Device for automatic conveying distribution of heating-up furnace glassware

Abstract

The invention discloses a device for automatic conveying distribution of heating-up furnace glassware. The device for automatic conveying distribution of the heating-up furnace glassware comprises a conveying line arranged on a side of a heating-up furnace input port and parallel with the heating-up furnace input port. A wedge plate is arranged on a side edge in the length direction of the conveying line, and a pushing plate is arranged on the other side edge of the conveying line. Besides, the side edge, where the wedge plate is arranged, of the conveying line is close to the heating-up furnace input port. The wedge plate is driven to conduct up and down displacement along the direction perpendicular to the conveying line by a vertical displacement driving mechanism. The pushing plate isdriven to conduct horizontal displacement along the width direction of the conveying line by a horizontal displacement driving mechanism. The wedge plate is driven to do upward displacement by the vertical displacement driving mechanism. The side edges of the conveying line are in an opened state, and then the pushing plate is driven to push a whole row of glassware to a heating-up furnace mesh belt by the horizontal displacement driving mechanism. According to the device for automatic conveying distribution of the heating-up furnace glassware, the working procedure that automation participates directly in putting of the glassware onto the heating-up furnace mesh belt is adopted; the production cost and labor intensity are lowered; meanwhile, personal safety of the staff is guaranteed; andequipment is utilized effectively, and working efficiency and the product qualification rate are improved.

Description

technical field [0001] The invention belongs to the field of glassware production, in particular to an automatic transmission and distribution device for glassware in a kiln. Background technique [0002] In the daily-use glassware industry, silk screen or decals are often used to decorate the product on the surface of the glassware. Among them, silk screen printing or decals are mostly carried out by silk screen printing machines, and the products after silk screen printing are transported to the front of the kiln input port through a very narrow micro conveyor belt that can only pass through a single product. The conveyor belt is about 1 km away from the kiln head Within 1 meter, there are staff in front of the input port of each kiln production line, who keep turning 180 degrees to transfer glassware from the micro conveyor belt to the mesh belt of the kiln. [0003] This transmission method has the following disadvantages. First, the staff is standing all the time, and ...

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Problems solved by technology

[0003] This transmission method has the following disadvantages. First, the staff is standing all the time, and the body is constantly rotating 180 degrees to hold the cup by hand. The labor intensity is very high. Under continuous working conditions, the production efficiency is low; the second is that the distance between the human body and the kiln is relatively short. , the high temperature of the kiln mouth has great radiation to the human body, and the staff are prone to heatstroke in summer; the third is that when the staff grabs the utensils from the conveyor belt, there is a certain degree of collision between the glass utensils at the moment of grabbing, and it is easy to lose Broken glassware can easily cause scratches to the opponent; fourth, due to manual operation, accidental damage is inevitable, which will cause a certain damage rate and affect the pass rate of the product; fifth, the labor cost is high, and this process requires skilled labor Completed; Sixth, the manual placement of the grilling kiln mesh belt is disorderly, and the area of ​​the grilling kiln mesh belt cannot be reasonably placed, so the utilization rate of the electric heating of the grilling kiln is not very high; Seventh, the hand sweat of the staff will pollute the glassware , and it is easy to leave fingerprints, which will affect the quality of products baked in the kiln

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