CN204726752U - The automatic end seal apparatus of large-scale coiled strip circumference overlay film - Google Patents
The automatic end seal apparatus of large-scale coiled strip circumference overlay film Download PDFInfo
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- CN204726752U CN204726752U CN201520459414.0U CN201520459414U CN204726752U CN 204726752 U CN204726752 U CN 204726752U CN 201520459414 U CN201520459414 U CN 201520459414U CN 204726752 U CN204726752 U CN 204726752U
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Abstract
The automatic end seal apparatus of large-scale coiled strip circumference overlay film, comprise end envelope frame and be arranged on coiled strip positioning transporting device, the hot sealing device in end envelope frame, support film device, horizontal feed device, negative pressure inhales film device; Described end envelope frame is divided into stand and erecting frame, the top of stand is opened wide, erecting frame comprises the horizontal gird be positioned at above bench top, and the coiled strip that the space between erecting frame and stand can hold circumference overlay film rolls through, and the direction of horizontal gird is parallel with coiled strip axis direction.
Description
Technical field
The utility model relates to a kind of end seal apparatus of baling line, particularly relates to a kind of large cylindrical product end surface closing device.
Background technology
Existing automation plastic sheeting sealed port of butt end package mechanism, based on small-sized wrapping machine, generally being applied in small sized product automatic packaging manufacturing line uses hot blast to pack, and the maximum limitation of this wrapping machine is there is certain requirement to the size and dimension of product, and medium-sized enclosed mechanism is generally applied to the later Simple seal of filling production is main.And for large-scale coiled strip product as products such as nonwoven laps, adopt plastic sheeting carry out circumference coated after carry out sealed port of butt end operation (be called for short end envelope) time, because coiled strip thickness can reach 2-75mm, large coil diameter can reach close to 1m, coiled strip breadth can reach about 1.5-2m, and existing automatic packaging equipment cannot carry out automatic end envelope to its circumference overlay film.And when manually carrying out end envelope, because coiled strip volume is comparatively large, need many people to coordinate, and end envelope is second-rate, Proper Packing rate is low.
The patent No. be 201210464731.2 Chinese patent a plastic film sealing machine is disclosed, it is by after the packing of product by artificial, by the heating that electric heating piece continues, by the control plastic closures process that stretcher is artificial, such enclosed mechanism is only suitable for small-sized product, and degree of automation is low, efficiency is low, product airtight quality can not ensure, this mechanism is only suitable for the low manufacturing line of small business's automation, impracticable for large product.Therefore a kind of circumference overlay film automatic end seal apparatus being used in large-scale coiled strip is provided to become problem demanding prompt solution in prior art.
Utility model content
For solving the problem, the utility model provides a kind of automatic end seal apparatus of large-scale coiled strip circumference overlay film, it is characterized in that described automatic end seal apparatus comprises end envelope frame and is arranged on coiled strip positioning transporting device, the hot sealing device in end envelope frame, support film device, horizontal feed device, negative pressure inhales film device; Described end envelope frame is divided into stand and erecting frame, the top of stand is opened wide, erecting frame comprises the horizontal gird be positioned at above bench top, and the coiled strip that the space between erecting frame and stand can hold circumference overlay film rolls through, and the direction of horizontal gird is parallel with coiled strip axis direction;
Described coiled strip positioning transporting device is used for the coiled strip that a upper operation sends to be positioned on stand and will completes the coiled strip of end envelope operation from stand side feed to next station, comprise the V-type frame and link span with angle locking device and angle regulator, described V-type frame is fixedly installed in the middle part of stand end face by link span, described V-type frame comprises adjacent feeding rack and discharge rack, described feeding rack and discharge rack all can rotate in stand top face around rotation axis, and the rotation axis of feeding rack and discharge rack is all parallel to coiled strip axis and a little more than stand end face, angle locking device comprises the lock cylinder be arranged on link span, the cylinder bar of described lock cylinder can lock the anglec of rotation of feeding rack and discharge rack, feeding rack has and its S. A. lock hole in the same way close to S. A. place in the side perpendicular to its S. A., discharge rack also has and its S. A. lock hole in the same way close to S. A. place in the side perpendicular to its S. A., described lock cylinder is fixed on link span and the cylinder bar of lock cylinder stretches out time successively can stretch into feeding rack, the lock hole of discharge rack thus the anglec of rotation of locking feeding rack, discharge rack, described angle regulator is for adjusting the anglec of rotation of bin, comprise release cylinder, release cylinder is arranged on below discharge rack, when discharge rack unlocks by lock cylinder, the cylinder bar of release cylinder stretch the anglec of rotation of adjustable discharge rack make coiled strip can tumble from coiled strip positioning transporting device '
