CN204367110U - Wood block grooving machine - Google Patents
Wood block grooving machine Download PDFInfo
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- CN204367110U CN204367110U CN201420735800.3U CN201420735800U CN204367110U CN 204367110 U CN204367110 U CN 204367110U CN 201420735800 U CN201420735800 U CN 201420735800U CN 204367110 U CN204367110 U CN 204367110U
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Abstract
A kind of wood block grooving machine, comprise pedestal, pedestal is fixed with baffle plate, the relative position of baffle plate is provided with the push pedal be slidably connected on pedestal, push pedal is promoted by the first cylinder be fixed on pedestal, what pedestal is fixed with single placement plank places groove, place and form push pedal between the bottom of groove and pedestal and pass through gap, by the size in gap and the thickness matching of plank, the thickness of push pedal mates with the size by gap, the outer face sidepiece of push pedal is fixed with stopper, the relative position of baffle plate is fixed with the second cylinder be arranged in parallel with baffle plate, the piston rod of the second cylinder is fixed with slurcam, pedestal has the cutting channel be arranged in parallel with baffle plate, the below of cutting channel is provided with the plank grooving mechanism be fixed on pedestal, the top of cutting channel is provided with plank notch facing cut flattening mechanism, the position of cutting channel is mated with the second cylinder, pedestal is fixed with PLC and power switch.The utility model smart structural design, rationally, to be worthy of popularization.
Description
Technical field
The utility model relates to a kind of plant equipment, especially a kind of wood block grooving machine for wooden toy plank fluting.
Background technology
Plank fluting is a committed step plank is plugged on another plank, the plank of especially wooden toy, because its plank thickness is thinner comparatively speaking, the form of saw blade is adopted to slot to plank so normal, although it is fast that saw blade has cutting speed, the advantage such as steadily, but can arc be formed at plank notch end face, above like this another plank being plugged on, just need artificial mode the upright drill of the notch end face milling cutter on utilization turns with saw blade well cutting, facing cut is put down, process velocity like this for plank fluting is extremely slow, the flat precision of artificial milling is not high yet, and need more artificial, add entreprise cost.
Utility model content
The utility model will solve the shortcoming of above-mentioned prior art, there is provided one can automatically to plank by saw blade draw-in groove, automatically undertaken by the notch end face of milling cutter to well cutting, the plank slot-cutting machine of process is put down in milling, meets enterprise and requires the demand efficient, precision is high, cost is low for plank fluting.
The utility model solves the technical scheme that its technical problem adopts: this wood block grooving machine, comprise pedestal, pedestal is fixed with baffle plate, the relative position of baffle plate is provided with the push pedal be slidably connected on pedestal, push pedal is promoted by the first cylinder be fixed on pedestal, what pedestal is fixed with single placement plank places groove, place and form push pedal between the bottom of groove and pedestal and pass through gap, by the size in gap and the thickness matching of plank, the thickness of push pedal mates with the size by gap, the outer face sidepiece of push pedal is fixed with stopper, the relative position of baffle plate is fixed with the second cylinder be arranged in parallel with baffle plate, the piston rod of the second cylinder is fixed with slurcam, pedestal has the cutting channel be arranged in parallel with baffle plate, the below of cutting channel is provided with the plank grooving mechanism be fixed on pedestal, the top of cutting channel is provided with plank notch facing cut flattening mechanism, the position of cutting channel is mated with the second cylinder,
