Stable discharging mechanism

Abstract

The invention provides a stable discharging mechanism. The stable discharging mechanism is simple in structure, low in cost, continuous in conveyance and high in reliability. The stable discharging mechanism comprises a frame, a conveying mechanism, an upper double-rail mechanism, a carrying tray, a lower double-rail mechanism and at least one pair of parallel four-bar mechanisms. The conveying mechanism comprises a pair of conveying chains, a driving shaft and a driven shaft. Corresponding transmission gears are arranged at the two ends of the driving shaft and the two ends of the driven shaft respectively. The upper double-rail mechanism is located below the lower double-rail mechanism. The parallel four-bar mechanisms are arranged in parallel. The parallel four-bar mechanisms are connected with the driving shaft through a transmission mechanism. The transmission mechanism is connected to a supporting frame. The supporting frame is arranged on a frame. The parallel four-bar mechanisms are used for conveying the carrying tray to lower rails from upper rails. The stable discharging mechanism is applied to the field of viscose material drying; materials can be stably received and conveyed, and it is guaranteed that the materials horizontally move and fall; and the production efficacy is improved, and the stable discharging mechanism can also be applied to the logistics field for loading and unloading materials.

Description

technical field [0001] The invention relates to the field of material drying, in particular to a material transmission mechanism. Background technique [0002] Most viscous material drying equipment uses manual placement of trays on drying racks, which not only has low production efficiency, but also poor drying quality. The drying quality, drying efficiency and drying continuity of the material directly determine the performance of the drying equipment. In order to improve the continuity and efficiency of viscous material drying equipment, most people currently use a device to move the loading tray down layer by layer. Most of the transfer devices have two main shortcomings: one is because there is no good solution The disengagement mechanism between the loading tray and the transmission mechanism cannot ensure that the loading tray falls onto the transfer mechanism accurately and continuously; second, because the transfer mechanism and the transmission mechanism do not ha...

AI Technical Summary

Problems solved by technology

In order to improve the continuity and efficiency of viscous material drying equipment, most people currently use a device to move the loading tray down layer by layer. Most of the transfer devices have two main shortcomings: one is because there is no good solution The disengagement mechanism between the loading tray and the transmission mechanism cannot ensure that the loading tray falls onto the transfer mechanism accurately and continuously; second, because the transfer mechanism and the transmission mechanism do not have good coordination, even if the transfer mechanism can accurately place the loading tray Sending to the next layer of transmission mechanism will also affect the transmission of the loading tray on the next layer of transmission mechanism

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