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    • 31. 发明授权
    • Sensor mounting structure and semiconductor pressure sensor for motor vehicles
    • 汽车传感器安装结构和半导体压力传感器
    • US06470739B1
    • 2002-10-29
    • US09421268
    • 1999-10-20
    • Takafumi MatsumuraAtsushi MiyazakiShinichi YamaguchiHiroyuki Tanaka
    • Takafumi MatsumuraAtsushi MiyazakiShinichi YamaguchiHiroyuki Tanaka
    • G01M1500
    • G01L19/003G01L19/0007
    • To provide a sensor mounting structure which enables mounting an automotive sensor directly to the wall section of a part to be detected, without using screws, and also mounting a pressure detector directly to a pressure air passage without using a pressure inlet pipe. The non-circular sensor mounting hole is provided for inserting a part of the sensor housing into the wall section of the part to be detected. In the sensor housing the first locking portion (pawl) and the second locking portion (flange) are integrally formed by molding. The housing 1 is allowed to be inserted into the mounting hole under the condition that the pawl is directed to a specific orientation, and, after insertion, is turned through a specific angle. Therefore the pawl is engaged on the inside surface of the wall section. The flange is engaged on the outside surface of the wall section The pawl and the flange are designed to hold the wall section of the part to be detected, thereby mounting the sensor. The projection of the hook is engaged with the recess provided in the sensor housing 1, thus locking the sensor from turning.
    • 提供一种传感器安装结构,其能够将汽车传感器直接安装到待检测部件的壁部分,而不使用螺钉,并且还可以将压力检测器直接安装到压力空气通道而不使用压力入口管。 环形传感器安装孔用于将传感器外壳的一部分插入待检测部件的壁部。 在传感器壳体中,第一锁定部分(棘爪)和第二锁定部分(凸缘)通过模制一体形成。 允许壳体1在棘爪朝向特定取向的状态下插入到安装孔中,并且在插入之后被转过特定角度。 因此,棘爪接合在壁部的内表面上。 凸缘接合在壁部的外表面上。棘爪和凸缘被设计成保持待检测部件的壁部分,从而安装传感器。 钩的突起与设置在传感器壳体1中的凹部接合,从而锁定传感器不转动。
    • 34. 发明申请
    • Hot Dip Al Coated Steel Sheet Excellent in Heat Black Discoloration Resistance and Method of Production of Same
    • 热浸镀铝钢板耐热黑色耐变色性及其制作方法
    • US20130095345A1
    • 2013-04-18
    • US13704786
    • 2010-06-21
    • Jun MakiShinichi Yamaguchi
    • Jun MakiShinichi Yamaguchi
    • C23C2/12
    • C23C2/12B32B15/012C21D8/0278C22C21/02C22C38/001C22C38/002C22C38/004C22C38/02C22C38/08C22C38/16C22C38/60C23C2/02C23C2/26Y10T428/12757
    • In conventional Al coated steel sheet, with the Al coating as it is, black discoloration cannot be prevented at 550° C. or more. For this reason, post annealing is used to form a barrier layer and suppress the formation of Fe—Al intermetallic compounds. However, with this method, there were the problems that the steel sheet became poor in workability and, further, high temperature, long time heating was required, so there were problems from the workability, economy, and environmental aspect. The present invention provides steel sheet which has a heat black discoloration resistance even at a 550° C. or more high temperature without additional annealing after Al coating and further is excellent in workability.That is, it is hot dip Al coated steel sheet which comprises steel sheet which contains predetermined ingredients of C, Si, P, S, Al, N, and O plus one or both of furthermoreNi: 0.01 to 0.1% or Cu: 0.01 to 0.1% and satisfies 10×C+Ni+Cu>0.03 and an Al coating layer which contains Si: 4 to 11% on the surface of that steel sheet and which have a thickness 5 μm or less Al—Fe—Si alloy layer in the interface between the Al coating layer and the steel sheet.
