CN104354891B - The film packing device of bucket - Google Patents
The film packing device of bucket Download PDFInfo
- Publication number
- CN104354891B CN104354891B CN201410610808.1A CN201410610808A CN104354891B CN 104354891 B CN104354891 B CN 104354891B CN 201410610808 A CN201410610808 A CN 201410610808A CN 104354891 B CN104354891 B CN 104354891B
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- CN
- China
- Prior art keywords
- bucket
- film
- frame
- barrel
- film roll
- Prior art date
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Classifications
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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
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/06—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths
- B65B11/08—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths in a single straight path
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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
- B65B41/00—Supplying or feeding container-forming sheets or wrapping material
- B65B41/12—Feeding webs from rolls
- B65B41/14—Feeding webs from rolls by grippers
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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
- B65B41/00—Supplying or feeding container-forming sheets or wrapping material
- B65B41/12—Feeding webs from rolls
- B65B41/16—Feeding webs from rolls by rollers
-
- 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
- B65B53/00—Shrinking wrappers, containers, or container covers during or after packaging
- B65B53/02—Shrinking wrappers, containers, or container covers during or after packaging by heat
- B65B53/06—Shrinking wrappers, containers, or container covers during or after packaging by heat supplied by gases, e.g. hot-air jets
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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
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
- B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
-
- 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
- B65B2210/00—Specific aspects of the packaging machine
- B65B2210/14—Details of wrapping machines with web dispensers for application of a continuous web in layers onto the articles
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Basic Packing Technique (AREA)
Abstract
The invention discloses one and can reduce bottled water production cost, improve the film packing device of the bucket of bottled water production efficiency, including: drive the bucket that accumbency to roll conveying mechanism forward, the frame of the conveying direction of conveying mechanism is disposed with film-wrapping machine structure and shrinking film heating machine structure, film-wrapping machine structure includes: be successively set on the film roll support shelving film roll in frame, guide roller, pressing film roller, folder film roll assembly and cutting membrane knife, the two ends of pressing film roller are hinged and connected in frame by a pair swing arm, elasticity reset device between swing arm and frame makes pressing film roller be rolled over bucket surface, until bucket and pressing film roller are separated, folder film roll assembly can clamp or unclamp thin film, and can move up and down, when pressing from both sides film roll assembly and dropping to low level, bucket can roll over folder film roll assembly, and wrap up in thin film continuation rolling advance, when pressing from both sides film roll assembly and rising to a high position and clamp thin film, the bucket rolling over folder film roll assembly rolls advance until being tightened by thin film and being cut off by cutting membrane knife.
Description
Technical field
The present invention relates to bottled water and produce equipment technical field.
Background technology
After bottled water fill terminates, outside each bucket, to be also set with plastic bag. The purpose of suit plastic bag is in that: prevent in carrying or transportation the pollutant such as covered with dust on the outer wall of bucket, thus ensureing that the outer wall of bucket remains clean before uncapping. The bagging station of current barreled water production line is provided with pail mechanism, pail mechanism by by tape transport to bagging station, after bucket that fill is complete is lifted up, plastic bag is sleeved on bucket by workman from bucket bottom up, then is tightened by the bag mouth of the plastic bag being sleeved on bucket. The suit of above-mentioned plastic bag needs substantial amounts of manual work, is not only set with inefficiency, and artificial and plastic bag cost is all higher, thus increasing the production cost of bottled water.
Summary of the invention
The problem that the present invention needs to solve: the film packing device of a kind of bucket that can reduce bottled water production cost, raising bottled water production efficiency is provided.
For solving the problems referred to above, the technical solution used in the present invention is: the film packing device of bucket, including: frame, frame is provided with the bucket driving accumbency and rolls conveying mechanism forward, frame is disposed with film-wrapping machine structure and shrinking film heating machine structure along the conveying direction of conveying mechanism, described film-wrapping machine structure includes: be arranged on the film roll support for shelving film roll in frame, the frame in film roll support front is disposed with guide roller and pressing film roller, the installation site of guide roller is higher than the bucket rolled through, the two ends of pressing film roller are arranged on a pair swing arm, the upper end of a pair swing arm is all hinged and connected in frame, it is also respectively provided with elasticity reset device between a pair swing arm and frame, elasticity reset device makes pressing film roller tightly be rolled over the bucket surface rolled through, until bucket and pressing film roller are separated, the frame in pressing film roller front is provided with the folder film roll assembly that can clamp or unclamp thin film, frame is additionally provided with the lifting drive that can drive folder film roll assembly lifting, the frame in folder film roll assembly front is provided with cutting membrane knife, the position of cutting membrane knife is higher than the bucket rolled through, when pressing from both sides film roll assembly and dropping to low level, roll the bucket advanced and can roll over folder film roll assembly, and wrap up in thin film continuation rolling advance,When pressing from both sides film roll assembly and rising to a high position and clamp thin film, the bucket rolling over folder film roll assembly continues to wrap up in thin film rolling advance until the thin film between this bucket and folder film roll assembly is tightened and cut off by cutting membrane knife, and this bucket completes to wrap up in film; Completing the bucket wrapping up in film to be rolled under the conveying of conveying mechanism to shrinking film heating machine structure, shrinking film heating machine structure makes thin film tighten and is wrapped in bucket surface.
