An intelligent manufacturing processing device for slotting plate-shaped resistors

Abstract

The invention relates to the technical field of resistor manufacturing, and discloses an intelligent manufacturing processing device for slotting plate-shaped resistors, which includes a housing, a magnetic frame is fixedly installed at the bottom of the inner cavity of the housing, and the inner part of the magnetic frame The cavity is slidingly connected with symmetrical induction blocks, and the return springs are fixedly connected between the induction blocks. The upper end of the magnetic frame is fixedly connected with a symmetrical protective seat, and the bottom of the inner cavity of the protective seat is fixedly equipped with an air pressure bag. , the upper part of the inner cavity of the protective seat is slidably connected with an abutment rod. The intelligent manufacturing processing device for plate-shaped resistor grooves, through the flexible connection of the movable plate on the bearing plate, makes the bearing plate able to cooperate with the threaded tooth sleeve and the rotating rod when the bearing plate is lowered by the influence of the resistance gravity, so that the movable plate At the same time, cooperate with the air jet frame to limit the resistance from the upper part, thus effectively ensuring the integrity of the resistance surface and the stability of the fixation, and avoiding the resistance being affected by the residue when the groove is carved.

Description

technical field [0001] The invention relates to the technical field of resistance manufacturing, in particular to an intelligent manufacturing processing device for slotting plate-shaped resistance. Background technique [0002] At present, the groove on the resistor is a method of processing the resistance value of the film resistor, and when the plate resistor is manufactured by this method, it is also necessary to spray a layer of resistive film on its surface, and then the resistive film Carrying out grooves, the resistance value can be controlled by controlling the density of the grooves, but during the use of the general processing device for grooves of plate-shaped resistors, there will be situations where the corresponding fixing mechanism fixes the resistor too tightly or the fixing force is insufficient , the two situations will respectively lead to the damage of the resistance surface and the shaking of the resistance during processing. In addition, when the groov...

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Problems solved by technology

[0002] At present, the groove on the resistor is a method of processing the resistance value of the film resistor, and when the plate resistor is manufactured by this method, it is also necessary to spray a layer of resistive film on its surface, and then the resistive film Carrying out grooves, the resistance value can be controlled by controlling the density of the grooves, but during the use of the general processing device for grooves of plate-shaped resistors, there will be situations where the corresponding fixing mechanism fixes the resistor too tightly or the fixing force is insufficient , the two situations will respectively lead to the damage of the resistance surface and the shaking of the resistance during processing. In addition, when the groove is carved, the residue of the resistive film that falls off will fall on the resistance surface and the corresponding bearing mechanism, causing a certain degree of damage to the groove. influences

[0003] Aiming at the deficiencies of the prior art, the present invention provides an intelligent manufacturing processing device for slotting plate-shaped resistors, which effectively ensures the integrity of the resistor surface and the stability of fixing, and prevents the resistor from being affected by residues during slotting. Influence and other advantages, it solves the problem that during the use of the general plate-shaped resistor groove processing device, the resistance is fixed too tightly, resulting in damage to the surface of the resistor or insufficient fixing force, which leads to poor fixing effect, and the resistor is easily affected by residue when grooved. problem of influence

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