Super light clay machining device

Abstract

The invention provides a super light clay machining device. The device mainly comprises a clay cutting device, a clay transfer device, a cover arranging device and a cover pressing device. The devicesare connected in sequence through a conveying belt. The machining device changes vertical shearing in the prior art into horizontal cutting, during transferring, a spring rod with a limiting device is used for inserting taking of cut super light clay blocks, under driving of a rocker, transferring from the horizontal direction to the vertical direction is achieved, after the vertical direction isachieved, pressing of a press head and retraction of the spring rod are used for achieving releasing of clay blocks, the cut super light clay blocks are transferred, in the whole process, the super light clay is in the completely controllable state, product consistency is good, machining and packaging processes of the super light clay are more stable and reliable, meanwhile, the cooperation of the novel cover arranging device and the novel cover pressing device is adopted, and the yield and the machining efficiency are greatly improved.

Description

technical field [0001] The invention relates to the field of toy processing, in particular to a processing device for ultralight clay. Background technique [0002] Ultra-light clay is a kind of paper clay, referred to as ultra-light clay. It is easier and more comfortable to knead, more suitable for modeling, and the works are very cute. It is more popular in Japan. It is a new type of environmentally friendly, non-toxic Non-toxic, naturally air-dried hand-made styling materials. It is mainly made by using polymer material foaming powder (vacuum microspheres) for foaming, and then physically mixing it with polyvinyl alcohol, glycerin, water-based color paste and other materials in a certain proportion. . [0003] Because ultra-light clay has a certain viscosity, it needs to be sheared and formed as soon as possible during the processing, and then sealed and stored. The existing shearing device is generally industrial scissors or a shearing device similar to scissors. Aft...

AI Technical Summary

Problems solved by technology

[0003] Because ultra-light clay has a certain viscosity, it needs to be sheared and formed as soon as possible during the processing, and then sealed and stored. The existing shearing device is generally industrial scissors or a shearing device similar to scissors. After being extruded from the silo, the above-mentioned transfer device is used to cut the cut part. The cut part falls into the lower packaging box for packaging and does not need to be transferred, but this method is vertical shearing. Falling freely into the packaging box under the action of gravity causes the mud to have inconsistent postures, and even some mud is above the edge of the cup, which causes the product to be unsightly and poorly sealed. Cutting causes the ultra-light clay to fall naturally under the action of gravity, and it is difficult to accurately fall into the packaging box, which causes greater difficulty for subsequent continuous processing

[0004] At the same time, the existing ultra-light clay processing device also includes the unloading device of the packaging box, the capping device and the corresponding supporting conveying device. These devices are relatively mature products, but the capping device needs to accurately press the box cover. Control and unloading can meet the requirements of production, but the existing lid unscrambling device cannot control the number of lids, and can only be unloaded after the lids are piled up, which has low efficiency of lifting unloading, high noise, and excessive power consumption. Large size and easy material jams, which also restrict the improvement of clay processing efficiency

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