Further, the film packing device of aforesaid bucket, wherein, the structure of conveying mechanism includes: rotate the conveyer belt being fed forward in frame, the frame of conveyer belt both sides is separately provided for supporting the non-skid band of the bucket that accumbency, the supporting surface of non-skid band is higher than the conveyor surface of conveyer belt, so that the bucket that accumbency is supported on the supporting surface of non-skid band, and do not contact with the conveyor surface of conveyer belt, on conveyer belt, interval is fixedly installed and some pushes away a barrel roller for what promote bucket, push away barrel roller to move together along with conveyer belt thus the bucket promoting accumbency rolls advance on non-skid band.
Further, the film packing device of aforesaid bucket, wherein, the structure of shrinking film heating machine structure includes: rack-mounted blower fan, the air outlet of blower fan is provided with and adds hot tank, the two bottom sides adding hot tank is connected to an air jet pipe, two air jet pipes are arranged on accumbency along the conveying direction of bucket respectively and the bucket both sides rolled through, the medial wall of every air jet pipe all offers some puff prots along the conveying direction of bucket, gas in puff prot the bucket injection rolled through to accumbency, the length of air jet pipe is not less than bucket and rolls, under conveying mechanism is carried, the distance moved forward one week.
Further, the film packing device of aforesaid bucket, wherein, the structure of folder film roll assembly includes: roll shaft, the two ends of roll shaft are respectively arranged with a block, roll shaft between a pair block is set with rolling set, the outside of every terminal block block has been fixedly connected with guide rod, the outer end often holding guide rod is both connected on lifting support, often at least provided with two chucks that can slide along guide rod on end guide rod, each chuck all offers two chutes, every chute is each parallel to guide rod, and longitudinally through corresponding chuck, it is respectively connected with the first slide bar between two often adjacent chucks, the two ends of the first slide bar are removably set in a pair chute on adjacent two chucks of correspondence respectively, and with this, chute will not be separated, the length of the first slide bar is less than the width sum of coupled adjacent two chucks, it is respectively connected with the second slide bar between every terminal block block and the chuck being adjacent, one end of second slide bar is removably set in the chute of corresponding chuck, and will not be separated with this chute, the other end of the second slide bar is arranged on the block of correspondence, the length of the second slide bar is less than the width of the chuck adjacent with corresponding block, axially adjacent two piece the first slide bar and the first axially adjacent slide bar and the second slide bar is often held to stagger mutually setting, outermost chuck is often held to be connected with the piston rod of clamping cylinder, the piston rod of two ends clamping cylinder stretches out the chuck that can drive two ends simultaneously and mutually draws close successively respectively until being close on the block of corresponding end, make between the adjacent chuck in two ends and respectively can clamping films between block and the chuck being adjacent, the piston rod of two ends clamping cylinder is inwardly retracted simultaneously and all of adjacent chuck in two ends and block can be driven to be separated from each other successively with the chuck being adjacent until unclamping thin film successively.
Further, the film packing device of aforesaid bucket, wherein, lifting drive is rack-mounted a pair lift cylinder, the piston rod of two lift cylinders is connected with lifting support respectively, and the clamping cylinder often held is separately mounted on the lifting support of corresponding end.
Further, the film packing device of aforesaid bucket, wherein, enter the frame outside barrel end is provided with Jin Tong mechanism at conveying mechanism, the structure of Jin Tong mechanism includes: the movable supporting respectively bucket that enters in frame in two ends rotates axle, enter bucket to rotate and axle is installed with into barrel plate and enters bucket and protect gantry, enter barrel plate and enter bucket and protect the L-shaped layout of gantry, and respectively with bucket bottom and bucket sidewall adapt, enter bucket to protect the arranged outside of gantry and have a pair transiting rod, transiting rod is arranged in frame by this, and be directed to conveying mechanism diagonally downward enter a barrel end, the bottom entering barrel plate is connected with the piston rod entering barrel cylinder, enter the piston rod of barrel cylinder to stretch out to promote and overturn into barrel plate from horizontal level to transiting rod side until entering bucket and protecting gantry and drop to the ground, the bucket that enters after droping to the ground protects gantry between a pair transiting rod, transiting rod is supported by the bucket that bucket protects on gantry that enters after droping to the ground by this, and protect gantry be separated with entering bucket.
Further, the film packing device of aforesaid bucket, wherein, enter at conveying mechanism and the frame above barrel end is provided with baffle plate, the upper end of baffle plate is hinged and connected in frame, gear bucket spring it is connected between rear side and the frame of baffle plate, under the effect of gear bucket spring, the baffle plate elastic gear sideling that can turn forward is pressed in the front upper place of the bucket passed through, conveying mechanism enters to be provided with a pair correction guardrail in barrel frame of end both sides, this is corresponding with the height of bucket to the spacing between correction guardrail, and can guarantee that bucket that accumbency along this to correction guardrail straight by and do not occur crooked, the bucket being directed into conveying mechanism by transiting rod along correction guardrail and squeeze push baffle plate slow down move forward, until being stopped by baffle.
Further, the film packing device of aforesaid bucket, wherein, the structure of described film roll support includes: film roll supports axle, film roll supports the two ends of axle and is respectively supported in the pair of bearings in frame, and wherein the film roll of one end supports and is set with damping sleeve on axle, and the bottom of damping sleeve is connected to adjusting rod, the bottom of adjusting rod is located in the installing hole of frame upper mounting plate, and threaded on the adjusting rod bottom installing hole have nut.
