CN211031430U

CN211031430U - Double-station facial tissue forming machine for packaging boxes

Info

Publication number: CN211031430U
Application number: CN201921833261.6U
Authority: CN
Inventors: 刘家宏; 李窑旗; 郭梦辉; 李军亮; 高子原; 杜大鹏; 郭东亮
Original assignee: Henan Shengchang Automation Equipment Co ltd
Current assignee: Henan Shengchang Automation Equipment Co ltd
Priority date: 2019-10-29
Filing date: 2019-10-29
Publication date: 2020-07-17
Anticipated expiration: 2029-10-29

Abstract

The utility model relates to a double-station facial tissue forming machine for packaging boxes, which comprises a main base, a frame arranged in the middle of the main base, a box holding device suspended on the frame, a conveyor device horizontally fixed on the frame and positioned below the middle part of the box holding device, facial tissue forming devices arranged on the main base and at the two ends of the box holding device, the facial tissue forming device comprises a forming head component arranged on a main base, a central shaft component positioned in the center of the forming head component, and an upper transmission component vertically corresponding to the central shaft component and fixed at the corresponding end part of the frame, the facial tissue which is glued is correspondingly stuck at the bottom of the packaging box, then the packaging boxes are moved to the lower part of the box holding device through the conveyor device, the packaging boxes adhered with the facial tissue are respectively delivered into the two side facial tissue forming devices through the two groups of box holding moving frames on the box holding device, and the facial tissue which is glued is correspondingly adhered to the box bodies of the packaging boxes through the facial tissue forming devices; the facial tissue on the packing carton is pasted the shaping once, and is efficient.

Description

Double-station facial tissue forming machine for packaging boxes

Technical Field

The utility model relates to a facial tissue equipment for packing's technical field, in particular to duplex position packing carton facial tissue make-up machine.

Background

With the continuous development of economy and the continuous progress of science and technology, a powerful technical support is provided for the vigorous development of forming equipment so as to promote the forming equipment to develop towards the directions of high centralization, high intelligence and high precision, while the packaging box tissue forming equipment is one of a plurality of forming equipment, with the continuous improvement of the living standard of people, the requirement on the appearance quality of a packaging product is continuously improved, fine packaging boxes such as mobile phone boxes, jewel boxes, gift boxes, cigarette boxes and the like generally comprise a gray plate and a tissue, the gray plate is used as a supporting body in the packaging box, the tissue is used as the appearance surface of the packaging box, when the packaging box is processed, the gray plate is generally made into a box blank, then the tissue which is glued is wrapped on the outer surface of the box blank, and finally the bubble removing work is carried out, so as to obtain a final packaging box product, wherein the appearance quality of the packaging box mainly depends on the tissue packaged outside the box blank, therefore, the facial tissue forming is a crucial step in the production of the packaging box, the existing facial tissue forming mode mainly adopts a production mode of manually combining with semi-automatic equipment, so that the steps of facial tissue forming are complex, the production efficiency is low, the quality of the formed facial tissue is difficult to control, the difference between products is obvious, the rejection rate is high, and meanwhile, the facial tissue forming process is complex, and equipment is difficult to realize one-step forming, so that the invention needs to invent efficient high-quality facial tissue forming equipment for the packaging box urgently.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem, the utility model provides a duplex position packing carton facial tissue make-up machine.

The specific contents are as follows: duplex position packing carton facial tissue make-up machine, including total base, install in the frame of total base middle part, suspend in midair in the frame embrace box device, the level fix in the frame and be located the conveyer device of embracing box device middle part below, on total base and be located the both ends of embracing box device and all be equipped with facial tissue forming device, characterized by:

a conveyor device is arranged on the conveying device,

the conveyer device is horizontally fixed on the rack and extends out of the side face of the rack, the conveyer device comprises a conveying frame and a horizontally moving conveyer belt arranged on the conveying frame, the conveyer belt is porous and net-shaped, a negative pressure chamber matched with the conveying frame is arranged in the conveyer belt, the upper surface of the negative pressure chamber is full of negative pressure holes, and a negative pressure access pipe communicated with the negative pressure chamber is arranged on the side face of the negative pressure chamber;

a box-holding device is arranged at the bottom of the box,

the box holding device is horizontally fixed on the frame and extends out of two ends of the frame, the box holding device is positioned above the conveyor device, the box holding device comprises two guide rail seats which are correspondingly arranged in parallel horizontally, two groups of box holding moving frames are correspondingly arranged on each guide rail seat, the two guide rail seats are respectively hoisted on a first guide rail through cantilevers and form a horizontal sliding pair, the first guide rail is fixed on the frame, the length direction of the first guide rail is vertical to the length direction of the guide rail seats, the cantilevers on the two guide rail seats are connected through a first lead screw which is parallel to the first guide rail, the first lead screw and the two cantilevers form lead screw nut transmission through two sections of threads with opposite rotation directions, the inner side surface of each guide rail seat is correspondingly provided with a horizontal transmission synchronous belt, the two synchronous belts are synchronously driven by a same spline shaft, a box holding motor drives the spline shaft to rotate through belt transmission, and a second guide rail along the length direction is fixed on the inner side, the box holding moving frame is arranged on the corresponding second guide rail and forms a sliding pair along the length direction of the guide rail seat, and the box holding moving frame is fixed with the corresponding synchronous belt;

