CN207658164U - Anti- dust packaging facilities - Google Patents

Abstract

The utility model is related to a kind of anti-dust packaging facilities, it is characterised in that：Include the feeding mechanism being sequentially distributed in assembly line, bag opening mechanism, send bag mechanism, avris blanching pressing mechanism, blanching cutting mechanism and discharging mechanism；Feeding mechanism setting is with the feed inlet entered for particulate matter and the discharge port exported for particulate matter；Support band mechanism, has the annular baffle for the outside for being enclosed in the feed tube；Bag mechanism is sent, for sending strap to be entered to the bag opening mechanism；Avris blanching pressing mechanism, the two sides for compressing the circumferential support bag；Blanching cutting mechanism be used for formed one include independently granule materials individual packaging bag；Compared with prior art, the utility model has the advantage of whole system high degree of automation, saved a large amount of manpowers, it is packaged after packaging bag enclosing good airproof performance fastness it is strong, can be dust-proof, moisture-proof, anti-pollution, make particulate matter by safekeeping.

Description

Anti- dust packaging facilities

Technical field

The utility model is related to a kind of packing machines suitable for food processing field more particularly to a kind of anti-dust packaging to set It is standby.

Background technology

Granulated fertilizer is made in chemical fertilizer more, can also mix chemical fertilizer (such as phosphate fertilizer and compost, barnyard manure or mud class) in appropriate proportions It closes to be granulated and granulated fertilizer is made, being generally used polybag for granular fertilizers carries out quantitative package, in order to improve production effect Rate and reduction production cost are had many manufacturers and start to be packed automatically using bag-feeding type package machine at present.

Also the automatic packaging machine for having many bag-feedings in existing patent document, as Patent No. ZL99204659.9 (is awarded Power notification number be CN2368785Y) Chinese utility model patent disclosed in《It is a kind of multi-functional to bag package machine》, the packaging Machine can be automatically performed bag taking, to bag, open bag, filling and heat seal, it mainly by give bagging apparatus, bag folder opening and closing device, receive width device It is constituted with device for filling, wherein bag folder opening and closing device is by cam, rocking arm, pull rod, slide plate, bag folder rocking arm, spring and clamping plate etc. Component is constituted, and connection and working method are that cam rotation makes rocking arm swing up and down, and drive and draw by compressed spring when rocking arm is swung Bar moves up and down, and pull rod drives slide plate level movement, slide plate to drive bag folder rocking arm to be rotated around vertical axis again, make by rocking arm again Clamping plate is completed at the same time the opening and closing of bag folder and receives width action；In device for filling, front and back two pieces of shift plates are installed below filling head, when When falling on certain position under filling head, front and back shift plate can automatically open, and strut packaging bag.Although this packing machine structure compares Simply, but packaging efficiency is relatively low, and packaging is not sufficiently stable reliably, therefore need to be further improved.

Utility model content

Technical problem to be solved in the utility model be for the above-mentioned prior art present situation and a kind of working efficiency is provided Anti- dust packaging facilities high, packaging is reliable and stable.

Technical solution is used by the utility model solves above-mentioned technical problem：The anti-dust packaging facilities, feature It is：Include the feeding mechanism being sequentially distributed in assembly line, bag opening mechanism, bag mechanism, avris blanching pressing mechanism, blanching is sent to cut Breaking mechanism and discharging mechanism；Wherein,

Feeding mechanism is arranged in rack, with the feed inlet entered for particulate matter and the discharging exported for particulate matter Mouthful, it is provided with feed tube below the discharge port；

Support band mechanism, there is the annular baffle for the outside for being enclosed in the feed tube, the annular baffle to be led with described There is gap, the gap to be used for entering in it for strap to be entered, be used for packet to be entered between the periphery wall of barrel Dress band carries out support bag operation, and is shaped to circumferential support bag；

Bag mechanism is sent, for sending strap to be entered to the bag opening mechanism；

Avris blanching pressing mechanism, the two sides for compressing the circumferential support bag；

There is blanching cutting mechanism heating mechanism and cutting mechanism, the heating mechanism to be used for above-mentioned circumferential support bag Lower end or upper end form the seal area of a transverse sealing, the cutting mechanism be used for the seal area internal cutting off circumferential support bag so as to Formation one includes independently the individual packaging bag of granule materials；

Discharging mechanism, for by include independently granule materials individual packaging bag export.

Further, described send is provided with stamp device between bag mechanism and bag opening mechanism, for that will send a bag machine from described The strap to be entered that structure transmission comes carries out stamp operation.

