CN207606953U - A kind of cellular board welter - Google Patents
A kind of cellular board welter Download PDFInfo
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- CN207606953U CN207606953U CN201721754082.4U CN201721754082U CN207606953U CN 207606953 U CN207606953 U CN 207606953U CN 201721754082 U CN201721754082 U CN 201721754082U CN 207606953 U CN207606953 U CN 207606953U
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- fringing
- cellular board
- milling
- welter
- crawler belt
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Abstract
The utility model discloses a kind of cellular board welters, belong to board production equipment field, including：Rack, milling flutes mechanism and fringing mechanism；Milling flutes mechanism is arranged at fringing mechanism in rack；Rack is equipped with the conveying mechanism being arranged toward fringing mechanism direction along milling flutes mechanism, and conveying mechanism surface is formed with the machined surface for support cellular board；Milling flutes mechanism is equipped with milling cutter, and milling cutter is used for milling cellular board, so that cellular board side forms embedding groove；Fringing mechanism includes storage device and fringing device, and storage device is arranged in the top of fringing device, for stacking storage batten；Fringing mechanism is used to batten being embedded in embedding groove.It can be adapted to the fringing demand of the Rimless cellular board of different sizes, meet the production requirement of the customized plank of small lot.
Description
Technical field
The utility model is related to a kind of board production equipment more particularly to a kind of cellular board welters.
Background technology
Currently, the production process of traditional furniture cellular board is to carry out rational material point according to the product specification of client
Being made every processes such as, gluing, pressings has the cellular board of frame, and such technique is suitable in batch and the product of single varieties.
But for having furniture made to order, order is often single-piece, small lot production, and specification is had nothing in common with each other, and has frame honeycomb
The technique of plate is difficult to be suitable for customization industry, and Rimless cellular board is then the standard plate made in advance, although the honeycomb
It can arbitrarily divide as requested on plate theory, be very suitable for the flexible and changeable requirement of customized furniture, but the cellular board of Rimless
The rigid demand that just then cannot be satisfied plank, is easier to be damaged, and inconvenient assembled.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of cellular board welter, pass through
In Rimless cellular board side, milling forms embedding groove, then batten is inlayed wherein, to meet the fringing of different size cellular boards
Demand.
The purpose of this utility model adopts the following technical scheme that realization：
A kind of cellular board welter, including：Rack, milling flutes mechanism and fringing mechanism；The milling flutes mechanism and the edge
Side mechanism is arranged in the rack；The rack, which is equipped with, to be arranged toward fringing mechanism direction along the milling flutes mechanism
Conveying mechanism, the conveying mechanism surface are formed with the machined surface for support cellular board；The milling flutes mechanism is equipped with milling cutter, institute
Milling cutter is stated for milling cellular board, so that cellular board side forms embedding groove；The fringing mechanism includes storage device and edge
Side device, the storage device is arranged in the top of the fringing device, for stacking storage batten；The fringing mechanism is used for
Batten is embedded in embedding groove.
Further, the fringing device includes that supporting platform and at least two push mechanism for push batten；Institute
It states supporting platform and is fixed on the machined surface close to the side of the rack；The storage device is arranged in the supporting platform
Top is formed with the supporting surface for supporting batten in the supporting platform；The fixing end difference of mechanism is at least pushed described in two
It is fixed on the side of the supporting platform, the movable end that mechanism is at least pushed described in two extends towards the supporting surface direction, leads to
The movable end is crossed relative to the fixing end activity displacement, to push the batten being located on the supporting surface far from the fringing
Mechanism.
Further, the milling cutter is side mill；The rotation axis of the milling cutter is mutually perpendicular to the machined surface；It is described
Milling flutes mechanism further includes for driving the milling cutter closer or far from the first driving means of the machined surface.
Further, the cellular board welter further includes glue spreading assembly, and the glue spreading assembly is arranged in the rack,
And between the milling flutes mechanism and the fringing mechanism；The glue spreading assembly be equipped with FE Glue Gun, the FE Glue Gun for pair
The cell wall of embedding groove carries out sprayed glues.
Further, the FE Glue Gun is two groups；The direction of FE Glue Gun described in two groups relative to the machined surface mutually on
Under be staggered, for respectively to two cell walls up and down of embedding groove carry out glue spraying.
