CN206106477U - Whole molding system of 3D package - Google Patents
Whole molding system of 3D package Download PDFInfo
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- CN206106477U CN206106477U CN201621047742.0U CN201621047742U CN206106477U CN 206106477 U CN206106477 U CN 206106477U CN 201621047742 U CN201621047742 U CN 201621047742U CN 206106477 U CN206106477 U CN 206106477U
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- bag
- mould
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- stereoscopic bag
- frame
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Abstract
The utility model discloses a whole molding system of 3D package is equipped with 3D package four directions end die forming device (56), brush type 3D package side and inserts and insert forming device (64), 3D package at the bottom of forming device (63), the 3D package and scald to attach together and put (65), 3D package and take off bagging apparatus (66) on it assembles frame (51), forming device (63) are inserted to the brush type 3D package side, 3D package takes off bagging apparatus (66) with the four sides of four sets of four corners modes distributions in 3D package four directions die block utensil forming device (56) mould (7), it scalds to attach together and puts (65) and install with each one set both sides to insert forming device (64), 3D package at the bottom of the 3D package the both sides face of mould (7). The utility model discloses the bonding firmness and effective shaping of forcing the bag be can add, speed, stability, the yield of 3D package system bag have been improved.
Description
Technical field
The present invention relates to a kind of package packing machine, is specifically related to a kind of solid bag producer.
Background technology
At present, nonwoven fabrics package bag develops various patterns sack：Blurt out bag, handbag, plastic bag, zippered bag, solid
Bag etc..In addition to stereoscopic bag, other pattern sacks have all been high-speed automated production.Automatic production for stereoscopic bag and its set
Standby prior art has been the relevant of Patent No. ZL201210020486.X, ZL201310046052.8 of exploitation since 2012
Non-woven fabric solid bag producer, opens the automated production of non-woven solid bag.But whole many places action is there is for cylinder
Control, its bag speed is slow, less stable, its without reference to the tracking glue spraying of non-woven fabrics sheet stock, horizontal impression, mould into
The process such as type, global formation, have impact on firmness and production efficiency that stereoscopic bag is particularly square bottom stereoscopic bag.
The content of the invention
It is an object of the invention to overcome above-mentioned deficiency, and provide a kind of first one-step forming, side that can complete non-woven fabrics sheet stock
Slotting bottom is inserted into type, hotly joins the stereoscopic bag global formation system of the process such as de- bag.
The purpose of the present invention is achieved through the following technical solutions：Stereoscopic bag global formation system, including total frame, described
Shaped device, stereoscopic bag bottom are inserted in total frame equipped with stereoscopic bag square bottom mould molding device, Brush type stereoscopic bag side be inserted into type
Device, stereoscopic bag scalding device, stereoscopic bag take off bagging apparatus, and the Brush type stereoscopic bag side is inserted shaped device, stereoscopic bag and takes off packed
The four sides of the mould that stereoscopic bag square bottom mould molding device is distributed in four sets of corner modes is put, the stereoscopic bag bottom is inserted into type
Device, stereoscopic bag scalding device are with each a set of two sides installed in the mould in both sides.
After using the present invention, can be sequentially completed the preliminary mould molding of square bottom of non-woven fabrics sheet stock, side be inserted into type, bottom insert
It is molded, hotly joins the work such as de- bag.So as to strengthen its bonding firmness and effectively shaping for follow-up bag, making forms non-woven fabrics
Square bottom stereoscopic bag, improves speed, stability, the yield rate of stereoscopic bag bag.
Description of the drawings
Below in conjunction with the accompanying drawings the present invention is described in further detail with embodiment.
Fig. 1 is the mounting structure schematic diagram of stereoscopic bag global formation system of the present invention.
Fig. 2 is the structural representation of the horizontal impression device of tracking mode glue spraying in Fig. 1.
Fig. 3 is the structural representation of the stereoscopic bag square bottom mould molding device in Fig. 1.
