CN104029842B - Chartered plane in belt - Google Patents
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- CN104029842B CN104029842B CN201310071866.7A CN201310071866A CN104029842B CN 104029842 B CN104029842 B CN 104029842B CN 201310071866 A CN201310071866 A CN 201310071866A CN 104029842 B CN104029842 B CN 104029842B
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Abstract
The invention belongs to cylindrical explosive packaging field, particularly relate to chartered plane in belt.Chartered plane in a kind of belt, including frame, it is placed in described frame and for the conveying mechanism of transport column shaped explosive charge, for supplying upper film and the film feeding mechanism of lower film, it is placed in the outfan of described film feeding mechanism and described lower film is bent to form to contain the folded film mechanism of the holding tank of described cylindrical explosive, being placed in above described conveying mechanism and successively upper film and the corresponding transverse edge of lower film and longitudinal edge are sealed with the edge-sealing mechanism packed by described cylindrical explosive.The present invention uses conveying mechanism conveying to be placed in the cylindrical explosive between film and lower film, lower film is bent to form holding tank and is positioned by cylindrical explosive by folded film mechanism, transverse edge corresponding for upper and lower film and longitudinal edge are sealed by edge-sealing mechanism successively, thus form a cylindrical explosive bag, so packaging efficiency is high, and the gap of each cylindrical explosive in cylindrical explosive bag is little, is not susceptible to be mutually shifted, the external form of whole cylindrical explosive bag is stable, and packaging fixed effect is good.
Description
Technical field
The invention belongs to cylindrical explosive packaging field, particularly relate to chartered plane in belt.
Background technology
At present, one packaging film of the many employings of cylindrical explosive packs many cylindrical explosives.Specifically, first by one
Open packaging film and be folded to form the packaging limit of a packaging bag, then place many cylindrical explosives to be packaged,
Again by other three limits opening hot melt sealings of packaging bag, thus complete the middle bag to many cylindrical explosives.
But in actual production, above-mentioned manner of packing, the sealing frequently resulting in packaging bag periphery is uneven,
Imperfect, and packaging efficiency is low.The position causing many cylindrical explosives in packaging bag is not fixed, easily
Mobile, misaligned, i.e. fixed effect after packaging is the best, is not easy to follow-up incasement operation.
Summary of the invention
It is an object of the invention to provide chartered plane in a kind of belt, it is intended to solve cylindrical explosive in prior art
Middle bag efficiency is low, the problem of packaging fixed effect difference.
The present invention is achieved in that chartered plane in a kind of belt, including
Frame；
Conveying mechanism, is placed in described frame, for carry many side by side and stacking arrange cylindrical explosive；
Film feeding mechanism, is respectively placed in cylindrical explosive upper and lower with described cylindrical explosive together for supply
The upper film of movement and lower film；
Folded film mechanism, is placed in the outfan of described film feeding mechanism, for being bent to form described lower film to contain
Filling the holding tank of described cylindrical explosive, described folded film mechanism includes being placed in the arrival end of described conveying mechanism also
Edge along conveying direction on described lower film bent inwards and contains many to be formed side by side and stacking is arranged
The shaped component of the holding tank of cylindrical explosive and adjacent described shaped component also make described lower film keep having institute
State the standard element of holding tank shape；
Edge-sealing mechanism, is placed in above described conveying mechanism, for successively by described upper film and described lower film pair
The transverse edge answered and longitudinal edge seal to be packed by described cylindrical explosive.
Further, described film feeding mechanism includes the top being placed in described conveying mechanism and for supplying upper film
Upper film feed mechanism and be placed in described conveying mechanism lower section and for supply match with described upper film under
The lower film feed mechanism of film；Described upper film feed mechanism includes the upper film roll of a tubular, two is symmetrical arranged also
It is resisted against the rotation roller bottom described upper film roll and is placed in above described conveying mechanism and described upper film is covered
The upper mould wheel being placed on described cylindrical explosive；Described lower film feed mechanism include a tubular lower film roll,
Axially it is arranged in described lower film roll center the rotary shaft driving described lower film roll to rotate and drives described rotation
The drive member of axis of rotation.
