CN108638232A - Plank transhipment cold pressing mechanism - Google Patents
Plank transhipment cold pressing mechanism Download PDFInfo
- Publication number
- CN108638232A CN108638232A CN201810425956.4A CN201810425956A CN108638232A CN 108638232 A CN108638232 A CN 108638232A CN 201810425956 A CN201810425956 A CN 201810425956A CN 108638232 A CN108638232 A CN 108638232A
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- Prior art keywords
- core plates
- core
- cylinder
- plate
- plank
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27D—WORKING VENEER OR PLYWOOD
- B27D3/00—Veneer presses; Press plates; Plywood presses
- B27D3/04—Veneer presses; Press plates; Plywood presses with endless arrangement of moving press plates, belts, or the like
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27D—WORKING VENEER OR PLYWOOD
- B27D5/00—Other working of veneer or plywood specially adapted to veneer or plywood
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27G—ACCESSORY MACHINES OR APPARATUS FOR WORKING WOOD OR SIMILAR MATERIALS; TOOLS FOR WORKING WOOD OR SIMILAR MATERIALS; SAFETY DEVICES FOR WOOD WORKING MACHINES OR TOOLS
- B27G11/00—Applying adhesives or glue to surfaces of wood to be joined
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Coating Apparatus (AREA)
Abstract
The present invention relates to a kind of planks to transport cold pressing mechanism,The A core plate transshipment acitivities being arranged above discharge port including rubber-coated mechanism,The A core plates transshipment acitivity dragging A core plates are located above the discharge port of rubber-coated mechanism to be moved back and forth between the first charging aperture of cold pressing mechanism,It is provided with B core plate transshipment acitivities above the discharge port of B core plates delivery mechanism,The B core plates transshipment acitivity dragging B core plates are located above the discharge port of B core plates delivery mechanism to be moved back and forth between the second charging aperture of cold pressing mechanism,A core plates and B core plates that specification coincide are thrown to respectively in core plate feeding machanism,And mechanism for implementing polishing operation is polished by core plate,So that the surface of core plate is smooth,It is coated with cohesive glue on the smooth surface of A core plates,And utilize the pressing of cold pressing two core plate of mechanism for implementing pair,So that it is guaranteed that the strong degree that two core plates bond,The system can effectively improve the production efficiency of plank,Ensure the quality of plank.
Description
Technical field
The present invention relates to plank production technical fields, and in particular to a kind of plank transhipment cold pressing mechanism.
Background technology
Common plank is generally bonded by two or more layers plank in the market for glued board, solid wood board etc., plank mostly by
Woodwork plate, the particieboard being bonded together are constituted.Above-mentioned glued board is in actual production, it is necessary first to preform, blank table
Face is coated with cohesive glue, is then bonded, and is pressed to the plank being bonded together using cold press, so that it is guaranteed that plank
The strong degree being bonded together avoids the adhesive surface of plank from gap occur.Existing plank cold pressing device the degree of automation is relatively low,
It is many to need the artificial feed for carrying out plank, cause the production efficiency of plank low, and the degree of adhesion of plank itself is not firm,
During the plank use in later stage, it is susceptible to gap, the quality of plank can not ensure.
Invention content
The purpose of the present invention is：A kind of plank transhipment cold pressing mechanism is provided, the production efficiency of plank can be effectively improved, really
Protect the quality of plank.
To achieve the above object, the technical solution adopted by the present invention is：
Plank transhipment is cold-pressed the A core plate transshipment acitivities being arranged above mechanism, including the discharge port of rubber-coated mechanism, the A cores
Plate transshipment acitivity dragging A core plates are located above the discharge port of rubber-coated mechanism back and forth to be moved between the first charging aperture of cold pressing mechanism
It is dynamic, B core plate transshipment acitivities, B core plates transshipment acitivity dragging B core plates position are provided with above the discharge port of B core plates delivery mechanism
It is moved back and forth between the second charging aperture of cold pressing mechanism above the discharge port that B core plates are sent mechanism.
There is also following characteristics by the present invention：
The A core plates transshipment acitivity includes the linear guide being arranged above the second delivery slotted-angle shelving, the linear guide
It is parallel with the second delivery slotted-angle shelving, it is provided with balladeur train in the linear guide, is provided with the first cylinder on the balladeur train, described the
The piston rod of one cylinder is vertical and lower end is provided with Connection Bracket, and the Connection Bracket is integrally rectangular and four corners
Be provided with sucker, be provided with rodless cylinder in the linear guide, the rodless cylinder along the linear guide length direction cloth
It sets, piston is provided on rodless cylinder and is fixed with balladeur train, the piston of rodless cylinder is drivingly connected fixed frame and is located at the second delivery angle
It is moved back and forth above steelframe and between the first charging aperture of cold pressing mechanism.
The B core plates transshipment acitivity includes the suction balladeur train being arranged in the linear guide, is provided on the suction balladeur train
The piston rod of second cylinder, second cylinder is vertical and lower end is provided with supporting and mounting bracket, and the supporting and mounting bracket is in integrally
Rectangle and four corners are provided with suction disk, is provided with no bar driving cylinder in the linear guide, the no bar drives gas
Cylinder arranges that be provided with piston on no bar driving cylinder fixes with suction balladeur train, no bar driving along the length direction of the linear guide
The piston driving supporting and mounting bracket of cylinder is located above B core plates delivery mechanism and is back and forth moved between the second charging aperture of cold pressing mechanism
It is dynamic.
The cold pressing mechanism includes the supporting table being arranged below two the linear guides, and pressure is provided with above the supporting table
The lower face of plate, the pressing plate is provided with air bag, and crossbeam is provided with above the pressing plate, and the upper face of the pressing plate is vertical to be set
It is equipped with linear guide, the upper end of the linear guide stretches out the upper face of crossbeam, third cylinder is provided on the crossbeam, described
Third cylinder piston rod is vertical and lower end is connect with pressing plate upper face, and the side rotary type setting of the supporting table is in support batten
Upper and shaft is horizontal, and the other side of the supporting table is provided with supporting bar, discharging slide plate is provided on the support batten, described to unload
Material slide plate tilts and upper face is provided with ball, and the low side of the discharging slide plate is provided with delivery band, is set on the support batten
It is equipped with the 4th cylinder, the cylinder body of the 4th cylinder is hinged with support batten and piston rod and the lower face of supporting table are hinged, institute
The piston rod for stating the 4th cylinder is parallel with supporting table length direction.
Compared with prior art, the technique effect that the present invention has is：The A core plates and B core plates point that specification is coincide
It is not thrown in core plate feeding machanism, and mechanism for implementing polishing operation is polished by core plate, so that the surface light of core plate
It is sliding, it is coated with cohesive glue on the smooth surface of A core plates, and using the pressing of cold pressing two core plate of mechanism for implementing pair, so that it is guaranteed that
The strong degree that two core plates bond, the system can effectively improve the production efficiency of plank, it is ensured that the quality of plank.