Fig. 4 is the part-structure schematic diagram (stereoscopic bag containing square bottom) of the present invention.
Fig. 5 inserts shaped device, the slotting shaped device in stereoscopic bag bottom, stereoscopic bag and takes off packed for the Brush type stereoscopic bag side in Fig. 1
The structural representation put.
Fig. 6 is the structural representation that shaped device is inserted in the Brush type stereoscopic bag side in Fig. 5.
Fig. 7 is the structural representation of the non-woven fabrics square bottom stereoscopic bag that the present invention completes.
Specific embodiment
Understand referring to figs. 1 to Fig. 6, be applied to the stereoscopic bag global formation system 57 of the present invention of Bag Making Machine, including total frame
51, in total frame 51 equipped with stereoscopic bag square bottom mould molding device 56, Brush type stereoscopic bag side insert shaped device 63,
The de- bagging apparatus 66 of shaped device 64, stereoscopic bag scalding device 65, stereoscopic bag is inserted at stereoscopic bag bottom, and the Brush type stereoscopic bag side is inserted into
The de- bagging apparatus 66 of type device 63, stereoscopic bag is distributed in the mould of stereoscopic bag square bottom mould molding device 56 in four sets of corner modes
Insert shaped device 64 (it includes that plate 141 is plugged at bottom), stereoscopic bag scalding device 65 in the four sides of 7 (when pushing), the stereoscopic bag bottom
(it includes that ultrasonic wave hotly joins head assembly 151) is each a set of installed in (and the follow-up made four directions for completing of the mould 7 with both sides
Bottom stereoscopic bag C) two sides.
The high speed non-woven fabric solid bag producer that the present invention is applied, also fills including photoelectricity cloth deviation correcting device 52, feeding
Put 53 (double step-by-step movements are known technology), the horizontal impression device 54 of tracking mode glue spraying, formula feeding of rectifying a deviation at a high speed and cut drawing material device
55th, sizing output device 58 (being known technology, for the output of stereoscopic bag finished product) is converted into, in the pay-off 53 and high speed
Correction formula feeding is cut between drawing material device 55 equipped with the horizontal impression device 54 of tracking mode glue spraying.
As shown in Fig. 2 the horizontal impression device of the tracking mode glue spraying, including the photoelectricity glue-spraying mechanism of adjacent installation and laterally
Creasing mechanism, the photoelectricity glue-spraying mechanism includes glue spraying track frame 31, (can equipped with glue spraying optical axis 32 on the glue spraying track frame 31
For two), equipped with glue spraying slide block 33 (for three groups side by side) on the glue spraying optical axis 32, glue spraying is housed on the glue spraying slide block 33
Installing plate 34 and photoelectricity installing plate 35, equipped with glue spraying head 36 (according to the need of non-woven fabrics sheet stock size on the glue spraying installing plate 34
Want and adjust glue spraying head position), (by photoelectricity adjustable plate 37, according to non-woven fabrics sheet stock size on the photoelectricity installing plate 35
Need and adjust tracking photocell eye position) equipped with tracking photocell eye 38；The horizontal creasing mechanism includes impression frame 39, in the pressure
Impression guide rail 40 is housed on trace frame 39, pinch roller frame 44 is equipped with by impression slide block 41 on the impression guide rail 40, the impression is slided
Block 41 is connected by impression Synchronous Transmission component 42 with horizontal impression power source 43 (horizontal impression motor)；The pinch roller frame 44
On (both sides) be equipped with pinch roller slide block 45, the pinch roller slide block 45 by impression wheel shaft 46 equipped with dint wheel 47 (on impression wheel shaft 46
Can be with adjusting position).
Dint wheel (appropriate) pressure is given equipped with impression spring 48 between the pinch roller slide block 45 and pinch roller frame 44,
Pinch roller baffle plate 49 is housed in the outside of the pinch roller slide block 45.The glue spraying track frame 31 and horizontal marking press of the photoelectricity glue-spraying mechanism
The impression frame 39 of structure is mounted side by side on displacement tooth bar 50, and the displacement tooth bar 50 is then mounted in total frame 51 of the Bag Making Machine.