Further, the film packing device of aforesaid bucket, wherein, conveying mechanism goes out to be provided with Chu Tong mechanism in the frame outside barrel end, the structure of Chu Tong mechanism includes: from conveying mechanism go out that barrel end leads diagonally downward go out a barrel transiting rod for a pair, go out the bucket that accumbency by barrel transiting rod to be directed downwardly toward the bucket that goes out droped to the ground and protect on gantry, go out bucket protect gantry and go out barrel plate and be all fixedly mounted on out bucket and rotate on axle, go out barrel plate and go out bucket and protect the L-shaped layout of gantry, and respectively with bucket bottom and bucket sidewall adapt, go out bucket and rotate the two ends movable supporting respectively of axle in frame, the bottom going out barrel plate is connected with the piston rod going out barrel cylinder, go out the piston rod of barrel cylinder inwardly to retract barrel plate can be driven out from vertical position upset to horizontal level, thus by accumbency go out the bucket that bucket protects on gantry stand upright on be horizontally situated go out on barrel plate, the going out to be additionally provided with in the frame inside barrel plate of horizontal level pushes away a barrel cylinder, push away the piston rod of barrel cylinder is provided with and push away stave, pushing away that the piston rod of barrel cylinder stretches out can be extrapolated by the bucket stood upright on out on barrel plate.
Further, the film packing device of aforesaid bucket, wherein, frame is provided with stopper, stopper is blocked in the front side of the folder film roll assembly being positioned at low level and does not affect the current of bucket.
The invention have the advantage that the film packing device using bucket of the present invention, thin film consumption is few, bucket wrap up in film, contracting membrane process quickly, efficiently, it is achieved that the full automation of bottled water filling production lines, thus having saved the production cost of bottled water, improve the production efficiency of bottled water.
Accompanying drawing explanation
Fig. 1 is the structural representation of the film packing device of bucket of the present invention.
Fig. 2 is the mounting structure schematic diagram of the conveying mechanism shown in right apparent direction in Fig. 1.
Fig. 3 is Fig. 1 structural representation overlooking that the bucket shown in direction is fed forward by conveying mechanism.
Fig. 4 is the mounting structure schematic diagram of film roll in Fig. 1.
Fig. 5 is the structural representation of the folder film roll assembly shown in left view direction in Fig. 1.
Fig. 6 is that Fig. 5 overlooks the structural representation shown in direction.
Fig. 7 is Fig. 1 structural representation overlooking the Jin Tong mechanism shown in direction.
Fig. 8 is the mounting structure schematic diagram of Tu1Zhong Jintong mechanism.
Fig. 9 is the mounting structure schematic diagram of Tu1Zhong Chutong mechanism.
Figure 10 is the structural representation of the shrinking film heating machine structure shown in left view direction in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing and preferred embodiment, the present invention is described in further detail.
Such as Fig. 1, Fig. 2, Fig. 3, shown in Fig. 4, the film packing device of bucket, including: frame 1, frame 1 is provided with and drives the bucket 2 that accumbency to roll conveying mechanism forward, the structure of conveying mechanism includes: the conveyer belt 3 of rotational conveyance forward in frame 1, the frame 1 of conveyer belt 3 both sides is separately provided for supporting the non-skid band 4 of bucket 2, the supporting surface of non-skid band 4 is higher than the conveyor surface of conveyer belt 3, so that the bucket 2 that accumbency is supported on the supporting surface of non-skid band 4, and do not contact with the conveyor surface of conveyer belt 3, on conveyer belt 3, interval is fixedly installed and some pushes away barrel roller 5 for what promote bucket 2, push away barrel roller 5 to move together along with conveyer belt 3 thus the bucket 2 promoting accumbency rolls advance on non-skid band 4. frame 1 is disposed with film-wrapping machine structure and shrinking film heating machine structure along the conveying direction of conveyer belt 3, described film-wrapping machine structure includes: be arranged on the film roll support for shelving film roll 6 in frame 1, the concrete structure of film roll support includes: film roll supports axle 7, film roll supports the two ends of axle 7 and is respectively supported in the pair of bearings 8 in frame 1, wherein the film roll of one end supports and is set with damping sleeve 9 on axle 7, the bottom of damping sleeve 9 is connected to adjusting rod 10, the bottom of adjusting rod 10 is located in the installing hole of frame 1 upper mounting plate 11, threaded on adjusting rod 10 bottom installing hole have nut. adjusting nut position on adjusting rod 10, it is possible to the damping adjusting set 9 resistance to film roll support axle 7. nut is more upwards tightened, and adjusting rod 10 is more big to the pulling force of damping sleeve 9, and the resistance that film roll is supported axle 7 by damping sleeve 9 is more big, so that the resistance that the film roll 6 being installed on film roll support axle 7 rolls is more big. in practical work process, film roll 6 is made when rolling, to be subject to suitable resistance by adjusting nut, so that the thin film 26 in film roll 6 has suitable elongation percentage when being pulled outward, thus can correspondingly reduce the consumption of thin film during bucket film packaging produces, thus reducing the cost of bucket film packaging.
