CN207174089U - Stacking recrater - Google Patents
Stacking recrater Download PDFInfo
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- CN207174089U CN207174089U CN201721054957.XU CN201721054957U CN207174089U CN 207174089 U CN207174089 U CN 207174089U CN 201721054957 U CN201721054957 U CN 201721054957U CN 207174089 U CN207174089 U CN 207174089U
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Abstract
The utility model proposes a kind of stacking recrater, including the feed mechanism for conveying material, also include positioned at the end of feed mechanism and for carrying out material to be layered the stacking mechanism stacked, stacking mechanism includes being used for the dividing plate for being layered the material for filling two casees, and the lower section of the dividing plate is provided with the shock absorbing mechanism for the vibrations for being used to reduce the dividing plate；Stacking mechanism also includes being used to drive the drive mechanism that the dividing plate moves on above-below direction and fore-and-aft direction.Material is transported to stacking mechanism by the utility model by feed mechanism, then material is made to realize that upper lower leaf stacks by stacking mechanism, wherein, the material for preparing to fill two casees is layered using dividing plate, to realize that a process is directly loadable into two casees, improve recrater boxing efficiency, using shock absorbing mechanism can reduce dividing plate it is long caused by influence layering and incasement operation vibrations.
Description
Technical field
It the utility model is related to packaging and the technical field of vanning machinery, more particularly to a kind of stacking recrater.
Background technology
Existing various materials (for example, barreled instant noodle etc.) also need to carry out FCL to them after product basis packaging is completed
Encapsulation.In the prior art, the highest line speed of current bucket face recrater is 500 barrels/point, and the production line that can meet at present
Production capacity is 360 barrels/point, is not met by the requirement of current highest line speed.
Utility model content
In view of this, main purpose of the present utility model is, there is provided a kind of stacking recrater, vanning technique is by original
Single case increases to two casees, improves the boxing efficiency of recrater.
To reach above-mentioned purpose, the utility model proposes a kind of stacking recrater, including for conveying the feeding of material
Mechanism, in addition to positioned at the end of the feed mechanism and for carrying out material to be layered the stacking mechanism stacked；The stacking
Mechanism includes being used for the dividing plate for being layered the material for filling two casees, and the lower section of the dividing plate is provided with described for reducing
The shock absorbing mechanism of the vibrations of dividing plate；The stacking mechanism also includes being used to drive the dividing plate in above-below direction with before
The drive mechanism that rear moves upwards.
Using said structure, material is transported to by feed mechanism by stacking mechanism, material is then made by stacking mechanism
Lower leaf stacks in realization, wherein, the material for preparing to fill two casees is layered using dividing plate, to realize that a process is straight
It is hinged with the boxing efficiency for into two casees, improving recrater；Due to once loading two casees, the length of required dividing plate is longer, holds
Easily occur shaking and influence layering and incasement operation, above-mentioned influence can be eliminated using shock absorbing mechanism, it is ensured that the success rate of vanning, from
And high efficiency is cased support is provided；In addition, drive mechanism can drive dividing plate to be carried out on above-below direction and fore-and-aft direction
It is mobile, can effectively it realize outside the layering of material, before vanning, dividing plate is extracted out from two layers of material, and top layer material falls
On substrate material, the stacking action of material is completed while vanning, is advantageous to improve boxing efficiency.
Optionally, the drive mechanism includes being used to drive the dividing plate to move in the vertical direction will be located at bottom
The material of layer position rises to the first layer cylinder of top layer position, is above the first layer cylinder and described for driving
Dividing plate move in the vertical direction with eliminate second of the gap between the dividing plate and substrate material layering cylinder,
And for by the dividing plate from the horizontal positioned telescopic cylinder extracted out between two layers of material.
Using said structure, the upper lower leaf of material is realized by first layer cylinder, can be subtracted by the second layering cylinder
Gap between few two layers of material up and down, makes levels material compacter, and corresponding bottom thing is fallen on to reduce top layer material
Vibrated caused by material, ensure the stability of stacking, it is advantageously ensured that vanning effect.In addition, pass through horizontal positioned flexible gas
Cylinder can be extracted out when being fallen on top layer material on substrate material using push pedal, while by dividing plate between two layers of material, can
Quickly realize stacking.
