CN210555727U - Roller enhanced strip-shaped packaging machine - Google Patents
Roller enhanced strip-shaped packaging machine Download PDFInfo
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- CN210555727U CN210555727U CN201921357577.2U CN201921357577U CN210555727U CN 210555727 U CN210555727 U CN 210555727U CN 201921357577 U CN201921357577 U CN 201921357577U CN 210555727 U CN210555727 U CN 210555727U
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- 238000004806 packaging method and process Methods 0.000 title claims abstract description 41
- 238000007789 sealing Methods 0.000 claims abstract description 111
- 238000005096 rolling process Methods 0.000 claims abstract description 5
- 238000001816 cooling Methods 0.000 claims description 44
- 238000007664 blowing Methods 0.000 claims description 36
- 239000000758 substrate Substances 0.000 claims description 33
- 230000005540 biological transmission Effects 0.000 claims description 21
- 238000003825 pressing Methods 0.000 claims description 15
- 239000012528 membrane Substances 0.000 claims description 12
- 238000007599 discharging Methods 0.000 claims description 10
- 230000000712 assembly Effects 0.000 claims description 3
- 238000000429 assembly Methods 0.000 claims description 3
- 230000000149 penetrating effect Effects 0.000 claims description 3
- 238000004804 winding Methods 0.000 claims description 2
- 230000008901 benefit Effects 0.000 abstract description 10
- 239000007788 liquid Substances 0.000 description 5
- 238000005491 wire drawing Methods 0.000 description 5
- 238000012856 packing Methods 0.000 description 4
- 238000009434 installation Methods 0.000 description 3
- 229920006280 packaging film Polymers 0.000 description 3
- 239000012785 packaging film Substances 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000001105 regulatory effect Effects 0.000 description 2
- 239000000853 adhesive Substances 0.000 description 1
- 230000001070 adhesive effect Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000012937 correction Methods 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
- 238000010168 coupling process Methods 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 238000005538 encapsulation Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012858 packaging process Methods 0.000 description 1
- 239000000843 powder Substances 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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Abstract
The utility model relates to a roller enhancement type strip-shaped packaging machine, according to the film moving direction, comprising a film rolling device, a film receiving device, a film feeding device, a color code adjusting device, a middle cutting device, a former device, a longitudinal sealing device, a roller device, a transverse sealing device and a cutting device, wherein the film rolling device, the film receiving device and the film feeding device are arranged at the rear side of a rear plate; compared with the prior art, the utility model, through indulge the sealing device and violently seal and set up the roller device between the device, combine together the advantage of roller and the advantage of shrouding, guaranteed that the wrapping bag violently seals the seal intensity and the leakproofness of sealing, avoid appearing the seepage phenomenon, improved the yields of product.
Description
[ technical field ]
The utility model belongs to the technical field of packaging machinery technique and specifically relates to a shaping of mainly used packing film, seal, cutting, and then produce the roller enhancement mode strip packagine machine of strip system bag product.
[ background art ]
The sealing plate type packaging machine is widely developed and applied in the market due to the advantages of the sealing plate type packaging machine. Because the sealing plates of the packaging machine are directly 'involution', the sealing is 'face' sealing, the surface pressure of the sealed film is not large, but because the time is 'long' (relative to a roller type sealing mode and the like), the sealing strength and the sealing performance of common packaging, particularly powder packaging, are not problematic, but for liquid, particularly viscous packaging, filling materials are easy to generate 'wiredrawing' phenomena, the 'wiredrawing' is difficult to be instantly extruded by the transverse sealing plates to form a 'liquid film' or 'oil film' to exist in the transverse sealing openings of the packaging bag, or if the temperature of the sealing plates is too high, liquid water in the 'wiredrawing' is easy to be vaporized to form bubbles, the sealing performance of the packaging bag is insufficient, the 'leakage' is easy to occur, and the quality guarantee period of products is influenced or the packaging bag is polluted. For a roller type packaging machine, the sealing of a roller to a film is linear contact sealing, the surface pressure of the film at the linear sealing position is very high, even if the phenomenon of wire drawing exists, the film can be instantly extruded by the roller, and the influence of a liquid film or an oil film and bubbles on the sealing performance of the transverse sealing opening of a packaging bag is avoided.
To the problem that exists above, if can provide a roller enhancement mode strip packagine machine, with the advantage that the roller sealed to the wrapping bag is violently sealed and the shrouding sealed advantage of violently sealing the wrapping bag mutually combine to solve above-mentioned problem, will have very important meaning.
[ contents of utility model ]
The utility model aims at solving foretell not enough and provide a roller enhancement mode strip packagine machine, through setting up roller device between indulging sealing device and violently sealing device, combine together the advantage of roller and the advantage of shrouding, guaranteed that the wrapping bag violently seals the intensity of sealing and leakproofness that seals, avoid appearing the seepage phenomenon, improved the yields of product.
