CN208915493U - A kind of transmission enclosuring structure of upright packing machine - Google Patents
A kind of transmission enclosuring structure of upright packing machine Download PDFInfo
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- CN208915493U CN208915493U CN201821373334.3U CN201821373334U CN208915493U CN 208915493 U CN208915493 U CN 208915493U CN 201821373334 U CN201821373334 U CN 201821373334U CN 208915493 U CN208915493 U CN 208915493U
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Abstract
The utility model is about packing machine field, particularly relate to a kind of transmission enclosuring structure of upright packing machine, mainly on body sequentially be equipped with conveying device, extruding device and sealing-cutting device, it is that convey conveying device pre-formed bag-shaped packaging film toward extruding device, when this, which takes the shape of a bag its sack of packaging film, passes through two material extrusion wheel of extruding device, two material extrusion wheels carry out roll-in to sack, it is dropped down onto below sack with squeezing the shot-like particle being located at sack or powder after roll-in, packaging film will be taken the shape of a bag by conveying device by, which continuing, is delivered to sealing-cutting device, to carry out the sealing of sack, it is dropped down onto below sack since the shot-like particle or powder that are located at sack have all squeezed, therefore after can ensure that packaging sack sealing, shot-like particle or powder will not be carried secretly at sealing and generate gap, accordingly, contents cleanliness and storage life in packaging bag are improved to reach The benefits such as limit.
Description
Technical field
The utility model particularly relates to a kind of transmission enclosuring structure of upright packing machine about upright packing machine field.
Background technique
It is general such as the powders such as rice, wheat, bean or pea equigranular object or milk powder, ground coffee, sweet potato powder, to prevent from making moist
Sale is damaged and facilitated, can all be contained and be sealed with packaging bag, then saved or sell.And existing shot-like particle or powder are in packaging
On mainly adopt vertical packaging, after the shot-like particle or powder are poured into packaging bag, the shot-like particle or powder can be made by gravity
Shape object concentrates accumulation naturally, in favor of the sealing of sack.
Previous packing machine finds that the shot-like particle to be packed or powder because of factors such as Electrostatic Absorptions, are not fallen completely often
When entering in packaging bag, and being located at the sack of packaging bag, medial and lateral sealing component just carries out the sealing operation of sack, due to
It is entrained with shot-like particle or powder at sack sealing, so that the sack that should closely seal originally generates a gap, causes external thin
Bacterium, microorganism or dust, foul etc. are entered in packaging bag by gap location, are caused shot-like particle or powder in bag dirty or are damaged
Etc. situations.It is also often to have sack sealing not exclusively to wait missing in packing machine sealing pocket opening.
Summary of the invention
In order to solve the above-mentioned technical problem, the utility model provides a kind of transmission enclosuring structure of upright packing machine.
The technical solution that the utility model is taken to achieve the above object are as follows:
A kind of transmission enclosuring structure of upright packing machine, it is characterised in that: be mainly provided with body, and on the body sequentially
Equipped with conveying device, extruding device and sealing-cutting device；Wherein: the extruding device includes corresponding first material extrusion group and
Two material extrusion groups are being set to the first material extrusion group and the second material extrusion group position in its accommodating space of the molding fixing seat of the body, should
First material extrusion group and the second material extrusion group are respectively provided with the vertical block of group, and are equipped with material-extruding rod in organizing respectively on two groups of vertical blocks, and fix in this
Each group is equipped with flexible power source at the opposite first material extrusion group of seat and the second material extrusion group, and makes the force-output shaft of the two flexible power source
Block is found with the group of the first material extrusion group and the second material extrusion group respectively to be connected with group.
As further preferred, which includes corresponding first conveying group and the second conveying group, and this
One conveying group and the second conveying group are respectively provided with the vertical block of group, and found on block group respectively in the group of the first conveying group and the second conveying group
If two opposite driving wheels, and in being arranged with transmission belt on the two opposite driving wheel.
