CN207465398U - A kind of Multifunctional log automatic gas cutting machine - Google Patents
A kind of Multifunctional log automatic gas cutting machine Download PDFInfo
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- CN207465398U CN207465398U CN201721379404.1U CN201721379404U CN207465398U CN 207465398 U CN207465398 U CN 207465398U CN 201721379404 U CN201721379404 U CN 201721379404U CN 207465398 U CN207465398 U CN 207465398U
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Abstract
The utility model is related to a kind of Multifunctional log automatic gas cutting machines, belong to wood processing field.Multifunctional log automatic gas cutting machine is commonly applied in the processing of timber, single be transported in cutter device cuts timber to be processed in the prior art, and the dust generated in cutting process is flown upward everywhere, and clast is difficult to collect, environment is polluted, influences the health of worker.The utility model includes feed arrangement, cutter device and transport device, the side connection of feed arrangement and cutter device, and transport device is placed on the opposite side of cutter device.Without manually carrying, and it can be mounted in multiple timber to be processed every time, improve production efficiency；Increase the humidity of timber to be processed, it is ensured that dust caused by cutting will not be made to fly upward everywhere in cutting process, do not polluted the environment.
Description
Technical field
The utility model is related to a kind of Multifunctional log automatic gas cutting machines, belong to wood processing field.
Background technology
Multifunctional log automatic gas cutting machine is commonly applied in the processing of timber, single in the prior art to be transported to cutter device
In timber to be processed is cut, and the dust generated in cutting process is flown upward everywhere, clast is difficult to collect, pollution
Environment influences the health of worker.
In view of this, log machine-shaping log splitter is disclosed in the patent document for being CN102873719A in publication No.,
It is characterized in that it is by following cutting machine（1）, transition transport platform（2）, upper following transport platform（3）, top cutting machine（4）, upper left side
Transport platform（5）, left side cutting machine（6）, left and right transport platform（7）, the right cutting machine（8）, layered cutting machine（9）, layering transport platform
（10）, following transport platform（11）, following transition baffle（12）Composition.There are dusts in cutting process to be difficult to receive for above-mentioned documents
Collection, causes environment certain pollution.
Utility model content
The purpose of the utility model is to overcome above-mentioned deficiency in the prior art, and a kind of structure design is provided and is closed
The Multifunctional log automatic gas cutting machine of reason.
The technical scheme in the invention for solving the above technical problem is：The Multifunctional log automatic gas cutting machine, knot
Structure feature is：Including feed arrangement, cutter device and transport device, the side connection of the feed arrangement and cutter device,
The transport device is placed on the opposite side of cutter device, the feed arrangement include lifting platform, loader mechanism, buffer table, into
Material conveyer structure and testing agency, the cutter device include cutter device installs case, cutting conveying mechanism, cutting mechanism, spray
Mechanism, dust-collecting mechanism and scrap collecting mechanism are drenched, the transport device includes transport vehicle and pallet, and the loader mechanism is placed
On lifting platform, the side of the buffer table is contacted with lifting platform, and the opposite side of the buffer table is vertical with feeding conveyor structure
Connection, the testing agency be mounted on feeding conveyor structure end, it is described cutting conveying mechanism include cutting conveying mechanism into
Expect end and cutting conveying mechanism discharge end, the cutting conveying mechanism feed end, cutting mechanism and spraying mechanism are installed in and cut
It cuts in device installs case, the cutting conveying mechanism discharge end exposes to cutter device installs case, the cutting mechanism and cutting
Conveying mechanism connects, and the spraying mechanism is mounted on the top of cutter device installs case, and spraying mechanism is located at cutting conveyer
The top of structure feed end, the dust-collecting mechanism are connect with the top of cutter device installs case, the scrap collecting mechanism and cutting
The bottom connection of device installs case, the pallet are placed on transport vehicle, and the cutting conveying mechanism feed end is defeated with feeding
Mechanism is sent to connect, the transport vehicle is placed on the side of cutting conveying mechanism discharge end；The loader mechanism, which includes loading, to be fixed
Frame loads fixed frame pedestal, loads baffle and loading has contact with, the feeding conveyor structure include feeding conveyor structure mounting bracket,
Driving motor is fed, driving shaft, charging driven shaft, charging drive sprocket, charging driven sprocket, charging conveyor chain is fed and prevents
It sheaves and send connector, the loading baffle is hinged with loading fixed frame, and the described one end having contact with that loads is connect with loading baffle, institute
It states the other end for loading and having contact with to connect with loading fixed frame, the charging driving motor, charging driving shaft and charging driven shaft are equal
On feeding conveyor structure mounting bracket, motor shaft and charging active axis connection, the charging of the charging driving motor
Drive sprocket is mounted on charging driving shaft, and the charging driven sprocket is mounted on charging driven shaft, the charging drive chain
Wheel is connect with charging driven sprocket by feeding conveyor chain, and the anti-skidding conveying connector is mounted on charging conveyor chain,
The cutting conveying mechanism includes cutting carriage, cutting feeder motor, cutting conveying driving shaft, cutting conveying driven shaft, cuts
Cut conveying drive sprocket, cutting conveying driven sprocket, cutting conveyor chain and cutting conveyor chain support plate, the cutting mechanism
Including cutting mechanism mounting bracket, cutting sliding slot, cutting mechanism supporting plate, cutting sliding rail, cutting driving motor, cast-cutting saw slice, cutting
Sliding cylinder and cutting sliding cylinder connecting plate, the cutting conveying drive sprocket is mounted on cutting conveying driving shaft, described
Cutting conveying driven sprocket is mounted on cutting conveying driven shaft, the cutting conveying drive sprocket and cutting conveying driven sprocket
It is connected by cutting conveyor chain, the cutting conveyor chain support plate is mounted on cutting carriage, the cutting carrier chain
Item is ridden in cutting conveyor chain support plate, and the both sides of the cutting conveyor chain are provided with pilot pin, the cutting mechanism peace
It shelves with cutting carriage vertical connection, and cutting mechanism mounting bracket is located in cutter device outer cover, the cutting sliding slot setting
On cutting mechanism mounting bracket, the cutting sliding rail is mounted on cutting mechanism supporting plate bottom surface, and the cutting sliding rail is slided embedded in cutting
In slot, the cutting driving motor is installed in the top surface of cutting mechanism supporting plate, the cutting with sliding cylinder connecting plate is cut
Saw blade is mounted on the motor shaft of cutting driving motor, and the cylinder barrel of the cutting sliding cylinder is mounted on cutting mechanism mounting bracket
On, it is described cutting sliding cylinder piston rod with cutting sliding cylinder connecting plate connect, it is described cut carriage side and into
Material conveyer structure mounting bracket connects, and the transport vehicle is placed on the opposite side of cutting carriage.Without manually carrying, and every time
Multiple timber to be processed can be mounted in, improve production efficiency；Increase the humidity of timber to be processed, it is ensured that in cutting process not
Dust caused by cutting can be made to fly upward everywhere, do not polluted the environment.
