CN206719650U - The flanging assembly of cement package bags bending machine - Google Patents

The flanging assembly of cement package bags bending machine Download PDF

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Publication number
CN206719650U
CN206719650U CN201720468960.XU CN201720468960U CN206719650U CN 206719650 U CN206719650 U CN 206719650U CN 201720468960 U CN201720468960 U CN 201720468960U CN 206719650 U CN206719650 U CN 206719650U
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CN
China
Prior art keywords
suction disc
folded sheet
valve port
main shaft
driving
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Expired - Fee Related
Application number
CN201720468960.XU
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Chinese (zh)
Inventor
黄凡
黄一凡
陈建光
孙景良
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Ruian Jun Bo Machinery Co Ltd
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Ruian Jun Bo Machinery Co Ltd
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Priority to CN201720468960.XU priority Critical patent/CN206719650U/en
Application granted granted Critical
Publication of CN206719650U publication Critical patent/CN206719650U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

It the utility model is related to a kind of flanging assembly of cement package bags bending machine, including mounting bracket, splitting mechanism, valve port Pian Tuizhe mechanisms, flange fold mechanism, drive component and transmission mechanism, transmission mechanism includes mainshaft mechanism and countershaft mechanism, mainshaft mechanism includes main shaft, it is connected main shaft and valve port pushes away tabs transmission component when pushing away the valve port of tabs, be connected main shaft and the lower suction disc transmission component of lower suction disc and the lower flange folded sheet transmission component of be connected main shaft and lower flange folded sheet, countershaft mechanism includes countershaft, be connected countershaft and the upper suction disc transmission component of upper suction disc and the upper overturning folded sheet transmission component of be connected countershaft and upper overturning folded sheet, the main shaft connects with countershaft synchronous interaction, drive component is motor, the output shaft of motor is connected with main shaft.It is reasonable in design with transmission mechanism, single driving output is realized, is acted synergistically the advantages of reliable.

Description

The flanging assembly of cement package bags bending machine
Technical field
The utility model is related to packing machinery technology, specifically cement package bags bending machine, more precisely be water It is used for the foldable formed flanging assembly of oral area of packaging bag on mud drum pack bending machine.
Background technology
Braided packing bag, also known as snakeskin bag, be widely used in fertilizer, cement this, the packaging field such as chemicals.
In cement manufacture production, braided packing bag is mainly used when transporting cement, and in general braided packing bag is set Be equipped with a valve port, cement be exactly from braided packing bag sewed after valve port pour into.It is as shown in Figure 1 a kind of existing volume Bag is knitted, the width both sides of woven bag have M sides 3', and woven bag needs the sack piece of Origuchi to include corresponding to side M sides 3' The valve port piece 1' and the grey edge strip 2' of gear at place.But traditional braided packing bag is all to use manually to carry out turnover storage, is not only wasted Labour, increase production cost, and production efficiency is low, can not meet production requirement.
In order to solve the above technical problems, the unremitting effort through technical staff, the equipment folded for braided packing bag sack It is developed.Braided packing bag sack pre-flanging operation usually requires multiple folding steps, generally includes packaging bag clamping position And realize that the Origuchi side of two bag webs is peeled off up and down at sack(Splitting mechanism), valve port piece 1' is to bag interior folding(Valve port piece pushes away folding machine Structure), upper and lower two keep off grey edge strip 2' turns down into packaging bag(Flange fold mechanism), each mechanism collaboration work of corresponding step needs With formation;But each executing agency on existing flanging assembly(Splitting mechanism, valve port Pian Tuizhe mechanisms, flange fold mechanism)Biography The design of motivation structure is unreasonable, therefore its multiple design of driving source generally use, so causes the synergy of each executing agency Unreliable or Collaborative Control is inconvenient, influences functional reliability and operating efficiency.
The content of the invention
The present utility model purpose:The defects of to overcome prior art to exist, the utility model provide a kind of driver Structure is reasonable in design, realizes single driving output, the flanging assembly for the reliable cement package bags bending machine that acts synergistically.
