CN205704531U - High intensity laminated veneer lumber mould - Google Patents
High intensity laminated veneer lumber mould Download PDFInfo
- Publication number
- CN205704531U CN205704531U CN201620282195.8U CN201620282195U CN205704531U CN 205704531 U CN205704531 U CN 205704531U CN 201620282195 U CN201620282195 U CN 201620282195U CN 205704531 U CN205704531 U CN 205704531U
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- China
- Prior art keywords
- cotter way
- location cotter
- pin
- framed
- symmetrical holes
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Abstract
This utility model is high intensity laminated veneer lumber mould, solves large-scale moulding press one mould compressing, and production efficiency is low, the problem of high cost.nullOne is had to ranked first location cotter way (5) below first top die (3)，First location cotter way (5) coordinates with the first pin (13)，The second location cotter way (6) is had below second top die head (4)、3rd location cotter way (7)，Second location cotter way (6) coordinates with the first pin (13)，3rd location cotter way (7) coordinates with the second pin (14)，First、Two framed (1、2) bottom of die cavity is closed with flute profile flexible mould (8) phase scarf，Relative the two of flexible mould (8) erect wall and are respectively arranged with equally distributed first along horizontal axis、The first of two rows、Two symmetrical holes (9、10)，First symmetrical holes (9) is respectively with first、Two top dies (3、4) first below、Two location cotter ways (5、6) corresponding，Second symmetrical holes (10) is corresponding with the 3rd location cotter way (7)，The first hole (11) in the left wall of the first symmetrical holes (9) framed with first (1) is corresponding，The second hole (12) in the left wall of the second symmetrical holes (10) framed with second (2) is corresponding.
Description
Technical field:
The mould that this utility model manufactures device with high intensity laminated veneer lumber is relevant.
Background technology:
High intensity laminated veneer lumber passes through veneer modification anticorrosion, insect protected, fire prevention, density is controlled, texture is controlled, cold pressing heat cure stable performance, timber buildings most stringent of design requirement can be met, there is the texture of beauty, price has extremely strong competitiveness, can not make second time finishing, be optimal building and ornament materials.
ZL200620033529.4, ZL200610020494.5, ZL201010284527.3 these three patent uses 4000T moulding press one mould with high costs compressing, owing to product is to cold pressing heat cure by integrated for veneer high pressure, being 4-5 times of product not pressing the front veneer height that loosens, complete the stroke length of a mold pressing, beat slow, a mold pressing system needs 3-4 minute, charging needs 3-4 minute, and suppressing every mould product needs 7-8 minute altogether.Production efficiency is low, high cost, it is difficult to realize industrialization, large-scale production.
Utility model content:
It is high that the purpose of this utility model is to provide a kind of production efficiency, the high intensity laminated veneer lumber mould of low cost.
This utility model is achieved in that
nullHigh intensity laminated veneer lumber mould，Including top die、Framed，First、Two framed 1、The die cavity of 2 is respectively with first、Two top dies 3、4 coordinate，One is had to ranked first location cotter way 5 below first top die 3，First location cotter way 5 coordinates with the first pin 13，One is had to ranked second location cotter way 6 below second top die head 4、3rd location cotter way 7，Second location cotter way 6 coordinates with the first pin 13，3rd location cotter way 7 coordinates with the second pin 14，Second location cotter way 6 degree of depth is more than the 3rd location cotter way 7，3rd location cotter way 7 is between the second location cotter way 6，First、Two framed 1、The bottom of the die cavity of 2 is closed with flute profile flexible mould 8 phase scarf，Relative the two of flexible mould 8 erect wall and are respectively arranged with equally distributed first along horizontal axis、The first of two rows、Two symmetrical holes 9、10，First symmetrical holes 9 is on the second symmetrical holes 10，First、Two symmetrical holes 9、10 respectively with the first pin 13、Second pin 14 coordinates，First symmetrical holes 9 is respectively with first、Two top dies 3、Below 4 first、Two location cotter ways 5、6 is corresponding，Second symmetrical holes 10 is corresponding with the 3rd location cotter way 7，The first hole 11 in the left wall of the first symmetrical holes 9 framed with first 1 is corresponding，The second hole 12 in the left wall of the second symmetrical holes 10 framed with second 2 is corresponding.
First pin 13 is cylindricality, and its length is equal with the width of flexible mould 8, and ailhead and second hole 12 of the second pin 14 coordinate, and rivet nut coordinates with the second symmetrical holes 10, and rivet nut end has screw thread and is positioned at the level trough of the second framed 2 right walls.
The die cavity of flexible mould 8 is dynamic with cover plate 15 to be coordinated, and first and second framed 1,2 is the flute profile of both ends open.
