Early warning device for waste blockage of continuously-blanking die

Abstract

The invention relates to an early warning device for waste blockage of a continuously-blanking die. The early warning device for waste blockage of the continuously-blanking die is characterized by structurally comprising an induction component, an electrical control part and a sound-light alarm device; the induction component is fixed to a predetermined position of the bottom of a blanking slide groove, and spaced at a predetermined distance with the bottom surface of the blanking slide groove; the electrical control part is used for being electrically connected with the induction component, receiving and processing a signal coming from the induction component, converting the signal to a control instruction, and outputting the control instruction; and the sound-light alarm device is connected and controlled by the electrical control part, and used for finally executing the instruction received from the electrical control part as external sound-light alarm. According to the early warning device for waste blockage of the continuously-blanking die, position matching is carried out on the induction component and the slide groove assembly, the condition of material blockage is promptedto operating personnel at the first time, and the operating personnel dispose in time according to the condition, so that equipment damage and other influence caused by the material blockage are avoided.

Description

technical field [0001] The invention relates to an early warning device, in particular to a continuous blanking mold waste clogging early warning device, which belongs to the technical field of steel processing devices. Background technique [0002] At present, in the automotive mold industry, punching processing through stamping equipment combined with molds is widely used in continuous blanking production lines of steel. In order to meet the product structure requirements and improve production efficiency at the same time, multiple blanking ports will be set up on the entire continuous blanking equipment, so as to achieve the production purpose of punching multiple holes at one time. In order to facilitate the collection of punched waste pieces, a set of blanking guide chute is equipped at each blanking port of the entire mold equipment. This blanking guide chute uses a platform with a certain inclined angle to guide the blanking The waste from the mouth falls freely al...

AI Technical Summary

Problems solved by technology

[0003] Since the design structure and position of the blanking port on the entire blanking mold are different, some blanking ports on the periphery of the mold are easier to slide and collect waste, and are less likely to cause blockage, or the blockage that occurs in rare cases is also easily blocked. The operator finds out in time

However, some blanking openings are located in the middle of the entire mold equipment. In order to facilitate the sliding of waste materials, the blanking openings in this part are often designed with a small sliding slope and a long stroke. The waste formed by stamping will accumulate and block at the discharge port

When this happens, it is difficult for the operator to find out in time, and once the clogging phenomenon cannot be found in time, it will cause the die block to break, affect the production efficiency, and even damage the whole set of dies

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