CN102642232B - Automatic L-shaped line molding machine - Google Patents
Automatic L-shaped line molding machine Download PDFInfo
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- CN102642232B CN102642232B CN201210126959.0A CN201210126959A CN102642232B CN 102642232 B CN102642232 B CN 102642232B CN 201210126959 A CN201210126959 A CN 201210126959A CN 102642232 B CN102642232 B CN 102642232B
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- side plate
- chamfering
- long slab
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- facing attachment
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Abstract
The invention discloses an automatic L-shaped line molding machine and relates to a mechanical processing device, in particular to a device for sticking and molding an L-shaped line and chamfering. The automatic L-shaped line molding machine comprises a conveying table, a side plate conveying table, a long plate chamfering device and a board compaction device, wherein the power device drives the conveying table to convey, the board compaction device is correspondingly arranged on the conveying table, the long plate chamfering device is located at the front end of the conveying table, a side plate guide device is arranged at the front of the side plate conveying table, a gluing device is arranged at the back of the side plate guide device, a pinch roller is arranged at the back of the gluing device, and the side plate chamfering device and a join chamfering device are respectively arranged at the back of the conveying table. According to the invention, the L-shaped line is molded, a long plate and a side plate are bonded, and long plate chamfering, side plate chamfering and joint chamfering are realized in high automation level, the production efficiency is greatly improved, the labor intensity of operators is reduced, the consistency of the processing quality is good, and the loss is reduced.
Description
Technical field
The present invention relates to a kind of machining equipment, is the making apparatus making L-type lines, especially the equipment of the shaping and chamfering of L-type lines viscose glue.
Background technology
In timber and furniture industry, L-type lines are widely used, and as door sleeve much all adopts L-type lines decoration door product, are usually made by wood materials such as particieboard, core-board, medium density fibre board (MDF)s.L-type lines as shown in Figure 1, comprise long slab 101 and side plate 102, the glue bonding of long slab 101 and side plate 102, and on long slab 101 and side plate 102 and junction needs chamfering respectively.Current technique is: first become long slab chamfering 103 with chamfering device to long slab 101 chamfering, then side plate chamfering 104 is become to side plate 102 chamfering, long slab 101 and side plate 102 glue bonding, finally with side plate 102 junction chamfering, handing-over chamfering 105 is become to long slab 101.This traditional technique process is many, easily occur waste of raw materials phenomenon, and conformity of production is poor, labour drop into more, production efficiency is low.
Summary of the invention
The object of the invention is to the above-mentioned weak point also existed for original technology, provide that a kind of labour intensity is low, production efficiency is high, flatness is good, waste few one automatic L-type lines forming machine.
The technical scheme that the technical problem that the present invention solves adopts is:
A kind of L-type lines forming machine automatically, comprise power set, it is characterized in that also comprising transport platform, side plate transfer station, long slab facing attachment and Plate compression device, power set drive the conveying of transport platform, Plate compression device is corresponding on transport platform, long slab facing attachment is positioned at transport platform front end, side plate transfer station front portion is provided with side plate guiding device, glue spreading apparatus is provided with after side plate guiding device, be provided with contact roller after glue spreading apparatus, transport platform rear portion is respectively equipped with side plate facing attachment and handing-over facing attachment.During use, first long slab is lain in transport platform feed end, side plate is sidelong in side plate transfer station, side plate side is compressed by side plate guiding device, transport platform is fed forward long slab, Plate compression device compresses long slab, long slab facing attachment carries out chamfering to long slab, realize long slab chamfering, long slab is under the conveying of transport platform, continue to move ahead, gluing is carried out in the lower end of glue spreading apparatus to a side of long slab, side plate transmits under the effect of side plate transfer station simultaneously, contact roller presses side plate, the lower end of side plate and the long slab side of gluing bond, complete the bonding of L shape lines, L shape lines continue to be fed forward, transport platform rear portion is respectively equipped with side plate facing attachment and handing-over facing attachment, realize side plate chamfering and handing-over chamfering respectively.It is shaping that the present invention realizes L-type lines, and realize long slab chamfering, side plate chamfering and handing-over chamfering, automatization level is high, enhances productivity widely, and quality conformance is good simultaneously.
