CN203608805U - Core coated fish ball processing system - Google Patents
Core coated fish ball processing system Download PDFInfo
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- CN203608805U CN203608805U CN201320800802.1U CN201320800802U CN203608805U CN 203608805 U CN203608805 U CN 203608805U CN 201320800802 U CN201320800802 U CN 201320800802U CN 203608805 U CN203608805 U CN 203608805U
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Abstract
The utility model discloses a core coated fish ball processing system. The core coated fish ball processing system comprises a core coated fish ball machine and a paste conveying system, wherein the core coated fish ball machine comprises a stuffing mechanism, a paste mechanism, a core coated device respectively communicated with the stuffing mechanism and the paste mechanism, and a cutter device arranged below the core coated device and communicated with the core coated device; the core coated device comprises a receiving container respectively connected with a stuffing feeding device of the stuffing mechanism and a paste feeding device of the paste mechanism, and a rotating device arranged below the receiving container and rotationally connected with the receiving container; the receiving container comprises a stuffing receiving room positioned in the center thereof, and a paste receiving room positioned at the periphery of the stuffing receiving room; the rotating device comprises a core coated inner cavity penetrated vertically and shrunk from the top to the bottom; the core coated inner cavity is communicated with the paste receiving room, and is positioned under the stuffing receiving room; the paste conveying system automatically supplies paste to the paste mechanism. The core coated fish ball processing system has the advantages of simple structure, convenience for operation, combination of automatic feeding with automatic processing of fish balls, saving of manpower and material resources, time saving and high productivity.
Description
Technical field
The utility model relates to fish ball manufacture field, relates in particular to a kind of Stuffed Fish Balls system of processing.
Background technology
Stuffed Fish Balls are ALONG COASTAL FUJIAN one with characteristic local delicacies, extremely liking of region following the line of the sea people.In order to meet people's demand, now a lot of manufacturers all produce Stuffed Fish Balls by automatic Stuffed Fish Balls system of processing, improve the production efficiency of fish ball.
But when current automatic Stuffed Fish Balls system of processing is enveloping fish balls maker conveying slurry, the normal mode that adopts artificial interpolation, can expend a large amount of manpowers and time like this, reduction production efficiency.
And also there are some defects in the enveloping fish balls maker generally using at present, has affected mouthfeel and the perception of fish ball.These defects comprise: the fillings of the bag center device bag heart leaks outside; Agitating device stirs inhomogeneous, affects mouthfeel; Stuffing-feeding device send filling pressure transient, so that send filling amount inhomogeneous, affects mouthfeel and perception; Two blades of cutter only connect with a horizontal transport arm, and once the position that need to adjust one of them blade, another blade also will be adjusted, and adjust so loaded down with trivial detailsly, affect production efficiency.
Summary of the invention
The purpose of this utility model is exactly the problem existing in order to overcome above-mentioned prior art, a kind of Stuffed Fish Balls system of processing is provided, this Stuffed Fish Balls system of processing is simple in structure, self-feeding and automatically processing fish ball combine, not only improved production efficiency, and fish ball mouthfeel and the perception of producing are better.
In order to realize above-mentioned purpose of the present utility model, provide following technical scheme:
A kind of Stuffed Fish Balls system of processing, comprising: enveloping fish balls maker and the slurry delivery system for described enveloping fish balls maker conveying slurry, and described enveloping fish balls maker comprises: for making the fillings mechanism of Stuffed Fish Balls fillings; For the slurry mechanism of making Stuffed Fish Balls crust slurry; Respectively with the bag center device of described fillings mechanism and slurry mechanism connection; Be arranged on described bag center device below and be communicated with the cutter of described bag center device; Described bag center device comprises: connect respectively the stuffing-feeding device of described fillings mechanism and the receiving vessel that send sizing device of slurry mechanism; The whirligig that is arranged on described receiving vessel below and is rotationally connected with it; Wherein, described receiving vessel comprises the fillings receiving chamber that is positioned at its center, is positioned at the slurry receiving chamber of described fillings receiving chamber periphery; Wherein, described whirligig comprises up/down perforation and the bag chambers of shrinking from the top down, and described bag chambers is communicated with described slurry receiving chamber, and is positioned under described fillings receiving chamber; Wherein, described slurry delivery system is to the described slurry mechanism described slurry of supply automatically.