Further, institute's art stamp device includes：

Leading truck；

Numbering device, is arranged in the center of the leading truck, moves back and forth between stamp station and non-stamp station；

First driving mechanism is arranged on leading truck lateral wall, drives the numbering device in stamp station and non-stamp work Move back and forth between position；

The lower section corresponding to non-stamp station is arranged on the leading truck side in first guide roller, and described first is oriented to The original pigment band being wound into is arranged on roller；

Second guide roller is arranged and corresponds to the lower section of stamp station, second guide roller in the leading truck other side On be arranged with the used pigment band being wound into；

Pigment band, first end are connected on first guide roller, and second end is connected on second guide roller；

First transmission mechanism is arranged in the outside of the numbering device, under the triggering of the numbering device, can drive described in The first guide roller rotation output pigment band, and drive second guide roller rotation winding pigment band；To realize the face Material strip is after the first guide roller produces, and after being transmitted to stamp station by the first transmission mechanism, is led by second after numbering device stamp It is wound into roller.

Further, it is additionally provided with guiding mechanism between the avris blanching pressing mechanism and blanching cutting mechanism, be used for The circumferential support bag that two sides are compacted, which imports, compresses the blanching cutting mechanism, which includes at least one contraposition In the compression roller of circumferential support bag two sides and the second transmission mechanism of driving compression roller rotation.

Further, the blanching cutting mechanism is arranged below the guiding mechanism, includes；

Heating mechanism, and there is thermal seal, the circumferential support bag which is used to upper and lower ends being open Lower end or upper end form the seal area of a transverse sealing；And

Cutting mechanism is arranged at the middle part of thermal seal, for being formed in the seal area internal cutting off tubular packaging bag One includes independently the individual packaging bag of granule materials.

Further, the feeding mechanism includes：

There is accommodation space and open top, the bottom of the ontology to have the discharge port for ontology, inside；

Lid is covered in the open top of the ontology, feed inlet is locally offered on the lid；

It is additionally provided on the lid：

Part is measured, along the axial direction setting of the ontology, for measuring the particulate matter weight exported from the discharge port；

At least there are one tool, at least side in the metering part is arranged, for scraping in the ontology in wiper The particulate matter of sidewall edge attachment；

Second driving mechanism, the power output end of second driving mechanism are connected to the metering part and wiper.

Further, described to send bag mechanism include organic frame, and first gear and the second tooth at rack head and the tail both ends is arranged Wheel, and be wrapped on two gears with gear band, and be provided in the lateral surface of the rack for driving described first The motor of gear rotation, the power output end of the motor are connected with the first gear, and the second gear is in the rack It is coaxially arranged with guide roller outside, the strap to be entered being wound into is arranged on the guide roller.

Further, the avris blanching pressing mechanism include be hinged first heat-sealing seat and second heat-sealing seat, And driving first seals seat and the second heat-sealing seat mutually reclines and the actuator of pressing package bag two sides, first heat-sealing The madial wall of seat and the second heat-sealing seat all has in vertical press strip.

Further, the discharging mechanism includes from top to bottom inclined guide groove gradually downward.

Further, it is provided with vibrator between the feeding mechanism and bag opening mechanism, be arranged the one of the feed tube Side, the granule materials for vibrating in feed tube enter circumferential support bag.

Compared with prior art, the utility model has the advantage of elder generations by sending bag mechanism and bag opening mechanism to carry out strap Support bag operates and is shaped to circumferential support bag, and is imported particulate matter through molding circumferential support bag, then by side by feeding mechanism Circumferential support bag two sides are compressed and are sealed by side blanching pressing mechanism, then by blanching cutting mechanism by the lower end of circumferential support bag or Upper end sealing after in seal area middle part cut, eventually by discharging mechanism by include independently granule materials individual packaging bag Output, whole system high degree of automation, saved a large amount of manpowers, it is packaged after packaging bag enclosing good airproof performance fastness it is strong, Can be dust-proof, moisture-proof, anti-pollution, make particulate matter by safekeeping.

Description of the drawings

Fig. 1 is the structural schematic diagram of anti-one angle of dust packaging facilities in the utility model embodiment；

Fig. 2 is the structural schematic diagram of another angle of anti-dust packaging facilities in the utility model embodiment；

Fig. 3 is the structural schematic diagram of metering device in the utility model embodiment；

Fig. 4 is the decomposition texture schematic diagram of mono- angle of Fig. 3；

Fig. 5 is the decomposition texture schematic diagram of another angle of Fig. 3；

Fig. 6 is the structural schematic diagram of bag opening mechanism and feed tube cooperation in the utility model embodiment；

Fig. 7 is the structural schematic diagram that one angle of bag mechanism is sent in the utility model embodiment；

Fig. 8 is the structural schematic diagram that another angle of bag mechanism is sent in the utility model embodiment；

Fig. 9 is the structural schematic diagram that stamp device is packed in the utility model embodiment；

Figure 10 is packaging bag avris blanching pressure structure schematic diagram local in Fig. 1；

Figure 11 is the internal structure chart that packaging bag avris blanching is pressurizeed in Figure 10.

Figure 12 is the structural schematic diagram of first connecting rod mechanism in the utility model embodiment；

Figure 13 is the structural schematic diagram of second connecting rod mechanism in the utility model embodiment.