As shown in Figure 1, the frame 1 in film roll 6 front is disposed with guide roller 12 and pressing film roller 13, the installation site of guide roller 12 is higher than the bucket 2 rolled through, the two ends of pressing film roller 13 are arranged on a pair swing arm 14, the upper end of a pair swing arm 14 is all hinged and connected in frame 1, it is also respectively provided with elasticity reset device spring 15 between a pair swing arm 14 and frame 1, spring 15 makes the surface of the bucket 2 that pressing film roller 13 is tightly rolled over rolling through, until bucket 2 and pressing film roller 13 are separated, the frame 1 in pressing film roller 13 front is provided with the folder film roll assembly 16 that can clamp or unclamp thin film 26, such as Fig. 5, shown in Fig. 6, the structure pressing from both sides film roll assembly 16 in the present embodiment includes: roll shaft 17, the two ends of roll shaft 17 are respectively arranged with a block 18, roll shaft 17 between a pair block 18 is set with rolling set 19, the outside of every terminal block block 18 has been fixedly connected with guide rod 20, the outer end of the guide rod 20 often held is both connected on lifting support 28, often at least provided with two chucks 21 that can slide along guide rod 20 on end guide rod 20, the guide rod 20 often held in the present embodiment is provided with four chucks 21, the quantity of chuck 21 can be determined according to the width of thin film 26 and being actually needed.Each chuck 21 all offers two chutes 23, every chute 23 is each parallel to guide rod 20, and longitudinally through corresponding chuck 21, it is respectively connected with the first slide bar 22 between two often adjacent chucks 21, the two ends of the first slide bar 22 are removably set in a pair chute 23 in adjacent two chucks 21 of correspondence respectively, and with this, chute 23 will not be separated, the length of the first slide bar 22 is less than the width sum of coupled adjacent two chucks 21, the second slide bar 24 it is respectively connected with between every terminal block block 18 and the chuck 21 being adjacent, one end of second slide bar 24 is removably set in the chute 23 of corresponding chuck 21, and will not be separated with this chute 23, the other end of the second slide bar 24 is arranged on the block 18 of correspondence, the length of the second slide bar 24 is less than the width of the chuck 21 adjacent with corresponding block 18, axially adjacent two piece the first slide bar 22 and the first axially adjacent slide bar 22 and the second slide bar 24 is often held to stagger mutually setting, outermost chuck 21 is often held to be connected with the piston rod of clamping cylinder 25, the piston rod of two ends clamping cylinder 25 stretches out all chucks 21 that can drive two ends simultaneously and mutually draws close until being close on the block 18 of corresponding end respectively successively, make between all adjacent chucks 21 in two ends and can clamping films 26 between block 18 and the chuck 21 being adjacent, the piston rod of two ends clamping cylinder 25 inwardly is retracted to drive simultaneously and is separated from each other all successively until unclamping thin film between all adjacent chucks 21 in two ends and block 18 and the chuck 21 being adjacent. owing to the length of the first slide bar 22 is less than the width sum of coupled adjacent two chucks 21, the length of the second slide bar 24 is less than the width of the chuck 21 adjacent with block 18, therefore when two adjacent chucks 21 or adjacent chuck 21 are drawn close mutually with block 18, first slide bar 22 will be fully accommodated in chute 23 corresponding on adjacent two chucks 21, second slide bar 24 will be fully accommodated in the chute 23 on the chuck adjacent with fixture block 18, so that draw close very close to each other between adjacent two chucks 21 and block 18 and the chuck 21 being adjacent completely, so reliably clamping films 26, this is simple and practical, and clamping effect is good. frame 1 is additionally provided with a pair lift cylinder 27, the piston rod of two lift cylinders 27 is connected with lifting support 28 respectively, the clamping cylinder 25 often held is separately mounted on the lifting support 28 of corresponding end, under the driving of two ends lift cylinder 27, the lifting support 28 at two ends can rise simultaneously or decline simultaneously, thus driving whole folder film roll assembly 16 to rise or fall. the frame 1 in folder film roll assembly 16 front is provided with cutting membrane knife 29, in the present embodiment, the cutting edge of cutting membrane knife 29 is serrated cutting edge, the position of cutting membrane knife 29 is higher than the bucket 2 rolled through, when pressing from both sides film roll assembly 16 and dropping to low level, roll the bucket 2 advanced and can roll over folder film roll assembly 16, and wrap up in thin film 26 continuation rolling advance, frame 1 is additionally provided with stopper 47, stopper 47 is blocked in the front side of the lifting support 28 being positioned at low level, and do not affect the current of bucket 2, so when bucket 2 rolls over folder film roll assembly 16, stopper 47 can stop folder film roll assembly 16 so that bucket 2 rolls over folder film roll assembly 16. at the height of low level, folder film roll assembly 16 guarantees that bucket can roll over folder film roll assembly 16, when pressing from both sides film roll assembly 16 and rising to a high position and clamp thin film 26, the bucket 2 rolling over folder film roll assembly 16 continues to wrap up in thin film 26 rolling advance until cutting membrane knife 29 is tightened and touched to the thin film 26 between this bucket 2 and folder film roll assembly 16 thus being cut off by cutting membrane knife 29, and this bucket 2 completes to wrap up in film.
Such as Fig. 1, shown in Fig. 9, complete the bucket 2 wrapping up in film to be rolled into shrinking film heating machine structure under the promotion pushing away barrel roller 5, shrinking film heating machine structure makes thin film 26 tighten the surface being wrapped in bucket 2, specifically, the structure of shrinking film heating machine structure includes: be arranged on the blower fan 30 in frame 1, the air outlet of blower fan 30 is provided with and adds hot tank 31, the both sides adding the bottom of hot tank 31 are connected to an air jet pipe 32, two air jet pipes 32 are arranged on accumbency along the conveying direction of bucket 2 respectively and the both sides of the bucket 2 rolled through, the medial wall of every air jet pipe 32 all offers some puff prots 33 along the conveying direction of bucket 2, gas in puff prot 33 bucket 2 rolled through and is sprayed to accumbency, the length of air jet pipe 32 is not less than bucket 2 and rolls, under pushing away barrel roller 5 promotion, the distance moved forward one week. air is constantly blasted and adds in hot tank 31 by blower fan 30, air forms high temperature air after heating in adding hot tank 31, complete to wrap up in bucket 2 accumbency of film and when passing through, high temperature air is sprayed to bucket 2 from the both sides of bucket 2 by puff prot 33, bucket 2 rolls forward one week, the retraction hard-pressed bale that is heated of the thin film 26 on bucket 2 is rolled in the surface of bucket 2.
