CN104354326A - Paper box forming machine set - Google Patents

Abstract

The invention provides a paper box forming machine set. An upper cover forming machine set and a lower cover and inner enclosure strip integral forming machine set pass through a die combining machine set, and then are gathered in an upper cover and lower cover combining machine set to combine an upper cover and a lower cover, the upper cover and lower cover combining machine set enters a surface paper adhesion forming machine set through a pressing conveying belt, the output of the surface paper adhesion forming machine enters an edge cutting machine by an edge arrangement mechanism, a rectangular assembly inner die is arranged in the lower cover and inner enclosure strip integral forming machine set, and is separated into four parts by using two diagonal lines of the assembly inner die as boundaries, the four parts are expanded to the surrounding or are closed through a four-paw air cylinder, and the forming range of an inner enclosure strip is limited when the assembly inner die is expanded. The paper box forming machine set has the advantages that the traditional manual production method is changed, the manual production procedure is replaced by each machine set, the machine sets are connected in a seamless way, the synchronous butting is realized, the efficiency is high, the assembly is accurate, and a large amount of labor cost is reduced.

Description

A kind of carton forming unit

Technical field

The present invention relates to packing carton former technical field, refer in particular to a kind of carton forming unit.

Background technology

At present, packing carton on market, such as carton, though being no lack of in its carton forming process utilizes machinery equipment to process, as the enforcement of combinational processing method, its major part still completes the Combined machining of each several part by manual operation, for needing the packing carton manufactured in enormous quantities, manual operation part not only labour demand is large, and can affect the shaping progress of batch finished product significantly, and does not find in the market by raw material to the automatic production line of carton forming.

Summary of the invention

The object of the invention is to for the existing state of the art, a kind of carton forming unit is provided, by raw material to the automatic production line of carton forming, shaping to realize Full-automatic carton.

For achieving the above object, the present invention adopts following technical scheme:

The present invention is a kind of carton forming unit, respectively by upper cover shaping machine set, lower cover and the one-body molded unit of inner foxing collect after die assembly unit in upper and lower covers combination unit makes upper and lower covers combine, described upper and lower covers combination unit enters facial tissue binding and moulding machine group through pressing conveyer belt, the adhesion-molded unit of facial tissue exports and enters trimming unit through treating selvedge mechanism, wherein, in lower cover and the one-body molded unit of inner foxing, there is rectangle and assemble internal mold, this assembling internal mold is divided into four parts with its two diagonal for boundary, by four paws cylinder, four parts to be opened or closed toward surrounding, for limiting the shaping scope of inner foxing when assembling internal mold opens.

Be below the technical scheme of each several part unit:

Upper cover shaping machine set, be made up of upper cover cardboard conveyer belt, counterdie, stamping die, described bed die has cavity, upper cover cardboard is passed to counterdie upper end by upper cover cardboard conveyer belt, stamping die punching press directly over counterdie enters cavity makes upper cover shaping, be provided with upper cover conveyer belt below described cavity, this upper cover conveyer belt other end combines unit with upper and lower covers and docks.

Lower cover and the one-body molded unit of inner foxing, comprise feed station, lower cover shaping station and inner foxing feed station, and wherein, assembling internal mold rotates in feed station and lower cover shaping station; Described assembling internal mold surrounding correspondence is provided with manipulator, and manipulator is for coordinating assembling internal mold with fixing inner foxing; Described feed station correspondence connects inner foxing feed station, and lower cover shaping station one end connects lower cover cardboard conveyer belt, and the lower cover shaping station other end connects lower cover conveyer belt;

Described inner foxing feed station comprises the inner foxing conveying roller group of vertically placing and the gluing shower nozzle being positioned at inner foxing conveying roller group side, inner foxing vertically slips in the process of feed station in inner foxing conveying roller group, and gluing shower nozzle carries out gluing to inner foxing;

Described feed station has the feed well that connect corresponding to inner foxing conveying roller group, when assembling internal mold and being positioned at feed station, feed well and foremost corresponding of assembling internal mold rotation direction;

Described lower cover shaping station has counterdie, described bed die has cavity, lower cover cardboard enters the top of lower mold cavity, the downward punching press of inner foxing is taken by assembling internal mold and manipulator, make lower cover cardboard enter cavity and form lower cover, inner foxing surrounds by lower cover in forming process, lower interior surface and inner foxing outer surface bond, the sidewall being arranged in cavity is provided with some heating flow channel and coolant flow channel, described some heating flow channel are positioned at the upper part of cavity sidewalls, cavity upper part temperature is raised, coolant flow channel is positioned at the lower part of cavity sidewalls, cavity lower part temperature is reduced, it is lower cover conveyer belt below described cavity,

Described assembling internal mold is turned to by feed station in the process of lower cover shaping station, through flanging wheels, flanging is carried out to inner foxing, make inner foxing with the assembling internal mold opened for benchmark is around whole assembling internal mold, inner foxing is in the process completing flanging, corresponding manipulator closes toward the periphery that assembling internal mold is corresponding, and to clamp, inner foxing correspondence rolled over; Described flanging wheels comprise fixing bending wheels and swing bending wheels, and fixing bending wheels are made up of several corresponding rollers in two arc shootings, swing bending wheel composition V-type, are completed the action swinging and shrink by cam driven.

Die assembly unit, comprise wallboard, pushing plate, wallboard is provided with the mechanism that pushing plate can be made to move up and down, wallboard offers window, window is provided with the first positioning baffle and forms the cavity that pushing plate can be made to move up and down, and the bottom of described window is provided with the mechanism of the second positioning baffle rotation making to be oppositely arranged;

The described mechanism that pushing plate is moved up and down is provided with bracing frame on the upside of wallboard, one end of bracing frame is fixed on described wallboard, the other end of bracing frame connects cylinder, the pushing plate of the piston rod connection of cylinder, the mechanism that the second positioning baffle making to be oppositely arranged rotates be the both sides of the bottom of window the first positioning baffle outside be fixed with rotary cylinder respectively, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, the first described positioning baffle is arranged on four limits of described window, four limits are oppositely arranged the cavity that inside the first positioning baffle, formation can make pushing plate up and down, the side of the first positioning baffle of the window of wallboard has the opening that internal mold can be made to pass through, the first described positioning baffle connects lower baffle plate by overhead gage and forms, lower baffle plate is L shape,

The second described positioning baffle is by driver plate and L shape positioning baffle, driver plate one end is fixedly connected with the rotating shaft of rotary cylinder, one end connects L shape positioning baffle, during rotary cylinder action, the rotating shaft of cylinder is released, axis of rotation and drive the rotation of the second positioning baffle 90 degree, the one end of the first positioning baffle that opening is oppositely arranged connects adjustable bolt, adjustable plate is provided with bolt hole opposite position, adjustable bolt connects the first positioning baffle through adjustable plate, first positioning baffle movably connects adjustment plate by adjustable bolt, described L shape positioning baffle and driver plate are connected with opening part, opening part is provided with bolt, L shape positioning baffle is moved along this opening by this bolt, described pushing plate shape is L shape and this pushing plate opening is relative with bracing frame.

Upper and lower covers assembling unit, comprise cross plate, conveying slope, mechanical arm, described cross plate docks with upper cover conveyer belt, it is lower cover conveyer belt below cross plate, lower cover conveyer belt docks with conveying slope, and the conveying slope other end docks with pressing conveyer belt, and conveying upper end, slope has press fit device;

Described mechanical arm is made up of disk, push arm, connecting axle, and disk drives connecting axle to rotate, and makes the push arm of connecting axle end reciprocating.

