CN216832477U

CN216832477U - Full-automatic cake box bottom support production equipment

Info

Publication number: CN216832477U
Application number: CN202122869627.9U
Authority: CN
Inventors: 周灿; 李泽林
Original assignee: Jinhua Ruibin Intelligent Manufacturing Technology Co ltd
Current assignee: Jinhua Ruibin Intelligent Manufacturing Technology Co ltd
Priority date: 2021-11-18
Filing date: 2021-11-18
Publication date: 2022-06-28
Anticipated expiration: 2031-11-18

Abstract

The utility model provides full-automatic cake box bottom support production equipment which comprises a processing production line with a linear double-layer structure, a paper box folding mechanism arranged on the side face of the processing production line and used for folding a paper box, a foam plate filling mechanism used for filling foam plate material, a panel paper gluing mechanism used for gluing panel paper, a bottom support pressing mechanism and a bottom support cutting mechanism arranged on the upper portion of the processing production line, wherein the processing production line comprises a processing rack, a plurality of processing stations arranged in the processing rack, a bottom support mold movably arranged in the processing stations and a mold circulating mechanism used for driving the bottom support mold to circularly operate in the processing production line. The full-automatic cake box bottom support production equipment disclosed by the utility model has the advantages of reasonable overall structure, good feeding stability, extremely high working efficiency and low energy consumption, can be used for automatically assembling and producing the cake box bottom support, realizes the streamlined uninterrupted work, and effectively improves the assembling efficiency of the cake box bottom support.

Description

Full-automatic cake box bottom support production equipment

Technical Field

The utility model belongs to the technical field of cake box bottom support processing devices, and particularly relates to full-automatic cake box bottom support production equipment.

Background

General cake box comprises base and lid on the existing market usually, and cake box base upper surface is smooth, and the base edge is smooth, and the cake is placed and is covered the lid on glossy cake box base, and the rethread rope bindes base and lid together to transport the cake.

The traditional method of the cake box bottom support at present is that the paper which is cut by a die is folded manually, the paper is sleeved into a standard sleeve die, a filler is put into the standard sleeve die, then a hard board is covered, the filled bottom support and the sleeve die are stacked together and are pressed by heavy pressure, the semi-finished product of the bottom support is taken out, the periphery of the semi-finished product of the bottom support is cut off by the die cutting machine, and a gap of a binding belt is cut off, the traditional method has the defects of low efficiency, high labor, occupying more production fields and inconvenience for large-batch automatic production, the prior art also has a full-automatic cake box bottom support machine which adopts a machine to automatically produce the bottom support as disclosed in the Chinese patent (publication number: CN113232367A), a station rotary platform is arranged in the middle of the cake box bottom support machine, then a foot lifting machine, a glue coating machine, a material preparation machine and the like are arranged at the periphery of the rotary platform, the automatic processing of the cake box bottom support is realized by the rotation of the rotary platform, but the structural layout of the cake box bottom support processing equipment is not reasonable enough, the peripheral equipment shields part of the processing platform, so that the processing platform is inconvenient to maintain and clean in the later period, and the processing process of the cake box bottom support has two procedures of compressing the bottom support after being glued and cutting four edges of the bottom support, the two processes adopt the structure of a press, which puts high requirements on the structural strength of the rotary platform, the equipment adopts a rotary platform rotation mode to realize the rotation of the station and further carry out one-step processing on the raw materials in the station, in order to match the two working operations of pressing and cutting, a press bottom plate is added to the whole processing platform to avoid the damage of the rotary platform caused by the press and cutting of the station, the whole rotary platform press bottom plate not only improves the production cost of equipment, but also needs higher energy consumption by driving the rotary platform and the press bottom plate to rotate together, and is not in line with the characteristics of energy conservation and consumption reduction in the current society.

SUMMERY OF THE UTILITY MODEL

The utility model provides full-automatic cake box collet production equipment, which not only realizes full-automatic assembly line processing production of cake box collets, but also enables the structure of the whole equipment to be more reasonable by setting a processing production line into a linear double-layer structure and matching the cake box collet production equipment with the production equipment of each flow processing at two sides of the production line and setting the processing production line into a structure capable of running in a reciprocating and circulating manner.

In order to solve the technical problems, the technical scheme of the utility model is as follows:

the utility model provides a full-automatic cake box bottom support production facility, includes the processing lines that is linear type bilayer structure, sets up in the processing lines side and is used for the carton of carton conversion into to fold into the mechanism, is used for the cystosepiment that the bubble template material loading was filled to fill the mechanism, is used for panel paper spreading mechanism of material, sets up in the collet hold-down mechanism and the collet mechanism that cuts on processing lines upper portion of production lines, processing lines includes processing frame, a plurality of processing stations that set up in the processing frame, the activity sets up the collet mould and drive collet mould at processing lines inner loop moving's mould circulation mechanism in the processing lines.

Furthermore, the processing stations are of a double-layer structure from top to bottom, the processing stations comprise a feeding station for feeding the folded paper box, a filling station for filling the foam board, a cementing station for cementing the panel paper, a pressing station for pressing the bottom support of the cake box, a cutting station for cutting the bottom support of the cake box and a discharging station for discharging the bottom support of the finished cake box, which are sequentially arranged from left to right, the mold circulating mechanism comprises a first lifting mechanism arranged under the feeding station and used for lifting the bottom support mold to the feeding station at the upper layer, a first driving device for driving the bottom support mold to circulate and a second lifting mechanism arranged under the discharging station and used for descending the bottom support mold to the discharging station at the lower layer, the first driving device comprises a first driving cylinder for pushing the bottom support mold arranged in the discharging station into the filling station and a second driving cylinder for returning the bottom support mold at the lower layer to the discharging station, first elevating system includes through connecting rod fixed connection in the fixed plate of feeding station bottom, fixed connection in the lift cylinder on fixed plate upper portion and fixed the mould lifter plate that sets up in lift cylinder piston rod tip and be used for the collet mould to go up and down, a plurality of guiding axles of mould lifter plate bottom fixedly connected with, a plurality of guiding axle sleeves that supply the guiding axle to peg graft have evenly been laid on fixed plate upper portion. The area of a production equipment working site is effectively reduced by arranging the processing station into an upper layer and a lower layer, and the reciprocating circulation of the bottom support die in the feeding channel is realized by arranging the lifting mechanisms at two ends, so that the overall structure of the production equipment is simplified by the processing station structure, and the later-stage workers can overhaul and clean the structure in the processing station.