Further, the cellular board welter further includes laminating mechanism, and the laminating mechanism is arranged in the rack,
And it is located at the side of the fringing mechanism far from the milling flutes mechanism；The laminating mechanism is equipped with pressing assembly, the pressing group
Part includes pinch roller and the second driving device；The pinch roller is for compressing batten, the rotation axis of the pinch roller and the processing
Face is mutually perpendicular to；Second driving device is for driving the pinch roller closer or far from the machined surface.
Further, the pressing assembly is pressing assembly setting along the conveying mechanism more than two, more than two
It sets direction and is alternatively arranged setting；The diameter of the pinch roller more than two is gradually reduced along the direction far from the fringing mechanism.
Further, the cellular board welter further includes the flush mechanism for cutting the extra batten in embedding groove both ends,
The flush mechanism is arranged in the rack, and is located at the side of the fringing mechanism far from the milling flutes mechanism.
Further, the flush mechanism includes the first cutter device and the second cutter device；First cutter device
It is arranged in the top of second cutter device；First cutter device and second cutter device be respectively equipped with guide rail and
Cylinder, first cutter device and second cutter device are movably arranged on respectively on the corresponding guide rail, the gas
Cylinder is for driving first cutter device and second cutter device along the guide rail setting direction displacement；Two guide rails
It is mutually parallel and is inclined relative to horizontal.
Further, the conveying mechanism includes the first crawler belt and the second crawler belt；First crawler belt and described second is carried out
The surface of band forms the machined surface；First crawler belt and second crawler belt are along the milling flutes mechanism toward the welter
Structure direction is extended, and second crawler belt is mutually parallel with first crawler belt；The conveying mechanism is additionally provided with for driving
Second crawler belt is closer or far from first crawler belt, to adjust the adjusting apparatus of the machined surface width.
Compared with prior art, the beneficial effects of the utility model are：
After Rimless cellular board enters cellular board welter from rack side, milling flutes mechanism is delivered to by conveying mechanism and is carried out
Groove milling process is transported to welter after so that one side is formed with embedding groove one side milling of Rimless cellular board by milling cutter
Structure, then batten is embedded in so that Rimless cellular board is formed with frame cellular board, by milling cutter by embedding groove by fringing mechanism
Control, the width of the embedding groove of its milling can be adjusted according to the thickness size of the Rimless cellular board of wanted milling, fit
The fringing process of Rimless cellular board with different sizes meets the needs of small lot customized plank.
Description of the drawings
Fig. 1 is the utility model cellular board welter structural schematic diagram；
Fig. 2 is the utility model milling flutes mechanism structural schematic diagram；
Fig. 3 is the utility model glue spreading assembly structural schematic diagram；
Fig. 4 is the utility model fringing mechanism structural schematic diagram；
Fig. 5 is the utility model laminating mechanism structural schematic diagram.
In figure：10, rack；11, milling flutes mechanism；111, milling cutter；112, first driving means；12, fringing mechanism；121, it deposits
Storage device；1211, fence；122, fringing device；1221, supporting platform；1222, mechanism is pushed；13, conveying mechanism；131, add
Work face；14, glue spreading assembly；141, FE Glue Gun；15, laminating mechanism；151, pressing assembly；1511, pinch roller；1512, the second driving
Device；20, batten.
Specific implementation mode
In the following, in conjunction with attached drawing and specific implementation mode, the utility model is described further, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
As shown in Fig. 1~5, the utility model provides a kind of cellular board welter, can be adapted to different Rimless cellular boards
Fringing process, with meet small lot and more sizes have the production of frame honeycomb board, fringing change in size demand, the honeycomb
Plate welter includes：Rack 10, milling flutes mechanism 11 and fringing mechanism 12；Milling flutes mechanism 11 is arranged at machine with fringing mechanism 12
On frame 10；Rack 10 is equipped with the conveying mechanism 13 being arranged toward 12 direction of fringing mechanism along milling flutes mechanism 11,13 table of conveying mechanism
Face is formed with the machined surface 131 for support cellular board, and during the utility model use, cellular board is close from conveying mechanism 13
One end of milling flutes mechanism 11 enters cellular board welter, and passes through milling flutes mechanism 11 and fringing successively by the conveying of conveying mechanism 13
Mechanism 12 when by milling flutes mechanism 11 and fringing mechanism 12, then carries out groove milling to the cellular board on machined surface 131 respectively
And fringing；Milling flutes mechanism 11 is equipped with milling cutter 111, and milling cutter 111 is used for milling cellular board, is inlayed so that cellular board side is formed
Slot；Fringing mechanism 12 includes storage device 121 and fringing device 122, and storage device 121 is arranged in the upper of fringing device 122
Side, for stacking storage batten 20；Fringing mechanism 12 is used to batten 20 being embedded in embedding groove.
