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    • 31. 发明专利
    • AT230507T
    • 2003-01-15
    • AT96108979
    • 1996-06-05
    • OWENS BROCKWAY GLASS CONTAINER
    • NICKS TIMOTHY JWAUGAMAN JOHN LAHL ALAN D
    • G06M7/00B65G43/08G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.
    • 32. 发明专利
    • EE03455B1
    • 2001-06-15
    • EE9600062
    • 1996-06-06
    • OWENS BROCKWAY GLASS CONTAINER
    • NICKS TIMOTHY JWAUGAMAN JOHN LAHL ALAN D A
    • G06M7/00B65G43/08G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.
    • 33. 发明专利
    • APARATO Y METODO PARA LA INSPECCION DE RECIPIENTES EN LINEA
    • CO5021145A1
    • 2001-03-27
    • CO99064470
    • 1999-10-11
    • OWENS BROCKWAY GLASS CONTAINER
    • GAST TERRY LWAUGAMAN JOHN LNICKS TIMGOFF SHERWOOD L JRROSENQUEST DAVID RGAST RONALD E
    • B65G15/24B65G17/48B65G19/00B65G47/244G01N21/89G01N21/90
    • Un aparato para inspeccionar en secuencia recipientes que semueven sobre un transportador lineal que comprende: un medio de alimentación de entrada que incluye una primera correa sinfín de accionamiento que tiene una porción que cubre el transportador para acople de tope mediante recipientes en secuencia que se mueven sobre el transportador y un primer motor que acciona dicha correa para separar los recipientes lateralmente por lo menos parcialmente fuera del transportador, medios de tope dispuestos en oposición a dicha primera correa para acople de tope por recipientes separados por dicho medio de alimentación de entrada, tal que los recipientes separados del transportador y acoplados entre dicha primera correa y dicho medio de tope rotan durante el viaje a lo largo de dicho medio de tope, medios para inspeccionar ópticamente los recipientes a medida que rotan durante el viaje a lo largo de dicho medio de tope, y un medio de alimentación de salida dispuesto adyacente a dicho medio de tope para agarrar recipientes en secuencia después del acople de dicho medio de tope y separar los recipientes en retroceso hacia el transportador. 2Un método para inspeccionar recipientes que se mueven sobre un transportador lineal a una primera velocidad, que comprende los pasos de: (a) colocar una primera correa accionada por motor que cubre el transportador para separar recipientes desde el transportador lateralmente contra un medio de tope. (b) transportar los recipientes entre la primera correa y el medio de tope a una segunda velocidad mayor que la dicha primera velocidad mientras rotan los recipientes, (c)inspecionar ópticamente los recipientes durante dicho paso (b), y luego (d)separar los recipientes en secuencia entre las segunda y tercera correas accionadas por motor en retroceso hacia el transportador a una velocidad que se empareja sustancialmente a dicha primera velocidad.
    • 36. 发明专利
    • BR9602668A
    • 1998-10-06
    • BR9602668
    • 1996-06-05
    • OWENS BROCKWAY GLASS CONTAINER
    • WAUGAMAN JOHN LNICKS TIMOTHY JAHL ALAN D
    • G06M7/00B65G43/08G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02G01M7/00
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.
    • 37. 发明专利
    • Anti-dither optical container sensor
    • AU695242B2
    • 1998-08-13
    • AU5474096
    • 1996-06-04
    • OWENS BROCKWAY GLASS CONTAINER
    • NICKS TIMOTHY JWAUGAMAN JOHN LAHL ALAN D
    • G06M7/00B65G43/08G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02B65B65/08B65B57/20
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.
    • 38. 发明专利
    • Anti-dither optical container sensor
    • ZA964742B
    • 1997-01-08
    • ZA964742
    • 1996-06-06
    • OWENS BROCKWAY GLASS CONTAINER
    • NICKS TIMOTHY JWAUGAMAN JOHN LAHL ALAN D
    • B65G43/08G06M7/00G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02G06M
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.
    • 40. 发明专利
    • Anti-dither optical container sensor
    • AU5474096A
    • 1996-12-19
    • AU5474096
    • 1996-06-04
    • OWENS BROCKWAY GLASS CONTAINER
    • NICKS TIMOTHY JWAUGAMAN JOHN LAHL ALAN D
    • G06M7/00B65G43/08G01J1/02G01J1/42G01S17/02G01V8/10G01V8/12G01V8/20G06M1/10G06M7/02B65B65/08B65B57/20
    • Apparatus (10) for detecting containers (12) of predetermined diameter that includes a pair of optical proximity sensors (28,30) positioned adjacent to a container conveyor (14) such that light energy from the sensors is incident sequently on the containers as the containers pass on the conveyor adjacent to the sensors. The sensors (28,30) are adjustable positionable with respect to each other such that the sensors are spaced from each other in the direction of container motion (60) on the conveyor. An electronic circuit (52,54,56) is coupled to the sensors (28,30) for detecting passage of containers (12) on the conveyor (14) while ignoring dithering of the containers. In the preferred embodiment of the invention, the sensors (28,30) are mounted on a common support (20) having a scale (44,46) for measuring separation between the sensors. Printed indicia in units of container diameter, preferably in both English and metric unit, is affixed to the support (20) adjacent to the scale. One (28) of the sensors is mounted on the support adjacent to a "zero" reference point on the scale indicia, and the other (30) sensor is adjustably positionable on the support adjacent to the scale. The support (20) in the preferred embodiment of the invention takes the form of a housing enclosing the sensors and having an elongated window (34) parallel to the conveyor (14) through which containers on the conveyor are exposed to the sensors.