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    • 3. 发明授权
    • Adjustable tire spreader and inspection apparatus
    • 可调式轮胎吊具及检查装置
    • US07387019B2
    • 2008-06-17
    • US11523102
    • 2006-09-19
    • Eugene L. ShawTerence H. JamesJoseph G. Welmers
    • Eugene L. ShawTerence H. JamesJoseph G. Welmers
    • G01M17/02
    • G01M17/027
    • Described are an adjustable tire spreader and inspection apparatus 10 and method comprising a pallet 14 for supporting a tire 12 to be viewed for inspection, the pallet 14 having an aperture 26 aligned with the hole of the tire; a plurality of a pair of paws 40, 42, the paws vertically aligned and adapted to separate the beads 60, 62 of the tire to allow an optical inspection apparatus to inspect the tire; each pair of paws positioned about the aperture of the pallet and capable of rotating from a closed position 42 A to an open position of the tire beads; each pair of paws spaced about the beads of the tire and simultaneously moves to separate the beads of the tire for inspection of the tire. In the method, one operates the apparatus 10 by placing the tire 12 on the pallet 14; aligning the paws with the bead of the tire; simultaneously moving the paws 40, 42 to separate the beads 60, 62 of the tire; and inspecting the tire.Thereafter, the tire is removed from the pallet and tire spreader assembly.
    • 描述了一种可调节的轮胎吊具和检查装置10以及包括用于支撑待检查的轮胎12的托盘14的方法,托盘14具有与轮胎的孔对准的孔26; 多个爪子40,42,爪垂直对齐并适于分离轮胎的胎圈60,62,以允许光学检查设备检查轮胎; 每对爪子围绕托盘的孔定位并且能够从闭合位置42A转动到轮胎胎圈的打开位置; 每对爪子围绕轮胎的胎圈间隔开,同时移动以分离轮胎的胎圈以检查轮胎。 在该方法中,通过将轮胎12放置在托盘14上来操作装置10; 将爪与轮胎的胎圈对准; 同时移动爪40,42以分离轮胎的胎圈60,62; 并检查轮胎。 此后,将轮胎从托盘和轮胎吊具组件中取出。
    • 5. 发明授权
    • Plurality of light sources for inspection apparatus and method
    • 检测仪器和方法的多种光源
    • US07187437B2
    • 2007-03-06
    • US11067256
    • 2005-02-25
    • Eugene L. ShawForrest S. Wright
    • Eugene L. ShawForrest S. Wright
    • G01B9/02G01N21/00
    • G01N21/8806G01B11/162G01M17/027
    • Described is an anomaly detector apparatus 10 for detecting an anomaly in a substrate, e.g., a tire comprising: a source of coherent light 20 to shine the light 27 directly onto the tire surface 24 and the light being reflected 32 from the tire; a stressing apparatus 12, which is juxtaposed to the tire and which, can optionally stress the tire; a reflected light receiving apparatus 40 for receiving the light 32 reflected directly from the tire surface 24 whether the tire is in a stressed or unstressed condition; a comparator 44 which views and compares images of reflected light from the reflected light receiving apparatus 40 when the tire is stressed or unstressed thereby ascertaining an anomaly in the tire and generates an output from the comparison; and a display apparatus 46 electronically connected to the comparator for displaying the output from the comparator. Also described is a plurality of sources 100 and light receiving apparatus 102 sitting atop a vertically moving support structure 110 that may view 360 degrees, of the whole circumferential interior surface of the tire.