Further, the lifting platform includes lifting seat, lifter plate and loader mechanism mounting groove, and the lifter plate is mounted on
On lifting seat, the loader mechanism mounting groove is arranged on the top surface of lifter plate, and the loading fixed frame is fixed on loading fixed frame
On pedestal, the loading fixed frame pedestal is in loader mechanism mounting groove；The cutter device installs case includes cutter device
Outer cover, cutter device bottom plate, inlet scoop and chip removal mouth, the cutter device bottom plate are mounted on the bottom of cutter device outer cover, institute
The top that inlet scoop is arranged on cutter device outer cover is stated, the chip removal mouth is arranged on cutter device bottom plate, the cutting conveying
One end of frame is mounted in cutter device outer cover, and the other end of the cutting carriage exposes to cutter device outer cover, described to cut
It cuts feeder motor, cutting conveying driving shaft and cutting conveying driven shaft to be installed on cutting carriage, the cutting conveying electricity
The motor shaft of machine and cutting conveying active axis connection, the cutting feeder motor are located at outside cutter device outer cover.Facilitate control pair
The spray of timber to be processed avoids generating dust, pollution environment in cutting.
Further, the testing agency includes testing agency's mounting bracket and infrared radiation detection apparatus, testing agency's installation
Frame is mounted on the end of feeding conveyor structure mounting bracket, and the infrared radiation detection apparatus is mounted on testing agency's mounting bracket.It can be with
When the signal of timber and lumber standards to be processed is detected according to infrared radiation detection apparatus, adjust the distance of cutting mechanism in time.
Further, the spraying mechanism includes spray tube and nozzle, and the spray tube is mounted on cutter device outer cover
Top, the nozzle are mounted on spray tube；The dust-collecting mechanism includes aspiration channel, suction ventilator, exhaust duct and dust bag, described
One end of aspiration channel is connect with inlet scoop, and the other end of the aspiration channel and the air inlet of suction ventilator connect, the exhaust duct
The air outlet of one end and suction ventilator connects, and the other end of the exhaust duct is connect with dust bag；The scrap collecting mechanism includes
Screw elevator, screw lifting machine inlet, screw elevator discharge gate, scrap collecting bag and scrap collecting bag bracket, it is described
Screw lifting machine inlet is mounted on the lower end of screw elevator, and the screw elevator discharge gate is mounted on screw elevator
Upper end, the screw lifting machine inlet are connect with chip removal mouth, and the scrap collecting bag and scrap collecting bag bracket are respectively positioned on spiral shell
The lower section of elevator discharge gate is revolved, the scrap collecting bag is mounted on scrap collecting bag bracket.Facilitate and collect clast and dust,
Avoid pollution environment.
Further, the charging drive sprocket includes No.1 charging drive sprocket and No. two charging drive sprockets, described
Feed driven sprocket and include No.1 charging driven sprocket and No. two charging driven sprockets, the charging conveyor chain include No.1 into
Expect conveyor chain and No. two charging conveyor chains, the No.1 charging drive sprocket and No. two charging drive sprockets are separately mounted to
The both sides of driving shaft are fed, the No.1 charging driven sprocket and No. two charging driven sprockets are separately mounted to charging driven shaft
Both sides, the No.1 charging drive sprocket feed driven sprocket with No.1 and are connect by No.1 charging conveyor chain, described No. two
It feeds drive sprocket and No. two charging driven sprockets to connect by No. two charging conveyor chains, the one of the anti-skidding conveying connector
End is connect with No.1 charging conveyor chain, and the other end of the anti-skidding conveying connector is connect with No. two charging conveyor chains.It is defeated
Timber to be processed will not there is a situation where roll during sending.
Further, the cutting mechanism mounting bracket includes No.1 cutting mechanism mounting bracket and No. two cutting mechanism installations
Frame, the cutting sliding slot include No.1 cutting sliding slot and No. two cutting sliding slots, and the cutting mechanism supporting plate includes No.1 cutting machine
Structure supporting plate and No. two cutting mechanism supporting plates, the cutting sliding rail include No.1 cutting sliding rail and No. two cutting sliding rails, the cutting
Driving motor include No.1 cutting driving motor and No. two cutting driving motors, the cast-cutting saw slice include No.1 cast-cutting saw slice and
No. two cast-cutting saw slices, the cutting sliding cylinder include No.1 cutting sliding cylinder and No. two cutting sliding cylinders, the cutting
Sliding cylinder connecting plate includes No.1 cutting sliding cylinder connecting plate and No. two cutting sliding cylinder connecting plates, the No.1 cutting
Mechanism mounting bracket is vertically mounted on the side of cutting carriage, and No. two cutting mechanism mounting brackets are vertically mounted on cutting conveying
The opposite side of frame, the No.1 cutting sliding slot are arranged on No.1 cutting mechanism mounting bracket, and No. two cuttings sliding slot is arranged on
On No. two cutting mechanism mounting brackets, the No.1 cutting sliding rail is mounted on the bottom surface of No.1 cutting mechanism supporting plate, and described No. two are cut
Sliding rail is cut mounted on the bottom surface of No. two cutting mechanism supporting plates, the No.1 cutting sliding rail is cut embedded in No.1 in sliding slot, and described two
In No. two cutting sliding slots, the No.1 cutting driving motor and No.1 cutting sliding cylinder connecting plate are pacified for number cutting sliding rail
Mounted in the top surface of No.1 cutting mechanism supporting plate, No. two cutting driving motors and No. two cutting sliding cylinder connecting plates are respectively mounted
In the top surface of No. two cutting mechanism supporting plates, the No.1 cast-cutting saw slice is mounted on the motor shaft of No.1 cutting driving motor, institute
No. two cast-cutting saw slices are stated on the motor shaft of No. two cutting driving motors, the cylinder barrel installation of the No.1 cutting sliding cylinder
On No.1 cutting mechanism mounting bracket, piston rod and the No.1 cutting sliding cylinder connecting plate of the No.1 cutting sliding cylinder connect
It connects, the cylinder barrel of No. two cuttings sliding cylinder is mounted on No. two cutting mechanism mounting brackets, No. two cuttings sliding cylinder
Piston rod with No. two cutting sliding cylinder connecting plates connect.Control No.1 is facilitated to cut according to the signal that infrared radiation detection apparatus detects
Cut the flexible situation of sliding cylinder and No. two cutting sliding cylinders.
