CN204796668U - Filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole - Google Patents
Filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole Download PDFInfo
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- CN204796668U CN204796668U CN201520482893.8U CN201520482893U CN204796668U CN 204796668 U CN204796668 U CN 204796668U CN 201520482893 U CN201520482893 U CN 201520482893U CN 204796668 U CN204796668 U CN 204796668U
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Abstract
The utility model relates to a food field, specific filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole that says so, the exit of charging line is provided with interior shaping template and outer shaping template, interior shaping template is thicker than outer shaping template, it is gapped between interior shaping template and the outer shaping template, the shaping hole has all been offered in interior shaping template and the outer shaping template, the shaping hole is including the centre bore that is located the center, the intercommunication of centre bore has four to stretch out the hole, it is the strip to stretch out the hole, four the first half of stretching out the common distribution in hole at the centre bore, stretch out the mutual symmetric distribution in hole, the latter half of centre bore is decurrent circular structure, the wanton that forms is processed to the profiled sheeting that utilizes this application to have finger form shaping hole, because four are stretched out the first half that the hole only is located the centre bore, make fold on the wanton face skin concentrate on one side of filling material, the face skin is laminated and is expected in the filling, the face skin of filling material opposite side is the level and smooth state of pitch arc, it is more pleasing to the eye to model, can increase consumer's appetite.
Description
Technical field
The utility model relates to field of food, and filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole specifically.
Background technology
Wanton is the one of Han Nationality in Guangdong Province snack, and come from " won ton " in the north, the initial stage is classified as among cake class.Why being Wanton, is because the pronunciation of won ton is similar to Wanton in Guangdong language.Through development all the year round, Wanton there has also been the style of oneself uniqueness, and the fillings of crust and the inside all follows won ton different.Size generally with " gulping " for standard.Except won ton, Wanton all has different addresses in various places, as folded arms, envelope, flat meat, flat food etc.
In the equipment of existing manufacture won ton, substantially do not occur that production shape is the Wanton equipment of butterfly.
Existing Wanton patent has application number to be CN201420619690.4, the applying date is 2014-10-24, name is called the utility model patent of " full-automatic Wanton machine ", its technical scheme is: a kind of full-automatic Wanton machine, include stuffing separating machine structure, with the filling case of stuffing separating machine structure enter the Song Xian mechanism that filling mouth is connected, that side of stuffing output port being positioned at filling case is used for shutoff, open the Feng Xian mechanism of stuffing output port, be positioned at the Song Pi mechanism of the stuffing output port front upper of filling case, skin-removing mechanism, Luo Xianchong skin mechanism and watering mechanism, and be positioned at the stuffing output port forward lower part of filling case and the shaping support mechanism corresponding with Luo Xianchong skin mechanism and Suo Pi mechanism.
Although above-mentioned patent can realize the object manufacturing Wanton continuously, but the moulding of its Wanton also unsightly, after consumer sees, the appetite of consumer can not have been excited, and existing Wanton equipment is in the process of shaping Wanton, the support force inequality of Wanton owing to obtaining, the easy inclination of dropping or producing position, be unfavorable for its final molding effect, the fried class being also not suitable for shaping dry grain stuffing Wanton or similar instant noodles facilitates Wanton.
Utility model content
In order to overcome the problems referred to above that existing Wanton production equipment exists, proposing a kind of Wanton forming machine with finger-shaped forming hole now and disclosing filling shaping mechanism.
For realizing above-mentioned technical purpose, technical solutions of the utility model are as follows:
Filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole, it is characterized in that: comprise horizontally disposed charging line, the pusher cross bar of traverse motion is made in described charging line, top in described charging line is provided with opening, described opening part is provided with spring valve, the exit of described charging line is provided with interior forming panel and outer forming panel, described interior forming panel is than described outer shaping mould thickness of slab, gap is had between described interior forming panel and outer forming panel, described interior forming panel and outer forming panel all offer forming hole, described forming hole comprises the centre bore being positioned at center, being communicated with four and stretching out hole of described centre bore, described hole of stretching out is strip, four are stretched out hole co-localization the first half at described centre bore, described hole of stretching out distributes symmetrically, the latter half of described centre bore is downward arc structure, the top of described charging line is provided with transversely cutting cutter, described transversely cutting cutter is at charging line, traverse motion is done above interior forming panel and outer forming panel.
