CN204078121U - Automatic bag sheathing sealing machine - Google Patents

Automatic bag sheathing sealing machine Download PDF

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Publication number
CN204078121U
CN204078121U CN201420453261.4U CN201420453261U CN204078121U CN 204078121 U CN204078121 U CN 204078121U CN 201420453261 U CN201420453261 U CN 201420453261U CN 204078121 U CN204078121 U CN 204078121U
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China
Prior art keywords
plastic sheeting
belt conveyor
flat panel
automatic bag
lower plastic
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CN201420453261.4U
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Chinese (zh)
Inventor
龙会平
胡凌飞
彭轩
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TCL King Electrical Appliances Huizhou Co Ltd
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TCL King Electrical Appliances Huizhou Co Ltd
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Abstract

The utility model discloses a kind of automatic bag sheathing sealing machine, comprise base and be arranged on and base puts membranous system and sealing system; Flat panel TV is sandwiched between upper plastic sheeting and lower plastic sheeting by putting membranous system by automatic bag sheathing machine; And by sealing system by upper plastic sheeting and lower plastic sheeting along the periphery sealing of flat panel TV, be placed in bag to make flat panel TV; Sealing system comprises the first belt conveyor, banding mechanism and transverse sealing mechanism; First belt conveyor is used for flat panel TV to forward; Banding mechanism comprises two, lays respectively at the left and right sides of the first belt conveyor; Transverse sealing mechanism is positioned at the front side of the first belt conveyor.The utility model is packed in process of production automatically, thus reduces the operating personal of pack, and reaches cost-saving, optimizes allocation of resources and enhances productivity and the effect of automatization level.

Description

Automatic bag sheathing sealing machine
Technical field
The utility model relates to packaging field, particularly relates to automatic bag sheathing sealing machine.
Background technology
Vision receiver, before vanning, needs outside vision receiver to put packaging bag.Wherein, this packaging bag is generally plastic membrane product.But in existing vision receiver packaging process, especially large-sized vision receiver, normally adopts and manually processes.Therefore, in the operation of existing packaging TV set, there is the shortcoming that efficiency is low, cost of labor is high and conformability is poor.
Utility model content
Main purpose of the present utility model is the automatic packaging realized in process of production.
For achieving the above object, the utility model provides a kind of automatic bag sheathing sealing machine, and for packaging flat plate TV, described automatic bag sheathing sealing machine comprises base and is arranged on, and described base puts membranous system and sealing system; Put membranous system described in described automatic bag sheathing machine passes through described flat panel TV to be sandwiched between upper plastic sheeting and lower plastic sheeting; And by described sealing system by described upper plastic sheeting and the lower plastic sheeting periphery sealing along described flat panel TV, be placed on upper plastic sheeting to make described flat panel TV and be combined with lower plastic sheeting and formed in bag;
Described sealing system comprises the first belt conveyor, banding mechanism and transverse sealing mechanism;
Described first belt conveyor is used for flat panel TV to forward, and the upper surface of described flat panel TV is coated with plastic sheeting, and the lower surface of described flat panel TV is pressed with lower plastic sheeting;
Described banding mechanism comprises two, lays respectively at the left and right sides of the first belt conveyor, for being combined being positioned on the left of flat panel TV with lower plastic sheeting with the upper plastic sheeting on right side respectively;
Described transverse sealing mechanism is positioned at the front side of described first belt conveyor, for combining being positioned on front side of flat panel TV with the upper plastic sheeting of rear side and lower plastic sheeting.
