CN207873844U - A kind of plank process equipment based on industrial microwave - Google Patents

Abstract

The utility model discloses a kind of plank process equipment based on industrial microwave, is related to plank technical field of processing equipment, solves the problems, such as that existing plank processing efficiency is relatively low.The utility model includes process equipment ontology, the process equipment ontology offers inlet port and outlet port on opposite two side, it is characterized in that, the inside of the process equipment ontology is disposed with polishing chamber, cleaning chamber and drying cavity along feed inlet to the direction of discharge port.The utility model has the advantages that efficient, easy to operate, effect is good.

Description

A kind of plank process equipment based on industrial microwave

Technical field

The utility model is related to plank technical field of processing equipment, more particularly a kind of plank based on industrial microwave adds Construction equipment.

Background technology

Plank is that building template, indoor decoration, various furniture, office appliance, combination sound box, the packaging industries such as arrange exhibits are extensive The ideal product of application, plank such as are polished, cleaned and are dried at the processes in process of production, are processed in current plank In the process, the polishing, cleaning of plank and drying course are all often to separate progress, this results in the company of entire plank process Continuous property is not strong, is required for manually carrying out feeding feeding between each step, causes entire plank process less efficient.

And existing plank grinding device due to generally using plank upper and lower surfaces position be arranged grinding device, this It results in still having some wood thorns on two sides of plank, the plank for complying fully with requirement cannot be obtained, to influence Subsequently to the processing of plank and use process.

Utility model content

It is unable to the continuous of mechanization in order to solve polishing, cleaning and drying course in existing plank process to plank The low problem of plank processing efficiency, the utility model caused by carrying out provide a kind of plank process equipment based on industrial microwave.

The utility model to achieve the goals above, specifically uses following technical scheme：

A kind of plank process equipment based on industrial microwave, including process equipment ontology, the process equipment ontology are opposite Two side on offer inlet port and outlet port, which is characterized in that the inside of the process equipment ontology along feed inlet to The direction of discharge port is disposed with polishing chamber, cleaning chamber and drying cavity.

Further, the lower end of the polishing chamber offers cinder-discharging port, and the lower end of the cleaning chamber offers sewage draining exit.

Further, it is provided with industrial microwave generator above the drying cavity.

Further, it is provided with fluctuating orbit on the surrounding inner wall of the process equipment ontology, is set in the fluctuating orbit It is equipped with the elevator to match with fluctuating orbit, lifting platform is fixedly connected on the elevator, the process equipment ontology Lower end is provided with erecting bed, and the polishing chamber, cleaning chamber and drying cavity are set between lifting platform and erecting bed.

Further, transmission device is provided between the lifting platform and erecting bed, the transmission device includes right up and down The surface of the lower transmission wheel and upper transmission wheel that should be arranged, the lower transmission wheel is provided with feeding layer, is connected in the lower transmission wheel There is the first lower rotary shaft, the first rotary electric machine is connected on first lower rotary shaft, first is connected on first rotary electric machine Supporting rod, the first support bar are fixed on erecting bed, are connected with shaft on first in the upper transmission wheel, on described first Head rod is connected in shaft, the head rod is fixed on the lower face of lifting platform.

Further, the polishing intracavitary is provided with grinding device, and the grinding device includes being correspondingly arranged down up and down Grinding wheel and upper grinding wheel are connected with the second lower rotary shaft in the lower grinding wheel, are connected under second on second lower rotary shaft Rotary electric machine is connected with second support bar on second time rotary electric machine, and the second support bar is fixed on erecting bed, institute It states and is connected with shaft on second in grinding wheel, be connected with rotary electric machine on second on described second in shaft, on described second The second connecting rod is connected on rotary electric machine, second connecting rod is fixed on the lower face of lifting platform.

Further, the polishing intracavitary is additionally provided with the lifter plate being used cooperatively with grinding device, in the lifting platform It is provided with the power platform lifted for controlling lifter plate, conveyor track and underdrive rail are provided on the lifter plate Road, is provided with side grinding wheel between the upper conveyor track and underdrive track, the side grinding wheel and upper conveyor track and under It is connected by rotating bar between conveyor track.

Further, the cleaning intracavitary is provided with nozzle, upper cleaning head and the lower cleaning being correspondingly arranged with upper cleaning head Head, the nozzle and upper cleaning head are all connected on the lower face of lifting platform, and the lower cleaning head is connected on erecting bed.