To achieve the above object, the utility model provides following technical scheme:
A kind of flanging assembly of cement package bags bending machine, including mounting bracket, splitting mechanism, valve port Pian Tuizhe mechanisms, turn over Edge contraction mechanism, drive component and transmission mechanism, the splitting mechanism include two pieces of suction discs positioned opposite up and down, two pieces of suctions Plate is respectively upper suction disc and lower suction disc, forms grasping part between two pieces of suction discs, two pieces of suction disc sides are installed in installation through pivot On frame, the opposite side of two pieces of suction discs is the open side around pivot swing in opening and closing movement, and two pieces of suction discs are provided with vacuum sucking holes, institute Stating valve port Pian Tuizhe mechanisms includes that tabs, the flange can be pushed away along the valve port side of the grasping part reciprocally swinging between two pieces of suction discs Fold mechanism is included respectively to two pieces of flange folded sheets of the grey edge strip turnover of two of packaging bag gears, above and below two pieces of flange folded sheets Positioned opposite, two pieces of flange folded sheets are respectively upper overturning folded sheet and lower flange folded sheet, it is characterised in that:The driver Structure includes mainshaft mechanism and countershaft mechanism, and mainshaft mechanism includes main shaft, is connected main shaft and valve port when pushing away the valve port of tabs Push away tabs transmission component, lower suction disc transmission component and be connected main shaft and the lower flange folding of be connected main shaft and lower suction disc The lower flange folded sheet transmission component of lamination, countershaft mechanism includes countershaft, be connected the upper suction disc transmission of countershaft and upper suction disc The upper overturning folded sheet transmission component of component and be connected countershaft and upper overturning folded sheet, the main shaft and countershaft synchronously join Dynamic connection, drive component is motor, and output shaft and the main shaft of motor are connected.
By using above-mentioned technical proposal, transmission mechanism is set using mainshaft mechanism and countershaft mechanism, reasonable structural arrangement Compact, main shaft correspondingly drives valve port side to push away tabs, lower suction disc, lower flange folded sheet, the upper suction disc of the corresponding driving of countershaft, upper overturning folding Lamination, main shaft and countershaft use synchronous interaction, so as to realize motor drive shaft and countershaft simultaneously, reach single driving source Output driving valve port side pushes away tabs, lower suction disc, lower flange folded sheet, upper suction disc and the action of upper overturning folded sheet, each several part Synergy is preferably ensured, realizes orderly flanging work.
Preferably, the valve port side pushes away tabs transmission component and pushes away tabs driving cam, installation on main shaft including being installed on Close to pushing away at tabs driving cam provided with tabs driving rack is pushed away on frame, push away tabs driving rack one end and push away tabs driving cam Cam path be connected, push away the tabs driving rack other end and be engaged with and push away tabs drive gear, push away tabs drive gear and valve Mouth side pushes away tabs and is connected, and the lower suction disc transmission component includes the lower suction disc driving cam being installed on main shaft, mounting bracket It is upper that lower suction disc driving rack, lower suction disc driving rack one end and lower suction disc driving cam are provided with lower suction disc driving cam Cam path is connected, and the lower suction disc driving rack other end is engaged with lower suction disc drive gear, and lower suction disc drive gear linkage connects Lower suction disc power transmission shaft is connected to, lower suction disc driven gear is installed on lower suction disc power transmission shaft, lower suction disc driven gear engagement is combined with Lower suction disc zigzag tread patterns rack, lower suction disc zigzag tread patterns rack are hinged with lower suction disc transmission arm, lower suction disc transmission arm and lower suction disc It is articulated and connected, the lower flange folded sheet transmission component includes the lower flange folded sheet driving cam being arranged on main shaft, installation Frame is being provided with lower flange folded sheet driving rack, lower flange folded sheet driving rack one at lower flange folded sheet driving cam The cam path with lower flange folded sheet driving cam is held to be connected, lower flange folded sheet driving rack other end engagement is combined with Lower flange folded sheet driving gear pair, lower flange folded sheet driving gear pair are connected and have lower flange folded sheet installation axle, under Flange folded sheet is installed in lower flange folded sheet installation axle.
By using above-mentioned technical proposal, main axis, while valve port side is driven to push away tabs driving cam, the driving of lower suction disc Cam, lower flange folded sheet driving cam rotate, and by the cooperation of rack-and-pinion reach driving push away tabs, lower suction disc and under turn over Edge contraction plate, its overall structure is simple, and stable transmission is reliable, is easily installed and regulation reaches synergy.
