CN209158921U - A kind of full-automatic paper pulp tableware equipment for coating film - Google Patents
A kind of full-automatic paper pulp tableware equipment for coating film Download PDFInfo
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- CN209158921U CN209158921U CN201821783048.4U CN201821783048U CN209158921U CN 209158921 U CN209158921 U CN 209158921U CN 201821783048 U CN201821783048 U CN 201821783048U CN 209158921 U CN209158921 U CN 209158921U
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- 229920001131 Pulp (paper) Polymers 0.000 title claims abstract description 88
- 239000011248 coating agent Substances 0.000 title claims abstract description 18
- 238000000576 coating method Methods 0.000 title claims abstract description 18
- 239000012528 membrane Substances 0.000 claims abstract description 156
- 239000000463 material Substances 0.000 claims abstract description 137
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- 238000010438 heat treatment Methods 0.000 claims abstract description 49
- 238000003825 pressing Methods 0.000 claims abstract description 46
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 6
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Abstract
The utility model provides full-automatic paper pulp tableware equipment for coating film, including film feeder, membrane material membrane material conveying device, tableware conveying device and film covering device；Membrane material conveying device passes through film covering device；Film feeder is connected with membrane material conveying device；Tableware conveying device is connected with film covering device；Film covering device includes mold, film pressing device, mould bases, transfer device, first heater and vacuum evacuation device；Mold is equipped with placed cavity, and the evacuation passageway being connected to placed cavity；Film pressing device is set to above mold, and film pressing device and mold can be relatively moved so that membrane material to be pressed on to the upside of mold；At least two molds are installed on mould bases；Transfer device is for driving mould bases so that tableware to be transferred to the lower section of film pressing device from tableware conveying device；First heater is for heating and softening membrane material；Vacuum evacuation device is used to vacuumize the placed cavity after closed.The full-automatic paper pulp tableware equipment for coating film of the utility model is able to achieve full-automatic paper pulp tableware overlay film processing.
Description
Technical field
The utility model relates to paper pulp tableware production device field, refers in particular to a kind of full-automatic paper pulp tableware overlay film and set
It is standby.
Background technique
Paper pulp tableware is a kind of pulp goods for substituted for plastic tableware, wide since it is convenient for recycling
It is general to be applied to catering industry.Since paper pulp tableware is made of paper pulp fiber, while its surface possesses numerous subtle through-holes, therefore is containing
The case where paper pulp tableware will appear leakage when filling soup group food, and in order to improve the barrier performance of paper pulp tableware, it needs in paper pulp
Antiseepage film is covered on the inside of tableware, traditional paper pulp tableware coating technique is that paper pulp tableware is placed on paper pulp by manual method
On the overlay film processing stations of film laminator for dinnerware, then heating device and film pressing device are placed in above paper pulp tableware, fill heating
It sets and membrane material is heated and softened, while film pressing device moves down membrane material being pressed together on paper pulp tableware upper surface, and due to paper
Micro-through-hole it has been covered on slurry tableware surface, overlay film processing stations can be such that membrane material is fitted on the inside of paper pulp tableware after generating negative pressure
Antiseepage film is formed, this processing method, the large labor intensity of producers, safety coefficient is low, and production efficiency is low.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, a kind of full-automatic paper pulp tableware overlay film is provided and is set
Standby, high degree of automation is able to achieve full-automatic paper pulp tableware overlay film working process.
In order to achieve the above object, the utility model uses following technical scheme: a kind of full-automatic paper pulp tableware overlay film is set
It is standby, including film feeder, membrane material conveying device, tableware conveying device and film covering device；The membrane material conveying device passes through overlay film
Device, for inputting membrane material to film covering device and exporting tableware coated with film；The film feeder is defeated with membrane material conveying device
Enter end linking, for membrane material to be delivered to membrane material conveying device；The output end and the film covering device of the tableware conveying device
Linking, for inputting the tableware to overlay film to the film covering device；The film covering device includes: mold, equipped with placement tableware
Placed cavity, and the evacuation passageway being connected to placed cavity；Film pressing device is set to above mold, and film pressing device can phase with mold
Membrane material is pressed on to the upside of mold to mobile, is made between membrane material and placed cavity in air-tight state；Mould bases is equipped at least
Two molds；Transfer device drives the mould bases to make mold between film pressing device and the output end of tableware conveying device
Tableware, is transferred to the lower section of film pressing device by switching from tableware conveying device；First heater is compressed for heating and softening
Membrane material in the upside of mold；Vacuum evacuation device is connect with evacuation passageway, true for take out to the placed cavity after closed
Sky, so that the membrane material after softening is attached on the inside of the cavity of tableware.
Compared with prior art, the full-automatic paper pulp tableware equipment for coating film of the utility model, has the advantage that
(1) membrane material of the utility model and paper pulp tableware pass through respectively membrane material conveying device and tableware conveying device it is independent into
Enter to overlay film processing stations, needs first paper pulp tableware to place compared to existing paper pulp tableware film covering device and again fill press mold
It is placed on overlay film processing stations and carries out the production method of overlay film to paper pulp tableware, can be reduced the operating procedure of producers, mention
High powder feeding efficiency；
It (2) can will wherein one by the way that at least two molds are arranged on the mould bases, after so that mould bases is rotated by a certain angle
A mold is moved to below film pressing device, another mold is for placing paper pulp tableware, to improve making for each section components
With rate, and then effectively improve the production efficiency of the utility model；
(3) the utility model drives the mould bases to make mold in film pressing device and tableware conveying device by transfer device
Switch between output end, realizes the Full automatic feed of paper pulp tableware, compared to existing paper pulp tableware film covering device, the people saved
The trouble of work charging, to reduce the labor intensity of producers, while improving the safety of production operation, reduces production people
Member's leads to injured risk because of operation error.
Preferably, the film feeder includes film feeding bracket, and film feeding bracket side is another for placing membrane material volume
Side is equipped with the delivery device that membrane material is delivered to membrane material conveying device；The delivery device includes push driving mechanism, actively leads
Roller and driven guide roller, the active guide roller and driven guide roller mutually paste touching, and the driven guide roller is rotatably arranged in film feeding bracket
On, the membrane material is located between active guide roller and driven guide roller, and the push driving mechanism is driven by driving active guide roller
Driven guide roller, which rotates synchronously, realizes membrane material feeding.The film feeder uses above-mentioned set-up mode, on the one hand can ensure that at membrane material
In tensioning state, it is ensured that can uniformly convey membrane material to membrane material conveying device, on the other hand, be avoided that membrane material is sent out during output
Raw displacement influences film feeder normal work.
Preferably, the membrane material conveying device includes transfer gantry, and conveyance drive mechanism on transfer gantry,
Membrane clip chain component and chain wheel assembly, for the membrane clip chain component for clamping and conveying membrane material, the conveyance drive mechanism passes through chain
Wheel assembly drives the operating of membrane clip chain component to realize membrane material conveying.The membrane material conveying device is defeated by being clamped using membrane clip chain component
Film feeding material can ensure that membrane material is in tensioning state and is input to film covering device, to improve the effect of film covering device overlay film.
Preferably, the membrane material conveying device further includes recovering mechanism, the recovering mechanism include recycling mounting rack and
Recycling driving mechanism, turntable and two wind-up rolls on recycling mounting rack, the setting that two wind-up roll is separated by is described
On turntable, the turntable drives the rotation of two wind-up rolls to realize the recycling of membrane material clout by recycling driving mechanism driving；By by film
The head end of material is put between two wind-up rolls, so that membrane material clout is realized automatic material receiving with the rotation of two wind-up rolls, has user
Just effect can effectively avoid membrane material clout from influencing production environment simultaneously as membrane material clout is recycled.
Preferably, the tableware conveying device includes discharge mechanism, transfer device and tableware conveying mechanism；The feeding machine
Structure includes cement emptying rack and the feeding passage on the upside of the cement emptying rack, and the feeding passage is used to place paper pulp tableware,
The feeding passage both ends are respectively equipped with inlet port and outlet port；The transfer device is located at feeding passage discharge port side, uses
In the input terminal for being connected the discharge port and tableware conveying mechanism comprising for adsorbing the first sucker and the transfer driving of tableware
Mechanism, the transfer driving mechanism drive the first sucker to switch between the discharge port and the input terminal of tableware conveying mechanism,
So that tableware is transferred to tableware conveying mechanism from discharge mechanism by the first sucker.The tableware conveying device passes through setting transfer
Paper pulp tableware is transferred on tableware conveying mechanism by structure from discharge mechanism, to realize the single separation and sequence of paper pulp tableware
Feeding has the advantages that high degree of automation, conevying efficiency are high, and then reduces labor intensity and guarantee the production peace of producers
Entirely.
