CN113211885A - Production process of stool support body - Google Patents
Production process of stool support body Download PDFInfo
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- CN113211885A CN113211885A CN202110393795.7A CN202110393795A CN113211885A CN 113211885 A CN113211885 A CN 113211885A CN 202110393795 A CN202110393795 A CN 202110393795A CN 113211885 A CN113211885 A CN 113211885A
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- paper
- glue
- gluing
- accommodating groove
- piece
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31D—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER, NOT PROVIDED FOR IN SUBCLASSES B31B OR B31C
- B31D5/00—Multiple-step processes for making three-dimensional articles ; Making three-dimensional articles
Abstract
The invention relates to a production process of a stool support body, which comprises the following steps of coating a glue solution on one surface of an edge paperboard, transferring the edge paperboard into a containing groove, enabling the surface coated with the glue solution to face upwards, laying an intermediate paper on the edge paperboard, carrying out first glue coating operation on the upper surface of the laid intermediate paper, transferring the other intermediate paper subjected to the first glue coating operation into the containing groove, enabling the glue coated paper surfaces of the two intermediate papers subjected to the first glue coating operation to be jointed, carrying out second glue coating operation on the upper surface of the uppermost layer of the intermediate paper in the containing groove, simultaneously transferring the other intermediate paper subjected to the second glue coating operation into the containing groove, enabling the glue coated paper surfaces of the two intermediate papers subjected to the second glue coating operation to be jointed, and repeatedly and alternately carrying out the first glue coating operation and the second glue coating operation on the upper surface of the uppermost layer of the intermediate paper in the containing groove, And secondly, gluing and assembling until a preset amount of intermediate paper is assembled in the accommodating groove, then attaching the edge paper board with the glued surface on the other side to the uppermost intermediate paper in the accommodating groove, and then moving the obtained product out of the accommodating groove. The scheme provided by the invention can be used for automatically producing the stool support body and improving the production efficiency of the stool support body.
Description
Technical Field
The invention relates to the field of production of paper stools, in particular to equipment and a process for producing the stool.
Background
As shown in fig. 1, the easy-to-store stool occupies a small space in a folded state, is convenient to carry, open and use, and is beautiful, so that the stool is highly preferred by consumers, and has a large market demand.
Disclosure of Invention
The invention aims to provide stool support body production equipment which can effectively improve the production efficiency.
The scheme adopted by the invention is as follows:
a production process of a stool support body is characterized in that: the method comprises coating a glue solution on one side of a side paper board, transferring the side paper board into a containing groove to make the side surface coated with the glue solution face upward, laying an intermediate paper on the side paper board, performing a first gluing operation on the upper surface of the laid intermediate paper, transferring another intermediate paper subjected to the first gluing operation into the containing groove to make the gluing paper surfaces of the two intermediate papers subjected to the first gluing operation joint, performing a second gluing operation on the upper surface of the uppermost intermediate paper in the containing groove, transferring another intermediate paper subjected to the second gluing operation into the containing groove to make the gluing paper surfaces of the two intermediate papers subjected to the second gluing operation joint, repeatedly and alternately performing the first and second gluing operations on the upper surface of the uppermost intermediate paper in the containing groove and assembling until a preset number of intermediate papers are assembled in the containing groove, and then the edge paperboard coated with glue on the other side surface is attached to the uppermost middle paper in the accommodating groove, and the obtained product is removed from the accommodating groove.
The movable supporting plate is arranged in the accommodating groove to support the edge portion paper plate and the middle paper, and the height of the movable supporting plate is gradually adjusted to be reduced along with the increase of the height of the middle paper, so that the height of the uppermost layer of the middle paper during the first gluing operation or the second gluing operation is kept consistent.
The glue coating operation is carried out on the upper surface of the uppermost intermediate paper in the accommodating groove and the upper surface of the intermediate paper outside the accommodating groove by arranging two A1 glue coating rollers and two A2 glue coating rollers which are arranged in parallel at intervals.
The A support paper piece for supporting the middle paper is arranged on the outer side of the accommodating groove, so that the height of the middle paper on the A support paper piece is consistent with that of the uppermost middle paper in the accommodating groove, and the A1, the A1 on the A2 glue coating roller and the A2 glue coating plate roll on the A support paper piece and the uppermost middle paper in the accommodating groove respectively by moving, so that the first glue coating operation and the second glue coating operation are carried out on the two middle papers at the same time.
Two A paper supporting pieces are arranged beside the accommodating groove, the two A paper supporting pieces are arranged at intervals along the first direction and are respectively arranged at the two outer sides of the accommodating groove, and when glue coating operations are carried out by the glue coating rollers A1 and A2, the middle paper on one A paper supporting piece is adjusted to carry out one of the first glue coating operation and the second glue coating operation; when the intermediate paper is assembled, the intermediate paper on the other paper supporting piece A is adjusted to be attached and assembled with the intermediate paper on the uppermost layer in the accommodating groove in the same gluing operation.
And the paper supporting piece A is rotatably arranged on the rack, and the paper supporting piece A is rotated to the accommodating groove by adjusting the paper supporting piece A to turn over.
Set up the B support plate spare that is used for holding in the palm the side of storage tank and puts the limit cardboard, with B support plate spare along vertical direction movable mounting and horizontal direction movable mounting respectively, set up the B inlet port on the lateral wall of storage tank, it arranges with the B inlet port is corresponding to move to the low level through adjusting B support plate spare during initial assembly product, then the upper surface of propelling movement B support plate spare is gone up the gummed limit cardboard of drag and drop and is got into in the storage tank, after the intermediate paper of the quantity is predetermine in the storage tank to the equipment, move to the high level through adjusting B support plate spare, then upset B support plate spare makes the limit cardboard after the rubber coating on the B support plate spare transmit to the storage tank and assemble.
Set up the last face of B rubber coating device to the limit portion cardboard on the B layer board piece through the upside at B layer board piece and carry out the rubber coating and handle, with B rubber coating device along horizontal direction movable mounting, carry out the rubber coating when adjusting B rubber coating device and B layer board piece and arrange from top to bottom, avoid the upset of B layer board piece when adjusting B rubber coating device and B layer board piece and staggering.
The side of the A paper supporting piece is provided with an A paper storage mechanism, the middle paper is stacked on the A paper storage mechanism, the A paper rotating mechanism formed by an A sucker sequentially distributes the paper on the A paper storage mechanism to the A paper supporting pieces, the side of the B paper supporting piece is provided with the A paper storage mechanism, the middle paper is stacked on the B paper storage mechanism, and the B paper rotating mechanism formed by a B sucker sequentially distributes the paper on the B paper storage mechanism to the B paper supporting pieces.
