NL2017323A - Pre-forming mould for multiple fillings - Google Patents

Pre-forming mould for multiple fillings Download PDF

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Publication number
NL2017323A
NL2017323A NL2017323A NL2017323A NL2017323A NL 2017323 A NL2017323 A NL 2017323A NL 2017323 A NL2017323 A NL 2017323A NL 2017323 A NL2017323 A NL 2017323A NL 2017323 A NL2017323 A NL 2017323A
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Netherlands
Prior art keywords
wrapper
receiving plates
winding receiving
filling
plate
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NL2017323A
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Dutch (nl)
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NL2017323B1 (en
Inventor
Huang Song
Zhou Li
Original Assignee
Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
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Application filed by Chengdu Soontrue Rainbow Machinery Equipment Co Ltd filed Critical Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
Publication of NL2017323A publication Critical patent/NL2017323A/en
Application granted granted Critical
Publication of NL2017323B1 publication Critical patent/NL2017323B1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A21—BAKING; EDIBLE DOUGHS
    • A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
    • A21C9/00—Other apparatus for handling dough or dough pieces
    • A21C9/06—Apparatus for filling pieces of dough such as doughnuts
    • A21C9/063—Applying a folding, wrapping, rolling action
    • A—HUMAN NECESSITIES
    • A21—BAKING; EDIBLE DOUGHS
    • A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
    • A21C9/00—Other apparatus for handling dough or dough pieces
    • A21C9/06—Apparatus for filling pieces of dough such as doughnuts
    • A21C9/065—Apparatus for filling pieces of dough such as doughnuts by means of injection into a piece of dough
    • A—HUMAN NECESSITIES
    • A21—BAKING; EDIBLE DOUGHS
    • A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
    • A21C9/00—Other apparatus for handling dough or dough pieces
    • A21C9/08—Depositing, arranging and conveying apparatus for handling pieces, e.g. sheets of dough
    • A21C9/085—Separating, spacing, orienting or aligning discrete dough pieces, e.g. after passing a cutting device

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  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Confectionery (AREA)
  • Formation And Processing Of Food Products (AREA)
  • Seeds, Soups, And Other Foods (AREA)

Abstract

The present invention relates to the field of food processing, in particular to a pre-forming mould for multiple fillings. A pre-forming mould for multiple fillings of the present invention comprises a mounting plate, which is configured with mold cores and two wrapper receiving plates capable of moving relative to each other. The two wrapper receiving plates are separately configured on both sides of the mold cores, and recesses are provided on the upper surface of each wrapper receiving plate to receive the wrappers. Lateral sides of two wrapper receiving plates facing each other directly are both configured with notches used to pre-form wrappers, and both left and right sides of each notch are configured with pressing units. Every two notches facing each other and respectively located at two wrapper receiving plates constitute a pre-forming cavity. In the present invention, whether liquid or solid fillings can be fed, which allows formation of stuffed food with varied kinds of fillings. Besides, there is no leak happens even when liquid filling is fed directly. So it is no longer necessary to freeze the liquid filling to solid before feeding and the taste and nutrition of filling are maintained.

Description

PRE-FORMING MOULD FOR MULTIPLE FILLINGS TECHNICAL FIELD
The present invention relates to the field of food processing, in particular to a pre-forming mould for multiple fillings.
BACKGROUND
Generally, the existing food forming machines for processing stuffed food such as dumplings uses circular stations when forming and processing food, wherein a wrapper transporting unit, a filling feeding unit, a forming unit and discharge unit are mounted on a circular track successively, and then each step of wrapper receiving, filling feeding, forming and discharging for stuffed food such as dumplings is carried out in individual unit. But this kind of structure could only perform filling wrapping of the stuffed food with single filling, or stuffed food with multiple fillings by feeding the pre-mixed multiple fillings to the wrapper. The existing forming machines fail to feed multiple fillings without mixing, and also fail to feed solid filling and liquid filling respectively to the wrapper. Furthermore, the liquid filling is frozen to be solid before feeding in prior art, which would affect the taste and nutrition thereof.
