CN218229621U - Paper support feeding mechanism of double-paper packaging machine - Google Patents
Paper support feeding mechanism of double-paper packaging machine Download PDFInfo
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- CN218229621U CN218229621U CN202222374626.1U CN202222374626U CN218229621U CN 218229621 U CN218229621 U CN 218229621U CN 202222374626 U CN202222374626 U CN 202222374626U CN 218229621 U CN218229621 U CN 218229621U
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Abstract
The utility model relates to a two paper packagine machine's paper holds in palm reinforced mechanism, which comprises a frame, laid the scraps of paper in proper order in the frame and placed box and lower forming device, the frame has erect branch version mechanism in the forming device top down, the scraps of paper are placed box one side and are installed upset suction means, the scraps of paper are placed and are equipped with a plurality of scraps of paper storage tanks in the box, branch version mechanism erects in the frame and sets up relatively with lower forming device through branch version mounting bracket, divide version mechanism can follow branch version mounting bracket reciprocal slide and can reciprocate from top to bottom and implement between the lower forming device and divide the version mounting bracket to the scraps of paper to keep away from one end that the scraps of paper placed the box and outwards extend and lie in the frame and form the free end, first die cavity, second die cavity, the third die cavity implements the segmentation shaping to the scraps of paper, the beneficial effects of the utility model are that: the paper card is formed into paper plastic packages in a segmented mode, forming is accurate, crease forming of all parts of the paper card is guaranteed, yield is improved, and paper card forming effect is improved.
Description
Technical Field
The utility model relates to a packagine machine field is moulded to paper, concretely relates to two paper packagine machine's paper holds in palm reinforced mechanism.
Background
The paper-plastic packaging machine is a machine for packaging button batteries, toothbrushes and other external packages, and has one end which is paper and the other end which is blister products, and the work flow of the paper-plastic packaging machine is generally as follows: the method comprises the following steps of firstly blowing and thermoforming a thin film PVC sheet to form a plastic bubble shell, then cutting the plastic bubble shell through a blanking die according to the package appearance, conveying the cut independent plastic bubble shell to a heat-sealing die, feeding materials and paper, finally performing a heat-sealing cutting process, performing heat-sealing on the plastic bubble shell and a paperboard, and removing the waste edges of the paperboard.
At present, part of countries have a double paper packaging machine for paper and paper packaging for environmental protection requirements, that is, the upper and lower packages are paper, the upper paper card and the paper card used as a paper holder (i.e. a part replacing a blister) are fixed by hot melting after plastic oil is coated, a cavity between the blisters is used as an article accommodating cavity, a mechanism for molding the paper card used as the blister is called an outer blister feeding mechanism or a molding mechanism, which mainly depends on whether the device is used alone or installed in a full-automatic paper plastic packaging machine, the principle of the device is basically the same as that of paper plastic packaging molding, but when the paper card used as the blister is molded by paper-plastic oil-paper packaging, the paper card used as the blister needs to be folded, as shown in figure 2, surrounding edges a and b which are arranged oppositely are arranged around the paper card used as the blister, a connecting edge c (also called as a folded ear for short, the edge d is also coated with the plastic uptake oil for being heated and formed with the paper card, the existing forming mode is that the shell is directly pressed into the shell with an article accommodating cavity in a one-step forming mode, and the mode has the defects that the three edges a, b and c are simultaneously bent at one time, the edge c is positioned on the edge b and is integrated with the edge b, the edge c is connected with the edge a through the plastic uptake oil, the c edges which can appear in the simultaneous forming are positioned on the inner side of the edge a, the other c edges are positioned on the outer side of the edge a, and are coated on one side of the edge a after the edge c is folded when the plastic uptake oil is coated on the connecting edge c, so the edge c positioned on the outer side of the edge a and the edge b cannot be normally connected through the plastic uptake oil in the subsequent heating and forming process (the part coated with the plastic uptake oil on the edge c edge is not positioned on the edge a and the other side of the edge b because the part coated with the plastic uptake oil on the edge a is not positioned on the edge a, b) and thus cause the quality of the blisters to be unqualified, and the subsequent package forming and the package quality are affected, so that improvement is needed.
SUMMERY OF THE UTILITY MODEL
The technical problem to be solved by the utility model is to solve the defects of the prior art,
provides a paper support feeding mechanism of a double-paper packaging machine.
