CN203897149U - Novel linking mechanism of farci food molding machine - Google Patents
Novel linking mechanism of farci food molding machine Download PDFInfo
- Publication number
- CN203897149U CN203897149U CN201420206061.9U CN201420206061U CN203897149U CN 203897149 U CN203897149 U CN 203897149U CN 201420206061 U CN201420206061 U CN 201420206061U CN 203897149 U CN203897149 U CN 203897149U
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- hole
- strip
- matched moulds
- moulds seat
- driving rack
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- 238000000465 moulding Methods 0.000 title abstract description 9
- 210000003128 head Anatomy 0.000 claims description 39
- 230000033001 locomotion Effects 0.000 abstract description 22
- 230000005540 biological transmission Effects 0.000 abstract description 3
- 238000003825 pressing Methods 0.000 abstract description 2
- 150000001875 compounds Chemical class 0.000 description 10
- 230000002045 lasting effect Effects 0.000 description 9
- 230000000694 effects Effects 0.000 description 7
- 238000000034 method Methods 0.000 description 6
- 238000010338 mechanical breakdown Methods 0.000 description 5
- 238000007789 sealing Methods 0.000 description 4
- 238000007599 discharging Methods 0.000 description 3
- 230000003028 elevating effect Effects 0.000 description 3
- 238000007493 shaping process Methods 0.000 description 3
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 238000007596 consolidation process Methods 0.000 description 2
- 230000007812 deficiency Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000009246 food effect Effects 0.000 description 2
- 238000010030 laminating Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000003139 buffering effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005429 filling process Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
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Abstract
The utility model belongs to the technical field of food processing, and particularly relates to a novel linking mechanism of a farci food molding machine, which comprises a fixing plate; one or more guide rods are arranged on the upper panel of the fixing plate; a first strip-shaped through hole and a second strip-shaped through hole are formed in the fixing plate near the guide rods respectively; a rotary gear is arranged between the first strip-shaped through hole and the second strip-shaped through hole in the lower surface of the upper panel; a first transmission rack is arranged in the first strip-shaped through hole; a first vertical driving rod is arranged at one end of the first transmission rack. Compared with the conventional structure, the structure of the novel linking mechanism has the advantages that the cost as well as the electric control difficulty is reduced, and the molding pressing force can be exerted on a farci food persistently. The structure of the novel linking mechanism further has the advantages that the connection structure among components is reduced, and mutual movement is realized only through the meshing relationship between the rack and the gear, so that error probability as well as mechanical failure incidence is reduced.
Description
Technical field
The utility model belongs to food processing technology field, relates in particular to a kind of Novel linkage mechanism of stuffing food forming machine.
Background technology
The food forming machine of existing processing dumpling class food with filling is when carrying out processing and forming to food, conventionally all adopt the form of annular station, by musculus cutaneus conveying device, filling feeding device, shaped device and withdrawing device are arranged on circular orbit successively, then dumpling class food with filling is carried out respectively junction skin at each independent station, for filling, moulding and taking-up action, but in prior art, shaped device often only has 1-2 second to the forming process of food with filling, be shaped device after to the instantaneous pressing once of food with filling musculus cutaneus, depart from immediately in food with filling, carry out the inclusion of next group food with filling, so just directly cause existing food with filling moulding section laminating effect bad, easily there is the situation of laminating position opening, further can cause fillings to be exposed, affect the power that is molded into of food with filling, reduced production efficiency.
If number of patent application is CN200820062031.X, the applying date is 2008-01-29, name is called the utility model patent of " dumpling machine ", its technical scheme is: a kind of dumpling machine, comprise dough sheet input mechanism, Filling stuffing device, dumpling forming device, discharging tailstock, drive unit, dumpling forming device comprises horizontally disposed station turnplate, mould in rotating disk card, dough sheet input mechanism, Filling stuffing device is corresponding be arranged on rotating disk connect skin station, connect filling station, at inclusion station, thrustor is set, in release dumpling station one side, ejecting device is set, opposite side arranges discharging tailstock.Above-mentioned patent is on circular orbit, to be provided with separately dough sheet input mechanism, Filling stuffing device, dumpling forming device, discharging tailstock, each device is worked successively, and each device does not move with respect to circular orbit, that a period of time (being generally about 1 second) when each device is also only confined to food with filling and rests on corresponding station the effect of food with filling, so also can cause the tight ness rating of food with filling musculus cutaneus fitting part not high, the easy opening of musculus cutaneus.
