CN204527806U - A kind of sheet-material package part building mortion and package - Google Patents
A kind of sheet-material package part building mortion and package Download PDFInfo
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- CN204527806U CN204527806U CN201520038150.1U CN201520038150U CN204527806U CN 204527806 U CN204527806 U CN 204527806U CN 201520038150 U CN201520038150 U CN 201520038150U CN 204527806 U CN204527806 U CN 204527806U
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Abstract
The utility model discloses a kind of sheet-material package part building mortion and package, first mould in this sheet-material package part building mortion, second mould, 3rd mould can carry out shaping operation at the configured ends of the second mould to package jointly, now, 3rd mould has stretched in the first mould, package body position is pushed in the shaping region of the first mould by the 3rd mould, package can be less than 90 degree in the bending degree increasing of bending part and the bending angle of bending part, expand the elastic deformation scope of package at bending part, and then effectively slackened the elastic force that trends towards return to initial condition of package at bending part, only retain suitable elasticity fully to coordinate incasement operation when package is shaped, be formed in the reforming process after package shaping thus, namely show especially outside after resembling generation and corrected by reforming process, thus the phenomenon of the package body position evagination existed in elimination prior art.
Description
Technical field
The utility model relates to a kind of package building mortion and is applicable to the package of this package building mortion operation.
Background technology
In packaging field, sheet-material package part impels the work efficiency of technology of the package greatly to improve through an extrusion operation and shapable technical scheme.Extrusion operation is realized by sheet-material package part building mortion, such as publication number disclosed in 1 day October in 2014 is disclose a kind of packing chest folding device in the Chinese patent of CN104071386A, this comprises frame, transfer hold-down devices and folding device, transfer hold-down devices is provided with pressing plate, during operation, pressing plate directly contacts with leatheroid and package, pressing plate promotes leatheroid and moves to folding device, until leatheroid is bent to form regulation shape under the directional tagging of folding device, ideally this bending operation can make leatheroid equal 90 degree at the bending angle of bending place.In forming process, leatheroid there will be the problem of main body section evagination, this problem Producing reason is the toughness of leatheroid itself, after bending, impel different bending part to impose to the main body section of leatheroid the power that one trends towards returning to initial condition, macroscopically show as the elastic force at bending part place, so cause leatheroid to bend the problem of postforming effect existing defects.In actual mechanical process, evagination phenomenon causes bending angle to be greater than 90 degree, further increases evagination problem thus.
Only provide the power of shaping to leatheroid at bending process center platen, the relative leatheroid of shaping rear fender loses effect.Therefore sheet-material package part building mortion cannot overcome the problems referred to above in prior art.
Utility model content
The technical problems to be solved in the utility model eliminates the elastic force at bending part place to the impact of package forming effect, object be to provide a kind of package is shaped after there is the sheet-material package part building mortion of shaping effect.
For solving the problems of the technologies described above, the utility model adopts following technical scheme: this sheet-material package part building mortion comprises the first mould and the second mould, described second mould is positioned in the reciprocating path of motion of the first mould, described second mould is provided with the shaped vias for holding the first mould, described second mould is guide end at the position of the surrounding of shaped vias one end, described second mould is provided with spigot surface at guide section, described second mould is configured ends at the position of the surrounding of the shaped vias other end, on the direction in the direction of vertical first mold movement, the cross sectional shape of described first mould is identical with the cross sectional shape of the shaped vias of the second mould, described first mould is provided with operation end, described first mould is provided with shaping region at operation end place, the cross section of described shaping region on the first mold movement direction is trapezoidal, described sheet-material package part building mortion also comprises the 3rd mould, described 3rd mould is provided with towards the shaping end of shaping region, the cross section that the shaping end of described 3rd mould is on the first mold movement direction is trapezoidal, the crank motion track of described 3rd mould and three mould parallel with the reciprocating path of motion of the first mould intersects at the configured ends of the second mould in the mode that shaping end is embedded in shaping region.