Further, the feeding conveyor structure mounting bracket is provided at both ends with charging semi-circular recesses, the charging half
Circular groove is arranged on the middle part of feeding conveyor structure mounting bracket, and the charging semi-circular recesses are matched with anti-skidding conveying connector
It closes；The cutting carriage is provided at both ends with cutting semi-circular recesses, and the cutting semi-circular recesses are arranged on cutting conveying
The middle part of frame, the diameter of the charging semi-circular recesses are identical with the diameter for cutting semi-circular recesses.Timber to be processed is cylinder
Shape can also work normally when timber to be processed is long, remain that timber to be processed is fallen in anti-skidding conveying connector
On cutting conveyor chain, anti-skidding conveying connector and cutting conveyor chain will not be made to dally.
Further, it is described it is anti-skidding conveying connector middle part to lower recess set, it is described it is anti-skidding conveying connector it is upper
Surface is provided with anti-skidding conveying tooth, and the anti-skidding conveying tooth is arranged on the both sides of anti-skidding conveying connector, the anti-skidding conveying tooth
Shape for triangle, the material of the anti-skidding conveying connector is rubber；The top surface of the buffer table and feeding conveyor structure
The top surface of mounting bracket flushes；The feed arrangement further includes melt pit, and the lifting seat is mounted in melt pit；The cutting carrier chain
Item includes cutting conveyor chain transportation section and cutting conveyor chain circulation section, and it is defeated that the cutting conveyor chain transportation section rides over cutting
It send in chain support plate；The rear end of the cutter device installs case is provided with check apron.It places dust to fly upward everywhere, increase is to be processed
Frictional force between timber and anti-skidding conveying connector avoids anti-skidding conveying connector from dallying.
Compared with prior art, the utility model has the following advantages：
1st, loader mechanism rising specified altitude assignment is being unloaded, is being processed by lifting platform, that removes from manually carries, and carries
High production efficiency, the production cost of reduction improve safety coefficient；The setting of anti-skidding conveying connector, keeps away in transmission process
Exempt from transmission process there is a situation where timber rolls, the monitoring wood easy for installation of infrared radiation detection apparatus wipes length, the situation of thickness.
2nd, timber to be processed is delivered in cutter device installs case and cut, increased before cutting by spraying mechanism wet
Degree, the dust that generates is collected during by dust-collecting mechanism to cutting, by scrap collecting mechanism to the clast that is generated during cutting
It is collected, sawdust is avoided to fly upward everywhere, do not pollute the environment；Timber to be cut is conveyed on one side, cuts on one side, improves production
Efficiency in transmission process, positions timber to be cut by pilot pin, avoids in cutting process timber to be cut not
It can roll.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the Multifunctional log automatic gas cutting machine of the utility model embodiment.
Fig. 2 is the exploded perspective structure diagram of the feed arrangement of the utility model embodiment.
Fig. 3 is I enlarged structure schematic diagram in Fig. 2.
Fig. 4 is II enlarged structure schematic diagram in Fig. 2.
Fig. 5 is the dimensional structure diagram of the cutter device of the utility model embodiment.
Fig. 6 is the exploded perspective structure diagram of the cutter device of the utility model embodiment.
Fig. 7 is the inside dimensional structure diagram of the cutter device of the utility model embodiment.
Fig. 8 is III enlarged structure schematic diagram in Fig. 7.
Fig. 9 is the dimensional structure diagram of the transport device of the utility model embodiment.
Label declaration：A- feed arrangements, A1- lifting platforms, A2- loader mechanisms, A3- buffer tables, A4- feeding conveyors structure,
A5- testing agencies, A11- lifting seats, A12- lifter plates, A13- loader mechanisms mounting groove, A21- loads fixed frame, A22- is loaded
Fixed frame pedestal, A23- load baffle, A24- loadings have contact with, A41- feeding conveyor structures mounting bracket, A42- feed driving motor,
A43- chargings driving shaft, A44- chargings driven shaft, A45- chargings drive sprocket, A46- chargings driven sprocket, A47- charging conveyings
The anti-skidding conveying connector of chain, A48-, A51- testing agencies mounting bracket, A52- infrared radiation detection apparatus, A451- No.1s charging drive chain
Wheel, A461- No.1s charging driven sprocket, A471- No.1s charging conveyor chain, A452- No. bis- charging drive sprockets, A462- bis-
Number charging driven sprocket, No. bis- charging conveyor chains of A472-, the anti-skidding conveying teeth of A481-, B- cutter devices, B1- cutter devices peace
Vanning, B2- cuttings conveying mechanism, B3- cutting mechanisms, B4- spraying mechanisms, B5- dust-collecting mechanisms, B6- scrap collectings mechanism, B11-
Cutter device outer cover, B12- cutter devices bottom plate, B13- inlet scoops, B14- chip removal mouths, B21- cuttings carriage, B22- cuttings are defeated
Power transmission machine, B23- cutting conveyings driving shaft, B24- cutting conveyings driven shaft, B25- cutting conveyings drive sprocket, B26- cuttings are defeated
Send driven sprocket, B27- cuttings conveyor chain, B28- cutting conveyor chains support plate, B29- pilot pins, B31- cutting mechanisms peace
It shelves, B32- cuttings sliding slot, B33- cutting mechanisms supporting plate, B34- cut sliding rail, B35- cuttings driving motor, B36- cast-cutting saws
Piece, B37- cuttings sliding cylinder, B38- cuttings sliding cylinder connecting plate, B41- spray tubes, B42- nozzles, B51- aspiration channels,
B52- suction ventilators, B53- exhaust ducts, B54- dust bags, B61- screw elevators, B62- screw liftings machine inlet, B63- spirals
Elevator discharge gate, B64- scrap collectings bag, B65- scrap collectings bag bracket, B271- cutting conveyor chains transportation section, B272-
Cut conveyor chain circulation section, C- transport devices, C1- transport vehicles, C2- pallets.
