CN206203383U - The shaped device of multi-channel type pile type - Google Patents
The shaped device of multi-channel type pile type Download PDFInfo
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- CN206203383U CN206203383U CN201621184596.6U CN201621184596U CN206203383U CN 206203383 U CN206203383 U CN 206203383U CN 201621184596 U CN201621184596 U CN 201621184596U CN 206203383 U CN206203383 U CN 206203383U
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Abstract
The utility model discloses a kind of shaped device of the multi-channel type pile type that can greatly improve stacking efficiency, including：External delivery mechanisms and internal transport mechanism, external delivery mechanisms are at least provided with twice, internal transport mechanism is made up of some delivered inside units, per pass external delivery mechanisms are connected with the corresponding unit of delivered inside together, the both sides of internal transport mechanism are respectively arranged with and push away boxboard and storing platform, the bottom of per pass delivered inside unit is provided with one demarcation strip, and the outer end of per pass delivered inside unit is provided with baffle plate；Case and bag are input into from the input of per pass external delivery mechanisms, enter correspondence delivered inside unit after diverted gear draw box mechanism, when case and bag according in target pile type internally conveying mechanism arrangement, per pass delivered inside unit suspend conveying and demarcation strip be respectively positioned on elemental height position after, pushing away boxboard can push on storing platform the case and bag on internal transport mechanism, so that a stack material is progressively in storing platform accumulation molding.
Description
Technical field
The utility model is related to palletizing technology field.
Background technology
Traditional palletizing method is：Mechanical gripper by case and bag by or by group crawl, then piled up according to target pile type
On pile plate.The defect of traditional palletizing method is：Mechanical gripper needs the multiple pile that could complete a stack material of crawl,
This causes the heap code efficiency of whole pile material very low.
Utility model content
The purpose of this utility model is：A kind of shaping dress of multi-channel type pile type that can greatly improve stacking efficiency is provided
Put.
To achieve the above object, the technical solution adopted in the utility model is：The shaped device of multi-channel type pile type, bag
Include：External delivery mechanisms, the output end of external delivery mechanisms is provided with internal transport mechanism, and external delivery mechanisms are at least parallel to be set
Be equipped with twice, if internal transport mechanism is made up of the delivered inside unit that arterial highway independently conveys, per pass external delivery mechanisms it is defeated
Go out end to be connected with the corresponding unit of delivered inside together, per pass external delivery mechanisms and per pass delivered inside unit it is defeated
Send direction consistent, steering gear draw box mechanism, the steering on per pass external delivery mechanisms are provided with per pass external delivery mechanisms
One end that gear draw box mechanism can stop running case and bag on correspondence external delivery mechanisms makes it rotate 90 degree of directions, internal defeated
Send the both sides of mechanism to be respectively arranged with and push away boxboard and storing platform, the bottom of per pass delivered inside unit is provided with together can
The demarcation strip that lift and can back and forth be translated on the conveying direction of correspondence delivered inside unit, outside per pass delivered inside unit
End is provided with baffle plate；Case and bag are input into from the input of per pass external delivery mechanisms, the steering on per pass external delivery mechanisms
Gear draw box mechanism can according to target pile type arrangement require make by, needs turn to case and bag rotate 90 degree of directions after continuation
Operation, per pass demarcation strip can move to needed for gear case position after rise and be blocked in adjacent two on the delivered inside unit
Between individual case and bag, so that the separation gap needed for being arranged according to target pile type can be reserved between the two neighboring case and bag, often
The case and bag of outermost end are by baffle on road delivered inside unit, when case and bag according to target pile type in correspondence delivered inside unit
On form a line, per pass delivered inside unit suspends conveying and per pass demarcation strip is respectively positioned on correspondence delivered inside unit bottom
Behind elemental height position, pushing away boxboard can push to storing platform by the permutation case and bag arranged on per pass delivered inside unit
On, so that the case and bag of storing platform are progressively piled up according to target pile type, until a stack material accumulation molding.
Further, the shaped device of foregoing multi-channel type pile type, wherein, each structure for turning to gear draw box mechanism is wrapped
Include：Diversion baffle for stopping case and bag, diversion baffle can be moved from initial position to corresponding external delivery mechanisms direction, directly
To the one end for being blocked in running case and bag on corresponding external delivery mechanisms, so that case and bag continue after rotating 90 degree of directions
Operation, then turns to baffle plate energy counter motion to the initial position for not interfering with case and bag operation, so as to be conveyed with corresponding outside
Running case and bag are separated in mechanism.