Preferably, described banding mechanism comprises: lead membrane structure, heat seal dish group and the first synchronous wheels;
Described membrane structure of leading is provided with the gap keeping supplying plastic sheeting and lower plastic sheeting process, described in lead membrane structure for compressing upper plastic sheeting through described gap and lower plastic sheeting;
The front side of membrane structure is led described in described heat seal dish group is positioned at, comprise preheating plate and supporting disk, described preheating plate and the rotation of supporting disk energy, and the periphery of described preheating plate and supporting disk compresses mutually, the upper plastic sheeting compressed for roll extrusion and lower plastic sheeting, to make upper plastic sheeting and lower plastic sheeting heat seal;
Described first synchronous wheels are positioned at the front side of described heat seal dish group, comprise synchronizing wheel and first time synchronizing wheel on first, on described first, synchronizing wheel compresses mutually with first time synchronizing wheel and rotates, for upper plastic sheeting and lower plastic sheeting being compressed and to front haulage, making plastic sheeting and lower plastic sheeting move forward lead the gap of membrane structure through described and continue to move forward after being subject to the roll extrusion of described heat seal dish group.
Preferably, described in lead membrane structure comprise lead mould wheel and under lead mould wheel, lead on described mould wheel and under lead mould wheel between there is the gap keeping supplying plastic sheeting and lower plastic sheeting process, compress so that described upper plastic sheeting and lower plastic sheeting are rolled.
Preferably, described banding mechanism also comprises: banding cutter, the second synchronous wheels;
Described banding cutter spacing in the front side of the first synchronous wheels, for being concordant shape by upper plastic sheeting with the edge cuts of lower plastic sheeting;
Described second synchronous wheels are positioned at the front side of described banding cutter, comprise and mutually abutting and synchronizing wheel and second time synchronizing wheel on rotate second, upper plastic sheeting and lower plastic sheeting to be compressed and to front haulage, upper plastic sheeting and lower plastic sheeting move forward and cut by described banding cutter.
Preferably, described automatic bag sheathing sealing machine also comprises waste material winding system;
Described waste material winding system comprises: material storage dish, drive motor, fork, waste material guide rod and binary pair;
The dish periphery of described material storage dish is arranged with the holding tank of rolling coating materials; The waste material of described holding tank in rolling in plastic sheeting and lower plastic sheeting after cutting;
Described drive motor and described base are fixed, and described drive motor rotates for driving described material storage dish;
One end of described fork is connected to the core of described material storage dish actively, and the other end of described fork extends to outside the notch of described holding tank along the radial direction of described material storage dish;
One end of described waste material guide rod is movably connected on the extending end of described fork, and the other end of described waste material guide rod extends along the radial direction perpendicular to described material storage dish;
The corresponding described fork of described binary pair is arranged on base, for when the extending end of described fork is lower than triggering described binary pair during predeterminated position, drives described material storage dish to rotate with rolling waste material to make described drive motor.
Preferably, described banding mechanism also comprises: the first frame, the second frame and zigzag tread patterns part;
Described first frame is installed on described base; Described lower synchronizing wheel and supporting disk are installed in described first frame;
Described second frame is flexibly connected with described first frame; Described upper synchronizing wheel, preheating plate and banding cutter are installed in described second frame;
Described zigzag tread patterns part is installed in described first frame, and the take-off lever of described zigzag tread patterns part is connected with described second frame, moves to drive the second stands longitudinal.
Preferably, in described Liang Ge banding mechanism, at least one is movably arranged on described base, to make the distance adjustable between Liang Ge banding mechanism.
Preferably, described transverse sealing mechanism comprises: knife plate and preheating revolving knife;
Described knife plate is arranged on described base, is positioned at the front side of described first belt conveyor and supports the upper surface of described flat panel TV lower than described first belt conveyor;
Described preheating revolving knife is located at the top of described knife plate actively, and can move up and down to combine with described knife plate or be separated; During for being positioned on rear side of described knife plate when flat panel TV, described preheating revolving knife is combined with knife plate, is positioned at upper plastic sheeting on front side of described flat panel TV and lower plastic sheeting with hot together-cutting; When flat panel TV moves forward and is positioned on front side of described knife plate, described preheating revolving knife is combined with knife plate, is positioned at upper plastic sheeting on rear side of described flat panel TV and lower plastic sheeting with hot together-cutting.
