CN111003286A - Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box - Google Patents
Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box Download PDFInfo
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- CN111003286A CN111003286A CN201911038150.0A CN201911038150A CN111003286A CN 111003286 A CN111003286 A CN 111003286A CN 201911038150 A CN201911038150 A CN 201911038150A CN 111003286 A CN111003286 A CN 111003286A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B43/00—Forming, feeding, opening or setting-up containers or receptacles in association with packaging
- B65B43/42—Feeding or positioning bags, boxes, or cartons in the distended, opened, or set-up state; Feeding preformed rigid containers, e.g. tins, capsules, glass tubes, glasses, to the packaging position; Locating containers or receptacles at the filling position; Supporting containers or receptacles during the filling operation
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- Packaging Of Annular Or Rod-Shaped Articles, Wearing Apparel, Cassettes, Or The Like (AREA)
Abstract
The invention discloses a corrugated board cambered surface shuttle-sliding anti-crease forming and packaging device of an annular packaging box, which structurally comprises: the invention realizes the fixing function of a crescent cambered surface pulling and smoothing folded annular arc plate by matching the shuttle circular rail frame with the plate placing support table, and forms a spacing for reducing gap pressure for the angle folding plate groove in the whole laminated plate, ensures that the depth of the deformed fold is reduced, improves the depth of the cambered surface shallow groove, forms a smoother cambered rail compacting plate groove gap, also promotes the paperboard maintenance of the ring surface, the oil film is formed on the shuttle brush backing plate through the dropper arranged in the dropper crescent groove and laid in a sliding mode, balance and easiness in carrying of the box body after air drying are guaranteed, the phenomenon that the palm of a human body is scratched by the rough paperboard protrusions is avoided, palm safety of packing personnel is guaranteed, the anti-wrinkle effect of the cambered surface of the annular package is improved, and the corrugated board box can have compressive resistance without loss of board integrity.
Description
Technical Field
The invention relates to a corrugated board cambered surface shuttle-sliding anti-crease forming and packaging device for an annular packaging box, and belongs to the field of automatic packaging of paper boxes.
Background
Annular packaging box application corrugated container board material can increase casing hardness and folded sheet thickness, lets the corrugated paper form a bearing balance point on whole morphological structure, and the upper limit of load improves, and the anti and parcel protecting effect that fall of guarantee packing article need careful loss prevention's operation to the processing of cardboard, and the public shortcoming of treating the optimization of prior art has:
corrugated carton is a cambered surface packing carton structure that reaches anti annular pressure with the cylinder cell body, but corrugated container board itself upper and lower thick backing plate between the contained angle clearance line joint of folding undulation, in the bending plane, the evagination leads to curved surface multi-angle fold phenomenon can press in the surperficial cardboard membrane, it is not good to the side of box body receives the impact pressure-bearing effect, can let the curling surface place packing article dead weight in the horizontal packaging process of organism and push down the end cambered surface, the deformation phenomenon that the curved surface collapses leads to the packing carton appearance structure to damage and warp, finished product quality inspection after the packing causes the influence of qualification rate low down, cause annular packing's fold face to widen, cause consumption wearing and tearing operation in advance for whole corrugated container board.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a corrugated board cambered surface shuttle-sliding anti-crease forming and packaging device of an annular packaging box, to solve the problem that the corrugated cardboard box is a cambered surface packing box structure which uses a cylindrical groove body to achieve annular pressure resistance, but the corrugated board has a folding and undulate included angle clearance slot joint between the upper and lower thick backing plates, in a bending plane, the surface paper board film is pressed inwards and protrudes outwards to cause the phenomenon of multi-angle folding of the curved surface, the side surface of the box body is not good in impact bearing effect, the curved surface can be placed in the machine body in the horizontal packaging process, the packaged object is pressed down by the dead weight of the curved surface, the bottom cambered surface is pressed, the deformation phenomenon of the curved surface collapse is caused, the appearance structure of the packaging box is damaged and deformed, the quality inspection of the packaged finished product causes the influence of low qualification rate, so that the corrugated surface of the annular package is widened, and the problem of early consumption and abrasion operation of the whole corrugated board is caused.
