Insertion machine

Abstract

The invention discloses a sheet inserting machine which comprises an automatic rotor feeding device, two station switching devices in left-right symmetry, an automatic inserting sheet feeding device, a left sheet inserting cylinder (24) and a right sheet inserting cylinder (24). The automatic rotor feeding device comprises a rotor vibration disc (1), a radial inclined feeding channel (2), an axial horizontal feeding channel (3), a pushing cylinder (6), a first swing plate, a first swing cylinder (8), a left feeding cylinder and a right feeding cylinder, wherein the pushing cylinder (6) is used for pushing rotors at the head end of the axial horizontal feeding channel (3) to the tail end of the axial horizontal feeding channel (3), and the first swing plate is perpendicular to the axial horizontal feeding channel (3). The automatic inserting sheet feeding device comprises an inserting sheet vibration disc (18), an inclined inserting sheet feeding channel (19), a second swing plate (20) perpendicular to the inclined inserting sheet feeding channel (19), and a second swing cylinder driving the second swing plate (20). The sheet inserting machine is high in automation degree, continuity and production efficiency.

Description

technical field [0001] The invention relates to the mechanical field, in particular to a chip inserting machine for inserting a chip into a rotor installation groove. Background technique [0002] In industrial manufacturing fields such as automobiles and home appliances, it is often necessary to insert inserts into the rotor, such as inserting spacers on the motor rotor, or inserting vanes on the rotor of the vane pump, or inserting timing pieces on the rotor of the timer ,Wait. The rotor is provided with a central hole along the axial direction, and the rotor has a plurality of installation grooves evenly distributed along the circumferential direction. The most traditional method is to manually insert the metal inserts one by one into the corresponding installation slots of the plastic rotor, but this method is inefficient and obviously not suitable for mass industrial production. [0003] In the prior art, someone has also developed a chip inserting machine that relies...

AI Technical Summary

Problems solved by technology

However, similar inserting machines in the prior art have a common defect, that is, they only realize the automation of inserting inserts, but cannot realize the automation of rotor installation, and the installation of rotors still requires manual installation, which has low degree of automation, poor continuity, and production. still less efficient

In fact, the problem of automatic loading and installation of the rotor is a technical problem that has plagued technicians in the industry for many years, because the rotor is generally a plastic part, light in weight, and there are many installation grooves on the outer peripheral surface of the rotor, requiring the center hole of the rotor Precisely fit on the fixed shaft, and the accuracy of the rotor’s fitting angle is very high, because the axial direction of the mounting groove on the rotor must completely coincide with the insertion track of the insertion piece, otherwise the insertion piece will not be able to be inserted, and now Technical mechanical equipment naturally cannot guarantee that a single rotor can be inserted onto the fixed shaft at such an accurate angle, and single feeding cannot be guaranteed, let alone batch continuous and fast feeding of multiple rotors. Therefore, the existing Technology can only adopt inefficient manual rotor installation

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