CN210415689U - Novel three-dimensional bag system bag machine of non-woven fabrics - Google Patents

Abstract

The utility model relates to a novel three-dimensional bag system bag of non-woven fabrics machine, including the blowing traction frame that sets gradually, a machine support, hem mechanism is including relative left side hem mechanism and the right side hem mechanism of establishhing, set up in the handle ultrasonic welding device of hem mechanism both sides, handle ultrasonic welding device is including setting up in the left side ultrasonic welding mechanism of left side hem mechanism and setting up in the right side ultrasonic welding mechanism of right side hem mechanism, set up in the indentation mechanism at hem mechanism rear, set up in the bag mechanism and roll over a bag mechanism of taking off at indentation mechanism rear, be provided with in the frame respectively with both sides ultrasonic welding mechanism link to each other and can be simultaneously to left side hem mechanism, left side ultrasonic welding mechanism and right side hem mechanism, right side ultrasonic welding mechanism adjusts in opposite directions or to the adjustment mechanism of adjusting back.

Description

Novel three-dimensional bag system bag machine of non-woven fabrics

Technical Field

The utility model relates to a three-dimensional bag system bag machine field of non-woven fabrics, concretely relates to novel three-dimensional bag system bag machine of non-woven fabrics.

Background

At present, non-woven fabric packaging bags are developed into various styles of bags: punching bag, hand bag, vest bag, zipper bag, stereo bag, etc. Besides three-dimensional bags, bags of other styles are produced automatically at high speed. The prior art for automatic production of three-dimensional bags and equipment thereof is related to non-woven fabric three-dimensional bag making machines with patent numbers ZL201210020486.x and ZL201310046052.8 developed since 2012, and the automatic production of the non-woven fabric three-dimensional bags is started.

The three-dimensional bag making machine of the non-woven fabric comprises a folding mechanism for thermally folding a coil material, a hot carrying handle mechanism for hot carrying a handle at a folding position, an indentation mechanism arranged behind the hot carrying handle mechanism and used for indenting the non-woven fabric, a positioning mechanism for positioning the non-woven fabric after indenting, a cutting mechanism for cutting off the non-woven fabric after positioning, a forming and welding mechanism for forming and welding the cut non-woven fabric along the indenting position, a bag folding mechanism arranged behind the forming and welding mechanism and a bag arranging mechanism arranged behind the bag folding mechanism.

The forming and welding mechanism comprises a main die lifting mechanism used for receiving the non-woven fabric passing through the indentation and positioning mechanism, the main die lifting mechanism conveys the non-woven fabric to be arranged above the bag removing mechanism, a bag pulling cylinder is arranged at a corresponding position below the main die lifting mechanism and above the bag removing mechanism through a rack to pull the non-woven fabric into the bag removing mechanism for forming, welding and bag removing, and then the bag is arranged in a bag arranging mechanism below the bag removing mechanism to obtain the finished product three-dimensional bag.

In the prior art, when three-dimensional bags of different specifications are produced, the folding mechanism needs to be manually adjusted to adjust the folding lengths of the two sides of the non-woven fabric, and the folding lengths of the two sides of the non-woven fabric after the manual adjustment not only has errors and adjustment difficulty in the folding of the two sides after the adjustment of the left folding mechanism and the right folding mechanism, but often needs a skilled operator to quickly adjust, the waiting time is longer and the problem that the folding lengths at two sides are inconsistent exists when the non-woven fabric three-dimensional bags of different models are produced.

Moreover, because the material roll placed on the feeding mechanism cannot be guaranteed to be located at the center of the feeding mechanism, small errors exist on the left side and the right side of the non-woven fabric on the material roll when the non-woven fabric enters the edge folding mechanism, and an error is caused when the left edge folding mechanism and the right edge folding mechanism are folded inwards after edge folding, and the error is caused when the material is unreeled on the conveying mechanism, so that the traditional operation mode is that the error is avoided as much as possible through manual measurement when the material is unreeled, but the manual measurement always has small errors.

The center that pneumatic cutter on indentation mechanism need guarantee that the pneumatic cutter on the indentation mechanism cuts off cloth behind the feed supplement is on same straight line with forming die's center, finally makes bag shaping after can guaranteeing bag limit alignment through forming mechanism, nevertheless there is the non-woven fabrics condition of wandering away in the non-woven fabrics continuous motion in-process inevitably, and the bag limit is not aligned to be not conform to the very high customer standard of requirement, directly leads to the whole waste products that are of production.

The bag removing mechanism is provided with a side inserting plate for folding two sides of the non-woven fabric along the indentation, the two sides of the non-woven fabric are welded through the welding mechanisms after being folded, each welding mechanism (the two sides of the non-woven fabric need to be welded, therefore, the two welding mechanisms are oppositely arranged, the non-woven fabric is positioned between the two welding mechanisms) is provided with a bag removing mechanism which is oppositely arranged, each bag removing mechanism which is oppositely arranged folds the side of the non-woven fabric and then is used for welding the welding mechanism at the side, in order to improve the universality, each bag removing mechanism can be adjusted front and back and left and right to adapt to the production of three-dimensional non-woven fabric bags with different models, but the traditional adjustment of the distance between the bag removing mechanisms positioned at the same side is realized through a hand wheel arranged on the bag removing mechanism, the manual adjustment not only has poor adjustment precision but also needs to respectively adjust the four welding mechanisms through the hand wheel, the adjustment is time-consuming, and the adjustment can be guaranteed to be in place only by trial-run after the adjustment, so that the production efficiency of a factory is reduced, and moreover, the traditional bag removing mechanism is too bulky in structure, so that the bag cannot be removed from a small non-woven bag with a small size, and the improvement is needed.

