CN203485256U - Novel full-automatic sheet material edge cutter - Google Patents
Novel full-automatic sheet material edge cutter Download PDFInfo
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- CN203485256U CN203485256U CN201320457258.5U CN201320457258U CN203485256U CN 203485256 U CN203485256 U CN 203485256U CN 201320457258 U CN201320457258 U CN 201320457258U CN 203485256 U CN203485256 U CN 203485256U
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Abstract
The utility model discloses a novel full-automatic sheet material edge cutter, and belongs to the field of sheet material machining. The edge cutter overcomes the defects that a conventional full-automatic edge cutter has a complex structure and more motion procedures, is high in controlling procedure realization difficulty, and low in whole machine stability. The edge cutter is characterized by comprising a material charging elevator capable of feeding and transmitting sheet materials automatically, a plate taking machine, a vertical edge cutting machine capable of conducting vertical burr cutting to the sheet materials, a horizontal edge cutting machine capable of conducting horizontal burr cutting to the sheet materials, a stacking elevator capable of arranging the sheet materials and a control center capable of programming and controlling the mechanical motions, the material charging elevator and the plate taking machine are arranged in a line, the tail part of a plate conveying machine is connected with the head part of the vertical edge cutting machine, the tail part of the vertical edge cutting machine extends into the horizontal edge cutting machine and is vertically connected with the horizontal edge cutting machine, and the tail part of the horizontal edge cutting machine is connected with the stacking elevator. The edge cutting machine provided is excellent in overall performance and higher in automatic degree, and is mainly used for cutting sheet material burrs.
Description
Technical field
The utility model belongs to a kind of plate processing machinery, specifically, relates in particular to a kind of new automatic plate edge cutting machine.
Background technology
At present, sheet material, in process of manufacture, can have requirement to the specification of sheet material, and be worked into final stage, and sheet material surrounding can produce a lot of burr, does not meet product requirement, and this just needs a kind of cutting tool according to cut form, the burr of sheet material surrounding to be cut.Existing cutting tool is common Sawing machine, need manually plank to be placed on and on Sawing machine, amputate successively four limits, again the sheet material cutting is piled up neatly, this process wasting time and energy very, production efficiency is very low, and is difficult to guarantee cutting accuracy, in addition owing to can volatilizing a lot of harmful gas in sheet material coating, long-term workman's the health of having worked grievous injury in this environment, so utility model is a kind of, and basic to substitute artificial full-automatic cutting edge machinery imperative.
Chinese patent (patent No. is 201210321289.8) disclose a kind of can substantially meet substitute artificial full-automatic edge cutting machine, comprise send plate machine, the plate machine that falls, longitudinally edge cutting machine, laterally edge cutting machine and control system, send plate machine to comprise and send plate frame, locating platform and lift I, the disclosed full-automatic edge cutting machine complex structure of this patent, course of action is more, it is high that control procedure realizes difficulty, and complete machine stability is not high.
Utility model content
The purpose of this utility model is to provide the plate edge cutting machine that a kind of overall performance is better, automaticity is higher, to overcome above-mentioned defect of the prior art.
The utility model has adopted following technical scheme: new automatic plate edge cutting machine comprises material loading lift and the plate fetching machine of automatic supply transfer sheet materials, sheet material is carried out to longitudinal edge cutting machine of longitudinally cutting, sheet material is laterally cut out to the horizontal edge cutting machine of burr, the piling lift that sheet material is arranged and above-mentioned mechanical action process is carried out to the control centre of programming Control, described material loading lift and plate fetching machine are placed side by side, plate fetching machine afterbody is connected with longitudinal edge cutting machine head, longitudinally edge cutting machine afterbody stretches into horizontal edge cutting machine inside and is connected with horizontal edge cutting machine is vertical, laterally edge cutting machine afterbody is connected with piling lift.
Material loading lift comprises lifting support I, hoist cylinder I and hoistable platform I, hoistable platform I is flexibly connected with lifting support I by four hoist cylinder I that are fixed on tetra-angles of lifting support I, described hoistable platform I is provided with Live roller I, Live roller I is by motor one transmission, lifting support I be provided with to hoistable platform I carry out upper limit approach switch j, hoistable platform I is carried out the approach switch k of lower limit and detects the optoelectronic switch a of sheet material, on lifting support I, be also provided with vertical pressing plate cylinder, horizontal push pedal cylinder.
