CN111449102A

CN111449102A - Plastic food forming machine

Info

Publication number: CN111449102A
Application number: CN201910077188.2A
Authority: CN
Inventors: 王晓东
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-01-21
Filing date: 2019-01-21
Publication date: 2020-07-28

Abstract

The invention discloses a structure of a plastic food forming machine and a production example, namely: the flour is mixed with water to produce round or flat noodles. The independent claims: this plastic food forming machine mainly contains the motor, the conveyer belt, the washboard, its characterized in that of base: reciprocating motion washboard (6) and conveyer belt (5) set up from top to bottom and have the distance, and pan feeding end distance is greater than the discharge end distance, and plastic food is transmitted on conveyer belt (5) and is simultaneously rubbed power and attenuate the shaping by reciprocating motion washboard (6), can take shape several food simultaneously, and washboard and conveyer belt opposite face distance accessible change washboard (6) and base (16) apart from adjusting and obtain the food of thickness difference. The invention aims to overcome the defect that the existing manual and mechanical modes are used for forming after plastic food and liquid are mixed, and provides a production machine which is efficient, easy, sanitary and flexible, has no additive, and is uniform in forming thickness and adjustable in thickness.

Description

Plastic food forming machine

The technical field is as follows:

the invention relates to a machine for forming plastic food, in particular to a forming machine which is used for physically rubbing fine flour or flattening the flour after rubbing fine flour when flour and water are mixed and in a plastic state.

Background art:

at present, round or flat foods (mainly round or flat noodles prepared by mixing flour and water) are prepared in a plastic state by mixing plastic foods and liquid on the market, and are mostly prepared by manual preparation or mechanical forced extrusion or extrusion. The wheaten food is one of important staple foods of Chinese people, and a common impression in the heart of wheaten food eaters is that the handmade noodles are chewy and delicious compared with machine noodles, the handmade noodles can be chewy and delicious, but the handmade noodles are difficult to ensure that food is intentionally or unintentionally polluted in the short-distance making process and have high labor intensity and low efficiency, the production efficiency of the mechanical strong extruding or pressing mode is high, but the strong extruding or pressing mode destroys the natural discharge of collagen after the flour and water are mixed to influence the mouthfeel and the forming length, and good or bad additives such as a gluten fortifier and the like are added to increase the chewy mouthfeel and ensure the length, so that the machine noodles in the public have no safe and delicious impression of the handmade noodles.

The invention relates to a forming machine for making noodles in a physical mode of mechanically imitating manual twisting, which is a forming machine with the same principle on the market, meets creativity and novelty, is wide in audience because the wheaten food is staple food of people all over the country, and has low energy consumption and practicability.

The invention content is as follows:

the invention aims to: provides a plastic food forming machine which can easily and efficiently produce safe and sanitary food with similar or more than hand-made mouthfeel in a plastic state after the food is mixed with liquid without additives except table salt.

The technical scheme is as follows: in order to solve the defects that the manual production efficiency is low in the plastic food forming process, the close contact is easy to be polluted, the extrusion or pressing mode in the mechanical forming process destroys the natural discharge of collagen of food materials, the taste is affected, the forming is short, and the adding amount is used, the invention adopts the reciprocating rubbing plate and the conveyor belt to be opposite in a vertical unparallel mode and have a certain distance, the distance between the opposite surfaces of the conveyor belt and the rubbing plate is large, the distance between the feeding end is small, the discharging end is arranged, and the distance between the rubbing plate and the conveyor belt can be adjusted through the. The plastic food is conveyed to the discharge end from a feeding end with a large distance on the conveying belt after being mixed with liquid, the distance between the conveying belt and the washboard is smaller and smaller, the plastic food is conveyed to the discharge end and can be conveyed to the washboard in a reciprocating mode while being in contact with the washboard in reciprocating motion above, the plastic food is rubbed to be irregular round, the plastic food is output from the discharge end with a slightly smaller distance between opposite surfaces, and the food with different thicknesses can be finished by adjusting the distance between the two opposite surfaces at the discharge end. If a flat shape is desired, the telescopic roller at the discharge end can be put down to press the food into the flat shape, and the thickness can be adjusted by adjusting the distance between the telescopic roller and the conveyor belt.

Has the advantages that:

(1) compared with food produced by machinery, the food which is reasonably designed and formed by adopting a mode of imitating manual physical rubbing is more chewy, has better taste and is safer and more reassuring without additives.

(2) Can effectively avoid the short-distance contact of the noodles made by hands to cause the food to be polluted and more sanitary.

(3) The forming quality is high, the thickness is uniform and the thickness can be adjusted.

(4) Is more labor-saving and efficient than the traditional hand-made noodles.