Pressing conveyer belt, comprise delivery track, press strip, roller, the conveying slope that described pressing conveyer belt one end and upper and lower covers combine in unit is docked, the other end docks with the adhesion-molded unit of facial tissue, described press strip is positioned at directly over delivery track, is provided with adjustable roller above described pressing conveyer belt end.

The adhesion-molded unit of facial tissue, bonds cylinder mechanism by facial tissue, facial tissue fold mechanism forms;

Described facial tissue bonding cylinder mechanism is by the feed station coordinated with roller platen, gluing station, bonding station, in feed station, roller platen carries out gluing by after facial tissue gripping through gluing station by gripper mechanism, enter bonding station after gluing, the carton that facial tissue and pressing conveyer belt pass over synchronously matches and bonds.

There is in described bonding station a cover plate, cover plate two ends are connected with pressing conveyer belt and toward the conveyer belt that facial tissue fold mechanism transmits respectively, a through hole is provided with in the middle of cover plate, roller platen is positioned at immediately below through hole, the horizontal plane at roller platen peak and cover plate place is tangent, through hole has been provided with material strip, and this plays material strip and is connected with cover plate, also comprises the baffle plate coordinated with roller platen with pressing facial tissue and carton in bonding station;

There is in described gripper mechanism tooth sheet and the bite-block of gripping facial tissue, wherein, the movable end of tooth sheet is provided with the locating slot into facial tissue location, bite-block and tooth sheet agree with for gripping facial tissue mutually, the upper surface of described bite-block is relative to the periphery radially retraction of roller platen, when tooth sheet is pressed on bite-block, the upper surface of tooth sheet is positioned on the periphery of roller platen;

Described gluing station has glue spreader, and glue spreader docks with roller platen and direction of rotation is contrary.

Facial tissue fold mechanism, comprise downward folding machine structure, left folding mechanism, upper fold mechanism composition, wherein, the conveyer belt that downward folding machine structure upper end and facial tissue adhesion mechanism dock is connected, upper fold mechanism upper end is connected with trimming unit by treating selvedge mechanism, downward folding machine structure is primarily of the first brush member, lower folding clappers and transmission mechanism composition, left folding mechanism is primarily of base plate, left push rod and side sliver composition, upper fold mechanism is primarily of infolding push rod, upper folding clappers, second brush member and transmission mechanism composition, described the first brush member supplying lower folding clappers to pass through is arranged on the base plate top of left folding mechanism, first brush member is fixed on the transmission mechanism side of downward folding machine structure, the described folding kept supplying the second brush member passed through of having the final say is arranged on the base plate of left folding mechanism, second brush member is fixed on the transmission mechanism side of fold mechanism,

In described downward folding machine structure, transmission mechanism is connected to the driving wheel between wallboard by drive sprocket axle, driven pulley is connected by chain with driving wheel, chain rolls over clappers under being connected by the support bar of bindiny mechanism, described first brush member is made up of the cuboid of hollow polylith brush holder, the first brush member near chain side is provided with the gap can passed through for support bar, the lower folding hairbrush of the first described brush member inside forms the space can passed through for lower folding clappers, lower folding clappers are laterally fixed on support bar by bolt, the supporting seat both sides of the support bar other end are separately fixed at two chains,

Described left folding mechanism to be positioned at below the first brush member and horizontal positioned, the track that the side sliver formation paper feeding cassette in left folding mechanism with left folding hairbrush and both sides passes through, and the left push rod be fixed on slide block, slide block and slide rail are mutually agreed with by groove and link closely, slide block slides on slide rail, and slide block debouches immediately below the first brush member and promotes in carton and facial tissue injection;

The drive sprocket axle of described upper fold mechanism is connected to the driving wheel between wallboard, its driven pulley is connected by chain with driving wheel, chain is driven by the gear teeth of driving wheel, its chain is connected by the support bar of bindiny mechanism rolls over clappers, telescopic infolding push rod is provided with below described second brush member left and right brush holder, the cross bar of infolding push rod is provided with holder and is connected to drive link, and the drive link other end is bolted in swiveling wheel, and the second brush member inside is all provided with infolding hairbrush;

The cross bar of described infolding push rod is fixed on slide block, and the slide block of its cross bar one end and slide rail are mutually agreed with by groove and link closely, and the cross bar of described infolding push rod is provided with infolding hairbrush, and two infolding hairbrush on cross bar regulate distance to each other by bolt.

Treating selvedge unit, comprise conveyer belt, be arranged at the support of conveyer belt both sides, charging aperture, discharging opening, described support is provided with several upper and lower treating selvedge mechanisms and several left and right treating selvedge mechanisms, the described mechanism for the treatment of selvedge up and down comprises two side stands and is respectively equipped with connecting rod, the two ends of connecting rod are detachably positioned on support by bolt, the connecting rod of both sides connects the two ends of rotating directive wheel, connecting rod cover between bolt and support has spring, described left and right treating selvedge mechanism comprises between support both sides and is provided with slide rail, the slide block be oppositely arranged movably is arranged on described slide rail, directive wheel is rotating to be fixed on the guiding wheel seat of the bottom of slide block, one end of guiding wheel seat is connected with slide rail one end by bolt, the two ends of slide rail are bolted on described support, guiding wheel seat is connected with there being bolt between support, on bolt, cover has spring, the described mechanism for the treatment of selvedge up and down and left and right trimmer are configured to the cavity that box body can be made to pass through.

First treating selvedge bindiny mechanism of described treating selvedge bindiny mechanism composition, second treating selvedge bindiny mechanism, the discharging opening of the first treating selvedge bindiny mechanism connects the charging aperture of the second treating selvedge mechanism, the opening part of the second treating selvedge mechanism is provided with and pushes away case structure, push away the push rod that case structure is connected by cylinder, described push rod is arranged on the charging aperture place of the second treating selvedge bindiny mechanism, the charging aperture of the second treating selvedge bindiny mechanism is provided with gear box plate, the support that first treating selvedge connects the discharging opening place of outputing of mechanism is provided with the side of push rod, push rod opposite side be fixed with rotating pulley, the side of described push rod is provided with opening, opening part is provided with bolt, push rod is moved along this opening by this bolt.

Trimming unit, is followed successively by trimming mechanism, slides cap-opening mechanism, delivery cover pressing mechanism, collecting mechanism, and wherein, described trimming mechanism is connected with the conveyer belt for the treatment of selvedge unit;

Described trimming mechanism comprises trimming platform, press-roller device and adjustable plate, and described trimming platform is installed on adjustable plate inside, and trimming platform both sides are connected by spring with between adjustable plate, is provided with the holder placing press-roller device at adjustable plate.The clamping plate be bolted are provided with in trimming platform, blade is fixed in trimming platform by its clamping plate, trimming platform becomes mirror image to be distributed in press-roller device down either side, overlap between the bolt of described press-roller device both sides and the pressure roller being equipped with bearing and have Compress Spring, pressure roller is equidistantly distributed in press-roller device inside;

The described cap-opening mechanism that slides comprises assembly of uncapping, gripper shoe two parts form, assembly of uncapping is arranged on holder, the rectilinear(-al) that the front end of uncapping assembly is tilted by multistage, the uncap angle of inclination of uncapping of assembly progressively becomes large, by sticking up block, slide block, swash plate bar and set square four part composition, stick up block to be positioned at and to slide block one end, swash plate bar is positioned at and slides in the middle of block and set square, described block side of sticking up is provided with incision sheet, be downward-sloping face, front end at the incision sheet sticking up block fillet place, described swash plate bar is fixed on holder by intilted brace, the hypotenuse of swash plate bar is connected to and slides between block and set square hypotenuse, set square is larger than the intilted angle of swash plate bar, the set square at its right angle and the junction of upper cover guide rail are fillet design, upper cover guide rail is separately fixed at uncap assembly and gripper shoe,

