CN105285757A - Processing device for carp snack-food - Google Patents
Processing device for carp snack-food Download PDFInfo
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- CN105285757A CN105285757A CN201510454076.6A CN201510454076A CN105285757A CN 105285757 A CN105285757 A CN 105285757A CN 201510454076 A CN201510454076 A CN 201510454076A CN 105285757 A CN105285757 A CN 105285757A
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Abstract
The invention discloses a processing device for carp snack-food. Purpose of the invention is to provide a processing device which can continuously produce fish balls while effectively clean fish-ball paste sticking on the inner walls of the shaping grooves for shaping the fish balls. The processing device comprises the following components: a gas-supply cavity, a negative-pressure cavity, a machine frame, a left turntable and a right turntable which are arranged on the machine frame and capable of synchronously rotating in a relative way, a cooking device and a freezing device; multiple shaping grooves for forming the fish balls are arranged on the outer circumferential surfaces of the two turntables, wherein the shaping grooves are corresponding to each other; annular groves are arranged on the end faces of the turntables, wherein the annular groves and the turntables are coaxial; air-guide sleeves are arranged inside the annular groves; air-guide through holes are arranged on the bottoms of the shaping grooves and connected to the annular groves; rubber caps are arranged in the shaping grooves; and the end edges of the rubber caps and the end edges of the shaping grooves are connected. The cooking device comprises a cooking groove arranged under the turntables. The freezing device comprises a freezing chamber and a conveyer belt, wherein the conveyer belt passes through the freezing chamber.
Description
Technical field
The present invention relates to a kind of fish ball processing unit (plant), be specifically related to a kind of carp leisure food processing unit (plant) making carp ball.
Background technology
The mode of traditional fabrication fish ball adopts substantially to be made by hand, and make the technical merit and qualification that depend on operator by hand, not only labour cost is high, and production efficiency is low.In order to address this problem, semi-automation/automation fish ball production equipment arises at the historic moment.
A kind of automation fish ball production equipment common at present, it comprises left and right two synchronous rotating disks in relative rotation, and two rotating disk outer peripheral faces are provided with some shaping grooves for the formation of fish ball corresponded to each other; In the synchronous process in relative rotation of two rotating disks, fed from top to bottom by slurry in corresponding shaping groove, along with the rotation of two rotating disks, fish ball is shaping in the shaping groove of two rotating disks, and under Gravitative Loads Automatic-falling, thus continuous print obtains fish ball.Although current this fish ball production equipment can make fish ball by continuous print, but in fish ball manufacturing process, fish ball slurry easily sticks on shaping groove inwall, and in the continuous manufacturing process of fish ball, because fish ball slurry sticks on shaping groove inwall, this makes often to be difficult to effectively remove the fish ball slurry sticked on shaping groove inwall simply by hairbrush; Cause current this fish ball production equipment to need often to shut down cleaning shaping groove in the process making fish ball, reduce production efficiency, improve labour intensity, be unfavorable for automated production.
Such as, China Patent Publication No. CN103637257A, publication date on March 19th, 2014, the name of innovation and creation is called a kind of manufacture method of fish ball machinery processed of remarkable increase yield, it comprises left side rotating disk, right side rotating disk and the rotating disk tooth be separately positioned on left and right side rotating disk.The fish ball machinery processed of this application case is by left and right side dial rotation, thus obtained fish ball; There is above-mentioned deficiency equally in it.
Summary of the invention
The object of the invention is to overcome deficiency of the prior art; a kind of carp leisure food processing unit (plant) is provided; it can while fish ball continuous seepage makes; effectively can also clear up the fish ball slurry sticked to for the formation of on the shaping groove inwall of fish ball; thus effective solution in fish ball manufacturing process needs often to shut down cleaning shaping groove; reduce production efficiency, improve labour intensity, be unfavorable for the problem of automated production.
