Transferring assembly for conveying systems

• US 9,878,856 B2
• Filed: 02/09/2015
• Issued: 01/30/2018
• Est. Priority Date: 02/12/2014
• Status: Active Grant

• Current Assignee: Avancon SA
• Original Assignee: Avancon SA
• Inventors: Specht, Dieter
• Primary Examiner(s): Deuble, Mark A
• Application Number:
  US15/113,284
• Publication Number:
  US 20160340131A1
• Time in Patent Office: 1,086 Days
• CPC Class Codes: B65G 13/02 having driven rollers
• CPC Class Codes: B65G 13/10 Switching arrangements
• CPC Class Codes: B65G 2207/18 Crossing conveyors
• CPC Class Codes: B65G 47/54 at least one of which is a roller-way
• CPC Class Codes: B65G 47/648 about a vertical axis

Abstract

A transferring assembly for displacing products conveyed by a conveying system from a primary feed direction to a secondary direction, includes: a plurality of transferring units arranged adjacent in the cross direction and adapted to form a conveying plane; each transferring unit including at least one conveying element that rotates around an axis of transversal rotation; at least one activating device of the rotation of the at least one conveying element to drive the angular rotation of the axis of transversal rotation with respect to an axis substantially orthogonal to the primary direction and the axis of transversal rotation. Each transversal rotation axis of each transferring unit is adapted to angularly rotate, with respect to an axis substantially orthogonal to the primary direction and to the axis of transversal rotation driven by the activating device, independently with respect to the transversal rotation axis of the transversally adjacent transferring unit.

Claims

1. A transferring assembly (2, 2′

) for displacing the products conveyed by a conveying system (100) from a primary feed direction (F) to a secondary direction;

said transferring assembly (2, 2′

) comprising;

a plurality of transferring units (10) arranged adjacent in the cross direction and in the axially direction and adapted to form a conveying plane;

each transferring unit (10) comprising at least one conveying element that rotates around an axis of transversal rotation (X-X);

at least one activating device of the rotation of said at least one conveying element to drive the angular rotation of said axis of transversal rotation (X-X) with respect to an axis substantially orthogonal to the primary direction and to said axis of transversal rotation (X-X), wherein,

each axis of transversal rotation (X-X) of each transferring unit (10) is adapted to angularly rotate, with respect to an axis substantially orthogonal to the primary direction (F) and to said axis of transversal rotation (X-X) driven by said activating device of the rotation, independently with respect to the axis of transversal rotation (X-X) of the transferring unit (10) that is transversally adjacent and each transferring unit (10) moves together with the transfer unit (10) adjacent in the axial direction,

said activating device of the rotation of said at least one conveying element comprises;

at least one retaining element (26) operatively combined with said at least one conveying element;

at least one rack (8) and at least one gear wheel (7) coupled to said rack (8);

said gear wheel (7) being operatively coupled to the retaining element (26) so that the translation of said rack (8) causes the rotation of said retaining element (26) and, accordingly, an angular rotation of the rotating conveying element;

at least one motor connected to said rack (8) to drive the translation thereof,

wherein said at least one conveying element that rotates around an axis of transversal rotation (X-X) comprises at least one roller (3) rotating around an axis of transversal rotation (X-X);

a second actuating device of the rotation of said at least one rotatable conveying element about said transverse rotation axis (X-X) comprising a rotatable supporting shaft (6) functionally associated with said at least one conveying element and to a motor; and

at least one first transferring assembly (11) of the motion in the axial direction to transfer the rotary motion of the rotating support shaft (6) of a first transferring unit (10) to a support shaft (6) of a second transferring unit (10) arranged adjacent in a direction parallel or coincident with the primary feed direction (F).

2. The transferring assembly (10) according to claim 1, wherein said axis of transversal rotation (X-X) is identified by at least one shaft (4).

3. The transferring assembly (2, 2′

) according to claim 2, wherein the transfer units (10) adjacent in the axial direction are associated with the same rack (8) which determines the rotation of the respective shafts (4).

4. The transferring assembly (2, 2′

) according to claim 2, wherein each transferring unit (10) comprises at least two adjacent rollers (3, 3′

) adapted to rotate around the same rotation shaft (4).

5. The transferring assembly (2, 2′

) according to claim 2, further comprising a second actuating device of the rotation of said at least one rotatable conveying element about said transverse rotation axis (X-X) comprising a rotatable supporting shaft (6) functionally associated with said at least one conveying element and to a motor.

6. The transferring assembly (2, 2′

) according to claim 1, wherein the transfer units (10) adjacent in the axial direction are associated with the same rack (8) which determines the rotation of the respective shafts (4).

7. The transferring assembly (2, 2′

) according to claim 6, wherein said at least one motor is a stepper motor or a linear motor or a pneumatic cylinder coupled by a transmission member to said rack (8) for the rotation of the retaining element (26) around its own vertical axis Z-Z.