The first mould in the technical program, second mould, 3rd mould can carry out shaping operation at the configured ends of the second mould to package jointly, now, 3rd mould has stretched in the first mould, package body position is pushed in the shaping region of the first mould by the 3rd mould, package can be less than 90 degree in the bending degree increasing of bending part and the bending angle of bending part, expand the elastic deformation scope of package at bending part, and then effectively slackened the elastic force that trends towards return to initial condition of package at bending part, only retain suitable elasticity fully to coordinate incasement operation when package is shaped, be formed in the reforming process after package shaping thus, namely show especially outside after resembling generation and corrected by reforming process, thus the phenomenon of the package body position evagination existed in elimination prior art.
In order to adapt to the sheet material of different toughness, and reaching the object of suitable shaping by the toughness of sheet material self, after the 3rd mould is embedded in the state of the first mould, providing enough extension spaces.The formation in extension space is that the shaping end being greater than described 3rd mould at the base angle of the first mold movement direction upper section due to described shaping region is in caused by the base angle in the cross section on the first mold movement direction.After the shaping end of the 3rd mould is embedded in the shaping region of the first mould, inclined-plane and first mould of the 3rd mould at shaping end place on the inclined-plane of shaping region not for parallel position relationship, but the position relationship tilted; 3rd mould and the first mould impose the application force of clamping on package to package, so obtain on package bearing surface little by retaining part, thus be convenient to other and be not in freely transformable state by the position clamped.So, this free variable quantity distributes according to the tough free love of sheet material itself, finally reaches the object of suitable shaping.
In the technical program, the first mould, the 3rd mould are movable parties, the parts that the second mould is fixed for position relative to the above two.The mode straight reciprocating motion of crank motion the best of the first mould, the 3rd mould, certainly, also the hunting motion that pendulum radius is large, pendulum angle is little can be selected, here hunting motion presents the very little arcuate movement track of radian because pendulum radius is large, pendulum angle is little, and then is similar to straight-line trajectory.Straight reciprocating motion is selected in this programme, preferred scheme is, described sheet-material package part building mortion comprises the first lift cylinder and the second lift cylinder, described first mould is arranged on the first lift cylinder, described second mould is arranged on the second lift cylinder, and the telescopic direction of described first lift cylinder is parallel with the telescopic direction of the second lift cylinder.
Should be in correct position before sheet-material package part is operated, this position refers to the position between each position on package and each position on the second mould.Package after shaping also should be in correct position, this position refers to the position of load transfer device relatively before the equipment that the package of shaping is transported to this package, keep the object of this position to be to make package be in the feed status of setting, install use additional so that final.For this reason, described sheet-material package part building mortion comprises luggage carrier I and luggage carrier II, described luggage carrier I is positioned at the guide end place of the shaped vias of the second mould, described luggage carrier II is positioned at the configured ends place of the shaped vias of the second mould, described luggage carrier I is provided with two support zones I be separated, described luggage carrier II is provided with two support zones II be separated, distance between described two support zones I is greater than the distance between two support zones II, described luggage carrier I both sides are provided with spacing position I, described spacing position I lays respectively at the side of each support zone I, described luggage carrier II both sides are provided with spacing position II, described spacing position II lays respectively at the side of each support zone II.It is guarantee that sheet-material package part should be in correct position before being operated that luggage carrier I arranges object; It is guarantee that the package after being shaped also should be in correct position that luggage carrier II arranges object.
On the basis of above-mentioned luggage carrier I, can add adhesion agent by the process that is input to this sheet-material package part building mortion at package to connecting portion, the package after bending is by adhesive solid shape.For this reason, described sheet-material package part building mortion comprises adhesion agent spray piece, and described adhesion agent spray piece and luggage carrier I are arranged in order on the reciprocating sense of motion of the first mould, and the glue spraying mouth of described adhesion agent spray piece is towards the second mould position.Adhesion agent spray piece adds adhesion agent to package, and long leg position, the broadside position bent relative to main body section just can be impelled time laminatings in position to be connected and broadside position to formalize.
In order to keep the 3rd mold actions smooth and easy, steadily can export the package of shaping simultaneously, preferably of the present utility model, distance between described two support zones II is less than the length of the 3rd mould, distance between described two support zones II is less than shaped vias length, described luggage carrier II is provided with the breach be convenient to the 3rd mould and passed through on support zone II, and described breach is positioned on the crank motion track of the 3rd mould.