Plate fetching machine comprises gets board mount, get board mount be provided with send plate platform, get panel guide, clamping plate mechanism and slab feeding mechanism, send plate platform left end top and right-hand member top to be provided with approach switch d, approach switch e, getting panel guide is arranged on and send plate platform top and be connected between material loading lift and plate fetching machine, its side is provided with approach switch b and approach switch c, slab feeding mechanism comprise be fixed on the sprocket wheel that send on plate platform and chain, with the motor two of movable sprocket and chain drive, on chain, be fixed with plural stop hook.
Clamping plate mechanism comprises sliding support, orbit connection device and motor three, and sliding support below is provided with clamping plate groove, is provided with clamping plate cylinder in clamping plate groove.
Longitudinally edge cutting machine comprises length sawing support, length sawing support is provided with longitudinal rail, positioner and longitudinally saws limit device, described longitudinal rail is provided with coaster, its side is provided with approach switch f and approach switch g, on described coaster, by chain, be connected with driving motor four, coaster is provided with fixation device, and described longitudinal saw limit device comprises a pair of saw head that is symmetrically distributed in length sawing support both sides.
Positioner comprises prelocalization baffle plate and rear positioning baffle, and prelocalization plate washer is provided with movable plectrum and is connected to the plectrum cylinder on movable plectrum.
Positioner comprises prelocalization baffle plate and rear positioning baffle, and prelocalization baffle plate is transversely provided with at least two row's top board cylinders, and every row is provided with at least two top board cylinders, and rear positioning baffle is provided with the transverse crown bar corresponding with top board cylinder.
Longitudinally edge cutting machine afterbody is provided with and unloads rim charge device, unloads rim charge device and comprises portable plate and unload rim charge cylinder, and portable plate is fixed in rotating shaft, unloads rim charge cylinder and tilts to be supported between portable plate and length sawing support.
Laterally edge cutting machine comprises jack saw support, described jack saw support is provided with cross track, transverse cuts platform and laterally saws limit device, on described cross slide way, be movably equipped with horizontal push pedal frame, laterally push pedal frame is provided with two push pedal cylinders and two long-armed bodies, long-armed body front end is respectively provided with a rotation cylinder, laterally push pedal frame is connected with motor five, and cross slide way side is provided with approach switch h and approach switch i, laterally saws limit device and comprises a pair of saw head that is symmetrically distributed in transverse cuts platform both sides.
Piling lift comprises lifting support II, is fixed on four hoist cylinder II of tetra-jiaos of lifting support II and is movably connected in the hoistable platform II on lifting support II by hoist cylinder II, described lifting support II be provided with to hoistable platform II carry out upper limit approach switch l, to hoistable platform II carry out lower limit approach switch m, detect the optoelectronic switch n of sheet material, described hoistable platform II is provided with Live roller II and pin, between Live roller II, by chain, is connected with motor six.
Compared with prior art, the beneficial effects of the utility model:
(1) the utility model structure and course of action are simplified optimization more, and complete machine stability is higher, thereby have greatly improved reliability and the operating efficiency of complete equipment, have reduced maintenance cost;
(2) structure of the utility model material loading lift and plate fetching machine part, makes its lifting process more steadily and precisely, automaticity is higher;
(3) the utility model has been realized material loading, the cutting edge of sheet material, the full-automation of piling, originally needed three or four work that people could complete, and after use the utility model, only needed one man operation, and greatly reduce workman's labour intensity, improve production efficiency, saved production cost.
Accompanying drawing explanation
Fig. 1 is top view of the present utility model;
Fig. 2 be material loading lift in the utility model, plate fetching machine, longitudinally edge cutting machine part front view;
Fig. 3 be material loading lift in the utility model, plate fetching machine, longitudinally edge cutting machine part top view;
Fig. 4 is the I portion enlarged drawing of Fig. 3;
Fig. 5 is the structural representation of the clamping plate mechanism in the utility model;
Fig. 6 is the II portion enlarged drawing of Fig. 3;
Fig. 7 is the III portion enlarged drawing of Fig. 2;
Fig. 8 is the IV portion enlarged drawing of Fig. 2;
Fig. 9 is the structural representation of a kind of embodiment of positioner on the longitudinal edge cutting machine in the utility model;
Figure 10 is horizontal edge cutting machine in the utility model and the front view of piling lift;
Figure 11 is horizontal edge cutting machine in the utility model and the top view of piling lift;
Figure 12 is the schematic block diagram of the control centre in the utility model.