Preferably, the upper suction disc transmission component includes being installed on upper suction disc driving cam on countershaft, mounting bracket by Upper suction disc driving rack, upper suction disc driving rack one end and the cam of upper suction disc driving cam are provided with closely upper suction disc driving cam Groove is connected, and upper suction disc driving rack other end engagement is combined with suction disc drive gear, and upper suction disc drive gear linkage connects Suction disc power transmission shaft is connected to, suction disc travelling gear is installed on upper suction disc power transmission shaft, upper suction disc travelling gear engagement is combined with Upper suction disc zigzag tread patterns rack, upper suction disc zigzag tread patterns rack are hinged with suction disc transmission arm, upper suction disc transmission arm and upper suction disc It is articulated and connected, upper overturning folded sheet transmission component includes the upper overturning folded sheet driving cam being installed on countershaft, and mounting bracket exists Be provided with upper overturning folded sheet driving rack at upper overturning folded sheet driving cam, upper overturning folded sheet driving rack one end with The cam path of upper overturning folded sheet driving cam is connected, and the other end engagement of upper overturning folded sheet driving rack is combined with Flange folded sheet driving gear pair, upper overturning folded sheet driving gear pair, which is connected, upper overturning folded sheet installation axle, above turns over Edge contraction plate is installed in upper overturning folded sheet installation axle.
By using above-mentioned technical proposal, countershaft rotates, while drives upper suction disc driving cam, the driving of upper overturning folded sheet Cam rotation, and the upper suction disc of driving, upper overturning folded sheet are reached by the cooperation of rack-and-pinion, its overall structure is simple, transmission It is reliable and stable, it is easily installed and regulation reaches synergy.
Preferably, described main shaft one end is connected with motor, and the other end of main shaft is through transmission belt or driving-chain It is connected with countershaft gearing.Under the structure design, motor and countershaft are linked by the end positions of main shaft so that structure It is more compact, arrange more convenient and reliable transmission.
Preferably, the open side of two pieces of suction discs is extended with the extension board of corresponding packaging bag valve port piece, two pieces of suctions Be equipped with valve port piece sucker on the extension board of plate, the valve port piece sucker on two pieces of suction discs and vacuum sucking holes into being independently arranged, Valve port piece sucker releasable packaging bag bag webs when pushing away folding packaging bag valve port piece.
By using above-mentioned technical proposal, on two pieces of suction discs in addition to traditional suction hole design, also using corresponding packaging Bag edge sets the extension board with valve port piece sucker, and to the corner specific adsorption of packaging bag, the sack for improving packaging bag peels off effect Fruit, facilitate later stage valve port side to push away tabs folding operation, improve folding work reliability, valve port piece sucker and vacuum sucking holes are mutual Independent, valve port piece sucker can carry out adsorbing separation to the corner of packaging bag, releasably be packed when pushing away folding packaging bag valve port piece Bag bag webs, so it is more beneficial for pushing away jack knife and pushing away rolling over packaging bag corner, avoids valve port piece sucker from adsorbing packaging bag corner and fix, shadow Packaging bag corner infolding effect is rung, improves knuckle reliability.
Preferably, the M sides sucker with vacuum sucking holes independence, M sides sucker position are additionally provided with two pieces of suction disc open sides In an end position relative with extension board on the suction disc, M sides sucker releasable packaging bag bag when pushing away folding packaging bag valve port piece Piece.Under the structure design, the adsorption stripping on opposite side M sides relative with valve port piece in packaging bag is realized, and roll in packaging bag Discharged during mouth operation, facilitate Origuchi to operate, while it is excessive to avoid M sides from pulling open.
Preferably, the suction disc includes suction disc body, and the opposite side of two pieces of suction disc bodies, which is fixed to be sticked, rubber slab.Should Under structure design, rubber slab, which has, to be reduced impact noise, play buffering and adds air-tightness(Increase suction).
The utility model is further described below in conjunction with the accompanying drawings.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model packaging bag;
Fig. 2 is the flanging assembly structure schematic diagram of the utility model specific embodiment cement package bags bending machine;
Fig. 3 is the utility model specific embodiment flanging assembly each several part drive mechanism schematic diagram;
Fig. 4 is the splitting mechanism of the utility model specific embodiment flanging assembly and its structural representation of running part (Under suction disc open configuration);
Fig. 5 is the utility model specific embodiment suction plate structure schematic diagram.