Optionally, the shock absorbing mechanism by transfer roller and drives the transfer roller to enter in the vertical direction in company with the dividing plate
The mobile lift cylinder of row is formed.
Using said structure, the lower section of dividing plate is supported on by transfer roller, the supporting role to dividing plate is played, subtracts
Few dividing plate shakes caused by its length is long.Wherein, in the case where not influenceing material layering, the position of transfer roller
Close proximity to the free end of dividing plate, make damping effect more preferable.
Optionally, it is provided between the feed mechanism and stacking mechanism and is used to stop material from the feed mechanism to described
Stacking mechanism is mobile, can be removed between the feed mechanism and stacking mechanism and allow material from the feed mechanism to described
The baffle plate of stacking mechanism movement.
Using said structure, material is prevented to continue by defeated forward by the baffle plate between feed mechanism and stacking mechanism
Send, when material forms one layer of material for filling two casees before the baffle plate, baffle plate moves between feed mechanism and stacking mechanism
Open, enabled one layer of material for filling two casees enters stacking mechanism and is layered, so as to meet recrater directly fill two casees will
Ask.
Optionally, the feed mechanism is including being used to convey multiple conveying rollers of material, can exist relative to the conveying roller
Multiple dance rollers of elevating movement are carried out on above-below direction；It is provided with close to the top of the conveying roller of the stacking mechanism and is used to detect
Prepare fill two casees one layer of material whether detection electric eye in place；The top of conveying roller and dance roller the phase joining place, which is provided with, to be used
Stop the catch that the material on dance roller continues to move along after dance roller jack-up.
Using said structure, above-mentioned detection electric eye detects that preparation fills the preceding layer material arrival of two casees close to the stacking
During the top of the conveying roller of mechanism, signal is sent to the control system of stacking recrater, after the control system receives the signal
Control the dance roller to be raised above, make positioned at the material for preparing to fill behind the preceding layer material of two casees jacked up with preceding layer
Material separates, on the one hand, stops that material below continues to move along by the catch, is easy to one layer of material for filling two casees defeated
It is sent to stacking mechanism.
Optionally, it is configured with the catch for driving the catch to move down and moved to the direction of stacking mechanism
So that one layer of material on the conveying roller to be pushed into the preceding push cylinder on the stacking mechanism；On the dance roller
The surface of the adjacent material of conveying roller described in Fang Bingyu is provided with the stable depression bar on dance roller of material being used for after jack-up.
Using said structure, on the other hand, control catch to act by preceding push cylinder, make to be placed on and be used on conveying roller
Fill one layer of material of two casees to be pushed on stacking mechanism, prevent the friction between partial material and conveying roller and influence material and enter
Enter to stacking mechanism.After catch moves forward, it can further stop that material below continues to move along by depression bar, and
Material after being jacked up by dance roller is stable on dance roller, ensures that each layer of material for vanning smoothly enters piler
Structure is layered, cased.
Optionally, the stacking mechanism have be generally aligned in the same plane with the conveying roller and with the steering identical of conveying roller
Rotating roller；Rotating roller uniform intervals on the conveying direction of material are set, and the dividing plate is via the drive mechanism
The gap from the lower section of the rotating roller through the rotating roller is driven to move along the vertical direction；Also include being used to detect rotation
The substrate material positioned at bottom position on transfer roller and the top layer material positioned at top layer position whether inductor in place.
Using said structure, when inductor senses that one layer of material of two casees to be installed is transported to the rotating roller of stacking mechanism
On, and when top layer position does not have material, signal, the control system control of stacking recrater are sent to the control system of stacking recrater
Make the drive mechanism and drive the dividing plate by being moved to the top of rotating roller below rotating roller and continuing up,
So as to drive one layer of material for filling two casees in rotating roller to be moved to top layer position, then the feed mechanism continues to piler
Structure conveys material, and the bottom position below dividing plate places substrate material, to form the double-deck material for filling two casees.
Optionally, the dividing plate includes vertical portion, the top with vertical portion being connected with the drive mechanism
The horizontal part for connecting and extending in the horizontal direction；Offered on the horizontal part and rotating roller one-to-one corresponding and the rotation
Multiple openings that roller can pass through；The top layer material for filling two casees is placed in the upper surface of the horizontal part, under the horizontal part
Side and space of the top of rotating roller formed with the substrate material for filling two casees.
