CN102717912B - Automatic packaging unit - Google Patents
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- CN102717912B CN102717912B CN201210194222.2A CN201210194222A CN102717912B CN 102717912 B CN102717912 B CN 102717912B CN 201210194222 A CN201210194222 A CN 201210194222A CN 102717912 B CN102717912 B CN 102717912B
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Abstract
The invention provides an automatic packaging unit which comprises a feeding machine, an automatic buffer lifting machine, an automatic barrel packaging machine, an automatic film packaging machine, a boxing machine and a stacker crane that are sequentially connected with one another. When a production line has abnormal conditions, strip-shaped materials are continuously sent to the automatic buffer lifting machine through the feeding machine; on one hand, the strip-shaped materials are directly sent to the automatic barrel packaging machine in a subsequent procedure through the automatic buffer lifting machine, on the other hand, when the equipment in the subsequent procedure fails, the strip-shaped materials in the equipment in the former procedure are temporarily stored in a bin; when the equipment in the former procedure fails, the strip-shaped materials stored in the bin can be conveniently sent to the equipment in the subsequent procedure; and therefore, the whole production line and the whole process cannot stop due to local maintenance. The strip-shaped materials to be packaged are simultaneously sent to barrels to be packaged through the automatic barrel packaging machine while being automatically counted, and films wraps the barrels through the automatic film packaging machine, so that the strip-shaped materials are packaged with good quantity and quality, and the grade of the products is improved. The automatic packaging unit realizes autonomic packaging and counting of the strip-shaped materials, and is suitable for packaging any strip-shaped material.
Description
Technical field
The present invention relates to a kind of automatic packaging machine group, the unit that especially a kind of bar that manufacturing line is produced is packed.
Background technology
To some bars, as the packing of welding rod, chopsticks, suction pipe, mostly by manually completing, these bars that are about to produce pack in plastic bag, reinstall in packing chest and can dispatch from the factory after heat-sealing, and this simple packing can make bar surface impaired.Especially for welding rod, after its surperficial solder flux is worn, not only reduce properties of product, even affect the welding quality of welded object, thereby have major safety risks.In addition, hand-filling, both lack of standardization, not attractive in appearance, and also work efficiency is low, and labour intensity is large, is unfavorable for realizing scale, automated production.Existing bar wrapping machine, though these bars can be packed in box, envelope after moulding again vanning dispatch from the factory, can not accurate counting, no matter to user or manufacturer, all there is inequitable problem of concluding the business.Therefore, be necessary existing wrapping machine to improve or research and development again.
Summary of the invention
The object of the present invention is to provide a kind of rationally distributed, reliable operation, and the bar automatic packaging machine group that can count, to pack according to quantity bar into barrel, after folding barrel sealing, at barrel outer wrapping film, after folding and heat sealing film, vanning.
The present invention completes by following technical proposal: a kind of automatic packaging machine group, it is characterized in that comprising the batch charger joining successively, automatic buffer memory gig, barrel automatic packaging machine, film automatic wrapping machine, wherein:
Batch charger comprises:
On it, establish the first frame of conveying mechanism and Power train, in the first frame, be positioned at conveying mechanism mouth top, be provided with band inlet point on it, the bunker mechanism of discharging opening, this bunker mechanism comprises by a left side, right, back vertical plate, front vertical plate with door capable of being opened, and the hopper that swings base plate formation, its one end activity is plugged on the permanent seat of hopper side riser, the other end is hinged with vertical network chain and is suspended from the dividing plate at hopper middle part, be located at the loose roller of establishing axial notch on its roll surface of discharging opening, to strip-shaped product is delivered to baling line automatically by manufacturing line by the conveying mechanism in the first frame, complete packing, or manually pack bar into by the door capable of being opened on bunker mechanism front vertical plate, make bar along dividing plate top, network chain, swing base plate, discharging opening, automatically fall on the conveying mechanism of below, deliver to again on postorder baling line and pack, guarantee that bar automatic packaging machine group can produce continuously,
Automatically buffer memory gig comprises:
Power train in the second frame and the second frame, be located at the lift system in the second frame, the pan feeding load-transfer device joining with lift system, is provided with the feed bin that plate is lifted in lifting in its joining with pan feeding conveyer belt discharging mouth, discharging load-transfer device feeding mouth respectively, and feed bin top is provided with:
By active wheels, driven wheels, tensioning wheels, and be placed in the reorganizer that the belt conveyor on each wheels forms, so that the bar of the superiors is adjacent to belt conveyor zone face all the time, allow bar when moving with load-transfer device, keep it neatly and not to misplace;
With reorganizer initiatively the 3rd imput shaft in wheels be connected by the 4th driving wheel, the 4th flower wheel, and the conveyer of the load-transfer device formation on each wheel, so that the traffic capacity of further reinforcement to bar, simultaneously can be with the height of bar buttress, the 3rd spindle swing in reorganizer active wheels;
Be connected with conveyer by the fork on hinge, hinge, the compactor that pinch roller on fork forms, wherein pinch roller is placed on the belt conveyor of reorganizer, so that by this compactor, make the bar of the superiors be adjacent to belt conveyor zone face, prevent from that bar is delivered to while approaching discharging load-transfer device feeding mouth, to produce entanglement and affect postorder and carry;
Barrel automatic packaging machine comprises:
The 3rd frame and on Power train, be located at the counting mechanism in the 3rd frame, mounted box, folding box conveying mechanism, be also provided with feeding distribution mechanism in the 3rd frame, is positioned at the vibration delivery device of feeding distribution mechanism below, wherein:
Feeding distribution mechanism comprises sub-material load-transfer device, be positioned at the blanking bin of sub-material load-transfer device below, matched with blanking bin discharging opening, along circumference wall, be distributed with the sub-material wheel of axial notch, be positioned at sub-material wheel below the aggregate bin matched with sub-material wheel discharging opening, so that bar is sent into after blanking bin by sub-material load-transfer device, rely on the deadweight of bar one by one in discharging opening enters the axial notch on sub-material wheel circumference wall automatically, and turn to discharging opening with sub-material wheel, automatically fall into successively the aggregate bin of below;