Described delivery cover pressing mechanism comprises installation delivery mechanism on the table, closing mechanism, connecting gear, described closing mechanism is made up of the upper cover guide rail that can pass through for upper cover and pressing device two part, the side, upper cover guide rail front end that closing mechanism is installed on the transfer mechanism is provided with delivery mechanism, pressing device is positioned at the end of upper cover guide rail, the closing lid bar afterbody of upper cover guide rail is helical form, the closing lid bar surface of self distortion coordinates with the outer surface of upper cover, described delivery mechanism utilizes liftable turntable driving mechanical arm, internal mold on connecting gear is transferred on the conveyer belt of turntable side by the sucker of mechanical arm front end, delivery mechanism lower end has sucker, connecting gear is provided with horizontal pneumatic cylinder by the side of Qu Mo mechanism, horizontal pneumatic cylinder is positioned at turntable middle, longitudinal pneumatic cylinder of described pressing device is installed on the table by holder, horizontal pneumatic cylinder below holder is arranged on connecting gear side,

Described collecting mechanism comprises feeder, guide rail and connecting gear, guide rail mechanism is connected between connecting gear and feeder, the collection table of described feeder is installed horizontal pneumatic cylinder and longitudinal pneumatic cylinder, longitudinal pneumatic cylinder is positioned at guide rail and feeder junction, shaping box on guide rail is pressed to feeder by longitudinal pneumatic cylinder, described guide rail is adjusted to by overhead gage and side rails the track that flask passes through, one end of guide rail is fixed in collection table, banister brush is installed in described guide rail dead ahead, the side of its banister brush is provided with horizontal pneumatic cylinder, banister brush opposite side sliver, described horizontal pneumatic cylinder top is provided with adjustable lateral angle and pushes away.

Beneficial effect of the present invention is:

1. the transformation traditional-handwork mode of production, substitutes manual production step by each unit, and not only efficiency is high, assembling precisely, and can reduce a large amount of labor cost;

2. assembling internal mold expansible or closed effect make inner foxing surrounding when assembling with lower cover be saturation state, departs from smooth and easy, to ensure that inner foxing and lower cover bond evenly, profile is saturated, complete after assembling;

3. each unit seamless combination, realizes synchronously docking, makes packing carton from raw material to finished product full automatic once shaping, its efficiency is high, cost is low, is applicable to large-scale production.

accompanying drawing illustrates:

Accompanying drawing 1 is the exchange figure of invention;

Accompanying drawing 2 is the upper cover shaping machine set in the present invention;

Accompanying drawing 3 is inner foxing in the present invention and the one-body molded unit of lower cover;

Accompanying drawing 4 is A portion enlarged diagram in accompanying drawing 3;

Accompanying drawing 5 is the inner foxing feed station in the present invention;

Accompanying drawing 6 is the die assembly unit in the present invention;

Accompanying drawing 7 is the upper and lower covers assembling unit in the present invention;

Accompanying drawing 8 is the pressing conveyer belt in the present invention;

Accompanying drawing 9 is the adhesion-molded mechanism of facial tissue in the present invention;

Accompanying drawing 10 is the facial tissue fold mechanism in the present invention;

Accompanying drawing 11 is the upper fold mechanism in the present invention;

Accompanying drawing 12 is the left folding mechanism in the present invention;

Accompanying drawing 13 is the treating selvedge unit in the present invention;

Accompanying drawing 14 is the trimming unit in the present invention;

Accompanying drawing 15 is trimming mechanism in trimming unit and slides cap-opening mechanism;

Accompanying drawing 16 is the delivery cover pressing mechanism in trimming unit;

Accompanying drawing 17 is the structural representation assembling internal mold and four paws cylinder in the present invention;

Accompanying drawing 18 is the flow chart of carton forming in the present invention.

detailed description of the invention:

Can have the object of the present invention, feature and function to make juror and further understand, hereby lift preferred embodiment and coordinate graphic being described in detail as follows:

Refer to Fig. 1, shown in Figure 18, it is the structural representation of the preferred embodiment of the present invention, the present invention is a kind of carton forming unit, respectively by upper cover shaping machine set 1, lower cover and the one-body molded unit 2 of inner foxing collect after die assembly unit 3 in upper and lower covers combination unit 4 makes upper and lower covers combine, described upper and lower covers combination unit 4 enters facial tissue binding and moulding machine group 6 through pressing conveyer belt 5, the adhesion-molded unit 6 of facial tissue exports and enters trimming unit 7 through treating selvedge mechanism 67, wherein, upper cover 91 punch forming in shaping machine set 1, inner foxing 10 and lower cover 92 load internal mold after shaping assembling in lower cover and the one-body molded unit of inner foxing 2 in die assembly unit 3, the upper and lower covers that upper cover 91 enters after completing with lower cover 92 is shaping combines in unit 4 and combines, through pressing conveyer belt 5, upper and lower covers is fitted firmly, enter facial tissue binding and moulding machine group 6 and carry out facial tissue bonding, finally carry out trimming delivery by trimming unit 7 and complete carton forming institute in steps.

Shown in Fig. 2, for upper cover shaping machine set 2, be made up of upper cover cardboard conveying 11, counterdie 12, stamping die 13, described counterdie 12 has cavity, upper cover cardboard is passed to counterdie 12 upper end by upper cover cardboard conveyer belt 11, stamping die 13 punching press directly over counterdie 12 enters cavity makes upper cover 91 shaping, and be provided with upper cover conveyer belt below described cavity, this upper cover conveyer belt other end combines unit 4 with upper and lower covers and docks.

Shown in Fig. 3-5, be lower cover and the one-body molded unit of inner foxing, comprise feed station 21, lower cover shaping station 22 and inner foxing feed station 24, wherein, assembling internal mold 8 rotates in feed station 21 and lower cover shaping station 22;

As Figure 17, in described lower cover and the one-body molded unit 2 of inner foxing, there is rectangle and assemble internal mold 8, this assembling internal mold 8 is with its two diagonal for boundary and be divided into four parts, and by four paws cylinder 81, four parts to be opened or closed toward surrounding, assembling internal mold 8 is for limiting the shaping scope of inner foxing 10.Wherein, assembling internal mold 8 surrounding correspondence is provided with manipulator 82, and manipulator 82 is for coordinating assembling internal mold 8 with fixing inner foxing 10;

Described feed station 21 correspondence connects inner foxing feed station 24, and lower cover shaping station 22 one end connects lower cover cardboard conveyer belt, and lower cover shaping station 22 other end connects lower cover conveyer belt;

As Fig. 5, described inner foxing feed station 24 comprises the inner foxing conveying roller group 241 of vertically placing and the gluing shower nozzle 242 being positioned at inner foxing conveying roller group side, inner foxing 10 vertically slips in the process of feed station 21 in inner foxing conveying roller group 241, and gluing shower nozzle 242 pairs of inner foxings 10 carry out gluing;

Described feed station 21 have the feed well that connect corresponding to inner foxing conveying roller group 241, when assembling internal mold 8 and being positioned at feed station 21, feed well is corresponding with one side foremost of assembling internal mold 8 rotation direction, after inner foxing 10 enters feed well, assembling internal mold 8 opens, manipulator 82 is closed clamps inner foxing 10, enters in flanging wheels and carries out flanging;

