CN204819963U - Planer -type board undermining flat -bed machine - Google Patents

Planer -type board undermining flat -bed machine Download PDF

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Publication number
CN204819963U
CN204819963U CN201520570632.1U CN201520570632U CN204819963U CN 204819963 U CN204819963 U CN 204819963U CN 201520570632 U CN201520570632 U CN 201520570632U CN 204819963 U CN204819963 U CN 204819963U
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CN
China
Prior art keywords
cut
saw blade
cross sliding
truncation
lifting support
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Expired - Fee Related
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CN201520570632.1U
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Chinese (zh)
Inventor
蔡崇友
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Individual
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Individual
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Abstract

The utility model provides a planer -type board undermining flat -bed machine, includes: host computer seat and left and right stand and fixed gantry structure, translation workstation, the unit head assembly of being of crossbeam, its characterized in that: the unit head assembly fix on lifting support, it is from top to bottom Z axle sliding fit with the cross slide that lifting support passes through hydraulic pressure mechanism drive, the cross slide is Y axle sliding fit by the drive of cross slide transverse moving drive device along the crossbeam, and the truncation saw bit is connected through the truncation main shaft to the unit head assembly, the unit head assembly drives through the swing transmission who cuts off the saw bit and cuts off the saw bit, simultaneously, the oil cylinder drive that cuts off who cuts off the swing transmission of saw bit cuts off the saw bit around to cut off the gear shaft central line be that pendulum motion is made to the A axle, translation workstation rigid coupling is on rail brackets, and linear guide is vice to be connected on the host computer seat through moving from north to south, is X axle sliding fit by the drive of translation workstation drive arrangement along moving linear guide vice from north to south. Its structure is compacter, the rigidity is good, and the machining precision is high, energy saving and environmental protection.

Description

Even-cutting machine at the bottom of planer-type plate
Technical field
The utility model relates to a kind of processing of stone machinery, specifically even-cutting machine at the bottom of a kind of planer-type plate.
Background technology
After generally traditional large-stone processing, can make to create at the bottom of waste flitch and come in every shape, do not become conformation of rules, be difficult to process at the bottom of these plates, can only waste disposal be treated as.And, take very large space.So, can recycle at the bottom of the waste flitch of these waste materials again, turn waste into wealth and become the current important topic that everybody pays close attention to.
Utility model content
The utility model its object is to: in order to solve above-mentioned problem, provides even-cutting machine at the bottom of a kind of planer-type plate, can carry out secondary operations, improve the value at the bottom of waste flitch at the bottom of waste flitch, for enterprise brings larger benefit.Require that the flat facility of this planer-type plate undercutting have following advantage: 1. structure is simple, compact; 2, good rigidly, machining accuracy is high; 3, energy-conserving and environment-protective.
The purpose of this utility model is realized by such technical scheme: even-cutting machine at the bottom of a kind of planer-type plate, comprise: main engine bed and left and right column and crossbeam are fixed as gantry structure, translational worktable, unit head assembly, it is characterized in that: described unit head assembly is fixed on lifting support, it is that Z axis is slidably matched up and down that lifting support is driven with cross sliding board by hydraulic mechanism; Cross sliding board is driven by cross sliding board cross sliding driving device and is slidably matched along crossbeam and Y-axis; Unit head assembly connects truncation saw blade by truncation main shaft; Unit head assembly is driven by the swash drive cutting off saw blade and cuts off saw blade; Meanwhile, the cut-out hydraulic oil cylinder driving cut-out saw blade cutting off the swash drive of saw blade does oscillating motion around cut-out gear shaft center line and A axle; Translational worktable is fixed on rail brackets, is connected on main engine bed by vertical shift line slideway auxiliary, is driven be slidably matched along vertical shift line slideway auxiliary and X-axis by translational worktable drive unit.
