CN210064612U

CN210064612U - Full-automatic tape feeding and winding cutting machine

Info

Publication number: CN210064612U
Application number: CN201920576863.1U
Authority: CN
Inventors: 方国荣; 黄俊儒; 姚平; 龚旭波; 骆晓棋; 游喜祥
Original assignee: ZHEJIANG SANDING WEAVING CO Ltd
Current assignee: ZHEJIANG SANDING WEAVING CO Ltd
Priority date: 2019-04-25
Filing date: 2019-04-25
Publication date: 2020-02-14
Anticipated expiration: 2029-04-25

Abstract

The utility model discloses a full-automatic area winding belt cutting machine that send, it can one set of full automatic operation accomplish to send area, winding and cut and take whole meshbelt to wind the coiled strip work, and it is smooth and easy in order to let the cooperation of getting up between each mechanism, the utility model discloses carried out the optimal design of structure, the coiled strip is from horizontal to vertical, has smoothly sent the area to, has made things convenient for to stop to send and cut the area, has adapted to the winding and has put a little, has prevented that the winding area face from twisting, has reduced workman intensity of labour, has promoted work efficiency, has saved the manufacturing cost of enterprise.

Description

Full-automatic tape feeding and winding cutting machine

Technical Field

The utility model belongs to the technical field of the meshbelt production technique and specifically relates to a full-automatic area tape cutting machine that takes.

Background

Today, old webbing looms without retrofitting produce the webbing as a pile scattered there, and the webbing finally leaves the factory to be wound into a reel for sale.

If the coiling machine is manually operated, the coiling machine consumes too much time and labor, ZL201710677041.8 describes a novel coiling machine, which comprises a coiling machine support and a protective cover clamping door, wherein one side of the coiling machine support is provided with a servo motor protective cover fixer, one side, close to the servo motor protective cover fixer, of the lower part of the coiling machine support is provided with a clutch pedal, a coiling machine worktable is arranged above the coiling machine support, a braid fixing column is arranged above the coiling machine worktable, and one side, close to the braid fixing column, of the upper part of the coiling machine worktable is provided with a mechanical meter counter; through being provided with the servo motor safety cover in servo motor and runner department, can prevent that the dribbling machine from twisting into servo motor at during operation meshbelt and stub to the messenger has protected servo motor, is provided with the acoustic celotex board in the servo motor safety cover, can make servo motor the noise that the in-process of motion produced, completely cuts off, and one side of safety cover sets up to draw-in groove and buckle connection, maintenance when convenient maintenance at ordinary times and internal damage.

After the mesh belt fixing column is sleeved with a paper sleeve at the center of a mesh belt roll, the paper sleeve is opened to rotate along with the rotation of the mesh belt fixing column, the mesh belt is wound on the periphery of the paper sleeve, in the winding process, the diameter of the mesh belt roll is larger and larger, the lateral deviation is easy to occur to two sides, the lower side of the mesh belt roll is limited by a workbench, the lateral deviation tends to occur to the upper side, a coil belt pressing device is designed on the upper side of the mesh belt fixing column in the patent, but the coil belt pressing device and the mesh belt generate larger friction, the mesh belt hook wire is easy to be hooked and taken off, and inconvenience is brought to an operator to put the paper sleeve and take out the mesh belt roll.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome the defect above the prior art, provide a full automatic operation accomplishes and takes area, winding and cut the whole meshbelt of area and wind the work of rolling up the dribbling, and the dribbling is horizontal to vertical from the level, has smoothly taken area, has made things convenient for to stop to send and cut the area, has adapted to the winding pendulum a little, has prevented that the winding area face from twisting reverse to reduce workman intensity of labour, promoted work efficiency, saved enterprise manufacturing cost's full-automatic area winding cutting machine that takes.