Described assembling internal mold 8 is turned to by feed station in the process of lower cover shaping station, through flanging wheels, flanging is carried out to inner foxing 10, make inner foxing 10 with the assembling internal mold 8 opened for benchmark is around whole assembling internal mold 8, inner foxing 10 is in the process completing flanging, corresponding manipulator closes toward the periphery of assembling internal mold 8 correspondence, and to clamp, inner foxing 10 correspondence rolled over, wherein, described flanging wheels comprise fixing bending wheels 231 and swing bending wheels 232, fixing bending wheels 231 are made up of several corresponding rollers in two arc shootings, swing bending wheels 232 one-tenth V-types, the action swinging and shrink is completed by cam driven, its process is: after inner foxing 10 enters feed well, assembling internal mold 8 opens, corresponding manipulator 82 is closed clamps inner foxing 10, it is made to touch one side of assembling internal mold 8, then fixing bending wheels 231 are entered, at this moment, assembling internal mold 8 is taken inner foxing 10 with manipulator 82 and is rotated, the not nipped both sides of inner foxing 10 are through fixing bending wheels 231 bending laminating assembling internal mold 8, equally, the corresponding closed clamping of manipulator 82, when assembling internal mold 8 and turning to lower cover shaping station 22, cam driven swings bending wheels 232 and shrinks, remaining for inner foxing 10 both ends are closed up laminating assembling internal mold 8, corresponding manipulator 82 clamps, complete inner foxing 10 flanging operation,

Described lower cover shaping station 22 has counterdie, described bed die has cavity, lower cover cardboard enters the top of lower mold cavity, inner foxing 10 punching press is downwards taken by assembling internal mold 8 and manipulator 82, make lower cover cardboard enter cavity and form lower cover 92, inner foxing surrounds by lower cover 92 in forming process, lower cover 92 inner surface and inner foxing 10 outer surface bond, the sidewall being arranged in cavity is provided with some heating flow channel and coolant flow channel, described some heating flow channel are positioned at the upper part of cavity sidewalls, cavity upper part temperature is raised, after inner foxing 10 and lower cover 92 are fitted, make the glue on inner foxing 10 dispersed through higher temperature, inner foxing 10 and lower cover 92 is made to bond fully, through top, another group lower cover 92 continues shaping, the lower cover 92 of top extrudes the lower cover 92 of below successively downwards, it is made to enter cavity lower part, coolant flow channel is then positioned at the lower part of cavity sidewalls, cavity lower part temperature is reduced, make the glue rapid solidification of dispersion, inner foxing 10 and lower cover 92 bond firmly, it is lower cover conveyer belt below described cavity,

Shown in Fig. 6, for die assembly unit 3, comprise wallboard, pushing plate 31, wallboard is provided with the mechanism that pushing plate can be made to move up and down, wallboard offers window, window is provided with the first positioning baffle and forms the cavity that pushing plate 31 can be made to move up and down, and the bottom of described window is provided with the mechanism of the second positioning baffle rotation making to be oppositely arranged;

The described mechanism that pushing plate 31 is moved up and down is provided with bracing frame on the upside of wallboard, one end of bracing frame is fixed on described wallboard, the other end of bracing frame connects cylinder, the pushing plate of the piston rod connection of cylinder, the mechanism that the second positioning baffle making to be oppositely arranged rotates be the both sides of the bottom of window the first positioning baffle outside be fixed with rotary cylinder respectively, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, the first described positioning baffle is arranged on four limits of described window, four limits are oppositely arranged the cavity that inside the first positioning baffle, formation can make pushing plate 31 up and down, the side of the first positioning baffle of the window of wallboard has the opening that internal mold can be made to pass through, the first described positioning baffle connects lower baffle plate by overhead gage and forms, lower baffle plate is L shape,

The second described positioning baffle is by driver plate and L shape positioning baffle, driver plate one end is fixedly connected with the rotating shaft of rotary cylinder, one end connects L shape positioning baffle, during rotary cylinder action, the rotating shaft of cylinder is released, axis of rotation and drive the rotation of the second positioning baffle 90 degree, the one end of the first positioning baffle that opening is oppositely arranged connects adjustable bolt, adjustable plate is provided with bolt hole opposite position, adjustable bolt connects the first positioning baffle through adjustable plate, first positioning baffle movably connects adjustment plate by adjustable bolt, described L shape positioning baffle and driver plate are connected with opening part, opening part is provided with bolt, L shape positioning baffle is moved along this opening by this bolt, described pushing plate 31 shape is L shape and this pushing plate 31 opening is relative with bracing frame,

The opening that the made internal mold that the overhead gage 32 that internal mold is transported to wallboard by outer conveyor belt is formed passes through, internal mold is after overhead gage 32 and lower baffle plate location, by promotion cylinder, internal mold is oppositely arranged along four limits the cavity formed inside overhead gage and lower baffle plate internal mold is pushed away from top to bottom, when carton is delivered to below the L shape positioning baffle of the second positioning baffle by the conveyer belt of the outside of carton under wallboard, the direct of travel of L-type positioning baffle to carton of the second positioning baffle of mutual setting positions, make the empty cavity position that formed inside the overhead gage 32 of the opening of carton and the first positioning baffle and lower baffle plate consistent, internal mold is advanced in carton by pushing plate 31 under the effect of piston rod promoting cylinder, when needing to exit carton, rotary cylinder action, the rotating shaft of rotary cylinder is released, axis of rotation and drive the rotation of L-type positioning baffle 90 degree, carton can continue the detent mechanism exiting this internal mold along conveyer belt transmission.

Shown in Fig. 7, for upper and lower covers assembling unit 4, comprise cross plate 41, conveying slope 42, mechanical arm 44, described cross plate 41 docks with upper cover conveyer belt, it is lower cover conveyer belt below cross plate 41, lower cover conveyer belt docks with conveying slope, and conveying slope 42 other end docks with pressing conveyer belt 5, and conveying upper end, slope 42 has press fit device 43;

Described mechanical arm 44 is made up of disk, push arm, connecting axle, and disk drives connecting axle to rotate, and makes the push arm of connecting axle end reciprocating.

Shown in Fig. 8, for pressing conveyer belt 5, comprise delivery track, press strip 51, roller 52, the conveying slope 42 that described pressing conveyer belt 5 one end and upper and lower covers combine in unit is docked, the other end docks with the adhesion-molded unit 6 of facial tissue, described press strip 51 is positioned at directly over delivery track, is provided with adjustable roller 52 above described pressing conveyer belt 5 end; During work, carton moves ahead along delivery track, is closely close together before and after each carton, the extruding of adjacent carton before and after being therefore subject to.The press strip 51 being arranged on delivery track top extrudes carton from top to bottom, in delivery track two sides, clamping plate are installed simultaneously, respectively clamping sizing is carried out to carton left and right both direction, the extruding that now carton is subject to all around up and down six direction in course of conveying simultaneously makes it shape, the clamp assembly of the different paragraph of delivery track can be finely tuned according to actual conditions, the pressure allowing carton be subject to from weak to strong, make carton once can not cause modification excessively by force, the roller 52 of delivery track end then in the end a step change the active force above carton, carton is closed completely.

Shown in Fig. 9-12, be the adhesion-molded unit 6 of facial tissue, comprise facial tissue bonding cylinder mechanism 61, facial tissue fold mechanism 62 and form;

As Fig. 9, described facial tissue bonding cylinder mechanism 61 is by the feed station 611 coordinated with roller platen, gluing station 612, bonding station 613, in feed station 611, roller platen carries out gluing by after facial tissue gripping through gluing station 612 by gripper mechanism, enter bonding station 613 after gluing, the carton that facial tissue and pressing conveyer belt 5 pass over synchronously matches and bonds.

