CN206659019U - A kind of double-deck freeze space ice cream production equipment - Google Patents
A kind of double-deck freeze space ice cream production equipment Download PDFInfo
- Publication number
- CN206659019U CN206659019U CN201720248642.2U CN201720248642U CN206659019U CN 206659019 U CN206659019 U CN 206659019U CN 201720248642 U CN201720248642 U CN 201720248642U CN 206659019 U CN206659019 U CN 206659019U
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- China
- Prior art keywords
- freeze space
- lowering
- hoisting gear
- die assembly
- propulsion plant
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 34
- 235000015243 ice cream Nutrition 0.000 title claims abstract description 32
- 230000008014 freezing Effects 0.000 claims abstract description 23
- 238000007710 freezing Methods 0.000 claims abstract description 23
- 238000004140 cleaning Methods 0.000 claims description 46
- 230000005540 biological transmission Effects 0.000 claims description 16
- 230000000712 assembly Effects 0.000 claims description 4
- 238000000429 assembly Methods 0.000 claims description 4
- 241000894006 Bacteria Species 0.000 abstract description 5
- 238000000034 method Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 230000001954 sterilising effect Effects 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
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Abstract
The utility model discloses a kind of double-deck freeze space ice cream production equipment, including die assembly and double-deck freezing zone device, bilayer freezing zone device includes the upper strata freeze space and lower floor freeze space be arrangeding in parallel, and one end that bilayer freezes zone device is provided with lowering or hoisting gear a, the other end is provided with lowering or hoisting gear b；Upper strata freeze space one end corresponding with lowering or hoisting gear b upper surface is provided with propulsion plant a and propulsion plant b for pushing die assembly translation, and translation directions of the propulsion plant a and propulsion plant b along die assembly is arranged；Lower floor freeze space one end corresponding with lowering or hoisting gear a upper surface is also equipped with the propulsion plant c for pushing die assembly translation.The utility model can not only shorten the individual layer length of equipment, save space, while die assembly is in cryogenic freezing state all the time during whole production cycle, can effectively suppress the growth of bacterium.
Description
Technical field
The utility model belongs to ice cream manufacturing machine equipment technical field, and in particular to a kind of double-deck freeze space ice cream production
Equipment.
Background technology
At present, the production equipment that ice cream assembly line uses generally only has one layer of freeze space, i.e. upper strata is freeze space, and lower floor is
The mould transmission area of normal temperature.Because ice cream freezing needs the regular hour, therefore the length of this individual layer freezing equipment is minimum all
At 12 meters or so, floor space is very big；And because mould is in normal temperature state when equipment lower floor is transmitted, therefore hold very much
Easy breed bacteria, it is unfavorable for the control of ice cream production sanitary condition.
Utility model content
The purpose of this utility model is to provide a kind of double-deck freeze space ice cream production equipment, and the upper strata of the equipment fills for freezing
Area is filled, lower floor is freezing transmission area, can not only shorten the individual layer length of equipment, save space, and mould transmits in lower floor
When be also at cryogenic freezing state, can effectively suppress the growth of bacterium.
Technical scheme is used by the utility model：A kind of double-deck freeze space ice cream production equipment, including die assembly
Zone device is freezed with bilayer, bilayer freezing zone device includes the upper strata freeze space and lower floor freeze space be arrangeding in parallel, bilayer freezing
One end of zone device is provided with the lowering or hoisting gear a for making die assembly be moved to from upper strata freeze space lower floor freeze space, double-deck
The other end of freezing zone device is provided with the lowering or hoisting gear for making die assembly be moved to from lower floor freeze space upper strata freeze space
b；Upper strata freeze space one end corresponding with lowering or hoisting gear b upper surface is provided with the propulsion plant a for pushing die assembly translation
And the translation direction arrangement of propulsion plant b, propulsion plant a and propulsion plant b along die assembly；Lower floor freeze space and lowering or hoisting gear
One end upper surface corresponding to a is also equipped with the propulsion plant c for pushing die assembly translation.
The characteristics of the utility model, also resides in：
Lowering or hoisting gear a, lowering or hoisting gear b and lowering or hoisting gear c structure are identical, lowering or hoisting gear a, lowering or hoisting gear b and lifting dress
Two groups of cylinder propulsion assemblies that c includes being oppositely arranged are put, cylinder propulsion assembly includes cylinder, and cylinder is connected by oscillating bearing
Sliding block, sliding block are connected with slide rail.
