A kind of two-channel high efficiency packing machine and technology of the package
Technical field
The invention belongs to packaging machinery fields, more particularly to a kind of two-channel high efficiency packing machine and technology of the package.
Background technology
Bag type package machine traditional at present is all that can only pack one bag every time, and production efficiency is relatively low;Meanwhile artificial and soil
The rising of use cost, pursuit of the people to lower production costs can only spend more funds to go to purchase machine, thus want
More places accommodate machine, employ more workers to operate machine, cause various expenses high, it is therefore necessary to
Produce it is a kind of more efficient and cannot too occupied space packing machine.
Invention content
The purpose of the present invention is exactly that be related to a kind of two-channel high efficiency packing machine and technology of the package, packaging speed be current pocket type
Twice of packing machine, and area occupied and occupied space are then suitable with current bag type package machine.
The present invention is realized by using following technical proposals.
A kind of two-channel high efficiency packing machine, including:Film placing mechanism, cutting distance adjustor, filming-drawing mechanism, bag making blanker
Structure, longitudinal sealing mechanism, transport bag mechanism, transverse sealing mechanism, transmission mechanism, rack, it is characterised in that:Film placing mechanism includes being installed on to put film
Cant board puts membrane arms, puts and is equipped with interior tooth adjustment seat in membrane arms, and the outer tooth adjustment seat being connected through a screw thread therewith, simultaneously also
Configured with the locking nut for preventing inside and outside tooth adjustment seat from loosening, bearing that the outer tooth adjustment seat install by inner cavity and
Put film axis connection together, packaging film roll is put by stifled be fixed on of the film of left and right two on film axis;Cutting distance adjustor includes being installed on
The right lateral side plate put left horizontal side plate on film cant board and be installed on short side riser, the horizontal side plate in left and right by fixed guided membrane frame and
Cutting component is fixed together, and the horizontal side plate upper surface in left and right is separately installed with movable guided membrane frame guide shaft, is respectively equipped on guide shaft
One box slipper bearing, box slipper bearing upper surface are fixed with movable guided membrane frame, one group of tune are also equipped on left horizontal side plate
Save component, it is described to put film cant board and short side riser is installed on before framework panel at upper end;Longitudinal sealing mechanism includes a left side
Long arm swing, the short swing arm in a left side, a right long arm swing, a short swing arm in the right side are respectively equipped with longitudinal sealing mould adjustable plate, longitudinal sealing in swing arm
Mould is fixed on longitudinal sealing mold mounting plate and is bolted on together with adjustable plate, left long arm swing and left short swing arm, right long pendulum
Arm is fixed on by longitudinal sealing swinging axle on longitudinal sealing swinging axle mounting blocks respectively with right short swing arm, and longitudinal sealing swinging axle mounting blocks are welded on
At on the inside of framework panel, left long arm swing and right short swing arm, left short swing arm and right long arm swing pass through synchronising (connecting) rod in machine frame inside point
The tail end of connection, left long arm swing and right long arm swing is connected to a longitudinal sealing tension spring, and being respectively filled with one by upper bit in tail end indulges
Seal bearing;Transverse sealing mechanism includes the horizontal sealing fixed plate that framework panel both sides are respectively installed, and the inside both ends of fixed plate are respectively equipped with one
Guide shaft is slided, fixed plate inside is respectively provided with active slip plate and follower slip plate, active slip along sliding guide shaft
Plate and follower slip plate both ends are respectively provided with synchronization blocks and linear bearing is fixed on sliding guide shaft, and the inside of active slip plate fills
The horizontal sealing mould movable plate for being cased with compressed spring, the inside of horizontal sealing mould movable plate and the outside of follower slip plate are filled with horizontal sealing respectively
Mould, left side active slip plate and the right follower slip plate are fixed on by synchronization blocks connecting rod in synchronization blocks respectively, make principal and subordinate is dynamic to slide
Motion block energy synchronizing moving, the right active slip plate and left side follower slip plate are linked together by the same manner, active slip
The fixed one piece of cutter mounting blocks in upper surface of plate, one are screwed below cutter mounting blocks cutter, left swing arm with
The tail end of right swing arm is connected to by upper bit with a horizontal sealing tension spring, and there are one horizontal sealing bearing, the left sides for each dress at tail end
Swing arm and right swing arm are fixed on by horizontal sealing swinging axle on horizontal sealing swinging axle mounting blocks respectively, and horizontal sealing swinging axle mounting blocks are welded on
At on the inside of framework panel.