During concrete enforcement, long slab facing attachment comprises long slab refine rose reamer and near device, is provided with long slab chamfering drive motors and drives long slab refine rose reamer to rotate.When long slab is transported to long slab facing attachment place, near the side of the spacing long slab of device, long slab chamfering drive motors drives long slab refine rose reamer to rotate, and long slab refine rose reamer completes the chamfering to long slab.
During concrete enforcement, side plate facing attachment comprises side plate chamfering finishing knife and front roller, is provided with side plate chamfering drive motors and drives side plate refine rose reamer to rotate.Front roller is located at the below of side plate chamfering finishing knife usually, when shaping L shape lines are transported to side plate facing attachment place, front roller compresses L shape lines side plate, and side plate chamfering drive motors drives side plate chamfering finishing knife to rotate, and side plate chamfering finishing knife completes L-type lines side plate chamfering.
During concrete enforcement, handing-over facing attachment comprises handing-over refine rose reamer and rear roller, is provided with handing-over chamfering drive motors and drives handing-over refine rose reamer to rotate.Rear roller is located at the top of handing-over refine rose reamer usually, when shaping L shape lines are transported to handing-over facing attachment place, rear roller compresses L shape lines side plate, and handing-over chamfering drive motors drives handing-over refine rose reamer to rotate, and handing-over refine rose reamer completes the handing-over chamfering to L-type lines.
During concrete enforcement, handing-over facing attachment rear portion is provided with burnishing device, and burnishing device comprises polishing wheel, is provided with polishing motor and drives polishing wheel to rotate.Burnishing device carries out polishing further to the chamfering that L-type lines front end joins, to improve its chamfer surface quality.
During concrete enforcement, Plate compression device comprises pinch roller, and under pinch roller is located at pinch roller beam, pinch roller beam is connected with pinch roller lowering or hoisting gear.Pinch roller lowering or hoisting gear can regulate the distance of pinch roller and transport platform table top, and the long slab that can meet different-thickness like this uses.When transmitting long slab, long slab is placed on transport platform table top, just can be regulated the optimum position of pinch roller by pinch roller lowering or hoisting gear.
During concrete enforcement, above-mentioned pinch roller lowering or hoisting gear comprises handwheel, lifting shaft, screw mandrel, and handwheel is coaxially connected with lifting shaft, screw mandrel and lifting shaft perpendicular, screw mandrel upper end is provided with worm gear, and lifting shaft two ends are for being provided with worm screw, and worm gear and worm screw form Worm Wheel System system.During use, handwheel drives lifting shaft to rotate, and lifting shaft drives screw mandrel to rotate, and screw mandrel rotation can control the lifting of pinch roller beam, thus regulates the optimum position of pinch roller.
During concrete enforcement, the table top of the front end of transport platform is provided with delivery wheel.The table top of the front end of transport platform is provided with delivery wheel, and first long slab can be sent to transport platform by delivery wheel.
During concrete enforcement, glue spreading apparatus comprises glue box, hot glue device and gel quantity adjusting device.During use, the glue of glue box evenly carries out gluing to a side of long slab, and gel quantity adjusting device, according to the situation of long slab, regulates glue-spread.
During concrete enforcement, after glue spreading apparatus, be provided with drawing-inroller.Drawing-inroller presses drive side plate, can ensure that the long slab side that side plate is transported to side plate and gluing bonds.
