CN216889261U - Integrated slitter edge winder - Google Patents

Abstract

The utility model discloses an integrated slitter edge winder, which is characterized in that the slitter edge winder is integrated below a splitting machine and comprises a winding motor and an air expansion shaft driven by the winding motor, and a transmission assembly is arranged between the winding motor and the air expansion shaft. The utility model has the advantages that the integral design is adopted, compared with the traditional slitter edge winding machine, the occupied space is small, the slitter edge winding machine and the splitting machine are integrated into a whole without independent installation and debugging, and the integrated slitter edge winding machine is closer to the driving roller, so that slitter edges are not easy to break in the winding process, the economy is good, and the applicability and the efficiency are higher; the waste edge is convenient to feed after being rolled.

Description

Integrated slitter edge winder

Technical Field

The application relates to the technical field of slitter edge rolling, especially relates to an integral type slitter edge rolling machine.

Background

The material can produce two slitter edges when cutting on the cutting machine, needs to carry out the rolling.

For example, in chinese patent document, the utility model entitled "a slitter edge collecting device for a tape slitter" published in 26.2.2021 by the publication number CN212602149U discloses a slitter edge collecting device for a tape slitter, which includes a first roller shaft and a second roller shaft parallel to each other and disposed in a frame, two transition components disposed at two ends of the first roller shaft respectively, two collecting rollers rotatably disposed at two ends of the second roller shaft respectively and corresponding to the two transition components one to one, the transition components include a transition roller rotatably disposed on the first roller shaft, a buffer bracket rotatably disposed on the first roller shaft and disposed on one side of the transition roller, a buffer roller rotatably disposed on the buffer bracket, and the rotation axes of the transition roller, the buffer roller and the collecting rollers are parallel to each other.

The weak point of prior art lies in, the side cut coiling mechanism of traditional vertical cutting machine sets up in the outside of cutting machine usually, and the space that occupies is great, because the overlength is dragged to the length of slitter edge rolling moreover, causes the broken edge easily, influences the efficiency of slitter edge rolling, and the unloading is inconvenient after the slitter edge rolling moreover.

Disclosure of Invention

Based on the defects of the prior art, the utility model provides the integrated slitter edge winder, the integrated slitter edge winder and the splitting machine are integrated into a whole, independent installation and debugging are not needed, and the slitter edge winder is not easy to break in the winding process due to the fact that the integrated slitter edge winder is closer to the driving roller, so that the slitter edge winder is good in economy and higher in applicability and efficiency.

The utility model has another advantage of convenient blanking after the waste edge is rolled.

In order to achieve the above object, the present invention adopts the following technical solutions.

The utility model provides an integral type slitter edge rolling machine, characterized by, slitter edge rolling machine integration is in the below of cutting machine, and slitter edge rolling machine includes rolling motor and by rolling motor driven physiosis axle, is equipped with drive assembly between rolling motor and the physiosis axle.

The application discloses supporting integral type slitter edge rolling machine of cutting machine for the rolling of slitter edge adopts global design, compares with traditional slitter edge rolling machine, and occupation space is little, need not the installation and debugging alone with the synthetic an organic whole of cutting machine, because integral type slitter edge rolling machine position more be close to with the drive roller like the slitter edge be difficult to at the rolling in-process disconnected, economic nature is good, higher in suitability and the efficiency.

As preferred, the both ends of physiosis axle are equipped with baffle and locking Assembly respectively, and drive assembly is including the hold-in range wheelset of cooperation physiosis axle and coiling motor. Locking Assembly prevents the physiosis axle transmission, guarantees the position reliability of physiosis axle, and synchronous pulley realizes the transmission between rolling motor and the physiosis axle, and the transmission is reliable stable.

Preferably, the locking components of the winding motor and one end of the air expansion shaft are arranged on a mounting plate, one side of the mounting plate is provided with a flange of a synchronous pulley shell and a connecting baffle plate, a synchronous pulley group for connecting the air expansion shaft and the driving motor is arranged in the synchronous pulley shell, the other side of the mounting plate is provided with a bearing seat, two ends of the bearing seat are respectively provided with a bearing for connecting the air expansion shaft, a distance ring which is sleeved outside the end part of the air expansion shaft is arranged between the two bearings, one end of the bearing seat is embedded into the mounting plate, one end of the flange stretches into the synchronous pulley shell in a clearance mode, and the end part of the air expansion shaft is provided with a gland matched with the bearing. Locking Assembly has formed integratedly in physiosis axle one end, because the locking Assembly and drive assembly, the rolling motor that this end physiosis axle corresponds all set up on the mounting panel, consequently through demolising the gland, just can realize the relative physiosis axle's of parts axial displacement such as baffle, flange to make things convenient for the unloading of physiosis axle, improve slitter edge rolling efficiency.