Preferably, put membranous system described in and comprise coating materials working drum and twice coating materials working drums on two;
On described two, coating materials working drum be arranged in parallel, for rollably erecting the upper plastic sheeting of rolling;
Described twice coating materials working drums be arranged in parallel, for rollably erecting the lower plastic sheeting of rolling.
Preferably, described automatic bag sheathing sealing machine also comprises the second belt conveyor be installed on described base; Described second belt conveyor is located at the front side of described first belt conveyor, to be formed with the first belt conveyor the linearly circuit carrying described flat panel TV; And described transverse sealing mechanism is between the first belt conveyor and the second belt conveyor;
The axial line of described upper coating materials working drum perpendicular to the direction of transfer of described second belt conveyor, and is positioned on described second belt conveyor; The axial line of described lower coating materials working drum perpendicular to the direction of transfer of described second belt conveyor, and is positioned under described second belt conveyor;
Described membranous system of putting also comprises: upper guide rod and lower guide rod;
Described upper guide rod is located at rear side and the upside of described first belt conveyor, guide to rear side and the upside of described first belt conveyor around described upper guide rod for upper plastic sheeting, then the front side to described first belt conveyor is moved through the described traction of Liang Ge banding mechanism;
Described lower guide rod is located at rear side and the downside of described first belt conveyor, guide to rear side and the downside of described first belt conveyor around described lower guide rod for lower plastic sheeting, then the front side to described first belt conveyor is moved through the described traction of Liang Ge banding mechanism.
The automatic bag sheathing sealing machine of this case, the flat panel TV such as TV, Liquid Crystal Display automatic packaging in process of production can be realized by banding mechanism and transverse sealing mechanism, reduce the operating personal of pack, and reach cost-saving, optimize allocation of resources and enhance productivity and the effect of automatization level.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model automatic bag sheathing sealing machine one embodiment and flat panel TV;
Fig. 2 is the structural representation of automatic bag sheathing sealing machine under another visual angle in Fig. 1;
Fig. 3 is automatic bag sheathing sealing machine principle schematic in Fig. 1;
Fig. 4 is the structural representation of the banding mechanism of automatic bag sheathing sealing machine in Fig. 2;
Fig. 5 is the structural representation of the waste material winding system of automatic bag sheathing sealing machine in Fig. 2;
Fig. 6 is the structural representation of the transverse sealing mechanism of automatic bag sheathing sealing machine in Fig. 2.
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
It should be noted that in the utility model embodiment, the XYZ rectangular coordinate system definition according to setting up in Fig. 2: the side being positioned at X-axis positive dirction is defined as left, and the side being positioned at X-axis negative direction is defined as right; The side being positioned at Y-axis positive dirction is defined as front, and the side being positioned at Y-axis negative direction is defined as rear; The side being positioned at Z axis positive dirction is defined as top, and the side being positioned at Z axis negative direction is defined as below.
The utility model provides a kind of automatic bag sheathing sealing machine, please refer to Fig. 1 to Fig. 3, and in one embodiment, this automatic bag sheathing sealing machine comprises base 1 and is arranged on, and described base 1 puts membranous system and sealing system 2.Putting membranous system described in described automatic bag sheathing machine passes through is sandwiched between upper plastic sheeting 81 and lower plastic sheeting 82 by described flat panel TV 9; And by described sealing system 2 by described upper plastic sheeting 81 and lower plastic sheeting 82 along the periphery sealing of described flat panel TV 9, be placed on upper plastic sheeting 81 to make described flat panel TV 9 and be combined in the bag formed with lower plastic sheeting 82.
Described sealing system 2 comprises the first belt conveyor 21, banding mechanism 22 and transverse sealing mechanism 23.
Described first belt conveyor 21 for by flat panel TV 9 forward (x-axis positive dirction) transmit, the upper surface of described flat panel TV 9 is coated with plastic sheeting 81, and the area of described upper plastic sheeting 81 is greater than the upper surface of described flat panel TV 9 and extends the surrounding of flat panel TV 9.The lower surface of described flat panel TV 9 is pressed with lower plastic sheeting 82, and the area of described lower plastic sheeting 82 is greater than the lower surface of described flat panel TV 9 and extends the surrounding of flat panel TV 9.
