Twin-screw medium-sized glutinous rice ball machine

Abstract

The invention discloses a double-screw middle glue pudding machine. The double-screw middle glue pudding machine comprises a double-screw dough conveying system and a conveying system. The double-screw dough conveying system comprises a main dough conveying screw and an auxiliary dough conveying screw linked with the main dough conveying screw, and further comprises a stuffing tube cap and a combination dough nozzle structure matched with the main dough conveying screw and the stuffing tube cap, and an annular channel where dough passes and hollow tubular dough is formed is formed between the combination dough nozzle structure and the stuffing tube cap; the stuffing tube cap comprises a built-in section and an externally-arranged section, wherein the built-in section is inserted into the combination dough nozzle structure, and the externally-arranged section extends out of the combination dough nozzle structure and is used for supporting the hollow tubular dough. According to the double-screw small glue pudding machine, the externally-arranged section can supply radial supporting force to the hollow tubular dough discharged from the annular channel, the hollow tubular dough keeps in the distracting state accordingly, it is facilitated that stuffing enters the hollow tubular dough, it can be avoided that after being extruded from the annular channel, as supporting is lost, the hollow tubular dough is shrunk, cutting forming of a cutting forming system at the lower portion is facilitated, the shapes of dough products can not be deformed accordingly, and the quality of the finished products is improved.

Description

technical field [0001] The invention belongs to the technical field of food machinery, in particular, the invention relates to a twin-screw medium-sized glutinous rice ball machine. Background technique [0002] At present, the twin-screw medium-sized glutinous rice ball machines produced by all manufacturers in the domestic and Southeast Asian regions all use horizontal twin-screw dragon propulsion technology to convey the dough for the glutinous rice balls. In the extrusion of noodle wheel, a machine head shell and a noodle nozzle are installed at the front end of the twisted cage shell, and then cut by a shearing system. Too large, its disadvantage is to sum up, the existing twin-screw medium-sized glutinous rice ball machine has the following disadvantages: [0003] 1) The structure is complex, many parts are required, and the cost is high; [0004] 2) The size and weight of glutinous rice balls are not easy to adjust; [0005] 3) The taste of the finished product is ...

AI Technical Summary

Problems solved by technology

[0002] At present, the twin-screw medium-sized glutinous rice ball machines produced by all manufacturers in China and Southeast Asia use the horizontal twin-screw dragon propulsion technology to convey the dough for the glutinous rice balls. For noodle wheel extrusion, a machine head shell and a noodle nozzle are installed at the front end of the twisted cage shell, and then cut by a shearing system. Too large, its disadvantage is to sum up, the existing twin-screw medium-sized glutinous rice ball machine has the following disadvantages:

[0003] 1) The structure is complex, many parts are required, and the cost is high;

[0004] 2) The size and weight of glutinous rice balls are not easy to adjust;

[0005] 3) The taste of the finished product is not good:

Images