In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a smooth anti pleat's of corrugated container board cambered surface shuttle shaping equipment for packing of annular packing carton, its structure includes: annular frame shell, shuttle ring rail frame, put board saddle, roll up board axle race, the automatically controlled seat of button, distribution base, electric cabinet, shuttle ring rail frame mount is in annular frame shell's inside and be in on the same vertical face, it is equipped with two and install respectively in the front and back both sides of shuttle ring rail frame to put the board saddle, annular frame shell nestification is on distribution base's top and be in on the same vertical face, distribution base passes through the wire and is connected with the electric cabinet electricity, the automatically controlled seat of button hugs closely in annular frame shell's left side and is in on the same vertical face, roll up board axle race and install in the inside left side of annular frame shell, shuttle ring rail frame and roll up board axle race mechanical connection, the electric cabinet is installed in the lower left corner of annular frame shell, distribution base passes through the cable and is connected with the automatically controlled electricity of button seat, shuttle ring rail frame is equipped with ripple backing plate seat, The ring rail frame block, the rotor hole, the crescent shuttle block, the rolling plate sucking and pasting seat, the clamping track cushion ball, the magnet barrel box and the armature block, the corrugated cushion plate seat is nested at the lower right corner of the ring rail frame block and is positioned on the same vertical surface, the rotor holes are four and are welded with the ring rail frame block into a whole, the crescent shuttle block and the ring rail frame block are in clearance fit, the rolling plate sucking and pasting seat is mechanically connected with the ring rail frame block, the ring rail frame block is tightly attached to the top of the magnet barrel box and is positioned on the same vertical surface, the clamping track cushion ball is buckled with the ring rail frame block together, the magnet barrel box is mechanically connected with the armature block, and the ring rail frame block is installed inside the ring groove frame shell.
In order to optimize the technical scheme, the method further comprises the following steps:
as a further improvement of the invention, the corrugated base plate seat consists of a spring seat and a corrugated base plate, wherein the spring seat is movably connected with the corrugated base plate, and the spring seat is arranged at the upper right corner of the corrugated base plate and is positioned on the same vertical surface.
As a further improvement of the invention, the crescent shuttle block consists of a dropper crescent groove and a shuttle brush backing plate, the dropper crescent groove and the shuttle brush backing plate are buckled together and are positioned on the same cambered surface, and the dropper crescent groove is arranged on the top of the shuttle brush backing plate.
As a further improvement of the invention, the dropper crescent groove consists of a crescent arc top groove, a recoil branch pipe seat and a long dropper body, wherein the long dropper body is provided with more than two and is respectively inserted and embedded at the left side and the right side of the recoil branch pipe seat in a manner of being inclined at an angle of forty-five degrees, and the recoil branch pipe seats are arranged in the crescent arc top groove and are communicated with each other.
As a further improvement of the invention, the shuttle brush base plate consists of more than two convex tooth blocks, an arc base plate, a shuttle elliptical balloon and a shuttle lining plate, wherein the convex tooth blocks are tightly attached to the front side of the arc base plate, the shuttle elliptical balloon is inserted and embedded in the arc base plate and is communicated with the arc base plate, and the shuttle lining plate is tightly attached to the front side of the shuttle elliptical balloon.
As a further improvement of the invention, the rolling plate suction and sticking seat consists of a ball, a funnel sleeve groove and a convex tooth sliding block, wherein the ball is in clearance fit with the funnel sleeve groove, and the funnel sleeve groove is arranged in the convex tooth sliding block and the axes of the funnel sleeve groove are collinear.
As a further improvement of the invention, the funnel sleeve groove is composed of a thin-wing suction disc frame, a spherical bag cylinder, a rotary valve core cylinder and a circular table diameter passing groove, the spherical bag cylinder and the circular table diameter passing groove are respectively inserted and embedded in the upper side and the lower side of the interior of the rotary valve core cylinder, the axes of the spherical bag cylinder and the circular table diameter passing groove are collinear, and the two thin-wing suction disc frames are respectively attached to the upper side and the lower side of the rotary valve core cylinder and are communicated with each other.
As a further improvement of the invention, the magnet barrel box consists of a magnetic frame sliding barrel, a cross rod, a winding rod frame and a square box groove, wherein the magnetic frame sliding barrel is mechanically connected with the cross rod, the axes of the magnetic frame sliding barrel and the cross rod are collinear, the cross rod is inserted and embedded on the top of the square box groove, and the winding rod frame is embedded and embedded on the left side inside the square box groove.