Specifically, fringing device 122 includes supporting platform 1221 and at least two pushes mechanism for push batten 20
1222；Supporting platform 1221 is fixed on machined surface 131 close to the side of rack 10；Storage device 121 is equipped with for enclosing batten
20, so that batten 20 stacks the fence 1211 of storage, 121 top of storage device and 1211 side of fence are provided with for being put into wood
Item 20 and the opening for extending placement for batten 20, the lower section of storage device 121 is provided with the outlet being discharged downwards for batten 20, deposits
Storage device 121, which is arranged, to be formed on the top of supporting platform 1221, supporting platform 1221 for supporting the wood from outlet discharge
The supporting surface of item 20；The fixing end of pushing mechanism 1222 of at least balancing each other is individually fixed in the side of supporting platform 1221 and pushes here
Mechanism 1222 can be cylinder, oil cylinder either along the push plate of guide rail direction activity setting.At least balance each other the work of pushing mechanism 1222
Moved end extends towards supporting surface direction, by movable end relative to fixing end activity displacement, to push the wood being located on supporting surface
Item 20 is far from fringing mechanism 12.Preferably, the activity direction of more than two movable ends for pushing mechanism 1222 is mutually parallel.
Milling cutter 111 is side mill；The rotation axis of milling cutter 111 is mutually perpendicular to machined surface 131；Milling flutes mechanism 11 further includes
For driving first driving means 112 of the milling cutter 111 closer or far from machined surface 131, first driving means 112 to be chosen as cylinder
Or oil cylinder and can the movable mechanical part of drive mechanism.
Preferably, milling cutter 111 is two, and the rotation axis of two milling cutters 111 is mutually parallel and is each perpendicular to machined surface 131；
Two milling cutters 111 are disposed side by side on by two first driving means 112 in rack 10 respectively, and are turned on the contrary, working as Rimless bee
Nest plate is persistently conveyed by conveying mechanism 13, after the position signal of the PLC controller on cellular board welter is arranged in triggering, two
Milling cutter 111 is respectively driven by two first driving means 112 close to the side of Rimless cellular board, and on Rimless cellular board
Milling Process goes out the dimensional space of the batten 20 of suitable damascene, forms the embedding groove that a section is " Qian ", two milling cutters 111
Turn on the contrary, and the depths of cut of two milling cutters 111 is controlled by PLC, prevent a depth of cut is excessive from causing plank damaged, and
Achieve the purpose that corner disrepair phenomenon is caused to occur when Rimless cellular board being avoided to enter and go out knife.
In this example, in order to make batten 20 inlay more securely, it can also be arranged between milling flutes mechanism 11 and fringing mechanism 12
Dust-extraction unit (not shown), preferably hair-dryer or dust catcher are directed at embedding groove, the dust being located in embedding groove are removed.
In order to make batten 20 be embedded in after embedding groove more securely, cellular board welter further includes glue spreading assembly 14, gluing group
Part 14 is arranged in rack 10, and between milling flutes mechanism 11 and fringing mechanism 12；Glue spreading assembly 14 is equipped with FE Glue Gun 141,
FE Glue Gun 141 is used to carry out sprayed glues to the cell wall of embedding groove.Preferably, FE Glue Gun 141 is two groups；Two groups of FE Glue Guns 141
Direction relative to machined surface 131 mutually up and down be staggered, for respectively to two cell walls up and down of embedding groove carry out glue spraying.