    • 在常规的Al涂层钢板中,如果使用Al涂层,则在550℃以上不能防止黑色变色。 因此,使用后退火形成阻挡层,抑制Fe-Al金属间化合物的形成。 然而,通过这种方法,存在钢板的加工性变差的问题,进而需要高温,长时间的加热,所以存在从可加工性,经济性,环境等方面出现的问题。 本发明提供即使在550℃或更高的温度下也具有耐热黑变色性的钢板,而在Al涂层之后没有额外的退火,并且加工性优异。 也就是说,是包含含有C,Si,P,S,Al,N和O的预定成分的钢板的热浸镀铝钢板,加上另外一种或两种Ni:0.01至0.1%或Cu:0.01 至0.1%,并且在该钢板的表面上满足10×C + Ni + Cu> 0.03和含有Si:4〜11%的Al涂层,其厚度为5μm以下的Al-Fe-Si合金层 在Al涂层和钢板之间的界面。
    • 35. 发明授权
    • Rotary electric machine including auxiliary slot with center opposed to specified rotor portion
    • 旋转电机包括与指定转子部分相对的中心的辅助槽
    • US08421294B2
    • 2013-04-16
    • US12810526
    • 2008-12-01
    • Shinichi YamaguchiHisashi OtsukaHaruyuki Hasegawa
    • Shinichi YamaguchiHisashi OtsukaHaruyuki Hasegawa
    • H02K21/12H02K1/06
    • H02K21/16H02K1/146H02K1/276H02K29/03H02K2201/06
    • A rotor includes permanent magnets arranged such that magnetic poles of N poles and S poles are arranged alternately in a rotation circumferential direction. The permanent magnets form a plurality of rows in a rotation axis direction. The rotor includes a change section in which arrangements of the magnetic poles change with respect to the rotation axis direction due to the permanent magnets being arranged such that arrangements of the magnetic poles change, in the rotation circumferential direction, between the permanent magnets in the plurality of rows. A stator includes tooth sections opposed to the rotor to surround the rotor, and auxiliary slots each of which is selectively formed at one portion of a front end portion of each tooth section in the rotation axis direction such that substantially a center of the auxiliary slot in the rotation axis direction is opposed to the change section.
    • 转子包括设置成使得N极和S极的磁极沿旋转圆周方向交替布置的永磁体。 永磁体在旋转轴方向上形成多列。 转子包括变化部,其中由于永磁体被布置成使得磁极的配置在旋转圆周方向上在多个永磁体之间变化,磁极的配置相对于旋转轴线方向变化 的行。 定子包括与转子相对的围绕转子的齿部分,以及辅助槽,每个辅助槽在旋转轴线方向上选择性地形成在每个齿部的前端部分的一部分处,使得基本上辅助槽的中心位于 旋转轴方向与变更部相对。
    • 36. 发明授权
    • Linear motor including extended tooth tips
    • 线性电机包括延长的齿尖
    • US08274182B2
    • 2012-09-25
    • US12679803
    • 2008-09-30
    • Misa NakayamaShinichi YamaguchiKoki NakaKazumasa ItoToshinori Tanaka
    • Misa NakayamaShinichi YamaguchiKoki NakaKazumasa ItoToshinori Tanaka
    • H02K41/02H02K41/03
    • H02K41/03H02K29/03
    • A linear motor includes a stator having field poles arranged linearly with opposing polarities arranged in an alternating manner; and a rotor having an armature core with teeth that faces a pole face of the field poles with a gap, and coils wound around the teeth. The stator and the rotor are supported in a slidable manner, a direction perpendicular to a sliding direction of the rotor and in parallel with the pole face is defined as a stacking direction. A head of each of the teeth has an extended portion extended in the sliding direction. At least heads of the teeth arranged at both ends of the armature core along the sliding direction is divided into a plurality of areas along the stacking direction. At least one of extended portions arranged on adjacent areas is extended by a different length along the sliding direction.
    • 线性电动机包括定子,其具有以交替方式布置的相反极性线性布置的场磁极; 以及具有电枢铁心的转子,所述电枢铁心具有与所述励磁电极的极面相对的间隙的齿,以及缠绕在所述齿周围的线圈。 定子和转子以可滑动的方式支撑,垂直于转子的滑动方向并与极面平行的方向被定义为层叠方向。 每个齿的头部具有沿滑动方向延伸的延伸部分。 至少沿着滑动方向布置在电枢芯的两端的齿的头部沿着堆叠方向分成多个区域。 布置在相邻区域上的延伸部分中的至少一个沿滑动方向延伸不同长度。
    • 37. 发明授权
    • Mass-analyzing method
    • 质量分析法
    • US08263932B2
    • 2012-09-11
    • US13125545
    • 2008-10-30
    • Shinichi Yamaguchi
    • Shinichi Yamaguchi
    • H01J49/40
    • H01J49/408
    • A variety of ions generated in an ion source are made to fly while bypassing a loop orbit and mass analyzed to create a mass spectrum. Among the peaks appearing on the mass spectrum, peaks complying with predetermined conditions are extracted to determine a plurality of mass ranges to be measured (S1 through S3). Next, the ion selection conditions for the timing when ions should be injected into the loop orbit and on the loop orbit are determined for each mass range. In addition, deviation conditions under which selected ions will not be mixed are determined (S4 and S5). When the second measurement is performed for the same sample, ions are put into the loop orbit and unnecessary ions are removed from the loop orbit in accordance with the ion selection conditions (S6 and S7). Thus, only the ions to be measured are left on the loop orbit with a high mass resolving power. Then, these ions are sequentially deviated from the loop orbit in accordance with the ion deviation conditions, dissociated, and then mass analyzed (S8). In this manner, MS/MS analyses are performed for each of the plurality of ions to be measured to create an MS/MS spectrum (S10).