In order to achieve the above purpose, the utility model discloses a realize through following technical scheme: a full-automatic tape feeding, winding and cutting machine is characterized by comprising an operating platform, a winding mechanism, a tape feeding mechanism and a tape cutting mechanism, wherein the operating platform is provided with the winding mechanism, the tape feeding mechanism and the tape cutting mechanism;

the winding mechanism is provided with a power box which forms a height drop with the operating platform, a servo motor is arranged in the power box, a left clamping disc is connected to the side wall of the power box after the motor shaft of the servo motor extends out of the power box, the winding mechanism also comprises a pair of first supports which are arranged on the operating platform at intervals in a separated mode, a first pushing cylinder is horizontally erected on the two first supports, a thrust bearing is connected to a cylinder shaft of the first pushing cylinder, the thrust bearing is connected with a right clamping disc, the centers of the left clamping disc and the right clamping disc are at the same height and are arranged face to face, and a sleeve shaft for clamping a central paper sleeve of a braid winding is arranged at the center of the left clamping disc;

the tape feeding mechanism is provided with a tape guide frame which is erected on the operating platform and partially strides over the sleeve shaft, and a plurality of tape conveying guide rods which are horizontally arranged are arranged on the side wall surface of the tape guide frame;

the tape cutting mechanism is provided with a string of tape clamping devices which are arranged on a tape feeding line between the tape coiling mechanism and the tape feeding mechanism and can suspend tape feeding at any time, a tape cutting knife is arranged beside the tape clamping devices, a power device which can rotate the tape cutting knife to perform cutting action is arranged on the tape cutting knife, and a swing device is arranged below the tape clamping devices.

The utility model discloses the biggest characteristic just can one set of full automatic operation accomplish to send area, winding and cut and take whole meshbelt to wind the coiled strip work, and it is smooth and easy in order to let the cooperation get up between each mechanism, the utility model discloses carried out the optimal design of structure, the coiled strip is horizontal to vertical from the level, has smoothly sent the area to, has made things convenient for to stop to send and cut the area, has adapted to the winding and has put a little, has prevented that the coiled strip face from twisting reverse, has reduced workman intensity of labour, has promoted work efficiency, has saved the manufacturing cost of enterprise.

Preferably, the left entrainment disc and the right entrainment disc are both made of transparent material.

The left clamping belt disc rotates in situ, mainly provides power to rotate and wind the belt, the right clamping belt disc moves close to and separates from the left clamping belt disc, the woven belt is mainly prevented from deviating in the belt winding process, therefore, the woven belt needs to be driven to rotate, and the two clamping belt discs are made into transparent materials such as organic glass most preferably for observing the woven belt winding condition.

Preferably, the belt guide rod is provided with a pair of spacing sleeves which are separately sleeved on the belt guide rod at intervals.

A locking screw is arranged on the side wall of each limiting sleeve and used for fixing the limiting sleeve on the tape conveying guide rod, the moving capability of the limiting sleeve can be recovered when the limiting sleeve is loosened, the distance between the two limiting sleeves is correspondingly adjusted through the width of the woven tape, the woven tape can be smoothed out well, the twisting is prevented, and the conveying is smooth and natural.

Preferably, the belt clamping device comprises a base plate which is obliquely arranged and inclined to the belt winding mechanism, a first slide rail is arranged at one end of the base plate, a belt passing plate is arranged on the first slide rail, a pair of second supports which are separately arranged at intervals are arranged at the other end of the base plate, a second pushing cylinder is erected on the two second supports, a cylinder shaft of the second pushing cylinder is connected with the belt passing plate, the belt passing plate is also obliquely arranged along with the inclination of the base plate, a belt inlet guide rod is arranged at the top of a slope of the belt passing plate, a belt outlet guide rod is arranged at the bottom of the slope of the belt passing plate, a suspended belt clamping plate is arranged above the end surface of the belt passing plate between the belt inlet guide rod and the belt outlet guide rod, the upper part of the belt clamping plate is connected to a cylinder shaft of a third pushing cylinder, and the third pushing cylinder is arranged on a vertical plate standing on the edge of the belt passing plate, the tape cutter is arranged on the outer side of the tape discharging guide rod.

