CN209366663U - A kind of packaging facilities - Google Patents
A kind of packaging facilities Download PDFInfo
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- CN209366663U CN209366663U CN201920050793.6U CN201920050793U CN209366663U CN 209366663 U CN209366663 U CN 209366663U CN 201920050793 U CN201920050793 U CN 201920050793U CN 209366663 U CN209366663 U CN 209366663U
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Abstract
The utility model discloses a kind of packaging facilities, including rack, delivery end, placement packaging bag and the packaging end packed to delivery end conveying material, connection delivery end are set in the rack and packs end and transmit the interface channel of material, the compression structure for conveying that the delivery end includes conveyer belt, receives the material from conveyer belt and conveys after being compressed, the conveyer belt includes the first conveyer belt, and the packaging end includes mounting table, sealing mechanism.Material is conveyed by the first conveyer belt to be compressed to compression transmission structure, carries out being transported to progress package encapsulation at mounting table after compression, this kind of manner of packing efficiency is higher, and transmission mode is simple and fast.
Description
Technical field
The utility model relates to a kind of packaging facilities.
Background technique
In the prior art, after hygienic material such as sanitary napkin, paper diaper are by being loaded into packaging bag, heat is carried out to packaging bag
Envelope is sealed packaging, after being packed by artificial mode and carries out heat sealed package bag sack, this kind of manner of packing is more
It is cumbersome, working efficiency is lower.
Summary of the invention
For overcome the deficiencies in the prior art, the utility model provides a kind of packaging facilities.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of packaging facilities, including rack,
In: delivery end is set in the rack, places packaging bag and packaging end, the connection conveying that material is packed are conveyed to delivery end
End and packaging end and the interface channel for carrying out transmission material, the delivery end include conveyer belt, receive the material from conveyer belt
And the compression structure for conveying conveyed after being compressed, the conveyer belt include the first conveyer belt, the packaging end includes and connection
The corresponding setting in channel and the sealing placed the mounting table of packaging bag, is carried out by flanging and is sealed for the packaging bag that filling material finishes
Mechanism.
Wherein: the compression structure for conveying includes the first conveying dress for being set to the first conveyer belt side and conveying material
The compression set that set, is set to above the first one side of conveying device, conveying compression set compression material to the of interface channel
Two conveying devices.
Wherein: first conveying device includes the first cylinder being fixedly installed in rack, connect with the first cylinder
First conflict block, the compression set include the second cylinder being fixedly installed in rack vertically, connect with the second cylinder
Two conflict blocks, second conveying device include the third cylinder being fixedly installed in rack, the third connecting with third cylinder
Conflict block, the first Telescopic-cylinder moving direction, the second Telescopic-cylinder moving direction, third Telescopic-cylinder moving direction are homogeneous
It is mutually vertical.
Wherein: the sealing mechanism includes carrying out the folded edges of flanging to packaging bag, being sealed to packing bag mouth
Sealing structure, the folded edges include the 4th cylinder for being set to two sides, the flanging block connecting with the 4th cylinder, described close
Seal structure includes the 5th cylinder for being respectively arranged at upper and lower, the seal assembly connecting with the 5th cylinder.
Wherein: the flanging block includes flanging block body, the flanging platform and folding for being respectively arranged at flanging block body two sides
Side vertical block, the seal assembly include sealing block, are set to the electric heating piece that sealing block end carries out heat-seal operation.
Wherein: the packaging end further includes the limit to being placed on mounting table and loading the packaging bag finished and limited
Mechanism, the position-limit mechanism include the 6th cylinder for being set to two sides, the limited block connecting with the 6th cylinder.
Wherein: the interface channel includes that can move up and down the mobile clamping plate for strut packaging bag or tightening, the shifting
Dynamic clamping plate includes the 7th cylinder for being respectively arranged at upper and lower side, the clamping plate connecting with the 7th cylinder, and the clamping plate is by plate body, fixation
It is set to the stile composition of plate body two sides, wherein moving clamping plate connection packaging end and compression structure for conveying.
Wherein: baffle is arranged in the mounting table end, and setting makes its 9th gas moving up and down below the mounting table
Feeding side, the push block that wherein feeding side includes the 8th cylinder, connect with the 8th cylinder is arranged in cylinder, the mounting table side.
Wherein: the first optoelectronic switch corresponding with the first conveyer belt is fixedly installed in the rack.
Wherein: control switch is fixedly installed in the sealing mechanism.
