CN104146328B - Equipment for preparing sweet soup balls with color patterns on the surface - Google Patents

Abstract

The invention relates to the field of food processing, in particular to a device for preparing glutinous rice balls with patterns on the surface, including a filling device, a noodle supply device, a color material device, a compound head device, a cutter device and a ball rolling device, and a filling device , the noodle supply device and the color material device are respectively communicated with the compound head device, a cutter device is arranged under the compound head, and a rounding device is arranged under the cutter device; the compound head device includes a noodle supply pipeline, and a supply Stuffing pipeline, the lower end of the noodle supply pipeline is provided with a noodle nozzle, the lower end of the stuffing pipeline is located in the noodle nozzle, and a plurality of color material pipelines are arranged on the noodle supply pipeline, and the multiple color material pipelines communicate with the noodle supply pipeline. At the same time, a noodle supply pipeline and a plurality of color material pipelines surrounding the edge of the noodle pipeline are provided. The color material pipeline can evenly compound the color material on the surface or inside of the dough to form a color pattern, and the color material pipeline can be adjusted relative to the For the position of the dough supply pipeline, adjust the position of the color material relative to the dough.

Description

A device for preparing glutinous rice balls with patterns on the surface

technical field

The invention relates to the field of food processing, in particular to a device for preparing glutinous rice balls with patterns on the surface.

Background technique

Existing glutinous rice ball machines mostly include feeding device, skin feeding device, composite head device, cutter device and rounding device, but when making colored glutinous rice balls, an existing device for preparing glutinous rice balls with patterns on the surface Most of the methods used are to mix the skins of various colors together at the skin supply stage to form a multi-color mixed dough, and then process them into colorful glutinous rice balls. The problem with the device of glutinous rice balls is that the texture of the colored dough is very messy and irregular, thus affecting the appearance of the colored glutinous rice balls.

Now there are mainly the following patents for glutinous rice ball production equipment: application number: CN02800755.7, application date: 2002-02-19, announcement number: CN1458825, announcement date: 2003-11-26, patentee: Renn Automata Co., Ltd. , the name is called the utility model patent of " two-layer food production device ", and technical scheme is: on the belt conveyor 25, produce the combination of two rows of two-layer spherical food 23 in one. The integrated combination includes an inner packaging material supply machine 15 and an outer packaging material supply machine 17 facing each other for supplying the inner packaging food material 5 and the outer packaging food material 9 . Vane pumps 29A, 29B and integrated overlapping nozzles 13A, 13B are provided in the gap between the feeders 15 and 17 . The vane pumps 29A, 29B pressure-feed the corresponding foodstuffs 5, 9 from the feeders 15, 17 to the overlapping nozzles 13A, 13B. Each overlapping nozzle discharges the inner packaging material 5 and the outer packaging material 9 as one elongated food with a two-layer structure. The integrated combination also includes a cutting machine 21, which cuts the elongated food into a plurality of spherical food 23 with two-layer structure and falls in two rows on the conveyor 25.

Such as application number: CN201220402363.4, application date: 2012-08-13, / announcement number: CN203028079U, announcement date: 2013-07-03, patentee: Guangdong Fuxing Food Machinery Co., Ltd. The name is "a kind of multi-color glutinous rice balls "Machine" utility model patent, the technical proposal is: the utility model discloses a multi-color glutinous rice ball machine, including at least three feeders, feeding pipelines and glutinous rice ball forming grooves, and also includes a two-way screw output device and a collector, The material collector is a concentric stepped tube with increasing radius from top to bottom, the upper end of the concentric stepped tube is closed, the lower end is a discharge port, and the same side of each step on the concentric stepped tube is provided with a material inlet; The feeding machine is connected to a material inlet on the material collector correspondingly through the material conveying pipeline and the bidirectional screw output device, and a glutinous rice ball forming groove is arranged under the material collector outlet.

For example, the application number is CN200920310439.9, the application date: 2009-09-15, the announcement number: CN201595140U, the announcement date: 2010-10-06, the patentee: Chengdu Songchuan Leibo Machinery Equipment Co., Ltd. A utility model patent for a leather food stuffing device with less than two colors, the technical solution of which is: the utility model discloses a leather food stuffing device with no less than two colors, including A leather material board, a colored leather material board and a small base are provided, a filling regulating body is arranged on the top of the leather material board, and a stuffing mouth installation cylinder, a stuffing mouth and a surface mouth that form a stuffing channel are sequentially arranged at the lower end of the filling material regulating body; The outer circle of the inner stuffing channel of the leather material plate forms a leather annular channel, the colored leather material plate is arranged on the upper part of the mouth, and the colored leather material plate is provided with at least one layer of colored leather that communicates with the leather annular channel through small holes in the circumferential direction. material channel.