Described unit head assembly is by lifting support, mair motor, truncation saw blade, cut off oil cylinder, cut off swing arm, the swash drive cutting off saw blade and cut-out saw blade is formed, mair motor is fixed on lifting support by lengthening gasket ring, main motor output shaft is by motor coupler and power shaft shaft coupling grafting truncation main shaft one end, truncation main shaft another end arranges truncation saw blade: the swash drive of described cut-out saw blade: be fixedly connected with driven wheel by truncation main shaft, driven wheel engages with cut-out gear shaft, cut off gear shaft coaxial with driving pulley, driving pulley cuts off primary shaft belt pulley by Belt Drive, cut off primary shaft belt pulley by cutting off main shaft affixed or grafting with cut-out saw blade, cut-out swing arm is hinged on lifting support by cutting off the secondary pressure ring of swing arm, cutting off the main pressure ring of swing arm and cutting off gear shaft by lifting support, cut off main shaft be arranged on cut off swing arm lower end and with cut-out swing arm hinged, cutting off oil cylinder is hinged on lifting support, cuts off swing arm and cuts off saw blade and do oscillating motion by cutting off hydraulic oil cylinder driving around cut-out gear shaft center line and A axle.
Described cross sliding board is driven by cross sliding board cross sliding driving device, be slidably matched by traversing upper and lower line slideway auxiliary and the traversing rail brackets be fixed on crossbeam, described cross sliding board cross sliding driving device drives traversing screw mandrel by the direct-connected motor reductor be fixed on traversing reductor holder, and traversing screw mandrel screws togather with the traversing feed screw nut being fixed on cross sliding board behind.
Described translational worktable is fixed on rail brackets, rail brackets is coordinated by vertical shift line slideway auxiliary with main engine bed, direct-connected motor reductor driver output gear shaft engages with the tooth row on translational worktable, and tooth row drives translational worktable to be slidably matched along main engine bed longitudinal rail and X-axis.
Described hydraulic mechanism is made up of hoist cylinder and hoist cylinder stop nut, hoist cylinder is fixed on cross sliding board, hoist cylinder piston rod connects hoist cylinder stop nut, hoist cylinder stop nut and lifting support are fixed, and lifting support lifting line slideway auxiliary in edge under hoist cylinder piston actuated is that Z axis is slidably matched up and down.
Even-cutting machine at the bottom of planer-type plate of the present utility model, it has following advantage: 1. only adopt a mair motor to drive two saw blades, more energy-conserving and environment-protective; 2. adopt and cut off swing arm design, structure is compacter; 3. font gantry structure, its good rigidly, machining accuracy is high.When processing at the bottom of waste flitch, can by before and after translational worktable namely X-axis move, moved by the left and right of cross sliding board and Y-axis, the three-dimensional motion of the i.e. Z axis up and down of unit head assembly, and the rotation of truncation saw blade, cut off saw blade rotation and around A axle swing, realize the plane equating technique at the bottom of to slashing easily.In a word, the utility model be carry out again at the bottom of waste flitch by waste material recycling, state-of-the-art process equipment of turning waste into wealth.
Accompanying drawing explanation
Fig. 1 is the three-dimensional isometric drawing of even-cutting machine complete machine at the bottom of planer-type plate.
Fig. 2 is even-cutting machine complete machine front view at the bottom of planer-type plate.
Fig. 3 is even-cutting machine complete machine top view at the bottom of planer-type plate.
Fig. 4 is even-cutting machine complete machine left view at the bottom of planer-type plate.
Fig. 5 is base assembly schematic diagram.
Fig. 6 is translational worktable drive unit schematic diagram.
Fig. 7 is cross sliding board cross sliding driving device schematic diagram.
Fig. 8 is hydraulic mechanism schematic diagram.
Fig. 9 is unit head assembly schematic diagram.
Figure 10 is the A-A generalized section of Fig. 9.
Figure 11 is the B-B generalized section of Fig. 9.
Figure 12 is course of work schematic diagram.
