A dynamic comb for use with a conveyance system to transition a passenger or object from a nonmoving element to a moving element and vice versa. The dynamic comb can include a upper support element or a lower support element. The dynamic comb can also include a roller element disposed at least partially between and below portions of the upper support element. A method of installing the dynamic comb for an existing conveyance system or as part of a new conveyance system to transition a passenger or object from a nonmoving element to a nonmoving element and vice versa.

A dynamic comb for use with a conveyance system to transition a passenger or object from a nonmoving element to a moving element and vice versa. The dynamic comb can include a upper support element or a lower support element. The dynamic comb can also include a roller element disposed at least partially between and below portions of the upper support element. A method of installing the dynamic comb for an existing conveyance system or as part of a new conveyance system to transition a passenger or object from a nonmoving element to a nonmoving element and vice versa.

A dynamic comb for use with a conveyance system to transition a passenger or object from a nonmoving element to a moving element and vice versa. The dynamic comb can include a upper support element or a lower support element. The dynamic comb can also include a roller element disposed at least partially between and below portions of the upper support element. A method of installing the dynamic comb for an existing conveyance system or as part of a new conveyance system to transition a passenger or object from a nonmoving element to a nonmoving element and vice versa.

Provided is a device for transferring products in a longitudinal direction of movement from upstream to downstream, having a transfer region and a structure supporting the transfer region. The structure has at least two parallel and contiguous rows of rollers mounted in rotation so as to be aligned along transverse axes, including a first row of first rollers and an adjacent second row of second rollers. The transfer region is inclined with a slope decreasing longitudinally. The rollers have bearings mounted in rotation about the axes and the first rollers of the first row are mounted in staggered fashion with respect to the second rollers of the second row, forming a generally planar transfer face. Also provided is conveying installation equipped with the transfer device.

Provided is a device for transferring products in a longitudinal direction of movement from upstream to downstream, having a transfer region and a structure supporting the transfer region. The structure has at least two parallel and contiguous rows of rollers mounted in rotation so as to be aligned along transverse axes, including a first row of first rollers and an adjacent second row of second rollers. The transfer region is inclined with a slope decreasing longitudinally. The rollers have bearings mounted in rotation about the axes and the first rollers of the first row are mounted in staggered fashion with respect to the second rollers of the second row, forming a generally planar transfer face. Also provided is conveying installation equipped with the transfer device.

A gap filler is provided. The gap filler can include a sheet having a sheet first end and a sheet second end. The gap filler can include a first frame coupled to the sheet first end. The gap filler can include a second frame coupled to the sheet second end. The sheet can be configured to be compressed between the first frame and the second frame such that the first frame extends in a direction angled away from the second frame.

A gap filler is provided. The gap filler can include a sheet having a sheet first end and a sheet second end. The gap filler can include a first frame coupled to the sheet first end. The gap filler can include a second frame coupled to the sheet second end. The sheet can be configured to be compressed between the first frame and the second frame such that the first frame extends in a direction angled away from the second frame.

This conveyor stopper comprises: a stopper module hinged to at least one of an inlet and an outlet of a conveyor around a first shaft; and an actuator which is coupled to the stopper module and switches the stopper module to a bridge mode or a stopper mode, wherein the stopper module comprises: a stopper housing on one side of which the first shaft is located; and a second shaft which is located in the stopper housing and spaced apart from the first shaft and to which the actuator is coupled, wherein, in the bridge mode, the upper surface of the stopper module forms a continuous surface with the upper surface of the conveyor, and in the stopper mode, the upper surface of the stopper module forms a surface that is bent at an angle greater than or equal to a predetermined angle from the upper surface of the conveyor. The conveyor stopper may act as a bridge so that objects to be moved can be easily transferred or loaded despite a step due to height difference, or a predetermined separation distance, between conveyors, or may act as a stopper so that objects to be moved do not fall even when the conveyor malfunctions.

This conveyor stopper comprises: a stopper module hinged to at least one of an inlet and an outlet of a conveyor around a first shaft; and an actuator which is coupled to the stopper module and switches the stopper module to a bridge mode or a stopper mode, wherein the stopper module comprises: a stopper housing on one side of which the first shaft is located; and a second shaft which is located in the stopper housing and spaced apart from the first shaft and to which the actuator is coupled, wherein, in the bridge mode, the upper surface of the stopper module forms a continuous surface with the upper surface of the conveyor, and in the stopper mode, the upper surface of the stopper module forms a surface that is bent at an angle greater than or equal to a predetermined angle from the upper surface of the conveyor. The conveyor stopper may act as a bridge so that objects to be moved can be easily transferred or loaded despite a step due to height difference, or a predetermined separation distance, between conveyors, or may act as a stopper so that objects to be moved do not fall even when the conveyor malfunctions.

Various embodiments are directed to a guard apparatus for a conveyor system. The conveyor system comprises a plurality of rollers rotatably disposed between a pair of side frames of the conveyor system. The guard apparatus comprises a top cover and a first flange. The top cover is disposed in a first gap formed between a first roller and a second roller of the plurality of rollers. The first flange extends from a first end of the top cover into a second gap formed between a first end face of the first roller, a second end face of the second roller and a corresponding side frame of the conveyor system.