In described bonding station 613, there is a cover plate, cover plate two ends are connected with pressing conveyer belt 5 and toward the conveyer belt that facial tissue fold mechanism 62 transmits respectively, a through hole is provided with in the middle of cover plate, roller platen is positioned at immediately below through hole, the horizontal plane at roller platen peak and cover plate place is tangent, through hole has been provided with material strip, and this plays material strip and is connected with cover plate, also comprises the briquetting coordinated with roller platen with pressing facial tissue and carton in bonding station;

There is in described gripper mechanism tooth sheet and the bite-block of gripping facial tissue, wherein, the movable end of tooth sheet is provided with the locating slot into facial tissue location, bite-block and tooth sheet agree with for gripping facial tissue mutually, the upper surface of described bite-block is relative to the periphery radially retraction of roller platen, when tooth sheet is pressed on bite-block, the upper surface of tooth sheet is positioned on the periphery of roller platen; During work, the roller platen during facial tissue is delivered to feed station 611 and rotates by conveyer belt docks, by the gripper mechanism gripping facial tissue in roller platen; When facial tissue enters gripper mechanism, tooth sheet opens, and the locating slot on tooth sheet blocks facial tissue makes it locate, and tooth sheet is closed to be agreed with to clamp facial tissue with bite-block, and roller platen rotates and transmits facial tissue; When facial tissue is passed to gluing station 612 by roller platen, carries out gluing by the glue spreader of correspondence, and then proceed to bonding station 613; When the movable end of gripper mechanism dens in dente sheet is positioned at the peak of roller platen, tooth sheet opens, playing material strip enters in conveying device by facial tissue guiding, meanwhile, the through hole that carton is delivered to cover plate by pressing conveyer belt 5 is in the synchronous contraposition of facial tissue, and through the active force that baffle plate is downward, carton and facial tissue bond, together enter in conveying device with facial tissue under the effect of roller platen, complete the bonding of facial tissue and carton.

As Figure 10, facial tissue fold mechanism 62, comprise downward folding machine structure 621, left folding mechanism 622, upper fold mechanism 623 forms, wherein, downward folding machine structure 621 upper end and facial tissue bond the conveyer belt that cylinder mechanism 61 docks and are connected, upper fold mechanism 623 upper end is connected with treating selvedge unit 67 by conveyer belt, downward folding machine structure 621 is primarily of the first brush member, lower folding clappers and transmission mechanism composition, left folding mechanism 622 is primarily of base plate, left push rod and side sliver composition, upper fold mechanism 623 is primarily of infolding push rod, upper folding clappers, second brush member and transmission mechanism composition, described the first brush member supplying lower folding clappers to pass through is arranged on the base plate top of left folding mechanism 622, first brush member is fixed on the transmission mechanism side of downward folding machine structure 621, have the final say the second brush member of passing through of the described folding kept supplying is arranged on the base plate top of left folding mechanism 622, second brush member is fixed on the transmission mechanism side of fold mechanism 623,

In described downward folding machine structure 621, transmission mechanism is connected to the driving wheel between wallboard by drive sprocket axle, driven pulley is connected by chain with driving wheel, chain rolls over clappers under being connected by the support bar of bindiny mechanism, described first brush member is made up of the cuboid of hollow polylith brush holder, the first brush member near chain side is provided with the gap can passed through for support bar, the lower folding hairbrush of the first described brush member inside forms the space can passed through for lower folding clappers, lower folding clappers are laterally fixed on support bar by bolt, the supporting seat both sides of the support bar other end are separately fixed at two chains,

As Figure 12, described left folding mechanism 622 to be positioned at below the first brush member and horizontal positioned, the track that the side sliver formation paper feeding cassette in left folding mechanism 622 with left folding hairbrush and both sides passes through, and the left push rod be fixed on slide block, slide block and slide rail are mutually agreed with by groove and link closely, slide block slides on slide rail, and slide block debouches immediately below the first brush member and promotes in carton and facial tissue injection;

As Figure 11, the drive sprocket axle of described upper fold mechanism 623 is connected to the driving wheel between wallboard, its driven pulley is connected by chain with driving wheel, chain is driven by the gear teeth of driving wheel, its chain is connected by the support bar of bindiny mechanism rolls over clappers, telescopic infolding push rod is provided with below described second brush member left and right brush holder, the cross bar of infolding push rod is provided with holder and is connected to drive link, the drive link other end is bolted in swiveling wheel, and the second brush member inside is all provided with infolding hairbrush;

During work, the cross bar of infolding push rod is fixed on slide block, and the slide block of its cross bar one end and slide rail are mutually agreed with by groove and link closely, and the cross bar of described infolding push rod is provided with infolding hairbrush, and two infolding hairbrush on cross bar regulate distance to each other by bolt.Be positioned at carton above the first brush member and paper lower end combines, by the lower folding clappers of downward folding machine structure 621 carton and paper pushed from top to bottom and enter the first brush member; When carton and paper enter the first brush member, utilize inner lower folding hairbrush upwards to be folded on four limits of paper lower end, and be sent to the base plate bottom the first brush member; Carton on base plate and paper are pushed to bottom the second brush member by the left push rod of left folding mechanism 622, and at the left folding hairbrush through the second brush member front, paper upper end is to right folding; Be positioned at carton under the second brush member and paper to roll over to have the final say by upper fold mechanism 623 upper carton and paper carried from the bottom up; Before and after upper fold mechanism 623 first utilizes, the leading portion of paper folds downwards by the upper folding hairbrush of brush holder inside; When arriving below the second brush member diamond wool brush holder, the both wings of paper leading portion inwardly fold by the infolding push rod of upper fold mechanism 623; When carton and paper are transported to above the second brush member by the upper folding clappers of upper fold mechanism 623, the both wings of paper upper end fold downwards by the upper folding hairbrush of the second both sides, brush member inside, send shaping after product.

Shown in Figure 13, for treating selvedge unit 67, comprise conveyer belt, be arranged at the support of conveyer belt both sides, charging aperture 671, discharging opening 672, described support is provided with several upper and lower treating selvedge mechanisms and several left and right treating selvedge mechanisms, the described mechanism for the treatment of selvedge up and down comprises two side stands and is respectively equipped with connecting rod, the two ends of connecting rod are detachably positioned on support by bolt, the connecting rod of both sides connects the two ends of rotating directive wheel, connecting rod cover between bolt and support has spring, described left and right treating selvedge mechanism comprises between support both sides and is provided with slide rail, the slide block be oppositely arranged movably is arranged on described slide rail, directive wheel is rotating to be fixed on the guiding wheel seat of the bottom of slide block, one end of guiding wheel seat is connected with slide rail one end by bolt, the two ends of slide rail are bolted on described support, guiding wheel seat is connected with there being bolt between support, on bolt, cover has spring, the described mechanism for the treatment of selvedge up and down and left and right trimmer are configured to the cavity that box body can be made to pass through.

