Automatic stacking equipment for instrument aluminum seal

Abstract

The invention relates to the field of instrument aluminum seal processing, in particular to automatic stacking equipment for an instrument aluminum seal. The automatic stacking equipment comprises a bin, a moving bracket, a stacking motor, a supporting plate and a stacking plate, the moving bracket can be movably arranged in the bin, the stacking motor is arranged at one end of the bin, and an output shaft of the stacking motor is in transmission connection with the moving bracket through a reciprocating mechanism; and the moving bracket can be forced to horizontally move in a reciprocating mode in the mode that the stacking motor drives the reciprocating mechanism, the supporting plate is arranged at the top of the moving bracket, the bottom of the stacking plate is detachably mounted atthe top of the supporting plate, two symmetrically-distributed levelling plates are arranged on the upper part of the supporting plate, a power mechanism is arranged on the upper parts of the levelling plates, the levelling plates are in transmission connection with the power mechanism, the two levelling plates can horizontally move in the same direction or the opposite direction through driving of the power mechanism, the sides, away from each other, of the two levelling plates are provided with air blowing mechanisms correspondingly, and the two air blowing mechanisms can synchronously movewith the respective levelling plates. The automatic stacking equipment can assist manual work in automatic stacking, and then the efficiency is improved.

Description

technical field [0001] The invention relates to the field of instrument aluminum seal processing, in particular to an automatic code disc device for the instrument aluminum seal. Background technique [0002] Meter aluminum seals are widely used as a fastener in electric meters. There are many types of meter aluminum seals. Among them, there is an aluminum seal made of ABS plastic. The whole is a cylinder with a wide top and a narrow bottom. Among the metal components, the upper end of the aluminum seal of the instrument is the top end for manual twisting. The aluminum seal of the instrument is relatively small. In the post-processing or assembly process, in order to facilitate the clamping of the manipulator and other equipment, so In advance, it is necessary to use a code plate plate to collect the aluminum seal of the instrument. There are several code plate holes distributed in a matrix on the code plate plate. The code plate hole is used to accommodate a single instrume...

AI Technical Summary

Problems solved by technology

[0002] The instrument aluminum seal is widely used as a fastener in the electric meter. There are many types of instrument aluminum seals. Among them, there is an aluminum seal made of ABS plastic. The overall shape is a column with a wide top and a narrow bottom. Among the metal components, the upper end of the instrument’s aluminum seal is the top for manual twisting. The volume of the instrument’s aluminum seal is relatively small. In the post-processing or assembly process, in order to facilitate the clamping of manipulators and other equipment, so It is necessary to use a code disc plate to collect the instrument aluminum seal in advance. There are several code disc holes distributed in a matrix on the code disc plate. The code disc holes are used to accommodate a single instrument aluminum seal. The lower end of the instrument aluminum seal enters the code disc hole. , the upper end of which is on the top of the code disc plate, and then through the code disc hole, the instrument aluminum seal is limited to a state that can be grasped by the subsequent manipulator; the existing code disc work of the instrument aluminum seal is manually operated, and the batch The instrument aluminum seal is poured on the code plate, and then the code plate is manually shaken to make the instrument aluminum seal enter the code plate hole. This method requires manual feeding (frequently pouring batches of instrument aluminum seals on the code plate) , and then part of it falls, and part of it enters the code disc hole, so that it can be cycled until the code disc hole is fully loaded). It can quickly spread the accumulated aluminum seals of the instrument, and then make it easier for the aluminum seal of the instrument to enter the code disc hole, but this kind of operation is relatively harmful to the manual palm, and at the same time, it is labor-intensive, and after all the code disc holes are fully loaded, there is still It is necessary to manually remove the stubborn aluminum seal of the instrument on the code wheel (the one that does not enter the hole of the code wheel and has a large amount of residue), and it cannot be removed directly upside down, so the overall time-consuming is too long and the efficiency is very slow

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