초록 ▼

A bulk bag filling system has a horizontal displacement device pivotally connected to a fill carriage. The fill carriage is rotated outwardly about a pivot axis existing at the interface between the horizontal displacement device and the fill carriage. Bag loops of a bulk bag are captured with bag l

A bulk bag filling system has a horizontal displacement device pivotally connected to a fill carriage. The fill carriage is rotated outwardly about a pivot axis existing at the interface between the horizontal displacement device and the fill carriage. Bag loops of a bulk bag are captured with bag loop hangers.

대표청구항 ▼

What is claimed is: 1. A bulk bag filling system, comprising: a base; a support member upwardly extending from the base; a fill carriage assembly engagement member comprising a fill carriage assembly engagement portion, wherein the fill carriage assembly engagement member engages the support member

What is claimed is: 1. A bulk bag filling system, comprising: a base; a support member upwardly extending from the base; a fill carriage assembly engagement member comprising a fill carriage assembly engagement portion, wherein the fill carriage assembly engagement member engages the support member; a fill carriage assembly having a top and a bottom and comprising a spout that extends through the fill carriage assembly from the top to the bottom of the fill carriage assembly, wherein the fill carriage is adapted to be at least substantially aligned with a fill port when the fill carriage is in a bag filling position and the fill carriage assembly engages the fill carriage assembly engagement member at a distal end portion of the fill carriage assembly engagement portion using a pivot pin assembly such that the fill carriage is adapted to traverse in a curvilinear path; and a rotary carriage comprising a substantially circular center section rotatably engaged to the fill carriage assembly wherein the rotary carriage further comprises at least four outwardly, radially extending members that each engage a bag loop hanger comprising a bag loop capture pin. 2. The bulk bag filling system of claim 1, wherein the fill carriage assembly further comprises a substantially circular frame having a bulbous portion that engages the pivot pin assembly. 3. The bulk bag filling system of claim 2, wherein the fill carriage assembly is rotatable about the pivot pin assembly at least about 90 degrees and wherein the system further comprises an upper member that comprises the fill port and wherein the upper member is engaged to the support member upwardly extending from the base. 4. The bulk bag filling system of claim 3, wherein the fill carriage assembly is adapted to traverse horizontally between the bag filling position and a bag attaching position and the horizontal distance between the bag filling position and the bag attaching position is about 24 inches. 5. The bulk bag filling system of claim 2, further comprising: an input/output device operatively connected to the bulk bag filling system, wherein the input/output device is configured to receive input from an operator and provide output to the operator and wherein the fill carriage assembly is actuated between the bag filling position and a bag attaching position using a fill carriage assembly actuator that is engaged to the fill carriage assembly and the fill carriage assembly engagement member; a processor coupled to the input/output device and the fill carriage actuator; and a memory subsystem coupled to the processor, the memory subsystem storing code responsive to input from an operator that instructs the processor to perform the steps of: controlling the fill carriage assembly actuator to position the fill carriage assembly into the bag filling position; and controlling the fill carriage assembly actuator to position the fill carriage assembly into a bag attaching position. 6. The bulk bag filling system of claim 1, wherein the fill carriage assembly engagement member further comprises a collar portion and the support member upwardly extending from the base further comprises a vertical movement track system that engages the collar portion of the fill carriage assembly engagement member and is adapted to traverse the fill carriage assembly vertically. 7. The bulk bag filling system of claim 1, wherein the spout of the fill carriage assembly comprises a center pipe having a diameter and an outer pipe having a diameter greater than the diameter of the center pipe, an outer surface, and spaced about the center pipe such that a gap exists between the center pipe and the outer pipe and wherein the outer surface of the outer pipe contains a spout seal inflation system adapted to seal a neck of a bulk bag. 8. The bulk bag filling system of claim 7, further comprising a pneumatic actuator engaged to the fill carriage assembly and the fill carriage assembly engagement member for actuating the fill carriage assembly between the bag filling position and a bag attaching position. 9. The bulk bag filling system of claim 8, wherein the fill carriage assembly engagement member comprises a fill carriage assembly engagement member chosen from the group consisting of a C-shaped fill carriage assembly engagement member; an L-shaped fill carriage assembly engagement member; and a bowed fill carriage assembly engagement member. 10. The bulk bag filling system of claim 1, wherein the rotary carriage comprises four outwardly, radially extending members spaced at equal intervals from one another in a plane defined by the four outwardly, radially extending members and wherein the bag loop capture pins are substantially parallel to the outwardly, radially extending members, are capable of receiving bag loops of a bulk bag, and have a circular cross-section. 11. A displacement system for a bulk bag filling system comprising: a base; a frame member that extends upward from the base; a horizontal displacement member comprising a first end engaged to the frame member and a distal end portion; and a fill carriage having a top surface and a bottom surface and a substantially circular frame and wherein the fill carriage is pivotally engaged to the distal end portion such that the fill carriage is capable of moving between a bag filling position and a bag loading position and the fill carriage traverses a curvilinear path when rotated between the bag filling position and the bag loading position and wherein the fill carriage is operably connected to a plurality of bulk bag loop hanger assemblies each of which are adapted to retain a bag loop of a bulk bag and wherein the fill carriage comprises a spout that extends through the fill carriage from the top surface of the fill carriage to the bottom surface of the fill carriage. 