Rimless cellular board after dedusting enters glue spreading assembly 14 and sets out after PLC position signals, PLC control unit control
To reach the spraying of control glue, two cell walls up and down in embedding groove spray respectively for the action of solenoid-driven FE Glue Gun 141 processed
Two tree laces are applied, for being bonded the batten 20 subsequently inlayed.
In order to which more securely cellular board welter further includes pressure for the batten 20 of frame cellular board of having that makes to inlay after batten 20
Mechanism 15 is closed, laminating mechanism 15 is arranged in rack 10, and is located at side of the fringing mechanism 12 far from milling flutes mechanism 11；Pressing machine
Structure 15 is equipped with pressing assembly 151, and pressing assembly 151 includes pinch roller 1511 and the second driving device 1512；Pinch roller 1511 is used for
Batten 20 is compressed, rotation axis and the machined surface 131 of pinch roller 1511 are mutually perpendicular to；Second driving device 1512 is for driving pinch roller
1511 closer or far from machined surface 131, and the second driving device 1512 equally can be the machines such as cylinder, oil cylinder either automatically controlled sliding rail
Tool component.Pressing assembly 151 is more than two, and pressing assembly 151 more than two is along the setting direction interval of conveying mechanism 13
It is arranged；The diameter of pinch roller 1511 more than two is gradually reduced along the direction far from fringing mechanism 12.
Complete there is frame cellular board to be delivered to laminating mechanism 15, PLC program driving second by conveying mechanism 13 after fringing
Driving device 1512 acts, and to drive pinch roller 1511 to squeeze the batten 20 inlayed, has frame cellular board in conveying
1511 angle of small pressing wheel completes welt action, and small pressing wheel to fringing batten 20 squeeze from large to small in the process
1511 angles front and back can adjust angle by putting point, it is ensured that bonding is secured, ensures product quality.
In order to meet the different length requirements for inlaying batten 20, cellular board welter further includes for cutting embedding groove both ends
The flush mechanism (not shown) of extra batten 20, flush mechanism are arranged in rack 10, and positioned at fringing mechanism 12 far from groove milling
The side of mechanism 11.
Flush mechanism includes the first cutter device and the second cutter device；First cutter device is arranged in the second cutter device
Top；First cutter device and the second cutter device are respectively equipped with guide rail and cylinder, the first cutter device and the second cutting dress
It sets and is movably arranged on respectively on corresponding guide rail, cylinder is for driving the first cutter device and the second cutter device to be provided along the rail
Direction displacement；Two guide rails are mutually parallel and are inclined relative to horizontal.Cylinder drives the first cutter device and the second cutter device
And have frame cellular board synchronous shift and move closer to cellular board both ends along guide rail, cut eventually by the first cutter device and second
It cuts device and completes flush cutting.
In order to be adapted to various sizes of honeycomb board, conveying mechanism 13 includes the first crawler belt and the second crawler belt；First crawler belt
Machined surface 131 is formed with the surface of the second crawler belt；First crawler belt and the second crawler belt are along milling flutes mechanism 11 toward 12 side of fringing mechanism
To being extended, the second crawler belt is mutually parallel with the first crawler belt；Conveying mechanism 13 be additionally provided with for drive the second crawler belt it is close or
Far from the first crawler belt, to adjust the adjusting apparatus of 131 width of machined surface.
The above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to
In the utility model range claimed.
Claims (10)
1. a kind of cellular board welter, it is characterised in that including：
Rack, milling flutes mechanism and fringing mechanism；The milling flutes mechanism is arranged at the fringing mechanism in the rack；Institute
It states rack and is equipped with the conveying mechanism being arranged toward fringing mechanism direction along the milling flutes mechanism, conveying mechanism surface shape
At the machined surface for being useful for support cellular board；The milling flutes mechanism is equipped with milling cutter, and the milling cutter is used for milling cellular board, so that bee
Nest plate side forms embedding groove；The fringing mechanism includes storage device and fringing device, and the storage device is arranged in institute
The top of fringing device is stated, for stacking storage batten；The fringing mechanism is used to batten being embedded in embedding groove.
