CN209449576U - A kind of efficient sludging equipment - Google Patents

Abstract

The utility model proposes a kind of efficient sludging equipments, break through the structural form of traditional blender and pulper, in practical work process, the materials such as meat are put into agitator, starting driving device drive, the first mixing component operates in the first staving, the second mixing component operates in the second staving, makes the first mixing component and the second mixing component that the materials such as meat be smashed into pureed in a manner of striking in opposite directions in stirring overlapping region.Compared with prior art, the efficient sludging equipment of the utility model can strike the material high-efficiencies such as meat into the pureed material such as high resiliency muddy flesh, at low cost and do not waste, convenient and practical.

Description

A kind of efficient sludging equipment

Technical field

The utility model relates to machinery fields, and in particular to a kind of efficient sludging equipment.

Background technique

In daily life, Chinese often eat the wheaten food that dumpling and chaos etc. have filling, wherein most of fillings are all It is that could use meat packing at fine granularity, is usually manually cut with cutter or meat is struck with wooden stick, the former Compared to the latter operate it is simpler, but cut after meat be in granular form, the mouthfeel of filling is bad, the latter using strike in the way of pair Meat is forged the meat stuffing of processing and fabricating in pureed repeatedly, and more flexible, mouthfeel is more preferable, is more vulnerable to welcome.After but The efficiency of person is very low, higher cost, and be easy to cause minced meat to splash in shots, wastes more serious.And either The efficiency of which kind of manual type is all very low, and cost is also higher, so people are artificial using the mechanical substitution such as blender or pulper, The construction of blender or pulper has been known, as Chinese utility model patent CN201720837578.1 discloses a kind of Minced Steak Machine comprising housing unit, electric machine assembly, gearbox and toolbox, the housing unit include upper housing component and lower casing Body component, the electric machine assembly and gearbox be set to upper housing component in, the electric machine assembly be set to gearbox top and with Gearbox transmission connection, the gearbox include upper cover of speed changing box, variable speed assembly, output shaft member and gearbox lower cover, speed change group Part and output shaft member are mounted between upper cover of speed changing box and gearbox lower cover, are connect, are exported with variable speed assembly on the upside of output shaft member It is equipped with output crown of roll on the downside of shaft member, is equipped with axis hole in the middle part of the gearbox lower cover, the output shaft is convex to be passed down through the axis hole, The output shaft is convexly equipped with tool mounting portion, and the toolbox connect with the tool mounting portion and is placed in lower case component Interior, the gearbox further includes bearing, and the bearing is set in the convex outside of output shaft, and the outer ring of the bearing is mounted on the change Under fast case on lid.The crown of roll top is equipped with socket part, is equipped with several raised lines on the outside of the socket part, the bearing is set in institute It states on the outside of socket part, the inner ring interference fit of bearing described in the raised line.The upper end of crown of roll is equipped with the shaft shoulder, and the bearing is set in On the downside of the shaft shoulder.Bearing mounting base is equipped on the inside of the gearbox lower cover, the bearing is mounted on the bearing mounting base.The knife Having mounting portion is connecting shaft hole in the crown of roll, the toolbox upper end with the connecting shaft hole is circumferentially fixed inserts Pull out formula connection.The upper housing component includes upper casing ontology, switch button, handle and handle lid, and the handle is covered on upper casing On the upside of ontology, the handle is set to handle and covers side and connect with handle lid, and the handle is equipped with push-button socket, and the switch is pressed Button is set in push-button socket, and the switch button is connect with electric machine assembly.The lower case component includes Minced Steak pot and pot cover, described Pot cover is set to the upside of Minced Steak pot, and the toolbox is set in Minced Steak pot.The electric machine assembly includes motor and motor cabinet, institute It states and is equipped with groove in the middle part of pot cover, connect in the groove that the motor cabinet is set in the middle part of pot cover and with the toolbox, the change Fast case is set on motor cabinet, and the motor is set on gearbox and connect with gearbox.The electric machine assembly further includes that motor subtracts Shake pad, the motor shock absorption pad are set to the upside of motor；The lower case component further includes sealing ring, and the sealing ring is set to pot Between lid and Minced Steak pot.The Minced Steak pot is glass boiler, stainless-steel pan or plastics pot.

