CN209757608U

CN209757608U - Mattress rolling machine

Info

Publication number: CN209757608U
Application number: CN201920476625.3U
Authority: CN
Inventors: 蔡健吕; 黄坚
Original assignee: Maxtech Automation Machinery Co Ltd
Current assignee: Maxtech Automation Machinery Co Ltd
Priority date: 2019-04-09
Filing date: 2019-04-09
Publication date: 2019-12-10
Anticipated expiration: 2029-04-09

Abstract

the utility model relates to a mattress wrapping machine, which comprises a frame, a conveying mechanism, a wrapping mechanism and a packaging film mechanism, wherein the conveying mechanism is arranged on the frame; the rolling mechanism is arranged on the rack corresponding to the discharge end of the conveying mechanism and comprises an upper rolling component and a lower rolling component which enclose a rolling space; the packaging film mechanism is arranged on the upper wrapping component corresponding to the wrapping space, and also comprises an oblique lifting mechanism which is arranged on the rack; the upper coiling assembly is arranged on the oblique lifting mechanism and driven by the oblique lifting mechanism to lift along a plane forming an acute angle with the horizontal plane, so that the volume of the coiling space is enlarged or reduced. The utility model discloses a mattress chartered plane is provided with the last rolling subassembly that can relative motion and rolls up the package subassembly down, can realize the rolling up of not unidimensional mattress and wrap the operation.

Description

Mattress rolling machine

Technical Field

the utility model belongs to the equipment for packing field, concretely relates to mattress chartered plane.

background

in the production, processing and transportation process of the mattress, in order to facilitate transportation, manufacturers need to wrap the mattress into a columnar long roll, and then package and transport the columnar long roll. The mattress is usually wrapped by a mattress wrapping machine. When the mattress rolling machine works, a mattress is firstly placed in a mattress conveying channel of the mattress rolling machine, and then the mattress is conveyed into a rolling space of the mattress rolling machine to be rolled and packaged. The volume package space size of current mattress chartered plane is fixed, can't adjust the size in volume package space, and then can only roll up the mattress of volume package regulation size, and the size that the volume package came out is also fixed, can not satisfy the needs that the mattress of different sizes was rolled up the package.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a mattress chartered plane to effectively solve prior art's weak point.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a mattress wrapping machine comprises a rack, a conveying mechanism, a wrapping mechanism and a packaging film mechanism, wherein the conveying mechanism is arranged on the rack; the rolling mechanism is arranged on the rack corresponding to the discharge end of the conveying mechanism and comprises an upper rolling component and a lower rolling component which enclose a rolling space; the packaging film mechanism corresponds the roll up package space sets up on going up the roll up package subassembly, still include:

The oblique lifting mechanism is arranged on the rack; the upper wrapping component is arranged on the oblique lifting mechanism and driven by the oblique lifting mechanism to lift along a plane forming an acute angle with the horizontal plane, so that the volume of the wrapping space is enlarged or reduced; and

and the conveying mechanism, the wrapping mechanism and the packaging film mechanism are electrically connected with the controller.

Compared with the prior art, the utility model discloses a mattress chartered plane is provided with the last package subassembly that can the relative separation and wraps the subassembly down, promotes the package subassembly through slant elevating system, enlarges the clearance of going up between package subassembly and the lower package subassembly, and then enlarges the size in package space, realizes the package operation to not unidimensional mattress. In addition, the mattress coiling machine of the utility model has simple structure and convenient installation.

Further, the slant elevating mechanism includes:

The lower triangular inclined frame is fixed on the rack and is provided with a plane forming an acute included angle with the horizontal plane;

The upper triangular inclined frame is provided with a plane forming an acute included angle with the horizontal plane; and

the sliding driving mechanism is arranged between the lower triangular inclined frame and the upper triangular inclined frame and used for driving the upper triangular inclined frame to do sliding lifting motion relative to the lower triangular inclined frame;

The upper roll-up package assembly and the packaging film mechanism are arranged on the upper triangular inclined frame.

further, the slide drive mechanism includes:

The two sliding rails are respectively fixed on the planes on the left side and the right side of the lower triangular inclined frame;

The two groups of sliding blocks are respectively fixed on the planes at the left side and the right side of the upper triangular inclined frame and are respectively in sliding fit with one sliding rail; and

And the two sliding oil cylinders are respectively arranged at the left side and the right side of the upper triangular inclined frame, one end of each sliding oil cylinder is hinged with the rack, and the other end of each sliding oil cylinder is hinged with the upper triangular inclined frame.