Using said structure, dividing plate is moved by the gap between rotating roller in above-below direction, to realize material
Layering, also, do not influence substrate material after dividing plate rise below its horizontal part and continue to convey, make to fill the material heap of two casees
Pile is convenient.
Optionally, the lower section both ends of the rotating roller, which are provided with, is used to lift the rotating roller to depart from the lift of belt power
Roller cylinder.
Using said structure, after stacking mechanism forms the double-deck stacking of material, the lift roller gas at the lower section both ends of rotating roller
Cylinder lifts, and rotating roller departs from the power of belt, and rotating roller is static under the braking of lift roller cylinder, is easy to the good bilayer of stacking
Material is pushed into next station.
Optionally, the stacking mechanism also includes the layering material after stacking being pushed into pushing away in two casings simultaneously
Plate, the moving direction of the push pedal perpendicular to the material conveying direction, and with the dividing plate between two layers of material
That extracts out is in opposite direction.
Using said structure, the moving direction of push pedal and the dividing plate are from the direction phase extracted out between two layers of material
Instead, be advantageous to improve boxing efficiency.
Brief description of the drawings
Fig. 1 is the main view oblique view of stacking recrater；
Fig. 2 is the front view of stacking recrater；
Fig. 3 is the structural representation of stacking recrater；
Fig. 4 is the structural representation of the stacking mechanism of stacking recrater.
Embodiment
The embodiment of stacking recrater described in the utility model is carried out in detail referring to Fig. 1~Fig. 4
Explanation.In described below, the description of involved direction as being defined marked in Fig. 3 before and after upper and lower, wherein, the conveying of material
Direction refers to direction from right to left.Material in the utility model is primarily referred to as barreled instant noodle.
As described in the background art, if by the line speed of bucket face recrater by 360 barrels/point bring up to 500 barrels/
Point, originally equipment can not meet to require.And improving speed has two ways：
First, the mode of the complete machine speed of service is improved, complete machine uses the method for operation of interval, barrel/point of material speed 500, root
According to spread pattern, vanning speed be 34 casees/point, so each station performs that the time is inadequate, and this programme can not be realized.
2nd, the quantity of each technique vanning is improved.Each vanning technique increases to two casees by original single case, so each
The station execution time is essentially identical, and scheme can be realized.The utility model improves the vanning of recrater using second scheme
Efficiency, it is specific as follows：
As shown in Figure 1 to 4, stacking recrater includes being used to convey the feed mechanism 10 of material and for material to be carried out
The stacking mechanism 20 stacked is layered, wherein, stacking mechanism 20 is located at the end of the feed mechanism 10, and the feed mechanism 10 has
There are multiple conveying rollers 11 for conveying material, conveying roller drive mechanism is usually installed with feed mechanism 10, it is defeated by this
Send roller drive mechanism to drive multiple conveying rollers 11 to rotate to convey along conveying direction with the material being placed on thereon.The piler
Structure 20 have be generally aligned in the same plane with the conveying roller 11 and with the steering identical rotating roller 21 of conveying roller 11, likewise, rotation
Transfer roller 21 also rotates under the drive of rotating roller drive mechanism, drives material defeated to the direction of rotating roller 21 by conveying roller 11
Send, and transport material to stacking mechanism 20 successively and carry out heap piling box.Length of the rotating roller 21 on the conveying direction of material
For the length for one layer of material for filling two casees, and rotating roller 21 is in the end of the conveying direction of material (i.e. whole heap piling box
The end of machine) termination plate is provided with, for preventing material from continuing to walk forward to slide from rotating roller 21.In addition, the feeder
The baffle plate 30 that can be moved in the vertical direction is provided between structure 10 and stacking mechanism 20, baffle plate 30 is driven by baffle plate cylinder,
, can when baffle plate 30 is moved to top position (on conveying roller and rotating roller) by lower position (under conveying roller and rotating roller)
Stop that material moves from the feed mechanism 10 to the stacking mechanism 20；When baffle plate 30 is moved to lower position by top position
When, then it is removed between the feed mechanism 10 and stacking mechanism 20, so as to allow material from the feed mechanism 10 to institute
State stacking mechanism 20 to move, by the setting of baffle plate 30, the material of continuous conveying can be separated into for fill two casees one layer
Layer material, is easy to follow-up layering stacking and vanning.