Chinese utility model patent CN 200820062031 .X, entitled “Dumpling making machine” and filed on 29 January 2008, discloses following technical solution that a dumpling machine comprises a wrapper feeding unit, a filling feeding unit, a dumpling forming unit, a discharge tailstock and a driving unit; the dumpling forming unit comprises a horizontal turnplate and a forming mould on the turnplate; the wrapper feeding unit and the filling feeding unit are arranged at the wrapper receiving station and filling receiving station correspondingly; a jacking unit is arranged at a folding station, one side of a dumpling pushing station is provided with a pushing unit, and the other side is provided with the discharge tailstock. According to the dumpling machine of this patent, the wrapper feeding unit, the filling feeding unit, the forming unit and discharge unit are mounted on the circular track individually, and each unit operates in turn. The forming unit and filling feeding unit for dumplings disclosed in above patent could only feed the filling to the wrapper once and fail to wrap solid filling and liquid filling mixed together.
In conclusion, during the existing automatic production of the stuffed food such as dumplings, filling feeding can only be carried out once, thus feeding of multiple fillings cannot be achieved, further the solid filling and liquid filling also cannot be mixed and fed to the wrapper.
SUMMARY OF THE INVENTION
In order to overcome the above-mentioned technical problems that the filling feeding can only be carried out once, feeding of multiple fillings cannot be achieved, and the solid filling and liquid filling also cannot be mixed and fed to the wrapper, the present invention thus provides a pre-forming mould for multiple fillings which could feed various fillings to the wrapper successively. Moreover, this mould could realize the successive feeding of the solid filling and liquid filling to the wrapper. The term of liquid filling(s) referred in this invention indicates all fluids can be used during filling wrapping, such as various fillings in liquid state, water and so on.
Above technical effect is achieved by the solution as follows: A pre-forming mould for multiple fillings comprises a mounting plate, which is configured with mold cores and two wrapper receiving plates capable of moving relative to each other. The wrapper receiving plates are configured on two sides of the mold cores separately, and recesses are provided on the upper surface of each wrapper receiving plate to receive the wrappers. Lateral sides of two wrapper receiving plates facing each other directly are both configured with notches, and both left and right sides of each notch are configured with pressing units. Every two notches facing each other and respectively located at two wrapper receiving plates constitute a pre-forming cavity.
The number of notches on each wrapper receiving plate is identity.
At least three notches located in a horizontal line are configured on each wrapper receiving plate, and at least three pre-forming cavities are formed by combining the two wrapper receiving plates, wherein a mold core is located in the centre of each pre-forming cavity.
The two wrapper receiving plates could move towards or away from each other horizontally.
The pressing unit is a vertical plane which extends to the underneath of the wrapper receiving plates. When two wrapper receiving plates shut together, the pressing units will abut against each other. A vertical curved surface is configured under the notch, beside the pressing unit.
At least one wrapper receiving plate is configured with a pushing block. A first roller is configured on the pushing block and drives the wrapper receiving plate to reciprocate horizontally via a track, thereby the two wrapper receiving plates can shut together or separate.
The mold core is cupped and an ejector block which can move up and down is configured therein. An ejector rod is connected to the underneath of each ejector block and also connected to a connecting plate. A third roller is configured on the connecting plate and is able to drive the ejector rod to reciprocate vertically under the drive of track or other driving mechanisms, whereby the ejector block in the mold core ascends and descends while the mold core stays still. The ejector rod drives the ejector block fixed on its top to move up and down, and to push the formed stuffed food thereon up to the spot above the wrapper receiving plates, so as to facilitate picking them up or discharging them. A reset spring is further configured on the connecting plate, an upper end of the reset spring is secured in the hole in the mounting plate to reset the position of the connecting plate.
An intermediate plate is located under the wrapper receiving plate, and a lever is connected to the bottom of the intermediate plate. A second roller is provided on one end of the lever and able to move up and down along a track, in order to drive the wrapper receiving plate to ascend and descend via the lever.
The recess is in a shape of semicircle and/or rectangle, which could alter according to the shape of wrapper. The shape of the recess on one wrapper receiving plate may be different from that on the other wrapper receiving plate.