Description of the drawings
Fig. 1 and Fig. 2 is the structural schematic diagram at two kinds of visual angles of plank cold pressing system；
Fig. 3 be A core plates feeding machanism, A core plates polishing mechanism and A core plates side polishing mechanism structural schematic diagram；
Fig. 4 is the structural schematic diagram at another visual angles Fig. 3；
Fig. 5 be A core plates feeding machanism, A core plates polishing mechanism and A core plates side polishing mechanism upward view；
Fig. 6 is the structural schematic diagram of A core plate feeding machanisms；
Fig. 7 is A core plates delivery mechanism, A core plates spray body, A core plates air draft mechanism, rubber-coated mechanism and the transhipment of A core plates
The structural schematic diagram of mechanism；
Fig. 8 be B core plates feeding machanism, B core plates polishing mechanism and B core plates side polishing mechanism structural schematic diagram；
Fig. 9 is the structural schematic diagram of B core plates polishing mechanism and B core plates side polishing mechanism；
Figure 10 be B core plates delivery mechanism, B core plates spray body, B core plates air draft mechanism and B core plate transshipment acitivities knot
Structure schematic diagram；
Figure 11 is the structural schematic diagram of B core plates delivery mechanism；
Figure 12 is A core plates transshipment acitivity, B core plates transshipment acitivity and the structural schematic diagram for being cold-pressed mechanism；
Figure 13 is the upward view of Figure 12.
Specific implementation mode
In conjunction with Fig. 1 to Figure 13, the present invention is further described：
In order to make objects and advantages of the present invention be more clearly understood, the present invention is carried out specifically with reference to embodiments
It is bright.It should be appreciated that following word is only used to one or more of specific embodiments of the description present invention, not to the present invention
The protection domain specifically asked carries out considered critical.
Embodiment disclosed by the invention is generally directed to two-ply common in the market, the production line of double layer wood plate
Improvement, as used in this article, term " parallel " and " vertical " are not limited to its stringent geometric definition, but include for
Machining or mankind's error rationally and inconsistency tolerance.
It is cold-pressed system with reference to entire plank, the plank transhipment cold pressing mechanism of the present invention is illustrated in detail：
The specific features of plank cold pressing system are elaborated below：
Plank is cold-pressed system, including A core plates feeding machanism 10, and discharge port and the A core plates of the A core plates feeding machanism 10 are ground
The feed inlet of ray machine structure 20 is connected, and A core plates polishing mechanism 20 implements the surface sanding and polishing operation to A core plates, the A cores
The discharge port of plate polishing mechanism 20 is connected with the feed inlet of rubber-coated mechanism 30, discharge port and the cold pressing mechanism of the rubber-coated mechanism 30
40 first charging aperture linking, the system also includes B core plates feeding machanism 50, the discharge port of the B core plates feeding machanism 50
The feed inlet that mechanism 60 is polished with B core plates be connected, the discharge port of B core plates polishing mechanism 60 be cold-pressed the second of mechanism 40 into
Material mouth is connected, and the cold pressing mechanism 40 implements the crimping operation to A core plates and B core plates；
In conjunction with shown in Fig. 1 and Fig. 2, A core plates and B core plates that specification coincide are thrown to core plate feeding machanism respectively
It is interior, and mechanism for implementing polishing operation is polished by core plate, so that the surface of core plate is smooth, on the surface that A core plates are smooth
It is coated with cohesive glue, and using the pressing of cold pressing two core plate of mechanism for implementing pair, so that it is guaranteed that the strong degree that two core plates bond, is somebody's turn to do
System can effectively improve the production efficiency of plank, it is ensured that the quality of plank；
The identical A core plates of above-mentioned specification and B core plates, by diced system, by plank blank cut into length and
Two consistent core plates of width dimensions then lead to the consistent core plate of above-mentioned dimensions as two kinds of core plates of processing plank
Cross that artificial or other yards of material machineries are neat respectively to be overlayed in A core plates feeding machanism 10 and B core plates feeding machanism 50；
Single plank is sent to A core plates and polishes mechanism 20 by above-mentioned A core plates feeding machanism 10 and B core plates feeding machanism 50
And in B core plates polishing mechanism 60, the faying face of A core plates and B core plates is polished so that the faying face of A core plates and B core plates is more
For flat smooth, it is uniformly then coated with glue on the surface of A core plates using rubber-coated mechanism 30, cold pressing mechanism 40 is recycled to implement
To the crimping operation of A core plates and B core plates, after implementing gluing operation, the tight of A core plates and B core plates and combination can be effectively ensured
Density, and then ensure the quality of production of plank.
As the preferred embodiment of the present invention, the discharge port of the A core plates feeding machanism 10 is straight down and A core plate plate face water
Flat, the A core plates polishing mechanism 20 is located at the discharge port arranged beneath of A core plates feeding machanism 10, and the A core plates polish mechanism 20
Both sides be provided with A core plates side polishing mechanism 21；
From the point of view of plank placement level, A core plates are in the top of plank, therefore A core plates polishing mechanism 20 is located at the confession of A core plates
The discharge port arranged beneath for expecting mechanism 10, so as to implement the polishing operation of the lower surface to A core plates, so that it is guaranteed that A core plates
The smoothness of lower surface, and to realize that the edge sealing to panel length direction both sides operates, during derived from A core plates, profit
Implement the polishing to A core plates side with A core plates side polishing mechanism 21, so that it is guaranteed that the bonding tightness of edge strip.
Further, it is implementation edge sealing operation, it is necessary first to which gluing, the A cores are carried out to the length direction both sides of A core plates
A core plates spray body 70, the A core plates spray are provided between the discharge port and the feed inlet of rubber-coated mechanism 30 of plate polishing mechanism 20
Apply the discharge port both sides arrangement that mechanism 70 is located at A core plates polishing mechanism 20.
Similarly, the discharge port of the B core plates feeding machanism 50 is straight down and B core plates plate face is horizontal, the B core plates polishing
Mechanism 60 is located at the discharge port side arrangement of B core plates feeding machanism 50, the discharge port front both sides of B core plates polishing mechanism 60
It is provided with B core plates side polishing mechanism 61；
From the point of view of plank placement level, B core plates are in the lower section of plank, therefore B core plates polishing mechanism 60 is located at the confession of A core plates
The discharge port side arrangement for expecting mechanism 10, B core plates is exported from B core plates feeding machanism 50, so as to implement under B core plates
The polishing operation on surface, so that it is guaranteed that the smoothness of B core plates upper surface, and the edge sealing to realize to panel length direction both sides
Operation during derived from B core plates, implements the polishing to B core plates side, to really using B core plates side polishing mechanism 61
Protect the bonding tightness of edge strip.
Similarly, it is implementation edge sealing operation, it is also necessary to which gluing, the B core plates feed are carried out to the length direction both sides of core plate
B core plates spray body 80, the B core plates spraying are provided between the discharge port and the second charging aperture of cold pressing mechanism 40 of mechanism 50
Mechanism 80 is located at the discharge port both sides arrangement of B core plates polishing mechanism 60.
To ensure the reliability of gluing, the charging of the discharge port and A core plates delivery mechanism 90 of A core plates polishing mechanism 20
The discharge port of mouth linking, A core plates delivery mechanism 90 is connected with the feed inlet of rubber-coated mechanism 30, and the A core plates are sent mechanism
90 lower sections are provided with A core plates air draft mechanism 91；
Above-mentioned A core plates air draft mechanism 91 can effectively realize the dust extraction to A core plates lower surface, so that it is guaranteed that A cores
The cleanliness factor of plate lower surface, when ensuring gluing, glue can be uniformly covered on the lower surface of A core plates, it is ensured that plank bonds
Strong degree.