Lowering or hoisting gear a, lowering or hoisting gear b and lowering or hoisting gear c structure are identical, lowering or hoisting gear a, lowering or hoisting gear b and lifting dress
Two toothed belt wheel transmission components that c includes being oppositely arranged are put, the structure of the toothed belt wheel transmission component is specially：Bag
Motor, the output axis connection driving tooth shape belt pulley of motor are included, active toothed belt wheel connects driven toothed belt by belt
Take turns, be provided with sliding block on belt, one side and the belt Joint of sliding block, it is U-shaped mould that the another side of sliding block, which is connected with section,
Neck a, mould neck a length are to perpendicular with belt transmission direction；Two moulds on two toothed belt wheel transmission components
Neck a U-shaped opening is oppositely arranged.
Bilayer freezing zone device is provided with cleaning dress along die assembly translation direction and beside lowering or hoisting gear a one end
Put, the cleaning device includes upper strata cleaning area and lower rack, and the position of cleaning area is corresponding with the position of upper strata freeze space, machine
The position of frame is corresponding with the position of lower floor freeze space；Between upper strata freeze space and cleaning area and lower floor freeze space and frame it
Between be provided with guide rail, one end and the cleaning area or frame of guide rail are connected, the other end of guide rail can be docked with mould neck a with
Die assembly is set to be put down by mould neck a and guide rail between upper strata freeze space and cleaning area or between lower floor freeze space and frame
Move；Both ends upper surface of the cleaning area along die assembly translation direction is provided with turning device, and cleaning area is away from upper strata freeze space
One end be provided with lowering or hoisting gear c for making die assembly be moved to from upper strata cleaning area lower rack, frame is away from lower floor
One end upper surface of freeze space is provided with the propulsion plant d for pushing die assembly translation.
It is equal that each turning device is included in two servomotors a, two servomotor a that cleaning area upper surface is mounted opposite
A decelerator is connected, the output shaft of each decelerator is all connected with a mould neck b for being used to clamp die assembly；Mould card
Groove b is that cross section is U-shaped rectangular-shape groove, mould neck b along its grow to one end be the opening that is passed in and out for die assembly, mould
Tool neck b along its grow to the other end close.
Die assembly includes multiple moulds, and translation direction of the mould along die assembly sets at least 2 rows altogether, often row is set extremely
It is few 2；Die assembly is connected with connecting plate with the perpendicular both ends of its translation direction, and it is identical to be provided with quantity on two connecting plates
Multiple through holes, translation direction arrangement of multiple through holes along die assembly, the row of mould in the quantity and die assembly of through hole
It is identical.
Propulsion plant a, propulsion plant b, propulsion plant c and propulsion plant d structure are identical, are specially：Set including relative
Two cylinders put, each cylinder connect a slide by oscillating bearing, and each slide is connected with a slide rail；
It is connected between two slides by connecting rod, one is mounted on positioned at the inner side of each slide in connecting rod and at slide
Pawl, the free end pawled is bent downwardly and can be connected with through hole；Propulsion plant a, propulsion plant b, propulsion plant c and
Slide rail on propulsion plant d is fixedly mounted in corresponding upper strata freeze space or lower floor freeze space or frame.
The beneficial effects of the utility model are：Double-deck freeze space ice cream production equipment of the present utility model, by setting
Lower two layers of freeze space, the individual layer length of equipment can not only be shortened, save space, while die assembly is in whole production cycle
All the time cryogenic freezing state is in journey, can effectively suppress the growth of bacterium；And install cleaning and sterilizing equipment additional, work as set of molds
When part needs cleaning, without removing die assembly, but cleaning area is pushed to by pusher, then coordinates two turning devices,
Die flip is downward into mould mouth, and it is upward to be turned into mould mouth after cleaning again, carries out next round production, and cleaning process is fast
Victory is convenient.
Brief description of the drawings
Fig. 1 is a kind of main structure diagram of double-deck freeze space ice cream production equipment of the utility model；
Fig. 2 is a kind of overlooking the structure diagram of double-deck freeze space ice cream production equipment of the utility model；
Fig. 3 is a kind of left view structural representation of double-deck freeze space ice cream production equipment of the utility model；
Fig. 4 is that the structure of toothed belt wheel transmission component in a kind of double-deck freeze space ice cream production equipment of the utility model is shown
It is intended to；
Fig. 5 is the connection signal of sliding block and mould neck a in a kind of double-deck freeze space ice cream production equipment of the utility model
Figure；
Fig. 6 is the schematic shapes of mould neck a in Fig. 5；
Fig. 7 is the structural representation of die assembly in a kind of double-deck freeze space ice cream production equipment of the utility model；
Fig. 8 is the structural representation of propulsion plant in a kind of double-deck freeze space ice cream production equipment of the utility model；
Fig. 9 is the structural representation of turning device in a kind of double-deck freeze space ice cream production equipment of the utility model；
Figure 10 is the structural representation of mould neck b in Fig. 9.