The utility model is similar with the construction of other meat grinders in the market, is all to be processed using cutting type, although improving High efficiency is processed, but meat is in apparent graininess after processing, poor flexibility, poor taste, practicability is to be improved.

In consideration of it, inventor furthers investigate the above problem, there is this case generation then.

Utility model content

The purpose of this utility model is to provide one kind to strike the material high-efficiencies such as meat at purees such as high resiliency muddy flesh Material, it is at low cost and do not waste, convenient and practical efficient sludging equipment.

In order to achieve the above object, the utility model uses such technical solution:

A kind of efficient sludging equipment, the driving device including agitator, agitating device and driving agitating device operating；It is described to stir Mixing bucket includes the first staving and the second staving, and the axis of first staving and the axis of the second staving are parallel, and described first The distance between axis of staving and the second staving is less than the sum of the two radius, has between first staving and the second staving Communication port and stirring overlapping region；The agitating device includes stirring by the first mixing component and second of identical clockwise rotation Mix component；First mixing component includes the first rotating shaft with the first staving coaxial line, and in first rotating shaft First stirring blade；Second mixing component includes the second shaft with the second staving coaxial line, and is set to second turn The second stirring blade on axis；First stirring blade and the second stirring blade staggered row at the stirring overlapping region Column setting.

First stirring blade includes the first stirring group more than two being arranged around the first rotating shaft, and described One stirring group includes multiple the first blade monomers being arranged along the first rotating shaft；Second stirring blade includes two groups The second stirring group being arranged above around second shaft, the second stirring group include multiple along second shaft row Arrange the second blade monomer of setting.

First blade monomer of each first stirring group is staggered to be arranged, the second leaf of each second stirring group Piece monomer is staggered to be arranged.

The first stirring group is identical as the quantity of the second stirring group, each first stirring group and each described second Stirring group is corresponded at the stirring overlapping region and is met, and the first blade in corresponding the first stirring group met Second blade monomer of monomer and the second stirring group is staggered to be arranged.

First staving and the second staving are vertically arranged.

The first blade monomer in the first stirring group at least in the top gradually inclines from the bottom to top towards rotation direction Tiltedly setting；The second blade monomer in the second stirring group at least in the top gradually tilts from the bottom to top towards rotation direction Setting.

The cross section of the first blade monomer and the second blade monomer in the top is ellipse.

The first limit limited to the upper end of the first rotating shaft is connected between the upper port of first staving The upper end of crossbeam, the first rotating shaft is linked together by bearing and the first limit crossbeam；Second staving it is upper The the second limit crossbeam limited to the upper end of second shaft is connected between port, the upper end of second shaft is logical Bearing is crossed to link together with the second limit crossbeam.

The driving device include with the coaxially connected first gear driven of the first rotating shaft, with described second turn The coaxially connected second gear driven of axis, the idler drive gear being engaged between first gear and second gear, and Drive the motor of idler drive gear rotation.

The lower part of the agitator is formed with discharge port, and the discharge port is equipped with discharge door.