Technical scheme of the present invention is:
A kind of carp leisure food processing unit (plant), comprises frame, is arranged on left and right two the synchronous rotating disks in relative rotation in frame, steaming plant and refrigerating plant; Two rotating disk outer peripheral faces are provided with some shaping grooves for the formation of fish ball corresponded to each other, described steaming plant comprises and is arranged on cook vat below rotating disk and the first conveyer belt, the input of the first conveyer belt is positioned at cook vat, the output of the first conveyer belt extends to outside cook vat obliquely, and described first conveyer belt is provided with some gear pieces; Described refrigerating plant comprises refrigerating chamber and the second conveyer belt, and described second conveyer belt is through described refrigerating chamber, and the input of the second conveyer belt is positioned at the below of the output of the first conveyer belt.Carp leisure food processing unit (plant) also comprises for air cavity and vacuum cavity, and the end face of each rotating disk is provided with the annular groove coaxial with rotating disk, and is provided with guide sleeve in annular groove; Each shaping groove bottom surface is provided with the air guide through hole be communicated with annular groove, is provided with rubber cup in each shaping groove, and the port edge of described rubber cup is connected with the port edge of shaping groove; Described guide sleeve is fixed in frame by connecting rod, and guide sleeve outer peripheral face is provided with air supply trough and negative pressure trough, and air supply trough and negative pressure trough are positioned at the relative both sides of guide sleeve, and the negative pressure trough of guide sleeve is between the axis of two rotating disks; Guide sleeve outer peripheral face be provided with inside and outside twice circumference extend O-ring seal and two along axially extended first sealing strip of rotating disk, and the first sealing strip connects inside and outside twice O-ring seal, described inside and outside twice O-ring seal is positioned at annular groove, described air supply trough and negative pressure trough are between inside and outside two sealing rings, air supply trough, between two first sealing strips, the guide sleeve outer peripheral face between air supply trough and negative pressure trough is respectively equipped with the first sealing strip described in; The river conjunction of described air guide through hole and annular groove is between inside and outside two sealing rings; Guide sleeve outer face is provided with the negative pressure through-hole supplying vent hole and communicate with negative pressure trough communicated with air supply trough, and the described external port for vent hole is tightly connected with for air cavity by steam line; The external port of described negative pressure through-hole is tightly connected by negative-pressure pipeline and vacuum cavity.
The carp leisure food processing unit (plant) of this programme can while fish ball continuous seepage makes; effective cleaning sticks to for the formation of the fish ball slurry on the shaping groove inwall of fish ball; thus effective solution in fish ball manufacturing process needs often to shut down cleaning shaping groove; reduce production efficiency; improve labour intensity, be unfavorable for the problem of automated production.
On the other hand, boiling is carried out when the upper port by cook vat being dropped in cook vat after fish ball is shaping; Then, by the first conveyer belt and on gear piece the fish ball boiled is exported by cook vat, and output on the second conveyer belt by the first conveyer belt; Again then, being sent to refrigerating chamber by the second conveyer belt carries out freezing.
As preferably, be greater than a standard atmospheric pressure for the air pressure in air cavity, the air pressure in vacuum cavity is less than a standard atmospheric pressure.
As preferably, negative pressure trough extends along guide sleeve circumference, and the axis of described two rotating disks is positioned in same level, and with this horizontal plane for datum plane, a part for described negative pressure trough is positioned at above datum plane, and another part is positioned at below datum plane.
As preferably, air supply trough extends along guide sleeve circumference.
As preferably, two first sealing strips are near air supply trough.
As preferably, in frame, be positioned at outside two rotating disks and be respectively equipped with some brush holder supports paralleled with rotating disk axis, and brush holder support and air supply trough are oppositely arranged, each brush holder support is provided with the radial bristle extended, the end of bristle near or lean against on rotating disk outer peripheral face.
As preferably, shaping groove is hemispherical.
As preferably, the port edge of rubber cup is provided with one and encloses stretch flange formability outward, and this flange is close on the rotating disk outer peripheral face of the port edge of shaping groove, and this flange and rotating disk outer peripheral face are tightly connected.
As preferably, gear piece parallels with the power transmission shaft of the first conveyer belt, and each gear piece is equally spaced.
As preferably, steaming plant also comprises stirs band mechanism, described cook vat is rectangle, described in stir band mechanism comprise the 3rd conveyer belt be arranged in cook vat and the sliding piece be arranged on the 3rd conveyer belt, the direction of transfer of described 3rd conveyer belt is consistent with the length direction of cook vat.Fish ball can be driven to be moved from one end of cook vat toward the first conveyer belt by the 3rd conveyer belt and sliding piece in the process of fish ball boiling in cook vat, overturn fish ball fish ball to be heated more be simultaneously, after fish ball moves to the first conveyer belt, exported by the first conveyer belt.