Such as Fig. 1, Fig. 7, shown in Fig. 8, a barrel efficiency is entered in order to what improve bucket 2, the present embodiment enters at conveyer belt 3 frame 1 outside barrel end is provided with Jin Tong mechanism, the structure of Jin Tong mechanism includes: the movable supporting respectively bucket that enters in frame 1 in two ends rotates axle 331, enter bucket to rotate and axle 331 is installed with into barrel plate 34 and enters bucket and protect gantry 35, enter barrel plate 34 and enter bucket and protect the L-shaped layout of gantry 35, and respectively with bucket bottom and bucket sidewall adapt, in the present embodiment, enter bucket and protect the supporting surface of gantry 35 in the arcuate shape that match corresponding to the sidewall of bucket 2. a pair transiting rod 36 is had in the arranged outside entering bucket and protecting gantry 35, transiting rod 36 is arranged in frame 1 by this, and be directed to conveyer belt 3 diagonally downward enter a barrel end, the bottom entering barrel plate 34 is connected with the piston rod entering barrel cylinder 37, enter the piston rod of barrel cylinder 37 to stretch out to promote and overturn into barrel plate 34 from horizontal level to transiting rod 36 side until entering bucket and protecting gantry 35 and drop to the ground, what in two transiting rods 36 was arranged in after droping to the ground enters the gap 351 that bucket protects on gantry 35, another root is positioned at and protects outside gantry 35 top into bucket, and transiting rod 36 is supported by the bucket 2 that bucket protects on gantry 35 that enters after droping to the ground by this, and protect gantry 35 be separated with entering bucket. when entering barrel, bucket 2 is entered on barrel plate 34 by Moving parameter to what be horizontal, enter the piston rod of barrel cylinder 37 to stretch out to promote and overturn to transiting rod 36 side into barrel plate 34, so upright bucket 2 will progressively be droped to the ground and be protected on gantry 35 entering bucket, when entering barrel plate 34 and being turned to vertical position, enter bucket and protect gantry 35 and bucket 2 in shape of droping to the ground completely, and the bucket that enters after droping to the ground protects the supporting surface supporting surface lower than transiting rod 36 of gantry 35, the two ends of the bucket after so droping to the ground are respectively supported to be positioned to be protected on a pair transiting rod 36 outside gantry 35 into bucket, thus protect gantry 35 be separated with entering bucket. bucket 2 scrolls down through to conveyer belt 3 under the guiding of the transiting rod 36 being obliquely installed, enter at conveyer belt 3 and the frame 1 above barrel end is provided with baffle plate 371, the upper end of baffle plate 371 is hinged and connected in frame 1, gear bucket spring 38 it is connected between rear side and the frame 1 of baffle plate 371, under the effect of gear bucket spring 38, baffle plate 371 can turn forward and be blocked in the front upper place of the bucket 2 passed through, conveyer belt 3 enters to be respectively arranged with a pair correction guardrail 39 in barrel frame of end both sides 1, this is corresponding with the height of bucket 2 to the spacing between correction guardrail 39, and can guarantee that bucket that accumbency along this to correction guardrail 39 straight by and do not occur crooked,The bucket 2 being directed into conveyer belt 3 by transiting rod 36 moves forward along correction guardrail 39 and pushing tow baffle plate 371 is until being stopped stopping by baffle plate 371, the purpose arranging correction guardrail 39 is in that: is rectified a deviation in the position of bucket 2, makes the bucket 2 will not be crooked above conveyer belt 3. Correction guardrail 39 limits the width making bucket 2 current, and bucket 2 just can must move forward along correction guardrail 39, and such bucket 2 is exactly the process of self correction in the process that correction guardrail 39 moves forward. Under the guiding of correction guardrail 39, the axis of bucket 2 adjusts to the conveying direction being perpendicular to conveyer belt 3, thus paralleling in the axis of the axis and bucket that push away barrel roller 5 ensured on conveyer belt 3, so when conveyer belt 3 turn to wherein one push away the rear side that barrel roller 5 is close to bucket 2 time, push away barrel roller 5 thrust-neutral to bucket 2, thus ensureing that bucket 2 is all the time along the conveying direction rolls forward of conveyer belt 3.
Such as Fig. 1, shown in Fig. 9, a barrel efficiency is gone out in order to what improve bucket 2, the present embodiment goes out at conveyer belt 3 frame 1 outside barrel end is provided with Chu Tong mechanism, the structure of Chu Tong mechanism includes: from conveyer belt 3 go out that barrel end leads diagonally downward go out barrel transiting rod 40 for a pair, go out the bucket that accumbency by barrel transiting rod 40 to be directed downwardly toward the bucket that goes out droped to the ground and protect on gantry 41, go out bucket and protect the supporting surface arcuate shape in cooperation corresponding with the sidewall of bucket 2 of gantry 41, go out bucket protect gantry 41 and go out barrel plate 42 and be all fixedly mounted on out bucket and rotate on axle 43, and go out barrel plate 42 and go out bucket and protect the L-shaped layout of gantry 41, go out bucket and rotate the two ends movable supporting respectively of axle 43 in frame 1, the bottom going out barrel plate 42 is connected with the piston rod going out barrel cylinder 44, go out the piston rod of barrel cylinder 44 inwardly to retract barrel plate 42 can be driven out from vertical position upset to horizontal level, thus by accumbency go out bucket protect the bucket on gantry 41 stand upright on be horizontally situated go out on barrel plate 42, be horizontally situated go out to be additionally provided with in the frame 1 inside barrel plate 42 pushes away barrel cylinder 45, push away the piston rod of barrel cylinder 45 is provided with flexible material makes push away stave 46, pushing away stave 46 adopts flexible material can avoid damage to the bucket wall of bucket. pushing away that the piston rod of barrel cylinder 45 stretches out can be extrapolated to next station by the bucket stood upright on out on barrel plate 42.