Vibration delivery device comprises the material collecting box matched with the aggregate bin discharging opening of feeding distribution mechanism, this material collecting box is connected with linear slide rail by the portable bar of its bottom, the portable bar other end is connected with flute profile wheel, flute profile wheel is connected with drive motor, in material collecting box rear end, be provided with pushing piece, pushing piece is connected with engine, so that flute profile wheel is under drive motor drives and when rotating, pass through portable bar, linear slide rail makes material collecting box vibration, thereby the bar in material collecting box is made in order, manage, by engine, drive pushing piece that the bar in material collecting box is pushed in packing box again, through mounted box, folding box, after envelope box, send,
Film automatic wrapping machine comprises:
Cabinet, is located at the Power train on cabinet, and be all connected with Power train:
Film support sending mechanism, comprise the first rotating shaft being arranged on cabinet, be arranged on the second rotating shaft on slide rail, be arranged on film transfer roller group and nip rolls pair on cabinet, the spool two ends of film roll are placed in respectively in the first rotating shaft and the second rotating shaft, and rotate with runner shaft, film extends to nip rolls to upper through transfer roller group, to transmit film at nip rolls under drawing;
Film cutting send mechanism, comprise be arranged on cabinet and with film support sending mechanism nip rolls on its roll surface joining with the rotor of cutting knife, the second Timing Belt joining with rotor, so that film section head end is delivered to after the second Timing Belt end under the nip rolls effect of film support sending mechanism, film section tail end is cut off by the cutting knife on rotor;
He Motuosheng mechanism, comprise that its one end and the film cutting that are arranged on cabinet send mechanism's the second Timing Belt to join, mounted box on the other end and barrel automatic packaging machine 3, the supporting plate that folding box conveying mechanism 36 joins, be located at the linkage rod group of supporting plate below, the cam being connected with linkage rod group, so that film cutting send the second Timing Belt of mechanism that the film section of cut-out is delivered to the mounted box on barrel automatic packaging machine 3, folding box conveying mechanism 36 joins while sending in advance on the barrel on supporting plate, by the rotation of cam, in drivening rod group, lower lifting, thereby the film section that supporting plate is held on barrel and box holds in the palm liter from low to high,
Folded film heat sealing mechanism, comprise the horizontal platen of establishing opening on it, opening both sides on horizontal platen are respectively equipped with oscillating deck, between two oscillating decks, form on He Motuosheng mechanism supporting plate, the Vertical Channel of lower movement, be located on its of horizontal platen top shifting sledge and crank connecting link with unidirectional chain, also comprise folded film device and hot enclosuring device, with the supporting plate of Bedpan Mo Tuosheng mechanism, hold barrel and box upper film section while rising to a high position along Vertical Channel, the shifting sledge driving by crank connecting link and on unidirectional chain when promoting barrel and box upper film section along horizontal bedplate moving, by folded film device, complete film bottom fold, two ends are sent after folding and sealing,
Buffer memory indexing mechanism, comprise the wheel shaft being arranged on cabinet, be located at the sheave which is provided with a plurality of axial notches of wheel shaft one end, be located at the second power wheel of the wheel shaft other end, the horizontal stand plate exit end of sheave and folded film heat sealing mechanism joins, so that under the second power wheel drives, live axle and on sheave rotate, simultaneously the shifting sledge by folded film heat sealing mechanism and on unidirectional chain then one the barrel that is enclosed with film is sent in the groove that sheave is corresponding, make it to be transformed into next station by current station;
Push away box-packed draw box mechanism, comprise that the buffering that is arranged on cabinet and is positioned at buffer memory indexing mechanism sheave below connects box plate, connect with buffering the saddle that is hinged with guide plate on its that box plate exit end joins, connect with buffering the push pedal that box plate entrance point joins, the power push pedal assembly being connected with push pedal, so that after falling into buffering and connect on box plate from the barrel that is enclosed with film of buffer memory indexing mechanism, by push pedal, delivered in saddle, to promote strutting outer container when guide plate swings forward, thereby the barrel that is enclosed with film then one is sent into and in outer container, sent joint sealing.
The permanent seat outer end of described batch charger is fixed on the riser of hopper one side, the inner is connected with the support being obliquely installed, and permanent seat top is provided with vertical slot, and the plug of this vertical slot and dividing plate end is matched, dividing plate is placed on the support of inclination, to form inclined clapboard; Swing base plate and be made as swash plate, its high-end riser bottom that is fixed on hopper one side by fastening nail, low side is suspended from the riser below of hopper opposite side, and form discharging opening between the low side of base plate and riser, to realize by adjusting fastening nail the adjustment that swings base plate inclination degree, realize the large and small adjustment of discharging opening, meet load needs; The hopper riser of discharging opening top is provided with baffle plate, and the lower end of this baffle plate extends to loose roller inner side, to prevent that strip-shaped product from forming discharging dead angle on loose roller top; Loose roller roll shaft end is provided with power wheel, this power wheel is connected with the first driving wheel of Power train by driving band or chain, so that under the first driving wheel drives, by, driving band or chain, power wheel, roll shaft, the synchronous roller that loosens that drives rotates, to become flexible the bar of discharging opening, prevent putty; Power train comprises drive motor, drop-gear box and the first driving wheel, the first flower wheel being connected with the first driving wheel by driving band or chain, be located at two the second flower wheels and the 3rd flower wheel on the first flower wheel wheel shaft, power wheel in the conveying mechanism being connected with two the second flower wheels respectively by driving band or chain, and the first power wheel of the loose roller roll shaft end being connected with the 3rd power wheel, so that with a motor, can synchronously drive conveying mechanism and the operation of loose roller; Conveying mechanism is two conventional the first Timing Belts.
Described automatic buffer memory gig:
The active wheels of reorganizer comprise the 3rd driving wheel that is connected with the second driving wheel on drive motor main shaft and on the 3rd imput shaft, be located at the first belt wheel in the 3rd imput shaft; Driven wheels comprise high-order driven shaft, are located at the second belt wheel on high-order driven shaft, and low level driven shaft, are located at the 3rd belt wheel on low level driven shaft; Tensioning wheels comprise tensioning shaft, are located at the rotating disk of this tensioning axle head, are located at two turntable shafts on rotating disk, are located at the tension wheel on each turntable shaft, and belt conveyor is placed on the first belt wheel, the second belt wheel, the 3rd belt wheel and tension wheel successively; Reorganizer mouth one side is provided with output alignment machine structure, this output alignment machine structure comprises the neat plate of first count and cylinder, reorganizer mouth opposite side is the backboard in frame, to stretch out the neat plate of first count and with after backboard in frame coordinates, clap the bar of exporting together under cylinder drives.