The principle of the operation is as follows:
Two wrapper plates are configured opposite to each other. At the beginning, they are separated. Then, the wrapper drops on the wrapper receiving plates, wherein one part of the wrapper is located in the recess of one wrapper receiving plate, another part is located in the a recess on the other wrapper receiving plate, and the intermediate part of the wrapper suspends in the air.
After that, the intermediate part is poked downwards to the mold core by a poking unit, meanwhile, the periphery of wrapper will no longer contact the recesses and is erected to form a concave shape of the whole wrapper. The filling “A”, which generally is solid filling is fed to the concave wrapper by the first filling feeding unit.
At least one wrapper receiving plate is forced to move horizontally towards the other wrapper receiving plate. When the two wrapper receiving plates shut together, the pressing units, located on both sides of the notches, will abut against each other tightly, thus periphery of the concave wrapper will be bound together tightly under the press of pressing units, except an unsealed top, which allows a bag-shaped wrapper.
Then, the two wrapper receiving plates separate and descend at the same time, and the second filling feeding unit feeds the filling “B” into the confined cavity of the bag-shaped wrapper, where the filling “A” and filling “B” could stay together, without any leakage of fillings, because the wrapper enclosing the cavity is sealed except the top. Wherein the filling “B” may be liquid or solid. In the embodiment, filling “B” is preferred to be liquid.
Afterwards other fillings may be added or the opening in the top of the wrapper may be sealed by a forming device. In the process of forming, the mold core ascends and a clamping component of the forming device compress the opening and make it sealed, thereby the stuffed food is ready finally. The term of stuffed food herein generally refers to food consisting of wrapper and fillings enclosed therein, such as dumplings, siu mai, etc.
The advantages of the pre-forming mould for multiple fillings are as follows: 1. Lateral sides of two wrapper receiving plates of the pre-forming mould for multiple fillings facing each other directly are both configured with notches, and both left and right sides of each notch are configured with pressing units.
Every two notches facing each other and respectively located at two wrapper receiving plates constitute a pre-forming cavity which could receive the wrapper. Two wrapper receiving plates could move relative to each other to shut together or separate. It can be achieved by the pressing units that the periphery of the wrapper is sealed except an opening on the top of the concave wrapper, so that another kind of filling could be fed to the wrapper where one kind of filling has been fed already. The term “periphery of the wrapper” refers to four directions, i.e., the top, bottom, left and right of the wrapper. In this way, whether liquid or solid fillings can be fed, which allows formation of stuffed food with varied kinds of fillings. Besides, there is no leak happens when liquid filling is fed directly. So it is no longer necessary to freeze the liquid filling to solid before feeding and the taste and nutrition of filling are maintained. 2. The two wrapper receiving plates of the pre-forming mould for multiple fillings cooperate with each other and constitute a wrapper receiving set. A number of pre-forming cavities may be configured on one wrapper receiving set, which means that three stuffed food can be processed simultaneously if three pre-forming cavities are configured. 3. The mold core of the pre-forming mould for multiple fillings could provide support to the wrapper and filling, and also could ascend and descend. As a result, in the following forming process after the pre-forming process, the mold core could ascend and make the wrapper and filling placed thereon well above the wrapper receiving plates, which contributes to the forming process performed by the forming device. 4. Two wrapper receiving plates of the pre-forming mould for multiple fillings can move horizontally or vertically, whereas traditional wrapper receiving plate is an integral device which could only reciprocate vertically. In addition, traditional wrapper receiving plates have a single function of receiving wrappers. But the pre-forming mould for multiple fillings of the present invention further could achieve pre-formation of the wrappers, forming a concave wrapper, the periphery of which is sealed except a top opening, because the present invention has two wrapper receiving plates which are capable of moving in horizontal and vertical direction independently and pressing units. 5. The pressing units of the pre-forming mould for multiple fillings are vertical planes, which will press the wrapper to cling together with uniform force, and the vertical curved surface under the notch could shape the middle and lower parts of the stuffed wrapper. 6. More than one structures of the pre-forming mould for multiple fillings are configured with rollers, the cooperation of the rollers and tracks enable the relevant structures to ascend, descend and move horizontally. The present invention has a simple structure.