The roller-enhanced strip packaging machine comprises a film roll device 10, a film receiving device 11, a film feeding device 12, a color scale adjusting device 13, a middle cutting device 14, a former device 15, a longitudinal sealing device 16, a roller device 17, a transverse sealing device 18 and a cutting device 19 according to the moving direction of a film, wherein the film roll device 10, the film receiving device 11 and the film feeding device 12 are arranged at the rear side of a rear plate 103, a front substrate arranged in parallel with the rear plate 103 is arranged in front of the rear plate 103, a top plate 102 is arranged at the top ends of the rear plate 103 and the front substrate, the front substrate is formed by splicing an upper substrate 101 and a lower substrate 100, the color scale adjusting device 13 and the middle cutting device 14 are arranged on the top plate 102, the former device 15, the longitudinal sealing device 16, the roller device 17 and the transverse sealing device 18 are sequentially arranged on the upper substrate 101 from top to bottom, the cutting device 19 is arranged on the lower substrate 100, wherein,
the film connecting device 11 comprises a support plate 600, a left support plate II 601, a right support plate II 602, a film connecting front plate 603 and a film connecting rear plate 604, the left side and the right side of the support plate 600 are respectively connected with the left support plate II 601 and the right support plate II 602, the film connecting front plate 603 and the film connecting rear plate 604 are connected between the left support plate II 601 and the right support plate II 602, the film connecting front plate 603 and the film connecting rear plate 604 are arranged in the front and at the back and are closely attached, and the closely attached joint between the film connecting front plate 603 and the film connecting rear plate 604 adopts an oblique chamfer joint;
the film feeding device 12 comprises an upper support plate 700, a lower support plate 701, a left frame plate II 702, a right frame plate II 703, an upper rubber roller 705, a lower rubber roller 706 and a swing rod assembly 707, wherein the upper support plate 700 and the lower support plate 701 are arranged up and down and are both arranged on the rear plate 103, the left frame plate II 702 and the right frame plate 703 are respectively connected with the left frame plate II and the right frame plate II 703 on the left and right sides of the upper support plate 700 and the lower support plate 701, the upper rubber roller 705 and the lower rubber roller 706 are arranged between the left frame plate II 702 and the right frame plate II 703, the upper rubber roller 705 and the lower rubber roller 706 are arranged up and down, and the swing rod assembly 707 is connected below the left frame plate II 702 and the right frame;
the color code adjusting device 13 comprises a front and rear adjusting part and a left and right adjusting part, the front and rear adjusting part comprises a rear supporting block 350, a front supporting block 351, a rear supporting block 352, a front supporting block 353, a front and rear moving block assembly 354, a screw rod adjusting assembly 355 and a regulating hand wheel 356, the front supporting block 351 and the rear supporting block 350 are arranged in front and rear and are mounted on the top plate 102, the tops of the front supporting block 351 and the rear supporting block 350 are respectively connected with the front supporting block 353 and the rear supporting block 352, the front and rear moving block assembly 354 is arranged between the front supporting block 353 and the rear supporting block 352, the front and rear moving block assembly 354 is rotatably mounted on the screw rod adjusting assembly 355, the screw rod adjusting assembly 355 is arranged on the rear supporting block 352 and the front supporting block 353 in a penetrating way, and the rear end of the screw rod adjusting assembly 355 is connected with a regulating hand wheel 356, the first adjusting hand wheel 356 is used for realizing the front and back adjustment of the position of the color code of the film; the left and right adjusting part comprises a first left support plate 357, a first right support plate 358, a fixed shaft 359, a film guide plate 360, a second screw rod adjusting assembly 361 and a second adjusting hand wheel 362, the left side of the first left support plate 357 is connected to the front and rear moving block assembly 354, the first right support plate 358 is arranged on the right side of the first left support plate 357, the fixed shaft 359 is connected between the first left support plate 357 and the first right support plate 358, the fixed shaft 359 is connected with the film guide plate 360, the left end of the second screw rod adjusting assembly 361 is connected to the first left support plate 357, the right side of the second screw rod adjusting assembly 361 passes through the first right support plate 358 and is connected with the second adjusting hand wheel 362, and the second adjusting hand wheel 362 is used for realizing left and right adjustment of the position of a;
the middle cutting device 14 comprises a left and right adjusting plate 300, an adjusting handwheel component 301, an adjusting fixed block 302, an adjusting moving block 303, a left pre-pressing component 304, a right pre-pressing component 305, a left frame plate 306, a right frame plate 307, an upper cutter shaft 308, a lower cutter shaft 309, a transmission motor 310, an upper middle cutter component 313 and a lower middle cutter component 314, wherein the adjusting fixed block 302 is installed on the left side of the top plate 102, the left and right adjusting plate 300 is installed on the top plate 102, the adjusting moving block 303 is installed on the left side of the left and right adjusting plate 300, the adjusting handwheel component 301 is connected with the adjusting fixed block 302 and the adjusting moving block 303, the left and right adjusting plate 300 is provided with a left long waist groove 311 and a right long waist groove 312, the left pre-pressing component 304 and the right pre-pressing component 305 are respectively arranged in the left and right long waist grooves 311 and 312, and the left and right adjusting plates, The film cutting machine comprises a right frame plate I307, wherein an upper cutter shaft 308 and a lower cutter shaft 309 which are vertically arranged are arranged between the left frame plate I306 and the right frame plate I307, the upper cutter shaft 308 and the lower cutter shaft 309 are respectively connected with an upper middle cutter assembly 313 and a lower middle cutter assembly 314, the upper middle cutter assembly 313 and the lower middle cutter assembly 314 are used for cutting a film from the middle into a left piece and a right piece for packaging, an adjusting hand wheel assembly 301 is used for realizing left-right adjustment of the film, and a transmission motor I310 provides power for upper middle cutters and lower middle cutters of the upper middle cutter assembly 313 and the lower middle cutter assembly 314 through gears;
the former device 15 comprises a left bracket plate three 800, a right bracket plate three 801, a left standing plate 802, a right standing plate 803, an upper bracket plate 804, a rear bracket plate 805 and a film former 806, wherein the left bracket plate three 800 and the right bracket plate three 801 are mounted on the upper part of the upper base plate 101, the lower part of the left standing plate 802 is connected to the left bracket plate three 800, the lower part of the right standing plate 803 is connected to the right bracket plate three 801, the upper parts of the left standing plate 802 and the right standing plate 803 are connected to the upper bracket plate 804, the rear parts of the left standing plate 802 and the right standing plate 803 are connected to the rear bracket plate 805, the film former 806 is connected to the rear bracket plate 805, an opening hole for a blanking pipe to pass through is formed in the upper bracket plate 804, and the vertical inner hole of the film former 806 are penetrated by the blanking pipe 807;
the roller device 17 comprises a roller bracket plate 200, a left upper support 201, a left lower support 202, a right upper support 203, a right lower support 204, a rear roller assembly 205, a front roller assembly 206, a left connecting plate 207, a right connecting plate 208, a left adjusting handwheel assembly 209, a right adjusting handwheel assembly 210, a coupler 211 and a transmission motor II 212, wherein the roller bracket plate 200 is arranged on the upper base plate 101, the left upper support 201, the left lower support 202, the right upper support 203 and the right lower support 204 are arranged on the roller bracket plate 200, the front roller assembly 206 is arranged among the left upper support 201, the left lower support 202, the right upper support 203 and the right lower support 204, the left connecting plate 207 is connected with the left upper support 201 and the left lower support 202, the right connecting plate 208 is connected with the right upper support 203 and the right lower support 204, the left adjusting handwheel assembly 209 is connected with the left connecting plate 207, and the right adjusting handwheel assembly 210 is connected with the right connecting plate 208, the rear roller assembly 205 is arranged at the rear side of the front roller assembly 206, the rear roller assembly 205 is connected with a second transmission motor 212 through a coupler 211, and the front roller assembly 206 and the front roller and the rear roller of the rear roller assembly 205 are in meshing connection through gears;