First treating selvedge bindiny mechanism of described treating selvedge bindiny mechanism composition, second treating selvedge bindiny mechanism, the discharging opening of the first treating selvedge bindiny mechanism connects the charging aperture 671 of the second treating selvedge mechanism, the opening part of the second treating selvedge mechanism is provided with and pushes away case structure, push away the push rod that case structure is connected by cylinder, described push rod is arranged on the charging aperture place 671 of the second treating selvedge bindiny mechanism, the charging aperture 671 of the second treating selvedge bindiny mechanism is provided with gear box plate, the support that the discharging opening that first treating selvedge connects mechanism opens 672 sources is provided with the side of push rod, push rod opposite side be fixed with rotating pulley, the side of described push rod is provided with opening, opening part is provided with bolt, push rod is moved along this opening by this bolt.The carton gluing facial tissue is mainly carried out comprehensive pressing by this treating selvedge unit 67, facial tissue and carton is bonded firm, seamless.

Shown in Figure 14-16, be trimming unit 7, be followed successively by trimming mechanism 71, slide cap-opening mechanism 72, delivery cover pressing mechanism 73, collecting mechanism 74, wherein, described trimming mechanism 71 is connected with the conveyer belt of collecting mechanism 74;

As Figure 15, described trimming mechanism 71 comprises trimming platform 712, press-roller device 711 and adjustable plate, described trimming platform 712 is installed on adjustable plate inside, and trimming platform both sides are connected by spring with between adjustable plate, is provided with the holder placing press-roller device 711 at adjustable plate.The clamping plate be bolted are provided with in trimming platform, blade is fixed in trimming platform by its clamping plate, trimming platform becomes mirror image to be distributed in press-roller device 711 down either side, overlap between the bolt of described press-roller device 711 both sides and the pressure roller being equipped with bearing and have Compress Spring, it is inner that pressure roller is equidistantly distributed in press-roller device 711; During work, carton delivers to trimming device inside by the conveyer belt of bottom, because the pressure rail chamfering of trimming platform makes carton be more prone to enter trimming device, is subject to pressure roller uniform force above carton, ensures accuracy during cutting; Carton frame in moving process is entered the cutting of shape transverse direction by the blade on trimming platform 712, and the carton cutting limit is sent limit device by last conveyer belt.

As Figure 15, the described cap-opening mechanism 72 that slides comprises assembly 721 of uncapping, gripper shoe 722 two parts form, assembly 721 of uncapping is arranged on holder, the rectilinear(-al) that the front end of uncapping assembly 721 is tilted by multistage, the uncap angle of inclination of uncapping of assembly 721 progressively becomes large, by sticking up block, slide block, swash plate bar and set square four part composition, stick up block to be positioned at and to slide block one end, swash plate bar is positioned at and slides in the middle of block and set square, described block side of sticking up is provided with incision sheet, be downward-sloping face, front end at the incision sheet sticking up block fillet place, described swash plate bar is fixed on holder by intilted brace, the hypotenuse of swash plate bar is connected to and slides between block and set square hypotenuse, set square is larger than the intilted angle of swash plate bar, the set square at its right angle and the junction of upper cover guide rail are fillet design, upper cover guide rail is separately fixed at uncap assembly 721 and gripper shoe 722, during work, trimming mechanism cuts two of carton sides and a top margin, then the carton cutting three limits is transported to and slides cap-opening mechanism 72 li, its carton first utilizes the incision sheet sticking up block to enter the finedraw of top margin, and finedraw is done preliminary expansion, and the upper cover of carton is taken advantage of a situation to be transferred to and slided on block, open upper cover further, finally complete by intilted swash plate bar and set square action of uncapping, upper cover enters upper cover guide rail, and is kept at an angle continuation transmission.

As Figure 16, described delivery cover pressing mechanism 73 comprises installation delivery mechanism 731 on the table, closing mechanism 732, connecting gear, described closing mechanism 732 is made up of the upper cover guide rail that can pass through for upper cover and pressing device two part, the side, upper cover guide rail front end that closing mechanism is installed on the transfer mechanism is provided with delivery mechanism 731, pressing device is positioned at the end of upper cover guide rail, the closing lid bar afterbody of upper cover guide rail is helical form, the closing lid bar surface of self distortion coordinates with the outer surface of upper cover, described delivery mechanism 731 utilizes liftable turntable driving mechanical arm, internal mold on connecting gear is transferred on the conveyer belt of turntable side by the sucker of mechanical arm front end, delivery mechanism 731 lower end has sucker, connecting gear is provided with horizontal pneumatic cylinder by the side of delivery mechanism 731, horizontal pneumatic cylinder is positioned at turntable middle, longitudinal pneumatic cylinder of described pressing device is installed on the table by holder, horizontal pneumatic cylinder below holder is arranged on connecting gear side, during work, the carton ending lid carries out displacement by connecting gear, the upper cover of carton slides on closing mechanism 732, the outer surface of upper cover coordinates with closing lid bar and slides, first utilize liftable turntable driving mechanical arm by delivery mechanism 731, make the sucker of its mechanical arm front end rotate above static carton, carton lower cover withstands by the horizontal pneumatic cylinder of connecting gear side, and the internal mold in carton is drawn by liftable turntable simultaneously, and transfers on conveyer belt, carton continues to be displaced to closing mechanism, and now, upper cover coordinates the reclinate trend of closing lid bar, and the closing lid bar of self distortion makes upper cover down turn down reposefully, completes the effect of closing lid, when carton is by pressing device transverse direction pneumatic cylinder, horizontal pneumatic cylinder withstands lower cover, makes lower cover edge toward indent, and avoid lower cover edge card to live in lid, longitudinal pneumatic cylinder pushes downwards and makes its upper and lower covers completely closed simultaneously.

As Figure 17, described collecting mechanism 74 comprises feeder, guide rail and connecting gear, guide rail mechanism is connected between connecting gear and feeder, the collection table of described feeder is installed horizontal pneumatic cylinder and longitudinal pneumatic cylinder, longitudinal pneumatic cylinder is positioned at guide rail and feeder junction, shaping box on guide rail is pressed to feeder by longitudinal pneumatic cylinder, described guide rail is adjusted to by overhead gage and side rails the track that flask passes through, one end of guide rail is fixed in collection table, banister brush is installed in described guide rail dead ahead, the side of its banister brush is provided with horizontal pneumatic cylinder, banister brush opposite side sliver, described horizontal pneumatic cylinder top is provided with adjustable lateral angle and pushes away, during work, shaping box is sent in guide rail mechanism by connecting gear in an orderly manner, because the overhead gage of guide rail mechanism and side rails slide into the opening part in longitudinal pneumatic cylinder front exactly by shaping box, then each shaping box is pressed to below rectangular banister brush by longitudinal pneumatic cylinder in an orderly manner, until shaping box is fitly in line, finally starts horizontal pneumatic cylinder and the shaping box be in line is pushed toward sliver, the like, shaping box is fitly arranged between sliver, is convenient to later stage transport.

certainly, above diagram is only better embodiment of the present invention, not limits the scope of application of the present invention with this, therefore, every make in the principle of the invention equivalence change all should be included in protection scope of the present invention.

Claims (10)

1. a carton forming unit, it is characterized in that: respectively by upper cover shaping machine set, lower cover and the one-body molded unit of inner foxing collect after die assembly unit in upper and lower covers combination unit makes upper and lower covers combine, described upper and lower covers combination unit enters facial tissue binding and moulding machine group through pressing conveyer belt, the adhesion-molded unit of facial tissue exports and enters trimming unit through treating selvedge mechanism, wherein, in lower cover and the one-body molded unit of inner foxing, there is assembling internal mold, this assembling internal mold is divided into four parts with its two diagonal for boundary, by four paws cylinder, four parts to be opened or closed toward surrounding, assembling internal mold is for limiting the shaping scope of inner foxing.