Photoelectricity glue-spraying mechanism and horizontal creasing mechanism can on the displacement tooth bar adjusting position.Nothing is controlled by tracking photocell eye 38
The delivered length of cloth sheet stock A is spun, non-woven fabrics sheet stock of conveying is then on its fixed position by the glue spraying head of photoelectricity glue-spraying mechanism
36 carry out glue spraying works once (strengthen bonding firmness), then by the dint wheel 47 of horizontal creasing mechanism carries out horizontal lines pressure
Trace works once.
As shown in figure 3, the stereoscopic bag square bottom mould molding device 56, including mould 7 (being rectangular shape), mould
Transverse slat 18, mould vertical frame 17, the mould 7 is connected by frame 13 in mould with mould transmission component 12 and mould motor 11, institute
The one end for stating frame 13 in mould is connected by plate supporting frame coupling assembly (combination of connecting shaft 14 and universal drive shaft 15) with plate supporting frame 8,
Supporting plate lateral cylinder 1 is housed on the plate supporting frame 8, the supporting plate lateral cylinder 1 is by supporting plate air cylinder board 2 and supporting plate longitudinal direction cylinder
4 connect, and the top of the supporting plate longitudinal direction cylinder 4 is connected with supporting plate 5, lower section of the supporting plate 5 in mould 7.The plate supporting frame 8 passes through
Perpendicular slide block 9 is mounted on perpendicular guide rail 10, and the perpendicular guide rail 10 connects with total frame, the mould transmission component 12, mould motor 11, mould
Tool vertical frame 17 is attached separately to the upper-lower position of mould transverse slat 18, and the mould transverse slat 18 is mounted in total frame.The supporting plate air cylinder board 2
Slide on supporting plate cross slider 3 and along supporting plate cross rail 19, the supporting plate cross slider 3 and supporting plate cross rail 19 are arranged on supporting plate
On frame 8, the plate supporting frame 8 is slided by perpendicular slide block 9 on perpendicular guide rail 10.The plate supporting frame coupling assembly is by connecting shaft 14 and universal
Axle 15 is constituted, and the connecting shaft 14 is connected with frame in mould 13, and the universal drive shaft 15 is connected with plate supporting frame 8.In the mould below frame
It is corresponding with the cubic step positioning of plane on mould with four square groove locating slots, it is ensured that its center reference is not after more mold exchange
Become.
Stereoscopic bag square bottom mould molding device operation principle is：Non-woven fabrics sheet stock moves mould to by double servo material pulling modes
Behind 7 lower section, supporting plate lateral cylinder 1 promotes supporting plate air cylinder board 2 to slide along supporting plate cross slider 3.Supporting plate 5 is shifted onto under mould 7
Side, supporting plate longitudinal direction cylinder 4 pushes up supporting plate and non-woven fabrics sheet stock is pressed on mould 7.Supporting plate is pushed down after non-woven fabrics sheet stock, mould
Motor 11 is pressed down by frame 13 in the driven mold of mould transmission component 12.Frame 13 is monolateral equipped with plate supporting frame coupling assembly in mould
Connecting shaft 14, the connecting shaft 14 by universal drive shaft 15 drive plate supporting frame it is synchronous with frame work in mould up and down motion.Frame in mould
Being arranged in left and right two groups of mould vertical frames 17 by four groups of both sides mould slide block component 16 to slide up and down.Mould is depressed into
After ultrasonic position is hotly joined, supporting plate is retracted with the level of supporting plate lateral cylinder and is avoided mould by declining again for supporting plate longitudinal direction cylinder
Tool, allows non-woven solid bag finished product normally to take off bag.Non-woven fabrics sheet stock completes square bottom just break away from moulds after one-step forming, and rear mold
Rise and wait lower task.