In feed mechanism 10, a portion conveying roller is arranged to move up and down, and it is this can be in above-below direction
The upper conveying roller composition dance roller for carrying out elevating movement, is provided with the top of the conveying roller 11 close to the stacking mechanism 20 and is used for
Detection prepare to fill two casees one layer of material whether detection electric eye 12 in place, detection electric eye 12 detects that preparation fills two casees previous
When layer material is reached close to the top of the conveying roller 11 of the stacking mechanism, signal is sent to the control system of stacking recrater,
The control system controls above-mentioned dance roller to be raised above after receiving the signal, and the wherein rise of dance roller and landing can also be by
Cylinder 43 drives, and makes to be jacked up to separate with preceding layer material positioned at the material for preparing to fill behind the preceding layer material of two casees.
And the top of the conveying roller 11 and dance roller phase joining place is provided with is located at dance roller for stopping after dance roller jack-up
On the catch 40 that continues to move along of material, be configured with the catch 40 for drive the catch 40 move down and to
The direction movement of stacking mechanism is to push away gas before one layer of material on the conveying roller is pushed on the stacking mechanism
Cylinder 41, is arranged such, and the one side of catch 40 can stop that material below continues to move along, and is easy to fill one layer of material of two casees
Stacking mechanism is transported to, on the other hand, makes to be placed on one layer of thing for being used to fill two casees on conveying roller 11 by preceding push cylinder 41
Material is pushed on stacking mechanism 20, is prevented the friction between partial material and conveying roller and is influenceed material and enter stacking mechanism
20.In addition, above the dance roller and the material adjacent with the conveying roller surface be provided be used for by after jack-up
The stable depression bar 42 on dance roller of material, the depression bar 42 are located under the top planes of material, for when catch 40 is to reach
After dynamic, it can further stop that material below moves forward by depression bar 42, and the material after being jacked up by dance roller is stable
On dance roller, ensure that each layer of material for vanning smoothly enters stacking mechanism 20 and be layered, cased.
As shown in Figure 3 and Figure 4, the uniform intervals on the conveying direction of material of the rotating roller 21 in stacking mechanism 20 are set,
Stacking mechanism 20 includes being used for the dividing plate 50 for being layered the material for filling two casees, it is preferable that the dividing plate 50 is wrapped
The horizontal part for including vertical portion, being connected with the top of vertical portion and extending in the horizontal direction, offer on the horizontal part with it is described
Multiple openings that rotating roller 21 corresponds and the rotating roller 21 can pass through, therefore, dividing plate 50 by rotating roller 21 it
Between gap above-below direction move, by rotating roller 21 material jack up, to realize the layering of material.Wherein, it is layered
Place the top layer material for filling two casees, the lower section of the horizontal part and the top of rotating roller in the upper surface of the horizontal part of dividing plate 50
Space formed with the substrate material for filling two casees, do not influence substrate material below its horizontal part after dividing plate 50 raises
Continue to convey, make the material stacking for filling two casees convenient.
Stacking mechanism 20 also includes being used to drive the dividing plate 50 to move on above-below direction and fore-and-aft direction
Drive mechanism, vertical portion and the drive mechanism of the dividing plate 50 are connected, and dividing plate 50 is via the drive
Gap of the motivation structure driving from the lower section of the rotating roller 21 through the rotating roller 21 is moved along the vertical direction, realizes thing
The layering of material, more specifically, the drive mechanism include be used for drive the dividing plate 50 in the vertical direction move with
To be risen to positioned at the material of bottom position the first layer cylinder 61 of top layer position, above the first layer cylinder 61 simultaneously
Between driving the dividing plate 50 to move in the vertical direction to eliminate between the dividing plate 50 and substrate material
Second layering cylinder 62 of gap and for the dividing plate 50 is horizontal positioned flexible from what is extracted out between two layers of material
Cylinder 63, the upper lower leaf of material is realized by first layer cylinder 61, can be reduced two layers up and down by the second layering cylinder 62
Gap between material, make levels material compacter, fallen on reducing top layer material caused by corresponding substrate material
Vibration, ensure the stability of stacking, it is advantageously ensured that vanning effect.As shown in figure 4, for material for bucket face embodiment and
Speech, when first layer cylinder 61 and second is layered cylinder 62 while stretched out, the distance between dividing plate 50 and rotating roller 21 H=
There is 15mm distance 120mm, bucket face height 105mm, such bucket face top, ensure that bucket face smoothly enters under dividing plate 50
Face.In addition, can simultaneously will by horizontal positioned telescopic cylinder 63 when being fallen on top layer material on substrate material using push pedal
Dividing plate 50 is extracted out between two layers of material, can quickly realize stacking.