Further, the conveying mechanism is a first belt conveying device; the lower roll-up component comprises a turnover rack, two turnover cylinders and a plurality of turnover transmission rollers, wherein one end of the turnover rack is hinged to the rack at the discharge end of the first belt conveyor; the cylinder body end of each overturning cylinder is hinged on the rack, and the piston end of each overturning cylinder is hinged on the overturning rack; the turnover transmission rollers are installed on the turnover rack and are arranged side by side in an arc shape.

Further, the upper wrapping assembly comprises a second belt conveyor and at least two steering transmission rollers; the second belt conveying device is arranged on the upper triangular inclined frame; the at least two steering transmission rollers are arranged on the upper triangular inclined frame corresponding to the discharge end of the second belt conveying device, and a conveying surface formed by the at least two steering transmission rollers and the discharge surface of the discharge end of the second belt conveying device form an included angle.

Furthermore, the device also comprises a downward pressing conveying mechanism, and the downward pressing conveying mechanism is arranged on the upper triangular inclined frame through a downward pressing lifting component corresponding to the conveying mechanism.

Further, the downward-pressing conveying mechanism is a third belt conveying device;

the lift subassembly pushes down includes:

The third belt conveying device is arranged on the lower pressing support;

The cylinder bodies of the two lower air cylinders are arranged on the upper triangular inclined frame corresponding to the two ends of the lower pressing support;

A front preamble assembly provided at a front end of the push down conveying mechanism; the front synchronizing assembly comprises two first gear assemblies, two first racks and a first coupling shaft; the two first gear assemblies are correspondingly arranged on the upper triangular inclined frame from left to right; the first rack penetrates through the first gear assembly, is meshed with a first gear on the first gear assembly, and is hinged to the lower pressing bracket; the first connecting shaft fixedly connects the first gears which are correspondingly arranged left and right;

The rear synchronous component is arranged at the rear end of the downward pressing conveying mechanism; the rear synchronous assembly comprises two second gear assemblies, two second racks and a second connecting shaft; the two second gear assemblies are correspondingly arranged on the upper triangular inclined frame from left to right; the second rack passes through the second gear assembly, is meshed with a second gear on the second gear assembly and is hinged to the lower pressing support; the second connecting shaft fixedly connects second gears which are correspondingly arranged on the left and the right; and

the middle longitudinal synchronous component is arranged at the middle longitudinal position of the downward pressing conveying mechanism; the middle longitudinal synchronous assembly comprises two third gear assemblies, two third racks and a third coupling shaft; the two third gear assemblies are correspondingly arranged on the upper triangular inclined frame in a front-back manner; the third rack penetrates through the third gear assembly, is meshed with a third gear on the third gear assembly, and is hinged to the lower pressing bracket; and the third connecting shaft fixedly connects the third gears which are correspondingly arranged in the front and the back.

Set up synchronous subassembly in order to guarantee that push down the cylinder and promote when pushing down the motion of support, can even running, and can not block and die.

Further, the packaging film mechanism comprises a packaging film releasing mechanism, a packaging film welding mechanism and a packaging film cutting mechanism;

the packaging film releasing mechanism comprises a packaging film seat for pre-placing a packaging film roll, a packaging film guiding rotating shaft capable of introducing the packaging film into the rolling space and a packaging film releasing motor;

the packaging film welding mechanism comprises a welding cylinder and a welding head connected with the piston end of the welding cylinder;

the packaging film cutting mechanism comprises a cutting cylinder and a cutting blade connected with the piston end of the cutting cylinder;

the cutting blade is positioned between the discharge end of the second belt conveyor and the steering transmission roller, and the cutting blade is positioned above the welding head.

in order that the present invention may be more clearly understood, specific embodiments of the present invention will be described below with reference to the accompanying drawings.