Further, the processing rack comprises a chassis, a guide clamping plate fixedly arranged on the upper part of the chassis, travel limiting plates fixedly arranged at two ends of the guide clamping plate, an upper baffle plate fixedly arranged at the top of the guide clamping plate and used for preventing a bottom support mould from separating from a processing station, a lower track baffle plate fixedly arranged on the inner surface of the guide clamping plate and used for being overlapped by the bottom support mould of a lower layer, an upper track baffle plate fixedly arranged on the inner surface of the guide clamping plate and used for being overlapped by the bottom support mould in a filling station and a cementing station, and a press bottom plate which is positioned on a pressing station and a cutting station and is provided with a fixing frame in the guide clamping plate, wherein the upper surface of the press bottom plate and the upper surface of the upper track baffle plate are positioned in the same horizontal plane, the upper track baffle plate is arranged right above the lower track baffle plate and parallel to the lower track baffle plate, a transverse limiting rod is also connected in the processing rack, and buffer plates are fixedly connected on the outer surfaces of the travel limiting plates at two sides, be connected with the cushion cylinder who is used for collet mould buffering on the buffer board, the first piston rod tip that drives actuating cylinder and second and drive actuating cylinder of driving still fixedly connected with pay-off head, the location cylinder that direction cardboard outside still fixedly connected with was used for collet mould location in each station, the transversal constant head tank that supplies location cylinder location piston rod to peg graft of personally submitting square and four sides all is offered to collet mould, and collet mould one side still detachable is connected with the mould and pushes away the cover. Can realize every collet mould all accurate location in the processing station through being provided with the location cylinder, it can avoid collet mould rigidity collision to reduce the damage of collet mould to set up the mould and push away the cover, can realize through setting up the collet mould for the structure that the constant head tank was all seted up to square and four sides can still use by the rotation after collet mould one side wearing and tearing, greatly improved the rate of utilization of collet mould, can avoid the collet mould to violently strike the frame and cause the damage through setting up stroke limiting plate and buffer plate in processing frame both sides.

The paper box folding mechanism is arranged on one side of the feeding station and is connected with the processing production line through a paper box feeding device for feeding paper boxes, the paper box folding mechanism comprises a folding base, a paper box feeding mechanism fixedly arranged on the upper portion of the folding base and a paper folding mechanism arranged between the paper box feeding mechanism and the processing production line, the paper box feeding mechanism comprises a paper box placing frame for placing paper boxes, a paper box feeding platform arranged right below the paper box placing frame, a paper box taking device for taking the paper boxes and a paper box feeding push plate for feeding the paper boxes to the paper folding mechanism, the moving path of the paper box taking device is located between the paper box placing frame and the paper box feeding platform, the feeding push plate is movably erected on the upper portion of the feeding platform, and the paper folding mechanism comprises a paper folding platform, a paper folding platform and a paper folding mechanism, wherein the paper folding platform is located on the same horizontal plane as the feeding platform, and the paper folding mechanism is movably erected on the upper portion of the paper box placing frame, The paper box bending mechanism is arranged on the periphery of the paper folding platform and used for bending four sides of the paper box, and the corner bending mechanism is arranged on the left side and the right side of the paper folding platform and used for bending corners of the paper box, the corner bending mechanism is U-shaped, and the movement path of the corner bending mechanism is perpendicular to the movement path of the paper box. The paper box is folded by matching the paper box bending mechanism and the corner bending mechanism, so that the paper box forms a standard folding process, the folding speed is greatly improved, and the folding quality is improved.

Further, carton pay-off baffle that still fixed be provided with and carton pay-off route be parallel to each other on carton pay-off platform upper portion both sides, carton pay-off baffle fixed connection in carton pay-off platform upper portion and extend to in the paper folding platform and not contact with the paper folding platform, still set up the through-hole that supplies the corner mechanism of bending to pass on the carton pay-off baffle, the tip of paper folding platform still fixed be provided with prevent that the carton from deviating from the paper folding platform's carton limit baffle, carton limit baffle and paper folding platform contactless and the lower terminal surface of carton limit baffle are less than the up end of paper folding platform. Through the arrangement of the paper box feeding baffle and the paper box limiting baffle, the phenomenon that the folding work is influenced by the displacement generated in the paper box processing process can be effectively avoided.

Further, cystosepiment filling machine construct set up in feeding station opposite side, cystosepiment filling machine construct include the cystosepiment base, set up the cystosepiment loading attachment that is used for the cystosepiment material loading on the cystosepiment base and set up the cystosepiment extracting device that is used for the cystosepiment to get in the processing frame, cystosepiment loading attachment is including setting up perpendicularly in cystosepiment base one side be used for the cystosepiment lifting device of cystosepiment lifting feed and setting up in the cystosepiment translation device that cystosepiment base opposite side is used for the cystosepiment translation, cystosepiment extracting device includes that the mount locates the support frame in the processing frame, set up the cystosepiment transfer device that is used for the cystosepiment to shift on the support frame and slide and set up the cystosepiment grabbing device on the cystosepiment transfer device. Can stack the cystosepiment and carry out the lifting pay-off in the work or material rest through being provided with cystosepiment elevating gear, can send the material in the cystosepiment station back with other stations removal to pay-off station department and continue the pay-off through being provided with cystosepiment translation device, can realize the automatic material loading of cystosepiment through above-mentioned two structures, through the transfer of snatching of cystosepiment transfer device and cystosepiment grabbing device to the cystosepiment, fill the cystosepiment into in the carton of cake box collet and then realize automatic the packing.

Further, the cystosepiment elevating gear is including fixed setting up in bracing piece, the guide rail of fixed connection on the bracing piece at cystosepiment base one side middle part, the second drive arrangement that the drive lift tray goes up and down that slide setting up on the guide rail, cystosepiment translation device is including fixed setting up in the linear rail base of cystosepiment base opposite side, the cystosepiment work or material rest that slides setting up on the linear rail base and the third drive arrangement that the drive cystosepiment material frame removed along the linear rail base, and the fixed a plurality of cystosepiment stations that are used for the cystosepiment to place that are provided with through the guide bar formation in cystosepiment material frame top have seted up in the cystosepiment work or material rest and supply the lift tray to go up and down and carry out the lift action to the cystosepiment and be the cavity of "U" type ", and the motion route mutually perpendicular of lift tray and cystosepiment work or material rest. The structure that adopts the lift tray cooperation cystosepiment station can guarantee that the cystosepiment all is in the precision that the cystosepiment was filled in same position when pay-off at every turn.