The effect of a bag folding mechanism is to take off through a bag taking-off mechanism and not fold inwards according to the crease yet, and the bag folding mechanism of current can only provide a bag folding mode, is about to the bag carry out the internal flat folding along the crease of both sides, for example the applicant: a folding device for a nonwoven fabric bag, which is applied by ruilong mechanical limited, rean, inc 2018, 10, and 17, and is published as number 06, 07, 2019, wherein the specification fig. 2 describes a folding state when the nonwoven fabric bag is folded flat, but both sides of the bottom of the nonwoven fabric bag after being folded flat are also folded flat, but the bottom is protruded outward, and this folding manner causes inconvenience in stacking and arranging the folded nonwoven fabric bags, and the folded bags occupy a large space in the vertical direction due to the outward protrusion of the middle of the bottom after being stored, and there is a need to improve this.

SUMMERY OF THE UTILITY MODEL

The technical problem to be solved by the utility model is to solve the above-mentioned deficiencies of the prior art,

provides a novel non-woven fabric three-dimensional bag making machine.

In order to achieve the above purpose, the utility model provides a following technical scheme: a novel three-dimensional non-woven fabric bag making machine comprises a feeding traction frame, a folding mechanism, a handle ultrasonic welding device, a creasing mechanism, a bag releasing mechanism and a bag folding mechanism, wherein the feeding traction frame, the frame and the folding mechanism are sequentially arranged, the folding mechanism is used for folding non-woven fabric conveyed from the feeding traction frame, the left folding mechanism and the right folding mechanism are oppositely arranged, the handle ultrasonic welding device is arranged on two sides of the folding mechanism and comprises a left ultrasonic welding mechanism arranged on the left folding mechanism, a right ultrasonic welding mechanism arranged on the right folding mechanism, a creasing mechanism arranged behind the folding mechanism, a bag releasing mechanism and a bag folding mechanism arranged behind the creasing mechanism, the frame is provided with mounting plates which are oppositely arranged at corresponding positions of the creasing mechanism, the mounting plates are respectively provided with a linear guide rail, the bag releasing mechanism comprises a main mold lifting mechanism used for receiving, the main die lifting mechanism conveys the non-woven fabric and arranges the non-woven fabric in the upper part of the bag taking-off mechanism, and a bag pulling cylinder is arranged at the corresponding position below the main die lifting mechanism and above the bag taking-off mechanism through the frame to pull the non-woven fabric into the bag taking-off mechanism for forming welding and bag taking-off, and is characterized in that: the left/right side edge folding mechanisms respectively comprise edge folding mounting plates, the edge folding mounting plates are in linkage with the same-side ultrasonic welding mechanisms, and adjusting mechanisms which are respectively connected with the two side ultrasonic welding mechanisms and can simultaneously adjust the left side edge folding mechanism, the left side ultrasonic welding mechanism, the right side edge folding mechanism and the right side ultrasonic welding mechanism in opposite directions or back to back are arranged on the rack.

By adopting the technical scheme, the hem mechanism of the three-dimensional system bag machine of non-woven fabrics that has now on the market all carries out manual regulation to the hem mechanism through the hand wheel that links to each other with hem mechanism, and left/right side hem mechanism needs to adjust through the hand wheel that links to each other with left side hem mechanism and the hand wheel that links to each other with right side hem mechanism respectively, not only adjusts labouring and both sides need adjust respectively, also needs to adjust same regulation to ultrasonic welding mechanism after adjusting, and the utility model discloses set up hem mounting panel and homonymy ultrasonic welding mechanism linkage, through setting up the adjustment mechanism that can adjust in opposite directions or adjust dorsad left side hem mechanism, left side ultrasonic welding mechanism and right side hem mechanism, right side ultrasonic welding mechanism simultaneously in the regulation to left side hem mechanism, left side ultrasonic welding mechanism and right side hem mechanism, The right ultrasonic welding mechanism simultaneously carries out adjustment mechanism that adjusts in opposite directions or carried on the back mutually, shows the hem position increase of non-woven fabrics when adjusting in opposite directions, and shows the hem position reduction of non-woven fabrics when adjusting on the back mutually, and the commonality is strong and control range is big.

The novel non-woven three-dimensional bag making machine can be further set as follows: the marking mechanism is connected with the linear guide rail in a sliding way through a sliding block, two mounting plates are provided with an electric adjusting mechanism which can automatically adjust the relative position on the linear guide rail where the marking mechanism is located below the marking mechanism, a linear rail which can adjust the relative position on the rack where the mounting plates are located is arranged between the two ends of the mounting plates and the rack, the two mounting plates are connected through first connecting plates which are oppositely arranged, a second connecting plate which is fixedly connected with the first connecting plate is arranged between the two first connecting plates, a mounting plate adjusting component is arranged between the rack and the second connecting plate, a deviation correcting electric eye mechanism which is fixedly connected with the rack is arranged between the mounting plates, the deviation correcting electric eye mechanism comprises a deviation correcting mounting plate which is fixedly connected with the rack and is oppositely arranged, a deviation correcting movable plate is arranged on the deviation correcting mounting plate, a movable plate adjusting mechanism which can adjust the relative position between the deviation correcting movable, the fly leaf of rectifying an uproar is put on the shelf and is equipped with the electric eye mounting panel, the electric eye mounting panel is connected with the electric eye group of rectifying an uproar that two at least groups interval set up through electric eye adjusting part, and electric eye adjusting part can be close to or keep away from the regulation back to two electric eye groups of rectifying an uproar in opposite directions, indentation mechanism department is provided with and carries out 90 steering mechanism that turn to through the non-woven fabrics behind the book bag mechanism.