Numbering illustrates:
1: base
101: main engine bed 102: translational worktable
103: rail brackets 104: vertical shift line slideway auxiliary
105: tooth row
2: translational worktable drive unit
201: direct-connected motor reductor 202: holder
203: eccentric bushing 204: bearing holder (housing, cover)
205: output gear shaft
3: right column
4: crossbeam
5: traversing rail brackets
6: cross sliding board
7: cross sliding board cross sliding driving device
701: direct-connected motor reductor 702: traversing reductor holder
703: traversing screw mandrel 704: traversing feed screw nut's seat
705: traversing feed screw nut 706: bearing fixed seat
8: hydraulic mechanism
801: hoist cylinder stop nut 802: hoist cylinder
9: unit head assembly
901: lifting support 902: mair motor
903: lengthen gasket ring 904: cut off oil cylinder
905: cut off oil cylinder lower carriage 906: cut off swing arm
907: motor coupler 908: power shaft shaft coupling
909: truncation gear fixed axis bearing sleeve 910: truncation upper bearing (metal) cushion cover
911: truncation main shaft 912: driven wheel
913: truncation intermediate bearing cushion cover 914: truncation main shaft bearing cover
915: truncation bearing holder (housing, cover) holder 916: truncation water cover
917: truncation saw blade fixed disk 918: truncation saw blade
919: cut off the secondary pressure ring 920 of swing arm: cut off swing arm left support bearing holder (housing, cover)
921: cut off swing arm left support bearing block 922: cut off water cover
923: external pressure cutterhead 924: cutterhead nut
925: cut off main shaft 926: interior push type broach dish
927: cut off saw blade 928: cut off the main pressure ring of swing arm
929: cut off gear shaft bearing holder (housing, cover) 930: cut off swing arm right bearing cover
931: cut off driving pulley sealing shroud 932: driving pulley
933: cut off gear shaft 934: cut off driving pulley seal cover
935: V belt 936: cut off primary shaft belt pulley
937: seal cover 938 after eccentric main axis bearing holder (housing, cover): eccentric main axis bearing holder (housing, cover) reinforcing ring
939: cut off swing arm main shaft pressure ring 940: eccentric main axis bearing holder (housing, cover)
10: right column
11: Hydraulic Station
12: traversing upper line slideway auxiliary
13: traversing lower line slideway auxiliary
14: lifting line slideway auxiliary
15: sleeper at the bottom of plate
16: at the bottom of plate
17: strip stone bar
Detailed description of the invention
Embodiment
Even-cutting machine at the bottom of a kind of planer-type plate, according to Fig. 1-4, comprise: main engine bed 101 and left column 3, right column 10 and crossbeam 4 are fixed as gantry structure, translational worktable 102, unit head assembly 9, described unit head assembly 9 is fixed on lifting support 901, lifting support 901 is connected on cross sliding board 6 by line slideway auxiliary 14, and is slidably matched through hydraulic mechanism 8 driving and cross sliding board about 6 i.e. Z axis; Cross sliding board 6 is driven by cross sliding board cross sliding driving device 7 and is slidably matched along crossbeam 4 i.e. Y-axis, and unit head assembly 9 connects truncation saw blade 908 by truncation main shaft 911; Unit head assembly 9 is driven by the swash drive cutting off saw blade and cuts off saw blade 927; Meanwhile, the cut-out oil cylinder 904 cutting off the swash drive of saw blade drives cut-out saw blade 927 to do oscillating motion around cut-out gear shaft 933 center line and A axle; Translational worktable 102 is fixed on rail brackets 103, is connected on main engine bed 101 by vertical shift line slideway auxiliary 104, is driven be slidably matched along vertical shift line slideway auxiliary 104 i.e. X-axis by translational worktable drive unit 2.
Described unit head assembly 9 as shown in figs. 9-11, by lifting support 901, mair motor 902, truncation saw blade 918, cut off oil cylinder 904, cut off swing arm 906, the swash drive cutting off saw blade 927 and cut-out saw blade is formed, mair motor 902 is fixed on lifting support 901 by lengthening gasket ring 903, mair motor 902 output shaft is by motor coupler 907 and power shaft shaft coupling 908 grafting truncation main shaft 911 one end, truncation main shaft 911 another end arranges truncation saw blade 908, truncation main shaft 911 drives truncation saw blade 908 to rotate: the swash drive of main described cut-out saw blade: be fixedly connected with driven wheel 912 by truncation main shaft 911, driven wheel 912 engages with cut-out gear shaft 933, cut off gear shaft 933 coaxial with driving pulley 932, driving pulley 932 cuts off primary shaft belt pulley 936 by V belt 935 transmission, cut off primary shaft belt pulley 936 by cutting off main shaft 925 affixed or grafting with cut-out saw blade 927, lifting support 901 passes through cut off the secondary pressure ring 919 of swing arm to be hinged on lifting support 901 with the main pressure ring 928 of cut-out swing arm, cut-out gear shaft 933 by cut-out swing arm 906, cut off main shaft 925 to be arranged on and to cut off swing arm 906 lower end and hinged with cut-out swing arm 906, cut off swing arm 906 and cut off saw blade 927 driving and do oscillating motion by cutting off oil cylinder 904 around cut-out gear shaft 933 center line and A axle.This structure, a mair motor 902 drives truncation main shaft 911 to rotate; Meanwhile, mair motor 902 can also drive to cut off main shaft 925 and cut off saw blade 927 and rotate; Drive to cut off oil cylinder lower carriage 905 and cut off swing arm 906 by the cut-out oil cylinder 904 be hinged on lifting support 901 and be elevated, realize cutting off saw blade 927 and swing around cut-out gear shaft 933 center line and A axle.Its compact conformation thus, economize energy.