Further, the panel paper gluing mechanism and the paper box folding mechanism are arranged on the same side and are connected with the gluing station through a positioning plate, the panel paper gluing mechanism comprises a panel paper base, a panel paper storage rack fixedly arranged on the upper portion of the panel paper base and used for placing panel paper, a panel paper taking device arranged under the panel paper storage rack and used for taking panel paper, a panel paper feeding device used for feeding panel paper and a gluing device arranged in the panel paper base and used for gluing the panel paper, the panel paper grabbing device used for grabbing panel paper is arranged on the upper portion of the gluing station and comprises a panel paper translation mechanism used for translating the panel paper on the support frame, a panel paper lifting mechanism fixedly arranged on the panel paper translation mechanism and a panel paper grabbing component arranged at the end of the panel paper lifting mechanism, and a plurality of convex positioning plates uniformly arranged on the surface and used for reducing the contact area between the panel paper and the positioning plates are arranged And (6) stripping. The locating plate surface sets up protruding strip can reduce with the area of contact of panel paper, avoids panel paper to glue unable taking off on the locating plate, grabs the material device through setting up panel paper and realizes shifting to the cake box base from the locating plate of beating to glue on the back panel paper and hold in the palm the processing production line.

Further, the gluing device comprises a roller frame with a fixed frame arranged at the top of the panel paper base, a roller set arranged between the roller frames in a rotating manner, a glue box arranged at the bottom of the roller set and a fourth driving device for driving the roller frame to rotate to realize gluing of the panel paper and guiding feeding of the panel paper, wherein the roller set comprises an upper guide roller set, a lower guide roller and a gluing wheel used for gluing the panel paper, the upper guide roller set comprises two upper guide wheels which are arranged on the roller frame in parallel, the upper guide wheels are not contacted with the outer surfaces of the lower guide wheels, the lower guide wheels are contacted with the outer surfaces of the gluing wheels, the fourth driving device comprises a driving motor fixedly arranged in the frame, a first driving sprocket set driven to rotate by the driving motor, a second driving sprocket set driven to rotate by the first driving sprocket set and a third driving sprocket set driven to rotate by the second driving sprocket set, first transmission sprocket group including set up in the epaxial first drive sprocket of driving motor and set up in epaxial first driven sprocket of leading wheel commentaries on classics down, second transmission sprocket group sets up in epaxial second drive sprocket of leading wheel with rotating the second driven sprocket who sets up in the roller frame down, and third transmission sprocket group is including setting up in the epaxial third drive sprocket of roller frame and setting up in the epaxial third driven sprocket of leading wheel, first driven sprocket and the coaxial setting of second drive sprocket, and second driven sprocket passes through transmission gear group transmission with third drive sprocket, it still is provided with intermeshing and receives the last leading wheel gear train of third driven sprocket driven in the pivot of leading wheel group respectively to go up, it is used for driving rubberizing wheel pivoted rubberizing wheel gear train still to be provided with in the leading wheel pivot down. Through setting up the roller set can be effectual realization to the pay-off that leads when the even rubberizing of face paperboard, adopt the mechanism of a plurality of transmission component spares can guarantee that each subassembly rotates more stably in the whole roller set.

A processing method of full-automatic cake box bottom support production equipment comprises the following steps:

the method comprises the following steps: putting a paper box to be folded into a paper box placing frame, putting a foam plate into a foam plate frame, putting hot melt adhesive particles into a glue box for preheating and gluing, placing bottom support molds with the same structure on the upper layer and the lower layer of a processing station, putting panel paper into a panel paper placing frame, starting a paper box folding mechanism, enabling a paper box taking device in the paper box folding mechanism to work, sucking the paper box in the paper box placing frame to a paper box feeding platform, pushing the paper box in the paper box feeding platform to a paper folding platform by a paper box feeding push plate, pressing the paper box by a paper box feeding device, firstly folding the two sides of the paper box by the paper box bending mechanism, then folding the four connecting corners by a corner bending mechanism, finally folding the remaining two sides of the paper box by the corner bending mechanism, and then feeding the folded paper box into a feeding station by the paper box feeding device;

step two: a first driving air cylinder in the mold circulating mechanism works to push a bottom support mold with a folded paper box in a feeding station to a filling station for foam plate filling, at the moment, the bottom support mold in the processing station is extruded and impacted by the bottom support mold in the previous processing station and moves to the next processing station, a foam plate rack in the foam plate filling mechanism moves to the same horizontal position as a foam plate taking device, a lifting tray lifts a foam plate in the foam plate rack to a height capable of being taken by the foam plate taking device, then the foam plate taking device takes the foam plate and fills the foam plate into a paper box in the feeding station, and the bottom support mold in the filling station is extruded and impacted by the bottom support mold in a feeding station after the foam plate is filled into a glue filling station;

Step three: a panel paper taking device in the panel paper gluing mechanism sucks the panel paper in the panel paper storage rack into the panel paper feeding device, the panel paper is fed into a gluing device through a feeding device for gluing, a gluing wheel in the gluing device rotationally glues thermosol in a glue box on the surface of the gluing wheel, the gluing wheel and a lower guide wheel are contacted and rolled to uniformly coat the thermosol on the surface of the lower guide wheel, the panel paper is positioned between the upper guide wheel and the lower guide wheel to be guided and conveyed into a positioning plate, the lower surface of the panel paper is contacted with the lower guide wheel to realize gluing when the panel paper is conveyed, then, the face paper with glue in the positioning plate is taken to a gluing station by a face paper grabbing device and is bonded with a paper box filled with a foam board in the gluing station, and a bottom support die in the gluing station is extruded and impacted by a bottom support die in a filling station after gluing and bonding are completed to enter a pressing station;

step four: a pressing machine is arranged at the upper part of the pressing station, a bottom support die in the pressing station presses the assembled cake box bottom support, then the cake box bottom support is extruded and impacted by the bottom support die in the cementing station and enters a cutting station, a cutting machine in the cutting station cuts the pressed cake box bottom support, and the cake box bottom support enters a discharging station through the extrusion and impact of the bottom support die in the cutting station;

Step five: discharging device is installed on ejection of compact station upper portion, discharging device is with the finished product cake box collet ejection of compact back in the ejection of compact station, the collet mould that second elevating system work in with ejection of compact station in the mould circulation mechanism falls to lower floor's collet mould circulation, the second drives actuating cylinder and promotes the removal toward the opposite direction of processing production flow with the collet mould of lower floor in the ejection of compact station this moment, the motion principle of lower floor's collet mould is the same with the motion principle of upper collet mould, when lower floor's collet mould moved to the feeding station in, first elevating system in the feeding station lifts the collet mould of lower floor again to the upper strata in the processing station, and then realize the reciprocating cycle of collet mould.

