CN105691745A - Side sealing and edge guiding technology of middle packaging machine - Google Patents
Side sealing and edge guiding technology of middle packaging machine Download PDFInfo
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- CN105691745A CN105691745A CN201610114203.2A CN201610114203A CN105691745A CN 105691745 A CN105691745 A CN 105691745A CN 201610114203 A CN201610114203 A CN 201610114203A CN 105691745 A CN105691745 A CN 105691745A
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- China
- Prior art keywords
- guide margin
- guide
- packing materials
- packaging film
- side seal
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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
- B65B49/00—Devices for folding or bending wrappers around contents
- B65B49/14—Folders forming part of, or attached to, conveyors for partially-wrapped articles
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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
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
Abstract
The invention discloses a side sealing and edge guiding technology of a middle packaging machine, and relates to the technical field of packaging technologies of middle packaging machines. The side sealing and edge guiding technology comprises the step A of side sealing and the step B of edge guiding, wherein in the step A, a side sealing device carries out side edge heat sealing on a packaging film of the next pack of packaging material at a side sealing station, and the packaging material subjected to side edge heat sealing is prepared to be conveyed to be treated in the step B; and in the step B, edge guiding pieces (6) rotate clockwise or anticlockwise around driving rotary shafts (7) while the step of side sealing is carried out, edge guiding is carried out on the rear ends of the two sides of the packaging film of the last pack of packaging material at an edge guiding station, and after edge guiding on the rear ends of the two sides of the packaging film of the last pack of packaging material is completed, the edge guiding pieces (6) continue to rotate in the original direction, and edge guiding is carried out on the next pack of packaging material conveyed to the edge guiding station. In the edge guiding technology, the requirement for the matching degree of an edge guiding device and the side sealing device is low, the situation that packaging films are wrinkled is avoided in the edge guiding packaging process, and the edge guiding packaging efficiency is high.
Description
Technical field
The present invention relates to middle chartered plane technology of the package technical field, more specifically to chartered plane side seal guide margin technique in one。
Background technology
State Intellectual Property Office was on October 28th, 2015, disclosing a publication number is CN204726741U, name is called the utility model patent of " in a kind of napkin packaging thin film wrap up in bag side scald and guide margin turning mechanism ", and for example State Intellectual Property Office was in JIUYUE in 2015 9 days, disclose a CN104890947A, name is called the patent of invention of " in a kind of napkin packaging thin film wrap up in bag side scald and the technique of guide margin knuckle and mechanism ", above-mentioned two pieces patent document is the patent simultaneously applied for, disclosure of which all relates to thin film in napkin packaging and wraps up in bag side and scald and guide margin turning mechanism。
Above-mentioned guide margin turning mechanism all includes sending parts during upper and lower belt is constituted, in in send the left end of parts to be provided with upside to scald plate and downside plate, one end of resting guide device is arranged in the right part sent in parts, it is characterized in, in send parts are provided with and wrap up in bag and the first station that side is scalded and be arranged on the second station of guide margin knuckle, mobile edge guide is arranged on upside and scalds the right side of plate and mobile edge guide is positioned at the left side of fixing edge guide, and power set drive the arrival of described mobile edge guide or away from the second station by actuating device。Mechanism can accomplish that plate is scalded in upside and next napkin to be packaged is wrapped up in bag by downside plate on the first station and side is scalded, simultaneously, mobile edge guide can move and reach the second station a upper napkin to be packaged is carried out guide margin knuckle, thus shortening the wrapping cycle of product, and improve the packaging speed of product。
In above-mentioned prior art, as it is shown in figure 1, (15), upside scald plate 2 and downside plate 3 in send parts the first station that at its left end, next napkin 1 to be packaged is wrapped up in bag by thin film, and thin film is carried out seal, subsequently, the boiling hot plate 2 in upside and downside plate 3 move reset；
(20), while step (15) carries out, adopt arrange with upside scald the plate right side mobile edge guide 4 move in send parts the second station, and in send parts the second station on one packaging napkin 1 " thin film carry out guide margin and knuckle；
While step (15) carries out, after step (20) completes, mobile edge guide 4 moves and away from the second station；(30) fixing edge guide 8, is adopted to a upper napkin 1 to be packaged " remaining thin film carries out guide margin and knuckle。
