Conveying mechanism for continuous bulb production device

Abstract

A conveying mechanism for a continuous bulb production device comprises a disc, limit edges, a bulb casing container, a pneumatic retaining rod and a detecting probe, wherein the disc is driven by a circular power chain, the limit edges are arranged on two sides of the disc, the bulb casing container is arranged on the disc, and the pneumatic retaining rod and the detecting probe are arranged at positions corresponding to a grabber. The conveying mechanism is characterized in that a pusher rightly aligning to a pneumatic pusher of the bulb casing container is arranged at the positioning corresponding to the grabber, the detecting probe is arranged beside the pneumatic pusher and at the position corresponding to the bulb casing container, and a second pneumatic retaining rod is arranged on the outer side of the detecting probe in the entering direction of the bulb casing container. Compared with the prior art, the conveying mechanism has the advantages that the grabber is prevented from breaking bulb casings and the bulb casings are easy to accurately position.

Description

Technical field: [0001] The invention relates to a production device for light bulbs. Background technique: [0002] The existing continuous production device for light bulbs, as disclosed in patent application 2012104325592, consists of a production device for the glass bulb, a production device for firing the filament in the glass bulb, a pressure-resistant detection device, a filament foot cutting device, and a device with The aging device for semi-finished bulbs with filaments, vacuuming and filling protective gas and sealing devices are composed of a third transmission device between the aging device for semi-finished bulbs with filaments, vacuuming, filling protective gas and sealing devices device, the third conveying device includes a circular conveying device, the blister container driven by the circulating conveying device, and the seventh grabber is arranged between the feeding station of the vacuum pumping and filling shielding gas and the sealing device and t...

AI Technical Summary

Problems solved by technology

The above-mentioned structure has the following disadvantages: 1. Since the blister container is only placed on the carrier plate of the circulating conveying device, although the limiting edges are arranged along both sides of the circulating conveying device, there is a gap between the blister container and the limiting edge Yes, the seventh grabber is to clamp the airway tube of the bulb on the bulb container through a clip with an inner notch. When the airway tube is not located on the notch of the clip, the clip can easily clamp the airway tube 2. The blister containers are easy to pass through the position corresponding to the seventh grabber one by one, making it difficult for the pneumatic lever to position the blister containers

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