Similarly, the discharge port of B core plates side polishing mechanism 61 is connected with the feed inlet of B core plates delivery mechanism 100, institute
The discharge port for stating B core plates delivery mechanism 100 is connected with the second charging aperture of cold pressing mechanism 40, B core plates delivery mechanism 100
Top is provided with B core plates air draft mechanism 101；
Above-mentioned B core plates air draft mechanism 101 can effectively realize the dust extraction to B core plates upper surface, so that it is guaranteed that B cores
The cleanliness factor of plate upper surface, to ensure the strong degree of plank bonding.
Further, A core plates transshipment acitivity 110 is provided with above the discharge port of the rubber-coated mechanism 30, the A core plates turn
Fortune mechanism 110 drags A core plates and is located above the discharge port of rubber-coated mechanism 30 between the first charging aperture of cold pressing mechanism 40 back and forth
It is mobile；
Closer, B core plates transshipment acitivity 120, institute are provided with above the discharge port of B core plates delivery mechanism 100
It states B core plates transshipment acitivity 120 and drags the discharge port top and the second of cold pressing mechanism 40 that B core plates are located at B core plates delivery mechanism 100
It is moved back and forth between feed inlet；
In actual use, the B core plates transshipment acitivity 120 starts first, and B core plates are transported to cold pressing mechanism 40
On, then above-mentioned A core plates transshipment acitivity 110 starts, and the A core plates for being coated with glue are transported to the B core plates of cold pressing mechanism 40
Top starts cold pressing mechanism 40, to implement the cold pressing to plank.
In conjunction with shown in Fig. 3, Fig. 4 and Fig. 6, to realize that the single and discontinuous to A core plates is fed operation, the A core plates supply
Expect that mechanism 10 includes four feed rods 11 arranged vertically, the enclosing of 11 bar core of the feed rods is rectangular, the feed rods 11
Upper end rotary type is arranged on stand frame 12, and the feed bin 13 for piling up A core plates, driving machine are provided on the stand frame 12
Structure drives feed rods 11 in the same direction and rotates synchronously, and there are two retainer plate 14, two retainers for setting on the shaft of the feed rods 11
Plate 14 is along the length direction arranged for interval of feed rods 11, and the retainer plate 14 is that semicircle and plate face is horizontal, the retainer plate
14, which are located at 11 bar core both sides of feed rods, arranges；
Above-mentioned 14 arranged for interval of retainer plate overlooks the A core plates feeding machanism 10, actually on the shaft of feed rods 11
Two retainer plates 14 enclose circle, when driving mechanism driving feed rods 11 are in the same direction and rotate synchronously, are located in feed bin 13
Neatly packed A core plates can discontinuous fall in the rectangular area that four feed rods 11 enclose, feed bin 13 rotate synchronously,
The single guide to A core plates is presented, and fall to the region lower position of four feed rods 11 enclosing；
Above-mentioned feed rods 11 include three pair rod section, and wherein epimere is small size section, and stage casing is frustum of a cone section, and hypomere is big
Size section, A core plates are out of, the opening of feed bin 13 is introduced directly into that four feed rods 11 enclose rectangular area, in falling to
Section the frustum of a cone section when, which can effectively realize the limit to plank, so can ensure A core plates four edges or
The side of two length directions of person can accurately ride upon the upper face of retainer plate 14, in the process that feed rods 11 rotate synchronously
In, so that A core plate sequences are fallen downwards along feed rods 11, and then realize that the automation to A core plates is fed operation；
In conjunction with shown in Fig. 6, to realize synchronization and the driving in the same direction to four feed rods 11, the retainer plate described in one of them
14 lower ends for being located at feed rods 11 are arranged, and the lower edge of the retainer plate 14 is provided with guiding surface 141, the driving machine
Structure includes the first gear 121 that feed rods 11 stretch out 12 upper ledge face rod end setting of stand frame, the setting of 12 upper ledge face of the stand frame
There is second gear 122 to be engaged with first gear 121, the 12 upper ledge face also rotary type of stand frame where 11 upper end of the feed rods is set
It is equipped with first pulley 123, the second belt wheel 1221 is provided in the second gear 122 and is connect by belt with first pulley 123,
It is provided with third belt wheel 1231 in the first pulley 123, leads between the third belt wheel 1231 of 11 upper end side of feed rods two-by-two
Belt connection is crossed, is provided with first motor 15 on the stand frame 12, the output shaft of the first motor 15 is arranged at intervals with two
4th belt wheel 151, the third belt wheel 1231 are additionally provided with the 5th belt wheel 1232, the 4th belt wheel 151 and the 5th belt wheel
1232 are connected by belt；
Above-mentioned first motor 15 starts, to interlocked by belt wheel and belt four above-mentioned feed rods 11 synchronization and
It rotates in same direction, and then realizes and the feed of A core plates is operated.
Specifically, in conjunction with shown in Fig. 3 and Fig. 4, the A core plates polishing mechanism 20 is arranged including rotary type in rack 22
The zone face of finishing strip 23, the finishing strip 23 is horizontal and the second motor 231 drives 23 reciprocating rotation of finishing strip, the rack 22 to slide
Dynamic formula is arranged on column 24 and glide direction is vertical, is extended with two slide bars 221, the cunning in the rack 22 straight down
Bar 221 is slidably arranged in support plate 24 and glide direction is vertical, wherein being arranged with support spring 25, institute on a slide bar 221
The upper and lower side of support spring 25 is stated respectively with rack 22 and 24 upper face of support plate against 24 lower section of the support plate is provided with base
Seat 26, it is vertical on the pedestal 26 to be provided with support column 261 and constitute being slidably matched for vertical direction, the base with support plate 24
Be provided with spring 27 between seat 26 and support plate 24, the upper and lower side of the spring 27 respectively with pedestal 26 and support plate 24 against,
The upper face that support plate 24 is stretched out in 261 upper end of the support column is arranged with electromagnetic coil 28, and the electromagnetic coil 28 is fixed on branch
On 24 upper face of fagging, the upper zone face that the electromagnetic coil 28 was powered and powered off corresponding finishing strip 23 is remote with the lower end of feed rods 11
From or it is close；
In conjunction with shown in Fig. 5, implement to A core plates lower surface polishing operation when, the synchronization of above-mentioned four feed rods 11 and
It rotates in same direction, so that A core plates are fallen to from the lower end of four feed rods 11 on finishing strip 23, the first electricity of control module control
Machine 15 is shut down, and the power-off of above-mentioned electromagnetic coil 28 realizes the lifting to support plate 24 under the resilient force of spring 27, on
It states support plate 24 and compresses support spring 25 so that rack 22 is lifted one section, and makes upper surface and the feed rods of finishing strip 23
11 lower end is against and making the retainer plate 14 for falling to A core plates on finishing strip 23 and 11 lower end of feed rods against with reality
Now to the compression of A core plates, blocking plate 2111 also is extended with, it can be achieved that A to 23 width direction of finishing strip on the slave frame 211
Core plate limit in the front-back direction starts above-mentioned the second motor 231 driving 23 reciprocating rotation of finishing strip, to realize to A core plates
The polishing operation of lower surface, so that it is guaranteed that the flatness and finish of A core plates lower surface；
Above-mentioned finishing strip 23 is closed caterpillar band, and in rack 22, and rack 22 itself is arranged on slide bar 221,
Support spring 25 is so that 22 resilient upright of rack is slidably arranged in support plate 24, so that finishing strip 23 is realized to A core plates
The resilient support of lower surface, the second above-mentioned motor 231 drive 23 reciprocating rotation of finishing strip, to realize to A core plates lower surface
Polishing operation；
After the completion of above-mentioned polishing operation, above-mentioned electromagnetic coil 28 is powered so that spring 27 compresses, 27 compressed line of spring
Journey is larger, so that it is guaranteed that entire rack 22 declines, is enclosed so that the A core plates of 23 upper surface of finishing strip are detached from four feed rods 11
Region in, and finishing strip 23 one-directionally rotate, by grinded A core plates export；
After above-mentioned grinded A core plates are exported from finishing strip 23, above-mentioned first motor 15 starts, so that position
The A core plates in region are enclosed in four feed rods 11 to export again to finishing strip 23, carry out the polishing operation of next core plate；
The finishing strip 23 preferably selects the stronger rubber strip of rigidity, and thin bristle is arranged on finishing strip 23, to realize to A
The polishing of core plate lower surface or finishing strip 23 select rigid material to be made, the mill of the surface installation discontinuous of finishing strip 23
Sand piece, to realize the polishing operation to A core plates lower surface.