Described cross sliding board 6 is driven by cross sliding board cross sliding driving device 7, be slidably matched with the traversing rail brackets 5 be fixed on crossbeam 4 by traversing upper line slideway auxiliary 12 and lower line slideway auxiliary 13, described cross sliding board cross sliding driving device 7 drives traversing screw mandrel 703 by the direct-connected motor reductor 701 be fixed on traversing reductor holder 702, and traversing screw mandrel 703 screws togather with the traversing feed screw nut 705 being fixed on cross sliding board behind.As shown in Figure 7.
Described translational worktable 102 is fixed on rail brackets 103, rail brackets 103 is coordinated by vertical shift line slideway auxiliary 104 with main engine bed 101, direct-connected motor reductor 201 driver output gear shaft 205 engages with the tooth row 105 on translational worktable 102, and tooth row 105 drives translational worktable 102 to be slidably matched along main engine bed 101 longitudinal rail and X-axis.As shown in Figure 6.
Described hydraulic mechanism 8 is made up of hoist cylinder 801 and hoist cylinder stop nut 802, hoist cylinder 801 is fixed on cross sliding board 6, hoist cylinder 801 piston rod connects hoist cylinder stop nut 802, hoist cylinder stop nut 802 is fixed with lifting support 901, and lifting support 901 is slidably matched along lifting line slideway auxiliary about 14 i.e. Z axis under hoist cylinder 801 piston rod drives.As shown in Figure 8.
The course of work:
As shown in figure 12, will 16 lie on translational worktable 102 by sleeper 15 at the bottom of plate, start mair motor 902, by shaft coupling 907, shaft coupling 908 transmission truncation main shaft 911, thus the truncation saw blade 908 on truncation main shaft 911 rotates, simultaneously, truncation main shaft 911 arranges driven wheel 912, driven wheel 912 engages driving pulley 932 with cut-out gear shaft 933, driving pulley 932 cuts off primary shaft belt pulley 936 by V belt 935 transmission, cutting off primary shaft belt pulley 936 drives cut-out saw blade 927 to rotate, by cutting off oil cylinder 904, peak at the bottom of plate is left in cut-out saw blade 927 lifting, engaged with the tooth row 105 on translational worktable 102 by direct-connected motor reductor 201 driver output gear shaft 205, realize translational worktable 102 to move forward and backward along X-direction, traversing screw mandrel 703 is driven to rotate by direct-connected motor reductor 701, traversing screw mandrel 703 drives and is fixed on cross sliding board traversing feed screw nut 705 behind, realize cross sliding board 6 to move left and right along Y-axis, being fixed on cross sliding board 6 by hoist cylinder 801 drives hoist cylinder stop nut 802 to be elevated, realize lifting support 901 to move up and down along Z axis.Thus truncation saw blade 918 cuts flat (similar grooving principle) operation to carrying out first at the bottom of plate from the side, the each bite of saw blade is 1/3rd (bite can adjust according to hardness at the bottom of plate) of saw blade cutting-in stroke, after truncation saw blade cutting-in reaches range, cutting off oil cylinder 904 drives cut-out saw blade 927 to drop to truncation saw blade height again, X-direction cutting is carried out at the bottom of plate, strip stone bar 17 can be produced, and manually removed, circulation like this, it is whole that plate baseplane gets final product equating.
Facts have proved: even-cutting machine at the bottom of planer-type plate of the present utility model, it has following advantage: 1. only adopt a mair motor to drive two saw blades, more energy-conserving and environment-protective; 2. adopt and cut off swing arm design, structure is compacter; 3. font gantry structure, its good rigidly, machining accuracy is high.When processing at the bottom of waste flitch, can by before and after translational worktable namely X-axis move, moved by the left and right of cross sliding board and Y-axis, the three-dimensional motion of the i.e. Z axis up and down of unit head assembly, and the rotation of truncation saw blade, cut off saw blade rotation and around A axle swing, realize the plane equating technique at the bottom of to slashing easily.In a word, the utility model be carry out again at the bottom of waste flitch by waste material recycling, state-of-the-art process equipment of turning waste into wealth.