As a further improvement of the invention, the magnetic frame sliding cylinder comprises a magnetic strip block, a cavity sliding sleeve, a magnet sector block and a column cap spring tube, wherein the magnetic strip block is tightly attached to the top surface inside the cavity sliding sleeve, the axes of the magnetic strip block and the cavity sliding sleeve are collinear, the cavity sliding sleeve and the magnet sector block are inserted and embedded into a whole, and the magnet sector block and the column cap spring tube are in interference fit.
As a further improvement of the invention, the recoil branch pipe seat is of a pipe seat structure with a four-position branch rubber head pipe embedded in a cross plate cover at the top of the hemispherical groove at the bottom, so that a four-position branch rubber head cap is pushed out by the recoil air pressure of the spherical groove conveniently to form an oil film packaging effect, the surface roughness of the corrugated board of the annular packaging box is perfected, and a flat and smooth board surface effect is formed.
As a further improvement of the invention, the shuttle lining plate is of a corrugated strip lining plate structure with convex arcs on the left side and the right side of an upper concave arc and a lower concave arc, so that the effect of compacting the gap of the corrugated board slot by the corrugated strip by matching with curved surface arc pressure is achieved, and the influence range of the zigzag board gap is reduced.
As a further improvement of the invention, the rotary valve core cylinder is of a cylinder groove structure with a ball valve in the middle and a narrow upper part and a wide lower part, so that the top narrow opening is convenient to cooperate with the saccule to breathe, and then the suction force of the bottom wide opening is enhanced to obtain the rotary turbulence effect of the flow membranes on two sides, thereby forming the operation of surrounding movement of traceless suction and pasting of the corrugated board.
As a further improvement of the invention, the column cap spring tube is of a combined spring tube structure with a sleeve on the left side and a spring screw rod inserted on the right side of the sleeve, the damping material of the sleeve cap forms a reciprocating expansion effect of elastically jacking the spring tube, the reciprocating clamping of magnetic force is ensured, and the surrounding packaging operation is triggered by the magnetic force.
Advantageous effects
The invention relates to a forming and packaging device for shuttle sliding and crease resistance of a corrugated board cambered surface of an annular packaging box, wherein a worker leads a power distribution base and an electric cabinet into a plug-in power supply to supply power to a shuttle circular rail rack, a plate placing supporting table and a rolling plate shaft wheel groove in a whole annular groove frame shell, and then the operator enables the rolling plate shaft wheel groove to wind a circular rail frame block chain belt of the shuttle circular rail rack to rotate by operating a button on an electric control seat of the button, so that the corrugated board placed on the plate placing supporting table is pulled to form annular packaging action when rolling along a rotor hole, a sealing, limiting and overlapping pressing effect is formed by pressing a spring seat of a corrugated cushion plate seat and a corrugated cushion plate at the right lower corner terminal, the front end is pressed and fastened on a cross bar by a magnetic frame sliding cylinder of a magnet cylinder box through a winding rod frame in a square box groove and an armature block through electrifying and overturning, and a cavity sliding sleeve of a magnetic strip block is, the column cap spring tube is contracted to deform inertial impact, an inner iron core of a clamping track pad ball slides along a track to be in frictional linkage with a burette crescent groove of a crescent shuttle block to rotate in a linkage manner, then a rolling ball of a rolling plate suction and sticking seat in a first step is matched with the rotation of a funnel sleeve groove and a convex tooth sliding block in a rolling manner, a thin wing sucker frame is buckled with a saccule tube barrel and a circular table through-diameter groove to form a single-side paperboard suction and sticking traction effect in a rotary valve core barrel, then a backflushing tube dividing seat in a crescent arc top groove and a long burette body are matched to permeate oil to an arc base plate and a slide elliptical saccule of a slide shuttle brush base plate, then a corrugated board coarse paper shuttle surface oil film coating effect is formed through the frictional contact of a convex tooth block and a slide shuttle base plate, the packaging compactness of the whole annular packaging box is also driven, the filling of an oil-immersed permeation clamping movable gap is realized, the surface wrinkles of the packaging shell are reduced, the, the rigor of automatic packaging of the paper box is improved.