Embodiment
Referring to accompanying drawing 2 ~ 5, a kind of flanging assembly of cement package bags bending machine disclosed in the utility model, including mounting bracket 1st, splitting mechanism 2, valve port Pian Tuizhe mechanisms 3, flange fold mechanism 4, drive component 6 and transmission mechanism 5, the splitting mechanism 2 include two pieces of suction discs 21 positioned opposite up and down, the respectively upper suction disc 21a and lower suction disc 21b of two pieces of suction discs 21, two pieces of suction discs 21 Between form grasping part, two pieces of sides of suction disc 21 are installed on mounting bracket 1 through pivot, and the opposite sides of two pieces of suction discs 21 is around pivot Axle swings the open side in opening and closing movement, and two pieces of suction discs 21 are provided with vacuum sucking holes 211, and the valve port Pian Tuizhe mechanisms 3 include Tabs 31 can be pushed away along the valve port side of the grasping part reciprocally swinging between two pieces of suction discs 21, the flange fold mechanism 4 includes dividing Two pieces of flange folded sheets 41 of the grey edge strip 2' turnovers of other two gears to packaging bag, two pieces of flange folded sheets relative cloth about 41 Put, two pieces of flange folded sheets 41 are respectively upper overturning folded sheet 41a and lower flange folded sheet 41b, and the transmission mechanism 5 includes master Axis mechanism and countershaft mechanism, mainshaft mechanism includes main shaft 51, be connected main shaft 51 and valve port pushes away when pushing away the valve port of tabs 31 Tabs transmission component, be connected main shaft 51 and lower suction disc 21b lower suction disc transmission component and be connected main shaft 51 and under Flange folded sheet 41b lower flange folded sheet transmission component, countershaft mechanism includes countershaft 52, be connected countershaft 52 and upper suction disc 21a upper suction disc transmission component and be connected countershaft 52 and upper overturning folded sheet 41a upper overturning folded sheet transmission component, The main shaft 51 connects with the synchronous interaction of countershaft 52, and drive component 6 is motor, output shaft and the main shaft 51 of motor Dynamic connection.Wherein, described one end of main shaft 51 is connected with motor, and the other end of main shaft 51 is through transmission belt 53 or transmission Chain is connected with countershaft 52.Motor and countershaft are linked by the end positions of main shaft so that and structure is more compact, Arrange more convenient and reliable transmission.
In this specific embodiment, the tabs that pushes away that the valve port side pushes away tabs transmission component and includes being installed on main shaft 51 drives Cam 541, tabs driving rack 542 is pushed away close to pushing away to be provided with tabs driving cam 541 on mounting bracket 1, pushes away tabs driving rack 542 one end are connected with pushing away the cam path of tabs driving cam 541, push away the tabs driving other end of rack 542 and are engaged with and push away folding Piece drive gear 543, push away tabs drive gear 543 and push away tabs 31 with valve port side being connected, valve port is when pushing away tabs through valve port Push away tabs installation axle 32 to be rotatably arranged on mounting bracket, push away tabs drive gear 543 and push away tabs installation axle 32 installed in valve port side Linkage is realized, the lower suction disc transmission component includes the lower suction disc driving cam 551 being installed on main shaft 51, leaned on mounting bracket 1 Lower suction disc driving rack 552 is provided with closely lower suction disc driving cam 551, lower suction disc driving one end of rack 552 drives with lower suction disc The cam path of cam 551 is connected, and the lower suction disc driving other end of rack 552 is engaged with lower suction disc drive gear 553, lower suction disc Drive gear 553, which is connected, lower suction disc power transmission shaft 554, and lower suction disc driven gear is provided with lower suction disc power transmission shaft 554 555, the lower engagement of suction disc driven gear 555 is combined with lower suction disc zigzag tread patterns rack 556, and lower suction disc zigzag tread patterns rack 556 is cut with scissors Lower suction disc transmission arm 557 is connected to, lower suction disc transmission arm 557 is articulated and connected with lower suction disc 21b, the lower flange folded sheet transmission group Part includes the lower flange folded sheet driving cam 561 being arranged on main shaft 51, and mounting bracket 1 is convex close to the driving of lower flange folded sheet Take turns and lower flange folded sheet driving rack 562 is provided with 561, lower flange folded sheet driving one end of rack 562 and lower flange folded sheet The cam path of driving cam 561 is connected, and lower flange folded sheet driving rack 562 other end engagement is combined with lower flange and folded Plate driving gear pair 563, lower flange folded sheet driving gear pair 563, which is connected, lower flange folded sheet installation axle 564, under turn over Edge contraction plate 41b is installed in lower flange folded sheet installation axle 564, and lower flange folded sheet