Specific embodiment
Below in conjunction with the accompanying drawings and pass through embodiment the utility model is described in further detail, following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
Embodiment.
Referring to shown in Fig. 1 to Fig. 9, it should however be clear that structure, ratio, size depicted in this specification institute accompanying drawings etc. are only used
To coordinate the revealed content of specification, so that those skilled in the art understands and reads, it is new to be not limited to this practicality
The enforceable qualifications of type, therefore do not have technical essential meaning, the modification of any structure, the change of proportionate relationship or size
Adjustment, in the case where not influencing the effect of the utility model can be generated and the purpose that can reach, should all still fall new in this practicality
In the range of the revealed technology contents of type can be covered.Meanwhile if in this specification with reference as " on ", " under ", " left side ",
The term on " right side ", " centre " and " one " etc. is merely convenient to the clear rather than enforceable to limit the utility model of narration
Range, relativeness are altered or modified, enforceable when being also considered as the utility model in the case where changing technology contents without essence
Scope.
Multifunctional log automatic gas cutting machine in the present embodiment, including feed arrangement A, cutter device B and transport device C,
Feed arrangement A is connect with the side of cutter device B, and transport device C is placed on the opposite side of cutter device B, and feed arrangement A includes
Lifting platform A1, loader mechanism A2, buffer table A3, feeding conveyor structure A4 and testing agency A5, cutter device B include cutter device
Installs case B1, cutting conveying mechanism B2, cutting mechanism B3, spraying mechanism B4, dust-collecting mechanism B5 and scrap collecting mechanism B6, transport
Device C includes transport vehicle C1 and pallet C2, and loader mechanism A2 is placed on lifting platform A1, the side of buffer table A3 and lifting platform
A1 is contacted, and opposite side and the feeding conveyor structure A4 vertical connections of buffer table A3, testing agency A5 are mounted on feeding conveyor structure
The end of A4, cutting conveying mechanism B2 include cutting conveying mechanism feed end and cutting conveying mechanism discharge end, cut conveyer
Structure feed end, cutting mechanism B3 and spraying mechanism B4 are installed in cutter device installs case B1, cut conveying mechanism discharge end
It exposes to cutter device installs case B1, cutting mechanism B3 to connect with cutting conveying mechanism B2, spraying mechanism B4 is mounted on cutting and fills
The top of installs case B1 is put, and spraying mechanism B4 is located at the top of cutting conveying mechanism feed end, dust-collecting mechanism B5 is filled with cutting
The top connection of installs case B1 is put, scrap collecting mechanism B6 is connect with the bottom of cutter device installs case B1, and pallet C2 is placed
On transport vehicle C1, cutting conveying mechanism feed end is connect with feeding conveyor structure A4, and transport vehicle C1 is placed on cutting conveyer
The side of structure discharge end.
Loader mechanism A2 in the present embodiment includes loading fixed frame A21, loads fixed frame pedestal A22, loads baffle A23
Have contact with A24 with loading, feeding conveyor structure A4 includes feeding conveyor structure mounting bracket A41, charging driving motor A42, charging master
Moving axis A43, it charging driven shaft A44, charging drive sprocket A45, charging driven sprocket A46, feeds conveyor chain A47 and prevents sheaving
Connector A48 is sent, baffle A23 is loaded and is hinged with loading fixed frame A21, the one end for having contact with A24 is loaded and connects with loading baffle A23
It connects, loads the other end for having contact with A24 and connect with loading fixed frame A21, charging driving motor A42, charging driving shaft A43 and charging
Driven shaft A44 is installed on feeding conveyor structure mounting bracket A41, motor shaft and the charging driving shaft of charging driving motor A42
A43 connections, charging drive sprocket A45 are mounted on charging driving shaft A43, and charging driven sprocket A46 is mounted on charging driven shaft
On A44, charging drive sprocket A45 is connect with charging driven sprocket A46 by feeding conveyor chain A47, anti-skidding conveying connector
A48 is mounted on charging conveyor chain A47, and cutting conveying mechanism B2 includes cutting carriage B21, cutting feeder motor B22, cuts
It cuts conveying driving shaft B23, cutting conveying driven shaft B24, cutting conveying drive sprocket B25, cutting conveying driven sprocket B26, cut
It cuts conveyor chain B27 and cutting conveyor chain support plate B28, cutting mechanism B3 includes cutting mechanism mounting bracket B31, cutting sliding slot
B32, cutting mechanism supporting plate B33, cutting sliding rail B34, cutting driving motor B35, cast-cutting saw slice B36, cutting sliding cylinder B37 and
Cut sliding cylinder connecting plate B38, cutting conveying drive sprocket B25 is mounted on cutting conveying driving shaft B23, cutting conveying from
Movable sprocket B26 is mounted on cutting conveying driven shaft B24, and cutting conveying drive sprocket B25 leads to cutting conveying driven sprocket B26
The B27 connections of cutting conveyor chain are crossed, cutting conveyor chain support plate B28 is mounted on cutting carriage B21, cuts conveyor chain
B27 is ridden on cutting conveyor chain support plate B28, and the both sides of cutting conveyor chain B27 are provided with pilot pin B29, cutting mechanism
Mounting bracket B31 and cutting carriage B21 vertical connections, and cutting mechanism mounting bracket B31 is located in cutter device outer cover B11, cuts
It cuts sliding slot B32 to be arranged on cutting mechanism mounting bracket B31, cutting sliding rail B34 is mounted on cutting mechanism supporting plate B33 bottom surfaces, cutting
For sliding rail B34 in cutting sliding slot B32, cutting driving motor B35 and cutting sliding cylinder connecting plate B38 are installed in cutting machine
The top surface of structure supporting plate B33, cast-cutting saw slice B36 are mounted on the motor shaft of cutting driving motor B35, cutting sliding cylinder B37's
Cylinder barrel is mounted on cutting mechanism mounting bracket B31, piston rod and the cutting sliding cylinder connecting plate B38 of cutting sliding cylinder B37
Connection, the side of cutting carriage B21 are connect with feeding conveyor structure mounting bracket A41, and transport vehicle C1 is placed on cutting carriage
The opposite side of B21.