As preferably, refrigerating plant also comprises scrapes tablet, and this is scraped tablet and parallels with the power transmission shaft of the second conveyer belt, and scrapes the output of tablet near the second conveyer belt.Scraping tablet and the fish ball be frozen on the second conveyer belt can being scraped of this programme, makes fish ball be exported by the output of the second conveyer belt.
The invention has the beneficial effects as follows: can while fish ball continuous seepage makes; effective cleaning sticks to for the formation of the fish ball slurry on the shaping groove inwall of fish ball; thus effective solution in fish ball manufacturing process needs often to shut down cleaning shaping groove; reduce production efficiency; improve labour intensity, be unfavorable for the problem of automated production.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of carp leisure food processing unit (plant) of the present invention.
Fig. 2 is a kind of cross-sectional view of rotating disk of the present invention.
Fig. 3 is the partial enlarged drawing at A place in Fig. 2.
Fig. 4 is a kind of cross-sectional view of guide sleeve of the present invention.
Fig. 5 is the cross-sectional view at B-B place in Fig. 4.
In figure: rotating disk 1, shaping groove 2, rubber cup 3, flange 31, guide sleeve 4, negative pressure trough 5, air supply trough 6, bristle 7, negative-pressure pipeline 8, connecting rod 9, steam line 10, annular groove 11, air guide through hole 12, O-ring seal 13, the first sealing strip 14, for vent hole 15; Cook vat 1b, the 3rd conveyer belt 2b, sliding piece 3b, the first conveyer belt 4b, gear piece 5b, hopper 6b, the second conveyer belt 7b, refrigerating chamber 8b, scrape tablet 9b.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the present invention is described in further detail:
As shown in Figure 1, Figure 3, a kind of carp leisure food processing unit (plant) comprises for air cavity, vacuum cavity, frame, is arranged on left and right two synchronous rotating disk 1, steaming plant and refrigerating plants in relative rotation in frame.Two disk diameters are identical.Two rotating disk outer peripheral faces are provided with some shaping grooves 2 for the formation of fish ball corresponded to each other.Each shaping groove rotate dish circumference uniform.Shaping groove is hemispherical.Rubber cup 3 is provided with in each shaping groove.What rubber cup was corresponding with shaping groove is hemispherical.The port edge of rubber cup and the port edge of shaping groove are tightly connected; Specifically, the port edge of rubber cup is provided with one and encloses stretch flange formability 31 outward, and this flange is close on the rotating disk outer peripheral face of the port edge of shaping groove, and this flange and rotating disk outer peripheral face are tightly connected.
As shown in Figure 1 and Figure 2, the end face of each rotating disk is provided with the annular groove 11 coaxial with rotating disk, and is provided with guide sleeve 4 in annular groove.Each shaping groove bottom surface is provided with the air guide through hole 12 be communicated with annular groove.Air guide through hole extends along rotating disk radial direction.Guide sleeve is fixed in frame by connecting rod 9.
As shown in Figure 1, guide sleeve outer peripheral face is provided with air supply trough 6 and negative pressure trough 5.Air supply trough and negative pressure trough are positioned at the relative both sides of guide sleeve, and the negative pressure trough of guide sleeve is between the axis of two rotating disks.Air supply trough extends along guide sleeve circumference.In dial rotation process, there is the air guide through hole on the shaping groove bottom surface of three or four continuous distributed to be connected with air supply trough simultaneously.Negative pressure trough extends along guide sleeve circumference.The axis of two rotating disks is positioned in same level, and with this horizontal plane for datum plane, a part for negative pressure trough is positioned at above datum plane, and another part is positioned at below datum plane.In dial rotation process, there is the air guide through hole on the shaping groove bottom surface of five or six continuous distributed to be connected with negative pressure trough simultaneously.
As shown in Figure 1, Figure 4, Figure 5, guide sleeve 4 outer peripheral face be provided with inside and outside twice circumference extend O-ring seal 13 and two along axially extended first sealing strip 14 of rotating disk.Two first sealing strips are between inside and outside twice O-ring seal, and the first sealing strip connects inside and outside twice O-ring seal.First sealing strip and inside and outside twice O-ring seal are formed in one structure.Guide sleeve outer peripheral face is provided with the mounting groove corresponding with O-ring seal and the first sealing strip, and each O-ring seal and the first sealing strip are arranged in corresponding mounting groove.Inside and outside twice O-ring seal is positioned at annular groove, and the surface of inside and outside twice O-ring seal and the first sealing strip is resisted against on annular groove medial surface.