After adopting the above technical scheme, the efficient sludging equipment of the utility model, breaks through the structure of traditional blender and pulper The materials such as meat are put into agitator in practical work process by appearance formula, and starting driving device drives the first mixing component the Operating, the second mixing component operate in the second staving in one staving, are stirring the first mixing component and the second mixing component The materials such as meat are smashed into pureed in a manner of striking in opposite directions by overlapping region.Specifically, first rotating shaft drives each first paddle Piece rotation, the second shaft drive each second stirring blade rotation, and first barrel of intracorporal material is pushed to and stirs by the first stirring blade When mixing overlapping region, second barrel of intracorporal material is also pushed to stirring overlapping region, the first stirring blade by the second stirring blade It is moved toward one another with the second stirring blade in stirring overlapping region, it, can be right when the first stirring blade and the second stirring blade meet Material between first stirring blade and the second stirring blade is struck and is squeezed, but since the first stirring blade and second stir It mixes blade to be staggered, the first stirring blade and the second stirring blade can't be hit together, and material can be from the first stirring It is squeezed again at the gap of blade and the second stirring blade, partial material is then pushed to by the first stirring blade again In one staving, another part is pushed in the second staving, and partial material is pushed in the second staving by the second stirring blade, another Part is pushed in the first staving, is so carried out in the way of with traditional-handwork impact type manufactured meat filling etc. to materials such as meat Flying hit repeatedly significantly improves efficiency while realization the impact of the materials such as meat into the pureed material such as high-elastic muddy flesh, and Such as the elasticity of muddy flesh is higher than the muddy flesh elasticity of impact processing by hand, mouthfeel is more preferable.Compared with prior art, the utility model Efficient sludging equipment, the material high-efficiencies such as meat can be struck into the pureed material such as high resiliency muddy flesh, it is at low cost and do not waste, it is convenient It is practical.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the local overlooking structural schematic diagram of the utility model；

Fig. 3 is the broken section structural schematic diagram of the utility model；

Fig. 4 is the broken section structural schematic diagram of the utility model.

In figure:

The first staving of 11- 111- first limits the limit of the second staving of crossbeam 12- 121- second crossbeam 13- discharge port 131- and goes out Bin gate 132- stock guide

211- first rotating shaft 2121- the first stirring group 21211- the first blade monomer the second shaft of 221- 2221- second is stirred Mix group 22211- the second blade monomer

31- first gear 32- second gear 33- idler drive gear 34- motor

4- base.

Specific embodiment

In order to which the technical solution of the utility model is explained further, it is described in detail below by specific embodiment.

A kind of efficient sludging equipment of the utility model, as shown in Figs 1-4, including agitator, agitating device and driving stirring The driving device of device operating；Agitator includes the first staving 11 and the second staving 12, the axis of the first staving 11 and second barrel The sum of both the axis of body 12 is parallel, and the distance between axis of the first staving 11 and the second staving 12 is less than radius, first There is communication port and stirring overlapping region between staving 11 and the second staving 12；Agitating device includes rotating by identical clockwise The first mixing component and the second mixing component；First mixing component includes the first rotating shaft 211 with 11 coaxial line of the first staving, With the first stirring blade being set in first rotating shaft 211；Second mixing component includes second turn with 12 coaxial line of the second staving Axis 221, and the second stirring blade in the second shaft 221；First stirring blade and the second stirring blade are overlapped in stirring It is staggered at region to be arranged.The utility model is put into agitator, starting driving in practical work process, by materials such as meat First mixing component operates in the first staving 11, the second mixing component operates in the second staving 12 for device drive, makes first The materials such as meat are smashed into pureed in a manner of striking in opposite directions in stirring overlapping region by mixing component and the second mixing component.Specifically It is that first rotating shaft 211 drives each first stirring blade to rotate, the second shaft 221 drives each second stirring blade to rotate, and first stirs Mix blade by the material in the first staving 11 be pushed to stirring overlapping region when, the second stirring blade also will be in the second staving 12 Material is pushed to stirring overlapping region, and the first stirring blade and the second stirring blade are moved toward one another stirring overlapping region, when the When one stirring blade and the second stirring blade meet, the material between the first stirring blade and the second stirring blade can be hit It beats and squeezes, but since the first stirring blade and the second stirring blade are staggered, the first stirring blade and the second paddle Piece can't be hit together, and material can be squeezed again from the gap of the first stirring blade and the second stirring blade, so Partial material is pushed in the first staving 11 by the first stirring blade again afterwards, another part is pushed in the second staving 12, the Partial material is pushed in the second staving 12 by two stirring blades, and another part is pushed in the first staving 11, so using with The mode of traditional-handwork impact type manufactured meat filling etc. carries out flying hit repeatedly to materials such as meat, realizes and strikes the materials such as meat Efficiency is significantly improved while at the pureed material such as high-elastic muddy flesh, and the elasticity of such as muddy flesh is than the meat of impact processing by hand Mud elasticity is higher, and mouthfeel is more preferable.

