CN208278398U - A kind of adjustable subpackage conveyer - Google Patents
A kind of adjustable subpackage conveyer Download PDFInfo
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- CN208278398U CN208278398U CN201820372217.9U CN201820372217U CN208278398U CN 208278398 U CN208278398 U CN 208278398U CN 201820372217 U CN201820372217 U CN 201820372217U CN 208278398 U CN208278398 U CN 208278398U
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- partition
- conveyer
- fixed block
- product
- subpackage
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Abstract
A kind of adjustable subpackage conveyer, which is characterized in that including endless belt conveyer, uniform intervals are provided at least two partitions on endless belt conveyer, and partition is erected on endless belt conveyer, and the height of partition is less than the height of product to be conveyed.Compared with the existing technology, the technical effect of the utility model are as follows: use synchronous belt mode of movement, substantially increase control precision, while using novel partition fixed form, adjust simple, convenient and fast, the more accurate stabilization of conveying control.
Description
Technical field
The utility model relates to packing technique fields, and in particular to a kind of adjustable subpackage conveyer.
Background technique
In the prior art in such a way that baffle is fixed on chain, adjustment trouble, and chain delivery precision and stabilization
Degree is compared with using synchronous belt conveying, and difference is too big, and control accuracy difference is easy to appear problem.
Utility model content
The purpose of the utility model is to provide a kind of control adjustable subpackage conveyers with high accuracy.
In order to solve the above technical problems, the utility model uses following technical scheme:
A kind of adjustable subpackage conveyer, which is characterized in that including endless belt conveyer, uniform intervals are set on endless belt conveyer
At least two partitions are equipped with, partition is erected on endless belt conveyer, and the height of partition is less than the height of product to be conveyed.
Partition is vertical with the conveying direction of conveyer belt.
Be covered with the identical fixed block of multiple sizes on conveyer belt, partition lower end is arranged on fixed block, it is two neighboring every
At least one fixed block is spaced between plate.
The width of each fixed block is the common divisor of the thickness of different product to be conveyed, and the number of fixed block is equal to defeated
The common multiple of the thickness of the packaging bag of the different-thickness sent.
At least one protrusion is arranged in partition lower end, is arranged on fixed block corresponding position fluted, and groove is matched with convex shape
It closes, partition and fixed block are assembled together by protrusion and groove.
Partition lower end is additionally provided with elastic card claw, and clamping groove is arranged on fixed block corresponding position, and elastic card claw may be mounted at
In clamping groove.
Compared with the existing technology, the technical effect of the utility model are as follows: use synchronous belt mode of movement, substantially increase control
Precision processed, while novel partition fixed form is used, adjust simple, convenient and fast, the more accurate stabilization of conveying control.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the assembly packaging machine of the utility model；
Fig. 2 is the part-structure top view of the assembly packaging machine of the utility model；
Fig. 3 is the overall structure diagram of the rollover conveying device of the utility model；
Fig. 4 is the enlarged drawing of structure in Fig. 3 circle N；
Fig. 5 is the part-structure perspective view one of the rollover device of the utility model；
Fig. 6 is the part-structure perspective view two of the rollover device of the utility model；
Fig. 7 is the overall structure diagram of the subpackage conveyer of the utility model；
Fig. 8 is the structural schematic diagram of the partition of the subpackage conveyer of the utility model；
Fig. 9 is the structural schematic diagram of the fixed block of the subpackage conveyer of the utility model；
Figure 10 is the structural schematic diagram of the side push rod of the utility model；
Figure 11 is the part-structure perspective view of the assembly packaging machine of the utility model；
Figure 12 is the schematic enlarged-scale view in Figure 11 in rectangle frame M；
Figure 13 is the perspective view of the pack push rod of the utility model；
Figure 14 is the side view of the pack push rod of the utility model.
In figure, 1, subpackage conveying device, 11, endless belt conveyer, 12, partition, 13, protrusion, 14, elastic card claw, 15, fixation
Block, 16, groove, 17, clamping groove；
2, side push rod, 21, push plate, the 22, second ring-shaped synchronous belt, the 23, second sliding rail；
3, center-feed tape,
4, outer packaging bag conveyer belt, 41, outer packaging bag conveyer, 42, suction bag handgrip, 43, third sliding rail；
5, closing device,
6, bracket,
7, pack push rod, 71, first annular synchronous belt, the 72, first sliding rail, 73, connecting plate, 74, connecting rod, 75, pushing hands,
76, ventilation duct, 77, aspiration channel；
8, rollover conveying device, the 81, first transport platform, 811, first baffle, 812, middle partition, 82, rollover device, 820, master
Dynamic roller, the 821, first passive guide roller, the 822, second passive guide roller, 823, first conveyer belt, the 824, second conveyer belt, the 825, first crank
Link mechanism, the 826, second crank connecting, 827, first motor, the 828, second motor, 8291, driving front roller, 8292,
Driving drum afterwards, the 83, second transport platform, 831, second baffle, 84, accelerate to stealthily substitute device, 841, left conveyer belt, 842, right transmission
Band, 843, sliding block, 844, lead screw, 845, left roof, 846, right top plate, 847, spring；
91, lower suction bag device, 92, upper suction bag device；
A, product, b, outer packaging bag.