Further, the shaped device of foregoing multi-channel type pile type, wherein, each diversion baffle stops the one of case and bag
The end face at end is in smooth, mellow and full arc surface.
Further, the shaped device of foregoing multi-channel type pile type, wherein, each steering gear draw box mechanism is respectively positioned on close
At the position of correspondence external delivery mechanisms input.
Further, the shaped device of foregoing multi-channel type pile type, wherein, the both sides on per pass external delivery mechanisms are equal
Outside guardrail is respectively arranged with, the outside guardrail that facing on per pass external delivery mechanisms turns at gear draw box mechanism position is in
To the arc-shaped protruded away from steering gear draw box mechanism direction, so as to avoid out the case turned on correspondence external delivery mechanisms
Bag, makes 90 degree of directions of its smooth rotation.
Further, the shaped device of foregoing multi-channel type pile type, wherein, the both sides on storing platform are respectively arranged with
For the platform guardrail of bib case and bag, a pair of platform guardrails are inclined and formed laterally respectively near one end of internal transport mechanism
The bell mouth shape for being easy to case and bag to enter.
Further, the shaped device of foregoing multi-channel type pile type, wherein, external delivery mechanisms are arranged with two in parallel
Road, internal transport mechanism is made up of the delivered inside unit that twice are independently conveyed.
The utility model has the advantages that：Due to being provided with external delivery mechanisms of the multiple tracks with Dang Xiang steering mechanism, Yi Jishe
The internal transport mechanism being made up of the delivered inside unit of multiple individually conveyings is put, and has been all provided with each delivered inside unit
The demarcation strip that can separate and stop case and bag is equipped with, such multiple row case and bag are through corresponding external delivery mechanisms and delivered inside unit transportation
Afterwards, can be arranged on internal transport mechanism according to the requirement of target pile type, pushing away boxboard push once can just push multiple row case and bag
To storing platform, this substantially reduces the time of stack material shaping, so as to drastically increase stacking efficiency；It is piled into
One stack material of type can be transferred on pile plate by mechanical gripper flood or is transferred on pile plate at twice, and this is further improved
Stacking efficiency.
Brief description of the drawings
Fig. 1 is that first object pile type in specific embodiment piles up schematic diagram.
Fig. 2 is that the second target pile type in specific embodiment piles up schematic diagram.
Fig. 3 is the knot when shaped device of multi-channel type pile type described in the utility model works according to first object pile type
Structure schematic diagram.
Fig. 4 is the knot when shaped device of multi-channel type pile type described in the utility model works according to the second target pile type
Structure schematic diagram.
Specific embodiment
The utility model is described in further detail with preferred embodiment below in conjunction with the accompanying drawings.
As shown in Figure 3, Figure 4, the shaped device of multi-channel type pile type, including：External delivery mechanisms, external delivery mechanisms
Output end is provided with internal transport mechanism 2, and external delivery mechanisms are at least arranged with twice in parallel, and internal transport mechanism 2 is by some
The delivered inside unit composition of independent conveying, the output end of per pass external delivery mechanisms with corresponding delivered inside unit together
It is connected, the conveying direction of per pass external delivery mechanisms and per pass delivered inside unit is consistent.External delivery mechanisms and interior
The quantity of portion's supply unit can be set according to needs of production.External delivery mechanisms and delivered inside unit are generally all used
Conveyor structure, the high capacity of Conveyor structure conveys good stability.External delivery mechanisms are parallel in the present embodiment sets
Twice, respectively the first external delivery mechanisms 11 and the second external delivery mechanisms 12 are equipped with, internal transport mechanism 2 is respectively by first
The delivered inside unit 22 of delivered inside unit 21 and second is constituted, in the output end 111 and first of the first external delivery mechanisms 11
Portion's supply unit 21 is connected, and the output end 121 of the second external delivery mechanisms 12 is connected with the second delivered inside unit 22.