In figure: 1, material loading lift; 2, plate fetching machine; 3, longitudinal edge cutting machine; 4, horizontal edge cutting machine; 5, piling lift; 6, material loading platform; 7, hoist cylinder I; 8, lifting support I; 9, vertical pressing plate cylinder; 10, horizontal push pedal cylinder; 11, optoelectronic switch a; 12, Live roller I; 13, hoistable platform I; 14, motor one; 15, get panel guide; 16, get board mount; 17, approach switch b; 18, approach switch c; 19, send plate platform; 20, motor two; 21, clamping plate mechanism; 22, stop hook; 23, approach switch d; 24, motor three; 25, material loading roller bearing; 26, approach switch e; 27, length sawing support; 28, coaster; 29, positioner; 31, longitudinally saw limit device; 32, unload rim charge device; 33, longitudinal rail; 34, approach switch f; 35, approach switch g; 36, touching switch; 37, location rotation cylinder; 38, stock shelf; 39, Live roller III; 40, movable plectrum; 41, plectrum cylinder; 42, orbit connection device; 43, sliding support; 44, clamping plate groove; 45, clamping plate cylinder; 46, woodwork plate; 47, rear positioning baffle; 48, prelocalization baffle plate; 49, top board cylinder; 50, transverse crown bar; 51, jack saw support; 52, approach switch h; 53, horizontal push pedal frame; 54, motor five; 55, approach switch i; 56, laterally saw limit device; 57, cross slide way; 58, transverse cuts platform; 59, laterally unload rim charge device; 60, lifting support II; 61, hoist cylinder II; 62, Live roller II; 63, motor six; 64, pin; 65, approach switch j; 66, approach switch k; 67, approach switch l; 68, hoistable platform II; 69, approach switch m; 70, rotation cylinder; 71, push pedal cylinder; 72, portable plate; 73, unload rim charge cylinder; 74, optoelectronic switch n; 75, PLC controller; 76, man-machine interface; 77, power supply; 78, gauge tap; 79, optoelectronic switch; 80, frequency converter; 81, motor; 82, cylinder; 83, hydraulic cylinder.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment 1:
As shown in Figure 1, new automatic plate edge cutting machine comprises the material loading lift 1 of automatic supply transfer sheet materials, plate fetching machine 2, sheet material is longitudinally cut out to longitudinal edge cutting machine 3 of burr, sheet material is laterally cut out to the horizontal edge cutting machine 4 of burr, the piling lift 5 that sheet material is arranged and above-mentioned mechanical action process is carried out to the control centre of programming Control, material loading lift 1 and plate fetching machine 2 are placed side by side, plate fetching machine 2 afterbodys are connected with longitudinal edge cutting machine 3 heads, longitudinally edge cutting machine 3 afterbodys stretch into horizontal edge cutting machine 4 inner and with horizontal vertical connection of edge cutting machine 4, laterally edge cutting machine 4 afterbodys are connected with piling lift 5.
As Fig. 2, shown in Fig. 3, material loading lift comprises lifting support I8, hoist cylinder I7, hydraulic system and hoistable platform I13, hoistable platform I13 is flexibly connected with lifting support I8 by four hoist cylinder I7 that are fixed on four angles of lifting support, hoistable platform I13 is provided with Live roller I12, Live roller I12 drives by motor 1, lifting support I8 is provided with the approach switch j65 that hoistable platform I13 is carried out to upper limit, hoistable platform I13 is carried out to the approach switch k66 of lower limit, detect the optoelectronic switch a11 of sheet material, approach switch j65, approach switch k66 position is respectively extreme lower position and the extreme higher position of hoistable platform I, optoelectronic switch a11 is located at and send the position of plate platform 19 horizontal level tops higher than some sheet metal thicknesses, the top of the upper hoistable platform I of lifting support I8 is also provided with vertical pressing plate cylinder 9 and level horizontal push pedal cylinder 10 inwards vertically downward, horizontal push pedal cylinder is released a segment distance by sheet material to be processed to plate fetching machine direction, vertical pressing plate cylinder is for pushing down the sheet material that is pushed out sheet material bottom.
