CN108082611A - A kind of self-standing bag tube-sealing machine protects bag frame - Google Patents
A kind of self-standing bag tube-sealing machine protects bag frame Download PDFInfo
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- CN108082611A CN108082611A CN201711478622.5A CN201711478622A CN108082611A CN 108082611 A CN108082611 A CN 108082611A CN 201711478622 A CN201711478622 A CN 201711478622A CN 108082611 A CN108082611 A CN 108082611A
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- self
- guiding groove
- support
- bag
- standing bag
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/20—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for adding cards, coupons or other inserts to package contents
- B65B61/205—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for adding cards, coupons or other inserts to package contents for adding drinking straws to a container
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Bag Frames (AREA)
Abstract
The invention discloses a kind of self-standing bag tube-sealing machines to protect bag frame, is related to a kind of heat sealing machine component, including positioning component and support component;Positioning component is located at the top of support component, for self-standing bag side vertical to be guided to be placed in horizontal plane;Support component includes supporting block, and supporting block surface is formed with the supporting surface for being used to support self-standing bag tube sealing side;It offers to position the opening for placing suction pipe on supporting surface.It can cause self-standing bag, and the suction pipe during hot wind is more accurate compared with self-standing bag positioning with suction pipe, meets subsequent technique requirement, reduces rejection rate.Position of the suction pipe compared with self-standing bag can be met by adjusting positioning component simultaneously, meet Different Package demand.
Description
Technical field
The present invention relates to a kind of heat sealing machine component more particularly to a kind of self-standing bag tube-sealing machine shield bag framves.
Background technology
Tube sealing machine is also known as self-standing bag opening welder, suction nozzle bag envelope mouth machine, full-automatic tube sealing machine etc..It is to band suction nozzle or suction pipe
Self-standing bag carry out heat-sealing suction pipe package packing machine.Mainly it is widely used in:The fluid products such as beverage, fruit juice, softness liquid,
Also can apply on the graininess/powdery product such as chicken essence powder, monosodium glutamate, salt.
As shown in Figure 1, self-standing bag includes main body and suction pipe, main body is formed including two self-standing bag side edge sealing hot pressing;Its
In, wherein a side of self-standing bag is formed for the tube sealing side with suction pipe shrink fit.
But there are following defects for existing tube sealing machine heat-sealing structure:
Traditional tube sealing machine is when conveying self-standing bag, using horizontal positioned mode, by self-standing bag both sides
Side insertion is then transported in tube sealing equipment, on the fixture block of self-standing bag both sides due to being used to fix the card slot of suction pipe
In tube sealing equipment, therefore when self-standing bag is transported to the position opposite with suction pipe, it is necessary to push mechanism by self-standing bag
Being pushed to suction pipe direction makes it be nested in outside suction pipe carries out hot pressing again, and the mechanism of fixed self-standing bag and the mechanism of fixed suction pipe are
Split structure, therefore when self-standing bag is transported on suction pipe station, between tube sealing side and suction pipe can there are certain error,
Suction pipe can not accurately seal suction pipe on the required fixed position of heat-sealing, and can shift compared with self-standing bag, influence
After the beauty of self-standing bag, the precision subsequently packed is also affected.
The content of the invention
For overcome the deficiencies in the prior art, it is an object of the invention to provide a kind of self-standing bag tube-sealing machines to protect bag frame, will
Self-standing bag side vertical is placed in horizontal plane, and the /V of self-support bag formation, supporting block determine self-support bag formation by support component
Position, and suction pipe is fixed by supporting block, make positioning heat-sealing between self-standing bag and suction pipe more accurate.
The purpose of the present invention adopts the following technical scheme that realization:
A kind of self-standing bag tube-sealing machine protects bag frame, including positioning component and support component;The positioning component is located at described
The top of support component, for self-standing bag side vertical to be guided to be placed in horizontal plane;The support component includes supporting block, described
Supporting block surface is formed with the supporting surface for being used to support self-standing bag tube sealing side;It offers to position to place on the supporting surface to inhale
The opening of pipe.
Further, the positioning component is fixed including the first oriented side and second for being arranged on the supporting block opposite sides
Position side;It is formed to position the located space for placing self-standing bag between first oriented side and second oriented side;It is described
The one end of located space away from the supporting block is formed into bag end, and the located space is formed out close to one end of the supporting block
Bag end.