Described negative pressure is inhaled film device and is comprised negative pressure suction nozzle, screw-nut body, suction nozzle drive motor, reduction gearing mechanism, cylinder-driven frame, vertically feeding cylinder, described vertical feeding cylinder is arranged on above the horizontal gird of erecting frame by cylinder fixed connecting plate, the cylinder bar of vertical feeding cylinder stretches out straight up, the upper end of described cylinder-driven frame is connected with the cylinder masthead end of vertical feeding cylinder, lower end is stretched out from horizontal gird side and is connected with the shell of reduction gearing mechanism below horizontal gird, described reduction gearing mechanism has two output shafts in T font layout and an input shaft, input shaft is connected with the output shaft of suction nozzle drive motor, the axis coaxle of two output shafts is also connected with the leading screw drive end of one group of screw-nut body respectively, often organize screw-nut body and include leading screw, nut and guiding optical axis, optical axis sleeve, described nut is connected by suction nozzle adapter plate with optical axis sleeve, described suction nozzle adapter plate lower end fixed installation negative pressure suction nozzle, the negative pressure suction nozzle installed of two groups of screw-nut bodies can in opposite directions or opposing motion under the driving of negative pressure drive motor simultaneously,
Described horizontal feed device comprises 2 groups of horizontal feed rail sets, running driving device and running gears, described 2 groups of horizontal feed rail sets are arranged on the position of horizontal gird upper surface close to both ends respectively, the track alignment of horizontal feed rail set is parallel with horizontal gird direction, running driving device is for driving running gear along the track alignment horizontal feed of horizontal feed rail set, running gear vertically lifts hot sealing device below horizontal gird
Described hot sealing device comprises hot plywood, heat seal adapter plate, heat-sealing screw-nut body, described heat-sealing screw-nut body is vertically lifted on below the running gear of horizontal feed device, described heat-sealing screw-nut body has heat seal drive motor, comprise upper nut, the two-way leading screw of lower nut and parallel with two-way leading screw and comprise upper bush, the guiding optical axis of lower sleeve, connection heat seal adapter plate on guiding optical axis upper bush and two-way leading screw upper nut, at guiding optical axis lower sleeve and two-way leading screw lower nut also connection heat seal adapter plate, described heat seal adapter plate has mounting groove towards the side of inner side, for installing hot plywood, hot plywood can be fitted and be separated under the driving of heat seal drive motor,
Described support film device comprises strut, support film cylinder, support film screw-nut body, support film motor, support film frame, described support film device is fixedly mounted on outside hot sealing device by support film frame, support film frame bearing of trend is parallel with the bearing of trend of hot plywood, support film frame two ends connect support film screw-nut body respectively, support film screw-nut body comprises leading screw, nut, guiding optical axis and optical axis sleeve, the leading screw of support film screw-nut body is parallel with support film frame bearing of trend, support film motor is installed in the middle part of support film frame, support film motor is connected with the leading screw drive end of the support film screw-nut body at support film frame two ends respectively by reduction gear apparatus, the guiding optical axis of support film screw-nut body is parallel with leading screw, the nut of support film screw-nut body is connected by connecting panel with optical axis sleeve, and support film cylinder is installed at connecting panel top, the cylinder bar direction of support film cylinder is vertical with the leading screw of support film screw-nut body, and the cylinder bar of support film cylinder is connected with strut, and strut top connects strut head, and the cylinder bar of support film cylinder can drive strut and strut head to move in the same way.Support film motor can drive support film cylinder in opposite directions or opposing motion.