embrace box locomotive movable rack include mounting substrate, first multiposition cylinder, third guide rail, second lead screw, slip table cylinder and double-layered box angle aluminium, mounting substrate's back install on the second guide rail that corresponds and form along guide rail seat length direction's slip pair, the mounting substrate back is stretched out the clamp splice and is corresponded to press from both sides tightly on the synchronous belt, the vertical upwards of first multiposition cylinder is fixed on mounting substrate, the free end of the movable rod of first multiposition cylinder is fixed with horizontally jacking crossbeam, the both ends of jacking crossbeam all are fixed with the vertical suspension guide arm that stretches out downwards, the suspension guide arm is worn to overlap correspondingly on the first linear bearing fixed with mounting substrate, the lower extreme of every suspension guide arm is all fixed on the third guide rail of horizontally, clamp two cylinder mounting panels rather than forming the slip pair on the third guide rail, cylinder mounting panel level sets up and is located the below of third guide rail, the two cylinder mounting plates are connected through a second lead screw parallel to the third guide rail, the second lead screw and the two cylinder mounting plates form lead screw nut transmission through two sections of threads with opposite rotating directions respectively, a horizontally telescopic sliding table cylinder is fixed on the lower surface of each cylinder mounting plate, the directions of movable rods of the two sliding table cylinders are located on the inner side of the third guide rail, the telescopic directions of the movable rods of the two sliding table cylinders are perpendicular to each other, the included angle between the telescopic direction of the movable rod of each sliding table cylinder and the third guide rail is 45 degrees, and the free end of the movable rod of each sliding table cylinder is fixed with vertically corresponding box clamping angle aluminum through an angle aluminum fixing seat;

a facial tissue forming device,

the facial tissue forming device comprises a forming head component arranged on a main base, a central shaft component positioned in the center of the forming head component, and an upper transmission component vertically corresponding to the central shaft component and fixed at the corresponding end part of the frame,

the central shaft assembly comprises a fixed plate, a stainless steel cylinder, a sliding sleeve and a bottom die plate, the fixed plate is horizontally fixed on the upper surface of the main base, two suspension rods which are parallel and vertically extend downwards into the main base are fixed on the lower surface of the fixed plate, the lower ends of the two suspension rods are fixed on the horizontal supporting plate, the sliding sleeve is cylindrical and vertically penetrates through the middle part of the fixed plate to form a vertical sliding pair, a horizontal bottom die plate is fixed at the upper end of the sliding sleeve, the stainless steel cylinder is vertically sleeved in the sliding sleeve, the upper end of a movable rod of the stainless steel cylinder is fixed with the upper end of the sliding sleeve, the lower end of a cylinder body of the stainless steel cylinder is fixed on the supporting plate, a horizontal connecting seat is fixed at the lower end of the sliding sleeve, and two ends of the connecting seat are respectively sleeved on the corresponding suspension rods through second linear bearings;

the molding machine head component comprises a pair of high machine head components and a pair of short machine head components, the high machine head components and the short machine head components are distributed on the periphery of the central shaft component in a pairwise corresponding manner and are fixed on the upper surface of the general base,

the high machine head component comprises a first forming motor, a first machine head seat, a first cam lower box body, a first cam upper box body, a long edge box pressing frame, a long edge scraper frame, a long edge forming frame and a side edge forming frame, wherein the first machine head seat is fixed on the upper surface of the main base, the upper end of the first machine head seat is fixed with the first cam lower box body, the upper end of the first cam lower box body is fixed with the first cam upper box body communicated with the first cam lower box body, the first cam lower box body is connected with the first cam upper box body through a connecting square pipe, the first forming motor is vertically and upwards fixed below the first machine head seat and positioned inside the main base, an output shaft of the first forming motor is coaxially fixed with a high machine head cam main shaft, and the high machine head cam main shaft vertically and upwards sequentially penetrates through the inside of the first cam lower box body, the inside of the connecting square pipe and the inside of the first cam upper box body, a long-edge box pressing cam, a long-edge scraper knife cam and a long-edge forming cam are sequentially fixed on the high machine head cam main shaft from bottom to top, the long-edge box pressing cam and the long-edge scraper knife cam are positioned in the lower box body of the first cam, the long-edge forming cam is positioned in the upper box body of the first cam,