It is further preferable that in conjunction with shown in Fig. 3 to Fig. 5, A core plates side polishing mechanism 21 includes being arranged in finishing strip 23
The slave frame 211 of both sides, rotary type is provided with side sand belt 212 on the slave frame 211, the side sand belt 212
Length direction is parallel with finishing strip 23 and zone face is vertical, 2121 driving side edge polishing band of third motor, 12 reciprocating rotation, the A cores
Linkage unit, the polishing of A core plates polishing mechanism 20 are provided between plate side polishing mechanism 21 and A core plates polishing mechanism 20
The side sand belt 212 of the A core plates side polishing mechanism 21 of both sides is corresponded to 23 lifting actions closer or far from action；
The two sides of above-mentioned A core plate length directions similarly select sand belt 12 to be polished operation, when implementation is to A cores
When the polishing operation of plate lower surface, above-mentioned linkage unit is the side sand belt 212 that may make A core plates side polishing mechanism 21
Close to the both sides of A core plates, to realize the polishing operation to A core plate length directions both sides.
Further, being extended on the slave frame 211 has connecting bracket 213, and branch is provided in the rack 22
Slide bar 29 is supportted, the supporting slider 29 is horizontal and length direction is vertical with the length direction of finishing strip 23, the supporting slider 29
Both ends stretch out rack 22 and constitute horizontal direction with connecting bracket 213 respectively and be slidably matched, the two of the supporting slider 29
"T"-shaped head is arranged in end, is arranged with the first spring 291 in the supporting slider 29, the both ends of first spring 291 respectively with
The rod end of connecting bracket 213 and supporting slider 29 to 23 width direction of finishing strip on the slave frame 211 against being also extended with gear
Head plate 2111；
The slave frame 211 of above-mentioned A core plates side polishing mechanism 21 is slidably arranged in supporting slider 29, and supports cunning
The both ends of bar 29 are arranged with the first spring 291, using the first spring 291 being arranged so that sand belt 212 and A core plate length directions
The resilient abutment of both sides, to realize the polishing operation to A core plate length directions both sides.
Specifically, in conjunction with shown in Fig. 5, the linkage unit includes the sliding sleeve 214 being set on another slide bar 221, institute
It states and is provided with slide plate 215 in connecting bracket 213, sliding slot 2151,2151 flute length direction of the sliding slot are provided on the slide plate 215
It is horizontal and parallel with 29 length direction of supporting slider, slide plate 2152, the sliding sleeve 214 and slide plate are provided in the sliding slot 2151
Connecting rod 216 is provided between 2152, the both ends of the connecting rod 216 are hinged with sliding sleeve 214 and slide plate 2152 respectively, the connecting rod
216 articulated shaft is horizontal and vertical with supporting slider 29, and actuating sleeve 241 is provided in the support plate 24 and is set in slide bar 221
On, the upper end of the actuating sleeve 241 and the lower end of sliding sleeve 214 against or detach, the angle between the connecting rod 216 and horizontal plane
One end for acute angle, the sliding slot 2151 is provided with block 2153, and second spring 222 is also arranged on the slide bar 221, described
The upper and lower side of second spring 222 respectively with the upper end of rack 22 and sliding sleeve 214 against；
When implementing the lower face polishing operation to A core plates, under the resilient support force effect of above-mentioned spring 27 so that branch
Fagging 24 is lifted, and during support plate 24 is lifted, above-mentioned actuating sleeve 241 is so that sliding sleeve 214 slides up along slide bar 221
Dynamic, sliding sleeve 214 is upwards during lifting so that the included angle between connecting rod 216 and horizontal plane increases, so that connecting rod
2152 spacing of slide plate of 216 ends becomes smaller, under the resilient force of the first above-mentioned spring 291 so that slave frame 211 along
Supporting slider 29 slides in opposition, so that the sand belt 212 on slave frame 211 is close, to realize the polishing to A core plates both sides
Operation；
Above-mentioned slide plate 2152 is slidably arranged in the sliding slot 2151 of slide plate 215, which keeps for above-mentioned pair
The enough sliding spaces of rack 211, and then to ensure that sand belt 212 can be resisted against the both sides of A core plate length directions, in startup
The second motor 231 and third motor 2121 stated, to realize polishing and polishing to A core plates lower surface and length direction two sides
Operation；
After sanding machine polishing operation, above-mentioned above-mentioned electromagnetic coil 28 is powered so that spring 27 compresses, spring
27 compression travels are larger, so that it is guaranteed that entire rack 22 declines, during support plate 24 declines, above-mentioned second spring 222
So that sliding sleeve 214 is along 221 slide downward of slide bar, during above-mentioned sliding sleeve 214 declines so that 216 horizontal plane of connecting rod it
Between included angle reduce, when the block 2153 that one end of slide plate 2152 and sliding slot 2151 is arranged against when, connecting rod 216 supports
Connecting bracket 213 and slave frame 211 slide opposite to each other along supporting slider 29, so that the sand belt 212 on slave frame 211
It is separate and separate with the both sides of A core plates, to distinguish the normal conveying of A core plates, and it is delivered to next station；
Above-mentioned supporting slider 29 is arranged in parallel two groups, to realize effective support to above-mentioned A core plates side polishing mechanism 21
Support, the elastic force of above-mentioned second spring 222 can be more than total elastic force of four the first springs 291.
