초록 ▼

An improved process and configuration for multi-function in-case filling and capping.A multi-lane embodiment is provided in which cases of empty containers are received from one or more upstream conveyor loading processes. Each case's major and minor flaps are opened, and each case is directed to fl

An improved process and configuration for multi-function in-case filling and capping.A multi-lane embodiment is provided in which cases of empty containers are received from one or more upstream conveyor loading processes. Each case's major and minor flaps are opened, and each case is directed to flap control rails for maintaining the flaps in an open position throughout the filling and capping process. Each open case is inspected to confirm that the containers are present and are properly oriented within each case, while any improperly loaded cases are rejected from the system. The cases are then diverted into the least backlogged of a series of processing lanes, where the individual containers are filled. Screw thread caps or other closures are then applied to the containers, and the cases of filled containers converge back together in a single discharge lane.In another embodiment, an improved transfer efficiency of containers is achieved by filling the containers on the fly, and concurrent capping of multiple containers, thereby reducing the conveyor time between stations.

대표청구항 ▼

1. A multi-function in-case filling and capping system for automated high-volume filling and capping of containers in cardboard cases, comprising;a servo-controlled indexing assembly for transporting at least two adjacent cases and for positioning said at least two cases into proper filling and capp

1. A multi-function in-case filling and capping system for automated high-volume filling and capping of containers in cardboard cases, comprising;a servo-controlled indexing assembly for transporting at least two adjacent cases and for positioning said at least two cases into proper filling and capping positions; a filling apparatus including a plurality of filling nozzles mounted on a servo-controlled walking-beam extending along said servo-controlled indexing assembly, said walking beam providing vertical and horizontal motion of said nozzles in registration with containers in all of said at least two adjacent cases and synchronous thereto while being transported by said servo-controlled indexing assembly; a capping apparatus including a plurality of capping chucks mounted on a servo-controlled walking-beam extending along said servo-controlled indexing assembly, said walking beam providing vertical and horizontal motion of said chucks in registration with containers in all of said at least two adjacent cases and synchronous thereto while being transported by said servo-controlled indexing assembly; a programmable controller connected to said servo-controlled indexing assembly, said filling apparatus and said capping apparatus for synchronizing the travel of the indexing assembly with the travel of the walking-beam of said filling apparatus, and with the travel of the walking-beam of said capping apparatus, the plurality of nozzles of the filling apparatus thereby tracking said at least two cases of containers along the servo-controlled indexing assembly as liquid is dispensed and said plurality of capping chucks of said capping apparatus thereby tracking said at least two cases of containers along said servo-controlled indexing assembly as caps are applied.