Preferably, described slurry delivery system comprises: slurry storing unit; Be communicated with the first conveyance conduit of described slurry storing unit; At least one second conveyance conduit with described the first conveyance conduit vertical connection; Wherein, between described slurry storing unit and the charging aperture of described the first conveyance conduit, be provided with feeding engine; Wherein, the discharging opening of described the second conveyance conduit is aimed at the slurry stirring bucket of the slurry mechanism that is positioned at its below; Wherein, on described the second conveyance conduit, be provided for regulating the adjusting device of described slurry flow.
Preferably, the fillings of described fillings mechanism stirs in bucket and is provided with fillings agitating device, and described fillings agitating device comprises: the first axle body; Be fixedly installed on the first screw assembly of described the first axle body bottom; Be arranged on the first cutter leaf assembly on described the first axle body top; Wherein, described the first cutter leaf assembly is close to described the first screw assembly installation.
Preferably, described the first screw assembly comprises: fixed cover is located at the first axle sleeve outside described the first axle body; Along the first helical blade of described the first axle sleeve screw arrangement; Described the first cutter leaf assembly comprises: be fixedly mounted on the first cutter rachis cover outside described the first axle body; Be fixedly connected on the first cutter leaf that described the first cutter rachis puts; Wherein, described the first helical blade is two, and staggered being centered around on described the first axle sleeve; Described the first cutter leaf is two, and is radially relatively connected to described the first cutter rachis and puts; Wherein, the outward flange of described the first helical blade is close to the first cylindrical inwall setting of described fillings stirring bucket.
Preferably, the slurry of described slurry mechanism stirs in bucket and is provided with slurry stirring device, and described slurry stirring device comprises: the second axle body; Be fixedly installed on the second screw assembly of described the second axle body bottom; Be arranged on the second cutter leaf assembly on described the second axle body top; Wherein, described the second cutter leaf assembly is close to described the second screw assembly installation.
Preferably, described the second screw assembly comprises: fixed cover is located at the second axle sleeve outside described the second axle body; Along the second helical blade of described the second axle sleeve screw arrangement; Described the second cutter leaf assembly comprises: be fixedly mounted on the second cutter rachis cover outside described the second axle body; Be fixedly connected on the second cutter leaf that described the second cutter rachis puts; Wherein, described the second helical blade is two, and staggered being centered around on described the second axle sleeve; Described the second cutter leaf is two, and is radially relatively connected to described the second cutter rachis and puts; Wherein, the outward flange of described the second helical blade is close to the second cylindrical inwall setting of described slurry stirring bucket.
Preferably, the eccentric rotary in filling chamber of sending of described stuffing-feeding device is connected with an eccentric shaft, send on the eccentric pivot hole that the rear end face in filling chamber offers, and described in stretching into, send in filling chamber described in described eccentric shaft is arranged on; Wherein, described eccentric shaft send the end face in filling chamber to be slidably fitted with a material toggling piece described in stretching into.
Preferably, described cutter is communicated with described bag chambers, and comprises: cutter assembly; Connect the horizontal transport arm component of described cutter assembly; Wherein, described cutter assembly comprises two blades, and one end of described each blade offers the blade aperture with blade part, and the other end is provided with blade pin; Wherein, described horizontal transport arm component comprises two horizontal transport arms, and each horizontal transport arm connects respectively a blade, and each horizontal transport arm comprises: its one end connects the L-type connecting rod of described blade pin; Its one end is fixedly connected with the yi word pattern connecting rod of the described L-type connecting rod other end, and described yi word pattern connecting rod synchronously does level and longitudinally moves back and forth under the drive of transmission component.
Preferably, one end of described L-type connecting rod offers pin slotted eye, and described blade pin connects described pin slotted eye.
Preferably, described cutter assembly also comprises cutting knife stroke part, the left and right sides symmetry of described cutting knife stroke part offers restriction pin and does the reciprocating pin stroke of horizontal cross slotted eye, and the bottom of described cutting knife stroke part offers restriction cutting knife and does the reciprocating cutting knife stroke of horizontal cross groove.
