CN105329477B - Interior vacuumizing device and vacuumizing method for packing machine - Google Patents
Interior vacuumizing device and vacuumizing method for packing machine Download PDFInfo
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- CN105329477B CN105329477B CN201510910794.XA CN201510910794A CN105329477B CN 105329477 B CN105329477 B CN 105329477B CN 201510910794 A CN201510910794 A CN 201510910794A CN 105329477 B CN105329477 B CN 105329477B
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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
- B65B31/00—Packaging articles or materials under special atmospheric or gaseous conditions; Adding propellants to aerosol containers
- B65B31/04—Evacuating, pressurising or gasifying filled containers or wrappers by means of nozzles through which air or other gas, e.g. an inert gas, is withdrawn or supplied
-
- 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
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Dispersion Chemistry (AREA)
- Vacuum Packaging (AREA)
Abstract
The invention discloses an interior vacuumizing device for a packing machine. Four movable guide rails are connected between the four corners of a movable plate and the four corners of a fixed plate; an interior vacuumizing cavity is formed in the opposite side of the movable plate; a movable rubber sealing cylinder is connected to the middle at the upper end at the back of the fixed plate; the head end of a piston rod of the movable rubber sealing cylinder penetrates the fixed plate and then is connected with a movable rubber sealing module; the movable rubber sealing module and a bag box are arranged at the upper end on the opposite side of the fixed plate; a second pressing module is arranged on the fixed plate on the left side of the movable rubber sealing cylinder; a first pressing module is arranged on the fixed plate on the right side of the movable rubber sealing cylinder; a vacuumizing hole is formed in the middle at the lower end of the fixed plate; a bag pressing cylinder is arranged on the left side at the back of the fixed plate; and a finished packing bag holding cylinder is arranged on the right side at the back of the fixed plate. The interior vacuumizing device has the characteristics of novel structure, high working efficiency, low failure rate, more thorough vacuumizing effect, and extremely low bag expanding rate.
Description
Technical field
The present invention relates to a kind of package packing machine, it is more particularly to a kind of for packing machine in interior vacuum extractor and vacuumize
Method.
Background technology
At present, all there is fault rate height, fluctuation of service, vacuumize in the bag vacuum extractor being applied in package packing machine
Not thoroughly, swollen bag rate is high, maintenance cost is high, ineffective defect.
The content of the invention
In order to make up fault rate height existing for existing bag vacuum extractor, fluctuation of service, vacuumize not thoroughly,
Swollen bag rate is high, maintenance cost is high, ineffective defect, the present invention provide it is a kind of for packing machine in interior vacuum extractor
And vacuum pumping method, it is used to be vacuumized and sealing treatment to the outer bag for filling inner bag, and it has structure novelty, work
Make the characteristics of efficiency high, fault rate are low, operation is more stable, vacuumizing effect is more thorough, swollen bag rate is extremely low, maintenance cost is low.
In order to achieve the above object, the present invention is achieved by following technical solution：It is a kind of in packing machine
Vacuum extractor, it is by portable plate, fixed plate, interior evacuated chamber's capping module, four movable guiding rails, active rubber seal moulds
Block, sack box, length adjustment bar, multiple compression modules, active rubber sealing cylinder, pressure zone bar, compacting sack cylinder, put finished product
Packaging bag cylinder is constituted, it is characterised in that
It is arranged oppositely side by side between portable plate and fixed plate, between the corner location of portable plate and the corner location of fixed plate
Be connected with four movable guiding rails, the opposite of portable plate offer in vacuumize chamber, arrange in the opposite surrounding of portable plate
There is sealing ring；
The back side upper center of fixed plate is connected with an active rubber sealing cylinder, the piston of active rubber sealing cylinder
Rod head end is connected after fixed plate with active rubber capping module, and active rubber capping module vacuumizes the interior of chamber positioned at interior
Portion, active rubber sealing cylinder can control active rubber capping module move forward and finally with seal copper matching closing operation；
The back side upper end of portable plate is connected with interior evacuated chamber's capping module, the back side middle part of interior evacuated chamber's capping module
It is fixedly connected with the piston rod head end of sealing cylinder, the back side both sides of interior evacuated chamber's capping module are connected to a band bullet
The guide rail of spring, per root, the guide rail outboard end with spring is socketed with guide cylinder, and guide cylinder is anchored on the left and right sides of sealing cylinder
End；
The leading flank of interior evacuated chamber's capping module is provided with a flanged (FLGD) bearing two, the concatenation band of the guide rail with spring
Aluminium is fixed before the bearing two of flange is backward with sealing copper to be connected, sealing copper is fixed on front side of aluminium and is connected with refractory ceramics block,