Although the hole of stretching out of the application only has four, but forming hole surface structure is comparatively similar to the structure of finger, so by centre bore with stretch out the image graphics that hole forms and be called finger-shaped forming hole, and centre bore and four stretch out three kinds of structures that the structure combined in hole is not limited to illustrations, also include other other similar finger-shaped moulding based on described accompanying drawing.
Distance between described interior forming panel and outer forming panel is 7-10 millimeter.
In described outer forming panel die cavity, corner is fillet, and in described interior forming panel die cavity, corner is fillet.
The quantity of described forming hole is multiple, and described interior forming panel is identical with the forming hole quantity on outer forming panel, and position is mutually corresponding, and described pusher cross bar quantity is identical with the forming hole quantity on interior forming panel or outer forming panel.
The open amount at the top in described charging line is identical with pusher cross bar quantity.
Be provided with installing plate between the exit of described charging line and interior forming panel, described interior mould is installed on a mounting board, and described outer mould is arranged on interior mould.
The thickness of described outer forming panel is 3-7 millimeter, and described interior forming panel thickness is 8-12 millimeter.
Described transversely cutting cutter two ends are connected to cutter connecting rod, and described cutter connecting rod is connected with rotating shaft by fixture block, and described rotating shaft is driven by cutoff tool driving mechanism and rotates.
Described cutoff tool driving mechanism comprises cam, motor or cylinder.
Disclose the operation principle of filling shaping mechanism:
Wear for many and pass through between interior forming panel and outer forming panel from top to bottom, enter to charging line from the fillings of carrying for face mechanism via spring valve, now pusher cross bar transverse shifting, fillings is pushed to the exit of charging line end, meanwhile, transversely cutting cutter also does transverse movement, many are worn and cuts off in the horizontal direction, musculus cutaneus after cut-out is under the continuation of pusher cross bar promotes, fillings can be placed on the surface of musculus cutaneus, and musculus cutaneus and fillings entirety can pass through the forming hole on inside and outside forming panel and outer forming panel successively, now fillings is carried out preliminary inclusion by musculus cutaneus, its shape then with the form fit of forming hole, musculus cutaneus after preliminary inclusion completes and fillings entirety are then positioned in the forming hole of interior forming panel and outer forming panel.
Disclose the advantage of filling shaping mechanism:
1, utilize the Wanton that the application processes with the profiled sheeting of finger-shaped forming hole, the Wanton of legacy equipment production is different from from moulding, because four are stretched out the first half that hole is only positioned at centre bore, the gauffer on Wanton musculus cutaneus is made to concentrate on the side of fillings, musculus cutaneus fits in fillings, the musculus cutaneus of fillings opposite side is camber line smooth state, moulding is more attractive in appearance, the appetite of consumer can be increased, and there is gap owing to disclosing in filling shaping mechanism between forming panel and outer forming panel, so musculus cutaneus and fillings entirety can be stable be placed in forming hole, wait for the kneading sealing action of next station, musculus cutaneus can be avoided to rock too large, too increase shaping reliability, musculus cutaneus is located when faric more accurate.And be different from the forming hole of Z-type or other shapes, make the Wanton of final molding closely similar with manual Wanton moulding of mediating.
2, transversely cutting cutter can cut off many vertically and lower strip is worn simultaneously, and the quantity of pusher cross bar also with the quantity of forming hole to mating, can fillings be pushed on the musculus cutaneus after multiple being cut off simultaneously.
3, the distance between interior forming panel and outer forming panel is 7-10 millimeter, can ensure on the forming hole being placed on two forming panels that the musculus cutaneus of common size, fillings can be stable.
4, interior forming panel is than outer shaping mould thickness of slab, and the outer profiled sheeting of relative thin is near gripping body, and the entirety of gripping body to musculus cutaneus and fillings of being more convenient for is mediated sealing and takes out.