The gluing treatment is carried out by arranging A1 gluing disks and A2 gluing disks on A1 gluing rollers and A2 gluing rollers at intervals respectively.
According to the scheme provided by the invention, the production efficiency of the paper stool can be effectively improved, and an operator can automatically produce the paper stool support body meeting the requirement only by correspondingly feeding the middle paper and the edge paper boards, so that the production efficiency is improved.
Drawings
FIG. 1 is a schematic view of a paper stool;
FIG. 2 is a schematic structural view of a supporting body production apparatus of a paper stool provided by the present invention
FIG. 3 is a side view of FIG. 2;
FIG. 4 is a top view of FIG. 2;
FIG. 5 is a front view of FIG. 2;
FIG. 6 is a schematic view of the intermediate paper of FIG. 2 after being pushed to a production state;
FIG. 7 is a schematic view showing the internal structure of the production apparatus with the cover removed;
FIG. 8 is a schematic view of the upper applicator shown in FIG. 2 with the upper applicator removed;
FIG. 9 is a schematic view of the structure of the glue applicator;
FIG. 10 is a bottom view of FIG. 9;
FIG. 11 is an assembly view of the A1 and A2 glue applying mechanisms;
FIG. 12 is a schematic structural view of the A1 and A2 glue coating mechanisms;
FIG. 13 is a side view of FIG. 12;
FIG. 14 is a schematic view of the structure of the glue applying mechanism B;
FIG. 15 is a schematic structural view of the B supply plate portion;
FIG. 16 is a sectional view taken along line A-A of FIG. 14;
FIG. 17 is a schematic view of a structure of the supply plate portion at another angle B;
FIG. 18 is a schematic view of the structure of the glue roll B;
FIG. 19 is a schematic structural view of a tape A1 and a2 coated on a middle paper;
fig. 20 is a schematic diagram of the glue moving route of the glue applying device a.
The reference numbers and component correspondences are as follows:
100-containing groove, 101-a inlet, 102-moving outlet, 103-B inlet, 104-precision lifting component, 105-quick lifting component, 110-movable supporting plate, 120-transition mounting plate, 121-B pushing piece, 122-unloading pushing component, 200-paper supporting plate, 210-A paper storing mechanism, 211-A paper storing translation component, 300-B paper supporting plate component, 301-B movable positioning piece, 302-defect part, 310-B paper storing mechanism, 400-A gluing device, 410-A1 gluing disk, 411-A concave part, 420-A2 gluing roller, 430-A1 paper pressing plate, 440-A2 paper pressing plate, 450-A gluing tape, 461-A gluing movable mounting frame, 462-A gluing movable mounting seat, 463-A gluing transition bracket, 464-gluing bracket, 500-B gluing device, 510-B gluing roller, 511-B notch, 520-B adhesive tape, 530-B gluing movable mounting rack, 540-B gluing transition bracket, 610-A paper feeding mechanism, 620-B paper feeding mechanism, 710-discharging conveying belt, 800-middle paper, 810-A1 adhesive tape, 820-A2 adhesive tape, 900-side plate body and 1000-stool pad.
Detailed Description
In order that the objects and advantages of the invention will be more clearly understood, the invention will now be described in detail with reference to the following examples. It is to be understood that the following text is merely illustrative of one or more specific embodiments of the invention and does not strictly limit the scope of the invention as specifically claimed.
As shown in fig. 1, the paper stool comprises a stool support and a stool pad 1000, wherein the stool support is assembled by two side boards and a middle part between the two side boards by gluing. The equipment provided by the invention can be used for automatically preparing the stool support body and improving the production efficiency of the paper stool.
As shown in fig. 2 to 19, a stool support production apparatus includes a frame, on which a feeding device for feeding middle paper 800 and edge paper boards, a glue applying device for applying glue to two paper surfaces of the middle paper 800 and one plate surface of the edge paper board, respectively, and an assembling device for assembling the glued edge paper boards and the middle paper 800, where the two paper surfaces of the middle paper 800 are marked as a1 paper surface and a2 paper surface, the a1 paper surfaces and the a2 paper surfaces are respectively applied with glue by a1 glue and a2 glue applying methods, the a1 glue applying method is that a column of a1 glue tape 810 is applied on the a1 paper surface of the middle paper 800, the a2 glue applying method is that a column of a2 glue tape 820 is applied on the a2 paper surface of the middle paper 800, the length directions of the a1 and a2 glue tapes are consistent with the direction a1, the a1 and a2 glue tapes are respectively disposed along the a direction 1 and a2 paper surface at intervals, the direction a 585 and the width directions of the middle paper surfaces are respectively, the A1 and A2 glue tapes are arranged in a staggered mode at intervals along the direction a2, the A1 glue tapes 810 are arranged on two sides, parallel to the direction a1, of the paper surface of the middle paper 800A, the assembling device enables the A1 paper surface and the A1 paper surface of the adjacent middle paper 800 to be attached and assembled, the A2 paper surface and the A2 paper surface to be attached and assembled, and the middle paper 800 is attached and assembled between the paper boards on the two sides.
Specifically, as shown in fig. 2, 3, 4, 5, and 6, the glue coating device includes a1 glue roller and a2 glue roller, a1 glue roller is provided with a glue coating portion a1 for coating on a1 paper surface of the intermediate paper 800 to form the a1 glue solution tape 810, a2 glue roller is provided with a glue coating portion a2 for coating on a2 paper surface of the intermediate paper 800 to form the a2 glue solution tape 820, a1 glue coating rollers a2 are provided at intervals along a direction a1, and a1 is a paper width direction of the intermediate paper 800. By arranging two rubber rollers, the rubber is coated simultaneously, and the glue tapes A1 and A2 are coated on the two pieces of middle paper 800 respectively, so that the next assembly of the two pieces of middle paper 800 is prepared, and the production efficiency is improved.