Smuggle the device and think about as the name is exactly with winding work pause when cutting the area, so it sets up the area of sending between winding mechanism and the tape-feed mechanism on the line, installed smuggle the device secretly additional at this position, in order to be unlikely to influence and send the work of area, the utility model discloses optimized structural design, on the contrary make it can better utilize to send the area, first optimized design is exactly to send the tape to be close and keep away from winding mechanism's scheme, will cross the band plate by second propelling movement cylinder reciprocating motion and be close winding mechanism and keep away from winding mechanism, when being close, make the winding process closely lead and smooth out in order the meshbelt, increase the stationarity and the smooth and easy nature of winding, when keeping away from, make things convenient for the position overall arrangement of cutting tape sword, give winding mechanism enough space, prevent that staff meshbelt from getting. The second optimization is a swing device, which will be described in detail below.

Preferably, the power device is provided with a rib plate which is vertically arranged on an edge of the base plate, a pair of fourth supports which are arranged at intervals in a separated mode are arranged on the rib plate, a cutter shaft capable of rotating freely is erected on the two fourth supports, the belt cutter is arranged at one end of the cutter shaft, a driving shaft is vertically connected to the other end of the cutter shaft, the free end of the driving shaft is hinged to a cylinder shaft of a fourth pushing cylinder, a torsion spring arranged between the two fourth supports is sleeved on the cutter shaft, and one of the two fourth supports is connected with the torsion spring.

The fourth pushing cylinder pulls and drives the rotating shaft to swing, so that the cutter shaft rotates forwards and reversely, and the cutter shaft drives the belt cutter to perform cutting action.

Preferably, the swing device comprises a pair of fifth supports which are separately arranged on the operating platform at intervals, a pair of second slide rails is horizontally erected on the two fifth supports, a second slide block is arranged on the two second slide rails, and the upper ends of the second slide blocks are connected with the base plate.

Connect above-mentioned second optimization to be the amplitude of oscillation device, at the meshbelt in-process of rolling up, the meshbelt can appear slightly pendulum motion when getting into, if the restriction lets the meshbelt can not slightly pendulum, the meshbelt that is drawn into so will distort to influence whole dribbling quality, consequently the utility model discloses add amplitude of oscillation device, cooperate this kind of natural motion scene.

Has the advantages that: the utility model discloses can one set of full automatic operation accomplish take-over, winding and cut take whole meshbelt around the coiled strip work, the coiled strip has smoothly taken over from horizontal vertical to vertical, has made things convenient for to stop to send and cut the area, has adapted the winding pendulum a little, has prevented that the coiling area face from twisting to reduce workman intensity of labour, promoted work efficiency, saved the manufacturing cost of enterprise.

Drawings

Fig. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic structural view of the winding mechanism of the present invention;

fig. 3 is a schematic structural view of the tape feeding mechanism of the present invention;

fig. 4 is a schematic structural view of the belt cutting mechanism of the present invention.

In the figure: 1-an operation table, 2-a tape coiling mechanism, 3-a tape feeding mechanism, 4-a tape cutting mechanism, 5-a tail tape sticking mechanism, 21-a power box, 22-a servo motor, 23-a left clamping disk, 24-a first support, 25-a first pushing cylinder, 26-a thrust bearing, 27-a right clamping disk, 28-a sleeve shaft, 31-a tape guide frame, 32-a tape transmission guide rod, 33-a limiting sleeve, 41-a clamping device, 42-a tape cutting knife, 43-a power device, 44-a swing device, 411-a base plate, 412-a first sliding rail, 413-a tape passing plate, 414-a second support, 415-a second pushing cylinder, 416-a tape feeding guide rod, 417-a tape discharging guide rod, 418-a third pushing cylinder and 419-a vertical plate, 420-a clamping plate, 431-a rib plate, 432-a fourth support, 433-a cutter shaft, 434-a driving shaft, 435-a fourth pushing cylinder, 436-a torsion spring, 441-a fifth support, 442-a second sliding rail and 443-a second sliding block.

Detailed Description

In order to make the technical means, the creation features and the achievement objects of the present invention easy to understand, the present invention will be further explained with reference to the specific embodiments.

Example (b): as shown in fig. 1, a fully automatic tape feeding, winding and cutting machine includes an operation table 1, which has a winding mechanism 2, a tape feeding mechanism 3, a tape cutting mechanism 4 and a tail tape sticking mechanism 5.