As further preferred, the extruding device secondly material-extruding rod is equipped with helicoid wheel body in end each group, and make this two
On wheel body screw thread be in opposite rotation direction, organize the fixing seat further equipped with screw rod in its accommodating space, and on the screw rod at
Type has the first thread segment and the second thread segment of opposite rotation direction, respectively and on the wheel body of the first material extrusion group and the second material extrusion group
Screw thread is meshed.
As further preferred, the transmission enclosuring structure of the upright packing machine is further equipped with transmission dress in group on the body
Set, the transmission device include rotating power source, and make the rotating power source transmission shaft group be equipped with the first driving wheel, and be equipped with
The second driving wheel that first driving wheel is meshed, is additionally provided with third driving wheel, to be meshed with second driving wheel, and makes this
Third driving wheel is coaxially organized equipped with the 4th driving wheel, and is equipped with the 5th driving wheel, and is driven the 5th driving wheel with the 4th
Be connected between wheel with transmission belt, and organize the 5th driving wheel coaxially equipped with the 6th driving wheel, be additionally provided with the 7th driving wheel, with
6th driving wheel is meshed, and the 7th driving wheel and the screw rod of the extruding device is made to be connected with group, and in second driving wheel
Coaxial group is equipped with the 8th driving wheel, and is equipped with the 9th driving wheel, to be meshed with the 8th driving wheel, and makes the 9th driving wheel
Coaxial group is equipped with the tenth driving wheel, is additionally provided with the tenth driving wheel and the 12nd driving wheel, to be located at the tenth biography wheel two
Side, and be meshed with the tenth driving wheel, and be equipped with the 13rd driving wheel and the 14th driving wheel, to be driven respectively with the tenth
Wheel and the 12nd driving wheel are meshed, and are additionally provided with the 15th driving wheel and the 16th driving wheel, to be driven respectively with the 13rd
Wheel and the 14th driving wheel are meshed, and make the 13rd driving wheel and the 15th driving wheel respectively it is first defeated with the conveying device
Send group coaxial group of two driving wheels set, and the 14th driving wheel and the 16th driving wheel respectively with the conveying device its second conveying
Coaxial group of two driving wheels of group is set, and is connected to the 13rd driving wheel and the 15th driving wheel jointly on positioning plate, and is somebody's turn to do
14th driving wheel and the 16th driving wheel are then connected on another positioning plate jointly.
As further preferred, which further includes two flexible power sources, is making the two flexible power source
Force-output shaft respectively with the group of the first conveying group of the conveying device and the second conveying group stand block be connected with group.
As further preferred, the transmission enclosuring structure of the upright packing machine further includes feeding device, the pan feeding
Be installed on above the body and be equipped with feeding inlet, and in the feeding inlet be connected with extension and under so that entering above the sealing-cutting device
Expects pipe, and the first conveying group for making the conveying device and second its transmission belt of conveying group difference position are in two side of feeding pipe.
As further preferred, which organizes equipped with press strip respectively, and make two press strip respectively with this first
The transmission belt of conveying group and the second conveying group is corresponding.
As further preferred, the transmission enclosuring structure of the upright packing machine further includes bag folding device, the bag folding
Device includes to lead folded plate and mold plate, this lead folded plate mainly form it is wide at the top and narrow at the bottom, and along two side of feeding pipe in bending set
Vertical guiding cambered surface, but the mold plate is located at this and leads below folded plate, and in forming round sizing hole on the mold plate, for this
Feeding pipe correspondence places, and is formed with gap between the feeding pipe.
As further preferred, the transmission enclosuring structure of the upright packing machine further includes middle line sealing device, is
So that the middle line sealing device is equipped with fixed plate corresponding with the feeding pipe, and is installed with the first heat-sealing in the fixed plate inner face side
Item, and it is then movably equipped with the second heat-sealing item in the another side of fixed plate inner face, and the second heat-sealing item is made to be fixed in sliding block, and make this
The force-output shaft of sliding block and flexible power source is connected with group, and the flexible power source is made to be fixed in link plate, the link plate end and the machine
Body pivot joint, and its other end is then located at the fixed plate, and is equipped with corresponding long slot hole with the fixed plate, and locks the sliding block
It is connected to tip bar, and the tip bar of the sliding block interlocking is made to be arranged in the fixed plate and link plate in long slot hole.
