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    • 51. 发明申请
    • Wireless communication system and method
    • 无线通信系统及方法
    • US20070063907A1
    • 2007-03-22
    • US11520798
    • 2006-09-14
    • Shigeru HatakeyamaShigeru YamazakiHiroki MurayamaKoichi Hirano
    • Shigeru HatakeyamaShigeru YamazakiHiroki MurayamaKoichi Hirano
    • H01Q3/00
    • H01Q19/104G06K7/10178G06K7/10316G06K7/10336G06K7/10346
    • The wireless communication system comprises a main antenna for radiating electromagnetic waves towards the wireless IC chips; reflecting plates for forming detour paths of electromagnetic waves that are interfered with the managing targets to which the wireless IC chips are attached; and a posture control unit for controlling facing direction of the wireless IC chips with respect to the electromagnetic waves that travel the detour paths formed by the reflecting plates. The reflecting plates form the detour paths of the electromagnetic waves that are interfered with the managing targets to which the wireless IC chips are attached, so that the electromagnetic waves from the main antenna can reach the wireless IC chips through the detour paths. Furthermore, the posture control unit controls the facing direction of the wireless IC chips with respect to the electromagnetic waves that travel the detour paths formed by the reflecting plates, so that the electromagnetic waves from the main antenna can make incident on the wireless IC chips through the detour paths formed by the reflecting plates.
    • 该无线通信系统包括用于向无线IC芯片辐射电磁波的主天线; 用于形成干扰与无线IC芯片相连的管理目标的电磁波绕行路径的反射板; 以及姿势控制单元,用于控制无线IC芯片相对于由反射板形成的绕行路径的电磁波的朝向。 反射板形成与被安装有无线IC芯片的管理目标相干扰的电磁波的绕行路径,使得来自主天线的电磁波可以通过迂回路径到达无线IC芯片。 此外,姿势控制单元相对于由反射板形成的绕行路径的电磁波控制无线IC芯片的朝向,从而来自主天线的电磁波可以通过 由反射板形成的迂回路径。
    • 52. 发明申请
    • Reflection type light-emitting diode device
    • 反射式发光二极管装置
    • US20060278881A1
    • 2006-12-14
    • US10553122
    • 2003-04-16
    • Shigeru Yamazaki
    • Shigeru Yamazaki
    • H01L33/00
    • H01L33/60H01L33/486H01L33/647H01L2224/45144H01L2224/48091H01L2224/73265H01L2924/00014H01L2924/00
    • A reflection type light-emitting diode device of a kind capable of emitting rays of light to the outside after having been reflected by a reflecting surface includes a recessed casing (22) having a cavity defining the reflecting surface (15) and also having a pair of bearing grooves (17a and 17b) defined in a peripheral wall thereof, a light-emitting element (11), and first and second lead members each made up of a small width lead segment (12a or 12b) having a relatively small width and a large width lead segment (18a or 18b) having a relatively large width, with the light-emitting element (11) mounted on the small width lead segment (12a) of the first lead members. The first and second lead members are fitted to the recessed casing (22) with the small width lead segments (12a and 12b) thereof received immovably within respective bearing grooves (17a and 17b) in the recessed casing.
    • 一种能够在被反射面反射之后能够向外部发射光线的反射型发光二极管装置包括具有限定反射表面(15)并且还具有对的空腔的凹入壳体(22) 在其周壁上限定的轴承槽(17a和17b),发光元件(11)以及由宽度小的引线段(12a或12b)组成的第一和第二引线构件,其具有 相对较小的宽度和具有相对较大宽度的大宽度引线段(18a或18b),其中发光元件(11)安装在第一引线构件的小宽度引线段(12a)上。 第一和第二引线构件安装到凹入的壳体(22)上,其中宽度窄的引线段(12a和12b)被不可移动地容纳在凹入的壳体中的相应的轴承槽(17a和17b)内。
    • 53. 发明授权
    • Digital information reproducing apparatus using rotary magnetic heads
    • 使用旋转磁头的数字信息再现装置
    • US06867938B2
    • 2005-03-15
    • US10301472
    • 2002-11-20
    • Shigeru YamazakiKenmei Masuda
    • Shigeru YamazakiKenmei Masuda
    • G11B5/00G11B5/008G11B5/035G11B5/09G11B5/53G11B20/10
    • G11B5/0086G11B5/035G11B5/09G11B5/53G11B20/10G11B2005/0016
    • A digital information reproducing apparatus using rotary heads that reproduces digital information signals recorded on a magnetic tape using magneto resistive heads installed on a rotary drum. The apparatus includes, in the fixed side of the apparatus, a magnetic tape checking circuit that checks the type of the magnetic tape; and a control signal generation circuit that generates a control signal for controlling the gain of a reproduction amplifier circuit; and on the rotary drum, a decoder circuit that identifies the control signal transmitted from the control signal generation circuit. The control signal generation circuit generates the control signal based on a checking result given by the magnetic tape checking circuit, and the decoder circuit identifies the transmitted control signal to control the gain of the reproduction amplifier circuit.