Figure 14 is the structural schematic diagram that structure is cut off in packaging bag blanching in the utility model embodiment；

Figure 15 is the structural schematic diagram of the first heating part in Figure 14；

Figure 16 is the structural schematic diagram of the second heating part in Figure 14；

Figure 17 is the structural schematic diagram of evagination cutter in the utility model embodiment.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing embodiment.

It is the most preferred embodiment of the utility model as shown in Fig. 1~17.The anti-dust packaging facilities include in assembly line according to The feeding mechanism 1 of secondary distribution, send bag mechanism 3, avris blanching pressing mechanism 4, blanching cutting mechanism 5 and discharging at bag opening mechanism 2 Mechanism 6；Wherein, feeding mechanism 1 is arranged in rack 7, is exported with the feed inlet 11 entered for particulate matter and for particulate matter Discharge port 12,12 lower section of the discharge port is provided with feed tube 131；Bag opening mechanism 2 is for supportting strap to be entered Bag operation, and it is shaped to circumferential support bag, there is the annular baffle 21 for the outside for being enclosed in feed tube 131, annular baffle Have between 21 and the periphery wall of feed tube 131 and is used for entering the gap 22 in it for strap to be entered；Bag mechanism 3 is sent to use It being sent to bag opening mechanism 2 in by strap to be entered, avris blanching pressing mechanism 4 is used to compress the two sides of cyclic annular support pouches, Blanching cutting mechanism 5, has heating mechanism 51 and a cutting mechanism 52, the heating mechanism 51 be used for the lower end of circumferential support bag or Upper end forms the seal area of a transverse sealing, and cutting mechanism 52 in the seal area internal cutting off circumferential support bag for forming One includes independently the individual packaging bag of granule materials；Discharging mechanism 6 be used for by include independently granule materials individual packaging Bag output.

Wherein, feeding mechanism 1 includes workbench 100, the rack 7 that is set on institute's workbench 100 and is arranged in machine The metering device 71 for being used for entering for particulate matter on frame 7, metering device 71 include internal with accommodation space and open top Ontology 13, the ontology 13 bottom have discharge port 12；It is covered in the lid 14 of the open top of ontology 13, on the lid 14 Part offers feed inlet 11, wherein the inner surface of lid 14 is provided with the axial setting along ontology 13 for stirring particle The metering part 15 of object, the metering part 15 can measure the particulate matter weight exported from discharge port 12 simultaneously；And it is arranged in metering part 15 The left and right sides for scrape the ontology 13 madial wall edge attachment particulate matter wiper and the second driving mechanism 16, the power output end of second driving mechanism 16 is connected to metering part 15 and cleaning piece, which is and electricity The connected gearbox of machine or other prior arts, details are not described herein again.In order to equably stir and measure particulate matter, measure Part 15 includes screw body 151 and is axially arranged along screw body 151 and is in the spiral bar 152 extended around screw body, And wiper includes cutter hub 17 and the linking arm 18 that is connected with the power output end of the second driving mechanism 16, cutter hub 17 can be rotationally It is connected on linking arm 18, in order to be preferably bonded the madial wall of ontology 13, the angle of inclination of cutter hub 17 and 13 madial wall of ontology It is consistent, and glutinous particulate matter is glued on 13 madial wall of ontology in order to more uniformly strike off, there are two be respectively to set for wiper tool The first wiper 130 and the second wiper 150 in 15 both sides of metering part are set, the axial length of the first wiper 130 is more than described second The axial length of wiper 150.The axial length difference of first wiper 130 and the second wiper 150 can more fully be struck off dry Glue glutinous particulate matter in net axially different position, wherein cutter hub 17 can L-shaped or line-styled.Finally, in order to more preferable Ground guiding particulate matter enters ontology 1331, and the hopper for entering ontology 13 for guiding particulate matter is provided on feed inlet 11321 140, the opening of hopper 140 finally in order to adapt to different operating modes, is provided with more than the opening of feed inlet 11 on workbench 100 The regulating mechanism of 7 relative altitude of sliding frame can be adjusted.Wherein, rack 7 include the transverse arm 71 being connected with lid 14 and The vertical arm 72 being hinged with workbench 100, and the guide groove 73 slided up and down for vertical arm 72 is provided on workbench 1, the tune It includes vertical arm 72 and guide groove 73 to save mechanism then.When processing particulate matter from hopper 140 enter metering device 71 ontology 13 in, By the second driving mechanism 16 of control system control such as motor action, to drive metering part 15 and the first wiper 130 and the simultaneously Two wiper 150 rotate, and the particulate matter processed with this adequately can be stirred and be measured, and stirring efficiency is high, the particulate matter after stirring Loosely, uniformly, in addition, to the madial wall of ontology 13 can scrape the particle of madial wall edge attachment simultaneously by wiper Object.