By adopting the technical scheme, the non-woven three-dimensional bag making machine on the market is placed in a linear assembly line, the non-woven conveying direction is also linear, the non-woven three-dimensional bag making machine carries out subsequent procedures after 90-degree vertical steering is carried out on the non-woven conveyed from the edge folding mechanism at the indentation mechanism, the occupied area of the non-woven three-dimensional bag making machine can be reduced by the arrangement, the traditional indentation mechanism adjusts the relative position of the non-woven on a linear guide rail by hand wheels arranged at two sides of the indentation mechanism, because the whole mechanism is heavy and needs to be adjusted according to integral multiple of the printed pattern on the actual non-woven when in adjustment, otherwise, the printed pattern on partial non-woven is possibly cut off by a pneumatic cutter on the indentation mechanism to cause pattern incoherence, thereby causing the problem of high rejection rate after bag making, and the utility model adopts an electric adjusting mechanism to adjust the relative position on the linear, not only the adjustment is convenient, but also the position of the indentation mechanism after the adjustment is controllable and accurate, the precision is high, the adjustment efficiency is high, when the indentation mechanism cuts the non-woven fabrics with different sizes, the two deviation rectifying electric eye groups need to be oppositely close to or oppositely away from each other, the two deviation-rectifying electric eye groups arranged on the electric eye mounting plate at intervals are adjusted through the electric eye adjusting assembly, two ends of the two oppositely arranged mounting plates are connected with the frame through a wire rail, the deviation-rectifying electric eye mechanism comprises a deviation-rectifying mounting plate and a deviation-rectifying movable plate erected on the deviation-rectifying mounting plate, a movable plate adjusting mechanism is arranged between the deviation-rectifying movable plate and the deviation-rectifying mounting plate, the relative position between the two deviation-correcting mounting plates where the deviation-correcting movable plates are positioned is adjusted by the movable plate adjusting mechanism, after the position of the deviation-rectifying movable plate is adjusted, the deviation-rectifying electric eye group arranged on the deviation-rectifying movable plate is also adjusted, so that the position of the mounting plate needs to be adjusted in time through the mounting plate adjusting assembly.

The novel non-woven three-dimensional bag making machine can be further set as follows: the bag removing mechanism comprises a rack, a bag removing mechanism mounting rack is arranged on the rack, two groups of second linear guide rails which are oppositely arranged are arranged on the bag removing mechanism mounting rack at intervals, a workbench which can slide along the second linear guide rails is erected on each group of second linear guide rails, a bag removing mechanism which is oppositely arranged is arranged at one end of the workbench and comprises a fixed seat, an installation part which is vertically arranged with the fixed seat and used for installing the fixed seat on the workbench is arranged at one side of the fixed seat, a side inserting plate is arranged at one side of the fixed seat facing the installation part, a large bag removing vertical plate is arranged at the other side of the fixed seat, a bag removing driving belt wheel, a bag removing tensioning wheel and a bag removing driven belt wheel are arranged on the large bag removing vertical plate, a bag removing driving motor is arranged at one end of the bag removing driving belt wheel, the other end of the bag removing driving belt wheel is, the side inserting plate is connected to the fixing seat through an automatic side inserting plate adjusting mechanism, and the bag-removing large vertical plate is connected to the fixing seat through an automatic bag-removing vertical plate adjusting mechanism.

By adopting the technical scheme, the existing bag-removing mechanism is too large in linear distance between the bag-removing synchronous belt and the side inserting plate due to overstaffed parts, and the bag-removing function can not be realized for a three-dimensional bag with the width of a three-dimensional non-woven fabric bag less than 200mm, so that the traditional three-dimensional non-woven fabric bag-making machine can only make the three-dimensional non-woven fabric bag with the bag width more than 200mm, the side inserting plate is connected with the fixed seat through the side inserting plate automatic adjusting mechanism, the bag-removing large vertical plate is connected with the fixed seat through the bag-removing large vertical plate automatic adjusting mechanism, the structure is more compact, the linear distance between the bag-removing synchronous belt and the side inserting plate is smaller, the side inserting plate can be arranged closer to the bag-removing synchronous belt, the bag-removing of the three-dimensional non-woven fabric bag with the bag width less than 200mm can be realized during the bag-removing, and the bag making of the, the universality is stronger, the side inserting plate is connected to the fixing plate through the side inserting plate automatic adjusting mechanism, the relative position adjustment of the side inserting plate on the fixing plate is realized automatically, the bag removing large vertical plate is connected to the fixing plate through the bag removing large vertical plate adjusting mechanism, the automatic adjustment of the bag removing large vertical plate is realized, the traditional manual adjustment is abandoned, the adjusting efficiency is improved,

the novel non-woven three-dimensional bag making machine can be further set as follows: the bag folding mechanism comprises a bag folding frame, a feeding device which is arranged at one end of the bag folding frame and is used for a non-woven bag to enter the bag folding frame, and a shaping device which is arranged at the other end of the bag folding frame, the shaping device comprises two groups of shaping roll shafts which are arranged up and down oppositely, shaping rolls are arranged on the shaping roll shafts, a discharge opening is arranged between the shaping rolls which are arranged up and down oppositely, the bag folding mechanism is arranged between the feeding device and the shaping device of the bag folding machine frame and comprises three molding belt groups which are arranged at intervals up and down, the three forming belts are arranged in a V shape, the opening end of the V shape faces the feeding device to form a bag folding channel, auxiliary forming belt groups are arranged on two sides of the bag folding channel, the bag folding machine is characterized in that a first inward folding assembly which is relatively arranged is installed on one side, facing the feeding device, of the bag folding channel, and a second inward folding assembly which is relatively arranged is arranged at one end, facing the feeding device, of the bag folding machine frame.