Steering gear draw box mechanism is provided with per pass external delivery mechanisms, each turns to gear draw box mechanism and is respectively positioned near correspondence
At the position of external delivery mechanisms input.In the present embodiment, the first steering gear case is provided with the first external delivery mechanisms 11
Mechanism 5, the first structure for turning to gear draw box mechanism 5 includes：The first diversion baffle 51 for stopping case and bag 4, the first diversion baffle
51 can be moved from initial position to the direction of the first external delivery mechanisms 11, until be blocked on the first external delivery mechanisms 11 running
The one end for the case and bag 4, so that case and bag 4 are continued to run with after rotating 90 degree of directions, then the first diversion baffle 51 can be reversely
The initial position for not interfering with the operation of case and bag 4 is moved to, so as to mutually be taken off with running case and bag 4 on the first external delivery mechanisms 11
From.The second steering gear draw box mechanism 6 is provided with second external delivery mechanisms 12, the second structure for turning to gear draw box mechanism 6 includes：With
In the second diversion baffle 61 for stopping case and bag 4, the second diversion baffle 61 can be from initial position to the side of the second external delivery mechanisms 12
To motion, until one end of running case and bag 4 on the second external delivery mechanisms 12 is blocked in, so that case and bag 4 rotate 90
Degree is continued to run with behind direction, then the second diversion baffle 61 can counter motion to the initial position for not interfering with the operation of case and bag 4, from
And be separated with running case and bag 4 on the second external delivery mechanisms 12.First diversion baffle 51 and the second diversion baffle 61
Motion can be driven by the flexible of cylinder piston rod respectively, air cylinder driven structure in mechanical field than more conventional, therefore
This is not reinflated.Turned to for the ease of case and bag 4, the first diversion baffle 51 stops that the end face of one end of case and bag 4 is in the present embodiment
Smooth, mellow and full arc surface 511, the second diversion baffle 61 stops that the end face of one end of case and bag 4 is smooth, mellow and full arc surface
611.In order that obtain case and bag 4 can fitly convey and in order to prevent case and bag 4 from dropping, the both sides on the first external delivery mechanisms 11
The first outside guardrail 7 is respectively provided with, at the first steering gear draw box mechanism 5 position faced on the first external delivery mechanisms 11
The first outside guardrail 7 turn to the arc-shaped that gear draw box mechanism 5 direction is protruded in away from first, so as to avoid out outside first
The case and bag 4 turned on conveying mechanism 11, make 90 degree of directions of its smooth rotation；Both sides on second external delivery mechanisms 12 are respectively
The second outside guardrail 8 is provided with, at the second steering gear draw box mechanism 6 position second faced on the second external delivery mechanisms 12
Outside guardrail 8 turns to the arc-shaped that gear draw box mechanism 6 direction is protruded in away from second, so as to avoid out the second external conveyor
The case and bag 4 turned on structure 12, make 90 degree of directions of its smooth rotation.
The both sides of internal transport mechanism 2 are respectively arranged with and push away boxboard 3 and storing platform 9.Both sides difference on storing platform 9
The platform guardrail 91 for bib case and bag 4 is provided with, a pair of platform guardrails 91 are outside respectively near one end of internal transport mechanism 2
Roll tiltedly and form the bell mouth shape for being easy to case and bag 4 to enter.Set platform guardrail 91 effect be：Case and bag 4 have been served
Effect ground bib and guiding, make case and bag 4 to be kept rank well on storing platform 9, so as to aid in improving the shaping of pile type
Efficiency.The push direction for pushing away boxboard 3 is perpendicular with the conveying direction of internal transport mechanism 2.The bottom of per pass delivered inside unit
It is provided with the demarcation strip that can be lifted together and can back and forth be translated on the conveying direction of correspondence delivered inside unit, this reality
The mounting structure for applying per pass demarcation strip in example is as follows：Demarcation strip is arranged on the slip peace in correspondence delivered inside unit bottom frame
On dress seat, the seat that is slidably installed is arranged in frame by sliding track mechanism, and the seat that is slidably installed can be in correspondence delivered inside unit
Bottom is slidably reciprocated along the conveying direction of the delivered inside unit in frame, and lifting driving gas is provided with the seat that is slidably installed
Cylinder, demarcation strip is driven by lifting drive cylinder, the seat that is slidably installed slide into demarcation strip needed for gear case position after, lift driving gas
The piston rod of cylinder is protruded upward can be driven demarcation strip protruding upward and be blocked in two case and bag adjacent on the delivered inside unit
Between, now the delivered inside unit remains to normal operation, and the piston rod of lifting drive cylinder is retracted can drive demarcation strip downwards
