CN217266396U - Pressure forming device for cotton padding - Google Patents

Abstract

The utility model discloses a cotton child pressure forming device, including the eccentric cotton child tilting mechanism that rubs cotton mechanism, supplies the flat exhibition table that the cotton child laid and be used for the cotton child of upset, cotton child tilting mechanism includes the support frame, be fixed in the drum shaft of support frame and with support frame sliding connection's slip clamping bar, install on the slip clamping bar and be used for pressing from both sides the cotton child clamping jaw of getting the cotton child, the slip clamping bar slides along the support frame and realizes the upset under the support of drum shaft with the cotton child of driving to lay on the flat exhibition table. After the eccentric cotton kneading mechanism finishes kneading one side face of the cotton tire on the flattening table, the flattening table moves to the cotton tire overturning mechanism to enable the cotton tire clamping jaws to clamp the cotton tire, the sliding clamping rod slides along the supporting frame to enable the cotton tire to be overturned under the support of the roller shaft, and the eccentric cotton kneading mechanism kneads and molds the overturned cotton tire on the flattening table which moves to the eccentric cotton kneading mechanism.

Description

Pressure forming device for cotton padding

Technical Field

The utility model belongs to the technical field of the textile processing, concretely relates to cotton child pressure forming device.

Background

The cotton padding is square textile fabric which is processed by cotton laying, shaping, gauze and grinding processes. The appearance of the cotton padding requires neat edge covering, square and regular four corners, uniform cotton laying, consistent thickness and tight combination of yarns and cotton. When the cotton padding is processed, the thickness of the cotton padding is easily inconsistent, even obvious phenomena such as bulge or dent are generated on the cotton padding, and the heat insulation performance of the cotton padding is influenced.

When the cotton batting is processed, a cotton batting mechanism is generally adopted to knead and mold the cotton batting. However, the cotton kneading mechanism can only knead one side of the cotton tire during operation, and after the cotton kneading mechanism kneads one side of the cotton tire, people need to turn over the cotton tire manually to continue kneading the cotton tire, which is very inconvenient.

SUMMERY OF THE UTILITY MODEL

To foretell not enough, the utility model provides a cotton child pressure forming device sets up cotton child tilting mechanism through rubbing cotton mechanism one side at the off-centre, rubs cotton mechanism at the off-centre and kneads a side of cotton child and accomplish the back, and cotton child tilting mechanism is automatic to be turned over the cotton child and continue to rub cotton mechanism in order to supply the off-centre to rub and knead, and convenient and fast just saves the labour.

The utility model discloses a realize through following technical scheme:

the utility model provides a cotton child pressure forming device, includes that the off-centre rubs cotton mechanism, supplies the flat exhibition table that the cotton child laid and is used for the cotton child tilting mechanism of upset cotton child, cotton child tilting mechanism include the support frame, be fixed in the drum shaft of support frame and with support frame sliding connection's slip clamping bar, install on the slip clamping bar and be used for pressing from both sides the cotton child clamping jaw who gets the cotton child, the slip clamping bar slides along the support frame and realizes the upset under the support of drum shaft in order to drive the cotton child of laying on the flat table of exhibition.

After the eccentric cotton kneading mechanism finishes kneading one side face of the cotton tire on the flattening table, the flattening table moves to the cotton tire overturning mechanism to enable the cotton tire clamping jaws to clamp the cotton tire, the sliding clamping rod slides along the supporting frame to enable the cotton tire to be overturned under the support of the roller shaft, and the eccentric cotton kneading mechanism kneads and molds the overturned cotton tire on the flattening table which moves to the eccentric cotton kneading mechanism.

Furthermore, a telescopic mechanism is arranged between the sliding clamping rod and the cotton tire clamping jaw. The telescopic mechanism fixed on the sliding clamping rod extends to enable the cotton tire clamping jaw to be close to the cotton tire so as to clamp the cotton tire conveniently; the telescopic mechanism is shortened so that the cotton tire clamping jaw for clamping the cotton tire moves to a position higher than the roller shaft to prevent the cotton tire clamping jaw from colliding with the roller shaft when the sliding clamping rod slides.