The further scheme is as follows: the assembling device comprises a containing groove arranged at the lower side of the gluing device, a movable supporting plate 110 used for dragging and dropping the middle paper 800 and the side paper boards is arranged in the containing groove, the movable supporting plate 110 is connected with a supporting plate lifting adjusting mechanism, and the lifting plate supports the adjusting mechanism to adjust the height of the upper surface of the middle paper 800 on the uppermost layer in the containing groove. The feeding device comprises an A paper supply part for supplying the middle paper 800 and a B paper supply part for supplying the edge paperboard, the A paper supply part comprises an A paper storage mechanism 210 for storing the middle paper 800, an A paper feeding mechanism 610 for sequentially delivering the middle paper 800 on the A paper storage mechanism 210 to an A paper supporting mechanism, and an A paper transferring mechanism for coating the glue on the upper paper surface of the A paper supporting mechanism and transferring the glue to the assembling device for assembling, and the A paper supporting mechanism comprises an A paper supporting plate 200; b supplies the board to store up board mechanism 310 including the B that is used for storing limit portion cardboard, a B that is used for storing limit portion cardboard on the board mechanism 310 with B and divides to send to B in the B layer board mechanism gradually and send the board mechanism, a B commentaries on classics board mechanism for transporting to the storage tank in with the last limit portion cardboard of a side face rubber coating back of B layer board mechanism and assembling, B layer board mechanism includes B layer board piece 300, B layer board piece 300 is along vertical direction movable mounting, B layer board piece 300 is connected with layer board height regulating assembly, layer board height regulating assembly adjustment B layer board piece 300 is located following two kinds of states: the method comprises the following steps: the B pallet 300 is in a high position, and is used for transferring the edge paper boards on the B pallet 300 from the a inlet 101 to the accommodating groove; the second is as follows: the B pallet 300 is in a low position for transferring the edge portion of the board on the B pallet 300 from the B inlet 103 into the container.
The assembling device comprises two accommodating grooves which are arranged at intervals along the second direction, A paper supply parts are respectively arranged on two outer sides of the assembling device, B paper supply parts are respectively arranged on the other two outer sides of the assembling device, the two A paper supply parts are arranged at intervals along the first direction, and the two B paper supply parts are arranged at intervals along the second direction. In the middle paper 800 in the container, the direction a1 is consistent with the second direction, and the direction a2 is consistent with the first direction. Through the layout, the equipment can run more smoothly and reliably.
Specifically, the device further comprises a discharging device, wherein the discharging device comprises a discharging conveyer belt 710, two accommodating grooves are respectively arranged at two outer sides of the discharging conveyer belt 710, and the belt surface of the discharging conveyer belt 710 is arranged corresponding to the moving outlets 102 on the accommodating grooves. The gluing device comprises a gluing device A400 and a gluing device B500, the gluing device B500 is respectively arranged at two outer sides of the gluing device A400, and the gluing device A400 is arranged at intervals along the second direction. Two A paper supporting plates 200 are arranged on one A paper supply part, and a B supporting plate 300 is arranged on one B paper supply plate. The glue spreading device comprises a glue spreading mechanism A1 and a glue spreading mechanism A2 for spreading glue solution on the intermediate paper 800 and a glue spreading mechanism B for spreading glue solution on the edge paper boards.
Specifically, as shown in fig. 7, 9, 10, and 11, the gluing device for stool support production includes an a1 gluing mechanism and an a1 gluing mechanism for gluing the paper surface of the intermediate paper 800, the a1 gluing mechanism is provided with a1 gluing portion at intervals for coating the a1 paper surface of the intermediate paper 800 to form the a1 glue solution strip 810, and the a2 gluing mechanism is provided with a2 gluing portion at intervals for coating the a2 paper surface of the intermediate paper 800 to form the a2 glue solution strip 820. The two gluing mechanisms are arranged to respectively carry out gluing treatment, so that the requirement that the middle paper 800 needs double-sided gluing treatment is met, and the production efficiency is improved.
The specific scheme is that the glue coating mechanisms A1 and A2 are respectively composed of glue coating rollers A1 and A2, and the glue coating parts A1 and A2 are respectively composed of glue coating disks A1 and A2 arranged on the glue coating rollers A1 and A2 at intervals. The glue coating rollers A1 and A2 are arranged in parallel at intervals, the glue coating rollers A1 and A2 are respectively rotatably installed, and the glue coating disks A1 and A2 are arranged at intervals along the roller length directions of the glue coating rollers A1 and A2. The A1 and A2 glue spreader are movably mounted along the spacing direction between the A1 and A2 glue spreaders respectively. The A1 and A2 glue spreader are movably mounted along the roller length direction of the A1 and A2 glue spreaders respectively. The glue coating discs A1 and A2 roll on the paper surface of the intermediate paper 800 to coat the glue tapes A1 and A2 on the two sides of the intermediate paper 800.
In detail, as shown in fig. 12 and 13, the adhesive dispenser further includes a1 and a2 paper pressing portion, the a1 paper pressing portion is provided with a1 paper pressing surface, the a1 paper pressing surface is provided with a long-strip-shaped a1 blank strip for accommodating the a1 adhesive coating disc 410, the lower disc body of the a1 adhesive coating disc 410 partially penetrates through the a1 blank strip to coat the adhesive solution on the intermediate paper 800, the a2 paper pressing portion is provided with a2 paper pressing surface, the a2 paper pressing surface is provided with a long-strip-shaped a2 blank strip for accommodating the a2 adhesive coating disc, the lower disc body of the a2 adhesive coating disc partially penetrates through the a2 blank strip to coat the adhesive solution on the intermediate paper 800, the length of the a1 blank strip is consistent with the moving distance of the a1 adhesive coating roller along the pitch directions of the a1 and a2 adhesive coating rollers, and the length of the a2 blank strip is consistent with the moving distance of the a2 adhesive coating roller along the pitch directions of the a1 and the a 2. Through the arrangement of the paper pressing parts A1 and A2, the middle paper 800 can be pressed tightly during gluing, the situation that glue solution tapes formed by gluing are inconsistent with those required by presetting due to the fact that the middle paper 800 moves during gluing is avoided, and the quality of products is guaranteed.