Preferably, the transfer driving mechanism includes revolving part and the driving above the input terminal of tableware conveying mechanism
The transfer driving device of revolving part rotation；The position that first sucker corresponds to the discharge port is mounted on revolving part, transfer driving
Device driving revolving part overturns the transfer for realizing paper pulp tableware between the discharge port and the input terminal of conveying mechanism；It is this to set
The mode of setting can be reduced the occupied space of transfer driving mechanism, keeps the overall structure of the tableware conveying device more compact, mentions
Space-efficient.
Preferably, the tableware conveying device further includes lifting body；The lifting body includes elevator platform, Yi Jishe
In lifting platform, lift drive mechanism, the first inductive switch, conveyer belt and conveying tape drive mechanism on elevator platform；It is described defeated
Send tape drive mechanism for driving the conveyer belt to operate, the conveyer belt is connected with the output end of the conveying mechanism, described
The end of the conveying tape feeding direction is arranged in first inductive switch, and first inductive switch is used to detect and convey in place
Tableware, and trigger lift drive mechanism control lifting platform lifting tableware.Paper pulp tableware can be lifted to conveniently by the lifting body
The height of film covering device feeding improves the automation of tableware conveying device so that paper pulp tableware is preferably ranked up feeding
Degree improves the working efficiency of tableware conveying device.
Preferably, the tableware conveying device further includes moving into mechanism, and the immigration mechanism is arranged in the lifting body
Top, and extend in the film covering device；The immigration mechanism includes guide rail, the second sucker, connecting bracket and moves into driving
Device；The guide rail is arranged on lifting body top, and extends to below the film pressing device；Second sucker is arranged in institute
It states in connecting bracket, the connecting bracket is slidably connected with the guide rail；The immigration driving device is for driving the connection
Bracket is moved back and forth along the length direction of the guide rail.
Preferably, the mold lower part is equipped with the first connector, and first connector is connected to the evacuation passageway；
The mould bases corresponds to first connector equipped with the first empty avoiding area；The vacuum evacuation device includes vacuum generator, first liter
Falling unit and connector；The connector is set to below film pressing device, is equipped with and is connected with the second of the sealing cooperation of the first connector
Interface, the vacuum generator are connect with the connector；First lifting device is used for the vertically movable connector, with
It moves up the second connector to connect with the first connector, be detached from or, moving down the second connector with the first connector.
By the way that the vacuum evacuation device is arranged to be detachably connected with mold, make vacuum evacuation device alternative with it is described
Mold on mould bases in either end is attached, and is carried out so that a vacuum evacuation device need to only be arranged and can be completed to any mold
It vacuumizes, simplifies the internal structure of the utility model, the production and maintenance cost of the utility model is effectively reduced.
It preferably, further include trimming device；The trimming device includes moving-out device, trimming upper mold and trimming lower die, institute
State trimming lower die be arranged in output end from the film covering device to membrane material conveying device side；The trimming upper mold can transport vertically
It is arranged in above trimming lower die dynamicly, vacuum evacuation device, the trimming upper mold and trimming lower die knot is connected in the trimming upper mold
Structure is enclosed trimming station, and the trimming upper mold can mold with the trimming lower die or divide mould；The moving-out device can be horizontal
Movably it is arranged between trimming upper mold and trimming lower die, for removing the tableware for completing trimming in trimming station.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model；
Fig. 2 is the overhead view of film covering device；
Fig. 3 is the positive angle cross-sectional view of film covering device；
Fig. 4 is that vacuum evacuation device, rack and tableware place mold assembling schematic diagram；
Fig. 5 is that vacuum evacuation device, rack and tableware place the cross-sectional view after mold assembling；
Fig. 6 is the depression angle explosive view that vacuum evacuation device, rack and tableware place mold；
Fig. 7 be vacuum evacuation device, rack and tableware place mold look up angle explosive view；
Fig. 8 is the schematic diagram of film pressing device；
Fig. 9 is the schematic diagram of first heater；
Figure 10 is the schematic diagram of secondary heating mechanism；
Figure 11 is the schematic diagram of membrane material conveying device；
Figure 12 is the partial enlarged view of a-quadrant in Figure 11；
Figure 13 is the partial enlarged view of B area in Figure 11；
Figure 14 is the schematic diagram of recovering mechanism；
Figure 15 is the schematic diagram of membrane clip chain component；
Figure 16 is the schematic diagram of chain in membrane clip chain exterior chain and membrane clip chain；
Figure 17 is the first schematic diagram of tableware conveying device；
Figure 18 is the assembling schematic side view of transfer device, discharge mechanism and tableware conveying mechanism；
Figure 19 is the assembling schematic top plan view of transfer device, discharge mechanism and tableware conveying mechanism；
Figure 20 is the assembling strabismus schematic diagram of transfer device, discharge mechanism and tableware conveying mechanism；
Figure 21 is the partial enlarged view in the region C in Figure 20；
Figure 22 is the partial enlarged view in the region D in Figure 20；
Figure 23 is the schematic diagram of lifting body；
Figure 24 is the schematic diagram of another angle of lifting body；
Figure 25 is the schematic diagram of lifting body removal third positioning plate；
Figure 26 is the top view of lifting body；
Figure 27 is the assembling schematic diagram of trimming device and stack device.
Label declaration:
01 film covering device, 011 overlay film rack, 02 first heater, 021 first heating plate, 022 first regulating mechanism,
023 mounting plate, 024 guide rod, 025 guide holder, 026 elevating lever, 027 mounting base, 028 handwheel, 03 secondary heating mechanism, 031
Two heating plates, 032 second regulating mechanism, 033 horizontal drive apparatus, 034 slide plate, 035 guide part, 035 sliding block, 04 press mold dress
It sets, 041 mounting bracket, 042 third evacuation area, 043 attachment base, 044 press mold frame, 045 press mold empty avoiding area, 046 linking arm, 047
Second lifting device, 051 vacuum generator, 052 silencer, 053 first lifting device, 054 connector, 056 second connector,
057 second positioning protrusion, 058 guide rod, 06 mold, 060 placed cavity, 061 evacuation passageway, 062 first connector, 063 is fixed
Position plate, 064 second empty avoiding area, 065 second positioning seat, 066 first positioning seat, 07 mould bases, 070 first empty avoiding area, 071 first
Positioning protrusion, 072 transmission component, 073 rotation transfer device, 074 alignment sensor；
1 conveying device, 10 membrane clip chain exterior chains, 11 chain cards, 111 clamping parts, 12 tape spool outer links, 13 reset springs, 20 folders
Chain in film chain, 21 inner plates, 22 rollers, 23 outer plates, 30 support plates, 31 chain support upper plates, 32 chain support lower plates, 33 T-slots, 4 send
Film device, 41 film feeding brackets, 421 active guide rollers, 422 driven guide rollers, 431 swinging mountings, 432 cylinders, 43 second driving electricity
Machine, 51 transfer gantries, 52 third driving motors, 531 first sprocket wheels, 532 second sprocket wheels, 533 third sprocket wheels, 54 transfer guide rollers, 6
Recovering mechanism, 61 recycling mounting racks, 62 turntables, 63 wind-up rolls, 64 stacking station, 641 transition deflector rolls, 65 first driving motors, 66
First retarder；
A1 tableware conveying device, a100 discharge mechanism, a10 cement emptying rack, the first installing frame of a101, a102 second are installed
Frame, a11 feeding passage, a111 feed inlet, a110 guiding bar, a112 discharge port, a113 backgauge part, a2 transfer device, a20 inhale
Disk mounting rack, a21 revolving part, the first sucker of a22, a23 third power push-rod, a24 connecting rod, a25 crank, the 4th power of a26 push away
Bar, a3 tableware conveying mechanism, a31 gib block, a32 portal frame, a33 guiding connector, a4 lifting body, the induction of a401 first are opened
It closes, the second inductive switch of a402, a403 third inductive switch, a41 elevator platform, a411 pedestal, the first positioning plate of a412,
The second positioning plate of a413, a414 third positioning plate, a42 lifting platform, a421 guide part, a422 guidance part, a423 connection frame,
A424 installs slide opening, a43 lift drive mechanism, a441 conveyer belt, a442 drive pulley, a443 negative pulley wheel, a45 blocking
Portion, the first stopper of a461, the first power push-rod of a462, the second stopper of a463, the second power push-rod of a464, a471 are two-way
Threaded screw rod, a472 crank, a481 transmission shaft, a482 feed drive motor, a483 driving member, a5 stair tread, a6 move into machine
Structure, a61 guide rail, the second sucker of a62, a63 connecting bracket, a64 move into driving device, b1 trimming device, b12 moving-out device, b13
Trimming upper mold, b14 trimming lower die, b15 trimming station, b2 stack device, b21 turn to stack Acetabula device, and b22 stacks transport platform,
B23 pipeline.