BRIEF DESCRIPTION OF DRAWINGS
Figure 1 shows a structural schematic diagram of the pre-forming mould for multiple fillings.
Figure 2 shows a lateral view of the pre-forming mould for multiple fillings.
Figure 3 shows an A-A section view of the pre-forming mould for multiple fillings.
Figure 4 is a structural schematic diagram illustrating the connection between the intermediate plate and the lever.
Figure 5 shows a structural schematic diagram of one wrapper receiving plate.
Figure 6 shows a structural schematic diagram of the other wrapper receiving plate.
Figure 7 shows a top view of the bag-shaped wrapper and filling “A” after pre-forming by the two wrapper receiving plates.
Figure 8 shows a top view of the wrapper, and fillings “A” and “B” after feeding filling “B” to the preformed wrapper.
Wherein: 1. mounting plate 2. mold core 3. wrapper receiving plate 4. recess 5. notch 6. pressing unit 7. vertical curved surface 8. pushing block 9. first roller 10. ejector rod 11. connecting plate 12. reset spring 13. lever 14. intermediate plate 15. second roller 16. third roller DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS Embodiment 1: A pre-forming mould for multiple fillings comprises a mounting plate 1, which is configured with mold cores 2 and two wrapper receiving plates 3 capable of moving relative to each other. The two wrapper receiving plates 3 are separately configured on both sides of the mold cores 2, and recesses 4 are provided on the upper surface of each wrapper receiving plate 3 to receive the wrappers. Lateral sides of two wrapper receiving plates 3 facing each other directly are both configured with notches 5, and both left and right sides of each notch 5 are configured with pressing units 6. Every two notches 5 facing each other and respectively located at two wrapper receiving plates 3 constitute a pre-forming cavity. Lateral sides of two wrapper receiving plates 3 facing each other directly are both configured with notches 5, and both left and right sides of each notch 5 are configured with pressing units 6. Every two notches 5 facing each other and respectively located at two wrapper receiving plates 3 constitute a pre-forming cavity. Two wrapper receiving plates 3 could move relative to each other to shut together or separate. It can be achieved by the pressing units 6 that the periphery of the wrapper is sealed except an opening on the top of the concave wrapper, so that another kind of filling could be fed to the wrapper where one kind of filling has been fed already. In this way, whether liquid or solid fillings can be fed, which allows formation of stuffed food with varied kinds of fillings. Besides, there is no leak happens when liquid filling is fed directly. So it is no longer necessary to freeze the liquid filling to solid before feeding and the taste and nutrition of filling are maintained.
Embodiment 2: A pre-forming mould for multiple fillings comprises a mounting plate 1, which is configured with mold cores 2 and two wrapper receiving plates 3 capable of moving relative to each other. The wrapper receiving plates 3 are configured on two sides of the mold cores 2 separately, and recesses 4 are provided on the upper surface of each wrapper receiving plate 3 to receive the wrappers. Lateral sides of two wrapper receiving plates 3 which facing each other directly are both configured with notches 5, and both left and right sides of each notch 5 are configured with pressing units 6. Every two notches facing each other and respectively located at two wrapper receiving plates 3 constitute a pre-forming cavity.
The number of notches 5 on each wrapper receiving plate 3 is identity.
At least three notches 5 located in a horizontal line are configured on each wrapper receiving plate 3, and at least three pre-forming cavities are formed by combining the two wrapper receiving plates 3, wherein a mold core 2 is located in the centre of each pre-forming cavity.
The two wrapper receiving plates 3 could move towards or away from each other horizontally.
The pressing unit 6 is a vertical plane which extends to the underneath of the wrapper receiving plates 3. When two wrapper receiving plates 3 shut together, the pressing units 6 will abut against each other. A vertical curved surface 7 is configured under the notch 5, beside the pressing unit 6.
At least one wrapper receiving plate 3 is configured with a pushing block 8. A first roller 9 is configured on the pushing block and drives the wrapper receiving plate 3 to reciprocate horizontally via tracks, thereby the two wrapper receiving plates 3 can shut together or separate.