Bag opening mechanism 2 is used to carry out strap 9 to be entered the annular baffle 21 of support bag operation, and is shaped to cyclic annular branch Bag is supportted, and is arranged in the side of feed tube 131；Further include thering are the granule materials in vibration feed tube 131 to enter circumferential support Vibrator 20 in bag, further includes being useful for sending strap 9 to be entered to bag opening mechanism 2 sending bag mechanism 3.Utilize vibration The granule materials that device 20 vibrates in feed tube 131 enter in circumferential support bag, and the particulate matter of processing can be made accurately to enter through support Bag mechanism 2 supports in the circumferential support bag of bag aftershaping, wherein 131 upper end of feed tube also has towards the side of feeding mechanism 1 certainly It is upper and under inclined notch 111 gradually downward.Specifically, in the present embodiment, the periphery wall of annular baffle 21 and feed tube 131 Between have and be used for entering the gap 22 in it for strap 9 to be entered, the upper and lower ends of annular baffle 21 are open, ring The upper end of shape partition board 21 is flush with 131 upper end of feed tube, and the lower end of annular baffle 21 is located at the top of 131 lower end of feed tube. The upper end of annular baffle 21 is flush to be conducive to concur and is shaped to banded strap 9 with 131 upper end of feed tube The lower end of circumferential support bag, annular baffle 21 supplies circumferential support bag after molding from the lower end of annular baffle 21 and feed tube 131 It is skidded off between lower end.

And it includes holder 31 to send bag mechanism 3, and first gear 32 and second gear 33 at 31 head and the tail both ends of holder is arranged, And be wrapped on two gears with gear band 34, and be provided in the lateral surface of holder 31 for driving first gear 32 The power output end of the motor 36 of rotation, motor 36 is connected with first gear 32, and second gear 33 is in coaxial arrangement outside holder 31 There is guide roller 350, the strap to be entered 9 being wound into is arranged on guide roller 350.Preferably to guide strap to be entered 9 enter bag opening mechanisms 22, and in horizontal U-shaped, first gear 32 and second gear 33 are arranged in the first horizontal of holder 31 holder 31 To on arm 311, a pair above feed tube 131 is provided on the second transverse arm 312 of holder 31 for that will be wound into Strap to be entered 9 be launched into banded idler roller 360.Meanwhile in order to which strap 9 to be entered is preferably oriented to support bag Mechanism 2 is provided with a pair between guide roller 350 and idler roller 360 on holder 31 and disposed in parallel first is oriented to up and down Bar 60 and the second guide rod 70, the first end of strap 9 to be entered are connected on guide roller 350, and second end is oriented to by first 60 downlink of bar after the second guide rod 70 goes upward to idler roller 360 penetrates bag opening mechanism 2 again.

Wherein, it send and is additionally provided with stamp device 8 between bag mechanism 3 and bag opening mechanism 2, for will be from sending bag mechanism 3 to transmit The strap to be entered come carries out stamp operation.The stamp device 8 includes leading truck 81, is arranged in leading truck 811 Centre, the numbering device 82 moved back and forth between stamp station and non-stamp station are arranged on 81 lateral wall of leading truck, and driving is beaten The first driving mechanism for moving back and forth between stamp station and non-stamp station of code device 82, in the present embodiment, the first driving machine It includes stamp head 821, rotating wheel 822 and connection stamp head 821 and rotating wheel that structure, which uses first motor 83, numbering device 82, 822 bull stick 823, bull stick 823 are eccentrically set on rotating wheel 822, and the power output end of motor 83 is connected with rotating wheel 822, In this way, bull stick 823 can drive stamp head 821 to move back and forth under the drive of motor 83.In addition, corresponding on 81 side of leading truck It is provided with below non-stamp station and is arranged with original the first guide roller 83 for being wound into pigment band 85, leading truck 81 The other side, which corresponds to below stamp station to educate, is provided with the be arranged with the used pigment band 85 being wound into second guiding Roller 84, wherein the first end of pigment band 85 is connected on the first guide roller 83, and second end is connected on the second guide roller 84；If The first transmission mechanism 86 in the outside of numbering device 82 is set, the first guide roller 83 can be driven to rotate under the triggering of numbering device 82 Pigment band 85 is exported, and drives the second guide roller 84 rotation winding pigment band 85, to realize pigment band 85 from the first guide roller After 83 produce, after being transmitted to stamp station by the first transmission mechanism, it is wound in by the second guide roller 84 after 82 stamp of numbering device Volume.First transmission mechanism 86 includes drive pulley, transmission shaft, shaft 90 and the passive toothed wheel in shaft 90 92, the transmission of 856 power output of pigment band is then by drive pulley, transmission shaft, shaft 90 and the passive tooth in shaft 90 Shape wheel 92 is completed.In the present embodiment, drive pulley include set up separately 82 outside of numbering device the first tape wheel 881, Two tape wheels 882, third tape wheel 883, the 4th tape wheel 884 and the 5th tape wheel 885, wherein the first tape wheel 881 and Two tape wheels 882 are arranged in the top of the first guide roller 83, and third tape wheel 83 and the setting of the 4th tape wheel 84 are oriented to second 84 top of roller, the 5th tape wheel 885 is arranged in the side of the second guide roller 845, and transmission shaft includes 86 He of the first transmission shaft Second driving shaft 87, the first tape wheel 881 form side that can be rotatable around its axis by being fastenedly connected with the first transmission shaft 86 Formula is supported on leading truck 81；5th tape wheel 885 is formed by being fastenedly connected with second driving shaft 87 to be turned around its axis Dynamic mode is supported on leading truck 81, and passive toothed wheel 92 is fastenedly connected by shaft 90 and forms energy side rotatable around its axis Formula is supported on leading truck 81.In addition, the end of the first transmission shaft 86 is connected with the first elastic component 88, which makes The end of first transmission shaft 86 always have make the trend that the first tape wheel 81 moves downward.The end of second driving shaft 87 connects There is the second elastic component 89, which, which makes the end of second driving shaft 87 have always, makes the first tape wheel 881 upwards The trend of movement.One end of shaft 90 is connected with rotating bar 91, and the other end of rotating bar 91 is rotatably connected on leading truck 81, and The passive toothed wheel 92 being arranged in shaft 90, to change the rotation direction of the first tape wheel 881 and the second tape wheel 882, with Form the defeated band of the first tape wheel 881 rotated counterclockwise, the winding of the second tape wheel 882 rotated clockwise.In order to enable The part that pigment band 85 corresponds to stamp head 821 has tonicity, convenient for pigment successfully by stamp to packaging bag, leading truck 811 positions for corresponding to stamp head 821 are provided with about the one group first support bar 900 and second support bar separated that is mutually parallel 190, the first support bar 900 and second support bar 190 are used for that original pigment is come by being wherein supported.It is whole The stamp work of a packaging stamp device 8 is completed by following route：Motor 830 rotates -- and numbering device 82 is moved to stamp station Dynamic -- the first guide roller 83 is pulled to rotate counterclockwise -- original pigment band 85, which bypasses, goes upward to the after the first tape wheel 881 Two drive pulley 882-- turn to third drive pulley -883- and come downwards to quilt between first support bar 900 and second support bar 190 The strap of 82 stamp of numbering device extremely input -- it continues traveling downwardly and changes after passing through passive toothed wheel 92 to the 4th drive pulley 884-- The rotation direction of 5th drive pulley 885 -- form the defeated band of the first tape wheel 881 rotated counterclockwise, the second tape wheel 882 The winding rotated clockwise, then, the first transmission shaft 86 drive the first biography under the action of the first 88 elastic-restoring force of elastic component Belt wheel 881 returns back to home position, and second driving shaft 87 drives the 5th biography under the action of the second 89 elastic-restoring force of elastic component Driving wheel returns back to home position, to carry out the stamp work of next round.