In described coiled strip positioning transporting device, feeding rack and discharge rack are single-storeyed frame structure; Framework is rectangle frame.
Described negative pressure is inhaled in film device, and described negative pressure suction nozzle is the pipeline that arcuation is protruding and vertical with horizontal gird upward, and the below even tube wall of negative pressure suction nozzle distributes multiple sucker.
In described horizontal feed device, often organize 2 line slideways, 2 V-type rails, tooth bars that horizontal feed rail set is included in the parallel installation of horizontal gird upper surface, its middle rack installation site is close to horizontal gird center line, article 2, line slideway lays respectively at outside tooth bar, 2 V-type rails are positioned at outside line slideway, described V-type rail is the guide rail with V-type guide groove, the open horizontal of described V-type guide groove is towards horizontal gird both sides
Described running gear comprises guide wheel adapter plate and support wheel, V-type track adjusting wheel, described guide wheel adapter plate are positioned at above horizontal feed rail set, support wheel is arranged on below guide wheel adapter plate, V-type track adjusting wheel is arranged on outside guide wheel adapter plate by connecting flap, and support wheel moves on line slideway, V-type track adjusting wheel coordinates with V-type rail and relative motion;
Described running driving device comprises linear drive motor and gear, described linear drive motor is positioned at above guide wheel adapter plate, the output shaft of linear drive motor is connected with gear through guide wheel adapter plate, and driving whole running gear in the feeding of horizontal feed track-type facilities upper horizontal by driven wheel, below hot sealing device and V-type track adjusting wheel, vertical connecting is lifted on below horizontal gird.
In described hot sealing device, bottom heat-sealing screw-nut body, the horizontal motion support wheel carrying out horizontal motion for supporting whole hot sealing device at stand end face is installed.
The device that the utility model provides, optimize structure and the workflow of whole equipment, particularly both can locate coiled strip by coiled strip positioning transporting device makes other devices complete the work of end envelope, make use of again the gravity of coiled strip self, it is made to be honored as a queen and automatically can be delivered to next station from device completing end, save the energy, be convenient to again carry out layout in the whole automatic packaging manufacturing line of large-scale coiled strip.When coiled strip is placed in coiled strip positioning transporting device, by negative pressure inhale film device, horizontal feed device, support film device and hot sealing device interoperation, complete a series of actions such as end film free edge is drawn, the tensioning of support film, heat seal edge sealing, achieve the automatic end envelope of large-scale coiled strip circumference overlay film end free edge, overcome the problem not realizing similar functions equipment in prior art, solve the automatic packaging problem of a large series products.
Accompanying drawing explanation
The integral structure schematic diagram of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 1 for providing in the utility model embodiment;
The structural representation of the end envelope frame of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 2 for providing in the utility model embodiment;
The structural representation of the coiled strip positioning transporting device of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 3 for providing in the utility model embodiment;
The structural representation of the hot sealing device of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 4 for providing in the utility model embodiment;
The structural representation of the support film device of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 5 for providing in the utility model embodiment;
The structural representation of the horizontal feed device of the automatic end seal apparatus of large-scale coiled strip circumference overlay film of Fig. 6 for providing in the utility model embodiment;
The negative pressure that Fig. 7 is the automatic end seal apparatus of large-scale coiled strip circumference overlay film provided in the utility model embodiment inhales the schematic diagram of film device;
In figure,
1. end envelope frame, 11. stands, 12. erecting frames, 122 horizontal girds,
2. coiled strip positioning transporting device, 21. lock cylinder, 22.V type frame, 221. feeding racks, 222. discharge racks, 223. lock holes, 23. link spans, 24. release cylinders,
3. hot sealing device, 31. hot plywoods, 32. heat seal adapter plates, 33. heat-sealing screw-nut body, 35. horizontal motion support wheels,
4. support film device, 41. strut heads, 42 struts, 43, support film cylinder, 44. support film screw-nut bodies, 45. support film motors, support film frame 46,
5. horizontal feed device, 51.V type guide rail, 52.V type track adjusting wheel, 53. support wheels, 54. tooth bars, 55 gears, 56 linear drive motor, 57. line slideways, 58. connect flap, 59,
6. negative pressure inhales film device, 61. negative pressure suction nozzles, 62. screw-nut bodies, 63. suction nozzle drive motor, 64. cylinder fixed connecting plates, 65. vertical feeding cylinders, 66 cylinder-driven framves, 67 reduction gearing mechanisms.