Further, the charging of the cleaning chamber and discharge end are both provided with sealing curtain, close to discharging in the drying cavity The at one end of mouth is provided with sealing curtain.

In the plank process equipment in using the utility model, first according to the thickness of required processing plank to lifting platform It is adjusted, fluctuating orbit is controlled by external regulation device, so that elevator is moved up and down in fluctuating orbit, to drive Lifting platform is lifted, until lifting platform reaches a height for enabling plank smoothly to feed, you can stop fluctuating orbit Operating, then starts the first rotary electric machine, lower driving wheel is made to start to rotate, it would be desirable to which the plank of processing is sent at feed inlet, is sent The bed of material contacts with plank and gives plank larger frictional force, and plank is driven to enter polishing chamber.

First choice polishes to plank, when carrying out lift adjustment to transmission device, by the position tune of upper grinding wheel It integrates and fits, can be directly used for the upper surface of polishing plank, the width adjustment lifter plate according to plank is also needed at this time, if adjacent The distance between two lifter plates are less than the width of plank, then control power platform and rise the lifting for playing barrier effect to template Plate, until plank can smoothly enter into and by polish chamber until, then control conveyor track and underdrive track again, make side Grinding wheel is crossed out or is taken in, and until each side grinding wheel can polish to the side of plank, then transports plank Into polishing chamber, under the action of upper grinding wheel, lower grinding wheel and side grinding wheel, each side of plank be polished it is smooth, together When polishing plank generate dust and clast, under the suction of extraneous dust exhaust apparatus, from cinder-discharging port be discharged.

Then plank is cleaned, when carrying out lift adjustment to transmission device, by the position tune of upper cleaning head It integrates and fits, can be directly used for the upper surface of cleaning plank, after plank is polished smooth by chamber of polishing, can be remained on plank Some clasts and dust etc., plank, which enters, at this time cleans in chamber, opens high-pressure nozzle, flow is sprayed out of high-pressure nozzle, right The surface of plank carries out certain impact, and cleaning head again cleans the upper and lower surface of plank, then passes through cleaning in plank After chamber, at sealing curtain, remaining flow is blocked to stay in cleaning intracavitary on plank, then at extraneous sewage collecting Under the action of managing device, sewage enters sewage draining exit and is discharged.

Finally plank is dried, plank enters in drying cavity, and drying cavity has longer length, and plank is made to dry Dry intracavitary can move longer time, be installed on the industrial microwave generator above drying cavity and generate industrial microwave, to plank Surface and inside be carried out at the same time microwave drying, if plank is thicker, can it is appropriate reduce the first rotary electric machine rotating speed, to The speed that plank is moved to discharge port is reduced, increases the time that plank moves in drying cavity, to make the drying course of plank Carry out more thoroughly, to ensure that plank that discharge port is received can fully meet the specification requirement of production, to realize pair Plank carries out the purpose that integrated polishing, cleaning and drying finally obtain finished product, improves the efficiency of plank processing.

Compared with prior art, the utility model has the advantages that：

1, it in the utility model, sets gradually and beats to the direction of discharge port along feed inlet in the inside of process equipment ontology Mill chamber, cleaning chamber and drying cavity, allow plank first to polish, then clean, finally dry, can meet the whole of plank using an equipment A following process process avoids excessive manual operation during plank following process, reduces the working strength of staff, together When can also improve plank following process production efficiency.

2, in the utility model, cinder-discharging port is opened up in polishing chamber lower end, can polished to avoid impurity such as dust and clasts Intracavitary is accumulative thus the problem of influencing the polishing effect to template；Sewage draining exit is opened up in the lower end of cleaning chamber, cleaning chamber can be made The sewage of interior generation is quickly discharged, and will not cause secondary pollution to subsequent cleaning.

3, in the utility model, industrial microwave generator is set in the top of drying cavity, utilizes the penetrability of industrial microwave Heating improves the temperature of material, and the moisture vaporization in material, the water vapour being evaporated is made to be drained by dehumidification system and be reached To the purpose of material drying, for the drying sequence of traditional air-dried and baking from outside to inside, the drying of industrial microwave is From inside to outside, to be effectively prevented from the drying time in the drying course of plank it is shorter caused by internal drying it is insufficient The problem of board surface caused by problem and drying time process is carbonized, while the drying of industrial microwave also has drying efficiency The advantages of high and environmental protection and energy saving, meet the environmental protection concept of low-carbon economy.