As further preferred, the transmission enclosuring structure of the upright packing machine further includes sealing-cutting device, the sealing
Device is mounted in the accommodating space of the fixing seat, and is located at below the extruding device, and being includes corresponding heat-sealing cutting knife
And heat-sealing edge bearing, and it is connected to the heat-sealing cutting knife and heat-sealing edge bearing each group on group vertical plate, and in the fixing seat with respect to the heat-sealing-cutting
Each group is equipped with flexible power source at knife and heat-sealing edge bearing, and make the force-output shaft of the two flexible power source respectively with the heat-sealing cutting knife and
The group vertical plate of heat-sealing edge bearing is connected with group.Whereby, when conveying device conveys pre-formed bag-shaped packaging film toward extruding device, when this
When taking the shape of a bag two material extrusion wheel of its sack of packaging film by extruding device, two material extrusion wheels carry out roll-in to sack, will be located at bag
Shot-like particle or powder at mouthful squeeze after roll-in to be dropped down onto below sack, and packaging film will be taken the shape of a bag by conveying device by, which continuing, is delivered to envelope
At cutting apparatus, to carry out the sealing of sack, dropped down onto below sack since the shot-like particle or powder that are located at sack have all squeezed, therefore
After can ensure that packaging sack sealing, shot-like particle or powder will not be carried secretly at sealing and generates gap, accordingly, improved with reaching
The benefits such as contents cleanliness and pot-life in packaging bag.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the front view of the utility model；
Fig. 3 is the enlarged partial isometric view of the utility model；
Fig. 4 is the extruding device top view of the utility model；
Fig. 5 is the transmission device perspective view of the utility model；
Fig. 6 is the transmission device front view of the utility model；
Fig. 7 is the transmission device top view of the utility model；
Fig. 8 is the material extrusion state diagram of the utility model；
Fig. 9 is the sealing state diagram of the utility model.
Specific embodiment
A detailed description is done to specific embodiment of the present utility model with reference to the accompanying drawing.
It as depicted in figs. 1 and 2, is the transmission enclosuring structure of the upright packing machine of the utility model, mainly on body 1
Equipped with feeding device 2, bag folding device 3, middle line sealing device 4, conveying device 5, extruding device 6, sealing-cutting device 7 and transmission device
8 are formed；Wherein: the feeding device 2 is equipped with funnelform feeding inlet 21 above body 1, and connects in the feeding inlet 21
Have an extension and under so that the feeding pipe 22 of the top of sealing-cutting device 6；The bag folding device 3.
As shown in figure 3, include to lead folded plate 31 and mold plate 32, this is led folded plate 31 and mainly forms wide at the top and narrow at the bottom, and edge
22 2 side of feeding pipe in the guiding cambered surface 311 set up of bending, and the mold plate 32 is located at this and leads 31 lower section of folded plate, and determines in this
Round sizing hole 321 is formed on template 32, so that the feeding pipe 22 correspondence places, and between being formed between the feeding pipe 22
Gap；The middle line sealing device 4 is located at 3 lower section of bag folding device, equipped with the fixed plate 41 for corresponding to the feeding pipe 22 and setting, and in
41 inner face side of fixed plate is installed with the first heat-sealing item 42, and is then movably equipped with the second heat in the 41 inner face other side of fixed plate
Strip of paper used for sealing 43, and so that the second heat-sealing item 43 is fixed in sliding block 44, and make force-output shaft 451 phase of the sliding block 44 with flexible power source 45
Group connects, and the flexible power source 45 is made to be fixed in link plate 46, and 46 end of link plate is articulated with body 1, the other end then position
It is equipped with corresponding long slot hole 461 at fixed plate 41, and with fixed plate 41, so that the tip bar 441 of 44 interlocking of sliding block is worn
In interior, with the displacement of guide slides 44 and the second heat-sealing item 43；The conveying device 5 is located at 3 lower section of bag folding device, is including
22 2 side of feeding pipe is respectively arranged in mutual corresponding first conveying group 51 and the second conveying group 52, and first conveying
Group 51 and the second conveying group 52 are respectively provided with the vertical block 511,521 of group, and vertical in the first conveying group 51 and its group of the second conveying group 52
Group sets two opposite driving wheels 512,522 respectively on block 511,521, and is arranged on the two opposite driving wheel 512,522
Transmission belt 513,523, and correspond to the 22 2 side pipe wall of feeding pipe and organized respectively at two transmission belt 513,523 equipped with press strip 54,
Block 511,521 separately is found in the group of the first conveying group 51 and the second conveying group 52 and is respectively provided with guide hole, and is equipped with and is connected with group with body 1
Guide rod 53, its guide hole for organizing vertical block 511,521 of the 51 second conveying group 52 of the first conveying group is arranged in corresponding, to guide the
The displacement of one conveying group 51 and the second conveying group 52；The extruding device 6.