Specific embodiment
Below in conjunction with Detailed description of the invention the embodiments of the present invention:
Referring to Fig. 1, a kind of full-automatic paper pulp tableware equipment for coating film of the present embodiment, including film feeder 4, membrane material conveying dress
Set 1, tableware conveying device a1 and film covering device 01；Membrane material conveying device 1 passes through film covering device 01, is used for film covering device 01
It inputs membrane material and exports tableware coated with film；Film feeder 4 is connected with the input terminal of membrane material conveying device 1, for membrane material is defeated
It send to membrane material conveying device 1；The output end of tableware conveying device a1 is connected with film covering device 01, for defeated to film covering device 01
Enter the tableware to overlay film.
Referring to fig. 2 to Figure 10, film covering device 01 includes overlay film rack 011, mold 06, film pressing device 04, mould bases 07, rotation
Transfer device 073, first heater 02, secondary heating mechanism 03 and vacuum evacuation device.
The setting of first heater 02 is movably arranged in 011 lower part of overlay film rack, mould bases 07 in 1 top of rack, mould bases 07
On at least two molds 06 are installed；Film pressing device 04 is arranged between first heater 02 and mould bases 07.Mold 06 is equipped with
Place the placed cavity 060 of tableware, and the evacuation passageway 061 being connected to placed cavity 060.Film pressing device 04 is set on mold 06
Side, side is connected membrane material conveying device 1, tableware conveying device a1 and trimming device b1 respectively；Film pressing device 04 and mold 06
It can relatively move so that membrane material to be pressed on to the upside of mold 06, make between membrane material and placed cavity 060 in air-tight state.Rotation turns
Telephone-moving structure 073 is used to that mould bases 07 to be driven to switch mold 06 between film pressing device 04 and the output end of tableware conveying device 13,
Tableware to be transferred to the lower section of film pressing device 04 from tableware conveying device a1；First heater 02 is compressed for heating and softening
Membrane material in the upside of mold 06；Vacuum evacuation device is connect with evacuation passageway 061, for the placed cavity 060 after closed into
Row vacuumizes, so that the membrane material after softening is attached on the inside of the cavity of tableware.Specifically, mold 06 is hollow template, placed cavity
060 is equipped with several, and evacuation passageway 061 is arranged inside mold 06, uniformly distributed on placed cavity 060 to have and evacuation passageway
The air hole (not shown) of 061 connection.Mould bases 07 is strip, and both ends are separately installed with mold 06；Rotate transfer
Structure 073 is rotation drive device, is connect with the center driving of mould bases 07.This setup structure is simple, convenient for operation control
System, can effectively avoid producers close to overlay film processing stations, to reduce the probability of producers' injury.06 lower part of mold is set
There is the first connector 062, the first connector 062 is connected to evacuation passageway 061；Corresponding first connector 062 of mould bases 07 is equipped with
First empty avoiding area 070；Vacuum evacuation device includes vacuum generator 051, the first lifting device 053 and connector 054；Connector
054 is set to 04 lower section of film pressing device, is equipped with the second connector 056 with the sealing cooperation of the first connector 062, vacuum generator
051 connect with connector 054；First lifting device 053 is used for vertically movable connector 054, so that the second connector 056 moves up
It connect with the first connector 062, is detached from or, moving down the second connector 056 with the first connector 062.By by vacuum means
It sets and is arranged to be detachably connected with mold 06, carry out the mold 06 on vacuum evacuation device alternative and mould bases 07 in either end
Connection, vacuumizes any mold 06 so that a vacuum evacuation device need to only be arranged and can be completed, and simplifies the utility model
Internal structure, the production and maintenance cost of the utility model is effectively reduced.Specifically, the setting of the first lifting device 053 is even
054 middle part of fitting；Further include guide rod 058, there are four guide rod 058 is set, is fixed at connector in quadrangle distribution respectively
054 lower section, 058 lower end of guide rod are flexibly connected with overlay film rack 011；On this setup can ensure that mold 06 is stablized
It rises, while guaranteeing that mold 06 is fitted closely with film pressing device 04.Specifically, specifically, vacuum generator 051 is equipped with for dropping
The silencer 052 of low operating noise protects the hearing of producers to reduce the noise of the generation of vacuum generator 051.Specifically
Ground, the first connector 062 be it is round table-like, 056 inner wall of the second connector is adapted with 062 outer wall of the first connector, first connect
Mouth 062 can be caught in the second connector 056.
Specifically, rotation transfer device 073 passes through the transmission connection of transmission component 072 and mould bases 07, as transmission component
A kind of 072 set-up mode, transmission component 072 are the gear being arranged in 07 lower central of mould bases, rotate transfer device 073
It is engaged with gear；As a kind of set-up mode of transmission component 072, transmission component 072 is to be arranged in 07 lower central of mould bases
Synchronizing wheel, rotation transfer device 073 by synchronizing wheel drive synchronizing wheel rotate.
It is detachably connected between mold 06 and mould bases 07 by the first positioning mechanism；First positioning mechanism includes being arranged in mould
First positioning protrusion 071 of 07 upside of frame, and the first positioning seat 066 of 06 downside of mold is set；First lifting device
053 vertically movable connector 054 simultaneously keeps mold 06 vertically movable with respect to film pressing device 04.By mould bases 07 and mold 06 it
Between the first positioning mechanism is set, on the one hand ensure that mold 06 is firm and be arranged on mould bases 07, when mould bases 07 being avoided to rotate, mold 06
Sliding occurs to lead to not connect with other components accurate contrapositions, on the other hand, this setup may insure mold 06
On paper pulp tableware complete processing after, mold 06, which can accurately decline, to be reset on mould bases 07, it is ensured that the smoothness of subsequent handling.Connection
The second positioning mechanism is equipped between 054 upside of part and mold 06；Second positioning mechanism includes set on the of the upside of connector 054
Two positioning protrusion 057, and the second positioning seat 065 of 06 downside of mold is set；Connector 054 it is vertically movable and with mold 06
When connection, the second positioning protrusion 057 and the second positioning seat 065 cooperate.By being arranged second between connector 054 and mold 06
On the one hand positioning mechanism ensures that connector 054 is connect with 06 accurate contraposition of mold, keep vacuum generator 051 and mold 06 accurate
Docking guarantees the effect that vacuum generator 051 vacuumizes, and on the other hand, this setup may insure the first lifting device
When 053 work, lifting mold 06 can be consolidated and mold 06 is made accurately to rise to predeterminated position, to be promoted to paper pulp tableware
Overlay film effect.Specifically, 06 lower part of mold is equipped with positioning plate 063, and the first positioning seat 65 and the setting of the second positioning seat 66 are positioning
063 lower part of plate, corresponding first connector 062 of positioning plate 063 are equipped with 064 second empty avoiding area 064.
It further include alignment sensor 074, alignment sensor 074 is arranged below film pressing device 04, is used to detect mould bases
07 rotation position.Alignment sensor 074 is infrared sensor, when the rotation of mould bases 07 makes mold 06 be located at film pressing device 04
When underface, the light that mould bases 07 stops alignment sensor 074 to project, so that triggering alignment sensor 074 exports location data.