driving gear pair 563 includes mutually nibbling Lower flange folded sheet the first travelling gear 563a and the second travelling gear of lower flange the folded sheet 563b coordinated is closed, lower flange folds Plate the first travelling gear 563a engages cooperation, the second travelling gear of lower flange folded sheet with lower flange folded sheet driving rack 562 563b is installed in lower flange folded sheet installation axle 564.The upper suction disc transmission component includes the upper suction being installed on countershaft 52 Plate driving cam 571, mounting bracket 1 are being provided with upper suction disc driving rack 572, upper suction disc drive at upper suction disc driving cam 571 The one end of carry-over bar 572 and the cam path of upper suction disc driving cam 571 are connected, upper suction disc driving rack 572 other end engagement Suction disc drive gear 573 is combined with, upper suction disc drive gear 573, which is connected, upper suction disc power transmission shaft 574, upper suction disc transmission Suction disc travelling gear 575 is installed, the upper engagement of suction disc travelling gear 575 is combined with suction disc zigzag tread patterns rack on axle 574 576, upper suction disc zigzag tread patterns rack 576 is hinged with suction disc transmission arm 577, and upper suction disc transmission arm 577 is hinged with upper suction disc 21a Connection, upper overturning folded sheet transmission component include the upper overturning folded sheet driving cam 581 being installed on countershaft 52, mounting bracket 1 Upper overturning folded sheet driving rack 582, upper overturning folded sheet sliding tooth are being provided with upper overturning folded sheet driving cam 581 The one end of bar 582 and the cam path of upper overturning folded sheet driving cam 581 are connected, upper overturning folded sheet driving rack 582 Other end engagement is combined with upper overturning folded sheet driving gear pair 583, and upper overturning folded sheet driving gear pair 583 is connected and had Upper overturning folded sheet installation axle 584, upper overturning folded sheet 41a are installed in upper overturning folded sheet installation axle 584, and upper overturning folds Plate driving gear pair 583 includes upper overturning folded sheet the first travelling gear 583a and upper overturning folded sheet that intermeshing coordinates Two travelling gear 583b, upper overturning folded sheet the first travelling gear 583a engage cooperation with upper overturning folded sheet driving rack, on The second travelling gear of flange folded sheet 583b is installed in upper overturning folded sheet installation axle 584.Matched somebody with somebody using cam and rack-and-pinion Conjunction reaches transmission, and drive mechanism is simple, and stable transmission is reliable, is easily installed and regulation reaches synergy.
In addition, the open side of two pieces of suction discs 21 is extended with the extension board 212 of corresponding packaging bag valve port piece, described in two pieces Valve port piece sucker 213 is equipped with the extension board 212 of suction disc 21, by the valve port piece sucker 213 on two pieces of suction discs 21 and very Suction hole 211 is into being independently arranged, the releasable packaging bag bag webs when pushing away folding packaging bag valve port piece of valve port piece sucker 213.Two pieces of suctions On plate in addition to traditional suction hole design, also use and set the extension board with valve port piece sucker at corresponding packaging bag valve port piece, it is right The corner specific adsorption of packaging bag, the sack peeling effect of packaging bag is improved, facilitate later stage valve port side to push away tabs folding operation, carry High folding work reliability.Valve port piece sucker and vacuum sucking holes are separate, and valve port piece sucker can be to packaging bag valve port piece Adsorbing separation is carried out, the releasable packaging bag bag webs when pushing away folding packaging bag valve port piece, is so more beneficial for pushing away jack knife and pushing away rolling over packaging Bag corner, avoid valve port piece sucker from adsorbing packaging bag corner and fix, influence packaging bag corner infolding effect, it is reliable to improve knuckle Property.The M side sucker 214 independent with vacuum sucking holes 211 is additionally provided with two pieces of open sides of suction disc 21, M sides sucker 214 is located at An end position relative with extension board 212 on the suction disc 21, M sides sucker 214 releasably wrap when pushing away folding packaging bag valve port piece Pack bag webs.The adsorption stripping on opposite side M sides relative with valve port piece in packaging bag is realized, and when packaging bag Origuchi operates Release, facilitates Origuchi to operate, while avoid M sides from pulling open.M sides sucker 214 and valve port piece sucker 213 can be entered using same source of the gas Row Synchronization Control.The suction disc 21 includes suction disc body 21-1, and two pieces of suction disc body 21-1 opposite side fixation is sticked and has rubber Offset plate 21-2.Under the structure design, rubber slab, which has, to be reduced impact noise, play buffering and adds air-tightness(Increase is inhaled Power).