Preferably, the gland and the inflatable shaft are connected through screws, the outer side of the gland is abutted and pressed on a bearing at the outer end of the bearing seat, and the outer end of the bearing seat is provided with a protective cover. Realize through the screw that gland and physiosis axle compress tightly fixedly, easy dismounting, gland outside butt bearing frame not only has the effect of fixed gland after tightening the screw, still has the effect in shrink physiosis epaxial locking assembly clearance, reduces flange, synchronous pulley casing, mounting panel and bearing frame clearance, improves the compactness of mechanism.

Preferably, the flange and the baffle are connected by a plurality of screws. The connection stability between the flange and the baffle is ensured.

Preferably, the slitter edge rolling machine further comprises a main driving support, a sliding guide rail and a speed reducing motor are arranged on the main driving support, a sliding block is arranged on the sliding guide rail, a matched gear-rack pair is arranged between the speed reducing motor and the sliding block, and the mounting plate is arranged on the sliding block. The mounting plate and the upper assembly of the mounting plate can be integrally moved by matching the gear and rack pair driving sliding block with the speed reducing motor, so that the inflatable shaft can be conveniently separated from the bearing seat, and the inflatable shaft can be conveniently discharged.

Preferably, the sliding guide rail is provided with two groups which are parallel at intervals. The stability that the mounting panel removed is improved.

The utility model has the following beneficial effects: the integrated slitter edge winder is integrated with a splitting machine without independent installation and debugging, and the slitter edges are not easy to break in the winding process because the integrated slitter edge winder is closer to the driving roller, so that the economical efficiency is good, and the applicability and the efficiency are higher; the unloading of physiosis axle is fast, improves slitter edge rolling efficiency.

Drawings

Fig. 1 is a schematic view of the present invention in a slitting machine.

Fig. 2 is a schematic structural diagram of the present invention.

Fig. 3 is a side view of the present invention.

In the figure: a winding motor 4, an air expansion shaft 5, a baffle 6, a synchronous pulley set 7, a mounting plate 8, a main driving bracket 9, a sliding guide rail 10, a speed reducing motor 11, a sliding block 12, a rack pair 13, a synchronous pulley shell 14, a bearing seat 16, a bearing 17, a distance ring 18, a gland 19, a protective cover 20 and a motor mounting plate 21 of a cutting machine 1 frame 2, a slitter edge winding machine 3, a winding motor 4, an air expansion shaft 5, a baffle 6, a synchronous pulley set 7, a mounting plate 8, a speed reducing motor 11, a gear rack pair 13, a synchronous pulley shell 14, a bearing seat 16, a gland 19 and a protective cover 19.

Detailed Description

The utility model is further illustrated with reference to the figures and the specific embodiments.

In the embodiment of the method, the first step,

as shown in fig. 1 to 3, an integral type slitter edge winder, slitter edge winder 3 are integrated in the below of cutting machine 1, cutting machine 1 is vertical cutting machine 1, cutting machine 1 and slitter edge winder 3 all set up in frame 2, cutting machine 1 includes the action processes such as the roller of a plurality of upper and lower interval arrangements is used for accomplishing tensioning and rolling. The slitter edge winder 3 comprises a winding motor 4 and an air expansion shaft 5 driven by the winding motor 4, and a transmission assembly is arranged between the winding motor 4 and the air expansion shaft 5. The both ends of physiosis axle 5 are equipped with baffle 6 and locking Assembly respectively, and drive assembly is including the hold-in range wheelset 7 of cooperation physiosis axle 5 and coiling motor 4.

The locking components at one ends of the winding motor 4 and the air expansion shaft 5 are arranged on a mounting plate 8, and the winding motor 4 and the mounting plate 8 are connected through a motor mounting plate 21. The motor mounting plate 21 is fixed on the mounting plate 8 by screws. The slitter edge winder 3 further comprises a main driving support 9, a sliding guide rail 10 and a speed reducing motor 11 are arranged on the main driving support 9, and the speed reducing motor 11 is a micro speed reducing motor 11. The slide rail 10 is provided with two spaced parallel sets. The two groups of sliding guide rails 10 are respectively provided with a sliding block 12, a matched gear-rack pair 13 is arranged between the gear motor 11 and the sliding block 12, and the mounting plate 8 is arranged on the two sliding blocks 12 in a bridging manner.

