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    • 12. 发明授权
    • Semiconductor optical amplifier
    • 半导体光放大器
    • US07859746B2
    • 2010-12-28
    • US12191418
    • 2008-08-14
    • Ken MoritoSusumu YamazakiShinsuke Tanaka
    • Ken MoritoSusumu YamazakiShinsuke Tanaka
    • H01S5/343
    • H01S5/1082H01S5/1014H01S5/1085H01S5/32366H01S5/50H01S5/5009H01S2301/02
    • A polarization-independent SOA is provided which uses an InP substrate (11) as a semiconductor substrate and uses GaInNAs having introduced tensile strain as an active layer (14). With this configuration, the polarization independence is achieved by introducing the tensile strain, and high saturation optical output power is realized by reducing the film thickness of the active layer (14) as well as the gain peak wavelength is increased by reducing the band gap of the active layer (14) through use of GaInNAs made by adding nitrogen (N) to GaInAs as a material of the active layer (14) so as to achieve high gain especially in C-band and L-band even when band filling exits at the time of injecting a high current into the active layer (14).
    • 提供了使用InP衬底(11)作为半导体衬底并且使用具有引入的拉伸应变的GaInNA作为有源层(14)的偏振无关的SOA。 通过这种结构,通过引入拉伸应变来实现极化独立性,并且通过降低有源层(14)的膜厚度来实现高饱和光输出功率,并且通过降低有源层(14)的带隙来增加增益峰值波长 通过使用通过将氮(N)添加到GaInAs作为有源层(14)的材料而制成的GaInNA,以便即使在带填充离开时也实现高增益,特别是在C带和L带中,有源层(14) 将高电流注入有源层(14)的时间。
    • 14. 发明申请
    • Body-insertable apparatus
    • 身体可插入装置
    • US20090043278A1
    • 2009-02-12
    • US11658509
    • 2006-05-25
    • Shinsuke TanakaHironao KawanoHironobu Takizawa
    • Shinsuke TanakaHironao KawanoHironobu Takizawa
    • A61M5/20
    • A61M31/002A61M5/14248A61M5/14276A61M5/1452A61M5/1454A61M5/1486A61M5/172A61M5/3287A61M2005/14252A61M2005/14284
    • A body-insertable apparatus that can reduce the apparatus size and perform projection operation of an injection needle in a power saving manner is provided. A body-insertable apparatus 1 according to the present invention has a balloon 4 for storing a medical fluid in a capsule-like casing 2, and an injection needle 5 including an elastic membrane 6. The body-insertable apparatus 1 discharges the medical fluid due to contraction of the balloon 4, applies a discharge pressure of the medical fluid to the elastic membrane 6 to expand the elastic membrane 6, and projects the injection needle 5 from the casing 2 due to the expansion of the elastic membrane 6. Further, the body-insertable apparatus 1 has a channel forming unit 11 for forming a channel 11a connecting to the balloon 4 and a channel 11b connecting to the injection needle 5, and a communication adjusting mechanism 12. The communication adjusting mechanism 12 adjusts a communicated state between the channels 11a and 11b, thereby controlling the start of medical-fluid discharge operation by the balloon 4.
    • 提供一种能够以省电的方式减小设备尺寸并执行注射针的投影操作的被检体内导入装置。 根据本发明的被检体内导入装置1具有用于将药液流体存储在胶囊型外壳2中的气囊4和具有弹性膜6的注射针5.被检体内导入装置1将药液排出, 使气囊4收缩,向弹性膜6施加药液的排出压力,使弹性膜6膨胀,并由于弹性膜6的膨胀而将注射针5从壳体2突出。此外, 身体可插入装置1具有用于形成连接到球囊4的通道11a和连接到注射针5的通道11b的通道形成单元11和连通调节机构12.连通调节机构12调节 通道11a和11b,从而控制气囊4开始进行医药流体排出操作。
    • 15. 发明申请
    • Indwelling device for encapsulated medical device, in-vivo indwelling device for capsule endoscope, and capsule-indwelling medical device
    • 封装医疗器械用留置装置,胶囊型内窥镜的体内留置装置和胶囊内置医疗装置
    • US20090018396A1
    • 2009-01-15
    • US11665086
    • 2006-07-06
    • Hironobu TakizawaShinsuke TanakaKatsumi HirakawaAkio UchiyamaTakeshi Yokoi
    • Hironobu TakizawaShinsuke TanakaKatsumi HirakawaAkio UchiyamaTakeshi Yokoi
    • A61B1/00
    • A61B1/041A61B1/00016A61B1/00147A61B5/065A61B5/07A61B5/6882
    • An already-existing and general-purpose capsule endoscope for alimentary canal is enabled to be used to monitor a body cavity by directly diverting the already-existing and general-purpose capsule endoscope to a body-cavity-indwelling capsule endoscope in a simple and secure manner. An indwelling device for an encapsulated medical device of the invention includes a latching portion 203 which fixes a capsule endoscope 300 and a retaining unit 202 which mounts and retains a capsule endoscope 300. Therefore, the capsule endoscope 300 and the latching portion 203 are integral with each other only by mounting and retaining the capsule endoscope 300 to and in the retaining unit 202, and then the capsule endoscope 300 can be placed along with the latching portion 203 by setting the latching portion 203 to a desired region in the body cavity to fix the latching portion 203 to a body cavity tissue by endoscopic treatment. Accordingly, the already-existing and general-purpose capsule endoscope 300 for alimentary canal can be used to monitor a body cavity by directly diverting the already-existing and general-purpose capsule endoscope to the body-cavity-indwelling capsule endoscope in the simple and secure manner.