The beneficial effects of the utility model are: delivery end is arranged in the rack, places packaging bag and is conveyed to delivery end
It packaging end that material is packed, connection delivery end and packs end and carries out the interface channel of transmission material, the delivery end packet
The compression structure for conveying for including conveyer belt, receiving the material from conveyer belt and conveying after being compressed, the conveyer belt include the
One conveyer belt, the packaging end includes mounting table, sealing mechanism.By the first conveyer belt convey material to compression transmission structure into
Row compression carries out being transported to progress package encapsulation at mounting table after compression, this kind of manner of packing efficiency is higher, and transmission mode is simple
Fast.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the schematic view of the front view of the utility model；
Fig. 3 is the partial structural diagram of the utility model；
Fig. 4 is another partial structural diagram of the utility model；
Fig. 5 is the sealing mechanism structural schematic diagram of the utility model；
Fig. 6 is the compression structure for conveying schematic diagram of the utility model；
Fig. 7 is the packaging bag heat-sealing status diagram of the utility model；
Fig. 8 is the folded edges schematic diagram of the utility model.
Specific embodiment
Referring to figs. 1 to Fig. 8, a kind of packaging facilities, including rack 1 is arranged delivery end in the rack 1, places packaging bag 3
And to delivery end conveying material 4 packed packaging end, connection delivery end and pack end and carry out transmission material 4 connection lead to
Road 6, the delivery end include conveyer belt 21, the compression conveying for receiving the material 4 from conveyer belt 21 and conveying after being compressed
Structure, wherein material 4 is specially the hygienic materials such as paper diaper, sanitary napkin.The conveyer belt 21 includes the first conveyer belt 211, institute
State the packet that packaging end includes setting corresponding with interface channel 6 and places the mounting table 51 of packaging bag 3, finishes to filling material 4
The sealing mechanism that pack 3 carries out flanging and seals.First light corresponding with the first conveyer belt 211 is fixedly installed in the rack 1
Electric switch 7.Material 4 is conveyed by the first conveyer belt 211 to be compressed to compression transmission structure, carries out being transported to placement after compression
Package encapsulation is carried out at platform 51, this kind of manner of packing efficiency is higher, and transmission mode is simple and fast.
The delivery end further includes the second conveyer belt 212 accepted with 211 phase of the first conveyer belt, second conveyer belt
On 212 transmission the 4 to the first conveyer belts of material 211, wherein the first conveyer belt 211,212 two sides of the second conveyer belt are respectively provided with for drawing
The directing plate 23 led material 4 and prevent material 4 from deviating.Wherein the setting of 211 side of the first conveyer belt has detected whether that material 4 passes through
The second optoelectronic switch 9.
The compression structure for conveying includes the first conveying device for being set to 211 side of the first conveyer belt and conveying material 4
221, it is set to the compression set 222 of 221 1 upper side of the first conveying device, the material 4 that conveying compression set 222 compresses arrives and connects
Connect second conveying device 223 in road 6.First conveyer belt 211,1 upper surface flush with each other of rack, wherein the first conveying device
221 are set to 211 side of the first conveyer belt and the material 4 on the first conveyer belt 211 be transported under compression set 222
Side, the second conveying device 223 are set in rack, and wherein compression set 222 cooperates the plane of rack 1 to be compressed.First is defeated
It send device 221 mobile and mutually contradicts and formed logical to connection for the second conveying device 223 transmission material with the movement of compression set 222
The frame-type channel in road 6.Wherein compression structure for conveying is across being set to 21 two sides of conveyer belt, and the first conveying device 221 is set to the
One conveyer belt, 211 side, the second conveying device 223, compression set 222 are all set in 211 other side of the first conveyer belt, convey object
First conveying device 221 pushes when expecting 4 is compressed below the material to compression set 222 on first conveyer belt 211, has been compressed
It is conveyed after finishing by the second transmission conveying device 223.Delivery end and the interface channel 6 for wherein compressing structure for conveying are opposite
It answers, interface channel 6 is corresponding with packaging end.