The flanging assembly of cement package bags bending machine of the present utility model, its transmission mechanism use mainshaft mechanism and countershaft machine Structure is set, and reasonable structural arrangement is compact, and main shaft correspondingly drives valve port side to push away tabs, lower suction disc, lower flange folded sheet, and countershaft is corresponding Suction disc, upper overturning folded sheet in driving, main shaft and countershaft use synchronous interaction, so as to realize motor simultaneously drive shaft and Countershaft, reach single driving source output driving valve port side and push away tabs, lower suction disc, lower flange folded sheet, upper suction disc and upper overturning Folded sheet is acted, and the synergy of each several part is preferably ensured, realizes orderly flanging work.

Claims (7)

1. a kind of flanging assembly of cement package bags bending machine, including mounting bracket, splitting mechanism, valve port Pian Tuizhe mechanisms, flange Fold mechanism, drive component and transmission mechanism, the splitting mechanism include two pieces of suction discs positioned opposite up and down, two pieces of suction discs Suction disc and lower suction disc are respectively gone up, forms grasping part between two pieces of suction discs, two pieces of suction disc sides are installed in mounting bracket through pivot On, the opposite side of two pieces of suction discs is that two pieces of suction discs are provided with vacuum sucking holes, described in the open side of opening and closing movement around pivot swing Valve port Pian Tuizhe mechanisms include that tabs, the flange folding can be pushed away along the valve port side of the grasping part reciprocally swinging between two pieces of suction discs Folded mechanism includes two pieces of flange folded sheets of the grey edge strip turnover of two gears to packaging bag respectively, two pieces of flange folded sheets phase up and down To arrangement, two pieces of flange folded sheets are respectively upper overturning folded sheet and lower flange folded sheet, it is characterised in that:The transmission mechanism Including mainshaft mechanism and countershaft mechanism, mainshaft mechanism includes main shaft, be connected main shaft and valve port pushes away when pushing away the valve port of tabs Lower suction disc transmission component and be connected main shaft and the folding of lower flange of tabs transmission component, be connected main shaft and lower suction disc The lower flange folded sheet transmission component of plate, countershaft mechanism include countershaft, the upper suction disc transmission group of be connected countershaft and upper suction disc The upper overturning folded sheet transmission component of part and be connected countershaft and upper overturning folded sheet, main shaft and the countershaft synchronous interaction Connection, drive component is motor, and output shaft and the main shaft of motor are connected.
2. the flanging assembly of cement package bags bending machine according to claim 1, it is characterised in that:The valve port side pushes away tabs Transmission component, which includes being installed on main shaft, pushes away tabs driving cam, and folding is pushed away close to pushing away to be provided with tabs driving cam on mounting bracket Piece drives rack, pushes away tabs driving rack one end and is connected with pushing away the cam path of tabs driving cam, pushes away tabs driving rack The other end, which is engaged with, pushes away tabs drive gear, pushes away tabs drive gear and push away tabs with valve port side being connected, and the lower suction disc passes Dynamic component includes the lower suction disc driving cam being installed on main shaft, and lower suction disc is provided with lower suction disc driving cam on mounting bracket Rack is driven, lower suction disc driving rack one end and the cam path of lower suction disc driving cam are connected, and lower suction disc driving rack is another One end is engaged with lower suction disc drive gear, and lower suction disc drive gear, which is connected, lower suction disc power transmission shaft, on lower suction disc power transmission shaft Lower suction disc driven gear is installed, lower suction disc driven gear engagement is combined with lower suction disc zigzag tread patterns rack, and lower suction disc longitudinally drives Carry-over bar is hinged with lower suction disc transmission arm, and lower suction disc transmission arm is articulated and connected with lower suction disc, the lower flange folded sheet transmission group Part includes the lower flange folded sheet driving cam being arranged on main shaft, and mounting bracket is set at lower flange folded sheet driving cam There are lower flange folded sheet driving rack, lower flange folded sheet driving rack one end and the cam path of lower flange folded sheet driving cam It is connected, lower flange folded sheet driving rack other end engagement is combined with lower flange folded sheet driving gear pair, lower flange folding Lamination driving gear pair, which is connected, lower flange folded sheet installation axle, and lower flange folded sheet is installed on lower flange folded sheet installation On axle.