Further, described folded film mechanism includes the arrival end being placed in described conveying mechanism and by described lower film
On bend inwards along the edge of conveying direction and to contain many side by side and the stacking cylindrical explosive that arranges to be formed
The shaped component of holding tank and adjacent described shaped component also make described lower film keep having described receiving flute profile
The standard element of shape.
Further, described shaped component is a sheet metal component, and it includes the end being fixed in described frame
Plate and be the most vertically connected to described base plate two ends two risers bent inwards at the edge of described lower film,
On described riser, the side towards described lower film is provided with an oblique angle；Described standard element includes that two are oppositely arranged
In the straight plate that described conveying mechanism both sides and spacing are adjustable.
Further, described folded film mechanism also includes being placed in above described standard element and send along described upper film
Material direction be positioned at described edge-sealing mechanism before and can be the most turned-out by the edge bent inwards on described lower film
Roll over the flanging assembly for laterally sealing.
Further, described flanging assembly includes a gripper shoe being fixedly arranged on described conveying mechanism both sides and leads to
Cross a rotary shaft be connected in described gripper shoe and rotatably compress the edge bent inwards on described lower film
And the runner outward turned down.
Further, described conveying mechanism include for carry cylindrical explosive to be packaged and drive described under
Transmission belt that film together moves, drive the active rotating shaft of described transmission belt loopy moving, with described
The driven spindle that active rotating shaft rotates is rotationally connected and drives described active rotating shaft to turn with described active rotating shaft
Dynamic and that rotational frequency is identical with the frequency of film under supply in described film feeding mechanism dynamic component.
Further, described edge-sealing mechanism includes being located at along the conveying direction of parallel described cylindrical explosive described
Above conveying mechanism and can by described upper film and described lower film relative to transverse edge laminating close horizontal
Sealing parts and the conveying direction along vertical described cylindrical explosive are arranged at the outfan of described conveying mechanism also
Can by described upper film and described lower film relative to longitudinal edge laminating close and cut off and make upper one the completeest
Become the longitudinal direction that the cylindrical explosive bag of edge sealing separates with the cylindrical explosive bag being not fully complete edge sealing immediately
Sealing parts.
Further, described horizontal sealing parts include laying respectively at described conveying mechanism both sides and for inciting somebody to action
The left sealing assembly of the dual-side sealing that described upper film is relative with lower film and right sealing assembly；Described left and right
Sealing component all includes that a backing plate being fixed on side, described conveying mechanism side arranges mutually with described backing plate and incites somebody to action
Pressing plate that transverse edge corresponding on described upper film and described lower film is adjacent to and driving moves down on described pressing plate
Dynamic and upper film is pressed on laterally sealing cylinder on described lower film with can be corresponding with lower film by described upper film
The heat seal of edge hot melt sealing, described pressing plate is connected to the external part of described horizontal sealing cylinder, institute
State heat seal to be fixedly arranged in described backing plate and/or described pressing plate.
Further, described longitudinal sealing parts include about the two longitudinal sealing cylinders being oppositely arranged and divide
Be not fixedly connected on the external part of described longitudinal sealing cylinder, can be by longitudinal direction relative for described upper and lower film
The two longitudinal sealing assemblies that edge laminating is closed and cut off, described in two, longitudinal sealing assembly all includes a sealing
Plate, for the heat generating member by the corresponding edge hot melt sealing of described upper film and lower film；Described sealing plate connects
In the external part of described longitudinal sealing cylinder, described heat generating member is fixedly connected on described sealing plate and with described
Upper film is relative with the longitudinal edge of lower film；Wherein longitudinal sealing assembly described in also includes amputation knife, institute
Stating amputation knife to be inserted in described sealing plate, the sealing plate of another described longitudinal sealing assembly is provided with and institute
State the groove that amputation knife match.