In addition, dividing plate 50, because vanning technique limits, one end of release can not mechanically connect, first layer cylinder 61
Shaken with generation during the second layering 62 extending action of cylinder, and retract and move when the layering cylinder 62 of first layer cylinder 61 and second
When making, dividing plate 50 can be bumped against in rotating roller 21, for this purpose, dividing plate 50 close to rotating roller 21 one end in layering
The lower section of dividing plate is provided with the shock absorbing mechanism for the vibrations for being used to reduce the dividing plate 50, and the shock absorbing mechanism is by transfer roller 71 and drives
Move the lift cylinder 72 that the transfer roller 71 moves in the vertical direction in company with the dividing plate 50 to form, pass through transfer roller 71
The lower section of dividing plate is supported on, plays the supporting role to dividing plate 50, because the stacking recrater of the present invention once needs
Two casees are charged material into, the length of required dividing plate 50 is longer, easily shakes, and can be reduced point by shock absorbing mechanism
Layer dividing plate 50 shakes caused by its length is long.Wherein, in the case where not influenceing material layering, the position of transfer roller 71
Close proximity to the free end of dividing plate 50, make damping effect more preferable.Using shock absorbing mechanism of the present utility model, dividing plate 50
All worked in whole technical process under the limitation of transfer roller 71, reduce the generation of vibrations.
Stacking mechanism 20 also include be used for detect in rotating roller 21 positioned at the substrate material of bottom position and positioned at top layer
The top layer material of position whether inductor in place and the push pedal that is pushed into the layering material after stacking simultaneously in two casings
80, push pedal 80 can be dentation push pedal, and the tooth and the opening of dividing plate 50 of push pedal 80 are correspondingly arranged, and push pedal 80 can be in above-mentioned opening
The horizontal-extending direction of the middle horizontal part along dividing plate 50 is moved, and material is pushed into casing.Treated when inductor senses
One layer of material of two casees is filled to be transported in the rotating roller 21 of stacking mechanism, and when top layer position does not have material, to heap piling box
The control system of machine sends signal, the control system of stacking recrater control the drive mechanism drive the dividing plate 50 by
The top of rotating roller is moved to below rotating roller and is continued up, so as to drive one layer of thing for filling two casees in rotating roller
Material is moved to top layer position, and then the feed mechanism continues to convey material, the bottom below dividing plate to stacking mechanism
Substrate material is placed in position, to form the double-deck material for filling two casees.The moving direction of the push pedal 80 is perpendicular to the material
Conveying direction, and it is in opposite direction from what is extracted out between two layers of material with the dividing plate 50, when inductor senses rotating roller
When bottom position and top layer position on 21 have material, push pedal 80 starts to act, and the good material of stacking is pushed into two simultaneously
In individual casing.In order to facilitate the more stable cartonning of the good material of stacking, the lower section both ends of the rotating roller 21, which are provided with, to be used for institute
Rotating roller 21 is stated to lift to depart from the lift roller cylinder 90 of belt power, after stacking mechanism forms the double-deck stacking of material, rotation
The lift roller cylinder 90 at the lower section both ends of roller 21 lifts, and rotating roller departs from the power of belt, and is rotated under the braking of lift roller cylinder
Roller 21 is static, is easy to the good double-deck material of stacking being pushed into casing.
Described with reference to said structure and referring to figs. 1 to Fig. 4, the course of work of stacking recrater is described.
Material (bucket face) is fed forward on conveying roller 11, and baffle plate 30 rises, and two casees are filled when detection electric eye 12 detects
Preceding layer material reach close to the stacking mechanism conveying roller 11 top when, dance roller is raised above, and is jacked up below
Material, under the barrier effect of depression bar 42, the material of later layer can not move forward, and catch 40 is fallen, in preceding push cylinder 41
Under the collective effect of push and conveying roller 11, preceding layer material is fed on stacking mechanism 20.Then catch 40 raises, baffle plate
30 and dance roller fall, material below is continued to move along, and the later layer material for filling two casees is sent into stacking mechanism 20, weight
Multiple said process, completes feeding function.