    • 一种使用旋转磁头的数字信息再现装置,其使用安装在旋转磁鼓上的磁阻头,再现记录在磁带上的数字信息信号。 该装置在装置的固定侧包括检查磁带类型的磁带检查电路; 以及控制信号生成电路,其生成用于控制再现放大电路的增益的控制信号; 并且在旋转磁鼓上,识别从控制信号发生电路发送的控制信号的解码器电路。 控制信号生成电路基于由磁带检查电路给出的检查结果生成控制信号,并且解码器电路识别发送的控制信号以控制再现放大器电路的增益。
    • 56. 发明授权
    • Silver halide color photographic light-sensitive material
    • 卤化银彩色摄影感光材料
    • US5260177A
    • 1993-11-09
    • US884897
    • 1992-05-18
    • Kozo AokiMichio OnoKatsuyoshi YamakawaShigeru YamazakiKei SakanoueHidetoshi Kobayashi
    • Kozo AokiMichio OnoKatsuyoshi YamakawaShigeru YamazakiKei SakanoueHidetoshi Kobayashi
    • C07D213/75C07D213/76C07D471/04G03C7/38G03C7/388
    • C07D213/75C07D213/76C07D471/04G03C7/3815
    • A silver halide color photographic light-sensitive material comprises a novel cyan dye-forming coupler or a combination of a specific cyan dye-forming coupler with an .alpha.-pivaloylacetoanilide type yellow dye-forming coupler or a pyrazoloazole type magenta dye-forming coupler, the specific cyan dye-forming coupler being contained in the silver halide emulsion layer in the form of an emulsion of lipophilic fine particles obtained by mixing the coupler with at least one water-insoluble and organic solvent-soluble homo- or co-polymer to form a dispersion. The silver halide color photographic light-sensitive material is excellent in the reproduction of yellow, magenta and cyan colors and has low fog of cyan. Thus, the light-sensitive material can provide color images excellent in the fastness of the cyan color images.The cyan dye-forming coupler is represented by general formula (II): ##STR1## wherein R.sub.1 represents an aliphatic group, an aromatic group or a heterocyclic group; R.sub.2 represents a group or atom which can be bonded with the heterocyclic ring; X represents a hydrogen atom or a group which can be eliminated; Y represents a divalent bonding group having at least one amido bond and/or ester bond; Z represents a dissociative group; A, B, C, D and E each represents a nitrogen atom or a carbon atom a which hydrogen atom is bonded, provided that one or two of them represent a nitrogen atom; and n represents 0, 1 or 2.