    • 已经存在的通用胶囊型内窥镜能够用于通过将已有的通用胶囊型内窥镜以简单且安全的方式直接转移到体腔内留置的胶囊型内窥镜来用于监视体腔 方式。 本发明的胶囊型医疗装置的留置装置具有固定胶囊型内窥镜300的卡定部203和安装保持胶囊型内窥镜300的保持部202.因此,胶囊型内窥镜300和卡定部203与 通过将胶囊型内窥镜300安装并保持在保持单元202中,可以将胶囊型内窥镜300与闩锁部203一起配置,并将该卡定部203设定在体腔内的所需区域, 通过内窥镜处理将闩锁部203移动到体腔组织。 因此,已经存在的消化道用通用胶囊型内窥镜300可以简单且简单地将现有的通用型胶囊型内窥镜直接转移到体腔内留置胶囊型内窥镜中,用于对体腔进行监视, 安全的方式。
    • 17. 发明申请
    • Medical System
    • 医疗系统
    • US20070299301A1
    • 2007-12-27
    • US11663124
    • 2005-11-25
    • Akio UchiyamaIsao AokiShinsuke TanakaHironobu TakizawaHironao Kawano
    • Akio UchiyamaIsao AokiShinsuke TanakaHironobu TakizawaHironao Kawano
    • A61B1/00
    • A61B1/041A61B1/00016A61B1/0008A61B1/00156A61B1/00158A61B1/273A61B5/062A61B5/073A61B5/7232A61B34/73
    • A medical system includes: a medical device to be inserted into the body cavity; a rotating device for the medical device for rotating the medical device around the insertion axis; an image pickup device provided to the medical device; and an image capturing timing detection device for detecting a signal regarding image capturing timing performed by the image pickup device. Furthermore, the medical system includes: a rotating angle acquisition device for acquiring the rotating angle of the rotating device for the medical device regarding the image capturing timing in response to the output of the image capturing timing detection device; and an image acquisition device for performing rotation processing for the image captured by the image pickup device based upon the information regarding the rotating angle acquired by the rotating angle acquisition device, thereby acquiring the image subjected to a rotation processing.
    • 医疗系统包括:插入体腔内的医疗装置; 用于医疗装置的用于使医疗装置绕插入轴旋转的旋转装置; 设置在医疗装置上的图像拾取装置; 以及用于检测由图像拾取装置执行的关于图像捕获定时的信号的图像捕获定时检测装置。 此外,医疗系统包括:旋转角度获取装置,用于响应于图像捕获定时检测装置的输出获取关于图像捕获定时的医疗装置的旋转装置的旋转角度; 以及图像获取装置,用于基于由旋转角度获取装置获取的关于旋转角度的信息,对由图像拾取装置拍摄的图像进行旋转处理,从而获取经受旋转处理的图像。
    • 18. 发明授权
    • Method for driving plasma display panel and plasma display device
    • 驱动等离子体显示面板和等离子体显示装置的方法
    • US06940475B2
    • 2005-09-06
    • US10404112
    • 2003-04-02
    • Takashi ShiizakiHitoshi HirakawaEiji ItoShinsuke TanakaSatoru Nishimura
    • Takashi ShiizakiHitoshi HirakawaEiji ItoShinsuke TanakaSatoru Nishimura
    • G09G3/20G09G3/288G09G3/291G09G3/292G09G3/293G09G3/294G09G3/298H01J17/49G09G3/28
    • G09G3/294G09G3/2022G09G3/2927G09G3/2932G09G3/299G09G2310/066G09G2320/0228G09G2320/0238
    • A driving method, able to realize a PDP device having a reduced background luminance and high display quality, has been disclosed. The driving method is a method for driving a plasma display panel consisting of plural display electrodes forming pairs of electrodes, plural address electrodes, and display cells formed at the intersections of the pairs of electrodes and the address electrodes, comprising an initialization period, an address period, a charge form period during which a charge form pulse is applied to the pair of electrodes, and a sustain discharge period during which a sustain discharge light emission is caused to occur, wherein the initialization period comprises a write period during which first amount of charges is accumulated in the display cells and a charge adjust period during which the amount of charges accumulated during the write period is adjusted to second amount of charges, and wherein the voltage to be applied to the pair of electrodes is an inclined wave-shaped charge adjust pulse, the voltage of which varies gradually and the absolute value of the voltage of the charge form pulse is greater than the absolute value of the voltage of the sustain discharge pulse.
    • 已经公开了能够实现具有降低的背景亮度和高显示质量的PDP装置的驱动方法。 驱动方法是驱动等离子体显示面板的方法,该等离子体显示面板由形成电极对和地址电极对的交点处的多个电极,多个地址电极和显示单元的多个显示电极组成,包括初始化期间,地址 期间,对一对电极施加电荷形成脉冲的充电形式期间和发生维持放电发光的维持放电期间,其中初始化期间包括写入期间,在该期间, 在显示单元中累积电荷,并且在写入期间累积的电荷量被调整为第二电荷量的电荷调整期间,其中施加到该对电极的电压为倾斜波形电荷 调整脉冲,其电压逐渐变化,电荷形式脉冲的电压绝对值为灰度 比维持放电脉冲的电压的绝对值高。