Compared with prior art, chartered plane in the belt that the present invention provides, use conveying mechanism conveying column to explode
Medicine, is supplied respectively to the upper film for packing cylindrical explosive and lower film by film feeding mechanism, uses folded film mechanism
Lower film is bent to form holding tank, and cylindrical explosive to be packaged is positioned at described holding tank, goes up film simultaneously and covers
It is placed on cylindrical explosive to be packaged, then by edge-sealing mechanism, edge corresponding for upper and lower film is sealed, from
And complete the packaging of cylindrical explosive, and forming a cylindrical explosive bag, such packaging efficiency is high, cylindrical explosive
The gap of each cylindrical explosive in bag is little, is not susceptible to be mutually shifted, and the external form of whole cylindrical explosive bag is steady
Fixed, packaging fixed effect is good.
Accompanying drawing explanation
Fig. 1 is the schematic side view of chartered plane in belt in the embodiment of the present invention；
Fig. 2 is the schematic top plan view of chartered plane in belt in the embodiment of the present invention；
Fig. 3 is the transverse edge sealing schematic diagram going up film and lower film in the embodiment of the present invention in belt in chartered plane.
Description of symbols:
1 frame 44 flanging assembly
2 conveying mechanism 421 base plates
3 film feeding mechanism 422 risers
4 folded film mechanism 441 gripper shoes
5 edge-sealing mechanism 442 rotary shafts
21 transmission belt 443 runners
22 active rotating shafts 51 laterally seal parts
The longitudinal sealing parts of 23 driven spindles 52
Film feed mechanism 511 left sealing assembly on 31
32 times film feed mechanism 512 right sealing assemblies
Film roll 5111 backing plate on 311
312 rotate roller 5112 pressing plate
On 313, mould wheel 5113 laterally seals cylinder
321 times film roll 521 longitudinal sealing cylinders
322 rotary shaft 522 longitudinal sealing assemblies
41 holding tanks 5221 seal plate
42 shaped component 5225 leads
43 standard element 100 cylindrical explosives
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and
Embodiment, is further elaborated to the present invention.Should be appreciated that described herein being embodied as
Example only in order to explain the present invention, is not intended to limit the present invention.
Below in conjunction with concrete accompanying drawing, the realization of the present invention is described in detail.
As shown in Figures 1 to 3, the preferred embodiment provided for the present invention.
Chartered plane in a kind of belt that the present embodiment provides, including for supporting chartered plane in fixing described belt
Frame 1, conveying mechanism 2, film feeding mechanism 3, folded film mechanism 4 and edge-sealing mechanism 5.In described belt
In chartered plane, side by side and stacking is arranged, in this enforcement, it is preferable that described column many cylindrical explosives 100
Explosive 100 is set to two-layer, and every layer is provided with ten.Certainly, it is possible to need to close according to actual production
Reason arranges the arrangement number of plies of cylindrical explosive 100 and the radical being set up in parallel of every layer.Described conveying mechanism 2
Be placed in described frame 1, for carry many side by side and stacking arrange cylindrical explosive 100；Described film feeding
Mechanism 3, is used for supplying film and lower film, and wherein, upper film is placed in the top of cylindrical explosive 100, and lower film is put
In the lower section of cylindrical explosive 100, lower film is pressed on conveying mechanism 2 by described cylindrical explosive 100, when
The edge sealing that lower film is corresponding along the conveying direction of conveying mechanism 2 with upper film, along with conveying mechanism 2 carries
Dynamic described cylindrical explosive 100 moves, and described upper film and lower film together move along with described cylindrical explosive 100.
Described folded film mechanism 4 is placed in the outfan of described film feeding mechanism 3, and folded film mechanism 4 can be by lower film bent
Become a holding tank 41, in order to contain described cylindrical explosive 100；As such, it is possible to cylindrical explosive 100 is entered
Row Primary Location so that cylindrical explosive 100 has a stable container dimensions in described lower film, for
Follow-up provide convenience fully enclosed for cylindrical explosive 100.Described edge-sealing mechanism 5 is placed in described conveyer
Above structure 2, edge-sealing mechanism 5 is successively by transverse edge corresponding with described lower film for described upper film and longitudinal edge
Edge seals to be packed by described cylindrical explosive 100.It is to say, this edge-sealing mechanism 5 first by upper film and under
The two transverse edge sealings being correspondingly arranged on film, are sealing longitudinal edge successively.
