CN203333037U

CN203333037U - Full-automatic rewinding machine capable of continuously producing core scrolls and core-free scrolls without being shut down

Info

Publication number: CN203333037U
Application number: CN2013203305074U
Authority: CN
Inventors: 吴兆广
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-06-08
Filing date: 2013-06-08
Publication date: 2013-12-11
Anticipated expiration: 2023-06-08

Abstract

The utility model discloses a full-automatic rewinding machine capable of continuously producing core scrolls and core-free scrolls without being shut down. The full-automatic rewinding machine comprises a first wind-up roll, a second wind-up roll, a wind-up pressing roll, a paper feeding pressing roll and a paper tube supply mechanism, the first wind-up roll, the second wind-up roll, the wind-up pressing roll, the paper feeding pressing roll and the paper tube supply mechanism are parallel to each other, the upper roll face of the first wind-up roll and the upper roll face of the second wind-up roll are in overlap joint through bidirectional overlap-joint winding assisting cover plates, submerged Y-shaped openings are formed in the bidirectional overlap-joint winding assisting cover plates and are located in the clearance between the first wind-up roll and the second wind-up roll, and annular grooves capable of containing the corresponding overlapping edges of the bidirectional overlap-joint winding assisting cover plates are formed in the roll face of the first wind-up roll and the roll face of the second wind-up roll. After the adoption of the scheme, raw paper penetrates through the clearance between the first wind-up roll and the paper feeding pressing roll and is attached to the upper roll face of the first wind-up roll, and the raw paper is conveyed to the Y-shaped openings of the bidirectional overlap-joint winding assisting cover plates along with the rotation of the first wind-up roll to rub or wind the core-free scrolls or is fed to the Y-shaped openings through the paper tube supply mechanism to re-wind the core scrolls. After the rewinding is completed, the finished scrolls are discharged out of a scroll outlet formed between the upper roll face of the second wind-up roll and the wind-up pressing roll.

Description

A kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls

Technical field

The utility model includes the technical field of core and coreless rolls production facilities, refers in particular to a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls.

Background technology

Along with the development of social science and technology, occur on market that some can produce the paper roll rewinding machine of core or coreless rolls continuously.This type of paper roll rewinding machine has generally comprised wind-up roll, lower wind-up roll, rolling pressure roller and paper tube feed mechanism, wherein, upper wind-up roll, lower wind-up roll, the rolling pressure roller is parallel to each other, and but the roll surface of at least one wind-up roll is provided with a plurality of suction holes of vacuum suction (but when reality is used, usually just be provided with suction hole on the roll surface of just upper wind-up roll), simultaneously, on being somebody's turn to do, be formed with the gap of adjustable interval between lower wind-up roll, rolling pressure roller correspondence is located at this top, gap, and with this on, be formed with paper roll rewinding zone between lower wind-up roll, paper tube feed mechanism correspondence is located at this below, gap, for paper roll rewinding zone provides paper tube.Generally, such paper roll rewinding machine is when carrying out the rewinding of coreless rolls, body paper is all the lower roll surface around upper wind-up roll, and along with the rotation of wind-up roll on this is passed through upper, gap between lower wind-up roll is come in paper roll rewinding zone and is piled up roll set, because the body paper of such paper roll rewinding machine is to pile up roll set, and generally need to be stacked into larger thickness ability roll set, this makes the coreless rolls of producing easily spend core, there are quality problems, simultaneously, due to body paper be from the lower roll surface of wind-up roll introduce, gap between lower wind-up roll, cause the also comparatively inconvenience of paper injection of such paper roll rewinding machine, workman's troublesome poeration, and when the rewinding of core paper volume is arranged, on at first such paper roll rewinding machine needs to adjust, gap clearance between lower wind-up roll, the paper tube diameter size of coming up from below group, gap to adapt to the paper tube feed mechanism, when paper tube passes through upper, when the gap between lower wind-up roll is come in paper roll rewinding zone, body paper is the lower roll surface around upper wind-up roll equally, and along with the rotation of wind-up roll on this is passed through upper, gap between lower wind-up roll is come in paper roll rewinding zone, pasting afterwards the rewinding that the paper tube in this paper roll rewinding zone is had core paper to roll up, due to such paper roll rewinding machine when being had core paper volume to produce, on needing to adjust, gap clearance between lower wind-up roll, and need guarantee high precision while adjusting, the debugging of high request is proofreaied and correct, certainly will cause like this floor time long, can badly influence production efficiency.In addition, more existing coreless rolls rewinding machines, when being converted into the after-combustion of core paper volume; its auxiliary device of need dismantling, work capacity is large, and the debugging that need to re-start high precision, high request during refitting is proofreaied and correct; this can cause floor time long equally, can badly influence production efficiency.Therefore, in sum, prior art still remains update and develop.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, provides that a kind of compact conformation is reliable, efficiency is high, product design is high, can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls.