3. the flanging assembly of cement package bags bending machine according to claim 1 or claim 2, it is characterised in that:The upper suction disc passes Dynamic component includes the upper suction disc driving cam being installed on countershaft, and mounting bracket is being provided with upper suction disc at upper suction disc driving cam Rack is driven, upper suction disc driving rack one end and the cam path of upper suction disc driving cam are connected, and upper suction disc driving rack is another One end engagement is combined with suction disc drive gear, and upper suction disc drive gear, which is connected, upper suction disc power transmission shaft, upper suction disc transmission Suction disc travelling gear is installed, upper suction disc travelling gear engagement is combined with suction disc zigzag tread patterns rack, and upper suction disc is indulged on axle Upper suction disc transmission arm is hinged with to driving rack, upper suction disc transmission arm is articulated and connected with upper suction disc, upper overturning folded sheet transmission group Part includes the upper overturning folded sheet driving cam being installed on countershaft, and mounting bracket is set at upper overturning folded sheet driving cam There is upper overturning folded sheet to drive rack, upper overturning folded sheet driving rack one end and the cam path of upper overturning folded sheet driving cam It is connected, the other end engagement of upper overturning folded sheet driving rack is combined with upper overturning folded sheet driving gear pair, upper overturning Folded sheet driving gear pair, which is connected, upper overturning folded sheet installation axle, and upper overturning folded sheet is installed on upper overturning folded sheet peace Fill on axle.
4. the flanging assembly of cement package bags bending machine according to claim 1 or claim 2, it is characterised in that:Described main shaft one end It is connected with motor, the other end of main shaft is connected through transmission belt or driving-chain with countershaft gearing.
5. the flanging assembly of cement package bags bending machine according to claim 1, it is characterised in that:Two pieces of suction discs are opened Mouthful side is extended with the extension board of corresponding packaging bag valve port piece, is equipped with valve port piece sucker on the extension board of two pieces of suction discs, and two For valve port piece sucker described in block on suction disc with vacuum sucking holes into being independently arranged, valve port piece sucker can when pushing away folding packaging bag valve port piece Discharge packaging bag bag webs.
6. the flanging assembly of cement package bags bending machine according to claim 5, it is characterised in that:Opened in two pieces of suction discs The M sides sucker with vacuum sucking holes independence is additionally provided with mouth side, M sides sucker is located at one end position relative with extension board on the suction disc Put, M sides sucker releasable packaging bag bag webs when pushing away folding packaging bag valve port piece.
7. according to the flanging assembly of the 1 or 2 or 5 or 6 cement package bags bending machine of claim, it is characterised in that:The suction Plate includes suction disc body, and the opposite side of two pieces of suction disc bodies, which is fixed to be sticked, rubber slab.
CN201720468960.XU 2017-04-28 2017-04-28 The flanging assembly of cement package bags bending machine Expired - Fee Related CN206719650U (en)

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CN201720468960.XU CN206719650U (en) 2017-04-28 2017-04-28 The flanging assembly of cement package bags bending machine

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Application Number Priority Date Filing Date Title
CN201720468960.XU CN206719650U (en) 2017-04-28 2017-04-28 The flanging assembly of cement package bags bending machine

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112829991A (en) * 2020-12-30 2021-05-25 汕头市北星包装机械有限公司 Bag opening edge folding machine and working method thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112829991A (en) * 2020-12-30 2021-05-25 汕头市北星包装机械有限公司 Bag opening edge folding machine and working method thereof

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CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20171208

Termination date: 20190428