Container transfer and user interface for over/under conveyors

A transfer mechanism adapted to handle and transport containers, the transfer mechanism comprising in combination:

• a first conveyor inclined at a first angle relative to horizontal and having an input end and an output end for the containers;
• a second conveyor inclined at a second angle relative to horizontal and having an input end and an output end for the containers;
• an elevating mechanism having a first end and a second end, said first end of said elevating mechanism adapted for vertical movement between one of said ends of said first conveyor and one of said ends of said second conveyor;
• a carriage having a top for carrying one of the containers, being coupled to said first end of said elevating mechanism, a major horizontal axis, and a minor horizontal axis angularly related to said major axis;
• first angular adjustment means positioned between said first end of said elevating mechanism and said carriage, said first angular adjustment means for varying inclination of said carriage about said minor horizontal axis;
• a second angular adjustment means positioned between said first end of said elevating mechanism and said carriage, said second angular adjustment means for varying inclination of said carriage about said major horizontal axis;
• user input and control means for supplying control signals to said elevating mechanism and to said second angular adjustment means for automatically controlling movement between three sequential orientations of said carriage in response to a single command input from the user, namely,
• a first orientation wherein said carriage is aligned with said said first conveyor;
• a working second orientation wherein said carriage is vertically between said first and second conveyors and angularly inclined about at least said major horizontal axis;
• an third orientation wherein said carriage is aligned with said second conveyor;
• and
• wherein said user input and control means automatically controls transfer of a container between said carriage and one of said conveyors at each of said first and third orientations without user input beyond the single command, so that said angular adjustment means and said elevating mechanism are responsive to the single command for automatically cycling from said working second orientation to said third orientation for unloading of a container on said carriage to said second conveyor, thereafter to the first orientation for receiving a container on said carriage from the output end of said first conveyor, and thereafter to said working second orientation.

A conveyor system for handling containers, including providing a user station for taking articles from a container or loading articles into a container, comprising:

• an entrance conveyor for transporting the containers to an entrance station;
• an exit conveyor for transporting the containers away from an exit station;
• a container transfer mechanism, including a carriage for supporting at least one of the containers and being mounted for movement between an entrance position operatively adjacent with and aligned with the entrance station for receiving the one of the containers from the entrance conveyor, an exit position operatively adjacent and aligned with the exit conveyor at the exit station for discharging the one of the containers from the carriage to the exit conveyor, and a user position separate from each of the entrance and exit positions for conveniently holding the one of the containers at the user station for interfacing with a user in exchanging articles between the one of the containers held on the carriage and the user;
• a user input device for inputting user commands;
• a power mechanism for moving said carriage between the user position, the entrance position and the exit position sequentially, and automatically in response to a single unique next container command of the user commands from the user for automatically sequencing movement of said carriage, in order, for moving said carriage from the user position to the exit position, moving a container from said carriage onto said exit conveyor, moving said carriage from the exit position to the entrance position, moving a container from said entrance conveyor onto said carriage and moving said carriage from said entrance position to the user position;
• and
• wherein said power mechanism further includes, as a part of said automatically sequencing, means for tilting said carriage to bias a container on said carriage toward said exit conveyor prior to said moving a container from said carriage onto said exit conveyor, for tilting said carriage to bias a container by gravity away from said entrance conveyor prior to said moving a container from said entrance conveyor onto said carriage and for tilting said carriage about a horizontal axis orthogonally arranged with respect to an axis of tilting said carriage with respect to said entrance conveyor and said exit conveyor for providing a tilted container at the user station to facilitate user interface.