In figure, 1. die assemblies, 2. upper strata freeze spaces, 3. lower floor freeze spaces, 4. lowering or hoisting gear a, 5. lowering or hoisting gear b, 6.
Propulsion plant a, 7. propulsion plant b, 8. propulsion plant c, 9. upper strata cleaning areas, 10. frames, 11. guide rails, 12. turning devices,
13. lowering or hoisting gear c, 14. propulsion plant d；
101. mould, 102. connecting plates, 103. through holes；401. motors, 402. active toothed belt wheels, 403. driven tootheds
Belt pulley, 404. sliding blocks, 405. mould neck a, 406. belts；601. cylinders, 602. oscillating bearings, 603. slides, 604. slide
Rail, 605. connecting rods, 606. pawl；1201. servomotors, 1202. decelerators, 1203. mould neck b.
Embodiment
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings：
A kind of double-deck freeze space ice cream production equipment of the present utility model, as shown in Figure 1, Figure 2, Figure 3 shows, including die assembly
1 is double-deck cold with double-deck freezing zone device, the double-deck upper strata freeze space 2 and lower floor freeze space 3 for freezing zone device and including be arrangeding in parallel
The one end for freezing zone device is provided with lowering or hoisting gear for making die assembly 1 be moved to from upper strata freeze space 2 lower floor freeze space 3
A4, the other end of bilayer freezing zone device are provided with for making die assembly 1 be moved to upper strata freeze space 2 from lower floor freeze space 3
Lowering or hoisting gear b5；The one end corresponding with lowering or hoisting gear b5 of upper strata freeze space 2 upper surface is provided with flat for pushing die assembly 1
The propulsion plant a6 and propulsion plant b7 of shifting, propulsion plant a6 arrange with translation directions of the propulsion plant b7 along die assembly 1；Under
The layer one end corresponding with lowering or hoisting gear a4 of freeze space 3 upper surface is also equipped with the propulsion plant for pushing the translation of die assembly 1
c8。
As shown in Fig. 4, Fig. 5, Fig. 6, lowering or hoisting gear a4, lowering or hoisting gear b5 and lowering or hoisting gear c13 structure are identical, lifting dress
Put two toothed belt wheel transmission components that a4, lowering or hoisting gear b5 and lowering or hoisting gear c13 include being oppositely arranged, two tooth form skins
The relative direction of belt wheel transmission component is vertical with the translation direction of die assembly 1, the structure tool of the toothed belt wheel transmission component
Body is：Including motor 401, the output axis connection driving tooth shape belt pulley 402 of motor 401, active toothed belt wheel 402 passes through skin
Band 406 connects driven toothed belt pulley 403, is provided with sliding block 404 on belt 406, one side and the phase of belt 406 of sliding block 404 are consolidated
Connect, it is U-shaped mould neck a405 that the another side of sliding block 404, which is connected with section, and mould neck a405 length passes to belt 406
Dynamic direction is perpendicular；The transmission direction of belt 406 is above-below direction.Two toothed belt wheels transmission in same lowering or hoisting gear
The strap surface of component is provided opposite to, and to ensure that two mould neck a405 U-shaped opening is oppositely arranged, mould is clamped for coordinating
Component 1.
Bilayer freezing zone device is provided with cleaning along the translation direction of die assembly 1 and beside lowering or hoisting gear a4 one end
Device, the cleaning device include upper strata cleaning area 9 and lower rack 10, the position of cleaning area 9 and the position phase of upper strata freeze space 2
Corresponding, the position of frame 10 is corresponding with the position of lower floor freeze space 3；Between upper strata freeze space 2 and cleaning area 9 and lower floor is cold
Freeze between area 3 and frame 10 and be provided with guide rail 11, one end and the cleaning area 9 or frame 10 of guide rail 11 are connected, guide rail 11 it is another
One end can be docked with mould neck a405 so that die assembly 1 by mould neck a405 and guide rail 11 in upper strata freeze space 2
Translated between cleaning area 9 or between lower floor freeze space 3 and frame 10；On both ends of the cleaning area 9 along the translation direction of die assembly 1
Surface is provided with turning device 12, the one end of cleaning area 9 away from upper strata freeze space 2 be provided with for make die assembly 1 from
Layer cleaning area 9 is moved to the lowering or hoisting gear c13 of lower rack 10, and one end upper surface of the frame 10 away from lower floor freeze space 3 is set
There is the propulsion plant d14 for pushing the translation of die assembly 1.Propulsion plant c8 can be arranged on frame 10 close to lower floor freeze space
The upper surface of 3 one end；, can be in the one end corresponding with lowering or hoisting gear a4 of lower floor freeze space 3 in the case where being not provided with frame 10
The affixed fixed plate in upper surface, propulsion plant c8 is installed in this fixed plate.