As shown in fig. 2, the tape winding mechanism 2 has a power box 21 forming a height drop with the operation platform, a servo motor 22 is arranged in the power box 21, a left clamping disk 23 is connected to the side wall of the power box after the motor shaft of the servo motor 22 extends out, a pair of first supports 24 arranged on the operation platform at intervals and separately are further provided, a first pushing cylinder 25 is horizontally erected on the two first supports 24, a thrust bearing 26 is connected to the cylinder shaft of the first pushing cylinder 25, the thrust bearing 26 is connected with a right clamping disk 27, and the left clamping disk 23 and the right clamping disk 27 are both made of transparent materials, such as organic glass. The left clamping disk 23 and the right clamping disk 27 are arranged with the same disk center height and face to face, and the disk center of the left clamping disk 23 is provided with a sleeve shaft 28 for clamping a paper sleeve in the ribbon roll.

As shown in FIG. 3, the tape feeding mechanism 3 has a tape guide holder 31 standing on the operation table and partially straddling the quill, and six tape guide rods 32 horizontally arranged on the side wall surface of the tape guide holder 31. A pair of spacing sleeves 33 which are separately sleeved on the belt-conveying guide rod 32 at intervals are arranged on part of the belt-conveying guide rod 32.

As shown in fig. 4, the tape cutting mechanism 4 includes a series of tape feeding devices 41 which are provided on the tape feeding line between the tape winding mechanism 2 and the tape feeding mechanism 3 and can suspend tape feeding at any time, a tape cutter 42 is provided beside the tape feeding devices 41, a power device 43 for rotating the tape cutter 42 to perform a cutting operation is provided on the tape cutter 42, and a swing device 44 is provided below the tape feeder 41.

The entrainment device 41 comprises a base plate 411 which is obliquely arranged and inclined to the tape winding mechanism, one end of the base plate 411 is provided with a first sliding rail 412, the first sliding rail 412 is provided with a tape passing plate 413, the other end of the base plate 411 is provided with a pair of second supports 414 which are separately arranged at intervals, two second supports 414 are provided with a second pushing cylinder 415 in a erecting mode, the cylinder shaft of the second pushing cylinder 415 is connected with the tape passing plate 413, the tape passing plate 413 is obliquely arranged along with the inclination of the base plate, the slope top of the tape passing plate 413 is provided with a tape feeding guide rod 416, the slope bottom of the tape passing plate 413 is provided with a tape discharging guide rod 417, an entrainment plate 420 which is arranged in a suspending mode is arranged above the end face of the tape passing plate 413 between the tape feeding guide rod 416 and the tape discharging guide rod 417, the upper portion of the entrainment plate 420 is connected to the cylinder shaft of a third pushing cylinder 418, and the third pushing cylinder 418 is arranged on a vertical plate 419 which is erected at.

The power device 43 is provided with a rib plate 431 which is vertically arranged on an edge of the base plate 411, the rib plate 431 is provided with a pair of fourth support seats 432 which are arranged at intervals in a separated mode, a cutter shaft 433 capable of freely rotating is erected on the two fourth support seats 432, the tape cutter 42 is arranged at one end of the cutter shaft 433, the tape cutter 42 is arranged on the outer side of the tape discharging guide rod 417, the other end of the cutter shaft 433 is vertically connected with a driving shaft 434, the free end of the driving shaft 434 is hinged to a cylinder shaft of a fourth pushing cylinder 435, a torsion spring 436 arranged between the two fourth support seats 432 is sleeved on the cutter shaft 434, and the torsion spring 436 selects one of the two fourth support seats 432 to be connected.

The swing device 44 has a pair of fifth supports 441 separately disposed on the console 1, a pair of second slide rails 442 are horizontally erected on the fifth supports 441, a second slide block 443 is disposed on the second slide rails 442, and the upper end of the second slide block 443 is connected to the base plate 411.