Adopt above-mentioned technical scheme: the feeding device is used for feeding the non-woven cloth bag conveyed by the previous process of the bag folding machine into the bag folding machine, the shaping device is used for pressing the non-woven cloth bag passing through the bag folding machine to be more flat, the bag folding mechanism comprises two forming belt groups which are arranged at an upper interval and a lower interval, a V-shaped bag folding channel with gradually reduced opening and opening towards the opening of the feeding device is formed between the two forming belt groups, the non-woven cloth bag is likely to deviate when being continuously conveyed in the bag folding channel, therefore, two sides of the bag folding channel are provided with auxiliary forming belt groups for keeping the non-woven cloth bag in the bag folding channel, the bag folding mechanism of the traditional non-woven three-dimensional bag making machine only inwards folds the indentations on two sides of the non-woven cloth bag, the non-woven cloth bag with inwards folded edges along the indentations on two sides and the bottom can not be obtained, and only can be manually folded, and the utility model discloses a first inwards folded component for inwards folding the two sides, the bottom edge of the non-woven three-dimensional bag is folded inwards along the indentation by the second inwards-folding assembly, and meanwhile, the non-woven bag with the bottom edge and the two side edges folded inwards along the indentation is obtained.

The utility model has the advantages that: 1. the adjusting mechanism can be arranged to simultaneously carry out opposite adjustment or back-to-back adjustment on the left-side edge folding mechanism, the left-side ultrasonic welding mechanism, the right-side edge folding mechanism and the right-side ultrasonic welding mechanism, the edge folding range is large after adjustment, the universality is strong, the edge folding position of one edge folding of the left/right edge folding mechanism can be independently adjusted by the edge folding press roller adjusting mechanism, or the edge folding position of the left/right edge folding mechanism can be simultaneously adjusted, the left and right edge folding mechanisms can be respectively finely adjusted by the edge folding press roller adjusting mechanism during production, and the error caused by the fact that a material roll on the discharging mechanism is; 2. the position of the indentation mechanism is convenient to adjust, the indentation positions required by different bag making sizes are met, the indentation precision is high, the adjustment is quick, the arranged steering mechanism can steer the non-woven fabric by 90 degrees, the occupied area of the non-woven fabric three-dimensional bag making machine is reduced, the application range of the deviation-correcting electric eye group is wide, the universality is strong, the relative positions of the indentation mechanism and the deviation-correcting electric eye group on the rack are adjusted through the matching of the mounting plate adjusting assembly and the movable plate adjusting assembly, the center of the non-woven fabric is more accurately aligned with the center of the mold when the non-woven fabric passes through the forming mold after adjustment, and the yield after; 3. the bag removing mechanism has compact structure, realizes bag removal of small three-dimensional bags with the non-woven fabric three-dimensional bag width of less than 200mm, and has automatic adjustment and high adjustment efficiency; 4, make three sides of the three-dimensional bag of non-woven fabrics all inwards fold flatly under the effect of the subassembly of folding in the second of first folding in subassembly machine, occupation space is littleer after the flat book, changes the reason bag.

The present invention will be described in further detail with reference to the accompanying drawings and examples.

Drawings

Fig. 1 is a schematic perspective view of an embodiment of the present invention.

Fig. 2 is a schematic perspective view of the edge folding mechanism according to the embodiment of the present invention.

Fig. 3 is a schematic view of the internal structure of one side of the bag folding frame according to the embodiment of the present invention.

Fig. 4 is a schematic view of the internal structure of fig. 3 with the bag folding frame removed.

Fig. 5 is a schematic perspective view of the edge folding mechanism of the present invention with the other side of the bag folding frame removed.

Fig. 6 is the utility model discloses an indentation mechanism installs in the spatial structure sketch map of frame.

Fig. 7 is a schematic perspective view 1 of an indentation mechanism according to an embodiment of the present invention.

Fig. 8 is a schematic perspective view of an indentation mechanism according to an embodiment of the present invention 2.

Fig. 9 is the utility model discloses an among the indentation mechanism deviation correcting electric eye mechanism's a schematic perspective view 1.

Fig. 10 is a schematic perspective view 2 of the electric eye mechanism for correcting deviation in the indentation mechanism according to the embodiment of the present invention.

Fig. 11 is a schematic perspective view 3 of an indentation mechanism according to an embodiment of the present invention.

Fig. 12 is a schematic perspective view 4 of an indentation mechanism according to an embodiment of the present invention.

Fig. 13 is a schematic perspective view of the bag removing mechanism mounted on the frame according to the embodiment of the present invention.

Fig. 14 is a schematic perspective view of a bag removing mechanism according to an embodiment of the present invention.

Fig. 15 is a schematic view of a three-dimensional structure of the bag removing mechanism at the same side of the embodiment of the present invention.

Fig. 16 is a schematic perspective view of a single bag removing mechanism according to an embodiment of the present invention, which is shown in fig. 1.

Fig. 17 is a schematic perspective view of a single bag removing mechanism according to an embodiment of the present invention, which is shown in fig. 2.

Fig. 18 is a schematic top view perspective view of a single bag removing mechanism according to an embodiment of the present invention.

Fig. 19 is a schematic view of the internal structure of fig. 16.

Fig. 20 is a schematic perspective view of a bag folding mechanism according to an embodiment of the present invention.

Fig. 21 is a schematic view of an internal three-dimensional structure according to an embodiment of the present invention.

Fig. 22 is a sectional view of a bag folding mechanism according to an embodiment of the present invention.

Fig. 23 is a perspective view of a second fold-in assembly according to an embodiment of the present invention.

Fig. 24 is a schematic single-directional perspective view of a second fold-in assembly according to an embodiment of the present invention 1.

Fig. 25 is a schematic single-directional perspective view 2 of the second inward-folding assembly according to the embodiment of the present invention.