The beneficial effects of the utility model embody in the following areas:
1, the utility model is simple in structure, easy to operate, and self-feeding and automatically processing fish ball combine, and save human and material resources, save time, and production efficiency is high;
2, slurry delivery system of the present utility model arranges adjusting device on the second conveyance conduit, can be according to the flow that need to regulate slurry of manufacturing process, thus the steady quality of the product of Stuffed Fish Balls machining, high conformity;
3, it is placed in the middle that the structural design of the bag center device of enveloping fish balls maker of the present utility model makes the Stuffed Fish Balls fillings of production, and slurry is by complete fillings coated;
4, the fillings agitating device of enveloping fish balls maker of the present utility model and slurry stirring device adopt the structure of double helix blade, double-pole leaf, fillings are stirred more even, and mouthfeel is better; Slurry is stirred more even, make crust smooth, improve mouthfeel and perception;
5, the stuffing-feeding device of enveloping fish balls maker of the present utility model is installed material toggling piece on eccentric shaft, makes to send filling pressure to increase, and improves the fillings plumpness of Stuffed Fish Balls, and material toggling piece makes to send filling pressure stability, makes the fillings equalization of each Stuffed Fish Balls;
6, the cutter of enveloping fish balls maker of the present utility model horizontal transport arm connects a cutting knife, can adjust separately for the horizontal transport arm of single cutting knife and connection thereof like this, and fitting operation is convenient.
Accompanying drawing explanation
Fig. 1 is the structural representation of enveloping fish balls maker of the present utility model;
Fig. 2 is the front view of the fillings agitating device of enveloping fish balls maker of the present utility model;
Fig. 3 is the top view of the fillings agitating device shown in Fig. 2;
Fig. 4 is the structural representation of the slurry stirring device of enveloping fish balls maker of the present utility model;
Fig. 5 is the top view of the slurry stirring device shown in Fig. 4;
Fig. 6 is the front view of prior art agitating device;
Fig. 7 is the top view of the agitating device shown in Fig. 6;
Fig. 8 is the structural representation of the stuffing-feeding device of enveloping fish balls maker of the present utility model;
Fig. 9 is the structural representation of the eccentric shaft shown in Fig. 8;
Figure 10 is the front view of the cutter of enveloping fish balls maker of the present utility model;
Figure 11 is the top view of the cutter shown in Figure 10;
Figure 12 is the structural representation of the blade of cutter of the present utility model;
Figure 13 is the side view of the cutting knife stroke part of cutter of the present utility model;
Figure 14 is the structural representation of the transmission component of cutter of the present utility model;
Figure 15 is the structural representation of the utility model Stuffed Fish Balls system of processing.
Description of reference numerals: 1-fillings stirs bucket; 11-the first enlarging body; 12-the first cylinder; 2-slurry stirs bucket; 21-the second enlarging body; 22-the second cylinder; 31-send filling chamber; 32-eccentric shaft; 32a-mounting groove; 33-eccentric pivot hole; 34-material toggling piece; 35-send filling pipeline; 41-send slurry chamber; 42-plug slurry piston; 43-send slurry pipeline; 5-fillings agitating device; 51-the first axle body; 52-the first screw assembly; 521-the first axle sleeve; 522-the first helical blade; 53-the first cutter leaf assembly; 531-the first cutter rachis cover; 532-the first cutter leaf; 6-leads filling rod; 7-slurry stirring device; 71-the second axle body; 72-the second screw assembly; 721-the second axle sleeve; 722-the second helical blade; 73-the second cutter leaf assembly; 731-the second cutter rachis cover; 732-the second cutter leaf; 8-wraps center device; 81-receiving vessel; 81a-fillings receiving chamber; 81b-slurry receiving chamber; 82-whirligig; 82a-wraps chambers; 9-cutter; 91-blade; 91a-blade aperture; 91b-blade pin; 92-horizontal transport arm; 921-L type connecting rod; 921a-pin slotted eye; 922-yi word pattern connecting rod; 93-cutting knife stroke part; 93a-pin stroke slotted eye; 93b-cutting knife stroke groove; 93c-through hole; 94-horizontal cross bar; 95-direction conversion connecting rod; 96-lever; 96a-bar cover; 97-spring; 101-slurry storing unit; 102-the first conveyance conduit; 103-the second conveyance conduit; 103a-discharging opening; 104-adjusting device; 105-feeding engine.
The specific embodiment
The utility model aims to provide a kind of Stuffed Fish Balls system of processing, and self-feeding and automatic processing fish ball are combined, and enhances productivity.
As shown in figure 15, a kind of Stuffed Fish Balls system of processing, comprising: enveloping fish balls maker and the slurry delivery system for described enveloping fish balls maker conveying slurry.