Gap in the process of shaping between the first mould and the second mould is conducive to connecting portion and broadside position presses together with overlapped way, the degree that extrudes then is determined by gap length, described in the technical program, the first mould equals the twice of sheet thickness at the most to the vertical distance of the second mould, the degree extruded between connecting portion and broadside position can be increased like this, make adhesion agent penetrate into connecting portion and broadside part interior; Improve long leg position and broadside position successful connection rate.
Above-mentioned sheet material package building mortion is a kind of technical scheme sheet-material package part to bending shaping and shaping effect, also will provide a kind of and be applicable to that this sheet-material package part building mortion operates and at utmost can play the package that it bends shaping and shaping effect in the utility model.
The body of this package is corrugated board, it comprises main body section, long leg position, broadside position, described main body section, long leg position, broadside position is all rectangular configuration, the shape of described main body section is identical with the shape in the cross section of shaped vias on the direction of vertical first mould vibration-direction, described in the long edge position of main body section, long leg position is connected with main body section, described in the broadside place of main body section, broadside position is connected with main body section, described long leg position is respectively provided with a connecting portion for being connected with broadside position at its broadside place, described main body section is provided with through hole, the size of described through hole is less than the size in the cross section of shaping end on the direction of vertical first mould vibration-direction of the 3rd mould.
Corrugated board by facial tissue, waveform core paper interlayer by being bonded, waveform core paper interlayer continuous bend formed groove, between adjacent grooves towards the opposite, bearing of trend is parallel.Groove bearing of trend on body is parallel with the direction, place, long limit of main body section.The design of the long side direction of the corresponding main body section of groove bearing of trend, makes that the long side direction of long leg position is identical with groove bearing of trend, the broadside at broadside position is identical with groove bearing of trend simultaneously.On the whole, groove bearing of trend is identical with the long side direction of the main body of package, and this structure can improve the support strength on the long side direction of the base portion of package, and enhance overall support strength after package bending is shaped, namely package is firmer.
Because this package has through hole, the effect of this through hole is convenient to the external world to observe product by through hole, and therefore this package is a kind of splendid form packing; Simultaneously, through hole makes package more easily bend shaping, reduce to some extent this is because main body section can produce elastic force when deformation because of through hole, when making long leg position, the bending of opposing body position, broadside position, required application force reduces, the drawback occurred with it is that after being shaped, main body section is in the even more serious i.e. evagination problem of the prior art of the outwardly situation in through hole position place, and this problem is resolved by above-mentioned reforming process.
The utility model adopts technique scheme: sheet-material package part building mortion also can carry out shaping to the package be shaped after bending package, solves evagination problem thus, makes bottom the package after being shaped smooth.
Accompanying drawing explanation
Below in conjunction with accompanying drawing and specific embodiment party, the utility model is further described in detail.
Fig. 1 is the front view of the package of the first embodiment of the utility model;
Fig. 2 is the shaping schematic diagram of the package of the first embodiment of the utility model;
Fig. 3 is the shaped state figure of the package of the first embodiment of the utility model;
Fig. 4 is the structural representation of the second mould of the first embodiment of the utility model;
Fig. 5 is the structural representation of the 3rd mould of the first embodiment of the utility model;
Fig. 6 is the package forming process view I of the first embodiment of the utility model;
Fig. 7 is the package forming process view II of the first embodiment of the utility model;
Fig. 8 is the package forming process view III of the first embodiment of the utility model;
Fig. 9 is the package forming process view IV of the first embodiment of the utility model;
Figure 10 is the package forming process view V of the first embodiment of the utility model.
Detailed description of the invention
The first embodiment of the utility model.
As shown in Figure 6, sheet-material package part building mortion comprises frame, the first mould 7, second mould 9, the 3rd mould 16, first lift cylinder, the second lift cylinder, luggage carrier I 18, luggage carrier II 22, adhesion agent spray piece 21.First mould 7 is arranged on the piston rod of the first lift cylinder, the cylinder body of the first lift cylinder is fixed in frame, first mould 7 is fixed with guide pillar, guide pillar is connected with housing slide, only do straight reciprocating motion when guide pillar is for ensureing that the first lift cylinder drives the first mould 7 to move, this sense of motion is parallel with the telescopic direction of the first lift cylinder.The cylinder body of the second lift cylinder is arranged in frame, the telescopic direction of the second lift cylinder is parallel with the telescopic direction of the first lift cylinder, the sense of motion that the piston rod of the second lift cylinder fixedly mounts the 3rd mould the 16, three mould 16 is parallel with the telescopic direction of the second lift cylinder.Second mould 9 is fixedly mounted in frame.
