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    • 3. 发明授权
    • Information reproduction apparatus and information reproduction method
    • 信息再现装置和信息再现方法
    • US06742062B2
    • 2004-05-25
    • US09764104
    • 2001-01-19
    • Takao YamadaNobuo OhyamaKazuo KameiEiji KojimaMasahiko MiyashitaToshio Ohtani
    • Takao YamadaNobuo OhyamaKazuo KameiEiji KojimaMasahiko MiyashitaToshio Ohtani
    • G06F1314
    • G11B27/3027G11B27/007G11B2220/2545G11B2220/2562H04N5/783H04N5/85H04N9/8042H04N9/8063
    • An information reproduction apparatus which can perform repetitive reproduction is provided. In the apparatus, Information read from an information recording medium is decoded by the plurality of decoding devices. Then a source of an output of the information reproduction apparatus is switched among outputs of a plurality of the decoding devices. If a start position to start repetitive reproduction is designated, another decoding device except one decoding device whose output is currently switched as the source is controlled so as to be able to begin to decode the information on and after the start position. Then if a start instruction is provided, the source is switched from the output of the one decoding device to the output of the another device. Further, the another decoding device is controlled to decode the information on and after the start position, and the one decoding device is controlled to be able to begin to decode the information on and after the start position.
    • 提供了可以执行重复再现的信息再现设备。 在该装置中,从信息记录介质读取的信息被多个解码装置解码。 然后在多个解码装置的输出之间切换信息再现装置的输出源。 如果指定开始重复再现的开始位置,则控制除了输出当前被切换为源的一个解码装置之外的另一个解码装置,以便能够开始对开始位置之后和之后的信息进行解码。 然后,如果提供开始指令,则源从一个解码装置的输出切换到另一个装置的输出。 此外,控制另一解码装置对开始位置之后和之后的信息进行解码,并且控制一个解码装置,以便能够开始对开始位置之后和之后的信息进行解码。
    • 4. 发明授权
    • Cultivation of flowering plants
    • 开花植物的栽培
    • US6050026A
    • 2000-04-18
    • US884031
    • 1997-06-27
    • Toshio OhtaniNaoya FukudaSadanori SaseLimi Okushima
    • Toshio OhtaniNaoya FukudaSadanori SaseLimi Okushima
    • A01H3/02
    • A01H3/02Y10S47/06
    • To make it possible to control the forms of flowering plants by controlling light quality of cultivation light, without using any chemicals such as dwarfing agents, a method of cultivating a flowering plant selected from the group consisting of the genus Petunia, the genus Pelargonium and the genus Euphorbia is proposed, which comprises controlling light quality of cultivation light in the daylight period after a seedling culture stage, in particular, after true-leaf development until blooming or bract formation to thereby control the forms concerning the height of a plant, the length of a branch, the length of a corolla, the length of a flower tube, the number of florets, the dimensions of a flower cluster, the number of bracts or the length of a bract.
    • 为了可以通过控制栽培光的光质来控制开花植物的形状,而不使用诸如矮化剂的任何化学物质,培养选自矮牵牛属,天竺葵属和 提出了大戟属,其特征在于在真叶发育直到起霜或苞片形成之后,在日照期间控制培养光的光质,从而控制与植物高度相关的形式,长度 分枝的长度,花冠的长度,花管的长度,小花的数量,花簇的尺寸,苞片的数量或苞片的长度。
    • 6. 发明授权
    • Blood pressure meter cuff
    • 血压计袖带
    • US07182732B2
    • 2007-02-27
    • US11360410
    • 2006-02-24
    • Osamu ShirasakiYoshihiko SanoToshio OhtaniTomonori Inoue
    • Osamu ShirasakiYoshihiko SanoToshio OhtaniTomonori Inoue
    • A61B5/00A61B5/02
    • A61B5/02233
    • Provide is a blood pressure meter cuff capable of avoiding an influence of an edge effect by pressurizing only a portion of a blood vessel in the downward vicinity of the body surface to thereby measure a correct blood pressure. A blood pressure meter cuff 1 includes: a fluid bag into which a fluid is injected; and a fixing tool fixing the fluid bag on a limb of a human body or the like, wherein a width in the axial direction of the limb, of the fluid bag is a value suitable for selectively pressurizing only a portion of a blood vessel present in the downward vicinity of the skin. In a case where pressurization is imposed on only a portion of the radial artery present in the downward vicinity of the body surface and adjacent to a radial styloid process of a wrist, a width, in the axial direction of a limb, of the fluid bag is set to 15 mm or more and 25 mm or less.