Furthermore, two adjacent corners of the cotton padding are provided with a telescopic mechanism and a cotton padding clamping jaw. The cotton wadding clamping jaw clamps two adjacent corner positions of the cotton wadding, so that the cotton wadding can be turned over conveniently.

Furthermore, a first rod body is fixed on the sliding clamping rod, a second rod body is fixed on the cotton tire clamping jaw, and a telescopic groove for the second rod body to slide is formed in the first rod body. The second body of rod slides along the flexible groove in the first body of rod in order to realize the concertina movement of cotton child clamping jaw relative slip clamping bar, and the cotton child clamping jaw of being convenient for presss from both sides the cotton child and gets.

Furthermore, the flattening table is embedded with a cotton tilting mechanism which is arranged corresponding to the cotton tire clamping jaw, and the cotton tilting mechanism is used for tilting the corners of the cotton tire. When the flattening table moves to the cotton tire overturning mechanism, the cotton warping mechanism in the flattening table is started to warp the cotton tire so as to clamp the cotton tire by the cotton tire clamping jaws conveniently. In addition, the cotton warping mechanism embedded in the flattening table cannot influence the cotton kneading operation of the eccentric cotton kneading mechanism on cotton batts on the flattening table.

Furthermore, the cotton raising mechanism comprises a cotton raising shaft and a cotton raising plate rotating around the cotton raising shaft. When the flattening table moves to the cotton wadding turnover mechanism, the cotton warping plate rotates around the cotton warping shaft to warp part of the cotton wadding above the cotton warping plate, so that the cotton wadding is clamped by the cotton wadding clamping jaws conveniently.

Furthermore, a through sliding groove is formed in the supporting frame, the cotton wadding overturning mechanism further comprises a counterweight motor, and the sliding clamping rod penetrates through the sliding groove to be connected with the counterweight motor. The counter weight motor can drive the slip clamping bar to slide along the sliding tray so as to realize the upset of the cotton wadding. Meanwhile, the counterweight motor and the sliding clamping rod are positioned on two sides of the supporting frame, the counterweight motor can balance the acting force of the sliding clamping rod, and the stability of the sliding clamping rod during sliding is improved.

Further, the roller shaft is driven by electricity to realize the rotation of the roller shaft around the axis of the roller shaft. The slip clamping rod overturns the cotton batting, and when the roller shaft plays a supporting role, the roller shaft drives the roller shaft to rotate by itself through electric power, so that the resistance of the slip clamping rod when the cotton batting is pulled is reduced.

Furthermore, the flattening table and the cotton wadding turnover mechanism are both provided with two groups. When the cotton wadding tilting mechanism overturns the cotton wadding on one of the set of flattening tables, the eccentric cotton kneading mechanism kneads the cotton wadding on the other set of flattening table, so that the working efficiency of the eccentric cotton kneading mechanism is improved.

Further, the eccentric cotton kneading mechanism comprises a kneading plate, a kneading component for driving the kneading plate to work and a suspension component for suspending the kneading plate. The hanging assembly lowers the rubbing plate to abut against the cotton batting on the flattening table, and the rubbing assembly drives the rubbing plate to extrude and rub the cotton batting for forming. After the kneading assembly stops working, the hanging assembly lifts the kneading plate so that the flattening table can move the cotton batting out of the eccentric cotton kneading mechanism.

Drawings

FIG. 1 is a schematic connection diagram illustrating an exemplary embodiment of a batt compression molding apparatus according to the present invention;

FIG. 2 is a schematic diagram illustrating an exemplary embodiment of a device for pressure forming a batt according to the present invention;

FIG. 3 is a partial enlarged view of the portion A in FIG. 2;

FIG. 4 is a cross-sectional view of an exemplary embodiment of a batt compression molding apparatus of the present invention;

FIG. 5 is a schematic diagram showing a partial enlargement at B in FIG. 4;

FIG. 6 is a schematic view illustrating an exemplary embodiment of a turnover mechanism of a tire press molding apparatus according to the present invention;

FIG. 7 is a schematic view illustrating the structure of an exemplary embodiment of a cotton turn-over mechanism of a cotton press molding apparatus according to the present invention;

fig. 8 is a schematic side view illustrating an exemplary embodiment of a device for pressure forming a batt according to the present invention.