As shown in Fig. 4,6, the second mould 9 entirety is a rectangular structure, and centre is provided with shaped vias 10; Second mould 9 is guide end 11 at the surrounding position of one end of shaped vias 10 position, and the second mould 9 is provided with spigot surface at guide end 11 place; Second mould 9 is configured ends 12 at the position of the surrounding of the other end of shaped vias 10 position, and the second mould 9 is plane at configured ends 12 place.Spigot surface is made up of the first spigot surface 13, second spigot surface 14, the 3rd spigot surface 15, and the first spigot surface 13 and the second spigot surface 14 are distributed in two broadside places of place of the second mould 9, the first spigot surface 13 and the second spigot surface 14 all for arc surface in the mode of first spigot surface 13 between two the second spigot surfaces 14, the first spigot surface 13 is less than the distance of the second spigot surface 14 to configured ends 12 to the distance of configured ends 12; 3rd spigot surface 15 is positioned at two long edge positions, place of the second mould 9, and between relative two the second spigot surfaces 14, the 3rd spigot surface 15 is identical to the distance of configured ends 12 with the second spigot surface 14 to the distance of configured ends 12, and the 3rd spigot surface 15 is also arc surface.The side of the first spigot surface 13 and the 3rd spigot surface 15 is all connected transition with the hole wall of shaped vias 10.
As shown in Figure 6, the first mould 7 entirety is rectangular-shaped, is provided with the through hole running through body, the shape that through hole is made up of the region of a rectangular shape and the region of a truncated rectangular pyramids shape in the middle of it.First mould 7 is operation end at the position, place, quadrangular frustum pyramid shaped region of through hole and quadrangular frustum pyramid shaped region is shaping region 8, in the telescopic direction of the first lift cylinder, through hole is rectangle in the cross section in rectangular-shaped region, through hole is trapezoidal in the cross section in quadrangular frustum pyramid shaped region.First mould 7 can move towards shaped vias 10 position of the second mould 9 under the drive of the first lift cylinder; On the direction of the telescopic direction of vertical first lift cylinder, the cross section of the first mould 7 is identical with the cross section of shaped vias 10 and be all rectangle.First mould 7 is positioned at directly over the second mould 9, and namely the first mould 7 is positioned on the direction of the line of centers of shaped vias 10; When the operation end of the first mould 7 stretches out towards the second mould 9, first lift cylinder, the operation end of the first mould 7 stretches in shaped vias 10, and when the first lift cylinder shrinks, the operation end of the first mould 7 departs from the second mould 9.When the operation end of the first mould 7 stretches in shaped vias 10, there is gap H between the wall at the side of the first mould 7 and shaped vias 10 place of the second mould 9, this gap H is less than by the twice of the thickness h of operand and sheet-material package part.Under initial condition, the first lift cylinder shrinks, and the first mould 7 is away from the second mould 9.
As shown in Figure 6, luggage carrier I 18 is made up of two parts, every part is all made up of support zone I 19, spacing position I 20, and in vertical position relationship between support zone I 19, spacing position I 20, this makes the cross-sectional plane of each part of luggage carrier I 18 L-shaped.Luggage carrier I 18 is fixed in frame, it is positioned at this side of the guide end 11 of the second mould 9 and relative second mould 9 of each several part is separately arranged symmetrically with, distance between two spacing positions I 20 is greater than the length of shaped vias 10 and is less than the length of the second mould 9, and therefore in the first lift cylinder telescopic direction, support zone I 19 is overlapping with the first spigot surface 13, second spigot surface 14.Two spacing positions I 20 are in relative location status, and thus, luggage carrier I 18 only provides the transport condition on a direction at grade.