the long-edge pressing box frame comprises a long-edge pressing box plate, a long-edge pressing box sliding seat, a long-edge pressing box guide rod and a long-edge pressing box guide pipe, wherein two horizontal parallel long-edge pressing box guide pipes penetrating through the box body are arranged on the box body under the first cam, each long-edge pressing box guide pipe slides freely and one end of each long-edge pressing box guide pipe is fixed on the long-edge pressing box sliding seat outside the box body under the first cam, the back of each long-edge pressing box plate is fixed with two parallel long-edge pressing box guide rods, the two long-edge pressing box guide rods are correspondingly inserted into the two long-edge pressing box guide pipes to form a sliding pair, the long-edge pressing box plate and the long-edge pressing box sliding seat are positioned at the same end of the long-edge pressing box guide pipes and connected through at least two long-edge pressing box buffer springs, a long-edge pressing box reset spring is sleeved outside each long-edge pressing box guide pipe, the long-edge pressing box reset spring, The other end is supported on the inner side surface of the first cam lower box body, a long edge box pressing roller which protrudes into the first cam lower box body is fixed on the inner side surface of the long edge box pressing sliding seat, the long edge box pressing roller and the long edge box pressing cam correspond to form a cam mechanism,

the long-edge scraper frame comprises a long-edge scraper seat, a long-edge scraper guide rod and a long-edge scraper, the first cam is provided with two long-edge scraper guide rods which are parallel to each other and penetrate through the box body, the long-edge scraper guide rod is parallel to the long-edge pressure box guide pipe, each long-edge scraper guide rod slides freely and two ends of each long-edge scraper guide rod are fixed on the long-edge scraper seat and the long-edge scraper respectively, the long-edge scraper seat and the long-edge scraper are located outside the box body under the first cam, the long-edge scraper is located above the long-edge pressure box plate and located on the same side of the box body under the first cam, each long-edge scraper guide rod is externally provided with a long-edge scraper reset spring, the long-edge scraper reset spring is located inside the box body under the first cam, one end of the long-edge scraper reset spring is supported on the first scraper positioning ring fixed on the long-edge scraper guide rod, the other end of the long-edge scraper is supported on the inner side of The roller wheel of the long-side scraper knife and the cam of the long-side scraper knife correspondingly form a cam mechanism,

the long-edge forming frame comprises a long-edge forming guide rod, a long-edge forming sliding seat and a long-edge forming rubber roller, two long-edge forming guide rods which are horizontally parallel and penetrate through the box body are arranged on the first cam upper box body, the long-edge forming guide rod is parallel to the long-edge pressing box guide pipe, each long-edge forming guide rod slides freely, one end of each long-edge forming guide rod is fixed on the long-edge forming sliding seat outside the first cam upper box body, the outer side of each long-edge forming sliding seat is fixedly provided with the horizontal long-edge forming rubber roller, the long-edge forming rubber roller is positioned above the long-edge shovel cutter and is positioned on the same side of the first cam upper box body, a long-edge forming reset spring is sleeved outside each long-edge forming guide rod, the long-edge forming reset spring is positioned inside the first cam upper box body, one end of the long-, the inner side surface of the long-edge forming sliding seat is fixedly provided with a long-edge forming roller which protrudes into the first cam upper box body, the long-edge forming roller and the long-edge forming cam correspond to form a cam mechanism,

the connecting square tube is fixed with two horizontally parallel supporting adjusting rods, two ends of each supporting adjusting rod penetrate out from two corresponding sides of the connecting square tube, the supporting adjusting rods are perpendicular to the long edge forming guide rods, two groups of side edge forming frames are fixed on the supporting adjusting rods, the two groups of side edge forming frames are symmetrical about the connecting square tube, each group of side edge forming frames comprises a side edge forming slide seat, a side edge forming air cylinder, a fourth guide rail and a side edge forming rubber roller, the side edge forming slide seat is sleeved on the two supporting adjusting rods through a third linear bearing respectively, the side edge forming slide seat is fixed with a positioning clamping block fixed on the supporting adjusting rods, the side edge forming air cylinder is horizontally fixed on the side edge forming slide seat, a fourth guide rail capable of freely sliding horizontally is fixed on the side edge forming slide seat through a sliding pair, the fourth guide rail is parallel to the side edge forming air cylinder and is perpendicular to the supporting, the free end of a movable rod of the side edge forming cylinder is fixed with the corresponding end of a fourth guide rail through a connecting block, a vertical side edge forming rubber roller is fixed on the end of the fourth guide rail through a mounting seat, and the side edge forming rubber rollers are positioned below the long edge forming rubber roller and are positioned on the same side face of the first cam upper box body;