Drawings

FIG. 1 is a schematic structural view of the mattress wrapping machine of the present invention;

FIG. 2 is a schematic view of the internal structure of the mattress wrapping machine of the present invention;

FIG. 3 is a schematic structural view of an oblique elevating mechanism in the mattress wrapping machine of the present invention;

FIG. 4 is a schematic structural view of a press-down lifting assembly in the mattress wrapping machine of the present invention;

FIG. 5 is a schematic structural view of a synchronizing assembly in the mattress wrapping machine of the present invention;

wherein the reference numerals are:

1. A frame; 2. a first belt conveyor; 3. an upper wrap assembly; 4. a roll-down package assembly; 5. an oblique lifting mechanism; 6. a third belt conveyor; 7. pressing down the lifting assembly; 8. a packaging film mechanism; A. a wrapping space; B. packaging the film; 21. a first belt transport support; 22. a first belt drum; 23. a first belt conveyor; 31. a second belt conveyor; 32. a steering transmission roller; 311. a second belt conveying support; 312. a second belt roller; 313. a second belt conveyor; 41. turning over the frame; 42. turning over the air cylinder; 43. turning over the transmission roller; 51. a lower triangular inclined frame; 52. an upper triangular inclined frame; 53. a slide drive mechanism; 531. a slide rail; 532. a slider; 533. a sliding oil cylinder; 61. a third belt conveying support; 62. a third belt drum; 63. a third belt conveyor; 64. a third belt drive motor; 71. pressing the bracket downwards; 72. pressing down the air cylinder; 73. a preamble component; 731. a first gear assembly; 732. a first rack; 733. a first coupling shaft; 7311. a first gear; 74. a post-synchronization component; 741. a second gear assembly; 742. a second rack; 743. a second coupling shaft; 7411. a second gear; 75. a middle-longitudinal synchronizing component; 751. a third gear assembly; 752. a third rack; 753. a third coupling shaft; 7511. a third gear; 81. a packaging film release mechanism; 82. a packaging film welding mechanism; 83. a packaging film cutting mechanism; 811. a packaging film base; 812. a packaging film guide rotating shaft; 821. welding the cylinder; 822. welding a head; 831. and (4) cutting the blade.

Detailed Description

for solving not enough and the defect that prior art exists, the utility model provides a mattress rolling machine is provided with the last rolling package subassembly that can the relative separation or receive to close and rolls up the package subassembly down, promotes the rolling package subassembly through slant elevating system, and then changes the size in rolling package space, and then realizes the rolling package operation to not unidimensional mattress.

A mattress wrapping machine comprises a machine frame 1, a conveying mechanism, a wrapping mechanism and a packaging film mechanism 8. Please refer to fig. 1 and fig. 2, wherein fig. 1 is a schematic structural diagram of the mattress wrapping machine of the present invention, and fig. 2 is a schematic internal structural diagram of the mattress wrapping machine of the present invention. The conveying mechanism is fixedly arranged on the rack 1; the rolling mechanism is arranged on the rack 1, the feeding end of the rolling mechanism is communicated with the discharging end of the conveying mechanism, specifically, the rolling mechanism comprises an upper rolling component 3 and a lower rolling component 4, the tail end of the first belt conveying device 2, the upper rolling component 3 and the lower rolling component 4 are enclosed into a rolling space A, the rolling space A can roll a mattress sent by the conveying mechanism, and the packaging film mechanism 8 corresponds to the rolling space A and is arranged on the rolling mechanism.