Move downward and return back to elemental height position, from the normal conveying without hindering case and bag 4.First delivered inside list in the present embodiment
The demarcation strip of first 21 bottoms is the first demarcation strip 211, and the demarcation strip of the bottom of the second delivered inside unit 22 is the second demarcation strip
221.The outer end of per pass delivered inside unit is provided with the baffle plate for stopping case and bag, and in the present embodiment, the first inside is defeated
The baffle plate for sending the outer end of unit 21 is first baffle 212；The baffle plate of the outer end of the second delivered inside unit 22 is second baffle
222。
Case and bag 4 are input into from the input of per pass external delivery mechanisms, the steering gear draw box mechanism on per pass external delivery mechanisms
Can according to target pile type arrangement require make by, needs turn to case and bag 4 rotation 90 degree of directions after be transported to again
On corresponding delivered inside unit, per pass demarcation strip can move to needed for gear case position after rise and be blocked in inside this
On supply unit between two neighboring case and bag 4, now the delivered inside unit remains to normal operation, so that this is two neighboring
Can be reserved between case and bag 4 according to the separation gap 10 needed for the arrangement of target pile type, the case of outermost end on per pass delivered inside unit
Bag 4 forms a line according to target pile type by baffle, when case and bag 4 on corresponding delivered inside unit, defeated inside per pass
Send unit to suspend conveying and after per pass demarcation strip is respectively positioned on the elemental height position of correspondence delivered inside unit bottom, push away boxboard
3 can push on storing platform 9 the permutation case and bag arranged on per pass delivered inside unit, so that storing platform 9
Case and bag 4 progressively piled up according to target pile type, until a stack material accumulation molding.The motion for pushing away boxboard 3 is generally also by cylinder
The telescopic drive of piston rod is realized, therefore also not reinflated detailed description in the present embodiment.
Separately below using the pile type shown in Fig. 1 as first object pile type, the pile type shown in Fig. 2 as the second target pile
As a example by type, the operation principle to the shaped device of multi-channel type pile type described in the utility model is illustrated.
By taking the first object pile type shown in Fig. 1 as an example.Case and bag 4 are constantly defeated from the first external delivery mechanisms 11 and the second outside
The input of mechanism 12 is sent to be input into, all case and bag 4 are all against the outside guardrail operation for being provided with steering gear draw box mechanism side.First
Target pile type one has three row, and first, second, third row have three case and bag 4 respectively, wherein forming the case and bag 4 of first row by the
One external delivery mechanisms 11 are conveyed, and form secondary series and tertial case and bag 4 are conveyed by the second external delivery mechanisms 12.In order to carry
Stacking efficiency high, case and bag 4 on the first external delivery mechanisms 11 per triplets, across being conveyed between every group of case and bag 4, and
Every group of case and bag by between the first external delivery mechanisms 11 across being delivered on the first delivered inside unit 21.Case and bag 4 are outside second
Per triplets, across being conveyed between every group of case and bag, and every group of case and bag are by the second external delivery mechanisms 12 for conveying mechanism 12
Between across being delivered on the second delivered inside unit 22.Comprise the following steps that：Three case and bag 4 of first row are formed by first
When turning to gear draw box mechanism 5, the first the first diversion baffle 51 turned in gear draw box mechanism 5 is required according to the arrangement of first object pile type
Case and bag 4 to needing to turn to stop, under the stop of the first diversion baffle 51, being blocked, running case and bag 4 can be around
The first diversion baffle 31 to rotate, until rotating 90 degree of directions, this causes the wanting according to first object pile type of case and bag 4 of first row
Ask and arranged in advance.According to advance three case and bag 4 for arranging of first object pile type requirement from the first external delivery mechanisms 11
Output end 111 enter on the first delivered inside unit 21, three case and bag 4 on the first delivered inside unit 21 continue forward
Motion, until case and bag 4 of outermost end are stopped that three case and bag 4 are tight under the stop of first baffle 212 by first baffle 212
Solid matter is listed on the first delivered inside unit 21, and so the row case and bag are to arrange to complete according to the requirement of first object pile type.Meanwhile,
Three case and bag 4 of secondary series are formed when gear draw box mechanism 6 is turned to by second, second turns to the second steering in gear draw box mechanism 6
Baffle plate 61 can require to stop the case and bag 4 for needing to turn to according to the arrangement of first object pile type, in the second diversion baffle 61
Stop under, being blocked, running case and bag 4 can be rotated around the second diversion baffle 61, until rotating 90 degree of directions, this makes
The case and bag 4 that secondary series must be formed are arranged in advance according to the requirement of first object pile type, pre- according to the requirement of first object pile type