The glue spreading mechanism comprises an annular A glue spreading belt 450, the A glue spreading belt 450 is located on the upper sides of glue spreading rollers A1 and A2, each annular A glue groove is formed in the outer belt face of the A glue spreading belt 450, the A glue grooves are arranged at intervals along the width direction of the A glue spreading belt 450, an A glue adding mechanism used for adding glue liquid into each A glue groove is arranged on the upper side of the A glue spreading belt 450, the parts of the upper disc bodies of the A1 and A2 glue discs are located in the A glue grooves respectively, and the side peripheral surfaces of the upper disc bodies of the A1 and A2 glue discs are in a contact state with the glue liquid on the bottoms of the A glue grooves. A add gluey mechanism include that one row of A adds gluey mouth, each A adds gluey mouth and corresponds each A gluey groove and arrange, each A adds gluey mouth and is connected with storage mucilage binding and put through glue solution coupling assembling. The glue distributing mechanism A with the structure can effectively and uniformly and reliably supplement glue solution to the glue distributing disks A1 and A2, and continuous and reliable glue solution coating is realized. The glue solution connecting assembly comprises a glue feeding pipe, a glue pump for pumping glue solution is arranged on the glue feeding pipe, a glue storage device (not shown) is arranged at the side of the rack, a cover plate is arranged at the upper part of the gluing support 464, and a through hole is arranged on the cover plate for arranging the glue feeding pipe. According to the components of the glue solution and the glue distribution requirement, materials for adsorbing the glue solution can be arranged on the peripheries of the A1 and A2 glue coating discs and the bottom of the A glue tank, so that the glue solution coating effect is ensured. The outer side of the a cloth adhesive tape 450 is further provided with an a1 glue homogenizing component for uniformly distributing the glue solution in the glue groove. The glue solution that A adds the gluey mouth and arrange can the equipartition in A gluey groove, guarantees the effect of coating, and the brush or the doctor-bar that the equal gluey subassembly of A1 can constitute.
Specifically, as shown in fig. 7, 10, and 12, the a cloth adhesive tape 450, the a1, and the a2 adhesive roll are respectively mounted on the a gluing movable mounting frame 461, the a gluing movable mounting frame 461 is movably mounted on the a gluing movable mounting seat 462 along a first direction, the a1 and the a2 press surfaces are respectively formed by lower plate surfaces of a1 and a2 press plates, the a1 and a2 press plates are fixedly mounted on the a gluing movable mounting seat 462, the a gluing movable mounting seat 462 is installed on the a gluing transition bracket 463 in a lifting manner, the a gluing transition bracket 463 is movably mounted on the gluing bracket 464 along a second direction, one of a spacing direction between the a1 and a2 adhesive rollers and a roller length direction of the a1 adhesive roller is the first direction, and the other is the second direction. The automatic gluing device is characterized by further comprising a B gluing mechanism for gluing the board surface of the edge paperboard, wherein the B gluing mechanism comprises a B gluing roller 510 and a B glue spreading belt 520, the outer surface of the B glue spreading belt 520 is provided with a B shallow groove, the upper side of the B glue spreading belt 520 is provided with a B gluing mechanism for replenishing glue into the B shallow groove of the B glue spreading belt 520, a local roller body of a gluing part of the B gluing roller 510 is positioned in the B shallow groove and is in contact with the glue on the groove bottom of the B shallow groove, the B gluing roller 510 and the B glue spreading belt 520 are mounted on a B gluing movable mounting frame 530, the roller length direction of the B gluing roller 510 is parallel to the roller length of an A1 gluing roller, the B gluing movable mounting frame 530 is movably mounted on a B gluing transition support 540 along a first direction, and the B gluing transition support 540 is movably mounted on the gluing support 464 along a vertical direction. The glue coating mechanism B is respectively arranged at two outer sides of the glue coating mechanism A in the second direction. The implementation principle of the glue coating mechanism B is consistent with that of the glue coating mechanism A. As shown in fig. 18 and 19, a notch portion 411 is provided around the a1 glue applying pan 410 at both ends of the a1 glue applying roller, and a notch portion 511 is provided on both end roller surfaces of the glue applying portion of the B glue applying roller 510. A. The arrangement of the concave part B is to meet the glue spreading requirement after fillet treatment at the four corners of the middle paper 800 and the side paper boards, and ensure the glue spreading effect.
As shown in fig. 4, 6, 7, and 8, the feeding device for the intermediate paper 800 for producing the paper stool comprises an a paper supply unit, the a paper supply unit comprises an a paper storage mechanism 210 for storing the intermediate paper 800, an a paper feeding mechanism 610 for sequentially delivering the intermediate paper 800 sent by the a paper storage mechanism 210 to an a paper supporting mechanism, and an a paper turning mechanism for applying glue on the upper paper surface of the a paper supporting mechanism and then transferring the glue to an assembling device for assembling.
The A holds in the palm the paper mechanism and includes A holds in the palm the paper, has A paper locating component that is used for fixing a position middle paper 800 on A holds in the palm the paper. A changes paper mechanism and includes that A changes the paper support, and A changes the one end rotation that the paper support is close to assembly device and installs in the frame, and A holds in the palm paper mechanism and assembles the other end that changes the paper support at A, and A changes paper mechanism and adjusts A and holds in the palm paper mechanism and be in following two kinds of states, and one of them is: the paper supporting surface on the paper supporting mechanism A is positioned outside the assembling device and is coated with glue solution towards the upper paper surface of the middle paper 800 on the paper supporting surface A, and the glue solution is as follows: the A paper supporting mechanism is turned over to be arranged corresponding to the assembling device, so that the glued middle paper 800 is transferred to the assembling device and assembled on the middle paper 800 or the edge paperboard on the assembling device.
The A support paper surface is composed of an A support paper board 200, and the A support paper board 200 is provided with an A paper suction assembly for sucking the middle paper 800 to align and preventing the middle paper 800 from moving in the transfer process. The A paper suction assembly is fixedly arranged on the A paper supporting plate 200 and rotates along with the rotation of the A paper supporting plate 200. When the A paper supporting plate 200 rotates to be arranged corresponding to the accommodating groove, the A paper suction assembly is adjusted to be blown to assist in material transferring. Specifically, the a supporting board 200 is provided with an a board vacancy, and the a board vacancy is provided with an a suction cup which forms the a adsorption component. The A paper positioning component is formed by convex marks or shallow grooves arranged on the A paper supporting plate 200.
The a paper feeding unit may be specifically implemented as follows, the a paper feeding unit is provided with an a paper storage mechanism 210, two a paper feeding mechanisms 610 and two a paper supporting mechanisms, the a paper storage mechanism 210 includes an a paper storage assembly for storing the intermediate paper 800 and an a1 transportation assembly for sequentially moving out and transporting the intermediate paper 800 on the a paper storage assembly, the a1 transportation assembly is provided with two a paper blocking assemblies on a transportation path, the a paper blocking assemblies are movably mounted on the rack, the a paper blocking assemblies are alternately located at working positions, the two a paper feeding mechanisms 610 are respectively provided corresponding to the two a paper blocking assemblies, the a paper feeding mechanism 610 includes an a2 transportation assembly for moving away and transporting the intermediate paper 800 on the a1 transportation assembly that the a paper blocking assembly blocks and retains, and an output end of the a2 transportation assembly is arranged corresponding to the a paper supporting mechanism.