Reach stacking mechanism 20 on material be fed forward in the presence of rotating roller 21, when inductor sense it is to be installed
When one layer of material of two casees is not transported in rotating roller 21, dividing plate 50 is located under the plane of rotating roller 21, driving machine
Structure is failure to actuate；When inductor senses that one layer of material of two casees to be installed is transported in the rotating roller 21 of stacking mechanism 20, and push up
When layer position does not have material, dividing plate 50 rises in the presence of drive mechanism from the gap of rotating roller 21, first layer
Cylinder 61, second is layered cylinder 62 and lift cylinder 72 stretches out simultaneously, and telescopic cylinder 63, transfer roller 71 and dividing plate 50 are risen
Rise, substrate material also rises therewith, after dividing plate 50 fills one layer of material jack-up of two casees, takes off the top layer material for filling two casees
From rotating roller 21, static is placed on the horizontal part of dividing plate 50.In the presence of feed mechanism 10 and rotating roller 21, the
Two layers of material (substrate material) continue to be fed forward, when inductor senses that the substrate material for filling two casees is transported to rotating roller
When on 21, the second layering action of cylinder 62 is retracted, and first layer cylinder 61 keeps stretching state, now H=105mm, with bucket face
Height it is identical, in this way, dividing plate 50 is close to above material, then telescopic cylinder 63 is retracted, dividing plate 50 from two
Extracted out between layer material, top layer material is fallen on substrate material, completes the stacking of material.Now, the lift roller at the both ends of rotating roller 21
Cylinder 90 lifts, and rotating roller 21 departs from the power of belt, and static under the braking of lift roller cylinder 90, while material stacking
Or after the completion of stacking, the good double-deck material of stacking is pushed into casing by push pedal 80.Whole process directly fills two casees, vanning
Efficiency high.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Within the spirit and principle of utility model, any modification, equivalent substitution and improvements made etc., the utility model should be included in
Protection domain within.
For example, in the above-described embodiments, push pedal is dentation push pedal, it is inserted in same with dividing plate in the opening of dividing plate
When move backward, to realize incasement operation；But this is not limited to, push pedal can also be common plane push pedal, wait to be layered
Dividing plate is pushed into casing after completion stacking is extracted between two layers of material out, then by material, and therefore, push pedal can be from perpendicular to described
Material is pushed into casing by the conveying direction of material or conveying direction parallel to material, and its structure is also more simple.
For another example in the above-described embodiments, dividing plate is overall structure, it is divided into vertical portion and horizontal part two parts, water
Multiple openings that rotating roller can pass through are offered in flat portion；But be not limited to this, dividing plate also can by it is multiple be in inverted L-shaped
Layering fork form, layering fork between leave the gap that rotating roller can pass through, be easy to layering fork can through rotating roller in upper and lower
To movement, the bottoms of multiple layering forks are installed concentratedly on an installing plate, and installing plate is connected above-mentioned drive mechanism.
Claims (10)
1. a kind of stacking recrater, including for conveying the feed mechanism of material, it is characterised in that also include being located at the feeding
The end of mechanism is simultaneously used for the stacking mechanism that material is carried out layering and stacked；
The stacking mechanism includes being used for the dividing plate for being layered the material for filling two casees, and the lower section of the dividing plate is provided with
For the shock absorbing mechanism for the vibrations for reducing the dividing plate；
The stacking mechanism also includes being used to drive the drive that the dividing plate moves on above-below direction and fore-and-aft direction
Motivation structure.
2. stacking recrater according to claim 1, it is characterised in that the drive mechanism includes being used to drive described point
Layer dividing plate moves will rise to the first layer cylinder of top layer position positioned at the material of bottom position, positioned at institute in the vertical direction
State above first layer cylinder and for drive the dividing plate to move in the vertical direction with eliminate the dividing plate with
The second layering cylinder in gap between substrate material and for by the dividing plate from the water extracted out between two layers of material
The telescopic cylinder of placing flat.
3. stacking recrater according to claim 1, it is characterised in that the shock absorbing mechanism is turned by transfer roller and driving are described
The lift cylinder that roller moves in the vertical direction in company with the dividing plate is formed.