As shown in Figure 6, adhesion agent spray piece 21 is for automatically providing the automated installation of adhesion agent, it is fixedly mounted in frame, its gum outlet is towards the second mould 9 position, in order to package can be allowed to pass through smoothly on luggage carrier I 18, between the gum outlet of adhesion agent spray piece 21 and support zone I 19, there are enough spacing.Above luggage carrier I 18, have four adhesion agent spray pieces 21, be provided with two above each support zone I 19, four adhesion agent spray pieces 21 are in matrix distribution; When the one end at one of them broadside position and gum outlet just pair time, the broadside position other end is also just right with gum outlet, and the two ends at another broadside position are also just right with gum outlet.
As shown in Figure 5,6, the 3rd mould 16 is positioned at immediately below the configured ends 12 of the second mould 9, is positioned on the line of centers of shaped vias 10, and it is overall in platy structure.3rd mould 16 is shaping end the 17, three mould 16 towards this face of the second mould 9, first mould 7 is truncated rectangular pyramids structure at shaping end 17 place, and its cross section in the telescopic direction of the second lift cylinder is all trapezoidal.When second lift cylinder stretches out, the 3rd mould 16 moves to the configured ends 12 of the second mould 9, and when the second cylinder shrinks, the 3rd mould 16 is away from the second mould 9.Under initial condition, the second cylinder shrinks, and the 3rd mould 16 is away from the second mould 9.
As shown in Figure 6, luggage carrier II 22 structure and luggage carrier I 18 similar.Luggage carrier II 22 is also made up of two parts, and every part is all made up of support zone II 23, spacing position II 24, and in vertical position relationship between support zone II 23, spacing position II 24, this makes the cross-sectional plane of each part of luggage carrier II 22 L-shaped.Luggage carrier II 22 is fixed in frame, and it is positioned at this side of the configured ends 12 of the second mould 9 and relative second mould 9 of each several part is separately arranged symmetrically with, and the distance between two spacing positions II 24 is less than the length of shaped vias 10.Two spacing positions II 24 are in relative location status, and thus, luggage carrier II 22 only provides the transport condition on a direction at grade.Luggage carrier II 22 to be positioned at immediately below the second mould 9 and to be positioned at directly over the 3rd mould 16.Distance between two support zones II 23 is less than the length of the 3rd mould 16, but two support zones II 23 are all provided with the breach of a rectangle in relative side, two support zones II 23 are greater than the length of the 3rd mould 16 in the spacing of indentation, there, and these two breach are all positioned on the track of the straight reciprocating motion of the 3rd mould 16, namely when the second lift cylinder stretch out drive the 3rd mould 16 move time, the 3rd mould 16 can between the breach of the support zone II 23 of luggage carrier II 22 through and to first mould 7 position motion.
Above-mentioned sheet material package is following structure.As shown in Figure 1, packing chest package adopts fluting board to form through cross cutting, corrugated board by facial tissue, waveform core paper interlayer by being bonded, waveform core paper interlayer continuous bend formed groove 6, between adjacent grooves 6 towards the opposite, bearing of trend is parallel.This package is provided with main body section 1, long leg position 2, broadside position 3, and this three is rectangular configuration.In size, the size that size is greater than the size of long leg position 2, the size of long leg position 2 is greater than broadside position 3 of main body section 1, but the width that the length of long leg position 2 is slightly smaller than the length of main body section 1, the length at broadside position 3 is slightly smaller than main body section 1, the width of long leg position 2 is identical with the width at broadside position 3.Two broadside places that long leg position 2 is positioned at two long edge positions of main body section 1, broadside position 3 is positioned at main body section 1, namely in main body section 1, be connected with broadside position 3,2, two, two long leg positions, demarcated by empty broken string between main body section 1 and long leg position 2, demarcated by empty broken string between main body section 1 and broadside position 3, here the void broken string of indication refers to that the otch arrangement in package body is linearly, otch is formed by die-cut, and otch runs through package body.Respectively be provided with a connecting portion 4 at the broadside place of long leg position 2, this connecting portion 4 is a ladder structure of right angle, its bottom length, is highly all less than the width of long leg position 2.The side at the hypotenuse next-door neighbour broadside position 3 of connecting portion 4, the hypotenuse of connecting portion 4 and the long edge position of side, long leg position 2 are in crossing position relationship; The square edge between two bases of connecting portion 4 and the long edge position of long leg position 2 opposite side are in position relationship that is parallel and that misplace, therefore, the both sides of connecting portion 4 and the both sides of long leg position 2 misplace transition, the effect of this structure is to avoid connecting portion 4 to hinder opposing body position, long leg position 21 to bend, thus ensures that this bending process is smooth and easy and carry out.Connecting portion 4 and long leg position 2 are connected as a single entity and are also demarcated by empty broken string between the two.Main body section 1 therebetween position is provided with through hole 5, and this through hole 5 is for rectangle and be provided with four fillets, through hole 5 at long limit and broadside intersection with round-corner transition.The size in the cross section of shaping end 17 position on the direction of vertical 3rd mould 16 sense of motion of the 3rd mould 16 is all greater than the size of this through hole 5.Groove 6 bearing of trend in this package body is parallel with the direction, place, long limit of main body section 1, and then groove 6 bearing of trend is parallel with the direction, place, long limit of package body.