Plank grooving mechanism comprises the gripper shoe one be slidably connected on pedestal, is fixed on the linear bearing of gripper shoe one or four jiaos, linear bearing is plugged with expansion link, the top of expansion link is fixed with gripper shoe two, gripper shoe two is fixed with the first drive motors, the rotating shaft of the first drive motors is fixed with saw blade, gripper shoe one is fixed with the 3rd cylinder, the piston rod of the 3rd cylinder is fixed in gripper shoe two, gripper shoe one is fixed with fixed block one, fixed block one has been threaded screw mandrel one, and screw mandrel one is driven by the second drive motors be fixed on pedestal;
Plank notch facing cut flattening mechanism comprises the extension block being fixed on and pedestal also upwards extends, the top of extension block and sidepiece slidably connect the sliding panel of L shape, the left plate of sliding panel slidably connects the 3rd drive motors, the rotating shaft of the 3rd drive motors is provided with milling cutter, the top plate of sliding panel is fixed with four-cylinder, the piston rod of four-cylinder is fixed on the 3rd drive motors, sliding panel is fixed with fixed block two, fixed block two has been threaded screw mandrel two, and screw mandrel two is driven by the four-wheel drive motor be fixed on extension block;
Pedestal is fixed with PLC and power switch.PLC used herein is Programmable Logic Controller general on the market, can select the brands such as Mitsubishi PLC general on the market, still Nikon Unitronics, Delta PLC and Matsushita PLC, in addition, the program setting of this PLC is basically identical with establishing method principle general on the market, and those of ordinary skill can according to process velocity and efficiency requirements sets itself programmed instruction, convenient and swift, during use, plank putting into one by one is placed groove, then power switch is started, PLC is started working, PLC controls the first cylinder and promotes push pedal, thus plank from place groove by releasing baffle plate in gap, at this moment PLC controls the first cylinder and drives a bit of distance of the past recovery of push pedal, make plank by push pedal, stopper in push pedal, baffle plate, three surrounds, but do not clamp plank, at this moment PLC controls the second cylinder moving, driving slurcam promotion plank that plank is pushed is fitted on stopper, at this moment the second cylinder resets, PLC controls the first cylinder and again promotes push pedal, and (second time promotes push pedal clamping plank to compress plank, play the object correcting and compress plank), after holder for correcting pulls tight plank, the first drive motors that PLC controls in plank grooving mechanism rotates, and make saw blade High Rotation Speed, control the 3rd cylinder again and slowly promote gripper shoe two, thus drive the first drive motors slowly to rise, and cut wooden supporter plate upper and lower end face, at this moment the 3rd cylinder stops promoting gripper shoe two, and keep gripper shoe two motionless, at this moment PLC controls the second drive motors rotation, thus drive screw mandrel one to drive gripper shoe one to move along guiding channel, thus to plank grooving, after cutting groove, second drive motors drives saw blade to reset rapidly, saw blade resets well, drive the 3rd air cylinder driven gripper shoe two reset, thus drive saw blade to reset, saw blade resets well, PLC controls the 3rd drive motors in plank cut ends facing cut flattening mechanism, driving milling cutter rotates, then the milling cutter that PLC controls on four-cylinder driving the 3rd drive motors moves down, when milling cutter moves down into the incision of plank, move to otch end face direction, until cut ends facing cut is put down, then sliding panel is driven by four-wheel drive motor, milling cutter is made to be displaced to another otch end face, and another cut ends facing cut is put down, after otch end face has been put down in milling, PLC controls the 4th motor and drives sliding panel to reset to original position, and drive four-cylinder to drive the 3rd drive motors to original position, the manufacturing procedure of such plank grooving just completes, if want to continue processing plank, the first air cylinder driven push pedal is only needed to reset, plank is made to drop to by gap from placing groove, repeat aforesaid operations again.