Preferably, the a paper supply part is provided with an a paper storage mechanism 210, two a paper feeding mechanisms 610 and two a paper supporting mechanisms, the a paper storage mechanism 210 is located between the two a paper supporting mechanisms, the a paper storage mechanism 210 includes an a paper storage supporting plate and an a paper storage positioning member arranged on the a paper storage supporting plate and used for positioning the intermediate paper 800, the a paper feeding mechanism 610 includes an a paper feeding assembly movably arranged on the rack along the vertical and horizontal directions, and the a paper feeding assembly is provided with an a paper feeding suction disc member used for absorbing and transferring the intermediate paper 800. The A paper storage supporting plate is movably arranged on the rack along a first direction, the A paper storage supporting plate is positioned between the two A paper supporting plates 200, and the A paper storage supporting plate and the A paper supporting plates 200 are arranged at intervals along a second direction. The A paper feeding parts are arranged in two numbers, the two paper feeding parts are arranged on two outer sides of the assembling device, and the two A paper feeding parts are arranged at intervals along the direction of the distance between the glue spreading rollers A1 and A2.
The A paper storage positioning piece can be composed of the A paper storage positioning rods which are vertically arranged. The A paper feeding sucker piece is installed at one end of the A paper feeding beam, the length direction of the A paper feeding beam is consistent with the first direction, the other end of the A paper feeding beam is slidably installed on the A paper feeding installation seat along the second direction, the A paper feeding installation seat is overhead and installed above the middle of the two A paper feeding plates in a lifting mode, when the A paper feeding installation seat is in a high position, a channel for enabling the A paper storage mechanism 210 to move along the first direction is formed below the A paper feeding installation seat, the A paper storage mechanism 210 is adjusted to move along the second direction through the A paper storage translation component 211, the specific A paper storage translation component 211 comprises a translation cylinder, the A paper storage mechanism 210 comprises an A paper storage supporting plate movably installed along the first direction, an A paper storage positioning rod is arranged on the A paper storage supporting plate, and a piston rod of the translation cylinder is connected with the A paper storage supporting plate. The movable installation of the paper storage mechanism 210 a is mainly to facilitate the assembly of the middle paper 800 thereon, and simultaneously, the paper storage mechanism can be pushed to the middle of the two paper supporting plates 200 a after the middle paper 800 is assembled, thereby facilitating the rapid taking and transferring of the paper feeding assembly a.
Specifically, as shown in fig. 15, 16 and 17, the assembly device includes a receiving groove for receiving the middle paper 800 and the edge paper boards, a horizontal cross-sectional shape of a cavity of the receiving groove is consistent with an outer contour shape of the middle paper 800, and an upper notch of the receiving groove forms an a-inlet 101 through which the middle paper 800 enters the receiving groove for assembly. The containing groove is internally provided with a movable supporting plate 110 which is movably arranged along the vertical direction, the groove cavity at the upper side of the movable supporting plate 110 forms an assembling area for assembling the middle paper 800 and the edge paperboard, and the depth of the groove cavity of the assembling area is adjusted by adjusting the height of the movable supporting plate 110. A moving-out opening 102 for moving the assembled product out of the containing groove is arranged on one side wall of the containing groove, and a discharging pushing assembly 122 for moving the product out of the moving-out opening 102 is arranged beside the moving-out opening 102. A pushing opening is arranged on the other side wall of the tank opposite to the outlet 102, and the pushing opening is used for enabling the discharging pushing piece to enter and move out of the cavity of the containing tank.
The details are as follows: the lower side of the movable support plate 110 is provided with a support plate lifting mechanism, and the support plate lifting mechanism comprises a precision lifting assembly 104 for adjusting the movable support plate 110 to perform precision lifting adjustment and a quick lifting assembly 105 for realizing quick lifting adjustment of the movable support plate 110. The precise lifting assembly 104 is composed of a screw nut adjusting assembly, the precise lifting assembly 104 is assembled on a transition mounting plate 120, the transition mounting plate 120 is movably mounted in the vertical direction, a quick lifting assembly 105 is composed of an air cylinder or an electric cylinder adjusting assembly, a movable support plate 110 is connected with movable nuts forming a screw nut adjusting mechanism, a screw rod and a driving motor forming the screw nut adjusting mechanism are arranged on the transition mounting plate 120, the transition mounting plate 120 is connected with the air cylinder/electric cylinder adjusting assembly, and limiting assemblies are arranged at two ends of the stroke range of the movable support plate 110. The transition mounting plate 120 comprises an upper transition mounting plate body and a lower transition mounting plate body, the upper transition mounting plate body and the lower transition mounting plate body are connected through a transition rod arranged in a vertical shape, a driving motor is fixedly mounted on the lower transition mounting plate body, an air cylinder/electric cylinder adjusting assembly is mounted at the bottom of a containing groove, and an air cylinder/electric cylinder adjusting assembly piston rod is connected with the lower transition mounting plate body. In addition, the accommodating groove can be installed in a floating mode through a spring, and the accommodating groove is connected with a floating adjusting mechanism for adjusting the accommodating groove to float, so that the requirement for assembling the A material supporting plate and the B material supporting plate 300 after overturning is met.
In detail, a b inlet 103 for allowing the side portion paper plate attached to the movable support plate 110 to enter the groove cavity is arranged on the groove wall of the accommodating groove, the moving-out port 102 and the b inlet 103 are respectively arranged on two side groove walls arranged on the accommodating groove in a direction perpendicular to the first direction, and the other side portion paper plate far away from the movable support plate 110 enters the groove cavity from the a inlet 101 for assembly. The b inlet 103 is positioned at the lower side of the a inlet 101, and the distance value between the a inlet and the b inlet along the vertical direction is larger than the height value of the product when the product is arranged in the accommodating groove. The outer side of the groove wall provided with the B inlet 103 is provided with a B abutting part, the B abutting part can be installed on a lifting path of the B movable positioning piece 301, and the B movable positioning piece 301 is adjusted through abutting and matching to avoid the translation of the side plate body.