Specific embodiment
The adjustable packet conveying device of the utility model is applied on multifunctional combination packing machine.
As represented in figures 1 through 14, a kind of multifunctional combination packing machine, including adjustable subpackage conveying device 1, side push rod 2,
Center-feed tape 3, outer packaging bag conveyer belt 4 and closing device 5, side push rod 2 and center-feed tape 3 are located at subpackage conveying
1 two sides of device, center-feed tape 3 is adjacent with subpackage conveying device 1 and is arranged in parallel, the vertical subpackage conveying device 1 of side push rod 2
Setting, outer packaging bag conveyer belt 4 are vertically set on 3 front end of center-feed tape, and closing device 5 is arranged in outer packaging bag conveyer belt 4
Side and opposite with center-feed tape 3；
Subpackage conveying device 1 is for singly separating multiple product a to be packaged, and side push rod 2 will be for that will produce
Product push on center-feed tape 3 from subpackage conveying device 1, and outer packaging bag conveyer belt 4 is used to outer packaging bag being delivered to center
3 front end of conveyer belt, closing device 5 is for sealing outer packaging bag.
Assembly packaging machine further includes rollover conveying device 8, and rollover conveying device 8 is arranged in 1 rear end of subpackage conveying device；
Conveying device 8 of turning on one's side includes the first transport platform 81, and rollover device 82 is arranged in 81 rear end of the first transport platform, and rollover device 82 wraps
Include drive roll 820, the first passive guide roller 821 and the second passive guide roller 822, the first passive guide roller 821 and the second passive guide roller 822 are and actively
Roller 820 is parallel；
820 both ends of drive roll are fixed in the first transport platform 81 and, first quilt vertical with 81 conveying direction of the first transport platform
Dynamic roller 821 and the second passive guide roller 822 pass through the first crank link mechanism 825 and the second crank connecting 826 and first respectively
Motor 827 and the connection of the second motor 828, first motor 827 and the second motor 828 can pass through the first crank link mechanism respectively
825 and second crank link mechanism 826 respectively drive the first passive guide roller 821 and the second passive guide roller 822 is lifted and fallen；Drive roll
820 and first passive guide roller 821 connected by first conveyer belt 823, drive roll 820 and the second passive guide roller 822 pass through the second conveying
Band 824 connects；
Rollover device 82 further include with the driving front roller 8291 disposed in parallel of drive roll 820 and rear driving drum 8292, it is preceding
Driving drum 8291 and rear driving drum 8292 are located at 824 rear and front end of first conveyer belt 823 and the second conveyer belt.
First transport platform, 81 two sides are provided with first baffle 811, and the spacing of the first baffle 811 of two sides is greater than rollover device
82 width；Middle partition 812 is provided between the first baffle 811 of two sides, middle 812 one end of partition is located at the first passive guide roller 821
And second between passive guide roller 822, middle 812 other end of partition extends in 81 front end of the first transport platform and contact first baffle 811
Side.When product needs a left side to turn over, middle 812 other end of partition extends to the first baffle of 81 front end of the first transport platform and contact right side
811 inside, product can enter acceleration by the channel formed between the first baffle 811 and middle partition 812 in left side and stealthily substitute device
84.When product needs the right side to turn over, middle 812 other end of partition extends to the first baffle of 81 front end of the first transport platform and contact left side
811 inside, product can enter acceleration by the channel formed between the first baffle 811 and middle partition 812 on right side and stealthily substitute device
84。
The second transport platform 83 is arranged in first transport platform, 81 rear end, and 83 two sides of the second transport platform are provided with second baffle 831,
The spacing of the second baffle 831 of two sides is equal with rollover 82 width of device.