First conveying device 221 includes the first cylinder 2211 being fixedly installed in rack 1 and the first cylinder 2211
Connection the first conflict block 2212, the compression set 222 include be fixedly installed in rack 1 vertically the second cylinder 2221,
The second conflict block 2222 connecting with the second cylinder 2221, second conveying device 223 include being fixedly installed in rack 1
Third cylinder 2231, the third conflict block 2232 being connect with third cylinder 2231, the 2211 telescopic moving direction of the first cylinder,
Second cylinder, 2221 telescopic moving direction, 2231 telescopic moving direction of third cylinder are mutually vertical.First cylinder 2211 passes through
Stretching, extension carries out pushing the material 4 of the first conveyer belt 211 to 222 lower section of compression set, and the second cylinder 2221, which passes through stretching, extension, makes second
Conflict block 2222 compresses material 4, and third cylinder 2231 be transferred to connecting by stretching, extension to compressed material 4 to be led to
It is packed at road 6, this kind transmission 4 mode of material is simpler, after carrying out compressed material 4 by compression set 222, makes material 4
Shared volume temporarily becomes smaller, and keeps its pack more convenient, and the 2211 telescopic moving direction of the first cylinder, the second cylinder 2221 are flexible
Moving direction, 2231 telescopic moving direction of third cylinder are mutually vertical, make the problem of avoiding collision when each part runs
And conevying efficiency is influenced, transmitting the compression structure for conveying, more stable, efficiency of transmission is higher.
The sealing mechanism includes carrying out the folded edges 521 of flanging to packaging bag 3, being sealed to 3 sack of packaging bag
Sealing structure 522, the folded edges 521 include the 4th cylinder 5211 for being set to two sides, connect with the 4th cylinder 5211
Flanging block 5212, the sealing structure 522 include be respectively arranged at upper and lower the 5th cylinder 5221, with the 5th cylinder 5221
The seal assembly 5222 of connection.Control switch 55 is fixedly installed in the sealing mechanism.Flanging block is driven by the 4th cylinder 5211
5212, packaging bag 3 is folded after contradicting flanging block 5212 mutually with 3 sack of packaging bag, keeps 3 sack of packaging bag more flat
In order to heat-seal operation, sealing structure 522 by the 5th cylinder 5221 with dynamic sealing assembly 5222 and touch packing bag mouth into
Row heat-sealing, while folded edges 521 are respectively arranged at left and right sides, sealing structure 522 is respectively arranged at upper and lower, seals this kind
More efficient, shiftable haulage line is more succinct.
Control cabinet 11 is set in the rack 1, control switch 55 and the first optoelectronic switch 7, the second optoelectronic switch 9 with control
Case 11 processed is electrically connected.
The flanging block 5212 includes flanging block body 523, the flanging platform for being respectively arranged at 523 two sides of flanging block body
524 and flanging vertical block 525, the seal assembly 5222 includes sealing block 526, is set to 526 end of sealing block and carries out heat-sealing behaviour
The electric heating piece 527 of work.Wherein flanging vertical block 525 makes sack be recessed after mutually contradicting with sack, and flanging platform 524 and sack are mutual
Upper and lower surface is drawn close after so that sack is recessed after conflict, seal sack by electric heating piece energization.The flanging
Guide pad 5231 is set on block body 523, and the setting of guide pad 5231 keeps flanging block body 523 more rigid in the 4th gas
Cylinder 5211 is more stable under driving.Fixed setting is separated after 3 sack of packaging bag seals for adsorbing below the sealing mechanism
The adsorbent equipment 8 of plastic strip, wherein adsorbent equipment is made of vacuum evacuation device, the absorption frame being connected to vacuum evacuation device.
The packaging end further includes to the position restrainer for being placed on mounting table 51 and loading the packaging bag 3 finished and limited
Structure 53, the position-limit mechanism 53 include being set to the 6th cylinder 531 of two sides, the limited block 532 connecting with the 6th cylinder 531.
6th cylinder 531 is mutually contradicted with the 4th cylinder 5211 and shiftable haulage line is parallel to each other, and the stretching, extension of the 6th cylinder 531 makes limited block
532 carry out conflict limit to 3 two sides of packaging bag respectively, and packaging bag 3 is prevented to be swung left and right and influence heat-seal operation.
The interface channel 6 includes that can move up and down the mobile clamping plate 61 for strut packaging bag 3 or tightening, the movement
Clamping plate 61 includes being respectively arranged at the 7th cylinder 611 of upper and lower side, the clamping plate 612 connecting with the 7th cylinder 611, the clamping plate
612 are made of plate body 6121, the stile 6122 for being fixedly installed on 6121 two sides of plate body, wherein move the connection of clamping plate 61 packaging end with
Compress structure for conveying.7th cylinder 611 drives clamping plate 612, and formation between clamping plate 612 is made to pass through for material 4 and be loaded into packet
The channel of pack 3,6121 two sides of plate body setting stile 6122 avoid material 4 from leaking out in transmission process from both sides.