Specifically, a discharging device for discharging the product is arranged outside the discharging port 102. The discharge device comprises a discharge conveyor belt 710 arranged in a first direction. The number of the accommodating grooves is two, the two accommodating grooves are arranged at intervals along a first direction, and the discharging conveying belt 710 is located between the two accommodating grooves.
As shown in fig. 15 and 16, the edge cardboard feeding device includes a B supplying board portion located outside the accommodating groove, the B supplying board portion includes a B storing mechanism 310 for storing edge cardboard, a B sending mechanism for sending the edge cardboard on the B storing mechanism 310 to the B pallet mechanism one by one, a B rotating mechanism for transferring the edge cardboard with one side glued on the B pallet mechanism to the accommodating groove for assembly, the B pallet mechanism includes a B pallet member 300, the B pallet member 300 is movably installed along the vertical direction, the B pallet member 300 is connected with the pallet height adjusting assembly, and the pallet height adjusting assembly adjusts the B pallet member 300 to be in the following two states: the method comprises the following steps: the B pallet 300 is in a high position, and is used for transferring the edge paper boards on the B pallet 300 from the a inlet 101 to the accommodating groove; the second is as follows: the B pallet 300 is in a low position for transferring the edge portion of the board on the B pallet 300 from the B inlet 103 into the container. This scheme can effectually satisfy the assembly pay-off demand of the difference of the upper and lower side plate body 900, simplifies the structure that B sent the board mechanism, reduces equipment cost.
The upper side of the B supporting plate piece 300 is provided with a B glue coating mechanism, and the B glue coating mechanism and the B supporting plate piece 300 are movably installed relatively along a first direction. The glue spreading mechanism B is movably arranged on the frame and is in two states, one of which is that: the glue coating mechanism B is arranged corresponding to the B supporting plate piece 300 at a high position and is used for coating glue solution on the upper plate surface of the edge paperboard on the B supporting plate piece 300; the second is as follows: the paperboard gluing mechanism avoids the B support plate 300, and the B support plate 300 at a high position transfers the edge paperboard glued on the B support plate into the accommodating groove from the a inlet 101 for avoiding. B layer board spare 300 is installed on B changes board support, and the one end of B commentaries on classics board support is rotated and is installed on B cardboard lift seat, and B cardboard lift seat is along vertical direction movable mounting in the frame, and B commentaries on classics board mechanism includes the cardboard that is connected with B commentaries on classics board support and rotates adjusting part, and cardboard lift seat is connected with cardboard lifting unit.
The B tray piece 300 is provided with a B paperboard positioning component for positioning edge portion paperboards, the B paperboard positioning component comprises a B movable positioning component 301 and a B fixed positioning component, the B movable positioning component 301 is installed in a floating mode along the thickness direction of the B tray piece 300, and the B movable positioning component 301 is arranged on one side edge portion, close to the containing groove, of the B tray piece 300 when the B tray piece 300 is located at a low position. The B-turn plate mechanism further comprises a paper plate translation assembly arranged on the frame and corresponding to the B-pallet member 300 at the lower position, wherein the paper plate translation assembly is used for enabling the edge paper plates on the pallet member 300 at the lower position to be sent into the accommodating groove from the B inlet 103. Specific B movable positioning piece 301 can float through B floating spring and install, B floating spring orders about B movable positioning piece 301 and moves down and be in the fitting state, B that sets up on B movable positioning piece 301 moving path supports to lean on the portion to support and leans on, make it turn to dodge the state, B supports to lean on the portion and can install in the frame, when B cardboard lift seat is down, B supports to prevent B movable positioning piece 301 to continue down by portion, and B layer board piece 300 can continue down, consequently, adjustment B movable positioning piece 301 dodges the translation of the limit portion curb plate on B layer board piece 300.
The detailed scheme is as follows: the B-pallet 300 is formed by two B-pallets arranged at intervals, the paper board translation assembly comprises a B-pusher 121 for pushing the edge paper board to move, and the interval area between the two B-pallets provides space for the movement of the B-pusher 121. The pushing part 121B is formed by an E-shaped plate body and comprises a lath body and three pushing claws arranged on one side of the lath body, and the length of the pushing claw positioned in the middle of the pushing part 121B is larger than that of the pushing claws positioned on two sides. The two B supporting plates are respectively provided with a B paperboard vacancy, and the B paperboard vacancy is provided with a B sucker which can adsorb the edge paperboards to align and prevent the edge paperboards from moving in the transferring process. The fixed positioning part B is provided with a defect 302, and the defect 302 is arranged corresponding to the pushing claws on the two sides. B stores up board mechanism 310 and stores up the board layer board B that is used for fixing a position limit portion cardboard that sets up on the board layer board including B stores up the board layer board and B, and B stores up the board setting element and is used for fixing a position limit portion cardboard, and B send board mechanism to include and send the board support along vertical direction and the B of horizontal direction installation in the frame, and B send to be provided with on the board support to be used for adsorbing the B that forwards limit portion cardboard and send a board sucking disc subassembly. The two B supply plate parts are arranged on the two outer sides of the assembling device, and the two B supply plate parts are arranged at intervals along the second direction.
The invention also provides a production process of the stool support body, which comprises the following steps of coating a glue solution on one surface of an edge paperboard and transferring the edge paperboard into the accommodating groove, enabling the surface coated with the glue solution to face upwards, laying a piece of middle paper 800 on the edge paperboard, carrying out first glue coating operation on the upper surface of the laid middle paper 800, transferring the other middle paper 800 subjected to the first glue coating operation into the accommodating groove, enabling the glue coated paper surfaces of the two middle papers 800 subjected to the first glue coating operation to be jointed, carrying out second glue coating operation on the upper surface of the topmost middle paper 800 in the accommodating groove, simultaneously transferring the other middle paper 800 subjected to the second glue coating operation into the accommodating groove, enabling the glue coated paper surfaces of the two middle papers 800 subjected to the second glue coating operation to be jointed, and repeatedly and alternately carrying out the first glue coating operation on the upper surface of the topmost middle paper 800 in the accommodating groove, And secondly, gluing and assembling until a preset amount of intermediate paper 800 is assembled in the accommodating groove, then attaching the edge paperboard with the glued surface on the other side to the uppermost intermediate paper 800 in the accommodating groove, and then moving the obtained product out of the accommodating groove.