Lifting platform A1 in the present embodiment includes lifting seat A11, lifter plate A12 and loader mechanism mounting groove A13, lifter plate
A12 is mounted on lifting seat A11, and loader mechanism mounting groove A13 is arranged on the top surface of lifter plate A12, is loaded fixed frame A21 and is fixed
On fixed frame pedestal A22 is loaded, fixed frame pedestal A22 is loaded in loader mechanism mounting groove A13；Cutter device installs case
B1 includes cutter device outer cover B11, cutter device bottom plate B12, inlet scoop B13 and chip removal mouth B14, cutter device bottom plate B12 peaces
Mounted in the bottom of cutter device outer cover B11, inlet scoop B13 is arranged on the top of cutter device outer cover B11, chip removal mouth B14 settings
On cutter device bottom plate B12, one end of cutting carriage B21 is mounted in cutter device outer cover B11, cuts carriage B21
The other end expose to cutter device outer cover B11, cutting feeder motor B22, cutting conveying driving shaft B23 and cutting conveying are driven
Axis B24 is installed on cutting carriage B21, and the motor shaft of cutting feeder motor B22 is connect with cutting conveying driving shaft B23,
Cutting feeder motor B22 is located at outside cutter device outer cover B11.
Testing agency A5 in the present embodiment includes testing agency mounting bracket A51 and infrared radiation detection apparatus A52, testing agency's peace
The end that A51 is mounted on feeding conveyor structure mounting bracket A41 is shelved, infrared radiation detection apparatus A52 is mounted on testing agency mounting bracket A51
On.
Spraying mechanism B4 in the present embodiment includes spray tube B41 and nozzle B42, and spray tube B41 is mounted on cutter device
The top of outer cover B1, nozzle B42 are mounted on spray tube B41；Dust-collecting mechanism B5 includes aspiration channel B51, suction ventilator B52, air draft
One end of pipe B53 and dust bag B54, aspiration channel B51 are connect with inlet scoop B13, the other end and the suction ventilator B52 of aspiration channel B51
Air inlet connection, one end of exhaust duct B53 connect with the air outlet of suction ventilator B52, the other end and dust bag of exhaust duct B53
B54 connections；Scrap collecting mechanism B6 includes screw elevator B61, screw lifting machine inlet B62, screw elevator discharge gate
B63, scrap collecting bag B64 and scrap collecting bag bracket B65, screw lifting machine inlet B62 is mounted on screw elevator B61's
Lower end, screw elevator discharge gate B63 are mounted on the upper end of screw elevator B61, screw lifting machine inlet B62 and chip removal mouth
B14 connections, scrap collecting bag B64 and scrap collecting bag bracket B65 are respectively positioned on the lower section of screw elevator discharge gate B63, clast
Collecting bag B64 is mounted on scrap collecting bag bracket B65.
Charging drive sprocket A45 in the present embodiment includes No.1 charging drive sprocket A451 and No. two charging drive sprockets
A452, charging driven sprocket A46 include No.1 and feed driven sprocket A461 and No. two charging driven sprocket A462, feed carrier chain
A47 includes No.1 charging conveyor chain A471 and No. two charging conveyor chain A472, No.1 charging drive sprocket A451 and two
Number charging drive sprocket A452 is separately mounted to the both sides of charging driving shaft A43, No.1 charging driven sprocket A461 and No. two into
Material driven sprocket A462 is separately mounted to the both sides of charging driven shaft A44, No.1 charging drive sprocket A451 and No.1 feed from
Movable sprocket A461 feeds conveyor chain A471 connections, No. two charging drive sprocket A452 and No. two charging driven sprockets by No.1
A462 feeds conveyor chain by No. two charging conveyor chain A472 connections, one end of anti-skidding conveying connector A48 with No.1
A471 connections, the other end of anti-skidding conveying connector A48 are connect with No. two charging conveyor chain A472.
Cutting mechanism mounting bracket B31 in the present embodiment includes No.1 cutting mechanism mounting bracket and No. two cutting mechanism installations
Frame, cutting sliding slot B32 include No.1 cutting sliding slot and No. two cutting sliding slots, and cutting mechanism supporting plate B33 includes No.1 cutting mechanism
Supporting plate and No. two cutting mechanism supporting plates, cutting sliding rail B34 include No.1 cutting sliding rail and No. two cutting sliding rails, cut driving motor
B35 includes No.1 cutting driving motor and No. two cutting driving motors, and cast-cutting saw slice B36 includes No.1 cast-cutting saw slice and No. two are cut
Sawing piece, cutting sliding cylinder B37 include No.1 cutting sliding cylinder and No. two cutting sliding cylinders, cutting sliding cylinder connection
Plate B38 includes No.1 cutting sliding cylinder connecting plate and No. two cutting sliding cylinder connecting plates, and No.1 cutting mechanism mounting bracket hangs down
The straight side for being mounted on cutting carriage B21, No. two cutting mechanism mounting brackets are vertically mounted on the another of cutting carriage B21
Side, No.1 cutting sliding slot are arranged on No.1 cutting mechanism mounting bracket, and No. two cutting sliding slots are arranged on No. two cutting mechanism installations
On frame, No.1 cutting sliding rail is mounted on the bottom surface of No.1 cutting mechanism supporting plate, and No. two cutting sliding rails are mounted on No. two cutting mechanisms
The bottom surface of supporting plate, No.1 cutting sliding rail is in No.1 cutting sliding slot, and No. two cutting sliding rails are in No. two cutting sliding slots, No.1
Cutting driving motor and No.1 cutting sliding cylinder connecting plate are installed in the top surface of No.1 cutting mechanism supporting plate, and No. two cuttings are driven
Dynamic motor and No. two cutting sliding cylinder connecting plates are installed in the top surface of No. two cutting mechanism supporting plates, the installation of No.1 cast-cutting saw slice
On the motor shaft of No.1 cutting driving motor, No. two cast-cutting saw slices are mounted on the motor shaft of No. two cutting driving motors, and one
Number cutting sliding cylinder cylinder barrel be mounted on No.1 cutting mechanism mounting bracket on, No.1 cut sliding cylinder piston rod and No.1
The connection of sliding cylinder connecting plate is cut, the cylinder barrel of No. two cutting sliding cylinders is mounted on No. two cutting mechanism mounting brackets, No. two
The piston rod for cutting sliding cylinder is connect with No. two cutting sliding cylinder connecting plates.