A kind of technology of the package of two-channel high efficiency packing machine, it is characterised in that:Including following process:
(1), filming-drawing mechanism drives the packaging film for being fixed on and putting on film axis that will be wrapped along film placing mechanism and cutting distance adjustor
Dress film is separated and is directed in respective channel;
(2), pass through bag making blanking mechanism, longitudinal sealing machine respectively under drive of the packaging film of respective channel in transport bag mechanism
Structure is sealed and is cut off into transverse sealing mechanism.
The film placing mechanism is equipped with bearing with interior tooth adjustment seat by the inner cavity of the outer tooth adjustment seat of screw-thread fit will
It puts film axis to be fixed together, can will put film axis by tooth adjustment seat outside positive and negative rotation is moved to the left or right, for that will consolidate
It is scheduled on the packaging film roll adjustment centering put on film axis.
The front end face of cutting component in the cutting distance adjustor is equipped with the cutting for assisting centering packaging film
Scale;Guided membrane for packaging film after assisting centering to cut is installed before the movable guided membrane frame guide rod on movable guided membrane frame
Frame scale.
One group of adjusting part of the left horizontal side plate installation in the cutting distance adjustor is that a screw rod both ends are fixed on
On horizontal side plate, screw rod is combined with one piece of nut block with interior tooth, is fixed on movable guided membrane frame, guided membrane is driven by rotary screw
Frame moves.
Synchronising (connecting) rod in the longitudinal sealing mechanism is that fixed oscillating bearing is distinguished at a screw rod both ends.
Active slip plate is connect with horizontal sealing swing arm by oscillating bearing and oscillating bearing mounting plate in the transverse sealing mechanism.
The start and stop of the filming-drawing mechanism are determined by giving the location of pull-rod, when giving pull-rod close to filming-drawing mechanism
When electric motor starting carry out membrane, when giving pull-rod far from filming-drawing mechanism motor stop membrane, the one end for giving pull-rod is equipped with decision
The sensor of filming-drawing mechanism start and stop.
The present invention can simultaneously pack on one side relative to traditional packing machine in production on one side by packaging film cutting, roll adjustment
Two bags of packagings, the cutting scale being mainly referred to before being cut on cutting component, by rotating on film placing mechanism
Outer tooth adjustment seat, which is moved to the left or right packaging film, makes packaging film centering;The present invention most prominent features are to increase cutting roll adjustment
Mechanism includes mainly fixed guided membrane frame and movable guided membrane frame, and effect is will to cut into the packaging film of two row along guide rod
Separate corresponding distance.
The beneficial effects of the invention are as follows:Packaging film first carries out cutting before entering packaging and is then introduced into corresponding package channel,
Two packaging bags are packed with a set of transmission system drives;It is Traditional Packing in volume and the comparable yield of Traditional Packing machine
Twice of machine, included splitting function reduce the processing cost before packaging, have compared to traditional packing machine apparent energy saving, high
The features such as imitating, be small and exquisite.
Description of the drawings
Structural upright schematic diagram based on Fig. 1.
Fig. 2 is film placing mechanism, cutting distance adjustor, filming-drawing mechanism stereoscopic schematic diagram.
Fig. 3 is film placing mechanism detail drawing.
Fig. 4 is the schematic diagram one for cutting distance adjustor.
Fig. 5 is the schematic diagram two for cutting distance adjustor.
Fig. 6 is film placing mechanism, cutting distance adjustor, filming-drawing mechanism walk film schematic diagram.
Fig. 7 is longitudinal sealing mechanism stereoscopic schematic diagram.
Fig. 8 is transverse sealing mechanism stereoscopic schematic diagram.