This utility model is suitable to 4000T moulding press and produces continuously, and every mould only needs 1.2 minutes.First use 120T preformer, flexible mould 8 top is had row's precompressed rear defence bounce-back pin-and-hole 9, bottom has one to be ranked shape hole 10, flexible mould 8 is put into higher than it framed 1 in, framed 1 puts into 120T preformer, is placed on above loose veneer by anti-bounce-back cover plate 15, more just targeted by flexible mould 8 upper end precompressed anti-bounce-back pin-and-hole 9 by depressing with the top die 3 positioning cotter way 5, throw precompressed anti-bounce-back pin 13(two ends tack into neat with flexible mould 8 outer wall) pin, make material height decline.Framed 2 on 4000T moulding press it are sent into after being released by the flexible mould 8 being contained in framed 1, cover plate 15 is pushed down with mold 4, the deep location cotter way 6 of top die 4 contains pin 13(pin also on flexible mould 8, need not take out) secondary wears the second pin 14 again after densification of being pressurizeed by veneer, the small end of the second pin 14 has screw thread to be positioned at the level trough of framed 2 inwalls, big end is concordant with framed 2 outer walls, release the nut just putting on pin 14 small end from 4000T moulding press etc. the flexible mould 8 being contained in framed 2, release after cured and be contained in the pre-pressing in pins 13 above flexible mould 8 and following safetied pin 14.Such 4000T moulding press joins two 120T preformers and four to five flexible moulds 8, flexible mould 8 after precompressed utilizes rolling hydraulic platform to be the most quickly successively inputted to the compacting of 4000T moulding press, shorten 4000T moulding press journey time, accelerate beat, make the efficiency that 4000T moulding press improves 3-4 times, revolutionize a 4000T moulding press press time long, the problem of one mold charge time length, the present invention makes high-intensity wood laminated veneer lumber continuous press be greatly improved production efficiency, ensure that product quality, reduce cost, can industrialization volume production.
Accompanying drawing explanation
Fig. 1 is the first top die, mold frame structure figure.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is movable die structure figure.
Fig. 4 is the second top die, mold frame structure figure.
Fig. 5 Fig. 4 is left view.
Detailed description of the invention
nullHigh intensity laminated veneer lumber mould，Including top die、Framed，It is characterized in that first、Two framed 1、The die cavity of 2 is respectively with first、Two top dies 3、4 coordinate，Row's precompressed first is had to position cotter way 5 below first top die 3，First location cotter way 5 coordinates with the first pin 13，One is had to ranked second location cotter way 6 below second top die head 4、3rd location cotter way 7，Second location cotter way 6 coordinates with the first pin 13，3rd location cotter way 7 coordinates with the second pin 14，Second location cotter way 6 degree of depth is more than the 3rd location cotter way 7，3rd location cotter way 7 is between the second location cotter way 6，First、Two framed 1、The bottom of the die cavity of 2 is closed with flute profile flexible mould 8 phase scarf，Relative the two of flexible mould 8 erect wall and are respectively arranged with equally distributed first along horizontal axis、The first of two rows、Two symmetrical holes 9、10，First symmetrical holes 9 is on the second symmetrical holes 10，First、Two symmetrical holes 9、10 respectively with the first pin 13、Second pin 14 coordinates，First symmetrical holes 9 is respectively with first、Two top dies 3、Below 4 first、Two location cotter ways 5、6 is corresponding，Second symmetrical holes 10 is corresponding with the 3rd location cotter way 7，The first hole 11 in the left wall of the first symmetrical holes 9 framed with first 1 is corresponding，The second hole 12 in the left wall of the second symmetrical holes 10 framed with second 2 is corresponding.
First pin 13 is cylindricality, and its length is equal with the width of flexible mould 8, and ailhead and second hole 12 of the second pin 14 coordinate, and rivet nut coordinates with the second symmetrical holes 10, and rivet nut end has screw thread and is positioned at the level trough of the second framed 2 right walls.
The die cavity of flexible mould 8 is dynamic with cover plate 15 to be coordinated, and first and second framed 1,2 is the flute profile of both ends open.
Operation principle and mode of operation
The most before manufacture the phase first veneer is handled well after by pipeline, veneer is overlapped, then be delivered into
Flexible mould 8 enters in 120T preformer.
2. 120T preformer carries out veneer precompressed, reduces superposition single-board materials height.
3. the long-pending material pressed in advance is pulled out with flexible mould 8.
4. it is pressed in the long-pending material pressed in advance being sent into 4000T moulding press with flexible mould 8.