5, in outer forming panel die cavity, corner is fillet, and in interior forming panel die cavity, corner is fillet.The benefit being set to fillet is to protect musculus cutaneus can not be scratched by sharp corners on forming hole.
6, the quantity of forming hole is multiple, and interior forming panel is identical with the forming hole quantity on outer forming panel, and the quantity of the quantity of pusher cross bar and opening all with forming hole quantity Matching, the shaping effect that many group musculus cutaneus disclose filling simultaneously can be realized.
Accompanying drawing explanation
Fig. 1 is for disclosing filling shaping mechanism structural representation.
Fig. 2 is the schematic diagram of interior forming template structure or outer the first structure of forming panel top view.
Fig. 3 is the schematic diagram of interior forming template structure or outer forming panel top view the second structure.
Fig. 4 is the schematic diagram of interior forming template structure or outer the third structure of forming panel top view.
Fig. 5 is transversely cutting cutter and drive disk assembly structural representation thereof.
In accompanying drawing: charging line 41, pusher cross bar 42, opening 43, spring valve 44, interior forming panel 45, outer forming panel 46, forming hole 47, transversely cutting cutter 48, corner 49, installing plate 491, cutter connecting rod 492, fixture block 493, rotating shaft 494, centre bore 495, stretches out hole 496.
Detailed description of the invention
Embodiment 1
A kind of Wanton forming machine with finger-shaped forming hole is disclosed filling shaping mechanism and is comprised horizontally disposed charging line 41, the pusher cross bar 42 of traverse motion is made in described charging line 41, top in described charging line 41 is provided with opening 43, described opening 43 place is provided with spring valve 44, the exit of described charging line 41 is provided with interior forming panel 45 and outer forming panel 46, described interior forming panel 45 is thicker than described outer forming panel 46, gap is had between described interior forming panel 45 and outer forming panel 46, described interior forming panel 45 and outer forming panel 46 all offer forming hole 47, described forming hole 47 comprises the centre bore 495 being positioned at center, being communicated with four and stretching out hole 496 of described centre bore 495, described hole 496 of stretching out is in strip, four are stretched out hole 496 co-localization the first half at described centre bore 495, described hole 496 of stretching out distributes symmetrically, the latter half of described centre bore 495 is downward arc structure, the top of described charging line 41 is provided with transversely cutting cutter 48, described transversely cutting cutter 48 is at charging line 41, traverse motion is done above interior forming panel 45 and outer forming panel 46.Although the hole 496 of stretching out of the application only has four, but forming hole 47 surface structure is comparatively similar to the structure of finger, so by centre bore 495 with stretch out the image graphics that hole 496 forms and be called finger-shaped forming hole 47, and centre bore 495 and four stretch out three kinds of structures that the structure combined in hole 496 is not limited to illustrations, also include other other similar finger-shaped moulding based on described accompanying drawing.Because the forming hole 47 on forming panel 45 interior in the application is consistent with forming hole 47 shape on outer forming panel 46, so Fig. 2, Fig. 3 and Fig. 4 all only show the top view of a profiled sheeting.
Wear for many and pass through between interior forming panel 45 and outer forming panel 46 from top to bottom, enter to charging line 41 from the fillings of carrying for face mechanism via spring valve 44, now pusher cross bar 42 transverse shifting, fillings is pushed to the exit of charging line 41 end, meanwhile, transversely cutting cutter 48 also does transverse movement, many are worn and cuts off in the horizontal direction, musculus cutaneus after cut-out is under the continuation of pusher cross bar 42 promotes, fillings can be placed on the surface of musculus cutaneus, and musculus cutaneus and fillings entirety can pass through the forming hole 47 on inside and outside forming panel 46 and outer forming panel 46 successively, now fillings is carried out preliminary inclusion by musculus cutaneus, its shape then with the form fit of forming hole 47, musculus cutaneus after preliminary inclusion completes and fillings entirety are then positioned in the forming hole 47 of interior forming panel 45 and outer forming panel 46.
