会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • Marketing information operation processor and its system in university campus and the like
    • 营销信息操作处理器及其系统在大学校园和类似
    • JP2009146113A
    • 2009-07-02
    • JP2007321975
    • 2007-12-13
    • Hisato KatoUeda Seni Kagaku ShinkokaiKazuya Yamazaki加藤久登山崎一也財団法人上田繊維科学振興会
    • KATO HISATOYAMAZAKI KAZUYA
    • G06F13/00G06Q10/00G06Q30/02G06Q50/00G06Q50/10H04M11/00
    • PROBLEM TO BE SOLVED: To provide a means for, since there is such a significant defect as the discourtesy of sending an access permission signal to questionnaires to the owner of terminal equipment owned by an individual without permission regardless of the absence of his or her will to answer the questionnaire or erroneous statistics due to redundant answers in a conventional questionnaire survey method, reducing those defects, for improving the height of precision, discourtesy or personal information. SOLUTION: This marketing information operation processor is provided with: a format transmission/reception part for receiving a format claim for answering questionnaires, and for automatically transmitting the format for answering questionnaires; a memory part for receiving the answered information, and for storing the information; a determination part for determining whether or not the answered information is not any redundant signal; an arithmetic display part for carrying out the statistical operation processing of only valid information, and for displaying it; and a reception confirmation transmission part for transmitting reception confirmation or/and gratitude. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了提供一种手段,因为存在如下的重大缺陷,即不顾不通过向他人发送访问许可信号给个人拥有的终端设备的所有者,不管他是否缺席, 或者由于常规问卷调查方法中的冗余答案而回答问卷调查或错误统计,从而减少了这些缺陷,从而提高了精度,不信任或个人信息的高度。

      解决方案:该营销信息操作处理器具有:用于接收用于回答问卷的格式声明的格式发送/接收部分,以及用于自动发送用于回答调查问卷的格式; 用于接收所述应答信息并存储所述信息的存储器部分; 确定部分,用于确定所回答的信息是否不是任何冗余信号; 用于执行仅有效信息的统计运算处理并显示的算术显示部件; 以及用于发送接收确认或/和感谢的接收确认发送部。 版权所有(C)2009,JPO&INPIT

    • 3. 发明授权
    • Cutting insert
    • 切削刀片
    • US08585330B2
    • 2013-11-19
    • US12737796
    • 2009-08-21
    • Kazuya YamazakiKenji Sugawara
    • Kazuya YamazakiKenji Sugawara
    • B23B27/16
    • B23B27/16B23B27/143B23B2200/049B23B2200/201B23B2200/321B23B2200/323Y10T407/11Y10T407/23
    • The cutting insert is provided with an insert main body, a cutting edge formed at a circumferential edge of the rake face of the insert main body to have a corner edge and two side edges arranged on the both sides thereof, a protrusion portion formed on the rake face, and a pair of convex portions formed on both sides divided by a bisector of the corner edge. Each of the pair of convex portions is provided with a first wall surface facing the corner edge of the cutting edge, and a second wall surface facing the side edge. On the rake face closer to the corner edge than the pair of convex portions, a recess having a rear wall portion which extends so as to cross the bisector between the corner edge and the convex portion is formed.
    • 切削刀片设置有刀片主体,切削刃形成在刀片主体的前刀面的周向边缘上,具有角部边缘和设置在其两侧的两个侧边缘,形成在刀片主体上的突出部分 前刀面和形成在两侧的一对凸部,该角部由角部边缘的平分线分开。 所述一对凸部中的每一个设置有面向所述切削刃的角部边缘的第一壁面和与所述侧缘对置的第二壁面。 在比所述一对凸部更靠近角边缘的前刀面上形成有具有在角部边缘和凸部之间穿过平分线延伸的后壁部的凹部。
    • 4. 发明申请
    • CUTTING INSERT
    • 切割插件
    • US20080219784A1
    • 2008-09-11
    • US12041725
    • 2008-03-04
    • Kazuya YamazakiKenji Sugawara
    • Kazuya YamazakiKenji Sugawara
    • B26D1/00
    • B23B27/143B23B2200/0452B23B2200/321B23B2200/328
    • In a cutting insert, a cutting edge is formed on a peripheral border of a rake face; a protruding section is formed on the rake face; a pair of convex sections is formed so as to extend toward the cutting edge; the convex sections face toward a corner portion; the convex sections include first wall surfaces and second wall surfaces; the first wall surfaces and the second wall surfaces are inclined surfaces that are inclined toward the rake face as those are farther from ridgelines intersecting with each other; and the intersection ridgelines intersect with a wall surface of the protruding section, at a position lower than a top portion of the protruding section in the corner portion side.