In above-mentioned prior art, as seen from Figure 1, napkin front film is first carried out guide margin by fixing edge guide 8, then move edge guide 4 and napkin thin-film back-end is carried out guide margin, then move edge guide 4 to reset, this guide margin mode can cause in the process that mobile edge guide 4 resets, the thin film of napkin rear end resets as well as the reset of mobile edge guide 4, when napkin front film is carried out guide margin and knuckle by fixing edge guide 8, fixing edge guide 8 can produce to conflict with napkin rear end thin film, cause packaging film fold and material in the accumulation at the second station place, affect the packaging of napkin。
Even if, after mobile edge guide 4 resets, napkin rear end thin film will not reset, in the process that mobile edge guide 4 resets, plate 2 is scalded in upside and downside plate 3 resets, then it is delivered to the second station at the napkin at the first station place and carries out guide margin and knuckle, this is just significantly high to the required precision of the action matching relationship between the boiling hot plate 2 in upside, downside plate 3 and mobile edge guide 4, just do not result in mobile edge guide 4 and stop the conveying to the second station of next bag napkin, if any one operation goes wrong in the first station and the second station, follow-up packaging all can be had influence on。
Structure for mobile edge guide 4, it includes parallel orbit 11, vertical track 10 and fixed pivot 13, by the interoperation of two tracks and under the effect fixing 13, the mobile edge guide 4 movement locus in 1/4 circular arc is moved back and forth, its action relationships, it is assumed that mobile edge guide 4 from original position to the time of the second station is, the time being returned to original position from the second station is, then move edge guide 4 and complete time of a napkin thin film guide margin and be just, the time is longer, and the time also leading to the first station place is not less thanTime, just can smoothly complete the packaging of a bag napkin, packaging guide margin is inefficient。
Structure for mobile edge guide 4, it includes parallel orbit 11, vertical track 10, with fixed pivot 13, its movement locus is determined by parallel orbit and two tracks of vertical track and is formed, the scope that the movement locus of mobile edge guide limits without departing from parallel orbit and vertical track, and in packaging process, probably there is deviation in the position of material, may result in the mobile edge guide defining movement locus and can not complete guide margin, cause packaging error。
Summary of the invention
In order to overcome above-mentioned the deficiencies in the prior art and defect, the invention provides chartered plane side seal guide margin technique in one, when the goal of the invention of the present invention is intended to solve guide margin in prior art, packaging film occurs coordinating requirement height, the packaging inefficient problem of guide margin between fold, guide margin device and lateral seal。In the guide margin technique of the present invention, guide margin device requires relatively low with lateral seal fitness, does not have the situation of packaging film fold in guide margin packaging process, and guide margin packaging efficiency is higher。
In order to solve to have problems in above-mentioned prior art, the present invention is achieved through the following technical solutions:
Middle chartered plane side seal guide margin technique, it is characterised in that: comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part rotates clockwise or counterclockwise around active rotation axle, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part continues to rotate along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Described guide margin step refers to more specifically: while side seal step carries out, guide margin part does clockwise or counterclockwise in the horizontal plane around the active rotation axle of the transfer passage both sides of packing materials, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Described guide margin step refers to more specifically: while side seal step carries out, guide margin part active rotation axle above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Guide margin part is under the drive of active rotation axle, in horizontal plane, rotate from the packaging film of fixing edge guide lateral packing materials and fixing edge guide, when guide margin part turns to guide margin station, end in contact after the ledge of " recessed " type structure of guide margin part end and the packaging film both sides of packing materials, the groove part of " recessed " type structure coordinates with fixing edge guide, through fixing edge guide, complete the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part continues rotating away from guide margin station along former direction。
Guide margin part is under the drive of active rotation axle, in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide, when guide margin part turns to guide margin station, end in contact after guide margin part and packaging film both sides, rear end, packaging film both sides is carried out guide margin, and guide margin part is from the packaging film after guide margin and traverse between fixing edge guide, and continues rotating away from guide margin station along former direction。