Sealing copper is provided with front side of refractory ceramics block, installation sealing coaming plate between aluminium and the spring other end is fixed in sealing copper and is fixed
Sealing coaming plate is installed in aluminium, the both sides for fixing aluminium in sealing coaming plate, and in sealing copper side temperature control line and heating tube are installed；
The back side surrounding of portable plate is respectively arranged with a flanged (FLGD) bearing one, and four movable guiding rails can correspondingly concatenate one
Individual flanged (FLGD) bearing one；
The opposite upper end of fixed plate is provided with active rubber capping module and sack box, and sack box is arranged at active rubber
The lower section of capping module；
Sack box includes two coaming plates of left and right, two pieces of feeding plates, forks, the embossed bag sub bar with bearing, embossed bag sub-block, many
Individual back-moving spring, finished product packing block is put with bearing, the left and right two ends of every piece of feeding plate are respectively arranged with putting with bearing
Finished product packing block, the lower end of every piece of feeding plate is provided with many forks, and fork staggered cross is passed through between the feeding plate of two pieces of left and right
Connection is realized, two pieces of left and right feeding plate is being connected to the coaming plate of left and right two side by side just each via the finished product packing block of putting with bearing
Lower section, is provided with an embossed bag sub-block, the lower end of embossed bag sub-block and the embossed bag sub bar with bearing between the coaming plate of left and right two
Concatenation a, rod end of embossed bag sub bar is connected to the lateral wall of coaming plate by bearing；
Embossed bag sub bar with bearing is also serially connected with guiding piece, and the embossed bag sub bar with bearing is also associated with a reset bullet
Spring one, the other end of the back-moving spring one is then connected at guiding piece, and a side of every piece of feeding plate is respectively connected with a reset
Spring two, the other end of each back-moving spring two is then connected to the lateral wall of coaming plate；
Compression module two, compression module two and pressure are provided with the fixed plate of the left-hand portion of active rubber sealing cylinder
Rod failure is used cooperatively, and compression module two can be connected with the guiding piece of embossed bag sub bar of the control with bearing；
Compression module one, compression module one and length are provided with the fixed plate at the right side position of active rubber sealing cylinder
Degree adjusting rod is used cooperatively, and compression module one can be connected with the guiding piece of control feeding plate；
The lower end middle part of fixed plate offers one and vacuumizes hole, and the back side left side of fixed plate is provided with compacting sack gas
Cylinder, suppresses the lower end part of the downward top pressure compression module two of piston rod head end energy of sack cylinder, and the back side right side of fixed plate sets
It is equipped with and puts finished product packing bag cylinder, puts the bottom of the downward top pressure compression module one of piston rod head end energy of finished product packing bag cylinder
Position；
The left surface lower end of fixed plate is provided with a pressure zone bar, and the right flank lower end of fixed plate is provided with a length and adjusts
Pole.
It is a kind of for packing machine in interior vacuum pumping method, the method is specially：Fill the outer bag of package inner bag
In falling into sack box, first, portable plate draw close along four movable guiding rails to fixed plate through the control of main push-and-pull cylinder until
The closely corresponding laminating completely of portable plate and fixed plate, what portable plate and fixed plate now formed closing vacuumizes chamber, takes out
Vacuum module now launches into the state of vacuumizing, and the air and the interior air vacuumized in chamber in bag is pulled out, then,
The lower end part of the downward top pressure compression module two of piston rod head end of compacting sack cylinder, descending compression module two passes through vertical pole
Embossed bag sub bar with bearing in traction sack box, makes embossed bag sub bar with bearing control embossed bag sub-block and slopes inwardly and most
At last the sack of outer bag is tightly suppressed, and is sealed outer bag and sealing copper contact, at the same time, active rubber sealing cylinder
The capping module reach of control active rubber, the final sealed copper of sack of outer bag and active rubber capping module to top pressure to existing
Together, simultaneously externally the sack of bag carries out heat seal process to the sealing copper after heating, vacuumizes operation and the sealing of outer bag body heat
Operation is completed, and embossed bag sub-block resets, and active rubber capping module reversely resets, and vacuumizes stopping；
Chamber air inlet is inside vacuumized, main push-and-pull cylinder control portable plate is reversely dropped back along four movable guiding rails, completes close
The outer bag of envelope operation falls in sack box, now, puts the downward top pressure compression module of piston rod head end of finished product packing bag cylinder
One, descending compression module one by vertical pole, guiding piece and with bearing put finished product packing block to control sack box in two pieces
To opening to the feeding plate for intersecting, outer bag now falls from sack box, and finally, in the presence of back-moving spring, two pieces put
Flitch resets and intersects closure.