    • 在离子源中产生的各种离子被制成飞行,同时绕过环路轨道并进行质量分析以产生质谱。 在质谱中出现的峰中,提取符合预定条件的峰以确定待测量的多个质量范围(S1至S3)。 接下来,对于每个质量范围确定离子应注入环路轨道和环路轨道的定时的离子选择条件。 此外,确定不混合选定离子的偏差条件(S4和S5)。 当对相同的样品进行第二次测量时,根据离子选择条件将离子放入环轨道中,并从环路轨道中除去不需要的离子(S6和S7)。 因此,只有待测量的离子留在具有高质量分辨能力的环路轨道上。 然后,这些离子根据离子偏离条件依次偏离环路轨道,解离,然后进行质量分析(S8)。 以这种方式,对待测量的多个离子中的每一个执行MS / MS分析以产生MS / MS谱(S10)。
    • 38. 发明授权
    • Data processor for mass spectrometer
    • 数据处理器用于质谱仪
    • US08180576B2
    • 2012-05-15
    • US12300373
    • 2006-05-11
    • Shinichi Yamaguchi
    • Shinichi Yamaguchi
    • H01J49/26G06F17/00
    • G01N27/62
    • When a target substance's composition formula is deduced by using a mass spectrometer, if the target substance's composition formula is deduced based on an MSn spectrum and candidates are found, a composition formula candidate list including all the composition formula candidates is created, and the list is displayed in a list format. The composition formula candidates are narrowed down based on the MSn spectrum by an MS2 analysis or MS3 analysis. If there is a candidate to be excluded, the composition formula candidate list is updated, and the excluded candidate is moved to the exclusion list. Accompanying this, a composition formula candidate table is displayed in a list format on the display window. In this table, the composition formula candidates included in the exclusion list and the remaining composition formula candidates in the composition formula candidate list are simultaneously displayed with different colors so that they are visually discriminable.
    • 当通过使用质谱仪推导出目标物质的组成式时,如果基于MSn谱推导出目标物质的组成式,并且找到候选物,则创建包括所有组成式候选的组成式候选列表,并且列表是 以列表格式显示。 通过MS2分析或MS3分析,基于MSn谱,将组成公式候选物缩小。 如果存在要排除的候选者,则更新组成公式候选列表,并将排除的候选者移动到排除列表。 伴随这一点,组合公式候选表在显示窗口上以列表格式显示。 在该表中,包含在排除列表中的组成式候选者和组成式候选列表中的剩余组成公式候选者同时以不同的颜色显示,使得它们在视觉上可辨别。
    • 40. 发明申请
    • MASS SPECTROMETER
    • 质谱仪
    • US20100312489A1
    • 2010-12-09
    • US12739335
    • 2007-10-23
    • Shinichi Yamaguchi
    • Shinichi Yamaguchi
    • H01J49/26G06F19/00
    • G06F19/703G01N33/6848H01J49/0027H01J49/004
    • A product ion spectrum is created on the basis of MS2 analysis data respectively obtained for a parent compound and a metabolite (S1 and S2). Additionally, a neutral loss spectrum, in which the mass of each product ion is replaced with a mass difference between the mass of the product ion and that of a precursor ion, is created (S3). Then, a common peak having the same mass on the neutral loss spectrums of both the parent compound and the metabolite is extracted (S4), and a complementary peak appearing on the product ion spectrum of the metabolite is extracted (S5); this peak appears at a position corresponding to the difference between the mass of the common peak and that of the precursor ion. The ion corresponding to the complementary peak is designated as a precursor ion for the next MS3 analysis (S6), and this MS3 analysis is performed (S7). By a dissociation operation, if a portion common to the parent compound and the metabolite is desorbed in the form of a neutral molecule while a different portion remains in the form of an ion, an MS3 analysis in which the ion of the different portion is used as the precursor ion is performed to obtain structural information of a site of metabolism.
    • 基于分别为母体化合物和代谢物获得的MS2分析数据产生产物离子谱(S1和S2)。 另外,产生中性损失谱,其中每个产物离子的质量被产物离子的质量与前体离子的质量之间的质量差代替(S3)。 然后,提取母体化合物和代谢物的中性损失谱具有相同质量的共同峰(S4),并提取出现在代谢产物的产物离子谱上的互补峰(S5); 该峰出现在对应于共峰的质量与前体离子的质量之间的差异的位置处。 对应于互补峰的离子被指定为用于下一个MS3分析的前体离子(S6),并且执行该MS3分析(S7)。 通过解离操作,如果母体化合物和代谢物共同的部分以中性分子的形式解吸,而不同部分保持为离子的形式,则使用不同部分的离子被使用的MS3分析 因为进行前体离子以获得代谢位点的结构信息。