The utility model has the following characteristics and beneficial effects:

the utility model relates to full-automatic cake box bottom support production equipment which is characterized in that a processing production line is arranged to be a linear double-layer structure and is matched with production equipment for processing cake box bottom supports in each flow path at two sides of the production line, and the processing production line is internally provided with a structure capable of reciprocating and circulating operation, thereby not only realizing the full-automatic production line processing production of the cake box bottom support, but also the structure of the whole equipment is more reasonable, the movement of the platform of the whole assembly line is avoided through the mode of circularly moving the bottom support die in the assembly line, the energy consumption of the whole production equipment is greatly reduced, through set up the carton that can automatic material loading and convert into mechanism, cystosepiment packing mechanism and panel paper rubber coating mechanism in processing lines both sides, realized the automatic material loading of cake box collet production facility and automatic equipment, and then realized the full-automatic streamlined production of cake box collet production. The full-automatic cake box collet production equipment provided by the utility model has the advantages of reasonable overall structure, good feeding stability, extremely high working efficiency and low energy consumption, can be used for automatically assembling and producing cake box collets, realizes the streamlined uninterrupted work, effectively improves the assembly efficiency of the cake box collet, and can be convenient for later-stage workers to overhaul and clean the whole equipment.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

FIG. 1 is a schematic structural diagram of a fully automatic cake box bottom tray production apparatus according to the present invention;

FIG. 2 is a schematic structural diagram of a folding mechanism of a carton in a fully automatic cake box bottom support production device according to the present invention;

FIG. 3 is a schematic structural diagram of a paper box feeding mechanism in a fully automatic cake box bottom support production device according to the present invention;

FIG. 4 is an enlarged view of a portion of FIG. 2 at A;

FIG. 5 is a schematic view of a connection structure between a foam board filling mechanism and a processing rack in the full-automatic cake box bottom support production device of the present invention;

FIG. 6 is a schematic structural diagram of a foam board filling mechanism in a fully automatic cake box bottom tray production apparatus according to the present invention;

FIG. 7 is a schematic structural view of a foam board feeding device in the fully automatic cake box bottom support production equipment according to the present invention;

Fig. 8 is a schematic view of a connection structure of a panel paper gluing mechanism and a processing rack in a full-automatic cake box bottom support production device according to the present invention;

fig. 9 is a schematic structural view (1) of a panel paper gluing mechanism in a full-automatic cake box bottom support production device according to the present invention;

fig. 10 is a schematic structural view (2) of a panel paper gluing mechanism in a full-automatic cake box bottom support production device according to the present invention;

FIG. 11 is an enlarged view of a portion of FIG. 10 at B;

FIG. 12 is a schematic view of a positioning plate of the fully automatic cake box bottom support manufacturing device;

FIG. 13 is a schematic structural view of a processing rack in the fully automatic cake box bottom support manufacturing apparatus according to the present invention;

FIG. 14 is a schematic structural diagram of a processing station in the fully automatic cake box bottom support manufacturing equipment according to the present invention;

FIG. 15 is a schematic structural diagram of a mold circulating mechanism in the fully automatic cake box bottom support manufacturing apparatus according to the present invention;

fig. 16 is a schematic structural diagram of a first lifting mechanism in the fully automatic cake box bottom support production device according to the present invention;

fig. 17 is a schematic structural diagram of a bottom support mold in the full-automatic cake box bottom support production device. In the figure, 1-the processing line; 2-a carton folding mechanism; 21-carton feeding device; 22-folding the base; 23-carton feed mechanism; 24-a paper folding mechanism; 241-paper folding platform; 242-carton bending mechanism; 243-corner bending mechanism; 25-carton placement rack; 26-carton feeding platform; 27-a carton take off device; 28-carton feed pusher; 29-carton feeding baffle; 291-through hole; 210-carton limit stops; 3-a foam board filling mechanism; 31-a foam board base; 32-foam board feeding device; 321-foam board lifting device; 322-foam plate translation means; 33-foam board take off; 331-a support frame; 332-foam board transfer device; 333-foam board gripping device; 34-a support bar; 35-a guide rail; 36-a lifting tray; 37-a linear rail mount; 38-a foam board rack; 39-a guide rod; 310-foam board station; 311-a cavity; 4-a panel paper gluing mechanism; 41-a positioning plate; 42-panel paper base; 43-panel paper shelf; 44-a face sheet take off device; 45-panel paper feeding device; 46-a gluing device; 47-face sheet gripper; 48-panel paper translation mechanism; 49-panel paper lifting mechanism; 410-face sheet grapping assembly; 411-raised bars; 412-roller frame; 413-roller set; 414-glue box; 415-upper guide wheel set; 416-a lower guide wheel; 417-a rubberized wheel; 418-first drive sprocket set; 4181 — a first drive sprocket; 4182-a first driven sprocket; 419-second drive sprocket set; 4191-a second drive sprocket; 4192-a second driven sprocket; 420-a third drive sprocket set; 4201-a third drive sprocket; 4202-a third driven sprocket; 421-a transmission gear set; 422-upper guide wheel gear set; 423-gluing wheel gear set; 5-a bottom support pressing mechanism; 6-a bottom support cutting mechanism; 7-processing the frame; 71-a chassis; 72-a guide clamping plate; 73-stroke limit plate; 74-upper baffle plate; 75-lower track stop; 76-upper track stop; 77-press bottom plate; 78-transverse limit rod; 79-buffer plate; 710-buffer cylinder; 711-a buffer plate; 712-positioning a cylinder; 8-processing stations; 81-a feed station; 82-a filling station; 83-cementing station; 84-a compacting station; 85-a discharge station; 9-bottom support mould; 91-positioning grooves; 92-pushing the mold; 10-a mold circulation mechanism; 101-a first lifting mechanism; 1011-connecting rod; 1012-fixing the plate; 1013-lifting cylinder; 1014-a mould lifting plate; 1015-a guide shaft; 1016-guide bush; 102-a second lifting mechanism; 103-a first drive cylinder; 104-a second driving cylinder; 105-a feeding head.

Detailed Description

The following description of the embodiments of the present invention will be made with reference to the accompanying drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, and is not intended to limit the present invention. In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.

Referring to fig. 1, a full-automatic cake box bottom support production facility, including the processing lines 1 that is linear bilayer structure, set up in processing lines 1 side and be used for the carton to convert into the mechanism 2, a cystosepiment filling mechanism 3 that is used for bubble template material loading to fill, a panel paper rubber coating mechanism 4 that is used for panel paper rubberizing material, set up in the collet hold-down mechanism and the collet mechanism that cuts on processing lines 1 upper portion, processing lines 1 includes processing frame 7, a plurality of processing station 8 that set up in processing frame 7, the activity sets up collet mould 9 and the drive collet mould 9 mould circulation mechanism 10 of circulation operation in processing lines 1 in processing stations 8.