In order to achieve the above purpose, the utility model provides a following technical scheme: the utility model provides a two paper packagine machine's paper holds in palm reinforced mechanism, which comprises a frame, laid the scraps of paper in proper order in the frame and placed box and lower forming device, the frame has erect branch version mechanism in the forming device top down, and the scraps of paper are placed box one side and are installed upset suction means, the scraps of paper are placed and are equipped with a plurality of scraps of paper storage tanks in the box, divide version mechanism to erect in the frame and set up with forming device is relative down through dividing the version mounting bracket, divide version mechanism can follow and divide the reciprocal slip of version mounting bracket and can reciprocate from top to bottom and implement the shaping to the scraps of paper between the forming device down, its characterized in that: the lower forming device comprises a first forming station which can be movably arranged, a second forming station which is arranged at an interval with the first forming station, and a third forming station which is arranged at an interval with the second forming station, a first plate separating device, a second plate separating device and a third plate separating device which are arranged at intervals and in linkage are arranged on the plate separating mechanism, one end, away from a paper placing box, of the plate separating mounting frame extends outwards and is located outside the rack to form a suspended end, a first forming cavity is formed between the first forming station and the first plate separating mechanism, a second forming cavity is formed between the second forming station and the second plate separating mechanism, a third forming cavity is formed between the third forming station and the third plate separating mechanism, and the first forming cavity, the second forming cavity and the third forming cavity carry out segmented forming on the paper card.
According to the above technical solution, firstly, a sheet placed in a sheet placing box (prior art, specifically, a turning mechanism described in an invention patent with a patent number of CN 213733642U applied by the present applicant) is sucked by a turning suction device (prior art, specifically, a sheet placing box described in an invention patent with a patent number of CN 213733642U applied by the present applicant), and a plate dividing mechanism is a prior art, specifically, a plate dividing mechanism is a plate dividing mechanism: CN 215623098U patent of invention discloses that the shape of the packaging board can be set according to the actual need of the molded article, and it is common knowledge of those skilled in the art, the first molding station is located at the first position when moving to the position close to the paper placing box, and at the second position when moving to the second position, when the first molding station is located at the second position, the first molding station is corresponding to the first plate dividing device up and down, the second molding station is corresponding to the second plate dividing device, and the third molding station is corresponding to the third plate dividing device one by one, when the first molding station is moved to the first position, the turning suction device is used to place the paper in the first molding station, then the first molding station is moved to the second position and is located under the first plate dividing device, the second plate dividing device, and the third plate dividing device of the plate dividing mechanism are moved downward at the same time, the first forming cavity between the first plate separating device and the first forming station carries out edge folding forming on the parts a1 and a2 of the paper card shown in figure 3 (folds are arranged on the paper card in advance), so that the sides a1 and a2 are vertical to the paper sheets, when the formed paper sheet plate separating mechanism returns, the paper sheet plate separating mechanism is sucked by the first plate separating device and is put into the second forming cavity between the second forming station and the second plate separating device, when the plate separating mechanism descends again, the part b of the paper sheets formed by the first forming cavity is formed, so that the side b is vertical to the paper sheets, when the second plate separating device returns, the formed paper sheets are sucked by the second plate separating device and are put into the third forming station, when the plate separating mechanism descends again, the third forming cavity forms the sides c1 and c2 of the paper sheets in the third forming station, (because of the view angle, the other side c1 is invisible) so that the sides c1 and c2 are vertical to the paper sheets, the first plate dividing device and the second plate dividing device are synchronous and go down at the same time, but paper sheets formed by the lug folding forming device are not placed in the second forming cavity when the equipment is just started or the second plate dividing device is started, the second plate dividing device is empty forming and empty sucking, when the equipment circulates for the second time, the turning suction device sucks the paper sheets positioned in the paper sheet placing box, the lower forming device slides to the position close to the position below the turning suction device along the rack to place the paper sheets in the first forming cavity of the first forming station, then the lower forming device slides to the position away from the turning suction device along the rack to move to the position below the plate dividing mechanism, and the first plate dividing device and the second plate dividing device of the plate dividing mechanism go down at the same time, the first plate dividing device moves downwards to tightly press the paper sheets in the first molding cavity, edges of a1 and a2 shown in figure 3 are folded at the moment, the edges of a1 and a2 are vertical to the paper sheets, the formed paper sheets are sucked by the first plate dividing device and are put into a second molding station when the first plate dividing device returns, the paper sheets which are circularly put into the second molding cavity by the first plate dividing device at the last time are molded in a second molding cavity when the second plate dividing device moves downwards, the edges of b are sucked by the second plate dividing device when the second plate dividing device returns, the paper sheets are put into a third molding station when the plate dividing mechanism returns, the edges of c1 and c2 of the paper sheets are molded when the third plate dividing device contacts with the third molding station, the paper sheets surround a bubble shell, the heating molding is carried out at the same time of the molding, or the hot melting is carried out by a subsequent hot melting station after the molding, the oil which is coated on the edges of b in advance is used for connecting the edges of b with the edges of c1, the third plate dividing device simultaneously sucks the formed paper bubble shells to move to the suspended end along the plate dividing mounting frame, and the formed outer bubble shells are placed in an external collecting mechanism to be collected.