Plate fetching machine 2 comprises gets board mount 16, getting board mount 16 is provided with and send plate platform 19, get panel guide 15, clamping plate mechanism 21 and slab feeding mechanism, send plate platform 19 left end tops and right-hand member top to be provided with approach switch d23, approach switch e26, get panel guide 15 be arranged on send plate platform 19 tops and be connected to material loading lift 1 and plate fetching machine 2 between, its side has been provided with approach switch b17 and the approach switch c18 that stops clamping plate mechanism 21 effects, as shown in Figure 4, in the middle of sending plate platform 19, be provided with vast sky gap one, slab feeding mechanism comprises and is fixed on sprocket wheel and the chain sending on plate platform 19, motor 2 20 with movable sprocket and chain drive, on chain, be fixed with plural stop hook 22, stop hook 22 is located in the vast sky gap in the middle of hoistable platform 19 and higher than the horizontal level of delivery platform 19, plate fetching machine 2 and material loading lift 1 junction are provided with material loading roller bearing 25, material loading roller bearing is provided with a plurality of ratchets, and pass through driven by motor, the opposite direction of its rotation direction and upper plate, 25 effects of material loading roller bearing are be connected plate fetching machine 2 and material loading lift 1 and prevent from being taken away by plate fetching machine by the sheet material of gripping sheet material bottom.
As shown in Figure 5, clamping plate mechanism 21 comprises sliding support 43, orbit connection device and motor 3 24, sliding support 43 belows are provided with clamping plate groove 44, in clamping plate groove 44, be provided with row 4-6 push rod clamping plate cylinder 45 vertically downward, when needs gripping sheet material, all cylinders move simultaneously and push down sheet material, one side at plate fetching machine material loading is also provided with top board frame, and top board frame below connects top board cylinder, the effect of top board frame be by sheet material one end jack-up to facilitate clamping plate mechanism gripping.
Longitudinally edge cutting machine 3 comprises length sawing support 27, length sawing support 27 is provided with longitudinal rail 33, positioner 29 and longitudinally saw limit device 31, longitudinal rail 33 is provided with coaster 28, its side is provided with approach switch f34 and approach switch g35, approach switch f34 and approach switch g35 are respectively left end and the right-hand member shutdown switches of coaster, on coaster, by chain, be connected with driving motor four, coaster 28 is provided with fixation device, fixation device mainly comprises rotation cylinder, pressing plate bar, the clamping cylinder being connected with pressing plate bar, pressing plate bar is pushed down the top of sheet material, the side of rotation cylinder location sheet material, its effect is that the sheet material of having good positioning is fixed on to sheet material relative sliding on coaster 28, at plate fetching machine and longitudinal Sawing machine junction and length sawing support, near the position of longitudinally sawing limit device 31, be provided with an emergency stop switch, when sheet material position deviation orbital position, will touch emergency stop switch, complete machine is shut down, longitudinally left end and the right-hand member of edge cutting machine are respectively provided with a mechanical positioner, conventionally there is certain deviation in coaster point location when arriving Far Left and rightmost, therefore need to locate and carry out further accurately location by machinery, as shown in Figure 8, mechanical positioner comprises touching switch 36 and location rotation cylinder 37, the base that location rotation cylinder 37 catches on coaster pulls it towards the position of touching switch 36, touching switch 36 is unlocked, now the slab feeding mechanism of plate fetching machine 2 or horizontal push pedal frame 53 just can move, and sheet material is served to coaster 28 or transverse cuts platform 58.
As shown in Figure 6, positioner 29 comprises prelocalization baffle plate 48 and rear positioning baffle 47, prelocalization baffle plate 48 is provided with movable plectrum 40 and is connected to the plectrum cylinder 41 on movable plectrum 40, multi-layer sheet surrounding opposed flattened, so this kind of positioner is applicable to multiple-plate cutting.
Longitudinally saw limit device 31 comprises a pair of saw head that is symmetrically distributed in support both sides, and saw head unit connects air exhauster, and air exhauster siphons away sawdust, has improved the environment of workshop.