Enveloping fish balls maker automatically processes Stuffed Fish Balls under the driving of motor.As shown in Figure 1, enveloping fish balls maker comprises: for making the fillings mechanism of Stuffed Fish Balls fillings; For the slurry mechanism of making Stuffed Fish Balls crust slurry; Respectively with the bag center device 8 of described fillings mechanism and slurry mechanism connection; Be arranged on the cutter 9 that wraps center device 8 belows and be communicated with described bag center device 8; The transmission device that drives described fillings mechanism, slurry mechanism, bag center device 8 and cutter 9 to move; Connection for transmission device also provides the motor of power for it.
Wherein, described fillings mechanism comprises: fillings stirs bucket 1; Be arranged on described fillings and stir the fillings agitating device 5 in bucket 1; Be positioned at the stuffing-feeding device that described fillings stirs bucket 1 below and is communicated with it.
Described slurry mechanism comprises: slurry stirs bucket 2; Be arranged on slurry and stir the slurry stirring device 7 in bucket 2; Be positioned at described slurry stir bucket 2 belows and be communicated with it send sizing device.
As shown in Figures 6 and 7; the fillings agitating device of the enveloping fish balls maker of prior art and slurry stirring device are single-screw blade, hilted broadsword impeller structure; in the process of stirring fillings and slurry; often there will be the inhomogeneous situation that stirs; cause fillings particle inhomogeneous rough with crust, the mouthfeel of Stuffed Fish Balls and perception are affected.Double helix blade, double-pole impeller structure that the utility model uses can improve this situation, and fillings and slurry are stirred.
Below in conjunction with accompanying drawing, the concrete structure of fillings mechanism and slurry mechanism is described below.
Particularly, as shown in Figure 1, described fillings stirs bucket 1 and is made up of the first enlarging body 11 and the first cylinder 12 that is connected to its bottom.
As shown in Figure 1,2 and 3, fillings agitating device 5 comprises: the first axle body 51; Be fixedly installed on the first screw assembly 52 of described the first axle body 51 bottoms; Be arranged on the first cutter leaf assembly 53 on described the first axle body 51 tops; Described the first cutter leaf assembly 53 is close to described the first screw assembly 52 and installs.Wherein, described the first screw assembly 52 comprises: fixed cover is located at the first axle sleeve 521 outside described the first axle body 51; Along the first helical blade 522 of described the first axle sleeve 521 screw arrangement, described the first helical blade 522 is two, and staggered being centered around on described the first axle sleeve 521.Described the first cutter leaf assembly 53 comprises: be fixedly mounted on the first cutter rachis cover 531 outside described the first axle body 51; Be fixedly connected on the first cutter leaf 532 on described the first cutter rachis cover 531, described the first cutter leaf 532 is two, and is radially relatively connected on described the first cutter rachis cover 531.Wherein, the length of the first helical blade 522 and arrangement tight ness rating can design as required.As shown in Figure 1, the outward flange of the first helical blade 522 is close to the inwall setting of the first cylinder 12 of fillings stirring bucket 1, after the fillings in assurance fillings stirring bucket 1 thoroughly stirs, enters in stuffing-feeding device.
Preferably, described the first helical blade 522 and the first axle sleeve 521 are one-body molded, and it is 531 one-body molded that described the first cutter leaf 532 and the first cutter rachis are overlapped, and the first axle sleeve 521 and the first cutter rachis are overlapped 531 removable being arranged on the first axle body 51, easy accessibility, is easy to change.
As shown in Fig. 1 and 8, stuffing-feeding device comprises: be positioned at fillings stir bucket 1 below and be communicated with it send filling chamber 31; With a described eccentric shaft 32 that send filling chamber 31 eccentric rotary to be connected; Described in being positioned at, send 31 belows, filling chamber and be communicated with it send filling pipeline 35.Particularly, send the rear end face in filling chamber 31 to offer an eccentric pivot hole 33, an end of described eccentric shaft 32 is arranged on described eccentric pivot hole 33 and described in stretching into be sent in filling chamber 31.Preferably, the end face of described eccentric shaft 32 end is provided with a material toggling piece 34.As shown in Figure 9, the end face of an end of described eccentric shaft 32 offers mounting groove 32a, and material toggling piece 34 is arranged in mounting groove 32a.Material toggling piece 34 can be fixedly connected with mounting groove 32a, also can be slidably connected.Preferably, material toggling piece 34 is slidably connected with described mounting groove 32a, so that material toggling piece 34 is while rotating along with eccentric shaft 32, the bottom of material toggling piece contacts all the time send filling chamber 31 inwalls, thereby send the fillings in filling chamber 31 to be divided into two by being positioned at, be positioned at material toggling piece one side and stir with fillings pushed the going back of fillings that bucket is communicated with, be arranged in material toggling piece opposite side and be forced into and send filling pipeline 35 with the fillings of sending filling pipeline 35 to be communicated with, be further sent in bag center device.
