CN204714195U - A kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine - Google Patents

Abstract

The utility model discloses a kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine, and comprise frame, it is characterized in that: it also comprises the landing plate, the delivery device that are fixed in this frame, this landing plate is tilted upward shape; This delivery device comprises propelling movement block, and this propelling movement block is positioned at the bottom below this landing plate, and is slidably arranged in frame, and this propelling movement block this landing plate extended.Effect of the present utility model there is provided a kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine.

Description

A kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine

Technical field

The utility model relates to paper web packaging field, is specifically related to a kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine.

Background technology

The radical function of overlay film cutting machine cylindrically shaped packaging box is pasted the paper film printed, and cutting forms finished product.Its manufacturing procedure is successively: paper feeding, gluing, overlay film, cutting.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine.

For solving the problems of the technologies described above adopted technical scheme be: a kind of paper roll pusher of full automaticity paper bowl overlay film cutting machine, comprise frame, it is characterized in that: it also comprises the landing plate, the delivery device that are fixed in this frame, this landing plate is tilted upward shape; This delivery device comprises propelling movement block, and this propelling movement block is positioned at the bottom below this landing plate, and is slidably arranged in frame, and this propelling movement block this landing plate extended.

Effect of the present utility model is: the pusher providing a kind of full automaticity paper bowl overlay film cutting machine.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of the utility model better embodiment;

Fig. 2 is lift system schematic diagram in Fig. 1;

Fig. 3 is paper feeder schematic diagram in Fig. 1;

Fig. 4 is rubber-coated mechanism schematic diagram in Fig. 1;

Fig. 5 is support panel schematic diagram in Fig. 4; Fig. 6 is paper isolating construction schematic diagram in Fig. 1;

Fig. 7 is paper transport device and cutter schematic diagram in Fig. 1;

Fig. 8 is paper roll pusher schematic diagram in Fig. 1;

Fig. 9 is support structure schematic diagram in Fig. 1;

Figure 10 is Fig. 9 left view;

Figure 11 is Fig. 9 cutaway view.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further described.Should be appreciated that specific embodiment described herein only to explain the utility model, and be not used in restriction the utility model.

See Fig. 1, a kind of full automaticity paper bowl overlay film cutting machine, comprises frame 1, is fixed on the paper feeder 2 that frame 1 also connects successively, lift system 3, rubber-coated mechanism 4, paper transport device 6, cutter 7, paper roll cover roller arrangement 8, paper roll pusher 9.

See Fig. 2 and Fig. 3, lift system 3 comprises live roll mechanism 31, intermittent feeding mechanism 32, lift system 33; This live roll mechanism 31 comprises live roll 311 and cam 312, and this live roll 311 runs through and is connected in this frame 1, can rotate in frame 1; This cam 312 is fixed on this live roll 312, and is positioned at the outside of frame 1.

This intermittent feeding mechanism 32 comprises index(ing) feed bar 321 and intermittent gear 322, and this index(ing) feed bar 321 is fixed on the outside of this frame 1; Index(ing) feed bar 321 is movable cranks, coordinates with cam 312, and drives index(ing) feed bar 321 action by cam 312.Meanwhile, this index(ing) feed bar 321 is fixed with claw 323, this claw 323 contact with this intermittent gear 322 and with the use of.So when cam 312 rotates, drive index(ing) feed bar 321 to do intermittent motion, drive claw 323 also to do intermittent motion, claw 323 engages intermittent gear 322, makes intermittent gear 322 make intermittent moment simultaneously.

Lift system 33 comprises and promotes gear 331, lift shaft 332, two chain-wheel mechanisms 333, and this lift shaft 332 activity runs through and is connected in this frame 1.This lifting gear 331 and two chain-wheel mechanisms 333 are all fixed in this lift shaft 332.This lifting gear 331 is positioned at the outside of frame 1, and with this intermittent gear 322 engaged transmission.Two chain-wheel mechanisms 333 comprise two chains 3331.

Paper feeder 2 comprises stay bearing plate 21, splicing roller 22, feeding-in roll 23, two guide rails 24, two supporting pads 25, base plates 26, and this stay bearing plate 21 is fixed on two chains 3331.This splicing roller 22 and this feeding-in roll 23 run through and are connected in this frame 1, can rotate relative to this frame 1; This feeding-in roll 22 is parallel with this splicing roller 23 and be positioned at same level, and is positioned at directly over this stay bearing plate 21, makes the pile piled up on stay bearing plate 21 can contact splicing roller 22 and feeding-in roll 23.

Two guide rails 24, all in L-type, are fixed in frame 1, and are positioned at stay bearing plate 21 two ends to the inside, and stay bearing plate 21 two ends are to the inside stuck in two guide rails 24, and can slide up and down along two guide rails 24.Two supporting pads 25 are at right angles folding U-shaped, and opening is staggered relatively between base plate 25 and stay bearing plate 21.Also the low pile height being placed on stay bearing plate 21 is removed by removal two supporting pads 25.