As shown in Figure 7, longitudinally edge cutting machine 3 is provided with and unloads rim charge device 32, unloading rim charge device 32 comprises portable plate 72 and unloads rim charge cylinder 73, portable plate 72 is fixed in rotating shaft, unloading rim charge cylinder 73 tilts to be supported between portable plate 72 and length sawing support 27, portable plate 72 is used for temporarily depositing cutting rim charge, unloads rim charge cylinder 73 by pulling portable plate 72 that rim charge is laid down.
As Figure 10, shown in Figure 11, laterally Sawing machine 4 comprises jack saw support 51, jack saw support 51 is provided with cross track 57, transverse cuts platform 58 and laterally saw limit device 56, cross track 57 is provided with horizontal push pedal frame 53, laterally push pedal frame 53 is provided with long-armed body and push pedal cylinder 71, long-armed body front end is respectively provided with a rotation cylinder 70, laterally push pedal frame 53 is connected with motor 5 54, cross track 50 sides are provided with approach switch h52 and approach switch i55, approach switch h52 and approach switch i55 are respectively the shutdown switch of horizontal push pedal frame 53, laterally saw limit device 56 comprises a pair of saw head that is symmetrically distributed in Cutting platform both sides, the same air exhauster that connects in saw head top.
Piling lift 5 comprises lifting support II60, be fixed on four hoist cylinder II61 of tetra-jiaos of lifting support II60 and be movably connected in the hoistable platform II68 on lifting support II60 by hoist cylinder II61, lifting support II53 is provided with to hoistable platform II61 is carried out the approach switch l67 of upper limit and hoistable platform II68 is carried out to lower limit approach switch m69, detect the optoelectronic switch n74 of sheet material, hoistable platform II68 is provided with Live roller II62, between Live roller II62, by chain, be connected with motor 6 63, hoistable platform II68 is provided with pin 64 that can be movable, on pin 64, connect little cylinder, by step switch, control the automated movement that stingy cylinder action realizes pin 64, the utility model duty lower stop lever 64Xiang draws close at center sheet material is blocked, when hoistable platform II68 arrives bottommost, by separate pin 64 to both sides, the sheet material cutting can be transported.
Material loading lift 1 feedstock direction preferably arranges a material loading platform 6, material loading platform 6 is provided with the Live roller III39 that a row is connected with motor by chain between any two, by fork truck, will treat that cut-out plate material is put on material loading platform 6, and by material loading platform 6, sheet material to be processed will be transferred on material loading lift 1.
As shown in figure 12, the utility model regulator cubicle control system comprises PLC controller 75, man-machine interface 76, power supply 77, gauge tap 78, frequency converter 80 etc., PLC controller 75, man-machine interface 76, frequency converter 80 are connected with power supply 77 respectively, the input of PLC controller 76 connects gauge tap 78, is distributed in optoelectronic switch 79 everywhere, the output of PLC controller 75 connects controls whole hydraulic cylinders 76, cylinder 75 and frequency converter 73 in the utility model, and frequency converter 73 connects motors 74; Being distributed in the utility model optoelectronic switch is everywhere sent to the signal detecting in PLC controller 75, PLC controller 75 issues instructions to through a series of computing the executive components such as hydraulic cylinder 83, cylinder 82 and motor 81 that are distributed in the utility model Shang Ge mechanism, to realize, the automation of each course of work is controlled.
Embodiment 2
In order to adapt to the demand of cutting variety classes sheet material, longitudinally the positioner of edge cutting machine can be adjusted according to the feature of sheet material, positioner in embodiment 1 is obviously not suitable with the cutting of woodwork plate, the feature of woodwork plate is by many long stuffs by glue bond together, and in the both sides up and down of long stuff, to paste two surfaces be rectangular veneer, the area of veneer is larger than the area of the long stuff gathering together, the inner long stuff body concentrating at is together regular cuboid, owing to being substantially the fixing and standard in the position pasted of manual operation veneer, therefore adopt the scheme of embodiment 1 can cause plate cutting irregular.
As shown in Figure 9, other structure of the present embodiment is identical with embodiment 1, the positioner 29 of the longitudinal edge cutting machine 3 of the present embodiment comprises prelocalization baffle plate 48 and rear positioning baffle 47, prelocalization baffle plate 48 is transversely provided with at least two row's top board cylinders 49, every row is provided with at least two top board cylinders 49, rear positioning baffle 47 is provided with the transverse crown bar corresponding with top board cylinder 49 50, because general selection while cuts sheet material optimum number of strata is four layers, so the number of plies optimal design of top board cylinder 49 is four layers.