As shown in figure 9, each turning device 12 is included in two servomotors that the upper surface of cleaning area 9 is mounted opposite
A1201, direction relative two servomotor a1201 is vertical with the translation direction of die assembly 1, two servomotor a1201
A decelerator 1202 is all connected with, the output shaft of each decelerator 1202 is all connected with a mould neck b1203；Such as Figure 10 institutes
Show, mould neck b1203 is that cross section is U-shaped rectangular-shape groove, mould neck b1203 along its grow to one end be for mould
Component 1 pass in and out opening, mould neck b1203 along its grow to the other end close.
As shown in fig. 7, die assembly 1 includes multiple moulds 101, translation direction of the mould 101 along die assembly 1 is set altogether
At least 2 rows, often row sets at least two；Die assembly 1 and the perpendicular both ends of its translation direction are connected with connecting plate 102, and two
The multiple through holes 103 of quantity identical are provided with individual connecting plate 102, translation direction of multiple through holes 103 along die assembly 1 arranges,
The quantity of through hole 103 is identical with the row of mould 101 in die assembly 1.
As shown in figure 8, propulsion plant a6, propulsion plant b7, propulsion plant c8 and propulsion plant d14 structure are identical, tool
Body is：Including two cylinders 601 being oppositely arranged, the piston rod of each cylinder 601 connects a cunning by oscillating bearing 602
Seat 603, each slide 603 is connected with a slide rail 604；It is connected between two slides 603 by connecting rod 605, even
One is mounted on positioned at the inner side of each slide 603 on extension bar 605 and at the slide 603 and pawls 606, pawl 606 from
It is bent downwardly by end and can be connected with through hole 103；Propulsion plant a6, propulsion plant b7, propulsion plant c8 and propulsion dress
The slide rail 604 on d14 is put to be fixedly mounted in corresponding upper strata freeze space 2 or lower floor freeze space 3 or frame 10.Lowering or hoisting gear
A4, lowering or hoisting gear b5 and lowering or hoisting gear c13 can also use this cylinder mechanism, i.e. lowering or hoisting gear a4, lowering or hoisting gear b5 and liter
Falling unit c13 includes two groups of cylinder propulsion assemblies being oppositely arranged, and the cylinder propulsion assembly includes cylinder, and cylinder passes through pass
Bearings connection sliding block, sliding block are connected with slide rail.
The production cycle method of die assembly in a kind of double-deck freeze space ice cream production equipment of the utility model, specific step
Suddenly it is：
Step 1, die assembly 1 are pushed away in the end corresponding to upper strata freeze space 2 and lowering or hoisting gear b5 by propulsion plant b7
It is dynamic to be translated, move to after certain position and carry out the filling and plunger of ice cream feed liquid, die assembly 1 after the completion of filling and plunger
Continuation lowering or hoisting gear a4 ends are moved in upper strata freeze space 2, then die assembly 1 under lowering or hoisting gear a4 drive from upper
Layer freeze space 2 is moved to lower floor freeze space 3；
Step 2, die assembly 1 are promoted from lowering or hoisting gear a4 one end in lower floor freeze space 3 by propulsion plant c8 moves to liter
Falling unit b5 one end, then die assembly 1 be moved under lowering or hoisting gear b5 drive from lower floor freeze space 3 from upper strata freeze space
2；
After step 3, die assembly 1 move to propulsion plant b7 in upper strata freeze space 2 by propulsion plant a6 promotions, then by
Propulsion plant b7, which is promoted, moves to the demoulding step that correct position carries out ice cream finished product, that is, completes a die assembly 1 once
Production cycle process.