The beneficial effects of the present invention is, it has, and structure novelty, high working efficiency, fault rate are low, operation is more stable, take out
The characteristics of vacuum effectiveness is more thoroughly, swollen bag rate is extremely low, maintenance cost is low.
The present invention is described in further detail below in conjunction with the accompanying drawings.
Description of the drawings
Fig. 1 be the present invention in open mode when entire combination attachment structure stereogram；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the decomposition texture stereogram of Zhong Nei evacuated chamber of the present invention capping module and sealing cylinder；
Fig. 4 is the entire combination attachment structure main parallax stereogram of sack box in the present invention；
Fig. 5 is the entire combination attachment structure rear perspective view of sack box in the present invention.
Specific embodiment
As shown in Figure 1 and Figure 2, it is a kind of for packing machine in interior vacuum extractor, it is by portable plate 1, fixed plate 2, interior
Evacuated chamber's capping module 3, four movable guiding rails 6, active rubber capping module 7, sack box 8, length adjustment bar 9, multiple pressures
Molding block, active rubber sealing cylinder 11, pressure zone bar 12, compacting sack cylinder 14, put finished product packing bag cylinder 15 and constitute, it is special
Levy and be,
It is arranged oppositely side by side between portable plate 1 and fixed plate 2, the corner location of portable plate 1 and the corner location of fixed plate 2
Between be connected with four movable guiding rails 6, the opposite of portable plate 1 offer in vacuumize chamber, in the opposite four of portable plate
It is provided with sealing ring 4 week；
The back side upper center of fixed plate 2 is connected with an active rubber sealing cylinder 11, active rubber sealing cylinder 11
Piston rod head end be connected with active rubber capping module 7 after the fixed plate 2, active rubber capping module 7 is located at interior takes out true
The inside of plenum chamber, active rubber sealing cylinder 11 can control active rubber capping module 7 move forward and finally with seal copper
32 matching closing operations；
The back side upper end of portable plate 1 is connected with interior evacuated chamber's capping module 3, the back side of interior evacuated chamber's capping module 3
Middle part is fixedly connected with the piston rod head end of sealing cylinder 38, and the back side both sides of interior evacuated chamber's capping module 3 are connected to
A piece guide rail 39 with spring, per root, the outboard end of guide rail 39 with spring is socketed with guide cylinder, and guide cylinder is anchored on sealing gas
The left and right sides end of cylinder 38；
As shown in figure 3, the leading flank of interior evacuated chamber's capping module 3 is provided with a flanged (FLGD) bearing 2 37, band bullet
The guide rail 39 of spring is fixed aluminium 36 and is connected before concatenating flanged (FLGD) bearing 2 37 backward with sealing copper, seals the front side of copper fixation aluminium 36
Be connected with refractory ceramics block 35, the front side of refractory ceramics block 35 be provided with sealing copper 32, sealing copper fix aluminium 36 with
Sealing coaming plate is installed between the spring other end and fixes aluminium, sealing coaming plate 34 is installed in the both sides for fixing aluminium in sealing coaming plate, in sealing
The side of copper 32 is installed by temperature control line 33 and heating tube 31；
The back side surrounding of portable plate 1 is respectively arranged with a flanged (FLGD) bearing 1, and four movable guiding rails 6 can correspondingly go here and there
Connect a flanged (FLGD) bearing 1；
The opposite upper end of fixed plate 2 is provided with active rubber capping module 7 and sack box 8, and sack box 8 is arranged at activity
The lower section of rubber capping module 7；
As shown in Figure 4, Figure 5, sack box 8 includes left and right two coaming plates 81, two pieces of feeding plates, fork 82, compactings with bearing
Sack bar 83, embossed bag sub-block 84, multiple back-moving springs, put finished product packing block 86, the left and right two of every piece of feeding plate with bearing
End is respectively arranged with one and puts finished product packing block 86 with bearing, and the lower end of every piece of feeding plate is provided with many forks 82, left and right