The utility model is installed material toggling piece 34 on eccentric shaft 32 makes to send filling pressure more stable, makes the fillings equalization at each Stuffed Fish Balls center; And material toggling piece makes to send filling pressure larger, improve the fillings plumpness of Stuffed Fish Balls.
Particularly, as shown in Figure 1, described slurry stirs bucket 2 and is made up of the second enlarging body 21 and the second cylinder 22 that is connected to its bottom.
As shown in Fig. 1,4 and 5, described slurry stirring device 7 comprises: the second axle body 71; Be fixedly installed on the second screw assembly 72 of described the second axle body 71 bottoms; Be arranged on the second cutter leaf assembly 73 on described the second axle body 71 tops; Described the second cutter leaf assembly 73 is close to described the second screw assembly 72 and installs.Wherein, described the second screw assembly 72 comprises: fixed cover is located at the second axle sleeve 721 outside described the second axle body 71; Along the second helical blade 722 of described the second axle sleeve 721 screw arrangement, described the second helical blade 722 is two, and staggered being centered around on described the second axle sleeve 721.Described the second cutter leaf assembly 73 comprises: be fixedly mounted on the second cutter rachis cover 731 outside described the second axle body 71; Be fixedly connected on the second cutter leaf 732 on described the second cutter rachis cover 731, described the second cutter leaf 732 is two, and is radially relatively connected on described the second cutter rachis cover 731.Wherein, the length of the second helical blade 722 and arrangement tight ness rating can design as required.As shown in Figure 1, the outward flange of the second helical blade 722 is close to the inwall setting of the second cylinder 22 of slurry stirring bucket 2, after the slurry in assurance slurry stirring bucket 2 thoroughly stirs, enters and send in sizing device.
Preferably, described the second helical blade 722 and the second axle sleeve 721 are one-body molded, and it is 731 one-body molded that described the second cutter leaf 732 and the second cutter rachis are overlapped, and the second axle sleeve 721 and the second cutter rachis are overlapped 731 removable being arranged on the second axle body 71, easy accessibility, is easy to change.
Slurry delivery system under the driving of motor to the automatic supplies slurry of slurry mechanism of enveloping fish balls maker.Concrete, as shown in figure 15, described slurry delivery system comprises: slurry storing unit 101; Be communicated with the first conveyance conduit 102 of described slurry storing unit 101; With at least one second conveyance conduit 103 of described the first conveyance conduit 102 vertical connections, an enveloping fish balls maker is all placed in the below of each the second conveyance conduit 103.Particularly, the slurry that the discharging opening 103a of each the second conveyance conduit all aims at the slurry mechanism that is positioned at its below stirs bucket 2, makes slurry be transported in time slurry and stirs the stirring of accepting slurry stirring device 7 in bucket 2.
Wherein, between described slurry storing unit 101 and the charging aperture of described the first conveyance conduit 102, be provided with feeding engine 105, motor drives this feeding engine 105 that the slurry of depositing in slurry storing unit 101 is pumped into each the second conveyance conduit 103 via the first conveyance conduit 102.
Wherein, be provided for regulating the adjusting device 104 of described slurry flow on the second conveyance conduit 103, adjusting device 104 is flow valve, and this flow valve can be automatically or manual adjustments.Can according to manufacturing process need adjust flux valve, thereby regulate the flow of slurry, make steady quality, the high conformity of the product of Stuffed Fish Balls machining.
As shown in Figure 1, send sizing device to comprise: be positioned at slurry stir bucket 2 belows and be communicated with it send slurry chamber 41; With a described plug slurry piston 42 that send the rear end face in slurry chamber 41 to be slidably connected; Described in being positioned at, send slurry 41 belows, chamber and be communicated with it send slurry pipeline 43.Slurry after slurry stirring device stirs, enters and send in slurry chamber 41 in slurry stirring bucket 2, then by plug slurry piston 42, slurry is tucked into send and starches in pipeline 43, is further sent in bag center device 8.
Wherein, as shown in Figure 1, described bag center device 8 comprises: connect respectively the stuffing-feeding device of described fillings mechanism and the receiving vessel that send sizing device 81 of slurry mechanism; The whirligig 82 that is arranged on receiving vessel 81 belows and is rotationally connected with it; Be arranged on described receiving vessel 81 tops and stretch in described receiving vessel 81, move up and down lead filling rod 6.