The top board cylinder 49 of same layer and the corresponding woodwork plate 46 of transverse crown bar 50 in implementation process, top board cylinder 49 push rods withstand the long stuff of woodwork plate 46 internal layers and are pressed on transverse crown bar 50, top board cylinder 49 and long stuff are located jointly, make the long stuff layer alignment of multilayer woodwork plate 46 internal layers, now through the device cutting of longitudinal saw limit, will not have the irregular phenomenon of cutting again and occur.
The course of work of the present utility model is described below: power-on and control centre, each parts of the utility model are in original state, material loading lift 1 is in the position concordant with material loading platform 6, piling lift 5 is in the extreme higher position concordant with transverse cuts platform 58, coaster 28 is in longitudinal rail 33 leftmost sides, the side of horizontal push pedal frame 53 in longitudinal edge cutting machine 3, laterally the rotation cylinder 70 rotation arms of push pedal frame 53 are perpendicular to horizontal plane, first by fork truck by neat being placed on material loading platform 6 of sheet material, electric motor starting also drives Live roller III39 transmission, sheet material is sent on the hoistable platform I13 of material loading lift 1, now start complete machine, hoist cylinder I7 oil-feed, hoistable platform I13 rises, when the sheet material of the superiors is raised to the position of optoelectronic switch a11, optoelectronic switch a11 induction, hoist cylinder I7 rises to by hoistable platform I13 the position that optoelectronic switch a11 can sense sheet material to be stopped, vertical pressing plate cylinder 9 is by sheet material compacting, horizontal push pedal cylinder 10 promotes certain thickness sheet material towards plate fetching machine 2 directions, the sheet material side being pushed out passes on the delivery platform 19 of plate fetching machine 2 and by the perk of top board frame through material loading roller bearing 25, clamping plate mechanism 21 advances to sheet material one side, the sheet material of perk is embedded in clamping plate groove 44 and clamped by clamping plate cylinder 45, then clamping plate mechanism 21 returns and sheet material is moved to and sent on plate platform 19, optoelectronic switch a11 can't detect sheet material, control centre controls hoist cylinder I7 and pulls hoistable platform I13 to rise to the position that optoelectronic switch a11 can detect, approach switch d23 detects sheet material, stop hook 22 in slab feeding mechanism promotes sheet material along sending plate platform 19 to coaster 28, coaster 28 fixation device actions are fixed on sheet material on coaster 28, coaster 28 then slides to the right, passage in transit is longitudinally sawed limit device 31 and unloads rim charge device 32 sheet material longitudinally cutting is neat and rim charge is laid down, coaster 28 finally enters horizontal edge cutting machine 4 inside, and slowing down and stopping after approach switch f34 and approach switch g35, and return and slowing down and stopping through approach switch f34 and approach switch g35 place through coaster 28Yan Yuan road, get back to home position, push pedal cylinder 71 pins are released, following horizontal push pedal frame 53 promotion sheet materials advances along cross slide way 57, and stop in the position of approach switch i55, push pedal cylinder 71 pins are retracted, this process sheet material is through laterally saw limit device 56 cutting edges, and by laterally unloading rim charge device 59, rim charge is removed, the 70 rotation arm rotations of rotation cylinder are the state parallel with horizontal plane, laterally push pedal frame 53 then returns to home position in Yan Yuan road, and stop at approach switch h52 place, the sheet material now cutting is also on transverse cuts platform 58, now first job circulation finishes, second operation cycle worked as the position that sheet material arrives horizontal saw limit device 56 again, the rotation arm of rotation cylinder 70 promotes first job circulation and cuts and stay the sheet material on transverse cuts platform 58, and push it on piling lift 5, optoelectronic switch n74 detects sheet material, hoistable platform II68 decline certain altitude also stops when optoelectronic switch n74 can't detect sheet material, now second operation cycle finishes, reciprocal according to this, until the sheet material cutting on piling lift 5 runs up to certain altitude, when hoistable platform II68 drops to extreme lower position, machine quits work, now Push switch by active retaining rod 64 by being separated into both sides, and transport by transmitting running roller II62, then with fork truck or special-purpose transmission packing apparatus, transport to assigned address, material loading cuts again.