During concrete enforcement, be also provided with side plate after side plate guiding device and hold out against assembly and altitude location assembly.Side plate holds out against assembly and withstands on the plate face of side, and altitude location assembly is pressed in the upside of side plate usually.Many strip side plates overlap can be sidelong by usual side plate transfer station place, side plate holds out against assembly when specifically using, can be realized by cylinder, when the output of cylinder stretches out, compress overlap and be sidelong many strip side plates, innermost side plate can export under the effect of side plate transfer station, and the output of cylinder is replied, waiting facilities control instruction, to realize the streamline automation transmission of side plate.Altitude location assembly ensures the altitude location of side plate.
During concrete enforcement, be provided with dust exhaust apparatus at long slab facing attachment, side plate facing attachment and handing-over facing attachment place.Due to long slab facing attachment, side plate facing attachment and handing-over facing attachment be in chamfering time, there will be the bits dirt of sheet material, ensure the clean of production environment by dust exhaust apparatus.Dust exhaust apparatus adopts dust sucting pipeline to absorb in dust bag usually, and the import of dust sucting pipeline is corresponding at corresponding rose reamer place respectively.
During concrete enforcement, power set are buncher, are connected with speed regulator.Buncher, can the transfer rate of transport platform by speed regulator when driving the work of transport platform table top, can according to the situation of the material of glue, sheet material and chamfering etc., and operative employee can governing speed voluntarily, to reach best technological parameter.
During concrete enforcement, the arc edge of above-mentioned front roller and rear roller is diamond shaped.
During concrete enforcement, long slab refine rose reamer, side plate chamfering finishing knife and handing-over refine rose reamer are provided with processing capacity adjusting device.Processing capacity adjusting device can regulate long slab refine rose reamer, side plate chamfering finishing knife and the angle of handing-over refine rose reamer and the R angle of chamfering, to adapt to the requirement of Different L molded line bar.
During concrete enforcement, be respectively equipped with cradle and splicing frame at the front and back ends of transport platform.Cradle and splicing frame is provided with at the front and back ends of transport platform, long slab is placed on the table top of cradle, long slab end is located on the table top of transport platform, side plate can multi-disc overlap be sidelong on cradle in addition, side plate distal portion is located on the side plate guiding device of side plate transfer station front portion, realize L-type lines automatic moulding, shaping L-type lines to be moved playing surface splicing pallet face from transport platform, then by operative employee, shaping L-type lines are taken off.
Some assemblies such as above-mentioned drawing-inroller, front roller, rear roller, contact roller can adopt adjusting screw(rod) or pneumatic cylinder connection to carry out regulation and control.
The invention has the beneficial effects as follows:
(1) process velocity of the present invention is fast, and production efficiency is high.It is shaping that the present invention realizes L-type lines, and realize long slab chamfering, side plate chamfering and handing-over chamfering, automatization level is high, enhances productivity widely simultaneously.
(2) to make quality good in the present invention, and loss is little.Due on the make, a procedure completes, and decreases artificial factor, and its crudy uniformity is good, decreases loss simultaneously.
3) requirement of the present invention to operative employee is low, and decreases labour intensity.The present invention can have been come by an operative employee, and when various parameter adjustment is good, operative employee is responsible for the feeding to long slab and side plate, can complete.