Middle chartered plane side seal guide margin technique, it is characterised in that: comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part rotates clockwise or counterclockwise around active rotation axle, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part returns along former movement locus, reciprocating rotation, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Described guide margin step more specifically refers to: while side seal step carries out, the guide margin part active rotation axle around the transfer passage both sides of packing materials does clockwise or counterclockwise in the horizontal plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part returns along former movement locus, next the bag packing materials being delivered to guide margin station are carried out guide margin by reciprocating rotation。
Described guide margin step more specifically refers to: while side seal step carries out, guide margin part active rotation axle above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part returns along former movement locus, next the bag packing materials being delivered to guide margin station are carried out guide margin by reciprocating rotation。
Guide margin part is under the drive of active rotation axle, in horizontal plane, rotate from the packaging film of fixing edge guide lateral packing materials and fixing edge guide, when guide margin part turns to guide margin station, end in contact behind the packaging film both sides of one end of guide margin part and packing materials, completing the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part turns away from guide margin station along former movement locus。
Guide margin part is under the drive of active rotation axle, in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide, when guide margin part turns to guide margin station, end in contact after guide margin part and packaging film both sides, and it is between packaging film and fixing edge guide, rear end, packaging film both sides is carried out guide margin, after guide margin completes, guide margin part turns away from guide margin station along former movement locus。
Compared with prior art, the useful technique effect that the present invention brings shows:
1, compared with prior art, the guide margin technique of the present invention, guide margin part, under active rotation axle drives, rotates around active rotation axle, the packaging film of packing materials is rotated guide margin。When packing materials enter into guide margin station place, guide margin part turns clockwise around active rotation axle under the drive of active rotation axle, the rear end, both sides of the packaging film of packing materials is rotated guide margin, after upper bag packing materials complete guide margin, guide margin part turns clockwise, until when next bag packing materials is delivered to guide margin station place, its packaging film being rotated guide margin。
Or, after the packaging film guide margin of upper bag packing materials, guide margin part is motionless, next bag material is a upper bag packing materials extrusion guide margin station, or upper bag packing materials transfer out guide margin station and next bag packing materials reaches in the process of guide margin station, guide margin part continues along former direction to rotate, and the packaging film of next bag packing materials is carried out guide margin。
Or when next bag packing materials enters guide margin station place, its packaging film front end is first carried out guide margin by guide margin part, then rotate the rear end to its packaging film along material conveying direction and carry out guide margin, not only play the effect of leading edge but also play the effect of rear guide margin, and fixing edge guide functions only as the effect that the packaging film after guide margin is fixing。
2, action relationships, the guide margin part of the present invention is around the active rotation axle rotation mode clockwise or counterclockwise packaging film to packing materials and carries out guide margin, after guide margin, its direction of rotation is the direction identical with former direction of rotation, impact is not produced with next bag material, until when next bag material enters into guide margin station place, just carry out contacting guide margin with next bag material, therefore, action relationships, the guide margin part of the present invention need not have too many coordinating with side seal mechanism, its quality of fit is less demanding, adapt to the guide margin packaging of plurality of specifications material, the guide margin of the material being also adapted under various packaging speed, the scope of application is wider, guide margin packaging efficiency is higher。
3, from movement locus, the guide margin technique of the present invention is compared with prior art, the movement locus of the guide margin part of the present invention is a circular trace, guide margin part is around active rotation axis rotation, and the guide margin part of the present invention from the guide margin of Shang Yibao packing materials to the time of the guide margin of next bag packing materials be exactly the time that guide margin limit rotates a circle around active rotation axle, it it is a time period, and prior art is controlled guide margin by two time periods, therefore, the mobile edge guide of the present invention is compared with prior art, the guide margin time is less, guide margin is in hgher efficiency。