4. stacking recrater according to claim 1, it is characterised in that be provided between the feed mechanism and stacking mechanism
For stopping that material is mobile from the feed mechanism to the stacking mechanism, being moved between the feed mechanism and stacking mechanism
The baffle plate opened and allow material to be moved from the feed mechanism to the stacking mechanism.
5. stacking recrater according to claim 1, it is characterised in that the feed mechanism includes being used to convey material
Multiple conveying rollers, multiple dance rollers that elevating movement can be carried out in the vertical direction relative to the conveying roller；
It is provided with close to the top of the conveying roller of the stacking mechanism and is used to detect whether in place to prepare one layer of material for filling two casees
Detect electric eye；
The top of conveying roller and dance roller the phase joining place is provided with is located at dance roller for stopping after dance roller jack-up
The catch that continues to move along of material.
6. stacking recrater according to claim 5, it is characterised in that be configured with the catch for driving the gear
Piece moves down and the direction movement to stacking mechanism by one layer of material on the conveying roller to be pushed into the stacking
Preceding push cylinder in mechanism；
Above the dance roller and the surface of the material adjacent with the conveying roller is provided with and is used for the material after jack-up
The stable depression bar on dance roller.
7. stacking recrater according to claim 5, it is characterised in that the stacking mechanism has and the conveying roller position
In same plane and with the steering identical rotating roller of conveying roller；
Rotating roller uniform intervals on the conveying direction of material are set, and the dividing plate drives via the drive mechanism
Moved along the vertical direction from gap of the lower section of the rotating roller through the rotating roller；
Also including being for detecting the substrate material positioned at bottom position in rotating roller and the top layer material positioned at top layer position
No inductor in place.
8. stacking recrater according to claim 7, it is characterised in that the dividing plate includes and the drive mechanism
The vertical portion being connected, the horizontal part for being connected with the top of vertical portion and extending in the horizontal direction；
Offer and corresponded with the rotating roller and the multiple openings that can pass through of the rotating roller on the horizontal part；
Place the top layer material for filling two casees, the lower section of the horizontal part and the top of rotating roller in the upper surface of the horizontal part
Space formed with the substrate material for filling two casees.
9. stacking recrater according to claim 7, it is characterised in that the lower section both ends of the rotating roller, which are provided with, to be used to incite somebody to action
The rotating roller is lifted to depart from the lift roller cylinder of belt power.
10. the stacking recrater according to any one of claim 1 to 9, it is characterised in that the stacking mechanism also includes will
Layering material after stacking is pushed into the push pedal in two casings simultaneously, and the moving direction of the push pedal is perpendicular to the material
Conveying direction, and it is in opposite direction from what is extracted out between two layers of material with the dividing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721054957.XU CN207174089U (en) | 2017-08-22 | 2017-08-22 | Stacking recrater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721054957.XU CN207174089U (en) | 2017-08-22 | 2017-08-22 | Stacking recrater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207174089U true CN207174089U (en) | 2018-04-03 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721054957.XU Active CN207174089U (en) | 2017-08-22 | 2017-08-22 | Stacking recrater |
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| Country | Link |
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| CN (1) | CN207174089U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264438A (en) * | 2018-08-09 | 2019-01-25 | 青岛科锐思新材料科技有限公司 | A kind of conveyer belt cabinet device for pilling and stack method |
| CN109615844A (en) * | 2018-12-24 | 2019-04-12 | 广州蓝奇电子实业有限公司 | A kind of method of charging/discharging apparatus and the infrared docking I/O signal of piler |
| CN116281210A (en) * | 2023-05-22 | 2023-06-23 | 江苏德励达新材料股份有限公司 | Conveying equipment for polyurethane material processing |
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2017
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| CN109615844A (en) * | 2018-12-24 | 2019-04-12 | 广州蓝奇电子实业有限公司 | A kind of method of charging/discharging apparatus and the infrared docking I/O signal of piler |
| CN109615844B (en) * | 2018-12-24 | 2020-12-11 | 广州蓝奇电子实业有限公司 | Charging and discharging equipment and stacker infrared docking IO signal method |
| CN116281210A (en) * | 2023-05-22 | 2023-06-23 | 江苏德励达新材料股份有限公司 | Conveying equipment for polyurethane material processing |
| CN116281210B (en) * | 2023-05-22 | 2023-08-08 | 江苏德励达新材料股份有限公司 | Conveying equipment for polyurethane material processing |
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