4, in the utility model, in the top of erecting bed, setting lifting platform can be right without taking the form being fixedly connected The height of lifting platform is adjusted, to the distance between the distance between transmission wheel, upper and lower grinding wheel above and below control and up and down The distance between cleaning head is polished with this come the plank for meeting to multi-thickness, to increase the suitable of process equipment ontology With range, the utilization rate of equipment is improved, avoids the equipment of production different size to reduce cost.

5, in the utility model, the first rotary electric machine is installed in lower transmission wheel, and upper transmission wheel does not install rotary electric machine, On the one hand electric energy needed for production is reduced while can guaranteeing to transport plank, on the other hand when the stroke of plank upper and lower surface When not exactly the same, if upper and lower two transmission wheels rotate under motor drive, two parts up and down of plank can be made to have relatively The trend of movement is unfavorable for the protection to plank, or even is damaged to plank, and upper transmission wheel does not use motor drive then may be used It to be effectively prevented from the problem, while also can carry out providing downward pressure to plank to stablize plank, not influence plank Fill process；One layer of cushion that can increase friction is set in lower transmission wheel, friction of the lower transmission wheel to plank can be increased Power is processed with this to improve to avoid occurring to slide the fill process for influencing plank between plank and lower transmission wheel relatively Efficiency and effect.

6, in the utility model, upper and lower grinding wheel is responsible for polishing to the upper and lower surface of plank, and upper grinding wheel is consolidated It is scheduled on lifting platform, convenient for carrying out lift adjustment to upper grinding wheel, polishes, improve so as to the plank to different-thickness Capacity utilization.

7, in the utility model, lifter plate is set in polishing intracavitary, conveyor track up and down is set on lifter plate, upper and lower Side grinding wheel is set between conveyor track, the polishing to plank side may be implemented, to promote the effect of polishing, lift simultaneously Plate can move up and down, and when the width of plank is larger, appropriate can move up a part of lifter plate, to wider Plank is processed, if the width of plank is smaller, can also be realized by controlling conveyor track come transverse shifting side grinding wheel The purpose of side polishing plank side will not occur to make a process equipment that can meet the processing of plurality of specifications timber Polishing less than the problem of, and then enhance plank processing polishing effect, further increase plank processing efficiency.

8, in the utility model, in cleaning intracavitary setting nozzle and cleaning head, the flow that nozzle improves high pressure can be with plank Surface forms certain percussion, while cleaning head being recycled further to be cleaned to board surface, makes by cleaning chamber Residual of the plank afterwards without the impurity such as dust and clast further increases plank processing life to enhance the clean effect of plank The efficiency of production.

9, in the utility model, sealing curtain is set at the both ends of cleaning chamber, avoiding flow from entering adjacent chamber influences To the process of polishing and drying, sealing curtain is set at the both ends of drying cavity, can be distributed to device external to work to avoid microwave Personnel affect, while can also play the role of completely cutting off internal and external environment, improve the efficiency of drying.

Description of the drawings

Fig. 1 is the planar structure schematic diagram of plank process equipment in the utility model；

Fig. 2 is the planar structure schematic diagram of transmission device used by the plank process equipment in the utility model；

Fig. 3 is the planar structure signal of plank side grinding device used by the plank process equipment in the utility model Figure；

Fig. 4 is that the planar structure of plank top and bottom grinding device used by the plank process equipment in the utility model is shown It is intended to.

In figure：1- polishes chamber, 101- cinder-discharging ports, and 2- cleans chamber, 201- nozzles, cleaning head under 202-, 203- sewage draining exits, The upper cleaning heads of 204-, 3- drying cavities, 4- transmission devices, transmission wheel under 401-, the upper transmission wheels of 402-, 403- first support bars, The first rotary electric machines of 404-, shaft on 405- first, 406- head rods, 407- feeding layers, the first lower rotary shafts of 408-, 5- are close Seal curtain, 6- lifter plates, the upper conveyor tracks of 601-, 602- underdrive tracks, 603- rotating bars, the sides 604- grinding wheel, 605- power Platform, 7- grinding devices, grinding wheel under 701-, the upper grinding wheels of 702-, second time rotary electric machine of 703-, the second lower rotary shafts of 704-, The second connecting rods of 705-, 706- second support bars, shaft on 707- second, rotary electric machine on 708- second, 8- lifting platforms, 801- Elevator, 802- industrial microwave generators, 9- process equipment ontologies, 901- fluctuating orbits, 902- feed inlets, 903- discharge ports, 904- erecting beds.

