CN2801642Y - Double-row automatic bag making filling and packaging machine - Google Patents
Double-row automatic bag making filling and packaging machine Download PDFInfo
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- CN2801642Y CN2801642Y CN 200520109661 CN200520109661U CN2801642Y CN 2801642 Y CN2801642 Y CN 2801642Y CN 200520109661 CN200520109661 CN 200520109661 CN 200520109661 U CN200520109661 U CN 200520109661U CN 2801642 Y CN2801642 Y CN 2801642Y
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Abstract
The utility model relates to an automatic bag making, filling and packaging machine, particularly a double-row automatic bag making, filling and packaging machine. Aiming at solving the technical problems that the existing automatic bag making filling and packaging machine only uses a roll of film to pack a row of packing articles, and the work efficiency is low, the utility model adopts the technical scheme that the double-row automatic bag making, filling and packaging machine comprises a machine frame 1, a material supplying device, a bag moulding device, a longitudinally sealing device, a breadthways sealing and cutting device and a slitting and horizontally moving device 67 which can longitudinally slit the film and parallelly move a definite distance, wherein the material supplying device comprises two parallel material supplying devices 59 and 60; the bag moulding device comprises two parallel bag making and moulding device 61 and 62; the longitudinally sealing device comprises two parallel longitudinally sealing devices 63 and 64. Compared with the existing automatic bag making, filling and packaging machine, the utility model has the advantage that the packaging speed can enhance one time; compared with two existing automatic bag making, filling and packaging machines, the utility model has the advantages of reducing occupied space and enhancing cost performance.
Description
Technical field:
The utility model relates to a kind of automatic bag making improved padding machine.
Background technology:
In January, 2003, science and technology press in Guangdong has published and distributed " automated food wrapping machine " book of being write by Zhang Cong, publisher: Huang Daquan, and this book chapter 4 discloses overall structure, principle of work and the method for designing of automatic bag making improved padding machine.According to the disclosed content of this book, the automatic bag making improved padding machine adopts the spool type packing, can be plastics monofilm, laminated film etc., realizes automatic bag making on wrapping machine, load, seals, whole packaging processes such as cut-out.The automatic bag making improved padding machine is divided into vertical and horizontal two big classes by total arrangement, can be divided into continous way and batch (-type) two big classes by the mode of motion of bag.The 141st page to the 143 pages overall structure that describe the vertical continous way bag of representative type improved padding machine in detail at this book, mainly comprise driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway and automatically controlled checking system seven major parts, each most principle of work has also been done detailed introduction.In fact, the overall structure of horizontal continous way bag improved padding machine also comprises seven major parts of above-mentioned vertical machine, just the difference to some extent of relation of the mutual alignment between the each several part and vertical machine.From the document of at present disclosed relevant automatic bag making improved padding machine and the product of different manufacturer production, the automatic bag making improved padding machine all comprises above-mentioned seven major parts that this book is introduced basically, just the title that adopts in the title that is adopted and this book is not too consistent, but flesh and blood is essentially identical.
Comprise the automatic bag making improved padding machine of introducing in " automated food wrapping machine ", existing automatic bag making improved padding machine all is that work efficiency is lower with a volume blister-pack one row connection with wrapping of piece.In order to increase substantially package speed, reduce floor area, the domestic wrapping machine producer that has with two back-to-back combinations of wrapping machine, by share a main frame, develops the two pass automatic packaging machine.This automatic packaging machine is actually a kind of cordwood frame disjunctor combination, except that frame is share one, driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway and automatically controlled checking system etc. all are two cover independent structures, and their adjustment, operation and control also are respectively independently.Such machine will be installed two volume films respectively, the two cover independent structures work of independently starting shooting separately, and except that floor area had a small amount of minimizing, its manufacturing cost and operation be artificial compared not significantly minimizing with the wrapping machine of two platform independent.
Summary of the invention:
The technical problems to be solved in the utility model is that existing automatic bag making improved padding machine can only be rolled up blister-pack one row connection with wrapping of piece, inefficiency with one.For solving this technical problem, the utility model by the following technical solutions: dual-line packing machine able to automatically making bags and filling material in bag comprises frame 1, material feedway, bag forming device, vertical seal apparatus and horizontal sealing and shutoff device.Its special character is: also comprise film vertically can be cut and parallel move a certain distance cut translating device 67.The material feedway comprises two feed conveyer chains 59,60 arranged side by side, and the bag forming device comprises two bag formers 61,62 arranged side by side, and vertical seal apparatus comprises two vertical seal apparatus 63,64 arranged side by side.Feed conveyer chain 59, bag former 61, vertical seal apparatus 63 and horizontal sealing and shutoff device are formed a packing file, feed conveyer chain 60, bag former 62, vertical seal apparatus 64 and horizontal sealing and shutoff device are formed another packing file, two the packing files be parallel to each other, cut translating device 67 two output films the position respectively with two the packing files corresponding.
Horizontal sealing of the present utility model and shutoff device comprise that two covers arranged side by side seal cutter 65,66, seal cutter 65 and seal cutter 66 corresponding with vertical seal apparatus 63 and vertical seal apparatus 64 respectively.
Horizontal sealing and shutoff device comprise that two covers arranged side by side seal cutter 65,66, are meant to seal cutter 65 and seal cutter 66 to be installed in side by side on a pair of vertically sealed roller of horizontal sealing and shutoff device.Seal cutter 65 and seal cutter 66 corresponding with vertical seal apparatus 63 and vertical seal apparatus 64 respectively, be meant and seal cutter 65 and vertical seal apparatus 63 in a packing file, seal cutter 66 and vertical seal apparatus 64 in another packing file.Carry out two packaging bags of vertical involution through vertical seal apparatus 63 and vertical seal apparatus 64,, and cut off and separate respectively by sealing cutter 65 and seal cutter 66 and carry out transversal heat seal and close.
Feed conveyer chain 59 of the present utility model and feed conveyer chain 60 connect with same transmission device, and vertical seal apparatus 63 and vertical seal apparatus 64 connect with same transmission device, seal cutter 65 and seal cutter 66 to connect with same transmission device; These transmission devices all connect with the driving system that can drive their synchronized operation.
Feed conveyer chain 59 and feed conveyer chain 60 generally all adopt by sprocket wheel and chain-drive conveyer chain, and they connect the sprocket wheel that typically refers to them and are installed on the same axle drive shaft with same transmission device, make both have identical speed.Vertical seal apparatus 63 and vertical seal apparatus 64 generally respectively have one to two pair of vertical envelope roller, they connect with same transmission device and are meant that corresponding vertical envelope roller connects with same axle drive shaft between vertical seal apparatus 63 and the vertical seal apparatus 64, make to indulge seal apparatus 63 and have identical vertical involution speed with vertical seal apparatus 64.Seal cutter 65 and seal cutter 66 and connect with same transmission device, be meant to seal cutter 65 and seal cutter 66 and be installed in side by side on a pair of vertically sealed roller of horizontal sealing and shutoff device, by same drive shaft, make and seal cutter 65 and seal cutter 66 and have identical horizontal involution speed.The transmission device of the transmission device of feed conveyer chain 59 and feed conveyer chain 60, vertical seal apparatus 63 and vertical seal apparatus 64 and the transmission device that seals cutter 65 and seal cutter 66 all connect with the driving system of complete machine, guarantee synchronized operation between them.