Further, in conjunction with shown in Fig. 7, A core plates delivery mechanism 90 includes the first delivery slotted-angle shelving 92, and described first
Delivery slotted-angle shelving 92 is located at the discharge port both sides arrangement of A core plates polishing mechanism 20, the side plate of the first delivery slotted-angle shelving 92
Horizontal and be provided with Universal caster 93, the Universal caster 93 is arranged along the length direction of the first delivery slotted-angle shelving 92, described
One end of first delivery slotted-angle shelving 92, which is provided with, is oriented to sheave 921, and the sheave 921 that is oriented to polishes mechanism 20 far from A core plates
Discharge port arrange, it is described be oriented to sheave 921 core wheel it is vertical, two be oriented to sheaves 921 notches constitute A core plates by channel；
The above-mentioned A core plates by polishing operation are sent to A core plates delivery mechanism 90 under the conveying effect of finishing strip 23
Two first delivery slotted-angle shelvings 92 between, above-mentioned A core plates slide into Universal caster 93 and carry out gluing behaviour in rubber-coated mechanism 30
Make；
Above-mentioned two are oriented to limit of the realization of sheave 921 to A core plates both sides, so that A core plates can be accurately sent
To rubber-coated mechanism 30.
The A core plates are provided with during two first delivery slotted-angle shelvings 92 are sent between two first delivery slotted-angle shelvings 92
Guide rack 93, the guide rack 93 length direction is horizontal and vertical with the first delivery slotted-angle shelving 92, and the guide rack 93 is along the
One 92 length direction interval of delivery slotted-angle shelving setting is multiple, and raised line 931, the guide are provided on the body of roll of the guide rack 93
The body of roll of roller 93 is less than the first delivery 92 horizontally disposed side plate of slotted-angle shelving, and the raised line 931 is higher than the first delivery slotted-angle shelving 92
Horizontally disposed side plate, the A core plates air draft mechanism 91 include the draft hood 911 being arranged below guide rack 93, the pumping
The cover mouth of cover 911 is upward and along 93 length direction of guide rack arrangement, the bottom of the draft hood 911 and the air entry of exhaust fan
Connection；
Above-mentioned guide rack 93 is connect with driving motor, and driving motor drives guide rack 93 to rotate, to realize to A core plates
Delivery, the raised line 931 on 93 body of roll of guide rack so that the posture of shake is presented in A core plates, so that on A core plates lower surface
Dust and floccule shake off down, the dust and floccule shaken off down are extracted out by draft hood 911, so that it is guaranteed that under A core plates
The cleanliness factor on surface, to ensure the adhesion strength of plank.
The A core plates spray body 70 includes the first delivery angle steel being arranged where 90 discharge port of A core plates delivery mechanism
The first jet head 71 on frame 92, the side plate plate face that first jet head 71 is sent 92 vertical of slotted-angle shelving along first
Length direction arranged for interval is multiple, and the lower section of first jet head 71 is provided with the first splicing guide groove 72, first splicing
Guide groove 72 is in tilted layout；
During A core plates are sent along delivery mechanism 90, the first above-mentioned jet head 71 starts, to realize to A cores
The glue spraying of plate both sides operates, and above-mentioned two are oriented to effective limit of the realization of sheave 921 to A core plates both sides, to realize to A cores
The accurate positionin of two side position of plate, so that it is guaranteed that the reliability and accuracy of A core plates both sides glue spraying.
Specifically, the rubber-coated mechanism 30 includes depositing glue groove 31, and the flute length direction for depositing glue groove 31 is horizontal and with first
Be sent slotted-angle shelving 92 length it is vertical, it is described deposit in glue groove 31 be arranged side by side have two brush coating hair rollers 32, two brush coating hairs
Roller 32 is parallel with the flute length direction of glue groove 31 is deposited and the body of roll manifests the notch for depositing glue groove 31, and actuating unit drives two brush coating hairs
Roller 32 rotates in same direction, it is described deposit glue groove 31 be provided at both ends with support pressing plate 311, slide on the support pressing plate 311 and be provided with
Cradling piece 312,312 glide direction of the cradling piece is vertical, and the lower end rotary type of the cradling piece 312 is provided with the first back-up roller
The core wheel of wheel 313, first back-up roller wheel 313 is horizontal and vertical with the first delivery length of slotted-angle shelving 92, described first
The roller life of the wheel rim for supportting idler wheel 313 and two brush coating hair rollers 32 is close, and the cradling piece 312 stretches out the upper plate of support pressing plate 311
Surface cover is equipped with third spring 314, the upper and lower side of the third spring 314 respectively with the upper end of cradling piece 312 and support pressing plate 311
Upper face against；
It is sent to above brush coating hair roller 32 from A core plates derived from mechanism 90 are sent, it is real during brush coating hair roller 32 rotates
While now delivery to A core plates, the gluing operation to A core plate lower faces is can also be achieved, the first above-mentioned back-up roller wheel 313 is implemented
To the resilient abutment of A core plate upper faces, be bonded so as to ensuring the lower faces of A core plates with brush coating hair roller 32 it is close, in turn
Ensure that the uniformity of brush coating, above-mentioned actuating unit drive two brush coating hair rollers 32 to rotate in same direction, can also be achieved and led to A core plates
It send, to which A core plates to be sent away.
The discharge port both sides of the rubber-coated mechanism 30 are provided with the second delivery slotted-angle shelving 33, the second delivery slotted-angle shelving 33
Parallel with the first delivery slotted-angle shelving 92, described second is sent the side plate level of slotted-angle shelving 33 and is provided with the second back-up roller wheel
331, the core wheel of second back-up roller wheel 331 is horizontal and vertical with the second delivery 33 length direction of slotted-angle shelving, described second
The length direction interval setting that idler wheel 331 is supportted along the second delivery slotted-angle shelving 33 is multiple, on the second delivery slotted-angle shelving 33 also
It is provided with material blocking rod 34, the material blocking rod 34 is arranged along the length of the second delivery slotted-angle shelving 33 and is located at the second back-up roller wheel
The rod end of 331 side, the second delivery slotted-angle shelving 33 is provided with the first lever 35, and the A core plates transshipment acitivity 110 is located at
Second delivery slotted-angle shelving, 33 top arrangement；
The above-mentioned A core plates after brush coating are sent in the second back-up roller wheel 331 on the second delivery slotted-angle shelving 33, and
The wheel rim of second back-up roller wheel 331 is minimum with the contact surface of A core plates lower surface, so as to avoid to A core plates lower surface gluing
Uniformity generate influence, and above-mentioned the first lever 35 and the first lever 35 can effectively realize it is effectively fixed to A core plates
Position, it can be ensured that the accuracy to A core plates and the pressing of B core plates.