Described banding mechanism 22 comprises two, lays respectively at the left and right sides of the first belt conveyor 21, for being combined being positioned on the left of flat panel TV 9 with lower plastic sheeting 82 with the upper plastic sheeting 81 on right side respectively.
Described transverse sealing mechanism 23 is positioned at the front side of described first belt conveyor 21, for combining being positioned on front side of flat panel TV 9 with the upper plastic sheeting 81 of rear side and lower plastic sheeting 82.So far, then four limits all around of flat panel TV 9 are all sealed, reach the object packed by flat panel TV 9.
The automatic bag sheathing sealing machine of this case, the flat panel TV such as TV, Liquid Crystal Display automatic packaging in process of production can be realized by banding mechanism 22 and transverse sealing mechanism 23, reduce the operating personal of pack, and reach cost-saving, optimize allocation of resources and enhance productivity and the effect of automatization level.
Incorporated by reference to referring to Fig. 4, in the present embodiment, described banding mechanism 22 comprises: lead membrane structure 221, heat seal dish group 222 and the first synchronous wheels 223.
Described membrane structure 221 of leading is provided with the gap (not shown) keeping supplying plastic sheeting 81 and lower plastic sheeting 82 process, described in lead membrane structure 221 for compressing upper plastic sheeting 81 through described gap and lower plastic sheeting 82.Usually upper plastic sheeting 81 and the gap of lower plastic sheeting 82 before compressing all larger, therefore need first by leading membrane structure 221, upper plastic sheeting 81 and lower plastic sheeting 82 to be compressed the follow-up parts machining supplying banding mechanism 22 again.
The front side of membrane structure 221 is led described in described heat seal dish group 222 is positioned at, comprise preheating plate 2221 and supporting disk 2222, described preheating plate 2221 and the rotation of supporting disk 2222 energy, and the periphery of described preheating plate 2221 and supporting disk 2222 abuts mutually, the upper plastic sheeting 81 compressed for roll extrusion and lower plastic sheeting 82, to make upper plastic sheeting 81 and the heat seal of lower plastic sheeting 82.
Described first synchronous wheels 223 are positioned at the front side of described heat seal dish group 222, comprise synchronizing wheel 2231 and first time synchronizing wheel 2232 on first, on described first, synchronizing wheel 2231 and first time synchronizing wheel 2232 abut against and rotate, for upper plastic sheeting 81 being compressed with lower plastic sheeting 82 and to front haulage, making plastic sheeting 81 and lower plastic sheeting 82 move forward lead the gap of membrane structure 221 through described and continue to move forward after being subject to the roll extrusion of described heat seal dish group 222.
Particularly, described lead membrane structure 221 comprise lead mould wheel 2211 and under lead mould wheel 2212, lead on described mould wheel 2211 and under lead between mould wheel 2212 there is the gap keeping supplying plastic sheeting 81 and lower plastic sheeting 82 process, compress so that described upper plastic sheeting 81 is rolled with lower plastic sheeting 82.In the present embodiment, due on lead mould wheel 2211 and under lead mould wheel and 2212 can to rotate, thus friction force when can reduce compression, so that compress.Certainly, the connecting element that membrane structure 221 also can be band gap is led in other embodiments.
In the present embodiment, described banding mechanism 22 also comprises: the synchronous wheels 225 of banding cutter 224, second.
Described banding cutter 224 is positioned at the front side of the first synchronous wheels 223, for being concordant shape by upper plastic sheeting 81 with the edge cuts of lower plastic sheeting 82.Thus make the packaging of flat panel TV 9 more attractive in appearance.
