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    • 51. 发明申请
    • ELECTRONIC BLOOD PRESSURE GAUGE FOR MEASURING BLOOD PRESSURE BY USING VOLUME COMPENSATION METHOD
    • 用于测量血压的电子血压计使用体积补偿方法
    • US20110015531A1
    • 2011-01-20
    • US12921792
    • 2009-03-13
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • A61B5/0225
    • A61B5/0225A61B5/681
    • An electronic sphygmomanometer, which measures blood pressure in accordance with the volume compensation method, detects a cuff pressure inside a cuff attached to a measurement site of the blood pressure. An arterial volume detection circuit detects an arterial volume signal of the measurement site. A drive control unit, after setting the cuff pressure to an initial cuff pressure, servo-controls a cuff pressure adjustment unit so that a volume of an artery becomes constant, based on the detected arterial volume signal. While the servo control is being performed, an arterial volume change amount is detected based on the detected arterial volume signal. In the servo control, when it is detected that the change amount in the arterial volume is minimal, a volume change elimination rate calculating unit calculates a volume change elimination rate (an amplitude of the arterial volume signal during the control/an amplitude of the arterial volume signal before the control) to output the same as a barometer of arteriosclerosis.
    • 根据体积补偿方法测量血压的电子血压计检测附着在血压测量部位的袖带内的袖带压力。 动脉体积检测电路检测测量部位的动脉体积信号。 驱动控制单元,在将袖带压力设定为初始袖带压力之后,基于检测到的动脉体积信号来伺服控制袖带压力调节单元,使动脉体积恒定。 在执行伺服控制的同时,基于检测到的动脉体积信号来检测动脉体积变化量。 在伺服控制中,当检测到动脉体积的变化量最小时,体积变化消除率计算单元计算体积变化消除率(控制期间的动脉体积信号的幅度/动脉的幅度 体积信号在控制之前)输出与动脉硬化的晴雨表相同。
    • 52. 发明申请
    • DETECTION UNIT FOR BLOOD PRESSURE INFORMATION MEASUREMENT DEVICE AND BLOOD PRESSURE INFORMATION MEASUREMENT DEVICE
    • 血液压力信息测量装置和血压测量装置检测装置
    • US20100331709A1
    • 2010-12-30
    • US12866160
    • 2009-01-19
    • Naomi MatsumuraYukiya SawanoiKenji FujiiReiji Fujita
    • Naomi MatsumuraYukiya SawanoiKenji FujiiReiji Fujita
    • A61B5/022
    • A61B5/022A61B5/0059A61B5/02141A61B5/02422
    • A blood pressure information measurement device includes a cuff (10A) serving as a detection unit. The cuff (10A) includes an air bladder (40), a photoelectric sensor (50), a belt member (20), and a fixing stand (32), and is attached to a living body by wrapping the belt member (20) around a measuring site. The photoelectric sensor (50) optically detects an intra-arterial volume fluctuation, and includes a light emitting element (51) and a light receiving element (52). The fixing stand (32) includes a base portion (32a) with a sensor attachment surface (32a1) attached with the photoelectric sensor (50), and a guide portion (32b) arranged projecting out from the base portion (32a) toward the sensor attachment surface (32a1) side, and having a distal end placed at a body surface near the measuring site in the attachment state of the cuff (10A). The air bladder (40) is arranged on the sensor attachment surface (32a1) so as to cover the photoelectric sensor (50), and the guide portion (32b) is arranged to surround the photoelectric sensor (50). With such a configuration, the blood pressure information measurement device capable of acquiring a volume pulse wave easily and at high accuracy can be obtained.