Specifically, in conjunction with shown in Fig. 7, Figure 12 and Figure 13, the A core plates transshipment acitivity 110 includes setting in the second delivery
The linear guide 111 of 33 top of slotted-angle shelving, the linear guide 111 is parallel with the second delivery slotted-angle shelving 33, the linear guide
It is provided with balladeur train 112 on 111, the first cylinder 113 is provided on the balladeur train 112, the piston rod of first cylinder 113 is vertical
And lower end is provided with Connection Bracket 114, whole rectangular and four corners of the Connection Bracket 114 are provided with sucker
115, be provided with rodless cylinder 116 in the linear guide 111, the rodless cylinder 116 along the linear guide 111 length side
To arrangement, it is provided with piston 1161 on rodless cylinder 116 and is fixed with balladeur train 112, the piston 1161 of rodless cylinder 116 is drivingly connected
Fixed frame 114, which is located between 33 top of the second delivery slotted-angle shelving and the first charging aperture of cold pressing mechanism 40, to be moved back and forth；
A core plates after needing gluing are transported at the first charging aperture of cold pressing mechanism 40, above-mentioned rodless cylinder 116
Start, to which A core plate levels to be transported in cold pressing mechanism 40, and the first cylinder 113 starts, to turn but A core plates
Release is in cold pressing mechanism 40.
Further, in conjunction with shown in Fig. 8 and Figure 11, to realize that the automation discontinuous to B core plates is fed, the B core plates
Feeding machanism 50 includes the guide bar 51 of four verticals, and 51 bar core of the guide bar encloses rectangular, the guide bar 51
Upper end rotary type be arranged on frame 52, the feed box 53 for piling up B core plates, driving unit are provided on the frame 52
It drives guide bar 51 in the same direction and rotates synchronously, spiral guide piece 54 is provided on the shaft of the guide bar 51, the driving is single
Member includes the first round 521 that guide bar 51 stretches out 52 upper ledge face rod end setting of frame, and 52 upper ledge face of the frame is provided with second
Wheel 522 is connect with the first round 521 by belt, is provided with third round 5221 on second wheel 522, two-by-two 51 upper end of guide bar
It is connected by belt between the third round 5221 of side, the 4th motor 55, the 4th motor 55 is provided on the frame 52
Output shaft be arranged at intervals with two fourth rounds 551, the third round 5221 is additionally provided with the 5th wheel 5222, the 5th wheel 5222
It is connect by belt with fourth round 551；
The 4th above-mentioned motor 55 starts, and can be driven the synchronization of guide bar 51 by above-mentioned fifth wheel and turns in the same direction
Dynamic, above-mentioned B core plates are piled up in feed box 53, and the guide bar 51 of rotation can be downward along spiral guide piece 54 by B core plates
Delivery, to realize that action principle is similar with the feed principle of A core plates feeding machanism 50, herein no longer to the feed of B core plates
It repeats.
Further, the outlet of B core plates feeding machanism 50 lower section is provided with two lubricating substance bars 56, the two lubricating substances bar 56
Length direction is horizontal and parallel interval is arranged, the B core plates polishing mechanism 60 and B core plates side polishing mechanism 61 are respectively along two
56 length direction arranged for interval of lubricating substance bar；
B core plates derived from above-mentioned 50 level of B core plates feeding machanism are slided along the length direction of two lubricating substance bars 56, and are led
It send to B core plates polishing mechanism 60, to the polishing operation of B core plates upper surface, the implementation pair of above-mentioned B core plates side polishing mechanism 61
The polishing operation of B core plate length directions both sides.
In conjunction with shown in Fig. 9, B core plates polishing mechanism 60 includes the burnisher 62 being arranged above two lubricating substance bars 56, institute
State that burnisher 62 roller core is horizontal and vertical with two lubricating substance bars, 56 length direction, the both ends rotary type setting of the burnisher 62 is being pacified
On the both sides cell wall of tankage plate 63, the vertical flexible traveller 631 of setting of upper face of the installation frid 63, the elasticity traveller
631 is vertical and stretch out frame plates 64, is arranged with the 4th spring on the elasticity traveller 631, the 4th spring upper and lower side respectively with
The upper face of frame plate 64 and installation frid 63 is against the side cell wall of the installation frid 63 is provided with the driving polishing of the 5th motor
Roller 62 rotates, and the feed inlet both sides of B core plates polishing mechanism 60 are provided with guide slide plate 68；
Above-mentioned B core plates are sent on burnisher 62, and the 5th motor drives burnisher 62 to rotate, to realize to B core plates
The polishing operation of upper surface, and above-mentioned installation frid 63 is slidably arranged on elastic traveller 631, so that it is guaranteed that burnisher 62
To the strong degree of the fitting of B core plates, to ensure the validity to B core plate upper table mirror polish.
In conjunction with shown in Fig. 9, B core plates side polishing mechanism 61 includes the polishing sheave being arranged in two lubricating substance bars, 56 side
611,611 rotary type of the polishing sheave setting is on installation frame plate 612, and the core wheel of the polishing sheave 611 is vertical, the peace
Shelve be provided on plate 612 the 6th motor 613 with polishing sheave 611 connect, the installation frame plate 612 is slidably arranged in slide plate
On 614, the glide direction level for installing frame plate 612 and, the installation frame plate 612 vertical with the length direction of lubricating substance bar 56
On be provided with sliding bar 6121, the sliding bar 6121 is parallel with the installation glide direction of frame plate 612, the sliding bar 6121
Rod end stretches out the side of slide plate 614, and the 5th spring 615, the both ends of the 5th spring 615 are arranged on the sliding bar 6121
Respectively with installation frame plate 612 and slide plate 614 against；
It is provided between the two lubricating substances bar 56 and catches up with flitch 66, it is described to catch up with 66 vertical of flitch and length direction and lubricating substance
Bar 56 is vertical, described that being provided at both ends with for flitch 66 is caught up with to interlock support plate 67, installs and is provided with driving idler wheel 6122 on frame plate 612,
The core wheel of the driving idler wheel 6122 is vertical and positioned at two lubricating substance bars, 56 outside distribution, the plate face for interlocking support plate 67 it is vertical and
Wheel rim with driving idler wheel 6122 is against the stage casing for interlocking support plate 67 is provided with driving convex block section 671, the driving convex block
The plate face of section 671 is vertically and along the length direction arrangement for interlocking support plate 67, both ends and the gearing branch of the driving convex block section 671
The plate face arc transition of plate 67, power unit driving catch up with flitch 66 to be moved back and forth along two lubricating substance bars, 56 length direction；
The power unit includes the nut 661 being arranged catching up with 66 stage casing of flitch, and lead screw is provided on the nut 661
662, the lead screw 662 is parallel with 56 length direction of lubricating substance bar, and the rod end of the lead screw 662 passes through shaft coupling and the 7th motor
663 shaft connection, described catch up with are additionally provided with the linear guide 664 on flitch 66, the linear guide 664 is parallel with lead screw 662
And it is slidably matched with the composition of guide rail frid 665；
In conjunction with shown in Fig. 9, on B core plates to two lubricating substance bars 56 derived from above-mentioned B core plates feeding machanism 50, above-mentioned
Seven motors 663 start so that catch up with flitch 66 to move linearly along guide rail frid 665, to grow B core plates along two lubricating substance bars 56
Spend direction sliding, it is above-mentioned catch up with flitch 66 that B core plates is driven to be slided along two lubricating substance bars, 56 length direction during, by B core plates
It squeezes to B core plates and polishes 62 lower section of burnisher of mechanism 60, so that realization catches up with flitch 66 to the polishing operation of B core plates upper surface
Continue to move linearly, it is above-mentioned between B core plates are moved to 61 both sides of B core plates side polishing mechanism polishing sheave 611 when position
The wheel rim of the driving convex block section 671 and driving idler wheel 6122 on support plate 67 is interlocked against so that the B core plates side of both sides is thrown
The installation frame plate 612 of ray machine structure 61 moves linearly in opposite directions along guide rail frid 665, so that polishing sheave 611 and B core plates side
While against, and then realize the polishing to B core plates both sides；
The 7th above-mentioned motor 663 enables to catch up with flitch 66 along the two slowly slidings of lubricating substance bar 56, so as to ensure
To effective polishing operation of B core plates upper surface and both sides；
The rotation direction of above-mentioned the 6th motor 613 and the 5th motor should make the linear velocity direction for polishing sheave 611
And the linear velocity direction of burnisher 62 with catch up with flitch 66 moving direction on the contrary, so that the movement speed of B core plates is completely by catching up with
The movement speed of flitch 66 determines, so as to ensure the effect of the sanding machine polishing to the upper surface and both sides of B core plates.