Described second synchronous wheels 225 are positioned at the front side of described banding cutter 224, comprise and mutually abutting and synchronizing wheel 2251 and second time synchronizing wheel 2252 on rotate second, upper plastic sheeting 81 is compressed with lower plastic sheeting 82 and to front haulage, moves forward with the cutting through described banding cutter 224 with lower plastic sheeting 82 to make upper plastic sheeting 81.Particularly, in the present embodiment, on first, on synchronizing wheel 2231 and second, on synchronizing wheel 2251, cover has a Timing Belt (not shown); On first time synchronizing wheel 2232 and second time synchronizing wheel 2252, cover has another Timing Belt (not shown); Namely, in the present embodiment, synchronously brought by these two and compress and draw plastic sheeting 81 and lower plastic sheeting 82.
Incorporated by reference to referring to Fig. 5, further, described automatic bag sheathing sealing machine also comprises waste material winding system 3.
Described waste material winding system 3 comprises: material storage dish 31, drive motor 32, fork 33, waste material guide rod 34 and binary pair (not shown).
The dish periphery of described material storage dish 31 is arranged with the holding tank 311 of rolling coating materials; The waste material 83 of described holding tank 311 in rolling in plastic sheeting 81 and lower plastic sheeting 82 after cutting.
Described drive motor 32 is fixed with described base 1, and described drive motor 32 rotates for driving described material storage dish 31.
One end of described fork 33 is connected to the core of described material storage dish 31 actively, and the other end of described fork 33 radial direction along described material storage dish 31 extend to outside the notch of described holding tank 311.
One end of described waste material guide rod 34 is movably connected on the extending end of described fork 33, and the other end of described waste material guide rod 34 also extends along the radial direction perpendicular to described material storage dish 31.Particularly, described waste material guide rod 34 is just to the notch of described holding tank 311.Described fork 33 under the driving of gravity or other propulsive efforts to lower swing, move downward to drive waste material guide rod 34, and waste material 83 around waste material guide rod 34 lower surface and around entering material storage dish 31, namely waste material guide rod 34 enters material storage dish 31 for the one section of waste material entering material storage dish 31 by rolling being pressed into V-arrangement to make the stretching rear rolling of waste material 83.By waste material guide rod 34, make waste material 83 in banded rolling, and avoid waste material 83 to kick the beam flying up, and rolling smoothly can not enter material storage dish 31.
The corresponding described fork 33 of described binary pair arranges to detect described fork 33, and during for the extending end of described fork 33 being detected lower than predeterminated position when described binary pair, described drive motor 32 drives described material storage dish 31 to rotate with rolling waste material 83.Particularly, this binary pair can be photosensitive sensor, and can be mechanical type flip flop equipment, specifically arranges and can according to circumstances arrange and select.
The automatic bag sheathing sealing machine of this case, can first trail run, is first wound on material storage dish 31 by a part of waste material 83.In automatic bag sheathing sealing machine runs automatically, first material storage dish 31 is motionless, then waste material 83 will be more and more longer, thus waste material guide rod 34 will enter the middle part of one section of waste material 83 of material storage dish 31 to pressing down by rolling, and this section of waste material 83 is pressed in two ends high, middle low V-arrangement.When this V-arrangement reach a certain height poor, then electric motor starting, waste material 83 rolling to material storage dish 31, and is shortened by the waste material 83 that rolling enters material storage dish 31, thus guide rod 34 is by waste material 83 pull-up, and material storage dish 31 stops operating.And then this process of reciprocation cycle, with constantly entirely rolling waste material 83.
In the present embodiment, described banding mechanism 22 also comprises: the first frame 226, second frame 227 and zigzag tread patterns part 228.
Described first frame 226 is installed on described base 1; Described lower synchronizing wheel 2232 and supporting disk 2222 are installed in described first frame 226.
Described second frame 227 is flexibly connected with described first frame 226; Described upper synchronizing wheel 2231, preheating plate 2221 and banding cutter 224 are installed in described second frame 227.
Described zigzag tread patterns part 228 is installed in described first frame 226, and the take-off lever of described zigzag tread patterns part 228 is connected with described second frame 227, vertically moves to drive the second frame 227.In the present embodiment, zigzag tread patterns part 228 comprises pneumatic type and manual type.Whether the automatic bag sheathing sealing machine of this case, by the movement of the first frame 226 and the second frame 227, controls to compress and draws upper and lower plastic sheeting 81,82 and move forward, thus can so that maintenance and debugging.
Further, in described Liang Ge banding mechanism 22, at least one is movably arranged on described base 1, to make the distance adjustable between Liang Ge banding mechanism 22.Particularly, the banding mechanism 22 on the right side in this case can move, and the first belt conveyor 21 comprises left transport unit and right transport unit.Wherein, the banding mechanism 22 on right transport unit and right side is fixed, and can move to the left or to the right simultaneously.Thus make automatic bag sheathing sealing machine can adapt to the flat panel TV of different size.
Incorporated by reference to referring to Fig. 6, in the present embodiment, described transverse sealing mechanism 23 comprises: knife plate 231 and preheating revolving knife 232.
Described knife plate 231 is arranged on described base 1, is positioned at the front side of described first belt conveyor 21 and supports the upper surface of described flat panel TV 9 lower than described first belt conveyor 21.
Described preheating revolving knife 232 is located at the top of described knife plate 231 actively, and can move up and down to combine with described knife plate 231 or be separated; During for being positioned on rear side of described knife plate 231 when flat panel TV 9, described preheating revolving knife 232 is combined with knife plate 231, is positioned at upper plastic sheeting on front side of described flat panel TV 9 81 and lower plastic sheeting 82 with hot together-cutting; When flat panel TV 9 moves forward and is positioned on front side of described knife plate 231, described preheating revolving knife 232 is combined with knife plate 231, is positioned at upper plastic sheeting on rear side of described flat panel TV 9 81 and lower plastic sheeting 82 with hot together-cutting.
In the present embodiment, described in put membranous system 4 and comprise coating materials working drum 41 and twice coating materials working drums 42 on two.
On described two, coating materials working drum 41 be arranged in parallel, for rollably erecting the upper plastic sheeting 81 of rolling.
Described twice coating materials working drums 42 be arranged in parallel, for rollably erecting the lower plastic sheeting 82 of rolling.
Particularly, described automatic bag sheathing sealing machine also comprises the second belt conveyor 43 be installed on described base 1; Described second belt conveyor 43 is located at the front side of described first belt conveyor 21, and to be formed with the first belt conveyor 21 the linearly circuit carrying described flat panel TV 9, and described transverse sealing mechanism 23 is between the first belt conveyor 21 and the second belt conveyor 43.
The axial line of described upper coating materials working drum 41 perpendicular to the direction of transfer of described second belt conveyor 43, and is positioned on described second belt conveyor 43; The axial line of described lower coating materials working drum 42 perpendicular to the direction of transfer of described second belt conveyor 43, and is positioned under described second belt conveyor 43.
Described membranous system 4 of putting also comprises: upper guide rod 44 and lower guide rod 45.For the entrance by upper plastic sheeting 81 and lower plastic sheeting 82 leading edge sealing mechanism 22.
Particularly, described upper guide rod 44 is located at rear side and the upside of described first belt conveyor 21, guide to rear side and the upside of described first belt conveyor 21 around described upper guide rod 44 for upper plastic sheeting 81, then the front side to described first belt conveyor 21 is moved through the described traction of Liang Ge banding mechanism 22.
Described lower guide rod 45 is located at rear side and the downside of described first belt conveyor 21, guide to rear side and the downside of described first belt conveyor 21 around described lower guide rod 45 for lower plastic sheeting 82, then the front side to described first belt conveyor 21 is moved through the described traction of Liang Ge banding mechanism 22.
These are only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.