The paper support feeding mechanism of the double-paper packaging machine can be further arranged as follows: the first forming cavity comprises at least one first forming lower die arranged on a first forming station, forming grooves distributed on the periphery of the first forming lower die are arranged on the first forming lower die, first forming upper dies with the number consistent with that of the first forming lower dies are arranged on a first plate separating mechanism, forming convex blocks corresponding to the forming grooves are arranged on the periphery of the first forming upper die, the second forming cavity comprises at least one second forming lower die arranged on a second forming station, second forming convex blocks are arranged at four top corners of the second forming lower die, a second forming upper die with the number consistent with that of the second forming lower dies is arranged on a second plate separating mechanism, third forming convex blocks with the same space enclosed among the four second forming convex blocks are arranged on the second forming upper die, the third forming cavity comprises at least one third forming lower die arranged on a third forming station, the periphery of the third forming lower die protrudes upwards and encloses a foam shell accommodating cavity, third forming upper dies with the number consistent with that of the third forming lower dies are arranged on the third plate separating mechanism, and fifth forming convex blocks with that of the foam shell accommodating cavity are arranged on the third forming upper die.
By adopting the technical scheme, the a1 and a2 sides of the paper card are molded through the matching of the molding convex block and the molding groove of the first molding upper die when the paper card is positioned in the first molding cavity for molding, the b side of the paper card is folded through the matching of the second molding convex block and the third molding convex block when the paper card is molded in the second molding cavity, the paper card is molded into a blister through the matching of the blister containing cavity formed among the fourth molding convex blocks and the fifth molding convex block when the paper card is molded in the third molding cavity, the sequential molding of the first molding cavity, the second molding cavity and the third molding cavity in the sectional molding process is accurate, the number of molded parts is small during one-time molding, and the molding effect is good.
The paper support feeding mechanism of the double-paper packaging machine can be further arranged as follows: the machine frame is provided with a first forming station driving structure for driving the first forming station to be close to or far away from the paper sheet placing box at the first forming station, and the first forming station is arranged on the machine frame through the first forming station driving structure.
Adopt above-mentioned technical scheme, because each shaping station in the frame only first shaping station need undertake to be close to the scraps of paper and place the box and the butt joint of upset suction means, keep away from the scraps of paper and place box and first branch version mechanism butt joint, consequently only need set up in the frame the first shaping station of the first shaping station reciprocating motion of drive can, also can set up the drive structure with first, the second, the third shaping station three drives simultaneously, but this kind of structure is comparatively complicated and extravagant the energy, the utility model discloses an energy consumption is practiced thrift to this kind of mode, reduces spare part, reduces equipment complexity.
The paper support feeding mechanism of the double-paper packaging machine can be further arranged as follows: the first forming station driving structure comprises linear rails erected on the rack oppositely, a bottom plate capable of sliding along the linear rails is connected to the linear rails through oppositely arranged sliding blocks, a driving piece for driving the bottom plate to slide along the linear rails is installed between the two linear rails, the first forming station is erected on the bottom plate and forms a driving piece installation space with the bottom plate, and the driving piece is installed in the driving piece installation space through oppositely arranged installation frames.