During work, the first mould 7, the 3rd mould 16 are all in initial condition, as shown in Figure 6.Sheet package passes through luggage carrier I 18 to this sheet-material package part building mortion delivered inside, one of the broadside position 3 of package is rectified spacing position I 20 and the restriction of limited bit position I 20, and a side at the broadside position 3 of package is subject to the supporting role of support zone I 19.When package is through adhesion agent spray piece 21 position pause motion, the gum outlet of adhesion agent spray piece 21 adds adhesion agent to the two ends at the broadside position 3 of package; Then, the package scribbling adhesion agent is sent to position between the first mould 7 and the second mould 9, now, the top that the top that the main body section 1 of package is positioned at directly over shaped vias 10, long leg position 2 is positioned at the 3rd spigot surface 15, broadside position 3 are positioned at the top of the first spigot surface 13, connecting portion 4 is positioned at the second spigot surface 14, main body section 1 is also positioned at immediately below the first mould 7 and through hole 5 is positioned at below shaping region 8; Then, the first lift cylinder stretches out, and the first mould 7 moves to the second mould 9 position and promotes package and moves to the second mould 9 position, and as shown in Figure 7, the operation end of the first mould 7 tightly promotes the main body section 1 of package.Because package has certain elastic deformation ability, be subject to the first mould 7 extrude after opposing body position, broadside position 3 adaptive curved, cause package under the extruding of the first mould 7, to depart from luggage carrier I 18 and contact with the second mould 9, now, the edge of package occurs bending.As shown in Fig. 2,8, treat the first mould 7 push-through packs part further, when making package further enter the shaped vias 10 of the second mould 9, connecting portion is stopped by the second spigot surface 14 and relatively short side position 2 bends; Along with the first mould 7 continues push-through packs part, long leg position 2 is stopped by the 3rd spigot surface 15 and opposing body position 1 bends, and then, broadside position 3 is stopped by the first spigot surface 13 and opposing body position 1 bends.The connecting portion 4 that originally relatively short side position 2 is in bending state is in bending state at this moment broadside position 3 with opposing body position 1 is in relative location status.First lift cylinder continues to stretch out, the first mould 7 is driven to continue to shaped vias 10 internal motion, the two ends at broadside position 3 and connecting portion 4 is impelled to be clamped in the gap between the first mould 7 and the second mould 9 with overlapped way, width due to gap is less than the twice of the thickness of this package and gap width is less than the thickness at broadside position 3 and the thickness sum of connecting portion 4, thus make two ends, broadside position 3 with close contact between connecting portion 4 and by together with adhesive bond.Now, package has bent shaping and has been positioned at the shaped vias 10 of the second mould 9, but in the main body section 1 of package, especially through hole 5 place of main body section 1 is outwardly, its protrusion direction is positioned at the side of main body section 1, this side and broadside position 3, long leg position 2 bend rear side and support or oppose, and namely namely deviate from the direction of shaping region 8 on the direction of the 3rd mould 16 position.