Detailed Description

Referring to FIG. 1: a novel non-woven fabric three-dimensional bag making machine comprises a discharging traction frame 1, a bag folding frame 2, a folding mechanism 3 for folding non-woven fabric conveyed from the discharging traction frame 1, a folding mechanism 3 comprising a left side folding mechanism 31 and a right side folding mechanism 32 which are oppositely arranged, handle ultrasonic welding devices 4 arranged at two sides of the folding mechanism 3, an indentation mechanism 5 arranged at the rear of the folding mechanism, a bag removing mechanism 6 arranged at the rear of the indentation mechanism 5 and a bag folding mechanism 7, wherein the bag removing mechanism 6 comprises a main mold lifting mechanism for receiving the non-woven fabric conveyed by the indentation mechanism 5, the main mold lifting mechanism conveys the non-woven fabric above the bag removing mechanism 6, a bag pulling cylinder is arranged at a corresponding position below the main die lifting mechanism and above the bag removing mechanism 6 through the frame 1 to pull the non-woven fabric into the bag removing mechanism 6 for forming welding and bag removing;

referring to fig. 2-5: the handle ultrasonic welding device 4 comprises a left ultrasonic welding mechanism 41 arranged on the left edge folding mechanism 31 and a right ultrasonic welding mechanism 42 arranged on the right edge folding mechanism 32, the left/right edge folding mechanisms respectively comprise edge folding mounting plates 34, the edge folding mounting plates 34 are linked with the same ultrasonic welding mechanism, the frame 1 is provided with adjusting mechanisms which are respectively connected with the two ultrasonic welding mechanisms and can simultaneously adjust the left edge folding mechanism 31, the left ultrasonic welding mechanism 41, the right edge folding mechanism 32 and the right ultrasonic welding mechanism 42 in opposite directions or back directions, the edge folding mounting plate 34 is provided with an edge folding press plate 341 and an edge folding press roller 342, the non-woven fabric firstly passes through the space between the edge folding worktable 35 and the edge folding press roller 342, the two ends of the non-woven fabric are tilted, the continuously moving non-woven fabric passes through the space between the edge folding worktable 35, the folding pressing plate 341 is matched with the folding worktable 35 to overlap the two ends of the non-woven fabric body with the two ends of the non-woven fabric body to form a folding edge, the folding edge mounting plate 34 is linked with the same-side ultrasonic welding mechanism, the frame 1 is provided with an adjusting mechanism which is respectively connected with the two-side ultrasonic welding mechanism and can simultaneously adjust the left-side folding edge mechanism 31, the left-side ultrasonic welding mechanism 41, the right-side folding edge mechanism 32 and the right-side ultrasonic welding mechanism 42 in opposite directions or back directions, the folding edge pressing roller 342 is mounted on the folding edge pressing roller mounting plate 35 which is arranged in parallel with the folding edge mounting plate 34, the folding edge pressing roller mounting plate 35 is connected with the folding edge mounting plate 34 through a folding edge pressing roller adjusting mechanism which can adjust the relative distance between the folding edge pressing roller mounting plate 35 and the folding edge mounting plate 34, the adjusting mechanism comprises, the left ultrasonic welding mechanism is in threaded connection with one end of an adjusting screw 361 through a first adjusting block 362, the right ultrasonic welding mechanism is in threaded connection with the other end of the adjusting screw 361 through a second adjusting block 363 and is oppositely connected with the first adjusting block 362, wherein the rack 1 on one side is connected with the adjusting screw 361 through a synchronous mechanism, the synchronous mechanism comprises a driving motor 37, a first synchronous wheel 372 is installed on a motor shaft 371 of the driving motor 37, a second synchronous wheel 373 is arranged at a position, corresponding to the first synchronous wheel 72, of the adjusting screw 61, the first synchronous wheel 372 is connected with the second synchronous wheel 373 through a synchronous belt 374, the folding press roll adjusting mechanism comprises an adjusting screw 351 penetrating through a folding press roll installing plate 35, a second driving motor 343 is arranged on one side, away from the folding press roll installing plate 35, of the folding press roll installing plate 34, and the second driving motor 343 is connected with the adjusting screw, the edge folding mounting plate 34 and the edge folding press roll mounting plate 35 are provided with guide mechanisms on two sides of the adjusting screw rod 351, each guide mechanism comprises a guide shaft 352 which is oppositely arranged, the guide shafts 352 are both mounted on the edge folding press roll mounting plate 35 through flange linear bearings 353, and one end of each guide shaft is connected with the edge folding mounting plate 34;