The invention has the following advantages after operation:
the sliding shuttle circular track frame is matched with the plate placing tray, corrugated boards are supported by the plate placing tray of the annular packaging equipment and then enter the circular track frame block for winding operation, so that the rolling plate suction sticking seat sucks the corrugated boards to link the crescent sliding shuttle block to achieve synchronous front and back operation of the circular groove with the sticking plate shuttle, a fixing effect of a crescent cambered surface pulling and smoothing annular arc plate is formed, the deformation quantity of the corrugated boards after being rolled into the curved surface is pressed down with low probability by the corrugated pad plate seat, and a small gap is formed for a folded plate in the integral laminated plate to form a limit with small gap pressure, so that the depth of deformed wrinkles is reduced, the depth of the cambered surface shallow groove is improved, a smooth arc track compacted plate groove gap is formed, the maintenance of the circular surface is improved, an oil film is formed on the shuttle sliding brush pad plate by a dropper in the crescent groove to be laid in a sliding manner, the balance and easy carrying of the box body after air drying are ensured, and the rough protrusion, the palm safety of packing personnel is guaranteed, the anti-wrinkle effect of the cambered surface of the annular package is also improved, and the corrugated board box can have the compressive resistance without loss of the integrity of the board.
Drawings
Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:
FIG. 1 is a schematic structural diagram of a corrugated board cambered surface shuttle-sliding anti-crease forming and packaging device of the annular packaging box.
FIG. 2 is a detailed cross-sectional view of the shuttle race frame of the present invention.
FIG. 3 is a schematic cross-sectional view of the working states of the corrugated pad seat, the crescent shuttle block, the rolling plate absorbing seat and the magnet cylinder box of the present invention.
FIG. 4 is an enlarged structural diagram of the section of the dropper crescent groove in the working state.
FIG. 5 is a schematic perspective view of the shuttle brush pad of the present invention in a working state.
FIG. 6 is a perspective view of the funnel sleeve tank of the present invention in operation.
Fig. 7 is a schematic view of the magnetic frame sliding cylinder in a three-dimensional internal view structure in a working state.
Description of reference numerals: an annular groove frame shell-1, a shuttle circular rail frame-2, a plate placing saddle-3, a rolling plate shaft wheel groove-4, a button electric control seat-5, a power distribution base-6, an electric control box-7, a corrugated pad plate seat-2A, a circular rail frame block-2B, a rotor hole-2C, a crescent shuttle block-2D, a rolling plate suction and sticking seat-2E, a clamping track pad ball-2F, a magnet cylinder box-2G, an armature block-2H, a spring seat-2A 1, a corrugated pad plate-2A 2, a dropper crescent groove-2D 1, a shuttle brush pad plate-2D 2, a crescent arc top groove-2D 11, a recoil tube dividing seat-2D 12, a long dropper body-2D 13, a convex tooth block-2D 21, an arc pad plate-2D 22, a shuttle ball bag-2D 23, a shuttle lining plate-2D 24, The device comprises a ball-2E 1, a funnel sleeve groove-2E 2, a convex tooth slider-2E 3, a thin wing sucker frame-2E 21, a balloon barrel-2E 22, a rotary valve core barrel-2E 23, a circular truncated cone through-diameter groove-2E 24, a magnetic frame sliding barrel-2G 1, a cross rod-2G 2, a winding rod frame-2G 3, a square box groove-2G 4, a magnetic strip block-2G 11, a cavity sliding sleeve-2G 12, a magnet fan block-2G 13 and a column cap spring tube-2G 14.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
Referring to fig. 1-7, the present invention provides a corrugated cardboard curved surface shuttle-sliding anti-crease forming and packaging apparatus for a ring-shaped packaging box, which comprises: annular frame shell 1, shuttle ring rail frame 2, put board saddle 3, roll up board arbor wheel groove 4, the automatically controlled seat of button 5, distribution base 6, electric cabinet 7, shuttle ring rail frame 2 is installed in annular frame shell 1's inside and is in on the same vertical plane, it is equipped with two and installs respectively in the front and back both sides of shuttle ring rail frame 2 to put board saddle 3, annular frame shell 1 nests on distribution base 6's top and is in on the same vertical plane, distribution base 6 is connected through the wire and electric cabinet 7 electricity, the automatically controlled seat of button 5 hugs closely in annular frame shell 1's left side and is in on the same vertical plane, roll up board arbor wheel groove 4 installs in the inside left side of annular frame shell 1, shuttle ring rail frame 2 and roll up board arbor wheel groove 4 mechanical connection, electric cabinet 7 is installed in annular frame shell 1's lower left corner, distribution base 6 is connected through the cable and the automatically controlled seat of button 5 electricity, the shuttle circular track frame 2 is provided with a corrugated backing plate seat 2A, a circular track frame block 2B, a rotor hole 2C, a crescent shuttle block 2D, a rolling plate absorbing seat 2E, a lane clamping backing ball 2F, a magnet cylinder box 2G and an armature block 2H, the corrugated cushion plate seat 2A is nested at the right lower corner of the circular rail frame block 2B and is positioned on the same vertical surface, the rotor holes 2C are four and are welded with the circular rail frame block 2B into a whole, the crescent shuttle block 2D is in clearance fit with the circular rail frame block 2B, the rolling plate suction seat 2E is mechanically connected with a ring rail frame block 2B, the ring rail frame block 2B is tightly attached to the top of the magnet cylinder box 2G and is positioned on the same vertical surface, the clamping track ball gasket 2F is buckled with the ring track frame block 2B, the magnet barrel box 2G is mechanically connected with the armature block 2H, and the ring track frame block 2B is installed in the ring groove frame shell 1.