Specifically, the movable support plate 110 is arranged in the accommodating groove to support the side paper plates and the intermediate paper 800, and the height of the movable support plate 110 is gradually adjusted to be reduced along with the increase of the height of the intermediate paper 800, so that the height of the uppermost layer of the intermediate paper 800 is kept consistent when the first gluing operation or the second gluing operation is performed each time. The first and second glue coating operations are performed on the upper surface of the uppermost intermediate paper 800 in the accommodating groove and the upper surface of the intermediate paper 800 outside the accommodating groove by providing two a1 and a2 glue coating rollers which are arranged in parallel at intervals. The A-support paper piece for supporting the intermediate paper 800 is arranged outside the accommodating groove, so that the height of the intermediate paper 800 on the A-support paper piece is consistent with that of the uppermost intermediate paper 800 in the accommodating groove, and the A1 gluing disks and the A2 gluing disks on the A1 gluing rollers and the A2 gluing rollers roll on the A-support paper piece and the uppermost intermediate paper 800 in the accommodating groove respectively, so that the first gluing operation and the second gluing operation are performed on the two intermediate papers 800 at the same time. Two A support paper pieces are arranged beside the containing groove, the two A support paper pieces are arranged at intervals along the first direction and are respectively arranged at the two outer sides of the containing groove, and when glue coating operations are carried out by the glue coating rollers A1 and A2, the middle paper 800 on one A support paper piece is adjusted to carry out one of the first glue coating operation and the second glue coating operation; when the intermediate paper 800 is assembled, the intermediate paper 800 on the other paper support A is adjusted to be attached and assembled with the intermediate paper 800 on the uppermost layer in the accommodating groove in the same gluing operation. And the paper supporting piece A is rotatably arranged on the rack, and the paper supporting piece A is rotated to the accommodating groove by adjusting the paper supporting piece A to turn over.
Set up the B layer board spare 300 that is used for holding in the palm the portion cardboard of putting at the side of storage tank, with B layer board spare 300 respectively along vertical direction movable mounting and horizontal direction movable mounting, set up B inlet port 103 on the lateral wall of storage tank, move low level and the corresponding arrangement of B inlet port 103 through adjusting B layer board spare 300 during initial assembly product, then push the upper surface that drags and drops on B layer board spare 300 and already in the rubber coated portion cardboard gets into the storage tank, after the middle paper 800 of the predetermined quantity of equipment in the storage tank, move to the high level through adjusting B layer board spare 300, then upset B layer board spare 300 makes the portion cardboard after the rubber coating on B layer board spare 300 transmit to the storage tank in and assemble. Set up B rubber coating device 500 through the upside at B layer board piece 300 and carry out the rubber coating to the last face of the limit portion cardboard on B layer board piece 300, with B rubber coating device 500 along horizontal direction movable mounting, carry out the rubber coating when adjusting B rubber coating device 500 and B layer board piece 300 and arrange from top to bottom, avoid B layer board piece 300's upset when adjusting B rubber coating device 500 and B layer board piece 300 and staggering. The A paper storage mechanism 210 is arranged beside the A paper support, the A paper storage mechanism 210 is stacked with the intermediate paper 800 in a staggered manner, the A paper rotating mechanism formed by the A sucker is used for sequentially delivering the paper on the A paper storage mechanism 210 to the A paper support, the A paper storage mechanism 210 is arranged beside the B paper support 300, the B paper storage mechanism is stacked with the intermediate paper 800 in a staggered manner, and the B paper rotating mechanism formed by the B sucker is used for sequentially delivering the paper on the B paper storage mechanism to the B paper support 300. The gluing treatment is carried out by arranging A1 gluing disks and A2 gluing disks on A1 gluing rollers and A2 gluing rollers at intervals respectively.
The moving route of the glue coating by the glue coating device 400 is shown in fig. 20, and the two a supporting boards 200 at the outer sides of the two accommodating grooves are marked as No. 1 and No. 3, the two a supporting boards 200 at the outer sides of the two accommodating grooves are marked as No. 2 and No. 4, the No. 1 and No. 2 are arranged oppositely, the No. 3 and No. 4 are arranged oppositely, the accommodating groove between the No. 1 and No. 3 is marked as a first accommodating groove, and the accommodating groove between the No. 2 and No. 4 is marked as a second accommodating groove. During initial operation, adjusting the glue coating rollers A1 and A2 to be arranged corresponding to the No. 1 glue coating groove and the first accommodating groove, adjusting the glue coating rollers A1 and A2 to move downwards to perform first glue coating operation and second glue coating operation on the upper surfaces of the intermediate paper 800 in the No. 1 glue coating groove and the first accommodating groove, after glue coating is completed, adjusting the glue coating rollers A1 and A2 to be arranged corresponding to the No. 4 glue coating groove and the second accommodating groove, turning over the No. 2 glue coating roller to assemble the intermediate paper 800 after glue coating in the No. 2 glue coating groove and the intermediate paper 800 after glue coating in the first accommodating groove, resetting the No. 2 glue coating roller after assembly and supplementing new intermediate paper 800 to the number 2 glue coating roller; adjusting A1 and A2 glue spreader to move downwards to perform first and second glue spreading operations on the upper surfaces of the middle paper 800 on the No. 4 and the second accommodating grooves, adjusting A1 and A2 glue spreader to be arranged corresponding to the No. 2 and the first accommodating groove after glue spreading is completed, turning over the No. 3 glue spreader to assemble the middle paper 800 glued on the No. 3 glue spreader with the middle paper 800 glued in the second accommodating groove, resetting the No. 3 glue spreader after assembly and supplementing new middle paper 800 to the middle paper; adjusting A1 and A2 glue spreader to move downwards to perform first and second glue spreading operations on the upper surfaces of the intermediate paper 800 on the No. 2 and the first accommodating groove, adjusting A1 and A2 glue spreader to be arranged corresponding to the No. 3 and the second accommodating groove after glue spreading is completed, turning over the No. 1 glue spreader to assemble the glue-spread intermediate paper 800 on the No. 1 glue spreader with the glue-spread intermediate paper 800 in the first accommodating groove, resetting the No. 1 glue spreader after assembly and supplementing new intermediate paper 800 to the glue-spread intermediate paper; adjusting A1 and A2 glue spreader to move downwards to perform first and second glue spreading operations on the upper surfaces of the middle paper 800 on the No. 3 and the second accommodating grooves, adjusting A1 and A2 glue spreader to be arranged corresponding to the No. 1 and the first accommodating groove after glue spreading is completed, turning over the No. 4 glue spreader to assemble the middle paper 800 subjected to glue spreading on the No. 4 glue spreader with the middle paper 800 subjected to glue spreading in the second accommodating groove, resetting the No. 4 glue spreader after assembly and supplementing new middle paper 800 to the number 4 glue spreader; the above process is repeated in this manner, and the gluing and assembling operations for each intermediate paper 800 are realized.