The translating device 67 of cutting of the present utility model comprises and cuts pan carriage 71, driven roller 25 and knife rest 27, cuts pan carriage 71 and is installed on the frame 1.Cutting to be equipped with on the pan carriage 71 can wraparound change the left and right turning gear 2,3 that rotate at center 6, on the left turning gear 2 left folding is installed and returns pole pair 4, right folding is installed on the right-hand rotation device 3 returns pole pair 5.
Left folding of the present utility model is returned pole pair 4 and is comprised turn back the bar 4a and the bar 4b that turns back down, right folding return pole pair 5 comprise turn back bar 5a with under the bar 5b that turns back.Driven roller 25 and knife rest 27 are installed in cuts on the pan carriage 71, and cutter 26 is installed on the knife rest 27, driven roller 25 be positioned at turn back bar 4a and on turn back the place ahead of bar 5a, cutter 26 is positioned at the middle part of driven roller 25.
The Down Highway 5c of the Down Highway 4c of bar 4b and the bar 5b that turns back down turn back down generally by center of gyration 6.Film is at first turned back first power to (going back to opposite direction by original working direction) through the bar of turning back down, the bar of on process, turning back then turn back again first power to, make film get back to original working direction again like this.As long as at the Down Highway 4c of the bar 4b that turns back down with under the uneven situation of Down Highway 5c of the bar 5b that turns back down, after two film tapes returned pole pair 4 and right folding and return pole pair 5 through left folding respectively, the distance between about them will change.On turn back bar 4a, down turn back bar 4b, on the bar 5a that turns back be their running surface with the part that the bar 5b that turns back down contacts with film, adopt what shape regardless of their cross-sectional plane, the bus that all should guarantee running surface is a straight line.When the in-to-in tension force of two film tapes all compares evenly (tension force of the right and left that mainly refers to same film tape is basic identical), on the bus of turning back on the running surface of the bar 4a and the bar 4b that turns back down all should be parallel to each other, on the bus of turning back on the running surface of the bar 5a and the bar 5b that turns back down also all should be parallel to each other, could guarantee like this to turn back for twice after the direction through two bars of turning back, the working direction of film does not change.When the in-to-in tension force of two film tapes inhomogeneous (tension force that mainly refers to the right and left of same film tape differs bigger), on the bus of turning back on the running surface of the bar 4a and the bar 4b that turns back down certain angle just should be arranged, on the bus of turning back on the running surface of the bar 5a and the bar 5b that turns back down certain angle also should be arranged, could guarantee like this to turn back for twice after the direction through two bars of turning back, the working direction of film does not change.The Down Highway 5c of the Down Highway 4c of bar 4b and the bar 5b that turns back down of turning back down is meant the bus that the direction of film is turned back in the above.Cutter 26 along long line generally by turning back to 4 and catadioptric to 5 centre, it is used for rolling up the reel film with one and longitudinally cuts into two.Driven roller 25 described in the technique scheme be positioned at turn back bar 4a and on turn back the place ahead of bar 5a be meant turn back bar 4a and on the side that the film of bar 5a enters of turning back, enter turn back the bar 4a and the bar 5a that turns back respectively from two film tapes of driven roller 25 outputs.The middle part that cutter 26 described in the technique scheme is positioned at driven roller 25 is not limited to the middle of cutter 26 driven in registry rollers 25, and the position that is meant cutter 26 can contact with the film on driven roller 25, thereby the whole piece film is longitudinally cut into two film tapes, and two film tapes are packed two row material to be packaged in two packing files respectively.Usually, the position of cutter 26 is fixed, and the position of reel film on reel-off stand can be adjusted vertically, thereby the reel divided thin film is cut into two film tapes that width is different, to satisfy different packing requirementss.
Left and right turning gear 2,3 of the present utility model all comprises revolving bed 7, revolution guide piece and revolution control apparatus.Left folding is returned pole pair 4 and right folding and is returned on the revolving bed 7 that pole pair 5 is installed in left and right turning gear 2,3 respectively.
Revolving bed 7 is that revolute pair is connected with cutting between the pan carriage 71, and revolving bed 7 can cut rotation on the pan carriage 71.The revolution guide piece is used for revolving bed 7 is led, and makes revolving bed 7 cut wraparound commentaries on classics center 6 rotations on the pan carriage 71.The revolution control apparatus can adopt mechanisms such as gear-sectional wheel, worm segment-worm couple, revolute pair and screw pair.The revolution control apparatus is used to regulate revolving bed 7 and is cutting the angle that wraparound commentaries on classics center 6 turns on the pan carriage 71.Left folding is returned pole pair 4 and can be directly installed on the left turning gear 2, also can be installed in indirectly on the left turning gear 2 by other parts.Right folding is returned pole pair 5 and can be directly installed on the right-hand rotation device 3, also can be installed in indirectly on the right-hand rotation device 3 by other parts.
Revolution guide piece of the present utility model comprises slide block 8 and the circular guideway 31 of cutting on the pan carriage 71, and the revolution control apparatus comprises quadrant gear 9 and gear 10.Left and right turning gear 2,3 quadrant gear 9 separately is separately fixed at the left and right sides of cutting pan carriage 71, and their center of circle all overlaps with center of gyration 6.Gear 10 and quadrant gear 9 engagements, the gear wheel shaft 11 of gear 10 is installed on the revolving bed 7, and knob 12 is installed on the gear wheel shaft 11.Slide block 8 is fixed on the revolving bed 7, slide block 8 and circular guideway 31 bearing fits of cutting on the pan carriage 71, and the center of circle of circular guideway 31 all overlaps with center of gyration 6.
Knob 12 can adopt other mechanism such as handle to substitute.Turning knob 12, knob 12 rolls on quadrant gear 9 by gear wheel shaft 11 driven gears 10.Gear 10 rolls on quadrant gear 9, changes center 6 by gear wheel shaft 11 drive revolving beds 7 and slide block 8 along circular guideway 31 wraparounds of cutting pan carriage 71 and rotates.
Revolution control apparatus of the present utility model also comprises screw rod 14 and knob 15.Screw rod 14 cooperates with screw on the slide block 8, and an end of screw rod 14 can contact with cutting pan carriage 71, and the other end is connected with knob 15.
Screw rod 14 and knob 15 are used for revolving bed 7 is unclamped on the pan carriage 71 or locks cutting, and knob 15 can adopt other mechanism such as handle to substitute.Because slide block 8 is fixed together with revolving bed 7, by unclamping or lock slider 8 just can unclamp or lock revolving bed 7.The utility model also can be installed in screw rod 14 and knob 15 on the revolving bed 7, makes screw rod 14 and knob 15 can directly unclamp or lock revolving bed 7.Screw rod 14 and knob 15 are installed in technical scheme on the revolving bed 7 also in protection domain of the present utility model.The utility model also can adopt unclamping of other or blocking device to substitute screw rod 14 and knob 15, as long as this alternative device can unclamp revolving bed 7 or lock cutting on the pan carriage 71, with regard to all in protection domain of the present utility model.