When the above-mentioned glutinous rice ball machine processes colored glutinous rice balls, the texture of the colored dough is very messy, and most of them simply mix the dough of multiple colors, and the shape of the colored skins is irregular, thereby affecting the appearance of the colored glutinous rice balls.

Contents of the invention

In order to overcome the problem that the existing device for preparing glutinous rice balls with patterns on the surface has messy lines and lack of aesthetic feeling, a device for preparing glutinous rice balls with patterns on the surface is now specially proposed.

For realizing above-mentioned technical purpose, technical solution of the present invention is as follows:

A device for preparing glutinous rice balls with patterns on the surface, characterized in that it includes a filling device, a noodle supply device, a color material device, a compound head device, a cutter device and a rounding device, the filling device, noodle supply device and the color material device are respectively communicated with the composite head device, a cutter device is arranged under the composite head, and a rounding device is arranged under the cutter device;

The compound head device includes a noodle supply pipeline, a filling pipeline is arranged in the noodle supply pipeline, a noodle nozzle is arranged at the lower end of the noodle supply pipeline, the lower end of the filling supply pipeline is located in the noodle nozzle, and the noodle supply pipeline A plurality of color material pipelines are arranged on the pipeline, and the multiple color material pipelines communicate with the surface supply pipeline.

The color material pipeline is arranged on the upper end surface of the noodle supply pipeline, and the color material outlet at the lower end of the color material pipeline communicates with and is flush with the upper end surface of the noodle supply pipeline.

The color material pipeline is arranged on the upper end surface of the noodle supply pipeline, and the color material outlet at the lower end of the color material pipeline communicates with the upper end surface of the noodle supply pipeline and extends into the noodle supply pipeline.

The color material pipeline is arranged on the side wall of the noodle supply pipeline, and the color material outlet at one end of the color material pipeline communicates with the side wall of the noodle supply pipeline and is flush with the side wall.

The color material pipeline is arranged on the side wall of the noodle supply pipeline, and the color material outlet at one end of the color material pipeline communicates with the side wall of the noodle supply pipeline and extends into the noodle supply pipeline.

The upper end of the noodle supply pipeline is provided with a stirring pressurized conveying device. The stirring pressurized conveying device includes a stirrer.

One embodiment is: the agitator includes rotating blades arranged at the surface supply pipeline, the agitator includes an annular passive gear ring, the rotating blades are installed on the inner wall of the annular passive gear ring, and the annular passive gear ring The outer side meshes with the driving gear.

The driving gear is connected with a motor that drives it to rotate.

Another embodiment is: the agitator includes an annular passive ring, the rotating blades are installed on the outer side of the annular passive ring, and the annular passive ring is sleeved outside the stuffing pipe inside the compound head device.

The annular passive ring is connected with a rotating tube that drives it to rotate, and the rotating tube is connected with a motor that drives it to rotate.

One end of the rotating blade is inclined downward, and there are at least three rotating blades.

The multiple color material pipes evenly surround the filling pipe.

The compound head device includes a dough inlet, the dough inlet communicates with one end of the dough supply pipeline, the other end of the dough supply pipeline is a dough outlet, and the dough mouth is arranged at the dough outlet.

The compound head device includes a stuffing inlet, the stuffing inlet communicates with one end of a stuffing supply pipeline, and the other end of the stuffing supply pipeline is a stuffing outlet.

The composite head device includes a color material inlet, the color material inlet communicates with one end of the color material pipeline, and the color material outlet is arranged at the other end of the color material pipeline.

The portion of the noodle supply pipeline located below the color material outlet is provided with a pressure-holding chamber, and the pressure-holding chamber has a rounded table structure.

The color material outlet is located above or in the noodle mouth, and the noodle mouth is provided with an inverted cone-shaped structure that gathers and tightens the dough, color material and filling.

The number of the color material pipelines is 2-10.

The color material pipeline is arranged vertically, and the color material pipeline is arranged in parallel with the noodle supply pipeline and the stuffing supply pipeline.

The dough inlet is connected with the noodle supply device, the stuffing inlet is connected with the stuffing device, and the color material inlet is connected with the color material device.

A disc arrangement device is arranged below the rounding device.

The working principle of the present invention is: the stuffing enters the compound head device through the filling device, the dough enters the compound head device through the dough supply device, the color material enters the compound head device through the color material device, and after the composite molding of the compound head device, the dough, The color material and filling material flow out from the compound head device and are cut by the cutter device into a block structure, and the block structure enters the rounding device, and the glutinous rice balls are obtained after the rounding, and the glutinous rice balls fall into the plate arrangement device.