Specific embodiment

It is clear in order to make the purpose of this utility model, technical solution and advantage be more clear, below in conjunction with the accompanying drawings and implement Example is described in further detail the utility model.

Embodiment 1

As shown in Figure 1, a kind of plank process equipment based on industrial microwave, including process equipment ontology 9, the processing are set Feed inlet 902 and discharge port 903 are offered on the standby opposite two side of ontology 9, which is characterized in that the process equipment ontology 9 Inside be disposed with polishing chamber 1, cleaning chamber 2 and drying cavity 3 to the direction of discharge port 903 along feed inlet 902.

Further, the lower end of the polishing chamber 1 offers cinder-discharging port 101, and the lower end of the cleaning chamber 2 offers blowdown Mouth 203.

Further, the top of the drying cavity 3 is provided with industrial microwave generator 802.

Further, fluctuating orbit 901, the fluctuating orbit are provided on the surrounding inner wall of the process equipment ontology 9 It is provided with the elevator 801 to match with fluctuating orbit 901 in 901, lifting platform 8, institute are fixedly connected on the elevator 801 The lower end for stating process equipment ontology 9 is provided with erecting bed 904, and the polishing chamber 1, cleaning chamber 2 and drying cavity 3 are set to lifting Between platform 8 and erecting bed 904.

Further, transmission device 4 is provided between the lifting platform 8 and erecting bed 904, the transmission device 4 includes The lower transmission wheel 401 and upper transmission wheel 402 being correspondingly arranged up and down, the surface of the lower transmission wheel 401 are provided with feeding layer 407, It is connected with the first lower rotary shaft 408 in the lower transmission wheel 401, the first rotary electric machine is connected on first lower rotary shaft 408 404, first support bar 403 is connected on first rotary electric machine 404, and the first support bar 403 is fixed on erecting bed 904 On, it is connected with shaft 405 on first in the upper transmission wheel 402, head rod is connected in shaft 405 on described first 406, the head rod 406 is fixed on the lower face of lifting platform 8.

More optimally, the material that the elasticity such as rubber, cotton product is preferable, friction coefficient is larger can be used in the feeding layer 407 It is made.

More optimally, lower transmission wheel 401 rotates under the drive of rotary electric machine towards the direction of charging, upper transmission wheel 402 The fixed function to plank is primarily served, plank is avoided to move up and down, while can be rotated under the rubbing action of plank, no Influence the fill process of plank.

More optimally, lift adjustment is carried out to lifting platform 8 according to the thickness of required processing plank, it is ensured that upper transmission wheel 402 can be in close contact with plank, to make upper transmission wheel 402 that can not influence the fill process of plank, while can also play To the fixed function of plank.

In the plank process equipment in using the present embodiment, first according to the thickness of required processing plank to lifting platform 8 It is adjusted, fluctuating orbit 901 is controlled by external regulation device, elevator 801 is made to be moved down on fluctuating orbit 901 is interior It is dynamic, to drive lifting platform 8 to be lifted, until lifting platform 8 reaches a height for enabling plank smoothly to feed, you can stop Then the only operating of fluctuating orbit 901 starts the first rotary electric machine 404, lower driving wheel is made to start to rotate, it would be desirable to the wood of processing Plate is sent at feed inlet 902, and feeding layer 407 contacts with plank and gives plank larger frictional force, and plank is driven to enter polishing Chamber 1, first polishes to plank, and plank persistent movement after polishing enters in cleaning chamber 2, to the clast of board surface It is cleaned with dust etc., then plank enters back into drying cavity 3, and drying cavity 3 has longer length, and plank is made to dry Longer time can be moved in chamber 3, the industrial microwave generator 802 for being installed on 3 top of drying cavity generates industrial microwave, to wood The surface and inside of plate are carried out at the same time microwave drying, if plank is thicker, appropriate can reduce turning for the first rotary electric machine 404 Speed increases the time that plank moves in drying cavity 3, to make plank to reduce the speed that plank is moved to discharge port 903 Drying course carry out more thoroughly, wanted with ensureing that plank that discharge port 903 is received can fully meet the specification of production It asks, the purpose that integrated polishing, cleaning and drying finally obtain finished product is carried out to plank to realize, improves plank processing Efficiency.