Baffle 511 is arranged in 51 end of mounting table, below the mounting table 51 setting make its moving up and down 9th
Feeding side 54 is arranged in cylinder 512,51 side of mounting table, and wherein feeding side 54 includes the 8th cylinder 541 and the 8th cylinder
The push block 542 of 541 connections.Baffle 511, which is arranged, in mounting table 51 arrives the second transmitting device transmission material 4 by interface channel 6
Up to when packaging bag 3, avoid packaging bag 3 deviate from.
After there is material 4 in first optoelectronic switch 7 detection lower section, the first conveyer belt 211 stops transmission, the first conveying device 221
Stretching, extension carries out the material 4 on the first conveyer belt 211 of conveying to 222 lower section of compression set, and the stretching, extension of 222 one end of compression set is supported
Touching pressing material 4 is compressed, and reset condition is the 612 housing packaging bag 3 of clamping plate of tightening state, and 3 appearance of packaging bag at this time is supported
Mounting table 51 is touched, by pressing control switch 55, the stretching, extension of the second conveying device 223, the 7th cylinder 611 is made to drive both ends clamping plate
612 movements keep it inconsistent with table upper and lower side in packaging bag 3.Clamping plate is driven by the 7th cylinder 611, wherein the 7th cylinder 611
For double acting double-rod cylinder, keep both ends clamping plate 612 mobile and inconsistent with table upper and lower side in packaging bag 3 backwards respectively, wherein on
The channel that packaging bag 3 is arrived for the second conveying device 223 conveying material 4, the second conveying device are formed between lower two groups of clamping plates 612
223 stretching, extensions make material 4 be transported in packaging bag 4 and loaded by compression structure for conveying, 611 band of the 7th cylinder after filling
Dynamic clamping plate 612, which moves towards, to be tightened, and the first conveying device 221,222 one end of compression set, the second conveying device 223 are shunk
Set back set, the first conveyer belt 211 restores transport, the first optoelectronic switch 7 continues to have monitored whether material 4.Wherein the second gas
Cylinder 2221 is double acting double-rod cylinder.
Filling simultaneously finishes the packaging bag 3 of material on mounting table 51, and the 4th cylinder 5211 stretching, extension of two sides drives flanging
Block 5212 carries out flanging to 3 sack of packaging bag, and the 5th cylinder 5221 stretching, extension band dynamic sealing assembly 5222 positioned at upper and lower is opposite
It moves and contradicts 3 sack of packaging bag and sealed.The packaging bag 3 that wherein filling finishes material 4 passes through two sides on mounting table 51
The stretching, extension of 6th cylinder 531 drives limited block 532, so that limited block 532 is contradicted 3 two sides of packaging bag and avoids packaging bag 3 is mobile from asking
Topic occurs.9th cylinder 512 is set below mounting table 51, and in packed state, the stretching, extension of the 9th cylinder 512 keeps mounting table 51
State corresponding with interface channel 6,5222 sealing bags 3 of seal assembly and the 9th cylinder 512 shrink and makes when shrinking
Mounting table 51 decline, 51 side of mounting table be arranged feeding side 54, the 8th cylinder 541 stretching, extension make push block 542 push packaging bag 3 into
Row feeding operation, the 8th cylinder 541 is shunk after stretching, extension, the 9th cylinder 512 carry out stretching, extension make mounting table 51 restore with
The corresponding position of interface channel 6, the 4th cylinder 5211, the 5th cylinder 5221, the 6th cylinder 531 are shunk extensive after heat-sealing
Multiple reset condition and the signal for waiting control switch 55 next time.
In the present invention: in the rack 1 be arranged delivery end, place packaging bag 3 and to delivery end convey material 4 into
The packaging end of row packaging connects delivery end and packs end and carry out the interface channel 6 of transmission material 4, and the delivery end includes defeated
The compression structure for conveying for sending band 21, receiving the material 4 from conveyer belt 21 and conveying after being compressed, the conveyer belt 21 include
First conveyer belt 211, the packaging end includes mounting table 51, sealing mechanism.Material 4 is conveyed to pressure by the first conveyer belt 211
Contracting transmission structure is compressed, and carries out being transported at mounting table 51 progress package encapsulation after compression, this kind of manner of packing efficiency compared with
Height, transmission mode are simple and fast.
Claims (10)
1. a kind of packaging facilities, including rack (1), it is characterised in that: delivery end is arranged on the rack (1), places packaging bag
(3) and packaging end material (4) packed, connection delivery end and packaging end is conveyed to delivery end and carry out transmission material (4)
Interface channel (6), the delivery end include conveyer belt (21), receive from conveyer belt (21) material (4) and compressed
The compression structure for conveying conveyed afterwards, the conveyer belt (21) include the first conveyer belt (211), the packaging end include with connect lead to
The corresponding mounting table (51) for being arranged and placing packaging bag (3) in road (6), the packaging bag (3) finished to filling material (4) are pressed
Side and the sealing mechanism sealed.