Detailed description of the invention
Below according to shown in Fig. 1 to 13, the embodiment of the present invention is stated:
As shown in Fig. 1 to 13, with timber L-type lines for embodiment, long slab 101 and side plate 102 are medium density fibre board (MDF), and the sectional dimension of long slab 101 is 60mm*15mm, and side plate 102 sectional dimension is 30mm * 5mm.A kind of L-type lines forming machine automatically, comprise buncher 28, transport platform 27, side plate transfer station 30, long slab facing attachment and Plate compression device, buncher 28 drives the conveying of transport platform, buncher 28 is connected with speed regulator, buncher 28, can the transfer rate of transport platform by speed regulator when driving the work of transport platform 27 table top, can according to the situation of the material of glue, sheet material and chamfering etc., operative employee can governing speed voluntarily, to reach best technological parameter, the table top of the front end of transport platform 27 is provided with delivery wheel 1, and the table top of the front end of transport platform 27 is provided with delivery wheel 1, and first long slab 101 can be sent to transport platform by delivery wheel 1, Plate compression device is corresponding on transport platform 27, Plate compression device 5 comprises pinch roller 51, pinch roller 51 is located at pinch roller beam 52 times, pinch roller beam 52 is connected with pinch roller lowering or hoisting gear 53, pinch roller lowering or hoisting gear 53 comprises handwheel 54, lifting shaft, screw mandrel, handwheel is coaxially connected with lifting shaft, screw mandrel and lifting shaft perpendicular, screw mandrel upper end is provided with worm gear, lifting shaft two ends are for being provided with worm screw, worm gear and worm screw composition Worm Wheel System system, handwheel 54 drives lifting shaft to rotate, lifting shaft drives screw mandrel to rotate, screw mandrel rotation can control the lifting of pinch roller beam 52, thus regulate the optimum position of pinch roller 51, pinch roller lowering or hoisting gear 52 can regulate the distance of pinch roller 51 and transport platform 27 table top, the sheet material that can meet different-thickness like this uses, when transmitting long slab 101, long slab 101 is placed on transport platform 27 table top, the optimum position of pinch roller just can be regulated by the handwheel 54 of pinch roller lowering or hoisting gear 53, long slab facing attachment is positioned at transport platform 27 front end, side plate transfer station 30 front portion is provided with side plate guiding device 6, side plate guiding device 6 adopts flexible steel plate to be made, glue spreading apparatus is provided with after side plate guiding device, two contact rollers 17 are provided with after glue spreading apparatus, contact roller 17 is provided with contact roller regulating handle 15 and contact roller tightening handle 16, regulates the thrust with tightening contact roller 17 pairs of side plates 102 by contact roller regulating handle 15 and contact roller tightening handle 16, transport platform 27 rear portion is respectively equipped with side plate facing attachment and handing-over facing attachment.Handing-over facing attachment rear portion is provided with burnishing device 26, and burnishing device comprises polishing wheel, is provided with polishing motor and drives polishing wheel to rotate, and the chamfering of burnishing device 26 pairs of L-type lines front end handing-over carries out polishing, further to improve its chamfer surface quality.Dust exhaust apparatus 20 is provided with at long slab facing attachment, side plate facing attachment and handing-over facing attachment place.Due to long slab facing attachment, side plate facing attachment and handing-over facing attachment be in chamfering time, there will be the bits dirt of sheet material, the clean of production environment is ensured by dust exhaust apparatus 20, dust exhaust apparatus 20 adopts dust sucting pipeline to absorb in dust bag, and the import of dust sucting pipeline is corresponding at corresponding rose reamer place respectively; Cradle and splicing frame is respectively equipped with at the front and back ends of transport platform 27, cradle and splicing frame is provided with at the front and back ends of transport platform 27, long slab 101 is placed on the table top of cradle, long slab 101 end is located on the table top of transport platform, side plate 102 can multi-disc overlap be sidelong on cradle in addition, side plate 102 distal portion is located on side plate 102 guiding device 6 of side plate transfer station 30 front portion, realize L-type lines automatic moulding, shaping L-type lines to be moved playing surface splicing pallet face from transport platform, then by operative employee, shaping L-type lines are taken off.
Composition graphs 3, glue spreading apparatus comprises glue box 7, hot glue device 8 and gel quantity adjusting device 10, drawing-inroller 14 is provided with after glue spreading apparatus, also be provided with side plate holds out against assembly 11, altitude location assembly and arrangement for adjusting height 12 to side plate guiding device 6 below, arrangement for adjusting height 12 ensures different side plate height, regulate altitude location assembly, altitude location assembly comprises side plate height hold-down bars 9 and side plate height guider 13.During use, the glue of glue box evenly carries out gluing to a side of long slab 101, and gel quantity adjusting device, according to the situation of sheet material, regulates glue-spread; Drawing-inroller 14 presses drive side plate 102, can ensure that side plate 102 is transported to side plate 102 and bonds with long slab 101 side of gluing.Side plate holds out against assembly 11 and withstands on the plate face of side plate 102, and the side plate height hold-down bars 9 of altitude location assembly and side plate height guider 13 are pressed in the upside of side plate 102.