Alignment sensor 074 is equipped at least two, is separately positioned on immediately below film pressing device 04, and is arranged in overlay film rack 011
On the position of tableware conveying device a1.By the way that alignment sensor 074 is arranged, it is ensured that mould bases 07 is precisely rotated to corresponding press mold
It on the position of device 04, avoids rotating due to mould bases 07 not in place, causes subsequent handling to occur chaotic, thus to other components
It damages, and results in waste of resources.
Film pressing device 04 includes mounting bracket 041 and press mold frame 044, and mounting bracket 041 is arranged in overlay film rack 011
Portion；It is connected between mounting bracket 041 and press mold frame 044 by the second lifting device 047, the second lifting device 047 is for driving
Press mold frame 044 is vertically movable；First heater 02 is corresponded on press mold frame 044 equipped with press mold empty avoiding area 045.Pass through setting second
Lifting device 047 drives press mold frame 044 to move downward, on the one hand, so that press mold frame 044 is applied pressure to membrane material, makes the place of membrane material
In tensioning state, it is ensured that effective fitting area of membrane material and paper pulp tableware, on the other hand, press mold frame 044 moves down and mould
Tool 06 fits closely, and can ensure that 060 top of placed cavity forms confined space under the sealing of membrane material, so that it is guaranteed that placed cavity 060
Interior air-tightness improves overlay film effect.041 lower part of mounting bracket is equipped with attachment base 043, and press mold frame 044 is correspondingly connected with seat 043
Equipped with linking arm 046, the second lifting device 047 is arranged between attachment base 043 and linking arm 046.The setting of mounting bracket 041 exists
The lower section of first heater 02, mounting bracket 041 are rectangular box, and middle part is equipped with third and avoids area 042, and this set can be with
Keep the setting of components more compact, to improve the space utilization rate inside overlay film rack 011, reduces overlay film rack 011
Volume reduces manufacturing cost.Second lifting device 047 is the lifting cylinder being arranged on attachment base 043, the second lifting device
047 telescopic end is connect with linking arm 046.
First heater 02 includes the first heating plate 021, and the first heating plate 021 is arranged by the first regulating mechanism 022
On 011 top of overlay film rack, the first regulating mechanism 022 is vertical between the first heating plate 021 and film pressing device 04 for adjusting
Distance.The vertical distance between the first heating plate 021 and film pressing device 04, a side are adjusted by the first regulating mechanism 022 of setting
Face, can be excessive to avoid the space between the first heating plate 021 and film pressing device 04, leads to heat losses, waste of resource is another
Aspect, it can be ensured that the first heating plate 021 reaches most preferably effective heated perimeter of film pressing device 04, guarantees the first heating plate
The heating and softening effect of 021 pair of membrane material.First regulating mechanism 022 includes mounting plate 023, guide rod 024, guide holder 025, elevating lever
026, mounting base 027 and handwheel 028；Corresponding first heating plate 021 of mounting plate 023 is installed in 011 top of overlay film rack, is oriented to
025 setting of seat is in 023 downside of mounting plate, and the setting of mounting base 027 is in 023 upside of mounting plate；Elevating lever 026, guide rod 024 are set respectively
It sets on 021 top of the first heating plate；Guide rod 024 and guide holder 025 are slidably connected and are pierced by mounting plate 023, and elevating lever 026 is worn
It crosses mounting plate 023 and is movably connect with mounting base 027, handwheel 028 is for adjusting the length that elevating lever 026 is pierced by mounting plate 023
Degree, to adjust the distance between the first heating plate 021 and film pressing device 04, guide rod 024, guide holder 025 cooperate, a side
It improves stability when the first 021 vertical motion of heating plate and on the other hand position-limiting action is played to the first heating plate 021, is made in face
First heating plate 021 is always positioned at right above film pressing device 04.First heating plate 021 is equipped with the first temperature sensor (in figure
It is not shown), the first temperature sensor is arranged below the first heating plate 021, and the first temperature sensor is for detecting the first heating
The heating temperature of plate 021；This setup may insure that the first temperature sensor accurately measures the first heating plate 021 to film
The heating temperature of material.
It further include secondary heating mechanism 03, secondary heating mechanism 03 is arranged in horizontally moveablely in overlay film rack 011, the
Two heating devices 03 can be connected the side of membrane material conveying device 11 close to or far from overlay film rack 011 in the horizontal direction, and second adds
Thermal 03 is for heating membrane material.By the way that secondary heating mechanism 03 is arranged, move membrane material simultaneously in overlay film rack 011
Enter to before overlay film processing stations have begun it is heated, to increase the heated duration of membrane material, it is ensured that membrane material is sufficiently heated, and is made
Membrane material sufficiently softens when moving to overlay film processing stations, effectively improves overlay film effect.Secondary heating mechanism 03 includes the second heating
Overlay film is movably arranged in by horicontal motion mechanism in plate 031 and second temperature sensor (not shown), the second heating plate 031
011 top of rack, second temperature sensor are arranged below the second heating plate 031, and second temperature sensor is for detecting second
The heating temperature of heating plate 031.Horicontal motion mechanism setting is arranged in 011 top of overlay film rack, horicontal motion mechanism first
For heating device 02 close on the position at film end 11, horicontal motion mechanism includes horizontal drive apparatus 033, slide plate 034, guiding
Part 035 and sliding block 035.There are two guide part 035 is set, two guide parts 035 are parallel to each other and Relative vertical is into film end 11 and out
Expect that 13 place plane of end is arranged in overlay film rack 011, the setting of sliding block 035 passes through sliding block 035 in 034 downside of slide plate, slide plate 034
It is slidably connected with guide part 035, horizontal drive apparatus 033 is for driving slide plate 034 back and forth to transport along the extending direction of guide part 035
It is dynamic.Between secondary heating mechanism 03 and slide plate 034 be equipped with the second regulating mechanism 032, the second regulating mechanism 032 include guide rod 024,
Guide holder 025, elevating lever 026, mounting base 027 and handwheel 028；The setting of guide holder 025 is set in 034 downside of slide plate, mounting base 027
It sets in 034 upside of slide plate；Elevating lever 026, guide rod 024 are separately positioned on 021 top of the first heating plate；Guide rod 024 and guide rod 024
It is slidably connected and is pierced by slide plate 034, elevating lever 026 passes through slide plate 034 and movably connect with mounting base 027, and handwheel 028 is for adjusting
Section elevating lever 026 is pierced by the length of slide plate 034, to adjust the distance between the first heating plate 021 and film pressing device 04, guide rod
024, guide holder 025 cooperates, and on the one hand improves stability when the first 021 vertical motion of heating plate, on the other hand, to the
One heating plate 021 plays position-limiting action, is always positioned at the first heating plate 021 right above film pressing device 04.
Referring to Figure 11 to Figure 16, film feeder 4 includes film feeding bracket 41, and 41 side of film feeding bracket is rolled up for placing membrane material,
Its other side is equipped with the delivery device that membrane material is delivered to membrane material conveying device 1；Delivery device includes push driving mechanism, active
The mutually patch touching of deflector roll 421 and driven guide roller 422, active guide roller 421 and driven guide roller 422, driven guide roller 422 are rotatably arranged in
On film feeding bracket 41, membrane material is located between active guide roller 421 and driven guide roller 422, and push driving mechanism passes through driving active
Deflector roll 421 drives driven guide roller 422 to rotate synchronously and realizes membrane material feeding.Film feeder 4 uses above-mentioned set-up mode, one side energy
Ensure that membrane material is in tensioning state, it is ensured that can uniformly convey membrane material to membrane material conveying device 1 and on the other hand be avoided that membrane material exists
It is displaced during output, influences the normal work of film feeder 4.Driven guide roller 422 is mounted on film feeding branch by swing mechanism
41 upside of frame, swing mechanism include swinging mounting 431 and cylinder 432, and driven guide roller 422 is rotatably set on swinging mounting 431,
The cylinder body of cylinder 432 is set on film feeding bracket 41, and output end and 431 one end of swinging mounting are hinged, 431 other end of swinging mounting
Hinged with film feeding bracket 41, driven guide roller 422 is set to 421 top of active guide roller, and the output end of cylinder 432 is released upwards can make to put
Dynamic bracket 431 and the hinge joint of film feeding bracket 41 are flipped up, and realize the release between active guide roller 421 and driven guide roller 422,
When the output end retraction of cylinder 432, swinging mounting 431 can be made to reset overturning downwards, make active guide roller 421 and driven guide roller 422
It clamps, can make to unclamp or clamp between active guide roller 421 and driven guide roller 422 by the release and retraction of cylinder 432, be convenient for
Membrane material is placed between active guide roller 421 and driven guide roller 422.Pushing driving mechanism is the second driving motor 43.