Utilize the Wanton that the application processes with the profiled sheeting of finger-shaped forming hole 47, the Wanton of legacy equipment production is different from from moulding, because four are stretched out the first half that hole 496 is only positioned at centre bore 495, the gauffer on Wanton musculus cutaneus is made to concentrate on the side of fillings, musculus cutaneus fits in fillings, the musculus cutaneus of fillings opposite side is camber line smooth state, moulding is more attractive in appearance, the appetite of consumer can be increased, and there is gap owing to disclosing in filling shaping mechanism between forming panel 45 and outer forming panel 46, so musculus cutaneus and fillings entirety can be stable be placed in forming hole 47, wait for the kneading sealing action of next station, musculus cutaneus can be avoided to rock too large, too increase shaping reliability, musculus cutaneus is located when faric more accurate.And be different from the forming hole 47 of Z-type or other shapes, make the Wanton of final molding closely similar with manual Wanton moulding of mediating.
Embodiment 2
A kind of Wanton forming machine with finger-shaped forming hole is disclosed filling shaping mechanism and is comprised horizontally disposed charging line 41, the pusher cross bar 42 of traverse motion is made in described charging line 41, top in described charging line 41 is provided with opening 43, described opening 43 place is provided with spring valve 44, the exit of described charging line 41 is provided with interior forming panel 45 and outer forming panel 46, described interior forming panel 45 is thicker than described outer forming panel 46, gap is had between described interior forming panel 45 and outer forming panel 46, described interior forming panel 45 and outer forming panel 46 all offer forming hole 47, described forming hole 47 comprises the centre bore 495 being positioned at center, being communicated with four and stretching out hole 496 of described centre bore 495, described hole 496 of stretching out is in strip, four are stretched out hole 496 co-localization the first half at described centre bore 495, described hole 496 of stretching out distributes symmetrically, the latter half of described centre bore 495 is downward arc structure, the top of described charging line 41 is provided with transversely cutting cutter 48, described transversely cutting cutter 48 is at charging line 41, traverse motion is done above interior forming panel 45 and outer forming panel 46.Although the hole 496 of stretching out of the application only has four, but forming hole 47 surface structure is comparatively similar to the structure of finger, so by centre bore 495 with stretch out the image graphics that hole 496 forms and be called finger-shaped forming hole 47, and centre bore 495 and four stretch out three kinds of structures that the structure combined in hole 496 is not limited to illustrations, also include other other similar finger-shaped moulding based on described accompanying drawing.Because the forming hole 47 on forming panel 45 interior in the application is consistent with forming hole 47 shape on outer forming panel 46, so Fig. 2, Fig. 3 and Fig. 4 all only show the top view of a profiled sheeting.
Distance between interior forming panel 45 and outer forming panel 46 is 7-10 millimeter.
In outer forming panel 46 die cavity, corner 49 place is fillet, and in described interior forming panel 45 die cavity, corner 49 place is fillet.
The quantity of forming hole 47 is multiple, and described interior forming panel 45 is identical with forming hole 47 quantity on outer forming panel 46, and position is mutually corresponding, and described pusher cross bar 42 quantity is identical with forming hole 47 quantity on interior forming panel 45 or outer forming panel 46.
Opening 43 quantity at the top in charging line 41 is identical with pusher cross bar 42 quantity.
Be provided with installing plate 491 between the exit of charging line 41 and interior forming panel 45, described interior mould is arranged on installing plate 491, and described outer mould is arranged on interior mould.
The thickness of outer forming panel 46 is 3-7 millimeter, and described interior forming panel 45 thickness is 8-12 millimeter.
Transversely cutting cutter 48 two ends are connected to cutter connecting rod 492, and described cutter connecting rod 492 is connected with rotating shaft 494 by fixture block 493, and described rotating shaft 494 is driven by cutoff tool driving mechanism and rotates.Cutoff tool driving mechanism comprises cam, motor or cylinder.