Air supply trough and negative pressure trough are between inside and outside two sealing rings.Air supply trough is between two first sealing strips.Guide sleeve outer peripheral face between air supply trough and negative pressure trough is respectively equipped with the first sealing strip described in.Above-mentioned air supply trough, first sealing strip, negative pressure trough and another the first sealing strip distribute successively along guide sleeve circumference.Two first sealing strips are near air supply trough.The river conjunction of air guide through hole and annular groove is between inside and outside two sealing rings.
Guide sleeve outer face is provided with the confession vent hole 15 communicated with air supply trough.Guide sleeve outer face is provided with the negative pressure through-hole communicated with negative pressure trough.External port for vent hole is tightly connected with for air cavity by steam line 10.The external port of negative pressure through-hole is tightly connected by negative-pressure pipeline 8 and vacuum cavity.A standard atmospheric pressure is greater than for the air pressure in air cavity.Be provided with air feed pump for air cavity, air feed pump is for keeping for the air pressure in air cavity.Air pressure in vacuum cavity is less than a standard atmospheric pressure.Be provided with aspiration pump for air cavity, aspiration pump is for keeping the air pressure in vacuum cavity.
In frame, be positioned at outside two rotating disks and be respectively equipped with three brush holder supports paralleled with rotating disk axis, and each brush holder support and air supply trough are oppositely arranged.Each brush holder support is provided with the radial bristle 7 extended.Bristle is flexible bristle.The end of bristle near or lean against on rotating disk outer peripheral face.
As shown in Figure 1, steaming plant comprises the cook vat 1b be arranged on below rotating disk, the first conveyer belt 4b and stir band mechanism.Cook vat is rectangle.Stir band mechanism and comprise the 3rd conveyer belt 2b be arranged in cook vat and the sliding piece 3b be arranged on the 3rd conveyer belt.The direction of transfer of the 3rd conveyer belt is consistent with the length direction of cook vat.3rd conveyer belt is positioned at below the water surface of cook vat.The input of the first conveyer belt is positioned at cook vat, and specifically, the input of the first conveyer belt is positioned at below the water surface of cook vat.The output of the first conveyer belt extends to outside cook vat obliquely.First conveyer belt is extended from the first conveyer belt input obliquely toward output direction.First conveyer belt is provided with some gear piece 5b.Gear piece parallels with the power transmission shaft of the first conveyer belt, and each gear piece is equally spaced.The height of gear piece is greater than the radius of fish ball.Rotating disk is near one end of cook vat, and the first conveyer belt is positioned at the other end of cook vat.
Refrigerating plant comprises refrigerating chamber 8b, the second conveyer belt 7b and scrape tablet 9b.Second conveyer belt is horizontally disposed with.Second conveyer belt is through described refrigerating chamber.The input of the second conveyer belt is positioned at the below of the output of the first conveyer belt.Hopper 6b is also provided with between the output of the first conveyer belt and the input of the second conveyer belt.The both ends open up and down of hopper, and the cross-sectional area of hopper reduces from top to bottom gradually.Scrape tablet to parallel with the power transmission shaft of the second conveyer belt, and scrape the output of tablet near the second conveyer belt.Spacing between the output scraping tablet and the second conveyer belt is less than the radius of fish ball.
The course of work of carp leisure food processing unit (plant) of the present invention is as follows:
As shown in Figure 1, carp slurry is fed from top to bottom in the shaping groove between two rotating disks, along with the rotation of two rotating disks, shaping in the shaping groove closing course that fish ball is corresponding on two rotating disks, then Automatic-falling under Gravitative Loads, thus continuous print obtains fish ball.
In dial rotation process, the air guide through hole of the shaping groove bottom surface between two rotating disk axis is connected with negative pressure trough; Negative pressure now in vacuum cavity is applied in the shaping groove between two rotating disk axis by negative-pressure pipeline, negative pressure through-hole, negative pressure trough, thus make rubber cup in the shaping groove between two rotating disk axis toward interior system, and rubber cup is resisted against on shaping groove medial surface, and the air guide through hole of shutoff shaping groove bottom surface; Thus ensure after in the shaping groove that carp slurry feeds between two rotating disks from top to bottom, fish ball can be obtained smoothly.