The operation principle of the film packing device of the bucket of said structure is as follows: complete the bucket 2 of fill by Moving parameter to entering on barrel plate 34, what upright bucket 2 was delivered to conveyer belt 3 after being droped to the ground by the upset of Jin Tong mechanism enters a barrel end, the bucket that accumbency under effect of inertia is along correction guardrail 39, and pushing tow baffle plate 371 and moves to front reduction gear, until being stopped that by baffle plate 371 stopping at wait on the non-skid band 4 of conveyer belt 3 both sides pushes away the arrival of barrel roller 5, push away barrel roller 5 and move the rear side to bucket 2 along with conveyer belt 3, push away barrel roller 5 after the rear side of bucket 2 promotes forward bucket 2 to make it break through the stop of baffle plate 371, on non-skid band 4, roll advance, bucket 2 is by after baffle plate 371, baffle plate 371 recovers to the position being blocked in conveyer belt 3 and entering barrel end under the effect of gear bucket spring 38. bucket 2 is rolled in film-wrapping machine structure, thin film 26 in film roll 6 led by guide roller 12 pile warp pressing film roller 13 inside bottom after, it is wound on downwards on mobile rolling set 19 to the folder film roll assembly 16 of low level, the thin film 26 rolling set 19 both sides be clamped between adjacent chuck 21 and block 18 and the chuck 21 being adjacent and between, formed between the rolling set 19 of pressing film roller 13 and low level and wrap up in diaphragm area, when bucket 2 rolls through and wraps up in diaphragm area, thin film 26 is tightly rolled over the surface of bucket 2 by pressing film roller 13, bucket 2 is made to wrap up in thin film 26 rolls forward, upwards pushing tow pressing film roller 13 while bucket 2 rolls forward, wrap up in thin film when bucket 2 to roll after by the rolling set 19 of low level, lifting drives cylinder 27 to drive folder film roll assembly 16 to move up, in the process, rolling to overlap while 19 rear walls being close to bucket 2 rise to promote bucket 2 to accelerate rolls forward, roll after set 19 passes through between barrel roller 5 from pushing away on rear side of bucket 2 and bucket 2, folder film roll assembly 16 unclamps thin film 26, the film head making thin film 26 drops the first half on rear side of bucket 2 ladle body, the drop point site of the film head of thin film 26 needs to ensure that film head will not drop from bucket 2, the position control of usual drop point exists: be positioned at the first half on rear side of bucket ladle body, and the sagittal plane of mistake drop point is angle o with bucket central horizontal face, described θ is more than 15o.Extruding force forward owing to bucket 2 being produced when rolling set 19 rising can make bucket 2 accelerate rolls forward and be separated with barrel roller 5 that pushes away of rear side, pushing away after between barrel roller 5 on rear side of bucket 2 and bucket 2 is moved upwardly through when rolling set 19, the rear side being again close to bucket 2 can be moved forward to along with the rotation of conveyer belt 3 pushes away barrel roller 5, the bucket 2 being wrapped with thin film 26 under the promotion pushing away barrel roller 5 continues rolls forward, the film overlay that the film head of the thin film 26 dropped in the process on bucket 2 is understood rapidly and pressing film roller 13 rolls, so that the ladle body surface of bucket 2 is wrapped up by thin film 26 completely. when push away barrel roller 5 move forward and pass through roll set 19 after, lifting drives cylinder 27 to drive folder film roll assembly 16 to drop to low level, now pressing film roller 13 can leave bucket gradually, and recover rapidly to original position to wait that next bucket passes through under the effect of spring 15, when pressing film roller 1 recovers to original position, folder film roll assembly 16 is moved upward to a high position, and clamping films 26, the bucket being wrapped with thin film continues rolls forward until the thin film between folder film roll assembly 16 and the bucket 2 of a high position is tightened, thin film after tightening touches cutting membrane knife 29 and is cut off by cutting membrane knife 29, so far bucket 2 completes to wrap up in film. afterwards, the folder film roll assembly 16 accompanying thin film is moved again to low level, waits that next bucket passes through. complete the bucket 2 wrapping up in film under the promotion pushing away barrel roller 5, to continue rolling move forward in shrinking film heating machine structure, high-temperature gas after heating sprays respectively from the puff prot 33 of two air jet pipes 32, so that thin film heat shrinkable on the bucket 2 rolled through and be tightly wrapped in the surface of bucket 2, bucket 2 rolls one week and namely completes bucket contracting film.
Complete the rolls forward under the promotion pushing away barrel roller 5 of the bucket 2 after contracting film be delivered to the outfan of conveyer belt 3 and be rolled into out bucket protect gantry 41 from barrel transiting rod 40 that goes out of the outfan of conveyer belt 3, under the driving going out barrel cylinder 44, go out barrel plate 42 to overturn to horizontal level, thus accumbency is protected the bucket on gantry 41 stands upright on going out on barrel plate 42 of being horizontally situated going out bucket, stand upright on out the bucket on barrel plate 42 and be pushed out to next station by pushing away barrel cylinder 45 again.