2. a kind of carton forming unit according to claim 1, it is characterized in that: described upper cover shaping machine set is made up of upper cover cardboard conveyer belt, counterdie, stamping die, described bed die has cavity, upper cover cardboard is passed to counterdie upper end by upper cover cardboard conveyer belt, stamping die punching press directly over counterdie enters cavity makes upper cover shaping, be provided with upper cover conveyer belt below described cavity, this upper cover conveyer belt other end combines unit with upper and lower covers and docks.

3. a kind of carton forming unit according to claim 1 and 2, it is characterized in that: described lower cover and the one-body molded unit of inner foxing comprise feed station, lower cover shaping station and inner foxing feed station, wherein, assemble internal mold to rotate in feed station and lower cover shaping station;

Described assembling internal mold surrounding correspondence is provided with manipulator, and manipulator is for coordinating assembling internal mold with fixing inner foxing;

Described feed station correspondence connects inner foxing feed station, and lower cover shaping station one end connects lower cover cardboard conveyer belt, and the lower cover shaping station other end connects lower cover conveyer belt;

Described inner foxing feed station comprises the inner foxing conveying roller group of vertically placing and the gluing shower nozzle being positioned at inner foxing conveying roller group side, inner foxing vertically slips in the process of feed station in inner foxing conveying roller group, and gluing shower nozzle carries out gluing to inner foxing;

Described feed station has the feed well that connect corresponding to inner foxing conveying roller group, when assembling internal mold and being positioned at feed station, feed well and foremost corresponding of assembling internal mold rotation direction;

Described lower cover shaping station has counterdie, described bed die has cavity, lower cover cardboard enters the top of lower mold cavity, the downward punching press of inner foxing is taken by assembling internal mold and manipulator, make lower cover cardboard enter cavity and form lower cover, inner foxing surrounds by lower cover in forming process, lower interior surface and inner foxing outer surface bond, the sidewall being arranged in cavity is provided with some heating flow channel and coolant flow channel, described some heating flow channel are positioned at the upper part of cavity sidewalls, cavity upper part temperature is raised, coolant flow channel is positioned at the lower part of cavity sidewalls, cavity lower part temperature is reduced, it is lower cover conveyer belt below described cavity,

Described assembling internal mold is turned to by feed station in the process of lower cover shaping station, through flanging wheels, flanging is carried out to inner foxing, make inner foxing with the assembling internal mold opened for benchmark is around whole assembling internal mold, inner foxing is in the process completing flanging, corresponding manipulator closes toward the periphery that assembling internal mold is corresponding, and to clamp, inner foxing correspondence rolled over;

Described flanging wheels comprise fixing bending wheels and swing bending wheels, and fixing bending wheels are made up of several corresponding rollers in two arc shootings, swing bending wheel composition V-type, are completed the action swinging and shrink by cam driven.

4. a kind of carton forming unit according to claim 1, it is characterized in that: described die assembly unit comprises wallboard, pushing plate, wallboard is provided with the mechanism that pushing plate can be made to move up and down, wallboard offers window, window is provided with the first positioning baffle and forms the cavity that pushing plate can be made to move up and down, and the bottom of described window is provided with the mechanism of the second positioning baffle rotation making to be oppositely arranged;

The described mechanism that pushing plate is moved up and down is provided with bracing frame on the upside of wallboard, one end of bracing frame is fixed on described wallboard, the other end of bracing frame connects cylinder, the pushing plate of the piston rod connection of cylinder, the mechanism that the second positioning baffle making to be oppositely arranged rotates be the both sides of the bottom of window the first positioning baffle outside be fixed with rotary cylinder respectively, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, one end of the rotating shaft of rotary cylinder connects the second positioning baffle, the first described positioning baffle is arranged on four limits of described window, four limits are oppositely arranged the cavity that inside the first positioning baffle, formation can make pushing plate up and down, the side of the first positioning baffle of the window of wallboard has the opening that internal mold can be made to pass through, the first described positioning baffle connects lower baffle plate by overhead gage and forms, lower baffle plate is L shape,

The second described positioning baffle is by driver plate and L shape positioning baffle, driver plate one end is fixedly connected with the rotating shaft of rotary cylinder, one end connects L shape positioning baffle, during rotary cylinder action, the rotating shaft of cylinder is released, axis of rotation and drive the rotation of the second positioning baffle 90 degree, the one end of the first positioning baffle that opening is oppositely arranged connects adjustable bolt, adjustable plate is provided with bolt hole opposite position, adjustable bolt connects the first positioning baffle through adjustable plate, first positioning baffle movably connects adjustment plate by adjustable bolt, described L shape positioning baffle and driver plate are connected with opening part, opening part is provided with bolt, L shape positioning baffle is moved along this opening by this bolt, described pushing plate shape is L shape and this pushing plate opening is relative with bracing frame.

5. a kind of carton forming unit according to claim 3, it is characterized in that: described upper and lower covers assembling unit comprises cross plate, conveying slope, mechanical arm, described cross plate docks with upper cover conveyer belt, it is lower cover conveyer belt below cross plate, lower cover conveyer belt docks with conveying slope, the conveying slope other end docks with pressing conveyer belt, and conveying upper end, slope has press fit device;

Described mechanical arm is made up of disk, push arm, connecting axle, and disk drives connecting axle to rotate, and makes the push arm of connecting axle end reciprocating.

6. a kind of carton forming unit according to claim 5, it is characterized in that: described pressing conveyer belt comprises delivery track, press strip, roller, the conveying slope that described pressing conveyer belt one end and upper and lower covers combine in unit is docked, the other end docks with the adhesion-molded unit of facial tissue, described press strip is positioned at directly over delivery track, is provided with adjustable roller above described pressing conveyer belt end.

7. a kind of carton forming unit according to claim 1, is characterized in that: the adhesion-molded unit of described facial tissue comprises facial tissue bonding cylinder mechanism, facial tissue fold mechanism composition;

Described facial tissue bonding cylinder mechanism is by the feed station coordinated with roller platen, gluing station, bonding station, in feed station, roller platen carries out gluing by after facial tissue gripping through gluing station by gripper mechanism, enter bonding station after gluing, the carton that facial tissue and pressing conveyer belt pass over synchronously matches and bonds;

There is in described bonding station a cover plate, cover plate two ends are connected with pressing conveyer belt and toward the conveyer belt that facial tissue fold mechanism transmits respectively, a through hole is provided with in the middle of cover plate, roller platen is positioned at immediately below through hole, the horizontal plane at roller platen peak and cover plate place is tangent, through hole has been provided with material strip, and this plays material strip and is connected with cover plate, also comprises the baffle plate coordinated with roller platen with pressing facial tissue and carton in bonding station;

There is in described gripper mechanism tooth sheet and the bite-block of gripping facial tissue, wherein, the movable end of tooth sheet is provided with the locating slot into facial tissue location, bite-block and tooth sheet agree with for gripping facial tissue mutually, the upper surface of described bite-block is relative to the periphery radially retraction of roller platen, when tooth sheet is pressed on bite-block, the upper surface of tooth sheet is positioned on the periphery of roller platen;

Described gluing station has glue spreader, and glue spreader docks with roller platen and direction of rotation is contrary.