The working principle of the laterally turning-over device of the utility model is as follows: when original state, first conveyer belt 823 and the second conveying
Band 824 is laid flat, and product, which enters after the second transport platform 83, is transported to first conveyer belt 823 and second by driving front roller 8291
On conveyer belt 824.When needing a left side to turn over product, the second motor 828 lifts the second passive guide roller by the second crank link mechanism 826
822, it is lifted on the right side of product, to realize that a product left side is turned over and edge-on in the second transport platform 83.When needing the right side to turn over product, the
One motor 827 lifts the first passive guide roller 821 by the first crank link mechanism 825, is lifted on the left of product, to realize product
The right side is turned over and edge-on in the first transport platform 81.A product left side is turned over or the right side is turned over, and can meet diversified packaging demand.Then in middle partition
812 and two side baffle limitation under continue to be fed forward, then transferred out by acceleration device 84 of stealthily substituting.
The setting of first transport platform, 81 front end accelerates device 84 of stealthily substituting, and accelerates left biography of the device 84 including the setting of vertical and face of stealthily substituting
Band 841 and right conveyer belt 842 are sent, it is horn-like that left conveyer belt 841 and right conveyer belt 842, which are spaced pre-determined distance and form opening,
Channel, flare openings the first transport platform 81 of direction.
Left conveyer belt 841 and right conveyer belt 842 are rotating around on the left roller and right roller being vertically arranged, left roller and the right side
Roller lower end is separately positioned on left bottom plate and right bottom plate, and right bottom base plate is arranged on sliding block 843, sliding block 843 and lead screw 844
Connection；Left roller and right roller upper end are separately positioned on left roof 845 and right top plate 846, left roof 845 and right top plate 846
Between be arranged spring 847.
The distance between the adjustable right conveyer belt 842 of rotating threaded shaft 844 and left conveyer belt 841, so as to adjust channel
Width, to adapt to the product of different-thickness.When original state, the width adjustment in channel is the thickness for being slightly less than product, works as production
When product pass through, since right bottom base plate is arranged on sliding block 843, the increase that the width in channel can be adaptive, while in spring 847
Under the action of can keep certain pressure to the product in channel, thus make conveying it is more stable.
Adjustable subpackage conveyer includes endless belt conveyer 11, and uniform intervals are provided at least two on endless belt conveyer 11
Partition 12, partition 12 are erected on endless belt conveyer 11, and partition 12 is vertical with the conveying direction of endless belt conveyer 11；Partition 12
Height is less than the height of product to be conveyed.The identical fixed block 15 of multiple sizes is covered on conveyer belt, 12 lower end of partition is set
It sets on fixed block 15, at least one fixed block 15 is spaced between two neighboring partition 12；The width of each fixed block 15 does not have
Special requirement, only if it were not for very greatly just, it is not essentially equal that the spacing between partition, which is slightly larger than product thickness,.Such as: to
The common divisor of the thickness of the different product of conveying, the number of fixed block 15 are equal to the common multiple of the thickness of different product to be conveyed
Number.The width of fixed block 15 refers to fixed block 15 along the size of conveying tape feeding direction.It can guarantee that subpackage conveyer is suitable in this way
With the product of multi-thickness.
For example, thickness is 2cm and 3cm respectively, then the width of fixed block 15 if necessary to the product for conveying two kinds of thickness
It may be configured as 1cm, the number of fixed block 15 needs to be set in advance as 6, or is set as 6 multiple.When conveying thickness is 2cm
Packaging bag when, partition 12 is arranged one at interval of 2 fixed blocks 15, and can guarantee on cycloconveyor belt between all partitions 12
It is all 2 fixed blocks 15 in interval.When conveying thickness is the packaging bag of 3cm, partition 12 is at interval of 3 settings of fixed block 15 one
It is a, and can guarantee it is all 3 fixed blocks 15 in interval between all partitions 12 on cycloconveyor belt.
At least one protrusion 13 is arranged in 12 lower end of partition, is arranged fluted 16 on 15 corresponding position of fixed block, groove 16 with
Raised 13 shapes cooperation, partition 12 and fixed block 15 are assembled together by protrusion 13 and groove 16, easy to disassemble；Under partition 12
End is additionally provided with elastic card claw 14, clamping groove 17 is arranged on 15 corresponding position of fixed block, elastic card claw 14 may be mounted at clamping groove
In 17.14 structure of elastic card claw can guarantee stability fixed between partition 12 and 12 fixed block 15 of partition.
When conveying the product of different-thickness, partition 12 can be directly pulled out, partition 12 is then adjusted according to the thickness of product
The distance between, because partition 12 fixed block, 15 sizes are identical, close-packed arrays between 12 fixed block 15 of partition, so only needing
It allows 15 quantity of fixed block between two neighboring partition 12 to be consistent, that is, can guarantee the distance between each pair of adjacent separator 12 phase
Together.