the short machine head assembly comprises a second forming motor, a second machine head seat, a second cam lower box body, a broadside box pressing frame, a broadside scraper frame and a broadside forming frame, the second machine head seat is fixed on the upper surface of the general base, the upper end of the second machine head seat is fixed with the second cam lower box body, the second forming motor is vertically and upwards fixed below the second machine head seat and positioned in the general base, an output shaft of the second forming motor is coaxially fixed with a short machine head cam main shaft, the short machine head cam main shaft vertically and upwards penetrates through the second cam lower box body, a broadside box pressing cam, a broadside scraper cam and a broadside forming cam are sequentially fixed on the short machine head cam main shaft from bottom to top, the broadside box pressing cam, the broadside scraper cam and the broadside forming cam are all positioned in the second cam lower box body,

the broadside box pressing frame comprises broadside box pressing plates, broadside box pressing sliding seats, broadside box pressing guide rods and broadside box pressing guide pipes, two broadside box pressing guide pipes which are horizontally parallel and penetrate through the box body are arranged on the lower box body of the second cam, each broadside box pressing guide pipe slides freely, one end of each broadside box pressing guide pipe is fixed on the broadside box pressing sliding seat outside the lower box body of the second cam, the back of each broadside box pressing plate is fixed with two parallel broadside box pressing guide rods, the two broadside box pressing guide rods are correspondingly inserted into the two broadside box pressing guide pipes to form a sliding pair, the broadside box pressing plates and the broadside box pressing sliding seats are positioned at the same end of the broadside box pressing guide pipes and are connected through at least two broadside box pressing buffer springs, the broadside box pressing plates and the long side box pressing plates are equal in height and correspondingly distributed around the rectangular space, a broadside box pressing box return spring is sleeved outside each broadside box pressing guide pipe, and the broadside box return spring is positioned inside the lower box body of the second, one end of a broadside box pressing return spring is supported on a second box pressing positioning ring fixed on the broadside box pressing guide pipe, the other end of the broadside box pressing return spring is supported on the inner side surface of the second cam lower box body, a broadside box pressing roller which protrudes into the second cam lower box body is fixed on the inner side surface of the broadside box pressing sliding seat, the broadside box pressing roller and the broadside box pressing cam correspond to form a cam mechanism,

the broadside shovel blade rest comprises a broadside blade pushing seat, a broadside shovel blade guide rod and a broadside shovel blade, two broadside shovel blade guide rods which are parallel in horizontal and penetrate through the box body are arranged on the box body under the second cam, the broadside shovel blade guide rod is parallel to a broadside pressing box guide pipe, each broadside shovel blade guide rod slides freely, two ends of each broadside shovel blade guide rod are fixed to the broadside blade pushing seat and the broadside shovel blade respectively, the broadside blade pushing seat and the broadside shovel blade are located outside the box body under the second cam, the broadside shovel blade is located above a broadside pressing box plate and located on the same side of the box body under the second cam, a broadside shovel blade reset spring is sleeved outside each broadside shovel blade guide rod, the broadside shovel blade reset spring is located inside the box body under the second cam, one end of the broadside shovel blade reset spring is supported on a second shovel blade positioning ring fixed on the broadside shovel blade guide rod, the other end of the broadside shovel blade reset spring is supported on the inner side of the box body under the second cam, and a broadside shovel blade pushing seat protruding into The roller, the broadside scraper knife roller and the broadside scraper knife cam correspondingly form a cam mechanism,

the broadside forming frame comprises broadside forming guide rods, a broadside forming sliding seat and a broadside forming rubber roller, two broadside forming guide rods which are horizontally parallel and penetrate through the box body are arranged on the second cam lower box body, the broadside forming guide rods are parallel to the broadside pressing box guide tubes, each broadside forming guide rod freely slides, one end of each broadside forming guide rod is fixed on the broadside forming sliding seat outside the second cam lower box body, the outer side of each broadside forming sliding seat is fixedly provided with the horizontal broadside forming rubber roller, the broadside forming rubber roller is positioned above the broadside shovel blade and is positioned on the same side of the second cam lower box body, a broadside forming reset spring is sleeved outside each broadside forming guide rod and is positioned inside the second cam lower box body, one end of each broadside forming reset spring is supported on a second forming positioning ring fixed on the broadside forming guide rod, the other end of each broadside forming reset spring is supported on the inner side of the second cam lower box, a broadside forming roller which protrudes into the second cam lower box body is fixed on the inner side surface of the broadside forming sliding seat, and the broadside forming roller and the broadside forming cam correspond to form a cam mechanism;