Wear for many and pass through between interior forming panel 45 and outer forming panel 46 from top to bottom, enter to charging line 41 from the fillings of carrying for face mechanism via spring valve 44, now pusher cross bar 42 transverse shifting, fillings is pushed to the exit of charging line 41 end, meanwhile, transversely cutting cutter 48 also does transverse movement, many are worn and cuts off in the horizontal direction, musculus cutaneus after cut-out is under the continuation of pusher cross bar 42 promotes, fillings can be placed on the surface of musculus cutaneus, and musculus cutaneus and fillings entirety can pass through the forming hole 47 on inside and outside forming panel 46 and outer forming panel 46 successively, now fillings is carried out preliminary inclusion by musculus cutaneus, its shape then with the form fit of forming hole 47, musculus cutaneus after preliminary inclusion completes and fillings entirety are then positioned in the forming hole 47 of interior forming panel 45 and outer forming panel 46.
Utilize the Wanton that the application processes with the profiled sheeting of finger-shaped forming hole 47, the Wanton of legacy equipment production is different from from moulding, because four are stretched out the first half that hole 496 is only positioned at centre bore 495, the gauffer on Wanton musculus cutaneus is made to concentrate on the side of fillings, musculus cutaneus fits in fillings, the musculus cutaneus of fillings opposite side is camber line smooth state, moulding is more attractive in appearance, the appetite of consumer can be increased, and there is gap owing to disclosing in filling shaping mechanism between forming panel 45 and outer forming panel 46, so musculus cutaneus and fillings entirety can be stable be placed in forming hole 47, wait for the kneading sealing action of next station, musculus cutaneus can be avoided to rock too large, too increase shaping reliability, musculus cutaneus is located when faric more accurate.And be different from the forming hole 47 of Z-type or other shapes, make the Wanton of final molding closely similar with manual Wanton moulding of mediating.
Transversely cutting cutter 48 can cut off many vertically and lower strip is worn simultaneously, and the quantity of pusher cross bar 42 also with the quantity of forming hole 47 to mating, can fillings be pushed on the musculus cutaneus after multiple being cut off simultaneously.
Distance between interior forming panel 45 and outer forming panel 46 is 7-10 millimeter, can ensure on the forming hole 47 being placed on two forming panels that the musculus cutaneus of common size, fillings can be stable.
Interior forming panel 45 is thicker than outer forming panel 46, and the outer profiled sheeting of relative thin is near gripping body, and the entirety of gripping body to musculus cutaneus and fillings of being more convenient for is mediated sealing and takes out.
In outer forming panel 46 die cavity, corner 49 place is fillet, and in interior forming panel 45 die cavity, corner 49 place is fillet.The benefit being set to fillet is to protect musculus cutaneus can not be scratched by sharp corners 49 on forming hole 47.
The quantity of forming hole 47 is multiple, interior forming panel 45 is identical with forming hole 47 quantity on outer forming panel 46, and the quantity of the quantity of pusher cross bar 42 and opening 43 all with forming hole 47 quantity Matching, the shaping effect that many group musculus cutaneus disclose filling simultaneously can be realized.
Embodiment 3
A kind of Wanton forming machine with finger-shaped forming hole is disclosed filling shaping mechanism and is comprised horizontally disposed charging line 41, the pusher cross bar 42 of traverse motion is made in described charging line 41, top in described charging line 41 is provided with opening 43, described opening 43 place is provided with spring valve 44, the exit of described charging line 41 is provided with interior forming panel 45 and outer forming panel 46, described interior forming panel 45 is thicker than described outer forming panel 46, gap is had between described interior forming panel 45 and outer forming panel 46, described interior forming panel 45 and outer forming panel 46 all offer forming hole 47, described forming hole 47 comprises the centre bore 495 being positioned at center, being communicated with four and stretching out hole 496 of described centre bore 495, described hole 496 of stretching out is in strip, four are stretched out hole 496 co-localization the first half at described centre bore 495, described hole 496 of stretching out distributes symmetrically, the latter half of described centre bore 495 is downward arc structure, the top of described charging line 41 is provided with transversely cutting cutter 48, described transversely cutting cutter 48 is at charging line 41, traverse motion is done above interior forming panel 45 and outer forming panel 46.Although the hole 496 of stretching out of the application only has four, but forming hole 47 surface structure is comparatively similar to the structure of finger, so by centre bore 495 with stretch out the image graphics that hole 496 forms and be called finger-shaped forming hole 47, and centre bore 495 and four stretch out three kinds of structures that the structure combined in hole 496 is not limited to illustrations, also include other other similar finger-shaped moulding based on described accompanying drawing.Because the forming hole 47 on forming panel 45 interior in the application is consistent with forming hole 47 shape on outer forming panel 46, so Fig. 2, Fig. 3 and Fig. 4 all only show the top view of a profiled sheeting.