The mold core 2 is cupped and an ejector block which can move up and down is configured therein. An ejector rod 10 is connected to the underneath of each ejector block and also connected to a connecting plate 11. A third roller 16 is configured on the connecting plate 11 and is able to drive the ejector rod 10 to reciprocate vertically under the drive of track or other driving mechanisms, whereby the ejector block in the mold core 2 ascends and descends while the mold core 2 stays still. The ejector rod 10 drives the ejector block fixed on its top to move up and down, and to push the formed stuffed food thereon up to the spot above the wrapper receiving plates 3, so as to facilitate picking them up or discharging them. A reset spring 12 is further configured on the connecting plate 11, an upper end of the reset spring 12 is secured in the hole in the mounting plate 1 to reset the position of the connecting plate 11.
An intermediate plate 14 is located under the wrapper receiving plate 3, and a lever 13 is connected to the bottom of the intermediate plate 14. A second roller 15 is provided on one end of the lever 13 and able to move up and down along a track, under the drive of the track, in order to drive the wrapper receiving plates 3 to ascend and descend via the lever 13.
The recess 4 is in a shape of semicircle and/or rectangle, which could alter according to the shape of wrapper. The shape of the recess 4 on one wrapper receiving plate 3 may be different from that on the other wrapper receiving plate 3.
The operating principle of the mould is as follows:
Two wrapper plates 3 are configured opposite to each other. At the beginning, they are separated. Then, the wrapper drops on the wrapper receiving plates 3, wherein one part of the wrapper is located in the recess 4 of one wrapper receiving plate 3, another part is located in the a recess 4 on the other wrapper receiving plate 3, and the intermediate part of the wrapper suspends in the air.
After that, the intermediate part is poked downwards to the mold core 2 by a poking unit, meanwhile, the periphery of wrapper will no longer contact the recesses and is erected to form a concave shape of the whole wrapper. The filling “A”, which generally is solid filling, is fed to the concave wrapper.
At least one wrapper receiving plate 3 is forced to move horizontally towards the other wrapper receiving plate 3. When the two wrapper receiving plates 3 shut together, the pressing units 6, located on both sides of the notches 5, will abut against each other tightly, thus periphery of the concave wrapper will cling together tightly under the press of pressing units 6, except an unsealed top, which allows a bag-shaped wrapper.
Then, the two wrapper receiving plates 3 separate and descend at the same time, and the second filling feeding unit feeds the filling “B” into the confined cavity of the bag-shaped wrapper, where the filling “A” and filling “B” could stay together, without any leakage of fillings, because the wrapper enclosing the cavity is sealed except the top. Wherein the filling “B” may be liquid or solid. In the embodiment, filling “B” is preferred to be liquid.
Afterwards other fillings may be added or the opening in the top of the wrapper may be sealed by a forming device. In the process of forming, the mold core 2 ascends and a clamping component of the forming device compress the opening and make it sealed, thereby the stuffed food is ready finally. The term of stuffed food herein generally refers to food consisting of wrapper and fillings enclosed therein, such as dumplings, siu mai, etc.
Lateral sides of two wrapper receiving plates 3 facing each other directly are both configured with notches 5, and both left and right sides of each notch 5 are configured with pressing units 6. Every two notches 5 facing each other and respectively located at two wrapper receiving plates 3 constitute a pre-forming cavity which could receive the wrapper. Two wrapper receiving plates 3 could move relative to each other to shut together or separate. It can be achieved by the pressing units 6 that the periphery of the wrapper is sealed except an opening on the top of the concave wrapper, so that another kind of filling could be fed to the wrapper where one kind of filling has been fed already. In this way, whether liquid or solid fillings can be fed, which allows formation of stuffed food with varied kinds of fillings. Besides, there is no leak happens when liquid filling is fed directly. So it is no longer necessary to freeze the liquid filling to solid before feeding and the taste and nutrition of filling are maintained.
The two wrapper receiving plates 3 of the pre-forming mould for multiple fillings cooperate with each other and constitute a wrapper receiving set. A number of pre-forming cavities are configured on one wrapper receiving set, which means that three stuffed food can be processed simultaneously if three pre-forming cavities are configured. The mold core 2 of the pre-forming mould for multiple fillings could provide support to the wrapper and filling, and also could ascend and descend. As a result, in the following forming process after the pre-forming process, the mold core 2 could ascend and make the wrapper and filling placed thereon well above the wrapper receiving plates 3, which contributes to the forming process performed by the forming device.