The locking assembly that mounting panel 8 one side was equipped with synchronous pulley casing 14 and connection baffle 6 also includes the flange 15 of being connected with baffle 6, and baffle 6 and flange 15 at 5 both ends of physiosis axle are through a plurality of screwed connection with the flange 15 of mounting panel 8 one end is kept away from to physiosis axle 5. The baffles 6 at the two ends of the air expansion shaft 5 are oppositely arranged. Set up the synchronous pulley group 7 of connecting physiosis axle 5 and driving motor in the synchronous pulley casing 14, the opposite side of mounting panel 8 is equipped with bearing 17 seat 16, the both ends of bearing 17 seat 16 are equipped with the bearing 17 of connecting physiosis axle 5 respectively, be equipped with the distance ring 18 of cover outside the physiosis axle 5 tip between two bearings 17, the one end of bearing 17 seat 16 is embedded into in the mounting panel 8, in flange 15 one end clearance stretched into synchronous pulley casing 14, the tip of physiosis axle 5 is equipped with the gland 19 of cooperation bearing 17. Gland 19 and physiosis axle 5 pass through bolted connection, and gland 19 is inside to be equipped with the blind hole that corresponds the physiosis axle 5 tip, and gland 19's outside butt compresses tightly on bearing 17 of bearing 17 seat 16 outer end, and bearing 17 seat 16's outer end is equipped with safety cover 20, and safety cover 20 cladding physiosis axle 5 and bearing 17.

The application discloses supporting integral type slitter edge rolling machine 3 of cutting machine 1 for the rolling of slitter edge adopts global design, compares with traditional slitter edge rolling machine 3, and the occupation space is little, need not independent installation and debugging with the synthetic an organic whole of cutting machine 1, because integral type slitter edge rolling machine 3 position is more close to with the drive roller like the slitter edge be difficult to at the rolling in-process disconnected, economic nature is good, higher in suitability and efficiency.

Preferably, the two ends of the air inflation shaft 5 are respectively provided with a baffle 6 and a locking component, and the transmission component comprises a synchronous pulley set 7 matched with the air inflation shaft 5 and the winding motor 4. Locking Assembly prevents the transmission of physiosis axle 5, guarantees the position reliability of physiosis axle 5, and synchronous pulley realizes the transmission between rolling motor 4 and physiosis axle 5, and the transmission is reliable stable. Locking Assembly has formed integratedly in 5 one ends of physiosis axle, because the locking Assembly and drive assembly, the coiling motor 4 that this end physiosis axle 5 corresponds all set up on mounting panel 8, consequently through demolising gland 19, just can realize the relative physiosis axle 5's of parts axial displacement such as baffle 6, flange 15 to make things convenient for the unloading of physiosis axle 5, improve slitter edge rolling efficiency. The bearing 17 seat 16 is abutted to the outer side of the gland 19, and the screw is tightened, so that the gland 19 is fixed, the locking component clearance on the air expansion shaft 5 is shrunk, the clearance among the flange 15, the synchronous pulley shell 14, the mounting plate 8 and the bearing 17 seat 16 is reduced, and the compactness of the mechanism is improved.

Claims (5)

1. An integrated slitter edge winder is characterized in that the slitter edge winder is integrated below a splitting machine and comprises a winding motor and an inflatable shaft driven by the winding motor, and a transmission assembly is arranged between the winding motor and the inflatable shaft; two ends of the physiosis shaft are respectively provided with a baffle and a locking assembly, and the transmission assembly comprises a synchronous belt wheel set matched with the physiosis shaft and a winding motor; the locking assembly of rolling motor and physiosis axle one end all sets up on a mounting panel, and slitter edge rolling machine still includes main drive support, is equipped with sliding guide and gear motor on the main drive support, is equipped with the slider on the sliding guide, is equipped with the complex rack and pinion between gear motor and the slider, and the mounting panel setting is on the slider.

2. An integral type slitter edge rolling machine according to claim 1, characterized in that, mounting panel one side is equipped with synchronous pulley casing and the flange of connecting the baffle, set up the synchronous pulley group of connecting physiosis axle and driving motor in the synchronous pulley casing, the opposite side of mounting panel is equipped with the bearing frame, the both ends of bearing frame are equipped with the bearing of connecting the physiosis axle respectively, be equipped with the distance ring of cover setting outside the physiosis axle tip between two bearings, the one end of bearing frame is embedded into the mounting panel, the flange one end clearance is stretched into in the synchronous pulley casing, the tip of physiosis axle is equipped with the gland that cooperates the bearing.

3. An integral slitter edge winder according to claim 2, characterised in that the gland and the expansion shaft are connected by screws, the outer side of the gland abuts against and presses against a bearing at the outer end of the bearing block, the outer end of the bearing block is provided with a protective cover.

4. An integral slitter winder according to claim 2 or claim 3, wherein the flange and the baffle are connected by a plurality of screws.

5. An integral slitter winder according to claim 1, wherein the sliding guides are arranged in two spaced parallel groups.

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