Claims (10)

1. an automatic bag sheathing sealing machine, for packaging flat plate TV, is characterized in that, described automatic bag sheathing sealing machine comprises base and is arranged on, and described base puts membranous system and sealing system; Put membranous system described in described automatic bag sheathing machine passes through described flat panel TV to be sandwiched between upper plastic sheeting and lower plastic sheeting; And by described sealing system by described upper plastic sheeting and lower plastic sheeting along the periphery sealing of described flat panel TV, be placed on described upper plastic sheeting to make described flat panel TV and be combined in the bag formed with described lower plastic sheeting;
Described sealing system comprises the first belt conveyor, banding mechanism and transverse sealing mechanism;
Described first belt conveyor is used for flat panel TV to forward, and the upper surface of described flat panel TV is coated with plastic sheeting, and the lower surface of described flat panel TV is pressed with lower plastic sheeting;
Described banding mechanism comprises two, lays respectively at the left and right sides of the first belt conveyor, for being combined being positioned on the left of flat panel TV with lower plastic sheeting with the upper plastic sheeting on right side respectively;
Described transverse sealing mechanism is positioned at the front side of described first belt conveyor, for combining being positioned on front side of flat panel TV with the upper plastic sheeting of rear side and lower plastic sheeting.
2. automatic bag sheathing sealing machine as claimed in claim 1, it is characterized in that, described banding mechanism comprises: lead membrane structure, heat seal dish group and the first synchronous wheels;
Described membrane structure of leading is provided with the gap keeping supplying plastic sheeting and lower plastic sheeting process, described in lead membrane structure for compressing upper plastic sheeting through described gap and lower plastic sheeting;
The front side of membrane structure is led described in described heat seal dish group is positioned at, comprise preheating plate and supporting disk, described preheating plate and the rotation of supporting disk energy, and the periphery of described preheating plate and supporting disk compresses mutually, the upper plastic sheeting compressed for roll extrusion and lower plastic sheeting, to make upper plastic sheeting and lower plastic sheeting heat seal;
Described first synchronous wheels are positioned at the front side of described heat seal dish group, comprise synchronizing wheel and first time synchronizing wheel on first, on described first, synchronizing wheel compresses mutually with first time synchronizing wheel and rotates, for upper plastic sheeting and lower plastic sheeting being compressed and to front haulage, making plastic sheeting and lower plastic sheeting move forward lead the gap of membrane structure through described and continue to move forward after being subject to the roll extrusion of described heat seal dish group.
3. automatic bag sheathing sealing machine as claimed in claim 2, it is characterized in that, described lead membrane structure comprise lead mould wheel and under lead mould wheel, lead on described mould wheel and under lead mould wheel between there is the gap keeping supplying plastic sheeting and lower plastic sheeting process, compress so that described upper plastic sheeting and lower plastic sheeting are rolled.
4. automatic bag sheathing sealing machine as claimed in claim 2, it is characterized in that, described banding mechanism also comprises: banding cutter, the second synchronous wheels;
Described banding cutter spacing in the front side of the first synchronous wheels, for being concordant shape by upper plastic sheeting with the edge cuts of lower plastic sheeting;
Described second synchronous wheels are positioned at the front side of described banding cutter, comprise and mutually abutting and synchronizing wheel and second time synchronizing wheel on rotate second, upper plastic sheeting and lower plastic sheeting to be compressed and to front haulage, upper plastic sheeting and lower plastic sheeting move forward and cut by described banding cutter.
5. automatic bag sheathing sealing machine as claimed in claim 4, it is characterized in that, described automatic bag sheathing sealing machine also comprises waste material winding system;
Described waste material winding system comprises: material storage dish, drive motor, fork, waste material guide rod and binary pair;
The dish periphery of described material storage dish is arranged with the holding tank of rolling coating materials; The waste material of described holding tank in rolling in plastic sheeting and lower plastic sheeting after cutting;
Described drive motor and described base are fixed, and described drive motor rotates for driving described material storage dish;
One end of described fork is connected to the core of described material storage dish actively, and the other end of described fork extends to outside the notch of described holding tank along the radial direction of described material storage dish;
One end of described waste material guide rod is movably connected on the extending end of described fork, and the other end of described waste material guide rod extends along the radial direction perpendicular to described material storage dish;
The corresponding described fork of described binary pair is arranged on base, for when the extending end of described fork is lower than triggering described binary pair during predeterminated position, drives described material storage dish to rotate with rolling waste material to make described drive motor.