Reference numerals:

1. eccentric cotton kneading mechanism, 11, kneading board, 12, kneading component, 13, suspension component, 2, flattening table, 21, cotton tilting mechanism, 211, cotton tilting shaft, 212, cotton tilting board, 3, cotton tire overturning mechanism, 31, support frame, 311, sliding groove, 32, roller shaft, 33, sliding clamping rod, 331, first rod body, 34, cotton tire clamping jaw, 341, second rod body, 35, telescopic mechanism, 36, counterweight motor, 4, cotton tire.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

It should be noted that the terms of orientation such as left, right, up, down, front and back in the embodiments of the present invention are only relative concepts or are based on the normal use state of the product, i.e. the traveling direction of the product, and should not be considered as limiting.

In addition, it should be noted that the dynamic terms such as "relative movement" mentioned in the embodiments of the present invention include not only a change in position but also a movement in which a state changes without a relative change in position such as rotation or rolling.

Finally, it is noted that when an element is referred to as being "on" or "disposed" to another element, it can be on the other element or intervening elements may also be present. When an element is referred to as being "connected to" another element, it can be directly connected to the other element or intervening elements may also be present.

As shown in fig. 1 to 8, a cotton batt pressure forming device includes an eccentric cotton kneading mechanism 1, a flattening table 2 for laying cotton batts 4, and a cotton batt turnover mechanism 3 for turning over the cotton batts 4, wherein the cotton batt turnover mechanism 3 includes a support frame 31, a roller shaft 32 fixed on the support frame 31, and a sliding clamping rod 33 slidably connected with the support frame 31, a cotton batt clamping jaw 34 for clamping the cotton batts 4 is installed on the sliding clamping rod 33, and the sliding clamping rod 33 slides along the support frame 31 to drive the cotton batts 4 laid on the flattening table 2 to turn over under the support of the roller shaft 32.

After the eccentric cotton kneading mechanism 1 finishes kneading one side face of the cotton batting 4 on the flattening table 2, the flattening table 2 moves to the cotton batting overturning mechanism 3 to enable the cotton batting clamping jaws 34 to clamp the cotton batting 4, the sliding clamping rods 33 slide along the supporting frames 31 to enable the cotton batting 4 to overturn under the support of the roller shaft 32, and the eccentric cotton kneading mechanism 1 kneads and molds the overturned cotton batting 4 on the flattening table 2 moving to the eccentric cotton kneading mechanism 1.

In one embodiment, the batt is turned by first gripping one side of the batt and then pulling the batt loose in the direction of the other side of the batt, while moving the batt so that it is stopped by the roller shaft 32 between the gripped batt and the batt on the flattening table to effect the turning of the batt.

In one embodiment, the bottom of the legs of the flattening table 2 is provided with a moving roller for moving the flattening table 2.

In one embodiment, a sliding rail is laid at the bottom of the flattening table 2 so as to limit the movement of the flattening table 2.

Preferably, a telescoping mechanism 35 is provided between the slide clamping bar 33 and the batt clamping jaw 34. The telescoping mechanism 35 fixed on the sliding clamping rod 33 is extended to make the cotton tire clamping jaw 34 close to the cotton tire 4 so as to clamp the cotton tire 4; the retraction mechanism 35 is shortened to move the batt gripper 34 for gripping the batt 4 above the roller shaft 32 to prevent the batt gripper 34 from colliding with the roller shaft 32 as the slide clamping bar 33 slides.

Preferably, two adjacent corners of the cotton batting 4 are provided with a telescoping mechanism 35 and a cotton batting clamping jaw 34. The batt gripper 34 grips two adjacent corner locations of the batt 4 to facilitate turning of the batt 4.

In one embodiment, the batt gripper 34 is first brought into proximity with the batt, and as the retraction mechanism 35 is extended, the lifted batt falls between the batt gripper jaws 34, and the batt gripper jaws 34 grip the batt between the batt gripper jaws 34.