It is marked in figure:1, film roll 2 is packed, film blocks up 3, interior tooth adjustment seat 4, outer tooth adjustment seat 5, bearing 6, locking screw
Mother 7, put membrane arms 8, put film axis 9, guide roller 1, guide roller 2 11, dancer 12, guide shaft 13, adjusting part 14,
Activity-oriented bar 15, movable guided membrane frame 16, movable guided membrane frame guide rod 17, fixed guided membrane frame 18, fixed guide pole 19,
Left horizontal side plate 20, driven voller 22, gives pull-rod 23, right lateral side plate 24, bevel gear pair 25, motor mounting plate at live-roller 21
26, membrane motor 27, movable guided membrane frame guide shaft 28, guided membrane frame scale 29, short side riser 30, box slipper bearing 31, point
Cut component 32, cutting scale 33, slitting blade 34, T-type fixed block 35, guide roller 3 36, guide roller 4 37, guide roller
5 38, packaging film 39 after cutting puts film cant board 40, longitudinal sealing mould 41, left short swing arm 42, right short swing arm 43, longitudinal sealing mould
Mounting plate 44, right long arm swing 46, synchronising (connecting) rod 47, longitudinal sealing bearing 48, longitudinal sealing cam 49, is indulged longitudinal sealing mould adjustable plate 45
Seal tension spring 50, longitudinal sealing swinging axle 51, longitudinal sealing swinging axle mounting blocks 52, left long arm swing 53, horizontal sealing mould movable plate 54, cutter
55, cutter mounting blocks 56, oscillating bearing mounting plate 57, compressed spring 58, framework panel 59, horizontal sealing swinging axle mounting blocks
60, horizontal sealing swinging axle 61, driving motor 62, horizontal sealing tension spring 63, horizontal sealing bearing 64, rolling bearing units 65, transmission shaft 66, cross
Seal cam 67, horizontal sealing swing arm 68, reduction box 69, swing arm oscillating bearing 70, sliding panel oscillating bearing 71, horizontal sealing fixed plate
72, slide guide shaft 73, active slip plate 74, synchronization blocks 75, linear bearing 76, horizontal sealing mould 77, synchronization blocks connecting rod 78, from
Dynamic sliding panel.
Specific implementation mode
Invention is further described in detail with reference to the accompanying drawings and examples.
As shown in Figure 1, the present invention includes:Film placing mechanism A, cutting distance adjustor B, filming-drawing mechanism C, bag making blanking mechanism D,
Longitudinal sealing mechanism E, transport bag mechanism F, transverse sealing mechanism G, transmission mechanism H, rack I.Film placing mechanism and cutting distance adjustor pass through respectively
It puts film cant board 39 and short side riser 29 is fixed at 58 front upper end of framework panel.Membrane motor 26 passes through motor mounting plate 25
It is fixed on right lateral side plate 23, live-roller 20 and driven voller 21 are mounted on the horizontal side plate in left and right, opposite by being bonded to each other friction
Rotation drives packaging film, passes through 24 passing power of bevel gear pair between motor and live-roller.
As shown in Figures 2 and 3, it puts membrane arms 7 and is installed on and put on film cant board 39, put and interior tooth adjustment seat 3 is installed in membrane arms,
The outer tooth adjustment seat 4 being connected through a screw thread therewith, while being also configured with the locking screw for preventing inside and outside tooth adjustment seat from loosening
Mother 6, the bearing 5 that the outer tooth adjustment seat is installed by inner cavity is fixed together with film axis 8 is put, and can join before being cut
It can pass through rotation if it find that packaging film both sides and cutting cutter 33 are asymmetric according to the cutting scale 32 on cutting component 31
Outer tooth adjustment seat 4, which makes to put film axis, to be moved to the left or right packaging film and is allowed to symmetrical.The locking nut is for preventing from producing
In the relative rotation of inside and outside tooth adjustment seat make to put film axis and move left and right that packaging film cutting is caused deviation occur.The cutting cutter
Blade is in the center of two longitudinal sealing mould die orifices.
