CN209030999U - A kind of list frozen spiny lobster tails packet ice production system - Google Patents
A kind of list frozen spiny lobster tails packet ice production system Download PDFInfo
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- CN209030999U CN209030999U CN201820573355.3U CN201820573355U CN209030999U CN 209030999 U CN209030999 U CN 209030999U CN 201820573355 U CN201820573355 U CN 201820573355U CN 209030999 U CN209030999 U CN 209030999U
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- mesh belt
- net band
- horizontal net
- packet
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Abstract
The utility model discloses a kind of single frozen spiny lobster tails packet ice production systems, including glazing machine structure, transshipment acitivity and freezing room, lobster tail after freezing is paved onto the packet ice mesh belt of glazing machine structure, lobster tail impregnates in cold water, the coolant-temperature gage on lobster tail surface reduces subzero, lobster tail surface is smoothly enclosed with ice rind, and the lobster tail for being enclosed with ice rind enters deep freezing in freezing room through transshipment acitivity, and the lobster tail for being enclosed with ice rind freezes gradually to freeze in mechanism in circulation；Lobster tail after freezing is freezed the horizontal net band submitting freezing room that discharges, which can rapidly and uniformly carry out lobster tail single-freeze Bao Bing, and whole-course automation had not only completed single-freeze packet ice but also improved packet ice efficiency.
Description
Technical field
The utility model relates to the technical field of lobster tail Bao Bing, in particular to a kind of single frozen spiny lobster tails packet ice production system
System.
Background technique
Present cray becomes popular food, especially lobster tail, and lobster tail needs when largely storing transport
Freezen protective will usually carry out Bao Bing, but common packet ice production apparatus and method can be by multiple lobster packets in the same ice rind, i.e.,
Packet ice is uneven or is exactly artificial progress Bao Bing, and production efficiency is low.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of single frozen spiny lobster tails packet ice production system.
The technical solution of the utility model is: a kind of list frozen spiny lobster tails packet ice production system, including glazing machine structure, conveyance
Structure and freezing room, the glazing machine structure includes cold water storage cistern, and the packet ice mesh belt supported by mesh belt support frame is equipped in the cold water storage cistern,
The packet ice mesh belt includes horizontal immersion end in the cold water storage cistern and from the acclivitous inclination conveying section of cold water storage cistern, the packet
One end of ice mesh belt is equipped with the packet ice active network belt drive roller being driven by motor, and the top of the inclination conveying section is equipped with Bao Bingcong
Dynamic mesh belt live-roller, the other end of the horizontal immersion section and the lower end joining place of the inclination conveying section are equipped with packet ice transition net
Belt drive roller, the two sides at the horizontal immersion end are equipped with shelves flitch with holes, and the two sides of the inclination conveying section are equipped with closing backgauge
Plate, the guide case and lower section being located above are equipped between the glazing machine structure and the transshipment acitivity turns hopper, the guide
Case is connected with the top of the inclination conveying section, the lower section side for turning hopper and being located at the guide case, the transshipment acitivity
Including the transfer net band for being obliquely installed and being supported by mesh belt support frame, the lower end of the transfer net band, which is equipped with, turns hopper positioned at described
It is interior and be driven by motor transhipment active network belt drive roller, top be equipped with transhipment slave drive roller, the lower end of the transfer net band
Outside the freezing room, top be located in the freezing room, the two sides of the transfer net band are equipped with closing striker plate, described turn
The top linking of fortune mesh belt has cloth tube, and the lower section of the cloth tube is that circulation freezes mechanism, and the circulation freezes mechanism and includes
Length is identical and horizontal net band is freezed on upper layer disposed in parallel, horizontal net band is freezed in middle layer and lower layer freezes horizontal net band, described
One end that lower layer freezes horizontal net band be vertically installed be located below and one end stretch out the freezing room freeze discharge horizontal net
Band, horizontal net band is freezed on the upper layer, horizontal net band is freezed in the middle layer, the lower layer freezes horizontal net band and described freezes out
Expect that the two sides of horizontal net band are supported by mesh belt support frame, horizontal net band is freezed on the upper layer, horizontal net band is freezed in the middle layer,
It is that the identical horizontal net band of structure and both ends are equipped with water that the lower layer, which freezes horizontal net band and the horizontal net band that freezes to discharge,
One of horizontal net belt drive roller of plain net belt drive roller, each horizontal net band is driven by motor, and level is freezed on the upper layer
Mesh belt and the lower layer freeze horizontal net band position up and down opposite and rotation direction on the contrary, horizontal net band and institute are freezed in the middle layer
State upper layer freeze horizontal net band rotation direction is opposite and one end offsets to one side to the horizontal net band that freezes to discharge just on
Side.