Referring to fig. 3, the corrugated pad seat 2A is composed of a spring seat 2A1 and a corrugated pad 2A2, the spring seat 2A1 is movably connected with the corrugated pad 2A2, the spring seat 2A1 is installed at the upper right corner of the corrugated pad 2A2 and is located on the same vertical plane, the crescent shuttle block 2D is composed of a dropper crescent groove 2D1 and a shuttle brush pad 2D2, the dropper crescent groove 2D1 is buckled with the shuttle brush pad 2D2 and is located on the same arc surface, the dropper crescent groove 2D1 is installed on the top of the shuttle brush pad 2D2, the rolling plate sticking seat 2E is composed of a ball 2E1, a funnel sleeve groove 2E2 and a convex tooth slider 2E3, the ball 2E 7378 and the funnel sleeve groove 2E 6866 are in clearance fit, the funnel sleeve groove 2E2 is installed inside the convex tooth slider 2E3 and the magnet box 2G magnetic cylinder 1 is composed of a collinear magnet cylinder 362G 1, The winding device comprises a cross rod 2G2, a winding rod frame 2G3 and a square box groove 2G4, wherein a magnetic frame sliding cylinder 2G1 is mechanically connected with the cross rod 2G2, the axis of the magnetic frame sliding cylinder is collinear with the axis of the magnetic frame sliding cylinder, the cross rod 2G2 is inserted and embedded into the top of the square box groove 2G4, the winding rod frame 2G3 is embedded into the left side of the inside of the square box groove 2G4, a corrugated base plate 2A2 is used for forming terminal limit of annular packaging under the rotating jacking pressure of a convex tooth sliding block 2E3, then the thickness of corrugated boards stacked at the terminal seal is compacted, and the improvement of the plate shape compactness and the reduction of variables are guaranteed.
Referring to fig. 4, the dropper crescent groove 2D1 is composed of a crescent arc top groove 2D11, a recoil branch pipe seat 2D12 and a long dropper body 2D13, the long dropper body 2D13 is provided with more than two long dropper bodies which are respectively inserted into the left side and the right side of the recoil branch pipe seat 2D12 in an inclined forty-five degree angle, the recoil branch pipe seats 2D12 are arranged inside the crescent arc top groove 2D11 and are communicated with each other, the recoil branch pipe seat 2D12 is a pipe seat structure with a four-position branch rubber head pipe embedded in a cross plate cover at the top of the hemispherical groove at the bottom, so that a four-position branch oil pipe can be conveniently pushed out by a spherical groove recoil air pressure jacking rubber head cap to form an oil film packaging effect, the surface roughness of the corrugated board of the annular packaging box is perfected, and a smooth and flat board surface effect is formed, the reverse insertion matching of the recoil branch pipe seat 2D12 and the long drip pipe body 2D13 is used for pouring air to extrude out oil, and an oil film coating is formed to perform the function of smooth and flat rough surface on the corrugated board.
Referring to fig. 5, the shuttle brush backing plate 2D2 is composed of a convex tooth block 2D21, an arc backing plate 2D22, a shuttle elliptical balloon 2D23 and a shuttle backing plate 2D24, the convex tooth block 2D21 is provided with more than two convex tooth blocks and is tightly attached to the front side of the arc backing plate 2D22, the shuttle elliptical balloon 2D23 is inserted into the arc backing plate 2D22 and is communicated with the arc backing plate, the shuttle elliptical balloon 2D24 is tightly attached to the front side of the shuttle elliptical balloon 2D23, the shuttle backing plate 2D24 is a corrugated strip backing plate structure with convex arcs on the left and right sides of an upper concave arc and a lower concave arc, the effect of corrugated strip compacting corrugated strip gaps is achieved by matching with curved arc pressure, the influence range of zigzag plate gaps is reduced, the corrugated strip backing plate surface is tightened by the convex tooth block 2D21, and then an inner groove compacting operation is formed by the shuttle backing plate 2D24, the compactness of the paperboard gaps is improved, and the gap space is.