Preferably, a first rod 331 is fixed on the sliding clamping rod 33, a second rod 341 is fixed on the cotton tire clamping jaw 34, and a telescopic slot for the second rod 341 to slide is formed in the first rod 331. The second rod 341 slides along the slot in the first rod 331 to achieve the telescopic movement of the cotton clamping jaw 34 relative to the sliding clamping rod 33, so that the cotton clamping jaw 34 can clamp the cotton 4 conveniently.

Preferably, the flattening table 2 is embedded with a cotton tilting mechanism 21 corresponding to the cotton padding clamping jaw 34, and the cotton tilting mechanism 21 is used for tilting the corners of the cotton padding 4. When the flattening table 2 moves to the cotton wadding turnover mechanism 3, the cotton warping mechanism 21 located in the flattening table 2 is started to warp the cotton wadding 4 so that the cotton wadding clamping jaws 34 clamp the cotton wadding 4. In addition, the cotton warping mechanism 21 embedded in the flattening table 2 does not affect the cotton kneading operation of the eccentric cotton kneading mechanism 1 on the cotton batting 4 on the flattening table 2.

In an embodiment, the normal state of the cotton tilting mechanism 21 is embedded into the flattening table 2, and when the cotton padding needs to be turned over, the cotton tilting mechanism 21 protrudes out of the flattening table 2 to tilt one side of the cotton padding on the flattening table 2, so that the cotton padding can be clamped by the cotton clamping jaws 34 conveniently.

Preferably, the cotton tilting mechanism 21 comprises a cotton tilting shaft 211 and a cotton tilting plate 212 rotating around the cotton tilting shaft 211. When the flattening table 2 moves to the cotton wadding overturning mechanism 3, the cotton warping plate 212 rotates around the cotton warping shaft 211 to tilt up a part of the cotton wadding 4 above the cotton warping plate 212, so that the cotton wadding 4 can be clamped by the cotton wadding clamping jaws 34 conveniently.

In an embodiment, a rotating motor for driving the warping cotton shaft 211 to rotate is embedded in the flattening table 2, the rotating motor is controlled by a control device, and the control device can control the warping cotton mechanism 21 and the cotton clamping jaws 34 in sequence to ensure that the warped cotton clamping jaws smoothly clamp the cotton.

In an embodiment, a cotton padding laying wire frame is drawn on the flattening table 2, and firstly, the cotton padding needs to be laid in the cotton padding laying wire frame to ensure that the tilting amplitude of the cotton padding is adapted to the clamping space of the cotton padding clamping jaws 34.

Preferably, the supporting frame 31 is provided with a through sliding slot 311, the cotton turnover mechanism 3 further comprises a counterweight motor 36, and the sliding clamping rod 33 passes through the sliding slot 311 and is connected with the counterweight motor 36. The weight motor 36 can drive the sliding clamping rod 33 to slide along the sliding groove 311 to realize the overturning of the cotton batting 4. Meanwhile, the counterweight motor 36 and the sliding clamping rod 33 are positioned at two sides of the supporting frame 31, and the counterweight motor 36 can balance the acting force of the sliding clamping rod 33, so that the stability of the sliding clamping rod 33 in sliding is improved.

Preferably, the roller shaft 32 is electrically driven to effect rotation of the roller shaft 32 about its axis. When the sliding clamping rod 33 overturns the cotton batting 4 and the roller shaft 32 plays a supporting role, the roller shaft 32 is driven to rotate by electricity, so that the resistance when the sliding clamping rod 33 pulls the cotton batting 4 is reduced.

Preferably, the flattening table 2 and the cotton wadding overturning mechanism 3 are both provided with two groups. When the cotton wadding turnover mechanism 3 overturns the cotton wadding 4 on one group of the flattening tables 2, the eccentric cotton kneading mechanism 1 kneads the cotton wadding 4 on the other group of the flattening tables 2, and the work efficiency of the eccentric cotton kneading mechanism 1 is improved.