Preferably, the guide case includes triangle cabinet, and the side of the triangle cabinet, which extends to, described turns hopper
Top and be equipped with the side baffle that is located above, the lower section of the side baffle is equipped with rubber striker plate, the inside for turning hopper
Equipped with the curved throwing plate being located above the transhipment active network belt drive roller.
Preferably, the freezing room be equipped with supply described in freeze to discharge that horizontal net band passes through freezes discharge port, it is described to freeze
The top of discharging horizontal net band, which is equipped with, is fixed on the upper rubber wind deflector freezed above discharge port, described to freeze discharging level
It is equipped between the upper wire band and lower net band of mesh belt and is fixed on the lower rubber wind deflector for freezing discharge port two sides.
Preferably, the inside of the cloth tube is equipped with towards the inclined material baffle first of the transshipment acitivity and turns away from described
The surface of the material baffle second of fortune mechanism tilts, the material baffle first and the material baffle second is equipped with notch.
Preferably, the packet ice mesh belt and the transfer net band are the identical feeding mesh belt of structure, the feeding mesh belt packet
Mesh belt ontology is included, the surface of the mesh belt ontology is equipped with feeding dividing plate, and the mesh belt is set inside the body uniformly distributed mesh belt and connects
Spindle, mesh belt connecting shaft both ends are equipped with idler wheel, and mesh belt connecting shaft described in every two is by being located at the idler wheel two sides
Common carrier bar connection, the common carrier bar is the rectangular slab for including two connecting holes.
Preferably, the horizontal net band includes mesh belt ontology, and the mesh belt is set inside the body uniformly distributed mesh belt connection
Axis, mesh belt connecting shaft both ends are equipped with idler wheel, and mesh belt connecting shaft described in every two is general on the outside of the idler wheel by being located at
Logical carrier bar is connected with the backgauge carrier bar on the inside of the idler wheel, and the common carrier bar is the rectangle for including two connecting holes
Plate, the backgauge carrier bar include lower section plate body identical with the common link plate structure and the protrusive board that top raises upward.
Preferably, the packet ice active network belt drive roller, the packet ice transition mesh belt live-roller, the driven mesh belt of packet ice
Live-roller, the transhipment active network belt drive roller and the driven mesh belt live-roller of transhipment are the identical mesh belt transmission of structure
Roller, the mesh belt live-roller include centrally located transmission shaft, and the both ends of the transmission shaft are equipped with and the idler wheel and described general
The sprocket wheel of logical carrier bar cooperation, the middle part of the transmission shaft are equipped with the friction pulley with the mesh belt body fits.
Preferably, the horizontal net belt drive roller includes centrally located transmission shaft, the both ends of the transmission shaft be equipped with
The middle part of the sprocket wheel of the idler wheel, the common carrier bar and backgauge carrier bar cooperation, the transmission shaft is equipped with and the mesh belt
The friction pulley of body fits.
Preferably, the inside of the mesh belt support frame is equipped with the track for the roller-coaster.