Detailed description of the invention
Embodiment
The circumference overlay film automatic end seal apparatus of the large-scale coiled strip that the utility model provides comprises end envelope frame 1 and is arranged on coiled strip positioning transporting device 2, the hot sealing device 3 in end envelope frame, support film device 4, horizontal feed device 5, and negative pressure inhales film device 6; Described end envelope frame is divided into and has stand and erecting frame, the top of described stand 11 is opened wide, described erecting frame 12 comprises the horizontal gird 122 be positioned at above bench top, the coiled strip that space between erecting frame and stand can hold circumference overlay film rolls through, and the direction of horizontal gird is parallel with coiled strip axis direction;
Described erecting frame 12 is positioned at above limit, stand two opposite sides and stand, and the coiled strip that the space between erecting frame and stand can hold circumference overlay film laterally rolls through; Described erecting frame has and is parallel to stand above stand
The integral structure schematic diagram of the circumference overlay film automatic end seal apparatus of described large-scale coiled strip and the structural representation of end envelope frame are respectively as shown in Figure 1 and Figure 2.
Described coiled strip positioning transporting device is used for the large-scale coiled strip that a upper operation sends to be positioned on stand and will completes the coiled strip of end envelope operation from stand side feed to next station, comprise the V-type frame 22 and link span 23 with angle locking device and angle regulator, described V-type frame is fixedly installed in the middle part of stand end face by link span, described V-type frame comprises adjacent feeding rack and discharge rack, described feeding rack 221 and discharge rack 222 all can rotate in stand top face around rotation axis, and the rotation axis parallel of feeding rack and discharge rack is in coiled strip axis and a little more than stand end face, angle locking device comprises the lock cylinder 21 be arranged on link span, the cylinder bar of described lock cylinder can lock the anglec of rotation of feeding rack and discharge rack, feeding rack has and S. A. lock hole 223 in the same way close to S. A. place in the side perpendicular to S. A., discharge rack also has and S. A. lock hole in the same way close to S. A. place in the side perpendicular to S. A., described lock cylinder to be fixed on link span and the rotation axis parallel of cylinder bar direction and feeding rack and discharge rack, successively can stretch into feeding rack, the lock hole of discharge rack thus the anglec of rotation of locking feeding rack, discharge rack when the cylinder bar of lock cylinder stretches out, described angle regulator is for adjusting the anglec of rotation of bin, comprise release cylinder 24, described release cylinder is arranged on below discharge rack, when discharge rack unlocks by lock cylinder, the stretch anglec of rotation of adjustable discharge rack of the cylinder bar of release cylinder makes coiled strip can tumble from coiled strip positioning transporting device.
In the present embodiment, described feeding rack and discharge rack are single-storeyed frame structure; Described framework is rectangle frame.
The structural representation of described coiled strip positioning transporting device as shown in Figure 3,
Described negative pressure is inhaled film device and is comprised negative pressure suction nozzle 61, screw-nut body 62, suction nozzle drive motor 63, reduction gearing mechanism, vertically feeding cylinder 65, cylinder-driven frame 66, described vertical feeding cylinder is arranged on above the horizontal gird of erecting frame by cylinder fixed connecting plate 64, the cylinder bar of the vertical feeding cylinder of installation stretches out straight up, the upper end of described cylinder-driven frame 66 is connected with the cylinder masthead end of vertical feeding cylinder, lower end is stretched out from horizontal gird side and is connected with the shell of reduction gearing mechanism below horizontal gird, described reduction gearing mechanism has two output shafts in T font layout and an input shaft, input shaft is connected with the output shaft of suction nozzle drive motor, the axis coaxle of two output shafts, two output shafts are connected with the leading screw drive end of one group of screw-nut body respectively, often organize screw-nut body and include leading screw, nut and guiding optical axis, optical axis sleeve, described nut is connected by suction nozzle adapter plate with optical axis sleeve, described suction nozzle adapter plate lower end fixed installation negative pressure suction nozzle, the negative pressure suction nozzle installed of two groups of screw-nut bodies can in opposite directions or opposing motion under the driving of negative pressure drive motor simultaneously.