Connection is realized by the staggered cross of fork 82 between two pieces of feeding plates, two pieces of left and right feeding plate puts finished product each via with bearing
Packaged block 86 is connected to the underface of the coaming plate 81 of left and right two side by side, and between the coaming plate 81 of left and right two an embossed bag sub-block is provided with
84, the lower end of embossed bag sub-block 84 concatenates with the embossed bag sub bar 83 with bearing, and a rod end of embossed bag sub bar is connected by bearing
It is connected to the lateral wall of coaming plate 81；
Embossed bag sub bar 83 with bearing is also serially connected with guiding piece, and the embossed bag sub bar 83 with bearing is also associated with one again
Position spring 1, the other end of the back-moving spring 1 is then connected at guiding piece, and a side of every piece of feeding plate is respectively connected with
One back-moving spring 2 87, the other end of each back-moving spring 2 87 is then connected to the lateral wall of coaming plate 81；
Compression module 2 13, compression module are provided with the fixed plate 2 of the left-hand portion of active rubber sealing cylinder 11
2 13 use cooperatively with pressure zone bar 12, and compression module 2 13 can be connected with the guiding piece of embossed bag sub bar 83 of the control with bearing；
Compression module 1, compression module are provided with the fixed plate 2 at the right side position of active rubber sealing cylinder 11
One 10 use cooperatively with length adjustment bar 9, and compression module 1 can be connected with the guiding piece of control feeding plate；
The lower end middle part of fixed plate 2 offers one and vacuumizes hole 16, and the back side left side of fixed plate 2 is provided with compacting sack
Cylinder 14, suppresses the lower end part of the downward top pressure compression module 2 13 of piston rod head end energy of sack cylinder 14, the back of the body of fixed plate 2
Right side of face is provided with puts finished product packing bag cylinder 15, and the piston rod head end for putting finished product packing bag cylinder 15 can downward top pressure pressing die
The lower end part of block 1；
The left surface lower end of fixed plate 2 is provided with a pressure zone bar 12, the right flank lower end of fixed plate 2 be provided with one it is long
Degree adjusting rod 9.
It is a kind of for packing machine in interior vacuum pumping method, the method is specially：Fill the outer bag of package inner bag
In falling into sack box 8, first, portable plate 1 is drawn close along four movable guiding rails 6 through the control of main push-and-pull cylinder to fixed plate 2
Until portable plate 1 and fixed plate 2 are completely closely corresponding fit, portable plate 1 and fixed plate 2 now formed one close vacuumize
Chamber, vacuumizes module and now launches into the state of vacuumizing, and the air and the interior air vacuumized in chamber in bag is taken out
From, then, the lower end part of the downward top pressure compression module 2 13 of piston rod head end of compacting sack cylinder 14, descending pressing die
Block 2 13 draws the embossed bag sub bar 83 with bearing in sack box 8 by vertical pole, makes the embossed bag sub bar 83 with bearing control pressure
Bag sub-block 84 slopes inwardly and most at last the sack of outer bag body is tightly suppressed, and is sealed outer bag and the sealing contact of copper 32,
At the same time, the control active rubber of active rubber sealing cylinder 11 capping module 7 moves forward, the final sealed copper of sack of outer bag
32 with active rubber capping module 7 pairs to together with top pressure, simultaneously externally the sack of bag carries out heat to the sealing copper 32 after heating
Encapsulation process, vacuumizes operation and outer bag body heat sealing process is completed, and embossed bag sub-block 84 resets, active rubber capping module 7
Reversely reset, vacuumize stopping；
Chamber air inlet is inside vacuumized, main push-and-pull cylinder controls portable plate 1 and reversely drops back along four movable guiding rails 6, completes
The outer bag of sealing process falls in sack box 8, now, puts the downward top pressure compacting of piston rod head end of finished product packing bag cylinder 15
Module 1, descending compression module 1 puts finished product packing block 86 to control bag by vertical pole, guiding piece and with bearing
Two pieces the feeding plate to intersection is opened in sub- box 8, outer bag now falls from sack box 8, finally, in the work of back-moving spring
With under, two pieces of blowing sheet resets intersect closure.