Preferably, the first stirring blade includes the first stirring group 2121 more than two being arranged around first rotating shaft 211, First stirring group 2121 includes multiple the first blade monomers 21211 being arranged along first rotating shaft 211；Second stirring blade packet The second stirring group 2221 more than two being arranged around the second shaft 221 is included, the second stirring group 2221 includes multiple along second The second blade monomer 22211 that shaft 221 is arranged.The utility model is in practical work process, multiple groups the first stirring group 2121 and second stirring group 2221 number to rotate a circle to the impact of the materials such as meat, and every group of multiple first blade lists can be improved The various dimensions that body 21211 and the second blade monomer 22211 can carry out certain depth to materials such as meat in each shots are hit It beats, significantly enhances the intensive and overall uniformity to the impact of the materials such as meat, more efficient, quality is more stable.

Preferably, the first blade monomer 21211 of each first stirring group 2121 is staggered is arranged, each second stirring group 2221 the second blade monomer 22211 is staggered to be arranged.The utility model is in practical work process, when the first paddle Piece and the second stirring blade are after the completion of stirring overlapping region to the impact of the materials such as meat, each first blade list of the first stirring blade Body 21211 can beat over the materials such as part meat from gap between the second adjacent blade monomer 22211 of the second stirring blade, together When, each second blade monomer 22211 of the second stirring blade can be by materials such as part meat from adjacent the first of the first stirring blade Gap is beaten between blade monomer 21211.Due to each the of the first stirring blade of the latter and previous first stirring blade One blade monomer 21211 is homogeneously staggered, therefore each first blade monomer 21211 of the first stirring blade of the latter can will be by The material that each second blade monomer 22211 of second stirring blade is beaten is beaten again in opposite mode with higher relative velocity It goes back；Since the second stirring blade of the latter and each second blade monomer 22211 of previous second stirring blade are staggered Arrangement, therefore each second blade monomer 22211 of the second stirring blade of the latter can will be by each first leaf of the first stirring blade The material that piece monomer 21211 is beaten is returned again in opposite mode with higher relative velocity.It is improved by this method to meat While the impact force and impact efficiency of equal materials, enhancing elasticity.

Preferably, the first stirring group 2121 is identical as the quantity of the second stirring group 2221, each first stirring group 2121 with it is each Second stirring group 2221 is corresponded at stirring overlapping region and is met, and first in corresponding the first stirring group 2121 met Second blade monomer 22211 of blade monomer 21211 and the second stirring group 2221 is staggered to be arranged.The utility model is in reality In the course of work of border, each pair of corresponding first blade monomer 21211 is with the second blade monomer 22211 every time with similar engagement Mode carries out matching intersection, and matching is more accurate, and can the materials such as meat be carried out with accurate alternately impact, further increase impact efficiency And quality, and be not in the case where blade monomer hits or rubs.Preferably, two the first stirring groups 2121 are set to relatively The two sides of first rotating shaft 211, two opposite two sides for being set to the second shaft 221 of the second stirring group 2221, can strike more objects On the basis of material, hit for the enough kinetic energy of rotation savings of each first stirring group 2121 and the second stirring group 2221, no It will appear the case where being blocked by material.

Preferably, the first staving 11 and the second staving 12 are vertically arranged.The utility model is in practical work process, and first Stirring blade and the second stirring blade are in lower part, and the materials such as meat can be directly placed into agitator from top, be formed in automatically with The power that first stirring blade and the second stirring blade are kept in contact while being not easy to splash out, is easier to be uniformly distributed, is not easy to accumulate.