the cross sealing device 18 comprises a left upper supporting plate 400, a right upper supporting plate 401, a left front guide shaft I402, a left rear guide shaft I403, a right front guide shaft I404, a right rear guide shaft I405, a front frame plate 406, a rear frame plate 407, a left cylinder I408, a right cylinder I409, a front sealing plate assembly 410, a rear sealing plate assembly 411, a rack assembly 412, a gear assembly 413, a transmission motor III 414, a left upper supporting plate 400, a right upper supporting plate 401 and a right upper moving assembly I416, wherein the left upper supporting plate 400 and the right upper supporting plate 401 are respectively connected on the upper base plate 101, the left front guide shaft I402, the left rear guide shaft I403 are connected between the left upper supporting plate 400 and the left middle supporting plate 500, the right front guide shaft I404, the right rear guide shaft I405 are connected between the right upper supporting plate 401 and the right middle supporting plate 501, the left upper moving assembly 415 is connected between the left front guide shaft I402 and the left rear guide shaft I403, the first right up-down moving assembly 416 is connected to a first right front guide shaft 404 and a first right rear guide shaft 405, the front and rear sides of the first left up-down moving assembly 415 and the first right up-down moving assembly 416 are respectively connected with a front frame plate 406 and a rear frame plate 407, the rear side of the rear frame plate 407 is connected with a rack assembly 412, a first left air cylinder 408 and a first right air cylinder 409 are mounted on the front frame plate 406, output shafts of the first left air cylinder 408 and the first right air cylinder 409 are connected with a front sealing plate assembly 410, the front sealing plate assembly 410 is linked with a rear sealing plate assembly 411, an output end of a transmission motor three 414 is connected with a gear assembly 413, and gears of the gear assembly 413 are meshed with racks of the rack assembly 412;
the cutting device 19 comprises a left middle support plate 500, a right middle support plate 501, a left lower support plate 502, a right lower support plate 503, a left rear guide shaft II 504, a left front guide shaft II 505, a right rear guide shaft II 506, a right front guide shaft II 507, a left up-down moving assembly II 508, a right up-down moving assembly II 509, a rear support plate 510, a front support plate 511, a left upper support plate 512, a left lower support plate 513, a right upper support plate 514, a right lower support plate 515, a middle support plate 516, a left air cylinder II 517, a right air cylinder II 518, a cutter assembly 519, a cutter device up-down moving left power assembly 498 and a cutter device up-down moving right power assembly 499, wherein the left middle support plate 500, the right middle support plate 501, the left lower support plate 502 and the right lower support plate 100 are all arranged on the lower base plate 100, the left rear guide shaft II 504 and the left front guide shaft II 505 are respectively connected between the left, the right rear guide shaft II 506 and the right front guide shaft II 507 are respectively connected between a right middle support plate 501 and a right lower support plate 503, the left rear guide shaft II 504 and the left front guide shaft II 505 are connected with a left up-down moving assembly II 508, the right rear guide shaft II 506 and the right front guide shaft II 507 are connected with a right up-down moving assembly II 509, the left side and the right side of the rear support plate 510 are respectively connected with a left up-down moving assembly II 508 and a right up-down moving assembly II 509, the front support plate 511 is arranged at the front side of the rear support plate 510, the left upper side and the left lower side of the rear support plate 510 and the front support plate 511 are respectively connected with a left upper support plate 512 and a left lower support plate 513, the right upper side and the right lower side of the rear support plate 510 and the front support plate 511 are respectively connected with a right upper support plate 514 and a right lower support plate 515, a, The second right cylinder 518 is installed on the inner side of the front support plate 511, a cutter assembly 519 is arranged between the rear support plate 510 and the middle support plate 516, the rear end of the left lower support plate 502 is connected with a cutter device up-and-down left power assembly 498, and the rear end of the right lower support plate 503 is connected with a cutter device up-and-down right power assembly 499.
Further, the longitudinal sealing device 16 is arranged at the lower side of the former device 15, the longitudinal sealing device 16 is arranged at the upper side of the roller device 17, the longitudinal sealing device 16 is arranged on the upper base plate 101, and the longitudinal sealing device 16 is a detachable longitudinal inclined sealing device.
Further, the device also comprises a first air blowing cooling device 50, wherein the first air blowing cooling device 50 is arranged on the lower side of the roller device 17, the first air blowing cooling device 50 is arranged on the upper side of the transverse sealing device 18, the first air blowing cooling device 50 is connected to the lower portions of the left lower support 202 and the right lower support 204, and the first air blowing cooling device 50 is used for cooling the transverse sealing opening of the packaging bag.
Further, the second air blowing cooling device 51 is further included, the second air blowing cooling device 51 is arranged on the lower side of the transverse sealing device 18, the second air blowing cooling device 51 is arranged on the upper side of the cutting device 19, the second air blowing cooling device 51 is connected to the lower portion of the front frame plate 406, and the second air blowing cooling device 51 is used for cooling the transverse sealing opening of the packaging bag again.
Further, still include wrapping bag guider 52, wrapping bag guider 52 sets up the downside at two 51 of the cooling device that blows, wrapping bag guider 52 sets up the upside at cutting device 19, wrapping bag guider 52 is installed on cutting device 19's housing, wrapping bag guider 52 is used for leading in order to get into cutting device 19 smoothly to the wrapping bag.
Further, an ejector 20 is provided at a lower side of the cutting device 19, the ejector 20 is connected to a lower portion of the rear holder plate 510, and the ejector 20 guides the cut-out packing bag to be discharged.
Further, the left and right sides of the swing rod on the swing rod assembly 707 of the film feeding device 12 are respectively connected with a left balancing weight 708 and a right balancing weight 709.
Compared with the prior art, the utility model, have following advantage:
(1) the utility model arranges the roller device between the longitudinal sealing device and the transverse sealing device of the machine, thereby realizing twice sealing of the transverse sealing of the packaging bag, improving the leakage of the packaging bag easily generated by the wire drawing of the adhesive body, and greatly enhancing the sealing strength;
(2) the utility model combines the advantages of the roller for transversely sealing and sealing the packaging bag with the advantages of the sealing plate for transversely sealing and sealing the packaging bag, and makes corresponding adjustment, improvement and correction for other devices, thereby ensuring the sealing strength and the sealing performance of the transversely sealing and sealing of the packaging bag, avoiding the leakage phenomenon and improving the yield of products;
(3) the utility model has reasonable structural design, convenient installation and adjustment, reliable performance, good sealing strength and sealing performance and high yield, and is particularly suitable for the encapsulation of liquid and sticky bodies;
(4) the utility model discloses through the trial run, its overall space structure of demonstration, outward appearance overall arrangement reasonable in design, the installation is convenient with the adjustment, the dependable performance of machine, and the operation is stable, is worth popularizing and applying.