Phase is equipped with as shown in figure 4, being located at body 1 and being set in its accommodating space 12 of the fixing seat 11 of 5 lower section of conveying device
Corresponding first material extrusion group 61 and the second material extrusion group 62, the first material extrusion group 61 and the second material extrusion group 62 be respectively provided with the vertical block 611 of group,
621, and it is equipped with material-extruding rod 612,622 in organizing respectively on two groups of vertical blocks 611,621, and in two material-extruding rod 612,622 end each groups
Equipped with helicoid wheel body 613,623, and screw thread on two wheel bodys 613,623 is made to be in opposite rotation direction, separately in the accommodating of fixing seat 11
12 groups of space is equipped with screw rod 63, and in the first thread segment 631 and the second thread segment 63 that form opposite rotation direction on the screw rod 63
2, to be meshed respectively with screw thread on the wheel body 613,62 of the first material extrusion group 61 and the second material extrusion group 62, and in the fixing seat 11
Each group is equipped with flexible power source 64 at opposite first material extrusion group 61 and the second material extrusion group 62, and makes going out for the two flexible power source 64
Power axis 641 founds block 611,621 with the group of the first material extrusion group 61 and the second material extrusion group 62 respectively and is connected with group, and makes the first material extrusion group again
61 and second the group of material extrusion group 62 found block 611,621 in secondly side is respectively provided with guide hole, with be mounted on its accommodating of the fixing seat 11
The correspondence of guide rod 65 of 12 2 side of space is worn；The sealing-cutting device 7.
As shown in figure 9, being set in the accommodating space 12 of the fixing seat 11, and it is located at 6 lower section of extruding device, is including
Corresponding heat-sealing cutting knife 71 and heat-sealing edge bearing 72, and make the heat-sealing cutting knife 71 and heat-sealing edge bearing 72 be respectively connected to group vertical plate 711,
On 721, and be equipped with flexible power source 73 with respect to each group at heat-sealing cutting knife 71 and heat-sealing edge bearing 72 in the fixing seat 11, and make this two
Group vertical plate 711,721 of the force-output shaft 731 of flexible power source 73 respectively with heat-sealing cutting knife 71 and heat-sealing edge bearing 72 is connected with group, separately
Make the heat-sealing cutting knife 71 and seal the group vertical plate 711,721 of edge bearing 72 in secondly side is respectively provided with guide hole, with be mounted on this and fix
The correspondence of guide rod 74 of 11 its 12 2 side of accommodating space of seat is worn；The transmission device 8 includes as shown in Figures 5 to 7 rotary power
Source 8a, and so that the transmission shaft group of rotating power source 8a is equipped with the first driving wheel 8b, and be equipped with and nibble with the first driving wheel 8b phase
The the second driving wheel 8c closed, is additionally provided with third driving wheel 8d, to be meshed with second driving wheel 8c, and makes the third driving wheel
8d is coaxially organized equipped with the 4th driving wheel 8e, and is equipped with the 5th driving wheel 8f, and make the 5th driving wheel 8f and the 4th driving wheel 8
It is connected between e with transmission belt 8g, and organizes the 5th driving wheel 8f coaxially equipped with the 6th driving wheel 8h, is additionally provided with the 7th transmission
8i is taken turns, to be meshed with the 6th driving wheel 8h, and the 7th driving wheel 8i and the screw rod 63 of extruding device 6 is made to be connected with group, again
Coaxially organize in second driving wheel 8c equipped with the 8th driving wheel 8j, and be equipped with the 9th driving wheel 8k, with the 8th driving wheel 8j
It is meshed, and organizes the 9th driving wheel 8k coaxially equipped with the tenth driving wheel 8l, be additionally provided with the tenth driving wheel 8m and the 12nd and pass
Driving wheel 8n to be located at bis- side the tenth driving wheel 8l, and is meshed with the tenth driving wheel 8l, is additionally provided with the 13rd biography
Driving wheel 8o and the 14th driving wheel 8p, to be meshed respectively with the tenth driving wheel 8m and the 12nd driving wheel 8n, and is equipped with
