted on the specimen 71 with the opening 22 facing the specimen 71; and a frequency demodulation part 61 for extracting breathing signals included in pulsating signal output, by executing frequency demodulation processing for the pulsating signal output from the sensor 31 of the pulsating signal detection unit 11.
    • 要解决的问题:为了提供不需要传感器和血管之间的位置关系的准确性的样本信息处理器,在感测中具有方向性,并且能够检测血管的脉动信号并提取呼吸信号。解决方案 标本信息处理器包括:脉动信号检测单元11,具有用于接收由于检体71中的血管73的脉动信号引起的压力信息的传感器31,并检测检体71内的血管73的脉动信号, 具有设置有与传感器31的压力信息取出部32连通的空腔23的空间结构的传感器安装部21设置有开口直径为3〜10mm的开口22, 71,并且空腔23在安装在样本71上的状态下被封闭,开口22面向样本71; 以及频率解调部61,用于通过对从脉动信号检测单元11的传感器31输出的脉动信号执行频率解调处理来提取包括在脉动信号输出中的呼吸信号。
    • 6. 发明专利
    • Disk management system
    • 盘管理系统
    • JP2010205345A
    • 2010-09-16
    • JP2009050238
    • 2009-03-04
    • Bifristec Kkビフレステック株式会社
    • ISHIZUKA SEIJIRO
    • G11B27/00G11B23/30
    • PROBLEM TO BE SOLVED: To manage a plurality of disks desirably using an RFID tag arranged on the disk and a reader-writer.
      SOLUTION: A disk case 10 includes a booster antenna 3 for relaying between the vicinity of a contactless IC tag 2b arranged on the disk 1 in the case and the edge surface of the case. A storage rack 20 for storing a plurality of disk cases includes: a disk case arrangement part 22 where a plurality of disk cases are individually arranged one by one; and antennas 21a-21n for a plurality of reader-writers, disposed at the position that contacts the edge surface, which are disposed at each of the disk case arrangement positions of the disk case arrangement part. The plurality of antennas for reader-writers are selectively connected to the reader-writer part through a switch. Based on the communication with the contactless IC tag in the reader-writer part, the disk 1 in the disk case 10 arranged at each of the arrangement positions of the disk case arrangement part is recognized, and the storage position of the recognized disk is managed as a database.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了管理期望使用布置在盘上的RFID标签的多个盘和读写器。 解决方案:盘盒10包括用于在壳体中布置在盘1上的非接触式IC标签2b附近与壳体的边缘表面之间进行中继的增强天线3。 用于存储多个盘盒的存放架20包括:一个一个地单独布置多个盘盒的盘盒配置部22; 以及设置在接触边缘表面的位置处的多个读写器的天线21a-21n,它们设置在盘盒装配部分的每个盘盒配置位置。 用于读写器的多个天线通过开关选择性地连接到读写器部分。 基于与读写器部分中的非接触IC标签的通信,识别布置在盘盒配置部分的每个布置位置的盘盒10中的盘1,并且管理识别的盘的存储位置 作为数据库。 版权所有(C)2010,JPO&INPIT
    • 9. 发明专利
    • 検体情報処理装置
    • 分析信息处理器
    • JP2015024072A
    • 2015-02-05
    • JP2013156335
    • 2013-07-29
    • ビフレステック株式会社Bifristec Kk株式会社三菱ケミカルホールディングスMitsubishi Chemical Holdings Corp
    • OGAWA HIROSHINOUMOTO ATSUSHI
    • A61B5/0245
    • 【課題】外耳道をほぼ閉鎖された状態で、外耳道における血管の脈動性信号を高感度で検出するとともに、外部の音による影響を軽減可能な検体情報処理装置を提供する。【解決手段】外耳道91をほぼ閉鎖された空間構造となる空洞として形成可能に装着することのできる筐体部10と、外耳道91における血管の脈波情報に基づく脈動性信号を検出するとともに、外耳道91の外部からの音に基づく外来信号を検出する内部センサ11と、外耳道91の外部の音を集音する外部センサ12とが設けられた検体情報検出装置2を備えるとともに、外部センサ12からの信号に対して、漏れ補正処理を施す漏れ補正処理部と、内部センサ11からの信号から漏れ補正処理部により処理された信号を減算する減算処理を施す減算処理部と、減算処理部により処理された信号に対して、波形等化処理を施す波形等化処理部とを備えることを特徴とする、検体情報処理装置。【選択図】図2
    • 要解决的问题:提供一种分析物信息处理器,其能够以高灵敏度检测外部声道中的血管的脉动信号,并且在外部声学状态几乎处于外部状态的同时减少由于外部声音引起的影响 分析物信息处理器包括:分析物信息检测装置2,其设置有壳体部分10,壳体部分10可安装成形成作为几乎闭合空间结构的空腔的外部声学口91,内部传感器 11,其基于外部声学信息91中的血管的脉搏波信息来检测脉动信号,并且基于来自外部声学口部91的外部的声音检测异常信号,以及外部传感器12, 收集外耳道91外侧的声音; 泄漏校正处理部,对来自外部传感器12的信号进行泄漏校正处理; 减法处理部,进行从来自内部传感器11的信号中减去由泄漏校正处理部处理的信号的减法处理; 以及波形均衡处理部,对由减法处理部进行处理的信号进行波形均衡处理。
    • 10. 发明专利
    • Vibration transmission device and vibration transmission method
    • 振动传动装置和振动传动方法
    • JP2012114671A
    • 2012-06-14
    • JP2010261829
    • 2010-11-24
    • Bifristec KkFoster Electric Co Ltdビフレステック株式会社フォスター電機株式会社
    • URYU MASARUOTANI YASHIRO
    • H04R15/00H02N2/00H04R7/04H04R17/00
    • PROBLEM TO BE SOLVED: To provide a vibration transmission device and a vibration transmission method that can apply proper pressure to an actuator without being affected by strength of a part to be vibrated and which can effectively transmit vibrations.SOLUTION: An actuator part 13 for generating vibrations according to an input signal and a vibration receiving part 11 for receiving the vibrations from the actuator part 13 are joined together by means of a coupling part 12 formed of an expansion member 12a; and the actuator part 13, the vibration receiving part 11 and the coupling part 12 are integrated together and attached to a part 7 to be vibrated. Thus, when the transmission of the vibrations to the part 7 to be vibrated is adjusted by pressurizing the actuator part 13, proper pressure can be applied to the actuator part 13 without being affected by strength of the part 7 to be vibrated.
    • 解决的问题:提供一种振动传递装置和振动传播方法,其可以在不受要振动的部件的强度的影响并且可以有效地传递振动的情况下对致动器施加适当的压力。 解决方案:用于根据输入信号产生振动的致动器部分13和用于接收来自致动器部件13的振动的振动接收部件11通过由膨胀部件12a形成的联接部件12接合在一起; 致动器部13,振动接收部11和联接部12一体地一体地安装在要振动的部分7上。 因此,当通过对致动器部13进行加压来调节向振动部7的振动的传递时,能够对驱动部13施加适当的压力,而不受受到振动的部分7的强度的​​影响。 版权所有(C)2012,JPO&INPIT