Membrane material conveying device 1 includes transfer gantry 51, and conveyance drive mechanism, membrane clip chain on transfer gantry 51
Component and chain wheel assembly, membrane clip chain component drive folder film by chain wheel assembly for clamping and conveying membrane material, conveyance drive mechanism
Membrane material conveying is realized in chain component operating.Membrane material conveying device 1 can ensure that membrane material by clamping conveying membrane material using membrane clip chain component
It is input to film covering device 01 in tensioning state, to improve the effect of 01 overlay film of film covering device.
Membrane clip chain component includes membrane clip chain exterior chain 10, chain 20 and support plate 30 in membrane clip chain, under chain support upper plate 31 and chain support
Plate 32, chain 20 is closed circular chain in membrane clip chain, is driven by chain wheel assembly, membrane clip chain exterior chain 10 is connected to chain in membrane clip chain
On 20, chain support upper plate 31 and chain support lower plate 32 are fixed in support plate 30 by connectors such as bolts, under chain support upper plate 31, chain support
Two T-slots 33 up and down are formed between plate 32 and support plate 30, chain 20 is set in T-slot 33 in membrane clip chain, and can be along T-slot 33
It is mobile.Chain 20 includes inner plate 21, outer plate 23 and roller 22 in membrane clip chain, and inner plate 21 is fixed on the two sides of roller 22, outside
Carrier bar 23 connects chain 20 in two adjacent sections membrane clip chain.It is connected between inner plate 21 and outer plate 23 by roller 22, outside membrane clip chain
Chain 10 includes chain card 11, tape spool outer link 12 and reset spring 13, and tape spool outer link 12 is fixed on roller 22, chain card 11 and band
The mutual fitting of axis outer link 12, reset spring 13 are located between chain card 11 and tape spool outer link 12, chain card 11 and tape spool exterior chain
Section 12 on be respectively equipped with the clamping part 111 mutually abutted, by compress or open reset spring 13 can make clamping part 111 open or
It clamps.
Conveyance drive mechanism includes third driving motor 52, and chain wheel assembly includes the first sprocket wheel 531,532 and of the second sprocket wheel
Third sprocket wheel 533, third driving motor 52 are sequentially connected in such a way that belt is driven with the first sprocket wheel 531, membrane clip chain component
Membrane clip chain in chain 20 engaged respectively with the first sprocket wheel 531, the second sprocket wheel 532 and third sprocket wheel 533, support plate 30 be equipped with two
It is a, the two sides of conveying mechanism 1 are respectively arranged on, the second sprocket wheel 532 and third sprocket wheel 533 have been respectively fixedly connected with transfer guide roller 54,
Second sprocket wheel 532 is set to the input terminal of conveying mechanism 1, and third sprocket wheel 533 is set to the output end of conveying mechanism 1, the second sprocket wheel 532
It is taper cone pulley with third sprocket wheel 533, when membrane clip chain exterior chain 10 bypasses the second sprocket wheel 532 or third sprocket wheel 533, the second sprocket wheel 532
Chain card 11 is jacked up by compression reseting spring 13 with the conical section of third sprocket wheel 533, makes chain card 11 and tape spool outer link 12
Clamping part 111 opens, and when membrane clip chain exterior chain 10 leaves the second sprocket wheel 532 or third sprocket wheel 533, the reset of reset spring 13 makes to press from both sides
The clamping of portion 111 is held, release and clamping of the membrane material on conveying mechanism 1 are realized by above-mentioned principle.
Membrane material conveying device 1 further includes recovering mechanism 6, and recovering mechanism 6 includes recycling mounting rack 61 and pacifies set on recycling
Recycling driving mechanism, turntable 62 and two wind-up rolls 63 on 61 are shelved, the setting that two wind-up rolls 63 are separated by turns on turntable 62
Disk 62 drives the rotation of two wind-up rolls 63 to realize the recycling of membrane material clout by recycling driving mechanism driving；By the way that the head end of membrane material is put
Between two wind-up rolls 63, so that membrane material clout is realized automatic material receiving with the rotation of two wind-up rolls 63, there is effect easy to use
Fruit can effectively avoid membrane material clout from influencing production environment simultaneously as membrane material clout is recycled.Recycling driving mechanism includes
First driving motor 65 and the first retarder 66, the first driving motor 65 are sequentially connected by the first retarder 66 with turntable 62.
Two wind-up roll 63 is eccentric to be set on turntable 62.Recovering mechanism 6 further includes stacking station 64, the output of stacking station 64 and conveying mechanism 1
End linking, turntable 62 are set to the lower section of stacking station 64；The end of stacking station 64 is equipped with transition deflector roll 641, and transition deflector roll 641 is used for
Change the lead of membrane material, transition deflector roll 641 is specially to be directed to down the membrane material of stacking station 64 in a manner of rolling guiding
The wind-up roll 63 of side；By the temporary membrane material to be wound of setting stacking station 64, membrane material placement at random is avoided, keeps environment clean and tidy.
The membrane material conveying speed of membrane material conveying device is greater than the linear velocity of wind-up roll rotation；The membrane material conveying speed of membrane material conveying device with
The linear velocity ratio of wind-up roll rotation is ∈ [1.5,4]；By this setup, user can set according to the yield of membrane material clout
The linear velocity of wind-up roll rotation is determined, to smoothly complete clout recycling.
Referring to Figure 17 to Figure 26, tableware conveying device a1 includes discharge mechanism a100, transfer device a2 and tableware conveyer
Structure a3；Discharge mechanism a100 includes cement emptying rack a10 and the feeding passage a11 on the upside of cement emptying rack a10, feeding passage
For a11 for placing paper pulp tableware, the both ends feeding passage a11 are respectively equipped with feed inlet a111 and discharge port a112；Transfer device a2
It is wrapped positioned at the side feeding passage a11 discharge port a112 for being connected the input terminal of discharge port a112 Yu tableware conveying mechanism a3
The the first sucker a22 and transfer driving mechanism for adsorbing tableware are included, transfer driving mechanism drives the first sucker a22 in discharge port
Switch between a112 and the input terminal of tableware conveying mechanism a3, so that the first sucker a22 shifts tableware from discharge mechanism a100
To tableware conveying mechanism a3.Tableware conveying device a1 is shifted paper pulp tableware from discharge mechanism a100 by setting transfer device a2
To tableware conveying mechanism a3, to realize the single separation by paper pulp tableware and sequencing feeding, there is high degree of automation, fortune
Defeated high-efficient advantage, and then reduce labor intensity and guarantee the production safety of producers.
Transfer driving mechanism includes the revolving part a21 and driving revolving part above the input terminal of tableware conveying mechanism a3
The transfer driving device of a21 rotation；The position that first sucker a22 corresponds to discharge port a112 is mounted on revolving part a21, transfer
Driving device driving revolving part a21 is overturn between discharge port a112 and the input terminal of conveying mechanism realizes turning for paper pulp tableware
It moves；This setup can be reduced the occupied space of transfer driving mechanism, make the overall structure of tableware conveying device a1 more
It is compact, improve space utilization rate.