Perfect further, pedestal is fixed with plank delivering mechanism, plank delivering mechanism comprises the circular abutment of four distributions in corner, the top of circular abutment is fixed with dull and stereotyped one, circular abutment is provided with linear bearing two, linear bearing two is fixed with dull and stereotyped two, the center of dull and stereotyped one has been threaded screw mandrel three, the top of screw mandrel three is fixed with rotating disk, the bottom of screw mandrel three is fixed with the cylinder that diameter is greater than screw mandrel three, the center of dull and stereotyped two is fixed with boss, the center of boss has circular hole one and circular hole two, the diameter of circular hole two mates with cylinder, the diameter of circular hole one mates with screw mandrel three, screw mandrel three has been threaded nut, spring is fixed with between nut and boss, the rotated down of dull and stereotyped two is connected with transfer roller one, the sidepiece of transfer roller one is provided with the 5th drive motors driving transfer roller one to rotate, 5th drive motors is fixed on dull and stereotyped two, pedestal is rotatably connected to transfer roller two, pedestal has can by the through hole of transfer roller two, the peak of transfer roller two and pedestal top end face are in same level, transfer roller one and transfer roller two be arranged in parallel, formed between transfer roller one and transfer roller two and clamp gap.In the process of plank by grooving, PLC also controls the 5th drive motors and drives transfer roller one rotation, so after the cutting of plank otch and cut ends facing cut are put down, and push pedal is when unclamping plank, PLC controls the second cylinder moving again, and promote the clamping gap location that plank arrives plank delivering mechanism, because the width clamping gap is less than the thickness of plank, rise overally so plank is pushed clamping gap and promotes transfer roller one, drive plank to transfer out from board conveying mechanism so just there is extruding force to extrude, the operation principle of board conveying mechanism is here: plank by the second cylinder top to clamping gap in, at this moment plank needs the extruding force of transfer roller one and transfer roller two could be taken away by transfer roller one rotation, again due to transfer roller one, 5th drive motors, dull and stereotyped two integrative-structures, and be slidably connected on circular abutment by linear bearing two, again in order to transfer roller one and transfer roller two do not fit together, so need screw mandrel three to be threaded on dull and stereotyped one, and add cylinder in the bottom of screw mandrel three, screw mandrel three and cylinder can circular hole one in boss and circular hole two be slided, again because boss is fixed on dull and stereotyped two, so the rotating disk being fixed on screw mandrel three top can be utilized to regulate the width in clamping gap, thus regulate the clamping force to plank, and spring has larger flexibility, thus clamping plank is more flexible, mild carries out clamping conveying to plank.
Perfect further, the relative position of plank delivering mechanism is provided with the guided plate be symmetrically set for a pair, forms guiding channel between two guided plates.This set, plank by two guided plates, accurately can be directed to assigned address.
Perfect further, the outer surface of transfer roller one is fixed with rubber layer.The outer surface of this transfer roller one is fixed the setting of rubber layer, can make plank be pushed plate be pushed to clamping gap, and promote in the process of movement on transfer roller one, for flexible contact, avoid damaging the head construction of plank and rubber layer can be increased in the process of conveying plank and increases conveying frictional force, plank is better transported, prevents from skidding, more efficiently.
Perfect further, the bottom of the 3rd drive motors is fixed with the bristle for brushing wood chip.This set, can carry out milling at ordinary times to otch end face, utilizes bristle the wood chip remained on plank can be brushed off, thus makes to process, and the board surface sent does not have wood chip to remain, more attractive in appearance.
The effect that the utility model is useful is: the utility model smart structural design, rationally, push pedal is utilized to promote plank to baffle plate place, and utilize PLC, the clamping to plank is unclamped in control push pedal again, make slurcam promote plank and be fitted in stopper place, again plank is clamped by push pedal, then the work in combination of plank grooving mechanism, plank cut ends facing cut flattening mechanism, plank delivering mechanism is utilized, the grooving of plank is accomplished without any letup, improve the precision of efficiency, cutting panels of wood, decrease the cost of enterprise, be worthy of popularization.
Accompanying drawing explanation
Fig. 1 is the utility model schematic top plan view;
Fig. 2 is the A-A sectional view of Fig. 1;
Fig. 3 is the B-B sectional view of Fig. 1;
Fig. 4 is the C-C profile of Fig. 1;
Fig. 5 is the schematic diagram of plank grooving mechanism of the present utility model;
Fig. 6 is the D-D sectional view of Fig. 5;
Fig. 7 is the schematic diagram of plank notch facing cut flattening mechanism of the present utility model;
Fig. 8 is the E-E sectional view of Fig. 7;
Fig. 9 is plank grooving, cut ends facing cut Plain Li Jiantu.