Feeding conveyor structure mounting bracket A41's in the present embodiment is provided at both ends with charging semi-circular recesses, feeds semicircle
Connected in star is arranged on the middle part of feeding conveyor structure mounting bracket A41, and charging semi-circular recesses are matched with anti-skidding conveying connector A48
It closes；Cutting carriage B21's is provided at both ends with cutting semi-circular recesses, and cutting semi-circular recesses are arranged on cutting carriage B21
Middle part, it is identical with the diameter for cutting semi-circular recesses to feed the diameters of semi-circular recesses.
The middle part of anti-skidding conveying connector A48 in the present embodiment is set to lower recess, and anti-skidding conveying connector A48's is upper
Surface is provided with anti-skidding conveying tooth A481, and anti-skidding conveying tooth A481 is arranged on the both sides of anti-skidding conveying connector A48, anti-skidding conveying
The shape of tooth A481 is triangle, and the material of anti-skidding conveying connector A48 is rubber；The top surface of buffer table A3 and feeding conveyor
The top surface of structure mounting bracket A41 flushes；Feed arrangement A further includes melt pit, and lifting seat A11 is mounted in melt pit；Cut conveyor chain
B27 includes cutting conveyor chain transportation section B271 and cutting conveyor chain circulation section B272, cutting conveyor chain transportation section B271
It rides on cutting conveyor chain support plate B28；The rear end of cutter device installs case B1 is provided with check apron.
The cutting method of Multifunctional log automatic gas cutting machine in the present embodiment, it is characterised in that：Cutting method is as follows：
The first step：Timber to be processed is placed on loader mechanism A2, and passes through the loader mechanism A2 that fork truck will load timber
Lifting platform A1 is placed into, and fixed frame pedestal A22 will be loaded in loader mechanism mounting groove A13, dress is made by lifting platform A1
The loader mechanism A2 of load timber rises to be flushed with buffer table A3；
Second step：It opens to load and has contact with A24, overturn loading baffle A23, the timber to be processed in loader mechanism A2 is unloaded
It is downloaded on buffer table A3, when timber to be processed is snapped together in uninstall process, has contact with A24 by the to be added of clamping by loading
Under work lumber hook；
Third walks：After timber to be processed is rolled down on anti-skidding conveying connector A48, detected by infrared radiation detection apparatus A52
The length and diameter of timber to be processed feeds back to the signal detected in control system, and passes through spraying mechanism B4 to be added
Work timber is sprayed, and control system is adjusted cutting mechanism B3 according to the signal detected；
4th step：The timber to be processed rolled down on anti-skidding conveying connector A48 is conveyed by feeding conveyor structure A4
It is cut onto cutting conveyor chain B27, and to the timber to be processed on cutting conveyor chain B27；
5th step：Dust generated in cutting process is collected by dust-collecting mechanism B5 during cutting, passes through clast
Collecting mechanism B6 is collected clast generated in cutting process, by the Wood Transportation frame C2 after cutting, and passes through fortune
Defeated vehicle C1 is transported.
Control system passes through control one according to the size for detecting timber diameter to be processed in third step in the present embodiment
Number cutting sliding cylinder flexible and No. two cutting sliding cylinders it is flexible, adjust No.1 cast-cutting saw slice and No. two cast-cutting saw slices
Relative distance.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, the shape of parts and components is named
Claiming etc. can be different, described in this specification above content is only to the utility model structure example explanation.
The equivalence changes or simple change that all construction, feature and principles according to described in the utility model patent concept are done, are wrapped
It includes in the protection domain of the utility model patent.Those skilled in the art of the present invention can be to described
Specific embodiment does various modifications or additions or substitutes in a similar way, without departing from the knot of the utility model
Structure surmounts range defined in the claims, all should belong to the protection range of the utility model.
Claims (8)
1. a kind of Multifunctional log automatic gas cutting machine, it is characterised in that：Including feed arrangement, cutter device and transport device, institute
The side for stating feed arrangement and cutter device connects, and the transport device is placed on the opposite side of cutter device, the charging dress
It puts including lifting platform, loader mechanism, buffer table, feeding conveyor structure and testing agency, the cutter device includes cutter device
Installs case, cutting conveying mechanism, cutting mechanism, spraying mechanism, dust-collecting mechanism and scrap collecting mechanism, the transport device include
Transport vehicle and pallet, the loader mechanism are placed on lifting platform, and the side of the buffer table is contacted with lifting platform, described slow
The opposite side of platform and feeding conveyor structure vertical connection are rushed, the testing agency is mounted on the end of feeding conveyor structure, described
It cuts conveying mechanism and includes cutting conveying mechanism feed end and cutting conveying mechanism discharge end, the cutting conveying mechanism charging
End, cutting mechanism and spraying mechanism are installed in cutter device installs case, and the cutting conveying mechanism discharge end, which exposes to, to be cut
Device installs case is cut, the cutting mechanism is connect with cutting conveying mechanism, and the spraying mechanism is mounted on cutter device installs case
Top, and spraying mechanism is located at the top of cutting conveying mechanism feed end, the dust-collecting mechanism and cutter device installs case
Top connects, and the scrap collecting mechanism is connect with the bottom of cutter device installs case, and the pallet is placed on transport vehicle,
The cutting conveying mechanism feed end is connect with feeding conveyor structure, and the transport vehicle is placed on cutting conveying mechanism discharge end
Side；The loader mechanism includes loading fixed frame, loading fixed frame pedestal, loading baffle and loading and has contact with, and the charging is defeated
Send mechanism include feeding conveyor structure mounting bracket, charging driving motor, charging driving shaft, charging driven shaft, charging drive sprocket,
Driven sprocket, charging conveyor chain and anti-skidding conveying connector are fed, the loading baffle is hinged with loading fixed frame, the dress