    • 在切削刀片中,切削刃形成在前刀面的周边边缘上; 在前刀面形成突出部; 一对凸部形成为朝向切削刃延伸; 凸部朝向角部; 所述凸部包括第一壁面和第二壁面; 所述第一壁面和所述第二壁面是与所述前刀面相反倾斜的倾斜面,这些倾斜面与离彼此相交的棱线更远; 所述交叉棱线与所述突出部的壁面在所述突出部的角部侧的顶部低的位置相交。
    • 6. 发明授权
    • Method of evacuating sample holder, pumping system, and electron microscope
    • 抽取样品架,泵送系统和电子显微镜的方法
    • US08604445B2
    • 2013-12-10
    • US13338503
    • 2011-12-28
    • Kazuya Yamazaki
    • Kazuya Yamazaki
    • H01J37/20
    • H01J37/185H01J37/26
    • Method and system are offered which evacuate a sample holder such that a sample can be inserted into the electron optical column of a microscope while certainly preventing exposure to the atmosphere. The system has pumping control means for controlling a vacuum pumping sequence. The inside of a microscope goniometer is evacuated to a given low vacuum state while the pressure inside a hermetic sample chamber is kept constant by the pumping control means. Then, the partition valve of the sample chamber is opened by the pumping control means and the sample chamber is brought to the low vacuum state. Then, the goniometer and sample chamber are brought to a high vacuum state by the pumping control means. Then, the sample is brought into the front end of the goniometer, and the sample holder is inserted into the electron optical column.
    • 提供了抽出样品架的方法和系统,使得样品可以插入显微镜的电子光学柱中,同时确保防止暴露于大气中。 该系统具有用于控制真空泵送顺序的泵送控制装置。 将显微镜测角器的内部抽空到给定的低真空状态,同时密封样品室内的压力由泵送控制装置保持恒定。 然后,通过泵送控制装置打开样品室的分隔阀,使样品室处于低真空状态。 然后,通过泵送控制装置将测角器和样品室置于高真空状态。 然后,将样品带入测角器的前端,并将样品保持器插入电子光学柱。
    • 7. 发明授权
    • Cutting insert
    • 切削刀片
    • US08657540B2
    • 2014-02-25
    • US13545952
    • 2012-07-10
    • Kazuya YamazakiKenji Sugawara
    • Kazuya YamazakiKenji Sugawara
    • B23P15/28
    • B23B27/143B23B2200/0452B23B2200/321B23B2200/328
    • In a cutting insert, a cutting edge is formed on a peripheral border of a rake face; a protruding section is formed on the rake face; a pair of convex sections is formed so as to extend toward the cutting edge; the convex sections face toward a corner portion; the convex sections include first wall surfaces and second wall surfaces; the first wall surfaces and the second wall surfaces are inclined surfaces that are inclined toward the rake face as those are farther from ridgelines intersecting with each other; and the intersection ridgelines intersect with a wall surface of the protruding section, at a position lower than a top portion of the protruding section in the corner portion side.
    • 在切削刀片中,切削刃形成在前刀面的周边边缘上; 在前刀面形成突出部; 一对凸部形成为朝向切削刃延伸; 凸部朝向角部; 所述凸部包括第一壁面和第二壁面; 所述第一壁面和所述第二壁面是与所述前刀面相反倾斜的倾斜面,这些倾斜面与离彼此相交的棱线更远; 所述交叉棱线与所述突出部的壁面在所述突出部的角部侧的顶部低的位置相交。
    • 8. 发明申请
    • Method of Evacuating Sample Holder, Pumping System, and Electron Microscope
    • 抽样支架,抽吸系统和电子显微镜的方法
    • US20130168549A1
    • 2013-07-04
    • US13338503
    • 2011-12-28
    • Kazuya Yamazaki
    • Kazuya Yamazaki
    • H01J37/20H01J37/18
    • H01J37/185H01J37/26
    • Method and system are offered which evacuate a sample holder such that a sample can be inserted into the electron optical column of a microscope while certainly preventing exposure to the atmosphere. The system has pumping control means for controlling a vacuum pumping sequence. The inside of a microscope goniometer is evacuated to a given low vacuum state while the pressure inside a hermetic sample chamber is kept constant by the pumping control means. Then, the partition valve of the sample chamber is opened by the pumping control means and the sample chamber is brought to the low vacuum state. Then, the goniometer and sample chamber are brought to a high vacuum state by the pumping control means. Then, the sample is brought into the front end of the goniometer, and the sample holder is inserted into the electron optical column.