8. The transferring assembly (2, 2′

) according to claim 1, wherein each transferring unit (10) comprises at least two adjacent rollers (3, 3′

) adapted to rotate around the same rotation shaft (4).

9. The transferring assembly (2, 2′

) according to claim 1, wherein said rotating support shaft (6) is combined, by a transmission device, with said rotation shaft (4) on which said at least one roller (3) is keyed.

10. The transferring assembly (2, 2′

) according to claim 9, wherein each transmission device comprises a first gear wheel (24) keyed on said rotating support shaft (6) and coupled to a second gear wheel (26) in its turn coupled to said rotation shaft (4).

11. The transferring assembly (2, 2′

) according to claim 1, wherein said first transferring assembly (11) of motion in the axial direction comprises;

at least one first pulley (12) keyed on said rotating support shaft (6) of said first transferring unit (10), at least one second pulley (13) combined with a second rotating support shaft (6) of a transferring unit (10) adjacent in the axial direction; and

at least one belt and/or chain to transmit the motion from said first pulley (12) to said second pulley (13).

12. The transferring assembly (2, 2′

) according to claim 11, wherein said first transferring assembly (11) of motion in the axial direction further comprises a third and a fourth pulley;

said first and third pulley (12, 13) being keyed on said rotating support shaft (6) of a first transferring unit (10);

said first pulley (12) being combined to a second pulley (13) of a rotating support shaft (6) of a transferring unit adjacent in the axial direction;

said third pulley (14) being combined to a fourth pulley (15) of a rotating support shaft (6) of a transferring unit (10) adjacent in the axial direction;

said second pulley (13) and said fourth pulley (15) being respectively combined with two transferring units (10) axially opposed with respect to the transferring unit comprising the first pulley (12) and the third pulley (14).

13. The transferring assembly (2, 2′

) according to according to claim 1, wherein the rollers (3,3 ‘

) are associated by means of a transmission device to a rotatable support shaft (6) is in turn connected to at least a second motor disposed below each transferring assembly (10,10’

).

14. A transferring assembly (2, 2′

) for displacing the products conveyed by a conveying system (100) from a primary feed direction (F) to a secondary direction;

said transferring assembly (2, 2′

) comprising;

a plurality of transferring units (10) arranged adjacent in the cross direction and in the axially direction and adapted to form a conveying plane;

each transferring unit (10) comprising at least one conveying element that rotates around an axis of transversal rotation (X-X);

at least one activating device of the rotation of said at least one conveying element to drive the angular rotation of said axis of transversal rotation (X-X) with respect to an axis substantially orthogonal to the primary direction and to said axis of transversal rotation (X-X), wherein,

each axis of transversal rotation (X-X) of each transferring unit (10) is adapted to angularly rotate, with respect to an axis substantially orthogonal to the primary direction (F) and to said axis of transversal rotation (X-X) driven by said activating device of the rotation, independently with respect to the axis of transversal rotation (X-X) of the transferring unit (10) that is transversally adjacent and each transferring unit (10) moves together with the transfer unit (10) adjacent in the axial direction,

said activating device of the rotation of said at least one conveying element comprises;

at least one retaining element (26) operatively combined with said at least one conveying element;

at least one rack (8) and at least one gear wheel (7) coupled to said rack (8);

said gear wheel (7) being operatively coupled to the retaining element (26) so that the translation of said rack (8) causes the rotation of said retaining element (26) and, accordingly, an angular rotation of the rotating conveying element;

at least one motor connected to said rack (8) to drive the translation thereof,

wherein said at least one conveying element that rotates around an axis of transversal rotation (X-X) comprises at least one roller (3) rotating around an axis of transversal rotation (X-X);

a second actuating device of the rotation of said at least one rotatable conveying element about said transverse rotation axis (X-X) comprising a rotatable supporting shaft (6) functionally associated with said at least one conveying element and to a motor; and

at least one second transferring assembly of the motion in the cross direction to transfer the rotary motion of the rotating support shaft (6) of a first transferring unit (10) to a support shaft (6) of a second transferring unit (10) arranged adjacent in the cross direction.

15. The transferring assembly (2, 2′

) according to claim 14, wherein said second transferring assembly of motion in the cross direction comprises;

at least one fifth pulley (17) keyed on said rotating support shaft (6) of said first transferring unit (10), at least one sixth pulley (18) combined with a second rotating support shaft of an omnidirectionally-transferring unit adjacent in the cross direction; and

at least one belt and/or chain to transmit the motion from said fifth pulley (17) to said sixth pulley (18).

16. The transferring assembly (10) according to claim 14, wherein said axis of transversal rotation (X-X) is identified by at least one shaft (4).

17. The transferring assembly (2, 2′

) according to claim 14, wherein the transfer units (10) adjacent in the axial direction are associated with the same rack (8) which determines the rotation of the respective shafts (4).