The working method of above-mentioned list frozen spiny lobster tails packet ice production system the following steps are included:
Lobster tail is chilled to minus 20 degrees to subzero between 10 degree in quick-frozen interior by step 1；
Step 2 paves the lobster tail after freezing onto the packet ice mesh belt of glazing machine structure, and lobster tail impregnates in cold water,
The coolant-temperature gage on lobster tail surface reduces subzero, and lobster tail surface is smoothly enclosed with ice rind；
Step 3, the lobster tail for being enclosed with ice rind enter deep freezing in freezing room through transshipment acitivity；
Step 4, the lobster tail for being enclosed with ice rind freeze gradually to freeze in mechanism in circulation；
Step 4, the lobster tail after freezing are freezed the horizontal net band submitting freezing room that discharges.
The beneficial effects of the utility model are:
1) lobster tail can rapidly and uniformly be carried out single-freeze Bao Bing by the packet ice production system, and whole-course automation was both completed
Single-freeze packet ice improves packet ice efficiency again.
2) lobster tail is tiltedly sent by passage by triangle cabinet turns hopper, and rubber striker plate can reduce the speed of feeding
Degree prevents accumulation, bonding, and turning the curved throwing plate in hopper can smoothly be sent to lobster tail on transfer net band.
3) outlet is divided into three regions, the lobster tail that transfer net band is sent by material baffle first and material baffle second by cloth tube
Enter cloth tube by parabolic motion, a part is blocked by material baffle first and as isolation board glides, and a part is by material baffle
Second gear is lower and is reflected by material baffle and falls or fall along material baffle, some keeps original track to fall, through every
The notch of flitch first or material baffle second falls, and lobster tail uniformly can be transported to upper layer and freezed on horizontal net band.
4) the upper rubber wind deflector and lower rubber wind deflector for freezing discharge outlet can avoid outside cold air to a certain extent
It lets out.
5) horizontal net band be arranged backgauge carrier bar, save the striker plate specially set up, and be conducive to circulating cold air circulation,
Accelerate freezing efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial enlargement diagram of Fig. 1；
Fig. 3 is the structural schematic diagram of glazing machine structure and guide case；
Fig. 4 is the partial enlargement diagram of Fig. 3；
Fig. 5 is the schematic view of the front view of guide case；
Fig. 6 is the structural schematic diagram for turning hopper and transshipment acitivity；
Fig. 7 is the schematic view of the front view that circulation freezes mechanism；
Fig. 8 is the right side structural representation that circulation freezes mechanism；
Fig. 9 is the partial structural diagram of feeding mesh belt；
Figure 10 is the partial structural diagram of horizontal net band；
Figure 11 is the structural schematic diagram of common carrier bar；
Figure 12 is the structural schematic diagram of backgauge carrier bar；
Figure 13 is the structural schematic diagram of mesh belt live-roller；
In figure: 1. glazing machine structures, 11. cold water storage cisterns, 12. cold air imports, 13. packet ice active network belt drive rollers, 14. packet ice mistakes
Cross mesh belt live-roller, the driven mesh belt live-roller of 15. packet ice, 16. packet ice mesh belts, 17. mesh belt support frames, 18. striker plates with holes,
19. closing striker plate, 2. guide casees, 21. triangle cabinets, 22. side baffles, 23. rubber striker plates, 3. turns of hoppers, 31. arcs
Lifting blade, 4. transshipment acitivities, 41. transfer net bands, 42. transhipment active network belt drive rollers, the driven mesh belt live-roller of 43. transhipments, 44.
Cloth tube, 45. material baffle first, 46. material baffle second, 5. circulations freeze mechanism, horizontal net band is freezed on 51. upper layers, 52. middle layers are freezed
Horizontal net band, 53. lower layers freeze horizontal net band, 54. freeze discharge horizontal net band, 55. horizontal net belt drive rollers, 6. freezing rooms,
61. freeze discharge port, on 62. rubber keep out the wind band, 63. lower rubber keep out the wind band, 7. mesh belt main bodys, 71. mesh belt connecting shafts, 72. roll
Wheel, 73. common carrier bars, 74. feeding dividing plates, 75. backgauge carrier bars, 751. connecting plates, 752. protrusive boards, 8. transmission shafts, 81. sprocket wheels,
82. friction pulley.