By adopting the technical scheme, the first forming station installed on the bottom plate through the driving piece driving slides along the linear track, because the bottom plate needs to slide along the linear track, and the first forming station generally can form a plurality of paper cards in one-step forming, the width can be set wider in the aspect of width, and the more difficult the synchronism of the wider plate when the two sides respectively slide along the linear track is guaranteed, in the prior art, the driving piece is generally arranged at the position on one side of the first forming station on the frame, the accommodation of the mode leads the two sides of the first forming station to be asynchronous, so that each paper card has deviation in forming, and defective goods are easy to generate.
The paper support feeding mechanism of the double-paper packaging machine can be further arranged as follows: the driving piece comprises a ball screw pair arranged in a mounting seat, a screw nut of the ball screw pair is fixedly connected with the bottom plate, a servo motor for driving the ball screw to rotate is arranged on one mounting seat, and a screw rod shield is arranged at one end, facing the first forming station, of the two mounting seats.
By adopting the technical scheme, the driving piece is set to be a ball screw pair, the ball screw is driven to rotate through the servo motor, the two ends of the ball screw are both mounted on the mounting seat, when the ball screw rotates, the screw nut mounted on the ball screw is driven to move along the ball screw so as to drive the bottom plate to move, when the bottom plate moves, the first forming station mounted on the bottom plate is driven to move, and through the arrangement of the screw rod protective cover on the upper portion of the ball screw, the dustproof performance of the ball screw is improved, and the service life is prolonged.
The beneficial effects of the utility model are that: the paper card is formed into the paper support in a segmented mode, forming is accurate, crease forming of all parts of the paper card is guaranteed, yield is improved, and paper card forming effect is improved.
The present invention will be described in further detail with reference to the accompanying drawings and examples.
Drawings
Fig. 1 is a schematic perspective view of an embodiment of the present invention.
Fig. 2 is a schematic view of a conventional paper card structure.
Fig. 3 is a schematic view of a paper card structure according to an embodiment of the present invention.
Fig. 4 is a first schematic perspective view of the forming mechanism installed on the frame according to the embodiment of the present invention.
Fig. 5 is a second schematic perspective view of the forming mechanism mounted on the frame according to the embodiment of the present invention.
Fig. 6 is a first perspective view of the plate separating mechanism according to the embodiment of the present invention.
Fig. 7 is a schematic perspective view of a plate separating mechanism according to an embodiment of the present invention.
Detailed Description
Referring to fig. 1-7: a paper support feeding mechanism of a double-paper packaging machine comprises a rack 1, a paper sheet placing box 2 and a lower forming device 3 are sequentially distributed on the rack 1, a plate separating mechanism 4 is erected above the lower forming device 3 on the rack 1, an overturning and sucking device 5 is installed on one side of the paper sheet placing box 2, a plurality of paper sheet accommodating grooves 21 are formed in the paper sheet placing box 2, the plate separating mechanism 4 is erected on the rack 1 through a plate separating mounting frame 6 and is arranged opposite to the lower forming device 3, the plate separating mechanism 4 can slide in a reciprocating manner along the plate separating mounting frame 6 and can reciprocate up and down to form paper sheets between the lower forming device 3, the lower forming device 3 comprises a first forming station 31 which is movably arranged, a second forming station 32 which is arranged at a distance from the first forming station 31, and a third forming station 33 which is arranged at a distance from the second forming station 32, the plate dividing mechanism 4 is provided with a first plate dividing device 41, a second plate dividing device 42 and a third plate dividing device 43 which are arranged at intervals and in linkage, the plate dividing mounting frame 6 extends outwards away from one end of the paper placing box 2 and is positioned outside the rack to form a suspended end 61, when an upper bubble shell is adsorbed on the third plate dividing device 43 of the plate dividing mechanism and moves to the position, the upper bubble shell is placed into an external collecting mechanism, a first forming cavity is formed between the first forming station 31 and the first plate dividing mechanism 41, a second forming cavity is formed between the second forming station 32 and the second plate dividing mechanism 42, a third forming cavity is formed between the third forming station 33 and the third plate dividing mechanism 43, and the first forming cavity, the second forming cavity and the third forming cavity carry out sectional forming on paper cards;