While the first mould 7 moves to the second mould 9 position, the 3rd mould 16 also moves to the second mould 9 position under the effect of the second lift cylinder.3rd mould 16 is through luggage carrier II 22, and its shaping end 17 protrudes between support zone II 23.As shown in Figure 9, when the first lift cylinder stretches out, promote the first mould 7 by bending be shaped package be placed in the second mould 9 configured ends 12 and from the second mould 9, now, the shaping end 17 of the 3rd mould 16 is embedded in the shaping region 8 of the first mould 7, the main body section 1 of package is taken advantage of a situation bending in shaping region 8 at its position, through hole 5 place.Due on the first mould 7 sense of motion i.e. the first lift cylinder telescopic direction on, the base angle in the cross section of shaping region 8 is greater than the base angle in the cross section of the shaping end 17 of the 3rd mould 16, makes package obtain suitable shaping.So, the structure of the main body section 1 of adjustment package, has slackened main body section 1 and long leg position 2, main body section 1 and the elastic force of broadside position 3 under relative bending state, and then can eliminate package evagination problem when being shaped, obtain the package of desirable shaping, as shown in Figure 3.
As shown in Figure 10, after shaping completes, first, the first lift cylinder shrinks, and then, the second lift cylinder shrinks.The package be shaped drops on luggage carrier II 22 under Gravitative Loads, a side at the broadside position of package is relative with spacing position II 24 and be subject to the restriction at spacing position II 24, and the two ends of the main body section of package are subject to the supporting role of support zone II 23.Finally, the package of shaping is outwards exported by luggage carrier II 22.
The utility model the second embodiment.
This embodiment and the difference of the first embodiment are that the installation direction in the installation direction of the first lift cylinder and the first embodiment is contrary, namely when the first lift cylinder stretches out, the operation end of the first mould departs from the second mould, and when the first lift cylinder shrinks, the operation end of the first mould stretches in shaped vias.
The third embodiment of the utility model.
This embodiment and the difference of the first embodiment are that the installation direction in the installation direction of the second lift cylinder and the second embodiment is contrary, namely when the second lift cylinder shrinks, the 3rd mould moves to the configured ends of the second mould, and when the second cylinder stretches out, the 3rd mould is away from the second mould.
The utility model the 4th kind of embodiment.
The difference of this embodiment and the first embodiment is that gap H equals the twice of the thickness h of package.
Claims (9)
1. a sheet-material package part building mortion, this sheet-material package part building mortion comprises the first mould (7) and the second mould (9), described second mould (9) is positioned in the first mould (7) reciprocating path of motion, described second mould (9) is provided with the shaped vias (10) for holding the first mould (7), described second mould (9) is guide end (11) at the position of the surrounding of shaped vias (10) one end, described second mould (9) is provided with spigot surface at guide section, described second mould (9) is configured ends (12) at the position of the surrounding of shaped vias (10) other end, on the direction in the direction that vertical first mould (7) is moved, the described cross sectional shape of the first mould (7) is identical with the cross sectional shape of the shaped vias (10) of the second mould (9), described first mould (7) is provided with operation end, it is characterized in that: described first mould (7) is provided with shaping region (8) at operation end place, the cross section of described shaping region (8) on the first mould (7) sense of motion is trapezoidal, described sheet-material package part building mortion also comprises the 3rd mould (16), described 3rd mould (16) is provided with towards the shaping end (17) of shaping region (8), the cross section that the shaping end (17) of described 3rd mould (16) is on the first mould (7) sense of motion is trapezoidal, the crank motion track of described 3rd mould (16) and three mould (16) parallel with the first mould (7) reciprocating path of motion intersects at the configured ends (12) of the second mould (9) in the mode that shaping end (17) is embedded in shaping region (8).
2. sheet-material package part building mortion according to claim 1, is characterized in that: described shaping region (8) are greater than described 3rd mould (16) shaping end (17) at the base angle of the first mould (7) sense of motion upper section is in the base angle in the cross section on the first mould (7) sense of motion.
3. sheet-material package part building mortion according to claim 1, it is characterized in that: described sheet-material package part building mortion comprises the first lift cylinder and the second lift cylinder, described first mould (7) is arranged on the first lift cylinder, described second mould (9) is arranged on the second lift cylinder, and the telescopic direction of described first lift cylinder is parallel with the telescopic direction of the second lift cylinder.
