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    • 1. 发明授权
    • Differential lever actuator including differentially force-transmitting
members which are not liable to break
    • 差速杆致动器包括不易断裂的差动力传递部件
    • US4518887A
    • 1985-05-21
    • US582667
    • 1984-02-23
    • Takeshi YanoIzumu FukuiTakeshige HamatsukiEiichi SatoOsamu Inui
    • Takeshi YanoIzumu FukuiTakeshige HamatsukiEiichi SatoOsamu Inui
    • G06K15/00B41J2/295B41J7/04B41J9/38H01L41/09
    • B41J9/38B41J2/295H02N2/043
    • In a differential lever actuator comprising transmission members (41, 42) for differentially transmitting oppositely sensed angular displacements from first and second weight points (P1, P3) of first and second lever members (31, 32) to first and second predetermined points (P2, P4) of a differential lever member (41), a distance between midpoints (S, T) between the first weight and predetermined points and between the second weight and predetermined points is kept constant irrespective of the angular displacements. Preferably, at least one transmission member should be perpendicular to a line passing through the related weight point and a fulcrum point (Q or R) of the associated one of the first and second lever members. When carried by the differential lever member for print of a dot, a rod should preferably have an axis passing through a point of intersection of the transmission members. Alternatively, the differential lever member should have a center of a rotational component of the distance (ST) at a point of percussion related to a reaction resulting from print of the dot. As a further alternative, at least one transmission member should be thicker than 0.05 times a length between the related weight and predetermined points.
    • 在差动杆致动器中,包括用于将第一和第二杠杆构件(31,32)的第一和第二加权点(P1,P3)的相反感测的角位移差分地传递到第一和第二预定点(P2)的差动杆构件(41,42) 差速杆构件(41)的P4(P4),第一重量和预定点之间以及第二重量与预定点之间的中点(S,T)之间的距离保持恒定,而与角位移无关。 优选地,至少一个传动构件应当垂直于通过相关重点的线和相关联的第一和第二杆构件之一的支点(Q或R)。 当由用于打印点的差速杆构件承载时,杆应优选地具有穿过变速构件的交叉点的轴线。 或者,差速杆构件应该具有在与打印点产生的反应相关的打击点处的距离(& upbar&S)的旋转分量的中心。 作为另一替代方案,至少一个传输构件应该在相关重量和预定点之间的长度的0.05倍以上。
    • 2. 发明授权
    • Impact printer head capable of printing a dot at a distance narrower
than a thickness of a printer unit
    • 冲击打印头能够以比打印机单元的厚度窄的距离打印点
    • US4589786A
    • 1986-05-20
    • US520772
    • 1983-08-05
    • Izumu FukuiTakeshige HamatsukiTakeshi YanoEiichi SatoOsamu Inui
    • Izumu FukuiTakeshige HamatsukiTakeshi YanoEiichi SatoOsamu Inui
    • B41J2/295B41J2/505B41J3/12
    • B41J2/5056B41J2/295
    • In an impact printer head intermittently movable along a printing line and comprising a plurality of printer units (25) each of which has a thickness and a printing wire (30) having a printing end operable between rest and actuated positions along a line of displacement (R), a support member (45) supports the printing wires so that a distance between two adjacent ones of the printing ends becomes smaller than each thickness at the actuated positions. To this end, the printer units are radially disposed by the supporting member to make the lines of displacement form an acute angle for two adjacent printer units and to position the printing ends in a predetermined configuration at the actuated positions. The predetermined configuration may be a single straight line perpendicular or oblique to the printing line. Alternatively, the configuration may be a pair of straight lines orthogonal or inclined to the printing line. The printing ends may be parallel to one another when supported by the support member along a straight line inclined to the printing line.