The utility model discloses mattress chartered plane of rolling up still includes slant elevating system 5, and this slant elevating system 5 sets up go up the roll package subassembly 3 on under slant elevating system 5's the drive, go up roll package subassembly 3 can follow one and the plane of level acutangular angle and do the lift action, go up roll package subassembly 3 with roll package subassembly 4 phase separation down or receipts are closed, and then enlarge or reduce roll up package space A's volume.

furthermore, the utility model discloses mattress chartered plane still includes controller (not shown in the figure), conveying mechanism, wrapping mechanism and packaging film mechanism 8 all are connected with this controller electricity, and the operation of whole mattress chartered plane is controlled to this controller.

under the automatic control of this controller, the mattress is carried by conveying mechanism and is got into in wraparound space A, 8 release wrapping film B of packaging film mechanism get into wraparound space A, mattress and wrapping film B wraparound in wraparound space A, in the mattress wraparound, 5 promotion of slant elevating system go up wraparound subassembly 3 to a locating position, slowly form wraparound space A of certain diameter size, and then the mattress is also wrapped into the long book of the column of corresponding diameter size by the wraparound, the mattress gets into completely, and when finishing with the winding of packaging film B, 8 sealing weld of packaging film mechanism together, then 8 opening of packaging film B again of packaging film mechanism, accomplish the segmentation wraparound operation of mattress.

Specifically, please refer to fig. 3, which is a schematic structural diagram of the slant lifting mechanism in the mattress wrapping machine of the present invention. The inclined lifting mechanism 5 comprises a lower triangular inclined frame 51 fixed on the frame 1, an upper triangular inclined frame 52 and a sliding driving mechanism 53 arranged between the lower triangular inclined frame and the upper triangular inclined frame. The sliding driving mechanism 53 is used to drive the upper triangular oblique frame 52 to do sliding up-and-down motion relative to the lower triangular oblique frame 51, and meanwhile, the upper wrapping component 3 and the packaging film mechanism 8 are arranged on the upper triangular oblique frame 52 so as to do sliding up-and-down motion. The slide driving mechanism 53 includes two slide rails 531, a plurality of sliders 532, and two slide cylinders 533. In this embodiment, as shown in fig. 3, the lower triangular oblique frame 51 is a right-angled triangular frame, the frame where the right-angled side is located is fixedly connected with the rack 1, and the two sides of the frame where the oblique side is located are respectively fixed with the slide rails 531; correspondingly, the upper triangular oblique frame 52 is also a right-angled triangular frame, and the sliding blocks 532 are arranged on two sides of the frame where the oblique side is located. In this embodiment, two sliders 532 are correspondingly disposed on one slide rail 531. The slider 532 is a groove-shaped fixture block, and the slider 532 is clamped on the slide rail 531 and slides along the slide rail 531; the two sliding cylinders 533 are respectively arranged at the left and right sides of the upper triangular inclined frame 51, the cylinder body end of each sliding cylinder 533 is hinged with the frame 1, and the piston end of each sliding cylinder 533 is hinged with the upper triangular inclined frame 51. The structure on the whole upper triangular inclined frame 51, including the upper wrapping component 3 and the packaging film mechanism 8, moves obliquely up and down along the slide rail 531 under the sliding of the slide block 532 under the driving of the slide cylinder 533.

more specifically, the conveying mechanism is a first belt conveying device 2, which includes a first belt conveying support 21, a first belt driving motor (not shown), a first belt roller 22, and a first belt conveying belt 23; first belt conveyor support 21 is fixed on the triangle sloping frame 51 down, first belt driving motor fixes on the first belt conveyor support 21, first belt drum 22 sets up side by side on the first belt conveyor support 21, first belt conveyor belt 23 convolutes on the first belt drum 22, first belt driving motor drives first belt drum 22 rotates, and then drives first belt conveyor belt 23 and carries the mattress.

More specifically, the lower wrapping assembly 4 is connected to the end of the first belt conveyor 2, and the lower wrapping assembly 4 includes an overturning frame 41, two overturning cylinders 42 and three overturning transmission rollers 43; one end of the turnover frame 41 is hinged on the conveying bracket 21 at the discharge end of the first belt conveying device 2; the cylinder body end of each overturning cylinder 42 is hinged on the frame 1, and the piston end thereof is hinged on the free end of the overturning frame 41; three turning transmission rollers 43 are mounted on the turning bracket 41 and arranged side by side in an arc shape. As shown in fig. 2, the turning bracket 41 is rotated about the hinge point by the turning cylinder 42.