Lift system comprises the elevator chain being connected with power motor by transmission component, on elevator chain carrier bar face, be distributed with hook groove, low level feeding mouth and the upstream belt of elevator chain are joined, high-position discharge mouth and pan feeding load-transfer device feeding mouth join, in lift system both sides, be respectively equipped with input alignment machine structure, each input alignment machine structure comprises the neat plate of second count and cylinder, with the bar that upstream belt is sent here, send into one by one in the hook groove on elevator chain carrier bar, when promoting by the driving of cylinder, the neat plate of second count is stretched out simultaneously and clap neat bar, rise to after a high position, automatically fall on high-order pan feeding load-transfer device, send in feed bin and store, or directly send on material load-transfer device and send through output dressing mechanism,
The oblique flat board that plate comprises that its shape and feed bin shape adapt is lifted in lifting, support tiltedly dull and stereotyped bearing, be connected with bearing and be enclosed within the sliding sleeve on slide rail, this sliding sleeve is fixed on messenger chain, messenger chain one end is fixed on the driven sprocket of bottom, the other end is fixed on the drive sprocket at top, drive sprocket is connected with reducing motor main shaft, so that under reducing motor drives, drive drive sprocket rotates, messenger chain moves, thereby make to be fixed on sliding sleeve on messenger chain and bearing along on slide rail, lower movement, make tiltedly dull and stereotyped and on bar on move and bar sent, move down and bar is stored in feed bin,
Automatically the Power train in the frame of buffer memory gig is the conventional Power train consisting of drive motor, power wheel, driving band.
Described barrel automatic packaging machine:
Sub-material load-transfer device is made as arranged side by side two, blanking bin is made as two, the inlet point of each blanking bin joins with corresponding sub-material conveyer belt discharging mouth, sub-material wheel is made as in opposite directions two of arranged side by side and hand of rotation, each sub-material wheel inlet point is connected with corresponding blanking bin discharging opening, to maximally utilise space, improve sub-material work efficiency;
Counting mechanism is conventional sensor for countering, is located at respectively two conveyer belt discharging mouth one sides, each sensor for countering all with counter controller electrical coupling, to count entering the welding rod of blanking bin;
Mounted box, folding box conveying mechanism are conventional equipment, are arranged on vibration delivery device one side, so that the bar that vibration delivery device is sent is sent after mounted box, folding box, envelope box, stamp.
Described film automatic wrapping machine:
It is two conventional load-transfer devices that are set up in parallel that film cutting send the Timing Belt of mechanism;
The linkage rod group of He Motuosheng mechanism comprises first connecting rod, the second connecting rod being connected with cam, supporting plate is connected with second connecting rod, so that under cam driven, by first, second connecting rod, circular movement is converted to linear reciprocating motion, realizes the upper and lower lifting of supporting plate;
The folded film heat sealing mechanism of described film automatic wrapping machine:
Each oscillating deck comprises by hinge and is hinged on its upper end band horizontal ends on the pole being connected with horizontal platen, the swash plate that lower end is connected with extension spring, so as supporting plate and on barrel and film section while moving in two swash plates, strut swash plate upper end and rise to a high position, swash plate makes its upper end regain and horizontal ends by upper end supports barrel under extension spring effect afterwards, makes supporting plate depart from barrel and film section and declines;
Unidirectional chain is disposed on shifting sledge, each unidirectional chain is arranged on shifting sledge lower end by stop block, fastening nail and right angle block, during with convenient shifting sledge reach, effect by stop block moves forward unidirectional chain promotion barrel and film, and while moving after shifting sledge, by barrel, make unidirectional chain change into level around hinge and depart from and the contacting of barrel;
Folded film device comprises the transverse slat on the shifting sledge of being located at supporting plate top, the interval, lower end of this transverse slat arranges left folding plate at the bottom of L shaped film, before transverse slat, rear end is respectively equipped with the left ear flap of the film end sticking up outside one end, one end of horizontal platen opening is right folding plate at the bottom of film, be located at respectively before horizontal platen, the film end auris dextra flap that its head end of rear side sticks up outward, the set square docking with this film end auris dextra flap tail end interval respectively and with the plate on horizontal surface and inclined-plane, and between film end auris dextra flap tail end and set square, form ear folded seam under film end, between film end auris dextra flap tail end and the plate with horizontal surface and inclined-plane, form ear folded seam on film end, in the process moving forward under unidirectional chain promotion on being moved slide rail with note box and film, by left folding plate at the bottom of L shaped film, at the bottom of the film of horizontal platen opening one end, right folding plate completes the folding of film bottom, again by before transverse slat, the left ear flap of film end of rear end synchronously completes before barrel upper film, folding of the left ear in rear end, again by film end auris dextra flap, ear folded seam under film end, on film end, ear folded seam completes film end auris dextra successively, lower ear, folding of upper ear,
Hot enclosuring device is conventional film hot enclosuring device, be made as three, First is counterdie hot enclosuring device, be arranged on the horizontal platen that is positioned at open back side, counterdie for doubling poststack seals, second, third is terminal membrane hot enclosuring device, is arranged on the forward and backward both sides of horizontal stand plate exit end, for the forward and backward terminal membrane of doubling poststack, seals;
Push away box-packed draw box mechanism:
Guide plate on saddle is made as forward and backward, upper and lower four, and one end of every is hinged on saddle by hinge, and outer container is placed in the position that orienting lug is opened, to be enclosed with, struts outer container when promoting four guide plates to forward swing when the barrel of film enters saddle;
Power push pedal assembly comprises the connecting rod being connected with push pedal, slide block is connected with connecting rod, the slide rail of support slipper, its two ends that are connected with slide block are placed in the endless chain on running roller, be located at the power wheel on running roller wheel shaft, the motor driving wheel being connected with power wheel by driving band, so that by the forward and backward of motor, by driving band, power wheel, running roller, drive endless chain forward and backward, thereby the slide block on drive endless chain and connecting rod, push pedal move back and forth along slide rail, finally promote barrel and along buffering, connect box plate and move.
Described film automatic wrapping machine discharging opening is also connected with conventional packing machine, stacker, with by the barrel that is enclosed with film after packing machine vanning, by stacker pile.
The present invention has following advantages and effect: adopt such scheme, the strip-shaped product that can manufacturing line be produced by conveying mechanism is delivered to the automatic buffer memory gig of postorder automatically, when manufacturing line occurs abnormal, by batch charger, bar is delivered to automatic buffer memory gig continually, by automatic buffer memory gig, directly bar is delivered on the one hand to the barrel automatic packaging machine of postorder, on the other hand when postorder equipment breaks down, can easily the bar in preorder equipment be temporarily stored in feed bin, thereby do not affect the operation of preorder equipment, again on the one hand when preorder equipment breaks down, can change easily the bar of storing and be sent to postorder equipment in feed bin, thereby do not affect the operation of postorder equipment, make whole manufacturing line and flow process can not stop producing because of modular repair, increase work efficiency, give full play to the usefulness of manufacturing line, by barrel automatic packaging machine, can bar to be packaged be sent in barrel in Auto-counting, through folding box, after envelope box, by film automatic wrapping machine, at barrel outer wrapping film, the guaranteed both quality and quantity packing of bar, improving product grade.Automatic packaging and the counting of having realized bar, effectively reduce workman's labour intensity, increase work efficiency, and compact integral structure, rationally distributed, not take up an area, degree of automation is high, is applicable to pack any bar.