After the completion of also including step 4, the demoulding step of ice cream finished product when needing to clean die assembly 1, die assembly 1 is pushing away
Enter under device b7 promotion and continue to translate, the mould neck a405 on lowering or hoisting gear a4 is located at and the guide rail 11 on cleaning area 9
Concordant position, then die assembly 1 is successively by the mould neck a405 on lowering or hoisting gear a4 and the guide rail 11 on cleaning area 9
After move on cleaning area 9, then die assembly 1 is overturn in the presence of the turning device 12 close to lowering or hoisting gear a4,
Overturn upward as mould mouth down by mould mouth, then proceed to translate and carry out simultaneously cleaning step, until moving to another
At turning device 12, overturn in the presence of the turning device 12, overturn by mould mouth down as mould mouth upward, so again
Rear mold component 1 is moved in lower rack 10 in the presence of lowering or hoisting gear c13 by upper strata cleaning area 9, then by propulsion plant
D14 promotes to be translated to lower floor freeze space 3, the mould neck a405 on lowering or hoisting gear a4 is moved down into and leading in frame 10
The concordant position of rail 11, last die assembly 1 are promoted by propulsion plant c8 and filled successively by the guide rail 11 in frame 10 and lifting
The production cycle participated in next time is moved on lower floor freeze space 3 after putting the mould neck a405 on a4.
When die assembly 1 is translated by propulsion plant b7 promotions in above-mentioned steps, two on propulsion plant b7 are pawled
606 are caught in two through holes 102 of the same row in the both ends of die assembly 1, every time the distance of mobile row's mould.Die assembly 1 by
Propulsion plant a6, propulsion plant c8 and propulsion plant d14 are promoted when being translated, move every time die assembly 1 away from
From.
Be provided with manipulator above propulsion plant b7 one end in upper strata freeze space 2, the demoulding of ice cream finished product and
Transport through manipulator completion.
The utility model can not only shorten the individual layer length of equipment, save space by setting two layers of freeze space up and down,
Die assembly is in freezing state all the time during whole production cycle simultaneously, can effectively suppress the growth of bacterium；And
When die assembly needs cleaning, without removing die assembly, but cleaning area is pushed to by pusher, then coordinate two to turn over
Rotary device, cleaning process are efficient and convenient.
Claims (7)
- A kind of 1. double-deck freeze space ice cream production equipment, it is characterised in that zone device is freezed with double-deck including die assembly (1), Bilayer freezing zone device includes the upper strata freeze space (2) and lower floor freeze space (3) be arrangeding in parallel, the double-deck freezing zone device One end is provided with the lowering or hoisting gear a (4) for making die assembly (1) be moved to lower floor freeze space (3) from upper strata freeze space (2), The other end of bilayer freezing zone device is provided with for making die assembly (1) be moved to upper strata freeze space from lower floor freeze space (3) (2) lowering or hoisting gear b (5)；The upper strata freeze space (2) one end upper surface corresponding with lowering or hoisting gear b (5) is provided with for pushing away The propulsion plant a (6) and propulsion plant b (7) of die assembly (1) translation, propulsion plant a (6) and propulsion plant b (7) are sent along mould Has the translation direction arrangement of component (1)；The lower floor freeze space (3) one end upper surface corresponding with lowering or hoisting gear a (4) is also provided with There is the propulsion plant c (8) for pushing die assembly (1) translation.
- A kind of 2. double-deck freeze space ice cream production equipment according to claim 1, it is characterised in that the lowering or hoisting gear a (4), lowering or hoisting gear b (5) and lowering or hoisting gear c (13) structure are identical, lowering or hoisting gear a (4), lowering or hoisting gear b (5) and lowering or hoisting gear C (13) includes two groups of cylinder propulsion assemblies being oppositely arranged, and the cylinder propulsion assembly includes cylinder, and cylinder passes through joint shaft Connection sliding block is held, sliding block is connected with slide rail.
- A kind of 3. double-deck freeze space ice cream production equipment according to claim 1, it is characterised in that the lowering or hoisting gear a (4), lowering or hoisting gear b (5) and lowering or hoisting gear c (13) structure are identical, lowering or hoisting gear a (4), lowering or hoisting gear b (5) and lowering or hoisting gear C (13) includes two toothed belt wheel transmission components being oppositely arranged, and the structure of the toothed belt wheel transmission component is specially： It is logical including motor (401), the output axis connection driving tooth shape belt pulley (402) of motor (401), active toothed belt wheel (402) Belt (406) connection driven toothed belt pulley (403) is crossed, sliding block (404), the one side of sliding block (404) are provided with belt (406) With belt (406) Joint, it is U-shaped mould neck a (405), mould neck a that the another side of sliding block (404), which is connected with section, (405) length is to perpendicular with belt (406) transmission direction；Two mould neck a on two toothed belt wheel transmission components (405) U-shaped opening is oppositely arranged.