4. sheet-material package part building mortion according to claim 1, it is characterized in that: described sheet-material package part building mortion comprises luggage carrier I (18) and luggage carrier II (22), described luggage carrier I (18) is positioned at guide end (11) place of the shaped vias (10) of the second mould (9), described luggage carrier II (22) is positioned at configured ends (12) place of the shaped vias (10) of the second mould (9), described luggage carrier I (18) is provided with two support zones I (19) be separated, described luggage carrier II (22) is provided with two support zones II (23) be separated, distance between described two support zones I (19) is greater than the distance between two support zones II (23), described luggage carrier I (18) both sides are provided with spacing position I (20), described spacing position I (20) lays respectively at the side of each support zone I (19), described luggage carrier II (22) both sides are provided with spacing position II (24), described spacing position II (24) lays respectively at the side of each support zone II (23).
5. sheet-material package part building mortion according to claim 4, it is characterized in that: described sheet-material package part building mortion comprises adhesion agent spray piece (21), described adhesion agent spray piece (21) and luggage carrier I (18) are arranged in order on the first mould (7) reciprocating sense of motion, and the glue spraying mouth of described adhesion agent spray piece (21) is towards the second mould (9) position.
6. sheet-material package part building mortion according to claim 4, it is characterized in that: the distance between described two support zones II (23) is less than the length of the 3rd mould (16), distance between described two support zones II (23) is less than shaped vias (10) length, described luggage carrier II (22) is provided with the breach be convenient to the 3rd mould (16) and passed through on support zone II (23), and described breach is positioned on the crank motion track of the 3rd mould (16).
7. sheet-material package part building mortion according to claim 1, is characterized in that: described first mould (7) equals the twice of sheet thickness at the most to the vertical distance of the second mould (9).
8. one kind is applicable to the package of sheet-material package part building mortion operation described in claim 1, it is characterized in that: the body of this package is corrugated board, it comprises main body section (1), long leg position (2), broadside position (3), described main body section (1), long leg position (2), broadside position (3) is all rectangular configuration, the shape of described main body section (1) is identical with the shape in the cross section of shaped vias (10) on the direction of vertical first mould (7) vibration-direction, described in the long edge position of main body section (1), long leg position (2) is connected with main body section (1), described in the broadside place of main body section (1), broadside position (3) is connected with main body section (1), described long leg position (2) is respectively provided with a connecting portion (4) for being connected with broadside position (3) at its broadside place, described main body section (1) is provided with through hole (5), the size of described through hole (5) is less than the size in the cross section of shaping end (17) on the direction of vertical first mould (7) vibration-direction of the 3rd mould (16).
9. package according to claim 8, is characterized in that: groove (6) bearing of trend on described body is parallel with the direction, place, long limit of main body section (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520038150.1U CN204527806U (en) | 2015-01-20 | 2015-01-20 | A kind of sheet-material package part building mortion and package |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520038150.1U CN204527806U (en) | 2015-01-20 | 2015-01-20 | A kind of sheet-material package part building mortion and package |
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| Publication Number | Publication Date |
|---|---|
| CN204527806U true CN204527806U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520038150.1U Expired - Fee Related CN204527806U (en) | 2015-01-20 | 2015-01-20 | A kind of sheet-material package part building mortion and package |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104590623A (en) * | 2015-01-20 | 2015-05-06 | 杭州中亚机械股份有限公司 | Sheet package molding device and package |
| CN106043818A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding sealing carton packing equipment for vehicle air conditioner filter |
| CN106043816A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and carton sealing packaging machine for vehicular air-conditioning filer |
| CN106043819A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and container sealing packing method for vehicle air conditioner filter |
| CN106043817A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and carton sealing packaging method for vehicular air-conditioning filer |
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2015
- 2015-01-20 CN CN201520038150.1U patent/CN204527806U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104590623A (en) * | 2015-01-20 | 2015-05-06 | 杭州中亚机械股份有限公司 | Sheet package molding device and package |
| CN104590623B (en) * | 2015-01-20 | 2017-01-04 | 杭州中亚机械股份有限公司 | A kind of sheet-material package part forming device and package |
| CN106043818A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding sealing carton packing equipment for vehicle air conditioner filter |
| CN106043816A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and carton sealing packaging machine for vehicular air-conditioning filer |
| CN106043819A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and container sealing packing method for vehicle air conditioner filter |
| CN106043817A (en) * | 2016-08-02 | 2016-10-26 | 江苏盈科汽车空调有限公司 | Cover folding and carton sealing packaging method for vehicular air-conditioning filer |
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