For achieving the above object, technical scheme provided by the utility model is: a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, include the first wind-up roll parallel to each other, the second wind-up roll, the rolling pressure roller, paper feeding pressure roller and paper tube feed mechanism, this the first wind-up roll correspondence is located between paper feeding pressure roller and the second wind-up roll, and respectively with this paper feeding pressure roller and the second wind-up roll neighbor configuration and there is gap, rolling pressure roller correspondence is located at the top of the first wind-up roll and the second rolling clearance between roll, and and this first wind-up roll and the second wind-up roll between be formed with paper roll rewinding zone, between the upper roll surface of the first wind-up roll and the second wind-up roll, by two-way overlap joint, help the volume cladding plate to be overlapped, and two-way overlap joint helps the volume cladding plate to have two or more axially spaced-aparts along wind-up roll to arrange, each two-way overlap joint helps the bifurcation mouth that all forms a sinking on the volume cladding plate, and in the gap of this bifurcation mouth between the first wind-up roll and the second wind-up roll, simultaneously, be provided with on the roll surface of this first wind-up roll and the second wind-up roll and can help the corresponding annular groove that covers limit of taking of rolling up cladding plate by accommodating two-way overlap joint, and it is suitable to take the shape size and the respective annular groove that cover limit, and can be placed in the part groove section notch filling of realization to annular groove in the respective annular groove, and then formation is to the filling of the paper roll support roll surface in paper roll rewinding zone, making the paper roll support roll surface after filling is a burnishing surface, body paper is through the gap between the first wind-up roll and paper feeding pressure roller, and invest the upper roll surface of the first wind-up roll, coming two-way overlap joint with the rotation of this first wind-up roll helps the bifurcation mouth place of rolling up cladding plate to carry out rubbing roll set or supplying with by the paper tube feed mechanism rewinding that there is the core paper volume at paper tube to this bifurcation mouth place of coreless rolls, this paper tube feed mechanism is wait having the rewinding of core paper volume after prescribed level, and another paper tube that can fall has the other wait of core paper volume rewinding in this, after rewinding, finished roll is from the outlet of the paper roll by forming between roll surface the second wind-up roll and rolling pressure roller discharging.

Described two-way overlap joint helps on the volume cladding plate and is provided with the gas hole that can blow to the bifurcation mouth.

But described two-way overlap joint helps the bifurcation mouth bottom of volume cladding plate to be provided with the suction hole of vacuum suction.

But described two-way overlap joint helps the bifurcation mouth bottom of volume cladding plate to be provided with the rotor wheel of tray paper roll set.

Described two-way overlap joint helps the volume cladding plate to be fixed by the strut bar that is positioned at its below, and this strut bar is passed down through the gap between the first wind-up roll and the second wind-up roll.

It is an integral body admittedly that described two-way overlap joint helps volume cladding plate and strut bar.

Described two-way overlap joint helps the volume cladding plate to be fixed by the crossbeam that is positioned at wind-up roll one side, and the opposite side of this crossbeam in this wind-up roll relative gap.