Description of reference numerals: pedestal 1, through hole 1-1, baffle plate 2, push pedal 3, first cylinder 4, place groove 5, stopper 6, second cylinder 7, slurcam 17, plank grooving mechanism 8, gripper shoe one 8-1, linear bearing one 8-2, expansion link 8-3, gripper shoe two 8-4, first drive motors 8-5, saw blade 8-6, 3rd cylinder 8-7, fixed block one 8-8, screw mandrel one 8-9, second drive motors 8-10, plank notch facing cut flattening mechanism 9, extension block 9-1, sliding panel 9-2, 3rd drive motors 9-3, milling cutter 9-4, four-cylinder 9-5, fixed block two 9-6, screw mandrel two 9-7, four-wheel drive motor 9-8, PLC 10, power switch 11, plank delivering mechanism 12, circular abutment 12-1, a dull and stereotyped 12-2, linear bearing two 12-3, dull and stereotyped two 12-4, screw mandrel three 12-5, cylinder 12-5a, boss 12-6, circular hole one 12-6a, circular hole two 12-6b, nut 12-7, spring 12-8, transfer roller one 12-9, 5th drive motors 12-10, transfer roller two 12-11, rotating disk 12-12, guided plate 13, rubber layer 12-9a, bristle 15, plank 16, by gap a, cutting channel b, clamping gap c, guiding channel d.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail:
With reference to accompanying drawing 1, 2, 4, 5, 6, 7, 8: this wood block grooving machine, comprise pedestal 1, it is characterized in that: pedestal 1 is fixed with baffle plate 2, the relative position of baffle plate 2 is provided with the push pedal 3 be slidably connected on pedestal 1, push pedal 3 is promoted by the first cylinder 4 be fixed on pedestal 1, what pedestal 1 is fixed with single placement plank places groove 5, place between the bottom of groove 5 and pedestal 1 and form push pedal 2 by gap a, the size of gap a and the thickness matching of plank 16, the thickness of push pedal 2 mates with the size of gap a, the outer face sidepiece of push pedal 2 is fixed with stopper 6, the relative position of baffle plate 2 is fixed with the second cylinder 7 be arranged in parallel with baffle plate 2, the piston rod of the second cylinder 7 is fixed with slurcam 8, pedestal 1 has the cutting channel b be arranged in parallel with baffle plate 2, the below of cutting channel b is provided with the plank grooving mechanism 8 be fixed on pedestal 1, the top of cutting channel b is provided with plank notch facing cut flattening mechanism 9, the position of cutting channel b is mated with the second cylinder 7,
Plank grooving mechanism 8 comprises gripper shoe one 8-1 be slidably connected on pedestal 1, be fixed on linear bearing one 8-2 of gripper shoe one 8-1 tetra-jiaos, linear bearing one 8-2 is plugged with expansion link 8-3, the top of expansion link 8-3 is fixed with gripper shoe two 8-4, gripper shoe two 8-4 is fixed with the first drive motors 8-5, the rotating shaft of the first drive motors 8-5 is fixed with saw blade 8-6, gripper shoe one 8-1 is fixed with the 3rd cylinder 8-7, the piston rod of the 3rd cylinder 8-7 is fixed on gripper shoe two 8-4, gripper shoe one 8-1 is fixed with fixed block one 8-8, fixed block one 8-8 has been threaded screw mandrel one 8-9, screw mandrel one 8-9 drives 8-10 by the second drive motors be fixed on pedestal 1,
Plank notch facing cut flattening mechanism 9 comprises the extension block 9-1 being fixed on and pedestal 1 also upwards extends, the top of extension block 9-1 and sidepiece slidably connect the sliding panel 9-2 of L shape, the left plate of sliding panel 9-2 slidably connects the 3rd drive motors 9-3, the rotating shaft of the 3rd drive motors 9-3 is provided with milling cutter 9-4, the top plate of sliding panel 9-2 is fixed with four-cylinder 9-5, the piston rod of four-cylinder 9-5 is fixed on the 3rd drive motors 9-3, sliding panel 9-2 is fixed with fixed block two 9-6, fixed block two 9-6 has been threaded screw mandrel two 9-7, screw mandrel two 9-7 is driven by the four-wheel drive motor 9-8 be fixed on extension block 9-1,
Pedestal 1 is fixed with PLC 10 and power switch 11.