Composition graphs 4, long slab facing attachment comprises long slab refine rose reamer 2 and near plate 4, is provided with long slab chamfering drive motors 3 and drives long slab refine rose reamer 2 to rotate.When long slab 101 is transported to long slab facing attachment place, near the side of the spacing long slab 101 of plate 4, long slab chamfering drive motors 3 drives long slab refine rose reamer 2 to rotate, and long slab refine rose reamer 2 completes the chamfering to long slab 101.
Composition graphs 5, side plate facing attachment comprises side plate chamfering finishing knife 19 and front roller 18, the arc edge of front roller 18 is diamond shaped, front roller 18 is located at the below of side plate chamfering finishing knife 19, being provided with side plate chamfering drive motors 29 drives side plate refine rose reamer 19 to rotate, front roller 18 is provided with front roller adjusting device 24, side plate chamfering finishing knife 19 is provided with side plate processing capacity adjusting device 21, be provided with height locating device 22, height locating device 22 is pressed in the upside of side plate 102, to ensure the location in chamfering.When shaping L shape lines are transported to side plate facing attachment place, front roller 18 compresses L shape lines side plate 102, and side plate chamfering drive motors 29 drives side plate chamfering finishing knife 19 to rotate, and side plate chamfering finishing knife 29 completes L-type lines side plate chamfering.The angle of side plate processing capacity adjusting device 21 pairs of side plate chamfering finishing knifes 19 and the R angle of chamfering regulate, to adapt to the requirement of Different L molded line bar.
Composition graphs 6, handing-over facing attachment comprises handing-over refine rose reamer 32 and rear roller 31, and the arc edge of rear roller 31 is diamond shaped; Rear roller 32 is located at the top of handing-over refine rose reamer 32, and be provided with handing-over chamfering drive motors 33 and drive handing-over refine rose reamer 32 to rotate, rear roller 31 is provided with rear roller adjusting device 25, and handing-over refine rose reamer 32 is provided with handing-over processing capacity adjusting device 23.When shaping L shape lines are transported to handing-over facing attachment place, rear roller 32 compresses L shape lines side plate 102, and handing-over chamfering drive motors 33 drives handing-over refine rose reamer 32 to rotate, and handing-over refine rose reamer 32 completes the handing-over chamfering to L-type lines.Handing-over processing capacity adjusting device 23 regulates the angle of handing-over refine rose reamer 32 and the R angle of chamfering, to adapt to the requirement of Different L molded line bar.