Use of: preparing a pile of woven belts, winding free heads of the woven belts in sequence from a belt feeding mechanism, sending the woven belts to a belt cutting mechanism and then to the belt winding mechanism, clamping a central paper sleeve of a woven belt roll onto a sleeve shaft, connecting the free heads of the woven belts to the paper sleeve, starting a first pushing cylinder to enable a right belt clamping disc to be close to a left belt clamping disc, starting a second pushing cylinder to enable a belt passing plate to move close to the sleeve shaft, starting a servo motor, enabling the left belt clamping disc to rotate in situ and mainly provide power to rotate a winding belt, preventing the woven belts from deflecting by the left belt clamping disc, enabling the left belt clamping disc to rotate along with a thrust bearing and follow the left belt clamping disc to be driven, stopping the servo motor after the winding is fully wound, starting a second pushing cylinder to reset the belt passing plate to be away from the sleeve shaft, starting a third pushing cylinder to press the belt clamping plate to clamp the woven belts, drawing a fourth pushing cylinder to drive a rotating shaft to swing, the cutter shaft drives the belt cutter to do cutting action to cut off the woven belt.

Claims

1. A full-automatic tape feeding, winding and cutting machine is characterized by comprising an operating platform, a winding mechanism, a tape feeding mechanism and a tape cutting mechanism, wherein the operating platform is provided with the winding mechanism, the tape feeding mechanism and the tape cutting mechanism;

the winding mechanism is provided with a power box which forms a height drop with the operating platform, a servo motor is arranged in the power box, a left clamping disc is connected to the side wall of the power box after the motor shaft of the servo motor extends out of the power box, the winding mechanism also comprises a pair of first supports which are arranged on the operating platform at intervals in a separated mode, a first pushing cylinder is horizontally erected on the two first supports, a thrust bearing is connected to a cylinder shaft of the first pushing cylinder, the thrust bearing is connected with a right clamping disc, the centers of the left clamping disc and the right clamping disc are at the same height and are arranged face to face, and a set of tubular shaft is arranged at the center of the left clamping disc;

2. The fully automatic tape feeding, winding and cutting machine as claimed in claim 1, wherein the left and right pinch disks are made of transparent material.

3. The automatic tape feeding, winding and cutting machine as claimed in claim 1, wherein the tape feeding guide bar is provided with a pair of spacing sleeves spaced apart from each other and fitted thereon.

4. The full-automatic tape feeding and cutting machine as claimed in claim 1, wherein the clamping device has a base plate disposed obliquely and inclined to the tape winding mechanism, a first slide rail is disposed at one end of the base plate, a tape passing plate is disposed on the first slide rail, a pair of second supports disposed at intervals and separated from each other are disposed at the other end of the base plate, a second pushing cylinder is mounted on the second supports, a cylinder shaft of the second pushing cylinder is connected to the tape passing plate, the tape passing plate is also disposed obliquely with the inclination of the base plate, a tape feeding guide rod is disposed at the top of the tape passing plate, a tape discharging guide rod is disposed at the bottom of the tape passing plate, a tape clamping plate disposed in a suspended manner is disposed above the end surface of the tape passing plate between the tape feeding guide rod and the tape discharging guide rod, and a cylinder shaft of a third pushing cylinder is connected above the tape clamping plate, the third pushing cylinder is arranged on a vertical plate which is vertical to the edge of the strip passing plate, and the strip cutting knife is arranged on the outer side of the strip discharging guide rod.

5. The full-automatic tape conveying and winding machine as claimed in claim 4, wherein the power device comprises a rib plate vertically arranged on an edge of the base plate, a pair of fourth supports are arranged on the rib plate at intervals, a cutter shaft capable of freely rotating is erected on the two fourth supports, the tape cutter is arranged at one end of the cutter shaft, the other end of the cutter shaft is vertically connected with a driving shaft, the free end of the driving shaft is hinged to a cylinder shaft of a fourth pushing cylinder, a torsion spring arranged between the two fourth supports is sleeved on the cutter shaft, and one of the two fourth supports is selected to be connected with the torsion spring.

6. The automatic tape feeding and cutting machine as claimed in claim 4, wherein the swing device has a pair of fifth supports spaced apart from each other and disposed on the operating platform, a pair of second slide rails are horizontally erected on the fifth supports, a second slide block is disposed on the second slide rails, and an upper end of the second slide block is connected to the base plate.