Three case and bag 4 for first arranging are entered on the second delivered inside unit 22 from the output end 111 of the second external delivery mechanisms 1,
Three case and bag on second delivered inside unit 22 move forward, until a case and bag 4 of outermost end are by second baffle 222
Stop.Three case and bag 4 are arranged closely on the second delivered inside unit 22 under the stop of second baffle 222, so the row case
Bag is completed according to the requirement arrangement of first object pile type.Then, the first delivered inside unit 21 and the second delivered inside unit 22
Pause conveying, then pushes away boxboard 3 and pushes away two row case and bag 4 on the first delivered inside unit 21 and the second delivered inside unit 22
Deliver on storing platform 6.Followed by, the output end pause output case and bag of the first external delivery mechanisms 11, and the first inside is defeated
Unit 21 is sent to suspend conveying, meanwhile, form tertial case and bag and be delivered to the second delivered inside by the second external delivery mechanisms 12
On unit 22, and completed according to the requirement arrangement of first object pile type on the second delivered inside unit 22, then, the second inside is defeated
Send unit 22 to suspend conveying, and then, push away boxboard 3 and the single-row case and bag on second delivered inside unit 22 are pushed into storing platform
On 9.After pushing twice, the stack material on storing platform 9 is formed.A stack material of accumulation molding can on storing platform 9
It is transferred on pile plate or is transferred on pile plate at twice with by mechanical gripper flood.
By taking the second target pile type shown in Fig. 2 as an example.Case and bag 4 are constantly defeated from the first external delivery mechanisms 11 and the second outside
The input of mechanism 12 is sent to be input into, all case and bag 4 are all against the outside guardrail operation for being provided with steering gear draw box mechanism side.Second
Target pile type one has four row, and first, second, third row have three case and bag 4 respectively, and the 4th shows four case and bag 4, wherein being formed
First row and tertial case and bag 4 are conveyed by the first external delivery mechanisms 11, form the case and bag 4 of secondary series and the 4th row by second
External delivery mechanisms 12 are conveyed.In order to improve stacking efficiency, case and bag 4 first external delivery mechanisms 11 every three form one group,
Every group of case and bag on the first external delivery mechanisms 11 between across being conveyed, and every group of case and bag are by the first external delivery mechanisms 11
Between across being delivered on the first delivered inside unit 21.Every three case and bag one successively on the second external delivery mechanisms 12 of case and bag 4
Group and every one group of four case and bag successively between across being conveyed, every group of case and bag and by the second external delivery mechanisms 12 successively between across
It is delivered on the second delivered inside unit 22.Comprise the following steps that：Three case and bag 4 for forming first row directly pass through outside first
After the first steering gear draw box mechanism 5 on conveying mechanism 11, entered in first from the output end 111 of the first external delivery mechanisms 11
On portion's supply unit 21, three case and bag 4 on the first delivered inside unit 21 move forward, until a case of outermost end
Bag 4 is stopped that three case and bag 4 are arranged closely in the first delivered inside unit under the stop of first baffle 212 by first baffle 212
On 21, so the row case and bag are to arrange to complete according to the second target pile type requirement；Three case and bag 4 for forming secondary series simultaneously are direct
After by the second steering gear draw box mechanism 6 on the second external delivery mechanisms 12, from the output end 121 of the second external delivery mechanisms 12
Enter on the second delivered inside unit 22, three case and bag 4 on the second delivered inside unit 22 move forward, until most
One case and bag 4 of outer end are stopped that three case and bag 4 are arranged closely in second under the stop of second baffle 222 by second baffle 222
On delivered inside unit 22, so the row case and bag 4 are completed according to the requirement arrangement of the second target pile type；Then, the first inside is defeated
Send the delivered inside unit 22 of unit 21 and second to suspend conveying, then push away boxboard 3 by the first delivered inside unit 21 and second
Two row case and bag 4 on delivered inside unit 22 are pushed on storing platform 9.Tertial three case and bag 4 are formed directly by the
After the first steering gear draw box mechanism 5 on one external delivery mechanisms 11, entered to from the output end 111 of the first external delivery mechanisms 11
On first delivered inside unit 21, three case and bag 4 on the first delivered inside unit 21 move forward, until outermost end
One case and bag 4 stopped by first baffle 212, and to be arranged closely in the first inside defeated for three case and bag under the stop of first baffle 212
Send on unit 21, so the row case and bag are to arrange to complete according to the second target pile type requirement；Four case and bag 4 for forming the 4th row lead to
When crossing the second steering gear draw box mechanism 6, second turns to the second diversion baffle 61 kept off in draw box mechanism 6 then according to the second target pile type