    • 卤化银彩色照相感光材料包括新型的青色染料形成成色剂或特定的形成青色染料的成色剂与α-对甲酰基乙酰苯胺型黄色染料形成成色剂或吡唑并唑型品红色染料形成成色剂的组合, 通过将成色剂与至少一种水不溶性和有机溶剂可溶性均聚物或共聚物混合而形成的亲脂性细颗粒乳液形式的卤化银乳剂层中所含有特定的青色成色剂, 分散。 卤化银彩色摄影感光材料在黄色,品红色和青色的再现方面是优异的,并且具有低的青色雾。 因此,感光材料可以提供在青色图像的牢度方面优异的彩色图像。 青色染料成色剂由通式(II)表示:其中R 1表示脂族基团,芳族基团或杂环基团; R2表示可以与杂环结合的基团或原子; X表示氢原子或可被除去的基团; Y表示具有至少一个酰胺键和/或酯键的二价键合基​​团; Z表示离解基团; A,B,C,D和E各自表示氮原子或氢原子键合的碳原子a,条件是它们中的一个或两个表示氮原子; n表示0,1或2。
    • 58. 发明授权
    • Image printing apparatus
    • 图像打印装置
    • US4965590A
    • 1990-10-23
    • US284536
    • 1988-12-15
    • Shigeru Yamazaki
    • Shigeru Yamazaki
    • B41J2/44G03G15/04G06K15/12H04N1/04H04N1/113H04N1/12
    • H04N1/0405G06K15/1219H04N1/0402H04N1/0458H04N1/1135H04N1/12
    • An image printing apparatus includes first and second write-width determining circuits. The first write-width determining circuit determines a first write-width in a first direction of the paper by using paper size information for the paper and a first counted value obtained by counting the write clock signal. The second write-width determining circuit determines a second write-width in a second direction of the paper by using the paper size information and a second counted value obtained by counting a number of the recording performed for every scanning line, the second direction being perpendicular to the first direction and corresponding to a direction of a paper transportation. The image signal supplied to a light source is recorded on an area of a recording medium corresponding to an area on the paper defined by the first and second write widths.
    • 图像打印装置包括第一和第二写入宽度确定电路。 第一写入宽度确定电路通过使用纸张的纸张尺寸信息和通过对写入时钟信号进行计数而获得的第一计数值来确定纸张的第一方向上的第一写入宽度。 第二写入宽度确定电路通过使用纸张尺寸信息和通过对针对每条扫描行执行的记录数进行计数而获得的第二计数值来确定纸张在第二方向上的第二写入宽度,第二方向垂直 到第一方向并且对应于纸张传送的方向。 提供给光源的图像信号被记录在对应于由第一和第二写宽度限定的纸上的区域的记录介质的区域上。
    • 60. 发明授权
    • Apparatus for detecting flow amount of fluid in passage
    • 用于检测通道中流体流量的装置
    • US4782707A
    • 1988-11-08
    • US115316
    • 1987-11-02
    • Shigeru YamazakiHiroyuki MatsuiYoshitaka MorikawaHideaki Konishi
    • Shigeru YamazakiHiroyuki MatsuiYoshitaka MorikawaHideaki Konishi
    • G01F1/05
    • G01F1/056
    • An apparatus for detecting the flow amount of a fluid passing through a passage. The apparatus comprises a scroll chamber having a circular horizontal cross section and having an inlet opening defined in a tangential direction of the scroll chamber and an outlet opening defined at a substantial center portion of a bottom surface of the scroll chamber. The fluid is introduced through the inlet opening and discharged from the outlet opening. In the scroll chamber, a conically protruding member is provided on a substantial center portion of the top surface of the scroll chamber so as to be protruded vertically and downwardly along the axis of the scroll chamber. A spheral member encased in the scroll chamber is turned about the protruding member and along a wall of the scroll chamber in response to introduction of the fluid through the inlet opening. The flow amount of fluid is measured by detecting the number of turns of the spheral member. The scroll chamber has a conical portion whose diameter decreases toward the upper side and is arranged so that the spheral member is turned with it being brought into contact with the tapered surface of the conical portion. This provides an extremely stable detection of the fluid flow.
    • 一种用于检测通过通道的流体的流量的装置。 该装置包括具有圆形水平截面并具有限定在涡旋室的切线方向上的入口开口的涡旋室和限定在涡旋室的底表面的大致中心部分处的出口。 流体通过入口开口引入并从出口开口排出。 在涡旋室中,锥形突出部件设置在涡旋室的上表面的大致中心部分上,以沿着涡旋室的轴线垂直和向下突出。 响应于通过入口开口引入流体,封装在涡旋室中的球形构件围绕突出构件并沿着涡旋室的壁转动。 通过检测球形构件的匝数来测量流体的流量。 涡旋室具有直径朝向上侧减小的圆锥形部分,并且被布置成使得球形构件转动,其与锥形部分的锥形表面接触。 这提供了对流体流动的非常稳定的检测。