more specifically, the upper wrapping assembly 3 comprises a second belt conveyor 31 and two steering transmission rollers 32; this second belt conveyor 31 installs on last triangle sloping frame 52, and two steering transmission cylinder 32 correspond the discharge end of second belt conveyor 31 and install on last triangle sloping frame 52, and the transport face that these two steering transmission cylinder 32 formed with the discharge face of second belt conveyor 31 discharge end becomes an contained angle, and this contained angle is the obtuse angle.

more specifically, the second belt conveying device 31 includes a second belt conveying bracket 311, a second belt driving motor (not shown), a second belt roller 312, and a second belt conveying belt 313; second belt conveying support 311 is fixed go up on the triangle sloping frame 52, second belt driving motor fixes on the second belt conveying support 311, second belt cylinder 312 sets up side by side on the second belt conveying support 311, second belt conveyer 313 convolutes on the second belt cylinder 312, second belt driving motor drives second belt cylinder 312 rotates, and then drives second belt conveyer 313 and carries the mattress.

more specifically, the mattress wrapping machine of the utility model also comprises a downward-pressing conveying mechanism which is a third belt conveying device 6; the third belt conveyor 6 corresponds to the first belt conveyor 2 and is mounted on the upper triangular inclined frame 52 by a lower lifting assembly 7.

Specifically, please refer to fig. 4, which is a schematic structural diagram of the pressing and lifting assembly of the mattress wrapping machine of the present invention. The press-down lifting assembly 7 comprises a press-down bracket 71 and two press-down air cylinders 72; the two pushing cylinders 72 are fixedly arranged at the left and right ends of the upper triangular inclined frame 52, and the piston ends thereof are hinged with the pushing brackets 71. And the third belt conveyor 6 is arranged on the lower pressing bracket 71, and specifically, the third belt conveyor 6 comprises a third belt conveyor bracket 61, a third belt driving motor 64, a third belt roller 62 and a third belt conveyor belt 63; third belt conveyor support 61 is fixed on pushing down support 71, third belt drive motor 64 is fixed on pushing down support 71, third belt drum 62 sets up side by side on third belt conveyor support 61, third belt conveyor 63 is convoluteed on third belt drum 62, third belt drive motor 64 drives third belt drum 62 rotates, and then drives third belt conveyor 63 and carries the mattress. The mattress is pressed and conveyed into the wrapping space a by the combined action of the pushing of the lower air cylinder 72 and the rotation of the third belt conveyer 63.

In the preferred embodiment, the push-down elevating assembly 7 is further provided with a front-synchronizing assembly 73, and the front-synchronizing assembly 73 is arranged at the front end of the push-down conveying mechanism and comprises two first gear assemblies 731, two first racks 732 and a first coupling shaft 733; the two first gear assemblies 731 are correspondingly arranged on the upper triangular inclined frame 52 left and right, and preferably, the two first gear assemblies 731 are symmetrically arranged by taking the middle longitudinal plane of the lower pressing conveying mechanism as a base plane. The first rack 732 passes through the first gear assembly 731, engages with the first gear 7311 of the first gear assembly 731, and is hinged to the lower pressing bracket 71. The first coupling shaft 733 is transversely disposed, and connects and fixes the two sets of first gears 7311 disposed symmetrically left and right, thereby realizing the synchronous rotation of the two sets of first gears 7311.

More preferably, the push-down elevating assembly 7 is further provided with a rear synchronizing assembly 74, and the rear synchronizing assembly 74 is arranged at the rear end of the push-down conveying mechanism and comprises two second gear assemblies 741, two second racks 742 and a second coupling shaft 743; the two second gear assemblies 741 are disposed on the upper triangular inclined frame 52 in a left-right correspondence manner, and preferably, the two second gear assemblies 741 are symmetrically disposed with the middle longitudinal plane of the lower pressure conveying mechanism as the base plane. The second rack 742 passes through the second gear assembly 741, engages with a second gear 7411 of the second gear assembly 741, and is then hinged to the hold-down bracket 71. The second coupling shaft 743 is transversely arranged to connect and fix the two sets of second gears 7411 symmetrically disposed left and right, thereby realizing the synchronous rotation of the two sets of second gears 7411.

