Safe and reliable cooked wheaten food machine

Abstract

The invention provides a safe and reliable cooked wheaten food machine. The safe and reliable cooked wheaten food machine comprises a machine base, an extrusion assembly, a screw and a die head assembly; the extrusion assembly is arranged on the machine base; a motor is arranged in the machine base; the extrusion assembly comprises an extrusion cylinder; the screw is transversely arranged in the extrusion cylinder; the die head assembly is arranged at the front end of the extrusion cylinder; the die head assembly comprises a die head support and a die head, wherein the extrusion cylinder comprises a cylinder body; a first eccentric part is arranged at the front end of the cylinder body; the centre of the first eccentric part is arranged in an offset mode corresponding to the central axis of the cylinder body; the die head assembly is installed with the extrusion cylinder through the first eccentric part in a matched manner; a safety switch is arranged in the machine base; a safety linkage device is arranged between the machine base and the first eccentric part; and the safety linkage device is in linkage with the safety switch, so that in-place detection on the die head is carriedout. The linkage stability and reliability of the safety linkage device are greatly improved while the structural rationality of the whole machine is guaranteed; and the use safety of a user is fullyguaranteed.

Description

technical field [0001] The invention belongs to the field of food processing machines, in particular to a pasta machine. Background technique [0002] With the improvement of people's living standards, the requirements for the noodle making performance of the noodle machine are getting higher and higher. Existing domestic pasta machine generally comprises machine base, is installed on the machine base and is driven by motor stirring assembly and extruding assembly, and stirring assembly comprises stirring cup and stirrer, and extruding assembly comprises extruding cylinder and is arranged on extruding cylinder The inner screw, the head end of the extruding barrel is provided with a die head assembly, which generally includes a die head bracket and a face-out die head, which can realize the functions of automatic mixing and dough and extrusion face-out, and meet the basic automatic production requirements of users. However, during the extruding process of the existing pasta ...

AI Technical Summary

Problems solved by technology

Existing domestic pasta machine generally comprises machine base, is installed on the machine base and is driven by motor stirring assembly and extruding assembly, and stirring assembly comprises stirring cup and stirrer, and extruding assembly comprises extruding cylinder and is arranged on extruding cylinder The inner screw, the head end of the extruding barrel is provided with a die head assembly, which generally includes a die head bracket and a face-out die head, which can realize the functions of automatic mixing and dough and extrusion face-out, and meet the basic automatic production requirements of users. However, during the extruding process of the existing pasta machine, when the material runs from the extruding cylinder to the die with the screw, the dry flour or noodle-water mixture tends to overflow from the connection gap of the extruding components, and The speed of extrusion is uneven, resulting in more burrs on the surface of noodles or dough, which affects the quality and cooking taste of pasta products

In the case of the existing pasta machine, when the user misses to install the die head, the screw rod is exposed through the opening on the die head support, and the user’s fingers can easily touch the moving parts, and the setting is brought into the die head support by the helix on the screw rod or the face pushing teeth , cannot guarantee the safety of users using the pasta machine

In addition, the structure of the screw and the die head assembly is prone to uneven stress, resulting in easy cracking of the die head assembly, and the unevenly distributed surface water mixture is likely to squeeze the die head parts, resulting in mechanical hazards

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