Transfer device a2 is connected to above tableware conveying mechanism a3 by sucker mounting rack a20 and is located at close to discharge mechanism
The side of a100, revolving part a21 are rotatably arranged on sucker mounting rack a20, and revolving part a21 can be rotated along axis direction, are turned
Moving driving device includes third power push-rod a23, connecting rod a24 and the crank a25 on sucker mounting rack a20, revolving part
The one end a21 is fixedly connected with crank a25, the both ends of the connecting rod a24 drive rod with crank a25 and third power push-rod a23 respectively
Hingedly, connecting rod a24 relative rotating element a21 eccentric setting, third power push-rod a23's back and forth extends and retracts the first sucker of control
A22 above the discharge port a112 and tableware conveying mechanism a3 between switch.First sucker a22 by the 4th power push-rod a26 with
Revolving part a21 connection, the 4th power push-rod a26 are set on revolving part a21, and the first sucker a22 is set on the 4th power push-rod a26's
Output end；Using this structure, when the first sucker a22 feeding, convenient for adjusting the first sucker a22 and discharge port a112 according to demand
Or the distance between tableware conveying mechanism a3.Revolving part a21 is greater than revolving part a21 and discharging at a distance from tableware conveying mechanism a3
The distance of mouth a112, when the first sucker a22 feeding is diverted to tableware conveying mechanism a3, the 4th power push-rod a26 stretching makes first
Tableware is discharged the conveyor surface in tableware conveying mechanism a3 simultaneously close to the conveyor surface of tableware conveying mechanism a3 by sucker a22, is passed through
In this way, eating during can rotating tableware to tableware conveying mechanism a3 from discharge port a112 to avoid the first sucker a22
Tool is interfered with tableware conveying mechanism a3, and the first sucker a22 pass through the 4th power push-rod a26 can be with low clearance by tableware
The conveyor surface in tableware conveying mechanism a3 is discharged, the position precision that the first sucker a22 places tableware is effectively improved.Third power
Push rod a23 and the 4th power push-rod a26 is electric pushrod, hydraulic push rod or air-leg.
The first installing frame a101 and the second installing frame a102, the first installing frame a101 and the is equipped on the upside of cement emptying rack a10
Two installing frame a102 are in the shape of a frame, and discharge mechanism a100 further includes several guiding bar a110, and guiding bar a110 is in a strip shape, several guidance
The both ends of bar a110 are connected to the first installing frame a101 and the second installing frame a102, and guiding bar a110 is around the inside constituted
Space is feeding passage a11, and guiding bar a110 is manufactured according to different tableware shapes into compatible feeding passage a11, and feeding is logical
A11 production in road is simple.Preferably, the first sucker a22 is corresponded to there are three each feeding passage a11 sets, also, feeding passage a11
It is sloped downwardly setting from feed inlet a111 to discharge port a112 mono-, is leaned on by gravity from the direction trend discharge port a112 convenient for tableware
Closely.Cement emptying rack a10 be located at discharge port a112 be equipped with elastically deformable backgauge part a113, backgauge part a113 in the form of sheets, and
And it is rotatably arranged in the periphery of the second installing frame a102；Backgauge part a113 is located at the two sides discharge port a112 or more and symmetrically respectively sets
Have one, set altogether there are four, this setup can preferably avoid tableware occur overlapping feeding the phenomenon that, using reliable.
Tableware conveying mechanism a3 is belt gear or roller transmission mechanism.
The conveyor surface of tableware conveying mechanism a3 is equipped with the gib block a31, gib block a31 of guidance paper pulp tableware conveying direction
The channel of guidance paper pulp tableware conveying is formed at least provided with two, between two gib block a31, is also set on tableware conveying mechanism a3
There is the regulating mechanism of distance between adjustment gib block a31, consequently facilitating entering the position tune of tableware conveying mechanism a3 according to tableware
Its whole conveying direction, and ajust according to the specification of tableware the posture of tableware.
Regulating mechanism includes the portal frame a32 and guiding connector a33 on the upside of tableware conveying mechanism a3, portal frame
At least provided with two, guiding connector a33 can be connected to transverse shifting on portal frame a32 a32, the lower end guiding connector a33
Gib block a31 is connected, above-mentioned set-up mode is convenient for the quick position for adjusting gib block a31.
There are two feeding passage a11 is set, the first sucker a22 is correspondingly provided with two groups, there are four gib block a31 is set.
Discharge mechanism a100 is equipped with stair tread a5 close to the side feed inlet a111, is carried to paper matrix service plate convenient for worker
Discharge mechanism a100.
Tableware conveying device a1 further includes lifting body a4；Lifting body a4 includes elevator platform a41, and is set to lifting
Lifting platform a42, lift drive mechanism a43, the first inductive switch a401, conveyer belt a441 and conveyer belt driving on rack a41
Mechanism；Conveying tape drive mechanism is for driving conveyer belt a441 to operate, the output end of conveyer belt a441 and tableware conveying mechanism a3
The end of conveyer belt a441 conveying direction is arranged in linking, the first inductive switch a401, and the first inductive switch a401 is for detecting
The tableware of conveying in place, and trigger lift drive mechanism a43 control lifting platform a42 lifting tableware.Lifting body a4 can be by paper pulp
Tableware is lifted to the height for facilitating 01 feeding of film covering device, so that paper pulp tableware is preferably ranked up feeding, improves tableware
The degree of automation of conveying device a1 improves the working efficiency of tableware conveying device a1.Lifting platform a42 is located at conveyer belt a441
The end of conveying direction is equipped with the mobile blocking portion a45 of limitation paper pulp tableware, after the first inductive switch a401 is located at blocking portion a45
Side.
Lifting body a4 further includes the second inductive switch a402, the second inductive switch a402 setting in the first inductive switch
When the rear side of a401, the first inductive switch a401 and the second inductive switch a402 are triggered simultaneously, lift drive mechanism is triggered
A43 controls lifting platform a42 lifting；Connection frame a423 is connected on the downside of lifting platform a42, connection frame a423 is equipped with activity limit
Device, mobile limiter include the first stopper a461 and the first power push-rod a462, and the first stopper a461 setting is the
On one power push-rod a462, the first stopper a461 can be moved up and down with the first power push-rod a462.Lifting body a4 further includes
Third inductive switch a403, mobile limiter further include the second power push-rod a464 and the second stopper a463, and second stops
Block a463 is set to the output end of the second power push-rod a464, after third inductive switch a403 is set to the second inductive switch a402
Side, the second stopper a463 are set to the lower section between the second inductive switch a402 and third inductive switch a403, for lifting resistance
Paper pulp tableware after gear extremely, when the second inductive switch a402 is triggered, the second power push-rod a464 is triggered simultaneously makes second
Stopper a463 is lifted, and third inductive switch a403 is used for the paper pulp tableware after detected extremely, the first inductive switch a401, second
Inductive switch a402 and third inductive switch a403, which is designed to be triggered simultaneously, just controls lifting platform a42 lifting；Above-mentioned setting side
Formula guarantees that two neighboring moulded paper containers of food spacing distance is identical convenient for lifting body a4 while multiple moulded paper containers of food, realizes in sequence
Material improves moulded paper containers of food feeding quantity.
Lift drive mechanism a43 is the air pressure push rod on pedestal a411, and output end is connect with connection frame a423, the
One power push-rod a462 and the second power push-rod a464 are mounted on connection frame a423, the first stopper a461 and the second stopper
The two sides that a463 corresponds to lifting platform a42 are respectively equipped with one, and two the first stopper a461 are both connected to same first power and push away
The output end of bar a462, two the second stopper a463 are both connected to the output end of same second power push-rod a464；Pass through this
Sample setting limits it from moulded paper containers of food front two sides and continues to move to, and positioning blocking effect is good.Further, on connection frame a423
It is horizontally arranged with installation slide opening a424, the first power push-rod a462 and the second power push-rod a464 and installation cunning is mounted on by screw
On the a424 of hole；It is arranged in this way, is conveniently adjusted between the first stopper a461, the second stopper a463 and blocking portion a45
Spacing, to adapt to the moulded paper containers of food of different length size.
Elevator platform a41 includes pedestal a411, the first positioning plate a412 and the second positioning plate on pedestal a411
A413, the first positioning plate a412 are movably mounted on pedestal a411, and the first positioning plate a412 and the second positioning plate a413 are set
In the two sides of lifting platform a42, the first positioning plate a412 and the second positioning plate a413 opposite can be drawn close or separate, the first positioning plate
A412 and the second positioning plate a413 opposite inside is equipped with conveyer belt a441.
There are two lifting platform a42 is separated by and sets；Elevator platform a41 further includes third positioning plate a414, third positioning plate a414
It being fixedly mounted on pedestal a411, the first positioning plate a412 and the second positioning plate a413 are set to the two sides of third positioning plate a414,
Two lifting platform a42 are respectively arranged between the first positioning plate a412 and third positioning plate a414 and the second positioning plate a413 and third are fixed
Between the plate a414 of position, the two sides third positioning plate a414 are equipped with negative pulley wheel a443, are arranged on negative pulley wheel a443 defeated
Send band a441, regulating mechanism includes bidirectional helical screw rod a471 and the crank a472 set on the one end bidirectional helical screw rod a471, double
It is threadedly coupled respectively with the first positioning plate a412 and the second positioning plate a413 to the threaded portion of the two sides threaded screw rod a471；By turning
Shake and two lifting platform a42 transport moulded paper containers of food bulk can be adjusted in a472.