A conveyor system for handling containers, including providing a user station for taking articles from a container or loading articles into a container, comprising:

• an entrance conveyor for transporting the containers to an entrance station;
• an exit conveyor for transporting the containers away from an exit station;
• a container transfer mechanism, including a carriage for supporting at least one of the containers and being mounted for movement between an entrance position operatively adjacent with and aligned with the entrance station for receiving the one of the containers from the entrance conveyor, an exit position operatively adjacent and aligned with the exit conveyor at the exit station for discharging the one of the containers from the carriage to the exit conveyor, and a user position separate from each of the entrance and exit positions for conveniently holding the one of the containers at the user station for interfacing with a user in exchanging articles between the one of the containers held on the carriage and the user;
• a user input device for inputting user commands;
• a power mechanism for moving said carriage between the user position, the entrance position and the exit position sequentially, and automatically in response to a single unique next container command of the user commands from the user for automatically sequencing movement of said carriage, in order, for moving said carriage from the user position to the exit position, moving a container from said carriage onto said exit conveyor, moving said carriage from the exit position to the entrance position, moving a container from said entrance conveyor onto said carriage and moving said carriage from said entrance position to the user position;
• power means for temporarily adjusting the height of said carriage at said user station without permanently changing the user position with respect to said automatically sequencing, in response to input of a user height adjust command;
• and
• further including power means for temporarily adjusting the tilt of said carriage at said user station without permanently changing the user position with respect to said automatically sequencing, in response to input of a user tilt command.

A conveyor system for handling containers, including providing a user station for taking articles from a container or loading articles into a container, comprising:

• an entrance conveyor for transporting the containers to an entrance station;
• an exit conveyor for transporting the containers away from an exit station;
• a container transfer mechanism, including a carriage for supporting at least one of the containers and being mounted for movement between an entrance position operatively adjacent with and aligned with the entrance station for receiving the one of the containers from the entrance conveyor, an exit position operatively adjacent and aligned with the exit conveyor at the exit station for discharging the one of the containers from the carriage to the exit conveyor, and a user position separate from each of the entrance and exit positions for conveniently holding the one of the containers at the user station for interfacing with a user in exchanging articles between the one of the containers held on the carriage and the user;
• a user input device for inputting user commands;
• a power mechanism for moving said carriage between the user position, the entrance position and the exit position sequentially, and automatically in response to a single unique next container command of the user commands from the user for automatically sequencing movement of said carriage, in order, for moving said carriage from the user position to the exit position, moving a container from said carriage onto said exit conveyor, moving said carriage from the exit position to the entrance position,.moving a container from said entrance conveyor onto said carriage and moving said carriage from said entrance position to the user position;
• power means for temporarily adjusting the height of said carriage at said user station without permanently changing the user position with respect to said automatically sequencing, in response to input of a user height adjust command;
• and
• further including means responsive to input from the user for changing the user position of said automatically sequencing according to a current adjusted user position of said carriage.

A conveyor system for handling containers, including providing a user station for taking articles from a container or loading articles into a container, comprising:

• an entrance conveyor for transporting the containers to an entrance station;
• an exit conveyor for transporting the containers away from an exit station;
• a container transfer mechanism, including a carriage for supporting at least one of the containers and being mounted for movement between an entrance position operatively adjacent with and aligned with the entrance station for receiving the one of the containers from the entrance conveyor, an exit position operatively adjacent and aligned with the exit conveyor at the exit station for discharging the one of the containers from the carriage to the exit conveyor, and a user position separate from each of the entrance and exit positions for conveniently holding the one of the containers at the user station for interfacing with a user in exchanging articles between the one of the containers held on the carriage and the user;
• a user input device for inputting user commands;
• a power mechanism for moving said carriage between the user position, the entrance position and the exit position sequentially, and automatically in response to a single unique next container command of the user commands from the user for automatically sequencing movement of said carriage, in order, for moving said carriage from the user position to the exit position, moving a container from said carriage onto said exit conveyor, moving said carriage from the exit position to the entrance position, moving a container from said entrance conveyor onto said carriage and moving said carriage from said entrance position to the user position;
• and
• further including power means for temporarily adjusting the tilt of said carriage at said user station without permanently changing the user position with respect to said automatically sequencing, in response to input of a user tilt command.