the upper transmission assembly comprises a box pressing mechanism and a box withdrawing mechanism, the box pressing mechanism comprises a main sliding rod, a box pressing fixing seat, a box pressing main die body and a box pressing die body, the box pressing fixing seat is fixed at the end part of the machine frame, the main sliding rod vertically penetrates through the box pressing fixing seat and forms a sliding pair, a rack arranged along the length direction of the main sliding rod is fixed on the inner side surface of the main sliding rod, a horizontal box pressing motor is fixed on the side surface of the box pressing fixing seat, a gear coaxially fixed with an output shaft of the box pressing motor is correspondingly meshed with the rack to form gear-rack transmission, two main die body guide rods which are parallel and vertically penetrate through the main sliding rod are arranged on the main sliding rod and form a sliding pair, the lower end of each main die body guide rod is fixed with the box pressing main die body, the box pressing main die body vertically corresponds to the bottom die plate, a second multi-position air cylinder which is vertically upward is fixed on the side surface of the upper end of the main sliding rod, the upper end of each second multi-position air cylinder is fixedly, a sub-mold guide rod which vertically extends downwards and penetrates through the main mold body of the pressing box is fixed at the lower end of the main slide rod, a horizontal pressing box mold body is fixed at the lower end of the sub-mold guide rod, a containing groove matched with the pressing box mold body is arranged at the bottom of the main mold body of the pressing box, the box withdrawing mechanism comprises a box withdrawing fixing seat and a box withdrawing thimble, the upper end of the pressing box fixing seat is fixed with a box withdrawing fixing seat, the front end of the box withdrawing fixing seat is fixed with a horizontal box withdrawing motor, an output shaft of the box withdrawing motor is fixed with a crank arm which rotates in a vertical plane, the free end of the crank arm is hinged with a driving rocker which extends downwards, the free end of the driving rocker is hinged with a horizontal thimble frame body, at least two guide polish rods which extend upwards vertically are fixed on fourth linear bearings which are fixed on the side surfaces of the pressing box fixing seat, and two withdrawing thimbles which extend downwards are fixed at the two ends, the box withdrawing thimble is vertically and downwards correspondingly inserted into the thimble hole of the box pressing main die body.

Preferably, a box pushing cylinder and a product slideway are respectively fixed on the two corresponding groups of short head components, and the box pushing cylinder and the product slideway are corresponding and respectively fixed on the upper surfaces of the corresponding lower boxes of the second cams.

Preferably, an air suction seat is fixed on the angle aluminum fixing seat on one side, close to the facial tissue forming device, of the box holding moving frame, the air suction seat extends outwards along the length direction of the third guide rail, a vertical downward third multi-position air cylinder is fixed on the air suction seat, and a copper suction nozzle is fixed at the lower end of a movable rod of the third multi-position air cylinder.

Preferably, each end of the ejector pin frame body is fixed with at least two box withdrawing ejector pins, the box withdrawing ejector pins are fixed on the adjusting slide block through a horizontal cross rod, and the adjusting slide block is sleeved on the corresponding end of the ejector pin frame body and forms a horizontal sliding pair.

Preferably, a display control panel is further fixed on the rack.

Preferably, the outer cage of the facial tissue forming device is covered with a steel wire mesh protective cover, and the steel wire mesh protective cover is fixed on the main base and correspondingly matched with the end part of the rack.

The utility model has the advantages of:

the utility model relates to a duplex position packing carton facial tissue make-up machine, the facial tissue that will cross the glue is corresponding to paste in the bottom of packing carton, then move it to the below of embracing the box device through conveyer device, will paste the packing carton that has the facial tissue through two sets of embracing box moving racks on the embracing box device and deliver to the facial tissue forming device of both sides in proper order in succession respectively, will cross the facial tissue that the glue and correspond to paste on the box body of packing carton through the facial tissue forming device, push away the packing carton through pushing away box cylinder and push into the product slide and flow out and enter next process after the facial tissue packing shaping; the utility model discloses a conveyor device is two facial tissue forming device feeds, the embracing box device that delivers the material does not have the idle stroke, embrace box device also is being another facial tissue forming device pay-off for when getting the material for one of them facial tissue forming device promptly, can continuous feed, one shot forming, degree of automation is high, fast efficient, facial tissue forming device all makes the facial tissue paste each box body at the packing carton through the roll body extrusion simultaneously on the surface, eliminate the bubble extrusion between facial tissue and the packing carton box body, effectively improve packing carton facial tissue fashioned efficiency and quality.