2. a kind of packaging facilities according to claim 1, it is characterised in that: the compression structure for conveying includes being set to first
Conveyer belt (211) side simultaneously conveys the first conveying device (221) of material (4), is set on the first conveying device (221) side
The compression set (222) of side, the material (4) of conveying compression set (222) compression arrive second conveying device of interface channel (6)
(223)。
3. a kind of packaging facilities according to claim 2, it is characterised in that: first conveying device (221) includes fixing
The first cylinder (2211) being set on rack (1), the first conflict block (2212) being connect with the first cylinder (2211), the pressure
Compression apparatus (222) includes the second cylinder (2221) being fixedly installed on rack (1) vertically, connect with the second cylinder (2221)
Second conflict block (2222), second conveying device (223) include the third cylinder being fixedly installed on rack (1)
(2231), the third conflict block (2232) being connect with third cylinder (2231), the first cylinder (2211) telescopic moving direction,
Second cylinder (2221) telescopic moving direction, third cylinder (2231) telescopic moving direction are mutually vertical.
4. a kind of packaging facilities according to claim 1, it is characterised in that: the sealing mechanism include to packaging bag (3) into
The folded edges (521) of row flanging, the sealing structure (522) that packaging bag (3) sack is sealed, the folded edges
It (521) include the 4th cylinder (5211) for being set to two sides, the flanging block (5212) being connect with the 4th cylinder (5211), it is described close
Seal structure (522) includes the 5th cylinder (5221) for being respectively arranged at upper and lower, the sealing group connecting with the 5th cylinder (5221)
Part (5222).
5. a kind of packaging facilities according to claim 4, it is characterised in that: the flanging block (5212) includes flanging block body
(523), the flanging platform (524) and flanging vertical block (525) of flanging block body (523) two sides, the sealing group are respectively arranged at
Part (5222) includes sealing block (526), is set to the electric heating piece (527) that sealing block (526) end carries out heat-seal operation.
6. a kind of packaging facilities according to claim 1, it is characterised in that: the packaging end further includes to being placed in mounting table
(51) on and the position-limit mechanism (53) that the packaging bag (3) finished is limited is loaded, the position-limit mechanism (53) includes being set to
6th cylinder (531) of two sides, the limited block (532) being connect with the 6th cylinder (531).
7. a kind of packaging facilities according to claim 1, it is characterised in that: the interface channel (6) includes that can move up and down
Strut the mobile clamping plate (61) of packaging bag (3) or tightening, the mobile clamping plate (61) includes being respectively arranged at upper and lower side
7th cylinder (611), the clamping plate (612) connecting with the 7th cylinder (611), the clamping plate (612) are set by plate body (6121), fixation
It is placed in stile (6122) composition of plate body (6121) two sides, wherein moving clamping plate (61) connection packaging end and compression structure for conveying.
8. a kind of packaging facilities according to claim 1, it is characterised in that: baffle is arranged in mounting table (51) end
(511), setting makes its 9th cylinder (512) moving up and down, mounting table (51) side below the mounting table (51)
It is arranged feeding side (54), the push block that wherein feeding side (54) includes the 8th cylinder (541), connect with the 8th cylinder (541)
(542)。
9. a kind of packaging facilities according to claim 1, it is characterised in that: rack (1) fixed setting and the first transmission
Corresponding first optoelectronic switch (7) of band (211).
10. a kind of packaging facilities according to claim 1, it is characterised in that: control switch is fixedly installed in the sealing mechanism
(55)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920050793.6U CN209366663U (en) | 2019-01-13 | 2019-01-13 | A kind of packaging facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920050793.6U CN209366663U (en) | 2019-01-13 | 2019-01-13 | A kind of packaging facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209366663U true CN209366663U (en) | 2019-09-10 |
Family
ID=67825550
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920050793.6U Active CN209366663U (en) | 2019-01-13 | 2019-01-13 | A kind of packaging facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209366663U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109649768A (en) * | 2019-01-13 | 2019-04-19 | 贵州卡布国际生物科技有限公司 | A kind of packaging facilities |
-
2019
- 2019-01-13 CN CN201920050793.6U patent/CN209366663U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109649768A (en) * | 2019-01-13 | 2019-04-19 | 贵州卡布国际生物科技有限公司 | A kind of packaging facilities |
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