Automatic mold stripping, cooling, marking and charging equipment

Abstract

The invention relates to automatic mold stripping, cooling, marking and charging equipment. The equipment comprises an injection molding machine, a cooling device, a marking machine and a charging device, wherein the marking machine comprises a rack, a first sliding plate and a second sliding plate, wherein the first sliding plate is arranged on the rack and can slide front and back, the second sliding plate is arranged on the first sliding plate and can slide left and right, four sets of positioning mechanisms used for containing railway fasteners are arranged on the second sliding plate in arectangular array mode, and the positioning mechanisms can overturn the railway fasteners; a laser head is arranged above the rack, three sets of water absorption devices are arranged above the rackin the left-right direction, the heights of the water absorption devices correspond to the height of the railway fastener on the positioning mechanism, and the arrangement interval of the water absorption devices is the same as the left-right arrangement interval of the positioning mechanism. The automatic mold stripping, cooling, marking and charging equipment disclosed by the invention is simplein structure and ingenious in design, the injection molding machine, the cooling device, the marking machine and the charging device are matched with a manipulator, full-automatic operation of railway fastener machining is achieved, and the production efficiency and the product quality are greatly improved.

Description

technical field [0001] The invention relates to an automatic die-out cooling, marking and charging equipment, which specifically belongs to the technical field of railway fastener production equipment. Background technique [0002] Railway fasteners need to be molded, cooled, marked, boiled and other processes after injection molding. At present, they are cooled by water, and the railway fasteners are manually placed in the basket, and the basket is placed in the pool for cooling. When the basket is raised, it has the following problems: 1. The basket is small in size and the number of railway fasteners installed is small; 2. The railway fasteners are close together, so the heat is slowly emitted; 3. The water in the pool does not flow, and the heat transfer is slow. All of the above factors have directly led to low cooling efficiency of railway fasteners, and low degree of automation, which wastes manpower and material resources. [0003] At present, when marking, the rail...

AI Technical Summary

Problems solved by technology

[0002] Railway fasteners need to be molded, cooled, marked, boiled and other processes after injection molding. At present, they are cooled by water, and the railway fasteners are manually placed in the basket, and the basket is placed in the pool for cooling. When the basket is raised, there are the following problems: 1. The basket is small in size, and the number of railway fasteners installed is small; 2. The railway fasteners are close together, and the heat dissipation is slow; 3. The water in the pool does not flow, and the heat transfer is slow

All the above factors have directly led to low cooling efficiency of railway fasteners, and low degree of automation, wasting manpower and material resources

[0003] At present, when marking, the railway fasteners are manually placed under the laser head of the marking machine to mark one by one, and then taken away. Only one railway fastener can be marked at a time, which is time-consuming and labor-intensive. Low, and after the last cooling process of railway fasteners, there will be water stains on the marking plane, which will affect the marking operation and product quality

[0004] After the marking is completed, the railway fasteners are currently removed from the marking equipment by manipulators, put into the basket, and then manually stacked and then boiled, which is time-consuming and laborious, and the degree of automation is low.

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