8. a kind of carton forming unit according to claim 1, it is characterized in that: described facial tissue fold mechanism comprises downward folding machine structure, left folding mechanism, upper fold mechanism composition, wherein, the conveyer belt that downward folding machine structure upper end and facial tissue adhesion mechanism dock is connected, upper fold mechanism upper end is connected with trimming unit by conveyer belt, downward folding machine structure is primarily of the first brush member, lower folding clappers and transmission mechanism composition, left folding mechanism is primarily of base plate, left push rod and side sliver composition, upper fold mechanism is primarily of infolding push rod, upper folding clappers, second brush member and transmission mechanism composition, described the first brush member supplying lower folding clappers to pass through is arranged on the base plate top of left folding mechanism, first brush member is fixed on the transmission mechanism side of downward folding machine structure, have the final say the second brush member of passing through of the described folding kept supplying is arranged on the base plate top of left folding mechanism, second brush member is fixed on the transmission mechanism side of fold mechanism,

In described downward folding machine structure, transmission mechanism is connected to the driving wheel between wallboard by drive sprocket axle, driven pulley is connected by chain with driving wheel, chain rolls over clappers under being connected by the support bar of bindiny mechanism, described first brush member is made up of the cuboid of hollow polylith brush holder, the first brush member near chain side is provided with the gap can passed through for support bar, the lower folding hairbrush of the first described brush member inside forms the space can passed through for lower folding clappers, lower folding clappers are laterally fixed on support bar by bolt, the supporting seat both sides of the support bar other end are separately fixed at two chains,

Described left folding mechanism to be positioned at below the first brush member and horizontal positioned, the track that the side sliver formation paper feeding cassette in left folding mechanism with left folding hairbrush and both sides passes through, and the left push rod be fixed on slide block, slide block and slide rail are mutually agreed with by groove and link closely, slide block slides on slide rail, and slide block debouches immediately below the first brush member and promotes in carton and facial tissue injection;

The drive sprocket axle of described upper fold mechanism is connected to the driving wheel between wallboard, its driven pulley is connected by chain with driving wheel, chain is driven by the gear teeth of driven pulley, its chain is connected by the support bar of bindiny mechanism rolls over clappers, telescopic infolding push rod is provided with below described second brush member left and right brush holder, the cross bar of infolding push rod is provided with holder and is connected to drive link, and the drive link other end is bolted in swiveling wheel, and the second brush member inside is all provided with infolding hairbrush;

The cross bar of described infolding push rod is fixed on slide block, and the slide block of its cross bar one end and slide rail are mutually agreed with by groove and link closely, and the cross bar of described infolding push rod is provided with infolding hairbrush, and two infolding hairbrush on cross bar regulate distance to each other by bolt.

9. a kind of carton forming unit according to claim 1, it is characterized in that: described treating selvedge unit comprises conveyer belt, be arranged at the support of conveyer belt both sides, charging aperture, discharging opening, described support is provided with several upper and lower treating selvedge mechanisms and several left and right treating selvedge mechanisms, the described mechanism for the treatment of selvedge up and down comprises two side stands and is respectively equipped with connecting rod, the two ends of connecting rod are detachably positioned on support by bolt, the connecting rod of both sides connects the two ends of rotating directive wheel, connecting rod cover between bolt and support has spring, described left and right treating selvedge mechanism comprises between support both sides and is provided with slide rail, the slide block be oppositely arranged movably is arranged on described slide rail, directive wheel is rotating to be fixed on the guiding wheel seat of the bottom of slide block, one end of guiding wheel seat is connected with slide rail one end by bolt, the two ends of slide rail are bolted on described support, guiding wheel seat is connected with there being bolt between support, on bolt, cover has spring, the described mechanism for the treatment of selvedge up and down and left and right trimmer are configured to the cavity that box body can be made to pass through,

First treating selvedge bindiny mechanism of described treating selvedge bindiny mechanism composition, second treating selvedge bindiny mechanism, the discharging opening of the first treating selvedge bindiny mechanism connects the charging aperture of the second treating selvedge mechanism, the opening part of the second treating selvedge mechanism is provided with and pushes away case structure, push away the push rod that case structure is connected by cylinder, described push rod is arranged on the charging aperture place of the second treating selvedge bindiny mechanism, the charging aperture of the second treating selvedge bindiny mechanism is provided with gear box plate, the support at the discharging opening place of outputing of the first treating selvedge bindiny mechanism is provided with the side of push rod, push rod opposite side be fixed with rotating pulley, the side of described push rod is provided with opening, opening part is provided with bolt, push rod is moved along this opening by this bolt.

10. a kind of carton forming unit according to claim 1 or 9, it is characterized in that: described trimming unit is followed successively by trimming mechanism, slides cap-opening mechanism, delivery cover pressing mechanism, collecting mechanism, wherein, described trimming mechanism is connected with the conveyer belt of collecting mechanism;

Described trimming mechanism comprises trimming platform, press-roller device and adjustable plate, and described trimming platform is installed on adjustable plate inside, and trimming platform both sides are connected by spring with between adjustable plate, is provided with the holder placing press-roller device at adjustable plate; The clamping plate be bolted are provided with in trimming platform, blade is fixed in trimming platform by its clamping plate, trimming platform becomes mirror image to be distributed in press-roller device down either side, overlap between the bolt of described press-roller device both sides and the pressure roller being equipped with bearing and have Compress Spring, pressure roller is equidistantly distributed in press-roller device inside;

The described cap-opening mechanism that slides comprises assembly of uncapping, gripper shoe two parts form, assembly of uncapping is arranged on holder, the rectilinear(-al) that the front end of uncapping assembly is tilted by multistage, the uncap angle of inclination of uncapping of assembly progressively becomes large, by sticking up block, slide block, swash plate bar and set square four part composition, stick up block to be positioned at and to slide block one end, swash plate bar is positioned at and slides in the middle of block and set square, described block side of sticking up is provided with incision sheet, be downward-sloping face, front end at the incision sheet sticking up block fillet place, described swash plate bar is fixed on holder by intilted brace, the hypotenuse of swash plate bar is connected to and slides between block and set square hypotenuse, set square is larger than the intilted angle of swash plate bar, the set square at its right angle and the junction of upper cover guide rail are fillet design, upper cover guide rail is separately fixed at uncap assembly and gripper shoe,

Described delivery cover pressing mechanism comprises installation delivery mechanism on the table, closing mechanism, connecting gear, described closing mechanism is made up of the upper cover guide rail that can pass through for upper cover and pressing device two part, the side, upper cover guide rail front end that closing mechanism is installed on the transfer mechanism is provided with delivery mechanism, pressing device is positioned at the end of upper cover guide rail, the closing lid bar afterbody of upper cover guide rail is helical form, the closing lid bar surface of self distortion coordinates with the outer surface of upper cover, described delivery mechanism utilizes liftable turntable driving mechanical arm, internal mold on connecting gear is transferred on the conveyer belt of turntable side by the sucker of mechanical arm front end, delivery mechanism lower end has sucker, connecting gear is provided with horizontal pneumatic cylinder by the side of Qu Mo mechanism, horizontal pneumatic cylinder is positioned at turntable middle, longitudinal pneumatic cylinder of described pressing device is installed on the table by holder, horizontal pneumatic cylinder below holder is arranged on connecting gear side,

Described collecting mechanism comprises feeder, guide rail and connecting gear, guide rail mechanism is connected between connecting gear and feeder, the collection table of described feeder is installed horizontal pneumatic cylinder and longitudinal pneumatic cylinder, longitudinal pneumatic cylinder is positioned at guide rail and feeder junction, shaping box on guide rail is pressed to feeder by longitudinal pneumatic cylinder, described guide rail is adjusted to by overhead gage and side rails the track that flask passes through, one end of guide rail is fixed in collection table, banister brush is installed in described guide rail dead ahead, the side of its banister brush is provided with horizontal pneumatic cylinder, banister brush opposite side sliver, described horizontal pneumatic cylinder top is provided with adjustable lateral angle and pushes away.