Drawings

FIG. 1 is a schematic perspective view of a two station package box face tissue forming machine; FIG. 2 is a front view of FIG. 1; FIG. 3 is a schematic perspective view of a tissue forming device;

FIG. 4 is a schematic perspective view of a former head assembly; FIG. 5 is a top view of the former head assembly; FIG. 6 is a front view of FIG. 5; FIG. 7 is a perspective view of the high head assembly;

FIG. 8 is a front view of FIG. 7 (with a portion of the shutter removed); FIG. 9 is a perspective view of the cam spindle of the high head; FIG. 10 is a schematic perspective view of a long-side cassette holder;

FIG. 11 is a perspective view of a long-side blade carrier; FIG. 12 is a schematic perspective view of a long-side forming frame; FIG. 13 is a schematic perspective view of a side forming frame;

FIG. 14 is a perspective view of the short head assembly; FIG. 15 is a front view of FIG. 14 (with a portion of the shutter removed); FIG. 16 is a perspective view of a short head cam spindle;

FIG. 17 is a perspective view of the broadside box pressing frame; FIG. 18 is a perspective view of a broadside blade carrier; FIG. 19 is a schematic perspective view of a broadside forming frame;

FIG. 20 is a perspective view of the central shaft assembly; fig. 21 is a cross-sectional view of fig. 20; FIG. 22 is a perspective view of the upper drive assembly; FIG. 23 is a perspective view of the box pressing mechanism;

fig. 24 is a schematic perspective view of the cartridge pressing fixing seat and the cartridge pressing motor of fig. 23 removed; FIG. 25 is a schematic perspective view of the cassette ejecting mechanism; FIG. 26 is a schematic perspective view of a box holding device;

FIG. 27 is a top view of the magazine holding device; FIG. 28 is a schematic cross-sectional view taken along line A-A in FIG. 27; FIG. 29 is a first perspective view of the cassette-holding moving frame; FIG. 30 is a schematic perspective view of a second cradle;

FIG. 31 is a perspective view of the conveyor apparatus; FIG. 32 is a schematic illustration of the exploded structure of FIG. 31 with the conveyor belt removed; fig. 33 is a schematic perspective view of the package box and the face tissue in the embodiment of the present invention;

in the figure: 1. the automatic forming machine comprises a main base, a frame, a conveyor device, a box holding device, an upper transmission assembly, a forming head assembly 6, a central shaft assembly 7, a box pushing cylinder 8, a product slide way 9, a packaging box and face paper 10, a packaging box and face paper 11, a steel wire mesh protective cover 21 and a display control panel, wherein the main base is fixedly connected with the main base through a transmission mechanism; 61. a tall head assembly, 62, a short head assembly;

611. the first forming motor, 612, a first headstock, 6121, a first cam lower box, 6122, a first cam upper box, 613, a long edge box pressing frame, 614, a long edge scraper frame, 615, a long edge forming frame, 617, a side edge forming frame, 616, a connecting square tube, 6161, a supporting adjusting rod, 6162, a positioning clamping block, 618, a high machine head cam main shaft, 6181, a long edge box pressing cam, 6182, a long edge scraper cam, 6183, a long edge forming cam, 6131, a long edge box pressing plate, 6136, a long edge box pressing sliding seat, 6135, a long edge box pressing guide rod, 6134, a long edge box pressing guide tube, 6137, a long edge box buffer spring, 6133, a first box pressing positioning ring, 6138, a long edge box pressing roller, 6132, a long edge box pressing return spring, 6145, a long edge cutter pushing seat, 6142, a long edge guide rod, 6141, a long edge scraper, 6144, a long edge cutter return spring, 6143, a first cutter positioning ring, 6146, a scraper roller, 6146, a long edge cutter positioning ring, 6153. The long edge forming guide rod, 6152, a long edge forming sliding seat, 6151, a long edge forming rubber roll, 6154, a long edge forming reset spring, 6155, a first forming positioning ring, 6156, a long edge forming roller, 6173, a side edge forming sliding seat, 6171, a side edge forming air cylinder, 6175, a fourth guide rail, 6172, a side edge forming rubber roll, 6174, a third linear bearing, 6176, a connecting block, 6177, a mounting seat, 621, a second forming motor, 622, a second machine head seat, 626, a second cam lower box body, 623, a wide edge box pressing frame, 624, a wide edge scraper frame, 625, a wide edge forming frame, 627, a low machine head cam main shaft, 6271, a wide edge box pressing cam, 6272, a wide edge scraper cam, 6273, a wide edge forming cam, 6231, a long edge box pressing plate, 6236, a long edge box pressing sliding seat, 6235, a long edge box pressing guide rod, 6234, a long edge box pressing guide tube, 37, a long edge box pressing buffer spring, a positioning ring 33, a first pressing box, 6238, a long edge pressing roller, 6232. the long edge pressing box comprises a long edge pressing box return spring, 6245, a long edge push knife seat, 6242, a long edge scraper guide rod, 6241, a long edge scraper, 6244, a long edge scraper return spring, 6243, a first scraper positioning ring, 6246, a long edge scraper roller, 6253, a long edge forming guide rod, 6252, a long edge forming sliding seat, 6251, a long edge forming rubber roller, 6254, a long edge forming return spring, 6255, a first forming positioning ring, 6256 and a long edge forming roller; 71. the device comprises a fixing plate, 74 stainless steel cylinders, 75 sliding sleeves, 76 bottom die plates, 72 suspension rods, 73 support plates, 77 connecting seats, 78 second linear bearings; 51. a box pressing mechanism and a box withdrawing mechanism 52; 513. the automatic box pressing mechanism comprises a main sliding rod, 511, a box pressing fixed seat, 516, a box pressing main mold body, 5141, a box pressing mold body, 515, a main mold body guide rod, 519, a T-shaped block, 514, a sub mold body guide rod, 518, a second multi-position air cylinder, 517, a rack, 512, a box pressing motor, 5121, a gear, 5112, a fourth linear bearing, 5161, a containing groove, 5162, a thimble hole, 521, a box withdrawing fixed seat, 526, a box withdrawing thimble, 522, a box withdrawing motor, 5221, a crank arm, 523, a driving rocker, 525, a thimble frame body, 524, a guide polished rod, 527, an adjusting slide block, 528, a cross rod, 41, a box holding seat, 49, a box holding moving frame, 42, a cantilever, 43, a first guide rail, 44, a first screw rod, 46, 47, a spline shaft, 45, a second guide rail, 48, a box holding motor, 491, a first mounting base plate, 492, a first positioning air cylinder, 494, a third guide rail, a sliding table 499, a second sliding table, a clamping cylinder, a, 493. Jacking cross beam, 4931, suspension guide rod, 4911, first linear bearing, 495, air cylinder mounting plate, 496, sliding table air cylinder, 4961, angle aluminum fixing seat, 498, air suction seat, 4981, third multi-position air cylinder and 4982, copper suction nozzle; 31. the packaging machine comprises a conveying frame, a conveying belt, a negative pressure access pipe, a negative pressure chamber, a negative pressure hole, a packaging box, a wide edge pasting sector, a side edge pasting sector and a long edge pasting sector, wherein the conveying frame is 32, the conveying belt is 33, the negative pressure access pipe is 34, the negative pressure chamber is 35, the negative pressure hole is 101, the packaging box is 104.