15th driving wheel 8q and the 16th driving wheel 8r, to be nibbled respectively with the 13rd driving wheel 8o and the 14th driving wheel 8p phase
Close, separately make the 13rd driving wheel 8o and the 15th driving wheel 8q respectively with two transmissions of the conveying device 5 its first conveying group 51
512 coaxial groups are taken turns to set, and the 14th driving wheel 8p and the 16th driving wheel 8r respectively with its second conveying group 52 of the conveying device 5
522 coaxial groups of two driving wheel set, and the 13rd driving wheel 8o and the 15th driving wheel 8q is made to be connected to positioning plate 8s jointly
On, and the 14th driving wheel 8p and the 16th driving wheel 8r are then connected to jointly on another positioning plate 8t, and it is flexible to be equipped with two again
Power source 8u, 8v, and keep force-output shaft 8u1,8v1 of two flexible power source 8u, the 8v respectively defeated with the first of the conveying device 5
It send the group of group 51 and the second conveying group 52 to found block 511,521 to be connected with group.Accordingly, when using implementing, as shown in Fig. 1 to Fig. 3,
First packaging film is imported by the folded plate 31 of leading of bag folding device 3, so that packaging film is converted into arc along the guiding cambered surface 311 for leading folded plate 31
After shape, it is converted into cylindrical shape corresponding with feeding pipe 22 after the round sizing hole 321 through mold plate 32, is managed further along feeding pipe 22
Wall and under so that conveying device 5 at, after starting transmission device 8 flexible power source 8u, 8v so that two flexible power source 8u,
Its group of the first conveying group 51 and the second conveying group 52 of force-output shaft 8u1,8v1 of 8v conveying device 5 that actuation is connected with group respectively is vertical
Block 511,521 is displaced towards 22 direction of feeding pipe, and is made the first conveying group 51 and its transmission belt 513,523 of the second conveying group 52 and set
Tug will be pressed from both sides by packaging film therebetween in the press strip 54 of 22 2 side pipe wall of feeding pipe, its fixed plate 41 is moved by middle line sealing device 4
To feeding pipe 22, so that the first heat-sealing item 42 and the second heat-sealing item 43 that 41 inner face group of fixed plate is set be towards feeding pipe 22, after
Its flexible power source 45 is driven to push the second heat-sealing item 43 through sliding block 44, so that the first heat-sealing item 42 and the second heat-sealing item 43 will
Columnar two side clamping of packaging film is formed, to be sealed after conduction.As shown in figure to Fig. 7, start the rotation of transmission device 8
The 8a actuation of rotatory force source, the first driving wheel 8b rotation being connected with group with enabling rotating power source 8a drive, after by the first driving wheel 8b
The second driving wheel 8c actuation being meshed is driven, at this point, synchronous with coaxial group of the 8th driving wheel 8j set of the second driving wheel 8c turn
It is dynamic, to drive the 9th meshed driving wheel 8k actuation, and the 9th driving wheel 8k actuation, as the 9th driving wheel 8k makees
It is dynamic, coaxial group of the tenth driving wheel 8l connect also with rotation be located at the tenth transmission in the border of the tenth driving wheel 8l rotation
Bis- side 8l is taken turns, is synchronized to drive with the tenth driving wheel 8l the tenth driving wheel 8m being meshed and the 12nd driving wheel 8n, together
When, the 13rd driving wheel 8o and the 14th driving wheel 8p that are engaged respectively with the tenth driving wheel 8m and the 12nd driving wheel 8n
With rotation, separately with third driving wheel 8o and the 14th driving wheel 8p the 15th driving wheel 8q distinctly engaged and the 16th be driven
Take turns 8r also with rotation, at this point, with the 13rd driving wheel 8o, the 15th coaxial group of conveying group 51 set of driving wheel 8q two
513 actuation of transmission belt of 512 synchronous drive winding of driving wheel thereon, separately with the 14th driving wheel 8p, the 16th driving wheel 8r
523 actuation of transmission belt of two driving wheels 522 of the second conveying group 52 that coaxial group is set also its winding of synchronous drive, and fill conveying
It sets 5 conveying group 51 and the transmission belt 513,523 of the second conveying group 52 pulls the packaging film feeding actuation of sandwiched therebetween respectively.