2. cellular board welter as described in claim 1, it is characterised in that：The fringing device includes supporting platform and extremely
Few two push mechanism for push batten；The supporting platform is fixed on the machined surface close to the side of the rack；Institute
It states storage device and the supporting surface being formed on the top of the supporting platform, the supporting platform for supporting batten is set；
The fixing end that mechanism is at least pushed described in two is individually fixed in the side of the supporting platform, and the work of mechanism is at least pushed described in two
Moved end extends towards the supporting surface direction, by the movable end relative to the fixing end activity displacement, is located at pushing
Batten on the supporting surface is far from the fringing mechanism.
3. cellular board welter as described in claim 1, it is characterised in that：The milling cutter is side mill；The rotation of the milling cutter
Shaft axis is mutually perpendicular to the machined surface；The milling flutes mechanism further includes for driving the milling cutter to add closer or far from described
The first driving means in work face.
4. cellular board welter as described in claim 1, it is characterised in that：The cellular board welter further includes gluing group
Part, the glue spreading assembly are arranged in the rack, and between the milling flutes mechanism and the fringing mechanism；The gluing
Component is equipped with FE Glue Gun, and the FE Glue Gun is used to carry out sprayed glues to the cell wall of embedding groove.
5. cellular board welter as claimed in claim 4, it is characterised in that：The FE Glue Gun is two groups；Glue spraying described in two groups
The direction of rifle is mutually staggered up and down relative to the machined surface, for carrying out glue spraying to two cell walls up and down of embedding groove respectively.
6. cellular board welter as described in claim 1, it is characterised in that：The cellular board welter further includes pressing machine
Structure, the laminating mechanism are arranged in the rack, and are located at the side of the fringing mechanism far from the milling flutes mechanism；It is described
Laminating mechanism is equipped with pressing assembly, and the pressing assembly includes pinch roller and the second driving device；The pinch roller is for compressing wood
Item, the rotation axis of the pinch roller are mutually perpendicular to the machined surface；Second driving device is for driving the pinch roller to lean on
Close or remote from the machined surface.
7. cellular board welter as claimed in claim 6, it is characterised in that：The pressing assembly be it is more than two, two groups with
On pressing assembly be alternatively arranged setting along the setting direction of the conveying mechanism；The diameter of the pinch roller more than two is along remote
Direction from the fringing mechanism is gradually reduced.
8. cellular board welter as described in claim 1, it is characterised in that：The cellular board welter further includes for cutting
The flush mechanism of the extra batten in embedding groove both ends, the flush mechanism is arranged in the rack, and is located at the fringing mechanism
Side far from the milling flutes mechanism.
9. cellular board welter as claimed in claim 8, it is characterised in that：The flush mechanism include the first cutter device and
Second cutter device；First cutter device is arranged in the top of second cutter device；First cutter device and
Second cutter device is respectively equipped with guide rail and cylinder, first cutter device and second cutter device activity respectively
It is arranged on the corresponding guide rail, the cylinder is for driving first cutter device and second cutter device along institute
State guide rail setting direction displacement；Two guide rails are mutually parallel and are inclined relative to horizontal.
10. such as cellular board welter according to any one of claims 1 to 9, it is characterised in that：The conveying mechanism includes the
One crawler belt and the second crawler belt；The surface of first crawler belt and second crawler belt forms the machined surface；First crawler belt
It is extended toward fringing mechanism direction along the milling flutes mechanism with second crawler belt, second crawler belt and described the
One crawler belt is mutually parallel；The conveying mechanism is additionally provided with for driving second crawler belt closer or far from first crawler belt,
To adjust the adjusting apparatus of the machined surface width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721754082.4U CN207606953U (en) | 2017-12-13 | 2017-12-13 | A kind of cellular board welter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721754082.4U CN207606953U (en) | 2017-12-13 | 2017-12-13 | A kind of cellular board welter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207606953U true CN207606953U (en) | 2018-07-13 |
Family
ID=62798193
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721754082.4U Active CN207606953U (en) | 2017-12-13 | 2017-12-13 | A kind of cellular board welter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207606953U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098962A (en) * | 2017-12-13 | 2018-06-01 | 广州荷力胜蜂窝材料股份有限公司 | A kind of cellular board welter |
-
2017
- 2017-12-13 CN CN201721754082.4U patent/CN207606953U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098962A (en) * | 2017-12-13 | 2018-06-01 | 广州荷力胜蜂窝材料股份有限公司 | A kind of cellular board welter |
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