Specific embodiment
Specific embodiment of the present utility model is referring to Fig. 1-13:
A kind of list frozen spiny lobster tails packet ice production system such as Fig. 1,3,4,7 and 8, including glazing machine structure, transshipment acitivity and is freezed
Room, the glazing machine structure includes cold water storage cistern, and the packet ice mesh belt supported by mesh belt support frame, the Bao Bing are equipped in the cold water storage cistern
Mesh belt includes horizontal immersion end in the cold water storage cistern and from the acclivitous inclination conveying section of cold water storage cistern, the packet ice mesh belt
One end is equipped with the packet ice active network belt drive roller being driven by motor, and the top of the inclination conveying section is equipped with the driven mesh belt of packet ice and passes
Dynamic roller, the other end of the horizontal immersion section and the lower end joining place of the inclination conveying section are driven equipped with packet ice transition mesh belt
Roller, the two sides at the horizontal immersion end are equipped with shelves flitch with holes, and the two sides of the inclination conveying section are equipped with closing striker plate, described
Be equipped with the hopper that turns of the guide case that is located above and lower section between glazing machine structure and the transshipment acitivity, the guide case with it is described
The top linking of conveying section is tilted, the lower section side for turning hopper and being located at the guide case, the transshipment acitivity includes inclination
The transfer net band for being arranged and being supported by mesh belt support frame, the lower end of the transfer net band, which is equipped with, is located at described turn in hopper and by electricity
The transhipment active network belt drive roller of machine driving, top are equipped with transhipment slave drive roller, and the lower end of the transfer net band is located at described
Freezing room is outer, top is located in the freezing room, and the two sides of the transfer net band are equipped with closing striker plate, the transfer net band
Top linking has cloth tube, and the lower section of the cloth tube is that circulation freezes mechanism, and it includes that length is identical that the circulation, which freezes mechanism,
And horizontal net band is freezed on upper layer disposed in parallel, horizontal net band is freezed in middle layer and lower layer freezes horizontal net band, the lower layer freezes
One end of horizontal net band be vertically installed be located below and one end stretch out the freezing room freeze discharge horizontal net band, it is described on
Layer freeze horizontal net band, horizontal net band is freezed in the middle layer, the lower layer freezes horizontal net band and it is described freeze discharge horizontal net
The two sides of band are supported by mesh belt support frame, and horizontal net band is freezed on the upper layer, horizontal net band is freezed in the middle layer, the lower layer
Freeze horizontal net band and the horizontal net band that freezes to discharge is the identical horizontal net band of structure and both ends are equipped with horizontal net band biography
Dynamic roller, one of horizontal net belt drive roller of each horizontal net band are driven by motor, and horizontal net band and institute are freezed in the upper layer
It states lower layer and freezes that horizontal net band position is opposite up and down and rotation direction is on the contrary, horizontal net band is freezed in the middle layer and the upper layer is frozen
It bears water the rotation direction of plain net band on the contrary and one end offsets to one side to the surface for freezing discharging horizontal net band, the net
Inside with support frame is equipped with the track for the roller-coaster.
Such as Figures 5 and 6, the guide case includes triangle cabinet, and the side of the triangle cabinet extends to described turn of material
The top of case and it is equipped with the side baffle that is located above, the lower section of the side baffle is equipped with rubber striker plate, described to turn the interior of hopper
Portion is equipped with the curved throwing plate being located above the transhipment active network belt drive roller.
Such as Fig. 2, the freezing room be equipped with supply described in freeze to discharge the discharge port that freezes that horizontal net band passes through, it is described to freeze out
The top of material horizontal net band, which is equipped with, is fixed on the upper rubber wind deflector freezed above discharge port, described to freeze the horizontal net that discharges
It is equipped between the upper wire band and lower net band of band and is fixed on the lower rubber wind deflector for freezing discharge port two sides.