When the conveying group 51 of conveying device 5 and the pull packaging film feeding of the second conveying group 52, the heat-sealing article of middle line sealing device 4
42 and second heat-sealing item 43 it is also conductive, seal cylindrical circular two side of packaging film to form packaging bag middle line, and make packaging film
It is bag-shaped to pack in tool, continue the packaging bag by conveying device 5 and be advanced into lower section extruding device 6 and sealing-cutting device 7, to be filled in sealing
It sets 7 the packaging bag Base Heat is honored as a queen, with, the filling of shot-like particle or powder can be carried out, so that the shot-like particle or powdery
Object is fallen into the packaging bag of back cover by the feeding inlet 21 of feeding device 2 through feeding pipe 22.And it is dynamic in the rotation of transmission device 8
When power source 8a drives the second driving wheel 8c rotation through the first driving wheel 8b, the third driving wheel 8d that is meshed with the second driving wheel 8c
It is driven, and interlocks its coaxial group the 4th driving wheel 8e set rotation, continue the 4th driving wheel 8e and be connected through transmission belt 8g drive
The 5th driving wheel 8f rotation of knot, to interlock coaxial group of the 6th driving wheel 8h actuation set by the 5th driving wheel 8f, then by this
The 7th driving wheel 8i rotation that six driving wheel 8h driving is meshed, the 7th driving wheel 8i of the rotation drives immediately to be connected with group with it
Extruding device 6 63 actuation of screw rod.
At this point, as shown in figure 8, in the case where flexible power source 64 that 62 groups of the first material extrusion group 61 and the second material extrusion group connect pushes,
At the material extrusion group 61 and 62 relative displacement to the packaging bag passed through therebetween of the second material extrusion group, and the screw rod 63 of the rotation is by it
The upper thread segment 631 and the second thread segment 632 for having opposite rotation direction, to drive the first material extrusion group 61 and second being meshed to squeeze
The wheel body 613,623 of material group 62 in doing reversed rotation on screw rod 63, take turns with it by the first material extrusion group 61 and the second material extrusion group 62
613,623 coaxial groups of the body material-extruding rods 612,622 set are also synchronized and are reversely rotated, so that two material-extruding rods 612,622 are by the packaging
Bag clamping, meanwhile, the movement of roll-in is carried out at two 612,622 pairs of the material-extruding rod packaging bag its sack reversely rotated, by because
The factors such as Electrostatic Absorption and be located at sack be intended to sealing at shot-like particle or powder after roll-in squeeze drop down onto be intended to sealing at lower section, continue
Material extrusion group 61 and the second material extrusion group 62 are driven with the flexible power source 64 that the first material extrusion group 61 and the second material extrusion group 62 are connected with group
It resets.With, conveying device 5 continues to convey packaging bag feeding, so that its sack of the packaging bag is intended to move to the material extrusion at sealing
The sealing-cutting device 7 of 6 lower section of device, at this point, as shown in figure 9, two flexible power sources 73 of the sealing-cutting device 7 push the heat being connected with group
Sealing cutter 71 and heat-sealing edge bearing 72 are towards displacement at therebetween packaging bag, so that the heat-sealing cutting knife 71 and heat-sealing edge bearing 72 will wrap
Pack is intended to be sealed and cut off at sealing, and with packaging UF membrane, it is packed with forming complete packet, and granular by what is contained in it
In object or powder are closely coated on, then the flexible power source 73 of the two of the sealing-cutting device 7 drives heat-sealing cutting knife 71 and hot knife
Pad 72 resets, with the sealing to lower packaging bag.Whereby, it is set using the transmission enclosuring structure of the upright packing machine of the utility model
Meter, not only the automatic packaging operation of achievable shot-like particle and powder, more can ensure that and does not have entrainment at packaging sack sealing
Shot-like particle or powder so that sack generates gap, the incomplete situation of sealing, and reach the shot-like particle for improving and containing in packaging bag
Or the real benefits such as powder cleanliness and pot-life, and reach and save manufacturing cost and electric energy and other effects.
Claims (10)
1. a kind of transmission enclosuring structure of upright packing machine, it is characterised in that: be mainly provided with body, and in sequentially setting on the body
There are conveying device, extruding device and sealing-cutting device；Wherein: the extruding device includes corresponding first material extrusion group and second
Material extrusion group is being set to the first material extrusion group and the second material extrusion group position in its accommodating space of the molding fixing seat of the body, this
One material extrusion group and the second material extrusion group are respectively provided with the vertical block of group, and are equipped with material-extruding rod in organizing respectively on two groups of vertical blocks, and in the fixing seat
Each group is equipped with flexible power source at the opposite first material extrusion group and the second material extrusion group, and makes the force-output shaft point of the two flexible power source
Block is not found with the group of the first material extrusion group and the second material extrusion group to be connected with group.
2. the transmission enclosuring structure of upright packing machine according to claim 1, it is characterised in that: the conveying device includes phase
Corresponding first conveying group and the second conveying group, and the first conveying group and the second conveying group are respectively provided with the vertical block of group, and in this
The group of one conveying group and the second conveying group stands on block that group sets two opposite driving wheels respectively, and on the two opposite driving wheel around
Equipped with transmission belt.
3. the transmission enclosuring structure of upright packing machine according to claim 2, it is characterised in that: the extruding device is secondly material extrusion
Bar is equipped with helicoid wheel body in end each group, and screw thread on two wheel body is made to be in opposite rotation direction, separately makes the fixing seat in its accommodating
Space is further organized equipped with screw rod, and in the first thread segment and the second thread segment that form opposite rotation direction on the screw rod, to divide
It is not meshed with screw thread on the wheel body of the first material extrusion group and the second material extrusion group.
4. the transmission enclosuring structure of upright packing machine according to claim 3, it is characterised in that: the transmission of the upright packing machine
Enclosuring structure is further equipped with transmission device in group on the body, which includes rotating power source, and keeps the rotation dynamic
The transmission shaft group in power source is equipped with the first driving wheel, and is equipped with the second driving wheel for being meshed with first driving wheel, is additionally provided with the
Three driving wheels to be meshed with second driving wheel, and organize the third driving wheel coaxially equipped with the 4th driving wheel, and are equipped with the
Five driving wheels, and make to be connected between the 5th driving wheel and the 4th driving wheel with transmission belt, and keep the 5th driving wheel coaxial
Group is equipped with the 6th driving wheel, is additionally provided with the 7th driving wheel, to be meshed with the 6th driving wheel, and makes the 7th driving wheel and is somebody's turn to do
The screw rod of extruding device is connected with group, and coaxially organizes in second driving wheel equipped with the 8th driving wheel, and is equipped with the 9th driving wheel, with
Be meshed with the 8th driving wheel, and organize the 9th driving wheel coaxially equipped with the tenth driving wheel, be additionally provided with the tenth driving wheel and
12nd driving wheel to be located at the tenth two sides of biography wheel, and is meshed, and be equipped with the 13rd and pass with the tenth driving wheel
Driving wheel and the 14th driving wheel are additionally provided with the 15th transmission to be meshed respectively with the tenth driving wheel and the 12nd driving wheel
Wheel and the 16th driving wheel to be meshed respectively with the 13rd driving wheel and the 14th driving wheel, and make the 13rd transmission
Wheel and the 15th driving wheel are respectively set with coaxial group of two driving wheels of the conveying device its first conveying group, and the 14th driving wheel
And the 16th driving wheel respectively set with coaxial group of two driving wheels of the conveying device its second conveying group, and make the 13rd driving wheel
And the 15th driving wheel be connected on positioning plate jointly, and the 14th driving wheel and the 16th driving wheel are then connected to separately jointly
On one positioning plate.