Strap enters back into avris blanching pressing mechanism 4 after bag opening mechanism 2 supports circlewise support pouches and carries out two sides Blanching pressurization, which includes pressurization heat seal, pressurization heat seal include first to be hinged Heat-sealing seat 41 and second seals seat 42 and driving the first heat-sealing heat-sealing seat 42 of seat 41 and second mutually reclines and pressing package bag The actuator 44 of two sides, the madial wall of the first heat-sealing seat 41 all has seals seat 42 in the first vertical press strip 43 and second Madial wall all has in the second vertical press strip 43 ', while further including having link mechanism, and the head of link mechanism connects actuator 44, actuator 44 is cylinder in the present embodiment, and end connection the first heat-sealing seat 41 and second of link mechanism seals seat 42, machine There is the mounting hole 112 passed through for link mechanism, actuator 44 to be located at the inside of mounting hole 112, the first heat-sealing seat 41 on seat 1 It is located at the outside of mounting hole 112 with the second heat-sealing seat 42.Wherein, in order to preferably correspond to the two sides of packaging bag carry out flatten and Heat-sealing, the first heat-sealing seat 41 include the first heat-sealing stroma 411 of corresponding packaging bag inner side edge and corresponding packaging bag outer side edges Second heat-sealing stroma 412, correspondingly, the second heat-sealing seat 42 include third heat-sealing 421 He of stroma of corresponding packaging bag inner side edge 4th heat-sealing stroma 422 of corresponding packaging bag outer side edges.Link mechanism includes first connecting rod mechanism 50 and in the present embodiment Two link mechanisms 60, first connecting rod mechanism 50 and second connecting rod mechanism 60 are connected to mounting hole 112 by common axis pin respectively On, and the end of first connecting rod mechanism 50 is equipped with and is used to connect the first first connecting portion 51 for sealing seat 41, and second connecting rod machine The end of structure 60 is equipped with the second connecting portion 61 for connecting the second heat-sealing seat 42.Wherein, first connecting rod mechanism 50 includes One connecting rod 52 and second connecting rod 53, second connecting rod mechanism 60 include third connecting rod 62 and fourth link 63,52 He of first connecting rod The head of third connecting rod 62 is hinged by the first axis pin 70 and is connected with the power output end of actuator 44, and first connects The end of bar 52 is hinged with second connecting rod 53 by the second axis pin 80, and the end of third connecting rod 62 passes through third axis pin 90 and the 4th Connecting rod 63 is hinged, and the middle part of third connecting rod 62 and fourth link 63 is hinged on by the 4th axis pin 200 on mounting hole 112.Relatively The middle part of Ying Di, second connecting rod 53 and fourth link 63 all has the first mounting portion 530 and the second mounting portion 630 expanded, with It passes through and is hinged on mounting hole 112 for the 4th axis pin 200.