It can thus be appreciated that, pile is placed on stay bearing plate 21, by lift system 3, makes stay bearing plate gap is moved, make the superiors' paper of pile push rubber-coated mechanism 4 to by splicing roller 22 and feeding-in roll 23 at every turn.

See Fig. 1 and Fig. 4, rubber-coated mechanism 4 comprises the glue box 40 be all fixed in this frame 1, actuating unit, belt wheel mechanism 41, live roll mechanism 42, gear wheel shaft mechanism 45 of gear wheel shaft mechanism of upper glue roller mechanism 43, first 44, second, daub roller mechanism 46, first roller mechanism 47, second roller mechanism 48 and intermediate gear axis mechanism.

Actuating unit by connection electric motor drive, simultaneously drive pulley mechanism 41, and passes through belt wheel transmission feeding-in roll 23 simultaneously, then by feeding-in roll 23 by belt wheel transmission splicing roller 22.

Belt wheel mechanism 41 is by belt wheel transmission roller mechanism 42, this live roll mechanism 42 is transmission this upper glue roller mechanism 43 and this first gear wheel shaft mechanism 44 respectively, this this second gear wheel shaft mechanism 45 of the first gear wheel shaft mechanism 44 transmission, this the second gear wheel shaft mechanism 45 this daub roller mechanism 46 of transmission, this this first roller mechanism 47 of daub roller mechanism 46 transmission, this this intermediate gear axis mechanism of the first roller mechanism 47 transmission, this intermediate gear axis mechanism is this second roller mechanism 48 of transmission again.

Wherein, live roll mechanism 42 comprises live roll 421; This upper glue roller mechanism 43 comprises upper glue roller 431; This daub roller mechanism 46 comprises daub roller 461; This first roller mechanism 47 comprises the first roller 471; This second roller mechanism 48 comprises the second roller 481.

This live roll 421, this upper glue roller 431, this daub roller 461, this first roller 471 are all parallel with the second roller 481 and run through this frame 1, and can rotate relative to this frame 1.This first roller 471 and the concordant placement in the horizontal direction of this second roller 481, this live roll 421 is positioned at the below of this first roller 471 and the second roller 481, and respectively near this first roller and the second roller; This upper glue roller 431 near and be positioned at the below of this live roll 421; This upper glue roller 431 is embedded in this glue box 40; This daub roller 461 near this upper glue roller 431, and between this live roll 421 and this glue box 40.

Wherein, actuating unit makes live roll mechanism 42 action, thus live roll 421 is rotated, and by meshed transmission gear upper glue roller mechanism 43 on live roll 421, thus upper glue roller 43 is rotated; Meanwhile, again by chain sprocket drive first gear wheel shaft mechanism 44.First gear wheel shaft mechanism 44 is again by meshed transmission gear second gear wheel shaft mechanism 45.Second gear wheel shaft mechanism 45 again by chain gear daub roller mechanism 46, thus makes daub roller 461 rotate.Again by meshed transmission gear first roller mechanism 47 on daub roller 461, thus the first roller 471 rotates.First roller 47 again by intermediate gear mechanism engaged transmission second roller mechanism 48, thus makes the second roller 481 rotate.

It can thus be appreciated that the paper after feeding-in roll 23 enters rubber-coated mechanism 4, namely enter live roll 421 and carry out coating process between the first roller 471 and the second roller 481.When upper glue roller 431 rotates, be coated in by the glue in glue box 40 on upper glue roller 431, daub roller 431 contacts upper glue roller 431, and the glue of upper glue roller 431 is erased, large with the upper glue roller 431 glue amount of contact-free, the glue amount being coated in paper is large, and make the unfairness of overlay film rear surface, affect attractive in appearance.

This rubber-coated mechanism 4 also comprises and being fixed in frame 1 and two of standing opposite support panels 50, now for one of them support panel 50 explanation, as Fig. 5, support panel 50 comprises panel body 51, articulated slab 52, first stud 53 and the second stud 54, first roller 471 and the second roller 481 are applied on articulated slab 52 respectively, articulated slab 52 is hinged in panel body 51, and is screwed together in panel body 51 by articulated slab 52 by the first stud 53.Also be interconnected by being provided with the first spring 531 between articulated slab 52 and panel body 51.Design like this, makes the first roller 471 and the second roller 481 press down adjustment, regulates the spacing of the first roller 471 and the second roller 481 and live roll 421, to adapt to the double requirements of paper thickness and rubberization thickness with this.

This upper glue roller 431 should be positioned at the side-lower of this live roll 421.Second stud 54 by being screwed together with panel body 51, and supports on this upper glue roller 431, and to regulate upper glue roller 431 and daub roller 461 spacing, control the glue amount being coated in upper glue roller 431, final control is coated in the glue amount size of paper.

