Spiral Conveyor Construction as Well as a Drive Tower
AssigneeAmmeraal Beltech Modular A/S
InventorsGerm Buter, Kenneth Westergaard Andersen
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AssigneeAmmeraal Beltech Modular A/S
InventorsGerm Buter, Kenneth Westergaard Andersen
Estimating the term…
The invention relates to a spiral conveyor construction comprising an endless conveyor belt assembled from a plurality of substantially identical modular belt links, where the endless conveyor belt is guided on a conveying path, where at least a part of the conveying path is surrounding a drive tower, where the drive tower can rotate around a vertical axis, such that the drive tower engages a side surface of the endless conveyor belt thereby propelling the endless conveyor along the conveying path characterized in that spaced along the periphery of the drive tower are arranged vertical engagement members, where at least some of these engagement members has a vertically arranged rib projecting radially away from the drive tower, and where on a lower section of the drive tower adjacent at least some of the engagement members with projecting ribs, blocks are provided, said blocks near the bottom of the drive tower radially project further from the drive tower that the engagement members, and where the blocks are provided with a radially extending secondary rib which secondary ribs extend from the block and increases their extend upwards from zero extend to an extend corresponding to the radially extend of the rib on the adjacent engagement member near the upper end of the block, and where the secondary ribs and/or the ribs on the engagement members engages and propels the endless conveyor belt along the conveying path.
Spiral conveyor construction comprising an endless conveyor belt assembled from a plurality of substantially identical modular belt links, where the endless conveyor belt is guided on a conveying path, where at least a part of the conveying path is surrounding a drive tower, where the drive tower can rotate around a vertical axis, such that the drive tower engages a side surface of the endless conveyor belt thereby propelling the endless conveyor along the conveying path wherein spaced along the periphery of the drive tower are arranged vertical engagement members, where at least some of these engagement members has a vertically arranged rib projecting radially away from the drive tower, and where on a lower section of the drive tower adjacent at least some of the engagement members with projecting ribs, blocks are provided, said blocks near the bottom of the drive tower radially project further from the drive tower that the engagement members, and where the blocks are provided with a radially extending secondary rib which secondary ribs extend from the block and increases their extend upwards from zero extend to an extend corresponding to the radially extend of the rib on the adjacent engagement member near the upper end of the block, and where the secondary ribs and/or the ribs on the engagement members engages and propels the endless conveyor belt along the conveying path.
Spiral conveyor construction where the peripheral distance between the ribs on the engagement members and the secondary ribs on adjacent blocks corresponds to the length in the travelling direction of a modular belt link from which the endless conveyor belt is assembled.
Drive tower for propelling an endless conveyor belt along a helical conveying path arranged outside said drive tower, where said drive tower has a top and a bottom and where a plurality of engagement members are arranged vertically between the top and bottom, where at least some of the engagement members has a rib projecting radially outwards from said engagement member, and where a number of blocks are arranged in a lower section of the drive tower immediately adjacent at least some of the engagement members with ribs, where the lowermost part of each block extends radially further from the drive tower, than the rib on the engagement member, and where a second rib having an increasing radially extend is arranged parallel with the ribs on the engagement members, where the rib on the blocks in the lower end has zero radial extend from the block and the rib upwards has an extend corresponding to the rib on the adjacent engagement member.
Dependencies are inferred from the claim text.