Described negative pressure suction nozzle is the pipeline that arcuation is protruding and vertical with horizontal gird upward, and the below even tube wall of negative pressure suction nozzle distributes multiple sucker.
Described negative pressure inhales the structure of film device as shown in Figure 7.
Described horizontal feed device 5 comprises 2 groups of horizontal feed rail sets, running driving device and running gears, described 2 groups of horizontal feed rail sets are arranged on the position of horizontal gird upper surface close to both ends respectively, the track alignment of horizontal feed rail set is parallel with horizontal gird direction, running driving device is for driving running gear along the track alignment horizontal feed of horizontal feed rail set, running gear vertically lifts hot sealing device below horizontal gird
Described often group horizontal feed rail set is included in 2 line slideways 57,2 V-type rails 51, tooth bars 54 of the parallel installation of horizontal gird upper surface, its middle rack installation site is close to horizontal gird center line, article 2, line slideway lays respectively at outside tooth bar, 2 V-type rails are positioned at outside line slideway, described V-type rail is the guide rail with V-type guide groove, the open horizontal of described V-type guide groove is towards horizontal gird both sides
Described running gear comprises guide wheel adapter plate 59 and is positioned at above horizontal feed rail set with support wheel 53, V-type track adjusting wheel 52, described guide wheel adapter plate, support wheel is arranged on below guide wheel adapter plate, V-type track adjusting wheel is arranged on outside guide wheel adapter plate by connecting flap 58, and support wheel moves on line slideway, V-type track adjusting wheel coordinates with V-type rail and relative motion;
Described running driving device comprises linear drive motor 56 and gear 55, described linear drive motor is positioned at above guide wheel adapter plate, the output shaft of linear drive motor is connected with gear through guide wheel adapter plate, and driving whole running gear in the feeding of horizontal feed track-type facilities upper horizontal by driven wheel, below hot sealing device and V-type track adjusting wheel, vertical connecting is lifted on below horizontal gird.
The structure of described horizontal feed device as shown in Figure 6.
Described hot sealing device comprises hot plywood 31, heat seal adapter plate 32, heat-sealing screw-nut body 33, be positioned at below horizontal gird below the running gear that described heat-sealing screw-nut body is vertically lifted on horizontal feed device, described heat-sealing screw-nut body has heat seal drive motor, comprise upper nut, the two-way leading screw of lower nut and parallel with two-way leading screw and comprise upper bush, the guiding optical axis of lower sleeve, connection heat seal adapter plate on guiding optical axis upper bush and two-way leading screw upper nut, at guiding optical axis lower sleeve and two-way leading screw lower nut also connection heat seal adapter plate, described heat seal adapter plate has mounting groove towards the side of inner side, for installing hot plywood, hot plywood can be fitted and be separated under the driving of heat seal drive motor,
In the present embodiment, the horizontal motion support wheel 35 carrying out horizontal motion for supporting whole hot sealing device at stand end face is installed bottom described heat-sealing screw-nut body.
The structure of described hot sealing device as shown in Figure 4.
Described support film device comprises strut 42, support film cylinder 43, support film screw-nut body 44, support film motor 45, support film frame 46, described support film device is fixedly mounted on outside hot sealing device by support film frame, support film frame bearing of trend is parallel with the bearing of trend of hot plywood, support film frame two ends connect support film screw-nut body respectively, support film screw-nut body comprises leading screw, nut, guiding optical axis and optical axis sleeve, the leading screw of support film screw-nut body is parallel with support film frame bearing of trend, support film motor is installed in the middle part of support film frame, support film motor is connected with the leading screw drive end of the support film screw-nut body at support film frame two ends respectively by reduction gear apparatus, the guiding optical axis of support film screw-nut body is parallel with leading screw, the nut of support film screw-nut body is connected by connecting panel with optical axis sleeve, and support film cylinder is installed at connecting panel top, the cylinder bar direction of support film cylinder is vertical with the leading screw of support film screw-nut body, the cylinder bar of support film cylinder is connected with strut, strut top connects strut head 41, and strut head adopts rubber elastomeric material to make, and the cylinder bar of support film cylinder can drive strut and strut head to move in the same way.Support film motor can drive support film cylinder in opposite directions or opposing motion.The structure of described support film device as shown in Figure 5.