As shown in Figures 4 to 7, shaped device 63 is inserted in the Brush type stereoscopic bag side, including main frame 134 is inserted (in horizontal stroke in side
To position), insert on main frame 134 equipped with side bay 136 (being in lengthwise position) in the side, it is equipped with the side bay 136
Side plate 135, the side plate 135 inserted in side and be connected with side plug-in machine 139 by the slotting Synchronous Transmission component 138 in side on guide rail 137.
Insert in the side and be equipped with (by hairbrush cylinder frame 133) on main frame 134 hairbrush cylinder 132, the hairbrush cylinder 132 is connected with to be inserted with side
Plate 135 is with the hairbrush 131 arranged.The hairbrush is fixed to non-woven fabrics sheet stock by the promotion of hairbrush cylinder 132 on mould,
Positioning.There is the horizontal line phase with " big " the font tie point 96 of made square bottom stereoscopic bag side on the side plate 135
Corresponding groove 130, side plate 135 by side insert Synchronous Transmission component 138 by side plug-in machine 139 promote and to non-woven fabrics sheet stock
Forming square bottom stereoscopic bag carries out lateral register, and inserts oriented sliding on guide rail 137 in side.
As shown in Figure 4, Figure 5, shaped device 64 is inserted at the stereoscopic bag bottom, including base plate 145 is inserted at bottom, and at the bottom base plate is inserted
Guide rail 142 is inserted by longitudinal bottom on 145 and plugs plate 141 bottom of equipped with, the bottom is plugged plate 141 and inserts longitudinal direction Synchronous Transmission group the bottom of by
Part 143 (rack pinion and synchronous pulley mode) is inserted longitudinal motor 144 and is connected the bottom of with.Insert the opposite side dress of base plate 145 in the bottom
Insert on guide rail 146 and synchronous cross transmission component 147 (synchronous pulley mode) is inserted the bottom of by horizontal bottom and insert cross motor the bottom of with
148 connections.Bottom is inserted longitudinal motor 144 and is worked, and is inserted longitudinal Synchronous Transmission component 143 bottom of by and is driven bottom to plug plate 141 in longitudinal direction
Insert guide rail and move up and down in bottom.Bottom is inserted cross motor 148 and is worked, and is inserted synchronous cross transmission component 147 bottom of by and is driven bottom to insert bottom
Plate 145 inserted at horizontal bottom and slided on guide rail 146.
As shown in Fig. 4, Fig. 5, Fig. 7, the stereoscopic bag scalding device 65, including ultrasonic wave installing plate 152 is (by riser and horizontal stroke
Plate constitute), on the ultrasonic wave installing plate 152 (its riser) equipped with ultrasonic wave hotly join head assembly 151 (by with square die bed stereoscopic bag
The corresponding stripe shape ultrasonic wave in welding position hotly join 84 and square ultrasonic wave hotly join 86 composition), in the ultrasonic wave installing plate
By hotly joining intermediate transmission mechanism, (it is successively by spring buffer component 154, swing arm 155 and eccentric shaft group on 152 another side
Part 156 is constituted) with hotly join motor 158 (band deceleration) and be connected, the ultrasonic wave installing plate 152 (its transverse slat) is mounted in and hotly joins guide rail
On 153；The ultrasonic wave installing plate 152 (and hotly joining guide rail 153), hotly join intermediate transmission mechanism, hotly join motor 158 be mounted in it is boiling hot
Close base plate 150 on, this hotly joins base plate 150 and is connected with automatic displacement mechanism 157, its can drive hotly join base plate global displacement (with
The specification of mould and corresponding displacement).Be equipped with (by rotary shaft) between base plate 150 and ultrasonic wave installing plate 152 in described hotly joining
Swivel plate 159 is hotly joined, this hotly joins swivel plate and can hotly join head assembly to be convenient for changing ultrasonic wave with 360 degree of rotations.Wherein, it is described
Ultrasonic wave hotly join head assembly 151 by with square bottom stereoscopic bag connect the corresponding stripe shape ultrasonic wave in (welding) position hotly join 84 and
Square ultrasonic wave hotly joins 86 compositions, and the stripe shape ultrasonic wave hotly joins 84 profile and connection (welding) portion of square bottom stereoscopic bag
The perpendicular muscle 94 in position is corresponding, and the square ultrasonic wave hotly joins 86 profile and connection (welding) position " big " word of square bottom stereoscopic bag
Type tie point 96 is corresponding.It is described to hotly join intermediate transmission mechanism successively by spring buffer component 154, swing arm 155 and eccentric shaft group
Part 156 is constituted, and the spring buffer component 154 is mounted on the another side of ultrasonic wave installing plate 152, the eccentric shaft assembly 156 with
Hotly join motor 158 to be connected.It hotly joins motor ultrasonic wave can be driven to hotly join head assembly and completes equidistant reciprocating action back and forth.This structure
Simply, movement velocity is fast, motive force is strong.
