Single-piece composite reinforcing rib nest foundation forming device

Abstract

The invention discloses a single plate synthesized reinforcing rib comb foundation forming device. The single plate synthesized reinforcing rib comb foundation forming device is characterized by comprising a composite part and a compression part, wherein the composite part is provided with a left composite roll and a right composite roll; the axis of the left composite roll and the axis of the right composite roll are positioned at the same horizontal position; the left composite roll and the right composite roll are parallel to each other and are supported on a frame through shafts; a pressing gap is formed between the left composite roll and the right composite roll; at least two composite ring-shaped grooves are formed in each composite roll; the composite ring-shaped grooves of the left composite roll are in one-to-one alignment with the composite ring-shaped grooves of the right composite roll; a left conveying plate and a right conveying plate which point to the pressing gap between the left composite roll and the right composite roll are respectively arranged above the left composite roll and the right composite roll; a left guide plate and a right guide plate are respectively arranged above one ends, which are close to the pressing gap, of the left conveying plate and the right conveying plate; and a beewax melting tank which is connected to the frame through a supporting arm is arranged above the left guide plate. According to a comb foundation produced by the device, melting and wire buried connection are not required, and time and labor are saved.

Description

Technical field [0001] The invention relates to a tool for bee breeding, in particular to a single-piece synthetic reinforcing rib nest foundation molding device. Background technique [0002] In the bee breeding industry, in order to allow the bees to quickly establish a neat nest spleen at a designated position, artificially manufactured pieces of nest foundations are often used. This nest foundation is made by pressing a thin sheet of beeswax as the main material. The surface is pressed into a neatly arranged hexagonal house foundation. The house foundation protrudes from the bottom of the house. The bees build a nesting spleen on this basis to form a nest house. The nest foundation needs to be connected to the nest frame when used. It is firmly connected with the nest frame, and the steel wire fixed on the nest frame needs to be buried in the nest foundation. The existing method is to melt the nest foundation steel wire part by heating and press it into the nest foundation. T...

AI Technical Summary

Problems solved by technology

[0002] In the beekeeping industry, in order to allow the bees to quickly build a neat comb at a designated position, artificially manufactured nest foundations are often used. The surface is pressed into regular hexagonal house foundations. The house foundation protrudes outward from the bottom of the house. On this basis, the bees build a honeycomb to form a nest room. When in use, the nest foundation needs to be connected to the frame. To be firmly connected with the nest frame, it is necessary to embed the steel wire fixed on the nest frame into the nest foundation. The existing method is to melt the steel wire part of the nest foundation by heating and press it into the nest foundation. The depth of embedding is difficult to control. The regular hexagonal foundation will be destroyed during the press-in process, and it is easy to generate extra drone cells and irregular shapes, which will affect the honeycomb construction. The nest foundation itself has no supporting and strengthening structure, which still needs to be further resolved

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