First inductive switch a401, the second inductive switch a402 and third inductive switch a403 are set to third positioning plate a414
Gap between side and lifting platform a42, the first inductive switch a401, the second inductive switch a402 and third inductive switch a403
It can be optoelectronic switch or range sensor etc..
The upper surface lifting platform a42 is equipped with the limitation paper pulp tableware guide part a421 mobile to two sides, and guide part a421 is arranged side by side
Set on two, two one end guide part a421 extend to blocking portion a45, the other end extend to the input terminal of lifting body a4 and
Guidance part a422 is formed to relative inner bending, guide part a421 is mainly used in guiding paper pulp tableware (such as Foldable tableware),
Specifically, the junction between the upper cover and lower casing of Foldable tableware and guide part a421 cooperate, so as to effectively avoid paper pulp
Deviate in tableware transportational process.
Conveying tape drive mechanism includes being set under the first positioning plate a412, the second positioning plate a413 and third positioning plate a414
Drive pulley 442, transmission shaft 481, feed drive motor 482 and the driving member of side, feed drive motor 482 pass through driving member
It is sequentially connected with transmission shaft 481, transmission shaft 481 is each passed through the first positioning plate a412, the second positioning plate a413 and third positioning
Plate a414 and its drive pulley 442 are sequentially connected, the first positioning plate a412 and the second positioning plate a413 inner top side two sides with
And the third two sides positioning plate a414 upper end two sides are respectively equipped with negative pulley wheel a443, the drive pulley of same positioning plate side
442 and corresponding negative pulley wheel a443 drives conveyer belt a441 by feed drive motor 482 rotating around conveyer belt a441 is equipped with
Transport is realized and paper pulp tableware is transported in lifting platform a42.
Tableware conveying device a1 further includes moving into mechanism a6, moves into mechanism a6 and is arranged above lifting body a4, and extends
To film covering device 01；Mechanism a6 is moved into include guide rail a61, the second sucker a62, connecting bracket a63 and move into driving device
a64；Guide rail a61 is arranged on the top lifting body a4, and extends to below film pressing device；Second sucker a62 setting is in connection branch
On frame a63, connecting bracket a63 is slidably connected with guide rail a61；It moves into driving device a64 and is led for being drivingly connected the edge bracket a63
The length direction of rail a61 moves back and forth.
Referring to fig. 27, it further include trimming device b1；Trimming device b1 includes moving-out device b12, trimming upper mold b13, vertical
Output end of the film covering device 01 to membrane material conveying device 1 is arranged in driving device b16 and trimming lower die b14, trimming lower die b14
Side；Trimming upper mold b13 can be arranged in vertical motion above trimming lower die b14, connect vacuum means on trimming upper mold b13
It sets, trimming upper mold b13 and trimming lower die b14 structure are enclosed trimming station b15, and vertical drive b16 is cut for driving
Side upper mold b13 is moved along the vertical direction, and trimming upper mold b13 can mold with trimming lower die b14 or divide mould；Moving-out device b12 can water
It is flat to be movably arranged between trimming upper mold b13 and trimming lower die b14, for removing the tableware for completing trimming in trimming station b15.
It further include stack device b2, side of the trimming device b1 with respect to film covering device 01, stack device b2 packet is arranged in stack device b2
It includes and turns to stack Acetabula device b21 and stacking transport platform b22；It shifts Acetabula device setting and is stacking transport platform b22 and trimming device
Between b1, transport platform b22 is stacked for the paper pulp tableware on moving-out device b12 to be transferred to；Paper pulp tableware is from moving-out device
After b12 is transferred to stacking Acetabula device, stacks Acetabula device and successively overlay paper pulp tableware on stacking transport platform b22；It stacks
Transport platform b22 is equipped with the pipeline b23 of output paper pulp tableware.
Working principle of the utility model is:
Membrane material is sent in film covering device 01 from membrane material conveying device 1 to the direction trimming device b1；Paper pulp tableware is by meal
Tool conveying device a1 separation sequence is placed in the placed cavity 060 of mold 06, and transfer device running driving mould bases 07 makes mold 06
Switch between film pressing device 04 and the output end of tableware conveying device 13, tableware is transferred to pressure from tableware conveying device 13
The lower section of film device 04；After alignment sensor 074 detects that mold 06 enters to overlay film processing stations, the first lifting device 053
Connector 054 is lifted, connect the second connector 056 on connector 054 with the first connector 062 of mold 06, vacuum hair
The raw work of device 051 makes to generate negative pressure in placed cavity 060；First lifting device 053 continues to lift connector 054, makes connector 054
Mold 06 is pushed to move upwards so that membrane material to be pressed on to the upside of mold 06；Second lifting device 047 drives press mold frame 044 downward
Movement, makes press mold frame 044 apply downward pressure to membrane material will cover 06 upper end of mold；06 top of mold is in the close of membrane material
Confined space is formed under envelope, meanwhile, first heater 02 heats and softens membrane material, and membrane material is enable to paste under subnormal ambient
It is bonded on the inside of the cavity of paper pulp tableware；After the completion of overlay film, paper pulp tableware is mobile to the direction trimming device b1 with membrane material；Paper pulp meal
After tool enters trimming device b1 with membrane material, trimming upper mold b13 and trimming lower die b14 molding are to the paper pulp tableware being attached in membrane material
Trimming is carried out, paper pulp tableware is made to be detached from membrane material, meanwhile, vacuum evacuation device work makes the trimming lower surface upper mold b13 generate suction and inhales
Attached paper pulp tableware；Vacuum evacuation device stops working, and the paper pulp tableware for being attached to the lower surface trimming upper mold b13 is transferred to moving-out device
On b12, moving-out device b12, which is moved to, to be turned to stack below Acetabula device b21, and b21 turns stacking Acetabula device work and is placed on removing
Paper pulp tableware on device b12, which is transferred to, to be stacked on transport platform b22.
Compared with prior art, the full-automatic paper pulp tableware equipment for coating film of the utility model, has the advantage that
(1) membrane material of the utility model and paper pulp tableware pass through membrane material conveying device 1 respectively and tableware conveying device a1 is only
Vertical to enter on overlay film processing stations, needing first paper pulp tableware to place compared to existing paper pulp tableware film covering device again will pressure
Film device is placed on overlay film processing stations the production method that overlay film is carried out to paper pulp tableware, can be reduced the operation step of producers
Suddenly, powder feeding efficiency is improved；
It (2) can will wherein by the way that at least two molds 06 are arranged on mould bases 07, after so that mould bases 07 is rotated by a certain angle
One mold 06 is moved to 04 lower section of film pressing device, another mold 06 is for placing paper pulp tableware, to improve each section zero
The utilization rate of component, and then effectively improve the production efficiency of the utility model；
(3) the utility model drives mould bases 07 to make mold in film pressing device and tableware conveying device by transfer device 073
Switch between the output end of a1, realizes the Full automatic feed of paper pulp tableware, compared to existing paper pulp tableware film covering device 01,
The trouble for the hand feed saved to reduce the labor intensity of producers, while improving the safety of production operation, subtracts
Few producers' leads to injured risk because of operation error.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and is modified.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of the utility model should also be as falling into the protection scope of the claims of the present utility model.In addition, to the greatest extent
It is used some specific terms in pipe this specification, these terms are merely for convenience of description, not to the utility model
Constitute any restrictions.