Accompanying drawing explanation
Fig. 1 is the present invention's structural front view;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is the batch charger front view in Fig. 1;
Fig. 4 is the bunker mechanism front view in Fig. 3;
Fig. 5 is the birds-eye view of Fig. 4;
Fig. 6 is the A-A view in Fig. 5;
Fig. 7 is conveying mechanism front view in Fig. 3;
Fig. 8 is the birds-eye view of Fig. 7;
Fig. 9 is the left view of Fig. 7;
Figure 10 is the automatic buffer memory gig front view in Fig. 1;
Figure 11 is the left view of Figure 10;
Figure 12 is feed bin in Figure 10 and reorganizer, conveyer, the compactor constructional drawing on top thereof;
Figure 13 is the reorganizer front view in Figure 12;
Figure 14 is the plan structure figure of Figure 13;
Figure 15 is the conveyer front view in Figure 12;
Figure 16 is the compactor front view in Figure 12;
Figure 17 is the birds-eye view of Figure 16;
Figure 18 is the feed bin structure figure in Figure 10;
Figure 19 is the barrel automatic packaging machine front view in Fig. 1;
Figure 20 is the left view of Figure 19;
Figure 21 is the feeding distribution mechanism front view in Figure 19;
Figure 22 is the sub-material wheel main structure figure in Figure 21;
Figure 23 is the C-C view of Figure 22;
Figure 24 is the B-B view of Figure 20;
Figure 25 is the vibration delivery device birds-eye view in Figure 24;
Figure 26 is that the F of Figure 25 is to view;
Figure 27 is that the G of Figure 25 is to view;
Figure 28 is the film automatic wrapping machine front view in Fig. 1;
Figure 29 is the D-D view of Figure 28;
Figure 30 is film support sending mechanism structure sketch in Figure 28;
Figure 31 is that in Figure 28, film cutting send mechanism's birds-eye view;
Figure 32 is He Motuosheng mechanism in Figure 28, folded film heat sealing mechanism, buffer memory indexing mechanism front view;
Figure 33 is folded film heat sealing mechanism Local map in Figure 32;
Figure 34 is the plan structure sketch of Figure 33;
Figure 35 is folded film heat sealing mechanism Local map in Figure 32;
Figure 36 is the E-E view of Figure 32;
Figure 37 is buffer memory indexing mechanism in Figure 28, push away box-packed draw box mechanism front view.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is described further.
Automatic packaging machine group provided by the invention, comprises the batch charger 1 that joins successively, buffer memory gig 2, barrel automatic packaging machine 3, film automatic wrapping machine 4, conventional packing machine 5 and stacker 6 automatically, wherein:
Batch charger 1(is as Fig. 3-Fig. 9), comprise first frame 16 of establishing conveying mechanism and Power train on it, wherein, conveying mechanism is the first conventional Timing Belt 18, Power train comprises drive motor 11, drop-gear box 12 and the first driving wheel 13, the first flower wheel 14 being connected with the first driving wheel 13 by driving band, be located at two the second flower wheels 15 and the 3rd flower wheel 141 on the first flower wheel 14 wheel shafts, two the second flower wheels 15 are connected with two power wheels 17 in the first Timing Belt 18 respectively by driving band, the 3rd flower wheel 141 is connected with the first power wheel 110 of loose roller 119 roll shaft ends by driving band, so that with a motor 11, can synchronously drive the first Timing Belt 18 and 119 operations of loose roller, in the first frame 16, be positioned at the first Timing Belt 18 mouth tops, be provided with band inlet point on it, the bunker mechanism 19 of discharging opening, this bunker mechanism 19 comprises by left riser 111, right riser 114, back vertical plate 112, front vertical plate 113 with door capable of being opened 124, and the hopper that swings base plate 120 formations, its one end activity is plugged on the permanent seat 117 of the right riser 114 of hopper, the other end is hinged with vertical network chain 122 and is suspended from the dividing plate 115 at hopper middle part, be located at the loose roller 119 of establishing axial notch on its roll surface of discharging opening, wherein, the outer end of permanent seat 117 is fixed on the right riser 114 of hopper, the inner is connected with the support 121 being obliquely installed, permanent seat 117 tops are provided with vertical slot, the inserted sheet 116 of this vertical slot and dividing plate 115 right-hand members is matched, dividing plate 115 is placed on the support 121 of inclination, to form inclined clapboard, swing base plate 120 and be made as swash plate, it is high-end is fixed on the left riser of hopper 111 bottoms by fastening nail 123, adjust fastening nail 123 and realize the adjustment that swings base plate 120 angles of inclination, thereby it is large to realize discharging opening, little adjustment, meet load needs, the low side that swings base plate 120 is suspended from the right riser of hopper 114 belows, and form discharging opening swinging between the low side of base plate 120 and right riser 114, the loose roller 119 of establishing axial notch on roll surface is placed in discharging opening place, the right riser 114 of discharging opening top is provided with baffle plate 118, the lower end of this baffle plate 118 extends to loose roller 119 inner sides, to prevent that bar a from forming discharging dead angle on loose roller top, simultaneously by the first power wheel 110 of loose roller 119 roll shaft ends, driving band, the 3rd flower wheel 141, the first coaxial flower wheel 14, driving band, the transmission of the first driving wheel 13, loose roller 119 under driving, motor is rotated, to become flexible the bar a of discharging opening, prevent putty,
Automatically buffer memory gig 2(is as Figure 10-Figure 18), comprise the second frame 21, be located in the second frame 21 by drive motor, power wheel, the transmission device powered by conventional energy that driving band forms, be located at the lift system 22 in the second frame 21, the upstream conveyor 211 of joining with lift system 22 low level feeding mouths, the pan feeding load-transfer device 212 joining with lift system 22 high-position discharge mouths, respectively with pan feeding load-transfer device 212 discharging openings, discharging load-transfer device 213 feeding mouths join its in be provided with the feed bin 23 that plate 232 is lifted in lifting, feed bin 23 tops are provided with output dressing mechanism, this output dressing mechanism comprises:
By active wheels 251, driven wheels 253, tensioning wheels 254, and be placed in the reorganizer 25 that the belt conveyor 252 on each wheels forms; Wherein, initiatively wheels 251 comprise the 3rd driving wheel 2511 that is connected with the second driving wheel 27 on drive motor main shaft and on the 3rd imput shaft 2512, be located at two the first belt wheels 2513 in the 3rd imput shaft 2512; Driven wheels 253 comprise high-order driven shaft 2531, are located at two the second belt wheels 2533 on high-order driven shaft 2531, and low level driven shaft 2532, are located at two the 3rd belt wheels 2534 on low level driven shaft 2532; Tensioning wheels 254 comprise tensioning shaft 2541, be located at the rotating disk 2542 of these tensioning shaft 2541 ends, be located at two turntable shafts 2543 on rotating disk 2542, be located at two tension wheels 2544 on each turntable shaft 2543, belt conveyor 252 is placed on the first belt wheel 2513, the second belt wheel 2533, the 3rd belt wheel 2534 and tension wheel 2544 successively; So that the bar a of the superiors is adjacent to the zone face of belt conveyor 252 all the time, allow bar a when moving with belt conveyor 252, keep it neatly and not to misplace;
