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    • 5. 发明授权
    • Temperature controlling case
    • 温控箱
    • US07532334B2
    • 2009-05-12
    • US11522782
    • 2006-09-18
    • Pei-Hua HuHsu-Chih LiuCheng-Ken Huang
    • Pei-Hua HuHsu-Chih LiuCheng-Ken Huang
    • G01B11/14
    • G01B11/16
    • A heat deflection testing equipment (10) for measuring tolerance of a sample (60) includes a temperature controlling case (30) and an optical sensor (20). The case includes a base (40) and a cover (50). The case has a carrier (41) defining a convective chamber (42) and a partition (44). The partition and the cover jointly define a heating chamber (49). An exhaust hole (440) communicating with the heating chamber and the convective chamber is on the partition. A sample carrier (46) has a datum plane (462). A number of air tubes (48) are set around the sample carrier with openings facing the sample. Incident beams (200, 202, 204) from the sensor are projected on the datum plane and the sample. Reflex beams (201, 203, 205) are reflected from the datum plane and the sample. The geometric tolerance can be measured by analyzing the incident beams and the reflex beams.
    • 用于测量样品(60)的公差的热偏转测试设备(10)包括温度控制箱(30)和光学传感器(20)。 壳体包括基座(40)和盖(50)。 壳体具有限定对流室(42)和隔板(44)的载体(41)。 分隔件和盖共同限定加热室(49)。 与加热室和对流室连通的排气孔(440)在隔板上。 样品载体(46)具有基准平面(462)。 多个空气管(48)围绕样品载体设置,开口面向样品。 来自传感器的入射光束(200,202,204)投影在基准面和样品上。 反射光束(201,203,205)从基准平面和样品反射。 可以通过分析入射光束和反射光束来测量几何公差。
    • 6. 发明申请
    • Heating geometric measure equipment
    • 加热几何测量设备
    • US20070070359A1
    • 2007-03-29
    • US11522782
    • 2006-09-18
    • Pei-Hua HuHsu-Chih LiuCheng-Ken Huang
    • Pei-Hua HuHsu-Chih LiuCheng-Ken Huang
    • G01B5/20G01B11/14
    • G01B11/16
    • A heating geometric measure equipment (10) for measuring geometric tolerance of a sample (60) under heating atmosphere. The measure equipment (10) includes a temperature controlling case (30) and an optical sensor (20). The case (30) includes a base (40) and a cover (50) having a window (500) clipped on the case (30). The case (30) has a supporting section (41) defining a convective chamber therein and a partition (44) on the supporting section (41). The partition (44) and the cover (50) jointly define a heating chamber (49). A vent (402) communicating with the heating chamber (49) and the convective chamber (42) is defined on the partition (400). A sample carrier (46) having a datum plane (462) on an upper surface thereof is provided above the vent (402). A number of air tubes (48) are set around the sample carrier (46) with openings facing the sample carrier (46). The sensor (20) is horizontally movable above the cover (60) of the case (30). Incident beams (200, 202, 204) from the sensor are projected on the datum plane (462 and the sample (46) via the window (500). Reflex beams (201, 203, 205) are reflected from the datum plane (462) and the sample (60). The geometric tolerance can be measured by analyzing the incident beams (200, 202, 204) and the reflex beams (201, 203, 20).
    • 一种用于在加热气氛下测量样品(60)的几何公差的加热几何测量设备(10)。 测量设备(10)包括温度控制箱(30)和光学传感器(20)。 壳体(30)包括基部(40)和盖(50),盖子(50)具有夹在壳体(30)上的窗口(500)。 壳体(30)具有在其中限定对流室的支撑部分(41)和在支撑部分(41)上的隔板(44)。 隔板(44)和盖(50)共同限定加热室(49)。 在隔板(400)上限定与加热室(49)和对流室(42)连通的通风口(402)。 具有在其上表面上的基准平面(462)的样品载体(46)设置在通气孔(402)的上方。 多个空气管(48)设置在样品载体(46)周围,开口面向样品载体(46)。 传感器(20)可在壳体(30)的盖(60)上水平移动。 来自传感器的入射光束(200,202,204)经由窗口(500)投射在基准平面(462和样品46)上,反射光束(201,203,205)从基准平面(462 )和样品(60),可以通过分析入射光束(200,202,204)和反射光束(201,203,20)来测量几何公差。