Referring to fig. 13, 14, 15, 16 and 17, the processing station 8 has a double-layer structure, the processing station 8 includes a feeding station 81 for feeding the folded paper box, a filling station 82 for filling the foam board, a cementing station 83 for cementing the panel paper, a compacting station 84 for compacting the cake box bottom support, a cutting station 85 for cutting the cake box bottom support, and a discharging station 86 for discharging the finished cake box bottom support, the mold circulating mechanism 10 includes a first lifting mechanism 101 disposed under the feeding station 81 for lifting the bottom support mold 9 to the upper feeding station 81, a first driving device for driving the bottom support mold 9 to circulate, and a second lifting mechanism 102 disposed under the discharging station 86 for lowering the bottom support mold 9 to the lower discharging station 86, the first driving device includes a first driving cylinder 103 for pushing the bottom support mold 9 disposed in the discharging station 86 into the filling station 82, and a first driving cylinder 103 for pushing the lower bottom support mold 9 to the lower discharging station 86 The bottom support die 9 is sent back to the second driving cylinder 104 in the discharging station 86, the first lifting mechanism 101 comprises a fixing plate 1012 fixedly connected to the bottom of the feeding station 81 through a connecting rod 1011, a lifting cylinder 1013 fixedly connected to the upper part of the fixing plate 1012 and a die lifting plate 1014 fixedly arranged at the end part of a piston rod of the lifting cylinder 1013 and used for lifting the bottom support die 9, the bottom of the die lifting plate 1014 is fixedly connected with a plurality of guide shafts 1015, a plurality of guide shaft sleeves 1016 for the insertion connection of the guide shafts 1015 are uniformly distributed at the upper part of the fixing plate 1012, the area of a working site of the production equipment is effectively reduced by arranging the processing station 8 into an upper layer and a lower layer, the reciprocating circulation of the bottom support die 9 in the feeding channel is realized by arranging the lifting mechanisms at the two ends, this kind of 8 structures of processing station have not only simplified the overall structure of production facility, can be convenient for the later stage staff moreover to overhaul and clear up the structure in the processing station 8.

The processing rack 7 comprises a bottom frame 71, a guide clamping plate 72 fixedly arranged at the upper part of the bottom frame 71, travel limit plates 73 fixedly arranged at two ends of the guide clamping plate 72, an upper baffle 74 fixedly arranged at the top of the guide clamping plate 72 and used for preventing the collet mold 9 from separating from the processing station 8, a lower track baffle 75 fixedly arranged on the inner surface of the guide clamping plate 72 and used for lapping the collet mold 9 of the lower layer, an upper track baffle 76 fixedly arranged on the inner surface of the guide clamping plate 72 and used for lapping the collet mold 9 in a filling station 82 and a cementing station 83, and a press bottom plate 77 which is positioned on a pressing station 84 and a cutting station 85 and is fixedly arranged in the guide clamping plate 72, wherein the upper surface of the press bottom plate 77 and the upper surface of the upper track baffle 76 are positioned in the same horizontal plane, the upper track baffle 76 is arranged right above the lower track baffle 75 and parallel to the lower track 75, a transverse limiting rod 78 is further connected in the processing rack 7, equal fixedly connected with buffer board 79 in both sides stroke limiting plate 73 surface, be connected with the buffer cylinder 710 that is used for collet mould 9 to cushion on the buffer board 79, the first piston rod tip that drives actuating cylinder 103 and the second and drive actuating cylinder 104 that drives still fixedly connected with pay-off head 105, still fixedly connected with is used for the location cylinder 711 of collet mould 9 location in each station outside the direction cardboard 72, collet mould 9 is transversal personally submits the square and four sides all set up the constant head tank 91 that supplies location cylinder 711 location piston rod to peg graft, collet mould 9 one side still detachable is connected with the mould and pushes away cover 92, can realize every collet mould 9 all accurate location in processing station 8 through being provided with location cylinder 711, it can avoid collet mould 9 rigid collision to reduce collet mould 9's damage to set up mould 92, it can realize through setting up collet mould 9 and all set up the structure of constant head tank 91 for square and four sides and carry out the rotation after collet mould 9 one side wearing and tearing still can use the damage that collet mould 9 can use The utilization rate of the shoe die 9 is greatly improved, and the shoe die 9 can be prevented from being greatly impacted on the frame to cause damage by arranging the travel limiting plates 73 and the buffer plates 79 at the two sides of the processing frame 7.

Referring to fig. 2, 3 and 4, the carton folding mechanism 2 is disposed on one side of the feeding station 81 and connected to the processing line 1 via a carton feeding device 21 for feeding cartons, the carton folding mechanism 2 includes a folding base 22, a carton feeding mechanism 23 fixedly disposed on an upper portion of the folding base 22, and a paper folding mechanism 24 disposed between the carton feeding mechanism 23 and the processing line 1, the carton feeding mechanism 23 includes a carton rack 25 for placing cartons, a carton feeding platform 26 disposed under the carton rack 25, a carton taking device 27 for taking cartons, and a carton feeding push plate 28 for feeding cartons to the paper folding mechanism 24, a moving path of the carton taking device 27 is disposed between the carton rack 25 and the carton feeding platform 26, the feeding push plate is movably mounted on an upper portion of the feeding platform, the paper folding mechanism 24 includes a paper folding platform 241, a paper folding mechanism 21, a paper feeding platform disposed on the same horizontal plane with the feeding platform, and a paper feeding path, The paper box folding mechanism 242 is arranged on the periphery of the paper folding platform 241 and used for folding four sides of a paper box, the corner folding mechanism 243 is arranged on the left side and the right side of the paper folding platform 241 and used for folding corners of the paper box, the corner folding mechanism 243 is U-shaped, the motion path of the corner folding mechanism 243 is perpendicular to that of the paper box, and the paper box is folded through the matching of the paper box folding mechanism 242 and the corner folding mechanism 243, so that the paper box forms a standard folding flow, the folding speed is greatly improved, and the folding quality is improved.

Two sides of the upper portion of the carton feeding platform 26 are further fixedly provided with carton feeding baffles 29 which are parallel to a carton feeding path, the carton feeding baffles 29 are fixedly connected to the upper portion of the carton feeding platform 26 and extend into the paper folding platform 241 without contacting the paper folding platform 241, through holes 291 through which the corner folding mechanisms 243 pass are further formed in the carton feeding baffles 29, carton limiting baffles 210 which prevent the carton from being separated from the paper folding platform 241 are further fixedly arranged at the end portions of the paper folding platform 241, the carton limiting baffles 210 are not in contact with the paper folding platform 241, the lower end faces of the carton limiting baffles 210 are lower than the upper end face of the paper folding platform 241, and the carton feeding baffles 29 and the carton limiting baffles 210 are arranged so that the phenomenon that the folding work is influenced due to displacement generated in the carton processing process can be effectively avoided.