By being placed in initiatively the 4th driving wheel 241, the 4th flower wheel 243 in the 3rd imput shaft 2512 of wheels of reorganizer 25, and on the conveyer 24 that forms of load-transfer device 242, so that the traffic capacity of further reinforcement to bar a, simultaneously can be with the height of bar a buttress, the 3rd imput shaft 2512 in reorganizer 251 active wheels swings;
Be connected with conveyer 24 by hinge 261, be located at respectively the fork 262 at hinge 261 two ends, be located at the compactor 26 that two pinch rollers 263 on each fork 262 form, wherein pinch roller 263 is placed on the belt conveyor 252 of reorganizer 25, so that by this compactor 26, make the bar a of the superiors be adjacent to belt conveyor 252 zone faces, prevent from that bar a is delivered to while approaching discharging load-transfer device 213 feeding mouth, to produce entanglement and affect postorder and carry;
Be positioned at the output alignment machine structure 28 of reorganizer 25 mouth one sides, this output alignment machine structure 28 comprises the neat plate 281 of first count and cylinder 282, reorganizer 25 mouth opposite sides are the backboard in the second frame 21, to stretch out the neat plate 281 of first count under driving at cylinder 282 and with after backboard in frame 21 coordinates, to clap the bar a exporting together;
Described lifting lift that plate 232 comprises that its shape and feed bin 23 shapes adapt oblique dull and stereotyped 2321, support tiltedly dull and stereotyped 2321 bearing 2322, be connected with bearing 2322 and be enclosed within the sliding sleeve 2327 on slide rail 2325, this sliding sleeve 2327 is fixed on messenger chain 2324, messenger chain 2324 one end are fixed on the driven sprocket 2326 of bottom, the other end is fixed on the drive sprocket 2328 at top, drive sprocket 2328 is connected with reducing motor main shaft 2323, so that under reducing motor drives, drive drive sprocket 2328, driven sprocket 2326 rotates and messenger chain 2324 is moved, thereby make to be fixed on sliding sleeve 2327 on messenger chain 2324 and bearing 2322 along on slide rail 2325, lower movement, make tiltedly dull and stereotyped 2321 and on bar a on move and bar a sent from feed bin 23, move down and bar a is stored in feed bin 23,
Described lift system 22 comprises the elevator chain 221 being connected with transmission device powered by conventional energy, on elevator chain 221 carrier bar faces, be distributed with hook groove 222, low level feeding mouth and the upstream conveyor 211 of elevator chain 221 are joined, high-position discharge mouth and pan feeding load-transfer device 212 feeding mouths join, with the bar a that upstream conveyor 211 is sent here, send into one by one in the hook groove 222 on elevator chain 221 carrier bars, and rise to after a high position thereupon, automatically fall on pan feeding load-transfer device 212, send into storage in feed bin 23, or through reorganizer 25, conveyer 24, compactor 26, output alignment machine structure 28 is directly sent on discharging load-transfer device 213 and is sent, described lift system 22 both sides are respectively equipped with input alignment machine structure 223, each input alignment machine structure 223 comprises the neat plate 2231 of second count and cylinder 2232, the neat plate 2231 of second count stretches out simultaneously or retracts simultaneously under the driving of cylinder 2232, thereby reaches the effect of clapping neat bar a,
Barrel automatic packaging machine 3(is as Figure 19-Figure 27), comprise the 3rd frame 38 and on transmission device powered by conventional energy, the 3rd frame 38 is provided with conventional counting mechanism and conventional mounted box, folding box conveying mechanism 36, counting mechanism is conventional sensor for countering 37 and 371, be located at respectively two sub-material load- transfer devices 31 and 312 discharging opening one sides, sensor for countering 37 and 371 all with counter controller electrical coupling, to count entering the bar a of blanking bin; Mounted box, folding box conveying mechanism 6 are arranged on vibration delivery device 35 1 sides, it comprises that sylphon sends into mechanism 361, box folding machine structure 362,363, box-sealing mechanism 364, Laser Jet mechanism 365, so that the bar a that vibration delivery device 35 is sent, send into by sylphon and send in the empty barrel that mechanism 361 sends here, after folding box, envelope box, Laser Jet, send; In the 3rd frame 38, be also provided with feeding distribution mechanism, be positioned at feeding distribution mechanism below and be provided with vibration delivery device 35,
Wherein:
Feeding distribution mechanism comprises two sub-material load-transfer devices 31, 312, lay respectively at sub-material load-transfer device 31, in its of 312 discharge end belows, be equipped with guide plate 322, 323 blanking bin 32, 321, wherein, the feeding end of sub-material load-transfer device 312 is placed in blanking bin 32, after the full material of blanking bin 32, by counting driver 37, will completely expect that signal send after counter controller, by counter controller, control 312 operations of sub-material load-transfer device, so that the bar a on blanking bin 32 tops is delivered in blanking bin 321, after the full material of blanking bin 321, by sensor for countering 371, will completely expect that signal send counter controller to control sub-material load-transfer device 312 out of service, thereby the sub-material that completes as required bar a is carried, blanking bin 32,321 discharging openings 324,325 are respectively with on its circumference wall, to be distributed with the sub-material wheel 33,332 of axial notch 333 matched, two sub-material wheel 33,332 belows are respectively equipped with the aggregate bin 34 matched with two sub-material wheel 33,332 discharging openings 324,325, aggregate bin 34 bottoms are provided with door 341, this door 341 is connected with driving oil cylinder 342, to under oil cylinder 342 drives, open door 341 blankings, wherein: blanking bin 32, 321 discharging opening 324, 325 axial notches 333 of taking turns on 33 and 332 circumference walls with corresponding sub-material are respectively matched, two sub-material wheels 33, 332 are set up in parallel, and hand of rotation in opposite directions, each sub-material wheel is connected with drive motor 331 by its wheel shaft 334, so that bar a is sent into behind blanking bin 32 and 321 by load-transfer device 31 and 312, rely on the deadweight of bar a one by one through discharging opening 324, in 325 axial notches 333 that enter successively on sub-material wheel 33 and 332 circumference walls, and turn to discharging opening with sub-material wheel 33 and 332, automatically fall into successively the aggregate bin 34 of below,
Film automatic wrapping machine 4(is as Figure 28-37) comprising: cabinet 41, be located at the Power train on cabinet 41, also comprise being all connected with Power train:
Film support sending mechanism 42, comprise: be arranged on the first rotating shaft 421 on cabinet 41, be arranged on movable type the second rotating shaft 424 on slide rail 422, be arranged on film transfer roller group 425 on cabinet 41 and nip rolls to 426, the spool two ends of film roll 423 are placed in respectively in the first rotating shaft 421 and the second rotating shaft 424, and install, fix by portable the second rotating shaft 424, with the first rotating shaft 421, rotate again, film c extends to nip rolls on 426 through transfer roller group 425, to transmit film at nip rolls under to 426 tractions;