Further, in conjunction with shown in Figure 10, B core plates delivery mechanism 100 includes being arranged in two lubricating substance bars, 56 front end
Delivery support roller 102, the roller core of the delivery support roller 102 is horizontal and, the delivery support roller 102 vertical with lubricating substance bar 56
Rotary type setting is on installation frame plate 103, and the 8th motor 104 driving delivery support roller 102 rotates, the B core plates air draft mechanism
101 include the gas gathering mask 1011 being arranged above delivery support roller 102, the cover mouth down and and exhaust fan of the gas gathering mask 1011
Bleeding point connection, it is described delivery support roller 102 the body of roll on be provided with material shaking 1021l；
Above-mentioned delivery support roller 102 rotates, to realize the shake to B core plates, the dust and floccule for shaking off out
It is aspirated away by gas gathering mask 1011, to ensure the cleanliness factor of B core plates upper surface.
In conjunction with shown in Figure 10, the B core plates spray body 80 includes the spray head 81 being arranged on installation frame plate 103, institute
It is multiple along the length direction arrangement of installation frame plate 103 to state spray head 81, hopper 82, institute are provided on the installation frame plate 103
The slot bottom for stating hopper 82 tilts and is located at 81 arranged beneath of spray head, and one end of the installation frame plate 103 is provided with striker plate
105, the delivery support roller 102 is provided at both ends with limit slide bar 106, and the limit slide bar 106 is along delivery support roller 102
Both ends arrangement；
Above-mentioned limit slide bar 106 and striker plate 105 can effectively realize the determination to B core positions, to ensure B core plates position
The accuracy set ensures the accuracy of A core plates and B core plate binding sites in turn.
In conjunction with shown in Figure 10, Figure 12 and Figure 13, the B core plates transshipment acitivity 120 includes being arranged in the linear guide 111
Suction balladeur train 121, is provided with the second cylinder 122 on the suction balladeur train 121, the piston rod of second cylinder 122 it is vertical and
Lower end is provided with supporting and mounting bracket 123, and whole rectangular and four corners of the supporting and mounting bracket 123 are provided with suction disk
124, no bar driving cylinder 125 is provided in the linear guide 111, the no bar drives cylinder 125 along the linear guide 111
Length direction arrangement, is provided with piston 1251 on no bar driving cylinder 125 and is fixed with suction balladeur train 121, no bar drives cylinder
125 piston 1251 drives supporting and mounting bracket 123 to be located at 100 top of B core plates delivery mechanism and is cold-pressed the second charging of mechanism 40
It is moved back and forth between mouthful；
Above-mentioned B core plates are got up by the absorption of suction disk 124 and are transported in cold pressing mechanism 40, in above-mentioned suction disk 124
Section's moment inflates, to realize the release to the B core plates with glue.
In conjunction with shown in Figure 12 and Figure 13, the cold pressing mechanism 40 includes the supporting table being arranged below two the linear guides 111
41,41 top of the supporting table is provided with pressing plate 42, and the lower face of the pressing plate 42 is provided with air bag 422, the pressing plate 42
Top is provided with crossbeam 43, and the upper face of the pressing plate 42 is vertical to be provided with linear guide 421, the linear guide 421 it is upper
The upper face of crossbeam 43 is stretched out at end, is provided with third cylinder 44 on the crossbeam 43,44 piston rod of third cylinder it is vertical and
Lower end is connect with 42 upper face of pressing plate, and the side rotary type of the supporting table 41 is arranged on support batten 45 and shaft is horizontal,
The other side of the supporting table 41 is provided with supporting bar 46, and discharging slide plate 47 is provided on the support batten 45, and the discharging is slided
Plate 47 tilts and upper face is provided with ball 471, and the low side of the discharging slide plate 47 is provided with delivery band 48, the support batten
It is provided with the 4th cylinder 49 on 45, the cylinder body of the 4th cylinder 49 is hinged with support batten 45 and piston rod and supporting table 41
Lower face is hinged, and the piston rod of the 4th cylinder 49 is parallel with 41 length direction of supporting table；
Above-mentioned B core plates are transported in supporting table 41, and then A core plates are transported to above the B core plates in supporting table 41, are opened
Dynamic third cylinder 44, so that the upper face of the air bag 422 and A core plates on pressing plate 42 is against to can ensure that A core plates
Elasticity squeezes, and to ensure the adaptation of A core plates and B core plate gluings, and then ensures the strong degree that A core plates are combined with B core plates；
Above-mentioned third cylinder 44 resets, and starts the 4th cylinder 49, so that supporting table 41 tilts, so that plank
It is tumbled from the ball 471 of 47 upper face of discharging slide plate to delivery band 48, and then realizes the discharging operations to plank；
The both sides of above-mentioned supporting table 41 are provided with inclined plate, the determination with realization to A core plates and B core positions, and then with
A core plates and B core plates junction is avoided deviation occur.
The processing method of the brief description once plank, method for processing sheet material include the following steps：
The first step, stock, A core plates feeding machanism 10 and B cores are respectively put by the identical A core plates of dimensions and B core plates
In plate feeding machanism 50；
Second step starts A core plates feeding machanism 10 and B core plates feeding machanism 50 so that A core plates and the single sequence of B core plates
Export to A core plates polishing mechanism 20 in and B core plates polish mechanism 60；
Third walks, and starts A core plates polishing mechanism 20 and B core plates polishing mechanism 60 is implemented on A core plates lower face and B core plates
The polishing operation of plate face；
4th step, starts A core plates side polishing mechanism 21 and B core plates side polishing mechanism 61 is implemented to A core plates and B core plates
The polishing operation of both sides；
5th step starts A core plates and is sent mechanism 90 so that A core plates are moved along A core plates delivery mechanism 90, start A core plates
Spray body 70 sprays to A core plates both sides and bonds glue；
6th step starts gluing operation of the implementation of rubber-coated mechanism 30 to A core plate lower faces；
7th step starts B core plates and is sent mechanism 100 so that B core plates are moved along B core plates delivery mechanism 100, start B cores
Plate spray body 80 sprays adhesive glue to B core plates both sides；
8th step starts B core plates transshipment acitivity 120, B core plate levels is transported in the supporting table 41 of cold pressing mechanism 40；
9th step starts A core plates transshipment acitivity 110, and A core plate levels are transported to B in the supporting table 41 of cold pressing mechanism 40
Above core plate, start crimping of cold pressing mechanism 40 implementation to A core plate upper faces；
Tenth step starts the 4th cylinder 49 so that the plank pressed is transported on delivery band 48；
The plank pressed is sent to and starts in edge-sealing mechanism by the 11st step, implements to operate the edge sealing of plank both sides；
Plank after edge sealing is sent in veneer mechanism by the 12nd step, implements to operate the veneer of plate surface.