Chartered plane in the belt that the present invention provides, it is achieved that a kind of novel middle packet mode, realizes packaging film
Four bandings close, the middle bag made have sizing compact, pattern is smooth, fireballing feature.Use conveying
Mechanism 2 transport column shaped explosive charge 100, is supplied respectively to for packing cylindrical explosive 100 by film feeding mechanism 3
Upper film and lower film, use folded film mechanism 4 that lower film is bent to form holding tank 41, cylindrical explosive to be packaged
100 are positioned at described holding tank 41, go up film simultaneously and are covered on cylindrical explosive 100 to be packaged, then lead to
Cross edge-sealing mechanism 5 to be sealed at edge corresponding for upper and lower film, thus complete the packaging of cylindrical explosive 100,
Forming a cylindrical explosive 100 to wrap, such packaging efficiency is high, and each column in cylindrical explosive 100 bag is exploded
The gap of medicine 100 is little, is not susceptible to be mutually shifted, and the external form of whole cylindrical explosive 100 bag is stable, bag
Dress fixed effect is good.
Further, as it is shown in figure 1, described film feeding mechanism 3 includes being placed in the upper of described conveying mechanism 2
Side and for supplying the upper film feed mechanism 31 of film and being placed in the lower section of described conveying mechanism 2 and for supplying
Give the lower film feed mechanism 32 of the lower film matched with described upper film；Described upper film feed mechanism 31 includes one
The upper film roll 311, two of shape be symmetrical arranged and be resisted against the rotation roller 312 bottom described upper film roll 311 and
It is placed in above described conveying mechanism 2 and described upper film is covered in the upper mould on described cylindrical explosive 100
Wheel 313；Described lower film feed mechanism 32 include a tubular lower film roll 321, axially be arranged in described
In lower film roll 321 and rotary shaft 322 that described lower film roll 321 rotates can be driven and drive described rotation
The drive member that axle 322 rotates.The rotation centerline of described rotary shaft 322 and described lower film roll 321
Centrage overlaps.By upper film and lower film being respectively arranged at the upper and lower of described conveying mechanism 2 and real
Now distinguish feed, so, design ingenious, simple in construction.Wherein, during upper film roll 311 feed, needn't
Individually power source drives it to rotate, but utilizes upper film transverse edge to seal after described lower film, by post
Shaped explosive charge 100 is tentatively packaged in wherein, described conveying mechanism 2 drive cylindrical explosive 100 to move, from
And involve film and together move, thus described upper film roll 311 is driven to rotate, owing to being resisted against described upper film
Rotation roller 312 bottom volume 311 is all tangent with described upper film roll 311 circumference, rotates roller 312 and is supporting
While described upper film roll 311, the most described upper film roll 311 rolls, thus defines described upper film
The position of volume 311, and make described upper film roll 311 all the time around its centrage autobiography.In actual application,
Described drive member is identical in the frequency of delivery of described conveying mechanism 2, i.e. described conveying mechanism 2
During transport column shaped explosive charge 100, this drive member synchronous axial system, so, it is ensured that the rate of tension of lower film,
Ensure that the surface smoothness after cylindrical explosive 100 packaging.