Such as Fig. 6, the inside of the cloth tube is equipped with towards the inclined material baffle first of the transshipment acitivity and turns away from described
The surface of the material baffle second of fortune mechanism tilts, the material baffle first and the material baffle second is equipped with notch.
Such as Fig. 9,11 and 13, the packet ice mesh belt and the transfer net band are the identical feeding mesh belt of structure, the feeding
Mesh belt includes mesh belt ontology, and the surface of the mesh belt ontology is equipped with feeding dividing plate, and the mesh belt is set inside the body uniformly distributed
Mesh belt connecting shaft, mesh belt connecting shaft both ends are equipped with idler wheel, and mesh belt connecting shaft described in every two is by being located at the idler wheel
The common carrier bar of two sides connects, and the common carrier bar is the rectangular slab for including two connecting holes, and the packet ice active network band passes
Dynamic roller, the packet ice transition mesh belt live-roller, the driven mesh belt live-roller of the packet ice, the transhipment active network belt drive roller and institute
Stating the driven mesh belt live-roller of transhipment is the identical mesh belt live-roller of structure, and the mesh belt live-roller includes centrally located transmission
Axis, the both ends of the transmission shaft are equipped with the sprocket wheel with the idler wheel and the common carrier bar cooperation, set in the middle part of the transmission shaft
There is the friction pulley with the mesh belt body fits.
Such as Figure 10-13, the horizontal net band includes mesh belt ontology, and the mesh belt is set inside the body uniformly distributed mesh belt and connects
Spindle, mesh belt connecting shaft both ends are equipped with idler wheel, and mesh belt connecting shaft described in every two is by being located on the outside of the idler wheel
Common carrier bar is connected with the backgauge carrier bar on the inside of the idler wheel, and the common carrier bar is the rectangle for including two connecting holes
Plate, the backgauge carrier bar include lower section plate body identical with the common link plate structure and the protrusive board that top raises upward, described
Horizontal net belt drive roller includes centrally located transmission shaft, and the both ends of the transmission shaft are equipped with and the idler wheel, the common chain
The sprocket wheel of plate and backgauge carrier bar cooperation, the middle part of the transmission shaft are equipped with the friction pulley with the mesh belt body fits.
Lobster tail can rapidly and uniformly be carried out single-freeze Bao Bing by the packet ice production system, and whole-course automation both completed
Single-freeze packet ice improves packet ice efficiency again；Lobster tail is tiltedly sent by passage by triangle cabinet turns hopper, rubber striker plate
The speed that can reduce feeding prevents accumulation, bonding, and transhipment can be smoothly sent to for lobster tail by turning the curved throwing plate in hopper
On mesh belt；Outlet is divided into three regions by material baffle first and material baffle second by cloth tube, the lobster tail warp that transfer net band is sent
It crosses parabolic motion and enters cloth tube, a part is blocked by material baffle first and as isolation board glides, and a part is by material baffle second
Gear is lower and is reflected whereabouts or fallen along material baffle by material baffle, some keeps original track to fall, through separated material
The notch of plate first or material baffle second falls, and lobster tail uniformly can be transported to upper layer and freezed on horizontal net band；Freeze to discharge
Upper rubber wind deflector and lower rubber wind deflector at mouthful can avoid cool air leakage to a certain extent；Backgauge is arranged in horizontal net band
Carrier bar saves the striker plate specially set up, and is conducive to circulating cold air circulation, accelerates freezing efficiency.