Claims (10)
1. a kind of full-automatic paper pulp tableware equipment for coating film, it is characterised in that: defeated including film feeder, membrane material conveying device, tableware
Send device and film covering device；
The membrane material conveying device passes through film covering device, for inputting membrane material to film covering device and exporting tableware coated with film；
The film feeder is connected with the input terminal of membrane material conveying device, for membrane material to be delivered to membrane material conveying device；
The output end of the tableware conveying device is connected with the film covering device, for inputting to the film covering device to overlay film
Tableware；
The film covering device includes:
Mold, equipped with the placed cavity for placing tableware, and the evacuation passageway being connected to placed cavity；
Film pressing device is set to above mold, and film pressing device and mold can be relatively moved so that membrane material to be pressed on to the upside of mold, is made
Air-tight state is between membrane material and placed cavity；
Mould bases is equipped at least two molds；
Transfer device drives the mould bases to switch mold between film pressing device and the output end of tableware conveying device, will
Tableware is transferred to the lower section of film pressing device from tableware conveying device；
First heater, for heating and softening the membrane material for being pressed on the upside of mold；
Vacuum evacuation device is connect with evacuation passageway, for vacuumizing to the placed cavity after closed, so that the film after softening
Material is attached on the inside of the cavity of tableware.
2. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 1, it is characterised in that: the film feeder packet
Film feeding bracket is included, for placing membrane material volume, the other side, which is equipped with, is delivered to membrane material conveying dress for membrane material for film feeding bracket side
The delivery device set；
The delivery device includes push driving mechanism, active guide roller and driven guide roller, the active guide roller and driven guide roller phase
Mutually patch touching, the driven guide roller is rotatably arranged on film feeding bracket, the membrane material be located in active guide roller and driven guide roller it
Between, the push driving mechanism drives driven guide roller to rotate synchronously and realizes membrane material feeding by driving active guide roller.
3. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 1, it is characterised in that: the membrane material conveying dress
It sets including transfer gantry, and conveyance drive mechanism, membrane clip chain component and chain wheel assembly on transfer gantry, the folder film
Chain component drives the operating of membrane clip chain component to realize film for clamping and conveying membrane material, the conveyance drive mechanism by chain wheel assembly
Material conveying.
4. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 3, it is characterised in that: the membrane material conveying dress
Setting further includes recovering mechanism, and the recovering mechanism includes recycling mounting rack and the recycling driving machine on recycling mounting rack
Structure, turntable and two wind-up rolls, on the turntable, the turntable passes through recycling driving machine for the setting that two wind-up roll is separated by
Structure driving drives the rotation of two wind-up rolls to realize the recycling of membrane material clout.
5. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 1, it is characterised in that: the tableware conveying dress
It sets including discharge mechanism, transfer device and tableware conveying mechanism；
The discharge mechanism includes cement emptying rack and the feeding passage on the upside of the cement emptying rack, and the feeding passage is used for
Paper pulp tableware is placed, the feeding passage both ends are respectively equipped with inlet port and outlet port；
The transfer device is located at feeding passage discharge port side, for being connected the input of the discharge port Yu tableware conveying mechanism
End comprising for adsorbing the one the first suckers and transfer driving mechanism of tableware, the transfer driving mechanism drive the one the
One sucker switches between the discharge port and the input terminal of tableware conveying mechanism, so that the one the first suckers are by tableware from blowing
Mechanism is transferred to tableware conveying mechanism.
6. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 5, it is characterised in that: the transfer driving machine
Structure includes the transfer driving device of the revolving part and driving revolving part rotation above the input terminal of tableware conveying mechanism；First
The position that first sucker corresponds to the discharge port is mounted on revolving part, and transfer driving device driving revolving part is in the discharge port
The transfer of paper pulp tableware is realized in overturning between the input terminal of conveying mechanism.
7. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 5, it is characterised in that: the tableware conveying dress
Setting further includes lifting body；
The lifting body includes elevator platform, and the lifting platform on elevator platform, lift drive mechanism, the first induction
Switch, conveyer belt and conveying tape drive mechanism；The conveying tape drive mechanism is for driving the conveyer belt to operate, the conveying
Band is connected with the output end of the conveying mechanism, and the end of the conveying tape feeding direction is arranged in first inductive switch,
First inductive switch is used to detect the tableware of conveying in place, and triggers lift drive mechanism control lifting platform lifting tableware.
8. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 7, it is characterised in that: the tableware conveying dress
Setting further includes moving into mechanism, and the immigration mechanism is arranged above the lifting body, and extends in the film covering device；
The immigration mechanism includes guide rail, the second sucker, connecting bracket and moves into driving device；
The guide rail is arranged on lifting body top, and extends to below the film pressing device；
Second sucker is arranged in the connecting bracket, and the connecting bracket is slidably connected with the guide rail；
The driving device that moves into is used to that the connecting bracket to be driven to move back and forth along the length direction of the guide rail.
9. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 1, it is characterised in that: the mold lower part is set
There is the first connector, first connector is connected to the evacuation passageway；
The mould bases corresponds to first connector equipped with the first empty avoiding area；
The vacuum evacuation device includes vacuum generator, the first lifting device and connector；The connector is set to film pressing device
Lower section, is equipped with the second connector with the sealing cooperation of the first connector, and the vacuum generator is connect with the connector；
First lifting device is used for the vertically movable connector, connects so that the second connector is moved up with the first connector
It connects, is detached from or, moving down the second connector with the first connector.
10. a kind of full-automatic paper pulp tableware equipment for coating film according to claim 1, it is characterised in that: further include trimming dress
It sets；The trimming device includes moving-out device, trimming upper mold and trimming lower die, and the trimming lower die is arranged in the film covering device
To the side of the output end of membrane material conveying device；The trimming upper mold can be arranged in vertical motion above trimming lower die, described
Vacuum evacuation device is connected in trimming upper mold, the trimming upper mold and trimming lower die structure are enclosed trimming station, the trimming
Upper mold can mold with the trimming lower die or divide mould；Trimming upper mold and trimming lower die is arranged in the moving-out device horizontally moveablely
Between, for removing the tableware for completing trimming in trimming station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821783048.4U CN209158921U (en) | 2018-10-31 | 2018-10-31 | A kind of full-automatic paper pulp tableware equipment for coating film |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821783048.4U CN209158921U (en) | 2018-10-31 | 2018-10-31 | A kind of full-automatic paper pulp tableware equipment for coating film |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209158921U true CN209158921U (en) | 2019-07-26 |
Family
ID=67336097
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821783048.4U Active CN209158921U (en) | 2018-10-31 | 2018-10-31 | A kind of full-automatic paper pulp tableware equipment for coating film |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209158921U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109203434A (en) * | 2018-10-31 | 2019-01-15 | 佛山市必硕机电科技有限公司 | A kind of full-automatic paper pulp tableware equipment for coating film |
| CN111571722A (en) * | 2020-05-27 | 2020-08-25 | 河北泽恒纸塑包装制品有限公司 | Environment-friendly paper products cutting edge device |
| CN113211767A (en) * | 2021-04-28 | 2021-08-06 | 深圳市邦正精密机械有限公司 | Pressurizing mechanism |
-
2018
- 2018-10-31 CN CN201821783048.4U patent/CN209158921U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109203434A (en) * | 2018-10-31 | 2019-01-15 | 佛山市必硕机电科技有限公司 | A kind of full-automatic paper pulp tableware equipment for coating film |
| CN111571722A (en) * | 2020-05-27 | 2020-08-25 | 河北泽恒纸塑包装制品有限公司 | Environment-friendly paper products cutting edge device |
| CN113211767A (en) * | 2021-04-28 | 2021-08-06 | 深圳市邦正精密机械有限公司 | Pressurizing mechanism |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: A fully automatic film coating equipment for pulp tableware Effective date of registration: 20210923 Granted publication date: 20190726 Pledgee: China Co. truction Bank Corp Foshan branch Pledgor: FOSHAN BESURE TECHNOLOGY Co.,Ltd. Registration number: Y2021980009713 |
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| PC01 | Cancellation of the registration of the contract for pledge of patent right | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20230103 Granted publication date: 20190726 Pledgee: China Co. truction Bank Corp Foshan branch Pledgor: FOSHAN BESURE TECHNOLOGY CO.,LTD. Registration number: Y2021980009713 |
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| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: F1-f5, f8-f11, No.5, Yongye Road, Yundonghai street, Sanshui District, Foshan City, Guangdong Province, 528100 Patentee after: Guangdong Bishuo Intelligent Technology Co.,Ltd. Country or region after: China Address before: F1-f5, f8-f11, No.5, Yongye Road, Yundonghai street, Sanshui District, Foshan City, Guangdong Province, 528100 Patentee before: FOSHAN BESURE TECHNOLOGY CO.,LTD. Country or region before: China |