With reference to accompanying drawing 1, 2, 3: pedestal 1 is fixed with plank delivering mechanism 12, plank delivering mechanism 12 comprises the circular abutment 12-1 of four distributions in corner, the top of circular abutment 12-1 is fixed with a dull and stereotyped 12-2, circular abutment 12-1 is provided with linear bearing two 12-3, linear bearing two 12-3 is fixed with dull and stereotyped two 12-4, the center of a dull and stereotyped 12-2 has been threaded screw mandrel three 12-5, the top of screw mandrel three 12-5 is fixed with rotating disk 12-12, the bottom of screw mandrel three 12-5 is fixed with the cylinder 12-5a that diameter is greater than screw mandrel three 12-5, the center of dull and stereotyped two 12-4 is fixed with boss 12-6, the center of boss 12-6 has circular hole one 12-6a and circular hole two 12-6b, the diameter of circular hole two 12-6b mates with cylinder 12-5a, the diameter of circular hole one 12-6a mates with screw mandrel three 12-5, screw mandrel three 12-5 has been threaded nut 12-7, spring 12-8 is fixed with between nut 12-7 and boss 12-6, the rotated down of dull and stereotyped two 12-4 is connected with transfer roller one 12-9, the sidepiece of transfer roller one 12-9 is provided with the 5th drive motors 12-10 driving transfer roller one 12-9 to rotate, 5th drive motors 12-10 is fixed on dull and stereotyped two 12-4, pedestal 1 is rotatably connected to transfer roller two 12-11, pedestal 1 has can by the through hole 1-1 of transfer roller two 12-11, the peak of transfer roller two 12-11 and pedestal 1 top end face are in same level, transfer roller one 12-9 and transfer roller two 12-11 be arranged in parallel, formed between transfer roller one 12-9 and transfer roller two 12-11 and clamp gap c, the clamping size of gap c and the thickness matching of plank 16.
With reference to accompanying drawing 1,2: the relative position of plank delivering mechanism 12 is provided with between guided plate 13, two guided plate 13 that is symmetrically set for a pair and forms guiding channel d.
With reference to accompanying drawing 2,3: the outer surface of transfer roller one 12-9 is fixed with rubber layer 12-9a.
Bottom with reference to accompanying drawing 7: the three drive motors 9-3 is fixed with the bristle 15 for brushing wood chip.