In the technique scheme of the present utility model, revolution guide piece and revolution control apparatus can also adopt following scheme: the revolution guide piece comprises the axis hole on the revolving bed 7 of the bearing pin 16 of cutting on the pan carriage 71 and left and right turning gear 2,3, the revolving bed 7 of left and right turning gear 2, the 3 all axis hole by separately is installed on the bearing pin 16, and the axis of bearing pin 16 is exactly the center of gyration 6 of left and right turning gear 2,3.The revolution control apparatus comprises arc groove 17, bearing pin 18, adjustable column 19, screw rod 20, screw rod 21 and bearing pin 22.Arc groove 17 is being cut on the pan carriage 71, and its center of circle overlaps with center of gyration 6.The middle part of bearing pin 18 is positioned at arc groove 17, and its end is fixed on the revolving bed 7, and the other end is connected with screw rod 21.One end of bearing pin 22 is fixed on cuts on the pan carriage 71, and the other end is connected with screw rod 20.The two ends of adjustable column 19 have the opposite negative thread of rotation direction, and the rotation direction of screw rod 20 and screw rod 21 is opposite, and the negative thread at adjustable column 19 two ends cooperates with screw rod 20 and screw rod 21 respectively.
Bearing pin 18 moves as circular arc along arc groove 17, and driving revolving bed 7 wraparound all the time changes center 6 and rotate.Rotate adjustable column 19, screw rod 20 and screw rod 21 are flexible in the opposite direction on adjustable column 19, rotate thereby change center 6 by 7 wraparounds of bearing pin 18 driving rotational seats.Have self-locking action between the negative thread at adjustable column 19 two ends and screw rod 20 and the screw rod 21, revolving bed 7 can cut locking on the pan carriage 71.
Turn back on of the present utility model bar 4a and on turn back bar 5a at least one be installed in and move on the seat 23, move seat 23 and be installed on the revolving bed 7.Move seat 23 and have mobile guide device and mobile control apparatus.
On turn back bar 4a or on the bar 5a that turns back can be directly installed on and move on the seat 23, also can be installed in indirectly and move on the seat 23 by other parts.Move between seat 23 and the revolving bed 7 and connect with moving sets (prismatic pair), mobile 23 can be moved on revolving bed 7.Move seat 23 and be used for driving and turn back that bar 4b is parallel to be moved bar 4a relative to turning back down, perhaps be used for turning back in the drive bar 5a relative under turn back that bar 5b is parallel to be moved.The mobile guide device is used for mobile seat 23 is led, and makes mobile seat 23 moving linearly on revolving bed 7, thereby turns back bar 4a and following distance of turning back between the bar 4b on changing, turn back on perhaps changing bar 5a and following distance of turning back between the bar 5b.Mobile control apparatus is used to regulate mobile 23 distances that move on revolving bed 7, promptly regulate turn back bar 4a and following distance of turning back between the bar 4b, perhaps turn back in the adjusting bar 5a and following distance of turning back between the bar 5b.
Turn back on of the present utility model bar 4a and on turn back bar 5a respectively the swing bearing pin 24 by separately be installed in revolving bed 7 or move on the seat 23, on turn back bar 4a and on the bar 5a that turns back all have oscillation adjuster.
On turn back bar 4a and on the turn back swing bearing pin 24 of bar 5a both can be installed on the revolving bed 7, also can be installed in and move on the seat 23, move on the seat 23 but have at least one swing bearing pin 24 to be installed in.On turn back bar 4a and on turn back bar 5a can be around swing bearing pin 24 swing separately, thereby turn back bar 4a and the angle of turning back down between the bar 4b on changing, turn back in the change bar 5a and the angle between the bar 5b of time turning back.Turn back in the change bar 4a and the angle between the bar 4b of turning back down, turn back on perhaps changing bar 5a and the angle of turning back down between the bar 5b, can adjust the film tape of turning back through them about the tension force on two limits.Oscillation adjuster can adopt mechanisms such as slide block and screw pair, cylindrical pair and screw pair, eccentric wheel, cam.Oscillation adjuster be used to regulate turn back bar 4a and on the turn back angle of bar 5a swing, and will on turn back bar 4a and on the bar 5a that turns back be locked on this angle.
Of the present utility model cutting is equipped with guiding roller 28 on the pan carriage 71, guiding roller 28 is positioned at the rear of turn back down the bar 4b and the bar 5b that turns back down.
The pan carriage 71 of cutting of the present utility model has oscillation adjuster, cuts pan carriage 71 and connects with frame 1 by revolute pair, the parallel axes of the pivot center of revolute pair and driven roller 25 or overlap.Oscillation adjuster comprises adjustable column 81, screw rod 80, screw rod 82, bearing pin 84 and bearing pin 85, and the two ends of adjustable column 81 have the opposite negative thread of rotation direction, and the rotation direction of screw rod 80 and screw rod 82 is opposite.One end of screw rod 80 is installed on the frame 1 by bearing pin 84, the screw-internal thread fit of the outside thread of screw rod 80 other ends and adjustable column 81 1 ends.One end of screw rod 82 is installed in by bearing pin 85 and cuts on the pan carriage 71, the screw-internal thread fit of the outside thread of screw rod 82 other ends and adjustable column 81 other ends.
Cut pan carriage 71 and connect with frame 1, make and cut pan carriage 71 and can on frame 1, swing around the axis of revolute pair by revolute pair.Rotate adjustable column 81, screw rod 80 and screw rod 82 are flexible in the opposite direction on adjustable column 81, thereby cut the axis swing of pan carriage 71 around revolute pair by bearing pin 84 and bearing pin 85 drivings.Have self-locking action between the negative thread at adjustable column 81 two ends and screw rod 80 and the screw rod 82, can will cut pan carriage 71 lockings.
Revolute pair in the technique scheme can be on the frame 1 circular hole with cut flange on the pan carriage 71 compositions that cooperatively interact, also can be on the frame 1 spool with cut pan carriage 71 on circular hole cooperate composition.
The mobile control apparatus of guiding roller 28 and the oscillation adjuster of cutting pan carriage 71 are mainly used in the relative position of regulating guiding roller 28 and bag former 61,62 in the technique scheme, make two film tapes of cutting translating device 67 outputs can moulding preferably in bag former 61,62.The mobile control apparatus of guiding roller 28 and the oscillation adjuster of cutting pan carriage 71 have replaced the guiding roller and the setting device thereof of existing wrapping machine bag shaped device.
The utility model can be cut into two film tapes with same volume reel divided thin film owing to have the translating device of cutting 67, and two film tapes can be used for two packing files and simultaneously two row materials be packed.Because feed conveyer chain of the present utility model, bag former and vertical seal apparatus all respectively have two covers arranged side by side, they with cut translating device 67 and cooperatively interact and form two packing files that are parallel to each other, can pack two row materials simultaneously, can double than the package speed of existing automatic bag making improved padding machine.Because feed conveyer chain 59,60, bag former 61,62, vertical seal apparatus 63,64 and to seal cutter 65,66 all be to arrange side by side, they with cut translating device 67 and can be installed on the same frame 1 and to form two parallel packing files, and can use same set of driving system, film feeder and automatically controlled checking system jointly, compare with existing two automatic bag making improved padding machines, significantly reduced shared space, improved the ratio of performance to price, and simple to operate, reduced the cost of management maintenance.