Described paper tube feed mechanism includes storage bin for storing paper tube, supporting board, with the first baffle plate of the first backgauge cylinder and with the second baffle of the second backgauge cylinder, wherein, described the first baffle plate and second baffle are opposed up and down, the first backgauge cylinder and the second backgauge cylinder can drive this first baffle plate and second baffle to insert in storage bin and realize that the blanking of paper tube stops, and are equipped with a paper tube for the treatment of rewinding after inserting between this first baffle plate and second baffle; Supporting board is obliquely installed, its high-end blanking port place that is positioned at storage bin, and its low side is positioned at the first wind-up roll top.

Describedly take that to cover limit be that arc is taken and covered limit, and this arc to take the radian that covers limit consistent with the roll surface radian of corresponding wind-up roll.

But circumferentially be distributed with a plurality of suction holes of vacuum suction in described the first wind-up roll and the second wind-up roll on the roll surface of at least one wind-up roll along it.

The utility model is after having adopted such scheme, applicable to the processing that core and coreless rolls are arranged, and can not shut down continuous working, can greatly enhance productivity, help the volume cladding plate and adapt to the annular groove that two-way overlap joint helps the volume cladding plate by specially designed two-way overlap joint simultaneously, make this rewinding machine when the production coreless rolls, upper roll surface to the two-way overlap joint that can make body paper invest the first wind-up roll helps the sinking bifurcation mouth place of volume cladding plate to rub roll set, and thickness required when body paper is rubbed roll set is less, this compared to existing technology, the determine quality problems of the coreless rolls flower core that prior art exists of this rewinding function efficient solution, and finished roll is without impression, product design is high, simultaneously, because body paper is that roll surface is walked around paper feed from wind-up roll, this paper injection that makes this rewinding machine also more for convenience.In addition, paper tube feed mechanism in conjunction with present technique, make this rewinding machine when production has the core paper volume, except the upper roll surface that can make body paper invest the first wind-up roll carries out paper feed, this rewinding machine can also guarantee that the continuous of core paper volume production process arranged, the rewinding of core paper volume is being arranged after prescribed level, another paper tube that can fall has the other wait of core paper volume rewinding in this, thereby can greatly enhance productivity.In addition, no matter this rewinding machine is coreless rolls production, still there is the core paper volume to produce, gap length between its first wind-up roll and the second wind-up roll is all the same, be after the first wind-up roll and the second wind-up roll are installed, gap length between them immobilizes, this compared to existing technology, the coreless rolls production of this rewinding machine and the conversion between producing of core paper volume is arranged, without some auxiliary devices of need dismantling as prior art, but directly control program is changed, can realize coreless rolls production and the exchange between the production of core paper volume is arranged, simple to operate, convenient and swift.

The accompanying drawing explanation

Fig. 1 is the axonometric drawing that in embodiment 1, the utility model is removed the paper feeding pressure roller.

Fig. 2 is part-structure exploded drawings of the present utility model in embodiment 1.

Fig. 3 is the workflow diagram of the utility model when coreless rolls is produced in embodiment 1.

Fig. 4 is the workflow diagram of the utility model when having the core paper volume to produce in embodiment 1.

Fig. 5 is part-structure schematic diagram of the present utility model in embodiment 2.

Fig. 6 is the view of the utility model when coreless rolls is produced in embodiment 2.

Fig. 7 is the view of the utility model when having the core paper volume to produce in embodiment 2.

Fig. 8 is part-structure schematic diagram of the present utility model in embodiment 3.

Fig. 9 is the view of the utility model when the centreless roll set in embodiment 3.

Figure 10 is the view of the utility model when the gradual change of centreless roll set in embodiment 3.

Figure 11 is part-structure schematic diagram of the present utility model in embodiment 4.

The exploded drawings that Figure 12 is Figure 11.

Figure 13 is part-structure cutaway view of the present utility model in embodiment 4.

Figure 14 is part-structure cutaway view of the present utility model in embodiment 5.

Figure 15 is part-structure cutaway view of the present utility model in embodiment 6.

The specific embodiment

Below in conjunction with a plurality of specific embodiments, the utility model is described in further detail.

Embodiment 1: referring to accompanying drawing 1 to shown in accompanying drawing 4, the present embodiment is described can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, include the first wind-up roll 1 parallel to each other, the second wind-up roll 2, rolling pressure roller 3, paper feeding pressure roller 14 and paper tube feed mechanism 4, wherein, described the first wind-up roll 1 correspondence is located between paper feeding pressure roller 14 and the second wind-up roll 2, and respectively with this paper feeding pressure roller 14 and the second wind-up roll 2 neighbor configuration and there is gap, but and circumferentially be distributed with a plurality of suction holes 17 of vacuum suction on the roll surface of at least one wind-up roll along it, but and circumferentially be distributed with a plurality of suction holes 17 of vacuum suction along it on the roll surface of this first wind-up roll 1 in the present embodiment, this second wind-up roll 2 is smooth roll, rolling pressure roller 3 correspondences are located at the top in the first wind-up roll 1 and second 2 gaps of wind-up roll, and and this first wind-up roll 1 and the second wind-up roll 2 between be formed with paper roll rewinding zone, between the upper roll surface of the first wind-up roll 1 and the second wind-up roll 2, by two-way overlap joint, help volume cladding plate 5 to be overlapped, and two-way overlap joint helps volume cladding plate 5 to have four axially spaced-aparts along wind-up roll to arrange, and, each two-way overlap joint helps volume cladding plate 5 fixing by the strut bar 11 that is positioned at its below respectively, and this strut bar 11 is passed down through the gap between the first wind-up roll 1 and the second wind-up roll 2, it is an integral body with respective support bar 11 admittedly that each two-way overlap joint helps volume cladding plate 5, simultaneously, each two-way overlap joint helps the bifurcation mouth 504 that all forms a sinking on volume cladding plate 5, and this bifurcation mouth 504 is in the middle of the gap between the first wind-up roll 1 and the second wind-up roll 2, be provided with on the roll surface of this first wind-up roll 1 and the second wind-up roll 2 and can help the corresponding annular groove 6 that covers limit 501 of taking of rolling up cladding plate 5 by accommodating two-way overlap joint, and this is taken and covers limit 501 and take and cover limit for arc, it is consistent with the roll surface radian of corresponding wind-up roll that this arc is taken the radian that covers limit, its shape size and respective annular groove 6 are suitable, and can be placed in the part groove section notch filling of the interior realization of respective annular groove 6 to annular groove, and then formation is to the filling of the paper roll support roll surface in paper roll rewinding zone, making the paper roll support roll surface after filling is a burnishing surface, avoid paper roll to extrude impression under the effect of rolling pressure roller 3, thereby affect product design, the first wind-up roll 1, the second wind-up roll 2, rolling pressure roller 3 rotating in same directions, body paper 7 is through the gap of 14 of the first wind-up roll 1 and paper feeding pressure rollers, be adsorbed in the upper roll surface with the first wind-up roll 1 of suction hole 17, and come two-way overlap joint with the rotation of this first wind-up roll and help bifurcation mouth 504 places of rolling up cladding plate 5 to carry out rubbing roll set or supplying with by paper tube feed mechanism 4 rewinding that there is the core paper volume at paper tube 8 to these bifurcation mouth 504 places of coreless rolls, this paper tube feed mechanism 4 is wait having the rewinding of core paper volume after prescribed level, and another paper tube 9 that can fall has the other wait of core paper volume rewinding in this, after rewinding, finished roll is from the outlet of the paper roll by forming between roll surface and rolling pressure roller 3 the second wind-up roll 2 discharging.Described paper tube feed mechanism 4 includes storage bin 401 for storing paper tube, supporting board 402, with the first baffle plate 403 of the first backgauge cylinder and with the second baffle band 404 of the second backgauge cylinder, wherein, described the first baffle plate 403 and second baffle 404 are opposed up and down, the first backgauge cylinder and the second backgauge cylinder can drive the first baffle plate 403 and second baffle 404 to insert that storage bin 401 is interior realizes that the blanking of paper tube stops, and are equipped with a paper tube for the treatment of rewinding after inserting between this first baffle plate 403 and second baffle 404; Supporting board 402 is obliquely installed, its high-end blanking port place that is positioned at storage bin 401, and its low side is positioned at the top of the first wind-up roll 1, and when paper tube, when having core paper volume side to follow rotation, now, this paper tube is on supporting board 402.In addition, the paper roll outlet side correspondence in the described paper roll rewinding of the present embodiment zone is provided with blowning installation 13, by this blowning installation 13, can make the body paper paper after breaking to continue roll set in paper roll rewinding zone, thereby guarantee the accurate, smooth and reliable of paper handkerchief rewinding process.During work, when needs production coreless rolls, body paper 7 is through the gap of 14 of the first wind-up roll 1 and paper feeding pressure rollers, be adsorbed in the upper roll surface of the first wind-up roll 1, and enter into through suction hole 17 vacuum suction of this first wind-up roll 1 bifurcation mouth 504 places that two-way overlap joint helps volume cladding plate 5 to sink and carry out rewinding, the body paper 7 that now enters these bifurcation mouth 504 places can be rubbed roll set (wherein through depressing of rolling pressure roller 3, this is rubbed the required thickness of roll set and compares traditional rewinding machine to pile up the required thickness of roll set little a lot), afterwards body paper 7 through the rubbing effect rewinding of the first wind-up roll 1 and rolling pressure roller 3 to requiring diameter, obtain required qualified coreless rolls 15, and after rewinding, rolling pressure roller 3 slows down, the second wind-up roll 2 accelerates, break being connected between body paper 7 and qualified coreless rolls 15, and the qualified coreless rolls 15 after breaking finally can fly out toward the paper roll outlet in paper roll rewinding zone, after qualified coreless rolls 15 flies out, blowning installation 13 can be blown towards paper roll rewinding zone at once, so that the body paper paper after breaking can continue rewinding in paper roll rewinding zone, so circulation, when needs production has the core paper volume, paper tube feed mechanism 4 is supplied with paper tube 8 to two-way overlap joint and is helped bifurcation mouth 504 places of rolling up cladding plate 5 sinkings that the rewinding of core paper volume is arranged, now, body paper 7 is through the gap of 14 of the first wind-up roll 1 and paper feeding pressure rollers, invest the upper roll surface of the first wind-up roll 1, and enter into paper roll rewinding zone paper tube 8 roll sets of fitting through suction hole 17 vacuum suction of this first wind-up roll 1, afterwards body paper 7 through the rubbing effect rewinding of the first wind-up roll 1 and rolling pressure roller 3 to prescribed level, paper tube feed mechanism 4 another paper tube 9 that falls has in this that core paper volume is other follows rotation, wait for rewinding, when this has the rewinding of core paper volume to after requiring diameter, becoming required qualifiedly has core paper to roll up at 16 o'clock, rolling pressure roller 3 slows down, the second wind-up roll 2 accelerates, breaking body paper 7 has core paper to roll up being connected between 16 with qualified, and the qualified paper roll outlet that has core paper to roll up the 16 past paper roll rewinding of final meeting zones after breaking flies out, when qualified have core paper volume 16 to fly out after, paper tube 9 falls within two-way overlap joint by deadweight and the frictional rotation of the first wind-up roll 1 and helps the bifurcation mouth place of volume cladding plate 5 to carry out rewinding, now, blowning installation 13 is blown towards paper roll rewinding zone at once, so that the body paper paper after breaking can continue rewinding in paper roll rewinding zone, so circulation.

Embodiment 2: referring to accompanying drawing 5 to shown in accompanying drawing 7, the described two-way overlap joint of the present embodiment helps on volume cladding plate 5 and is provided with the gas hole 502 that can blow to the bifurcation mouth as different from Example 1, simultaneously, but this two-way overlap joint helps the bifurcation mouth bottom of volume cladding plate 5 to be provided with the suction hole 503 of vacuum suction, when needs carry out coreless rolls production, at first the body paper paper entered in paper roll rewinding zone can be held by suction hole 503, can accurately come bifurcation mouth 504 places that two-way overlap joint helps volume cladding plate 5, by 502 pairs of these body paper paper of gas hole, blown again afterwards, can rub fast roll set, can effectively guarantee that by this gas hole 502 and suction hole 503 body paper 7 is reliable reaching accurately, fast of bifurcation mouth 504 place's roll sets.

Embodiment 3: referring to accompanying drawing 8 to shown in accompanying drawing 10, but the described two-way overlap joint of the present embodiment helps the bifurcation mouth bottom of volume cladding plate 5 to be provided with the rotor wheel 10 of tray paper roll set as different from Example 1, by this rotor wheel 10, can effectively guarantee that body paper 7 is reliable fast, accurately reaching of bifurcation mouth place roll set.

Embodiment 4: referring to accompanying drawing 11 to shown in accompanying drawing 13, to help volume cladding plate 5 be fixing by the crossbeam 12 that is positioned at the second wind-up roll 2 one sides to the described two-way overlap joint of the present embodiment as different from Example 1, and this crossbeam 12 is the opposite sides in these the second wind-up roll 2 relative gaps, certainly, this crossbeam 12 also can be located at a side of the first wind-up roll 2, equally, this crossbeam 12 is the opposite sides in this first wind-up roll 1 relative gap.

Embodiment 5: shown in accompanying drawing 14, the described two-way overlap joint of the present embodiment helps on volume cladding plate 5 and is provided with the gas hole 502 that can blow to the bifurcation mouth as different from Example 4, simultaneously, but this two-way overlap joint helps the bifurcation mouth bottom of volume cladding plate 5 to be provided with the suction hole 503 of vacuum suction, when needs carry out coreless rolls production, at first the body paper paper entered in paper roll rewinding zone can be held by suction hole 503, can accurately come bifurcation mouth 504 places that two-way overlap joint helps volume cladding plate 5, by 502 pairs of these body paper paper of gas hole, blown again afterwards, can rub fast roll set, can effectively guarantee that by this gas hole 502 and suction hole 503 body paper 7 is reliable reaching accurately, fast of bifurcation mouth 504 place's roll sets.

Embodiment 6: shown in accompanying drawing 15, but the described two-way overlap joint of the present embodiment helps the bifurcation mouth bottom of volume cladding plate 5 to be provided with the rotor wheel 10 of tray paper roll set as different from Example 4, by this rotor wheel 10, can effectively guarantee that body paper 7 is reliable fast, accurately reaching of bifurcation mouth 504 place's roll sets.

The examples of implementation of the above are only the preferred embodiment of the utility model, not with this, limit practical range of the present utility model, therefore the variation that all shapes according to the utility model, principle are done all should be encompassed in protection domain of the present utility model.

Claims

1. can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls for one kind, include the first wind-up roll (1) parallel to each other, the second wind-up roll (2), rolling pressure roller (3), paper feeding pressure roller (14) and paper tube feed mechanism (4), this the first wind-up roll (1) correspondence is located between paper feeding pressure roller (14) and the second wind-up roll (2), and respectively with this paper feeding pressure roller (14) and the second wind-up roll (2) neighbor configuration and there is gap, rolling pressure roller (3) correspondence is located at the top in gap between the first wind-up roll (1) and the second wind-up roll (2), and and this first wind-up roll (1) and the second wind-up roll (2) between be formed with paper roll rewinding zone, it is characterized in that: between the upper roll surface of the first wind-up roll (1) and the second wind-up roll (2), by two-way overlap joint, help volume cladding plate (5) to be overlapped, and two-way overlap joint helps volume cladding plate (5) to have two or more axially spaced-aparts along wind-up roll to arrange, each two-way overlap joint helps the bifurcation mouth (504) that all forms a sinking on volume cladding plate (5), and this bifurcation mouth (504) is arranged in the gap between the first wind-up roll (1) and the second wind-up roll (2), simultaneously, be provided with on the roll surface of this first wind-up roll (1) and the second wind-up roll (2) and can help the corresponding annular groove (6) that covers limit (501) of taking of rolling up cladding plate (5) by accommodating two-way overlap joint, and it is suitable to take the shape size and the respective annular groove (6) that cover limit (501), and can be placed in the part groove section notch filling of realization to annular groove in respective annular groove (6), and then formation is to the filling of the paper roll support roll surface in paper roll rewinding zone, making the paper roll support roll surface after filling is a burnishing surface, body paper (7) is through the gap between the first wind-up roll (1) and paper feeding pressure roller (14), and invest the upper roll surface of the first wind-up roll (1), coming two-way overlap joint with the rotation of this first wind-up roll (1) helps the bifurcation mouth (504) of rolling up cladding plate (5) to locate to carry out rubbing roll set or supplying with by paper tube feed mechanism (4) rewinding that paper tube (8) to this bifurcation mouth (504) is located the core paper volume of coreless rolls, this paper tube feed mechanism (4) is wait having the rewinding of core paper volume after prescribed level, and another paper tube (9) that can fall has the other wait of core paper volume rewinding in this, after rewinding, finished roll is from the outlet of the paper roll by forming between roll surface the second wind-up roll (2) and rolling pressure roller (3) discharging.

2. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: described two-way overlap joint helps on volume cladding plate (5) and is provided with the gas hole (502) that can blow to bifurcation mouth (504).

3. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: described two-way overlap joint help volume cladding plate (5) but bifurcation mouth bottom be provided with the suction hole (503) of vacuum suction.

4. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: described two-way overlap joint help volume cladding plate (5) but bifurcation mouth bottom be provided with the rotor wheel (10) of tray paper roll set.

5. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls; it is characterized in that: described two-way overlap joint helps volume cladding plate (5) fixing by the strut bar (11) that is positioned at its below, and this strut bar (11) is passed down through the gap between the first wind-up roll (1) and the second wind-up roll (2).

6. according to claim 5ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: it is an integral body admittedly that described two-way overlap joint helps volume cladding plate (5) and strut bar (11).

7. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls; it is characterized in that: described two-way overlap joint helps volume cladding plate (5) fixing by the crossbeam (12) that is positioned at wind-up roll one side, and the opposite side of this crossbeam (12) in this wind-up roll relative gap.

8. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: described paper tube feed mechanism (4) includes the storage bin (401) for storing paper tube, supporting board (402), with first baffle plate (403) of the first backgauge cylinder and with the second baffle (404) of the second backgauge cylinder, wherein, described the first baffle plate (403) and second baffle (404) are opposed up and down, the first backgauge cylinder and the second backgauge cylinder can drive this first baffle plate (403) and second baffle (404) to insert in storage bin (401) and realize that the blanking of paper tube stops, and be equipped with a paper tube for the treatment of rewinding after inserting between this first baffle plate (403) and second baffle (404), supporting board (402) is obliquely installed, its high-end blanking port place that is positioned at storage bin (401), and its low side is positioned at the first wind-up roll (1) top.

9. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls; it is characterized in that: described taking covered limit (501) and taken and cover limit for arc, and this arc to take the radian that covers limit consistent with the roll surface radian of corresponding wind-up roll.

10. according to claim 1ly a kind ofly can not shut down the Full-automatic rewinding machine that continuous production has core and coreless rolls, it is characterized in that: described the first wind-up roll (1) and the second wind-up roll (2) but in circumferentially be distributed with a plurality of suction holes (17) of vacuum suction along it on the roll surface of at least one wind-up roll.