And first connecting portion 51 includes that the first horizontal type fixed baffle 511, the first vertical fixed baffle 512 and second are vertical Fixed baffle 513 offers about two parallel the first mounting holes 5111 and second installations on first horizontal type fixed baffle 511 Hole 5112, the first vertical fixed baffle 512 and 513 upper and lower ends of the second vertical fixed baffle respectively by respective fastener such as Screw rod seals 412 phase of stroma after the first mounting hole 5111 and the second mounting hole 5112 with the first heat-sealing stroma 411 and second Connection.Second connecting portion 61 includes the second horizontal type fixed baffle 611, vertical 612 and the 4th vertical fixation of fixed baffle of third Baffle 613 offers about two articles parallel third mounting holes 6111 and the 4th mounting hole 6112 in second horizontal type fixed plate, and Three vertical fixed baffles 612 and 613 upper and lower ends of the 4th vertical fixed baffle are passed through by respective fastener such as screw rod respectively After third mounting hole 6111 and the 4th mounting hole 6,112 422 Joint of stroma is sealed with third heat-sealing stroma 421 and the 4th.This side The operation principle of side blanching pressing mechanism 4 is as follows：Under cylinder starting state, to drive first connecting rod mechanism 50 and second connecting rod Mechanism 60 acts, and so that first connecting portion 51 and second connecting portion 61 is come closer and drive the first heat-sealing stroma 411, second Seal stroma 412, third heat-sealing stroma 421 and the 4th seals 422 pressing package bag two sides of stroma, and passes through and heat the first heat It seals stroma 411, second and seals stroma 412, the third heat-sealing heat-sealing stroma 422 of stroma 421 and the 4th to realize pressing and seal The packaging bag for flattening and sealing is entered lower one of blanching cutting mechanism, 5 program by the firmly both sides side of packaging bag, reversed to grasp Work.The packaging bag that two sides are flattened and sealed can be imported by guiding mechanism 180 in blanching cutting mechanism 5, this is led Include two pairs of first pair of compression roller 181 and second pair of compression roller 182 for being located at circumferential support bag two sides to mechanism 180, with And the second transmission mechanism 183 of first pair of compression roller 181 of driving and the rotation of second pair of compression roller 182, second transmission mechanism 183 are driven for tooth belt wheel in the prior art, here, repeating no more.

Then the heating mechanism 51 with thermal seal, the thermal seal are used for upper and lower two last blanching cutting mechanism 5 Hold the seal area of one transverse sealing of lower end or upper end formation for the tubular packaging bag being open；And it is arranged in thermal seal Portion, for the seal area internal cutting off tubular packaging bag so as to formed one include independently granule materials individual packaging bag cut Cutting mill structure 52.Specifically, heating mechanism 51 includes the first heating part 521 and the second heating part 522 being oppositely arranged, cutting machine Structure 52 includes evagination cutter 300 and can hold evagination cutter 300 and be inserted into and the concave portion 400 of Relative sliding wherein, Wherein, there is evagination cutter 300, the second heating part 522 to have corresponding with evagination cutter 300 recessed for the first heating part 521 Enter portion 400；And the first heating part 521 and the second heating part 522 is driven mutually to recline and form tubular packaging bag lower end or upper end Transverse sealing area driving mechanism, driving mechanism is cylinder, the first heating part 521 and the second heating part 522 in the present embodiment Lateral wall there is the mutually a sequence of first connecting portion 212 and second of power output end with the second cylinder 500 and third cylinder 600 Interconnecting piece 222, and in the state that the driving evagination cutter 300 of cylinder is inserted into concave portion 400, can cut and be added by first The transverse sealing area that hot portion 521 and the second heating part 522 are formed in the lower end of tubular packaging bag or upper end.The shape in transverse sealing area At the madial wall for the first heating part 521 all has the first concaveconvex structure 221 and the madial wall of the second heating part 522 all has Second concaveconvex structure 222, concaveconvex structure can be formed in the state that the first heating part 521 and the second heating part 522 mutually recline It is in the thermal seal of groove shape, in order to tear the single packet to interconnect in the upper end or lower end of tubular packaging bag Pack.For the ease of cutting, the lateral surface of cutter 300 from top to bottom tilts gradually downward, and the lateral surface of cutter 300 has Multiple knife ribs 301.

Enter the first heating part 521 and the second heating part 522, the first heating part to preferably guide tubular packaging bag Section is provided on 521 substantially in the first guide member 70 of inverted " U " type, the first vertical walls 711 of the first guide member 70 are by upper It being tilted gradually downward under, the second vertical walls 712 of the first guide member 70 are connected on the lateral wall of the second heating part 522, the Section is provided on two heating parts 522 substantially in the second guide member 80 of inverted " U " type, the first of the second guide member 80 is vertical Wall 811 from top to bottom tilts gradually downward, and the second vertical wall 812 of the second guide member 80 is connected to the outer of the second heating part 522 On side wall.