As shown in Figure 4, Figure 5, the de- bagging apparatus 66 of the stereoscopic bag, including de- bag frame 162, is equipped with the de- bag frame 162
De- bag Synchronous Transmission component 161, the de- bag Synchronous Transmission component 161 is connected with de- bag motor 163, and the de- bag frame 162 is mounted in de-
On bag guide rail 164, the de- bag frame 162 is connected with de- bag cylinder 165.The de- bag guide rail 164 and de- bag cylinder 165 are installed in
On de- bag base plate 166.De- bag motor 163 works and drives the de- bag Timing Belt of de- bag Synchronous Transmission component 161 to complete stereoscopic bag
De- bag work；De- bag cylinder drives de- bag frame to be advanced or retreated work.
As shown in drawings, the course of work of the invention is：First, the feeding Origuchi that non-woven fabrics sheet stock passes through preamble
Machine, stereoscopic bag handle infolding mash welder are completed at the feeding Origuchi (including longitudinal impression) of sheet stock and the handle infolding spot welding of sheet stock
After reason, enter back into the photoelectricity cloth deviation correcting device 52 of this Bag Making Machine to ensure the host center at non-woven fabrics sheet stock center and Bag Making Machine
Unanimously guarantee that the sack of certified products bag is neat, first the glue spraying of sheet stock is completed by the horizontal impression device 54 of tracking mode glue spraying and laterally pressed
Trace process, then by high speed correction formula feeding cut drawing material device 55 complete blank, correction draw material process and be transported to Bag Making Machine
The lower section of mould 7 of stereoscopic bag square bottom mould molding device 56.
Pay-off 53, at a high speed correction formula feeding cut the feeding power point for drawing material device 55 (a portion is feeding)
Not by feeding stepper motor (being two pieces) control, pay-off and at a high speed correction formula feeding cut be equipped between drawing material device with
The horizontal impression device 54 of track formula glue spraying.The horizontal impression device 54 of tracking mode glue spraying realizes follow feed, glue spraying, the work of horizontal impression
Afterwards non-woven fabrics sheet stock is sent to into correction formula feeding at a high speed and cuts drawing material device 55, be cut into by its upper cutter 77 (cold cut mode)
The non-woven fabrics sheet stock of certain length.At a high speed correction formula feeding cuts drawing feed collet head (i.e. manipulator, the cylinder control for drawing material device 55
Mode) non-woven fabrics sheet stock is moved to immediately below the mould 7 of stereoscopic bag square bottom mould molding device 56 from material stock plate.Stereoscopic bag four
The driven mold of mould motor 11 of square bottom mould molding device is pushed, and allows non-woven fabrics sheet stock to be coated on die face, and mould
In the center of stereoscopic bag global formation system 57.