It carries the one end having contact with to connect with loading baffle, the other end having contact with that loads is connect with loading fixed frame, the charging driving
Motor, charging driving shaft and charging driven shaft are installed on feeding conveyor structure mounting bracket, the electricity of the charging driving motor
Arbor and charging active axis connection, the charging drive sprocket are mounted on charging driving shaft, the charging driven sprocket installation
On charging driven shaft, the charging drive sprocket is connect with charging driven sprocket by feeding conveyor chain, described to prevent sheaving
Connector is sent to be mounted on charging conveyor chain, the cutting conveying mechanism includes cutting carriage, cutting feeder motor, cutting
Conveying driving shaft, cutting conveying driven shaft, cutting convey drive sprocket, cutting conveying driven sprocket, cutting conveyor chain and cut
Conveyor chain support plate is cut, the cutting mechanism includes cutting mechanism mounting bracket, cutting sliding slot, cutting mechanism supporting plate, cutting cunning
Rail, cutting driving motor, cast-cutting saw slice, cutting sliding cylinder and cutting sliding cylinder connecting plate, the cutting conveying drive chain
Wheel is mounted on cutting conveying driving shaft, and the cutting conveying driven sprocket is mounted on cutting conveying driven shaft, the cutting
Conveying drive sprocket is connect with cutting conveying driven sprocket by cutting conveyor chain, the cutting conveyor chain support plate installation
On cutting carriage, the cutting conveyor chain is ridden in cutting conveyor chain support plate, and the two of the cutting conveyor chain
Side is provided with pilot pin, the cutting mechanism mounting bracket and cutting carriage vertical connection, and cutting mechanism mounting bracket is located at and cuts
It cuts in device outer cover, the cutting sliding slot is arranged on cutting mechanism mounting bracket, and the cutting sliding rail is mounted on cutting mechanism support
Plate bottom surface, in cutting sliding slot, the cutting driving motor and cutting sliding cylinder connecting plate are respectively mounted the cutting sliding rail
In the top surface of cutting mechanism supporting plate, the cast-cutting saw slice is mounted on the motor shaft of cutting driving motor, and gas is slided in the cutting
The cylinder barrel of cylinder is mounted on cutting mechanism mounting bracket, and piston rod and the cutting sliding cylinder connecting plate of the cutting sliding cylinder connect
It connects, the side of the cutting carriage is connect with feeding conveyor structure mounting bracket, and the transport vehicle is placed on cutting carriage
Opposite side.
2. Multifunctional log automatic gas cutting machine according to claim 1, it is characterised in that：The lifting platform includes lifting
Seat, lifter plate and loader mechanism mounting groove, the lifter plate are mounted on lifting seat, and the loader mechanism mounting groove is arranged on liter
The top surface of plate drops, and the loading fixed frame, which is fixed on, to be loaded on fixed frame pedestal, and the loading fixed frame pedestal is embedded in loading machine
In structure mounting groove；The cutter device installs case includes cutter device outer cover, cutter device bottom plate, inlet scoop and chip removal mouth, institute
The bottom that cutter device bottom plate is mounted on cutter device outer cover is stated, the inlet scoop is arranged on the top of cutter device outer cover, institute
It states chip removal mouth to be arranged on cutter device bottom plate, one end of the cutting carriage is mounted in cutter device outer cover, described to cut
The other end for cutting carriage exposes to cutter device outer cover, the cutting feeder motor, cutting conveying driving shaft and cutting conveying
Driven shaft is installed on cutting carriage, motor shaft and the cutting conveying active axis connection of the cutting feeder motor, described
Cutting feeder motor is located at outside cutter device outer cover.
3. Multifunctional log automatic gas cutting machine according to claim 2, it is characterised in that：The testing agency includes detection
Mechanism mounting bracket and infrared radiation detection apparatus, testing agency's mounting bracket is mounted on the end of feeding conveyor structure mounting bracket, described
Infrared radiation detection apparatus is mounted on testing agency's mounting bracket.
4. Multifunctional log automatic gas cutting machine according to claim 2, it is characterised in that：The spraying mechanism includes spray
Pipe and nozzle, the spray tube are mounted on the top of cutter device outer cover, and the nozzle is mounted on spray tube；The precipitron
Structure includes aspiration channel, suction ventilator, exhaust duct and dust bag, and one end of the aspiration channel is connect with inlet scoop, the aspiration channel
The air inlet of the other end and suction ventilator connects, and one end of the exhaust duct and the air outlet of suction ventilator connect, the exhaust duct
The other end is connect with dust bag；The scrap collecting mechanism includes screw elevator, screw lifting machine inlet, screw elevator
Discharge gate, scrap collecting bag and scrap collecting bag bracket, the screw lifting machine inlet are mounted on the lower end of screw elevator,
The screw elevator discharge gate is mounted on the upper end of screw elevator, and the screw lifting machine inlet is connect with chip removal mouth,
The scrap collecting bag and scrap collecting bag bracket are respectively positioned on the lower section of screw elevator discharge gate, the scrap collecting bag installation
On scrap collecting bag bracket.
5. Multifunctional log automatic gas cutting machine according to claim 3, it is characterised in that：The charging drive sprocket includes
No.1 feeds drive sprocket and No. two charging drive sprockets, and the charging driven sprocket includes No.1 charging driven sprocket and No. two
Driven sprocket is fed, the charging conveyor chain includes No.1 charging conveyor chain and No. two charging conveyor chains, the No.1
Charging drive sprocket and No. two charging drive sprockets are separately mounted to the both sides of charging driving shaft, and the No.1 feeds driven sprocket
Be separately mounted to the both sides of charging driven shaft with No. two charging driven sprockets, No.1 charging drive sprocket and No.1 feed from
Movable sprocket feeds conveyor chain by No.1 and connects, and No. two charging drive sprockets and No. two charging driven sprockets pass through No. two
Conveyor chain connection is fed, one end of the anti-skidding conveying connector is connect with No.1 charging conveyor chain, the anti-skidding conveying
The other end of connector is connect with No. two charging conveyor chains.