Concrete, described receiving vessel 81 comprises: be positioned at its center and with the fillings receiving chamber 81a that send filling pipeline 35 to be communicated with, lead filling rod 6 and can stretch in described fillings receiving chamber 81a and move up and down; Be positioned at described fillings receiving chamber 81a peripheral and with send the slurry slurry receiving chamber 81b that pipeline 43 is communicated with.
Described whirligig 82 comprises: up/down perforation and the bag chambers 82a shrinking from the top down, described bag chambers 82a is communicated with slurry receiving chamber 81b, and is positioned under fillings receiving chamber 81a.Wherein, in the time that described bag chambers 82a receives the slurry from slurry receiving chamber 81b, produce the centrifugal force to slurry by fast rotational, make the top of slurry be formed for holding the hole from the fillings of fillings receiving chamber 81a, so that described fillings enters after described hole, by the coated Bao Xinti that forms of slurry.
Described bag center device overlays on pulp bales outside fillings, forms after Bao Xinti, enters into cutter 9 and cuts, and forms Stuffed Fish Balls.
Wherein, as shown in Figure 1, described cutter 9 is communicated with described bag chambers 82a, and as shown in FIG. 10 and 11, described cutter 9 comprises: cutter assembly; Connect the horizontal transport arm component of described cutter assembly; Connect the transmission component of described horizontal transport arm component.
Particularly, described cutter assembly comprises two blades 91, and as shown in figure 12, one end of described each blade offers the blade aperture 91a with blade part, and the other end is provided with blade pin 91b.
As shown in FIG. 10 and 11, described horizontal transport arm component comprises two horizontal transport arms 92, and each horizontal transport arm connects respectively a blade 91, and the blade adjustment that can adjust needs separately is like this convenient and simple, saves working time.Each horizontal transport arm 92 comprises: its one end connects the L-type connecting rod 921 of described blade pin 91b; Its one end is fixedly connected with the yi word pattern connecting rod 922 of described L-type connecting rod 921 other ends, and described yi word pattern connecting rod 922 synchronously does level and longitudinally moves back and forth under the drive of transmission component.As shown in figure 11, one end of described L-type connecting rod 921 offers pin slotted eye 921a, and described blade pin 91b connects described pin slotted eye 921a.Preferably, the described blade pin 91b described pin slotted eye 921a that is slidably connected.
As shown in Figure 10 to 13, described cutter assembly also comprises cutting knife stroke part 93, is used for limiting cutting knife and moves in horizontal cross.The left and right sides symmetry of described cutting knife stroke part 93 offers restriction pin and is the reciprocating pin stroke of horizontal cross slotted eye 93a, and the bottom of described cutting knife stroke part 93 offers restriction cutting knife and is the reciprocating cutting knife stroke of horizontal cross groove 93b.As shown in figs. 1 and 10, the middle part of described cutting knife stroke part 93 offers a through hole 93c who is communicated with bag center device 8, and particularly, bag chambers 82a is communicated with described through hole 93c, it is cut that the Bao Xinti forming in bag chambers arrives blade place by this through hole, makes Stuffed Fish Balls.
As shown in figure 14, described transmission component comprises: the horizontal cross bar 94 that is fixedly connected with described yi word pattern connecting rod 922 other ends; Its one end is fixedly connected with the direction conversion connecting rod 95 at described horizontal cross bar 94 middle parts, and one end of described direction conversion connecting rod 95 is connected with bearing by spring 97, and the restoring force of described spring is for returning original position by horizontal cross bar 94; Its one end connects the lever 96 of described direction conversion connecting rod 95 other ends, and the middle part of described lever 96 is arranged with the bar cover 96a being fixedly connected with bearing; Connect the cam pack of described lever 96 other ends.
The course of work of cutter is as follows: the motion of driven by motor cam pack, cam pack drives lever 96 to do vertically and moves up and down, the level that direction conversion connecting rod 95 converts vertically moving up and down of lever 96 to horizontal cross bar 94 longitudinally moves back and forth, horizontal cross bar 94 drives two yi word pattern connecting rods 922 that are fixedly connected with it to do level and longitudinally moves back and forth, each yi word pattern connecting rod 922 drives connected L-type connecting rod 921 to move, each L-type connecting rod 921 drives connected blade 91 to move and the level of yi word pattern connecting rod 922 is longitudinally moved back and forth to the horizontal cross reciprocating motion that converts blade 91 to, further, by pin stroke slotted eye 93a and cutting knife stroke groove 93b, blade 91 does horizontal cross and moves back and forth in cutting knife stroke groove 93b.