As shown in Fig. 2,4,5,6, it is installed on the left horizontal side plate 19 put on film cant board and is installed on short side riser 29
Right lateral side plate 23, the horizontal side plate in left and right is fixed together by fixed guided membrane frame 17 and cutting component 31, on the horizontal side plate in left and right
End face is separately installed with movable guided membrane frame guide shaft 27, and respectively dress is there are one box slipper bearing 30 on guide shaft, on box slipper bearing
End face is fixed with movable guided membrane frame 15, is also equipped with one group of adjusting part 13 on left horizontal side plate, the described film cant board and short put
Cant board is installed at 58 front upper end of framework panel.When the packaging film of centering cutting is by guide roller 3 35, then along solid
The fixed guide pole 18 for determining guided membrane frame passes through the activity-oriented bar 14 of movable guided membrane frame to come movable guided membrane frame guide rod 16, at this time
Packaging film separately directed on corresponding transfer passage, then pass through the downward conveying and packaging film of filming-drawing mechanism.Described
Guided membrane frame scale 28 for packaging film 38 after assisting centering to cut is installed before movable guided membrane frame guide rod.Work as packaging film
The distance between it is too wide or too narrow when so that packaging film is directed to suitable position by adjusting part movement activity guided membrane frame.
With reference to shown in Fig. 4 and Fig. 5 it is found that when the specification difference of packaging film, it can be adjusted by rotating adjusting part
The distance between two packaging films:When activity-oriented bar is close to fixed guide pole, the packaging film of cutting is close in opposite directions;When activity is led
To bar far from fixed guide pole, backwards to separate, the packaging film after only cutting could wrap in defined position for the packaging film of cutting
Qualified packaging is taken on to come.Dotted line in figure is the extended line of longitudinal sealing mould die orifice line (the signified straight line of Fig. 7 labels 40).
The cutting component is that a screw rod both ends are fixed on horizontal side plate, and screw rod is combined with one piece of nut with interior tooth
Block is fixed on movable guided membrane frame, and the movement of guided membrane frame is driven by rotary screw.
As shown in fig. 6, be fixed on the packaging film put on film axis bypasses guide roller 1, dancer 11, guide roller 2 10 respectively
It then passes through cutting component 13 packaging film is divided into two.The packaging film of slitting is by guide roller 3 35, then along fixation
The fixed guide pole 18 of guided membrane frame passes through the activity-oriented bar 14 of movable guided membrane frame to come movable guided membrane frame guide rod 16, at this time
Packaging film is separately directed on corresponding transfer passage, then passes through the downward conveying and packaging films of filming-drawing mechanism C.Conveying is got off
Packaging film 38 around giving pull-rod 22, guide roller 5 37 and guide roller 4 36 are passed through, subsequently into bag making blanking mechanism D.It is described
Dancer be to be fixed on the guide shaft 12 put on film cant board by T-type fixed block 34 along a both ends to move up and down, by
Packaging film is allowed to keep tensioner state always in the effect of gravity.
As shown in fig. 7, longitudinal sealing mechanism includes left long arm swing 52, left short swing arm 41, right long arm swing 45, right short swing arm 42, pendulum
Longitudinal sealing mould adjustable plate 44 is respectively installed, longitudinal sealing mould 40 is fixed on longitudinal sealing mold mounting plate 43 and consolidates by bolt with adjustable plate on arm
It is scheduled on together, left long arm swing is fixed on longitudinal sealing by longitudinal sealing swinging axle 50 respectively with left short swing arm, right long arm swing and right short swing arm
On swinging axle mounting blocks 51, longitudinal sealing swinging axle mounting blocks are welded at 58 inside of framework panel, left long arm swing and right short swing arm, a left side
Short swing arm and right long arm swing are connected in machine frame inside point by synchronising (connecting) rod 46, due to the effect of synchronising (connecting) rod, left short swing arm with
Always duration of oscillation is consistent as right long arm swing and left long arm swing swing angle for right short swing arm.Left long arm swing and right long arm swing
Tail end is connected to a longitudinal sealing tension spring 49, and a longitudinal sealing bearing 47 is respectively filled with by upper bit in tail end.Longitudinal sealing cam 48 is fixed
On the transmission shaft 65 of transmission mechanism, longitudinal sealing bearing fits closely one with cam working face always under the action of longitudinal sealing tension spring
It rises, longitudinal sealing cam is ceaselessly rotated in the drive of motor, when the proximal end working face of longitudinal sealing cam is bonded with bearing, due to tension spring
Effect, longitudinal sealing mould be in open and be open maximum distance;When the distal end working face of longitudinal sealing cam is bonded with bearing, left and right
Long arm swing overcomes the effect of tension spring, longitudinal sealing mould to be in closed state, is also that longitudinal sealing mould carries out sealing packaging membrane stage at this time.Longitudinal sealing
It is used to provide heat to envelope mould equipped with heater inside mould.