The course of work of this anti-dust packaging facilities is specific as follows：

The relative altitude that regulating mechanism adjusts rack 7 and workbench is first passed through, when the particulate matter of processing enters from hopper 140 In the ontology 13 of metering device 71, by such as cylinder movement of the second driving mechanism of control system control 16, to drive metering simultaneously Part 15 and the rotation of the first wiper 130 and the second wiper 150, the particulate matter processed with this adequately can be stirred and be measured, and be stirred Efficient, the particulate matter after stirring is loose, uniform, in addition, can be scraped simultaneously to the madial wall of ontology 13 by wiper The particulate matter of madial wall edge attachment, can fully make the particulate matter of processing enter sufficiently into the charge journey that guide cylinder carries out next step Sequence, when the particulate matter of processing enters from feeding mechanism 1 in guide cylinder, controlling the first motor in rack 741 by control system moves Make, first gear 32 and second gear 33 is driven to rotate, while being wound into being arranged with of being coaxially disposed of second gear 33 The guide roller 350 of strap 9 to be entered rotates, and the first end of strap 9 to be entered is connected on guide roller 350, second end warp It crosses 60 downlink of the first guide rod, after the second guide rod 70 goes upward to idler roller 360 penetrate annular baffle 21 and feed tube 131 again Periphery wall between gap 22 carry out support bag operation, send bag mechanism 3 and code printing mechanism while supportting bag operation while running, Circumferential support bag after molding is skidded off between 131 lower end of the lower end of annular baffle 2121 and feed tube, slides out to feed tube 131 Lower end is contained processes particulate matter derived from guide cylinder, and utilizes vibrator 20 to vibrate the granule materials in feed tube 131 and enter In circumferential support bag, the particulate matter of processing can be made accurately to enter in the circumferential support bag for supportting bag aftershaping through bag opening mechanism 22； Meanwhile first under cylinder starting state, to drive first connecting rod mechanism 50 and second connecting rod mechanism 60 to act, and makes the first company Socket part 51 and second connecting portion 61 come closer and drive the first heat-sealing stroma 411, second heat-sealing stroma 412, third heat-sealing Seat 421 and the 4th 422 pressing package bag two sides of heat-sealing stroma, and pass through heating the first heat-sealing heat-sealing of stroma 411, second Seat 412, third heat-sealing stroma 421 and the 4th seal stroma 422 to realize pressing and seal the both sides side of packaging bag, warp It flattens and the packaging bag sealed enters blanching cutting mechanism 5 by guiding mechanism 10, start third cylinder and the 4th cylinder, from And the first heating part 521 and the action of the second heating part 522 are driven, and make 221 He of the first concaveconvex structure on the first heating part 521 The second concaveconvex structure 222 on second heating part 522, which comes closer, presses the lower end of tubular packaging bag to form the heat of groove shape Sealing, meanwhile, the evagination cutter 300 positioned at 521 middle part of the first heating part slides into the recessed of 522 middle part of the second heating part Portion 400, to cut the transverse sealing area of tubular packaging bag lower end, when tubular packaging bag falls, the upper end of tubular packaging bag is with shape At the thermal seal of groove shape, meanwhile, the evagination cutter 300 positioned at 521 middle part of the first heating part slides into the second heating part The concave portion 400 at 522 middle parts is cut through upper and lower side with cutting the transverse sealing area of tubular packaging bag upper end to form one solely Vertical includes the individual packaging bag of granule materials, finally, by discharging mechanism 6 by include independently granule materials individual packaging bag Output, the discharging mechanism 6 are from top to bottom inclined guide groove 61 gradually downward.

Claims (10)

1. a kind of anti-dust packaging facilities, it is characterised in that：Include feeding mechanism (1), the bag forming machine being sequentially distributed in assembly line Structure (2) send bag mechanism (3), avris blanching pressing mechanism (4), blanching cutting mechanism (5) and discharging mechanism (6)；Wherein,

Feeding mechanism (1) is arranged in rack (7), is exported with the feed inlet (11) entered for particulate matter and for particulate matter Discharge port (12), be provided with feed tube (131) below the discharge port (12)；

Bag opening mechanism (2) has the annular baffle (21) for the outside for being enclosed in the feed tube (131), the annular baffle (21) there are gap (22) between the periphery wall of the feed tube (131), which is used for supplying strap to be entered In into it, for strap to be entered to be carried out support bag operation, and it is shaped to circumferential support bag；

Bag mechanism (3) is sent, for sending strap to be entered to the bag opening mechanism (2)；

Avris blanching pressing mechanism (4), the two sides for compressing the circumferential support bag；

There is blanching cutting mechanism (5) heating mechanism (51) and cutting mechanism (52), the heating mechanism (51) to be used for above-mentioned ring The lower end of shape support pouches or upper end form the seal area of a transverse sealing, which is used in the seal area internal cutting off Circumferential support bag so as to formed one include independently granule materials individual packaging bag；

Discharging mechanism (6), for by include independently granule materials individual packaging bag export.