Further, described folded film mechanism 4 includes the arrival end being placed in described conveying mechanism 2 can be by institute
State on lower film the edge along conveying direction to bend inwards and contain many side by side and the column that arranges of stacking to be formed
The shaped component 42 of the holding tank 41 of explosive 100 and be close to described shaped component 42 arrange and make described under
Film keeps the standard element 43 with described holding tank 41 shape.In the present embodiment, described shaped component
42 is a sheet metal component, and it includes that one is fixed on the base plate 421 in described frame 1 and is the most vertically connected to
Described base plate 421 two ends two risers 422 that the edge of described lower film can be bent inwards, described riser
On 422, the side towards described lower film is provided with an oblique angle；In the present embodiment, lower film is through described shaped component
After the bending of 42, the longitudinal section of the holding tank 41 formed is "U" shaped, described cylindrical explosive 100
It is positioned in described holding tank 41, and the bottom of described holding tank 41 is pressed on described conveying mechanism 2
On.So, cylindrical explosive 100 is achieved Primary Location, decreases the gap of cylindrical explosive 100,
Be easy to follow-up upper film and lower film edge are sealed after location completely to cylindrical explosive 100, and ensure that it wraps
Monnolithic case after dress.Described standard element 43 include two be relatively arranged on described conveying mechanism 2 both sides and
The straight plate that spacing is adjustable.By this straight plate, it is ensured that the holding tank 41 formed after the bending of lower film
Diapire and be oppositely arranged and be connected to the two side on described diapire and there is a reliable position relationship, i.e.
Ensure that the vertical sectional shape of this holding tank 41.Be interval with by the side of plate straight described in one two for
The adjustment means of spacing between the described straight plate that regulation two is oppositely arranged, described adjustment means is bolt.
In actual production, pack as required the quantity of cylindrical explosive 100 longitudinally arrangement carry out reasonable adjusting two
The spacing of straight plate, thus change the width of diapire, it is achieved the packaging of plurality of specifications, improve packaging
Motility.
Further, described folded film mechanism 4 also includes being placed in above described standard element 43 and along on described
Before film feed direction is positioned at described edge-sealing mechanism 5 and can by the edge that bent inwards on described lower film again
Outwards turnover is for the flanging assembly 44 of laterally sealing.Described flanging assembly 44 is provided with two groups and relatively sets
It is placed in the both sides of described conveying mechanism 2.The transverse sides of lower film is after shaped component 42, in erectting shape,
By arranging described flanging assembly 44, the outward flange of the side that lower film can be erect shape easily bends in water
Flat-shaped, it is beneficial to the transverse edge of lower film and the transverse edge sealing of upper film.
Specifically, described flanging assembly 44 includes a gripper shoe being fixedly arranged on described conveying mechanism 2 both sides
441 and be connected in described gripper shoe 441 and rotatably compressed on described lower film by a rotary shaft 442
The edge bent inwards the runner 443 outward turned down.It is so designed that, simple in construction, runner 443
Be accomplished that between lower film that rolling is connected, frictional force is little, little to the moving resistance of lower film, it is to avoid right
Pullling of lower film, it is ensured that the happy degree that lower film moves, and then ensure that outside the packaging of cylindrical explosive 100
Shape.
Further, described conveying mechanism 2 includes for carrying cylindrical explosive 100 to be packaged and can carry
Transmission belt 21 that dynamic described lower film together moves, the active driving described transmission belt 21 loopy moving turn
Axle 22, the driven spindle 23 rotated with described active rotating shaft 22 and described active rotating shaft 22 rotate even
Connect and drive described active rotating shaft 22 to rotate and the frequency of rotational frequency film lower with supply in described film feeding mechanism 3
The dynamic component that rate is identical.Described dynamic component is motor.Conveying mechanism 2 structure letter in the present embodiment
Single, highly versatile, cost of manufacture is low, it is easy to produces and realizes.
Further, described edge-sealing mechanism 5 includes setting along the conveying direction of parallel described cylindrical explosive 100
Above described conveying mechanism 2 and can by described upper film and described lower film relative to transverse edge laminating envelope
Laterally sealing parts 51 and the conveying direction along vertical described cylindrical explosive 100 that close are arranged at described conveying
The outfan of mechanism 2 and can by described upper film and described lower film relative to longitudinal edge laminating close and cut
Disconnected and cylindrical explosive 100 bag that makes one to complete edge sealing with immediately be not fully complete edge sealing
Longitudinal sealing parts 52 that cylindrical explosive 100 bag separates.By arranging laterally sealing parts 51 and longitudinally envelope
Cut parts 52, and be placed in laterally sealing parts 51 between described longitudinal sealing parts 52, so, just
First the transverse edge that upper film and lower film are correspondingly arranged can be sealed successively, thus form the box-like of both ends open
Packaging bag, each cylindrical explosive 100 is the most tentatively packaged in this box-like packaging bag, defines that each column is exploded
Radial clearance between medicine 100, now, upper film is connected in one with lower film, just can be along with cylindrical explosive
100 move along the conveying direction of conveying mechanism 2, when arriving in described longitudinal sealing parts 52, vertical
To sealing parts 52 successively by two longitudinal edge sealings of this box-like packaging bag, thus it is rapidly completed column
The packaging of explosive 100, defines each cylindrical explosive 100 axial location in cylindrical explosive 100 wraps,
Ensure that compactness and flatness that cylindrical explosive 100 wraps.
Specifically, described horizontal sealing parts 51 include laying respectively at described conveying mechanism 2 both sides and for
By left sealing assembly 511 and the right sealing assembly 512 of dual-side sealing relative with lower film for described upper film；Institute
State left and right sealing component and all include that one is fixed on the other backing plate 5111 in described conveying mechanism 2 side with described
The pressing plate that backing plate 5111 phase arranges and can be adjacent to by transverse edge corresponding on described upper film and described lower film
5112 and the horizontal sealing that drives described pressing plate 5112 to move up and down and upper film is pressed on described lower film
Cylinder 5113 and the heat seal that edge hot melt corresponding with lower film for described upper film can be sealed, described pressing plate
5112 external parts being connected to described horizontal sealing cylinder 5113, described heat seal is fixedly arranged on described backing plate
5111 and/or described pressing plate 5112 in.In the present embodiment, described pressing plate 5112 is arranged at described conveyer
On the side of structure 2, the transverse edge of its lower film is laid on described pressing plate 5112.Described heat seal is heat
Fuse.Preferably, bakelite plate is used to make backing plate 5111 and/or pressing plate 5112.So, design ingenious,
And it is simple and compact for structure.In practical operation, described backing plate 5111 is pressed to by laterally sealing cylinder 5113 driving
Pressing plate 5112, backing plate 5111 compresses film transverse edge makes it be affixed on the transverse edge of lower film, by heat
The hot melt effect of sealing, seals the transverse edge of upper film and lower film, and described backing plate 5111 resets, conveying
Mechanism 2 operates and upper and lower is packaged with the cylindrical explosive 100 of upper film and lower film is respectively delivered to longitudinal sealing
Parts 52, so work continuously, and closely, packaging efficiency is high in packaging action linking.
Further, described longitudinal sealing parts 52 include about the two longitudinal sealing cylinders being oppositely arranged
521 and be respectively fixedly connected with on the external part of described longitudinal sealing cylinder 521, can be by described upper and lower film
The two longitudinal sealing assemblies 522 that relative longitudinal edge laminating is closed and cut off, longitudinal sealing assembly described in two
522 all include a sealing plate 5221, for sending out the corresponding edge hot melt sealing of described upper film and lower film
Warmware；Described sealing plate 5221 is connected to the external part of described longitudinal sealing cylinder 521, described heat generating member
It is fixedly connected on described sealing plate 5221 relative with the longitudinal edge of described upper film and lower film；A wherein institute
State longitudinal sealing assembly 522 and also include that amputation knife, described amputation knife are inserted in described sealing plate 5221,
The sealing plate 5221 of another described longitudinal sealing assembly 522 is provided with recessed with what described amputation knife matched
Groove.On described longitudinal sealing parts 52 and described horizontal sealing parts 51, it is equipped with for detecting post
The sensor of shape cylindrical explosive 100 position.Described longitudinal sealing parts 52 are by described upper film and the limit of lower film
The centre position of described cylindrical explosive 100 packaging bag it is positioned at edge sealing.Certainly also dependent on concrete need
Position at the upper and lower film edge sealing of regulation that will be suitable, so that it is guaranteed that each column being in packaging bag
The arrangement position of explosive 100 is the most stable, and possesses a stable container dimensions structure, and in follow-up
Vanning shipment.
Described longitudinal sealing parts 52 and described cross member have also been arranged in pairs lead 5225, described
Lead 5225 laterally or longitudinally seals the both sides of cylinder 521, described lead described in being symmetrically distributed in
The centerline direction of 5225 in described laterally or longitudinally sealing cylinder 521 to stretch out direction parallel.So,
Guarantee longitudinal sealing parts 52 seal the pressing plate 5112 in plate 5221 and described cross member, in vertically
The linearity of motion track on direction, it is ensured that longitudinal sealing parts 52 and described cross member to upper film and
The accurate sealing at the edge of lower film, it is ensured that the cylindrical explosive 100 bag sizing after packaging is compact, pattern is put down
Whole, it is simple to follow-up vanning.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all at this
Any amendment, equivalent and the improvement etc. made within the spirit of invention and principle, should be included in this
Within the protection domain of invention.
Claims (9)
1. chartered plane in belt, it is characterised in that include
Frame；Conveying mechanism, is placed in described frame, for carry many side by side and stacking arrange post
Shaped explosive charge；
Film feeding mechanism, is used for being supplied respectively to being placed in cylindrical explosive upper and lower with described cylindrical explosive together
The upper film of movement and lower film；
Folded film mechanism, is placed in the outfan of described film feeding mechanism, for being bent to form described lower film to contain
Filling the holding tank of described cylindrical explosive, described folded film mechanism includes being placed in the arrival end of described conveying mechanism also
Edge along conveying direction on described lower film bent inwards and contains many to be formed side by side and stacking is arranged
The shaped component of the holding tank of cylindrical explosive and adjacent described shaped component also make described lower film keep having institute
State the standard element of holding tank shape；
Edge-sealing mechanism, is placed in above described conveying mechanism, for successively by described upper film and described lower film pair
The transverse edge answered and longitudinal edge seal to be packed by described cylindrical explosive.
Chartered plane in belt the most according to claim 1, it is characterised in that: described film feeding mechanism includes
It is placed in the top of described conveying mechanism and for supplying the upper film feed mechanism of upper film and being placed in described conveyer
The lower section of structure and the lower film feed mechanism of lower film matched for supply and described upper film；Described upper film feeding
Mechanism include the upper film roll of a tubular, two be symmetrical arranged and be resisted against rotation roller bottom described upper film roll with
And it is placed in the upper mould wheel being covered on described cylindrical explosive above described conveying mechanism and by described upper film；
Described lower film feed mechanism includes the lower film roll of a tubular, is axially arranged in described lower film roll center and drives
Rotary shaft that described lower film roll rotates and drive the drive member that described rotary shaft rotates.
Chartered plane in belt the most according to claim 1, it is characterised in that: described shaped component is one
Sheet metal component, it includes that one is fixed on the base plate in described frame and is the most vertically connected to described base plate two ends
And two risers that the edge of described lower film bent inwards, on described riser, the side towards described lower film sets
There is an oblique angle；Described standard element includes that two are relatively arranged on described conveying mechanism both sides and spacing is adjustable
Straight plate.
4. according to chartered plane in the belt according to any one of claim 1 or 2 or 3, it is characterised in that:
Described folded film mechanism also includes being placed in above described standard element and is positioned at along described upper film feed direction described
Before edge-sealing mechanism and the edge bent inwards on described lower film the most outwards can be turned down for laterally envelope
The flanging assembly closed.
5. according to chartered plane in the belt according to any one of claim 4, it is characterised in that: described flanging
Assembly includes a gripper shoe being fixedly arranged on described conveying mechanism both sides and is connected to described by a rotary shaft
On fagging and rotatably compress the edge bent inwards on described lower film the runner outward turned down.
6., according to chartered plane in the belt according to any one of claim 1 or 2 or 3 or 5, its feature exists
In: described conveying mechanism includes for carrying cylindrical explosive to be packaged and driving described lower film together to move
Transmission belt, drive the active rotating shaft of described transmission belt loopy moving, turn with described active rotating shaft
Dynamic driven spindle and described active rotating shaft are rotationally connected and drive described active rotating shaft to rotate and rotate frequency
The dynamic component that rate is identical with the frequency of film under supply in described film feeding mechanism.
7., according to chartered plane in the belt according to any one of claim 1 or 2 or 3 or 5, its feature exists
In: described edge-sealing mechanism includes
Laterally seal parts, be located at above described conveying mechanism, put down with the conveying direction of described cylindrical explosive
OK, for by described upper film and described lower film relative to transverse edge laminating close；
Longitudinal sealing parts, are arranged at the outfan of described conveying mechanism, with the conveying of described cylindrical explosive
Direction is vertical, for by described upper film and described lower film relative to longitudinal edge laminating close after, again will
A upper cylindrical explosive bag having completed edge sealing and the adjacent cylindrical explosive bag being not fully complete edge sealing
Cut off.
Chartered plane in belt the most according to claim 7, it is characterised in that: described horizontal sealing parts
Including laying respectively at described conveying mechanism both sides and for the dual-side sealing that described upper film is relative with lower film
Left sealing assembly and right sealing assembly；Described left and right sealing component all includes that one is fixed on described conveying
The other backing plate of mechanism side arranges with described backing plate and mutually by corresponding horizontal on described upper film and described lower film
Pressing plate that edge is adjacent to and drive described pressing plate to move up and down and upper film is pressed on the horizontal stroke on described lower film
To sealing cylinder and the heat seal that edge hot melt corresponding with lower film for described upper film can be sealed, described pressure
Plate is connected to the external part of described horizontal sealing cylinder, and described heat seal is fixedly arranged on described backing plate and/or described
In pressing plate.
Chartered plane in belt the most according to claim 7, it is characterised in that: described longitudinal sealing parts
Including about two longitudinal sealing cylinders being oppositely arranged and being respectively fixedly connected with in described longitudinal sealing cylinder
On external part, two longitudinal sealings that relative for described upper and lower film longitudinal edge laminating can be closed and cut off
Assembly, longitudinal sealing assembly described in two all includes a sealing plate, for by described upper film and the correspondence of lower film
The heat generating member of edge hot melt sealing；Described sealing plate is connected to the external part of described longitudinal sealing cylinder, institute
State heat generating member and be fixedly connected on described sealing plate relative with the longitudinal edge of described upper film and lower film；Wherein
Longitudinal sealing assembly described in one also includes that amputation knife, described amputation knife are inserted in described sealing plate, separately
The sealing plate of longitudinal sealing assembly described in is provided with the groove matched with described amputation knife.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310071866.7A CN104029842B (en) | 2013-03-06 | 2013-03-06 | Chartered plane in belt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310071866.7A CN104029842B (en) | 2013-03-06 | 2013-03-06 | Chartered plane in belt |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104029842A CN104029842A (en) | 2014-09-10 |
| CN104029842B true CN104029842B (en) | 2016-09-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310071866.7A Active CN104029842B (en) | 2013-03-06 | 2013-03-06 | Chartered plane in belt |
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Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106586057B (en) * | 2016-12-29 | 2023-05-26 | 上海通领汽车科技股份有限公司 | Automatic bagging machine for producing automotive interior parts |
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Effective date of registration: 20181220 Address after: 211704 Longtan Village, Gusang Street, Xuyi County, Huaian City, Jiangsu Province Patentee after: Jiangsu Tianming Chemical Co., Ltd. Address before: 518057 High-tech Industrial Park, Nanshan District, Shenzhen City, Guangdong Province, 4 floors of R2-A Building Patentee before: SHENZHEN KING EXPLORER SCIENCE & TECHNOLOGY CO., LTD. |