PLC used herein is Programmable Logic Controller general on the market, selects Mitsubishi PLC brand general on the market, in addition, the program setting of this PLC is basically identical with establishing method principle general on the market, and those of ordinary skill can according to process velocity and efficiency requirements sets itself programmed instruction, convenient and swift, during use, plank 16 putting into one by one is placed groove 5, then power switch 11 is started, PLC 10 is started working, PLC 10 controls the first cylinder 4 and promotes push pedal 3, thus plank 16 is released baffle plate 2 from what place groove 5 by b in gap, at this moment PLC 10 controls the first cylinder 4 and drives a bit of distance of the past recovery of push pedal 2, make plank 16 by push pedal 3, stopper 6 in push pedal, baffle plate 2, three surrounds, but do not clamp plank 16, at this moment PLC controls the second cylinder moving 7, drive slurcam 17 to promote plank 16 plank 17 to be pushed be fitted on stopper 6, at this moment the second cylinder 7 resets and regains, PLC 10 controls the first cylinder 4 and again promotes push pedal 3, promote to compress plank 16(second time and promote push pedal clamping plank, play the object correcting and compress plank), after holder for correcting pulls tight plank 16, the first drive motors 8-5 that PLC 10 controls in plank grooving mechanism 8 rotates, and make saw blade 8-6 High Rotation Speed, control the 3rd cylinder 8-7 again and slowly promote gripper shoe two 8-4, thus drive the first drive motors 8-5 slowly to rise, and cut wooden supporter plate 16 upper and lower end face, at this moment the 3rd cylinder 8-7 stops promoting gripper shoe two 8-4, and keep gripper shoe two 8-4 motionless, at this moment PLC 10 controls the second drive motors 8-10 and rotates, thus drive screw mandrel one 8-9 to drive gripper shoe one 8-1 to move along guiding channel d, thus to plank 16 grooving, after cutting groove, second drive motors 8-10 drives saw blade 8-6 to reset rapidly, saw blade 8-6 resets well, the 3rd cylinder 8-7 is driven to drive gripper shoe two 8-4 to reset, thus drive saw blade 8-6 to reset, saw blade 8-6 resets well, PLC 10 controls the 3rd drive motors 9-3 in plank 16 cut ends facing cut flattening mechanism 9, milling cutter 9-4 is driven to rotate, and drive four-cylinder 9-5 promotion milling cutter 9-4 to move down, when milling cutter 9-4 moves down into the incision of plank 16, move to otch end face direction, until cut ends facing cut is put down, then sliding panel is driven by four-wheel drive motor 9-8, milling cutter 9-4 is made to be displaced to another otch end face, and another cut ends facing cut is put down, after otch end face has been put down in milling, PLC 10 controls four-wheel drive motor 9-8 and drives sliding panel 9-2 to reset to original position, and drive four-cylinder 9-5 to drive the 3rd drive motors 9-3 to original position, the manufacturing procedure of such plank 16 grooving just completes, at plank 16 by the process of grooving, PLC 10 also controls the 5th drive motors 12-10 and drives transfer roller one 12-9 to rotate, so after the cutting of plank otch and cut ends facing cut are put down, and push pedal 3 is when unclamping plank 16, PLC 10 again controls the second cylinder 7 and moves, and promote the c place, clamping gap that plank 16 arrives plank delivering mechanism 12, because the width clamping gap c is less than the thickness of plank 16, so plank 16 is pushed to clamping c place, gap, and promote transfer roller one 12-9 and rise overally, plank 16 is driven to transfer out from board conveying mechanism 12 so just there is extruding force to extrude, and plank 16 is directed to assigned address by guided plate 13, the operation principle of board conveying mechanism is here: plank 16 is pushed up in clamping gap c by the second cylinder 7, at this moment plank 16 needs the extruding force of transfer roller one 12-9 and transfer roller two 12-11 could be taken away by transfer roller one 12-9 rotation, again due to transfer roller one 12-9, 5th drive motors 12-10, dull and stereotyped two 12-4 integrative-structures, and be slidably connected on circular abutment 12-1 by linear bearing two 12-3, again in order to transfer roller one 12-9 and transfer roller two 12-11 does not fit together, so need screw mandrel three 12-5 to be threaded on a dull and stereotyped 12-2, and add cylinder 12-5a in the bottom of screw mandrel three 12-5, screw mandrel three 12-5 and cylinder 12-5a can circular hole one 12-6a in boss 12-6 and circular hole two 12-6b be slided among a small circle, again because boss 12-6 is fixed on dull and stereotyped two 12-4, so the rotating disk 12-12 being fixed on screw mandrel three 12-5 top can be utilized to regulate the width of clamping gap c, thus regulate the clamping force to plank 16, and spring 12-8 has larger flexibility, thus clamping plank 16 is more flexible, mild carries out clamping conveying to plank 16, if want to continue processing plank, only need the first cylinder 4 to drive push pedal 3 to reset, plank 16 is being dropped to by a of gap from placing groove 5, then repeats aforesaid operations.