Distance between interior forming panel 45 and outer forming panel 46 is 8 millimeters.
In outer forming panel 46 die cavity, corner 49 place is fillet, and in described interior forming panel 45 die cavity, corner 49 place is fillet.
The quantity of forming hole 47 is multiple, and described interior forming panel 45 is identical with forming hole 47 quantity on outer forming panel 46, and position is mutually corresponding, and described pusher cross bar 42 quantity is identical with forming hole 47 quantity on interior forming panel 45 or outer forming panel 46.
Opening 43 quantity at the top in charging line 41 is identical with pusher cross bar 42 quantity.
Be provided with installing plate 491 between the exit of charging line 41 and interior forming panel 45, described interior mould is arranged on installing plate 491, and described outer mould is arranged on interior mould.
The thickness of outer forming panel 46 is 5 millimeters, and described interior forming panel 45 thickness is 10 millimeters.
Transversely cutting cutter 48 two ends are connected to cutter connecting rod 492, and described cutter connecting rod 492 is connected with rotating shaft 494 by fixture block 493, and described rotating shaft 494 is driven by cutoff tool driving mechanism and rotates.Cutoff tool driving mechanism comprises cam, motor or cylinder.
Wear for many and pass through between interior forming panel 45 and outer forming panel 46 from top to bottom, enter to charging line 41 from the fillings of carrying for face mechanism via spring valve 44, now pusher cross bar 42 transverse shifting, fillings is pushed to the exit of charging line 41 end, meanwhile, transversely cutting cutter 48 also does transverse movement, many are worn and cuts off in the horizontal direction, musculus cutaneus after cut-out is under the continuation of pusher cross bar 42 promotes, fillings can be placed on the surface of musculus cutaneus, and musculus cutaneus and fillings entirety can pass through the forming hole 47 on inside and outside forming panel 46 and outer forming panel 46 successively, now fillings is carried out preliminary inclusion by musculus cutaneus, its shape then with the form fit of forming hole 47, musculus cutaneus after preliminary inclusion completes and fillings entirety are then positioned in the forming hole 47 of interior forming panel 45 and outer forming panel 46.
Utilize the Wanton that the application processes with the profiled sheeting of finger-shaped forming hole 47, the Wanton of legacy equipment production is different from from moulding, because four are stretched out the first half that hole 496 is only positioned at centre bore 495, the gauffer on Wanton musculus cutaneus is made to concentrate on the side of fillings, musculus cutaneus fits in fillings, the musculus cutaneus of fillings opposite side is camber line smooth state, moulding is more attractive in appearance, the appetite of consumer can be increased, and there is gap owing to disclosing in filling shaping mechanism between forming panel 45 and outer forming panel 46, so musculus cutaneus and fillings entirety can be stable be placed in forming hole 47, wait for the kneading sealing action of next station, musculus cutaneus can be avoided to rock too large, too increase shaping reliability, musculus cutaneus is located when faric more accurate.And be different from the forming hole 47 of Z-type or other shapes, make the Wanton of final molding closely similar with manual Wanton moulding of mediating.
Transversely cutting cutter 48 can cut off many vertically and lower strip is worn simultaneously, and the quantity of pusher cross bar 42 also with the quantity of forming hole 47 to mating, can fillings be pushed on the musculus cutaneus after multiple being cut off simultaneously.
Distance between interior forming panel 45 and outer forming panel 46 is 8 millimeters, can ensure on the forming hole 47 being placed on two forming panels that the musculus cutaneus of common size, fillings can be stable.
Interior forming panel 45 is thicker than outer forming panel 46, and the outer profiled sheeting of relative thin is near gripping body, and the entirety of gripping body to musculus cutaneus and fillings of being more convenient for is mediated sealing and takes out.