Preferably, in the first stirring group 2121 at least in the top the first blade monomer 21211 towards rotation direction by Gradually it is obliquely installed from the bottom to top；The second blade monomer 22211 in second stirring group 2221 at least in the top is towards rotation side To being gradually obliquely installed from the bottom to top.The utility model is in practical work process, the first blade monomer 21211 for being obliquely installed Can the materials such as meat be generated with downward thrust during rotation, make the materials downwards such as the meat at first rotating shaft 211, It is moved upwards to squeeze in the materials such as meat between the first blade monomer 21211 and agitator, makes the meat in the first staving 11 Equal materials are in the motion state recycled up and down always, and then can be further increased impact by the more impact of solid comprehensively It is uniform comprehensive；The second blade monomer 22211 being obliquely installed can generate downward push away to materials such as meat during rotation Power makes the materials downwards such as the meat at the second shaft 221, to squeeze in the second blade monomer 22211 and stirring The materials such as meat move upwards between bucket, and the materials such as the meat in the second staving 12 is made to be in the motion state recycled up and down always, into And the uniform comprehensive of impact can be further increased by the more impact of solid comprehensively.

Preferably, the cross section of the first blade monomer 21211 in the top and the second blade monomer 22211 is ellipse Shape.On the basis of this structure can make the first blade monomer 21211 and the second blade monomer 22211 generate pressure to materials such as meat, Cutting action will not be generated to materials such as meat, keep the flexible contact with material, improve the efficiency of impact.

Preferably, each first stirring group 2121 is around the evenly distributed setting of first rotating shaft 211, each first blade monomer 21211 Along the evenly distributed setting of first rotating shaft 211；Each second stirring group 2221 is around the evenly distributed setting of the second shaft 221, each second leaf Piece monomer 22211 is along the evenly distributed setting of the second shaft 221.This structure can make each first stirring group 2121 and the second stirring group 2221 uniform forces improve the stability of the first mixing component and the rotation of the second mixing component and the uniformity to material impact.

In order to improve the stability of first rotating shaft 211 and the second shaft 221 during rotation, it is preferable that the first staving The the first limit crossbeam 111 limited to the upper end of first rotating shaft 211, first rotating shaft 211 are connected between 11 upper port Upper end by bearing with first limit crossbeam 111 link together；It is connected between the upper port of second staving 12 to second The upper end of the second limit crossbeam 121 that the upper end of shaft 221 is limited, the second shaft 221 is horizontal by bearing and the second limit Beam 121 links together.

Preferably, driving device include with the coaxially connected first gear 31 driven of first rotating shaft 211, with second turn The coaxially connected second gear 32 driven of axis 221, the midway drive being engaged between first gear 31 and second gear 32 Gear 33, and the motor 34 that driving idler drive gear 33 rotates.In practical work process, motor 34 drives the utility model Dynamic idler drive gear 33 rotates, and idler drive gear 33 drives first gear 31 and second gear 32 towards same hour hands side simultaneously To rotation, transmission efficiency is not only improved in this way, but also can directly generate relative motion in stirring overlapping region.

Preferably, the lower part of agitator is formed with discharge port 13, and discharge port 13 is equipped with discharge door 131.The utility model In practical work process, after the materials such as meat beat mud, openable discharge door 131, by the material of pureed from discharge port 13 Discharge, during beating mud, discharge door 131 is closed, will not material leakage and without dead angle.

Preferably, the lower edge of discharge port 13 is equipped with the stock guide 132 being oriented to the pug of completion, stock guide 132 It is gradually from top to bottom obliquely installed by butt to tip.Preferably, discharge door 131 has the be pivotally connected with the side of discharge port 13 One vertical side, and the second vertical side to link together with 13 other side checkpost button of discharge port；Second vertical side is equipped with Hasp, and the horizontal rotating shaft being connected between the second vertical side and hasp；The edge of discharge port 13 is equipped with to match with hasp The card column buckle closed, hasp are formed with opening direction and match the bayonet being fastened togather with card column.

