Enclosed herein are embodiments of a product transfer module and product transfer systems. In one embodiment, a product transfer module comprises a first shuttle, the first shuttle including a plurality of rollers, wherein the plurality of rollers are connected by one or more belts and includes a plurality of driven rollers and at least one driving roller; a second shuttle, the second shuttle including a plurality of rows of pulleys and a pulley drive positioned beneath the plurality of pulleys; and a cam system for raising and lowering the first and second shuttles; wherein the first shuttle directs product flow along a first flow path and the second shuttle directs product flow in a second flow direction.

A conveyor that includes a conveyor frame, a first guide rail assembly, a divert unit having a switch assembly, and an alignment key is described. In this regard, the first guide rail assembly is positioned on a first portion of the conveyor frame such that rails of the first guide rail assembly extends along a length of the conveyor. In some examples, the first guide rail includes a first guide rail and a second guide rail positioned parallel to the first guide rail. Further, the first guide rail defines a groove along a length of the first guide rail assembly. Furthermore, according to some examples, the switch assembly defines a key slot. The key slot is adapted to enable the alignment key to pass through the key slot and further into the groove of the first guide rail, thereby, aligning the switch assembly on the first guide rail.

A conveyor that includes a conveyor frame, a first guide rail assembly, a divert unit having a switch assembly, and an alignment key is described. In this regard, the first guide rail assembly is positioned on a first portion of the conveyor frame such that rails of the first guide rail assembly extends along a length of the conveyor. In some examples, the first guide rail includes a first guide rail and a second guide rail positioned parallel to the first guide rail. Further, the first guide rail defines a groove along a length of the first guide rail assembly. Furthermore, according to some examples, the switch assembly defines a key slot. The key slot is adapted to enable the alignment key to pass through the key slot and further into the groove of the first guide rail, thereby, aligning the switch assembly on the first guide rail.

A conveyor is described. The conveyor includes a conveyor frame that includes a slot defined on a first portion of the conveyor frame and a notch defined on a second portion of the conveyor frame. Further, the conveyor includes a stanchion configured to be mounted on the conveyor frame. In this regard, the stanchion comprises a hook adapted to pass through the slot of the conveyor frame and a surface that defines an aperture, the aperture adapted to enable a bolt to pass through the stanchion and insert into the notch in the second portion of the conveyor frame.

A conveyor is described. The conveyor includes a conveyor frame that includes a slot defined on a first portion of the conveyor frame and a notch defined on a second portion of the conveyor frame. Further, the conveyor includes a stanchion configured to be mounted on the conveyor frame. In this regard, the stanchion comprises a hook adapted to pass through the slot of the conveyor frame and a surface that defines an aperture, the aperture adapted to enable a bolt to pass through the stanchion and insert into the notch in the second portion of the conveyor frame.

In an extendible belt conveyor with a boom mounted for movement with respect to a penultimate section and a cable extending from user controls on the boom to the penultimate section, a cable management system may include a first pulley mounted to an underside of the penultimate section and a second pulley mounted to the underside of the penultimate section, with a distance between the first pulley and the second pulley adjusted to maintain tension in the cable. The cable management system may also include a first shoe mounted to an underside of the boom near the penultimate section and a second shoe mounted to the underside of the penultimate section near the boom. The first shoe defines a channel for receiving the cable and the second shoe defines a channel for receiving the cable, with the cable passing around the first shoe and then around the second shoe.

A bin unload conveyor for unloading grain through a raised floor of a bin. A removable cover is vertically supported by a plurality of removable ribs to cover the span of a removable midpan. The removable components allow for easy installation and removal to allow maintenance of the bin unload conveyor mounted under the raised floor. A central pit having a central pit cover also allows easy installation and maintenance access. A drive roller and sweep drive sprocket disposed in the central pit are accessible for maintenance upon removal of the central pit cover. A belt of the bin unload conveyor can be maintained in place without removal of the raised floor.

A bin unload conveyor for unloading grain through a raised floor of a bin. A removable cover is vertically supported by a plurality of removable ribs to cover the span of a removable midpan. The removable components allow for easy installation and removal to allow maintenance of the bin unload conveyor mounted under the raised floor. A central pit having a central pit cover also allows easy installation and maintenance access. A drive roller and sweep drive sprocket disposed in the central pit are accessible for maintenance upon removal of the central pit cover. A belt of the bin unload conveyor can be maintained in place without removal of the raised floor.

A transport cart includes a frame defining at least one support surface structured to support a cassette positioned on the cart. A first stopping member is coupled to the frame so as to be rotatable to at least a first orientation and a second orientation. The first stopping member is also movable with respect to the frame between a first position and a second position spaced farther apart from the frame than the first position. An anti-rotation element is coupled to the frame and is structured to permit rotation of the first stopping member from the first orientation to the second orientation when the first stopping member is in the first position. The anti-rotation element is also structured to prevent rotation of the first stopping member from the first orientation to the second orientation when the first stopping member is in the second position.