Friction-driven perpendicular immersion type process conveying equipment

Abstract

The invention discloses friction-driven perpendicular immersion type process conveying equipment. The process conveying equipment comprises a lifter, a transferring machine, a lifting appliance, a rail and a friction wheel mechanism, wherein the lifter is used for realizing perpendicular immersion of workpieces, the transferring machine is used for transferring the workpieces among different routes, the lifting appliance is used for bearing a sledge body and the workpieces, the rail is used for bearing the lifting appliance, and the friction wheel mechanism drives the lifting appliance to moveforwards. The process conveying equipment has the beneficial effects that 1) the workpieces are perpendicularly immersed into a groove, in addition, the lifting rigidity is good, and the workpieces do not float; 2) the productivity of the process conveying equipment is 30% or more higher than the productivity of an automatic hoist conveyor; 3) an opening does not need to be formed in the top of achamber body so that hot air can be prevented from overflowing; and 4 ) the top of the lifting appliance is not provided with an oil receiving disc so that discharging and spray washing of the workpieces cannot be affected.

Description

technical field [0001] The invention relates to the technical field of conveyors, in particular to a friction-driven vertical immersion process conveying equipment. Background technique [0002] In traditional technology, self-propelled gourd conveyors (EMS) are generally used for pre-treatment electrophoresis conveyors with lower production capacity. However, during the use of self-propelled gourd conveyors (EMS), there are the following disadvantages: (1) The lifting and lowering of workpieces is controlled by the chain Hoist drive. The rigidity of the ring chain is poor. If the falling speed is fast, it will cause the workpiece to float when it enters the tank; (2) the pre-treatment electrophoresis generally adopts a 2 / 8 (m / min) double-speed hoist, and the lifting speed is fixed and cannot be adjusted as needed; (3) ) The production capacity of the self-propelled hoist conveyor generally does not exceed 17JPH; (4) In order to adapt to the operation of the self-propelled ...

AI Technical Summary

Problems solved by technology

[0002] In traditional technology, self-propelled gourd conveyors (EMS) are generally used for pre-treatment electrophoresis conveyors with lower production capacity. However, during the use of self-propelled gourd conveyors (EMS), there are the following disadvantages: (1) The lifting and lowering of workpieces is controlled by the chain Hoist drive

The rigidity of the ring chain is poor. If the falling speed is fast, it will cause the workpiece to float when it enters the tank; (2) the pre-treatment electrophoresis generally adopts a 2 / 8 (m / min) double-speed hoist, and the lifting speed is fixed and cannot be adjusted as needed; (3) ) The production capacity of the self-propelled hoist conveyor generally does not exceed 17JPH; (4) In order to adapt to the operation of the self-propelled hoist, the center of the top of the pre-treatment electrophoresis chamber needs to be opened, resulting in hot air overflow and tank liquid pollution; The dust plate seriously affects the effect of spraying the workpiece out of the groove

Images