The dough is in the noodle supply pipeline, the filling is in the filling supply pipeline, the color material flows out from the color material pipeline, then flows into the noodle supply pipeline, and then compounded with the dough skin, the color material and the dough skin are combined to form a color skin, and the color skin wraps The stuffing flows out from the noodle mouth to the cutter device.

When the color material pipeline is arranged on the upper end surface of the noodle supply pipeline, and the color material outlet is flush with the upper end surface of the noodle supply pipeline, the color material will flow into the noodle supply pipeline from top to bottom and adhere to the surface of the dough to form a color skin. Then wrap the stuffing.

When the color material pipeline is arranged on the upper end of the noodle supply pipeline, and the color material outlet extends into the noodle supply pipeline, the color material will flow into the noodle supply pipeline from top to bottom, and mix in the inside and surface of the dough to form a color skin, Then wrap the stuffing.

When the color material pipeline is arranged on the side wall of the noodle supply pipeline, and the color material outlet is flush with the side wall of the noodle supply pipeline, the color material will flow into the noodle supply pipeline from the outside of the side wall and adhere to the surface of the dough to form a color skin. Then wrap the stuffing.

When the color material pipeline is arranged on the side wall of the noodle supply pipeline, and the color material outlet extends into the noodle supply pipeline, the color material will flow into the noodle supply pipeline from the outside of the side wall and mix in the inside and surface of the dough to form a color skin. Then wrap the stuffing.

The upper end of the noodle supply pipeline of the present invention is provided with a stirring and pressurized conveying device, and the dough is put into the noodle supply pipeline through stirring and pressurized conveying, and the dough is driven by the stirring and pressurized conveying device to rotate around the filling supply pipeline, and compound with the color material at the same time Moving along the spiral path in the noodle supply pipeline, when moving to the middle and lower part of the noodle supply pipeline, the dough and color materials will move vertically downward due to gravity, and then compound with the filling.

In this application, the compounding head device includes the dough inlet is arranged on the side of the compounding head device, the stuffing inlet is arranged on the side of the compounding head, and the color material inlet is arranged on the top of the compounding head device. However, those skilled in the art can arrange the dough inlet, stuffing inlet and color material inlet at other positions of the compound head device according to actual needs.

The pressure-holding chamber with rounded table structure can be a separate structure connected to the noodle supply pipeline, or can be integrated with the noodle supply pipeline, without affecting its final pressurization effect on dough and color materials.

The advantages of the present invention are:

1. The composite head device of the present invention is provided with a dough supply pipeline and a plurality of color material pipelines surrounding the edge of the dough supply pipeline. The color material pipeline can evenly compound the color material on the surface or inside of the dough to form a color pattern, and The position of the color material relative to the dough can be adjusted by adjusting the position of the color material pipeline relative to the dough supply pipeline.

2. The upper end of the noodle supply pipeline of the present invention is provided with a stirring and pressurized conveying device, and the dough is put into the noodle supply pipeline through stirring and pressurized conveying, and the dough is driven by the stirring and pressurized conveying device to rotate around the stuffing supply pipeline and compound with the color material At the same time, it moves along the spiral path in the noodle supply pipeline. When it moves to the middle and lower part of the noodle supply pipeline, the dough and color material will move vertically downward due to gravity, and then compound with the filling. In this way, the dough can be evenly distributed in the dough supply pipeline, and the phenomenon of uneven thickness of the dough in the dough supply pipeline will not occur.

3. The noodle mouth of the present invention is provided with an inverted cone-shaped structure, which can play the role of gathering and tightening the dough, fillings and color materials, making the complex of the three more compact, which is beneficial to the cutting and processing of the next process. rub round.

4. The noodle supply pipeline of the present invention is provided with a pressure-holding cavity with a rounded platform structure. In the pressure-holding cavity, the dough and the color material are fused and flow out downward. The rounded platform structure can ensure that the dough and the color material are combined more closely, and the mutual maintain a certain pressure.

5. The color material pipeline of the present invention is arranged vertically, and is arranged in parallel with the noodle supply pipeline and the filling pipeline, which can ensure that the color material, dough skin and filling material all move in the same direction, so that during the cutting process, the material can be cut as much as possible. It is possible to ensure that the three are synchronized.

6. When the annular passive gear ring scheme is used, the rotating blade is installed on the inner wall of the annular passive gear ring, and when the dough is driven to rotate, it will rotate with the annular passive gear ring, and the dough is stirred from the outermost side of the noodle supply pipeline. Better results.

7. When using the annular passive gear ring scheme, the annular passive ring is sleeved outside the stuffing pipe inside the compound head device, so that when the annular passive ring rotates, it will not affect the normal use of the stuffing pipe, and the rotating blade It can play the role of spiral stirring like a fan blade.