    • 在冲击打印头中,其沿着印刷线间歇地移动并且包括多个具有厚度的打印机单元(25)和印刷线(30),所述印刷线具有可沿位移线在静止位置和致动位置之间操作的印刷端 R),支撑构件(45)支撑印刷线,使得两个相邻的印刷端之间的距离变得小于在致动位置处的每个厚度。 为此,打印机单元由支撑构件径向地设置,以使位移线形成两个相邻的打印机单元的锐角,并将打印端部定位在致动位置处的预定构型。 该预定配置可以是与印刷线垂直或倾斜的单个直线。 或者,该构造可以是与印刷线正交或倾斜的一对直线。 当支撑构件沿着与印刷线倾斜的直线支撑时,打印端可以彼此平行。
    • 3. 发明授权
    • Electrostriction transducer comprising electrostriction layers of
axially varied thicknesses
    • 电致伸缩传感器包括轴向变化的厚度的电致伸缩层
    • US4633120A
    • 1986-12-30
    • US662113
    • 1984-10-18
    • Eiichi SatoIzumu FukuiOsamu InuiTakeshi YanoSadayuki TakahashiAtsushi Ochi
    • Eiichi SatoIzumu FukuiOsamu InuiTakeshi YanoSadayuki TakahashiAtsushi Ochi
    • H01L41/08H01L41/083H01L41/09
    • H01L41/083H02N2/043
    • In an electrostriction transducer comprising protection layers (21, 22) in which no electric fields are produced during operation, each of end electrostriction layers (41, 42) which are contiguous to the respective protection layers with pertinent ones of internal electrodes (16, 17) interposed, is given a thicker thickness (at) as compared with other or intermediate electrostriction layers (23) to make the transducer have a long life and a high reliability. The intermediate electrostriction layers may have a common thickness (t). Alternatively, the intermediate electrostriction layers may have monotonously decreasing thicknesses when placed nearer to a plane which bisects a pile (19) of the electrostriction layers parallel to both end surfaces of the pile. When a pair of holding members for the transducer are used on both longitudinal ends, each protection layer is preferably received in an indent formed in the holding member. Alternatively, it is preferred that each holding member should comprise a metal plate contiguous to the protection layer and a metal band surrounding parts of the metal plate and the protection layer.
    • 在包括在操作期间不产生电场的保护层(21,22)的电致伸缩换能器中,每个末端电致伸缩层(41,42)与相应的保护层邻接,具有相应的内部电极(16,17) )与其他或中间电子吸收层(23)相比被赋予较厚的厚度(at),以使换能器具有长寿命和高可靠性。 中间电致伸缩层可以具有共同的厚度(t)。 或者,当放置得更靠近平面于桩的两个端面的电致伸缩层的桩(19)的平面放置时,中间电致伸缩层可以具有单调减小的厚度。 当在两个纵向端部使用一对用于换能器的保持构件时,每个保护层优选地容纳在形成在保持构件中的凹口中。 或者,优选地,每个保持构件应包括与保护层相邻的金属板和围绕金属板和保护层的部分的金属带。
    • 5. 发明申请
    • PLANAR ILLUMINATION LIGHT SOURCE APPARATUS USING LIGHT EMITTER
    • 平面照明光源装置使用光发射器
    • US20140160765A1
    • 2014-06-12
    • US14236809
    • 2012-08-03
    • Eiichi SatoKen Sato
    • Eiichi SatoKen Sato
    • F21K99/00
    • F21V3/06F21K9/64F21V3/00F21V7/22F21V9/30F21V11/14F21V13/04F21V17/002F21Y2105/00
    • A planar illumination light source apparatus comprises: a point light source having strong directivity; a casing having a bottom surface section with a hole for attaching the point light source, and side surface reflection sections perpendicularly provided from edge sides of the bottom surface section; a light transmitting reflection plate facing the bottom surface section and supported by the side surface reflection sections; and a diffusion plate provided so as to be opposed to a surface of the light transmitting reflection plate that is far from the point light source. The light transmitting reflection plate is formed so as to have a higher light transmissivity and lower light reflectivity as being farther away from the point light source. A light emitter is attached to a region irradiated with radiation light from the point light source.
    • 平面照明光源装置包括:具有强指向性的点光源; 具有底面部分的壳体,其具有用于附接点光源的孔,以及从底表面部分的边缘侧垂直设置的侧表面反射部分; 面向底面部并由侧面反射部支承的透光性反射板; 以及扩散板,设置成与远离点光源的透光反射板的表面相对。 透光反射板形成为具有较高的透光率和较低的光反射率,远离点光源。 光发射器附接到用点光源照射的辐射光的区域上。
    • 7. 发明申请
    • SURFACE ILLUMINATION FIXTURE AND SURFACE ILLUMINATION DEVICE
    • 表面照明装置和表面照明装置
    • US20130044480A1
    • 2013-02-21
    • US13642776
    • 2011-04-22
    • Eiichi SatoHiroyasu SatoRihito Sato
    • Eiichi SatoHiroyasu SatoRihito Sato
    • F21V7/04
    • F21S8/061F21V11/14F21Y2103/33F21Y2115/10
    • [Purpose] To provide a surface illumination fixture using a point light source having strong directivity.[Constitution] In the surface illumination fixture 3 including a surface illumination light-source device 6 converting light from a plurality of point light sources 36 having strong directivity into surface illumination and an illumination fixture main body 41, the surface illumination light-source device 6 includes a casing 30 having a flat plate part 35 being used to attach the surface illumination light-source device to the illumination fixture main body, lateral plate parts standing from the flat plate part, and an opening on a surface opposite to the flat plate part, and includes a light-guide reflection plate covering the opening. The flat plate part 35, the lateral plate parts 32 and 33, and the light-guide reflection plate 40 are formed by members having a high light reflectance and a low light transmittance. The light-guide reflection plate 40 is formed to have a lower light reflectance and a higher light transmittance as the distance from the corresponding point light source increases. The illumination fixture main body 41 having attaching means for attachment to a ceiling or a wall.