In dial rotation process, the air guide through hole being positioned at a part of shaping groove bottom surface outside two rotating disk axis is connected with air supply trough; Now for the gas in air cavity by steam line, to enter into for vent hole, air supply trough and air guide through hole in the shaping groove that is communicated with air supply trough, thus the rubber cup in this shaping groove to be bloated outward.By the shrink/expanded deformation of rubber cup and vibration in the process that rubber cup bloats outward, stick to the carp slurry of the overwhelming majority on rubber cup surface by Automatic-falling.On the other hand, the slurry that rubber cup does not come off through bristle, will be removed by bristle by rubber cup further that bloat in dial rotation process; Thus effective cleaning sticks to for the formation of the fish ball slurry on the shaping groove inwall of fish ball further; And the rubber cup be cleaned, again will turn in dial rotation process between two rotating disk axis, and make rubber cup be resisted against on shaping groove medial surface; Thus ensure after in the shaping groove that carp slurry feeds between two rotating disks from top to bottom, fish ball can be obtained smoothly.
Thus processing unit (plant) of the present invention can while fish ball continuous seepage makes; effective cleaning sticks to for the formation of the fish ball slurry on the shaping groove inwall of fish ball; thus effective solution in fish ball manufacturing process needs often to shut down cleaning shaping groove; reduce production efficiency; improve labour intensity, be unfavorable for the problem of automated production.
Carry out boiling when the upper port by cook vat being dropped in cook vat after fish ball is shaping, and the fish ball fallen in cook vat drives fish ball to move toward the first conveyer belt by under the effect of the 3rd conveyer belt and sliding piece.After fish ball moves to the first conveyer belt, outputted in hopper by the first conveyer belt, and output on the second conveyer belt by hopper; Then, being sent to refrigerating chamber by the second conveyer belt carries out freezing.
Claims (10)
1. a carp leisure food processing unit (plant), is characterized in that, comprises frame, is arranged on left and right two the synchronous rotating disks in relative rotation in frame, steaming plant and refrigerating plant; Two rotating disk outer peripheral faces are provided with some shaping grooves for the formation of fish ball corresponded to each other,
Described steaming plant comprises and is arranged on cook vat below rotating disk and the first conveyer belt, and the input of the first conveyer belt is positioned at cook vat, and the output of the first conveyer belt extends to outside cook vat obliquely, and described first conveyer belt is provided with some gear pieces;
Described refrigerating plant comprises refrigerating chamber and the second conveyer belt, and described second conveyer belt is through described refrigerating chamber, and the input of the second conveyer belt is positioned at the below of the output of the first conveyer belt.
2. a kind of carp leisure food processing unit (plant) according to claim 1, is characterized in that, also comprise for air cavity and vacuum cavity, the end face of each rotating disk is provided with the annular groove coaxial with rotating disk, and is provided with guide sleeve in annular groove; Each shaping groove bottom surface is provided with the air guide through hole be communicated with annular groove, is provided with rubber cup in each shaping groove, and the port edge of described rubber cup is connected with the port edge of shaping groove;
Described guide sleeve is fixed in frame by connecting rod, and guide sleeve outer peripheral face is provided with air supply trough and negative pressure trough, and air supply trough and negative pressure trough are positioned at the relative both sides of guide sleeve, and the negative pressure trough of guide sleeve is between the axis of two rotating disks; Guide sleeve outer peripheral face be provided with inside and outside twice circumference extend O-ring seal and two along axially extended first sealing strip of rotating disk, and the first sealing strip connects inside and outside twice O-ring seal, described inside and outside twice O-ring seal is positioned at annular groove, described air supply trough and negative pressure trough are between inside and outside two sealing rings, air supply trough, between two first sealing strips, the guide sleeve outer peripheral face between air supply trough and negative pressure trough is respectively equipped with the first sealing strip described in; The river conjunction of described air guide through hole and annular groove is between inside and outside two sealing rings;
Guide sleeve outer face is provided with the negative pressure through-hole supplying vent hole and communicate with negative pressure trough communicated with air supply trough, and the described external port for vent hole is tightly connected with for air cavity by steam line; The external port of described negative pressure through-hole is tightly connected by negative-pressure pipeline and vacuum cavity.