Embodiment 2

The present embodiment is further optimized on the basis of embodiment 1, specifically, is provided in the polishing chamber 1 Grinding device 7, the grinding device 7 include the lower grinding wheel 701 being correspondingly arranged up and down and upper grinding wheel 702, the lower polishing It is connected with the second lower rotary shaft 704 on wheel 701, is connected with second time rotary electric machine 703 on second lower rotary shaft 704, described the Second support bar 706 is connected on two times rotary electric machines 703, the second support bar 706 is fixed on erecting bed 904, described It is connected with shaft 707 on second in upper grinding wheel 702, rotary electric machine 708 on second is connected in shaft 707 on described second, The second connecting rod 705 is connected on described second on rotary electric machine 708, second connecting rod 705 is fixed under lifting platform 8 On end face.

Further, the lifter plate 6 being used cooperatively with grinding device 7, the lifting platform are additionally provided in the polishing chamber 1 It is provided with the power platform 605 lifted for controlling lifter plate 6 in 8, conveyor track 601 is provided on the lifter plate 6 With underdrive track 602, side grinding wheel 604, the side are provided between the upper conveyor track 601 and underdrive track 602 It is connected by rotating bar 603 between grinding wheel 604 and upper conveyor track 601 and underdrive track 602.

More optimally, the rotation direction of upper grinding wheel 702, lower grinding wheel 701 and side grinding wheel 604 all with the charging of plank Direction is opposite.

More optimally, the lower end boundary of upper grinding wheel 702 is concordant with the lower end boundary of upper transmission wheel 402, lower grinding wheel 701 Upper end boundary it is concordant with the upper end boundary of lower transmission wheel 401.

More optimally, transmission device is set between two adjacent lifter plates.

More optimally, cinder-discharging port 101 is externally connected with dust exhaust apparatus.

It, will be upper when carrying out lift adjustment to transmission device 4 in the plank process equipment in using the present embodiment The position adjustment of grinding wheel 702 is suitable, can be directly used for the upper surface of polishing plank, also needs the width tune according to plank at this time Whole lifter plate 6 controls power platform 605 and rises to mould if the distance between two adjacent lifter plates 6 are less than the width of plank Plate plays the lifter plate 6 of barrier effect, until plank can smoothly enter into and by polish chamber 1 until, then control upload again Dynamic rail road 601 and underdrive track 602, make side grinding wheel 604 cross out or take in, until each side grinding wheel 604 is equal Until capable of polishing the side of plank, then transports plank and enter polishing chamber 1, in upper grinding wheel 702, lower grinding wheel 701 and side Under the action of grinding wheel 604, each side of plank be polished it is smooth, while polish plank generation dust and clast, outside Under the suction of boundary's dust exhaust apparatus, it is discharged from cinder-discharging port 101.

Embodiment 3

The present embodiment is further improved on the basis of embodiment 1 or 2, specifically, setting in the cleaning chamber 2 There are nozzle 201, upper cleaning head 204 and the lower cleaning head 202 being correspondingly arranged with upper cleaning head 204, the nozzle 201 and upper cleaning First 204 are all connected on the lower face of lifting platform 8, and the lower cleaning head 202 is connected on erecting bed 904.

Further, the charging of the cleaning chamber 2 and discharge end are both provided with sealing curtain 5, close to going out in the drying cavity 3 The at one end of material mouth 903 is provided with sealing curtain 5.

More optimally, the lower face of upper cleaning head 204 is concordant with the lower end boundary of upper transmission wheel 402, lower cleaning head 202 Upper surface is concordant with the upper end boundary of lower transmission wheel 401.

More optimally, it is high-pressure nozzle 201 to clean nozzle 201 set in chamber 2.

More optimally, sewage draining exit 203 is externally connected with sewage collecting processing unit.