Description of drawings:
Fig. 1 is the front view of the utility model embodiment 1;
Fig. 2 is the birds-eye view of the utility model embodiment 1;
Fig. 3 is the front view of the utility model embodiment 2;
Fig. 4 is the birds-eye view of the utility model embodiment 2;
Fig. 5 is the front view of the utility model embodiment 3;
Fig. 6 is the birds-eye view of the utility model embodiment 3;
Fig. 7 is the front view (comprising C-C view, D-D view and E-E view among Fig. 8) of cutting the embodiment 1 of translating device 67 among Fig. 1, Fig. 2;
Fig. 8 is the right elevation (comprising B-B view and F-F view among Fig. 7) of cutting the embodiment 1 of translating device 67 among Fig. 1, Fig. 2;
Fig. 9 is the A-A view among Fig. 7;
Figure 10 is the front view (comprising C-C view and D-D view among Figure 11) of cutting the embodiment 2 of translating device 67 among Fig. 3, Fig. 4;
Figure 11 is the right elevation (comprising B-B view and E-E view among Figure 10) of cutting the embodiment 2 of translating device 67 among Fig. 3, Fig. 4;
Figure 12 is the A-A view among Figure 10;
Figure 13 is for cutting the front view (comprising C-C view, D-D view and E-E view among Figure 14) of the embodiment 3 of translating device 67 among Fig. 5 and Fig. 6;
Figure 14 is for cutting the right elevation (comprising B-B view, F-F view and G-G view among Figure 13) of the embodiment 3 of translating device 67 among Fig. 5 and Fig. 6;
Figure 15 is the A-A view among Figure 13;
Figure 16 is the front view of socket cap 51 among Figure 13;
Figure 17 is the right elevation of socket cap 51 among Figure 13;
Figure 18 is the front view of nut 50 among Figure 13;
Figure 19 is the fundamental diagram of cutting translating device 67 among Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6;
Figure 20 is the A-A view among Figure 19.
The specific embodiment:
Below in conjunction with accompanying drawing embodiment of the present utility model is described in detail.
Embodiment 1:
As depicted in figs. 1 and 2, present embodiment is a kind of horizontal continous way dual-line packing machine able to automatically making bags and filling material in bag, and it comprises frame 1, driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system, middle feedway 72,73 and discharger conveying device 70.Driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system, middle feedway 72,73 and discharger conveying device 70 all are installed on the frame 1.The film feeder of present embodiment adopts inhead type, and promptly the film feeder is positioned at the top of bag forming device.The film feeder comprises reel-off stand 68 and cuts translating device 67.Reel-off stand 68 is used to install reel film 69, and cut translating device 67 and be used for the whole piece film 56 of reel film 69 outputs is longitudinally cut into two film tapes 57,58, and with two film tapes, 57,58 parallel moving a certain distance.Cut translating device 67 and can adopt different forms, the back will be introduced its three kinds of embodiment respectively.The material feedway comprises two feed conveyer chains 59,60 arranged side by side, and feed conveyer chain 59 and feed conveyer chain 60 all have guide rail and driving lever.The corresponding sprocket wheel of feed conveyer chain 59 and feed conveyer chain 60 is identical with chain, both corresponding sprocket wheels be installed in same transmission shaft on, the linear velocity of feed conveyer chain 59 and feed conveyer chain 60 is equated.The bag forming device comprises two bag formers 61,62 arranged side by side, the input end of bag former 61 and bag former 62 is aimed at the mouth of feed conveyer chain 59 and feed conveyer chain 60 respectively, and the input end of bag former 61 and bag former 62 is also aimed at the outgoing position of two film tapes 57,58 of cutting translating device 67 respectively.Vertical seal apparatus comprises two vertical seal apparatus 63,64 arranged side by side, and vertical seal apparatus 63 and vertical seal apparatus 64 respectively have a pair of vertical envelope roller, dress heat element in the vertical envelope roller.Vertical seal apparatus 63 is identical with vertical seal apparatus 64 corresponding vertical envelope rollers, and both connect with same transmission device by vertical accordingly envelope roller, and this transmission device drives vertical seal apparatus 63 and rotates with identical speed with the corresponding vertical envelope roller of vertical seal apparatus 64.The input end of vertical seal apparatus 63 and vertical seal apparatus 64 is aimed at the mouth of bag former 61 and bag former 62 respectively.Middle feedway 72,73 respectively has two load-transfer devices up and down, and two corresponding belt wheels of load-transfer device are identical, and corresponding belt wheel is installed on the same transmission shaft, makes the linear velocity of two load-transfer devices identical.Middle feedway 73 is at vertical seal apparatus 63 and seal between the cutter 65 three's central lines.Middle feedway 72 is at vertical seal apparatus 64 and seal between the cutter 66 three's central lines.Middle feedway 72,73 can be near as far as possible will be filled with material and be transported to horizontal sealing and shutoff device through the packaging bag behind vertical involution.72,73 pairs of packing films of middle feedway also have auxiliary traction action.The input end of middle feedway 72 and middle feedway 73 is aimed at the mouth of vertical seal apparatus 64 and vertical seal apparatus 63 respectively.Horizontal sealing and shutoff device comprise that a pair of vertically sealed roller and two covers seal cutter 65,66, seal cutter 65 and seal cutter 66 to be fixed on the vertically sealed roller side by side.Seal cutter 65,66 and all have heat sealing plate, tubular electric heating element, cutting knife and knife plate.Two vertically sealed rollers are driven by same transmission shaft, make to seal cutter 65 and seal cutter 66 and can carry out horizontal involution and cut-out to two row packaging bags simultaneously.Sealing cutter 65 aims at the mouth of middle feedway 73 and middle feedway 72 respectively with the input end that seals cutter 66.Discharger conveying device 70 comprises a load-transfer device, and load-transfer device is driven by the sprocket chain strip transmission mechanism.The input end of discharger conveying device 70 is aimed at the mouth that seals cutter 66 with sealing cutter 65, and the width of the load-transfer device of discharger conveying device 70 can be placed two packages of the mouth output of sealing cutter 65 and sealing cutter 66 and adorn the packaging bag that finishes.Film feeder, feed conveyer chain 59, bag former 61, vertical seal apparatus 63, middle feedway 73, seal cutter 65 and discharger conveying device 70 is formed a packing file, this packing file is used for packing one and arranges material.Film feeder, feed conveyer chain 60, bag former 62, vertical seal apparatus 64, middle feedway 72, seal cutter 66 and discharger conveying device 70 is formed another packing file, this packing file is used to pack another and arranges material.Above-mentioned two packing files are parallel to each other, and cut the position of two output films of translating device 67 and aim at two packing files respectively.Above-mentioned two packing files all connect their synchronized operation of transmission system drives with driving system.Above-mentioned two shared same set of automatically controlled checking systems of packing file.
