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    • 1. 发明授权
    • Orthodontic appliance
    • 正畸器具
    • US5762492A
    • 1998-06-09
    • US563972
    • 1995-11-29
    • Ryuzo KanomiKatsuyuki Nakagawa
    • Ryuzo KanomiKatsuyuki Nakagawa
    • A61C7/12A61C7/28A61C3/00
    • A61C7/287A61C7/12A61C7/125
    • An orthodontic appliance includes a configuration which makes it difficult for dental plaque to be deposited thereon and which prevents lateral movement of an arch wire as well as precisely preforming a torque shift without an auxiliary attachment wire. The orthodontic appliance is used in dental treatment includes a bracket having an arch wire passage formed therein to extend substantially horizontally and a lock pin insertion passage for insertion of a lock pin therethrough, the lock pin being substantially vertically oriented between the surface of a tooth and the arch wire passage for pressing the arch wire toward a side further from the tooth surface to thereby position the arch wire. The lock pin insertion passage has a bow-shape jetting toward the tooth surface and the lock pin is bow-shaped such that the following mathematical expression is satisfied: R.sub.P .ltoreq.R.sub.L wherein R.sub.P is a radius of curvature of the lock pin insertion passage and R.sub.L is a radius of curvature of the lock pin such that the inner surface of the bow-shape portion of the lock pin presses the arch wire.
    • 正畸矫治器包括使牙菌斑难以沉积在其上的构造,并且防止弓丝的横向移动以及在没有辅助附接线的情况下精确地预制扭矩移动。 牙科治疗中使用的矫正器具包括:一个支架,其中形成有一个基本上水平地延伸的拱形通道;一个用于插入锁销的锁销插入通道,该锁销基本垂直地定位在牙齿的表面和 所述拱形线通道用于将弓线朝向远离牙齿表面的一侧按压,从而定位拱形线。 锁销插入通道具有朝向牙齿表面的弓形喷射并且锁定销为弓形,使得满足以下数学表达式:RP
    • 4. 发明授权
    • Orthodontic appliance and bracket
    • 正畸器具和支架
    • US6164964A
    • 2000-12-26
    • US335907
    • 1999-06-18
    • Katsuyuki Nakagawa
    • Katsuyuki Nakagawa
    • A61C7/14A61C7/28A61C3/00
    • A61C7/141
    • An orthodontic appliance of the present invention has a combination of a bracket with a hook and a bracket without a hook.The bracket with a hook includes a metal body formed with a groove therein adapted for being engaged with an arch wire and provided with a hook thereon, the hook is integrally formed with the metal body; and a synthetic resin housing for accommodating the metal body therein such that inner surface of the groove is exposed and at least top portion of the hook projects from the synthetic resin housing. The bracket without a hook includes a metal body formed with a groove therein adapted for being engaged with an arch wire; and a synthetic resin housing for accommodating the metal body therein such that inner surface of the groove is exposed.
    • 本发明的矫正矫治器具有支架与钩子和不带挂钩的支架的组合。 具有钩的支架包括金属体,其形成有适于与拱形线接合并在其上设置有钩的凹槽,所述钩与金属体一体地形成; 以及合成树脂壳体,用于将金属体容纳在其中,使得凹槽的内表面暴露,并且钩的至少顶部从合成树脂壳体突出。 没有钩的支架包括金属体,其形成有适于与拱形线接合的凹槽; 以及合成树脂壳体,用于将金属体容纳在其中,使得凹槽的内表面露出。
    • 7. 发明授权
    • Nano-precision sintering system
    • 纳米精密烧结体系
    • US07547204B2
    • 2009-06-16
    • US11666616
    • 2005-11-02
    • Masao TokitaShinichi SuzukiKatsuyuki Nakagawa
    • Masao TokitaShinichi SuzukiKatsuyuki Nakagawa
    • B22F3/14B29C43/16
    • F27B19/04B22F3/14B22F2998/00B22F2999/00F27B9/04B22F1/0044B22F2201/10B22F2201/20
    • The present invention provides a nano-precision sintering system 1 for sintering a nano-sized powder of a material in the pulse energization and pressure sintering process to obtain a highly purified sintered compact having a nano-sized grain structure, said nano-precision sintering system 1 comprising: at least one pre-process chamber 20 defined by at least one sealed housing 21 having at least one glove and designed to be controlled into a predetermined atmosphere; a sintering process chamber 30 defined by a sealed housing 31 having at least one glove and designed to be controlled into a predetermined atmosphere; a shut-off system 26 disposed in a passage providing communication between the pre-process chamber and the sintering process chamber so as to block the communication between the two chambers selectively while keeping it in an air tight condition; and a pulse energization and pressure sintering machine 50 having a vacuum chamber “C” allowing for the sintering process to be carried out under a vacuum atmosphere, wherein the vacuum chamber is disposed in the sintering process chamber such that the former can be isolated from the latter.
    • 本发明提供了一种纳米精密烧结系统1,用于在脉冲通电和加压烧结过程中烧结材料的纳米尺寸粉末,以获得具有纳米尺寸晶粒结构的高纯度烧结体,所述纳米精密烧结体系 1包括:由至少一个密封壳体21限定的至少一个预处理室20,所述至少一个密封壳体21具有至少一个手套并设计成被控制在预定的气氛中; 烧结处理室30由具有至少一个手套的密封壳体31限定,并被设计成被控制在预定的气氛中; 设置在提供预处理室和烧结处理室之间的连通的通道中的截止系统26,以便在保持其处于气密状态的同时有选择地阻止两个室之间的连通; 以及具有允许在真空气氛下进行烧结过程的真空室“C”的脉冲通电和加压烧结机50,其中真空室设置在烧结处理室中,使得前者可与 后者。
    • 9. 发明授权
    • Security measure status self-checking system
    • 安全措施状态自检系统
    • US08321945B2
    • 2012-11-27
    • US12532172
    • 2008-06-03
    • Katsuyuki Nakagawa
    • Katsuyuki Nakagawa
    • G06F11/00
    • G06F21/552G06F2221/2115
    • A security measure status self-checking system which can determine the security measure status in a more simplified and effective manner by focusing on the information leakage measure in the security measures, managing the PC's security measure status and the user's take-out operation status in an integrated and unitary manner, and providing security policy samples. Accordingly, the client computer collects security inventory information and operation log information and transmits the information to the server computer. Further, the server computer stores the security inventory information and the operation log information transmitted from the client computer and determines whether or not the information conforms to the security policy which has been set in advance. The check result is displayed on the server computer and when a policy violation is detected, the manager and the client are notified of that effect.
    • 一种安全措施状态自检系统,可以通过侧重于安全措施中的信息泄露措施,管理PC的安全措施状态和用户的取出操作状态,以更简化和有效的方式确定安全措施状态 综合统一的方式,提供安全政策样本。 因此,客户端计算机收集安全库存信息和操作日志信息,并将该信息发送到服务器计算机。 此外,服务器计算机存储从客户计算机发送的安全库存信息和操作日志信息,并且确定信息是否符合预先设置的安全策略。 检查结果显示在服务器计算机上,并且当检测到策略违规时,向管理者和客户端通知该效果。
    • 10. 发明申请
    • SECURITY MEASURE STATUS SELF-CHECKING SYSTEM
    • 安全测量状态自检系统
    • US20100064342A1
    • 2010-03-11
    • US12532172
    • 2008-06-03
    • Katsuyuki Nakagawa
    • Katsuyuki Nakagawa
    • G06F21/20G06F21/22G06F21/24
    • G06F21/552G06F2221/2115
    • The present invention provides a security measure status self-checking system which can determine the measure status in a more simplified and effective manner by focusing on the information leakage measure in the security measures, managing the PC's security measure status and the user's take-out operation status in an integrated and unitary manner, and providing security policy samples. According to the present invention, the client computer collects security inventory information and operation log information and transmits the information to the server computer. Further, the server computer stores the security inventory information and the operation log information transmitted from the client computer and determines whether or not the information conforms to the security policy which has been set in advance. The check result is displayed on the server computer and when a policy violation is detected, the manager and the client are notified of that effect.
    • 本发明提供一种安全措施状态自检系统,其可以通过关注安全措施中的信息泄漏措施,管理PC的安全措施状态和用户的取出操作,以更简化和有效的方式来确定测量状态 综合统一的地位,提供安全政策样本。 根据本发明,客户端计算机收集安全库存信息和操作日志信息,并将该信息发送到服务器计算机。 此外,服务器计算机存储从客户计算机发送的安全库存信息和操作日志信息,并且确定信息是否符合预先设置的安全策略。 检查结果显示在服务器计算机上,并且当检测到策略违规时,向管理者和客户端通知该效果。