Wherein, the power resources of enveloping fish balls maker of the present utility model are motors, and motor sends power to transmission device by motor shaft, and transmission device drives fillings mechanism, slurry mechanism, bag center device 8 and cutter 9 to move.Transmission device comprises: belt pulley, chain, gear, cam, connecting rod, lever etc.
Although above-mentioned, the utility model is described in detail; but the utility model is not limited to this; those skilled in the art can modify according to principle of the present utility model; therefore, all various modifications of carrying out according to principle of the present utility model all should be understood to fall into protection domain of the present utility model.
Claims (10)
1. a Stuffed Fish Balls system of processing, comprising: enveloping fish balls maker and the slurry delivery system for described enveloping fish balls maker conveying slurry, and described enveloping fish balls maker comprises: for making the fillings mechanism of Stuffed Fish Balls fillings; For the slurry mechanism of making Stuffed Fish Balls crust slurry; Respectively with the bag center device of described fillings mechanism and slurry mechanism connection; Be arranged on described bag center device below and be communicated with the cutter of described bag center device; It is characterized in that, described bag center device comprises:
Connect respectively the stuffing-feeding device of described fillings mechanism and the receiving vessel that send sizing device of slurry mechanism;
The whirligig that is arranged on described receiving vessel below and is rotationally connected with it;
Wherein, described receiving vessel comprises the fillings receiving chamber that is positioned at its center, is positioned at the slurry receiving chamber of described fillings receiving chamber periphery;
Wherein, described whirligig comprises up/down perforation and the bag chambers of shrinking from the top down, and described bag chambers is communicated with described slurry receiving chamber, and is positioned under described fillings receiving chamber;
Wherein, described slurry delivery system is to the described slurry mechanism described slurry of supply automatically.
2. Stuffed Fish Balls system of processing as claimed in claim 1, is characterized in that, described slurry delivery system comprises:
Slurry storing unit;
Be communicated with the first conveyance conduit of described slurry storing unit;
At least one second conveyance conduit with described the first conveyance conduit vertical connection;
Wherein, between described slurry storing unit and the charging aperture of described the first conveyance conduit, be provided with feeding engine;
Wherein, the discharging opening of described the second conveyance conduit is aimed at the slurry stirring bucket of the slurry mechanism that is positioned at its below;
Wherein, on described the second conveyance conduit, be provided for regulating the adjusting device of described slurry flow.
3. Stuffed Fish Balls system of processing as claimed in claim 1, is characterized in that, the fillings of described fillings mechanism stirs in bucket and is provided with fillings agitating device, and described fillings agitating device comprises:
The first axle body;
Be fixedly installed on the first screw assembly of described the first axle body bottom;
Be arranged on the first cutter leaf assembly on described the first axle body top;
Wherein, described the first cutter leaf assembly is close to described the first screw assembly installation.
4. Stuffed Fish Balls system of processing as claimed in claim 3, is characterized in that, described the first screw assembly comprises:
Fixed cover is located at the first axle sleeve outside described the first axle body;
Along the first helical blade of described the first axle sleeve screw arrangement;
Described the first cutter leaf assembly comprises:
Be fixedly mounted on the first cutter rachis cover outside described the first axle body;
Be fixedly connected on the first cutter leaf that described the first cutter rachis puts;
Wherein, described the first helical blade is two, and staggered being centered around on described the first axle sleeve; Described the first cutter leaf is two, and is radially relatively connected to described the first cutter rachis and puts;
Wherein, the outward flange of described the first helical blade is close to the first cylindrical inwall setting of described fillings stirring bucket.
5. Stuffed Fish Balls system of processing as claimed in claim 2, is characterized in that, the slurry of described slurry mechanism stirs in bucket and is provided with slurry stirring device, and described slurry stirring device comprises:
The second axle body;
Be fixedly installed on the second screw assembly of described the second axle body bottom;
Be arranged on the second cutter leaf assembly on described the second axle body top;
Wherein, described the second cutter leaf assembly is close to described the second screw assembly installation.