8. One end of the rotating blade is set obliquely. Specifically, the end of the rotating blade that is not connected to the rest is set obliquely downward relative to the other end. The setting of the inclined surface can make the dough move more smoothly and spirally during the stirring process. Exercise works better.

Description of drawings

Fig. 1 is a schematic diagram of the structure of the present invention.

Fig. 2 is a structural schematic diagram of the composite head device.

Fig. 3 is a schematic diagram of the noodle supply pipeline, the stuffing pipeline and the color material pipeline of the present invention.

Fig. 4 is a schematic diagram of the flow direction when the dough of the present invention is fed.

Fig. 5 is a structural schematic diagram of the stirring pressurized conveying device.

Fig. 6 is a schematic top view of the first scheme of the stirring and pressurized conveying device.

Fig. 7 is a top view schematic diagram of the second scheme of the stirring pressurized conveying device.

Among the accompanying drawings: a filling device 1, a noodle supply device 2, a color material device 3, a compound head device 4, a cutter device 5, a rounding device 6, and a disk arrangement device 7.

Noodle supply pipeline 41, filling pipeline 42, noodle nozzle 43, color material pipeline 44, dough inlet 45, dough outlet 46, filling material inlet 47, filling material outlet 48, color material inlet 49, color material outlet 410, pressure holding chamber 411.

Stirring pressurized conveying device 50 , rotating blade 51 , annular passive gear ring 52 , driving gear 53 , and annular passive ring 54 .

The "stuffing" in the picture means stuffing, "face" means dough, and "cai" means colored material.

detailed description

Example 1

A device for preparing glutinous rice balls with patterns on the surface comprises a filling device 1, a noodle supply device 2, a color material device 3, a compound head device 4, a cutter device 5 and a rounding device 6, the filling device 1, the feeding device The noodle device 2 and the color material device 3 are respectively communicated with the composite head device 4, a cutter device 5 is arranged below the composite head, and a rounding device 6 is arranged below the cutter device 5;

The compound head device 4 includes a noodle supply pipeline 41, a filling supply pipeline 42 is arranged in the noodle supply pipeline 41, a noodle nozzle 43 is arranged at the lower end of the noodle supply pipeline 41, and the lower end of the filling supply pipeline 42 is located on the surface of the surface. In the mouth 43 , a plurality of color material pipelines 44 are arranged on the surface supply pipeline 41 , and the multiple color material pipelines 44 communicate with the surface supply pipeline 41 .

The stuffing enters the compound head device 4 through the filling device 1, the dough enters the compound head device 4 through the dough supply device 2, the color material enters the compound head device 4 through the color material device 3, and after the composite molding of the compound head device 4, the dough, Color material and filling material flow out from compound head device 4, are cut into block structure by cutter device 5, and block structure enters ball rubbing device 6, promptly obtains glutinous rice balls after rubbing rounds, and glutinous rice balls falls in the arrangement device 7.

The composite head device 4 of the present invention is provided with a dough supply pipeline 41 and a plurality of color material pipelines 44 surrounding the edge of the dough supply pipeline 41. The color material pipeline 44 can evenly compound the color material on the surface or inside of the dough to form patterns and colors. pattern, and can adjust the position of the color material relative to the dough by adjusting the position of the color material pipeline 44 relative to the dough supply pipeline 41.

Example 2

On the basis of Embodiment 1, the color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41 , and the color material outlet 410 at the lower end of the color material pipeline 44 communicates with and is flush with the upper end surface of the noodle supply pipeline 41 . When the color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41, and when the color material outlet 410 is flush with the upper end surface of the noodle supply pipeline 41, the color material will flow into the noodle supply pipeline 41 from top to bottom, and adhere to the surface of the dough , form a colored skin, and then wrap the filling.

Example 3

On the basis of Embodiment 1, the color material pipeline 44 is arranged on the upper end surface of the surface supply pipeline 41, and the color material outlet 410 at the lower end of the color material pipeline 44 communicates with the upper end surface of the surface supply pipeline 41 and extends into the surface supply. Inside the pipeline 41. When the color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41, and the color material outlet 410 stretches into the noodle supply pipeline 41, the color material will flow into the noodle supply pipeline 41 from top to bottom, and mix in the inside and the surface of the dough , form a colored skin, and then wrap the filling.

Example 4

On the basis of Embodiment 1, the color material pipeline 44 is arranged on the side wall of the surface supply pipeline 41, and the color material outlet 410 at one end of the color material pipeline 44 communicates with the side wall of the surface supply pipeline 41 and is flush with the side wall . When the color material pipeline 44 is arranged on the side wall of the dough supply pipeline 41, and when the color material outlet 410 is flush with the side wall of the dough supply pipeline 41, the color material will flow into the dough supply pipeline 41 from the side wall, and be attached to the surface of the dough , form a colored skin, and then wrap the filling.