Embodiment 2:
As shown in Figure 3 and Figure 4, present embodiment also is a kind of horizontal continous way dual-line packing machine able to automatically making bags and filling material in bag, it comprises frame 1, driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system, middle feedway 72,73 and discharger conveying device 70, and driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system, middle feedway 72,73 and discharger conveying device 70 all are installed on the frame 1.Present embodiment adopts underneath type except the film feeder, be that the film feeder is positioned at beyond the below of bag forming device, the parts of other parts and parts connecting relation each other and position relation is identical with embodiment 1 substantially, repeats no more here.
Embodiment 3:
As shown in Figure 5 and Figure 6, present embodiment also is a kind of horizontal continous way dual-line packing machine able to automatically making bags and filling material in bag, and it comprises frame 1, driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system and discharger conveying device 70.Driving system, film feeder, bag forming device, vertical seal apparatus, horizontal sealing and shutoff device, material feedway, automatically controlled checking system and discharger conveying device 70 all are installed on the frame 1, and the film feeder adopts inhead type.Present embodiment has omitted the middle feedway 72,73 among the embodiment 1.Discharger conveying device 70 adopts blowpit, does not have the load-transfer device among the embodiment 1.Present embodiment is mainly used in pot foods such as packaged confectionary, and horizontal sealing and shutoff device comprise that a pair of vertically sealed roller and one seal cutter, seal cutter and are fixed on the vertically sealed roller.Seal cutter and have heat sealing plate, tubular electric heating element, cutting knife and knife plate.Because the width of packaging bag is narrower, and two row packaging bag close together, a width that seals cutter can seal cutter with one and simultaneously horizontal involution and cut-out be carried out in two row packaging bags across two row packaging bags.Present embodiment is different with embodiment 1 with discharger conveying device 70 except horizontal sealing and shutoff device, and omitted beyond the middle feedway 72,73, the parts of other parts and parts connecting relation each other and position relation is identical with embodiment 1 substantially, repeats no more here.
Below three the different embodiment that cut translating device 67 among above-mentioned three embodiment are described in detail:
Cut the embodiment 1 of translating device 67:
Fig. 7 to shown in Figure 9 be the first kind of embodiment that cuts translating device 67, it comprise cut pan carriage 71, driven roller 25, knife rest 27, guiding roller 28, left turning gear 2, right-hand rotation device 3, left folding returns pole pair 4 and right folding is returned pole pair 5.Cutting pan carriage 71 is installed on the frame 1.Left side turning gear 2 and right-hand rotation device 3 left-right symmetric, they are installed in the left and right sides of cutting pan carriage 71 respectively, and can rotate around the center of gyration 6 of cutting on the pan carriage 71.Left folding is returned pole pair 4 and is installed on the left turning gear 2, and right folding is returned pole pair 5 and is installed on the right-hand rotation device 3.Left and right turning gear 2,3 all comprises revolving bed 7, revolution guide piece and revolution control apparatus.Left folding is returned pole pair 4 and right folding and is returned on the revolving bed 7 that pole pair 5 is installed in left and right turning gear 2,3 respectively.Left folding is returned pole pair 4 and is comprised turn back the bar 4a and the bar 4b that turns back down, right folding return pole pair 5 comprise turn back bar 5a and under the bar 5b that turns back, on turn back bar 4a, down turn back bar 4b, on the turn back working portion of the bar 5a and the bar 5b that time turns back all be circular rod.Driven roller 25 and knife rest 27 are installed in cuts pan carriage 1, and cutter 26 is installed on the knife rest 27.Driven roller 25 be positioned at turn back bar 4a and on turn back the place ahead of bar 5a, cutter 26 is positioned at the middle part of driven roller 25.Guiding roller 28 is installed in cuts on the pan carriage 1, and it is positioned at the rear of turn back down the bar 4b and the bar 5b that turns back down.The revolution guide piece is slide block 8 and the circular guideway 31 of cutting on the pan carriage 1, and the revolution control apparatus comprises quadrant gear 9 and gear 10, and circular guideway 31 is fixed on the quadrant gear 9 side by side.Left and right turning gear 2,3 quadrant gear 9 separately is separately fixed at the left and right sides of cutting pan carriage 1, and their center of circle all overlaps with center of gyration 6.Gear 10 and quadrant gear 9 engagements, the gear wheel shaft 11 of gear 10 is installed on the revolving bed 7, and knob 12 is installed on the gear wheel shaft 11.Slide block 8 is fixed on the revolving bed 7 by screw 13, and slide block 8 has spill circular guideway 31, and the spill circular guideway 31 of slide block 8 is buckled in cuts on the pan carriage 1 convex circular guideway 31, and the center of circle of circular guideway 31 and quadrant gear 9 all overlaps with center of gyration 6.The revolution control apparatus also comprises screw rod 14 and knob 15.Screw rod 14 cooperates with screw on the slide block 8, and an end of screw rod 14 can contact with quadrant gear 9, and the other end is connected with knob 15.On turn back bar 4a and on the bar 5a that turns back be installed in respectively on the left and right mobile seat 23, left and right mobile seat 23 is installed on the left and right revolving bed 7.Under turn back bar 4b and the bar 5b that turns back down directly be fixed on respectively on the left and right revolving bed 7, the Down Highway 5c of the Down Highway 4c of the bar 4b that turns back down and the bar 5b that time turns back passes through center of gyration 6.Move seat 23 and have mobile guide device and mobile control apparatus.The mobile guide device comprises guide groove 29, screw 30 and screw 32.Guide groove 29 is moving on the seat 23, and it is a straight trough, it and the axis normal of cooresponding turn back down the bar 4b or the bar 5b that time turns back.After screw 30 and screw 32 pass guide groove 29, cooperate with two screws on the revolving bed 7 respectively.The axis normal of line between screw 30 and the screw 32 and cooresponding turn back down the bar 4b or the bar 5b that turns back down.Screw 30 and screw 32, two screws that pass on guide groove 29 and the revolving bed 7 cooperatively interact, and will move seat 23 and be installed on the revolving bed 7, and moving seat 23 can be by guide groove 29 along two screws, 30,32 straight-line motion.Mobile control apparatus comprises adjustable column 34, screw rod 35 and screw rod 36.The two ends of adjustable column 34 have the opposite negative thread of rotation direction, and the rotation direction of the screw thread of screw rod 35 and screw rod 36 is opposite, screw rod 35 and screw rod 36 respectively with the screw-internal thread fit at adjustable column 34 two ends.Screw rod 35 and screw rod 36 are separately fixed at revolving bed 7 and move on the seat 23, the axis normal of the axis of adjustable column 34, screw rod 35 and screw rod 36 and cooresponding turn back down the bar 4b or the bar 5b that turns back down.On turn back bar 4a and on turn back bar 5a respectively the swing bearing pin 24 by separately be installed in and move on the seat 23, on turn back bar 4a and on the bar 5a that turns back all have oscillation adjuster.Oscillation adjuster comprises screw 37, knob 38 and spring 39.Screw 37 cooperates with screw on moving seat 23, a side contacts of its end and the afterbody of cooresponding turn back down bar 4b or the following bar 5b that turns back, other end installation knob 38.Spring 39 adopts stage clip, and its end contacts with moving seat 23, and the other end contacts with the opposite side of the afterbody of cooresponding turn back down the bar 4b or the bar 5b that turns back down.Guiding roller 28 has mobile control apparatus, and this moves control apparatus and comprises knob 74, gear wheel shaft 75 and two tooth bars 76.Knob 74 is fixed on an end of gear wheel shaft 75, gear wheel shaft 75 and two tooth bar 76 engagements.Gear wheel shaft 75 is being cut on the pan carriage 71 by bearing installation, and two tooth bars 76 are installed in respectively in two guide grooves of cutting on the pan carriage 71.Article two, tooth bar 76 is parallel to each other, and all with the axis normal of driven roller 25.The two ends of guiding roller 28 are installed on two traversing carriages 83, and two traversing carriages 83 are separately fixed on two tooth bars 76 parallel axes of the axis of guiding roller 28 and driven roller 25.Tooth bar 76 has blocking device 77.Blocking device 77 adopts the bolt that has knob, and this bolt cooperates with screw on cutting pan carriage 71, and can contact with tooth bar 76.