[ description of the drawings ]
FIG. 1 is a schematic perspective view of the front and upper portions of the present invention;
fig. 2 is a schematic perspective view of a side rear part of the present invention;
fig. 3 is a schematic perspective view of the rear part of the present invention;
fig. 4 is a schematic perspective view of the color scale adjusting and cutting device according to the present invention;
fig. 5 is a schematic perspective view of the color scale adjusting and cutting device according to the present invention;
FIG. 6 is a schematic perspective view of the roller device of the present invention;
fig. 7 is a schematic perspective view of the first horizontal sealing device of the present invention;
fig. 8 is a schematic perspective view of the second embodiment of the present invention;
fig. 9 is a schematic perspective view of the cutting device of the present invention;
in the figure: 10. the film winding device 11, the film receiving device 12, the film feeding device 13, the color scale adjusting device 14, the middle cutting device 15, the former device 16, the longitudinal sealing device 17, the roller device 18, the transverse sealing device 19, the cutting device 20, the discharging device 50, the first air-blowing cooling device 51, the second air-blowing cooling device 52, the packaging bag guiding device 100, the lower substrate 101, the upper substrate 102, the top plate 103, the rear plate 200, the roller bracket plate 201, the left upper pillar 202, the left lower pillar 203, the right upper pillar 204, the right lower pillar 205, the rear roller assembly 206, the front roller assembly 207, the left connecting plate 208, the right connecting plate 209, the left adjusting hand wheel assembly 210, the right adjusting hand wheel assembly 211, the coupler 212, the second transmission motor 300, the left and right adjusting plates 301, the adjusting hand wheel assembly 302, the adjusting fixed blocks 303, the left and right, An adjusting moving block 304, a left pre-pressing assembly 305, a right pre-pressing assembly 306, a left frame plate 307, a right frame plate 308, an upper cutter shaft 309, a lower cutter shaft 310, a first transmission motor 311, a left long waist groove 312, a right long waist groove 313, an upper middle cutter assembly 314, a lower middle cutter assembly 350, a first rear support block 351, a first front support block 352, a second rear support block 353, a second front support block 354, a front and rear moving block 355, a first screw rod adjusting assembly 356, a first adjusting hand wheel 357, a left support plate 358, a right support plate 359, a fixed shaft 360, a film guide plate 361, a second screw rod adjusting assembly 362, a second adjusting hand wheel 400, a left upper support plate 401, a right upper support plate 402, a left front guide shaft 403, a left rear guide shaft 404, a right front guide shaft 405, a right rear guide shaft 407, a front frame plate 407, a rear frame plate 408, a left air cylinder 409, a right air cylinder 410, a front sealing plate assembly 411, a rear sealing plate assembly 412, a rack assembly 413, a gear assembly 414, a transmission motor 415, a left up-down moving assembly 416, a right up-down moving assembly 498, a cutter device up-down moving left power assembly 499, a cutter device up-down moving right power assembly 500, a left middle support plate 501, a right middle support plate 502, a left lower support plate 503, a right lower support plate 504, a left rear guide shaft 505, a left front guide shaft 506, a right rear guide shaft 507, a right front guide shaft 508, a left up-down moving assembly 509, a right up-down moving assembly 510, a rear support plate 511, a front support plate 512, a left upper support plate 513, a left lower support plate 514, a right upper support plate 515, a right lower support plate 516, a middle support plate 517, a left air cylinder 518, a right, The film splicing device comprises a support plate 601, a left support plate 602, a right support plate 603, a film splicing front plate 604, a film splicing rear plate 700, an upper support plate 701, a lower support plate 702, a left frame plate 703, a right frame plate 705, an upper rubber roller 706, a lower rubber roller 707, a swing rod assembly 708, a left balancing weight 709, a right balancing weight 800, a left support plate 801, a right support plate 802, a left standing plate 803, a right standing plate 804, an upper support plate 805, a rear support plate 806, a film former 807 and a discharging pipe.
[ detailed description of the invention ]
The invention is further described below with reference to the accompanying drawings:
as shown in the attached drawings, the utility model provides a roller-enhanced strip packaging machine, according to the film moving direction, comprising a film rolling device 10, a film receiving device 11, a film feeding device 12, a color mark adjusting device 13, a middle cutting device 14, a former device 15, a longitudinal sealing device 16, a roller device 17, a transverse sealing device 18, a cutting device 19 and a discharge device 20, wherein the film rolling device 10, the film receiving device 11 and the film feeding device 12 are arranged at the rear side of a rear plate 103 and are simultaneously arranged on a stand column of the machine, a front substrate arranged in parallel with the rear plate 103 is arranged in front of the rear plate 103, a top plate 102 is arranged at the top end of the rear plate 103 and the front substrate, the front substrate is separately designed into an upper substrate 101 and a lower substrate 100 due to the process and cost requirements, namely the front substrate is spliced by the upper substrate 101 and the lower substrate 100, the color mark adjusting device 13 and the middle cutting device 14 are arranged on the top plate 102 and are arranged on, the former device 15, the vertical sealing device 16, the roller device 17 and the horizontal sealing device 18 are sequentially arranged on the upper substrate 101 from top to bottom, the cutting device 19 and the discharge device 20 are arranged on the lower substrate 100, and the upper substrate 101 and the lower substrate 100 are arranged on a vertical column of the machine.
Wherein, connect membrane device 11 to include mounting panel 600, two 601 of left mounting panel, two 602 of right mounting panel, connect membrane front bezel 603 and connect membrane backplate 604, two 601 of left mounting panel are connected respectively to the mounting panel 600 left and right sides, two 602 of right mounting panel, be connected with between two 601 of left mounting panel and the two 602 of right mounting panel and connect membrane front bezel 603 and connect membrane backplate 604, connect membrane front bezel 603 and connect setting up around the membrane backplate 604 and paste tight installation, connect membrane front bezel 603 and connect the tight erection joint of subsides between the membrane backplate 604 to adopt oblique chamfer seam, so that cut packaging film, connect the membrane operation when carrying out the film change.
The film feeding device 12 comprises an upper support plate 700, a lower support plate 701, a left frame plate II 702, a right frame plate II 703, an upper rubber roller 705, a lower rubber roller 706 and a swing rod assembly 707, wherein the upper support plate 700 and the lower support plate 701 are arranged up and down and are respectively arranged on the rear plate 103, the left side and the right side of the upper support plate 700 and the lower support plate 701 are respectively connected with the left frame plate II 702 and the right frame plate II 703, the upper rubber roller 705 and the lower rubber roller 706 are arranged between the left frame plate II 702 and the right frame plate II 703, the upper rubber roller 705 and the lower rubber roller 706 are arranged up and down, and the film passes through the middle of the upper rubber roller 705 and the lower rubber roller 706, the upper rubber roller 705 and the lower rubber roller 706 are pressed together through a film pressing mechanism, a swing rod assembly 707 is connected below the left frame plate II 702 and the right frame plate II 703, and the left side and the right side of a swing rod on the swing rod assembly 707 are respectively connected with a left balancing weight 708 and a right balancing weight 709.