Example 5

On the basis of Embodiment 1, the color material pipeline 44 is arranged on the side wall of the supply surface pipeline 41, and the color material outlet 410 at one end of the color material pipeline 44 communicates with the side wall of the supply surface pipeline 41 and extends into the supply surface Inside the pipeline 41. When the color material pipeline 44 is arranged on the side wall of the dough supply pipeline 41, and the color material outlet 410 stretches into the dough supply pipeline 41, the color material will flow into the dough supply pipeline 41 from the outside of the side wall, and be mixed in the inside and the surface of the dough , form a colored skin, and then wrap the filling.

Example 6

On the basis of Embodiments 1-5, the upper end of the noodle supply pipeline 41 is provided with a stirring pressurized conveying device 50 .

Solution 1: The agitator includes a rotating blade 51 arranged at the surface supply pipeline 41, the agitator includes an annular passive gear ring 52, the rotating blade 51 is installed on the inner wall of the annular passive gear ring 52, and the annular passive gear ring 52 outsides are meshed with driving gear 53. Described driving gear 53 is connected with the motor that drives it to rotate.

When using the annular passive gear ring 52 scheme, the driving gear 53 drives the passive gear ring to rotate, and the passive gear ring drives the rotating blade 51 to perform circular motion. At this time, a circular ring can also be set between the passive gear ring and the rotating blade 51 to Rotating blades 51 are installed on the ring, and then the ring is installed on the inner wall of the passive gear ring. In addition to the above transmission modes, other structures capable of achieving the same purpose can be used in this application. The rotating blade 51 is installed on the inner wall of the annular passive gear ring 52, and when the dough is driven to rotate, it will rotate along with the annular passive gear ring 52, and the dough is stirred from the outermost side of the dough supply pipeline 41, and the stirring effect is better.

Example 7

On the basis of Embodiments 1-5, the upper end of the noodle supply pipeline 41 is provided with a stirring pressurized conveying device 50 . The stirring pressurized conveying device 50 includes a stirrer.

Solution 2: The agitator includes an annular passive ring 54, the rotating blade 51 is installed on the outer side of the annular passive ring 54, and the annular passive ring 54 is sleeved outside the stuffing pipe 42 inside the compound head device 4. The annular passive ring 54 is connected with a rotating tube that drives it to rotate, and the rotating tube is connected with a motor that drives it to rotate. One end of the rotating blade 51 is inclined downward, and there are at least three rotating blades 51 .

When using the annular passive ring 54 scheme, the motor drives the rotating tube to rotate, and the rotating tube drives the annular passive ring 54 to rotate. Since the rotating blade 51 is installed on the outer wall of the annular passive ring 54, the rotating blade 51 can rotate in the circumferential direction. In addition to the above transmission modes, other structures capable of achieving the same purpose can be used in this application. The annular passive ring 54 is sleeved outside the stuffing pipeline 42 inside the composite head device 4, so that when the annular passive ring 54 is rotating, it will not affect the normal use of the stuffing pipeline 42, and the rotating blade 51 can be used like a fan blade. Play the role of spiral stirring.

Example 8

A device for preparing glutinous rice balls with patterns on the surface, characterized in that it includes a stuffing device 1, a noodle supply device 2, a color material device 3, a compound head device 4, a cutter device 5 and a rounding device 6, the said supply device The stuffing device 1, the noodle supply device 2 and the color material device 3 are respectively communicated with the compound head device 4, a cutter device 5 is arranged under the compound head, and a rounding device 6 is arranged under the cutter device 5;

The compound head device 4 includes a noodle supply pipeline 41, a filling supply pipeline 42 is arranged in the noodle supply pipeline 41, a noodle nozzle 43 is arranged at the lower end of the noodle supply pipeline 41, and the lower end of the filling supply pipeline 42 is located on the surface of the surface. In the mouth 43 , a plurality of color material pipelines 44 are arranged on the surface supply pipeline 41 , and the multiple color material pipelines 44 communicate with the surface supply pipeline 41 .

The color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41 , and the color material outlet 410 at the lower end of the color material pipeline 44 communicates with and is flush with the upper end surface of the noodle supply pipeline 41 .

The color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41 , and the color material outlet 410 at the lower end of the color material pipeline 44 communicates with the upper end surface of the noodle supply pipeline 41 and extends into the noodle supply pipeline 41 .

The color material pipeline 44 is arranged on the side wall of the noodle supply pipeline 41 , and the color material outlet 410 at one end of the color material pipeline 44 communicates with the side wall of the noodle supply pipeline 41 and is flush with the side wall.