    • 提供了抽出样品架的方法和系统,使得样品可以插入显微镜的电子光学柱中,同时确保防止暴露于大气中。 该系统具有用于控制真空泵送顺序的泵送控制装置。 将显微镜测角器的内部抽空到给定的低真空状态,同时密封样品室内的压力由泵送控制装置保持恒定。 然后,通过泵送控制装置打开样品室的分隔阀,使样品室处于低真空状态。 然后,通过泵送控制装置将测角器和样品室置于高真空状态。 然后,将样品带入测角器的前端,并将样品保持器插入电子光学柱。
    • 9. 发明申请
    • Cutting Insert
    • 切割插入
    • US20120275869A1
    • 2012-11-01
    • US13545952
    • 2012-07-10
    • Kazuya YamazakiKenji Sugawara
    • Kazuya YamazakiKenji Sugawara
    • B23B27/16
    • B23B27/143B23B2200/0452B23B2200/321B23B2200/328
    • In a cutting insert, a cutting edge is formed on a peripheral border of a rake face; a protruding section is formed on the rake face; a pair of convex sections is formed so as to extend toward the cutting edge; the convex sections face toward a corner portion; the convex sections include first wall surfaces and second wall surfaces; the first wall surfaces and the second wall surfaces are inclined surfaces that are inclined toward the rake face as those are farther from ridgelines intersecting with each other; and the intersection ridgelines intersect with a wall surface of the protruding section, at a position lower than a top portion of the protruding section in the corner portion side.
    • 在切削刀片中,切削刃形成在前刀面的周边边缘上; 在前刀面形成突出部; 一对凸部形成为朝向切削刃延伸; 凸部朝向角部; 所述凸部包括第一壁面和第二壁面; 所述第一壁面和所述第二壁面是与所述前刀面相反倾斜的倾斜面,所述倾斜面相对于彼此相交的脊线越远; 所述交叉棱线与所述突出部的壁面在所述突出部的角部侧的顶部低的位置相交。
    • 10. 发明申请
    • CUTTING INSERT
    • 切割插件
    • US20110142555A1
    • 2011-06-16
    • US12737796
    • 2009-08-21
    • Kazuya YamazakiKenji Sugawara
    • Kazuya YamazakiKenji Sugawara
    • B23P15/28
    • B23B27/16B23B27/143B23B2200/049B23B2200/201B23B2200/321B23B2200/323Y10T407/11Y10T407/23
    • The cutting insert is provided with an insert main body, a cutting edge formed at a circumferential edge of the rake face of the insert main body to have a corner edge and two side edges arranged on the both sides thereof, a protrusion portion formed on the rake face, and a pair of convex portions formed so as to extend out to the side edges on both sides divided by a bisector of the corner edge from a wall surface of the protrusion portion to the rake face. Each of the pair of convex portions is provided with a first wall surface which extends so as to separate gradually from each other toward the cutting edge from the wall surface of the protrusion portion, and facing the corner edge of the cutting edge, and a second wall surface in contact with the first wall surface and continuing to both ends of the corner edge, facing the side edge. The first and the second wall surfaces incline toward the rake face as they extend away from a ridge line between the both wall surfaces. The ridge line is in contact with the wall surface of the protrusion portion at a position lower than the top portion of the protrusion portion closer to the corner edge. On the rake face closer to the corner edge than the pair of convex portions, a recess having a rear wall portion which extends so as to cross the bisector between the corner edge and the convex portion is formed.
    • 切削刀片设置有刀片主体,切削刃形成在刀片主体的前刀面的周向边缘上,具有角部边缘和设置在其两侧的两个侧边缘,形成在刀片主体上的突出部分 前刀面和一对凸起部分,其形成为从两侧的侧边缘延伸出来,从角部边缘的平分线从突出部分的壁表面到前刀面分开。 所述一对凸部中的每一个设置有第一壁面,所述第一壁面从所述突出部的壁面向切割刃逐渐分离并且与所述切削刃的角部边缘相对地延伸, 壁表面与第一壁表面接触并且延伸到角边缘的两端,面向侧边缘。 当第一和第二壁表面从两个壁表面之间的脊线延伸时,第一和第二壁表面朝着前刀面倾斜。 脊线在比突起部分的顶部更靠近角边缘的位置处与突出部分的壁表面接触。 在比所述一对凸部更靠近角边缘的前刀面上形成有具有在角部边缘和凸部之间穿过平分线延伸的后壁部的凹部。