The position that this articulated slab 52 contacts with the second roller 481 with the first roller 471 respectively also offers oil hole.Slow down the loss of the first roller 471 and the second roller 481.The part that panel body 51 coordinates with the second stud 54 interlude is hollow structure, and the part correspondence that the second stud 54 is positioned at this punching structure is arranged with the second helical spring 541.

See Fig. 6, this full automaticity paper bowl abdomen cutting machine also comprises paper isolating construction 5, paper isolating construction 5 is included in anchor shaft 551 in this frame 1, fixed cover is combined in some disengaging pawls on this anchor shaft 551, this live roll 421 of pawl point laminating of each disengaging pawl, the rubber coated paper spread out of from live roll 421 is made to separate pawl, live roll 421 surface can not be fitted in, disengaging pawl 552 as shown in FIG. along with the rotation of live roll 421.

See Fig. 7, this paper transport device 6 comprises turning cylinder 61, rotating sprocket 62, fixed link 63, some load-transfer devices, and this rotating sprocket 62 fixed cover is on turning cylinder 61, and turning cylinder 61 runs through and is connected in frame 1, and can rotate relative to frame 1; Fixed link 63 is fixed in frame 1; Some load-transfer devices distinguish Peng on turning cylinder 61 and fixed link 63, load-transfer device 64 as shown in the figure.Turning cylinder 61, fixed link 63 and some load-transfer devices form dip plane.First turning cylinder 61 accepts the rubber coated paper through paper isolating construction 5, and makes rubber coated paper slide down to cutter 7.

Cutter 7 comprises the cutting roller 71, the cutting knife 72 that are fixed in this frame 1, and this cutting roller 71 is corresponding with fixed link 63 position; This cutting roller 71 is by sprocket wheel connection of rotating sprocket wheel 62, and cutting roller 71 connecting power device makes it rotate, and drives turning cylinder 61 to rotate, thus rubber coated paper is moved.

This cutting knife 72 is hinged in this frame 1, when falling behind under the hinged rotation of cutting knife 72, may correspond to cutting roller 71.Cutting knife 72 is cylinder, and surface is provided with some annular blades.

Before rubber coated paper slides to cutter 7, paper roll pusher 9 and the action successively of paper roll cover roller arrangement 8.

See Fig. 8, paper roll pusher 9 comprises the landing plate 91, the delivery device 92 that are all fixed in this frame 1, and this landing plate 91 is placed obliquely.This delivery device 92 comprises pushing mechanism 921, guide rod 922, two guide blocks 923, pushes block 924, pushes the below that block 924 is positioned at landing plate 90, and in L-type.Guide rod 922 is fixed with propelling movement block 924, and two guide blocks 923 are fixed in frame 1, and are all enclosed within guide rod 922, and guide rod 922 can slide in two guide blocks 923, and two guide blocks 923 play guide support effect.

By pushing mechanism 921 action, promote guide rod 922, thus propelling movement block 924 is stretched from landing plate 91 landing direction, catch from the paper roll after landing plate 91 landing, and push to paper roll cover roller arrangement 8.

See Fig. 1, Fig. 9, Figure 10 and Figure 11, paper roll cover roller arrangement 8 comprises support structure 81, track 82, and support structure 81 is along track 81 bearing fit.

Support structure 81 comprises bracing frame 811, arc accepts block 812, ejection piece 813, the 3rd spring 814, the bottom of bracing frame 811 and track 81 bearing fit, arc accepts block 812 between two terminations 8111 of bracing frame 811, and arc accept block 812 while be hinged on bracing frame 811, another side and bracing frame 811 is connected by the 3rd spring 814.Ejection piece 812 is fixed on bracing frame 811, and is positioned at the bottom that arc accepts block 812.Arc accepts routing up direction and should deviating from landing plate 91 of block 812.

Two terminations 8111 are circular hole, and its diameter is at least greater than the diameter of cutting roller 71.

It can thus be appreciated that paper bowl from pushed to arc undertaking block 812 after landing plate 91 landing, and be pushed into along track 82 and be enclosed within the shear force roller 71 of rotation.After paper bowl is enclosed within cutting roller 71, the rubber coated paper through paper transport device 6 overlays on the cutting roller 71 of rotation, thus completes the operation of paper bowl overlay film, then by cutting knife 72 action, paper bowl segmentation good for overlay film is cut, obtain the finished product of required size.

After the paper bowl segmentation cutting that overlay film is good, be retracted into the reference position of landing plate 91 correspondence again along track 82 by arc undertaking block 812, after returning, again by ejection piece 813 action, arc is accepted block 812 to overturn, thus poured out by the overlay film paper bowl after segmentation, whole like this operation completes, start again lower a set of operation, automation cycling.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims (1)

1. a paper roll pusher for full automaticity paper bowl overlay film cutting machine, comprises frame, it is characterized in that: it also comprises the landing plate, the delivery device that are fixed in this frame, and this landing plate is tilted upward shape; This delivery device comprises propelling movement block, and this propelling movement block is positioned at the bottom below this landing plate, and is slidably arranged in frame, and this propelling movement block this landing plate extended.