When mould 7 is pushed, the hairbrush 131 for inserting shaped device 63 with Brush type stereoscopic bag side is contacted, and allows non-woven fabrics sheet stock to put down
It is whole to be coated on die face and ensure that the sack of certified products bag is neat.Mould 7 it is descending in place after, shaped device 64 is inserted at stereoscopic bag bottom
Plug plate and Brush type stereoscopic bag side and insert the side plate of shaped device 63 by the sheet stock juxtaposition on the two sides side of mould in bottom.
Again head assembly is hotly joined by the ultrasonic wave of stereoscopic bag scalding device 65 and hotly joined (ultrasonic wave mode), so as to complete global formation work
Make and make non-woven fabrics sheet stock become square bottom stereoscopic bag C.Finally, the de- bag Synchronous Transmission component 161 of the de- bagging apparatus 66 of stereoscopic bag
It is advanced into contact with square bottom stereoscopic bag and square bottom stereoscopic bag break away from moulds 7 comes off defeated on equivalent sizing output device 58
Send and take, output device is conveyed to square bottom stereoscopic bag finished product, flanging, concentration are stacked by equivalent sizing.
As shown in drawings, when mould 7 is pushed, four blocks of side plates and de- bag frame are in and back out state, hairbrush and bottom plate
In advanced state.When mould drives non-woven fabric plate material to push, the sheet stock is entirely pressed on the front of mould 7, together by hairbrush 131
When at the bottom of plug plate 141 sheet stock be pressed in into mould side bottom.Under mould in place after, four side plates are divided to two groups of successively propulsions will
Intersection, upper and lower pressed and overlapped are in mould side before and after the sheet stock.Plug plate and fall before (retreat again after the completion of decline) in both sides bottom.Then
Both sides ultrasonic wave hotly joins head assembly while when advancing and squeezing on mould, side plate and hairbrush depart from again.De- bag Synchronous Transmission group
Part is now advanced.When having hotly joined rollback by ultrasonic wave mode, then the de- bag Timing Belt for taking off bag Synchronous Transmission component starts
Operate square bottom stereoscopic bag C finished product break away from moulds.Mould rising completes stereoscopic bag forming action.
7 understand referring to the drawings, folding non-woven fabrics square bottom stereoscopic bag in the handle that the present invention completes, including side
91st, there is " big " font to intersect, tie point 96 is overlapped for front 92, bottom surface 93, the side 91 (left surface, right flank) bottom
(pad), have on the side 91 intersects with " big " font of the bottom of the side 91, Chong Die tie point 96 is connected erects
Muscle 94, the perpendicular muscle 94 (joint portions for two and half bags) is the connection of upper and lower eclipsed form.Handle is housed on the top in the front 92
95 (two pieces), the handle 95 is the infolding mode in the direction into bag.Wherein, the side 91 (arranged on left and right sides face), front 92
(forward and backward two front), bottom surface 93 (bottom surface of a bottom) are tetragonal structure.Its generally three-dimensional, square bottom structure is attractive in appearance
Practicality, is particularly well-suited to the convenient article for placing three-dimensional shape.
There is " big " font to intersect, tie point (pad) is overlapped for the side bottom of the square bottom stereoscopic bag, avoid solid
The bottom surface stress point of bag and can support by bigger Item Weight, its side bottom can then vacate " big " font region and facilitate solid
The folding of bag forms its flat presentation, more convenient for packing；There is perpendicular muscle 94 to be that upper and lower eclipsed form connects (welding) on the side,
This method of attachment has extraordinary tensile resistance, it is ensured that pad bearing capacity and Bag Material (non-woven fabrics) bearing capacity one itself
Cause.Two kinds on its side welding very firmly, and the handle 95 of stereoscopic bag after weld formation can infolding automatically, be more convenient to pack,
Arrange." big " font intersects, overlap tie point 96 intersects with perpendicular muscle 94, is connected and has common intersection point D.