Further, the supporting block includes fixed block;The opposite both ends of the fixed block are respectively towards the located space
It extends vertically to form support column;Two one end of the support column away from the fixed block are opposite respectively to be extended with support block;Two institutes
It states support block surface and forms the supporting surface;The opening is formed between two support blocks;
It is formed to place the tube seat of suction pipe between the fixed block, two support columns and two support blocks.
Further, first oriented side and second oriented side one side close to each other offer first and draw respectively
Guide groove and the second guiding groove;
The both ends of first guiding groove extend to connect first oriented side respectively towards the first oriented side both ends
Both ends;The both ends of second guiding groove extend to connect the two of second oriented side towards the both ends of second oriented side
End;
So that self-standing bag can by first guiding groove and second guiding groove from described into bag end into described fixed
Bit space, and the located space is stretched out from the output end by first guiding groove and second guiding groove.
Further, the elongated central line of first guiding groove, the elongated central line of second guiding groove and institute
The elongated central line for stating opening overlaps.
Further, first guiding groove and second guiding groove are mutually parallel, and are each perpendicular to horizontal plane.
Further, the spacing between the opening and first guiding groove and the opening and second guiding groove
Between spacing it is equal.
Further, first guiding groove is inclined relative to horizontal, so that the extended line phase of first guiding groove
It meets at the extended line of second guiding groove and forms anchor point;The anchor point is located at first guiding groove and described second
Between guiding groove, and positioned at the lower section of first guiding groove and second guiding groove.
Further, first guiding groove includes the first guide section and the first support section, first guide section and institute
It states the first support section to be connected, the first support section is located at the lower part of first guide section;
Angle between the first support section and the horizontal plane be more than first guide section and the horizontal plane it
Between angle;The extended line of the first support section and the extended line of second guiding groove are crossed to form the anchor point.
Further, second guiding groove includes the second guide section and the second support section, second guide section and institute
It states the second support section to be connected, the second support section is located at the lower part of second guide section;
The second support section is inclined relative to horizontal;So that the extended line of the first support section and described second is held
The extended line of support section intersects V-shaped;The intersection point of the extended line of the first support section and the extended line of the second support section
Form the anchor point.
Compared with prior art, the beneficial effects of the present invention are:
Since supporting block is formed with supporting surface and opening, supporting surface, which possesses, is used to support self-standing bag and fixation
The function of suction pipe, when self-standing bag and suction pipe are sealed, self-standing bag makes its side vertical in level by positioning component guiding
Face positioning is placed, and waving for two sides is positioned the /V of component institute, and supporting surface is used to support the tube sealing side of self-standing bag, makes positioning
Component and supporting surface formation can allow self-standing bag /V and allow its position structure, self-standing bag is made to be sealed with suction pipe
When can form accurate positioning, allow suction pipe can accurate thermal be enclosed in tube sealing side for positioning the position of suction pipe, improve into quality
Amount, reduces defect ware rate and can meet the requirement of subsequent technique.
Description of the drawings
Fig. 1 is self-standing bag structural scheme of mechanism;
Fig. 2 protects 1 overall schematic of bag frame embodiment for self-standing bag tube-sealing machine of the present invention;
Fig. 3 protects 1 positive structure diagram of bag frame embodiment for self-standing bag tube-sealing machine of the present invention;
Fig. 4 protects 1 overlooking the structure diagram of bag frame embodiment for self-standing bag tube-sealing machine of the present invention;
Fig. 5 protects 2 overall schematic of bag frame embodiment for self-standing bag tube-sealing machine of the present invention;
Fig. 6 protects 2 positive structure diagram of bag frame embodiment for self-standing bag tube-sealing machine of the present invention;
Fig. 7 protects 2 overlooking the structure diagram of bag frame embodiment for self-standing bag tube-sealing machine of the present invention.