- A kind of 4. double-deck freeze space ice cream production equipment according to claim 3, it is characterised in that the double-deck freeze space Device is provided with cleaning device along die assembly (1) translation direction and beside described lowering or hoisting gear a (4) one end, and this is clear Cleaning device includes upper strata cleaning area (9) and lower rack (10), the position of cleaning area (9) and the position of the upper strata freeze space (2) Put corresponding, the position of frame (10) is corresponding with the position of the lower floor freeze space (3)；Upper strata freeze space (2) and cleaning area (9) guide rail (11), one end and cleaning area of guide rail (11) are provided between and lower floor freeze space (3) and frame (10) (9) or frame (10) is connected, and the other end of guide rail (11) can be docked so that the set of molds with the mould neck a (405) Part (1) is by mould neck a (405) and guide rail (11) between upper strata freeze space (2) and cleaning area (9) or lower floor freeze space (3) translated between frame (10)；Both ends upper surface of the cleaning area (9) along die assembly (1) translation direction is provided with Turning device (12), the one end of cleaning area (9) away from upper strata freeze space (2) are provided with for making die assembly (1) clear from upper strata Wash the lowering or hoisting gear c (13) that area (9) is moved to lower rack (10), the one end of the frame (10) away from lower floor freeze space (3) Upper surface is provided with the propulsion plant d (14) for pushing die assembly (1) translation.
- A kind of 5. double-deck freeze space ice cream production equipment according to claim 4, it is characterised in that each upset dress Put (12) and be included in two servomotor a (1201) that the cleaning area (9) upper surface is mounted opposite, two servomotor a (1201) decelerator (1202) is all connected with, the output shaft of each decelerator (1202) is all connected with one and is used to clamp set of molds The mould neck b (1203) of part (1)；Mould neck b (1203) is that cross section is U-shaped rectangular-shape groove, mould neck b (1203) along its grow to one end be for the die assembly (1) disengaging opening, mould neck b (1203) along its grow to it is another Close one end.
- 6. a kind of double-deck freeze space ice cream production equipment according to any one of claim 1-5, it is characterised in that described Die assembly (1) includes multiple moulds (101), and translation direction of the mould (101) along die assembly (1) sets at least 2 rows, every altogether Row sets at least two；Die assembly (1) is connected with connecting plate (102), two connections with the perpendicular both ends of its translation direction The multiple through holes of quantity identical (103), translation direction row of multiple through holes (103) along die assembly (1) are provided with plate (102) Row, the quantity of through hole (103) are identical with the row of mould (101) in die assembly (1).
- A kind of 7. double-deck freeze space ice cream production equipment according to claim 6, it is characterised in that the propulsion plant a (6), propulsion plant b (7), propulsion plant c (8) and propulsion plant d (14) structure are identical, are specially：Including what is be oppositely arranged Two cylinders (601), each cylinder (601) connect a slide (603), each slide (603) by oscillating bearing (602) It is connected with a slide rail (604)；It is connected between two slides (603) by connecting rod (605), in connecting rod (605) It is mounted on one positioned at the inner side of each slide (603) and close slide (603) place and pawls (606), pawls (606) Free end is bent downwardly and can be connected with the through hole (103)；The propulsion plant a (6), propulsion plant b (7), push away The slide rail (604) entered on device c (8) and propulsion plant d (14) is fixedly mounted on corresponding upper strata freeze space (2) or lower floor's freezing In area (3) or frame (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720248642.2U CN206659019U (en) | 2017-03-15 | 2017-03-15 | A kind of double-deck freeze space ice cream production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720248642.2U CN206659019U (en) | 2017-03-15 | 2017-03-15 | A kind of double-deck freeze space ice cream production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206659019U true CN206659019U (en) | 2017-11-24 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720248642.2U Expired - Fee Related CN206659019U (en) | 2017-03-15 | 2017-03-15 | A kind of double-deck freeze space ice cream production equipment |
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| Country | Link |
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| CN (1) | CN206659019U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106937694A (en) * | 2017-03-15 | 2017-07-11 | 段树军 | The production cycle method of double-deck freeze space ice cream production equipment and its die assembly |
-
2017
- 2017-03-15 CN CN201720248642.2U patent/CN206659019U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106937694A (en) * | 2017-03-15 | 2017-07-11 | 段树军 | The production cycle method of double-deck freeze space ice cream production equipment and its die assembly |
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