The front synchronizing assembly 73 and the rear synchronizing assembly 74 are provided to ensure smooth operation in the left and right directions of the hold-down bracket 71 when the hold-down cylinder 72 pushes the hold-down bracket 71 to move. Please refer to fig. 5, which is a schematic structural diagram of the synchronization module in the mattress wrapping machine of the present invention.

more preferably, a middle longitudinal synchronizing assembly 75 is further arranged on the downward-pressing lifting assembly 7, and the rear synchronizing assembly 75 is arranged at a middle longitudinal position of the downward-pressing conveying mechanism and comprises two third gear assemblies 751, two third racks 752 and a third coupling shaft 753; the two third gear assemblies 751 are correspondingly arranged on the upper triangular oblique frame 52 in a front-rear mode. The third rack 752 passes through the third gear assembly 751, engages with a third gear 7511 of the third gear assembly 751, and is hinged to the lower pressing bracket 71. The third coupling shaft 753 is longitudinally arranged to connect and fix two sets of third gears 7511 disposed correspondingly in front and rear, thereby realizing synchronous rotation of the two sets of third gears 7511.

the middle longitudinal synchronizing assembly 75 is arranged to ensure that when the pushing cylinder 72 pushes the pushing support 71 to move, the smooth operation in the directions of the front end and the rear end of the pushing support 71 can be realized.

More specifically, the packaging film mechanism 8 includes a packaging film releasing mechanism 81, a packaging film welding mechanism 82, and a packaging film cutting mechanism 83. Specifically, the packaging film releasing mechanism 81 includes a packaging film seat 811 for pre-placing a packaging film roll, a packaging film guide rotating shaft 812 for introducing a packaging film into the wrapping space a, and a packaging film releasing motor (not shown); the upper triangular inclined frame 52 is fixed with a plurality of packaging film holders 811 and a plurality of packaging film guide rotating shafts 812, and the packaging film guide rotating shafts 812 are driven to rotate by the packaging film releasing motor. The packaging film welding mechanism 82 includes a welding cylinder 821 and a welding head 822 connected to a punch of the welding cylinder 821, and the welding cylinder 821 is fixed to the upper triangular inclined frame 52. The wrapping film cutting mechanism 83 includes a cutting cylinder (not shown), and a cutting blade 831 attached to a punch of the cutting cylinder; the cutting cylinder is fixed on the upper triangular inclined frame 52, the cutting blade 831 is disposed between the second belt roller 312 and the steering transmission roller 32, and the cutting blade 831 is located above the welding head 822.

furthermore, the utility model discloses mattress chartered plane of rolling up may not set up and push down support 71, and the piston end of two push down cylinders 72 is direct to be articulated with third belt conveyor support 61 on the third belt conveyor 6. Thereby, when realizing the original function of the mattress wrapping machine of the utility model, the material needed by the downward pressing bracket 71 is saved.

The working principle of the mattress wrapping machine of the utility model is as follows:

the opening of the wrapping space A is in a closed state by default, namely the upper wrapping component 3 descends to the lowest point, the mattress is placed in the opening, the third belt conveying device 6 is pressed down to contact with the mattress, the mattress is conveyed into the wrapping space A under the combined action of the third belt conveying belt 63 and the first belt conveying belt 23, the mattress is curled upwards along the overturning transmission roller 43 and is wrapped in the opening in the clockwise direction shown in figure 2, at the moment, the packaging film releasing mechanism 81 extends the packaging film B into the wrapping space A in advance, and the packaging film B and the mattress are wrapped in the wrapping space A together. In the wrapping process, along with the expansion of the wrapping diameter, the sliding oil cylinder 533 pushes the upper triangular inclined frame 52 to be lifted up slowly, and the diameter of the wrapping space A is gradually expanded, so that the wrapping space A is expanded to a specified diameter range, and the diameter of the cylindrical long coil of the mattress is gradually expanded along with the wrapping space A. When the upper triangular inclined frame 52 is driven by the sliding oil cylinder 533 to ascend, the third belt roller 62 and the third belt conveyer belt 63 are pushed by the lower air cylinder 72 to press the mattress, and the mattress is continuously conveyed into the rolling space A until the mattress completely enters the rolling space A and is completely wound with the packaging film B. Subsequently, the welding cylinder 821 pushes the welding head 822, welding the first seal of the packaging film B with the mattress. After the first seal is welded, the cutting cylinder pushes the cutting blade 831 to cut and separate the packaging film B from the mattress columnar long roll. And then welding a second seal for double reinforcement. After the welding and sealing are completed, the turning cylinder 42 is closed to drive the turning support 41 to rotate outwards, the wrapping space A forms an outlet, and the wrapped mattress rolls out from the outlet. Finally, the structure of each part of the mattress wrapping machine resets to wait for the next work instruction of the controller. When an accident occurs, if the air leakage occurs in the cylindrical long coil of the mattress, the sliding oil cylinder 533 can push the upper triangular oblique frame 52 to ascend to the highest position, the space of the coiling space A is enlarged, and the mattress with air leakage can be taken out conveniently.