    • [目的]提供使用具有强方向性的点光源的表面照明固定装置。 [结构]在具有将来自具有强指向性的多个点光源36的光转换成表面照明的照明光源装置6和照明器具主体41的表面照明装置3中,表面照明光源装置6 包括具有平板部35的壳体30,该平板部35用于将表面照明光源装置安装到照明器具主体,从平板部站立的侧板部以及与平板部相对的面的开口部 并且包括覆盖该开口的导光反射板。 平板部35,侧板部32,33以及导光反射板40由光反射率高,透光率低的部件形成。 导光反射板40形成为随着距离对应点光源的距离增加而具有较低的光反射率和较高的透光率。 照明器具主体41具有用于附接到天花板或墙壁的附接装置。
    • 8. 发明申请
    • LIGHT DISPLAY METHOD AND LIGHT DISPLAY DEVICE
    • 光显示方法和灯显示装置
    • US20130039061A1
    • 2013-02-14
    • US13641391
    • 2011-04-15
    • Eiichi SatoHiroyasu SatoKen Sato
    • Eiichi SatoHiroyasu SatoKen Sato
    • F21S4/00F21V7/00
    • G09F9/33G09F9/302G09F9/3023G09F13/22
    • [Purpose] A light display method is capable of providing planar light displays of various types of characters with increased degrees of freedom, by using a plurality of point light sources and making light source units interchangeable on a point light source basis.[Constitution] In a light display method making light displays of various types of characters by employing a plurality of point light sources, each light display of the characters A, N, O, and S is made by dividing and segmenting the characters into at least one or more sets of light source units a1, n1, o1, o2, o3, s1, s2, and s3 including at least one of the point light sources, having a common structure in each character A, N, O, and S or a plurality of different characters, and making illumination by light emitted from the point light source as planar illumination light.
    • [目的]光显示方法能够通过使用多个点光源并且使光源单元在点光源的基础上可互换地提供具有增加的自由度的各种类型的字符的平面光显示。 [结构]在通过采用多个点光源进行各种字符的光显示的光显示方法中,字符A,N,O和S的每个光显示通过将字符分割和分割为至少 包括至少一个点光源的一组或多组光源单元a1,n1,o1,o2,o3,s1,s2和s3,每个字符A,N,O和S具有共同的结构, 多个不同的字符,并且通过从点光源发出的光作为平面照明光进行照明。
    • 10. 发明授权
    • Storage system construction managing device and construction management method
    • 仓储系统施工管理装置及施工管理办法
    • US08051256B2
    • 2011-11-01
    • US12846679
    • 2010-07-29
    • Kenichi MikiEiichi Sato
    • Kenichi MikiEiichi Sato
    • G06F13/00
    • G06F3/0605G06F3/0637G06F3/0653G06F3/067
    • The device of the present invention manages changes in the construction of a storage system in a unified manner, and optimally disposes resources. The servers are logically divided into a plurality of virtual servers, the switches are logically divided into a plurality of zones, and the storage devices are logically divided into a plurality of virtual storage devices. The respective logical devices are respectively managed by respective managing parts. These respective managing parts are connected to a managing device via a network used for management. The managing device re-disposes resources in application program units on the basis of the load states of the respective resources in the storage system.
    • 本发明的装置以统一的方式管理存储系统的结构的变化,并且最佳地配置资源。 服务器在逻辑上划分为多个虚拟服务器,交换机在逻辑上划分为多个区域,存储设备在逻辑上划分为多个虚拟存储设备。 相应的逻辑设备分别由相应的管理部件管理。 这些各自的管理部件经由用于管理的网络连接到管理设备。 管理设备基于存储系统中的各个资源的负载状态,在应用程序单元中重新配置资源。