Referring to fig. 6, the funnel sleeve groove 2E2 is composed of a thin wing suction cup frame 2E21, a balloon cylinder 2E22, a rotary valve core cylinder 2E23, and a circular table through groove 2E24, the balloon cylinder 2E22 and the circular table through groove 2E24 are respectively inserted and embedded in the upper side and the lower side of the interior of the rotary valve core cylinder 2E23, and the axes are collinear, the thin wing suction cup frame 2E21 is provided with two thin wing suction cup frames which are respectively attached to the upper side and the lower side of the rotary valve core cylinder 2E23 and are communicated with each other, the rotary valve core cylinder 2E23 is a cylinder groove structure with a ball valve at the upper narrow end and the lower end, so that the top narrow opening is matched with the balloon to breathe, then the bottom wide opening suction force is strengthened to obtain the turbulence effect of the flow diaphragms at the upper end and the lower end, the corrugated board is rotated and moved around, and the corrugated board is pressed by the balloon cylinder 2E22 to slide the breathing air flow into the rotary valve core cylinder 2E23 to form a.
Referring to fig. 7, the magnetic frame sliding barrel 2G1 is composed of a magnetic strip block 2G11, a cavity sliding sleeve 2G12, a magnet sector block 2G13, and a cap spring tube 2G14, the magnetic strip block 2G11 is closely attached to the top surface of the inner part of the cavity sliding sleeve 2G12 and the axes are collinear, the cavity sliding sleeve 2G12 and the magnet sector 2G13 are inserted and embedded into a whole, the magnet sector 2G13 and the cap spring tube 2G14 adopt interference fit, the column cap spring tube 2G14 is a combined spring tube structure with a sleeve cap barrel at the left side and a spring screw rod inserted at the right side, the damping material of the sleeve cap forms the reciprocating expansion effect of elastically jacking the spring tube, ensures the reciprocating clamping of magnetic force, therefore, the magnetic force is used for triggering the surrounding packaging operation, the magnetic strip block 2G11 is pushed by the magnet sector 2G13 through the armature reverse buckling sliding to form a magnetic field with superimposed repulsion force to slide, and the reciprocating distance realizes the triggering of the matching motion operation of the top slip ring and the top iron frame.
The working process is as follows: the worker leads in a power distribution base 6 and an electric control box 7 through a plug-in power supply to enable a shuttle circular track frame 2, a plate placing support table 3 and a rolling plate shaft wheel groove 4 in the whole annular groove frame shell 1 to be powered, the operator enables the rolling plate shaft wheel groove 4 to wind a circular track frame block 2B chain belt of the shuttle circular track frame 2 to rotate through operating a button on an electric control seat 5 of the button, thereby pulling corrugated boards placed on the plate placing support table 3 to form circular packaging actions when rolling along a rotor hole 2C, in the process, a sealing limiting and overlapping pressing effect is formed by pressing a spring seat 2A1 of a corrugated pad plate seat 2A and a lower corner of a corrugated pad plate 2A2 at a right terminal, a front end is pressed and buckled with an armature block 2H through a winding rod frame 2G3 in a square box groove 2G4 on a cross rod 2G2 through a magnetic frame sliding cylinder 2G1 of a magnet cylinder box 2G, a cavity sliding sleeve 2G12 pressed by a magnet strip block 2G11 is pushed by a magnet fan 2G13, the column cap spring tube 2G14 contracts to deform inertial impact, so that an inner iron core of the channel-clamping pad ball 2F slides along a track to rub and link a dropper crescent groove 2D1 of a crescent shuttle block 2D to rotate in a linkage manner, then a ball 2E1 of a rolling plate suction and sticking seat 2E is matched with a funnel sleeve groove 2E2 and a convex tooth slider 2E3 in a rolling manner, a thin wing suction disc frame 2E21 presses and buckles a balloon barrel 2E22 and a circular table through-diameter groove 2E24 to form a single-side paperboard suction and sticking traction effect in a rotary valve core barrel 2E23, then oil is permeated from a recoil branch tube seat 2D12 and a long dropper body 2D13 in a crescent arc top groove 2D11 in a second step to form an annular corrugated board pad plate 2D22 and a sliding shuttle balloon 2D23 of a sliding brush pad plate 2D2 and a corrugated board 2D23, and then the annular corrugated board packaging box with a rough oil film friction effect is formed by the contact of the convex tooth block 2D21 and a sliding pad plate 2D24, filling of the oil immersion penetration clamping movable gap reduces the surface wrinkles of the packaging shell, the deformation resistance pressure is enhanced, the degree of paper board fitting is tighter, and the rigor degree of automatic packaging of the paper box is improved.