Although the utility model has illustrated by reference to preferred embodiment and has described, those skilled in the art should understand, and in the scope of claims, can do the various change in form and details.
Claims (5)
1. a wood block grooving machine, comprise pedestal (1), it is characterized in that: described pedestal (1) is fixed with baffle plate (2), the relative position of described baffle plate (2) is provided with the push pedal (3) be slidably connected on pedestal (1), described push pedal (3) is promoted by the first cylinder (4) be fixed on pedestal (1), what described pedestal (1) is fixed with single placement plank places groove (5), described placing between the bottom of groove (5) and pedestal (1) forms push pedal (2) by gap (a), described by the size in gap (a) and the thickness matching of plank (16), the thickness of described push pedal (2) mates with the size by gap (a), the outer face sidepiece of described push pedal (2) is fixed with stopper (6), the relative position of described baffle plate (2) is fixed with the second cylinder (7) be arranged in parallel with baffle plate (2), the piston rod of described second cylinder (7) is fixed with slurcam (17), described pedestal (1) has the cutting channel (b) be arranged in parallel with baffle plate (2), the below of described cutting channel (b) is provided with the plank grooving mechanism (8) be fixed on pedestal (1), the top of described cutting channel (b) is provided with plank notch facing cut flattening mechanism (9), the position of described cutting channel (b) is mated with the second cylinder (7),
Described plank grooving mechanism (8) comprises the gripper shoe one (8-1) be slidably connected on pedestal (1), be fixed on the linear bearing one (8-2) of gripper shoe one (8-1) corner, described linear bearing one (8-2) is plugged with expansion link (8-3), the top of described expansion link (8-3) is fixed with gripper shoe two (8-4), described gripper shoe two (8-4) is fixed with the first drive motors (8-5), the rotating shaft of described first drive motors (8-5) is fixed with saw blade (8-6), described gripper shoe one (8-1) is fixed with the 3rd cylinder (8-7), the piston rod of described 3rd cylinder (8-7) is fixed in gripper shoe two (8-4), described gripper shoe one (8-1) is fixed with fixed block one (8-8), described fixed block one (8-8) has been threaded screw mandrel one (8-9), described screw mandrel one (8-9) drives (8-10) by the second drive motors be fixed on pedestal (1),
Described plank notch facing cut flattening mechanism (9) comprises the extension block (9-1) being fixed on pedestal (1) and above also upwards extending, the top of described extension block (9-1) and sidepiece slidably connect the sliding panel (9-2) of L shape, the left plate of described sliding panel (9-2) slidably connects the 3rd drive motors (9-3), the rotating shaft of described 3rd drive motors (9-3) is provided with milling cutter (9-4), the top plate of described sliding panel (9-2) is fixed with four-cylinder (9-5), the piston rod of described four-cylinder (9-5) is fixed on the 3rd drive motors (9-3), described sliding panel (9-2) is fixed with fixed block two (9-6), described fixed block two (9-6) has been threaded screw mandrel two (9-7), described screw mandrel two (9-7) is driven by the four-wheel drive motor (9-8) be fixed on extension block (9-1),
Described pedestal (1) is fixed with PLC (10) and power switch (11).
2. wood block grooving machine according to claim 1, it is characterized in that: described pedestal (1) is fixed with plank delivering mechanism (12), described plank delivering mechanism (12) comprises the circular abutment (12-1) of four distributions in corner, the top of described circular abutment (12-1) is fixed with dull and stereotyped one (12-2), described circular abutment (12-1) is provided with linear bearing two (12-3), described linear bearing two (12-3) is fixed with dull and stereotyped two (12-4), the center of described dull and stereotyped one (12-2) has been threaded screw mandrel three (12-5), the top of described screw mandrel three (12-5) is fixed with rotating disk (12-12), the bottom of described screw mandrel three (12-5) is fixed with the cylinder (12-5a) that diameter is greater than screw mandrel three (12-5), the center of described dull and stereotyped two (12-4) is fixed with boss (12-6), the center of described boss (12-6) has circular hole one (12-6a) and circular hole two (12-6b), the diameter of described circular hole two (12-6b) mates with cylinder (12-5a), the diameter of described circular hole one (12-6a) mates with screw mandrel three (12-5), described screw mandrel three (12-5) has been threaded nut (12-7), spring (12-8) is fixed with between described nut (12-7) and boss (12-6), the rotated down of described dull and stereotyped two (12-4) is connected with transfer roller one (12-9), the sidepiece of described transfer roller one (12-9) is provided with the 5th drive motors (12-10) driving transfer roller one (12-9) to rotate, described 5th drive motors (12-10) is fixed on dull and stereotyped two (12-4), described pedestal (1) is rotatably connected to transfer roller two (12-11), described pedestal (1) has can by the through hole (1-1) of transfer roller two (12-11), the peak of described transfer roller two (12-11) and pedestal (1) top end face are in same level, described transfer roller one (12-9) and transfer roller two (12-11) be arranged in parallel, formed between described transfer roller one (12-9) and transfer roller two (12-11) and clamp gap (c), the thickness matching of the size of described clamping gap (c) and plank (16).
3. wood block grooving machine according to claim 2, is characterized in that: the relative position of described plank delivering mechanism (12) is provided with the guided plate (13) be symmetrically set for a pair, and guided plate described in two forms guiding channel (d) between (13).
4. the wood block grooving machine according to Claims 2 or 3, is characterized in that: the outer surface of described transfer roller one (12-9) is fixed with rubber layer (12-9a).
5. wood block grooving machine according to claim 1, is characterized in that: the bottom of described 3rd drive motors (9-3) is fixed with the bristle (15) for brushing wood chip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420735800.3U CN204367110U (en) | 2014-11-28 | 2014-11-28 | Wood block grooving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420735800.3U CN204367110U (en) | 2014-11-28 | 2014-11-28 | Wood block grooving machine |
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| CN204367110U true CN204367110U (en) | 2015-06-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420735800.3U Active CN204367110U (en) | 2014-11-28 | 2014-11-28 | Wood block grooving machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105856342A (en) * | 2016-06-08 | 2016-08-17 | 佛山维尚家具制造有限公司 | Numerical control groove broaching equipment for customized furniture board processing |
| CN107042554A (en) * | 2017-04-12 | 2017-08-15 | 重庆市永川区植成家俱厂 | Furniture board groover |
| CN107791346A (en) * | 2016-08-31 | 2018-03-13 | 天津市鹏川科技发展有限公司 | Pressure gate machine |
| CN111000363A (en) * | 2019-11-25 | 2020-04-14 | 安徽三和刷业有限公司 | Processing device of winding type rolling brush |
-
2014
- 2014-11-28 CN CN201420735800.3U patent/CN204367110U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105856342A (en) * | 2016-06-08 | 2016-08-17 | 佛山维尚家具制造有限公司 | Numerical control groove broaching equipment for customized furniture board processing |
| CN105856342B (en) * | 2016-06-08 | 2018-02-13 | 佛山维尚家具制造有限公司 | A kind of numerical control kerve equipment for sheet fabrication of having furniture made to order |
| CN107791346A (en) * | 2016-08-31 | 2018-03-13 | 天津市鹏川科技发展有限公司 | Pressure gate machine |
| CN107042554A (en) * | 2017-04-12 | 2017-08-15 | 重庆市永川区植成家俱厂 | Furniture board groover |
| CN107042554B (en) * | 2017-04-12 | 2019-03-15 | 重庆市永川区植成家俱厂 | Furniture board groover |
| CN111000363A (en) * | 2019-11-25 | 2020-04-14 | 安徽三和刷业有限公司 | Processing device of winding type rolling brush |
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