Use the film packing device of bucket of the present invention, thin film consumption is few, bucket wrap up in film, contracting membrane process quickly and efficiently, it is achieved that the full automation of bottled water filling production lines, thus the one-tenth having saved bottled water produces cost, improve the production efficiency of bottled water.
Claims (10)
1. the film packing device of bucket, including: frame, frame is provided with the bucket driving accumbency and rolls conveying mechanism forward, it is characterized in that: frame is disposed with film-wrapping machine structure and shrinking film heating machine structure along the conveying direction of conveying mechanism, described film-wrapping machine structure includes: be arranged on the film roll support for shelving film roll in frame, the frame in film roll support front is disposed with guide roller and pressing film roller, the installation site of guide roller is higher than the bucket rolled through, the two ends of pressing film roller are arranged on a pair swing arm, the upper end of a pair swing arm is all hinged and connected in frame, it is also respectively provided with elasticity reset device between a pair swing arm and frame, elasticity reset device makes pressing film roller tightly be rolled over the bucket surface rolled through, until bucket and pressing film roller are separated, the frame in pressing film roller front is provided with the folder film roll assembly that can clamp or unclamp thin film, frame is additionally provided with the lifting drive that can drive folder film roll assembly lifting, the frame in folder film roll assembly front is provided with cutting membrane knife, the position of cutting membrane knife is higher than the bucket rolled through, when pressing from both sides film roll assembly and dropping to low level, roll the bucket advanced and can roll over folder film roll assembly, and wrap up in thin film continuation rolling advance, when pressing from both sides film roll assembly and rising to a high position and clamp thin film, the bucket rolling over folder film roll assembly continues to wrap up in thin film rolling advance until the thin film between this bucket and folder film roll assembly is tightened and cut off by cutting membrane knife, and this bucket completes to wrap up in film, completing the bucket wrapping up in film to be rolled under the conveying of conveying mechanism to shrinking film heating machine structure, shrinking film heating machine structure makes thin film tighten and is wrapped in bucket surface.
2. the film packing device of bucket according to claim 1, it is characterized in that: the structure of conveying mechanism includes: in frame, rotate the conveyer belt being fed forward, the frame of conveyer belt both sides is separately provided for supporting the non-skid band of the bucket that accumbency, the supporting surface of non-skid band is higher than the conveyor surface of conveyer belt, so that the bucket that accumbency is supported on the supporting surface of non-skid band, and do not contact with the conveyor surface of conveyer belt, on conveyer belt, interval is fixedly installed and some pushes away a barrel roller for what promote bucket, push away barrel roller to move together along with conveyer belt thus the bucket promoting accumbency rolls advance on non-skid band.
3. the film packing device of bucket according to claim 1 and 2, it is characterized in that: the structure of shrinking film heating machine structure includes: rack-mounted blower fan, the air outlet of blower fan is provided with and adds hot tank, the two bottom sides adding hot tank is connected to an air jet pipe, two air jet pipes are arranged on accumbency along the conveying direction of bucket respectively and the bucket both sides rolled through, the medial wall of every air jet pipe all offers some puff prots along the conveying direction of bucket, gas in puff prot the bucket injection rolled through to accumbency, the length of air jet pipe is not less than bucket and rolls, under conveying mechanism is carried, the distance moved forward one week.
4. the film packing device of bucket according to claim 1 and 2, it is characterized in that: the structure of folder film roll assembly includes: roll shaft, the two ends of roll shaft are respectively arranged with a block, roll shaft between a pair block is set with rolling set, the outside of every terminal block block has been fixedly connected with guide rod, the outer end often holding guide rod is both connected on lifting support, often at least provided with two chucks that can slide along guide rod on end guide rod, each chuck all offers two chutes, every chute is each parallel to guide rod, and longitudinally through corresponding chuck, it is respectively connected with the first slide bar between two often adjacent chucks, the two ends of the first slide bar are removably set in a pair chute on adjacent two chucks of correspondence respectively, and with this, chute will not be separated, the length of the first slide bar is less than the width sum of coupled adjacent two chucks, it is respectively connected with the second slide bar between every terminal block block and the chuck being adjacent, one end of second slide bar is removably set in the chute of corresponding chuck, and will not be separated with this chute, the other end of the second slide bar is arranged on the block of correspondence, the length of the second slide bar is less than the width of the chuck adjacent with corresponding block, axially adjacent two piece the first slide bar and the first axially adjacent slide bar and the second slide bar is often held to stagger mutually setting, outermost chuck is often held to be connected with the piston rod of clamping cylinder, the piston rod of two ends clamping cylinder stretches out the chuck that can drive two ends simultaneously and mutually draws close successively respectively until being close on the block of corresponding end, make between the adjacent chuck in two ends and respectively can clamping films between block and the chuck being adjacent, the piston rod of two ends clamping cylinder is inwardly retracted simultaneously and all of adjacent chuck in two ends and block can be driven to be separated from each other successively with the chuck being adjacent until unclamping thin film successively.
5. the film packing device of bucket according to claim 4, it is characterized in that: lifting drive is rack-mounted a pair lift cylinder, the piston rod of two lift cylinders is connected with lifting support respectively, and the clamping cylinder often held is separately mounted on the lifting support of corresponding end.