referring to fig. 6-12: the frame 1 is erected with oppositely-arranged mounting plates 52, the mounting plates 52 are all provided with linear guide rails 521, the linear guide rails 521 are erected with indentation mechanisms 5 capable of sliding along the linear guide rails 521, linear rails 54 capable of adjusting the relative positions of the mounting plates 52 on the frame 1 are arranged between the two ends of the mounting plates 52 and the frame 1, the two mounting plates 52 are connected through oppositely-arranged first connecting plates 522, a second connecting plate 523 fixedly connected with the first connecting plates 522 is arranged between the two first connecting plates 522, a mounting plate adjusting assembly is arranged between the frame 1 and the second connecting plate 523, the frame 1 is provided with a deviation correcting electric eye mechanism fixedly connected with the frame 1 between the mounting plates 52, the deviation correcting electric eye mechanism comprises deviation correcting mounting plates 55 fixedly connected with and oppositely arranged with the frame 1, deviation correcting movable plates 551 are erected on the deviation correcting mounting plates 55, and deviation correcting movable plates 51 are arranged between the deviation correcting movable plates 51 and the deviation correcting mounting plates 5, and the deviation correcting A movable plate adjusting mechanism, wherein an electric eye mounting plate 52 is erected on a deviation rectifying movable plate 51, the electric eye mounting plate 52 is connected with at least two sets of deviation rectifying electric eye sets 53 arranged at intervals through an electric eye adjusting assembly, the deviation rectifying electric eye sets 53 comprise deviation rectifying electric eye mounting plates 531, photoelectric sensors 532 are respectively arranged on two sides of the deviation rectifying electric eye mounting plates 531, the electric eye adjusting assembly can carry out opposite approaching or back away adjustment on the two deviation rectifying electric eye sets 553, the mounting plate adjusting assembly comprises a fixed block 524 vertically arranged on a second connecting plate 523, a fixed plate 525 is arranged on one side of a frame 1 at the opposite position of the fixed block 524, a first adjusting screw 526 penetrates through the fixed block 525, a first driving motor 527 is arranged on the fixed plate 525, the first driving motor 527 is connected with the first adjusting screw 526 through a coupler, the movable plate adjusting mechanism comprises first guide rods 554 oppositely arranged and respectively penetrating through the deviation rectifying mounting plates 55, the deviation rectifying movable plate 551 is connected with the first guide rod 554 through the deviation rectifying fixed blocks 555 which are arranged oppositely, the deviation rectifying movable plate driving mechanism is arranged between the first guide rod 554 and one of the deviation rectifying fixed blocks 551 and one of the deviation rectifying fixed blocks 555, the electric eye adjusting assembly comprises a third adjusting screw 556 which is arranged on the electric eye mounting plate 5531 in a penetrating way, one end of the third adjusting screw 556 is provided with a positive thread, the other end of the third adjusting screw 556 is provided with a reverse thread, the third driving motor 562 is connected between the electric eye mounting plate 5531 on one side and the third adjusting screw 556 through a coupler, the deviation rectifying movable plate driving mechanism comprises a first stepping motor 57, the first stepping motor 7 is connected with a second adjusting screw 571 through a coupler, a second adjusting screw seat 572 is arranged in the deviation rectifying fixed block 555 in a penetrating way, the first stepping motor 57 drives the deviation rectifying fixed block 555 to be linked with the deviation rectifying movable, the other side of the mounting plate 52 opposite to the indentation mechanism 5 is provided with a steering traction roller 558 which is oppositely arranged, and an oblique guide roller 559 for steering and outputting the non-woven fabric in a 90-degree steering manner, the two mounting plates 52 are provided with an electric adjusting mechanism which can automatically adjust the relative position of the linear guide rail 521 where the indentation mechanism 5 is located below the indentation mechanism 5, the electric adjusting mechanism comprises adjusting frames 5555 which are erected at the two ends of the mounting plate 52 and are oppositely arranged, two ball screws 5556 are erected between the two adjusting frames 5555, each ball screw 5556 is provided with a movable block 5557 which can axially move along the ball screw 5556, a ball screw seat is arranged in the movable block 5557 and is connected with the ball screws 5556 through the ball screw seat, the movable block 5557 is fixedly connected with the indentation mechanism 5, one end of the ball screw 5556 penetrates through the adjusting frame 5555 to form a driving end 5561, a driving mechanism which can drive the ball screw 5556 to rotate is arranged between the driving end 5561, the driving mechanism comprises a fixing plate 5558 fixedly connected to the adjusting frame 5555, one end of the fixing plate 5558 is connected with a driving motor 59, a driving shaft 591 of the driving motor 59 penetrates through the fixing plate 8 to be connected with a first synchronizing wheel 592, a driving end 561 of the ball screw 5556 is provided with a second synchronizing wheel 562, and the first synchronizing wheel 592 and the second synchronizing wheel 562 are synchronously driven through a synchronous belt (not shown in the figure);

