A motorized roller conveying mechanism with a stable structure

Abstract

The invention discloses a maneuvering roller way conveying device with a stable structure. The device comprises a maneuvering carrying cart (9) convenient to move, and a roller way device (8) mounted on the maneuvering carrying cart (9) through a height and dip angle adjusting device (91); a series of rollers (7) is mounted in the roller way device (8) side by side, wherein the rollers (7) include cylinder walls (70) and integrally molded support discs (71) positioned at the axial middle parts of the cylinder walls (70), so that the internal spaces of the cylinder walls (70) are divided into two cavities by the support discs (71); and the support discs (71) are mounted on a rotating shaft (81) rotationally supported in a side wall (80) of the roller way device (8) through keys (72).

Description

technical field [0001] The invention relates to the field of conveying devices, in particular to a motorized roller table conveying mechanism with a stable structure. Background technique [0002] Roller conveyors are widely used in conveying items. In some occasions where items need to be transported from a low place to a high place, such as the transport of heavy items, it is necessary to use the roller table device to provide a transition slope to facilitate pushing the items directly to the destination. The rollers of this roller table arrangement are passively driven, rotating rollers. By adjusting the inclination angle of the roller table, it can be applied to assist in conveying articles in various situations. However, this roller table device also has potential safety hazards. Due to its passive drive, when the pushing force during transportation is less than the sliding force generated by gravity, the objects are prone to reverse slide and accidents. And in some ...

AI Technical Summary

Problems solved by technology

However, this kind of roller table device also has potential safety hazards. Due to its passive drive, when the pushing force during transportation is less than the sliding force generated by gravity, the objects are prone to reverse slide and accidents

However, in some devices with rollers that can rotate in one direction, because the rollers are fixed and rotate in one direction, they cannot meet the needs of being applicable to different inclination situations, and they cannot be used for horizontally oriented two-way article transmission.

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