Claims (2)
1. it is a kind of for packing machine in interior vacuum extractor, it be by portable plate (1), fixed plate (2), interior evacuated chamber sealing
Module (3), four movable guiding rails (6), active rubber capping module (7), sack box (8), length adjustment bar (9), multiple compactings
Module, active rubber sealing cylinder (11), pressure zone bar (12), compacting sack cylinder (14), put finished product packing bag cylinder (15) group
Into, it is characterised in that
It is arranged oppositely side by side between portable plate (1) and fixed plate (2), the corner location of portable plate (1) and the corner of fixed plate (2)
Be connected with four movable guiding rails (6) between position, the opposite of portable plate (1) offer in vacuumize chamber, in portable plate (1)
Opposite surrounding be provided with sealing ring (4)；
The back side upper center of fixed plate (2) is connected with an active rubber sealing cylinder (11), active rubber sealing cylinder
(11) piston rod head end is connected afterwards through fixed plate (2) with active rubber capping module (7), active rubber capping module (7)
Positioned at the interior inside for vacuumizing chamber, active rubber sealing cylinder (11) can control active rubber capping module (7) forward movement
And finally with sealing copper (32) matching closing operation；
The back side upper end of portable plate (1) is connected with interior evacuated chamber's capping module (3), the back of the body of interior evacuated chamber's capping module (3)
Middle face is fixedly connected with the piston rod head end of sealing cylinder (38), the back side both sides difference of interior evacuated chamber's capping module (3)
A guide rail with spring (39) is connected with, the guide rail with spring (39) outboard end is socketed with guide cylinder per root, and guide cylinder is tight
It is fixed in the left and right sides end of sealing cylinder (38)；
The leading flank of interior evacuated chamber's capping module (3) is provided with a flanged (FLGD) bearing two (37), the guide rail with spring
(39) fix aluminium (36) with sealing copper before concatenating flanged (FLGD) bearing two (37) backward to be connected, seal the front side of copper fixation aluminium (36)
Refractory ceramics block (35) is connected with, sealing copper (32) is provided with front side of refractory ceramics block (35), fixed in sealing copper
Sealing coaming plate is installed between aluminium (36) and the spring other end and fixes aluminium, sealing coaming plate is installed in the both sides for fixing aluminium in sealing coaming plate
(34), temperature control line (33) and heating tube (31) are installed in sealing copper (32) side；
The back side surrounding of portable plate (1) is respectively arranged with a flanged (FLGD) bearing one (5), and four movable guiding rails (6) can correspondence
One flanged (FLGD) bearing one (5) of concatenation；
The opposite upper end of fixed plate (2) is provided with active rubber capping module (7) and sack box (8), and sack box (8) is arranged at
The lower section of active rubber capping module (7)；
Sack box (8) includes two coaming plates of left and right (81), two pieces of feeding plate, fork (82), the embossed bag sub bar (83) with bearing, pressures
Bag sub-block (84), multiple back-moving springs, finished product packing block (86) is put with bearing, the left and right two ends of every piece of feeding plate set respectively
It is equipped with one and puts finished product packing block (86) with bearing, the lower end of every piece of feeding plate is provided with many forks (82), two pieces of left and right
Connection is realized by fork (82) staggered cross between feeding plate, two pieces of left and right feeding plate puts finished product bag each via with bearing
Dress block (86) is connected to the underface of the coaming plate of left and right two (81) side by side, and an embossed bag is provided between the coaming plate of left and right two (81)
Sub-block (84), the lower end of embossed bag sub-block (84) concatenates with the embossed bag sub bar (83) with bearing, a rod end of embossed bag sub bar
The lateral wall of coaming plate (81) is connected to by bearing；
Embossed bag sub bar (83) with bearing is also serially connected with guiding piece, and the embossed bag sub bar (83) with bearing is also associated with one again
Position spring one (85), the other end of the back-moving spring one (85) is then connected at guiding piece, and a side of every piece of feeding plate connects
A back-moving spring two (87) is connected to, the other end of each back-moving spring two (87) is then connected to the lateral wall of coaming plate (81)；
Compression module two (13), pressing die are provided with the fixed plate (2) of the left-hand portion of active rubber sealing cylinder (11)
Block two (13) is used cooperatively with pressure zone bar (12), and compression module two (13) can lead with embossed bag sub bar (83) of the control with bearing
Draw block connection；
Compression module one (10), pressing die are provided with the fixed plate (2) at the right side position of active rubber sealing cylinder (11)
Block one (10) is used cooperatively with length adjustment bar (9), and compression module one (10) can be connected with the guiding piece of control feeding plate；
The lower end middle part of fixed plate (2) offers one and vacuumizes hole (16), and the back side left side of fixed plate (2) is provided with embossed bag
Sub- cylinder (14), suppresses the lower end part of the downward top pressure compression module two (13) of piston rod head end energy of sack cylinder (14), Gu
The back side right side of fixed board (2) is provided with puts finished product packing bag cylinder (15), puts the piston rod head end of finished product packing bag cylinder (15)
The lower end part of the downward top pressure compression module one (10) of energy；
The left surface lower end of fixed plate (2) is provided with a pressure zone bar (12), and the right flank lower end of fixed plate (2) is provided with one
Length adjustment bar (9).