Arrangement require each case and bag 4 in the row case and bag 4 are stopped successively so that formed the 4th row four case and bag 4 according to
Secondary to rotate 90 degree directions respectively, the case and bag 4 after four steerings are transported to the from the output end 121 of the second external delivery mechanisms 12
On two delivered inside units 22, the case and bag after four steerings on the second delivered inside unit 22 are in the second delivered inside unit 22
Conveying under move forward, the second demarcation strip 221 of the bottom of the second delivered inside unit 22 move to needed for gear case position
Postpone rising and be blocked in the row case and bag between second case and bag and the 3rd case and bag, the such 3rd, the 4th case and bag are by the
Two compartment plate 221 stops, and first, second case and bag move forward, until first case and bag is hindered by second baffle 222
Gear, then reserves the separation gap 10 needed for being arranged according to the second target pile type, so between second case and bag and the 3rd case and bag
The row case and bag are to arrange to complete according to the arrangement requirement of the second target pile type；Then, in the first delivered inside unit 21 and second
Portion's supply unit 22 suspends conveying respectively, and the second demarcation strip 221 is returned back to positioned at the initial of the bottom of the second internal transport mechanism 22
At height and position, then, push away boxboard 3 and push away two row case and bag on the first delivered inside unit 21 and the second delivered inside unit 22
Deliver on storing platform 9.After pushing twice, the stack material on storing platform 9 is formed.Accumulation molding on storing platform 9
A stack material can be transferred on pile plate by mechanical gripper flood or be transferred on pile plate at twice.
The utility model has the advantage of：Due to be provided with external delivery mechanisms of the multiple tracks with Dang Xiang steering mechanism and
There is provided in the internal transport mechanism 2 being made up of the delivered inside unit that multiple tracks is individually conveyed, and each delivered inside unit
The demarcation strip that can separate and stop case and bag is provided with, such multiple row case and bag 4 are through corresponding external delivery mechanisms and delivered inside list
Unit conveying after, can be arranged on internal transport mechanism 2 according to the requirement of target pile type, push away boxboard 3 push once just can push
On multiple row case and bag 4 to storing platform 9, this substantially reduces the time of stack material shaping, so as to drastically increase stacking
Efficiency；One stack material of accumulation molding can be transferred on pile plate by mechanical gripper flood or is transferred on pile plate at twice, this
Further improve stacking efficiency.
Claims (7)
1. the shaped device of multi-channel type pile type, including：External delivery mechanisms, it is characterised in that：The output of external delivery mechanisms
End is provided with internal transport mechanism, and external delivery mechanisms are at least arranged with twice in parallel, if internal transport mechanism is by arterial highway independence
The delivered inside unit composition of conveying, the output end of per pass external delivery mechanisms is connected with the corresponding unit of delivered inside together
Logical, the conveying direction of per pass external delivery mechanisms and per pass delivered inside unit is consistent, on per pass external delivery mechanisms
Steering gear draw box mechanism is provided with, the steering gear draw box mechanism on per pass external delivery mechanisms can stop correspondence external delivery mechanisms
One end of upper running case and bag makes it rotate 90 degree of directions, and the both sides of internal transport mechanism are respectively arranged with and push away boxboard and storing
Platform, the bottom of per pass delivered inside unit is provided with and can lift together and can correspond to the conveying of delivered inside unit
The demarcation strip translated back and forth on direction, the outer end of per pass delivered inside unit is provided with baffle plate；Case and bag are defeated from per pass outside
The input of mechanism is sent to be input into, the steering gear draw box mechanism on per pass external delivery mechanisms can be wanted according to the arrangement of target pile type
Ask make by, the case and bag that needs are turned to rotate 90 degree directions after continue to run with, per pass demarcation strip can move to required
Rise and be blocked on the delivered inside unit between two neighboring case and bag behind gear case position, so that the two neighboring case and bag
Between can reserve according to target pile type arrangement needed for separation gap, the case and bag of outermost end are by gear on per pass delivered inside unit
Plate stops, is formed a line on correspondence delivered inside unit according to target pile type when case and bag, per pass delivered inside unit suspends
After conveying and per pass demarcation strip are respectively positioned on the elemental height position of correspondence delivered inside unit bottom, pushing away boxboard can be by inside per pass
The permutation case and bag arranged on supply unit are pushed on storing platform, so that the case and bag of storing platform are according to target pile
Type is progressively piled up, until a stack material accumulation molding.