Main operational principle: during use, side plate transfer station 30 place overlap is sidelong many strip side plates 102, side plate is held out against assembly 11 and is realized by cylinder, when the output of cylinder stretches out, compress overlap and be sidelong many strip side plates 102, innermost side plate 102 can export under the effect of side plate transfer station 30, and the output of cylinder is replied, waiting facilities control instruction, to realize the streamline automation transmission of side plate 102.First long slab 101 is lain in transport platform 27 feed end, rotate handwheel 54 and regulate the adjustment pinch roller 51 of Plate compression device 5 to compress long slab 101, state as shown in Figure 7; Long slab 101 is in transport platform 27 transmission, when long slab 101 is transported to long slab facing attachment place, near the side of the spacing long slab of plate 4, long slab chamfering drive motors 3 drives long slab refine rose reamer 2 to rotate, long slab refine rose reamer 2 completes the long slab chamfering 103 to L shape lines, forms state as shown in Figure 8; Long slab 101 continues transmission in transport platform 27, to glue spreading apparatus place, the hot glue device 8 of glue spreading apparatus, carry out gluing to the bottom surface, side of long slab 101, side plate transfer station 30 place overlap is sidelong many strip side plates 102, and side plate is held out against assembly 11 and realized by cylinder, when the output of cylinder stretches out, compress overlap and be sidelong many strip side plates, innermost side plate 102 can export under the effect of side plate transfer station 30, forms state as shown in Figure 9; Drawing-inroller 14 presses drive side plate 102, ensure that side plate 102 is transported to side plate 102 and bonds with long slab 101 side of gluing, contact roller 17 presses side plate 102, and the lower end of side plate 102 and long slab 101 side of gluing bond, complete the bonding of L shape lines, form state as shown in Figure 10; L shape lines continue transmission in transport platform 27, state as shown in figure 11; When shaping L shape lines are transported to side plate facing attachment place, front roller 18 compresses L shape lines side plate 102, side plate chamfering drive motors 29 drives side plate chamfering finishing knife 19 to rotate, and side plate chamfering finishing knife 29 completes the side plate chamfering 104 to L-type lines, forms state as shown in figure 12; L shape lines continue transmission in transport platform 27, state as shown in figure 12; When shaping L shape lines are transported to handing-over facing attachment place, rear roller 32 compresses L shape lines side plate 102, and handing-over chamfering drive motors 33 drives handing-over refine rose reamer 32 to rotate, and handing-over refine rose reamer 32 completes the handing-over chamfering 105 to L-type lines; L shape lines continue transmission in transport platform 27, form state as shown in figure 13; L shape lines continue transmission in transport platform 27, and when shaping L shape lines are transported to burnishing device 26 place, polishing motor drives polishing wheel to rotate, and the chamfering of burnishing device 26 pairs of L-type lines front end handing-over carries out polishing, further to improve its chamfer surface quality; The L-type lines finished product finally formed exports from transport platform 27 end.It is shaping that the present invention realizes L-type lines, and realize long slab chamfering 103, side plate chamfering 104 and handing-over chamfering 105, automatization level is high, enhances productivity widely, and quality conformance is good simultaneously.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is L-type line schematic diagram
The structural representation of Fig. 2 embodiment of the present invention.
Fig. 3 is the structural representation at embodiment of the present invention glue spreading apparatus place.
Fig. 4 is embodiment of the present invention long slab facing attachment place structural representation.
Fig. 5 is embodiment of the present invention side plate facing attachment place structural representation.
Fig. 6 is the embodiment of the present invention and handing-over facing attachment place structural representation.
Fig. 7 is the 1-A place L-type line working state schematic representation in the invention process illustration.
Fig. 8 is the 1-B place L-type line working state schematic representation in the invention process illustration.
Fig. 9 is the 2-B place L-type line working state schematic representation in the invention process illustration.
Figure 10 is the 2-A place L-type line working state schematic representation in the invention process illustration.
Figure 11 is the 3-A place L-type line working state schematic representation in the invention process illustration.
Figure 12 is 3-B and the 4-A place L-type line working state schematic representation in the invention process illustration.
Figure 13 is the 4-B place L-type line working state schematic representation in the invention process illustration.
In figure 1, delivery wheel; 2, long slab refine rose reamer; 3, long slab chamfering drive motors; 4, near plate; 5, Plate compression device; 6, side plate guiding device; 7, glue box; 8, hot glue device; 9, height hold-down bars; 10, gel quantity adjusting device; 11, side plate holds out against assembly; 12, arrangement for adjusting height; 13, side plate height guider; 14, drawing-inroller; 15, contact roller regulating handle; 16, contact roller tightening handle; 17, contact roller; 18, front roller; 19, side plate chamfering finishing knife; 20, dust exhaust apparatus; 21, side plate processing capacity adjusting device; 22, height locating device; 23, processing capacity adjusting device is joined; 24, front roller adjusting device; 25, rear roller adjusting device; 26, burnishing device; 27, transport platform; 28, buncher; 29, side plate chamfering drive motors; 30, side plate transfer station; 31, rear roller; 32, refine rose reamer is joined; 33, chamfering is joined; 51, pinch roller; 52, pinch roller beam; 53, pinch roller lowering or hoisting gear; 54, handwheel; 101, long slab; 102, side plate; 103 long slab chamferings; 104, side plate chamfering; 105, chamfering is joined.