2. anti-dust packaging facilities according to claim 1, it is characterised in that：It is described to send bag mechanism (3) and bag opening mechanism (2) stamp device (8) is provided between, for bag mechanism (3) strap to be entered that transmission comes will be sent to be beaten from described Code operation.

3. anti-dust packaging facilities according to claim 2, it is characterised in that：The stamp device (8) includes：

Leading truck (81)；

Numbering device (82) is arranged in the center of the leading truck (81), moves back and forth between stamp station and non-stamp station；

First driving mechanism is arranged on leading truck (81) lateral wall, drives the numbering device (82) in stamp station and non-beats Move back and forth between code station；

First guide roller (83) is arranged on the leading truck (81) side and corresponds to the lower section of non-stamp station, and described first The original pigment band (85) being wound into is arranged on guide roller (83)；

Second guide roller (84) is arranged and corresponds to the lower section of stamp station in the leading truck (81) other side, and described second leads The used pigment band (85) being wound into is arranged on roller (84)；

Pigment band (85), first end are connected on first guide roller (83), and second end is connected to described second and is oriented to On roller (84)；

First transmission mechanism (86) is arranged in the outside of the numbering device (82), under the triggering of the numbering device (82), energy Driving the first guide roller (83) rotation output pigment band (85), and drive the second guide roller (84) rotation winding face Material strip (85)；To realize the pigment band (85) after the first guide roller (83) produces, transmitted by the first transmission mechanism (86) To stamp station, it is wound by the second guide roller (84) after numbering device (82) stamp.

4. anti-dust packaging facilities according to claim 1, it is characterised in that：The avris blanching pressing mechanism (4) and Guiding mechanism (180) is additionally provided between blanching cutting mechanism (5), the circumferential support bag for being compacted two sides imports pressure The tight blanching cutting mechanism (5), the guiding mechanism (180) include at least a pair of extruding for being located at circumferential support bag two sides Roller (181,182) and the second transmission mechanism (183) of driving compression roller rotation.

5. anti-dust packaging facilities according to claim 4, it is characterised in that：Blanching cutting mechanism (5) setting exists Below the guiding mechanism (180), include；

Heating mechanism (51), and there is thermal seal, the circumferential support bag which is used to upper and lower ends being open Lower end or upper end form the seal area of a transverse sealing；And

Cutting mechanism (52) is arranged at the middle part of thermal seal, for being formed in the seal area internal cutting off tubular packaging bag One includes independently the individual packaging bag of granule materials.

6. the anti-dust packaging facilities according to Claims 1 to 5 any one claim, it is characterised in that：It is described into Expect that mechanism (1) includes：

There is accommodation space and open top, the bottom of the ontology (13) to have the discharge port (12) for ontology (13), inside；

Lid (14) is covered in the open top of the ontology (13), feed inlet (11) is locally offered on the lid 14；

It is additionally provided on the lid (14)：

Part (15) is measured, along the axial direction setting of the ontology (13), for measuring the particulate matter exported from the discharge port (12) Weight；

At least there are one tool, at least side in the metering part (15) is arranged, for scraping the ontology 13 in wiper The particulate matter of madial wall edge attachment；

Second driving mechanism (16), the power output end of second driving mechanism (16) connect with the metering part 15 and wiper It is logical.

7. the anti-dust packaging facilities according to Claims 1 to 5 any one claim, it is characterised in that：It is described to send Bag mechanism (3) includes holder (31), first gear and second gear at holder (31) head and the tail both ends is arranged, and be wrapped in On two gears with gear band, and be provided in the lateral surface of the holder (31) for driving first gear rotation Motor, the power output end of the motor are connected with the first gear, and the second gear is coaxial outside in the holder (31) It is provided with guide roller, the strap to be entered being wound into is arranged on the guide roller.

8. the anti-dust packaging facilities according to Claims 1 to 5 any one claim, it is characterised in that：The side Side blanching pressing mechanism (4) includes the first heat-sealing seat (41) being hinged and the second heat-sealing seat (42) and driving first It seals seat (41) and the second heat-sealing seat (42) mutually reclines and the actuator (44) of pressing package bag two sides, first heat-sealing The madial wall of seat (41) and the second heat-sealing seat (42) all has in vertical press strip (43,43 ').

9. the anti-dust packaging facilities according to Claims 1 to 5 any one claim, it is characterised in that：It is described go out Material mechanism (6) includes from top to bottom inclined guide groove (61) gradually downward.

10. the anti-dust packaging facilities according to Claims 1 to 5 any one claim, it is characterised in that：It is described into It is provided with vibrator (20) between material mechanism (1) and bag opening mechanism (2), is arranged in the side of the feed tube (131), for shaking Granule materials in dynamic feed tube (131) enter in circumferential support bag.