초록 ▼

A carousel device ( 10 ) has a rotatable platform ( 12 ) with vacuum assisted suction cups ( 14 ) placed circumferentially about the rotational axis of the spindle ( 32 ). The spindle protrudes through a bushing ( 30 ) and forms an annular chamber ( 46 ) therebetween that is connectable to a vacuum

A carousel device ( 10 ) has a rotatable platform ( 12 ) with vacuum assisted suction cups ( 14 ) placed circumferentially about the rotational axis of the spindle ( 32 ). The spindle protrudes through a bushing ( 30 ) and forms an annular chamber ( 46 ) therebetween that is connectable to a vacuum source to assist holding a box ( 20 ) down while an operator feeds cable ( 70 ) into the rotating box.

대표청구항 ▼

1. A rotatable carousel device for use in controlling the position of a container; said rotatable carousel device comprising:a horizontally disposed carousel platform mounted on a central rotatable spindle;a plurality of suction cups being positioned substantially planar extending through said carou

1. A rotatable carousel device for use in controlling the position of a container; said rotatable carousel device comprising:a horizontally disposed carousel platform mounted on a central rotatable spindle;a plurality of suction cups being positioned substantially planar extending through said carousel platform;said plurality of suction cups operably connectable to a vacuum source through said rotatable spindle and abuttable against a bottom of said container for retaining said container in place on said carousel. 2. A rotatable carousel device as defined in claim 1 further comprising:said spindle having a central passage extending from an upper operably connected to said suction cup to a side outlet;a bushing surrounding said spindle about said side outlet and forming an annular chamber between the bushing and spindle;said bushing has a side passage therethrough that is in communication with said annular chamber, said side passage being operably connectable to said vacuum source;a bearing and seal assembly being located at each end of said bushing to rotatably mount said bushing to said spindle and to provide an air tight seal of said annular chamber with respect to the ambient exterior of said bushing. 3. A rotatable carousel device as defined in claim 2 further comprising:said bushing being press fitted within an outer fixed housing that also has a side aperture aligned with the side passage in said bushing and being operably connectable to said vacuum source;said drive spindle having a sleeve section about the side outlet and spaced from said bushing to form said annular chamber with said bushing. 4. A rotatable carousel device as defined in claim 3 further comprising:a manifold mounted on the upper end of said spindle and beneath said carousel platform, said manifold having a respective passage in communication with a respective suction cup;said suction cups mounted on pedestals that also mount said carousal platform. 5. A rotatable carousel device as defined in claim 4 further comprising:a drive motor operably connected to a lower end of and axially aligned to a lower end the drive spindle for controllably rotating the drive spindle and carousel. 6. A method of packaging cable into a container, said method comprising:retaining a container on a rotatable carousel in proximity to its axial center;rotating the container and simultaneously feeding cable into the container as it rotates to form coils of cable within the container;passing the vacuum through the drive spindle that rotates the carousel and through a rotational vacuum joint to a vacuum source;said container being a box with orthogonal sides that entrap each coil such that the box self-feeds the cable into the box as the box rotates on said carousel and the respective orthogonal side pushes against a respective coil of said cable;retaining the container in place on said carousel through a vacuum supply exerted onto the bottom of the container through the carousel. 7. A method as defined in claim 6 further comprising:co-aligning the center of the box with the axis of rotation of said carousel;controllably rotating the drive spindle via a power source operably connected to a bottom end of the drive spindle. 8. A method as defined in claim 6 further comprising:retaining the container in place on said carousel through a vacuum supply exerted onto the bottom of the container through the carousel. 9. A method as defined in claim 6 further comprising:said container as rotated one revolution produced one coil in said container. 10. A cable repacking device comprising:a horizontally disposed rotatable carousel platform mounted on a central rotatable spindle;a container rotatably fixable on said rotatable device;a retainer device for rotatably affixing the container on said carousel during cable repacking when said carousel is rotated, comprising;a plurality of suction cups substantially being positioned planar and extending through a main face of said carousel platform;sa id plurality of suction cups operably connectable to a vacuum source through said rotatable spindle; 11. A cable repacking device as defined in claim 10 further comprising:said spindle having a central passage extending from an upper end to a side outlet;a bushing surrounding said spindle about said side outlet and forming an annular chamber between the bushing and spindle;said bushing has a side passage therethrough that is in communication with said annular chamber, said side passage being operably connectable to said vacuum source;a bearing and seal assembly being located at each end of said bushing to rotatably mount said bushing to said spindle and to provide an air tight seal of said annular chamber with respect to the ambient exterior of said bushing. 12. A cable repacking device as defined in claim 11 further comprising:said bushing being press fitted within an outer fixed housing that also has a side aperture aligned with the side passage in said bushing and being operably connectable to said vacuum source;said drive spindle having a sleeve section about the side outlet and spaced from said bushing to form said annular chamber with said bushing. 13. A cable repacking device as defined in claim 12 further comprising:a manifold mounted on the upper end of said spindle and beneath said carousel platform, said manifold having a respective passage in communication with a respective suction cup;said suction cups mounted on pedestals that also mount said carousal platform. 14. A rotatable carousel device for use in controlling the position of a container; said rotatable carousel device comprising:a carousel platform mounted on a central rotatable spindle;at least one vacuum openings-extending through said carousel platform;said at least one vacuum openings operably connectable to a downstream vacuum source through said rotatable spindle;said spindle having a central passage extending from an upstream end to a downstream side outlet;a bushing surrounding said spindle about said side outlet and forming an annular chamber between the bushing and spindle;said bushing has a side passage therethrough that is in communication with said annular chamber, said side passage being operably connectable to said downstream vacuum source;a bearing and seal assembly being located at each end of said bushing to rotatably mount said bushing to said spindle and to provide an air tight seal of said annular chamber with respect to the ambient exterior of said bushing;each end of said bushing having a flat end to flushly seat against a respective surface on said respective bearing to provide an air tight seal between the bushing and bearings. 15. A rotatable carousel device as defined in claim 14 further comprising:said bushing being press fitted within an outer fixed housing that also has a side aperture aligned with the side passage in said bushing and being operably connectable to said vacuum source;said drive spindle having a sleeve section about the side outlet and spaced from said bushing to form said annular chamber with said bushing. 16. A rotatable carousel device as defined in claim 15 further comprising:a manifold mounted on the upper end of said spindle and beneath said carousel platform, said manifold having a respective passage in communication with said at least one vacuum opening.