Referring to fig. 5, 6 and 7, the foam board filling mechanism 3 is disposed at the other side of the feeding station 81, the foam board filling mechanism 3 includes a foam board base 31, a foam board feeding device 32 disposed on the foam board base 31 for feeding the foam board, and a foam board taking device 33 disposed on the processing frame 7 for taking the foam board, the foam board feeding device 32 includes a foam board lifting device 321 vertically disposed at one side of the foam board base 31 for lifting and feeding the foam board, and a foam board translating device 322 disposed at the other side of the foam board base 31 for translating the foam board, the foam board taking device 33 includes a support frame 331 fixedly disposed on the processing frame 7, a foam board transferring device 332 disposed on the support frame 331 for transferring the foam board, and a foam board grabbing device 333 slidably disposed on the foam board transferring device 332, by disposing the foam board lifting device 321, the foam board can be lifted and fed in the stack, through being provided with cystosepiment translation device 322 can send the back to other stations and remove to pay-off station department and continue the pay-off at the material in cystosepiment station 310, can realize the automatic material loading of cystosepiment through above two structures, through the foam board transfer device 332 and foam board grabbing device 333 snatch the shift to the cystosepiment, fill the cystosepiment into in the carton of cake box collet and then realize automatic the packing.

The foam board lifting device 321 comprises a supporting rod 34 fixedly arranged in the middle of one side of the foam board base 31, a guide rail 35 fixedly connected to the supporting rod 34, a lifting tray 36 slidably arranged on the guide rail 35 and a second driving device for driving the lifting tray 36 to lift, the foam board translation device 322 comprises a linear rail base 37 fixedly arranged on the other side of the foam board base 31, a foam board rack 38 slidably arranged on the linear rail base 37 and a third driving device for driving the foam board rack 38 to move along the linear rail base 37, the top of the foam board rack 38 is fixedly provided with a plurality of foam board stations 310 formed by guide rods 39 and used for placing foam boards, cavities 311 for lifting the lifting tray 36 and lifting the foam boards are arranged in the foam board stations 310 and are in a U shape, and the movement path of the lifting tray 36 is perpendicular to the movement path of the foam board rack 38, the structure that the lifting tray 36 is matched with the foam board station 310 can ensure that the foam boards are in the same position during feeding each time, and the filling accuracy of the foam boards is ensured.

Referring to fig. 8, 9, 10, 11 and 12, the panel paper gluing mechanism 4 is disposed on the same side as the carton folding mechanism 2 and is connected to the gluing station 83 through a positioning plate 41, the panel paper gluing mechanism 4 includes a panel paper base 42, a panel paper rack 43 fixedly disposed on the upper portion of the panel paper base 42 for placing the panel paper, a panel paper taking device 44 disposed under the panel paper rack 43 for taking the panel paper, a panel paper feeding device 45 for feeding the panel paper, and a gluing device 46 disposed in the panel paper base 42 for gluing the panel paper, a panel paper gripping device 47 for gripping the panel paper is disposed on the upper portion of the gluing station 83, the panel paper gripping device 47 includes a panel paper translation mechanism 48 disposed on the support frame 331 for translating the panel paper, a panel paper lifting mechanism 49 fixedly disposed on the panel paper translation mechanism 48, and a panel paper gripping component 410 disposed at the end of the panel paper lifting mechanism 49, the 41 surfaces of locating plate are provided with a plurality of protruding strips 411 that are used for reducing panel paper and 41 area of contact of locating plate of evenly arranging, and the 41 surfaces of locating plate set up protruding strip 411 can reduce with the area of contact of panel paper, avoid panel paper to glue unable taking off on locating plate 41, grab material device 47 through setting up panel paper and realize shifting to on cake box base support processing lines 1 from locating plate 41 of beating gluey rear panel paper.

The gluing device 46 comprises roller frames 412 with fixed frames arranged at the top of a panel paper base 42, roller sets 413 arranged between the roller frames 412 in a rotating mode, a glue box 414 arranged at the bottom of the roller sets 413 and a fourth driving device for driving the roller frames 412 to rotate to glue and guide feeding of the panel paper, wherein each roller set 413 comprises an upper guide wheel set 415, a lower guide wheel 416 and a gluing wheel 417 used for gluing the panel paper, the upper guide wheel set 415 is two upper guide wheels which are arranged on the roller frames 412 in parallel, the upper guide wheels are not in contact with the outer surfaces of the lower guide wheels 416, the lower guide wheels 416 are in contact with the outer surfaces of the gluing wheels 417, the fourth driving device comprises a driving motor fixedly arranged inside the frame, a first transmission chain wheel set 418 driven to rotate by the driving motor, a second transmission chain wheel set 419 driven to rotate by the first transmission chain wheel set 418 and a third transmission chain wheel set 420 driven to rotate by the second transmission chain wheel set 419, the first driving sprocket group 418 comprises a first driving sprocket 4181 arranged on the rotating shaft of the driving motor and a first driven sprocket 4182 arranged on the rotating shaft of the lower guide wheel 416, the second driving sprocket group 419 comprises a second driving sprocket 4191 arranged on the rotating shaft of the lower guide wheel 416 and a second driven sprocket 4192 rotatably arranged on the roller frame 412, the third driving sprocket group 420 comprises a third driving sprocket 4201 arranged on the roller frame 412 and a third driven sprocket 4202 arranged on the rotating shaft of the upper guide wheel, the first driven sprocket 4182 and the second driving sprocket 4191 are coaxially arranged, the second driven sprocket 4192 and the third driving sprocket 4201 are driven by a driving gear group 421, the rotating shaft of the upper guide wheel group 415 is further provided with an upper guide wheel gear group 422 engaged with each other and driven by the third driven sprocket 4202, the rotating shaft of the lower guide wheel 416 is further provided with an upper rubber wheel gear group 423 for driving the upper rubber wheel 417 to rotate, through setting up the pay-off that leads when roller set 413 can the even rubberizing of effectual realization face paperboard, each subassembly rotation is more stable in the mechanism that adopts a plurality of transmission component spares can guarantee whole roller set 413.