Film cutting send mechanism 43, comprise: be arranged on cabinet 41 and with film support sending mechanism nip rolls on 426 its roll surfaces that join with the rotor 432 of cutting knife 431, the second Timing Belt 433 joining with rotor 432, this second Timing Belt 433 is two conventional load-transfer devices that are set up in parallel, so that film section d head end is delivered to after the second Timing Belt 433 ends under to 426 effects at the nip rolls of film support sending mechanism, film section d tail end is cut off by the cutting knife 431 on rotor 432;
He Motuosheng mechanism 44, comprise: be arranged on the second Timing Belt 433 that its one end on cabinet 41 and film cutting send mechanism 43 and join, mounted box on the other end and barrel automatic packaging machine 3, the supporting plate 441 that folding box conveying mechanism 36 joins, be located at the linkage rod group of supporting plate 441 belows, the cam 444 being connected with linkage rod group, this linkage rod group comprises the first connecting rod 443 being connected with cam 444, second connecting rod 442, supporting plate 441 is connected with second connecting rod 442, so that film cutting send the second Timing Belt 433 of mechanism 43 that the film section d of cut-out is delivered to by the mounted box on barrel automatic packaging machine 3, in the time of on the barrel b that folding box conveying mechanism 36 is sent on supporting plate 441 in advance, by the rotation of cam 444, drivening rod group 442, on 443, lower lifting, thereby the film section d that supporting plate 441 is held on barrel b and box holds in the palm liter from low to high,
Folded film heat sealing mechanism 45, comprise: the horizontal platen 451 of establishing opening on it, opening both sides on horizontal platen 451 are respectively equipped with oscillating deck, between two oscillating decks, form on He Motuosheng mechanism 44 supporting plates 441, the Vertical Channel of lower movement, and each oscillating deck comprises and is hinged on its upper end band horizontal ends on the pole 4521 being connected with horizontal platen 451 by hinge 4522, lower end is connected with the swash plate 452 of extension spring 4523, so as supporting plate 441 and on barrel b and film section d when moving in the Vertical Channel forming between two swash plates 452, strut swash plate 452 upper ends and rise to a high position, two swash plates 452 all make its upper end regain and horizontal ends by upper end supports barrel b under extension spring 4523 effect separately afterwards, make supporting plate 441 disengaging barrel b and film section d and decline, be located on its of horizontal platen 451 tops with shifting sledge 454 and the conventional crank connecting link 455 of unidirectional chain 457, also comprise folded film device and hot enclosuring device, when holding barrel b and box upper film section d and rise to a high position along Vertical Channel with the supporting plate 441 of Bedpan Mo Tuosheng mechanism 44, the shifting sledge 454 driving by conventional crank connecting link 455 and on unidirectional chain 457 when promoting barrel b and box upper film section d and move along horizontal platen 451, by folded film device, complete film section d bottom fold, two ends folding, then send after sealing by hot enclosuring device, wherein:
Folded film device comprises: be located at the transverse slat 453 on the shifting sledge 454 of supporting plate 441 tops, the interval, lower end of this transverse slat 453 arranges left folding plate 4531 at the bottom of L shaped film, before transverse slat 453, rear end is respectively equipped with the left ear flap 4532 of film end that right-hand member sticks up outward, one end of horizontal platen 451 openings is right folding plate 4533 at the bottom of film, be located at respectively before horizontal platen 451, the film end auris dextra flap 4581 that its head end of rear side sticks up outward, the set square 4582 docking with these film end auris dextra flap 4581 tail end intervals respectively and with the plate 4583 on horizontal surface and inclined-plane, and form ear folded seam 4584 under film end between film end auris dextra flap 4581 tail ends and set square 4582, between film end auris dextra flap 4581 tail ends and the plate 4583 with horizontal surface and inclined-plane, form ear folded seam 4585 on film end, in the process moving right under unidirectional chain 457 promotions on being moved slide rail 454 with note box b and film section d, by left folding plate 4531 at the bottom of L shaped film, at the bottom of the film of horizontal platen 451 opening one end, right folding plate 4533 completes the folding of film section d bottom, simultaneously by before transverse slat 453, the left ear flap 4532 of film end of rear end synchronously completes before film section d, folding of the left ear in rear end, again by film end auris dextra flap 4581, ear folded seam 4584 under film end, on film end, ear folded seam 4585 completes before film section d successively, rear end auris dextra, folding of lower ear and upper ear,
Hot enclosuring device 456,459 is conventional film hot enclosuring device, be made as three, First hot enclosuring device 456 is counterdie hot enclosuring device, be arranged on the horizontal platen 451 that is positioned at open back side, film section d bottom for doubling poststack seals, second, third hot enclosuring device 459 is terminal membrane hot enclosuring device, is arranged on the horizontal platen 451 forward and backward both sides of exit end, for the film section d front and back ends of doubling poststack, seals;
Buffer memory indexing mechanism 46 comprises: be arranged on the wheel shaft 461 on cabinet 41, be located at the sheave which is provided with four axial notches 462 463 of wheel shaft 461 right-hand members, be located at the second power wheel 464 of wheel shaft 461 left ends, sheave 463 joins with horizontal platen 451 exit end of folded film heat sealing mechanism 45, so that under the second power wheel 464 drives, live axle 461 and on sheave 463 rotate, simultaneously the shifting sledge 454 by folded film heat sealing mechanism 45 and on unidirectional chain 457 then one the barrel b that is enclosed with film is sent in the groove 462 of sheave 463 correspondences, make it to be transformed into next station by current station,
Pushing away box-packed draw box mechanism 47 comprises, the buffering that is arranged on cabinet 41 and is positioned at buffer memory indexing mechanism 46 sheave 463 belows connects box plate 471, connect with buffering the saddle 473 that is hinged with forward and backward, upper and lower four guide plates 472 on its that box plate 471 exit end join, outer container 48 is placed in the position that guide plate 472 is opened, to be enclosed with, promotes to strut when four guide plates 472 are put outer container 48 when the barrel b of film enters saddle 473 to the right, connect with buffering the push pedal 474 that box plate 471 entrance points join, the power push pedal assembly being connected with push pedal 474, this power push pedal assembly comprises the connecting rod 475 being connected with push pedal 474, the slide block 476 being connected with connecting rod 475, the slide rail of support slipper 476, its two ends that are connected with slide block 476 are placed in the endless chain 477 on running roller 478, be located at the power wheel on running roller 478 wheel shafts, the motor driving wheel 479 being connected with power wheel by driving band, so that by motor just, reversion, by driving wheel 479, driving band, power wheel, running roller 478 is just driving endless chain 477, reversion, thereby drive slide block 476 and connecting rod 475 on endless chain 477, push pedal 474 moves back and forth along slide rail, final promotion barrel b connects box plate 471 along buffering and moves right, when swinging with promotion guide plate 472, strut outer container 48 to the right, thereby the barrel that is enclosed with film one is sent in outer container 48 then, through the conventional packing machine 5 of postorder, complete the bellows of outer container 48, after joint sealing, by conventional stacker 6, completed after piling, send into routinely product warehouse.
