Intelligent polyhedron anvil press machine

Abstract

The invention discloses an intelligent polyhedron anvil press machine. The intelligent polyhedron anvil press machine comprises six anvil press oil cylinders which are arranged to be of a regular hexahedron structure through pairing symmetry, one or more connecting rods are arranged between every two anvil press oil cylinders, an anvil press piston is arranged in each anvil press oil cylinder, a guiding oil cylinder and a guiding piston rod which are matched mutually are arranged between every two anvil press pistons, one end of each anvil press piston is connected with an anvil press head, oil inlets and oil return ports of the six anvil press oil cylinders are each connected with a first reversing valve through an oil pipe, and oil inlets and oil return ports of the six guiding oil cylinders are each connected with a second reversing valve through an oil pipe. The intelligent polyhedron anvil press machine has the advantages that the structure is simple, the size of the appearance issmall, the weight is low, durability is realized, operation is flexible, mechanical properties are good, synchronous work of the multiple cylinders can be absolutely guaranteed, aligning performanceis good, and automatic control can be realized completely.

Description

technical field [0001] The invention relates to the technical field of hard material synthesis processing equipment, in particular to an intelligent multi-face press. Background technique [0002] The synthetic equipment of the six-sided press is a special equipment for diamond production. In order to ensure the accuracy of the six-sided press, the design usually uses the same six hinged beam assemblies connected by pin hinges, which is simple to manufacture and easy to install. However, due to the unavoidable gap between the pin connection and the fit of this connection method, the cumulative error of the six-sided top press is relatively large, and the spatial position of each piston centerline will change greatly, and the concentricity and verticality are large. , the precision of the press is low. And there is a gap between the hinge beams, and when debris is generated, the debris splashes and causes injury to personnel. Moreover, the hinged connection structure is ado...

AI Technical Summary

Problems solved by technology

However, due to the unavoidable gap between the pin connection and the fit of this connection method, the cumulative error of the six-sided top press is relatively large, and the spatial position of each piston centerline will change greatly, and the concentricity and verticality are large. , the precision of the press is low

And there is a gap between the hinge beams, which is easy to cause damage to personnel when debris is generated.

Moreover, the hinged connection structure is adopted, the shape and structure are complex, and the mechanical properties are poor. Only steel castings can be used. The shape is large and the structure is heavy. Due to the influence of the large cylinder diameter, the press is getting bigger and bigger, and the cost is getting higher and higher. Its six working cylinders cannot work synchronously, the neutrality is not good, and automatic production cannot be realized

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