6. Multifunctional log automatic gas cutting machine according to claim 4, it is characterised in that：The cutting mechanism mounting bracket packet
No.1 cutting mechanism mounting bracket and No. two cutting mechanism mounting brackets are included, the cutting sliding slot includes No.1 cutting sliding slot and No. two are cut
Sliding slot is cut, the cutting mechanism supporting plate includes No.1 cutting mechanism supporting plate and No. two cutting mechanism supporting plates, the cutting sliding rail packet
No.1 cutting sliding rail and No. two cutting sliding rails are included, the cutting driving motor includes No.1 cutting driving motor and No. two cuttings are driven
Dynamic motor, the cast-cutting saw slice include No.1 cast-cutting saw slice and No. two cast-cutting saw slices, and the cutting sliding cylinder is cut including No.1
Sliding cylinder and No. two cutting sliding cylinders are cut, the cutting sliding cylinder connecting plate includes No.1 and cuts sliding cylinder connecting plate
With No. two cutting sliding cylinder connecting plates, the No.1 cutting mechanism mounting bracket is vertically mounted on the side of cutting carriage, institute
The opposite side that No. two cutting mechanism mounting brackets are vertically mounted on cutting carriage is stated, the No.1 cutting sliding slot is arranged on No.1 and cuts
On cutting mill structure mounting bracket, No. two cuttings sliding slot is arranged on No. two cutting mechanism mounting brackets, the No.1 cutting sliding rail peace
Mounted in the bottom surface of No.1 cutting mechanism supporting plate, No. two cutting sliding rails are mounted on the bottom surface of No. two cutting mechanism supporting plates, described
No.1 cutting sliding rail is in No.1 cutting sliding slot, and No. two cutting sliding rails in No. two cutting sliding slots, cut by the No.1
It cuts driving motor and No.1 cutting sliding cylinder connecting plate is installed in the top surface of No.1 cutting mechanism supporting plate, No. two cuttings
Driving motor and No. two cutting sliding cylinder connecting plates are installed in the top surface of No. two cutting mechanism supporting plates, the No.1 cast-cutting saw
Piece is mounted on the motor shaft of No.1 cutting driving motor, and No. two cast-cutting saw slices are mounted on the electricity of No. two cutting driving motors
On arbor, the cylinder barrel of the No.1 cutting sliding cylinder is mounted on No.1 cutting mechanism mounting bracket, and the No.1 cutting is slided
The piston rod of cylinder is connect with No.1 cutting sliding cylinder connecting plate, and the cylinder barrel of No. two cuttings sliding cylinder is mounted on No. two
On cutting mechanism mounting bracket, the piston rod of No. two cuttings sliding cylinder is connect with No. two cutting sliding cylinder connecting plates.
7. Multifunctional log automatic gas cutting machine according to claim 1 or 2, it is characterised in that：The feeding conveyor structure
Mounting bracket is provided at both ends with charging semi-circular recesses, and the charging semi-circular recesses are arranged on feeding conveyor structure mounting bracket
Middle part, the charging semi-circular recesses and anti-skidding conveying connector cooperation；The cutting carriage is provided at both ends with cutting half
Circular groove, it is described cutting semi-circular recesses be arranged on cutting carriage middle part, it is described charging semi-circular recesses diameter with
The diameter for cutting semi-circular recesses is identical.
8. Multifunctional log automatic gas cutting machine according to claim 2, it is characterised in that：The anti-skidding conveying connector
Middle part is set to lower recess, and the upper surface of the anti-skidding conveying connector is provided with anti-skidding conveying tooth, and the anti-skidding conveying tooth is set
It puts in the both sides of anti-skidding conveying connector, the shape of the anti-skidding conveying tooth is triangle, the material of the anti-skidding conveying connector
Matter is rubber；The top surface of the buffer table is flushed with the top surface of feeding conveyor structure mounting bracket；The feed arrangement further includes ground
Hole, the lifting seat are mounted in melt pit；The cutting conveyor chain includes cutting conveyor chain transportation section and cutting carrier chain
Circulation section, the cutting conveyor chain transportation section are ridden in cutting conveyor chain support plate；The cutter device installs case
Rear end is provided with check apron.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721379404.1U CN207465398U (en) | 2017-10-24 | 2017-10-24 | A kind of Multifunctional log automatic gas cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721379404.1U CN207465398U (en) | 2017-10-24 | 2017-10-24 | A kind of Multifunctional log automatic gas cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207465398U true CN207465398U (en) | 2018-06-08 |
Family
ID=62264686
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721379404.1U Expired - Fee Related CN207465398U (en) | 2017-10-24 | 2017-10-24 | A kind of Multifunctional log automatic gas cutting machine |
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| Country | Link |
|---|---|
| CN (1) | CN207465398U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107627398A (en) * | 2017-10-24 | 2018-01-26 | 桐乡市林达木业有限公司 | A kind of Multifunctional log automatic gas cutting machine and cutting method |
| CN109591126A (en) * | 2018-12-07 | 2019-04-09 | 肖勇斌 | A kind of round log beats slot device |
| CN111014069A (en) * | 2019-12-20 | 2020-04-17 | 南宁市东营美志木业有限公司 | Eucalyptus ladder team screening system |
| CN114603650A (en) * | 2022-04-21 | 2022-06-10 | 冯欣超 | Light wood processing system and processing method thereof |
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2017
- 2017-10-24 CN CN201721379404.1U patent/CN207465398U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107627398A (en) * | 2017-10-24 | 2018-01-26 | 桐乡市林达木业有限公司 | A kind of Multifunctional log automatic gas cutting machine and cutting method |
| CN109591126A (en) * | 2018-12-07 | 2019-04-09 | 肖勇斌 | A kind of round log beats slot device |
| CN109591126B (en) * | 2018-12-07 | 2021-02-26 | 肖勇斌 | Log grooving device |
| CN111014069A (en) * | 2019-12-20 | 2020-04-17 | 南宁市东营美志木业有限公司 | Eucalyptus ladder team screening system |
| CN111014069B (en) * | 2019-12-20 | 2022-03-18 | 南宁市东营美志木业有限公司 | Eucalyptus ladder team screening system |
| CN114603650A (en) * | 2022-04-21 | 2022-06-10 | 冯欣超 | Light wood processing system and processing method thereof |
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Address after: Heshan Town stone bridge in Tongxiang city of Jiaxing city in 314516 in Zhejiang province (Tongxiang City Tongde wall building materials limited company) Patentee after: Zhejiang Linda Packaging Technology Co.,Ltd. Address before: Heshan Town stone bridge in Tongxiang city of Jiaxing city in 314516 in Zhejiang province (Tongxiang City Tongde wall building materials limited company) Patentee before: TONGXIANG LINDA WOOD INDUSTRY Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180608 Termination date: 20211024 |
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| CF01 | Termination of patent right due to non-payment of annual fee |