Claims (8)
1. an automatic packaging machine group, is characterized in that comprising the batch charger joining successively, automatic buffer memory gig, barrel automatic packaging machine, film automatic wrapping machine, wherein:
Batch charger comprises:
On it, establish the first frame of conveying mechanism and Power train, in the first frame, be positioned at conveying mechanism mouth top, be provided with on it bunker mechanism with inlet point, discharging opening; This bunker mechanism comprises by left and right, back vertical plate, with the front vertical plate of door capable of being opened, and the hopper that swings base plate formation, its one end activity is plugged on the permanent seat of the right riser of hopper, the other end is hinged with vertical network chain and is suspended from the dividing plate at hopper middle part, is located at the loose roller of establishing axial notch on its roll surface of discharging opening;
Automatically buffer memory gig comprises:
Power train in the second frame and the second frame, be located at the lift system in the second frame, the pan feeding load-transfer device joining with lift system, is provided with the feed bin that plate is lifted in lifting in its joining with pan feeding conveyer belt discharging mouth, discharging load-transfer device feeding mouth respectively, and feed bin top is provided with:
By active wheels, driven wheels, tensioning wheels, and be placed in the reorganizer that the belt conveyor on active wheels, driven wheels, tensioning wheels forms; Described active wheels comprise: the second driving wheel being connected with the first driving wheel on drive motor main shaft and on imput shaft, be located at the first belt wheel in imput shaft; Driven wheels comprise: high-order driven shaft, be located at the second belt wheel on high-order driven shaft, and low level driven shaft, be located at the 3rd belt wheel on low level driven shaft; Tensioning wheels comprise: tensioning shaft, be located at the rotating disk of this tensioning axle head, and be located at two turntable shafts on rotating disk, be located at the tension wheel on each turntable shaft, belt conveyor is placed on the first belt wheel, the second belt wheel, the 3rd belt wheel and tension wheel successively; Reorganizer mouth one side is provided with output alignment machine structure, and this output alignment machine structure comprises the neat plate of first count and cylinder, and reorganizer mouth opposite side is the backboard in frame;
By being placed in initiatively the 3rd driving wheel, the first flower wheel in the imput shaft of wheels of reorganizer, and the conveyer that forms of the load-transfer device on the 3rd driving wheel and the first flower wheel; Conveyer can swing around described imput shaft with the height of buttress;
Be connected with conveyer by hinge, be located at respectively the fork at hinge two ends, be located at the compactor that two pinch rollers on each fork form, wherein pinch roller is placed on the belt conveyor of reorganizer;
Barrel automatic packaging machine comprises:
The 3rd frame and on Power train, be located at the counting mechanism in the 3rd frame, mounted box, folding box conveying mechanism, be also provided with feeding distribution mechanism in the 3rd frame, feeding distribution mechanism below is provided with vibration delivery device, wherein:
Feeding distribution mechanism comprises sub-material load-transfer device, is positioned at the blanking bin of sub-material load-transfer device below, matched with blanking bin discharging opening, is distributed with the sub-material wheel of axial notch along circumference wall, is positioned at sub-material wheel below the aggregate bin matched with sub-material wheel discharging opening;
Vibration delivery device comprises the material collecting box matched with the aggregate bin discharging opening of feeding distribution mechanism, this material collecting box is connected with linear slide rail by the portable bar of its bottom, the portable bar other end is connected with flute profile wheel, flute profile wheel is connected with drive motor, in material collecting box rear end, be provided with pushing piece, pushing piece is connected with engine;
Film automatic wrapping machine comprises:
Cabinet, is located at the Power train on cabinet, and be all connected with Power train:
Film support sending mechanism, comprise the first rotating shaft being arranged on cabinet, be arranged on the second rotating shaft on slide rail, be arranged on film transfer roller group and nip rolls pair on cabinet, the spool two ends of film roll are placed in respectively in the first rotating shaft and the second rotating shaft, and film extends to nip rolls to upper through transfer roller group;
Film cutting send mechanism, comprise be arranged on cabinet and with film support sending mechanism nip rolls on its roll surface joining with the rotor of cutting knife, the Timing Belt joining with rotor;
He Motuosheng mechanism, comprises that its one end and the film cutting that are arranged on cabinet send mechanism's Timing Belt to join, and the supporting plate that the mounted box on the other end and barrel automatic packaging machine, folding box conveying mechanism join is located at the linkage rod group of supporting plate below, the cam being connected with linkage rod group;
Folded film heat sealing mechanism, comprise the horizontal platen of establishing opening on it, opening both sides on horizontal platen are respectively equipped with oscillating deck, between two oscillating decks, form the Vertical Channel that He Motuosheng mechanism supporting plate moves up and down, be located on its of horizontal platen top with shifting sledge and the crank connecting link of unidirectional chain, also comprise folded film device and hot enclosuring device;
Buffer memory indexing mechanism, comprises the wheel shaft being arranged on cabinet, is located at the sheave which is provided with a plurality of axial notches of wheel shaft one end, is located at the power wheel of the wheel shaft other end, and the horizontal stand plate exit end of sheave and folded film heat sealing mechanism joins;
Push away box-packed draw box mechanism, comprise that the buffering that is arranged on cabinet and is positioned at buffer memory indexing mechanism sheave below connects box plate, connect with buffering the saddle that is hinged with guide plate on its that box plate exit end joins, connect with buffering the push pedal that box plate entrance point joins, the power push pedal assembly being connected with push pedal.