The circumference overlay film automatic end seal apparatus principle of work of the large-scale coiled strip that the utility model provides is as follows:
1) at initial condition, the feeding rack of the V-type frame of coiled strip positioning transporting device and the discharge rack anglec of rotation lock by angle locking device, running gear in horizontal feed device is positioned at horizontal gird two ends, start vertical feeding cylinder after adjusting to the right place along horizontal gird direction with the negative pressure suction nozzle that negative pressure to be inhaled film device by suction nozzle drive motor and pack up negative pressure suction nozzle upward, the support film cylinder of support film device is positioned at the position close to support film frame, and hot plywood lays respectively at hot sealing device two ends;
2) the large-scale coiled strip through circumference overlay film rolls into coiled strip positioning transporting device and is positioned V-type frame above stand side, start the vertical feeding cylinder in negative pressure suction film device, negative pressure suction nozzle is moved downwards, when negative pressure suction nozzle contact and adsorb the end free edge of the coated plastic sheeting of circumference is carried out to large-scale coiled strip time, vertical feeding cylinder quits work and locks, now suction nozzle drive motor makes negative pressure suction nozzle move to away from large-scale coiled strip end face direction, struts the film end free edge owing to conducting oneself with dignity sagging.After strutting film, horizontal feed device starts, film device is supportted in drive and hot sealing device is overall close to film, when support the supporting rod part of film device divide enter film end free edge that negative pressure suction nozzle props up inner time, the cylinder bar of support film cylinder stretches out and promotes strut and strut head stretches out, and support film driven by motor support film cylinder moves to the free edge tensioning of film end to both sides.After the free edge tensioning of film end, the hot plywood at the upper and lower two ends of heat seal driven by motor heat seal screw-nut body, near to carry out heat seal edge sealing to film end free edge, completes and seals the end of large-scale coiled strip circumference overlay film.
3), after heat seal edge sealing completes, hot plywood separately, regain by the cylinder bar of support film cylinder.After horizontal feed device, hot sealing device, support film device, negative pressure suction film device are reset to initial condition, coiled strip conveying and positioning device angle locking device unlock, angle regulator works, drive discharge rack is set level, coiled strip tumbles from coiled strip conveying and positioning device under gravity and transfers out workplatform, enter following process, coiled strip conveying and positioning device is reset to initial condition after completing coiled strip conveying.
Above an embodiment of the present utility model has been described in detail, but described content being only preferred embodiment of the present utility model, can not being considered to for limiting practical range of the present utility model.All equalizations done according to the utility model application range change and improve, and all should still belong within the utility model patent covering scope.