Two wrapper receiving plates 3 of the pre-forming mould for multiple fillings can move horizontally or vertically, whereas traditional wrapper receiving plate 3 is an integral device which only could reciprocate vertically. In addition, traditional wrapper receiving plates 3 have a single function of receiving wrappers. But the pre-forming mould for multiple fillings of the present invention further could achieve pre-formation of the wrappers, forming a concave wrapper, the periphery of which is sealed except a top opening, because the present invention has two wrapper receiving plates 3 which are capable of moving in horizontal and vertical direction independently and pressing units 6. The pressing units 6 of the pre-forming mould for multiple fillings are vertical planes, which will press the wrapper to cling together with uniform force, and the vertical curved surface 7 under the notch 5 could shape the middle and lower parts of the stuffed wrapper. More than one structures of the pre-forming mould for multiple fillings are configured with rollers, the cooperation of the rollers and tracks enable the relevant structures to ascend, descend and move horizontally.

Claims (10)

1. Voorvormende vorm voor meerdere vullingen, een montageplaat (1) omvattende die geconfigureerd is met vormkernen (2) en met twee wikkelopnemende platen (3) die in staat zijn om onderling ten opzichte van elkaar te bewegen, waarbij de twee wikkelopnemende platen (3) afzonderlijk geconfigureerd zijn langs beide zijden van de vormkernen (2), waarbij inkepingen (4) voorzien zijn op het bovenste oppervlak van elke wikkelopnemende plaat (3) waarin de wikkels worden opgenomen; waarbij laterale zijden van twee wikkelopnemende platen (3) die onmiddellijk naar elkaar gericht zijn, allebei geconfigureerd zijn met indrukken (5) die gebruikt worden om de wikkels voor te vormen, en waarbij zowel de linker als de rechter zijde van elke indruk (5) geconfigureerd is met aandrukeenheden (6), en waarbij elke twee indrukken (5) die naar elkaar gericht zijn en die respectievelijk gelokaliseerd zijn in twee wikkelopnemende platen (3) een voorvormende holle ruimte vormen.A multi-fill preform mold, comprising a mounting plate (1) configured with mold cores (2) and having two winding receiving plates (3) capable of moving relative to each other, the two winding receiving plates (3 ) are individually configured along both sides of the mold cores (2), wherein notches (4) are provided on the upper surface of each winding receiving plate (3) in which the wrappers are received; wherein lateral sides of two winding receiving plates (3) immediately facing each other are both configured with impressions (5) used to pre-form the wrappers, and wherein both the left and right sides of each impression (5) is configured with pressure units (6), and wherein each two impressions (5) facing each other and located respectively in two winding receiving plates (3) form a preforming cavity. 2. Voorvormende vorm volgens conclusie 1, gekenmerkt doordat elke wikkelopnemende plaat (3) is voorzien van een identiek aantal indrukken (5), waarbij ten minste drie indrukken (5), die gelokaliseerd zijn in horizontale lijn, geconfigureerd zijn op elke wikkelopnemende plaat (3), en ten minste drie voorvormende holle ruimten zijn gevormd door de twee wikkelopnemende platen (3) te combineren, waarbij een vormkern (2) gelokaliseerd is in het centrum van elke voorvormende holle ruimte.The preform shape according to claim 1, characterized in that each winding receiving plate (3) is provided with an identical number of impressions (5), wherein at least three impressions (5), located in horizontal line, are configured on each winding receiving plate (5) 3), and at least three preforming cavities are formed by combining the two winding receiving plates (3), a mold core (2) being located in the center of each preforming cavity. 3. Voorvormende vorm volgens conclusie 2, gekenmerkt doordat de twee wikkelopnemende platen (3) in staat zijn om naar elkaar toe of van elkaar weg te bewegen.The preform shape according to claim 2, characterized in that the two winding receiving plates (3) are able to move toward or away from each other. 