Claims (9)
1. stereoscopic bag global formation system, including total frame (51), it is characterised in that：Equipped with solid on total frame (51)
Bag square bottom mould molding device (56), Brush type stereoscopic bag side insert shaped device (63), stereoscopic bag bottom insert shaped device (64),
Stereoscopic bag scalding device (65), stereoscopic bag take off bagging apparatus (66), and shaped device (63), stereoscopic bag are inserted in the Brush type stereoscopic bag side
De- bagging apparatus (66) is distributed in the four sides of the mould (7) of stereoscopic bag square bottom mould molding device (56) in four sets of corner modes,
It is each a set of installed in the mould (7) with both sides that shaped device (64), stereoscopic bag scalding device (65) are inserted in the stereoscopic bag bottom
Two sides.
2. stereoscopic bag global formation system according to claim 1, it is characterised in that：The stereoscopic bag square bottom mould into
Type device, including mould (7), mould transverse slat (18), mould vertical frame (17), the mould (7) is by frame in mould (13) and mould
Tool transmission component (12) and mould motor (11) are connected, and one end of frame (13) is by plate supporting frame coupling assembly and support in the mould
Grillage (8) is connected, and supporting plate lateral cylinder (1) is housed on the plate supporting frame (8), and the supporting plate lateral cylinder (1) is by supporting plate gas
Cylinder plate (2) connects with supporting plate longitudinal direction cylinder (4), and above supporting plate longitudinal direction cylinder (4) supporting plate (5), supporting plate (5) place are connected with
In the lower section of mould (7).
3. stereoscopic bag global formation system according to claim 2, it is characterised in that：The supporting plate air cylinder board (2) is in support
Slide on plate cross slider (3) and along supporting plate cross rail (19), the supporting plate cross slider (3) and supporting plate cross rail (19) are arranged on
On plate supporting frame (8), the plate supporting frame (8) is slided by perpendicular slide block (9) on perpendicular guide rail (10).
4. stereoscopic bag global formation system according to claim 1 and 2, it is characterised in that：The Brush type stereoscopic bag side
Slotting shaped device, including the slotting main frame (134) in side, insert in the side and be equipped with main frame (134) side bay (136), insert in the side
Side plate (135) is housed, the side plate (135) is inserted in side and insert Synchronous Transmission component by side on guide rail (137) on frame (136)
(138) it is connected with side plug-in machine (139).
5. stereoscopic bag global formation system according to claim 4, it is characterised in that：Insert on main frame (134) in the side
Equipped with hairbrush cylinder (132), the hairbrush cylinder (132) is connected with the hairbrush (131) with side plate (135) with row.
6. stereoscopic bag global formation system according to claim 1 and 2, it is characterised in that：The stereoscopic bag bottom is inserted into type
Device, including the slotting base plate (145) in bottom, insert at the bottom and plug plate the bottom of equipped with by the slotting guide rail (142) in longitudinal bottom on base plate (145)
(141), the bottom is plugged plate (141) and is connected with the slotting longitudinal motor (144) in bottom by slotting longitudinal direction Synchronous Transmission component (143) in bottom.
7. stereoscopic bag global formation system according to claim 1 and 2, it is characterised in that：The stereoscopic bag scalding device,
Including ultrasonic wave installing plate (152), head assembly (151) is hotly joined equipped with ultrasonic wave on the ultrasonic wave installing plate (152), it is super at this
It is connected with motor (158) is hotly joined by hotly joining intermediate transmission mechanism on the another side of sound wave installing plate (152), the ultrasonic wave peace
Dress plate (152) is mounted in and hotly joins on guide rail (153)；The ultrasonic wave installing plate (152), hotly join intermediate transmission mechanism, hotly join motor
(158) it is mounted in and hotly joins on base plate (150), this hotly joins base plate (150) and is connected with automatic displacement mechanism (157).