5. quick feeding hydraulic cylinder will eject in 4000T moulding press containing compressing high density laminated veneer lumber squeeze wood flexible mould 8.
6. eject rear flexible mould 8 to enter in curing oven pipeline.
4000T moulding press productive temp: >=1.2 minutes/part
Productive temp computing formula:
1) press time is prepared: precompressed feed time is 15 seconds, and squeeze time is 56 seconds, precompressed discharging time
It is 15 seconds, enters and treat that the nip time is 12 seconds；Add up to 98 seconds (1. in order to improve efficiency,
Self-emptying starts to be fed to precompressed zone after certain limit.2. it is designed with two pre-press equipments, under raising
One process efficiency).
2) the compressing time: from treat nip enter the main nip time be 9.5 seconds, the main frame press time is 50 seconds,
Finished product (containing the flexible mould) automatic ejection that feeding will press when entering main frame again；Add up to 59.5 seconds
3) by pressing general work efficiency calculation above, equipment is adjusted speedup and fully meets with removing X factor
The condition of >=1.2 minutes/part.
3. yearly productive capacity: 10000m/year
1) mainly produce: 22cmX22cmX180cm
2) small product size: 22cmX22cmX180cm=87120cm=0.08712m
3) deliverability calculation:
Annual production=daily output X300 days (removes festivals or holidays and X factor downtime, without overtime work)
Equipment production line beat is 50 22cmX22cmX180cm hardwood per hour
Have a daily output of 400/day
400/day X 300 days=120000/year
120000/year X 0.08712m=10454.4m/year
4) condition in annual production 10000m/year is fully met by above computing formula.
Claims (3)
- null1. high intensity laminated veneer lumber mould，Including top die、Framed，It is characterized in that first、Two framed (1、2) die cavity is respectively with first、Two top dies (3、4) coordinate，One is had to ranked first location cotter way (5) below first top die (3)，First location cotter way (5) coordinates with the first pin (13)，Have below second top die head (4) and ranked second location cotter way (6) one altogether、3rd location cotter way (7)，Second location cotter way (6) coordinates with the first pin (13)，3rd location cotter way (7) coordinates with the second pin (14)，Second location cotter way (6) degree of depth is more than the 3rd location cotter way (7)，3rd location cotter way is between the second location cotter way，First、Two framed (1、2) bottom of die cavity is closed with flute profile flexible mould (8) phase scarf，Relative the two of flexible mould (8) erect wall and are respectively arranged with equally distributed first along horizontal axis、The first of two rows、Two symmetrical holes (9、10)，First symmetrical holes (9) is on the second symmetrical holes (10)，First、Two symmetrical holes (9、10) respectively with the first pin (13)、Second pin (14) coordinates，First symmetrical holes (9) is respectively with first、Two top dies (3、4) first below、Two location cotter ways (5、6) corresponding，Second symmetrical holes (10) is corresponding with the 3rd location cotter way (7)，The first hole (11) in the left wall of the first symmetrical holes (9) framed with first (1) is corresponding，The second hole (12) in the left wall of the second symmetrical holes (10) framed with second (2) is corresponding.
- High intensity laminated veneer lumber mould the most according to claim 1, it is characterized in that the first pin (13) is cylindricality, its length is equal with the width of flexible mould (8), the ailhead of the second pin (14) and the second hole (12) coordinate, rivet nut coordinates with the second symmetrical holes (10), and rivet nut end has screw thread and is positioned at the level trough of second framed (2) right wall.
- High intensity laminated veneer lumber mould the most according to claim 1, it is characterised in that the die cavity of flexible mould (8) is dynamic with cover plate (15) to be coordinated, and first and second framed (1,2) are the flute profile of both ends open.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620282195.8U CN205704531U (en) | 2016-04-07 | 2016-04-07 | High intensity laminated veneer lumber mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620282195.8U CN205704531U (en) | 2016-04-07 | 2016-04-07 | High intensity laminated veneer lumber mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205704531U true CN205704531U (en) | 2016-11-23 |
Family
ID=57308956
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620282195.8U Expired - Fee Related CN205704531U (en) | 2016-04-07 | 2016-04-07 | High intensity laminated veneer lumber mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205704531U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105690498A (en) * | 2016-04-07 | 2016-06-22 | 李和麟 | High-strength laminated veneer lumber die |
-
2016
- 2016-04-07 CN CN201620282195.8U patent/CN205704531U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105690498A (en) * | 2016-04-07 | 2016-06-22 | 李和麟 | High-strength laminated veneer lumber die |
| CN105690498B (en) * | 2016-04-07 | 2018-05-08 | 李和麟 | High intensity laminated veneer lumber mould |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161123 Termination date: 20180407 |