Claims (7)
1. an automatic L-type lines forming machine, comprise power set, it is characterized in that also comprising transport platform, side plate transfer station, long slab facing attachment and Plate compression device, power set drive the conveying of transport platform, Plate compression device is corresponding on transport platform, long slab facing attachment is positioned at transport platform front end, side plate transfer station front portion is provided with side plate guiding device, glue spreading apparatus is provided with after side plate guiding device, be provided with contact roller after glue spreading apparatus, transport platform rear portion is respectively equipped with side plate facing attachment and handing-over facing attachment; Long slab facing attachment comprises long slab refine rose reamer and near device, is provided with long slab chamfering drive motors and drives long slab refine rose reamer to rotate; Side plate facing attachment comprises side plate refine rose reamer and front roller, is provided with side plate chamfering drive motors and drives side plate refine rose reamer to rotate; Handing-over facing attachment comprises handing-over refine rose reamer and rear roller, is provided with handing-over chamfering drive motors and drives handing-over refine rose reamer to rotate.
2. one according to claim 1 automatic L-type lines forming machine, it is characterized in that handing-over facing attachment rear portion is provided with burnishing device, burnishing device comprises polishing wheel, is provided with polishing motor and drives polishing wheel to rotate.
3. one according to claim 1 automatic L-type lines forming machine, is characterized in that Plate compression device comprises pinch roller, and under pinch roller is located at pinch roller beam, pinch roller beam is connected with pinch roller lowering or hoisting gear.
4. the one automatic L-type lines forming machine according to arbitrary claim of claims 1 to 3, is characterized in that the table top of the front end of transport platform is provided with delivery wheel.
5. the one automatic L-type lines forming machine according to arbitrary claim of claims 1 to 3, is characterized in that glue spreading apparatus comprises glue box, hot glue device and gel quantity adjusting device.
6. the one automatic L-type lines forming machine according to arbitrary claim of claims 1 to 3, is characterized in that being provided with drawing-inroller after glue spreading apparatus.
7. the one automatic L-type lines forming machine according to arbitrary claim of claims 1 to 3, is characterized in that being also provided with side plate after side plate guiding device holds out against assembly and altitude location assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210126959.0A CN102642232B (en) | 2012-04-27 | 2012-04-27 | Automatic L-shaped line molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210126959.0A CN102642232B (en) | 2012-04-27 | 2012-04-27 | Automatic L-shaped line molding machine |
Publications (2)
| Publication Number | Publication Date |
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| CN102642232A CN102642232A (en) | 2012-08-22 |
| CN102642232B true CN102642232B (en) | 2015-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210126959.0A Expired - Fee Related CN102642232B (en) | 2012-04-27 | 2012-04-27 | Automatic L-shaped line molding machine |
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| CN2603178Y (en) * | 2003-01-03 | 2004-02-11 | 孙克尧 | Door frame cover |
| CN2656106Y (en) * | 2003-12-12 | 2004-11-17 | 石玉华 | High efficient woodline forming machine |
| CN102114662A (en) * | 2010-12-07 | 2011-07-06 | 东莞市南兴木工机械有限公司 | Heavy type automatic edge banding machine controlled by encoder |
| CN202556535U (en) * | 2012-04-27 | 2012-11-28 | 浙江易和家居制造有限公司 | Automatic L-shaped line make-up machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102642232A (en) | 2012-08-22 |
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