As shown in figure 8, the horizontal sealing fixed plate 71 that transverse sealing mechanism, which includes framework panel both sides, respectively to be installed, the inside two of fixed plate
End is respectively equipped with a sliding guide shaft 72, is respectively provided with active slip plate 73 and driven along sliding guide shaft on the inside of the fixed plate
Sliding panel 78, active slip plate and follower slip plate both ends are respectively provided with synchronization blocks 74 and linear bearing 75 is fixed on sliding guide shaft
On, the horizontal sealing mould movable plate 53 for being cased with compressed spring 57, horizontal sealing mould movable plate and active slip are filled on the inside of active slip plate
It opposite can be slided between plate, the inside of horizontal sealing mould movable plate and the outside of follower slip plate are filled with horizontal sealing mould 76, the left side respectively
Active slip plate and the right follower slip plate are fixed on by synchronization blocks connecting rod 77 in synchronization blocks respectively, and principal and subordinate is enable to move sliding shoe
Synchronizing moving, the right active slip plate and left side follower slip plate are linked together by the same manner, active slip plate it is upper
The fixed one piece of cutter mounting blocks 55 in end face, cutter mounting blocks lower section are screwed one cutter 54, and cutter is built in
It seals in the cutter slot among mould, active slip plate passes through oscillating bearing 69,70 and oscillating bearing mounting plate 56 with horizontal sealing swing arm 67
Connection.The tail end of left swing arm and right swing arm is connected to by upper bit with a horizontal sealing tension spring 63, and there are one horizontal for each dress at tail end
Seal bearing 63.Horizontal sealing cam 66 is fixed on the transmission shaft 65 of transmission mechanism, bearing under the action of tension spring always with cam work
It is fitted closely together as face, horizontal sealing cam is ceaselessly rotated in the drive of motor, when the proximal end working face and bearing of horizontal sealing cam
When fitting, due to the effect of tension spring, horizontal sealing mould, which is in, to be opened and is to open maximum distance;When horizontal sealing cam distal end working face with
When bearing is bonded, horizontal swinging arm overcomes the effect of tension spring, horizontal sealing mould to be in closed state, is also that horizontal sealing mould carries out sealing packet at this time
Fill membrane stage.It is used to provide heat to envelope mould equipped with heater inside horizontal sealing mould.Principle is cut off in horizontal sealing:The instruction of horizontal sealing mould is to work as
When cam is reached at distalmost end working face, horizontal sealing mold compression spring is allowed to shrink back backward, and cutter is to be rigidly connected in actively
On sliding panel and cutter edge maintains an equal level with envelope die orifice, just clamps packaging film when sealing mould and being closed and is sealed, but at this time due to
The effect of cam causes to shrink back after envelope mould, and when sealing die orifice and retreating to after the edge of a knife, packaging bag is just cut-off, realizes side at this time
Seal the function of side cut-out.
As illustrated in figures 1 and 8, transmission mechanism includes the reduction box 68 for being installed on framework soleplate, and reduction box is equipped on side
Driving motor 61, the upper surface of reduction box place are equipped with a transmission shaft 65, and the other end is fixed on rack upper plate by rolling bearing units 64.
The upper end of transmission shaft is respectively used to driving equipped with horizontal sealing cam equipped with longitudinal sealing cam, middle and seals mould in length and breadth.
A kind of technology of the package of two-channel high efficiency packing machine, it is characterised in that:Including following process:
(1), filming-drawing mechanism C drives the packaging film for being fixed on and putting on film axis will along film placing mechanism A and cutting distance adjustor B
Packaging film is separated and is directed in respective channel;
(2), pass through bag making blanking mechanism D, longitudinal sealing machine respectively under drive of the packaging film of respective channel in transport bag mechanism F
Structure E is sealed and is cut off into transverse sealing mechanism G.