2. the shaped device of multi-channel type pile type according to claim 1, it is characterised in that：Each turns to gear draw box mechanism
Structure includes：Diversion baffle for stopping case and bag, diversion baffle can be from initial position to corresponding external delivery mechanisms side
To motion, until one end of running case and bag on corresponding external delivery mechanisms is blocked in, so that case and bag rotate 90 degree
Continued to run with behind direction, then turn to the counter motion of baffle plate energy to do not interfere with case and bag operation initial position, so as to it is corresponding
External delivery mechanisms on running case and bag be separated.
3. the shaped device of multi-channel type pile type according to claim 2, it is characterised in that：Each diversion baffle stops case
The end face of one end of bag is in smooth, mellow and full arc surface.
4. the shaped device of the multi-channel type pile type according to claim 1 or 2 or 3, it is characterised in that：Each turns to gear case
Mechanism is respectively positioned at the position of correspondence external delivery mechanisms input.
5. the shaped device of the multi-channel type pile type according to claim 1 or 2 or 3, it is characterised in that：The conveying of per pass outside
Both sides in mechanism are respectively provided with outside guardrail, facing at steering gear draw box mechanism position on per pass external delivery mechanisms
Outside guardrail in the arc-shaped protruded away from steering gear draw box mechanism direction, so as to avoid out correspondence external conveyor
The case and bag turned on structure, make 90 degree of directions of its smooth rotation.
6. the shaped device of the multi-channel type pile type according to claim 1 or 2 or 3, it is characterised in that：On storing platform
Both sides are separately provided for the platform guardrail of bib case and bag, a pair of platform guardrails near one end of internal transport mechanism respectively to
Outside inclines and is formed the bell mouth shape for being easy to case and bag to enter.
7. the shaped device of the multi-channel type pile type according to claim 1 or 2 or 3, it is characterised in that：External delivery mechanisms
It is arranged with twice in parallel, internal transport mechanism is made up of the delivered inside unit that twice are independently conveyed.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621184596.6U CN206203383U (en) | 2016-10-28 | 2016-10-28 | The shaped device of multi-channel type pile type |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621184596.6U CN206203383U (en) | 2016-10-28 | 2016-10-28 | The shaped device of multi-channel type pile type |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106477310A (en) * | 2016-10-28 | 2017-03-08 | 江苏新美星液体包装工程技术研究中心有限公司 | The shaped device of multi-channel type pile type |
| CN107878820A (en) * | 2017-11-02 | 2018-04-06 | 中山市器美机器人科技有限公司 | Packaging bag intelligently divides pile u-turn stack device and automatic packaging production line automatically |
| CN111299653A (en) * | 2020-04-17 | 2020-06-19 | 岳西县顺达机械有限公司 | Bearing frame system of processing |
| CN114455337A (en) * | 2022-02-23 | 2022-05-10 | 四川九洲电器集团有限责任公司 | Bag stacking device of material bag stacking car loader |
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- 2016-10-28 CN CN201621184596.6U patent/CN206203383U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106477310A (en) * | 2016-10-28 | 2017-03-08 | 江苏新美星液体包装工程技术研究中心有限公司 | The shaped device of multi-channel type pile type |
| CN106477310B (en) * | 2016-10-28 | 2019-07-05 | 江苏新美星液体包装工程技术研究中心有限公司 | The molding machine of multi-channel type pile type |
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| CN111299653A (en) * | 2020-04-17 | 2020-06-19 | 岳西县顺达机械有限公司 | Bearing frame system of processing |
| CN111299653B (en) * | 2020-04-17 | 2020-10-09 | 岳西县顺达机械有限公司 | Bearing frame system of processing |
| CN114455337A (en) * | 2022-02-23 | 2022-05-10 | 四川九洲电器集团有限责任公司 | Bag stacking device of material bag stacking car loader |
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