6. the film packing device of bucket according to claim 1, it is characterized in that: enter the frame outside barrel end is provided with Jin Tong mechanism at conveying mechanism, the structure of Jin Tong mechanism includes: the movable supporting respectively bucket that enters in frame in two ends rotates axle, enter bucket to rotate and axle is installed with into barrel plate and enters bucket and protect gantry, enter barrel plate and enter bucket and protect the L-shaped layout of gantry, and respectively with bucket bottom and bucket sidewall adapt, enter bucket to protect the arranged outside of gantry and have a pair transiting rod, transiting rod is arranged in frame by this, and be directed to conveying mechanism diagonally downward enter a barrel end, the bottom entering barrel plate is connected with the piston rod entering barrel cylinder, enter the piston rod of barrel cylinder to stretch out to promote and overturn into barrel plate from horizontal level to transiting rod side until entering bucket and protecting gantry and drop to the ground, the bucket that enters after droping to the ground protects gantry between a pair transiting rod, transiting rod is supported by the bucket that bucket protects on gantry that enters after droping to the ground by this, and protect gantry be separated with entering bucket.
7. the film packing device of bucket according to claim 6, it is characterized in that: enter at conveying mechanism and the frame above barrel end is provided with baffle plate, the upper end of baffle plate is hinged and connected in frame, gear bucket spring it is connected between rear side and the frame of baffle plate, under the effect of gear bucket spring, the baffle plate elastic gear sideling that can turn forward is pressed in the front upper place of the bucket passed through, conveying mechanism enters to be provided with a pair correction guardrail in barrel frame of end both sides, this is corresponding with the height of bucket to the spacing between correction guardrail, and can guarantee that bucket that accumbency along this to correction guardrail straight by and do not occur crooked, the bucket being directed into conveying mechanism by transiting rod along correction guardrail and squeeze push baffle plate slow down move forward, until being stopped by baffle.
8. the film packing device of bucket according to claim 1 and 2, it is characterized in that: the structure of described film roll support includes: film roll supports axle, film roll supports the two ends of axle and is respectively supported in the pair of bearings in frame, wherein the film roll of one end supports and is set with damping sleeve on axle, the bottom of damping sleeve is connected to adjusting rod, the bottom of adjusting rod is located in the installing hole of frame upper mounting plate, and threaded on the adjusting rod bottom installing hole have nut.
9. the film packing device of the bucket according to claim 1 or 6 or 7, it is characterized in that: conveying mechanism goes out to be provided with Chu Tong mechanism in the frame outside barrel end, the structure of Chu Tong mechanism includes: from conveying mechanism go out that barrel end leads diagonally downward go out a barrel transiting rod for a pair, go out the bucket that accumbency by barrel transiting rod to be directed downwardly toward the bucket that goes out droped to the ground and protect on gantry, go out bucket protect gantry and go out barrel plate and be all fixedly mounted on out bucket and rotate on axle, go out barrel plate and go out bucket and protect the L-shaped layout of gantry, and respectively with bucket bottom and bucket sidewall adapt, go out bucket and rotate the two ends movable supporting respectively of axle in frame, the bottom going out barrel plate is connected with the piston rod going out barrel cylinder, go out the piston rod of barrel cylinder inwardly to retract barrel plate can be driven out from vertical position upset to horizontal level, thus by accumbency go out the bucket that bucket protects on gantry stand upright on be horizontally situated go out on barrel plate, the going out to be additionally provided with in the frame inside barrel plate of horizontal level pushes away a barrel cylinder, push away the piston rod of barrel cylinder is provided with and push away stave, pushing away that the piston rod of barrel cylinder stretches out can be extrapolated by the bucket stood upright on out on barrel plate.
10. the film packing device of bucket according to claim 1 and 2, it is characterised in that: being provided with stopper in frame, stopper is blocked in the front side of the folder film roll assembly being positioned at low level and does not affect the current of bucket.
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| CN201410610808.1A CN104354891B (en) | 2014-11-04 | 2014-11-04 | The film packing device of bucket |
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| CN201410610808.1A CN104354891B (en) | 2014-11-04 | 2014-11-04 | The film packing device of bucket |
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| CN104354891B true CN104354891B (en) | 2016-06-15 |
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| CN104369902A (en) * | 2014-11-10 | 2015-02-25 | 江苏新美星包装机械股份有限公司 | Bucket outlet mechanism in bucket film packing machine |
| CN105346751B (en) * | 2015-09-30 | 2018-11-06 | 中山市众兴自动化科技有限公司 | A kind of molding bottled water packing method of fast packing |
| CN105329478A (en) * | 2015-11-16 | 2016-02-17 | 史建新 | Automatic film sealing machine for five-gallon barrel |
| CN106995068B (en) * | 2017-05-11 | 2023-05-16 | 江苏美亚科泽过滤技术有限公司 | Carbon rod filter core non-woven fabrics packagine machine |
| CN107672867A (en) * | 2017-09-01 | 2018-02-09 | 奥美医疗用品股份有限公司 | A kind of banding plane packaging machine of continuous high-speed four |
| CN108248916B (en) * | 2018-01-10 | 2020-11-20 | 浙江明强针织股份有限公司 | Processing technology of fabric |
| CN109625379B (en) * | 2019-01-30 | 2023-12-01 | 中国地质大学（武汉） | Full-automatic I-shaped disc laminating packagine machine |
| CN112498855A (en) * | 2020-11-05 | 2021-03-16 | 浙江旭派动力科技有限公司 | Automatic parcel system of continuous type pyrocondensation bag |
| CN112591225A (en) * | 2020-12-16 | 2021-04-02 | 安徽百润源饮品有限公司 | Barreled purified water packaging equipment |
| CN112896584A (en) * | 2021-04-07 | 2021-06-04 | 郑州师范学院 | Packaging machinery for food processing |
| CN114476212B (en) * | 2021-12-31 | 2024-04-05 | 广西融安颖丰科技开发有限公司 | Kumquat packing plant |
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