MODULAR CORE TROLLEY FOR DOVEPOINT ATTACHMENT USED IN ECCENTRIC PRESSES

Abstract

This invention relates to the core carriage mechanisms of the 5 dovetail type used in hot forging operations performed in eccentric presses. The invention includes the Core Connection Fitting (1), which is in direct contact with the core and is subjected to high impact and friction effects, and which can be locally removed and replaced in case of wear or deformation, and the Modular Core Carriage Body (2) to which the said fitting part is attached. By making the core connection area modular, it is aimed to reduce maintenance time and replacement costs, protect the main body and maintain the rigidity of the mechanism by replacing only the worn fitting part instead of the entire core carriage.

Description

1 TARIFF MODULAR CORE FOR DOVEPOTOR ATTACHMENT USED IN ECCENTRIC PRESSES CAR This invention is used in hot forging operations performed on eccentric presses. It relates to dovetail-type quarry carriage mechanisms. The invention involves high impact and In order to modularize the connection area of ​​the match that is exposed to friction. It has been improved and includes the Core Connection Pass-Through and Modular Core Car Body sections. It includes. State of the Art In current dovetail joints, the quarry carriage is a single, one-piece block. It is manufactured. During the pressing process, the front end where the core is attached remains constantly high. Wear and tear occurs in this area because it is exposed to impact and friction effects. or deformation necessitates the replacement or major overhaul of the entire quadcopter. 15 This may require its purchase. Completely disassembling and reassembling the monolithic structure causes the press to stop for an extended period, reducing production costs. This leads to loss. In addition, wear occurring in the end region increases working clearances. increasing it leads to a decrease in the rigidity of the mechanism and a deterioration in forging accuracy. It can open. 20 Purpose of the Invention The purpose of the invention is to separate the spade carriage from a single, monolithic structure, connecting the main body and the spade. a modular structure consisting of interchangeable snap-on caps that provide the connection to transform; thus locally protecting the part exposed to high impact and friction. The goal is to enable modification. 25 Another purpose of the invention is to ensure that the entire core carriage is protected in case of wear or deformation. Maintenance by changing only Match Connection Passing (1) instead of changing it To reduce the time and cost of change, the Modular Spade Car Body (2) is used The aim is to extend the lifespan and ensure the maintenance of system rigidity. 2 Benefits of the Invention The connection point (1) of the match is where the impact is directly received and wear is concentrated. It is a replaceable modular end piece. The fact that this part can be replaced locally is the main 5 preserving the hull and the need for a complete core carriage replacement It helps to reduce it. Thanks to its modular design, the maintenance team can detect wear at the core connection point more quickly. It can intervene. The fitting of the snap-on part to the body must be compatible and wear-resistant. Its renewal contributes to maintaining the rigid and precise operation of the mechanism. provides. Method of Implementing the Invention During the hot forging process in eccentric presses, the dovetail mechanism moves back and forth. The guiding movement is provided by the Modular Core Car Body (2). Press 15 the part that makes direct contact with the spade at the moment of impact and experiences high impact and friction force. The exposed part is the Spade Connection Fitting attached to the body (1). The connection to the match (1) carries the pressing forces and impact on itself. by meeting the wear of the Modular Spade Car Body (2) behind it and It reduces deformation. The Core Connector 20 that has reached the end of its service life or is worn out. (1) is removed and replaced with a new one. Thus, the Modular Spade Trolley Body (2) This ensures that the system remains rigid and precise in its operation. Explanation of Figures 25 Figure 1. Dovetail joint and modular core carriage used in eccentric presses. general appearance and Modular Spade Car Body with Spade Connection (1) (2) shows. 3 Reference Numbers 1- Connecting to the Match 2- Modular Spade Trolley Body This invention is used in hot forging operations performed on eccentric presses. It relates to dovetail-type quarry carriage mechanisms. The invention involves high impact and 10 improved, with the Match Connection Pass-Through (1) and Modular Match Car Body (2) It includes the following sections.

Claims

4 REQUESTS MODULAR CORE TROLLEY FOR DOVEPOINT ATTACHMENT USED IN ECCENTRIC PRESSES 1- This invention is used in hot forging operations performed on eccentric presses. This relates to the dovetail type core carriage mechanism; the core connection area is modularized. 5 In order to bring about the Match Connection (1) and the said Match Connection (1) It is characterized by having a Modular Spade Car Body (2) to which it is attached. 2- The swallowtail type core carriage mechanism mentioned in Claim 1; its characteristic is pressing. during the match, which is in direct contact with the match and exposed to impact and friction effects, The Core Connection 10 can be locally removed and replaced in case of wear or deformation. It is to include (1) passing. 3- The swallowtail type core carriage mechanism mentioned in Claim 1; its characteristic is Core Connection. The dovetail mechanism, to which the pass-through (1) is attached, enables the forward-backward steering movement. Modular core, whose service life is extended by protecting it through the replacement of the interlocking part. It includes the car body (2). 15

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