The invention uses the mutual combination of the components to apply the cooperation of the shuttle circular track frame 2 and the plate placing tray 3, the corrugated board is supported by the plate placing tray 3 of the annular packaging equipment and then enters the circular track frame block 2B for winding operation, the rolling plate suction sticking seat 2E sucks the corrugated board to link the crescent sliding shuttle block 2D to achieve the synchronous front and back operation of the circular groove belt flitch shuttle, the fixed action of the ring arc plate of the drawing and smoothing fold of the crescent cambered surface is formed, the pressing probability of the deformation quantity after the corrugated board is rolled into the cambered surface is realized by the corrugated pad seat 2A, the limit of small gap pressing is formed for the integral folding plate internal angle plate groove, the depth of the deformation fold is ensured to be reduced, the cambered surface deep shallow groove is improved, the smooth arc track compacting plate groove gap is formed, the maintenance of the circular surface is also improved, the oil film sliding laying is formed on the sliding shuttle brush backing plate 2D2 through the burette 2D1 internal burette, the box body is easy to carry after being air-dried, the phenomenon that the rough bulges of the paper board scratch the palm of a human body is avoided, the palm safety of packing personnel is ensured, the anti-wrinkling effect of the cambered surface of annular packing is also improved, the corrugated board box can have the compressive resistance without loss of the integrity of the board, so that the problem that the corrugated board box is of a cambered surface packing box structure which uses a cylindrical groove body to achieve the annular pressure resistance is solved, but a folding and fluctuating included angle gap slot is arranged between an upper backing plate and a lower backing plate of the corrugated board, the surface paper board film can be pressed and protruded outwards to cause the phenomenon of multi-angle wrinkling of the cambered surface in a bending plane, the side surface of the box body is not good in impact pressure-bearing effect, the coiled surface can be used for placing a packing object to press the bottom cambered surface under the dead weight in the machine body packing process, the phenomenon of horizontal type buckling of the, the corrugated surface of the annular package is widened, and the problem of early consumption and abrasion operation of the whole corrugated board is caused.
The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.
Claims (9)
1. The utility model provides a smooth anti pleat's of corrugated container board cambered surface shuttle shaping equipment for packing of annular packing carton, its structure includes: annular frame shell (1), shuttle circular track frame (2), put board saddle (3), coil plate arbor groove (4), the automatically controlled seat of button (5), distribution base (6), electric cabinet (7), its characterized in that:
the sliding shuttle circular rail rack (2) is arranged inside a circular groove frame shell (1), two supporting platforms (3) are arranged and are respectively arranged on the front side and the rear side of the sliding shuttle circular rail rack (2), the circular groove frame shell (1) is nested on the top of a power distribution base (6), the power distribution base (6) is electrically connected with an electric cabinet (7) through a wire, a button electric control seat (5) is tightly attached to the left side of the circular groove frame shell (1), a rolling plate shaft wheel groove (4) is arranged on the left side inside the circular groove frame shell (1), the sliding shuttle circular rail rack (2) is mechanically connected with the rolling plate shaft wheel groove (4), the electric cabinet (7) is arranged at the lower left corner of the circular groove frame shell (1), and the power distribution base (6) is electrically connected with the button electric control seat (5) through a cable;
the shuttle circular track frame (2) is provided with a corrugated backing plate seat (2A), a circular track frame block (2B), a rotor hole (2C), a crescent shuttle block (2D), a rolling plate suction seat (2E), a lane clamping backing ball (2F), a magnet cylinder box (2G) and an armature block (2H);
ripple backing plate seat (2A) nestification is in the lower right corner of ring rail frame piece (2B), rotor hole (2C) are equipped with four and all weld as an organic wholely with ring rail frame piece (2B), crescent shuttle piece (2D) and ring rail frame piece (2B) cooperate, roll up the board and inhale and paste seat (2E) and ring rail frame piece (2B) mechanical connection, ring rail frame piece (2B) hug closely on the top of magnet barrel case (2G), it is in the same place with ring rail frame piece (2B) lock to press from both sides way bolster ball (2F), magnet barrel case (2G) and armature piece (2H) mechanical connection, ring rail frame piece (2B) are installed in the inside of annular frame shell (1).
2. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 1, wherein: corrugated plate seat (2A) comprises spring holder (2A1), corrugated plate (2A2), spring holder (2A1) and corrugated plate (2A2) swing joint, the upper right corner at corrugated plate (2A2) is installed in spring holder (2A 1).
3. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 1, wherein: the crescent shuttle block (2D) is composed of a dropper crescent groove (2D1) and a shuttle brush backing plate (2D2), the dropper crescent groove (2D1) is buckled with the shuttle brush backing plate (2D2), and the dropper crescent groove (2D1) is installed on the top of the shuttle brush backing plate (2D 2).
4. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 3, wherein: burette crescent groove (2D1) comprises crescent arc top groove (2D11), recoil branch tube seat (2D12), long burette body (2D13), long burette body (2D13) are equipped with more than two and respectively are the left and right sides that the inclined forty-five degree angle was inserted and is inlayed in recoil branch tube seat (2D12), recoil branch tube seat (2D12) are installed in crescent arc top groove (2D11) inside.
5. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 3, wherein: the shuttle brush backing plate (2D2) is composed of a convex tooth block (2D21), an arc backing plate (2D22), a shuttle oval sacculus (2D23) and a shuttle lining plate (2D24), wherein the convex tooth block (2D21) is provided with more than two convex tooth blocks and is tightly attached to the front side of the arc backing plate (2D22), the shuttle oval sacculus (2D23) is inserted and embedded in the arc backing plate (2D22), and the shuttle lining plate (2D24) is tightly attached to the front side of the shuttle oval sacculus (2D 23).
6. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 1, wherein: the plate rolling suction seat (2E) is composed of a ball (2E1), a funnel sleeve groove (2E2) and a convex tooth sliding block (2E3), the ball (2E1) is matched with the funnel sleeve groove (2E2), and the funnel sleeve groove (2E2) is installed inside the convex tooth sliding block (2E 3).
7. The corrugated cardboard shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 6, wherein: the funnel sleeve groove (2E2) is composed of a thin-wing suction disc frame (2E21), a ball bag cylinder (2E22), a rotary valve core cylinder (2E23) and a circular truncated cone through-diameter groove (2E24), the ball bag cylinder (2E22) and the circular truncated cone through-diameter groove (2E24) are respectively inserted and embedded in the upper side and the lower side of the interior of the rotary valve core cylinder (2E23), and the thin-wing suction disc frame (2E21) is provided with two thin-wing suction disc frames and is respectively tightly attached to the upper side and the lower side of the rotary valve core cylinder (2E 23).
8. The corrugated cardboard cambered shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 1, wherein: magnet barrel case (2G) is slided a section of thick bamboo (2G1), horizontal pole (2G2), winding bar frame (2G3), four directions case groove (2G4) by the magnetism frame and is constituteed, magnetism frame slides a section of thick bamboo (2G1) and horizontal pole (2G2) mechanical connection, horizontal pole (2G2) are inserted and are inlayed on the top of four directions case groove (2G4), winding bar frame (2G3) nests in the inside left side of four directions case groove (2G 4).
9. The corrugated cardboard shuttle-sliding anti-crease forming and packaging equipment for the annular packaging box as claimed in claim 8, wherein: magnetism frame slide cartridge (2G1) comprises magnetic stripe piece (2G11), cavity sliding sleeve (2G12), magnet fan piece (2G13), cap spring pipe (2G14), magnetic stripe piece (2G11) hug closely on the inside top surface of cavity sliding sleeve (2G12), cavity sliding sleeve (2G12) and magnet fan piece (2G13) insert and inlay an organic whole, magnet fan piece (2G13) cooperatees with cap spring pipe (2G 14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911038150.0A CN111003286A (en) | 2019-10-29 | 2019-10-29 | Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911038150.0A CN111003286A (en) | 2019-10-29 | 2019-10-29 | Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN111003286A true CN111003286A (en) | 2020-04-14 |
Family
ID=70111561
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201911038150.0A Withdrawn CN111003286A (en) | 2019-10-29 | 2019-10-29 | Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN111003286A (en) |
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Application publication date: 20200414 |