The acceleration of the utility model stealthily substitute device 84 and subpackage conveyer cooperating, principle it is as follows:
The stealthily substitute speed of service of device 84 of the speed of service of subpackage conveyer and acceleration cooperates, and the fortune for the device 84 that accelerates to stealthily substitute
Scanning frequency degree is greater than the speed of service of the first transport platform 81 in rollover conveying device 8.Accelerate stealthily substitute device 84 effect be will turn on one's side it is defeated
Send device 8 to convey the product that comes to accelerate so that accelerate one product of every output of device 84 of stealthily substituting, subpackage conveyer just run to
Any two partition 12 is aligned with the channel of device 84 of accelerating to stealthily substitute, thus each product can just into two partitions 12 it
Between.
Since the distance of two neighboring product in rollover conveying device 8 is not completely equivalent, if not accelerating device 84 of stealthily substituting,
It is difficult to ensure that each product is after the output of the first transport platform 81 just between two partitions 12 on subpackage conveyer.
Namely, it is assumed that the speed of service of the first transport platform 81 of adjustment and the speed of service of subpackage conveyer cooperate, and can make the first conveying
The first two product that platform 81 exports can just enter on subpackage conveyer between any two partition 12, it is assumed that third
The spacing between spacing and the first two product between product and second product is unequal, then third product is defeated through first
Send platform 81 export after be likely to encounter on some partition 12 of subpackage conveyer, and cannot be introduced into certain two partition 12 it
Between.
Push rod 2 front end in side is removably disposed push plate 21, and the position of push plate 21 is higher than the top of partition 12.Side push rod
2 sides are arranged on the second ring-shaped synchronous belt 22, are provided with below the second ring-shaped synchronous belt 22 flat with the second ring-shaped synchronous belt 22
The second capable sliding rail 23,2 rear end of side push rod are slidably disposed on the second sliding rail 23.The size shape of push plate 21 can change
Become, 2,3 or more pieces can be once released for different products, thus according to demand can be disposably by 2,3
Part or the pack of the product of more pieces.
Outer packaging bag conveyer 41, outer packaging bag conveyer belt 4 and outer packaging bag conveying is arranged in 4 rear end of outer packaging bag conveyer belt
Suction bag handgrip 42 is set between device 41, and air intake device is arranged in 42 lower end of suction bag handgrip, and air intake device is connect with blower；Suction bag handgrip
42 be prior art conventional structure.42 upper end of suction bag handgrip is arranged on third sliding rail 43, and third sliding rail 43 is across outer packaging bag
Conveyer belt 4 and outer packaging bag conveyer 41.
Assembly packaging machine further includes bracket 6 and pack push rod 7, and first annular synchronous belt 71 is arranged on bracket 6, first annular
First sliding rail 72 parallel with first annular synchronous belt 71, the centrally disposed conveying of the first sliding rail 72 are provided with below synchronous belt 71
3 top of band, and extend to 5 top of closing device；Connecting plate 73 is arranged in 74 upper end of connecting rod, and the setting of 73 upper end of connecting plate exists
First annular 71 side of synchronous belt, lower end are slidably disposed on the first sliding rail 72；
Packing push rod 7 includes hollow connecting rod 74, and 74 end of connecting rod is removably disposed pushing hands 75, during pushing hands 75 is
Empty box-like structure；
Aspiration channel 77 is set above outer packaging bag conveyer belt 4, and aspiration channel 77 is connect with blower；Pack 7 connecting rod 74 of push rod
Upper end connects ventilation duct 76, when operation is to outer packaging bag 4 top of conveyer belt, the ventilation duct 76 and aspiration channel of the upper end of connecting rod 74
77 air inlet alignment.
It is settable multiple to pack push rod 7, to guarantee that bagging operations can be carried out continuously, to improve production efficiency.
Lower suction bag device 91 is set between center-feed tape 3 and outer packaging bag conveyer belt 4, right above lower suction bag device 91 in setting
Suction bag device 92, upper suction bag device 92 and lower suction bag device 91 are connect with blower.The structure of upper suction bag device 92 and lower suction bag device 91 is existing
There is technology.
It should be noted that " front end " repeatedly mentioned above refers to the downstream of corresponding conveying device conveying direction, " after
End " refers to the upstream of corresponding conveying device conveying direction.
The course of work of the assembly packaging machine of the utility model is as follows:
The utility model is used to fill product and wraps and seal, and product is transported to rollover conveying after entering the second transport platform 83
Device 8, turn on one's side device 82 according to user demand by product left side-turning or right side-overturn, then accelerate stealthily substitute device 84 under the action of into
Enter between the partition 12 of subpackage conveying device 1, product marshalling in subpackage conveying device 1.
Product is pushed into center-feed tape 3 from the part that product exposes partition 12 by side push rod 2, and pack push rod 7 immediately will
Product is released forward along center-feed tape 3, and the buffer gears such as hairbrush are equipped with above center-feed tape 3 prevents product oblique.
The constantly output outer packaging bag b of outer packaging bag conveyer 41, when packaging bag is delivered to packaging bag conveyer front end, suction bag
Handgrip 42 picks up an outer packaging bag, and moves forward along third sliding rail 43, and outer packaging bag is then placed on outer packing
On bag conveyer belt 4.
Outer packaging bag conveyer belt 4 continues for outer packaging bag to be fed forward, and is delivered to the position being aligned with center-feed tape 3
When, the two sides up and down of outer packing opening are just aligned with upper suction bag device 92 and lower suction bag device 91, upper suction bag device 92 and lower suction bag
91 air draught of device, so that the opening of outer packaging bag be made to be in complete open configuration, outer packaging bag is open towards center-feed tape 3.
It packs push rod 7 product on center-feed tape 3 is open from outer packaging bag and promote in packaging bag, and continue to being pushed forward
Into driving outer packaging bag disengaging, above suction bag device 92 and lower suction bag device 91 enter closing device 5.
While outer packaging bag enters closing device 5, the ventilation duct 76 of the upper end of the connecting rod 74 of push rod 7 is packed just
It is aligned with the air inlet of aspiration channel 77, the moment before closing device 5 seals outer packing end seal, blower passes through pack push rod 7
Air in outer packaging bag is sucked out, guarantees the quality of built-in product, and aesthetic appeal.
The above are merely preferred embodiments of the present invention, it is noted that for those skilled in the art,
Under the premise of not departing from the utility model general idea, several changes and improvements can also be made, these also should be considered as this reality
With novel protection scope.
Claims (4)
1. a kind of adjustable subpackage conveyer, which is characterized in that including endless belt conveyer, uniform fold has multiple rulers on conveyer belt
Very little identical fixed block, partition lower end are arranged on fixed block, at least one fixed block, partition are spaced between two neighboring partition
At least one protrusion is arranged in lower end, and fluted, groove and convex shape cooperation, partition and fixation are arranged on fixed block corresponding position
Block is assembled together by protrusion and groove and constitutes a kind of adjustable subpackage conveyer mechanism, and uniform intervals are set on endless belt conveyer
At least two partitions are equipped with, partition is erected on endless belt conveyer, and the height of partition is less than the height of product to be conveyed.
2. adjustable subpackage conveyer according to claim 1, which is characterized in that the conveying direction of partition and conveyer belt hangs down
Directly.
3. adjustable subpackage conveyer according to claim 2, which is characterized in that the width of each fixed block is to be conveyed
Different product thickness common divisor, the number of fixed block is equal to the common multiple of the thickness of the packaging bag of different-thickness to be conveyed
Number.
4. adjustable subpackage conveyer according to claim 3, which is characterized in that partition lower end is additionally provided with elastic card
Clamping groove is arranged on fixed block corresponding position in pawl, and elastic card claw may be mounted in clamping groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820372217.9U CN208278398U (en) | 2018-03-19 | 2018-03-19 | A kind of adjustable subpackage conveyer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820372217.9U CN208278398U (en) | 2018-03-19 | 2018-03-19 | A kind of adjustable subpackage conveyer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208278398U true CN208278398U (en) | 2018-12-25 |
Family
ID=64749671
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820372217.9U Active CN208278398U (en) | 2018-03-19 | 2018-03-19 | A kind of adjustable subpackage conveyer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208278398U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112918772A (en) * | 2021-02-22 | 2021-06-08 | 杭州娃哈哈精密机械有限公司 | A upset feed mechanism that is used for on tablet box vanning system transversely to turn vertical |
-
2018
- 2018-03-19 CN CN201820372217.9U patent/CN208278398U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112918772A (en) * | 2021-02-22 | 2021-06-08 | 杭州娃哈哈精密机械有限公司 | A upset feed mechanism that is used for on tablet box vanning system transversely to turn vertical |
| CN112918772B (en) * | 2021-02-22 | 2022-07-15 | 杭州娃哈哈精密机械有限公司 | A upset feed mechanism that is used for on tablet box vanning system transversely changes vertically |
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