compared with the prior art, the utility model discloses a mattress wrappage machine can set for the diameter after the mattress wrappage is accomplished as required, and then the mattress of the different specifications of wrappage. The utility model discloses a mattress wrappage machine is provided with the last wrappage subassembly that can the relative separation or receive and close and wraps the subassembly down, promotes through the slip hydro-cylinder and goes up the wrappage subassembly, enlarges the clearance of going up between wrappage subassembly and the lower wrappage subassembly, and then enlarges the wrappage space, realizes the wrappage operation to not unidimensional mattress. Simultaneously, when the mattress wraparound got into the wraparound space, packaging film mechanism began promptly to carry the packaging film to get into the wraparound space for mattress and packaging film winding followed to be played the book together, for the mode of wrapping the wrapping film after the present earlier, is showing and is improving efficiency, has saved the time of wraparound operation. In addition, the mattress coiling machine of the utility model has simple structure and convenient installation.

The present invention is not limited to the above embodiment, and if various modifications or variations of the present invention do not depart from the spirit and scope of the present invention, they are intended to be covered if they fall within the scope of the claims and the equivalent technology of the present invention.

Claims

1. a mattress wrapping machine comprises a rack, a conveying mechanism, a wrapping mechanism and a packaging film mechanism, wherein the conveying mechanism is arranged on the rack; the rolling mechanism is arranged on the rack corresponding to the discharge end of the conveying mechanism and comprises an upper rolling component and a lower rolling component which enclose a rolling space; the packaging film mechanism corresponds the roll up package space sets up go up on the roll up package subassembly, its characterized in that still includes:

2. The mattress wrapping machine of claim 1, wherein the diagonal lift mechanism comprises:

3. The mattress wrapping machine of claim 2, wherein the slide drive mechanism comprises:

4. The mattress rolling machine of claim 2, wherein the conveying mechanism is a first belt conveyor; the lower roll-up component comprises a turnover rack, two turnover cylinders and a plurality of turnover transmission rollers, wherein one end of the turnover rack is hinged to the rack at the discharge end of the first belt conveyor; the cylinder body end of each overturning cylinder is hinged on the rack, and the piston end of each overturning cylinder is hinged on the overturning rack; the turnover transmission rollers are installed on the turnover rack and are arranged side by side in an arc shape.

5. The mattress wrapping machine of claim 2, wherein the upper wrapping assembly comprises a second belt conveyor and at least two steering transmission rollers; the second belt conveying device is arranged on the upper triangular inclined frame; the at least two steering transmission rollers are arranged on the upper triangular inclined frame corresponding to the discharge end of the second belt conveying device, and a conveying surface formed by the at least two steering transmission rollers and the discharge surface of the discharge end of the second belt conveying device form an included angle.

6. The mattress rolling machine according to claim 2, further comprising a push-down conveying mechanism mounted on the upper triangular sloping frame by a push-down lifting assembly corresponding to the conveying mechanism.

7. The mattress rolling machine according to claim 6, wherein the press-down conveying mechanism is a third belt conveying device;

The lift subassembly pushes down includes:

The third belt conveying device is arranged on the lower pressing support;

8. The mattress wrapping machine of claim 5, wherein the packaging film mechanism comprises a packaging film release mechanism, a packaging film welding mechanism, and a packaging film cutting mechanism;