see fig. 13-19 for a schematic illustration of: the bag removing mechanism comprises a bag removing mechanism mounting frame 61, two groups of second linear guide rails 611 which are oppositely arranged are arranged on the bag removing mechanism mounting frame 61 at intervals, a second workbench 612 which can slide along the second linear guide rails 611 is erected on each group of second linear guide rails 611, one end of the second workbench 612 is provided with a bag removing mechanism which is oppositely arranged, the bag removing mechanism comprises a fixed seat 63, one side of the fixed seat 63 is provided with a mounting part 631 which is perpendicular to the fixed seat 63 and is used for mounting the fixed seat 63 on the second workbench 612, one side of the fixed seat 63 facing the mounting part 631 is provided with a side inserting plate 64, the other side is provided with a large bag removing vertical plate 65, the large bag removing vertical plate 65 is provided with a bag removing driving pulley 651, a bag removing tensioning wheel 652 and two bag removing driven pulleys 653, one end of the bag removing driving pulley 651 is provided with a bag removing driving motor 654, the other end of the bag removing driving, the bag-removing tensioning wheel 652 is arranged on one side of the bag-removing synchronous belt 655 in a pressing manner, the side inserting plate 64 is connected to the fixed seat 63 through an automatic side inserting plate adjusting mechanism, the large bag-removing vertical plate 65 is connected to the fixed seat 63 through an automatic bag-removing vertical plate adjusting mechanism, the automatic side inserting plate adjusting mechanism comprises a first linear rail 66 oppositely arranged on one side of the fixed seat 63 facing the mounting portion 631, the first linear rail 6 is connected with a first side inserting connecting plate 62 through a first sliding block, the mounting portion 31 is fixedly provided with a first connecting seat 632, a side inserting driving mechanism capable of driving the first side inserting connecting plate 62 to slide along the first linear rail 66 is arranged between the second workbench 12 and the first connecting seat 32, a side inserting plate pressing mechanism is arranged between the first side inserting connecting plate 62 and the side inserting plate 64, the side inserting plate 64 is linked with the first side inserting connecting plate through the side inserting plate pressing mechanism, the automatic bag-removing vertical plate 662 adjusting mechanism comprises a second linear rail 67 oppositely arranged on one side of the fixed seat 63, the big bag-removing vertical plate 65 is connected with the second linear rail 67 through a second sliding block which is oppositely arranged, a third sliding block which is oppositely arranged is further arranged on the second linear rail 67, a moving seat 673 is connected on the third sliding block, a big bag-removing vertical plate driving mechanism is arranged between the moving seat 673 and the fixed seat 63, the side-inserting driving mechanism comprises a first driving motor 68 which is connected with the second workbench 612, a first synchronizing wheel 681 is arranged on a driving shaft of the first driving motor, a second synchronizing wheel 682 which is in the same straight line with the first synchronizing wheel 681 is arranged on the second workbench 612, the first synchronizing wheel 681 is connected with the second synchronizing wheel 682 through a first synchronizing belt 683, the first synchronizing belt 683 is fixedly connected with the first connecting seat 632 through a first pressing plate 633 at the position corresponding to the first connecting seat 632, the side-inserting second connecting plate 663 which is arranged at one end of the side inserting plate 64 far away from the big bag-removing vertical plate 65, the side inserting plate 64 is pressed on the big bag removing vertical plate 65 through a side inserting second connecting plate 663, a side inserting connecting screw 664 which is oppositely arranged is arranged on the side inserting first connecting plate 662, the side inserting connecting screw 664 penetrates out of the side inserting first connecting plate 662 and abuts against the side inserting second connecting plate 663, a fastening hand wheel 665 which can adjust the tightness of the side inserting connecting screw 664 is arranged at the other end of the side inserting connecting screw 664, the big bag removing vertical plate driving mechanism comprises a ball screw 674 which is arranged between second linear rails 67 of a moving seat 673, the ball screw 674 is connected with the moving seat 673 through a screw nut seat 675, a screw fixing seat 676 is arranged at the other end of the screw nut seat 675 which is oppositely arranged on the moving seat 673, a second driving motor component which is used for driving the ball screw 674 to transmit is arranged on the fixing seat 63, a driving air cylinder 677 is fixedly connected with one side of the moving seat 673, a piston shaft of the driving air, the second driving motor assembly comprises a second driving motor 69 connected to the fixing seat 63 through a motor fixing seat 691, a motor pulley 692 is arranged on a driving shaft of the second driving motor 69, a second driven pulley 693 is arranged at a position corresponding to the motor pulley 692 of the ball screw 674, the motor pulley 692 and the second driven pulley 693 are connected through a second synchronous belt 694, one side of the side plug-in board 64 facing the bag-removing big vertical board 65 is connected to the bag-removing big vertical board 65 through a side plug-in fixing plate 666, and a housing is arranged outside the second synchronous belt 694;

see fig. 20-25 for an illustration: the bag folding mechanism 7 comprises a bag folding rack 72, a bag folding housing is arranged outside the bag folding rack 72, a feeding device 73 (prior art) for feeding the non-woven bag into the bag folding rack 72 and a shaping device 74 (prior art) arranged at the other end of the bag folding rack 72 are arranged at one end of the bag folding rack 72, the shaping device 74 comprises two groups of shaping roller shafts 741 which are oppositely arranged up and down, shaping rollers 742 are arranged on the shaping roller shafts 741, a discharge opening 7421 is arranged between the shaping rollers 742 which are oppositely arranged up and down, the bag folding rack 72 is provided with a bag folding mechanism between the feeding device 73 and the shaping device 74, the bag folding mechanism comprises three forming belt groups 751 which are arranged up and down at intervals, the three forming belt groups 751 are arranged in a V shape, a V-shaped opening end faces towards the feeding device 3 to form a bag folding channel 752, auxiliary forming belt groups 753 are arranged at two sides of the bag folding channel 752, and a first inward folding component 754 (prior art) which is oppositely arranged towards one side of the feeding device 73 is The bag folding frame 72 is provided with a second inward folding component which is oppositely arranged at one end of the first inward folding component 754 facing the feeding device 73, the second inward folding component comprises a crank arm 755 which is oppositely arranged and a driving mechanism which is arranged at one end of the crank arm 755, the driving mechanism can drive one end of the crank arm 755 to extend into the bag folding channel 752 and abut against the bottom of the non-woven bag to fold the bottom of the non-woven bag flatly or drive the crank arm 755 to retract and release the abutment against the bottom of the non-woven bag, the other end of the driving mechanism which is opposite to the installation crank arm 755 is provided with a sliding component which can drive the driving mechanism to slide along the bag folding channel 752 in a reciprocating manner, the driving mechanism comprises an installation seat 756, one end of the installation seat 756 is connected with a rotating shaft 757 through a bearing, the other end of the rotating shaft 757 which is opposite to the installation seat 756 is provided with a connecting seat 758 which is linked with the rotating shaft 757, the connecting seat 758, the sliding assembly comprises a linear track 761, the linear track 761 is installed on the linear track installing plate 762, one end of the linear track installing plate 762 is fixedly connected with a linear track fixing plate 763, the other end of the linear track fixing plate 763 is fixedly connected with a bag folding rack 72, an installing seat 756 is slidably connected with the linear track 761 through a sliding block 764, the other end of the linear track installing plate 762 opposite to the linear track fixing plate 763 is provided with a fixing seat 765 opposite to the linear track fixing plate 763, a driving source capable of driving the installing seat 756 to slide along the linear track 761 is arranged between the fixing seat 765 and the linear track fixing plate 763, the driving source comprises a driving motor 766 installed on the fixing seat 765, a second driving belt pulley 767 is arranged on a driving shaft of the driving motor 766, a fixing shaft 768 is fixedly arranged on the linear track fixing plate 763, a second driven belt pulley 769 is arranged on the fixing shaft 768, the second driving belt pulley 767, the second synchronous belt 77 is inserted between the mounting seat 756 and the sliding block 764 and is pressed onto the sliding block 764 through the mounting seat 756.