Detailed Description

In the first embodiment, referring to fig. 1 to 33, a double-station facial tissue forming machine for packaging boxes comprises a main base, a frame installed in the middle of the main base, a box holding device suspended on the frame, a conveyor device horizontally fixed on the frame and located below the middle of the box holding device, and facial tissue forming devices arranged on the main base and located at two ends of the box holding device;

a conveyor device is arranged on the conveying device,

the conveyor device is horizontally fixed on the rack and extends out of the side face of the rack, the conveyor device comprises a conveying frame and a horizontally moving conveying belt arranged on the conveying frame, the conveying belt is in a porous net shape, a negative pressure chamber matched with the conveying frame is arranged inside the conveying belt, the upper surface of the negative pressure chamber is full of negative pressure holes, a negative pressure access pipe communicated with the negative pressure chamber is arranged on the side face of the negative pressure chamber, and after the negative pressure chamber is accessed with negative pressure, negative pressure suction is formed on the surface of the conveying belt to suck facial tissue adhered to the bottom of the packaging box, so that the facial tissue is prevented from being curled and is convenient to transfer;

a box-holding device is arranged at the bottom of the box,

a facial tissue forming device,

And the box pushing air cylinders and the product slide ways are fixed on the two corresponding groups of short machine head components respectively, correspond to each other and are fixed on the upper surfaces of the corresponding lower boxes of the second cams respectively.

An air suction seat is fixed on an angle aluminum fixing seat on one side, close to the facial tissue forming device, of the box holding moving frame, the air suction seat extends outwards along the length direction of a third guide rail, a vertical downward third multi-position cylinder is fixed on the air suction seat, a copper suction nozzle is fixed at the lower end of a movable rod of the third multi-position cylinder, the copper suction nozzle is communicated with a negative pressure source, a tension force is provided for transferred facial tissue through negative pressure suction on the copper suction nozzle, and the facial tissue is prevented from being rolled up and folded, so that the facial tissue is convenient to transfer.

Each end of the thimble frame body is fixed with at least two box withdrawing thimbles, the box withdrawing thimbles are fixed on an adjusting slide block through a horizontal cross rod, and the adjusting slide block is sleeved on the corresponding end of the thimble frame body and forms a horizontal sliding pair.

And the frame is also fixedly provided with a display control panel, and the whole facial tissue forming machine is arranged and controlled through the display control panel.

The outside cage of facial tissue forming device cover and have the wire net safety cover, this wire net safety cover is fixed on total base and corresponds the matching with the tip of frame.