according to the above technical solution, firstly, a sheet placed in a sheet placing box (prior art, specifically, a turning mechanism described in an invention patent with a patent number of CN 213733642U applied by the present applicant) is sucked by a turning suction device (prior art, specifically, a sheet placing box described in an invention patent with a patent number of CN 213733642U applied by the present applicant), and a plate dividing mechanism is a prior art, specifically, a plate dividing mechanism is a plate dividing mechanism: CN 215623098U patent of invention discloses that the shape of the packaging board can be set according to the actual need of the molded article, and it is common knowledge of those skilled in the art, the first molding station is located at the first position when moving to the position close to the paper placing box, and at the second position when moving to the second position, when the first molding station is located at the second position, the first molding station is corresponding to the first plate dividing device up and down, the second molding station is corresponding to the second plate dividing device, and the third molding station is corresponding to the third plate dividing device one by one, when the first molding station is moved to the first position, the turning suction device is used to place the paper in the first molding station, then the first molding station is moved to the second position and is located under the first plate dividing device, the second plate dividing device, and the third plate dividing device of the plate dividing mechanism are moved downward at the same time, the first forming cavity between the first plate separating device and the first forming station carries out edge folding forming on the parts a1 and a2 of the paper card shown in figure 3 (folds are arranged on the paper card in advance), so that the sides a1 and a2 are vertical to the paper sheets, when the formed paper sheet plate separating mechanism returns, the paper sheet plate separating mechanism is sucked by the first plate separating device and is put into the second forming cavity between the second forming station and the second plate separating device, when the plate separating mechanism descends again, the part b of the paper sheets formed by the first forming cavity is formed, so that the side b is vertical to the paper sheets, when the second plate separating device returns, the formed paper sheets are sucked by the second plate separating device and are put into the third forming station, when the plate separating mechanism descends again, the third forming cavity forms the sides c1 and c2 of the paper sheets in the third forming station, (because of the view angle, the other side c1 is invisible) so that the sides c1 and c2 are vertical to the paper sheets, the first plate dividing device and the second plate dividing device are synchronous and move downwards simultaneously, but paper sheets formed by the lug folding forming device are not placed in the second forming cavity in advance when the equipment is just started, the second plate dividing device is empty forming and empty sucking, when the equipment circulates for the second time, the turning suction device sucks the paper sheets positioned in the paper sheet placing box, the lower forming device slides to the position close to the lower part of the turning suction device along the rack to be placed in the first forming cavity of the first forming station by the turning suction device, then the lower forming device slides along the rack to move to the position close to the lower part of the plate dividing mechanism away from the turning suction device, and the first plate dividing device and the second plate dividing device of the plate dividing mechanism move downwards simultaneously, the first plate dividing device moves downwards to tightly press the paper sheets in the first molding cavity, edges of a1 and a2 shown in figure 3 are folded at the moment, the edges of a1 and a2 are vertical to the paper sheets, the formed paper sheets are sucked by the first plate dividing device and are put into a second molding station when the first plate dividing device returns, the paper sheets which are circularly put into the second molding cavity by the first plate dividing device at the last time are molded in a second molding cavity when the second plate dividing device moves downwards, the edges of b are sucked by the second plate dividing device when the second plate dividing device returns, the paper sheets are put into a third molding station when the plate dividing mechanism returns, the edges of c1 and c2 of the paper sheets are molded when the third plate dividing device contacts with the third molding station, the paper sheets surround a bubble shell, the heating molding is carried out at the same time of the molding, or the hot melting is carried out by a subsequent hot melting station after the molding, the oil which is coated on the edges of b in advance is used for connecting the edges of b with the edges of c1, the third plate dividing device simultaneously absorbs the formed paper bubble shells, and the paper bubble shells are thrown into an external collecting mechanism for collection when the plate dividing mechanism moves to one end far away from the paper sheet placing box along the plate dividing mounting frame;