Cut the embodiment 2 of translating device 67:
Figure 10 to shown in Figure 12 be the second kind of embodiment that cuts translating device 67, it comprise cut pan carriage 71, driven roller 25, knife rest 27, guiding roller 28, left turning gear 2, right-hand rotation device 3, left folding returns pole pair 4 and right folding is returned pole pair 5.Cutting pan carriage 71 is installed on the frame 1.Left and right turning gear 2,3 all comprises revolving bed 7, revolution guide piece and revolution control apparatus.Cut and have bearing pin 16 on the pan carriage 1, the revolving bed 7 of left and right turning gear 2, the 3 all axis hole by separately is installed on the bearing pin 16, and the axis of bearing pin 16 is exactly the center of gyration 6 of left and right turning gear 2,3.Left folding is returned pole pair 4 and is installed on the left turning gear 2, and right folding is returned pole pair 5 and is installed on the right-hand rotation device 3.Left folding is returned pole pair 4 and right folding and is returned on the revolving bed 7 that pole pair 5 is installed in left and right turning gear 2,3 respectively.Left folding is returned pole pair 4 and is comprised turn back the bar 4a and the bar 4b that turns back down, right folding return pole pair 5 comprise turn back bar 5a and under the bar 5b that turns back, on turn back bar 4a, down turn back bar 4b, on the turn back working portion of the bar 5a and the bar 5b that time turns back all be circular rod.Driven roller 25 and knife rest 27 are installed in cuts on the pan carriage 1, and cutter 26 is installed on the knife rest 27.Driven roller 25 be positioned at turn back bar 4a and on turn back the place ahead of bar 5a, cutter 26 is positioned at the middle part of driven roller 25.Guiding roller 28 is installed in cuts on the pan carriage 1, and it is positioned at the rear of turn back down the bar 4b and the bar 5b that turns back down.The revolution guide piece comprises the axis hole on the revolving bed 7 of the bearing pin 16 of cutting on the pan carriage 1 and left and right turning gear 2,3, and the revolution control apparatus comprises adjustable column 19, screw rod 20, screw rod 21 and bearing pin 22.Arc groove 17 is being cut on the pan carriage 1, and its center of circle overlaps with center of gyration 6.The middle part of bearing pin 18 is positioned at arc groove 17, and its end is fixed on the revolving bed 7, and the other end is connected with screw rod 21; One end of bearing pin 22 is fixed on cuts on the pan carriage 1, and the other end is connected with screw rod 20.The two ends of adjustable column 19 have the opposite negative thread of rotation direction, and the rotation direction of screw rod 20 and screw rod 21 is opposite, and the negative thread at adjustable column 19 two ends cooperates with screw rod 20 and screw rod 21 respectively.Under turn back bar 4b and the bar 5b that turns back down directly be fixed on respectively on the left and right revolving bed 7, the Down Highway 5c of the Down Highway 4c of the bar 4b that turns back down and the bar 5b that time turns back passes through center of gyration 6.On the bar 4a that turns back be installed on the left revolving bed 7 by swing bearing pin 24, on the bar 4a that turns back have oscillation adjuster.On the bar 5a that turns back be installed in and move on the seat 23, move seat 23 and be installed on the right-hand rotation seat 7.Move seat 23 and have mobile guide device and mobile control apparatus.The mobile guide device comprises dovetailed way 43 and dovetail furrow 44, and dovetailed way 43 is moving on the seat 23, and dovetail furrow 44 is on right-hand rotation seat 7.Dovetailed way 43 cooperatively interacts with dovetail furrow 44, will move seat 23 and be installed on the right-hand rotation seat 7, moves seat 23 and can do straight-line motion on right-hand rotation seat 7 by dovetailed way 43 and dovetail furrow 44.The axis normal of tail guide rail 43 and dovetail furrow 44 and the bar 5b that turns back down.Mobile control apparatus comprises adjustable column 45, screw rod 46 and screw rod 47.The two ends of adjustable column 45 have the opposite negative thread of rotation direction, and the rotation direction of the screw thread of screw rod 46 and screw rod 47 is opposite, screw rod 46 and screw rod 47 respectively with the screw-internal thread fit at adjustable column 45 two ends.Screw rod 46 and screw rod 47 are separately fixed at right-hand rotation seat 7 and move on the seat 23, the axis normal of the axis of adjustable column 45, screw rod 46 and screw rod 47 and the bar 5b that turns back down.On the bar 5a swing bearing pin 24 of turning back be installed in and move on the seat 23, on the bar 5a that turns back have oscillation adjuster.On turn back bar 4a and on the turn back oscillation adjuster of bar 5a all comprise screw rod 40, knob 41 and nut 42.On the turn back screw rod 40 of bar 4a be installed on the left revolving bed 7, its end is equipped with knob 41.On turn back the nut 42 of bar 4a in the slotted hole of the last bar 4a that turns back, nut 42 cooperates with screw rod 40.On the turn back screw rod 40 of bar 5a be installed in and move on the seat 23, its end is equipped with knob 41.On turn back the nut 42 of bar 5a in the slotted hole of the last bar 5a that turns back, nut 42 cooperates with screw rod 40.The guiding roller 28 of present embodiment also has mobile control apparatus, and this moves the parts of control apparatus and parts connecting relation each other and position relation identical with the embodiment 1 that cuts translating device 67 substantially, repeats no more here.