For another example number of patent application is CN201120387278.0, the applying date is 2011-10-12, name is called the utility model patent of " automatic dumpling making machine ", its technical scheme is: the utility model discloses a kind of food processing machinery, a kind of collection pressure surface is disclosed especially, cut skin, faric, the full-automatic dumpling machine of moulding, comprises skin-making machine structure (3), feeding machanism (4), inclusion mechanism (5), top-pushing mechanism (6), connecting gear (7), rotary table (8), shaping mechanism (9) and transmission mechanism (2) on frame (1), installation frame (1).The shaping mechanism of above-mentioned patent is around being arranged on rotary table, but the shaping mechanism is here not to compress for food with filling musculus cutaneus is fitted, and just plays the effect of carrying musculus cutaneus and fillings; For the inclusion mechanism of the musculus cutaneus of fitting, remain and be fixed on rotary table, that a period of time when time that acts on food with filling musculus cutaneus is also confined to food with filling and rests on corresponding station.
In sum, existing dumpling class food with filling is when realizing automated production, that a period of time (being generally about 1 second) when its former is also only confined to food with filling and rests on corresponding station the effect of food with filling, so also can cause the tight ness rating of food with filling musculus cutaneus fitting part not high, the easy opening of musculus cutaneus.Existing food with filling is all to drive with cylinder or servomotor, but such structure can not realize the technique effect that food with filling is provided to lasting thrust.
Summary of the invention
In order to overcome above-mentioned dumpling filling wrapping device existence, can not realize the problem that food with filling is provided to the technique effect that continues thrust, propose a kind ofly in processing food with filling process now especially, the link gear of the dumpling filling wrapping device of lasting pressure force can be provided food with filling.
For realizing above-mentioned technique effect, the technical solution of the utility model is as follows:
A kind of Novel linkage mechanism of stuffing food forming machine, it is characterized in that: comprise fixed head, on the top panel of described fixed head, be provided with at least one guide post, on the other fixed head of described guide post, be respectively arranged with the first strip through hole and the second strip through hole, between the first strip through hole of the lower surface of described top panel and the second strip through hole, be provided with swing pinion, in described the first strip through hole, be provided with the first driving rack, first driving rack one end is provided with the first vertical driven rod, the described first vertical driven rod is through the first strip through hole, in described the second strip through hole, be provided with the second driving rack, second driving rack one end is provided with the second vertical driven rod, the described second vertical driven rod is through the second strip through hole, described the first driving rack and the second driving rack are meshed with swing pinion both sides respectively.
On described fixed head, be provided with at least one round hole.
Described guide post is two.
Interior matched moulds seat is connected with the second vertical driven rod, outer matched moulds seat is connected with the first vertical driven rod, on interior matched moulds seat and outer matched moulds seat, be respectively arranged with guiding slotted eye, interior matched moulds seat and outer matched moulds the seat mutually upper guiding slotted eye arranging are oppositely arranged, described in the guiding slotted eye that is oppositely arranged be all socketed in the guide post two ends of fixed head upper surface.
On described interior matched moulds seat, be provided with two guiding slotted eyes, be provided with two guiding slotted eyes on described outer matched moulds seat, the interior matched moulds seat being oppositely arranged and the guiding slotted eye on outer matched moulds seat are mutually corresponding.
The operation principle of link gear is:
Due to the first outwards matched moulds seat direction motion of interior matched moulds seat, the the second vertical driven rod being attached thereto drives the also matched moulds seat direction motion outward of the second driving rack, the second driving rack and swing pinion one side engagement, so can rotate by driven rotary gear, the first driving rack is arranged on the opposite side of swing pinion, the first driving rack can be driven and be moved toward the direction of interior matched moulds seat from swing pinion, the first driving rack is connected with outer matched moulds seat by the first vertical driven rod, beyond institute, matched moulds seat now can be toward interior matched moulds seat motion, thereby realizing outer matched moulds seat and interior matched moulds seat is almost driven and does mutual opening by link gear simultaneously, close action.