the first forming cavity comprises at least one first forming lower die 311 arranged on the first forming station 31, forming grooves 3111 distributed around the first forming lower die 311 are arranged on the first forming lower die, first forming upper dies 411 with the same number as the first forming lower dies 311 are arranged on the first plate separating mechanism 41, forming convex blocks 4111 corresponding to the forming grooves 3111 are arranged around the first forming upper die 411, the forming convex blocks 4111 press edges a1 and a2 corresponding to paper cards into the forming grooves 3111 when the first forming upper die descends, the second forming cavity comprises at least one second forming lower die 321 arranged on the second forming station 32, second forming convex blocks 3211 are arranged at four top corners of the second forming lower die 321, second forming upper dies 421 with the same number as the second forming lower dies 321 are arranged on the second plate separating mechanism 42, third forming convex blocks 4211 with the same space surrounded by the four second forming convex blocks 421 are arranged on the second forming upper die 421, the third forming cavity comprises at least one third forming lower die 331 arranged on the third forming station 33, third forming lower dies 331 are arranged on the third forming station 331, third forming lower dies 32111, third forming lower dies 331, third forming upper die shells are arranged on the third forming cavity and are arranged on the third forming lower dies 32111, and the third forming cavities, and the third forming upper die shells 43332 are arranged with the same number as the third forming upper die shells 43331, and are arranged on the third forming upper die shells 43331, and the third forming cavities 32143;
when the paper card is positioned in the first forming cavity for forming, the edges a1 and a2 of the paper card are formed through the matching of the forming convex block of the first forming upper die and the forming groove, when the paper card is formed in the second forming cavity, the edges b of the paper card are turned over through the matching of the second forming convex block and the third forming convex block, when the paper card is formed in the third forming cavity, the paper card is formed into a blister through the matching of a blister containing cavity formed among the fourth forming convex blocks and the fifth forming convex block, and the sectional forming is precise, the forming positions during one-step forming are few, and the forming effect is good;
the frame 1 is provided with a first forming station driving structure 7 for driving the first forming station 31 to be close to or far away from the paper placing box 2 at the first forming station 31, and the first forming station 31 is installed on the frame 1 through the first forming station driving structure 7;
because only the first forming station on each forming station on the rack needs to bear the butt joint of the paper sheet placing box and the overturning suction device and the butt joint of the paper sheet placing box and the first plate dividing mechanism, the first forming station for driving the first forming station to reciprocate only needs to be arranged on the rack, and a driving structure can be arranged to drive the first forming station, the second forming station and the third forming station simultaneously, but the structure is more complex and wastes energy, the utility model saves energy consumption, reduces parts and equipment complexity by the mode;
the first forming station driving structure 7 comprises linear rails 71 erected on the rack 1 oppositely, the linear rails 71 are connected with bottom plates 73 capable of sliding along the linear rails 71 through oppositely arranged sliders 72, a driving part for driving the bottom plates 73 to slide along the linear rails 71 is installed between the two linear rails 71, the first forming station 31 is erected on the bottom plates 73 and forms a driving part installation space 301 with the bottom plates 73, and the driving part is erected in the driving part installation space 301 through oppositely arranged installation seats 9;
by adopting the technical scheme, the first forming station arranged on the bottom plate is driven to slide along the linear track through the driving piece, the bottom plate needs to slide along the linear track, the first forming station is generally wide in width in order to form a plurality of paper cards in one-step forming, and the synchronism of the wider plate when the two sides respectively slide along the linear track is difficult to guarantee;
in order to ensure that the heights of the first forming station 31, the second forming station 32 and the third forming station 33 are consistent, the second forming station 32 and the third forming station 33 are also erected on the frame 1;
the driving member comprises a ball screw pair (not shown in the figure) installed in the installation seats 9, a screw nut of the ball screw pair is fixedly connected with the bottom plate 73, a servo motor (not shown in the figure) for driving the ball screw to rotate is installed on one installation seat 9, and a screw rod shield 302 is arranged at one end, facing the first forming station 31, of the two installation seats 9;
the driving piece is set as a ball screw pair, the ball screw is driven to rotate through the servo motor, two ends of the ball screw are both installed on the installation seat, when the ball screw rotates, the screw nut installed on the ball screw is driven to move along the ball screw so as to drive the bottom plate to move, when the bottom plate moves, the first forming station installed on the bottom plate is driven to move, and through arranging the screw rod shield on the upper portion of the ball screw, the dustproof performance of the ball screw is improved, and the service life of the ball screw is prolonged;
the utility model has the advantages that: the paper card is formed into paper plastic packages in a segmented mode, forming is accurate, crease forming of all parts of the paper card is guaranteed, yield is improved, and paper card forming effect is improved.