3. a kind of carp leisure food processing unit (plant) according to claim 2, is characterized in that, the air pressure in described confession air cavity is greater than a standard atmospheric pressure, and the air pressure in vacuum cavity is less than a standard atmospheric pressure.
4. a kind of carp leisure food processing unit (plant) according to claim 2, it is characterized in that, described negative pressure trough extends along guide sleeve circumference, the axis of described two rotating disks is positioned in same level, and with this horizontal plane for datum plane, a part for described negative pressure trough is positioned at above datum plane, and another part is positioned at below datum plane.
5. a kind of carp leisure food processing unit (plant) according to claim 2, is characterized in that, described air supply trough extends along guide sleeve circumference.
6. a kind of carp leisure food processing unit (plant) according to Claims 2 or 3 or 4, it is characterized in that, in described frame, be positioned at outside two rotating disks and be respectively equipped with some brush holder supports paralleled with rotating disk axis, and brush holder support and air supply trough are oppositely arranged, each brush holder support is provided with the radial bristle extended, the end of bristle near or lean against on rotating disk outer peripheral face.
7. a kind of carp leisure food processing unit (plant) according to Claims 2 or 3 or 4, it is characterized in that, the port edge of described rubber cup is provided with one and encloses stretch flange formability outward, and this flange is close on the rotating disk outer peripheral face of the port edge of shaping groove, and this flange and rotating disk outer peripheral face are tightly connected.
8. a kind of carp leisure food processing unit (plant) according to claim 1 or 2 or 3 or 4, it is characterized in that, described gear piece parallels with the power transmission shaft of the first conveyer belt, and each gear piece is equally spaced.
9. a kind of carp leisure food processing unit (plant) according to claim 1 or 2 or 3 or 4, it is characterized in that, described steaming plant also comprises stirs band mechanism, described cook vat is rectangle, described band mechanism of stirring comprises the 3rd conveyer belt be arranged in cook vat and the sliding piece be arranged on the 3rd conveyer belt, and the direction of transfer of described 3rd conveyer belt is consistent with the length direction of cook vat.
10. a kind of carp leisure food processing unit (plant) according to claim 1 or 2 or 3 or 4, is characterized in that, described refrigerating plant also comprises scrapes tablet, and this is scraped tablet and parallels with the power transmission shaft of the second conveyer belt, and scrapes the output of tablet near the second conveyer belt.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510454076.6A CN105285757B (en) | 2015-07-29 | 2015-07-29 | Carp leisure articles processingequipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510454076.6A CN105285757B (en) | 2015-07-29 | 2015-07-29 | Carp leisure articles processingequipment |
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| CN105285757A true CN105285757A (en) | 2016-02-03 |
| CN105285757B CN105285757B (en) | 2020-12-25 |
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| CN201510454076.6A Active CN105285757B (en) | 2015-07-29 | 2015-07-29 | Carp leisure articles processingequipment |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101513232A (en) * | 2009-03-16 | 2009-08-26 | 秦皇岛正大有限公司 | A novel ball water-boiling machine |
| CN103537226A (en) * | 2013-10-09 | 2014-01-29 | 芜湖三六机械有限公司 | Internal air injection discharging double-roller granulator |
| CN103610130A (en) * | 2013-12-03 | 2014-03-05 | 青岛金龙一食品有限公司 | Fish ball production machinery capable of remarkably improving yield |
| CN204093523U (en) * | 2014-08-21 | 2015-01-14 | 福建省华普新材料有限公司 | A kind of modified paint pulverizer |
-
2015
- 2015-07-29 CN CN201510454076.6A patent/CN105285757B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101513232A (en) * | 2009-03-16 | 2009-08-26 | 秦皇岛正大有限公司 | A novel ball water-boiling machine |
| CN103537226A (en) * | 2013-10-09 | 2014-01-29 | 芜湖三六机械有限公司 | Internal air injection discharging double-roller granulator |
| CN103610130A (en) * | 2013-12-03 | 2014-03-05 | 青岛金龙一食品有限公司 | Fish ball production machinery capable of remarkably improving yield |
| CN204093523U (en) * | 2014-08-21 | 2015-01-14 | 福建省华普新材料有限公司 | A kind of modified paint pulverizer |
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