6. Stuffed Fish Balls system of processing as claimed in claim 5, is characterized in that, described the second screw assembly comprises:
Fixed cover is located at the second axle sleeve outside described the second axle body;
Along the second helical blade of described the second axle sleeve screw arrangement;
Described the second cutter leaf assembly comprises:
Be fixedly mounted on the second cutter rachis cover outside described the second axle body;
Be fixedly connected on the second cutter leaf that described the second cutter rachis puts;
Wherein, described the second helical blade is two, and staggered being centered around on described the second axle sleeve; Described the second cutter leaf is two, and is radially relatively connected to described the second cutter rachis and puts;
Wherein, the outward flange of described the second helical blade is close to the second cylindrical inwall setting of described slurry stirring bucket.
7. the Stuffed Fish Balls system of processing as described in claim 4 or 6, it is characterized in that, the eccentric rotary in filling chamber of sending of described stuffing-feeding device is connected with an eccentric shaft, send on the eccentric pivot hole that the rear end face in filling chamber offers, and described in stretching into, send in filling chamber described in described eccentric shaft is arranged on;
Wherein, described eccentric shaft send the end face in filling chamber to be slidably fitted with a material toggling piece described in stretching into.
8. Stuffed Fish Balls system of processing as claimed in claim 7, is characterized in that, described cutter is communicated with described bag chambers, and comprises:
Cutter assembly;
Connect the horizontal transport arm component of described cutter assembly;
Wherein, described cutter assembly comprises two blades, and one end of described each blade offers the blade aperture with blade part, and the other end is provided with blade pin;
Wherein, described horizontal transport arm component comprises two horizontal transport arms, and each horizontal transport arm connects respectively a blade, and each horizontal transport arm comprises: its one end connects the L-type connecting rod of described blade pin; Its one end is fixedly connected with the yi word pattern connecting rod of the described L-type connecting rod other end, and described yi word pattern connecting rod synchronously does level and longitudinally moves back and forth under the drive of transmission component.
9. Stuffed Fish Balls system of processing as claimed in claim 8, is characterized in that, one end of described L-type connecting rod offers pin slotted eye, and described blade pin connects described pin slotted eye.
10. Stuffed Fish Balls system of processing as claimed in claim 9, it is characterized in that, described cutter assembly also comprises cutting knife stroke part, the left and right sides symmetry of described cutting knife stroke part offers restriction pin and does the reciprocating pin stroke of horizontal cross slotted eye, and the bottom of described cutting knife stroke part offers restriction cutting knife and does the reciprocating cutting knife stroke of horizontal cross groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320800802.1U CN203608805U (en) | 2013-12-09 | 2013-12-09 | Core coated fish ball processing system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320800802.1U CN203608805U (en) | 2013-12-09 | 2013-12-09 | Core coated fish ball processing system |
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| CN203608805U true CN203608805U (en) | 2014-05-28 |
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| CN201320800802.1U Expired - Fee Related CN203608805U (en) | 2013-12-09 | 2013-12-09 | Core coated fish ball processing system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104687099A (en) * | 2013-12-09 | 2015-06-10 | 海欣食品股份有限公司 | Filled fish ball processing system |
| CN104839776A (en) * | 2015-05-08 | 2015-08-19 | 海欣食品股份有限公司 | Crab roe fish ball and processing method thereof |
| CN106036967A (en) * | 2016-07-26 | 2016-10-26 | 佛山市奥楷机械科技有限公司 | Core injecting device for cored ball machine |
-
2013
- 2013-12-09 CN CN201320800802.1U patent/CN203608805U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104687099A (en) * | 2013-12-09 | 2015-06-10 | 海欣食品股份有限公司 | Filled fish ball processing system |
| CN104687099B (en) * | 2013-12-09 | 2018-01-26 | 海欣食品股份有限公司 | A kind of Stuffed Fish Balls system of processing |
| CN104839776A (en) * | 2015-05-08 | 2015-08-19 | 海欣食品股份有限公司 | Crab roe fish ball and processing method thereof |
| CN104839776B (en) * | 2015-05-08 | 2018-05-22 | 海欣食品股份有限公司 | A kind of crab seed fish ball and its processing method |
| CN106036967A (en) * | 2016-07-26 | 2016-10-26 | 佛山市奥楷机械科技有限公司 | Core injecting device for cored ball machine |
| CN106036967B (en) * | 2016-07-26 | 2019-04-23 | 佛山市奥楷机械科技有限公司 | Note core apparatus for cored ball machine |
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Granted publication date: 20140528 Termination date: 20161209 |