The color code adjusting device 13 includes a front-rear adjusting portion and a left-right adjusting portion for adjusting the color code position in front-rear and left-right directions, the front-rear adjusting portion includes a rear support block 350, a front support block 351, a rear support block 352, a front support block 353, the front support block 351 and the rear support block 350 are arranged front and back and are mounted on the top plate 102, the tops of the front support block 351 and the rear support block 350 are connected with a front support block II 353 and a rear support block II 352 respectively, the front and rear movement block assembly 354 is arranged between the front support block II 353 and the rear support block II 352, the front and rear movement block assembly 354 is screwed on the screw rod adjusting assembly 355, the screw rod adjusting assembly 355 is arranged on the rear support block II 352 and the front support block II 353 in a penetrating mode, the rear end of the screw rod adjusting assembly 355 is connected with an adjusting hand wheel 356, and the adjusting hand wheel 356 is used for achieving front and back adjustment of the position of a film color code; the left and right adjusting part comprises a first left support plate 357, a first right support plate 358, a fixing shaft 359, a film guide plate 360, a second screw rod adjusting assembly 361 and a second adjusting hand wheel 362, the left side of the first left support plate 357 is connected to the front and back moving block assembly 354, the first right support plate 358 is arranged on the right side of the first left support plate 357, the fixing shaft 359 is connected between the first left support plate 357 and the first right support plate 358, the fixing shaft 359 is connected with the film guide plate 360, the left end of the second screw rod adjusting assembly 361 is connected to the first left support plate 357, the right side of the second screw rod adjusting assembly 361 penetrates through the first right support plate 358 and is connected with the second adjusting hand wheel 362, and the second adjusting hand wheel 362 is used for realizing left.
The middle cutting device 14 comprises a left and right adjusting plate 300, an adjusting handwheel component 301, an adjusting fixed block 302, an adjusting moving block 303, a left pre-pressing component 304, a right pre-pressing component 305, a left frame plate I306, a right frame plate I307, an upper cutter shaft 308, a lower cutter shaft 309, a transmission motor I310, an upper middle cutter component 313 and a lower middle cutter component 314, wherein the adjusting fixed block 302 is arranged at the left side of the top plate 102, the left and right adjusting plate 300 is arranged on the top plate 102, the adjusting moving block 303 is arranged at the left side of the left and right adjusting plate 300, the adjusting handwheel component 301 is connected with the adjusting fixed block 302 and the adjusting moving block 303, a left long waist groove 311 and a right long waist groove 312 are arranged on the left and right adjusting plate 300, the left pre-pressing component 304 and the right pre-pressing component 305 are respectively arranged in the left and right long waist grooves 311, a left frame plate I306 and a right frame plate I307 are arranged at the left and right sides of the left and right adjusting plate 300, the upper cutter shaft 308 and the lower cutter shaft 309 are respectively connected with an upper middle cutter assembly 313 and a lower middle cutter assembly 314, the upper middle cutter assembly 313 and the lower middle cutter assembly 314 are used for cutting a film from the middle into a left piece and a right piece for packaging, the adjusting hand wheel assembly 301 is used for realizing left-right adjustment of the film, and the first transmission motor 310 provides power for the upper middle cutter and the lower middle cutter of the upper middle cutter assembly 313 and the lower middle cutter assembly 314 through gears.
The roller device 17 comprises a roller bracket plate 200, a left upper pillar 201, a left lower pillar 202, a right upper pillar 203, a right lower pillar 204, a rear roller assembly 205, a front roller assembly 206, a left connecting plate 207, a right connecting plate 208, a left adjusting handwheel assembly 209, a right adjusting handwheel assembly 210, a coupling 211 and a transmission motor II 212, wherein the roller bracket plate 200 is arranged on an upper base plate 101, the left upper pillar 201, the left lower pillar 202, the right upper pillar 203 and the right lower pillar 204 are arranged on the roller bracket plate 200, the front roller assembly 206 is arranged among the left upper pillar 201, the left lower pillar 202, the right upper pillar 203 and the right lower pillar 204, the left connecting plate 207 is connected with the left upper pillar 201 and the left lower pillar 202, the right connecting plate 208 is connected with the right upper pillar 203 and the right lower pillar 204, the left adjusting handwheel assembly 209 is connected with the left connecting plate 207, the right adjusting handwheel assembly 210 is connected with the right connecting plate 208, the rear roller assembly 205 is arranged at the rear side of, the rear roller assembly 205 is connected with a second transmission motor 212 through a coupler 211, and the front roller assembly 206 and the front roller and the rear roller of the rear roller assembly 205 are connected in a meshing manner through gears.
The cross sealing device 18 comprises a left upper supporting plate 400, a right upper supporting plate 401, a left front guide shaft I402, a left rear guide shaft I403, a right front guide shaft I404, a right rear guide shaft I405, a front frame plate 406, a rear frame plate 407, a left cylinder I408, a right cylinder I409, a front sealing plate assembly 410, a rear sealing plate assembly 411, a rack assembly 412, a gear assembly 413, a transmission motor III 414, a left up-down moving assembly I415 and a right up-down moving assembly I416, wherein the left upper supporting plate 400 and the right upper supporting plate 401 are respectively connected on the upper base plate 101, the left front guide shaft I402 and the left rear guide shaft I403 are respectively connected between the left upper supporting plate 400 and the left middle supporting plate 500, the right front guide shaft I404 and the right rear guide shaft I405 are respectively connected between the right upper supporting plate 401 and the right middle supporting plate 501, the left up-down moving assembly I415 is connected between the left front guide shaft I402 and the left rear guide shaft I403, the right up-down moving assembly I416 is connected between the right, the front side and the rear side of the first left vertical moving component 415 and the first right vertical moving component 416 are respectively connected with a front frame plate 406 and a rear frame plate 407, the rear side of the rear frame plate 407 is connected with a rack component 412, a first left air cylinder 408 and a first right air cylinder 409 are mounted on the front frame plate 406, output shafts of the first left air cylinder 408 and the first right air cylinder 409 are connected with a front sealing plate component 410, the front sealing plate component 410 is linked with the rear sealing plate component 411, the output end of a third transmission motor 414 is connected with a gear component 413, and gears of the gear component 413 are meshed with racks of the rack component 412.
The cutting device 19 comprises a left middle support plate 500, a right middle support plate 501, a left lower support plate 502, a right lower support plate 503, a left rear guide shaft II 504, a left front guide shaft II 505, a right rear guide shaft II 506, a right front guide shaft II 507, a left up-down moving assembly II 508, a right up-down moving assembly II 509, a rear support plate 510, a front support plate 511, a left upper support plate 512, a left lower support plate 513, a right upper support plate 514, a right lower support plate 515, a middle support plate 516, a left air cylinder II 517, a right air cylinder II 518, a cutter assembly 519, a cutter device up-down moving left power assembly 498 and a cutter device up-down moving right power assembly 499, wherein the left middle support plate 500, the right middle support plate 501, the left lower support plate 502 and the right lower support plate 503 are all installed on the lower substrate 100, the left rear guide shaft II 504 and the left front guide shaft II 505 are respectively connected between the left middle support plate 500 and, A right front guide shaft II 507 is respectively connected between a right middle support plate 501 and a right lower support plate 503, a left rear guide shaft II 504 and a left front guide shaft II 505 are connected with a left up-down moving assembly II 508, a right rear guide shaft II 506 and a right front guide shaft II 507 are connected with a right up-down moving assembly II 509, the left side and the right side of a rear support plate 510 are respectively connected with a left up-down moving assembly II 508 and a right up-down moving assembly II 509, a front support plate 511 is arranged at the front side of the rear support plate 510, the left upper and the lower sides of the left side of the rear support plate 510 and the front support plate 511 are respectively connected with a left upper support plate 512 and a left lower support plate 513, the upper and the lower sides of the right side of the rear support plate 510 and the front support plate 511 are respectively connected with a right upper support plate 514 and a right lower support plate 515, a middle support plate 516 is arranged between the rear support plate 510 and the front support plate, the rear end of the left lower supporting plate 502 is connected with a cutter device up-down moving left power assembly 498, and the rear end of the right lower supporting plate 503 is connected with a cutter device up-down moving right power assembly 499.
The utility model discloses in, indulge and seal device 16 and set up the downside at former device 15, indulge and seal device 16 and set up the upside at roller device 17, indulge and seal device 16 and install on upper substrate 101, indulge and seal device 16 and be the vertical oblique closing device of detachable. The first blowing cooling device 50 is arranged at the lower side of the roller device 17, the first blowing cooling device 50 is arranged at the upper side of the transverse sealing device 18, the first blowing cooling device 50 is connected to the lower parts of the left lower support 202 and the right lower support 204, and the first blowing cooling device 50 is used for cooling the transverse sealing opening of the packaging bag. The second air blowing cooling device 51 is arranged on the lower side of the transverse sealing device 18, the second air blowing cooling device 51 is arranged on the upper side of the cutting device 19, the second air blowing cooling device 51 is connected to the lower portion of the front frame plate 406, and the second air blowing cooling device 51 is used for cooling the transverse sealing opening of the packaging bag again. The second blowing cooling device 51 is provided with a second bag guide 52, the second blowing cooling device 52 is provided at the upper side of the cutting device 19, the second bag guide 52 is mounted on the housing of the cutting device 19, and the second bag guide 52 is used for guiding the second bag to smoothly enter the cutting device 19. The discharging device 20 is provided at a lower side of the cutting device 19, the discharging device 20 is connected to a lower portion of the rear holder plate 510, and the discharging device 20 guides and discharges the cut-out packing bags.
As shown in fig. 1 to fig. 9, the drawings of the present invention are used for two-column packing machine to perform longitudinal sealing, and the working principle is as follows: the packaging film of the packaging machine is sleeved into a film roll device 10 and locked, the film passes through the guide of a plurality of auxiliary guide rollers, sequentially passes through a film receiving device 11, a film feeding device 12, a color code adjusting device 13, a middle cutting device 14, a former device 15, a longitudinal sealing device 16, a roller device 17, an air blowing cooling device 50, a transverse sealing device 18, an air blowing cooling device 51, a packaging bag guide device 52, a cutting device 19 and a discharge device 20, and finally the finished packaging bag is discharged.
The film-connecting front plate 603 and the film-connecting rear plate 604 on the film-connecting device 11 are attached to the mounting seams by adopting oblique chamfer seams, so that the packaging film can be cut and bonded, and the film can be conveniently replaced; the swing rod on the swing rod component 707 of the film feeding device 12 is pulled by the film and detected, and the upper rubber roller 705 and the lower rubber roller 706 are pressed together to feed the film; the first adjusting hand wheel 356 and the second adjusting hand wheel 362 of the color code adjusting device 13 can realize the front, back, left and right adjustment of the position of the film color code; the upper middle cutter assembly 313 and the lower middle cutter assembly 314 of the middle cutting device 14 cut the film from the middle into a left sheet and a right sheet for packaging, and the adjusting handwheel assembly 301 can realize left-right adjustment of the film; the former device 15 directs the film to the converting operation into a bag shape; the longitudinal sealing device 16 realizes longitudinal sealing of the packaging bag; the roller device 17 realizes the first sealing of the transverse seal of the packaging bag; the air blowing cooling device 50 cools the transverse sealing opening of the packaging bag; the transverse sealing device 18 reciprocates up and down in the packaging process, when the transverse sealing device is at an upper position (the transverse sealing position of the roller is exactly the same at the moment), the first left air cylinder 408 and the second right air cylinder 409 are sealed, the film is pulled down, and when the set bag length is reached or the color mark is detected, the first left air cylinder 408 and the second right air cylinder 409 are opened and return to the upper position; the air blowing cooling device 51 cools the transverse sealing opening of the packaging bag again; the bag guide 52 guides the bag to smoothly enter the cutting device; the cutting device 19 is used for cutting a bag of packaged products, and the cutter can be a flat cutter, a serrated cutter, a wine bottle cutter or other special-shaped cutters; the discharging device 20 is used to guide and discharge the cut-out packaging bag.
The machine can increase the number of packaging columns. As the number of rows of packages increases, each row increases one pair of upper and lower middle cutters on the upper and lower middle cutter assemblies 313 and 314, one more film former 806, one more set of fixed rear sealing plate assembly 411 and movable front sealing plate assembly 410 of the transverse sealing device, one more set of cutter assemblies 519, one more set of bag guide 52, and one more set of discharge slots of the discharge device 20.
The present invention is not limited by the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not depart from the spirit and principle of the present invention should be equivalent replacement modes, and are all included in the protection scope of the present invention.
Claims (7)
1. The utility model provides a strip packagine machine of roller enhancement mode, presses film moving direction, includes film-winding device (10), connects membrane device (11), send membrane device (12), color mark adjusting device (13), well cutting device (14), former device (15), indulges sealing device (16), roller device (17), violently seals device (18) and cutting device (19), its characterized in that:
the film rolling device (10), the film receiving device (11) and the film sending device (12) are arranged on the rear side of the rear plate (103), a front substrate arranged in parallel with the rear plate (103) is arranged in front of the rear plate (103), a top plate (102) is arranged at the top ends of the rear plate (103) and the front substrate, the front substrate is formed by splicing an upper substrate (101) and a lower substrate (100), the color scale adjusting device (13) and the middle cutting device (14) are arranged on the top plate (102), the former device (15), the longitudinal sealing device (16), the roller device (17) and the transverse sealing device (18) are sequentially arranged on the upper substrate (101) from top to bottom, and the cutting device (19) is arranged on the lower substrate (100);
the film connecting device (11) comprises a support plate (600), a left support plate II (601), a right support plate II (602), a film connecting front plate (603) and a film connecting rear plate (604), the left side and the right side of the support plate (600) are respectively connected with the left support plate II (601) and the right support plate II (602), the film connecting front plate (603) and the film connecting rear plate (604) are connected between the left support plate II (601) and the right support plate II (602), the film connecting front plate (603) and the film connecting rear plate (604) are arranged in a front-back mode and are closely attached, and the closely attaching seams between the film connecting front plate (603) and the film connecting rear plate (604) adopt oblique chamfer seams;
the film feeding device (12) comprises an upper support plate (700), a lower support plate (701), a left frame plate II (702), a right frame plate II (703), an upper rubber roller (705), a lower rubber roller (706) and a swing rod assembly (707), wherein the upper support plate (700) and the lower support plate (701) are arranged up and down and are both arranged on the rear plate (103), the left frame plate II (702) and the right frame plate II (703) are respectively connected with the left side and the right side of the upper support plate (700) and the lower support plate (701), the upper rubber roller (705) and the lower rubber roller (706) are arranged between the left frame plate II (702) and the right frame plate II (703), and the swing rod assembly (707) is connected below the left frame plate II (702) and the right frame plate II (703);
the color code adjusting device (13) comprises a front and rear adjusting part and a left and right adjusting part, the front and rear adjusting part comprises a rear supporting block I (350), a front supporting block I (351), a rear supporting block II (352), a front supporting block II (353), a front and rear moving block assembly (354), a screw rod adjusting assembly I (355) and an adjusting hand wheel I (356), the front supporting block I (351) and the rear supporting block I (350) are arranged front and rear and are installed on the top plate (102), the tops of the front supporting block I (351) and the rear supporting block I (350) are respectively connected with the front supporting block II (353) and the rear supporting block II (352), the front and rear moving block assembly (354) is arranged between the front supporting block II (353) and the rear supporting block II (352), the front and rear moving block assembly (354) is rotatably installed on the screw rod adjusting assembly I (355), and the screw rod adjusting assembly I (355) is arranged on the rear supporting block II (352) in a penetrating mode, The rear end of the screw rod adjusting assembly I (355) is connected with an adjusting hand wheel I (356), and the adjusting hand wheel I (356) is used for realizing the front-back adjustment of the position of a film color code; the left and right adjusting part comprises a first left support plate (357), a first right support plate (358), a fixed shaft (359), a film guide plate (360), a second screw rod adjusting component (359) and a second adjusting hand wheel (362), the left side of the first left support plate (357) is connected to the front and rear moving block component (354), the first right support plate (358) is arranged on the right side of the first left support plate (357), the fixed shaft (359) is connected between the first left support plate (357) and the first right support plate (358), the fixed shaft (359) is connected with the film guide plate (360), the left end of the second screw rod adjusting component (361) is connected to the first left support plate (357), the right side of the second screw rod adjusting component (361) penetrates through the first right support plate (358) and is connected with the second adjusting hand wheel (362), and the second adjusting hand wheel (362) is used for realizing left and right adjustment of the position of a color code;
the middle cutting device (14) comprises a left adjusting plate (300), a right adjusting hand wheel assembly (301), an adjusting fixing block (302), an adjusting moving block (303), a left pre-pressing assembly (304), a right pre-pressing assembly (305), a left frame plate (306), a right frame plate (307), an upper cutter shaft (308), a lower cutter shaft (309), a transmission motor (310), an upper middle cutter assembly (313) and a lower middle cutter assembly (314), wherein the adjusting fixing block (302) is installed on the left side of the top plate (102), the left adjusting plate (300) and the right adjusting plate (300) are installed on the top plate (102), the adjusting moving block (303) is installed on the left side of the left adjusting plate (300), the adjusting hand wheel assembly (301) is connected with the adjusting fixing block (302) and the adjusting moving block (303), a left long waist groove (311) and a right long waist groove (312) are formed in the left adjusting plate (300) and the right adjusting plate (300), a left pre-pressing component (304) and a right pre-pressing component (305) are respectively arranged in the right long waist groove (312), the left and right sides of the left and right adjusting plate (300) are provided with a left frame plate I (306) and a right frame plate I (307), an upper cutter shaft (308) and a lower cutter shaft (309) which are arranged up and down are arranged between the left frame plate I (306) and the right frame plate I (307), the upper cutter shaft (308) and the lower cutter shaft (309) are respectively connected with an upper middle cutter component (313) and a lower middle cutter component (314), the upper middle cutter assembly (313) and the lower middle cutter assembly (314) are used for cutting the film from the middle into a left piece and a right piece for packaging, the adjusting hand wheel assembly (301) is used for realizing left-right adjustment of the film, and the transmission motor I (310) provides power for the upper and lower middle cutters of the upper and lower middle cutter assemblies (313, 314) through gears;
the former device (15) comprises a left support plate III (800), a right support plate III (801), a left standing plate (802), a right standing plate (803), an upper frame plate (804), a rear frame plate (805) and a film former (806), wherein the left support plate III (800) and the right support plate III (801) are mounted on the upper portion of the upper substrate (101), the lower portion of the left standing plate (802) is connected to the left support plate III (800), the lower portion of the right standing plate (803) is connected to the right support plate III (801), the upper portions of the left standing plate (802) and the right standing plate (803) are connected with the upper frame plate (804), the rear portions of the left standing plate (802) and the right standing plate (803) are connected with the rear frame plate (805), the rear frame plate (805) is connected with the film former (806), an opening hole for a blanking pipe (807) to pass through is formed in the upper frame plate (804), and the blanking pipe (804) passes through the opening hole in the upper frame plate (804) and the vertical inner hole of the film former (806) An aperture;
the roller device (17) comprises a roller support plate (200), an upper left support column (201), a lower left support column (202), an upper right support column (203), a lower right support column (204), a rear roller assembly (205), a front roller assembly (206), a left connecting plate (207), a right connecting plate (208), a left adjusting hand wheel assembly (209), a right adjusting hand wheel assembly (210), a coupler (211) and a transmission motor II (212), wherein the roller support plate (200) is arranged on an upper base plate (101), the upper left support column (201), the lower left support column (202), the upper right support column (203) and the lower right support column (204) are arranged on the roller support plate (200), the front roller assembly (206) is arranged among the upper left support column (201), the lower left support column (202), the upper right support column (203) and the lower right support column (204), the left connecting plate (207) is connected with the upper left support column (201) and the lower left support column (202), the right connecting plate (208) is connected with a right upper support column (203) and a right lower support column (204), the left adjusting hand wheel assembly (209) is connected with a left connecting plate (207), the right adjusting hand wheel assembly (210) is connected with the right connecting plate (208), the rear roller assembly (205) is arranged on the rear side of the front roller assembly (206), the rear roller assembly (205) is connected with a second transmission motor (212) through a coupler (211), and front rollers and rear rollers of the front roller assembly (206) and the rear roller assembly (205) are connected through gear meshing;