In figure:10th, the first oriented side;20th, the second oriented side;30th, support component;11st, the first guiding groove;21st, second draws
Guide groove;31st, supporting block;111st, the first guide section;211st, the second guide section;311st, supporting surface;112nd, the first support section;212nd,
Two support sections;312nd, it is open;313rd, fixed block;314th, support column;315th, support block;316th, tube seat;32nd, connecting rod;33rd, it is fixed
Bar;40th, located space;41st, into bag end;42nd, output end;50th, self-standing bag;51st, side;52nd, side;53rd, tube sealing side;60th, turn
Disk.
Specific embodiment
In the following, with reference to attached drawing and specific embodiment, the present invention is described further, it is necessary to which explanation is, not
Under the premise of conflicting, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
As shown in Fig. 1~7, precision higher when being molded in order to which self-standing bag 50 and suction pipe is allowed to seal meets subsequent technique requirement
After, the appearance of defect ware is reduced, the present invention provides a kind of self-standing bag tube-sealing machine shield bag frame, including positioning component and support group
Part 30;Positioning component is located at the top of support component 30, is placed for 50 side 51 of self-standing bag to be guided to be vertically to horizontal plane;Support
Component 30 includes supporting block 31, and 31 surface of supporting block is formed with the supporting surface 311 for being used to support 50 tube sealing side 53 of self-standing bag;Support
It offers to position the opening 312 for placing suction pipe on face 311.
Specifically, positioning component includes being arranged on the first oriented side 10 and the second oriented side of 31 opposite sides of supporting block
20;It is formed to position the located space 40 for placing self-standing bag 50 between first oriented side 10 and the second oriented side 20;Positioning is empty
Between 40 one end away from supporting block 31 formed into bag end 41, located space 40 forms output end 42 close to one end of supporting block 31.
During use of the present invention, multiple self-standing bag air-cooled ducted air conditioner shield bag framves are arranged at equal intervals to be arranged on turntable 60, and
The tube feeding mechanism (not shown) of conveying suction pipe is respectively arranged in the periphery of turntable 60, send a bag machine for convey self-standing bag 50
Structure (not shown) and the heat sealing mechanism (not shown) for sealing self-standing bag 50 and suction pipe.Turntable 60 drives self-standing bag tube-sealing machine
It protects at bag frame to tube feeding mechanism, suction pipe is delivered in corresponding opening 312 by tube feeding mechanism, and suction pipe is disposed vertically simultaneously
It fixes in opening 312, and one end that suction pipe needs seal waits heat-sealing towards located space 40.Subsequent turntable 60 continues to drive
The self-standing bag tube-sealing machine shield bag frame rotation for having fixed suction pipe is delivered to and send on bag mechanism, send bag mechanism that will not carry out suction pipe heat
The self-standing bag 50 of envelope makes 50 two sides 52 of self-standing bag by the first positioning by entering located space 40 perpendicular to horizontal plane into bag end 41
It continues with perpendicular to the direction displacement of horizontal plane 10 and second oriented side of side, 20 orientation direction, and subsequent self-standing bag 50 is from output end
42 stretch out and tube sealing side 53 is resisted against supporting block 31, and tube sealing side 53 is nested on suction pipe, and the first oriented side 10, second is fixed
Position side 20 and 311 three parts of supporting surface make 50 two sides 51 of self-standing bag be in the state perpendicular to horizontal plane always, and first is fixed
10 and second oriented side 20 of position side limits the direction that rocks back and forth of self-standing bag 50, and supporting surface 311 limits the upper of self-standing bag 50
Bottom offset direction, and the 312, supporting surface 311 that is open, the first oriented side 10 and the second oriented side 20 are relatively fixed makes self-standing bag 50
It is positioned between suction pipe more accurate.Last turntable 60 will protect bag frame equipped with the self-standing bag tube-sealing machine of self-standing bag 50 and suction pipe again
It is delivered to heat sealing mechanism to be sealed, makes registration between the self-standing bag after shaping 50 and suction pipe, meet the works such as follow-up filling
Beyond skill requirement, also reduce defect ware occurrence rate and make packed products more beautiful.