Cut the embodiment 3 of translating device 67:
Figure 13 to shown in Figure 180 be the third embodiment that cuts translating device 67, it comprise cut pan carriage 71, driven roller 25, knife rest 27, guiding roller 28, left turning gear 2, right-hand rotation device 3, left folding returns pole pair 4 and right folding is returned pole pair 5.Cutting pan carriage 71 is installed on the frame 1.Present embodiment is except the position of circular guideway 31, mobile control apparatus, oscillation adjuster and embodiment 1 are different, and other parts are all identical with embodiment 1, repeat no more here.Circular guideway 31 is arranged on the contact surface of cutting pan carriage 1 and revolving bed 7.Mobile control apparatus comprises screw rod 48 and knob 49, and knob 49 is fixed on an end of screw rod 48.Have the opposite outside thread of rotation direction on the screw rod 48, revolving bed 7 and move on the seat 23 and have the opposite negative thread of rotation direction respectively, the outside thread on the screw rod 48 are respectively with revolving bed 7 with move screw-internal thread fit on the seat 23.Oscillation adjuster comprises nut 50, socket cap 51, screw rod 52 and knob 53.Screw rod 52 is installed in and moves on the seat 23, and knob 53 is installed in an end of knob 53.Nut 50 cooperates with screw rod 52.Socket cap 51 last turn back bar 4a and on the turn back afterbody of bar 5a, have the face of cylinder 54 on the socket cap 51.Have square groove 55 on the nut 50, socket cap 51 is positioned at square groove 55.
Among above-mentioned three embodiment that cut translating device 67, cut pan carriage 71 and connect with frame 1, the dead in line of the pivot center of revolute pair and driven roller 25 by revolute pair.Cutting pan carriage 71 can be around the axis swing of driven roller 25.Cut pan carriage 71 and have oscillation adjuster, oscillation adjuster comprises adjustable column 81, screw rod 80, screw rod 82, bearing pin 84 and bearing pin 85, and the two ends of adjustable column 81 have the opposite negative thread of rotation direction, and the rotation direction of screw rod 80 and screw rod 82 is opposite.One end of screw rod 80 is installed on the frame 1 by bearing pin 84, the screw-internal thread fit of the outside thread of screw rod 80 other ends and adjustable column 81 1 ends.One end of screw rod 82 is installed in by bearing pin 85 and cuts on the pan carriage 71, the screw-internal thread fit of the outside thread of screw rod 82 other ends and adjustable column 81 other ends.
Rotate adjustable column 81, can drive by screw rod 80 and screw rod 82 and cut the axis swing of pan carriage 71, cut pan carriage 71 and drive guiding roller 28 swings around driven roller 25.Turning knob 74 can drive guiding roller 28 by gear wheel shaft 75, tooth bar 76 and traversing carriage 83 and move.Blocking device 77 can lock the miles of relative movement of guiding roller 28.By to the swing of guiding roller 28 with move and regulate, can regulate the relative position of guiding roller 28 and bag former 61,62, make two film tapes of cutting translating device 67 outputs can moulding preferably in bag former 61,62.
Above-mentioned principle of work such as Figure 19 and shown in Figure 20 that cuts three embodiment of translating device 67, a volume film 56 of automatic bag making improved padding machine is cut into two film tapes that are parallel to each other 57 and film tape 58 by cutter 26 through driven roller 25 time.After film tape 57 and film tape 58 returned pole pair 4 and right folding and return pole pair 5 and turn back through left folding respectively, left and right sides distance L between the two increased, but still is parallel to each other between the two.Last film tape 57 and film tape 58 through guiding rollers 28 enter bag moulding, filling material, vertical involution, horizontal sealing is closed and packaging processes such as cut-out, discharging, film tape 57 and film tape 58 are packed simultaneously to two row's materials respectively.By the revolution control apparatus regulate turn back bar 4a and turn back down bar 4b and on turn back bar 5a and the bar 5b that turns back down cutting the angle [alpha] that pan carriage 1 turns over, can regulate the distance L between film tape 57 and the film tape 58.Regulate by mobile control apparatus turn back bar 4a with turn back down between the bar 4b distance or on turn back bar 5a and the distance of turning back down between the bar 5b, can regulate film tape 57 and film tape 58 and in the postorder course of processing, extend the inconsistent cut-out error that causes because of tractive.Regulate by oscillation adjuster turn back bar 4a with turn back down between the bar 4b angle or on turn back bar 5a and the angle between the bar 5b of descending to turn back, can regulate film tape 57 and film tape 58 tension force on two limits separately.
The working process of the foregoing description 1 of the present utility model, embodiment 2 and embodiment 3 is roughly as follows: reel film 69 is installed on the reel-off stand 68, and film 56 is subjected to the traction of the vertical envelope roller of the driving of driven roller 25 and vertical seal apparatus 63,64 to make reel film 69 feed films.Film 56 becomes two film tapes that are parallel to each other and keep at a certain distance away 57 and film tape 58 through cutting translating device 67 back slittings.Film tape 57 and film tape 58 enter two bag formers 61,62 respectively after exporting through the guiding roller 28 of cutting translating device 67.Behind bag former 61,62, film tape 57 and film tape 58 form two bag types gradually by flattened state.Film tape 57 and film tape 58 form in the process of bag type, and two feed conveyer chains 59,60 of material feedway are sent into two materials to be packaged in two bag types respectively.Respectively through vertical seal apparatus 63,64, vertical seal apparatus 63,64 vertical envelope roller separately carries out heat sealing to the butt joint longitudinal edge of the film after two moulding respectively through the film after two moulding that are filled with material of bag former 61,62 outputs.The film of indulging after two moulding of involution through vertical seal apparatus 63,64 enters horizontal sealing and shutoff device respectively respectively, and horizontal sealing and shutoff device carry out transversal heat seal to two films to close and cut off.After horizontal sealing and cutting off, packing has two packaging bags of material to fall on the discharger conveying device 70 to be output, and whole automatic packaging process is finished.
Claims (14)
1. dual-line packing machine able to automatically making bags and filling material in bag comprises frame (1), material feedway, bag forming device, vertical seal apparatus and horizontal sealing and shutoff device; It is characterized in that: also comprise film vertically can be cut and parallel move a certain distance cut translating device (67); The material feedway comprises two feed conveyer chains (59), (60) arranged side by side, and the bag forming device comprises two bag formers (61), (62) arranged side by side, and vertical seal apparatus comprises two vertical seal apparatus (63), (64) arranged side by side; Feed conveyer chain (59), bag former (61), vertical seal apparatus (63) and horizontal sealing and shutoff device are formed a packing file, feed conveyer chain (60), bag former (62), vertical seal apparatus (64) and horizontal sealing and shutoff device are formed another packing file, two the packing files be parallel to each other, cut translating device (67) two output films the position respectively with two the packing files corresponding.
2. wrapping machine according to claim 1, it is characterized in that: horizontal sealing and shutoff device comprise that two covers arranged side by side seal cutter (65), (66), seal cutter (65) and seal cutter (66) corresponding with vertical seal apparatus (63) and vertical seal apparatus (64) respectively.
3. wrapping machine according to claim 2, it is characterized in that: feed conveyer chain (59) and feed conveyer chain (60) connect with same transmission device, vertical seal apparatus (63) and vertical seal apparatus (64) connect with same transmission device, seal cutter (65) and seal cutter (66) to connect with same transmission device; These transmission devices all connect with the driving system that can drive their synchronized operation.
4. according to claim 1,2 or 3 described wrapping machine, it is characterized in that: cut translating device (67) and comprise and cut pan carriage (71), driven roller (25) and knife rest (27), cut pan carriage (71) and be installed on the frame (1); Cutting to be equipped with on the pan carriage (71) can wraparound change left and right turning gear (2), (3) that rotate at center (6), left folding is installed on the left turning gear (2) returns pole pair (4), right folding is installed on the right-hand rotation device (3) returns pole pair (5).