The processing method of the full-automatic cake box bottom support production equipment comprises the following steps:

the method comprises the following steps: a paper box to be folded is placed in the paper box placing frame 25, a foam board is placed in the foam board material frame 38, hot melt adhesive particles are put into the adhesive box 414 for preheating and gluing, the upper layer and the lower layer of the processing station 8 are both provided with bottom support molds 9 with the same structure, placing panel paper in a panel paper placing frame 43, starting a paper box folding mechanism 2, enabling a paper box taking device 27 in the paper box folding mechanism 2 to work to draw a paper box in a paper box placing frame 25 to a paper box feeding platform 26, pushing the paper box in the paper box feeding platform 26 to a paper folding platform 241 by a paper box feeding push plate 28 and pressing the paper box by a paper box feeding device 21, folding two sides of the paper box firstly by a paper box folding mechanism 242, folding four connecting corners by a corner folding mechanism 243, folding the remaining two sides of the paper box by a paper box folding mechanism 242, then, the folded paper box is fed into a feeding station 81 by a paper box feeding device 21;

step two: a first driving air cylinder 103 in the mold circulating mechanism 10 works to push a bottom support mold 9 with a folded paper box in a feeding station to a filling station 82 for foam plate filling, at the moment, the bottom support mold 9 in a processing station 8 is extruded and impacted by a bottom support mold 9 in a previous processing station 8 and moves to the next processing station 8, a foam plate rack 38 in the foam plate filling mechanism 3 moves to the same horizontal position as a foam plate taking device 33, a lifting tray 36 lifts a foam plate in the foam plate rack 38 to a height capable of being taken by the foam plate taking device 33, then the foam plate taking device 33 takes the foam plate and fills the foam plate in the paper box of the feeding station 81, and the bottom support mold 9 in the filling station 82 is extruded and impacted by the bottom support mold 9 in a feeding station to enter a glue filling station 83;

Step three: the panel paper taking device 44 in the panel paper gluing mechanism 4 sucks the panel paper in the panel paper storage rack 43 into the panel paper feeding device 45, the panel paper is fed into the gluing device 46 by the feeding device for gluing, the hot sol in the glue box 414 is rotationally adhered to the surface of the gluing wheel 417 by the gluing wheel 417 in the gluing device 46, the gluing wheel 417 and the lower guide wheel 416 are contacted and rolled to uniformly coat the sol on the surface of the lower guide wheel 416, the panel paper is positioned between the upper guide wheel and the lower guide wheel 416 and is guided and conveyed into the positioning plate 41, the lower surface of the panel paper is contacted with the lower guide wheel 416 to glue while the panel paper is conveyed, then, the panel paper with glue in the positioning plate 41 is taken to the cementing station 83 by the panel paper grabbing device 47 and is bonded with a paper box filled with foam plates in the cementing station 83, and after cementing bonding is completed, the bottom support die 9 in the cementing station 83 is extruded and impacted by the bottom support die 9 in the filling station 82 to enter the compressing station 84;

step four: a press is arranged at the upper part of the pressing station 84, after the assembled cake box bottom support is pressed by the bottom support die 9 in the pressing station 84, the cake box bottom support is extruded and impacted by the bottom support die 9 in the cementing station 83 to enter the cutting station 85, the pressed cake box bottom support is cut by the cutting machine in the cutting station 85, and the cake box bottom support enters the discharging station 86 through the extrusion and impact of the bottom support die 9 in the cutting station 85;

Step five: discharging device is installed on ejection of compact station 86 upper portion, discharging device is with the finished cake box collet ejection of compact back in the ejection of compact station 86, the work of second elevating system 102 in the mould circulating mechanism 10 falls the collet mould 9 in the ejection of compact station 86 to lower floor's collet mould 9 circulation, the second drives actuating cylinder 104 and promotes the removal towards the reverse direction of processing production flow with the collet mould 9 of lower floor in the ejection of compact station 86 this moment, the theory of motion of lower floor's collet mould 9 is the same with the theory of motion of upper strata collet mould 9, when lower floor's collet mould 9 moved to feeding station 81, first elevating system 101 in the feeding station 81 again with the collet mould 9 lifting of lower floor to upper processing station 8 in, and then realize the reciprocating cycle of collet mould 9.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the utility model, and the scope of protection is still within the scope of the utility model.

Claims

1. The utility model provides a full-automatic cake box base production facility which characterized in that: the processing line comprises a processing rack, a plurality of processing stations arranged in the processing rack, a base mold movably arranged in the processing stations and a mold circulating mechanism driving the base mold to circularly operate in the processing line, wherein the processing stations are of an upper-lower double-layer structure and comprise a feeding station for feeding the converted paper box, a filling station for filling the foam plate, an adhesive filling station for adhesive filling of the panel paper, a pressing station for pressing the base of the cake box, a pressing station, a bottom support cutting mechanism, and the like which are sequentially arranged from left to right, The cake box bottom cutting device comprises a cutting station for cutting a cake box bottom support and a discharging station for discharging a finished product cake box bottom support, wherein the die circulating mechanism comprises a first lifting mechanism arranged under the feeding station and used for lifting a bottom support die to an upper feeding station, a first driving device for driving the bottom support die to circulate and a second lifting mechanism arranged under the discharging station and used for descending the bottom support die to a lower discharging station, the first driving device comprises a first driving cylinder for pushing the bottom support die arranged in the discharging station into the filling station and a second driving cylinder for returning the bottom support die of the lower layer into the discharging station, the first lifting mechanism comprises a fixing plate fixedly connected to the bottom of the feeding station through a connecting rod, a lifting cylinder fixedly connected to the upper part of the fixing plate and a die lifting plate fixedly arranged at the end part of a piston rod of the lifting cylinder and used for lifting the bottom support die, the bottom of the mould lifting plate is fixedly connected with a plurality of guide shafts, the upper part of the fixed plate is uniformly provided with a plurality of guide shaft sleeves for the insertion of the guide shafts, the processing rack comprises a bottom frame, a guide clamping plate fixedly arranged on the upper part of the bottom frame, a stroke limiting plate fixedly arranged at two ends of the guide clamping plate, an upper separation blade fixedly arranged at the top of the guide clamping plate and used for preventing the collet mould from separating from a processing station, a lower track separation blade fixedly arranged on the inner surface of the guide clamping plate and used for the overlapping of the collet mould of a lower layer, an upper track separation blade fixedly arranged on the inner surface of the guide clamping plate and used for the overlapping of the collet mould in a filling station and a cementing station, and a press bottom plate which is positioned on a pressing station and a cutting station and is provided with a fixed frame in the guide clamping plate, the upper surface of the press bottom plate and the upper surface of the upper track separation blade are positioned in the same horizontal plane, the upper track separation blade is arranged right above the lower track separation blade and parallel to the lower track separation blade, the processing rack is also internally connected with a transverse limiting rod, the outer surfaces of the stroke limiting plates at two sides are fixedly connected with buffer plates, the buffer plates are connected with buffer cylinders for buffering the collet molds, the end parts of the piston rods of the first driving cylinder and the second driving cylinder are also fixedly connected with feeding heads, the outer sides of the guide clamping plates are also fixedly connected with positioning cylinders for positioning the collet molds in each station, the cross section of the collet mold is square, four edges of the collet mold are respectively provided with a positioning groove for inserting a positioning piston rod of the positioning cylinder, one side of the collet mold can be also detachably connected with a mold push sleeve, the paper box folding mechanism is arranged at one side of the feeding station and is mutually connected with the processing production line through a paper box feeding device for feeding paper boxes, and the paper box folding mechanism comprises a folding base, a paper box feeding mechanism fixedly arranged at the upper part of the folding base and a paper folding mechanism arranged between the paper box feeding mechanism and the processing production line, the paper box feeding mechanism comprises a paper box placing frame used for placing a paper box, a paper box feeding platform arranged right below the paper box placing frame, a paper box taking device used for taking materials from the paper box and a paper box feeding push plate used for feeding the paper box to the paper folding mechanism, wherein a motion path of the paper box taking device is located between the paper box placing frame and the paper box feeding platform, the feeding push plate is movably erected on the upper portion of the feeding platform, the paper folding mechanism comprises a paper folding platform, a paper box bending mechanism and corner bending mechanisms, the paper folding platform is located on the paper box feeding path and located on the same horizontal plane with the feeding platform, the paper box bending mechanism is arranged on the periphery of the paper folding platform and used for bending four sides of the paper box, the corner bending mechanisms are arranged on the left side and the right side of the paper folding platform and used for bending corners of the paper box, the corner bending mechanisms are U-shaped, and the motion path of the corner bending mechanisms is perpendicular to the motion path of the paper box.