4, the mobile edge guide of prior art, need to return original position to the guide margin of a upper bag material to the guide margin of next bag material, its move edge guide near guide margin station be two different directions during away from guide margin station, and the application is identical direction, and the mobile edge guide structures shape of prior art, if accelerating its translational speed, owing to its direction near guide margin station with away from guide margin station is inconsistent, packaging film after necessarily causing guide margin is moved edge guide and is driven reset, cause the fold of packaging film, guide margin is incomplete, and the application is near guide margin station with away from guide margin station, the direction that guide margin part moves is identical, do not result in the phenomenon pulling film。
5, in the present invention, mobile edge guide comprises two kinds of versions, one of which is active rotation axle is two, it is separately positioned on both sides, fixing edge guide front end, from fixing edge guide both sides, the packaging film of packing materials is carried out guide margin, and the driving mechanism of this structure adopts the transmission of travelling gear and universal drive shaft, universal drive shaft is extension type, it is possible to adjust the distance between two active rotation axles by regulating the length of universal drive shaft, to adapt to the guide margin of the packaging film of different size packing materials。
6, the another kind of version of mobile edge guide in the present invention, active rotation axle is one, and it is fixed on above fixing edge guide front end by bearing, above fixing edge guide, the packaging film of packing materials is carried out guide margin, and this structure can adopt the mode that drive motor directly drives, or by drive mechanism transmission so that active rotation axle rotates in bearing, can pass through to regulate the distance between two guide margin parts, adapt to the guide margin packaging of different size packing materials。
7, the invention also discloses the technical scheme of a kind of middle chartered plane side seal guide margin technique, in the technical program, the guide margin part of guide margin technique is around the rotation of active rotation axle, the rear end, packaging film both sides of packing materials is carried out guide margin, after guide margin completes, guide margin part returns along former movement locus, away from guide margin station。Compared with prior art, the technical program does not need the restriction of parallel orbit and vertical track, and the movement locus that closed slide and upright guide rail limit can not change, and the technical scheme in the application is around active rotation axle and rotates, the movement locus of guide margin part can be changed, it is possible to well deal with the packaging error caused under packing materials generation drift condition。
Accompanying drawing explanation
Fig. 1 is the structural representation of background technology；
Fig. 2 is the overall structure schematic diagram that the present invention moves edge guide；
Fig. 3 is overall structure schematic diagram of the present invention；
Fig. 4 is the structural representation of the embodiment of the present invention 4；
Accompanying drawing labelling: 1, bearing, 2, upside scald plate, 3, downside plate, 4, mobile edge guide, 5, driving mechanism, 6, guide margin part, 7, active rotation axle, 8, fixing edge guide, 9, universal drive shaft, 10, vertical track, 11, parallel orbit, 12, travelling gear, 13, fixed pivot。
Detailed description of the invention
Embodiment 1
As a preferred embodiment of the present invention, with reference to Figure of description 2 and 3, present embodiment discloses:
Middle chartered plane side seal guide margin technique, comprises the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 rotates clockwise or counterclockwise around active rotation axle 7, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part 6 continues to rotate along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Guide margin part 6, under active rotation axle 7 drives, rotates around active rotation axle 7, the packaging film of packing materials is rotated guide margin。When packing materials enter into guide margin station place, guide margin part 6 turns clockwise around active rotation axle 7 under the drive of active rotation axle 7, the rear end, both sides of the packaging film of packing materials is rotated guide margin, after upper bag packing materials complete guide margin, guide margin part 6 turns clockwise, until when next bag packing materials is delivered to guide margin station place, its packaging film being rotated guide margin。
Embodiment 2
As another embodiment of the present invention, the present embodiment further discloses:
Middle chartered plane side seal guide margin technique, comprises the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 does clockwise or counterclockwise in the horizontal plane around the active rotation axle 7 of the transfer passage both sides of packing materials, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part 6 continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Embodiment 3
As another embodiment of the present invention, with reference to Figure of description 2 and 3, the present embodiment further discloses:
Middle chartered plane side seal guide margin technique, comprises the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 is under the drive of active rotation axle 7, in horizontal plane, rotate from the packaging film of fixing edge guide 8 lateral packing materials and fixing edge guide 8, when guide margin part 6 turns to guide margin station, end in contact after the ledge of " recessed " type structure of guide margin part 6 end and the packaging film both sides of packing materials, the groove part of " recessed " type structure coordinates with fixing edge guide 8, through fixing edge guide 8, complete the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part 6 continues rotating away from guide margin station along former direction。
Embodiment 4
As another embodiment of the present invention, with reference to Figure of description 4, the present embodiment further discloses:
Middle chartered plane side seal guide margin technique, comprises the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 rotates clockwise or counterclockwise around active rotation axle 7, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part 6 continues to rotate along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin；While side seal step carries out, the guide margin part 6 active rotation axle 7 above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part 6 continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Embodiment 5
As another embodiment of the present invention, with reference to Figure of description 4, the present embodiment further discloses:
Middle chartered plane side seal guide margin technique, comprises the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 is under the drive of active rotation axle 7, in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide 8, when guide margin part 6 turns to guide margin station, end in contact after guide margin part 6 and packaging film both sides, rear end, packaging film both sides is carried out guide margin, and guide margin part 6 is from the packaging film after guide margin and traverse between fixing edge guide 8, and continues rotating away from guide margin station along former direction。
Embodiment 6
As another embodiment of the present invention, present embodiment discloses chartered plane side seal guide margin technique in one, comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part 6 rotates clockwise or counterclockwise around active rotation axle 7, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part 6 returns along former movement locus, reciprocating rotation, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Embodiment 7
As another embodiment of the present invention, the present embodiment is further supplementing of making on the basis of embodiment 6, and present embodiment discloses:
Comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, the guide margin part 6 active rotation axle 7 around the transfer passage both sides of packing materials does clockwise or counterclockwise in the horizontal plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part 6 returns along former movement locus, reciprocating rotation, and next the bag packing materials being delivered to guide margin station are carried out guide margin；Guide margin part 6 is under the drive of active rotation axle 7, in horizontal plane, rotate from the packaging film of fixing edge guide 8 lateral packing materials and fixing edge guide 8, when guide margin part 6 turns to guide margin station, end in contact behind the packaging film both sides of one end of guide margin part 6 and packing materials, completing the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part 6 turns away from guide margin station along former movement locus。
Embodiment 8
As another embodiment of the present invention, the present embodiment is further supplementing of making on the basis of embodiment 6, and present embodiment discloses:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, the guide margin part 6 active rotation axle 7 above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part 6 returns along former movement locus, reciprocating rotation, and next the bag packing materials being delivered to guide margin station are carried out guide margin；Guide margin part 6 is under the drive of active rotation axle 7, in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide 8, when guide margin part 6 turns to guide margin station, end in contact after guide margin part 6 and packaging film both sides, and it is between packaging film and fixing edge guide 8, rear end, packaging film both sides is carried out guide margin, after guide margin completes, guide margin part 6 turns away from guide margin station along former movement locus。
Embodiment 9
As another embodiment of the present invention, in the present embodiment, disclosing a kind of packer and rotate guide margin device, a kind of packer rotates guide margin device, including driving mechanism 5, also includes active rotation axle 7；Described driving mechanism 5 is connected with active rotation axle 7, and drives active rotation axle 7 to rotate；The rear end, packaging film both sides being fixed with upper bag packing materials to guide margin station place clockwise or counterclockwise on described active rotation axle 7 carries out guide margin, guide margin completes to continue afterwards to rotate along former direction, and next the bag packing materials being delivered to guide margin station carry out the guide margin part 6 of guide margin；Active rotation axle 7 is two, arranges along the both sides of the transfer passage of packing materials respectively, and active rotation axle 7 is vertically arranged；One end of guide margin part 6 is fixed on active rotation axle 7, and under the drive of active rotation axle 7, the rear end, packaging film both sides of packing materials is carried out guide margin by the other end of guide margin part 6。Described driving mechanism 5 includes drive motor, travelling gear 12 and universal drive shaft 9, and described travelling gear 12 is connected with drive motor, and described universal drive shaft 9 one end is connected on travelling gear 12, and the other end is connected on active rotation axle 7；Described active rotation axle 7 rotates by the driving of drive motor and under the transmission of travelling gear 12 and universal drive shaft 9。
Embodiment 10
As another embodiment of the present invention, in the present embodiment, disclosing a kind of packer and rotate guide margin device, a kind of packer rotates guide margin device, including driving mechanism 5, also includes active rotation axle 7；Described driving mechanism 5 is connected with active rotation axle 7, and drives active rotation axle 7 to rotate；The rear end, packaging film both sides being fixed with upper bag packing materials to guide margin station place clockwise or counterclockwise on described active rotation axle 7 carries out guide margin, guide margin completes to continue afterwards to rotate along former direction, and next the bag packing materials being delivered to guide margin station carry out the guide margin part 6 of guide margin；Active rotation axle 7 is one, is arranged in the top of the transfer passage of packing materials, and active rotation axle 7 is horizontally disposed with；One end of guide margin part 6 is fixed on active rotation axle 7, and under the drive of active rotation axle 7, the rear end, packaging film both sides of packing materials is carried out guide margin by the other end of guide margin part 6；Described active rotation axle 7 is fixed on above fixing edge guide 8 front end by bearing 1, and described bearing 1 is arranged on both sides, fixing edge guide 8 front end。
The guide margin part 6 active rotation axle 7 above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part 6 continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
Guide margin part 6 is under the drive of active rotation axle 7, in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide 8, when guide margin part 6 turns to guide margin station, end in contact after guide margin part 6 and packaging film both sides, rear end, packaging film both sides is carried out guide margin, and guide margin part 6 is from the packaging film after guide margin and traverse between fixing edge guide 8, and continues rotating away from guide margin station along former direction。
In above-described embodiment, the rear end, both sides of the packing materials packaging film of indication and front end are comparatively speaking, in packaging process, at guide margin station place, the packaging film of front end, packing materials packaging film both sides is carried out guide margin by fixing edge guide 8, and guide margin part 6 is that rear end, packing materials packaging film both sides is carried out guide margin。
Claims (10)
1. chartered plane side seal guide margin technique in, it is characterised in that: comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part (6) rotates clockwise or counterclockwise around active rotation axle (7), the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part (6) continues to rotate along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
2. middle chartered plane side seal guide margin technique as claimed in claim 1, it is characterized in that: described guide margin step refers to more specifically: while side seal step carries out, guide margin part (6) does clockwise or counterclockwise in the horizontal plane around the active rotation axle (7) of the transfer passage both sides of packing materials, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part (6) continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
3. middle chartered plane side seal guide margin technique as claimed in claim 1, it is characterized in that: described guide margin step refers to more specifically: while side seal step carries out, the guide margin part (6) active rotation axle (7) above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part (6) continues to rotate playback along former direction, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
4. middle chartered plane side seal guide margin technique as claimed in claim 2, it is characterized in that: guide margin part (6) is under the drive of active rotation axle (7), in horizontal plane, rotate from the packaging film of fixing edge guide (8) lateral packing materials and fixing edge guide (8), when guide margin part (6) turns to guide margin station, end in contact after the ledge of " recessed " type structure of guide margin part (6) end and the packaging film both sides of packing materials, the groove part of " recessed " type structure coordinates with fixing edge guide (8), through fixing edge guide (8), complete the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part (6) continues rotating away from guide margin station along former direction。
5. middle chartered plane side seal guide margin technique as claimed in claim 3, it is characterized in that: guide margin part (6) is under the drive of active rotation axle (7), in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide (8), when guide margin part (6) turns to guide margin station, end in contact after guide margin part (6) and packaging film both sides, rear end, packaging film both sides is carried out guide margin, guide margin part (6) is from the packaging film after guide margin and traverse between fixing edge guide (8), and continues rotating away from guide margin station along former direction。
6. chartered plane side seal guide margin technique in, it is characterised in that: comprise the steps:
A. side seal step, the packaging film of next bag packing materials is carried out side seal by lateral seal at side seal station place, and prepares to be delivered to the packing materials after side seal
B. guide margin step, while side seal step carries out, guide margin part (6) rotates clockwise or counterclockwise around active rotation axle (7), the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after rear end, the packaging film both sides guide margin of upper bag packing materials is completed, guide margin part (6) returns along former movement locus, reciprocating rotation, and next the bag packing materials being delivered to guide margin station are carried out guide margin。
7. middle chartered plane side seal guide margin technique as claimed in claim 6, it is characterized in that: described guide margin step more specifically refers to: while side seal step carries out, the guide margin part (6) the active rotation axle (7) around the transfer passage both sides of packing materials does clockwise or counterclockwise in the horizontal plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part (6) returns along former movement locus, next the bag packing materials being delivered to guide margin station are carried out guide margin by reciprocating rotation。
8. middle chartered plane side seal guide margin technique as claimed in claim 6, it is characterized in that: described guide margin step more specifically refers to: while side seal step carries out, the guide margin part (6) active rotation axle (7) above the transfer passage of packing materials does clockwise or counterclockwise in vertical plane, the rear end, packaging film both sides of upper bag packing materials at guide margin station place is carried out guide margin, after guide margin completes, guide margin part (6) returns along former movement locus, next the bag packing materials being delivered to guide margin station are carried out guide margin by reciprocating rotation。
9. middle chartered plane side seal guide margin technique as claimed in claim 7, it is characterized in that: guide margin part (6) is under the drive of active rotation axle (7), in horizontal plane, rotate from the packaging film of fixing edge guide (8) lateral packing materials and fixing edge guide (8), when guide margin part (6) turns to guide margin station, end in contact behind one end of guide margin part (6) and the packaging film both sides of packing materials, complete the guide margin of rear end, packaging film both sides to upper bag packing materials, after guide margin completes, guide margin part (6) turns away from guide margin station along former movement locus。
10. middle chartered plane side seal guide margin technique as claimed in claim 8, it is characterized in that: guide margin part (6) is under the drive of active rotation axle (7), in vertical plane, the packaging film both sides rear end thereof of direction packing materials from fixing edge guide (8), when guide margin part (6) turns to guide margin station, end in contact after guide margin part (6) and packaging film both sides, and it is between packaging film and fixing edge guide (8), rear end, packaging film both sides is carried out guide margin, after guide margin completes, guide margin part (6) turns away from guide margin station along former movement locus。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610114203.2A CN105691745A (en) | 2016-03-01 | 2016-03-01 | Side sealing and edge guiding technology of middle packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610114203.2A CN105691745A (en) | 2016-03-01 | 2016-03-01 | Side sealing and edge guiding technology of middle packaging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105691745A true CN105691745A (en) | 2016-06-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610114203.2A Pending CN105691745A (en) | 2016-03-01 | 2016-03-01 | Side sealing and edge guiding technology of middle packaging machine |
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| Country | Link |
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| CN (1) | CN105691745A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0845416A1 (en) * | 1996-10-02 | 1998-06-03 | Kao Corporation | Side folding device for packing machine |
| CN2895249Y (en) * | 2005-12-23 | 2007-05-02 | 天津华一有限责任公司 | Puckering mechanism for soft strip packaging machine |
| CN201825271U (en) * | 2010-08-10 | 2011-05-11 | 全利机械股份有限公司 | Packaging film folding mechanism |
| CN102791584A (en) * | 2010-03-09 | 2012-11-21 | 克罗内斯股份公司 | Apparatus and method for packaging articles |
| WO2014029494A1 (en) * | 2012-08-24 | 2014-02-27 | Khs Gmbh | Device for packaging objects |
| CN204726741U (en) * | 2015-05-28 | 2015-10-28 | 汕头市爱美高自动化设备有限公司 | In a kind of paper handkerchief packaging, film is wrapped up in bag side and is scalded and guide margin turning mechanism |
-
2016
- 2016-03-01 CN CN201610114203.2A patent/CN105691745A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0845416A1 (en) * | 1996-10-02 | 1998-06-03 | Kao Corporation | Side folding device for packing machine |
| CN2895249Y (en) * | 2005-12-23 | 2007-05-02 | 天津华一有限责任公司 | Puckering mechanism for soft strip packaging machine |
| CN102791584A (en) * | 2010-03-09 | 2012-11-21 | 克罗内斯股份公司 | Apparatus and method for packaging articles |
| CN201825271U (en) * | 2010-08-10 | 2011-05-11 | 全利机械股份有限公司 | Packaging film folding mechanism |
| WO2014029494A1 (en) * | 2012-08-24 | 2014-02-27 | Khs Gmbh | Device for packaging objects |
| CN204726741U (en) * | 2015-05-28 | 2015-10-28 | 汕头市爱美高自动化设备有限公司 | In a kind of paper handkerchief packaging, film is wrapped up in bag side and is scalded and guide margin turning mechanism |
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