The color material pipeline 44 is arranged on the side wall of the noodle supply pipeline 41 , and the color material outlet 410 at one end of the color material pipeline 44 communicates with the side wall of the noodle supply pipeline 41 and extends into the noodle supply pipeline 41 .

The upper end of the noodle supply pipeline 41 is provided with a stirring pressurized conveying device 50 .

One embodiment is: the agitator includes a rotating blade 51 arranged at the surface supply pipeline 41, the agitator includes an annular passive gear ring 52, and the rotating blade 51 is installed on the inner wall of the annular passive gear ring 52, so The outer side of the annular driven gear ring 52 meshes with the driving gear 53 .

Described driving gear 53 is connected with the motor that drives it to rotate.

Another embodiment is: the agitator includes an annular passive ring 54, the rotating blades 51 are installed on the outer side of the annular passive ring 54, and the annular passive ring 54 is sleeved on the supply port inside the compound head device 4. Stuffing pipe 42 outside.

The annular passive ring 54 is connected with a rotating tube that drives it to rotate, and the rotating tube is connected with a motor that drives it to rotate.

One end of the rotating blade 51 is inclined downward, and there are at least three rotating blades 51 .

The multiple color material pipelines 44 evenly surround the filling pipeline 42 .

The compound head device 4 includes a dough inlet 45, which communicates with one end of the dough supply pipeline 41, and the other end of the dough supply pipeline 41 is a dough outlet 46, and the dough nozzle 43 is arranged at the dough outlet 46.

The compound head device 4 includes a stuffing inlet 47 , the stuffing inlet 47 communicates with one end of a stuffing supply pipeline 42 , and the other end of the stuffing supply pipeline 42 is a stuffing outlet 48 .

The composite head device 4 includes a color material inlet 49 , the color material inlet 49 communicates with one end of the color material pipeline 44 , and the color material outlet 410 is arranged at the other end of the color material pipeline 44 .

The portion of the noodle supply pipeline 41 located below the color material outlet 410 is provided with a pressure-holding chamber 411 , and the pressure-holding chamber 411 has a rounded platform structure.

The color material outlet 410 is located above or inside the noodle mouth 43, and the noodle mouth 43 is provided with an inverted cone-shaped structure for gathering and tightening the dough, color material and filling.

The number of the color material pipelines 44 is 2-10.

The color material pipeline 44 is arranged vertically, and the color material pipeline 44 is arranged in parallel with the noodle supply pipeline 41 and the stuffing supply pipeline 42 .

The dough inlet 45 is connected to the noodle supply device 2 , the stuffing inlet 47 is connected to the stuffing device 1 , and the color material inlet 49 is connected to the color material device 3 .

A disc arrangement device 7 is arranged below the rounding device 6 .

The stuffing enters the compound head device 4 through the filling device 1, the dough enters the compound head device 4 through the dough supply device 2, the color material enters the compound head device 4 through the color material device 3, and after the composite molding of the compound head device 4, the dough, Color material and filling material flow out from compound head device 4, are cut into block structure by cutter device 5, and block structure enters ball rubbing device 6, promptly obtains glutinous rice balls after rubbing rounds, and glutinous rice balls falls in the arrangement device 7.

The dough is in the noodle supply pipeline 41, the filling is in the filling supply pipeline 42, the color material flows out from the color material pipeline 44, then flows into the noodle supply pipeline 41, and then is compounded with the dough, and the color material and the dough are compounded to form a color skin. The colored skin wraps the stuffing and flows out to the cutter device 5 from the noodle mouth 43 .

When the color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41, and when the color material outlet 410 is flush with the upper end surface of the noodle supply pipeline 41, the color material will flow into the noodle supply pipeline 41 from top to bottom, and adhere to the surface of the dough , form a colored skin, and then wrap the filling.

When the color material pipeline 44 is arranged on the upper end surface of the noodle supply pipeline 41, and the color material outlet 410 stretches into the noodle supply pipeline 41, the color material will flow into the noodle supply pipeline 41 from top to bottom, and mix in the inside and the surface of the dough , form a colored skin, and then wrap the filling.

When the color material pipeline 44 is arranged on the side wall of the dough supply pipeline 41, and when the color material outlet 410 is flush with the side wall of the dough supply pipeline 41, the color material will flow into the dough supply pipeline 41 from the side wall, and be attached to the surface of the dough , form a colored skin, and then wrap the filling.

When the color material pipeline 44 is arranged on the side wall of the dough supply pipeline 41, and the color material outlet 410 stretches into the dough supply pipeline 41, the color material will flow into the dough supply pipeline 41 from the outside of the side wall, and be mixed in the inside and the surface of the dough , form a colored skin, and then wrap the filling.