6. automatic bag sheathing sealing machine as claimed in claim 4, it is characterized in that, described banding mechanism also comprises: the first frame, the second frame and zigzag tread patterns part;
Described first frame is installed on described base; Described lower synchronizing wheel and supporting disk are installed in described first frame;
Described second frame is flexibly connected with described first frame; Described upper synchronizing wheel, preheating plate and banding cutter are installed in described second frame;
Described zigzag tread patterns part is installed in described first frame, and the take-off lever of described zigzag tread patterns part is connected with described second frame, moves to drive the second stands longitudinal.
7. automatic bag sheathing sealing machine as claimed in claim 1, it is characterized in that, in described Liang Ge banding mechanism, at least one is movably arranged on described base, to make the distance adjustable between Liang Ge banding mechanism.
8. automatic bag sheathing sealing machine as claimed in claim 1, it is characterized in that, described transverse sealing mechanism comprises: knife plate and preheating revolving knife;
Described knife plate is arranged on described base, is positioned at the front side of described first belt conveyor and supports the upper surface of described flat panel TV lower than described first belt conveyor;
Described preheating revolving knife is located at the top of described knife plate actively, and can move up and down to combine with described knife plate or be separated; During for being positioned on rear side of described knife plate when flat panel TV, described preheating revolving knife is combined with knife plate, is positioned at upper plastic sheeting on front side of described flat panel TV and lower plastic sheeting with hot together-cutting; When flat panel TV moves forward and is positioned on front side of described knife plate, described preheating revolving knife is combined with knife plate, is positioned at upper plastic sheeting on rear side of described flat panel TV and lower plastic sheeting with hot together-cutting.
9. automatic bag sheathing sealing machine as claimed in claim 1, is characterized in that, described in put membranous system and comprise coating materials working drum and twice coating materials working drums on two;
On described two, coating materials working drum be arranged in parallel, for rollably erecting the upper plastic sheeting of rolling;
Described twice coating materials working drums be arranged in parallel, for rollably erecting the lower plastic sheeting of rolling.
10. automatic bag sheathing sealing machine as claimed in claim 9, it is characterized in that, described automatic bag sheathing sealing machine also comprises the second belt conveyor be installed on described base; Described second belt conveyor is located at the front side of described first belt conveyor, to be formed with the first belt conveyor the linearly circuit carrying described flat panel TV; And described transverse sealing mechanism is between the first belt conveyor and the second belt conveyor;
The axial line of described upper coating materials working drum perpendicular to the direction of transfer of described second belt conveyor, and is positioned on described second belt conveyor; The axial line of described lower coating materials working drum perpendicular to the direction of transfer of described second belt conveyor, and is positioned under described second belt conveyor;
Described membranous system of putting also comprises: upper guide rod and lower guide rod;
Described upper guide rod is located at rear side and the upside of described first belt conveyor, guide to rear side and the upside of described first belt conveyor around described upper guide rod for upper plastic sheeting, then the front side to described first belt conveyor is moved through the described traction of Liang Ge banding mechanism;
Described lower guide rod is located at rear side and the downside of described first belt conveyor, guide to rear side and the downside of described first belt conveyor around described lower guide rod for lower plastic sheeting, then the front side to described first belt conveyor is moved through the described traction of Liang Ge banding mechanism.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106542152A (en) * 2016-12-09 2017-03-29 四川长虹电器股份有限公司 Machine control system is sealed earnestly
CN111532501A (en) * 2020-06-05 2020-08-14 中国矿业大学 Automatic take-out packaging device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106542152A (en) * 2016-12-09 2017-03-29 四川长虹电器股份有限公司 Machine control system is sealed earnestly
CN111532501A (en) * 2020-06-05 2020-08-14 中国矿业大学 Automatic take-out packaging device

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