5. the transmission enclosuring structure of upright packing machine according to claim 4, it is characterised in that: the transmission device further wraps
It is keeping the force-output shaft of the two flexible power source respectively defeated with the first conveying group of the conveying device and second containing two flexible power sources
It send the group of group to found block to be connected with group.
6. the transmission enclosuring structure of upright packing machine according to claim 2, it is characterised in that: the transmission of the upright packing machine
Enclosuring structure further includes feeding device, which is equipped with feeding inlet above the body, and connects in the feeding inlet
Be connected to extension and under so that the sealing-cutting device above feeding pipe, and make the conveying device the first conveying group and second conveying
Group its transmission belt difference position is in two side of feeding pipe.
7. the transmission enclosuring structure of upright packing machine according to claim 6, it is characterised in that: the two side pipe wall of feeding pipe point
Other group is equipped with press strip, and keeps two press strip respectively corresponding with the transmission belt of the first conveying group and the second conveying group.
8. the transmission enclosuring structure of upright packing machine according to claim 6, it is characterised in that: the transmission of the upright packing machine
Enclosuring structure further includes bag folding device, which includes to lead folded plate and mold plate, this is led folded plate and mainly forms
There is guiding cambered surface wide at the top and narrow at the bottom, and setting up along two side of feeding pipe in bending, and the mold plate is located at this and leads below folded plate, and
In forming round sizing hole on the mold plate, so that feeding pipe correspondence places, and gap is formed between the feeding pipe.
9. the transmission enclosuring structure of upright packing machine according to claim 6, it is characterised in that: the transmission of the upright packing machine
Enclosuring structure further includes middle line sealing device, is that the middle line sealing device is made to be equipped with fixation corresponding with the feeding pipe
Plate, and it is installed with the first heat-sealing item in the fixed plate inner face side, and the second heat-sealing is then movably equipped in the another side of fixed plate inner face
Item, and so that the second heat-sealing item is fixed in sliding block, and so that the sliding block and the force-output shaft of flexible power source is connected with group, and keep this flexible
Power source is fixed in link plate, and the link plate end and the body are pivotally connected, and its other end is then located at the fixed plate, and solid with this
Fixed board is equipped with corresponding long slot hole, and so that the sliding block interlocking is had tip bar, and so that the tip bar of the sliding block interlocking is arranged in this and fix
Plate and link plate are set in long slot hole.
10. the transmission enclosuring structure of upright packing machine according to claim 1, it is characterised in that: the biography of the upright packing machine
Dynamic enclosuring structure further includes sealing-cutting device, which is mounted in the accommodating space of the fixing seat, and being located at should
Below extruding device, being includes corresponding heat-sealing cutting knife and heat-sealing edge bearing, and makes the heat-sealing cutting knife and heat-sealing edge bearing each group
It is connected on group vertical plate, and is equipped with flexible power source with respect to each group at the heat-sealing cutting knife and heat-sealing edge bearing in the fixing seat, and make this
Group vertical plate of the force-output shaft of two flexible power sources respectively with the heat-sealing cutting knife and heat-sealing edge bearing is connected with group.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821373334.3U CN208915493U (en) | 2018-08-24 | 2018-08-24 | A kind of transmission enclosuring structure of upright packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821373334.3U CN208915493U (en) | 2018-08-24 | 2018-08-24 | A kind of transmission enclosuring structure of upright packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208915493U true CN208915493U (en) | 2019-05-31 |
Family
ID=66703952
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821373334.3U Expired - Fee Related CN208915493U (en) | 2018-08-24 | 2018-08-24 | A kind of transmission enclosuring structure of upright packing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208915493U (en) |
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2018
- 2018-08-24 CN CN201821373334.3U patent/CN208915493U/en not_active Expired - Fee Related
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |