CN204687005U - A kind of multi-functional timber process equipment - Google Patents
A kind of multi-functional timber process equipment Download PDFInfo
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- CN204687005U CN204687005U CN201520432305.XU CN201520432305U CN204687005U CN 204687005 U CN204687005 U CN 204687005U CN 201520432305 U CN201520432305 U CN 201520432305U CN 204687005 U CN204687005 U CN 204687005U
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Abstract
A kind of multi-functional timber process equipment, belong to timber process equipment field, described sport car comprises movement, along X-direction, the drive unit of Y direction and Z-direction movement, movement front end is at least provided with the rotary main shaft that two take vertical direction as axle center, multiple main shaft lower end is provided with cutter, cutter periphery is provided with arranges blade more, blade distance in different main cuts timber distance difference, multiple main shaft is connected with electric machine rotation respectively, described dead head and tailstock top on taking over a business of multiple different-diameter be equipped with, tailstock bottom is provided with the tourelle along X-direction, equipment is equipped with control panel, this equipment is utilized to enhance productivity, reduce the labour intensity of operating personnel, expand processing diameter, increase processing variety, expand selling market.
Description
Technical field
The utility model relates to a kind of process equipment, and particularly the multi-functional timber process equipment of one, belongs to timber process equipment field.
Background technology
Timber process equipment can only carry out the Surface Machining of log for the equipment that log is processed, add man-hour, cutter moves along the X-direction of timber and carries out circumference processing to timber, Fig. 7 is the structural representation in patent ZL200320113560.5, the equipment of this structure, X-direction is provided with support 1, the workbench 43 support 1 being provided with guide rail 1 and being arranged on guide rail 1, described workbench 43 is provided with the cutter driven by motor 44 vertically, cutter comprises planing tool 48 or saw blade 49, two supporting seats 45 are relatively set with at the two ends of support 1 axis, two supporting seats 45 have been horizontally disposed with addendum cone 46 respectively, the both sides that supporting seat 45 is positioned at addendum cone 46 are respectively arranged with roller 1, in such a device, due to be provided with roller 1 limit equipment can the diameter of processing log, and this equipment only has one to process cutter head, working (machining) efficiency is low, and only have cutter head drive unit, although cutter head is adjustable in can moving of other several directions, but, all rely on hand feed, even the movement of workpiece workbench is also rely on artificial promotion to process, along with current industrialized development, the lifting of economic strength, large-sized timber processing is more and more, what have reaches 16 meters, slightly reach 1 meter, therefore, existing equipment not only length and height does not reach requirement, and labour intensity is very large, equipment working (machining) efficiency is low, the wood product of processing is only circular timber, the more complicated wood product of other shapes cannot be processed, the machining functions that equipment can realize is very limited, in addition, for huge timber, crane gear is not set, rely on completely and by hand timber is set in two addendum cone seats, large-scale timber is wanted to be set on equipment, full operation by hand, during carrying, labour intensity is large, how could play the effect of equipment further, the use value of raising equipment, reduce the labour intensity of workman, ensure the demand of user, it is the one pursuit of timber process equipment producer.
Summary of the invention
The problems such as the shape can processed for existing equipment is few, working (machining) efficiency is low, labour intensity is large, the utility model provides a kind of multi-functional timber process equipment, its objective is raising working (machining) efficiency, expands Product processing function, strengthen the diameter of processing log, reduce the labour intensity of workman.
Concrete technical scheme of the present utility model is: a kind of multi-functional timber process equipment, comprise the X-direction guide rail be arranged on support, the sport car that guide rail is arranged, before support, along X-direction and support base arranged side by side, the dead head that on base, X-direction is oppositely arranged and tailstock, described sport car comprises movement, along X, the drive unit of Y and Z-direction movement, movement is arranged in framework, it is the rotary main shaft in axle center that core framework front end is provided with vertical direction, core framework side is provided with burnishing device and/or timber cutter sweep, tailstock bottom is provided with the mobile device along X-direction, add man-hour, by taking over a business fixing timber end face and rotating between top and tailstock, controller and control panel equipment be equipped with, described main shaft has two at least, main shaft lower end is provided with cutter, cutter periphery is provided with the blade of many rows, blade distance in different main cuts timber distance difference, the blade radial dimension same main shaft cut formerly is less than cutting at rear knife edge radial dimension, described burnishing device is hinged on the little axle of core framework side X-direction, burnishing device is provided with two running rollers, between running roller, tensioning is provided with annular emery cloth, a running roller is had at least to be connected with polishing motor, during polishing, ring-shaped sand cloth is placed on timber, running roller drives annular emery cloth pivoting friction timber, the annular emery cloth direction of motion is contrary with timber direction of rotation, if when the side of core framework is provided with burnishing device, core framework opposite side arranges timber cutter sweep, cutter sweep connects by being arranged on upper and lower two the circular slide rails in core framework side, slide rail slidably connects multiple slide block, multiple slide block is fixed with balladeur train, core framework is fixed with cast-cutting saw electric rotating machine, be connected with a joggle by cutting leading screw and screw set between balladeur train and carriage motor, screw set is fixed on balladeur train or slide block, cutting leading screw drives balladeur train to move along Y direction, electric rotating machine is arranged on balladeur train, electric rotating machine drives cast-cutting saw to rotate, cutter sweep saw blade is vertical with timber length direction, described X, Y and Z-direction drive unit, rotary main shaft and cast-cutting saw rotate and are driven by respective motor respectively, each motor shaft is provided with encoder, encoder is connected with PLC, PLC is connected with operation board display, described sport car is provided with moving guide rail along X-direction and Y direction, in sport car, movement is provided with guide pillar and leading screw along Z-direction, described dead head and tailstock top on taking over a business of multiple different-diameter be equipped with, take over a business end face on relative with timber end face is provided with cone-shaped nail, described tailstock is arranged with the tourelle of X-direction, tailstock is provided with lowering or hoisting gear, described dead head is provided with top buncher, dead head is provided with the locking device stoping top rotation, described dead head and tailstock both sides are provided with timber handler, described movement and main shaft are arranged with wood chip discharger.
The good effect that the utility model has is, by arranging along X-direction on sport car, the drive unit of Y direction and Z-direction movement, improve the translational speed of sport car, reduce the artificial labour intensity promoting sport car movement, by arranging burnishing device in core framework side, polishing can be carried out to the round log surface after processing, by the other side at equipment core framework, timber cutter sweep is set, perpendicular cuts can be carried out to round log, by arranging encoder on motor shaft, automatically process by PLC, relevant process data can show over the display and can adjust, machining accuracy can be improved, by arranging guide rail at sport car along X-direction and Y direction, sport car arranges guide pillar and leading screw along Z-direction, the levelness of movement can be ensured, perpendicularity, by at least arranging two vertical major before core framework, main shaft periphery is arranged arranges cutter more, working (machining) efficiency can be improved, multiple cutterhead is in X-direction cutting is mobile, cut at rear knife edge radial dimension by cutting is less than at first main shaft blade radial dimension, can ensure in process, multiple cutter all has certain cutting output, stock-removing efficiency can be improved, by arranging the tourelle of X-direction under tailstock, the governing speed of tailstock in X-direction can be accelerated, reduce tailstock moving resistance, by arranging top buncher on dead head, can according to cutting quality, cut position, regulate rotary speed that is top and timber, by utilizing taking over a business of multiple different-diameter, and taking over a business tapering nail face arranged perpendicular to taking over a business face, taking over a business of obstructed diameter can be used according to timber diameter, timber is fixed, the roller 47 of the top both sides setting used in existing equipment can be saved, reduce manufacturing cost, expand the diameter of process wood, by arranging the locking device stoping top rotation on dead head, the rotation that timber can be stoped top by locking device, when timber is motionless, planing surface processing is carried out to timber, the processing of the Polyhedron processing and groove etc. of timber can be realized, by arranging timber lowering or hoisting gear on dead head and tailstock, the labour intensity that operating personnel manually load and unload timber can be reduced, by arranging wood chip discharger under movement, decrease manual tedious work of discharging wood chip after shutting down, by being equipped with control panel and operation board on equipment, automatic processing can be realized, instead of the artificial drawback promoting sport car and advance along guide rail in prior art, workman is freed from heavy manual labor, reach 16 meters, diameter also can be processed smoothly at the timber of 1 meter, this equipment is utilized to enhance productivity, reduce the labour intensity of operating personnel, improve machining accuracy, expand processing diameter, increase processing variety, expand selling market, strive for more user.
Accompanying drawing explanation
Fig. 1 front schematic view of the present utility model.
Fig. 2 side schematic view of the present utility model.
Fig. 3 the utility model sport car front schematic view.
The side schematic view of Fig. 4 burnishing device.
The side schematic view of Fig. 5 timber ends cutting device.
Fig. 6 cuts size Control schematic diagram.
The structural representation of Fig. 7 prior art.
Label declaration: 1a: right main shaft, 1b: right main shaft, 2a: right cutter, 2b: left cutter, 3a: left blade, 3b: left blade, 4:X direction of principal axis guide rail, 4a:X direction of principal axis roller, 5:X direction of principal axis motor, 6:Y direction of principal axis motor, the rotating shaft of 7:Y direction of principal axis, 7a:Y direction of principal axis roller, 8:Z direction of principal axis motor, 8a: turbine elevator, 9:Z direction of principal axis leading screw, 10a: right spindle motor, 11: sport car, 11a: movement, 11b: core framework, 12: support, 13: wood chip discharger, 14: guide pillar, 14a: guide pillar sleeve, 15:Y direction of principal axis guide rail, 16: burnishing device, 17: cutter sweep, 20a: dead head, 20b: tailstock, 21: timber, 22: take over a business, 23: handwheel, 24: tapering is followed closely, 25: tailstock roller, 26: buncher, 27: lowering or hoisting gear, 28a: dead head Y direction adjusting device, 28b: tailstock Y direction adjusting device, 29: timber handler, 30:C shaped steel, 31: base, 32: locking device, 33: polishing motor, 34: driving belt, 35: holder, 35a: clamping screw, 36: pull bar, 37: shell, 37a: handle, 38a: running roller one, 38b running roller two, 38c: little axle, 39: annular emery cloth, 40: adjusting bolt, 40a: tensioning nut, 41: support one, 42: guide rail one, 43: workbench, 44: motor, 45: supporting seat, 46: addendum cone, 47: roller one, 48: planing tool, 49: saw blade, 50: cast-cutting saw, 51: belt pulley, 52: electric rotating machine, 53: slide block, 54: holder, 55: screw set, 56: cutting leading screw, 57: carriage motor, 58: balladeur train, 59: slide rail.
Detailed description of the invention
In the technical program illustrates, sport car is defined as X-direction along the direction of the movement of left and right rail length direction, and direction vertical with X-direction is in the horizontal plane defined as Y direction, and on the vertical plane, the direction vertical with X-direction is defined as Z-direction.
Concrete technical scheme of the present utility model is a kind of multi-functional timber process equipment, is described in detail with regard to the technical program below in conjunction with figure.
Fig. 1 is front schematic view of the present utility model, Fig. 2 is side schematic view of the present utility model, the a pair X-direction guide rail 4 being provided with along X-direction movement of this equipment on support 12, X-direction guide rail 4 is provided with sport car 11, sport car 11 comprises movement 11a, along X-direction, the drive unit of Y direction and Z-direction movement, described X-direction, the drive unit of Y direction and Z-direction is respectively arranged with drive motors, wherein, X-direction motor 5, Y direction motor 5 drives sport car 11 along respectively along X-direction, Y direction moves, Z-direction utilizes Z-direction motor 8 to drive leading screw 9 to drive core framework 11b vertically to move by turbine elevator 8a, main shaft is provided with before core framework 11b.
Fig. 3 is the utility model sport car front schematic view, two main shafts rotated with vertical direction axle center are at least provided with before the movement 11a framework of sport car, in the present embodiment, be provided with two main shafts, right main shaft 1a and left main shaft 1b respectively, right main shaft 1a and left main shaft 1b lower end are connected to right cutter 2a and left cutter 2b, right cutter 2a and left cutter 2b there is multiple right blade 3a and left blade 3b respectively, multiple main shaft is rotationally connected motor respectively, it is seen that the right spindle motor 10a connected at right main shaft 1a from Fig. 1, in the present embodiment, multiple blade is arranged vertically at cutter periphery respectively, described multiple main shaft is fixed a cutting tool in X-direction moves, cut and be less than the distance of cutting at rear cutter upper knife edge and timber 21 at the blade of first cutter and the distance of process wood 21, if sport car 11 adds man-hour from right to left, the diameter of the left blade 3b that is left cutter 2b arranged is less than the diameter of the right blade 3a that right cutter 2a is arranged, after left cutter 3b processes, right cutter 2a below then processes timber 21 again, movement 11a and cutter are arranged with the passage of processing wood chip discharger 13, can automatically by the wood shavings of processing, outside the device for transferring such as wood chip.
In described X-direction drive unit, be provided with X-direction motor 5, the rotating shaft of X-direction is provided with roller X-direction roller, X-direction motor 5 is held high for two-way round motor is green and is connected with reductor, X-direction motor 5 utilizes the rotating shaft of transmission device X-direction to rotate, the rotating shaft of X-direction is provided with X-direction roller 4a, X-direction roller 4a moves along X-direction guide rail 4 in X-direction, in addition, at the drive unit of X-direction, can also hoist engine be set, hoist engine is utilized to drive sport car 11 and movement 11a to reciprocate along X-direction guide rail 4 by steel wire rope.Because sport car is longer in the displacement of X-direction, guide rail has multiple short lead rail to be formed by connecting.
Y direction motor 6 is provided with in Y direction drive unit, Y direction motor 6 drives the Y direction rotating shaft 7 below sport car to rotate, Y direction rotating shaft 7 is provided with Y direction roller 7a, Y direction rotating shaft 7 is connected on Y direction motor 6 by transmission devices such as chains, Y direction motor drives Y direction rotating shaft 7 that the Y direction roller 7a in Y direction rotating shaft 7 is moved along Y direction guide rail 15, Y direction motor 6 is connected with reductor, can also rotate by both forward and reverse directions simultaneously, for feed or the withdrawing of cutter, the movement of described Y direction can also utilize the manual regulating device being arranged on sport car 11 side to carry out the manual adjustments of Y direction, sport car is moved along Y direction, timber 21 is processed.
Described Z-direction drive unit comprises the Z-direction leading screw 9 be connected on sport car, sport car movement 11a both sides are provided with guide pillar sleeve 14a, run through in guide pillar sleeve 14a and be provided with slip guide pillar 14, Z-direction leading screw 9 combines with the screw set in guide pillar sleeve 14a, Z-direction leading screw 9 is positioned at the centre position of sport car movement 11a, Z-direction leading screw 9 is connected to Z-direction motor 8 by turbine elevator 8a, Z-direction leading screw 9 is driven to rotate by the rotation of Z-direction motor 8, Z-direction leading screw 9 drives movement 11a along Z-direction vertical lift, Z-direction leading screw 9 is rotatably connected on the carrier parts of sport car, guide pillar 14 is fixed on the carrier parts of sport car.
The side of sport car is provided with coil holder, and the electric wire on coil holder moves, to climbing feeding electric motors on car in the movement of X-direction along with sport car.
Fig. 4 is the side schematic view of burnishing device, described burnishing device 16 is hinged on the little axle 38c of the X-direction of core framework 11b side, burnishing device 16 being provided with two running rollers is running roller one 38a and running roller two 38b respectively, between two running rollers, tensioning is provided with polishing toroidal emery cloth 39, a running roller is had at least to be connected with polishing motor 33, in the present embodiment, driving belt 34 is utilized to be in transmission connection between polishing motor 33 and roller two 38b, during polishing, unclamp the pull bar 36 that the clamping screw 35a on holder 35 locks, other one end of pull bar 36 is hinged on the shell 37 of burnishing device 16, utilize handle 37a with little axle 38c for axle center, rotate burnishing device 16, annular emery cloth 39 below burnishing device 16 is placed on timber 21, running roller drives polishing toroidal emery cloth 39 to rotate, polishing is carried out to the surface of timber 21, annular emery cloth 39 direction of motion is contrary with timber 21 direction of rotation, one of them of described roller is tightener sheave, in the present embodiment, roller one 38a is tensioning running roller, idler roller wheel shaft is provided with adjusting bolt 40, the tension force degree of adjusting nut 40a to annular emery cloth can be utilized to regulate.When not needing burnishing device 16 polishing, along handing-over axle, burnishing device 16 can be erected, utilize clamping screw 35a to fix, described burnishing device 16, be generally arranged on the core framework 11b side away from round log end face.
Fig. 5 is the side schematic view of timber ends cutting device.If when the side of core framework 11b is provided with burnishing device 16, opposite side near round log end face is provided with timber cutter sweep 17, cutter sweep 17 connects by arranging upper and lower two the circular slide rails 59 in core framework 11b side, slide rail 59 two ends utilize holder 54 to be separately fixed at the two ends of upper and lower slide rail 59, slide rail 59 is provided with multiple slide block 53, multiple slide block 53 is fixed with balladeur train 58, carriage motor 57 is fixed on core framework 11b side, by cutting leading screw 56 and screw set 55 is connected between balladeur train 58 with carriage motor 57, screw set 55 is fixed on balladeur train 58 or slide block 53, in the present embodiment, cutting leading screw 56 drives the screw set 55 that balladeur train 58 is fixedly connected with to move along Y direction, screw set 55 is fixed on holder 54, balladeur train 58 is fixed with cast-cutting saw electric rotating machine 52, electric rotating machine 52 drives cast-cutting saw 50 to rotate, in the present embodiment, electric rotating machine 52 power is in transmission connection by belt and belt pulley 51, cast-cutting saw saw blade is vertical with timber 21 length direction, section cutting can be carried out to timber, when not needing to utilize cutter sweep to cut, balladeur train 58 is communicated with by carriage motor 57 side that cast-cutting saw 50 that electric rotating machine 52 that balladeur train 57 is arranged and electric rotating machine 52 drive falls back on core framework 11b, can continue to utilize main axle cutter to cut to timber 21, fluting, the operation of the aspects such as boring.
Fig. 6 cuts size Control schematic diagram, described X, Y and Z-direction drive unit, rotary main shaft and cast-cutting saw are driven by motor respectively, each motor shaft is provided with encoder, encoder is connected with PLC, PLC is connected with operation board display, by utilizing PLC, can realize automatic control, operation board operates, accurate processing can be realized.
Base 31 parallel is with it provided with above at support 12, base 31 is provided with a pair C-type steel 30 guide rail parallel with X-direction guide rail 4, C-type steel 30 is relatively set with dead head 20a and tailstock 20b, dead head 20a and tailstock 20b is respectively arranged with top, two top is oppositely arranged, fix process wood end face between top, top on dead head 20a is connected with reducing motor 26, top on tailstock 20b is driven top.Dead head 20a is fixed on C type guide rail, tailstock 20b can promote in C-type steel 30 along X-direction, dead head 20a and tailstock 20b is used for the fixing of timber 21 and rotates, described dead head 20a and tailstock 20b top on be provided with 22, taking over a business 22 can according to the thickness of process wood 21, use diameter different take over a business 22, on the end face of the top fixing timber 21 on dead head 20a, take over a business to be provided with the tapering vertical with taking over a business end face on 22 and to follow closely 24.
The below of described dead head 20a and tailstock 20b, be provided with the fixture of dead head 20a and tailstock 20b, in the present embodiment, the C-type steel 30 of pair of parallel setting is provided with below dead head 20a and tailstock 20b, T-shaped bolt is provided with between C-type steel 30 and dead head 20a and tailstock 20b, add man-hour, T-shaped bolt is utilized to be fixed in C-type steel by dead head 20a and tailstock 20b, tailstock 20b is arranged with the tourelle of X-direction, in the present embodiment, be provided with the tailstock roller 25 rolled along X-direction, the upper end of tailstock roller 25, be provided with the lowering or hoisting gear 27 of tailstock roller 25, when carry out tailstock and dead head distance adjustment and mobile tailstock 20b time, need to unclamp between tailstock 20b and C-type steel 30 T-shaped bolt, lowering or hoisting gear 27 is utilized to promote tailstock 20b, tailstock roller 25 is contacted with the base 31 of tailstock 20b, according to the length of process wood, roll mobile tailstock 20b, and tailstock 20b is fixed in the manual adjustments stroke periphery of timber length+tailstock centre, then, by after chat handwheel 23 and regulate top stroke, taking over a business of top upper setting is utilized 22 to be fixed by timber, when timber 21 cuts and starts, need to utilize lowering or hoisting gear 27 to be reduced by tailstock 20b, tailstock roller 25 is promoted, tailstock 20b is made to be placed in C-type steel 30, then fixture is utilized to be fixed in C-type steel 30 by tailstock 20b.
Top on described dead head 20a is connected with buncher 26, and buncher 26 is connected by belt pulley with between top on dead head 20a, adds man-hour at timber 21, and buncher 26 drives and toply rotates processing together with timber 21.
The X-direction outer end of a described tailstock, be provided with the top manual rotation handwheel 23 being provided with top movement in the X-axis direction of tailstock 20b, utilize this handwheel 23, timber 21 end 22 is clamped by taking over a business of two on dead head 20a and tailstock 20b top upper settings.
When processing circular timber, toply on driven by motor dead head 20a to rotate with timber 21, tool contact timber is processed timber.
Carry out the special shapes such as fluting add man-hour when needs carry out tetrahedron or polyhedral surface to timber 21, the rotation of buncher can be stopped, then, the locking device 32 of the top rotation of prevention utilizing dead head 20a upper end to arrange, by top locking, face processing is carried out to timber 21, in this case, cutter can carry out face processing on one face, also the slot machining on face can be carried out, after completion of processing, rotate to an angle and carry out the processing in other faces, also can carry out the various processing such as grooving on other faces.
Described dead head 20a and tailstock 2ab is respectively arranged with dead head Y direction adjusting device 28a and tailstock Y direction adjusting device 28b, carry out the timber 21 such as tapering when needs and add man-hour, loosen bolt fixing in C 30, rotate the handwheel on Y direction adjusting device 28a and/or 28b of dead head 20a and/or tailstock 2ab, carry out Y direction adjustment, and then utilize that bolt is locked to be processed.
Described dead head 20a and tailstock 20b is provided with timber handler 29, in the present embodiment, described wherein device is connected with electric block, electric block is supported on the bracing frame that can rotate, electric block can bracing frame be that axle center is circumferentially being rotated, the adjustment in the directions such as height can be carried out according to timber 21 fixed position, carry out the handling of timber 21.
By arranging along X-direction on sport car sport car, the drive unit of Y direction and Z-direction movement, the translational speed of equipment sport car 11 can be improved, reduce the artificial labour intensity promoting sport car 11 movement, by arranging burnishing device 16 in core framework 11b side, polishing can be carried out to the round log surface after processing, by arranging timber cutter sweep 17 in the side of equipment core framework 11b, can to timber perpendicular cuts, by arranging encoder on motor shaft, automatically control by PLC, relevant process data can show over the display, machining accuracy can be improved, by arranging guide rail at sport car along X-direction and Y direction, movement is provided with slip guide pillar 14 and Z-direction leading screw 9 along Z-direction, Z-direction leading screw 9 is positioned at the centre position of movement 11a, slip guide pillar 14 utilizes guide pillar sleeve 14a slip guide pillar 14 to be arranged on movement 11a core framework 11b both sides, the levelness of movement can be ensured, perpendicularity, alleviate original manual labour intensity promoted, by at least arranging two main shafts sport car movement is front upper, cutter periphery is arranged arranges blade more, working (machining) efficiency can be improved, multiple main axle cutter is in X-direction cutting is mobile, by being designed to the distance of the main axle cutter blade cut formerly distance process wood 21 to be less than the distance of cutting at rear main shaft blade distance timber 21, can ensure in process, the cutter that multiple main shaft drives all has certain cutting output, by arranging the tourelle of X-direction under tailstock 20b, the governing speed of tailstock 20b in X-direction can be accelerated, reduce and move tailstock 20b dynamic resistance, by dead head 20a top on connect buncher 26, can according to cutting quality, cut position, regulate rotary speed that is top and timber, 22 are taken over a business by what utilize multiple different-diameter, and taking over a business the tapering nail 24 face arranged perpendicular to taking over a business face, what can use obstructed diameter according to timber 21 diameter takes over a business 22, timber 21 is fixed, the roll shaft 47 of the top both sides setting used in existing equipment can be saved, reduce manufacturing cost, expand the diameter of process wood, by arranging the locking device 32 stoping top rotation on dead head 20a, timber 21 can be fixed by locking device 32, when timber 21 is motionless, face processing is carried out to timber 21, the processing of the Polyhedron processing and groove etc. of timber can be realized, by arranging timber handler 29 on dead head 20a and tailstock 20b, the labour intensity that operating personnel manually load and unload timber 21 can be reduced, by arranging wood chip discharger 13 under cutter, manual tedious work of discharging wood chip can be carried out again after power generating ratio, by being equipped with control panel and operation board in the end of equipment, automatic processing can be realized, instead of in prior art and manually promote the drawback of sport car 11 along guide rail movement, workman is freed from heavy manual labor, reach 16 meters, diameter is within 1 meter, the timber of 10 tons of weighing also can be processed smoothly, and improve machining accuracy, this equipment is utilized to enhance productivity, reduce the labour intensity of operating personnel, expand processing diameter, increase processing variety, expand selling market.
Claims (10)
1. a multi-functional timber process equipment, comprise the X-direction guide rail be arranged on support, the sport car that guide rail is arranged, before support, along X-direction and support base arranged side by side, the dead head that on base, X-direction is oppositely arranged and tailstock, it is characterized in that: described sport car comprises movement, along X, the drive unit of Y and Z-direction movement, movement is arranged in framework, it is the rotary main shaft in axle center that core framework front end is provided with vertical direction, core framework side is provided with burnishing device and/or timber cutter sweep, tailstock bottom is provided with the mobile device along X-direction, add man-hour, by taking over a business fixing timber end face and rotating between top and tailstock, controller and control panel equipment be equipped with.
2. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: described main shaft has two at least, main shaft lower end is provided with cutter, cutter periphery is provided with the blade of many rows, blade distance in different main cuts timber distance difference, and the blade radial dimension same main shaft cut formerly is less than cutting at rear knife edge radial dimension.
3. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: described burnishing device is hinged on the little axle of core framework side X-direction, burnishing device is provided with two running rollers, between running roller, tensioning is provided with annular emery cloth, have at least a running roller to be connected with polishing motor, during polishing, ring-shaped sand cloth is placed on timber, running roller drives annular emery cloth pivoting friction timber, and the annular emery cloth direction of motion is contrary with timber direction of rotation.
4. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: if when the side of core framework is provided with burnishing device, core framework opposite side arranges timber cutter sweep, cutter sweep connects by being arranged on upper and lower two the circular slide rails in core framework side, slide rail slidably connects multiple slide block, multiple slide block is fixed with balladeur train, core framework is fixed with cast-cutting saw electric rotating machine, be connected with a joggle by cutting leading screw and screw set between balladeur train and carriage motor, screw set is fixed on balladeur train or slide block, cutting leading screw drives balladeur train to move along Y direction, electric rotating machine is arranged on balladeur train, electric rotating machine drives cast-cutting saw to rotate, cutter sweep saw blade is vertical with timber length direction.
5. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: described X, Y and Z-direction drive unit, rotary main shaft and cast-cutting saw rotate and driven by respective motor respectively, each motor shaft is provided with encoder, encoder is connected with PLC, and PLC is connected with operation board display.
6. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: described sport car is provided with moving guide rail along X-direction and Y direction, in sport car, movement is provided with guide pillar and leading screw along Z-direction.
7. the multi-functional timber process equipment of one according to claim 1, it is characterized in that: described dead head and tailstock top on taking over a business of multiple different-diameter be equipped with, take over a business end face on relative with timber end face is provided with cone-shaped nail, and described tailstock is arranged with on the tourelle of X-direction, tailstock and is provided with lowering or hoisting gear.
8. the multi-functional timber process equipment of one according to claim 1, is characterized in that: described dead head is provided with top buncher, dead head is provided with the locking device stoping top rotation.
9. the multi-functional timber process equipment of one according to claim 1, is characterized in that: described dead head and tailstock both sides are provided with timber handler.
10. the multi-functional timber process equipment of one according to claim 1, is characterized in that: described movement and main shaft are arranged with wood chip discharger.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520432305.XU CN204687005U (en) | 2015-06-23 | 2015-06-23 | A kind of multi-functional timber process equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520432305.XU CN204687005U (en) | 2015-06-23 | 2015-06-23 | A kind of multi-functional timber process equipment |
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| CN204687005U true CN204687005U (en) | 2015-10-07 |
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| CN201520432305.XU Expired - Fee Related CN204687005U (en) | 2015-06-23 | 2015-06-23 | A kind of multi-functional timber process equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890063A (en) * | 2015-06-23 | 2015-09-09 | 安阳市凤舞木工机械有限公司 | Multifunctional wood machining equipment |
| CN107984565A (en) * | 2017-12-28 | 2018-05-04 | 苏州时开纽数控装备有限公司 | A kind of multi-functional seat mortising machine for process wood |
| CN108312259A (en) * | 2018-02-01 | 2018-07-24 | 湖州南浔柏美木业有限公司 | A kind of movable type general-purpose wood processing equipment |
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2015
- 2015-06-23 CN CN201520432305.XU patent/CN204687005U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890063A (en) * | 2015-06-23 | 2015-09-09 | 安阳市凤舞木工机械有限公司 | Multifunctional wood machining equipment |
| CN107984565A (en) * | 2017-12-28 | 2018-05-04 | 苏州时开纽数控装备有限公司 | A kind of multi-functional seat mortising machine for process wood |
| CN107984565B (en) * | 2017-12-28 | 2023-02-28 | 苏州时开纽数控装备有限公司 | Multifunctional mortising machine for processing wood |
| CN108312259A (en) * | 2018-02-01 | 2018-07-24 | 湖州南浔柏美木业有限公司 | A kind of movable type general-purpose wood processing equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20181017 Address after: 455143 146, Zhao Jia Yao village, an Feng Township, Anyang County, Henan Patentee after: Gu Fengwu Address before: 455000 West 1000 meters south of the intersection of Pingyuan road and Wen Ren street, Wenfeng District, Anyang, Henan Patentee before: ANQING FENGWU WOOD-WORKING MACHINE Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151007 Termination date: 20210623 |