The utility model discloses a use:

the utility model aims at a packing box which is a cuboid box body with an opening at the upper end, the facial tissue is cut into corresponding pasting sectors according to the packing box, the pasting sectors comprise a long-edge pasting sector, a wide-edge pasting sector and a side-edge pasting sector, and the single face of the facial tissue is glued and correspondingly pasted at the bottom of the packing box;

placing a packaging box adhered with facial tissue on a conveyor belt, adsorbing and tightly attaching the facial tissue on the conveyor belt through negative pressure suction of a negative pressure chamber to prevent the facial tissue from being rolled and being convenient to transfer, transferring the packaging box and the facial tissue to the lower part of a box holding device through the conveyor belt, moving a box holding moving frame downwards and correspondingly adhering the box holding moving frame to the four corners of the packaging box through box clamping corner aluminum to hold the box holding moving frame, pulling the box holding moving frame through a synchronous belt to transfer the packaging box and the facial tissue to the upper part of a bottom die plate of the facial tissue forming device on the corresponding side, moving the bottom die plate upwards and supporting the bottom of the packaging box, synchronously moving a box pressing main die body and a box pressing die body downwards and extending into the packaging box to clamp the packaging box on the bottom die plate, synchronously moving the bottom die plate, the box pressing main die body and the box pressing die body downwards to enable the packaging box to adhere long-side adhering sector surfaces of the, simultaneously, the side pasting sector of the facial tissue is pasted on the wide edge of the packaging box through a side forming rubber roll, then the packaging box continues to move downwards under the clamping of a bottom die plate and a main box pressing die body, the wide pasting sector of the facial tissue is pasted on the wide edge of the packaging box (actually pasted on the side pasting sector of the facial tissue) through the wide forming rubber roll, the packaging box continues to move downwards under the clamping of the bottom die plate and the main box pressing die body, four side faces of the packaging box are clamped through a long side box pressing plate and a wide side box pressing plate, then the main box pressing die body moves upwards (the box pressing die body is still and continues to be tightly pressed at the bottom of the packaging box) and leaves the packaging box, a long side shovel blade and a wide side shovel blade simultaneously shovel the facial tissue higher than the upper edge of the packaging box towards the center of the packaging box, then the main box pressing die body moves downwards and enters the interior of the packaging box, and simultaneously the facial tissue higher than the upper edge of the packaging box is downwards and pasted on, and finally, the bottom die plate, the box pressing main die body and the box pressing die body synchronously move upwards to move the packaging box packaged by the facial tissue to a product slide way, the box withdrawing ejector pin moves downwards to eject the packaging box from the box pressing main die body, the box pressing main die body and the box pressing die body move upwards to reset, and the box pushing cylinder pushes the final product out along the product slide way.

The utility model discloses a conveyor device is two facial tissue forming device feeds, the embracing box device that delivers the material does not have the idle stroke, embrace box device also is being another facial tissue forming device pay-off for when getting the material for one of them facial tissue forming device promptly, can continuous feed, one shot forming, degree of automation is high, fast efficient, facial tissue forming device all makes the facial tissue paste each box body at the packing carton through the roll body extrusion simultaneously on the surface, eliminate the bubble extrusion between facial tissue and the packing carton box body, effectively improve packing carton facial tissue fashioned efficiency and quality.

Claims

1. Duplex position packing carton facial tissue make-up machine, including total base, install in the frame of total base middle part, suspend in midair in the frame embrace box device, the level fix in the frame and be located the conveyer device of embracing box device middle part below, on total base and be located the both ends of embracing box device and all be equipped with facial tissue forming device, characterized by:

a conveyor device is arranged on the conveying device,

a box-holding device is arranged at the bottom of the box,

a facial tissue forming device,

2. The dual station package box face paper forming machine of claim 1, wherein: and the box pushing air cylinders and the product slide ways are fixed on the two corresponding groups of short machine head components respectively, correspond to each other and are fixed on the upper surfaces of the corresponding lower boxes of the second cams respectively.

3. The dual station package box face paper forming machine of claim 1, wherein: an air suction seat is fixed on the angle aluminum fixing seat on one side, close to the facial tissue forming device, of the box holding moving frame, the air suction seat extends outwards along the length direction of the third guide rail, a vertical downward third multi-position air cylinder is fixed on the air suction seat, and a copper suction nozzle is fixed at the lower end of a movable rod of the third multi-position air cylinder.

4. The dual station package box face paper forming machine of claim 1, wherein: each end of the thimble frame body is fixed with at least two box withdrawing thimbles, the box withdrawing thimbles are fixed on an adjusting slide block through a horizontal cross rod, and the adjusting slide block is sleeved on the corresponding end of the thimble frame body and forms a horizontal sliding pair.

5. The dual station package box face paper forming machine of claim 1, wherein: and a display control panel is also fixed on the frame.

6. The dual station package box face paper forming machine of claim 1, wherein: the outside cage of facial tissue forming device cover and have the wire net safety cover, this wire net safety cover is fixed on total base and corresponds the matching with the tip of frame.