8. stereoscopic bag global formation system according to claim 7, it is characterised in that：The ultrasonic wave hotly joins head assembly
(151) head (84) and square ultrasonic wave are hotly joined by the stripe shape ultrasonic wave corresponding with made square bottom stereoscopic bag connecting portion
Head (86) composition is hotly joined, the profile that the stripe shape ultrasonic wave hotly joins head (84) is perpendicular with made square bottom stereoscopic bag connecting portion
Muscle (94) is corresponding, and the square ultrasonic wave hotly joins the profile of head (86) and " big " of made square bottom stereoscopic bag connecting portion
Font tie point (96) is corresponding.
9. stereoscopic bag global formation system according to claim 1 and 2, it is characterised in that：The stereoscopic bag takes off bagging apparatus,
Including de- bag frame (162), equipped with de- bag Synchronous Transmission component (161), the de- bag Synchronous Transmission component on the de- bag frame (162)
(161) be connected with de- bag motor (163), the de- bag frame (162) is mounted on de- bag guide rail (164), the de- bag frame (162) with it is de-
Bag cylinder (165) connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621047742.0U CN206106477U (en) | 2016-08-31 | 2016-08-31 | Whole molding system of 3D package |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621047742.0U CN206106477U (en) | 2016-08-31 | 2016-08-31 | Whole molding system of 3D package |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206106477U true CN206106477U (en) | 2017-04-19 |
Family
ID=58519054
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621047742.0U Withdrawn - After Issue CN206106477U (en) | 2016-08-31 | 2016-08-31 | Whole molding system of 3D package |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206106477U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106217946A (en) * | 2016-08-31 | 2016-12-14 | 浙江正威机械有限公司 | Stereoscopic bag global formation system |
| CN107745547A (en) * | 2017-11-06 | 2018-03-02 | 温州正钻机械有限公司 | Plastic three-dimensional bag side bottom both sides hotly join exhaust shaped device |
| CN107791587A (en) * | 2017-11-06 | 2018-03-13 | 温州正钻机械有限公司 | Square bottom plastic three-dimensional bag bag making system at a high speed |
| CN109397750A (en) * | 2018-10-31 | 2019-03-01 | 汕头市明星机械实业有限公司 | A kind of side bottom bag film production equipment |
| CN110281585A (en) * | 2019-07-24 | 2019-09-27 | 浙江正信机械有限公司 | A kind of non-woven fabric solid bag producer |
-
2016
- 2016-08-31 CN CN201621047742.0U patent/CN206106477U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106217946A (en) * | 2016-08-31 | 2016-12-14 | 浙江正威机械有限公司 | Stereoscopic bag global formation system |
| CN106217946B (en) * | 2016-08-31 | 2018-12-11 | 浙江正威机械有限公司 | The integrally formed system of stereoscopic bag |
| CN107745547A (en) * | 2017-11-06 | 2018-03-02 | 温州正钻机械有限公司 | Plastic three-dimensional bag side bottom both sides hotly join exhaust shaped device |
| CN107791587A (en) * | 2017-11-06 | 2018-03-13 | 温州正钻机械有限公司 | Square bottom plastic three-dimensional bag bag making system at a high speed |
| CN109397750A (en) * | 2018-10-31 | 2019-03-01 | 汕头市明星机械实业有限公司 | A kind of side bottom bag film production equipment |
| CN109397750B (en) * | 2018-10-31 | 2024-01-26 | 广东明星机械实业有限公司 | Square bottom film bag production equipment |
| CN110281585A (en) * | 2019-07-24 | 2019-09-27 | 浙江正信机械有限公司 | A kind of non-woven fabric solid bag producer |
| CN110281585B (en) * | 2019-07-24 | 2024-02-27 | 浙江正信机械有限公司 | Novel three-dimensional bag system bag machine of non-woven fabrics |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170419 Effective date of abandoning: 20181211 |
|
| DD01 | Delivery of document by public notice | ||
| DD01 | Delivery of document by public notice |
Addressee: Zhejiang Zhengwei Machinery Co., Ltd. Document name: Notification of Passing Examination on Formalities |