In outer forming panel 46 die cavity, corner 49 place is fillet, and in interior forming panel 45 die cavity, corner 49 place is fillet.The benefit being set to fillet is to protect musculus cutaneus can not be scratched by sharp corners 49 on forming hole 47.
The quantity of forming hole 47 is multiple, interior forming panel 45 is identical with forming hole 47 quantity on outer forming panel 46, and the quantity of the quantity of pusher cross bar 42 and opening 43 all with forming hole 47 quantity Matching, the shaping effect that many group musculus cutaneus disclose filling simultaneously can be realized.
Claims (9)
1. disclose filling shaping mechanism with the Wanton forming machine of finger-shaped forming hole for one kind, it is characterized in that: comprise horizontally disposed charging line (41), the pusher cross bar (42) of traverse motion is made in described charging line (41), top in described charging line (41) is provided with opening (43), described opening (43) place is provided with spring valve (44), the exit of described charging line (41) is provided with interior forming panel (45) and outer forming panel (46), described interior forming panel (45) is thicker than described outer forming panel (46), gap is had between described interior forming panel (45) and outer forming panel (46), described interior forming panel (45) and outer forming panel (46) all offer forming hole (47), described forming hole (47) comprises the centre bore (495) being positioned at center, being communicated with four and stretching out hole (496) of described centre bore (495), described hole (496) of stretching out is in strip, four are stretched out hole (496) co-localization the first half in described centre bore (495), described hole (496) of stretching out distributes symmetrically, the latter half of described centre bore (495) is downward arc structure, the top of described charging line (41) is provided with transversely cutting cutter (48), described transversely cutting cutter (48) is in charging line (41), traverse motion is done in interior forming panel (45) and outer forming panel (46) top.
2. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 1, it is characterized in that: the distance between described interior forming panel (45) and outer forming panel (46) is 7-10 millimeter.
3. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 1, it is characterized in that: in described outer forming panel (46) die cavity, corner (49) place is fillet, in described interior forming panel (45) die cavity, corner (49) place is fillet.
4. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 3, it is characterized in that: the quantity of described forming hole (47) is multiple, described interior forming panel (45) is identical with forming hole (47) quantity on outer forming panel (46), and position is mutually corresponding, described pusher cross bar (42) quantity is identical with forming hole (47) quantity on interior forming panel (45) or outer forming panel (46).
5. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 1, it is characterized in that: opening (43) quantity at the top in described charging line (41) is identical with pusher cross bar (42) quantity.
6. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 5, it is characterized in that: between the exit of described charging line (41) and interior forming panel (45), be provided with installing plate (491), described interior mould is arranged on installing plate (491), and described outer mould is arranged on interior mould.
7. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 6, it is characterized in that: the thickness of described outer forming panel (46) is 3-7 millimeter, and described interior forming panel (45) thickness is 8-12 millimeter.
8. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 1-7 any one, it is characterized in that: described transversely cutting cutter (48) two ends are connected to cutter connecting rod (492), described cutter connecting rod (492) is connected with rotating shaft (494) by fixture block (493), and described rotating shaft (494) is driven by cutoff tool driving mechanism and rotates.
9. filling shaping mechanism disclosed by a kind of Wanton forming machine with finger-shaped forming hole according to claim 8, it is characterized in that: described cutoff tool driving mechanism comprises cam, motor or cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520482893.8U CN204796668U (en) | 2015-07-07 | 2015-07-07 | Filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520482893.8U CN204796668U (en) | 2015-07-07 | 2015-07-07 | Filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole |
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| Publication Number | Publication Date |
|---|---|
| CN204796668U true CN204796668U (en) | 2015-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520482893.8U Active CN204796668U (en) | 2015-07-07 | 2015-07-07 | Filling forming mechanism is disclosed to wanton make -up machine with finger form shaping hole |
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Cited By (1)
| 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 |
-
2015
- 2015-07-07 CN CN201520482893.8U patent/CN204796668U/en active Active
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 |
| 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 |
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