It, will be upper when carrying out lift adjustment to transmission device 4 in the plank process equipment in using the present embodiment The position adjustment of cleaning head 204 is suitable, can be directly used for the upper surface of cleaning plank, when plank is polished by chamber 1 of polishing After smooth, some clasts and dust etc. can be remained on plank, plank enters in cleaning chamber 2 at this time, opens high-pressure nozzle 201, Flow is sprayed out of high-pressure nozzle 201, and certain impact is carried out to the surface of plank, cleaning head again to the upper and lower surface of plank into Row cleaning, then after plank is by cleaning chamber 2, at sealing curtain 5, remaining flow is blocked to stay in cleaning on plank In chamber 2, then under the action of extraneous sewage collecting processing unit, sewage enters sewage draining exit 203 and is discharged.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality The all any modification, equivalent and improvement etc. done within novel spirit and principle, should be included in the guarantor of the utility model Within the scope of shield.

Claims (9)

1. a kind of plank process equipment based on industrial microwave, including process equipment ontology（9）, the process equipment ontology（9） Feed inlet is offered on opposite two side（902）And discharge port（903）, which is characterized in that the process equipment ontology（9）'s Inside is along feed inlet（902）To discharge port（903）Direction be disposed with polishing chamber（1）, cleaning chamber（2）And drying cavity （3）.

2. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the polishing Chamber（1）Lower end offer cinder-discharging port（101）, the cleaning chamber（2）Lower end offer sewage draining exit（203）.

3. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the drying Chamber（3）Top be provided with industrial microwave generator（802）.

4. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the processing Apparatus body（9）Surrounding inner wall on be provided with fluctuating orbit（901）, the fluctuating orbit（901）It is inside provided with and lift rail Road（901）The elevator to match（801）, the elevator（801）On be fixedly connected with lifting platform（8）, the process equipment Ontology（9）Lower end be provided with erecting bed（904）, and the polishing chamber（1）, cleaning chamber（2）And drying cavity（3）It is set to lifting Platform（8）And erecting bed（904）Between.

5. according to a kind of plank process equipment based on industrial microwave described in claim 4, which is characterized in that the lifting Platform（8）And erecting bed（904）Between be provided with transmission device（4）, the transmission device（4）Including the biography down being correspondingly arranged up and down Send wheel（401）With upper transmission wheel（402）, the lower transmission wheel（401）Surface be provided with feeding layer（407）, the lower transmission Wheel（401）On be connected with the first lower rotary shaft（408）, first lower rotary shaft（408）On be connected with the first rotary electric machine（404）, First rotary electric machine（404）On be connected with first support bar（403）, the first support bar（403）It is fixed on erecting bed （904）On, the upper transmission wheel（402）On be connected with shaft on first（405）, shaft on described first（405）On be connected with Head rod（406）, the head rod（406）It is fixed on lifting platform（8）Lower face on.

6. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the polishing Chamber（1）Inside it is provided with grinding device（7）, the grinding device（7）Including the lower grinding wheel being correspondingly arranged up and down（701）With upper dozen Emery wheel（702）, the lower grinding wheel（701）On be connected with the second lower rotary shaft（704）, second lower rotary shaft（704）Upper connection There is second time rotary electric machine（703）, second time rotary electric machine（703）On be connected with second support bar（706）, described second Supporting rod（706）It is fixed on erecting bed（904）On, the upper grinding wheel（702）On be connected with shaft on second（707）, described Shaft on second（707）On be connected with rotary electric machine on second（708）, rotary electric machine on described second（708）On be connected with Two connecting rods（705）, second connecting rod（705）It is fixed on lifting platform（8）Lower face on.

7. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the polishing Chamber（1）It is inside additionally provided with and grinding device（7）The lifter plate being used cooperatively（6）, the lifting platform（8）It is inside provided with for controlling Lifter plate（6）The power platform lifted（605）, the lifter plate（6）On be provided with conveyor track（601）With underdrive rail Road（602）, the upper conveyor track（601）With underdrive track（602）Between be provided with side grinding wheel（604）, the side is beaten Emery wheel（604）With upper conveyor track（601）With underdrive track（602）Between pass through rotating bar（603）

Connection.

8. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the cleaning Chamber

（2）Inside it is provided with nozzle（201）, upper cleaning head（204）With with upper cleaning head（204）The lower cleaning head being correspondingly arranged （202）,

The nozzle（201）With upper cleaning head（204）It is all connected to lifting platform（8）Lower face on, the lower cleaning head（202）

It is connected to erecting bed（904）On.

9. according to a kind of plank process equipment based on industrial microwave described in claim 1, which is characterized in that the cleaning Chamber

（2）Charging and discharge end be both provided with sealing curtain（5）, the drying cavity（3）Interior close discharge port（903）At one end

It is provided with sealing curtain（5）.