It is positioned more accurately to allow between supporting surface 311 and opening 312, it is preferred that 31 and first oriented side of supporting block
10th, it is fixedly connected between the second oriented side 20, is located at respectively under the first oriented side 10 and the second oriented side 20 wherein having further included
The connecting rod 32 of side and the fixed link 33 for connecting two connecting rods 32 and fixed support block 31.First oriented side 10,
Two oriented sides, 20 lower part is respectively equipped with the connecting rod 32 extended vertically downward, two connecting rods 32 be respectively further from the first oriented side 10,
One end of second oriented side 20 is connected with each other by fixed link 33.Certainly, difference, which can also be used, makes supporting block 31 and first fixed
Position side 10,20 fixed structure of the second oriented side and mode, are not not limited to connecting rod 32 and fixed link 33.
Here, supporting block 31 includes fixed block 313, and fixed block 313 is preferably mounted in fixed link 33 and positioned at two connections
Between bar 32;The opposite both ends of fixed block 313 extend vertically to form support column 314 towards located space 40 respectively;Two support columns 314
One end away from fixed block 313 is opposite respectively to be extended with support block 315;Two support blocks, 315 surface forms supporting surface 311;Two hold
It is arranged at intervals to form opening 312 between tray 315;
With enough fixed spaces during in order to which suction pipe being made to be fixed on opening 312, fixed block 313, two support columns 314 and
Formation is for placing the tube seat 316 of suction pipe between two support blocks 315, and when suction pipe is fixed on opening 312, suction pipe is used to inhale for people
It takes or is located at for one end of product discharge self-standing bag 50 in self-standing bag 50 in tube seat 316, suction pipe is used for solid with the heat-sealing of self-standing bag 50
Fixed one end is located in opening 312.
In order to allow what self-standing bag 50 can be more stable to be located at the first oriented side 10 and the second oriented side 20,10 He of the first oriented side
Second oriented side 20 one side close to each other offers the first guiding groove 11 and the second guiding groove 21 respectively, and self-standing bag 50 is entering
After located space 40, embedded first guiding groove 11 in two sides 52 of self-standing bag 50 and the second guiding groove 21, the first guiding groove 11
It is the groove opened up along in the first oriented side 10, the second oriented side 20 with the second guiding groove 21, specific groove width can be according to self-standing bag
Depending on 50 sizes and thickness, as long as /V can be carried out to the direction that rocks back and forth of self-standing bag 50;
The both ends of first guiding groove 11 extend to connect the both ends of the first oriented side 10 respectively towards 10 both ends of the first oriented side;
The both ends of second guiding groove 21 extend to connect the both ends of the second oriented side 20 towards the both ends of the second oriented side 20;So that self-standing bag
50 can enter located space 40 by the first guiding groove 11 and the second guiding groove 21 from into bag end 41, and pass through the first guiding groove 11
With the second guiding groove 21 located space 40 is stretched out from output end 42.
It is positioned more precisely to allow between self-standing bag 50 and suction pipe, the elongated central line of the first guiding groove 11, second are drawn
The elongated central line of guide groove 21 and the elongated central line of opening 312 overlap, and self-standing bag 50 is made to be positioned at the first guiding
When in slot 11, the second guiding groove 21,52 line of two sides of self-standing bag 50 passes through opening 312, makes the tube sealing side of self-standing bag 50
53 can accurately be nested on suction pipe.
According to above-mentioned technical proposal, two kinds of preferred embodiments are provided in this example;
Embodiment 1:As shown in figures 1-4, the first guiding groove 11 and the second guiding groove 21 are mutually parallel, and are each perpendicular to water
Plane.
Preferably, opening 312 is equal with the distance between the first guiding groove 11 and the second guiding groove 21 respectively.The embodiment party
Formula is chiefly used in 50 structure of self-standing bag that suction pipe is located at the center on 50 tube sealing side 53 of self-standing bag, 312 and first guiding groove 11 of opening it
Between spacing and opening it is 312 equal with the spacing between the second guiding groove 21, self-standing bag 50 enters located space from into bag end 41
When 40, along the first guiding groove 11, the second guiding groove 21 setting direction towards 312 direction vertical displacement of opening, make self-standing bag 50 embedding
Its two sides 52 is each perpendicular to horizontal plane after set suction pipe, and suction pipe also can be just arranged on the center line on tube sealing side 53.