4. Voorvormende vorm volgens conclusie 3, gekenmerkt doordat de aandrukeenheid (6) een verticaal vlak is dat zich uitstrekt tot onder de wikkelopnemende platen (3), waarbij, wanneer twee wikkelopnemende platen (3) samengevoegd en gesloten zijn, de aandrukeenheden (6) tegen elkaar aanliggen.The preform shape of claim 3, characterized in that the pressing unit (6) is a vertical plane extending below the winding receiving plates (3), wherein when two winding receiving plates (3) are joined and closed, the pressing units (6) abut. 5. Voorvormende vorm volgens conclusie 4, gekenmerkt doordat een verticaal gekromd oppervlak (7) is geconfigureerd onder de indruk (5) en naast de aandrukeenheid (6).The preform shape according to claim 4, characterized in that a vertically curved surface (7) is configured under the impression (5) and next to the pressure unit (6). 6. Voorvormende vorm volgens één der conclusies 1 tot en met 5, gekenmerkt doordat ten minste één wikkelopnemende plaat (3) geconfigureerd is met een duwblok (8) waarop een eerste rol (9) geconfigureerd is.Preforming mold according to one of claims 1 to 5, characterized in that at least one winding receiving plate (3) is configured with a push block (8) on which a first roll (9) is configured. 7. Voorvormende vorm volgens conclusie 6, gekenmerkt doordat de vormkern (2) de vorm heeft van een kop, waarbij daarin een uitwerpblok is geconfigureerd dat op en neer kan bewegen; waarbij een uitwerpstang (10) is verbonden met de onderzijde van elk uitwerpblok, en eveneens is verbonden met de verbindingsplaat (11) die geconfigureerd is met een derde rol (16).Preforming mold according to claim 6, characterized in that the mold core (2) has the shape of a head, wherein an ejector block is configured therein that can move up and down; wherein an ejector rod (10) is connected to the underside of each ejector block, and is also connected to the connecting plate (11) configured with a third roll (16). 8. Voorvormende vorm volgens conclusie 7, gekenmerkt doordat een terugbrengveer (12) geconfigureerd is op de verbindingsplaat (11), waarbij een bovenste einde van de terugbrengveer (12) is bevestigd in het gat in de montageplaat (1).The preform shape of claim 7, characterized in that a return spring (12) is configured on the connecting plate (11), wherein an upper end of the return spring (12) is secured in the hole in the mounting plate (1). 9. Voorvormende vorm volgens conclusie 8, gekenmerkt doordat een intermediaire plaat (14) is gelokaliseerd onder de wikkelopnemende plaat (3), waarbij de bodem van deze intermediaire plaat is verbonden met een hefboom (13), en waarbij een tweede rol (15) is voorzien op één einde van de hefboom (13).The preform shape of claim 8, characterized in that an intermediate plate (14) is located below the winding receiving plate (3), the bottom of this intermediate plate being connected to a lever (13), and wherein a second roll (15) is provided on one end of the lever (13). 10. Voorvormende vorm volgens conclusie 9, gekenmerkt doordat de inkeping (4) de vorm heeft van een halve cirkel en/of van een rechthoek.The preform shape according to claim 9, characterized in that the notch (4) has the shape of a semicircle and / or a rectangle.
NL2017323A 2015-12-29 2016-08-17 Pre-forming mould for multiple fillings NL2017323B1 (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201511001726.8A CN105410094B (en) 2015-12-29 2015-12-29 Multiple fillings pre-profiling mould

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NL2017323A true NL2017323A (en) 2017-07-03
NL2017323B1 NL2017323B1 (en) 2017-08-04

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CN107593825A (en) * 2017-10-26 2018-01-19 北京分子麦科技有限公司 A kind of processing unit (plant) and processing method of filling zygote food
CN110447677A (en) * 2018-05-07 2019-11-15 食为天机器人(重庆)有限公司 A kind of device of making dumplings automatically
CN108770898B (en) * 2018-08-17 2023-09-01 成都松川雷博机械设备有限公司 Mould with folding device
TWI842120B (en) * 2021-10-12 2024-05-11 日商雷恩自動機股份有限公司 Forming method of stuffed food

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