5. wrapping machine according to claim 4 is characterized in that: left folding return pole pair (4) comprise the bar of turning back (4a) and under the bar (4b) of turning back, right folding return pole pair (5) comprise the bar of turning back (5a) and under the bar (5b) of turning back; Driven roller (25) and knife rest (27) are installed in cuts on the pan carriage (71), and cutter (26) is installed on the knife rest (27), driven roller (25) be positioned at the bar of turning back (4a) and on turn back the place ahead of bar (5a), cutter (26) is positioned at the middle part of driven roller (25).
6. wrapping machine according to claim 5 is characterized in that: left and right turning gear (2), (3) all comprise revolving bed (7), revolution guide piece and revolution control apparatus; Left folding is returned pole pair (4) and right folding and is returned on the revolving bed (7) that pole pair (5) is installed in left and right turning gear (2), (3) respectively.
7. wrapping machine according to claim 6 is characterized in that: the revolution guide piece comprises slide block (8) and cuts circular guideway (31) on the pan carriage (71), turns round control apparatus and comprises quadrant gear (9) and gear (10); Left and right turning gear (2), (3) quadrant gear (9) separately is separately fixed at the left and right sides of cutting pan carriage (71), and their center of circle all overlaps with center of gyration (6); Gear (10) and quadrant gear (9) engagement, the gear wheel shaft (11) of gear (10) is installed on the revolving bed (7), and knob (12) is installed on the gear wheel shaft (11); Slide block (8) is fixed on the revolving bed (7), slide block (8) and cut circular guideway (31) bearing fit on the pan carriage (71), and the center of circle of circular guideway (31) all overlaps with center of gyration (6).
8. wrapping machine according to claim 7 is characterized in that: the revolution control apparatus also comprises screw rod (14) and knob (15); Screw rod (14) cooperates with screw on the slide block (8), and an end of screw rod (14) can contact with cutting pan carriage (71), and the other end is connected with knob (15).
9. wrapping machine according to claim 8, it is characterized in that: the revolution guide piece comprises the axis hole on the revolving bed (7) of the bearing pin (16) of cutting on the pan carriage (71) and left and right turning gear (2), (3), the revolving bed (7) of left and right turning gear (2), (3) all axis hole by separately is installed on the bearing pin (16), and the axis of bearing pin (16) is exactly the center of gyration (6) of left and right turning gear (2), (3); The revolution control apparatus comprises arc groove (17), bearing pin (18), adjustable column (19), screw rod (20), screw rod (21) and bearing pin (22); Arc groove (17) is being cut on the pan carriage (71), and its center of circle overlaps with center of gyration (6); The middle part of bearing pin (18) is positioned at arc groove (17), and its end is fixed on the revolving bed (7), and the other end is connected with screw rod (21); One end of bearing pin (22) is fixed on cuts on the pan carriage (71), and the other end is connected with screw rod (20); The two ends of adjustable column (19) have the opposite negative thread of rotation direction, and the rotation direction of screw rod (20) and screw rod (21) is opposite, and the negative thread at adjustable column (19) two ends cooperates with screw rod (20) and screw rod (21) respectively.
10. wrapping machine according to claim 9 is characterized in that: on turn back bar (4a) and on turn back bar (5a) at least one be installed in and move on the seat (23), move seat (23) and be installed on the revolving bed (7); Move seat (23) and have mobile guide device and mobile control apparatus.
11. wrapping machine according to claim 10, it is characterized in that: on turn back bar (4a) and on turn back bar (5a) respectively the swing bearing pin (24) by separately be installed in revolving bed (7) or move on the seat (23), on turn back bar (4a) and on the bar (5a) of turning back all have oscillation adjuster.
12. wrapping machine according to claim 11 is characterized in that: cut guiding roller (28) is installed on the pan carriage (71), guiding roller (28) is positioned at the rear of turn back the down bar (4b) and bar (5b) that turn back down.
13. wrapping machine according to claim 12 is characterized in that: guiding roller (28) has mobile control apparatus; Mobile control apparatus comprise gear wheel shaft (75) and with gear wheel shaft (75) two tooth bars of ingear (76), gear wheel shaft (75) adopts revolute pair to connect with cutting pan carriage (71), two tooth bars (76) with cut pan carriage (71) employing moving sets and connect; Article two, tooth bar (76) is parallel to each other, and all with the axis normal of driven roller (25); Guiding roller (28) is installed on two tooth bars (76), the parallel axes of the axis of guiding roller (28) and driven roller (25); Tooth bar (76) has blocking device (77), and blocking device (77) is installed in cuts on the pan carriage (71).
14. wrapping machine according to claim 13, it is characterized in that: cut pan carriage (71) and have oscillation adjuster, cut pan carriage (71) and connect with frame (1), the parallel axes of the pivot center of revolute pair and driven roller (25) or overlap by revolute pair; Oscillation adjuster comprises adjustable column (81), screw rod (80), screw rod (82), bearing pin (84) and bearing pin (85), and the two ends of adjustable column (81) have the opposite negative thread of rotation direction, and the rotation direction of screw rod (80) and screw rod (82) is opposite; One end of screw rod (80) is installed on the frame (1) by bearing pin (84), the outside thread of screw rod (80) other end and the screw-internal thread fit of adjustable column (81) one ends; One end of screw rod (82) is installed in by bearing pin (85) and cuts on the pan carriage (71), the screw-internal thread fit of the outside thread of screw rod (82) other end and adjustable column (81) other end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520109661 CN2801642Y (en) | 2005-06-05 | 2005-06-05 | Double-row automatic bag making filling and packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520109661 CN2801642Y (en) | 2005-06-05 | 2005-06-05 | Double-row automatic bag making filling and packaging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2801642Y true CN2801642Y (en) | 2006-08-02 |
Family
ID=36846349
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520109661 Expired - Lifetime CN2801642Y (en) | 2005-06-05 | 2005-06-05 | Double-row automatic bag making filling and packaging machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2801642Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100445170C (en) * | 2005-06-04 | 2008-12-24 | 李法岗 | Dual-line packing machine able to automatically making bags and filling material in bag |
| CN101310967B (en) * | 2007-05-24 | 2012-04-18 | 奥夫玛有限公司 | Machine for the production of bags made of heat-sealed alveolar or foamed thermoplastic material |
| CN111470116A (en) * | 2020-04-14 | 2020-07-31 | 陈怡� | Commercial express delivery commodity circulation automatic packaging system of electricity |
-
2005
- 2005-06-05 CN CN 200520109661 patent/CN2801642Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100445170C (en) * | 2005-06-04 | 2008-12-24 | 李法岗 | Dual-line packing machine able to automatically making bags and filling material in bag |
| CN101310967B (en) * | 2007-05-24 | 2012-04-18 | 奥夫玛有限公司 | Machine for the production of bags made of heat-sealed alveolar or foamed thermoplastic material |
| CN111470116A (en) * | 2020-04-14 | 2020-07-31 | 陈怡� | Commercial express delivery commodity circulation automatic packaging system of electricity |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20081224 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |