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
    • 2. 发明授权
    • Diaphragm device
    • US4960038A
    • 1990-10-02
    • US265985
    • 1988-11-02
    • Masaaki ChibaHideki Maruhashi
    • Masaaki ChibaHideki Maruhashi
    • F16J3/02
    • F16J3/02
    • A diaphragm device utilized, for example, in a vacuum advance mechanism of a distributor of an internal combustion engine is disclosed. The diaphragm device comprises: a housing consisting of two cup-shaped members coupled to each other at the marginal flanges thereof; a diaphragm extending in the housing to define an airtight chamber therein; and a control rod coupled to the diaphragm to transmit the motion thereof. The outer marginal portion of the diaphragm is clamped between the flanges of the two cup-shaped housing members, wherein the distance between the radially extending flanges clamping the diaphragm therebetween is strictly controlled by a distance regulator, which may be constituted by a step formed in the outer portion of one of the flanges toward the other flange, the outer marginal portion of the diaphragm being received in the stepped-down inner portion of the stepped flange. The diaphragm may have an annular bead formed at the outer marginal portion which is tightly received into a corresponding groove formed in the opposing flange. Further, the distance regulator may be consituted by an axially bent peripheral portion of one of the flanges. In the case of an annular diaphragm, the inner marginal portion thereof is sandwiched between two stiffening annular disks, and an inner edge of one of the disks is bent toward the opposing surface of the other disk to regulate the distance therebetween.
    • 5. 发明授权
    • Target locating system and approach guidance system
    • 目标定位系统和方法指导系统
    • US06181271B2
    • 2001-01-30
    • US09141408
    • 1998-08-27
    • Naoki HosakaMasaaki Chiba
    • Naoki HosakaMasaaki Chiba
    • G01S1366
    • G01S13/72G01C3/10G01S3/7864G01S13/867G01S13/913G05D1/0676H01Q3/20
    • The invention comprises a mulli-wave radar system for obtaining first target position information of a flying object by capturing and tracking the flying object from a maximum detection distance, a stereo-camera system for taking over the tracking of the flying object in the vicinity of a landing point by acquiring the first target position information of the flying object from the milli-wave radar system, and obtaining second target position information having higher precision than the first target position information, and a controller for managing the first target position information of the milli-wave radar system and the second target position information of the stereo-camera system, controlling the milli-wave radar system to capture and track the flying object to the vicinity of the landing point, and controlling the stereo-camera system to capture and track the flying object at the time of landing of the flying object.
    • 本发明包括一种用于通过从最大检测距离捕获和跟踪飞行物体来获得飞行物体的第一目标位置信息的马里波雷达系统,用于接管飞行物体附近的飞行物体的跟踪的立体摄像机系统 通过从毫米波雷达系统获取飞行物体的第一目标位置信息,获得具有比第一目标位置信息更高的精度的第二目标位置信息,以及控制器,用于管理飞行物体的第一目标位置信息, 毫米波雷达系统和立体相机系统的第二目标位置信息,控制毫米波雷达系统捕获并跟踪飞行物体到达着陆点附近,并控制立体摄像机系统捕获和 在飞行物体着陆时跟踪飞行物体。
    • 6. 发明申请
    • Damping Device
    • 阻尼装置
    • US20060231363A1
    • 2006-10-19
    • US10538408
    • 2003-12-12
    • Masaaki Chiba
    • Masaaki Chiba
    • F16F11/00
    • F16F7/08F16F7/02
    • A damping device for use in industrial machinery and tools comprising a housing (102, 602) and a flange member (104, 604) arranged in the housing, wherein at least portions of the flange member apart from the center thereof are composed of an elastic material and inclined with respect to the axial direction or the radial direction of the rotational axis and the flange member is so designed that the peripheral face thereof is brought into contact with the inner wall of the housing. This device can generate a damping force which may be drastically changed depending on the operating directions and thus permits stable damping. In the direct acting type one, the flange member (104) is tapered on the corresponding both faces towards the periphery thereof, it never requires the formation of any space for allowing any deformation on the largely deformed side, the device can thus be miniaturized in the axial direction and permits the reduction of the weight thereof and it can operate even in response to motions having a fine amplitude to thus show excellent damping characteristics. In the rotary type one, the flange member (604) comprises an engaging member capable of being engaged with a shaft body (603) and is provided with projected or convex portions (604a) on its outer periphery. The projected portions are inclined towards the radial direction of the rotating shaft to thus efficiently show their excellent differential rotation-damping characteristics and the damping characteristics may arbitrarily be controlled. These damping devices can be used as dampers for suspensions of bicycles, rotary dampers applied to chairs and dampers for opening and closing doors.
    • 一种用于工业机械和工具的阻尼装置,包括设置在壳体中的壳体(102,602)和凸缘构件(104,604),其中凸缘构件的远离其中心的至少一部分由弹性体 材料并且相对于旋转轴线的轴向或径向方向倾斜,并且凸缘构件被设计成使得其外围面与壳体的内壁接触。 该装置可以产生根据操作方向而急剧变化的阻尼力,从而允许稳定的阻尼。 在直接作用型中,凸缘构件(104)在相应的两个表面上朝向其周边呈锥形,它不需要形成用于允许在较大变形的侧面上的任何变形的任何空间,因此该装置可以小型化 轴向并允许减轻其重量,并且即使响应于具有微小幅度的运动也能够操作,从而显示出优异的阻尼特性。 在旋转式一体中,凸缘构件(604)包括能够与轴体(603)接合的接合构件,并且在其外周上设置有突出部分(或凸起部分)(604a)。 突出部分朝向旋转轴的径向方向倾斜,从而有效地显示其优异的差分旋转阻尼特性,并且可以任意地控制阻尼特性。 这些阻尼装置可用作自行车悬架的阻尼器,用于椅子的旋转阻尼器和用于打开和关闭门的阻尼器。
    • 8. 发明授权
    • Ground contamination detector
    • 地面污染检测仪
    • US06724481B2
    • 2004-04-20
    • US10099956
    • 2002-03-19
    • Takao MakinoMasaaki Chiba
    • Takao MakinoMasaaki Chiba
    • G01N2100
    • G01N21/3504G01N1/22G01N15/06G01N21/94G01N2001/021G01N2021/3595
    • A ground contamination detector has a duct (21) having an annular opening (21a). The annular opening blows air toward the ground (1) to form an air curtain that defines an enclosed space (2A) between the duct and the ground. The detector also has a pipe (23) having a nozzle that opens in the enclosed space and jets heated air toward the ground, to promote the evaporation of noxious substance (3) and diffuse the evaporated gas in the enclosed space. The detector also has a suction pipe (24) to suck the evaporated gas from the enclosed space and a sensor (25) to analyze the sucked gas. The enclosed space formed by the air curtain defines a detection area on the ground, and the detector collects and analyzes contaminants in the enclosed space in a noncontact way. The detector is installable on a vehicle, to efficiently detect the presence and position of contaminants on the ground in real time.
    • 地面污染检测器具有具有环形开口(21a)的管道(21)。 环形开口朝向地面(1)吹动空气,形成一个在导管和地面之间形成封闭空间(2A)的气幕。 检测器还具有管(23),该管(23)具有在封闭空间内打开的喷嘴并将加热的空气喷射到地面,以促进有害物质(3)的蒸发并将蒸发的气体扩散到封闭空间中。 检测器还具有吸入管(24)以从封闭空间吸入蒸发气体和传感器(25)以分析吸入的气体。 由气幕形成的封闭空间限定了地面上的检测区域,检测器以非接触方式收集和分析封闭空间中的污染物。 检测器可安装在车辆上,以实时有效地检测地面上污染物的存在和位置。