Claims (10)
1. a new automatic plate edge cutting machine, it is characterized in that: the material loading lift (1) and the plate fetching machine (2) that comprise automatic supply transfer sheet materials, sheet material is carried out to longitudinal edge cutting machine (3) of longitudinally cutting, sheet material is laterally cut out to the horizontal edge cutting machine (4) of burr, the piling lift (5) that sheet material is arranged and the control centre that above-mentioned mechanical action process is carried out to programming Control, described material loading lift (1) and plate fetching machine (2) are placed side by side, plate fetching machine (2) afterbody is connected with longitudinal edge cutting machine (3) head, longitudinally edge cutting machine (3) afterbody stretch into horizontal edge cutting machine (4) inner and with vertical connection of horizontal edge cutting machine (4), laterally edge cutting machine (4) afterbody is connected with piling lift (5).
2. new automatic plate edge cutting machine according to claim 1, it is characterized in that: described material loading lift (1) comprises lifting support I(8), hoist cylinder I(7) and hoistable platform I(13), hoistable platform I(13) by being fixed on lifting support I(8) four hoist cylinder I(7 on four angles) with lifting support I(8) be flexibly connected, described hoistable platform I(13) be provided with Live roller I(12), Live roller I(12) by motor one (14) transmission, described lifting support I(8) be provided with hoistable platform I(13) carry out the approach switch j(65 of upper limit), to hoistable platform I(13) carry out the approach switch k(66 of lower limit) and detect the optoelectronic switch a(11 of sheet material), described lifting support I(8) on, be also provided with vertical pressing plate cylinder (9), horizontal push pedal cylinder (10).
3. new automatic plate edge cutting machine according to claim 2, it is characterized in that: described plate fetching machine (2) comprises gets board mount (16), getting board mount (16) is provided with and send plate platform (19), get panel guide (15), clamping plate mechanism (21) and slab feeding mechanism, send plate platform (19) left end top and right-hand member top to be provided with approach switch d(23), approach switch e(26), getting panel guide (15) is arranged on and send plate platform (19) top and be connected between material loading lift (1) and plate fetching machine (2), its side is provided with approach switch b(17) and approach switch c(18), slab feeding mechanism comprises and is fixed on sprocket wheel and the chain sending on plate platform (19), motor two (20) with movable sprocket and chain drive, on chain, be fixed with plural stop hook (22).
4. new automatic plate edge cutting machine according to claim 3, it is characterized in that: described clamping plate mechanism (21) comprises sliding support (43), orbit connection device and motor three (24), sliding support (43) below is provided with clamping plate groove (44), is provided with clamping plate cylinder (45) in described clamping plate groove (44).
5. new automatic plate edge cutting machine according to claim 4, it is characterized in that: described longitudinal edge cutting machine (3) comprises length sawing support (27), length sawing support (27) is provided with longitudinal rail (33), positioner (29) and longitudinally saw limit device (31), described longitudinal rail (33) is provided with coaster (28), its side is provided with approach switch f(34) and approach switch g(35), described coaster (28) is upper to be connected with driving motor four by chain, coaster (28) is provided with fixation device, described longitudinal saw limit device (31) comprises a pair of saw head that is symmetrically distributed in length sawing support (27) both sides.
6. new automatic plate edge cutting machine according to claim 5, it is characterized in that: described positioner (29) comprises prelocalization baffle plate (48) and rear positioning baffle (47), prelocalization plate washer (48) is provided with movable plectrum (40) and is connected to the plectrum cylinder (41) on movable plectrum (40).
7. new automatic plate edge cutting machine according to claim 5, it is characterized in that: described positioner (29) comprises prelocalization baffle plate (48) and rear positioning baffle (47), prelocalization baffle plate (48) is transversely provided with at least two row's top board cylinders (49), every row is provided with at least two top board cylinders (49), and rear positioning baffle (47) is provided with the transverse crown bar (50) corresponding with top board cylinder (49).
8. according to the new automatic plate edge cutting machine described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7, it is characterized in that: described longitudinal edge cutting machine (3) afterbody is provided with and unloads rim charge device (32), the described rim charge device (32) that unloads comprises portable plate (72) and unloads rim charge cylinder (73), portable plate (72) is fixed in rotating shaft, unloads rim charge cylinder (73) and tilts to be supported between portable plate (72) and length sawing support (27).