Claims (5)
1. The utility model provides a two paper packagine machine's paper holds in palm reinforced mechanism, which comprises a frame, laid the scraps of paper in proper order in the frame and placed box and lower forming device, the frame has erect branch version mechanism in the forming device top down, and the scraps of paper are placed box one side and are installed upset suction means, the scraps of paper are placed and are equipped with a plurality of scraps of paper storage tanks in the box, divide version mechanism to erect in the frame and set up with forming device is relative down through dividing the version mounting bracket, divide version mechanism can follow and divide the reciprocal slip of version mounting bracket and can reciprocate from top to bottom and implement the shaping to the scraps of paper between the forming device down, its characterized in that: lower forming device includes the first shaping station of portable setting, with the second shaping station of first shaping station interval setting, with the third shaping station of second shaping station interval setting, be equipped with first version device, second version device and the third version device that divides that interval and linkage set up in the mechanism of dividing, divide the version mounting bracket to keep away from the scraps of paper and place the one end of box and outwards extend and be located the frame and form the free end outside, form first shaping chamber between first shaping station and the first version mechanism, form the second shaping chamber between second shaping station and the second version mechanism, form the third shaping chamber between third shaping station and the third version mechanism, first shaping chamber, second shaping chamber, third shaping chamber implement the segmentation shaping to the scraps of paper.
2. The paper tray feeding mechanism of the double paper packaging machine according to claim 1, characterized in that: the first forming cavity comprises at least one first forming lower die arranged on a first forming station, forming grooves distributed around the first forming lower die are formed in the first forming lower die, first forming upper dies with the same number as the first forming lower dies are arranged on a first plate dividing mechanism, forming convex blocks corresponding to the forming grooves are arranged around the first forming upper die, the second forming cavity comprises at least one second forming lower die arranged on a second forming station, second forming convex blocks are arranged at four top corners of the second forming lower die, second forming upper dies with the same number as the second forming lower dies are arranged on a second plate dividing mechanism, third forming convex blocks with the same number as the space enclosed among the four second forming convex blocks are arranged on the second forming upper die, the third forming cavity comprises at least one third forming lower die arranged on a third forming station, the periphery of the third forming upper dies protrudes upwards and encloses a foam shell containing cavity, third forming upper dies with the same number as the third forming lower dies are arranged on the third plate dividing mechanism, and fifth forming convex blocks with the same shape as the foam shell containing convex blocks are arranged on the third forming upper die.
3. The paper tray feeding mechanism of a double paper packing machine according to claim 2, characterized in that: the machine frame is provided with a first forming station driving structure for driving the first forming station to be close to or far away from the paper placing box at the first forming station, and the first forming station is arranged on the machine frame through the first forming station driving structure.
4. The paper tray feeding mechanism of a double paper packaging machine according to claim 3, characterized in that: the first forming station driving structure comprises linear rails erected on the rack oppositely, a bottom plate capable of sliding along the linear rails is connected to the linear rails through oppositely arranged sliding blocks, a driving piece for driving the bottom plate to slide along the linear rails is installed between the two linear rails, the first forming station is erected on the bottom plate and forms a driving piece installation space with the bottom plate, and the driving piece is installed in the driving piece installation space through oppositely arranged installation frames.
5. The paper tray feeding mechanism of the double paper packaging machine according to claim 4, characterized in that: the driving piece comprises a ball screw pair arranged in a mounting seat, a screw nut of the ball screw pair is fixedly connected with the bottom plate, a servo motor for driving the ball screw to rotate is arranged on one mounting seat, and a screw rod shield is arranged at one end, facing the first forming station, of the two mounting seats.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222374626.1U CN218229621U (en) | 2022-09-05 | 2022-09-05 | Paper support feeding mechanism of double-paper packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222374626.1U CN218229621U (en) | 2022-09-05 | 2022-09-05 | Paper support feeding mechanism of double-paper packaging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218229621U true CN218229621U (en) | 2023-01-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222374626.1U Active CN218229621U (en) | 2022-09-05 | 2022-09-05 | Paper support feeding mechanism of double-paper packaging machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN218229621U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115924212A (en) * | 2022-09-05 | 2023-04-07 | 温州安创机械科技有限公司 | Two paper packagine machine with reinforced mechanism of segmentation shaping formula paper support |
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2022
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115924212A (en) * | 2022-09-05 | 2023-04-07 | 温州安创机械科技有限公司 | Two paper packagine machine with reinforced mechanism of segmentation shaping formula paper support |
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