2. The fully automatic cake box base production equipment as claimed in claim 1, wherein: the carton feeding platform comprises a carton feeding platform, a folding platform, a carton feeding baffle plate, a corner bending mechanism and a paper folding platform, wherein the carton feeding platform is arranged on the carton feeding platform, the upper part of the folding platform is provided with a through hole, the lower part of the folding platform is provided with a paper box limiting baffle plate, the two sides of the upper part of the carton feeding platform are fixedly provided with the carton feeding baffle plate which is parallel to the carton feeding path, the carton feeding baffle plate is fixedly connected to the upper part of the carton feeding platform, extends into the paper folding platform and is not contacted with the paper folding platform, the through hole for the corner bending mechanism to pass through is further formed in the carton feeding baffle plate, the end part of the paper folding platform is further fixedly provided with a carton limiting baffle plate which prevents the carton from deviating from the paper folding platform, the carton limiting baffle plate is not contacted with the paper folding platform, and the lower end face of the carton limiting baffle plate is lower than the upper end face of the paper folding platform.

3. The fully automatic cake box bottom support production equipment according to claim 1 or 2, characterized in that: the cystosepiment feeding mechanism set up in feeding station opposite side, cystosepiment feeding mechanism include the cystosepiment base, set up the cystosepiment loading attachment that is used for the cystosepiment material loading on the cystosepiment base and set up the cystosepiment extracting device who is used for the cystosepiment to get the material in the processing frame, cystosepiment loading attachment is including setting up perpendicularly in the cystosepiment elevating gear who is used for cystosepiment lifting feed in cystosepiment base one side and setting up in the cystosepiment translation device that the cystosepiment base opposite side is used for the cystosepiment translation, cystosepiment extracting device includes the mount and locates the support frame in the processing frame, set up the cystosepiment transfer device that is used for the cystosepiment to shift on the support frame and slide and set up the cystosepiment grabbing device on the cystosepiment transfer device.

4. The fully automatic cake box base production equipment as claimed in claim 3, wherein: the foam board lifting device comprises a supporting rod fixedly arranged in the middle of one side of a foam board base, a guide rail fixedly connected to the supporting rod, a lifting tray arranged on the guide rail in a sliding mode and a second driving device for driving the lifting tray to lift, the foam board translation device comprises a linear rail base fixedly arranged on the other side of the foam board base, a foam board material rest arranged on the linear rail base in a sliding mode and a third driving device for driving the foam board material rest to move along the linear rail base, a plurality of foam board stations formed through guide rods and used for placing foam boards are fixedly arranged at the top of the foam board material rest, a cavity for lifting the lifting tray to lift and carrying out lifting action on the foam boards is formed in each foam board station, and the movement path of the lifting tray is perpendicular to the movement path of the foam board material rest.

5. The fully automatic cake box base production equipment as claimed in claim 3, wherein: the panel paper gluing mechanism and the paper box folding mechanism are arranged at the same side and are mutually connected with the cementing station through a positioning plate, the panel paper gluing mechanism comprises a panel paper base, a panel paper placing rack fixedly arranged on the upper part of the panel paper base and used for placing panel paper, a panel paper taking device arranged under the panel paper placing rack and used for taking panel paper, a panel paper feeding device used for feeding panel paper and a gluing device arranged in the panel paper base and used for gluing the panel paper, the panel paper grabbing device used for grabbing panel paper is arranged on the upper part of the cementing station and comprises a panel paper translation mechanism arranged on the supporting frame and used for translating the panel paper, a panel paper lifting mechanism fixedly arranged on the panel paper translation mechanism and a panel grabbing paper component arranged at the end part of the panel paper lifting mechanism, the surface of the positioning plate is provided with a plurality of protruding strips which are uniformly distributed and used for reducing the contact area between the panel paper and the positioning plate.

6. The fully automatic cake box bottom support production equipment according to claim 5, characterized in that: the rubberizing device includes that the mount locates the roller frame at panel paper base top, rotate the roller set that sets up between the roller frame, set up the fourth drive arrangement that the gluey box and the drive roller frame rotation that realize panel paper rubberizing and direction pay-off in roller set bottom, the roller set includes the last leading wheel group that top-down set gradually, lower leading wheel and the last rubber tyer that is used for panel paper rubberizing, it erects the last leading wheel of roller frame for two mutual parallels to go up the leading wheel group, go up the leading wheel and lower leading wheel surface contactless, lower leading wheel and last rubber tyer surface contact, fourth drive arrangement is including fixed the driving motor who sets up in the frame inside, drive pivoted first transmission sprocket group through driving motor, drive pivoted second transmission sprocket group through first transmission sprocket group and drive pivoted third transmission sprocket group through second transmission sprocket group, first transmission sprocket group including set up in the epaxial first drive sprocket of driving motor and set up in epaxial first driven sprocket of leading wheel commentaries on classics down, second transmission sprocket group sets up in epaxial second drive sprocket of leading wheel with rotating the second driven sprocket who sets up in the roller frame down, and third transmission sprocket group is including setting up in the epaxial third drive sprocket of roller frame and setting up in the epaxial third driven sprocket of leading wheel, first driven sprocket and the coaxial setting of second drive sprocket, and second driven sprocket passes through transmission gear group transmission with third drive sprocket, it still is provided with intermeshing and receives the last leading wheel gear train of third driven sprocket driven in the pivot of leading wheel group respectively to go up, it is used for driving rubberizing wheel pivoted rubberizing wheel gear train still to be provided with in the leading wheel pivot down.