9. new automatic plate edge cutting machine according to claim 8, it is characterized in that: described horizontal edge cutting machine (4) comprises jack saw support (51), described jack saw support (51) is provided with cross track (57), transverse cuts platform (58) and laterally saw limit device (56), on described cross slide way (57), be movably equipped with horizontal push pedal frame (53), laterally push pedal frame (53) is provided with two push pedal cylinders (71) and two long-armed bodies, long-armed body front end is respectively provided with a rotation cylinder (70), laterally push pedal frame (53) is connected with motor five (54), described cross slide way (57) side is provided with approach switch h(52) and approach switch i(55), laterally saw limit device (56) comprises a pair of saw head that is symmetrically distributed in transverse cuts platform (58) both sides.
10. new automatic plate edge cutting machine according to claim 9, it is characterized in that: described piling lift (5) comprises lifting support II(60), be fixed on lifting support II(60) four hoist cylinder II(61 of four jiaos) and by hoist cylinder II(61) be movably connected in lifting support II(60) on hoistable platform II(68), described lifting support II(60) be provided with hoistable platform II(68) carry out the approach switch l(67 of upper limit), to hoistable platform II ((68) carry out the approach switch m(69 of lower limit), detect the optoelectronic switch n (74) of sheet material, described hoistable platform II(60) be provided with Live roller II(62) and pin (64), Live roller II(62) between, by chain, be connected with motor six (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320457258.5U CN203485256U (en) | 2013-07-30 | 2013-07-30 | Novel full-automatic sheet material edge cutter |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320457258.5U CN203485256U (en) | 2013-07-30 | 2013-07-30 | Novel full-automatic sheet material edge cutter |
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| CN203485256U true CN203485256U (en) | 2014-03-19 |
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| CN201320457258.5U Expired - Fee Related CN203485256U (en) | 2013-07-30 | 2013-07-30 | Novel full-automatic sheet material edge cutter |
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| Country | Link |
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| CN (1) | CN203485256U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406946A (en) * | 2013-07-30 | 2013-11-27 | 阎育华 | Novel full-automatic sheet material edge cutter |
| CN105364997A (en) * | 2015-12-14 | 2016-03-02 | 浙江金圣竹木有限公司 | Automatic side shearing device for bamboo-wood composite boards |
| CN105710930A (en) * | 2016-04-17 | 2016-06-29 | 临沂金轮热压机械有限公司 | Intelligent deviation adjusting type artificial board longitudinal and transverse edge trimming production line and method |
| CN106042068A (en) * | 2016-07-29 | 2016-10-26 | 苏州高通机械科技有限公司 | Equipment for automatically cutting boards |
| CN108748433A (en) * | 2018-07-09 | 2018-11-06 | 唐奥琪 | A kind of positioning sanction for plank after edge sealing repaiies device |
-
2013
- 2013-07-30 CN CN201320457258.5U patent/CN203485256U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406946A (en) * | 2013-07-30 | 2013-11-27 | 阎育华 | Novel full-automatic sheet material edge cutter |
| CN105364997A (en) * | 2015-12-14 | 2016-03-02 | 浙江金圣竹木有限公司 | Automatic side shearing device for bamboo-wood composite boards |
| CN105364997B (en) * | 2015-12-14 | 2017-08-25 | 浙江金圣竹木有限公司 | The automatic trimming device of bamboo-wood composite board |
| CN105710930A (en) * | 2016-04-17 | 2016-06-29 | 临沂金轮热压机械有限公司 | Intelligent deviation adjusting type artificial board longitudinal and transverse edge trimming production line and method |
| CN105710930B (en) * | 2016-04-17 | 2018-03-13 | 临沂金轮热压机械有限公司 | Intelligent tuningout type wood-based plate mitre saw side production line and method |
| CN106042068A (en) * | 2016-07-29 | 2016-10-26 | 苏州高通机械科技有限公司 | Equipment for automatically cutting boards |
| CN108748433A (en) * | 2018-07-09 | 2018-11-06 | 唐奥琪 | A kind of positioning sanction for plank after edge sealing repaiies device |
| CN108748433B (en) * | 2018-07-09 | 2020-07-28 | 黄山奥菲家具有限公司 | Positioning trimming device for edge-sealed wood board |
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