Claims (5)
1. plank transhipment cold pressing mechanism, it is characterised in that：The A core plates transhipment being arranged above discharge port including rubber-coated mechanism (30)
Mechanism (110), A core plates transshipment acitivity (110) the dragging A core plates are located above the discharge port of rubber-coated mechanism (30) and cold press
It is moved back and forth between the first charging aperture of structure (40), the transhipment of B core plates is provided with above the discharge port of B core plates delivery mechanism (100)
Mechanism (120), the B core plates transshipment acitivity (120) dragging B core plates be located above the discharge port of B core plates delivery mechanism (100) and
It is moved back and forth between the second charging aperture of cold pressing mechanism (40).
2. plank transhipment cold pressing mechanism according to claim 1, it is characterised in that：A core plates transshipment acitivity (110) packet
Include the linear guide (111) being arranged above rubber-coated mechanism (30) discharge port, the linear guide (111) and the second delivery angle steel
Frame (33) is parallel, and balladeur train (112) is provided on the linear guide (111), the first cylinder is provided on the balladeur train (112)
(113), the piston rod of first cylinder (113) is vertical and lower end is provided with Connection Bracket (114), the Connection Bracket
(114) whole rectangular and four corners are provided with sucker (115), and rodless cylinder is provided on the linear guide (111)
(116), the rodless cylinder (116) arranges that rodless cylinder is provided on (116) along the length direction of the linear guide (111)
Piston (1161) and balladeur train (112) are fixed, and the piston (1161) of rodless cylinder (116) is drivingly connected fixed frame (1114) and is located at the
It is moved back and forth above two delivery slotted-angle shelvings (33) and between the first charging aperture of cold pressing mechanism (40).
3. plank transhipment cold pressing mechanism according to claim 2, it is characterised in that：B core plates transshipment acitivity (120) packet
The suction balladeur train (121) being arranged in the linear guide (111) is included, the second cylinder is provided on the suction balladeur train (121)
(122), the piston rod of second cylinder (122) is vertical and lower end is provided with supporting and mounting bracket (123), the supporting and mounting bracket
(123) whole rectangular and four corners are provided with suction disk (124), and no bar is provided on the linear guide (111) and is driven
It takes offence cylinder (125), the no bar driving cylinder (125) arranges that no bar drives cylinder along the length direction of the linear guide (111)
(125) it is provided with piston (1251) on to fix with suction balladeur train (121), piston (1251) driving of no bar driving cylinder (125)
Supporting and mounting bracket (123) is located above B core plates delivery mechanism (100) and is back and forth moved between the second charging aperture of cold pressing mechanism (40)
It is dynamic.
4. plank transhipment cold pressing mechanism according to claim 3, it is characterised in that：The cold pressing mechanism (40) includes setting
Supporting table (41) below two the linear guides (111), supporting table (41) top are provided with pressing plate (42), the pressing plate
(421) lower face is provided with air bag (422), and crossbeam (43) is provided with above the pressing plate (42), the pressing plate (42)
Upper face is vertical to be provided with linear guide (421), and the upper face of crossbeam (43), institute are stretched out in the upper end of the linear guide (421)
It states and is provided with third cylinder (44) on crossbeam (43), third cylinder (44) piston rod is vertical and lower end and pressing plate (42) upper plate
Face connects, and the side rotary type of the supporting table (41) is arranged on support batten (45) and shaft is horizontal, the supporting table
(41) the other side is provided with supporting bar (46), and discharging slide plate (47), the discharging slide plate are provided on the support batten (45)
(47) it tilts and upper face is provided with ball (471), the low side of the discharging slide plate (47) is provided with delivery band (48), the branch
The 4th cylinder (419) is provided on stay plate (45), the cylinder body of the 4th cylinder (49) is hinged and living with support batten (45)
Stopper rod and the lower face of supporting table (41) are hinged, and the piston rod and supporting table (41) length direction of the 4th cylinder (49) are flat
Row.
5. plank is cold-pressed system, it is characterised in that：The plank cold pressing system includes described in Claims 1-4 any one
Plank transhipment cold pressing mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810425956.4A CN108638232A (en) | 2018-05-07 | 2018-05-07 | Plank transhipment cold pressing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810425956.4A CN108638232A (en) | 2018-05-07 | 2018-05-07 | Plank transhipment cold pressing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108638232A true CN108638232A (en) | 2018-10-12 |
Family
ID=63749178
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810425956.4A Pending CN108638232A (en) | 2018-05-07 | 2018-05-07 | Plank transhipment cold pressing mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108638232A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110405873A (en) * | 2019-07-19 | 2019-11-05 | 郑军锋 | A kind of gluing pressing device for plank |
| CN112192683A (en) * | 2020-10-06 | 2021-01-08 | 李军 | Plate gluing and press-fitting device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105818228A (en) * | 2016-05-23 | 2016-08-03 | 孙小力 | Automatic board production device and method |
| CN205871248U (en) * | 2016-07-28 | 2017-01-11 | 东莞市上为实业有限公司 | Apparatus for producing of PVC foaming PLASTIC LAMINATED |
| CN106739420A (en) * | 2017-01-18 | 2017-05-31 | 河南城建学院 | A kind of pressurization of building decorative plate pressurize induction system and method |
| CN206416635U (en) * | 2017-01-10 | 2017-08-18 | 山东飞越钢结构工程有限公司 | A kind of SIP wallboards automatic production line |
| CN206840902U (en) * | 2017-01-16 | 2018-01-05 | 山东飞越钢结构工程有限公司 | A kind of SIP wallboards automatic production device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105818228A (en) * | 2016-05-23 | 2016-08-03 | 孙小力 | Automatic board production device and method |
| CN205871248U (en) * | 2016-07-28 | 2017-01-11 | 东莞市上为实业有限公司 | Apparatus for producing of PVC foaming PLASTIC LAMINATED |
| CN206416635U (en) * | 2017-01-10 | 2017-08-18 | 山东飞越钢结构工程有限公司 | A kind of SIP wallboards automatic production line |
| CN206840902U (en) * | 2017-01-16 | 2018-01-05 | 山东飞越钢结构工程有限公司 | A kind of SIP wallboards automatic production device |
| CN106739420A (en) * | 2017-01-18 | 2017-05-31 | 河南城建学院 | A kind of pressurization of building decorative plate pressurize induction system and method |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110405873A (en) * | 2019-07-19 | 2019-11-05 | 郑军锋 | A kind of gluing pressing device for plank |
| CN112192683A (en) * | 2020-10-06 | 2021-01-08 | 李军 | Plate gluing and press-fitting device |
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Application publication date: 20181012 |
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