The utility model has the advantage of:
1, on described fixed head, be respectively arranged with the first strip through hole and the second strip through hole, between the first strip through hole of the lower surface of described top panel and the second strip through hole, be provided with swing pinion, in described the first strip through hole, be provided with the first driving rack, first driving rack one end is provided with the first vertical driven rod, this structure can realize by the wherein side to swing pinion and implement power, thereby just can make swing pinion rotation drive the tooth bar of opposite side to do in opposite directions or relative motion, this structure has been saved cost than traditional structure, reduced the difficulty of electrical control, can provide lasting pressure force to food with filling.And above-mentioned linkage structure has reduced the syndeton between parts and parts, just utilize the meshing relation of rack and pinion to realize mutual motion, reduced the probability that error produces, also reduced mechanical breakdown incidence.
2, on the fixed head of mold closing mechanism, be provided with round hole, round hole can make the mould cup structure that is positioned at its below through fixed head.
3, on fixed head, be provided with guide post, make interior matched moulds seat with outer matched moulds seat when doing relative or move toward one another, can under the guiding of guide post, along default path, move, can be because of the error of motion the position deviation cause matched moulds time.
4, interior matched moulds seat and outer matched moulds seat on be respectively arranged with guiding slotted eye, all can move at guiding slotted eye in the end that guiding slotted eye can make two vertical driven rods, provided space.
Accompanying drawing explanation
Fig. 1 is mold closing mechanism stereogram.
Fig. 2 is mold closing mechanism top view.
Fig. 3 is mold closing mechanism side view.
Fig. 4 is mold closing mechanism cutaway view.
Fig. 5 is inside and outside matched moulds seat schematic diagram.
Fig. 6 is the structural representation after link gear upset.
In accompanying drawing: interior matched moulds seat 21, outer matched moulds seat 22, interior compound module 23, outer compound module 24, directive wheel 25.
Link gear 3, fixed head 31, guide post 32, the first strip through hole 33, the second strip through holes 34, vertical driven rod 38, the second driving racks 39 of vertical driven rod 36, the first driving rack 37, the second of swing pinion 35, the first, round hole 312, guiding slotted eye 313.
Mould cup 314, grip block 315, clamping directive wheel 316, lifting piston 317, elevating lever 318, lifter plate 319, spring 320.
The specific embodiment
Embodiment 1
Link gear 3 comprises fixed head 31, on the top panel of described fixed head 31, be provided with at least one guide post 32, on the other fixed head 31 of described guide post 32, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, the described first vertical driven rod 36 is through the first strip through hole 33, in described the second strip through hole 34, be provided with the second driving rack 39, second driving rack 39 one end are provided with the second vertical driven rod 38, the described second vertical driven rod 38 is through the second strip through hole 34, described the first driving rack 37 and the second driving rack 39 are meshed with swing pinion 35 both sides respectively.
On described fixed head 31, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, this structure can realize by the wherein side to swing pinion 35 and implement power, thereby just can make swing pinion 35 rotations drive the tooth bar of opposite side to do in opposite directions or relative motion, this structure has been saved cost than traditional structure, reduced the difficulty of electrical control, can provide lasting pressure force to food with filling.And above-mentioned linkage structure has reduced the syndeton between parts and parts, just utilize the meshing relation of rack and pinion to realize mutual motion, reduced the probability that error produces, also reduced mechanical breakdown incidence.
Embodiment 2
Link gear 3 comprises fixed head 31, on the top panel of described fixed head 31, be provided with at least one guide post 32, on the other fixed head 31 of described guide post 32, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, the described first vertical driven rod 36 is through the first strip through hole 33, in described the second strip through hole 34, be provided with the second driving rack 39, second driving rack 39 one end are provided with the second vertical driven rod 38, the described second vertical driven rod 38 is through the second strip through hole 34, described the first driving rack 37 and the second driving rack 39 are meshed with swing pinion 35 both sides respectively.
On described fixed head 31, be provided with at least one round hole 312.Described guide post 32 is two.Described interior matched moulds seat 21 is connected with the second vertical driven rod 38, described outer matched moulds seat 22 is connected with the first vertical driven rod 36, the described guiding slotted eye 313 that is respectively arranged with on interior matched moulds seat 21 and outer matched moulds seat 22, interior matched moulds seat 21 and outer matched moulds the seat 22 mutually upper guiding slotted eye 313 arranging are oppositely arranged, described in the guiding slotted eye 313 that is oppositely arranged be all socketed in guide post 32 two ends of fixed head 31 upper surfaces.On described interior matched moulds seat 21, be provided with two guiding slotted eyes 313, be provided with two guiding slotted eyes 313 on described outer matched moulds seat 22, the interior matched moulds seat 21 being oppositely arranged and the guiding slotted eye on outer matched moulds seat 22 313 are mutually corresponding.
On described fixed head 31, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, this structure can realize by the wherein side to swing pinion 35 and implement power, thereby just can make swing pinion 35 rotations drive the tooth bar of opposite side to do in opposite directions or relative motion, this structure has been saved cost than traditional structure, reduced the difficulty of electrical control, can provide lasting pressure force to food with filling.And above-mentioned linkage structure has reduced the syndeton between parts and parts, just utilize the meshing relation of rack and pinion to realize mutual motion, reduced the probability that error produces, also reduced mechanical breakdown incidence.
Mold closing mechanism is owing to being provided with link gear 3 and directive wheel 25, when so mold closing mechanism can move on circular orbit, complete the function to the lasting compression of food with filling, link gear 3 can be realized by physical connection the control of internal matched moulds seat 21 and outer matched moulds seat 22, mold closing mechanism provides and continues sealing part that thrust contributes to food with filling consolidation more food with filling, avoids sealing part pressure force deficiency to occur the problem of opening.Link gear 3 includes fixed head 31, on described fixed head 31, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, this structure can realize by the wherein side to swing pinion 35 and implement power, thereby just can make swing pinion 35 rotations drive the tooth bar of opposite side to do in opposite directions or relative motion, this structure has been saved cost than traditional structure, reduced the difficulty of electrical control, can provide lasting pressure force to food with filling.And above-mentioned linkage structure has reduced the syndeton between parts and parts, just utilize the meshing relation of rack and pinion to realize mutual motion, reduced the probability that error produces, also reduced mechanical breakdown incidence.
Embodiment 3
The Novel mold closing device of stuffing food forming machine comprises interior matched moulds seat 21 and outer matched moulds seat 22, on described interior matched moulds seat 21, be provided with compound module 23 at least one, on described outer matched moulds seat 22, be provided with at least one outer compound module 24, one side of described interior matched moulds seat 21 is provided with directive wheel 25, described directive wheel 25 is flexibly connected with the guide rod on circular orbit, is provided with and both is done in opposite directions or the link gear 3 of relative motion below interior matched moulds seat 21 and outer matched moulds seat 22, described link gear 3 comprises fixed head 31, on the top panel of described fixed head 31, be provided with at least one guide post 32, on the other fixed head 31 of described guide post 32, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, the described first vertical driven rod 36 is through the first strip through hole 33, in described the second strip through hole 34, be provided with the second driving rack 39, second driving rack 39 one end are provided with the second vertical driven rod 38, the described second vertical driven rod 38 is through the second strip through hole 34, described the first driving rack 37 and the second driving rack 39 are meshed with swing pinion 35 both sides respectively.
On described fixed head 31, be provided with at least one round hole 312.Described guide post 32 is two.Described interior matched moulds seat 21 is connected with the second vertical driven rod 38, described outer matched moulds seat 22 is connected with the first vertical driven rod 36, the described guiding slotted eye 313 that is respectively arranged with on interior matched moulds seat 21 and outer matched moulds seat 22, interior matched moulds seat 21 and outer matched moulds the seat 22 mutually upper guiding slotted eye 313 arranging are oppositely arranged, described in the guiding slotted eye 313 that is oppositely arranged be all socketed in guide post 32 two ends of fixed head 31 upper surfaces.On described interior matched moulds seat 21, be provided with two guiding slotted eyes 313, be provided with two guiding slotted eyes 313 on described outer matched moulds seat 22, the interior matched moulds seat 21 being oppositely arranged and the guiding slotted eye on outer matched moulds seat 22 313 are mutually corresponding.Each round hole 312 below of described fixed head 31 are provided with the mould cup 314 moving up and down with respect to fixed head 31, in described mould cup 314, are provided with the hoistable platform moving up and down with respect to mould cup 314.
Described mould cup 314 is tubular, and described mould cup 314 upper ends are for opening wide structure; The arranged on left and right sides limit, upper end of described mould cup 314 is provided with V-shaped groove mouth; Described mould cup 314 bottoms are provided with grip block 315, and described grip block 315 sides are provided with clamping directive wheel 31625.Described hoistable platform includes lifting piston 317 and the elevating lever 318 being connected with lifting piston 317, and described elevating lever 318 is connected with lifter plate 319.On described lifter plate 319, be connected with spring 320, one end of described spring 320 is connected with grip block 315; Described lifter plate 319 is connected with lifting drives structure; Described lifting drives structure comprises cylinder or cam.
Mold closing mechanism is because the directive wheel 25 on the internal matched moulds seat 21 of guide rod being subject on circular orbit produces pressure, when so mold closing mechanism moves on circular orbit, the matched moulds seat 22 direction motions outward of interior matched moulds seat 21, and because interior matched moulds seat 21 is arranged with link gear 3 with outer matched moulds seat 22, so meanwhile, outer matched moulds seat 22 also inwardly matched moulds seat 21 do relative motion, so can cause interior compound module 23 and outer compound module 24, also do move toward one another simultaneously, when interior compound module 23 and outer compound module 24 are in contact with one another, start food with filling to carry out moulding, when moulding was carried out after a period of time, directive wheel 25 on the not internal matched moulds seat 21 of guide rod on ring-shaped guide rail is exerted pressure, now interior compound module 23 and outer compound module 24 separate, forming process finishes.
Due to the first outwards matched moulds seat 22 direction motions of interior matched moulds seat 21, the the second vertical driven rod 38 being attached thereto drives the also matched moulds seat 22 direction motions outward of the second driving rack 39, the second driving rack 39 and swing pinion 35 1 side engagements, so can rotate by driven rotary gear 35, the first driving rack 37 is arranged on the opposite side of swing pinion 35, the first driving rack 37 can be driven and be moved toward the direction of interior matched moulds seat 21 from swing pinion 35, the first driving rack 37 is connected with outer matched moulds seat 22 by the first vertical driven rod 36, beyond institute, matched moulds seat 22 now can be toward interior matched moulds seat 21 motions, thereby realizing outer matched moulds seat 22 and interior matched moulds seat 21 is almost driven and does mutual opening by link gear 3 simultaneously, close action.
Mold closing mechanism is owing to being provided with link gear 3 and directive wheel 25, when so mold closing mechanism can move on circular orbit, complete the function to the lasting compression of food with filling, link gear 3 can be realized by physical connection the control of internal matched moulds seat 21 and outer matched moulds seat 22, mold closing mechanism provides and continues sealing part that thrust contributes to food with filling consolidation more food with filling, avoids sealing part pressure force deficiency to occur the problem of opening.Link gear 3 includes fixed head 31, on described fixed head 31, be respectively arranged with the first strip through hole 33 and the second strip through hole 34, between the first strip through hole 33 of the lower surface of described top panel and the second strip through hole 34, be provided with swing pinion 35, in described the first strip through hole 33, be provided with the first driving rack 37, first driving rack 37 one end are provided with the first vertical driven rod 36, this structure can realize by the wherein side to swing pinion 35 and implement power, thereby just can make swing pinion 35 rotations drive the tooth bar of opposite side to do in opposite directions or relative motion, this structure has been saved cost than traditional structure, reduced the difficulty of electrical control, can provide lasting pressure force to food with filling.And above-mentioned linkage structure has reduced the syndeton between parts and parts, just utilize the meshing relation of rack and pinion to realize mutual motion, reduced the probability that error produces, also reduced mechanical breakdown incidence.
On the fixed head 31 of mold closing mechanism, be provided with round hole 312, round hole 312 can make mould cup 314 structures that are positioned at its below through fixed head 31.On fixed head 31, be provided with guide post 32, make interior matched moulds seat 21 with outer matched moulds seat 22 when doing relative or move toward one another, can under the guiding of guide post 32, along default path, move, can be because of the error of motion the position deviation cause matched moulds time.On interior matched moulds seat 21 and outer matched moulds seat 22, be respectively arranged with guiding slotted eye 313, guiding slotted eye 313 can make the end of two vertical driven rods all can move at guiding slotted eye 313, has provided space.The V-shaped groove mouth that the arranged on left and right sides limit, upper end of mould cup 314 arranges can clamp food with filling, guarantees that food with filling position in the process of moulding keeps fixing, can not be offset, and has guaranteed matched moulds effect.The spring 320 that lifter plate 319 belows arrange can play to the lifting of lifter plate 319 effect of buffering, and can also hold lifter plate 319.
Claims (5)
1. the Novel linkage mechanism of a stuffing food forming machine, it is characterized in that: comprise fixed head (31), on the top panel of described fixed head (31), be provided with at least one guide post (32), on the other fixed head (31) of described guide post (32), be respectively arranged with the first strip through hole (33) and the second strip through hole (34), between the first strip through hole (33) of the lower surface of described top panel and the second strip through hole (34), be provided with swing pinion (35), in described the first strip through hole (33), be provided with the first driving rack (37), the first driving rack (37) one end is provided with the first vertical driven rod (36), the described first vertical driven rod (36) is through the first strip through hole (33), in described the second strip through hole (34), be provided with the second driving rack (39), the second driving rack (39) one end is provided with the second vertical driven rod (38), the described second vertical driven rod (38) is through the second strip through hole (34), described the first driving rack (37) and the second driving rack (39) are meshed with swing pinion (35) both sides respectively.
2. the Novel linkage mechanism of stuffing food forming machine according to claim 1, is characterized in that: on described fixed head (31), be provided with at least one round hole (312).
3. the Novel linkage mechanism of stuffing food forming machine according to claim 2, is characterized in that: described guide post (32) is two.
4. according to the Novel linkage mechanism of the stuffing food forming machine described in claim 1-3 any one, it is characterized in that: interior matched moulds seat (21) is connected with the second vertical driven rod (38), outer matched moulds seat (22) is connected with the first vertical driven rod (36), the described guiding slotted eye (313) that is respectively arranged with on interior matched moulds seat (21) and outer matched moulds seat (22), interior matched moulds seat (21) is oppositely arranged with the guiding slotted eye (313) that outer matched moulds seat (22) above arranges mutually, the described guiding slotted eye (313) being oppositely arranged is all socketed in guide post (32) two ends of fixed head (31) upper surface.
5. the Novel linkage mechanism of stuffing food forming machine according to claim 4, it is characterized in that: on described interior matched moulds seat (21), be provided with two guiding slotted eyes (313), on described outer matched moulds seat (22), be provided with two guiding slotted eyes (313), the interior matched moulds seat (21) being oppositely arranged and the guiding slotted eye (313) on outer matched moulds seat (22) are mutually corresponding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420206061.9U CN203897149U (en) | 2014-04-25 | 2014-04-25 | Novel linking mechanism of farci food molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420206061.9U CN203897149U (en) | 2014-04-25 | 2014-04-25 | Novel linking mechanism of farci food molding machine |
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| Publication Number | Publication Date |
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| CN203897149U true CN203897149U (en) | 2014-10-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420206061.9U Expired - Fee Related CN203897149U (en) | 2014-04-25 | 2014-04-25 | Novel linking mechanism of farci food molding machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105410097A (en) * | 2015-12-29 | 2016-03-23 | 成都松川雷博机械设备有限公司 | Circular-station multiple stuffing forming device |
| CN108935560A (en) * | 2018-08-17 | 2018-12-07 | 成都松川雷博机械设备有限公司 | A kind of food with filling forming method |
-
2014
- 2014-04-25 CN CN201420206061.9U patent/CN203897149U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105410097A (en) * | 2015-12-29 | 2016-03-23 | 成都松川雷博机械设备有限公司 | Circular-station multiple stuffing forming device |
| CN105410097B (en) * | 2015-12-29 | 2018-03-13 | 成都松川雷博机械设备有限公司 | The multiple fillings shaped device of annular station |
| CN108935560A (en) * | 2018-08-17 | 2018-12-07 | 成都松川雷博机械设备有限公司 | A kind of food with filling forming method |
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Granted publication date: 20141029 |