The upper end of the noodle supply pipeline 41 of the present invention is provided with a stirring and pressurized conveying device 50, and the dough is put into the noodle supply pipeline 41 through stirring and pressurized conveying, and the dough is driven by the agitating and pressurized conveying device 50 to rotate around the stuffing supply pipeline 42, and When the color material is compounded, it moves along the spiral path in the noodle supply pipeline 41. When it moves to the middle and lower part of the noodle supply pipeline 41, the dough and color material will move vertically downward due to gravity, and then compound with the filling.

In the present application, the compound head device 4 includes the dough inlet 45 arranged on the side of the compound head device 4 , the stuffing inlet 47 arranged on the side of the compound head, and the color material inlet 49 arranged on the top of the compound head device 4 . However, those skilled in the art can arrange the dough inlet 45 , filling material inlet 47 and color material inlet 49 at other positions of the compound head device 4 according to actual requirements.

The pressure-holding chamber 411 having a rounded platform structure can be a separate structure connected to the noodle supply pipeline 41, or can be integrated with the noodle supply pipeline 41, which will not affect its final pressurization effect on dough and color materials.

The advantages of the present invention are:

The composite head device 4 of the present invention is provided with a dough supply pipeline 41 and a plurality of color material pipelines 44 surrounding the edge of the dough supply pipeline 41. The color material pipeline 44 can evenly compound the color material on the surface or inside of the dough to form patterns and colors. pattern, and can adjust the position of the color material relative to the dough by adjusting the position of the color material pipeline 44 relative to the dough supply pipeline 41.

The upper end of the noodle supply pipeline 41 of the present invention is provided with a stirring and pressurized conveying device 50, and the dough is put into the noodle supply pipeline 41 through stirring and pressurized conveying, and the dough is driven by the agitating and pressurized conveying device 50 to rotate around the stuffing supply pipeline 42, and When the color material is compounded, it moves along the spiral path in the noodle supply pipeline 41. When it moves to the middle and lower part of the noodle supply pipeline 41, the dough and color material will move vertically downward due to gravity, and then compound with the filling. In this way, the dough can be evenly distributed in the dough supply pipeline 41, and the phenomenon of uneven thickness of the dough in the dough supply pipeline 41 will not occur.

The noodle mouth 43 of the present invention is provided with an inverted cone-shaped structure, which can play the effect of gathering and tightening the dough, fillings and color materials, making the complex of the three more compact, which is conducive to the cutting and kneading of the next process. round.

The noodle supply pipeline 41 of the present invention is provided with a pressure-holding cavity 411 with a rounded platform structure, and the dough and the color material in the pressure-holding cavity 411 are fused and flow out downwards. The rounded platform structure can ensure that the dough and the color material are combined more closely and mutually maintain a certain pressure.

The color material pipeline 44 of the present invention is arranged vertically, and is arranged in parallel with the dough supply pipeline 41 and the filling pipeline 42, which can ensure that the color material, dough and filling material all move in the same direction, so that during the cutting process, the Keep the three synchronized as much as possible.

When using the annular passive gear ring 52 scheme, the rotating blade 51 is installed on the inner wall of the annular passive gear ring 52, and when the dough is driven to rotate, it will rotate with the annular passive gear ring 52, and the dough is processed from the outermost side of the dough supply pipeline 41. Stir, stir better.

When using the annular passive gear ring 52 scheme, the annular passive ring 54 is sleeved outside the stuffing pipeline 42 inside the compound head device 4, so that when the annular passive ring 54 is rotating, it will not affect the normal use of the stuffing pipeline 42 , and the rotating blade 51 can play the role of spiral stirring like a fan blade.

One end of the rotating blade 51 is inclined. Specifically, the end of the rotating blade 51 that is not connected to the rest is inclined downward relative to the other end. The setting of the inclined surface can make the dough move more smoothly and spirally during the stirring process. Exercise works better.

Claims (21)

1. a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Including filling feeding device（1）, supply face device （2）, color material device（3）, composite head device（4）, cutter（5）With round device（6）, described filling feeding device（1）, for face dress Put（2）With color material device（3）Respectively with composite head device（4）Connection, described composite head device（4）Lower section is provided with cutter （5）, described cutter（5）Lower section is provided with round device（6）；

Described composite head device（4）Include for facial canal road（41）, described confession facial canal road（41）Inside it is provided with pipeline for filling（42）, Described confession facial canal road（41）Lower end is provided with face mouth（43）, described pipeline for filling（42）Lower end be located at face mouth（43）Interior, described For facial canal road（41）Top be provided with multiple color material pipelines（44）, the plurality of color material pipeline（44）With for facial canal road（41）Even Logical.