In the scheme provided by the invention, a driving source for adjusting each component and moving the mechanism along the vertical direction or the horizontal direction can be formed by a driving cylinder or an electric cylinder, a driving source for adjusting the rotation of the A supporting board piece 200 and the B supporting board piece 300 can be formed by a motor, and in addition, a control device can be arranged in the invention and can regulate and control the running state of each component. And a signal and control instruction input unit is arranged on the control device, and a corresponding program is written in the PLC, so that automatic production is realized. In a word, the technical scheme provided by the invention can be used for automatically producing the stool support body, and the production efficiency of the stool support body is improved.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make various improvements and modifications without departing from the principle of the present invention, and these improvements and modifications should also be construed as the protection scope of the present invention. Structures, devices, and methods of operation not specifically described or illustrated herein are generally practiced in the art without specific recitation or limitation.
Claims (10)
1. A production process of a stool support body is characterized in that: the method comprises coating a glue solution on one side of a side paper board, transferring the side paper board into a containing groove to make the side surface coated with the glue solution face upward, laying an intermediate paper on the side paper board, performing a first gluing operation on the upper surface of the laid intermediate paper, transferring another intermediate paper subjected to the first gluing operation into the containing groove to make the gluing paper surfaces of the two intermediate papers subjected to the first gluing operation joint, performing a second gluing operation on the upper surface of the uppermost intermediate paper in the containing groove, transferring another intermediate paper subjected to the second gluing operation into the containing groove to make the gluing paper surfaces of the two intermediate papers subjected to the second gluing operation joint, repeatedly and alternately performing the first and second gluing operations on the upper surface of the uppermost intermediate paper in the containing groove and assembling until a preset number of intermediate papers are assembled in the containing groove, and then the edge paperboard coated with glue on the other side surface is attached to the uppermost middle paper in the accommodating groove, and the obtained product is removed from the accommodating groove.
2. The stool support production process of claim 1, wherein: the movable supporting plate is arranged in the accommodating groove to support the edge portion paper plate and the middle paper, and the height of the movable supporting plate is gradually adjusted to be reduced along with the increase of the height of the middle paper, so that the height of the uppermost layer of the middle paper during the first gluing operation or the second gluing operation is kept consistent.
3. The stool support production process of claim 1, wherein: the glue coating operation is carried out on the upper surface of the uppermost intermediate paper in the accommodating groove and the upper surface of the intermediate paper outside the accommodating groove by arranging two A1 glue coating rollers and two A2 glue coating rollers which are arranged in parallel at intervals.
4. The stool support production process of claim 3, wherein: the A support paper piece for supporting the middle paper is arranged on the outer side of the accommodating groove, so that the height of the middle paper on the A support paper piece is consistent with that of the uppermost middle paper in the accommodating groove, and the A1, the A1 on the A2 glue coating roller and the A2 glue coating plate roll on the A support paper piece and the uppermost middle paper in the accommodating groove respectively by moving, so that the first glue coating operation and the second glue coating operation are carried out on the two middle papers at the same time.
5. The stool support production process of claim 4, wherein: two A paper supporting pieces are arranged beside the accommodating groove, the two A paper supporting pieces are arranged at intervals along the first direction and are respectively arranged at the two outer sides of the accommodating groove, and when glue coating operations are carried out by the glue coating rollers A1 and A2, the middle paper on one A paper supporting piece is adjusted to carry out one of the first glue coating operation and the second glue coating operation; when the intermediate paper is assembled, the intermediate paper on the other paper supporting piece A is adjusted to be attached and assembled with the intermediate paper on the uppermost layer in the accommodating groove in the same gluing operation.
6. The stool support production process of claim 5, wherein: and the paper supporting piece A is rotatably arranged on the rack, and the paper supporting piece A is rotated to the accommodating groove by adjusting the paper supporting piece A to turn over.
7. The stool support production process of claim 6, wherein: set up the B support plate spare that is used for holding in the palm the side of storage tank and puts the limit cardboard, with B support plate spare along vertical direction movable mounting and horizontal direction movable mounting respectively, set up the B inlet port on the lateral wall of storage tank, it arranges with the B inlet port is corresponding to move to the low level through adjusting B support plate spare during initial assembly product, then the upper surface of propelling movement B support plate spare is gone up the gummed limit cardboard of drag and drop and is got into in the storage tank, after the intermediate paper of the quantity is predetermine in the storage tank to the equipment, move to the high level through adjusting B support plate spare, then upset B support plate spare makes the limit cardboard after the rubber coating on the B support plate spare transmit to the storage tank and assemble.
8. The stool support production process of claim 7, wherein: set up the last face of B rubber coating device to the limit portion cardboard on the B layer board piece through the upside at B layer board piece and carry out the rubber coating and handle, with B rubber coating device along horizontal direction movable mounting, carry out the rubber coating when adjusting B rubber coating device and B layer board piece and arrange from top to bottom, avoid the upset of B layer board piece when adjusting B rubber coating device and B layer board piece and staggering.
9. The stool support production process of claim 8, wherein: the side of the A paper supporting piece is provided with an A paper storage mechanism, the middle paper is stacked on the A paper storage mechanism, the A paper rotating mechanism formed by an A sucker sequentially distributes the paper on the A paper storage mechanism to the A paper supporting pieces, the side of the B paper supporting piece is provided with the A paper storage mechanism, the middle paper is stacked on the B paper storage mechanism, and the B paper rotating mechanism formed by a B sucker sequentially distributes the paper on the B paper storage mechanism to the B paper supporting pieces.
10. The stool support production process of claim 9, wherein: the gluing treatment is carried out by arranging A1 gluing disks and A2 gluing disks on A1 gluing rollers and A2 gluing rollers at intervals respectively.
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|---|---|---|---|
| CN202110393795.7A CN113211885A (en) | 2021-04-13 | 2021-04-13 | Production process of stool support body |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202110393795.7A CN113211885A (en) | 2021-04-13 | 2021-04-13 | Production process of stool support body |
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| CN113211885A true CN113211885A (en) | 2021-08-06 |
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