Preferably, the eccentric cotton kneading mechanism 1 includes a kneading plate 11, a kneading assembly 12 for driving the kneading plate 11 to work, and a suspension assembly 13 for suspending the kneading plate 11. The hanging component 13 lowers the rubbing plate 11 to abut against the cotton batting 4 on the flattening table 2, and the rubbing component 12 drives the rubbing plate 11 to extrude and rub the cotton batting 4 for forming. After the kneading block 12 stops the operation of the kneading plate 11, the suspending block 13 suspends the kneading plate 11 so that the flattening table 2 moves the batt 4 out of the eccentric kneading mechanism 1.

In one embodiment, the eccentric kneading mechanism 1 kneads one side of the batt 4 on the flattening table 2, and after kneading is completed, the hanging assembly 13 lifts the kneading plate 11 so that the flattening table 2 moves the batt 4 to the batt turnover mechanism 3. Next, the warping plate 212 in the flattening table 2 rotates around the warping shaft 211 to warp the portion of the batt 4 located above the warping plate 212, the extension mechanism 35 on the sliding clamping bar 33 extends to facilitate the batt clamping jaw 34 to clamp the warped portion of the batt 4, and then the extension mechanism 35 retracts to move the batt clamping jaw 34 higher than the roller shaft 32. Then, the balance weight motor 36 drives the sliding clamping rod 33 to slide along the supporting frame 31 to drive the cotton batting 4 to overturn under the support of the roller shaft 32. And finally, moving the flattening table 2 to the eccentric cotton kneading mechanism 1 for kneading and forming.

When adopting above-mentioned cotton child pressure forming device, through set up cotton child tilting mechanism 3 in eccentric cotton mechanism 1 one side of rubbing, after eccentric cotton mechanism 1 kneads a side of cotton child 4 and accomplishes, cotton child tilting mechanism 3 carries out the turn-over automatically with cotton child 4 for eccentric cotton mechanism 1 of rubbing continues to knead, convenient and fast just saves the labour.

The above description is only an example of the present application and is not intended to limit the present application. Various modifications and changes may occur to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the scope of the claims of the present application.

Claims (10)

1. The utility model provides a cotton child pressure forming device, its characterized in that, includes that the off-centre rubs cotton mechanism, supplies the flat-bed of exhibition that the cotton child laid and is used for the upset the cotton child tilting mechanism of cotton child, cotton child tilting mechanism includes the support frame, be fixed in the drum shaft of support frame and with support frame sliding connection's slip clamping bar, install on the slip clamping bar and be used for pressing from both sides to get the cotton child clamping jaw of cotton child, the slip clamping bar is followed the support frame slides in order to drive and lays flat-bed of cotton child on the table is in the upset is realized under the support of drum shaft.

2. A device for press-molding a batt according to claim 1, wherein a telescoping mechanism is provided between said slide clamping bar and said batt clamping jaw.

3. The device for pressure forming of batting according to claim 2, wherein the telescoping mechanism and the batting clamping jaw are arranged at two adjacent corners of the batting.

4. A device for pressure forming of batting according to claim 1, wherein a first rod is fixed on the sliding clamping rod, a second rod is fixed on the batting clamping jaw, and a telescopic groove for the second rod to slide is formed in the first rod.

5. The device as claimed in claim 1, wherein the flatting table is embedded with a cotton tilting mechanism corresponding to the clamping jaws, and the cotton tilting mechanism is used for tilting the corners of the cotton.

6. The device for pressure forming of cotton batting according to claim 5, wherein the cotton raising mechanism comprises a cotton raising shaft and a cotton raising plate rotating around the cotton raising shaft.

7. The cotton tire pressure forming device according to claim 1, wherein the supporting frame is provided with a through sliding groove, the cotton tire overturning mechanism further comprises a counterweight motor, and the sliding clamping rod penetrates through the sliding groove and is connected with the counterweight motor.

8. A batt compression molding apparatus as set forth in claim 1, wherein the roller shaft is electrically driven to rotate about its axis.

9. A batt pressure forming apparatus as recited in claim 1, wherein there are two sets of said flattening table and said batt inverting mechanism.

10. The apparatus for press-molding a batt according to claim 1, wherein said eccentric kneading mechanism includes a kneading plate, a kneading unit for driving said kneading plate, and a suspension unit for suspending said kneading plate.

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