12. The bulk bag filling system of claim 11, wherein the fill carriage is pivotally engaged to the horizontal displacement member by a pivot pin assembly and the bag loop hanger assemblies comprise a bag loop receiving space defined by two support members and a capture pin capable of being positioned in at least three positions. 13. The bulk bag tilling system of claim 12, wherein the pivot pin assembly comprises a shaft and a pair of bearings and wherein the fill carriage is rotatable about the pivot pin at least about 90 degrees. 14. The bulk bag filling system of claim 12, wherein the bag loop capture pin of each bag loop hanger assembly has a substantial circular cross-section and is adapted to be positionable in a fully retracted position, a partially retracted position, and an engaged position fully traversing the bag loop receiving space. 15. The bulk bag filling system of claim 13, wherein: the horizontal distance between the center of the fill carriage when the fill carriage is in the bag filling position and the center of the fill carriage in the bag loading position is about 24 inches. 16. The bulk bag filling system of claim 15, further comprising: a pneumatic actuator operably connected to the fill carriage and the horizontal displacement member and wherein the pneumatic actuator is adapted to move the fill carriage between the bag loading position and the bag filling position. 17. The bulk bag filling system of claim 15, wherein the horizontal displacement member comprises a collar portion engaged to the frame member and a second portion having the distal end portion wherein the second portion comprises a second portion chosen from the group consisting of a substantially C-shaped second portion and a substantially L-shaped second portion. 18. The bulk bag filling system of claim 11, wherein the fill carriage further comprises an external surface and wherein the system further comprises a rotary carriage comprising a center portion spaced circumferentially about at least a portion of the external surface of the fill carriage and wherein the rotary carriage is rotatable about the external surface of the fill carriage and wherein the rotary carriage further comprises at least four outwardly, radially extending support members and wherein a bag loop hanger assembly operably engages each outwardly, radially extending support member and comprises a bag loop capture pin spaced below each outwardly, radially extending support member. 19. A method of filling a bulk bag comprising the steps of: providing the bulk bag filling system of claim 1 and a bulk bag having a plurality of bulk bag loops and a neck; rotating the fill carriage outwardly about a pivot axis existing at the pivot pin assembly; capturing at least one bag loop of the bulk bag with one of the bag loop capture pins; rotating the rotary carriage; capturing at least one additional bag loop of the bulk bag with one additional bag loop capture pin; engaging the neck of the bulk bag with the spout of the fill carriage assembly; optionally, vertically elevating the bulk bag with the bag loop hangers; rotating the fill carriage into a bag filling position below the fill port; filling the bulk bag with a material wherein filling the bulk bag with a material comprises the step of allowing the material to pass through the fill port and the fill carriage into the bulk bag; and releasing the bag loops of the bulk bag from the bag loop hangers. 20. The method of claim 19, the method further comprising the step of sealing the neck of the bulk bag using a bag spout sealing actuator and wherein the step of capturing at least one bag loop of the bulk bag with one of the bag loop capture pins comprises capturing two bulk bag loops and the step of capturing at least one additional bag loop of the bulk bag with one additional bag loop capture pin comprises capturing two bulk bag loops. 21. A displacement system for a bulk bag filling system comprising: a base; a. frame member that extends upward from the base; fill carriage assembly engagement member comprising a fill carriage assembly engagement portion having a distal end portion distal from the frame member; a fill carriage having a top surface and a bottom surface pivotally engaged to the distal end portion such that the till carriage is capable of moving between a bag filling position and a bag loading position and the fill carriage traverses a curvilinear path when rotated between the bag filling position and the bag loading position and wherein the fill carriage is operably connected to a plurality of bulk bag loop hanger assemblies each of which are adapted to retain a bag loop of a bulk bag and wherein the fill carriage comprises a spout that extends through the fill carriage from the top surface of the fill carriage to the bottom surface of the fill carriage; end wherein the fill carriage of the bulk bag filling system receives a single bulk bag. 22. A displacement system for a bulk bag filling system comprising: a base; a frame member that extends upward from the base; a fill carriage assembly engagement member comprising a fill carriage assembly engagement portion having a distal end portion distal from the frame member; a fill carriage having an external surface wherein the fill carriage is pivotally engaged to the distal end portion such that the fill carriage is capable of moving between a bag filling position end a bag loading position and the fill carriage traverses a curvilinear path when rotated between the bag filling position and the bag loading position and wherein the fill carriage is operably connected to a plurality of bulk bag loop banger assemblies each of which are adapted to retain a bag loop of a bulk bag and wherein the fill carriage comprises a spout that extends through the fill carriage;and a rotary carriage comprising a center portion spaced about at least a portion of the external surface of the fill carriage and wherein the rotary carriage is rotatable about at least a portion of the external surface of the fill carriage engaged to the fill carriage assembly.