2. automatic packaging machine group according to claim 1, the permanent seat outer end that it is characterized in that described batch charger is fixed on the riser of hopper one side, the inner is connected with the support being obliquely installed, permanent seat top is provided with vertical slot, the plug of this vertical slot and dividing plate end is matched, and dividing plate is placed on the support of inclination; Swing base plate and be made as swash plate, its high-end riser bottom that is fixed on hopper one side by fastening nail, low side is suspended from the riser below of hopper opposite side, and form discharging opening between the low side of base plate and riser, the hopper riser of this discharging opening top is provided with baffle plate, and the lower end of this baffle plate extends to loose roller inner side; Loose roller roll shaft end is provided with the second power wheel, this second power wheel is connected with Power train by driving band or chain, this Power train comprises drive motor, drop-gear box and the 4th driving wheel, the second flower wheel being connected with the 4th driving wheel by driving band or chain, be located at two the 3rd flower wheels and the 4th flower wheel on the second flower wheel wheel shaft, power wheel in the conveying mechanism being connected with two the 3rd flower wheels respectively by driving band or chain, and the second power wheel of the loose roller roll shaft end being connected with the 4th flower wheel.
3. automatic packaging machine group according to claim 1, is characterized in that described automatic buffer memory gig:
Lift system comprises: the elevator chain being connected with power motor by transmission component, on elevator chain carrier bar face, be distributed with hook groove, low level feeding mouth and the upstream belt of elevator chain are joined, high-position discharge mouth and pan feeding load-transfer device feeding mouth join, in lift system both sides, be respectively equipped with input alignment machine structure, each input alignment machine structure comprises the neat plate of second count and cylinder;
Lifting is lifted plate and is comprised: the oblique flat board that its shape and feed bin shape adapt, support tiltedly dull and stereotyped bearing, be connected with bearing and be enclosed within the sliding sleeve on slide rail, this sliding sleeve is fixed on messenger chain, messenger chain one end is fixed on the driven sprocket of bottom, the other end is fixed on the drive sprocket at top, and drive sprocket is connected with reducing motor main shaft.
4. automatic packaging machine group according to claim 1, is characterized in that described barrel automatic packaging machine:
Sub-material load-transfer device is made as arranged side by side two, blanking bin is made as two, the inlet point of each blanking bin joins with corresponding sub-material conveyer belt discharging mouth, and sub-material wheel is made as in opposite directions two of arranged side by side and hand of rotation, and each sub-material wheel inlet point is connected with corresponding blanking bin discharging opening;
Counting mechanism is sensor for countering, is located at respectively two sub-material conveyer belt discharging mouth one sides, each sensor for countering all with counter controller electrical coupling;
Mounted box, folding box conveying mechanism are arranged on vibration delivery device one side.
5. automatic packaging machine group according to claim 1, is characterized in that described film automatic wrapping machine:
It is two load-transfer devices that are set up in parallel that film cutting send the Timing Belt of mechanism;
The linkage rod group of He Motuosheng mechanism comprises first connecting rod, the second connecting rod being connected with cam, and supporting plate is connected with second connecting rod.
6. automatic packaging machine group according to claim 1, is characterized in that the folded film heat sealing mechanism of described film automatic wrapping machine:
Each oscillating deck comprises by hinge and is hinged on its upper end band horizontal ends on the pole being connected with horizontal platen, the swash plate that lower end is connected with extension spring;
Unidirectional chain is disposed on shifting sledge, and each unidirectional chain is arranged on shifting sledge lower end by stop block, fastening nail and right angle block;
Folded film device comprises the transverse slat on the shifting sledge of being located at supporting plate top, the interval, lower end of this transverse slat arranges left folding plate at the bottom of L shaped film, before transverse slat, rear end is respectively equipped with the left ear flap of the film end sticking up outside one end, one end of horizontal platen opening is right folding plate at the bottom of film, be located at respectively before horizontal platen, the film end auris dextra flap that its head end of rear side sticks up outward, the set square docking with this film end auris dextra flap tail end interval respectively and with the plate on horizontal surface and inclined-plane, and between film end auris dextra flap tail end and set square, form ear folded seam under film end, between film end auris dextra flap tail end and the plate with horizontal surface and inclined-plane, form ear folded seam on film end,
Hot enclosuring device is made as three, and First is counterdie hot enclosuring device, is arranged on the horizontal platen that is positioned at open back side, and second, third is terminal membrane hot enclosuring device, is arranged on the forward and backward both sides of horizontal stand plate exit end.
7. automatic packaging machine group according to claim 1, is characterized in that the box-packed draw box mechanism that pushes away of described film automatic wrapping machine:
Guide plate on saddle is made as forward and backward, upper and lower four, and one end of every is hinged on saddle by hinge, and outer container is placed in the position that orienting lug is opened;
Power push pedal assembly comprises the connecting rod being connected with push pedal, the slide block that is connected with connecting rod, and the slide rail of support slipper, its two ends that are connected with slide block are placed in the endless chain on running roller, are located at the power wheel on running roller wheel shaft, the motor driving wheel being connected with power wheel by driving band.
8. automatic packaging machine group according to claim 1, is characterized in that described film automatic wrapping machine discharging opening is also connected with packing machine, stacker.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210194222.2A CN102717912B (en) | 2012-06-13 | 2012-06-13 | Automatic packaging unit |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210194222.2A CN102717912B (en) | 2012-06-13 | 2012-06-13 | Automatic packaging unit |
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| CN102717912A CN102717912A (en) | 2012-10-10 |
| CN102717912B true CN102717912B (en) | 2014-02-26 |
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| CN201210194222.2A Expired - Fee Related CN102717912B (en) | 2012-06-13 | 2012-06-13 | Automatic packaging unit |
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