Claims (5)
1. an automatic end seal apparatus for large-scale coiled strip circumference overlay film, it is characterized in that described automatic end seal apparatus comprises end envelope frame and is arranged on coiled strip positioning transporting device, the hot sealing device in end envelope frame, support film device, horizontal feed device, negative pressure inhales film device; Described end envelope frame is divided into stand and erecting frame, the top of stand is opened wide, erecting frame comprises the horizontal gird be positioned at above bench top, and the coiled strip that the space between erecting frame and stand can hold circumference overlay film rolls through, and the direction of horizontal gird is parallel with coiled strip axis direction;
Described coiled strip positioning transporting device is used for the coiled strip that a upper operation sends to be positioned on stand and will completes the coiled strip of end envelope operation from stand side feed to next station, comprise the V-type frame and link span with angle locking device and angle regulator, described V-type frame is fixedly installed in the middle part of stand end face by link span, described V-type frame comprises adjacent feeding rack and discharge rack, described feeding rack and discharge rack all can rotate in stand top face around rotation axis, and the rotation axis of feeding rack and discharge rack is all parallel to coiled strip axis and a little more than stand end face, angle locking device comprises the lock cylinder be arranged on link span, the cylinder bar of described lock cylinder can lock the anglec of rotation of feeding rack and discharge rack, feeding rack has and its S. A. lock hole in the same way close to S. A. place in the side perpendicular to its S. A., discharge rack also has and its S. A. lock hole in the same way close to S. A. place in the side perpendicular to its S. A., described lock cylinder is fixed on link span and the cylinder bar of lock cylinder stretches out time successively can stretch into feeding rack, the lock hole of discharge rack thus the anglec of rotation of locking feeding rack, discharge rack, described angle regulator is for adjusting the anglec of rotation of bin, comprise release cylinder, release cylinder is arranged on below discharge rack, when discharge rack unlocks by lock cylinder, the stretch anglec of rotation of adjustable discharge rack of the cylinder bar of release cylinder makes coiled strip can tumble from coiled strip positioning transporting device,
Described negative pressure is inhaled film device and is comprised negative pressure suction nozzle, screw-nut body, suction nozzle drive motor, reduction gearing mechanism, cylinder-driven frame, vertically feeding cylinder, described vertical feeding cylinder is arranged on above the horizontal gird of erecting frame by cylinder fixed connecting plate, the cylinder bar of vertical feeding cylinder stretches out straight up, the upper end of described cylinder-driven frame is connected with the cylinder masthead end of vertical feeding cylinder, lower end is stretched out from horizontal gird side and is connected with the shell of reduction gearing mechanism below horizontal gird, described reduction gearing mechanism has two output shafts in T font layout and an input shaft, input shaft is connected with the output shaft of suction nozzle drive motor, the axis coaxle of two output shafts is also connected with the leading screw drive end of one group of screw-nut body respectively, often organize screw-nut body and include leading screw, nut and guiding optical axis, optical axis sleeve, described nut is connected by suction nozzle adapter plate with optical axis sleeve, described suction nozzle adapter plate lower end fixed installation negative pressure suction nozzle, the negative pressure suction nozzle installed of two groups of screw-nut bodies can in opposite directions or opposing motion under the driving of negative pressure drive motor simultaneously,
Described horizontal feed device comprises 2 groups of horizontal feed rail sets, running driving device and running gears, described 2 groups of horizontal feed rail sets are arranged on the position of horizontal gird upper surface close to both ends respectively, the track alignment of horizontal feed rail set is parallel with horizontal gird direction, running driving device is for driving running gear along the track alignment horizontal feed of horizontal feed rail set, running gear vertically lifts hot sealing device below horizontal gird
Described hot sealing device comprises hot plywood, heat seal adapter plate, heat-sealing screw-nut body, described heat-sealing screw-nut body is vertically lifted on below the running gear of horizontal feed device, described heat-sealing screw-nut body has heat seal drive motor, comprise upper nut, the two-way leading screw of lower nut and parallel with two-way leading screw and comprise upper bush, the guiding optical axis of lower sleeve, connection heat seal adapter plate on guiding optical axis upper bush and two-way leading screw upper nut, at guiding optical axis lower sleeve and two-way leading screw lower nut also connection heat seal adapter plate, described heat seal adapter plate has mounting groove towards the side of inner side, for installing hot plywood, hot plywood can be fitted and be separated under the driving of heat seal drive motor,
Described support film device comprises strut, support film cylinder, support film screw-nut body, support film motor, support film frame, described support film device is fixedly mounted on outside hot sealing device by support film frame, support film frame bearing of trend is parallel with the bearing of trend of hot plywood, support film frame two ends connect support film screw-nut body respectively, support film screw-nut body comprises leading screw, nut, guiding optical axis and optical axis sleeve, the leading screw of support film screw-nut body is parallel with support film frame bearing of trend, support film motor is installed in the middle part of support film frame, support film motor is connected with the leading screw drive end of the support film screw-nut body at support film frame two ends respectively by reduction gear apparatus, the guiding optical axis of support film screw-nut body is parallel with leading screw, the nut of support film screw-nut body is connected by connecting panel with optical axis sleeve, and support film cylinder is installed at connecting panel top, the cylinder bar direction of support film cylinder is vertical with the leading screw of support film screw-nut body, the cylinder bar of support film cylinder is connected with strut, strut top connects strut head, and the cylinder bar of support film cylinder can drive strut and strut head to move in the same way, and support film motor can drive support film cylinder in opposite directions or opposing motion.