Claims (4)

1. A novel three-dimensional non-woven fabric bag making machine comprises a feeding traction frame, a folding mechanism, a handle ultrasonic welding device, a creasing mechanism, a bag releasing mechanism and a bag folding mechanism, wherein the feeding traction frame, the frame and the folding mechanism are sequentially arranged, the folding mechanism is used for folding non-woven fabric conveyed from the feeding traction frame, the left folding mechanism and the right folding mechanism are oppositely arranged, the handle ultrasonic welding device is arranged on two sides of the folding mechanism and comprises a left ultrasonic welding mechanism arranged on the left folding mechanism, a right ultrasonic welding mechanism arranged on the right folding mechanism, a creasing mechanism arranged behind the folding mechanism, a bag releasing mechanism and a bag folding mechanism arranged behind the creasing mechanism, the frame is provided with mounting plates which are oppositely arranged at corresponding positions of the creasing mechanism, the mounting plates are respectively provided with a linear guide rail, the bag releasing mechanism comprises a main mold lifting mechanism used for receiving, the main die lifting mechanism conveys the non-woven fabric and arranges the non-woven fabric in the upper part of the bag taking-off mechanism, and a bag pulling cylinder is arranged at the corresponding position below the main die lifting mechanism and above the bag taking-off mechanism through the frame to pull the non-woven fabric into the bag taking-off mechanism for forming welding and bag taking-off, and is characterized in that: the left side hem mechanism and the right side hem mechanism respectively comprise hem mounting plates, the hem mounting plates are in linkage with the same side ultrasonic welding mechanism, and adjusting mechanisms which are respectively connected with the two side ultrasonic welding mechanisms and can simultaneously adjust the left side hem mechanism, the left side ultrasonic welding mechanism, the right side hem mechanism and the right side ultrasonic welding mechanism in opposite directions or back-to-back are arranged on the rack.

2. The novel non-woven three-dimensional bag making machine according to claim 1, characterized in that: the indentation mechanism is connected with the linear guide rail in a sliding way through a sliding block, the two mounting plates are provided with an electric adjusting mechanism which can automatically adjust the relative position on the linear guide rail where the indentation mechanism is located below the indentation mechanism, a linear rail which can adjust the relative position on the rack where the mounting plates are located is arranged between the two ends of the mounting plates and the rack, the two mounting plates are connected through the first connecting plates which are oppositely arranged, a second connecting plate which is fixedly connected with the first connecting plates is arranged between the two first connecting plates, a mounting plate adjusting component is arranged between the rack and the second connecting plate, the rack is provided with a deviation correcting electric eye mechanism which is fixedly connected with the rack, the deviation correcting electric eye mechanism comprises a deviation correcting mounting plate which is fixedly connected with the rack and is oppositely arranged, a deviation correcting movable plate is erected on the deviation correcting mounting plate, and a movable plate adjusting mechanism which can adjust the relative position between the, the fly leaf of rectifying an uproar is put on the shelf and is equipped with the electric eye mounting panel, the electric eye mounting panel is connected with the electric eye group of rectifying an uproar that two at least groups interval set up through electric eye adjusting part, and electric eye adjusting part can be close to or keep away from the regulation back to two electric eye groups of rectifying an uproar in opposite directions, indentation mechanism department is provided with and carries out 90 steering mechanism that turn to through the non-woven fabrics behind the book bag mechanism.

3. The novel non-woven three-dimensional bag making machine according to claim 1, characterized in that: the bag removing mechanism comprises a rack, a bag removing mechanism mounting rack is arranged on the rack, two groups of second linear guide rails which are oppositely arranged are arranged on the bag removing mechanism mounting rack at intervals, a workbench which can slide along the second linear guide rails is erected on each group of second linear guide rails, a bag removing mechanism which is oppositely arranged is arranged at one end of the workbench and comprises a fixed seat, an installation part which is vertically arranged with the fixed seat and used for installing the fixed seat on the workbench is arranged at one side of the fixed seat, a side inserting plate is arranged at one side of the fixed seat facing the installation part, a large bag removing vertical plate is arranged at the other side of the fixed seat, a bag removing driving belt wheel, a bag removing tensioning wheel and a bag removing driven belt wheel are arranged on the large bag removing vertical plate, a bag removing driving motor is arranged at one end of the bag removing driving belt wheel, the other end of the bag removing driving belt wheel is, the side inserting plate is connected to the fixing seat through an automatic side inserting plate adjusting mechanism, and the bag-removing large vertical plate is connected to the fixing seat through an automatic bag-removing vertical plate adjusting mechanism.

4. The novel non-woven three-dimensional bag making machine according to claim 1, characterized in that: the bag folding mechanism comprises a bag folding frame, a feeding device which is arranged at one end of the bag folding frame and is used for a non-woven bag to enter the bag folding frame, and a shaping device which is arranged at the other end of the bag folding frame, the shaping device comprises two groups of shaping roll shafts which are arranged up and down oppositely, shaping rolls are arranged on the shaping roll shafts, a discharge opening is arranged between the shaping rolls which are arranged up and down oppositely, the bag folding mechanism is arranged between the feeding device and the shaping device of the bag folding machine frame and comprises three molding belt groups which are arranged at intervals up and down, the three forming belts are arranged in a V shape, the opening end of the V shape faces the feeding device to form a bag folding channel, auxiliary forming belt groups are arranged on two sides of the bag folding channel, the bag folding machine is characterized in that a first inward folding assembly which is relatively arranged is installed on one side, facing the feeding device, of the bag folding channel, and a second inward folding assembly which is relatively arranged is arranged at one end, facing the feeding device, of the bag folding machine frame.

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