    • 提供一种血压计袖带,其能够通过仅在身体表面的下游附近仅加压血管的一部分来避免边缘效应的影响,从而测量正确的血压。 血压计袖带1包括:注入流体的流体袋; 以及固定工具,其将流体袋固定在人体等的肢体上,其中,所述流体袋的所述肢体的轴向宽度是适合于仅选择性地加压存在于所述流体袋中的血管的一部分的值 皮肤向下附近。 在仅存在于身体表面的下方附近并且与腕部的径向茎突过程相邻的径向动脉的一部分加压的情况下,在肢体的轴向方向上的流体袋的宽度 设定为15mm以上且25mm以下。
    • 7. 发明申请
    • Blood pressure meter cuff
    • 血压计袖带
    • US20060149153A1
    • 2006-07-06
    • US11360410
    • 2006-02-24
    • Osamu ShirasakiYoshihiko SanoToshio OhtaniTomonori Inoue
    • Osamu ShirasakiYoshihiko SanoToshio OhtaniTomonori Inoue
    • A61B5/02
    • A61B5/02233
    • Provide is a blood pressure meter cuff capable of avoiding an influence of an edge effect by pressurizing only a portion of a blood vessel in the downward vicinity of the body surface to thereby measure a correct blood pressure. A blood pressure meter cuff 1 includes: a fluid bag into which a fluid is injected; and a fixing tool fixing the fluid bag on a limb of a human body or the like, wherein a width in the axial direction of the limb, of the fluid bag is a value suitable for selectively pressurizing only a portion of a blood vessel present in the downward vicinity of the skin. In a case where pressurization is imposed on only a portion of the radial artery present in the downward vicinity of the body surface and adjacent to a radial styloid process of a wrist, a width, in the axial direction of a limb, of the fluid bag is set to 15 mm or more and 25 mm or less.
    • 提供一种血压计袖带,其能够通过仅在身体表面的下游附近仅加压血管的一部分来避免边缘效应的影响,从而测量正确的血压。 血压计袖带1包括:注入流体的流体袋; 以及固定工具,其将流体袋固定在人体等的肢体上,其中,所述流体袋的所述肢体的轴向宽度是适合于仅选择性地加压存在于所述流体袋中的血管的一部分的值 皮肤向下附近。 在仅存在于身体表面的下方附近并且与腕部的径向茎突过程相邻的径向动脉的一部分加压的情况下,在肢体的轴向方向上的流体袋的宽度 设定为15mm以上且25mm以下。
    • 9. 发明授权
    • Electronic sphygmomanometer capable of adjusting pressure release rate during measurement
    • 电子血压计能够调节测量过程中的压力释放率
    • US06322517B1
    • 2001-11-27
    • US09559323
    • 2000-04-27
    • Norihito YamamotoToshio OhtaniYoshinori MiyawakiTomoki Kitawaki
    • Norihito YamamotoToshio OhtaniYoshinori MiyawakiTomoki Kitawaki
    • A61B500
    • A61B5/022
    • An electronic sphygmomanometer starts from pressurization and then enters a decompression process. When measurement of blood pressure starts, only a standard pressure release rate voltage is applied to a valve from a standard pressure release rate voltage supply circuit through a decompression control circuit. The valve allows air to be discharged slowly at the standard pressure release rate. If the pressure release rate should be increased for decompression, target pressure release rate acceleration value voltage according to the position of a dial is supplied from an external control signal supply unit. The standard pressure release rate voltage is added to the target voltage and the resultant voltage is supplied to the valve via the decompression control circuit. The valve increases the pressure release rate by the amount corresponding to the external control signal voltage. In this case, even if the dial is returned to zero position, the pressure release rate never falls below the standard pressure release rate.
    • 电子血压计从加压开始,然后进入减压过程。 当开始测量血压时,通过减压控制电路仅从标准压力释放速率电压供应电路向阀施加标准的压力释放速率电压。 阀门允许以标准压力释放速率缓慢排放空气。 如果减压的压力释放率应该增加,则根据拨盘位置的目标压力释放速度加速度值电压是从外部控制信号提供单元提供的。 将标准压力释放率电压加到目标电压上,并通过减压控制电路向阀提供合成的电压。 阀门将压力释放率提高到对应于外部控制信号电压的量。 在这种情况下,即使表盘返回到零位置,压力释放速率也不会低于标准压力释放速率。