the transverse sealing device (18) comprises a left upper supporting plate (400), a right upper supporting plate (401), a left front guiding shaft I (402), a left rear guiding shaft I (403), a right front guiding shaft I (404), a right rear guiding shaft I (405), a front frame plate (406), a rear frame plate (407), a left cylinder I (408), a right cylinder I (409), a front sealing plate component (410), a rear sealing plate component (411), a rack component (412), a gear component (413), a transmission motor III (414), a left up-down moving component I (415) and a right up-down moving component I (416), wherein the left upper supporting plate (400) and the right upper supporting plate (401) are respectively connected on the upper base plate (101), the left front guiding shaft I (402) and the left rear guiding shaft I (403) are respectively connected between the left upper supporting plate (400) and the left middle supporting plate 500, the right front guiding shaft I (404) and the right rear guiding shaft I (405) are respectively connected between the right upper supporting plate (401) and the right middle supporting plate (501), the left up-down moving assembly I (415) is connected to the left front guide shaft I (402) and the left rear guide shaft I (403), the right up-down moving assembly I (416) is connected to the right front guide shaft I (404) and the right rear guide shaft I (405), the front and rear sides of the left vertical moving component I (415) and the right vertical moving component I (416) are respectively connected with a front frame plate (406) and a rear frame plate (407), the rear side of the rear frame plate (407) is connected with a rack assembly (412), the front frame plate (406) is provided with a left cylinder I (408) and a right cylinder I (409), the output shafts of the left cylinder I (408) and the right cylinder I (409) are connected with a front sealing plate assembly (410), the front sealing plate component (410) is linked with the rear sealing plate component (411), the output end of the transmission motor III (414) is connected with a gear component (413), the gear of the gear assembly (413) is meshed with the rack of the rack assembly (412);
the cutting device (19) comprises a left middle support plate (500), a right middle support plate (501), a left lower support plate (502), a right lower support plate (503), a left rear guide shaft II (504), a left front guide shaft II (505), a right rear guide shaft II (506), a right front guide shaft II (507), a left up-down moving assembly II (508), a right up-down moving assembly II (509), a rear support plate (510), a front support plate (511), a left upper support plate (512), a left lower support plate (513), a right upper support plate (514), a right lower support plate (515), a middle support plate (516), a left air cylinder II (517), a right air cylinder II (518), a cutter assembly (519), a cutter device up-down moving left power assembly (498) and a cutter device up-down moving right power assembly (499), the left middle support plate (500), the right middle support plate (501), the left lower support plate (502), The lower right support plate (503) is installed on the lower substrate (100), the second left rear guide shaft (504) and the second left front guide shaft (505) are respectively connected between the middle left support plate (500) and the lower left support plate (502), the second right rear guide shaft (506) and the second right front guide shaft (507) are respectively connected between the middle right support plate (501) and the lower right support plate (503), the second left rear guide shaft (504) and the second left front guide shaft (505) are connected with the second left upper and lower moving component (508), the second right rear guide shaft (506) and the second right front guide shaft (507) are connected with the second right upper and lower moving component (509), the left upper and lower moving component (508) and the right upper and lower moving component (509) are respectively connected to the left side and the right side of the rear support plate (510), the front support plate (511) is arranged on the front side of the rear support plate (510), the rear support plate (510) and the, The upper and lower sides of the left side of the front support plate (511) are respectively connected with a left upper support plate (512) and a left lower support plate (513), the upper and lower sides of the right side of the rear support plate (510) and the front support plate (511) are respectively connected with a right upper support plate (514) and a right lower support plate (515), a middle support plate (516) is arranged between the rear support plate (510) and the front support plate (511), a left air cylinder II (517) and a right air cylinder II (518) are installed on the inner side of the front support plate (511), a cutter assembly (519) is arranged between the rear support plate (510) and the middle support plate (516), the rear end of the left lower support plate (502) is connected with a cutter device up-down moving left power assembly (498), and the rear end of the right lower support plate (503) is.
2. The roll-enhanced strip wrapping machine of claim 1 wherein: the longitudinal sealing device (16) is arranged at the lower side of the former device (15), the longitudinal sealing device (16) is arranged at the upper side of the roller device (17), the longitudinal sealing device (16) is arranged on the upper substrate (101), and the longitudinal sealing device (16) is a detachable longitudinal inclined sealing device.
3. The roll-enhanced strip wrapping machine of claim 1 wherein: still include the cooling device (50) of blowing, the cooling device (50) of blowing sets up the downside at roller device (17), cooling device (50) of blowing sets up the upside at horizontal sealing device (18), cooling device (50) of blowing is connected in the lower part of pillar (202) and lower right pillar (204) under the left side, cooling device (50) of blowing is used for realizing the cooling of horizontal sealing the mouth to the wrapping bag.
4. A roll-enhanced strip wrapping machine as claimed in claim 3, wherein: still include the cooling device two (51) of blowing, the cooling device two (51) of blowing sets up in the downside of violently sealing device (18), the cooling device two (51) of blowing sets up in the upside of cutting device (19), the lower part at preceding frame plate (406) is connected in the cooling device two (51) of blowing, the cooling that the cooling device two (51) of blowing was used for realizing once more violently sealing the mouth to the wrapping bag.
5. The roll-enhanced strip wrapping machine of claim 4 wherein: still include wrapping bag guider (52), wrapping bag guider (52) set up the downside at two (51) of cooling device that blows, wrapping bag guider (52) set up the upside at cutting device (19), wrapping bag guider (52) are installed on cutting device (19)'s housing, wrapping bag guider (52) are used for leading in order to get into cutting device (19) smoothly to the wrapping bag.
6. A roll-reinforced strip wrapping machine as claimed in any one of claims 1 to 5, wherein: the lower side of the cutting device (19) is provided with a discharging device (20), the discharging device (20) is connected to the lower portion of the rear support plate (510), and the discharging device (20) is used for guiding and discharging the cut packaging bags.
7. The roll-enhanced strip wrapping machine of claim 6 wherein: the left side and the right side of a swing rod on a swing rod assembly (707) of the film feeding device (12) are respectively connected with a left balancing weight (708) and a right balancing weight (709).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921357577.2U CN210555727U (en) | 2019-08-20 | 2019-08-20 | Roller enhanced strip-shaped packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921357577.2U CN210555727U (en) | 2019-08-20 | 2019-08-20 | Roller enhanced strip-shaped packaging machine |
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| Publication Number | Publication Date |
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| CN210555727U true CN210555727U (en) | 2020-05-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201921357577.2U Active CN210555727U (en) | 2019-08-20 | 2019-08-20 | Roller enhanced strip-shaped packaging machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342004A (en) * | 2019-08-20 | 2019-10-18 | 上海小松包装机械有限公司 | A kind of enhanced strip packing machine of roller |
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2019
- 2019-08-20 CN CN201921357577.2U patent/CN210555727U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342004A (en) * | 2019-08-20 | 2019-10-18 | 上海小松包装机械有限公司 | A kind of enhanced strip packing machine of roller |
| CN110342004B (en) * | 2019-08-20 | 2024-05-07 | 上海小松包装机械有限公司 | Roller enhancement type strip packaging machine |
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