    • 血压信息测量装置包括用作检测单元的袖带(10A)。 袖带(10A)包括空气囊(40),光电传感器(50),带构件(20)和固定台(32),并且通过包裹带构件(20)而附接到生物体, 围绕测量点。 光电传感器(50)光学地检测动脉内体积波动,并且包括发光元件(51)和光接收元件(52)。 固定台(32)包括具有附接有光电传感器(50)的传感器附接表面(32a1)的基部(32a)和从基部(32a)向传感器突出的引导部分(32b) 附接面(32a1)侧,并且在袖带(10A)的安装状态下具有放置在靠近测量部位的身体表面的远端。 气囊(40)布置在传感器附接表面(32a)上以覆盖光电传感器(50),并且引导部分(32b)被布置成围绕光电传感器(50)。 通过这样的结构,能够容易且高精度地获取体积脉波的血压信息测定装置。
    • 53. 发明申请
    • LOCKING DEVICE
    • 锁定设备
    • US20100033298A1
    • 2010-02-11
    • US12446785
    • 2007-11-27
    • Hiroki KaihoriHiroyasu OkadaMasaaki OchiKenji Fujii
    • Hiroki KaihoriHiroyasu OkadaMasaaki OchiKenji Fujii
    • G05B19/00
    • B60R25/245G07C9/00309G07C2009/00333G07C2209/63
    • A present locking device is a locking device for locking/unlocking a lock of a door of a closed space, including: a first transmission antenna for transmitting a first signal to a range including an outside of the closed space; a second transmission antenna for transmitting a second signal to an inside of the closed space as a target; a key which transmits a first response signal when receiving the first signal and not receiving the second signal, and which transmits a second response signal when receiving the first signal and also receiving the second signal; a reception antenna for receiving at least the first response signal from the key; and a control unit for controlling whether locking or unlocking can be performed on the lock or not, based at least on whether the reception antenna receives the first response signal or not.
    • 本发明的锁定装置是用于锁定/解锁闭合空间的门的锁定装置,包括:用于将第一信号发送到包括封闭空间外部的范围的第一发送天线; 第二发送天线,用于将第二信号发送到作为目标的封闭空间的内部; 当接收到第一信号而不接收第二信号时发送第一响应信号,并且在接收到第一信号时发送第二响应信号并且还接收第二信号的密钥; 接收天线,用于至少从所述密钥接收所述第一响应信号; 以及控制单元,用于至少基于接收天线是否接收到第一响应信号来控制是否可以对锁进行锁定或解锁。
    • 56. 发明申请
    • External storage apparatus and method of preventing information leakage
    • 外部存储装置和防止信息泄漏的方法
    • US20090271619A1
    • 2009-10-29
    • US12007460
    • 2008-01-10
    • Kenji FujiiDaisuke KitoManabu Kitamura
    • Kenji FujiiDaisuke KitoManabu Kitamura
    • H04L9/00G06F12/14H04L9/14
    • G06F21/78G06F21/88G06F2221/2143
    • Proposed is an apparatus and method of preventing the leakage of information from an external storage apparatus even when such external storage apparatus is stolen or accessed from an unauthorized host computer. This external storage apparatus accessible from a host computer or another external storage apparatus via a network encrypts or decrypts data written from a host computer to be stored in the storage area, sends a request for existence confirmation to the host computer or the other external storage apparatus every predetermined period of time, and zeroizes an encryption key to be used in the encryption calculation for encrypting or decrypting data to be performed by the encryption calculation unit based on the result of a response from the host computer or the other external storage apparatus in reply to the request.
    • 提出了即使当这种外部存储装置从未授权的主计算机被盗或访问时,也可以防止信息从外部存储装置泄露的装置和方法。 可以通过网络从主机或其他外部存储装置访问的该外部存储装置对从主计算机写入的要存储在存储区域中的数据进行加密或解密,向主计算机或其他外部存储装置发送存在确认请求 并根据来自主机或其他外部存储装置的响应结果,对由加密计算单元进行加密或解密的数据进行加密运算时使用的加密密钥归零 要求。
    • 57. 发明申请
    • Lateral pipe lining material and lateral pipe lining method
    • 横管内衬材料和侧管内衬法
    • US20090183794A1
    • 2009-07-23
    • US12321541
    • 2009-01-22
    • Takao KamiyamaKoji KanetaKenji Fujii
    • Takao KamiyamaKoji KanetaKenji Fujii
    • F16L55/16
    • F16L55/179
    • A lateral pipe lining material having a tubular resin-absorbing material impregnated with a thermosetting resin is inserted through a main pipe into the lateral pipe. The lateral pipe lining material is provided with a pushing-up member to push up a collar formed at its end of the lateral pipe lining material. When the lateral pipe lining material is drawn into the lateral pipe to the extent that the collar reaches an opening of the lateral pipe, the pushing-up member is lifted to bring the collar into close contact with the lateral pipe opening periphery of the main pipe. The lateral pipe lining material is then expanded and a heating medium is applied thereto to cure the resin impregnated in the tubular resin-absorbing material. The lateral pipe lining material can be drawn smoothly into the lateral pipe even when it is bent, enabling the lateral pipe to be lined with a high quality.