2. automatic end seal apparatus as claimed in claim 1, is characterized in that in described coiled strip positioning transporting device, feeding rack and discharge rack are single-storeyed frame structure; Framework is rectangle frame.
3. automatic end seal apparatus as claimed in claim 1, it is characterized in that described negative pressure is inhaled in film device, described negative pressure suction nozzle is the pipeline that arcuation is protruding and vertical with horizontal gird upward, and the below even tube wall of negative pressure suction nozzle distributes multiple sucker.
4. automatic end seal apparatus as claimed in claim 1, it is characterized in that in described horizontal feed device, often organize 2 line slideways, 2 V-type rails, tooth bars that horizontal feed rail set is included in the parallel installation of horizontal gird upper surface, its middle rack installation site is close to horizontal gird center line, article 2, line slideway lays respectively at outside tooth bar, 2 V-type rails are positioned at outside line slideway, described V-type rail is the guide rail with V-type guide groove, and the open horizontal of described V-type guide groove is towards horizontal gird both sides
Described running gear comprises guide wheel adapter plate and support wheel, V-type track adjusting wheel, described guide wheel adapter plate are positioned at above horizontal feed rail set, support wheel is arranged on below guide wheel adapter plate, V-type track adjusting wheel is arranged on outside guide wheel adapter plate by connecting flap 58, and support wheel moves on line slideway, V-type track adjusting wheel coordinates with V-type rail and relative motion;
Described running driving device comprises linear drive motor and gear, described linear drive motor is positioned at above guide wheel adapter plate, the output shaft of linear drive motor is connected with gear through guide wheel adapter plate, and driving whole running gear in the feeding of horizontal feed track-type facilities upper horizontal by driven wheel, below hot sealing device and V-type track adjusting wheel, vertical connecting is lifted on below horizontal gird.
5. automatic end seal apparatus as claimed in claim 1, is characterized in that in described hot sealing device, is provided with the horizontal motion support wheel carrying out horizontal motion for supporting whole hot sealing device at stand end face bottom heat-sealing screw-nut body.
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| CN201520459414.0U CN204726752U (en) | 2015-06-29 | 2015-06-29 | The automatic end seal apparatus of large-scale coiled strip circumference overlay film |
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| CN201520459414.0U CN204726752U (en) | 2015-06-29 | 2015-06-29 | The automatic end seal apparatus of large-scale coiled strip circumference overlay film |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104943914A (en) * | 2015-06-29 | 2015-09-30 | 河北工业大学 | Automatic end sealing device for large-scale coil stock peripheral coating film |
| CN107694803A (en) * | 2017-10-31 | 2018-02-16 | 安徽飞凯电子技术有限公司 | A kind of spray gun reciprocating moving device |
| CN109987278A (en) * | 2019-04-24 | 2019-07-09 | 广东石油化工学院 | A kind of cored coil of wire packing apparatus and its packaging method |
-
2015
- 2015-06-29 CN CN201520459414.0U patent/CN204726752U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104943914A (en) * | 2015-06-29 | 2015-09-30 | 河北工业大学 | Automatic end sealing device for large-scale coil stock peripheral coating film |
| CN104943914B (en) * | 2015-06-29 | 2017-03-29 | 河北工业大学 | The automatic end seal apparatus of large-scale coiled strip circumference overlay film |
| CN107694803A (en) * | 2017-10-31 | 2018-02-16 | 安徽飞凯电子技术有限公司 | A kind of spray gun reciprocating moving device |
| CN109987278A (en) * | 2019-04-24 | 2019-07-09 | 广东石油化工学院 | A kind of cored coil of wire packing apparatus and its packaging method |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151028 Effective date of abandoning: 20170329 |
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