    • 描述了一种用于检测基板例如轮胎中的异常的异常检测器装置10,包括:相干光源20,用于将光27直接照射到轮胎表面24上,并将光从轮胎中反射出来; 应力装置12,其与轮胎并置,并且可以可选地对轮胎施加应力; 反射光接收装置40,用于接收直接从轮胎表面24反射的光32,无论轮胎是处于应力状态还是不受应力状态; 比较器44,当轮胎受到应力或不应力时,其观察并比较来自反射光接收装置40的反射光的图像,从而确定轮胎中的异常并从比较产生输出; 以及电子地连接到比较器的显示装置46,用于显示比较器的输出。 还描述了多个源100和光接收装置102,其位于垂直移动的支撑结构110的顶部,其可以观察轮胎的整个圆周内表面的360度。
    • 6. 发明申请
    • Adjustable tire spreader and inspection apparatus
    • 可调式轮胎吊具及检查装置
    • US20080066532A1
    • 2008-03-20
    • US11523102
    • 2006-09-19
    • Eugene L. ShawTerence H. JamesJoseph G. Welmers
    • Eugene L. ShawTerence H. JamesJoseph G. Welmers
    • G01M17/02
    • G01M17/027
    • Described are an adjustable tire spreader and inspection apparatus 10 and method comprising a pallet 14 for supporting a tire 12 to be viewed for inspection, the pallet 14 having an aperture 26 aligned with the hole of the tire; a plurality of a pair of paws 40, 42, the paws vertically aligned and adapted to separate the beads 60, 62 of the tire to allow an optical inspection apparatus to inspect the tire; each pair of paws positioned about the aperture of the pallet and capable of rotating from a closed position 42 A to an open position of the tire beads; each pair of paws spaced about the beads of the tire and simultaneously moves to separate the beads of the tire for inspection of the tire. In the method, one operates the apparatus 10 by placing the tire 12 on the pallet 14; aligning the paws with the bead of the tire; simultaneously moving the paws 40, 42 to separate the beads 60, 62 of the tire; and inspecting the tire.Thereafter, the tire is removed from the pallet and tire spreader assembly.
    • 描述了一种可调节的轮胎吊具和检查装置10以及包括用于支撑待检查的轮胎12的托盘14的方法,托盘14具有与轮胎的孔对准的孔26; 多个爪子40,42,爪垂直对齐并适于分离轮胎的胎圈60,62,以允许光学检查设备检查轮胎; 每对爪子围绕托盘的孔定位并且能够从闭合位置42A转动到轮胎胎圈的打开位置; 每对爪子围绕轮胎的胎圈间隔开,同时移动以分离轮胎的胎圈以检查轮胎。 在该方法中,通过将轮胎12放置在托盘14上来操作装置10; 将爪与轮胎的胎圈对准; 同时移动爪40,42以分离轮胎的胎圈60,62; 并检查轮胎。 此后,将轮胎从托盘和轮胎吊具组件中取出。
    • 7. 发明授权
    • Tire inspection apparatus and method
    • 轮胎检查装置及方法
    • US06934018B2
    • 2005-08-23
    • US10659466
    • 2003-09-10
    • Eugene L. ShawForrest S. Wright
    • Eugene L. ShawForrest S. Wright
    • G01B11/16G01M17/02G01B9/02G01N21/00
    • G01B11/162G01M17/027
    • Described is an anomaly detector apparatus 10 for detecting an anomaly in a tire comprising: a source of coherent light 18 to shine the light 27 directly onto the tire surface 24 and the light being reflected 32 from the tire; a stressing apparatus 12 which can stress the tire; a reflected light receiving apparatus 40 for receiving the light 32 reflected directly from the tire surface 24 when the tire is in a stressed and unstressed condition; a processor 44 which compares images of reflected light from the reflected light receiving apparatus 40 when the tire is stressed and unstressed thereby ascertaining an anomaly in the tire and generates an output from the comparison; and a display apparatus 46 electronically connected to the processor for displaying the output from the processor.
    • 描述了一种用于检测轮胎异常的异常检测器装置10,包括:相干光源18,用于将光27直接照射到轮胎表面24上,并将光从轮胎中反射出来; 能够对轮胎施加应力的应力装置12; 反射光接收装置40,用于接收当轮胎处于应力和无应力状态时直接从轮胎表面24反射的光线32; 处理器44,其在轮胎受应力且不受应力时对来自反射光接收装置40的反射光的图像进行比较,从而确定轮胎中的异常并从该比较产生输出; 以及电子地连接到处理器以显示来自处理器的输出的显示装置46。