2. it is a kind of for packing machine in interior vacuum pumping method, it is characterised in that the method is specially：Package inner bag is filled
Outer bag fall in sack box (8), first, portable plate (1) through main push-and-pull cylinder control along four movable guiding rails (6)
Draw close to fixed plate (2) until portable plate (1) and fixed plate (2) closely corresponding laminating completely, portable plate (1) and fixed plate (2)
Now formed one closing vacuumize chamber, vacuumize module and now launch into the state of vacuumizing, the air in bag and
The air inside vacuumized in chamber is pulled out, and then, suppresses the downward top pressure compression module of piston rod head end of sack cylinder (14)
Two (13) lower end part, descending compression module two (13) draws the compacting sack with bearing in sack box (8) by vertical pole
Bar (83), makes embossed bag sub bar (83) with bearing control embossed bag sub-block (84) and slopes inwardly and the most sack of outer bag body at last
Tightly suppress, sealed outer bag and sealing copper (32) contact, at the same time, active rubber sealing cylinder (11) control activity
Rubber capping module (7) moves forward, and the final sealed copper (32) of sack of outer bag and active rubber capping module (7) are to top pressure
Together, after heating sealing copper (32) vacuumizes operation and outer bag while externally the sack of bag carries out heat seal process
Hot-seal operation is completed, and embossed bag sub-block (84) resets, and active rubber capping module (7) reversely resets, and vacuumizes stopping；
Chamber air inlet is inside vacuumized, main push-and-pull cylinder control portable plate (1) is reversely dropped back along four movable guiding rails (6), completed
The outer bag of sealing process falls in sack box (8), now, puts the downward top pressure of piston rod head end of finished product packing bag cylinder (15)
Compression module one (10), descending compression module one (10) puts finished product packing block by vertical pole, guiding piece and with bearing
(86) to control sack box (8) in two pieces to opening to the feeding plate for intersecting, outer bag now falls from sack box (8), most
Afterwards, in the presence of back-moving spring, two pieces of blowing sheet resets intersect closure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510910794.XA CN105329477B (en) | 2015-12-10 | 2015-12-10 | Interior vacuumizing device and vacuumizing method for packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510910794.XA CN105329477B (en) | 2015-12-10 | 2015-12-10 | Interior vacuumizing device and vacuumizing method for packing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105329477A CN105329477A (en) | 2016-02-17 |
| CN105329477B true CN105329477B (en) | 2017-05-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510910794.XA Active CN105329477B (en) | 2015-12-10 | 2015-12-10 | Interior vacuumizing device and vacuumizing method for packing machine |
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| CN202115743U (en) * | 2011-06-21 | 2012-01-18 | 福建省安溪县长荣茶叶机械厂 | Heat-sealing device for tea packing machine |
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| CN203581423U (en) * | 2013-10-12 | 2014-05-07 | 福州海特机电有限公司 | Anti-sticking device for packaging bag vacuum pumping |
| CN204507364U (en) * | 2015-02-12 | 2015-07-29 | 厦门韬云精密机械有限公司 | A kind of vacuum-pumping and sealing packing device |
| CN205203475U (en) * | 2015-12-10 | 2016-05-04 | 卢志恩 | A novel interior evacuating device for among packagine machine |
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