The working method of the list frozen spiny lobster tails packet ice production system the following steps are included:
Lobster tail is chilled to minus 20 degrees to subzero between 10 degree in quick-frozen interior by step 1；
Step 2 paves the lobster tail after freezing onto the packet ice mesh belt of glazing machine structure, and lobster tail impregnates in cold water,
The coolant-temperature gage on lobster tail surface reduces subzero, and lobster tail surface is smoothly enclosed with ice rind；
Step 3, the lobster tail for being enclosed with ice rind enter deep freezing in freezing room through transshipment acitivity；
Step 4, the lobster tail for being enclosed with ice rind freeze gradually to freeze in mechanism in circulation；
Step 4, the lobster tail after freezing are freezed the horizontal net band submitting freezing room that discharges.
Lobster tail can rapidly and uniformly be carried out single-freeze Bao Bing by the packet ice production method, and whole-course automation both completed
Single-freeze packet ice improves packet ice efficiency again.
Claims (9)
1. a kind of list frozen spiny lobster tails packet ice production system, it is characterised in that: including glazing machine structure, transshipment acitivity and freezing room, institute
Stating glazing machine structure includes cold water storage cistern, and the packet ice mesh belt supported by mesh belt support frame, the packet ice mesh belt are equipped in the cold water storage cistern
Including the horizontal immersion end that is located in cold water storage cistern and from the acclivitous inclination conveying section of cold water storage cistern, one end of the packet ice mesh belt
Equipped with the packet ice active network belt drive roller being driven by motor, the top of the inclination conveying section is equipped with the driven mesh belt transmission of packet ice
Roller, the other end of the horizontal immersion section and the lower end joining place of the inclination conveying section are equipped with packet ice transition mesh belt live-roller,
The two sides at the horizontal immersion end are equipped with shelves flitch with holes, and the two sides of the inclination conveying section are equipped with closing striker plate, the packet
The guide case and lower section being located above are equipped between mechanism of ice and the transshipment acitivity turns hopper, and the guide case inclines with described
The top linking of oblique conveying section, the lower section side for turning hopper and being located at the guide case, the transshipment acitivity include that inclination is set
The transfer net band set and supported by mesh belt support frame, the lower end of the transfer net band, which is equipped with, is located at described turn in hopper and by motor
The transhipment active network belt drive roller of driving, top are equipped with transhipment slave drive roller, and the lower end of the transfer net band is located at the jelly
Knot is outdoor, top is located in the freezing room, and the two sides of the transfer net band are equipped with closing striker plate, the top of the transfer net band
End linking has a cloth tube, and the lower section of the cloth tube is that circulation freezes mechanism, the circulation freeze mechanism include length it is identical and
Horizontal net band is freezed on upper layer disposed in parallel, horizontal net band is freezed in middle layer and lower layer freezes horizontal net band, lower layer's freeze water
One end of plain net band be vertically installed be located below and one end stretch out the freezing room freeze discharge horizontal net band, the upper layer
Freeze horizontal net band, horizontal net band is freezed in the middle layer, the lower layer freezes horizontal net band and it is described freeze discharge horizontal net band
Two sides by mesh belt support frame support, horizontal net band is freezed on the upper layer, horizontal net band is freezed in the middle layer, the lower layer freeze
Bearing water plain net band and the horizontal net band that freezes to discharge is that the identical horizontal net band of structure and both ends are equipped with horizontal net V belt translation
One of horizontal net belt drive roller of roller, each horizontal net band is driven by motor, the upper layer freeze horizontal net band with it is described
Lower layer freezes that horizontal net band position is opposite up and down and rotation direction on the contrary, horizontal net band is freezed in the middle layer freezes with the upper layer
The rotation direction of horizontal net band is opposite and one end offsets to one side to the surface for freezing discharging horizontal net band.
2. list frozen spiny lobster tails packet ice production system according to claim 1, it is characterised in that: the guide case includes triangle
Shape cabinet, the side of the triangle cabinet extends to the top for turning hopper and is equipped with the side baffle being located above, described
The lower section of side baffle is equipped with rubber striker plate, and the inside for turning hopper, which is equipped with, to be located above the transhipment active network belt drive roller
Curved throwing plate.