It preferably, further include the base being carried below agitator；The lower part of first rotating shaft 211 and the second shaft 221 is equal It is linked together by bearing and base；First gear 31 is set to the lower end of first rotating shaft 211, and second gear 32 is set to second turn The lower end of axis 221；First gear 31, second gear 32, idler drive gear 33 and motor 34 are in base.Preferably, also Including the controller controlled motor 34, controller be equipped with start switch, frequency modulation switch and time switch etc..It is preferred that Ground, motor 34 are equipped with retarder.

The product form of the utility model is not limited to this case diagram and embodiment, anyone carries out similar thinking to it Appropriate changes or modifications all should be regarded as the patent category for not departing from the utility model.

Claims (10)

1. a kind of efficient sludging equipment, the driving device including agitator, agitating device and driving agitating device operating；Its feature exists In: the agitator includes the first staving and the second staving, and the axis of first staving and the axis of the second staving are parallel, The distance between axis of first staving and the second staving is less than the sum of the two radius, first staving and the second staving Between have communication port and stirring overlapping region；The agitating device includes the first mixing component rotated by identical clockwise With the second mixing component；First mixing component includes the first rotating shaft with the first staving coaxial line, and is set to first The first stirring blade in shaft；Second mixing component includes the second shaft with the second staving coaxial line, and is set In the second stirring blade in the second shaft；First stirring blade and the second stirring blade are at the stirring overlapping region It is staggered to be arranged.

2. a kind of efficient sludging equipment according to claim 1, it is characterised in that: first stirring blade include two groups with On the first stirring group for being arranged around the first rotating shaft, the first stirring group includes multiple arranging along the first rotating shaft The first blade monomer being arranged；Second stirring blade includes more than two second stirring around what second shaft was arranged Group is mixed, the second stirring group includes multiple the second blade monomers being arranged along second shaft.

3. a kind of efficient sludging equipment according to claim 2, it is characterised in that: the first blade of each first stirring group Monomer is staggered to be arranged, and the second blade monomer of each second stirring group is staggered to be arranged.

4. a kind of efficient sludging equipment according to claim 3, it is characterised in that: the first stirring group is stirred with described second The quantity for mixing group is identical, and each first stirring group and each second stirring group correspond at the stirring overlapping region It meets, and the first blade monomer in corresponding the first stirring group met intersects with the second blade monomer of the second stirring group Mistake is arranged.

5. a kind of efficient sludging equipment according to claim 4, it is characterised in that: first staving and the second staving are vertical Setting.

6. a kind of efficient sludging equipment according to claim 5, it is characterised in that: at least in most in the first stirring group First blade monomer of top is gradually obliquely installed from the bottom to top towards rotation direction；At least in most upper in the second stirring group Second blade monomer of side is gradually obliquely installed from the bottom to top towards rotation direction.

7. a kind of efficient sludging equipment according to claim 6, it is characterised in that: the first blade list in the top The cross section of body and the second blade monomer is ellipse.

8. a kind of efficient sludging equipment according to claim 7, it is characterised in that: connect between the upper port of first staving It is connected to the first limit crossbeam limited to the upper end of the first rotating shaft, the upper end of the first rotating shaft passes through bearing and institute The first limit crossbeam is stated to link together；Be connected between the upper port of second staving to the upper end of second shaft into The upper end of second limit crossbeam of row limit, second shaft is linked together by bearing and the second limit crossbeam.

9. a kind of efficient sludging equipment according to claim 8, it is characterised in that: the driving device includes and described first The coaxially connected first gear driven of shaft, with the coaxially connected second gear driven of second shaft, engagement Idler drive gear between first gear and second gear, and the motor of driving idler drive gear rotation.

10. a kind of efficient sludging equipment according to claim 9, it is characterised in that: the lower part of the agitator is formed with out Material mouth, the discharge port are equipped with discharge door.