Embodiment 2:As shown in Fig. 1, Fig. 5~7, the first guiding groove 11 is inclined relative to horizontal, so that the first guiding groove
11 extended line intersects at the extended line of the second guiding groove 21 and forms anchor point (not shown);
Anchor point guides between the first guiding groove 11 and the second guiding groove 21, and positioned at the first guiding groove 11 and second
The lower section of slot 21;Here, since the first guiding groove 11 is inclined relative to horizontal, self-standing bag 50 is made to enter positioning from into bag end 41
During space 40, self-standing bag 50 also tilts together close to a side 52 of the first guiding groove 11 with the first guiding groove 11, therefore, first
Just into the support end of self-standing bag 50 at the extending line intersection point of the extended line of guiding groove 11 and the second guiding groove 21, self-standing bag can be made
50 tube sealing side 53 is accurately nested on suction pipe, the self-standing bag air-cooled ducted air conditioner shield bag frame that this mode is set, the suction pipe position after heat-sealing
In the one side on 50 tube sealing side 53 of self-standing bag, it is located at the different position on 50 tube sealing side 53 of self-standing bag and different angles to meet suction pipe
Degree.
Preferably, the first guiding groove 11 includes the first guide section 111 and the first support section 112, the first guide section 111 and the
One support section 112 is connected, and the first support section 112 is located at the lower part of the first guide section 111;
Angle between first support section 112 and horizontal plane is more than the angle between the first guide section 111 and horizontal plane;The
The extended line of the extended line of one support section 112 and the second guiding groove 21 is crossed to form anchor point, and the first guide section 111 is used to be oriented to
Self-standing bag 50 is located at direction of displacement during the first guiding groove 11, and the first support section 112 is used for and the second guiding groove 21, supporting surface
311 together support self-standing bag 50 and to self-standing bag 50 formed /V.
Further, the second guiding groove 21 includes the second guide section 211 and the second support section 212,211 He of the second guide section
Second support section 212 is connected, and the second support section 212 is located at the lower part of the second guide section 211;
Second support section 212 is inclined relative to horizontal;So that the extended line of the first support section 112 and the second support section
212 extended line intersects V-shaped;The intersection point of the extended line of first support section 112 and the extended line of the second support section 212 is formed
Anchor point.In the self-standing bag air-cooled ducted air conditioner shield bag frame implementation process of said program, self-standing bag 50 is preferably that its two sides 52 is opposite
The first guide section 111 and the second guide section 211 are tilted into horizontal plane, self-standing bag 50 is led with the first guide section 111 and second
After 211 setting direction of section enters located space 40, by 112 support of the first support section wherein a side 52, by the second support section
Another side 52 of 212 supports, when the first support section 112 and the second support section 212 are tilted a certain angle, the second support section 212
50 top (at untouched tube edge i.e. shown in FIG. 1) of meeting support self-standing bag, makes crossing between the side 52 of self-standing bag 50 and top
Place forms new tube sealing side 53, and supporting surface 311 is supported in the new tube sealing side 53, and suction pipe is allowed to be located at the side 52 of self-standing bag 50
Between top.
Also can the first support section 112 and the second support section 212 be adjusted according to the requirement of suction pipe and 50 relative position of self-standing bag
Angle of inclination, and opening 312 is arranged on 212 extended line of 112 extended line of the first support section and the second support section always
At intersection point (i.e. anchor point), to adjust any position that suction pipe is located at self-standing bag 50.
Furthermore, it is necessary to explanation, the first oriented side 10 and the second oriented side 20 can be one piece integrally formed respectively
The supporting block 31 that supporting block 31 or polylith are arranged in order such as uses the embodiment of polylith supporting block 31, every piece of support
It is both needed to open up guiding groove between block 31, each guiding groove need to be interconnected so that self-standing bag 50 can smooth 31 side of guide support block
To.
The above embodiment is only the preferred embodiment of the present invention, it is impossible to the scope of protection of the invention is limited with this,
The variation and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed scope.
Claims (10)
1. a kind of self-standing bag tube-sealing machine protects bag frame, it is characterised in that:
Including positioning component and support component;The positioning component is located at the top of the support component, supports oneself for guiding
Bag side vertical is placed in horizontal plane;The support component includes supporting block, and the supporting block surface, which is formed with, to be used to support certainly
The supporting surface on vertical bag tube sealing side;It offers to position the opening for placing suction pipe on the supporting surface.