2. according to claim 1 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described coloured silk Pipe material（44）It is arranged on for facial canal road（41）Upper surface, described color material pipeline（44）The color material outlet of lower end（410）With confession Facial canal road（41）Upper surface connect and flush.

3. according to claim 1 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described coloured silk Pipe material（44）It is arranged on for facial canal road（41）Upper surface, described color material pipeline（44）The color material outlet of lower end（410）With confession Facial canal road（41）Upper surface connect and stretch to for facial canal road（41）Interior.

4. according to claim 1 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described coloured silk Pipe material（44）It is arranged on for facial canal road（41）Side wall, described color material pipeline（44）The color material outlet of one end（410）With supply face Pipeline（41）The connection of side wall and flush with side wall.

5. according to claim 1 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described coloured silk Pipe material（44）It is arranged on for facial canal road（41）Side wall, described color material pipeline（44）The color material outlet of one end（410）With supply face Pipeline（41）Side wall connect and stretch to for facial canal road（41）Interior.

6. a kind of according to claim 1-5 any one prepares the device that there are the ball of glutinous rice of color pattern on surface, its feature It is：Described confession facial canal road（41）Upper end be provided with stirring pressure conveyer device, described stirring pressure conveyer device（50）Bag Include agitator.

7. according to claim 6 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described stir Mix device to include being arranged on for facial canal road（41）The rotating vane at place（51）, described agitator includes the passive ring gear of annular（52）, institute State rotating vane（51）It is arranged on the passive ring gear of annular（52）Inwall, the passive ring gear of described annular（52）Outside and driving gear （53）Engage each other.

8. according to claim 7 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described master Moving gear（53）It is connected with the motor driving its rotation.

9. according to claim 6 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described stir Mix device and include annular by rotating ring（54）, rotating vane（51）It is arranged on annular by rotating ring（54）Outer side edges on, described annular quilt Rotating ring（54）It is socketed in composite head device（4）Internal pipeline for filling（42）Outward.

10. according to claim 9 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Annular is by rotating ring（54）It is connected with the roll tube driving it to rotate, described roll tube is connected with the motor driving its rotation.

A kind of 11. according to claim 7-10 any one prepare the device that there are the ball of glutinous rice of color pattern on surface, and it is special Levy and be：Described rotating vane（51）One end downward-sloping, described rotating vane（51）At least 3.

A kind of 12. according to claim 1-5 any one prepare the device that there are the ball of glutinous rice of color pattern on surface, its feature It is：Multiple color material pipelines（44）Evenly around in described pipeline for filling（42）Around.

A kind of 13. according to claim 1-5 any one prepare the device that there are the ball of glutinous rice of color pattern on surface, its feature It is：Described composite head device（4）Including dough cover entrance（45）, described dough cover entrance（45）With for facial canal road（41）One end is even Logical, described confession facial canal road（41）The other end exports for dough cover（46）, described face mouth（43）It is arranged on dough cover outlet（46）Place.

14. according to claim 13 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Composite head device（4）Including stuffing material entrance（47）, described stuffing material entrance（47）With pipeline for filling（42）One end connects, described for filling Pipeline（42）The other end be stuffing material outlet（48）.

15. according to claim 14 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Composite head device（4）Including color material entrance（49）, described color material entrance（49）With color material pipeline（44）One end connects, and color material exports （410）It is arranged on color material pipeline（44）The other end.

16. according to claim 15 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：It is located at Color material exports（410）Following confession facial canal road（41）Part is provided with pressurize chamber, and described pressurize chamber is in inverted round stage structure.

17. according to claim 16 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Color material exports（410）Positioned at face mouth（43）Top or face mouth（43）Interior, described face mouth（43）Be provided with to dough cover, color material and Stuffing material acts the back taper mesa-shaped structure gathering the effect of tightening up.

A kind of 18. according to claim 1-5 any one prepare the device that there are the ball of glutinous rice of color pattern on surface, its feature It is：Described color material pipeline（44）Quantity be 2-10.

A kind of 19. according to claim 1-5 any one prepare the device that there are the ball of glutinous rice of color pattern on surface, its feature It is：Described color material pipeline（44）It is vertically arranged, and described color material pipeline（44）With for facial canal road（41）, pipeline for filling（42）Flat Row setting.

20. according to claim 16 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Dough cover entrance（45）With for face device（2）It is connected, described stuffing material entrance（47）With filling feeding device（1）It is connected, described color material entrance （49）With color material device（3）It is connected.

21. according to claim 20 a kind of prepare surface have color pattern the ball of glutinous rice device it is characterised in that：Described Round device（6）The lower section row of being provided with disk device（7）.