Drawings

FIG. 1 is a schematic structural view of the present invention:

FIG. 1 shows the following:

01 go into hopper 02 pan feeding cylinder 03 area guide slot segmentation knife tackle

04 feeding roller motor 05 conveying belt 06 reciprocating washboard

07 linear slider 08 washboard motor 09 washboard motor bracket

10 washboard rotating arm 11 washboard rotating arm slideway 12 straight line optical axis

13 telescopic roller 14 discharge hopper 15 conveyor belt motor

16 base 17 adjusting bolt 18 power switch

The specific implementation mode is as follows:

the following further illustrates, but is not limited to, a plastic food forming machine (for making round or flat noodles) of the present invention with reference to FIG. 1.

The production process of the plastic food forming machine (made of round or flat noodles) is as follows: mixing flour and water at a ratio of 1: 0.45 (increased or decreased according to different air temperature, season and region), mixing with a dough mixer, stirring to smooth surface, and cutting into about 300 g of dough (300 g is the amount of food for an ordinary adult to eat per meal can be increased or decreased according to the amount of food). The method comprises the steps that a power switch (18) is started, prepared dough is placed into a feeding hopper (1) with the surface being brushed with oil and not sticking to the dough, an inclined plane of the feeding hopper is arranged between two feeding rollers (2) which naturally slide down to the middle of the lower side under the action of gravity, the two feeding rollers rotate oppositely to each other under the transmission of a feeding roller motor (4) and form suction force on the dough, the dough is pushed to a splitting knife group (3) with a guide groove arranged below the feeding rollers under the action of the suction force and the gravity to be cut into a plurality of square dough blanks with basically one to one length and width, and the dough blanks are uniformly and longitudinally distributed on a conveyor belt (5) at the feeding end through the guide groove at the rear end of the splitting knife group. The washboard (6) and the conveyor belt (5) which do reciprocating motion are vertically unparallel and oppositely arranged and have a distance, the distance between the conveyor belt and the washboard is large, the distance between the feeding end is small, the distance between the discharging end and the conveyor belt is small, the vertical distance between the washboard and the opposite surface of the conveyor belt determines the thickness of noodles at the feeding end and the discharging end, and the vertical distance between the washboard and the opposite surface of the conveyor belt can be adjusted through an adjusting bolt. A washboard motor (8) fixed on a washboard motor bracket (9) rotates and enables a rotating arm (10) to do circular motion on a rotating arm slideway (11) by taking a motor shaft as a center, and drives a washboard (6) and a linear sliding block (7) fixed on the washboard to do reciprocating motion on a linear optical axis (12). The cut square dough blanks move from the feeding end to the discharging end on the conveyor belt (5) under the transmission of the conveyor belt motor (15), and the distance between the conveyor belt and the washboard is smaller towards the discharging end due to the fact that the conveyor belt and the washboard are not parallel, the cut square dough blanks are conveyed towards the discharging end, are simultaneously contacted with the washboard (6) and are subjected to the twisting force of reciprocating motion of the washboard, and the round noodles with required thickness are obtained by increasing the distance between the outlet washboard and the conveyor belt due to the fact that the square dough blanks are finer and finer. If the outlet wants to obtain flat noodles, the telescopic roller on the outlet can be put down to press the round noodles into flat shapes, the thickness can be adjusted through the distance between the telescopic roller (13) and the discharge end conveying belt (5), and the produced round and flat noodles can be directly connected into a pot through the inclined surface discharge hopper. (the distance of the feeding roller is adjustable, but the distance is smaller than the distance between the washboard and the feeding end of the conveyor belt, the number of the blade groups and the slide ways and the width of the conveyor belt can be increased or decreased according to the output, a plurality of noodles can be formed at one time, and a plurality of groups of plastic food forming machines can be added for gradually twisting the noodles to obtain noodles with larger difference between the discharging thickness and the feeding thickness)

The above description is only a general example of the present invention, and is not intended to limit the scope of the present invention, and any person skilled in the art can make modifications, decorations or equivalent changes in the technical content disclosed in the claims of the present invention, such as: adding start-stop switches of each process; the dough kneading function; a cutting device for adjusting the feeding amount; the longitudinal cutting is changed into the transverse cutting, the raw materials enter a conveyor belt from the longitudinal direction to the transverse direction, an upper washboard is changed into the conveyor belt, gear transmission is changed into belt transmission, and the like, and the technical range of the invention is included.

Claims

1. The utility model provides a plastic food forming machine, mainly contains the motor, the conveyer belt, the washboard, the base, its characterized in that: the reciprocating washboard is opposite to the conveyor belt up and down and has a distance, the distance of the feeding end is larger than that of the discharging end, plastic food is conveyed on the conveyor belt and simultaneously becomes round and thin by the rubbing force of the reciprocating washboard, and a plurality of pieces of food can be formed simultaneously.

2. The moldable food product of claim 1, wherein: the distance between the washboard and the opposite surface of the conveyor belt can be adjusted through the adjusting bolt.