2. self-standing bag tube-sealing machine as described in claim 1 protects bag frame, it is characterised in that:The positioning component includes being arranged on institute
State the first oriented side and the second oriented side of supporting block opposite sides;Shape between first oriented side and second oriented side
Into the located space that self-standing bag is placed for positioning;The one end of the located space away from the supporting block is formed into bag end, institute
It states located space and forms output end close to one end of the supporting block.
3. self-standing bag tube-sealing machine as claimed in claim 2 protects bag frame, it is characterised in that:The supporting block includes fixed block;Institute
The opposite both ends of fixed block are stated to extend vertically to form support column towards the located space respectively;Two support columns are away from described solid
The one end for determining block is extended with support block relatively respectively;The two support block surfaces form the supporting surface;Two support blocks it
Between form the opening;
It is formed to place the tube seat of suction pipe between the fixed block, two support columns and two support blocks.
4. self-standing bag tube-sealing machine as claimed in claim 2 protects bag frame, it is characterised in that:First oriented side and described second
Oriented side one side close to each other offers the first guiding groove and the second guiding groove respectively;
The both ends of first guiding groove extend to connect the two of first oriented side respectively towards the first oriented side both ends
End;The both ends of second guiding groove extend to connect the both ends of second oriented side towards the both ends of second oriented side;
So that self-standing bag can position sky from described by first guiding groove and second guiding groove into bag end into described
Between, and the located space is stretched out from the output end by first guiding groove and second guiding groove.
5. self-standing bag tube-sealing machine as claimed in claim 4 protects bag frame, it is characterised in that:The elongated central of first guiding groove
The elongated central line of line, the elongated central line of second guiding groove and the opening overlaps.
6. self-standing bag tube-sealing machine shield bag frame as described in claim 4 or 5, it is characterised in that:First guiding groove and described
Second guiding groove is mutually parallel, and is each perpendicular to horizontal plane.
7. self-standing bag tube-sealing machine as claimed in claim 6 protects bag frame, it is characterised in that:The opening and first guiding groove
Between spacing and it is described opening it is equal with the spacing between second guiding groove.
8. self-standing bag tube-sealing machine shield bag frame as described in claim 4 or 5, it is characterised in that:First guiding groove compared with
Horizontal plane tilts, so that the extended line of first guiding groove intersects at the extended line of second guiding groove and forms positioning
Point;The anchor point is located at first guiding groove and institute between first guiding groove and second guiding groove
State the lower section of the second guiding groove.
9. self-standing bag tube-sealing machine as claimed in claim 8 protects bag frame, it is characterised in that:First guiding groove is led including first
To section and the first support section, first guide section is connected with the first support section, and the first support section is located at described the
The lower part of one guide section;
Angle between the first support section and the horizontal plane is more than between first guide section and the horizontal plane
Angle;The extended line of the first support section and the extended line of second guiding groove are crossed to form the anchor point.
10. self-standing bag tube-sealing machine as claimed in claim 9 protects bag frame, it is characterised in that:Second guiding groove includes second
Guide section and the second support section, second guide section are connected with the second support section, and the second support section is located at described
The lower part of second guide section;
The second support section is inclined relative to horizontal;So that the extended line of the first support section and the second support section
Extended line intersect it is V-shaped;The intersection point of the extended line of the first support section and the extended line of the second support section is formed
The anchor point.
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CN202030067U (en) * | 2011-04-06 | 2011-11-09 | 姜攀 | Full-automatic disc type nozzle welding machine with stations rotating in horizontal direction |
CN203877032U (en) * | 2013-12-25 | 2014-10-15 | 广州标际包装设备有限公司 | Double-station double-automatic heat-sealing machine |
CN104228135A (en) * | 2014-09-03 | 2014-12-24 | 汕头市虹桥包装实业有限公司 | Tube inserting mechanism for flexible package container tube sealing machine |
CN106218958A (en) * | 2016-08-31 | 2016-12-14 | 中山市东区长河自动化设备厂 | A kind of packaging bag filling tube assembles sealing machine |
CN107082185A (en) * | 2017-06-19 | 2017-08-22 | 广东途达智能科技有限公司 | A kind of Full automatic rotating disc type heat sealing machine |
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