3. list frozen spiny lobster tails packet ice production system according to claim 1, it is characterised in that: the freezing room is equipped with for institute
That states that the horizontal net band that freezes to discharge passes through freezes discharge port, and the top of the horizontal net band that freezes to discharge, which is equipped with, is fixed on the jelly
The upper rubber wind deflector above material mouth is born, is equipped between the upper wire band and lower net band for freezing discharging horizontal net band solid
It is scheduled on the lower rubber wind deflector for freezing discharge port two sides.
4. list frozen spiny lobster tails packet ice production system according to claim 1, it is characterised in that: the inside of the cloth tube is set
Have towards the inclined material baffle first of the transshipment acitivity and away from the inclined material baffle second of the transshipment acitivity, the material baffle first
Notch is equipped with the surface of the material baffle second.
5. list frozen spiny lobster tails packet ice production system according to claim 1, it is characterised in that: the packet ice mesh belt and described
Transfer net band is the identical feeding mesh belt of structure, and the feeding mesh belt includes mesh belt ontology, and the surface of the mesh belt ontology is equipped with
Feeding dividing plate, the mesh belt are set inside the body uniformly distributed mesh belt connecting shaft, and mesh belt connecting shaft both ends are equipped with idler wheel,
Mesh belt connecting shaft described in every two by be located at the idler wheel two sides common carrier bar connect, the common carrier bar be include two
The rectangular slab of connecting hole.
6. list frozen spiny lobster tails packet ice production system according to claim 1, it is characterised in that: the horizontal net band includes net
Band body, the mesh belt are set inside the body uniformly distributed mesh belt connecting shaft, and mesh belt connecting shaft both ends are equipped with idler wheel, often
Two mesh belt connecting shafts are by being located at the common carrier bar on the outside of the idler wheel and the backgauge carrier bar on the inside of the idler wheel
Connection, the common carrier bar is the rectangular slab for including two connecting holes, and the backgauge carrier bar includes lower section and the common chain
The protrusive board that the identical plate body of hardened structure and top raise upward.
7. list frozen spiny lobster tails packet ice production system according to claim 5, it is characterised in that: the packet ice active network band passes
Dynamic roller, the packet ice transition mesh belt live-roller, the driven mesh belt live-roller of the packet ice, the transhipment active network belt drive roller and institute
Stating the driven mesh belt live-roller of transhipment is the identical mesh belt live-roller of structure, and the mesh belt live-roller includes centrally located transmission
Axis, the both ends of the transmission shaft are equipped with the sprocket wheel with the idler wheel and the common carrier bar cooperation, set in the middle part of the transmission shaft
There is the friction pulley with the mesh belt body fits.
8. list frozen spiny lobster tails packet ice production system according to claim 6, it is characterised in that: the horizontal net belt drive roller
Including centrally located transmission shaft, the both ends of the transmission shaft are equipped with and the idler wheel, the common carrier bar and the backgauge chain
The sprocket wheel of plate cooperation, the middle part of the transmission shaft are equipped with the friction pulley with the mesh belt body fits.
9. list frozen spiny lobster tails packet ice production system according to claim 5 or 6, it is characterised in that: the mesh belt support frame
Inside be equipped with for the roller-coaster track.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820573355.3U CN209030999U (en) | 2018-04-21 | 2018-04-21 | A kind of list frozen spiny lobster tails packet ice production system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820573355.3U CN209030999U (en) | 2018-04-21 | 2018-04-21 | A kind of list frozen spiny lobster tails packet ice production system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209030999U true CN209030999U (en) | 2019-06-28 |
Family
ID=67028099
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820573355.3U Expired - Fee Related CN209030999U (en) | 2018-04-21 | 2018-04-21 | A kind of list frozen spiny lobster tails packet ice production system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209030999U (en) |
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2018
- 2018-04-21 CN CN201820573355.3U patent/CN209030999U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190628 Termination date: 20200421 |
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| CF01 | Termination of patent right due to non-payment of annual fee |