    • 将具有浸渍有热固性树脂的管状树脂吸收材料的侧管衬里材料通过主管插入侧管中。 侧管衬里材料设置有上推构件,以向上推动形成在其侧管衬里材料的端部处的套环。 当侧管衬里材料被拉入侧管中时,套环到达侧管的开口的程度,上推构件被提升以使套环与主管的侧管开口周边紧密接触 。 然后将侧管衬里材料膨胀,并向其施加加热介质以固化浸渍在管状树脂吸收材料中的树脂。 侧管内衬材料即使在弯曲时也能平滑地拉入侧管,能够使侧管高质量地排列。
    • 59. 发明授权
    • Apparatus for everting a lining material
    • 用于覆盖衬里材料的装置
    • US07402030B2
    • 2008-07-22
    • US11319108
    • 2005-12-27
    • Takao KamiyamaKoji KanetaKenji FujiiRyoichi Goto
    • Takao KamiyamaKoji KanetaKenji FujiiRyoichi Goto
    • B29C31/04
    • B29C63/36F16L55/1651
    • An apparatus is provided for everting a tubular pipe lining material for rehabilitating an existing pipe. The apparatus has a sealed storage container storing a rotary body around which the pipe lining material is wound in a roll. An electric motor undergoes rotation in a first rotational direction to rotate the rotary body to wind the pipe lining material on the rotary body and undergoes rotation in a second rotational direction opposite to the first rotational direction. An eversion nozzle is attached to the storage container for everting the pipe lining material. When fluid pressure is supplied into the storage container to pull the pipe lining material out from the storage container and evert it via the eversion nozzle, the electric motor is caused to rotate in the second rotational direction due to the pulling out of the pipe lining material and to function as an electric generator to brake the pullout of the pipe lining material.
    • 提供了一种用于使用于管道管道衬里材料的设备,用于修复现有管道。 该装置具有储存旋转体的密封储存容器,管内衬材料围绕该旋转体卷绕成卷。 电动机沿第一旋转方向旋转以使旋转体旋转以将管衬材料卷绕在旋转体上并在与第一旋转方向相反的第二旋转方向上进行旋转。 外壳喷嘴连接到存储容器以用于管道衬里材料。 当将流体压力供应到储存容器中以将管道衬里材料从储存容器中拉出并经由外翻喷嘴转动时,电动机由于从衬管材料的拉出而沿第二旋转方向旋转 并且用作发电机以制动管衬材料的拉出。
    • 60. 发明申请
    • Lateral pipe lining material and lateral pipe lining method using same
    • 侧管内衬材料和侧管内衬方法使用相同
    • US20080169036A1
    • 2008-07-17
    • US11653018
    • 2007-01-12
    • Takao KamiyamaKoji KanetaKenji Fujii
    • Takao KamiyamaKoji KanetaKenji Fujii
    • F16L55/18
    • F16L55/1651F16L55/179
    • A lateral pipe lining material is comprised of a tubular resin absorbing material impregnated with a setting resin and has a flange formed on one end thereof. A peeling tube is mounted to an outer periphery of an area around the flange. A tubular peeling end, one end of which closed off, is mounted to an outer peripheral part of the other end of the tubular resin absorbing material. The other end of the peeling tube is mounted to a pressure bag, compressed air is fed into the pressure bag in a state in which the flange of the lateral pipe lining material is attached to a peripheral edge of an opening of a lateral pipe of a main pipe, and the lateral pipe lining material is everted and inserted into the lateral pipe from the main pipe side toward ground level via air pressure. The lateral pipe lining material is then heated while being pressed against an inner peripheral surface of the lateral pipe. After the setting resin impregnated in the lateral pipe lining material has been cured, the peeling end is peeled away and removed from the main pipe-side.
    • 侧管衬里材料由浸渍有固化树脂的管状树脂吸收材料组成,并且在其一端上形成有凸缘。 剥离管安装在凸缘周围区域的外周。 其一端封闭的管状剥离端安装在管状树脂吸收材料的另一端的外周部分。 剥离管的另一端安装在压力袋上,压缩空气在侧管衬里材料的凸缘附接到侧管的开口的周边边缘的状态下被送入压力袋 主管,横管内衬材料经由空气压力从主管侧向地面水平插入侧管中。 然后在侧向管内衬材料被压靠在侧管的内周表面上被加热。 在浸渍在侧管衬里材料中的固化树脂已经固化之后,剥离端被剥离并从主管侧去除。