Claims (5)

1. even-cutting machine at the bottom of a planer-type plate, comprise: main engine bed (101) is fixed as gantry structure, translational worktable (102), unit head assembly (9) with left and right column (3,10) and crossbeam (4), it is characterized in that: described unit head assembly (9) is fixed on lifting support (901), it is that Z axis is slidably matched up and down that lifting support (901) is driven with cross sliding board (6) by hydraulic mechanism (8); Cross sliding board (6) is driven by cross sliding board cross sliding driving device (7) and is slidably matched along crossbeam (4) i.e. Y-axis; Unit head assembly (9) connects truncation saw blade (908) by truncation main shaft (911); Unit head assembly (9) is driven by the swash drive cutting off saw blade and cuts off saw blade (927); Meanwhile, the cut-out oil cylinder (904) cutting off the swash drive of saw blade drives cut-out saw blade (927) to do oscillating motion around cut-out gear shaft (933) center line and A axle; Translational worktable (102) is fixed on rail brackets (103), be connected on main engine bed (101) by vertical shift line slideway auxiliary (104), driven by translational worktable drive unit (2) and be slidably matched along vertical shift line slideway auxiliary (104) i.e. X-axis.
2. even-cutting machine at the bottom of planer-type plate according to claim 1, it is characterized in that: described unit head assembly (9) is by lifting support (901), mair motor (902), truncation saw blade (918), cut off oil cylinder (904), cut off swing arm (906), the swash drive cutting off saw blade (927) and cut-out saw blade is formed, mair motor (902) is fixed on lifting support (901) by lengthening gasket ring (903), mair motor (902) output shaft is by motor coupler (907) and power shaft shaft coupling (908) grafting truncation main shaft (911) one end, truncation main shaft (911) another end arranges truncation saw blade (908): the swash drive of described cut-out saw blade: be fixedly connected with driven wheel (912) by truncation main shaft (911), driven wheel (912) engages with cut-out gear shaft (933), cut off gear shaft (933) coaxial with driving pulley (932), driving pulley (932) cuts off primary shaft belt pulley (936) by V belt (935) transmission, cut off primary shaft belt pulley (936) by cutting off main shaft (925) affixed or grafting with cut-out saw blade (927), by cutting off the secondary pressure ring (919) of swing arm on lifting support (901), the cut-out main pressure ring of swing arm (928) and cut-out gear shaft (933) will be cut off swing arm (906) and be hinged on lifting support (901), cut off main shaft (925) be arranged on cut off swing arm (906) lower end and with cut-out swing arm (906) hinged, cutting off oil cylinder (904) is hinged on lifting support (901), cut off swing arm (906) and cut off saw blade (927) and do oscillating motion by cutting off oil cylinder (904) driving around cut-out gear shaft (933) center line and A axle.
3. even-cutting machine at the bottom of planer-type plate according to claim 1, it is characterized in that: described cross sliding board (6) is driven by cross sliding board cross sliding driving device (7), on traversing, lower line slideway auxiliary (12, 13) be slidably matched with the traversing rail brackets (5) be fixed on crossbeam (4), described cross sliding board cross sliding driving device (7) drives traversing screw mandrel (703) by the direct-connected motor reductor (701) be fixed on traversing reductor holder (702), traversing screw mandrel (703) screws togather with the traversing feed screw nut (705) being fixed on cross sliding board behind.
4. even-cutting machine at the bottom of planer-type plate according to claim 1, it is characterized in that: described translational worktable (102) is fixed on rail brackets (103), rail brackets (103) is coordinated by vertical shift line slideway auxiliary (104) with main engine bed (101), direct-connected motor reductor (201) driver output gear shaft (205) engages with the tooth row (105) on translational worktable (102), and tooth row (105) drives translational worktable (102) to be slidably matched along main engine bed (101) longitudinal rail and X-axis.
5. even-cutting machine at the bottom of planer-type plate according to claim 1, it is characterized in that: described hydraulic mechanism (8) is made up of hoist cylinder (801) and hoist cylinder stop nut (802), hoist cylinder (801) is fixed on cross sliding board (6), hoist cylinder (801) piston rod connects hoist cylinder stop nut (802), hoist cylinder stop nut (802) is fixed with lifting support (901), lifting support (901) edge lifting line slideway auxiliary (14) under hoist cylinder (801) piston actuated is that Z axis is slidably matched up and down.
CN201520570632.1U 2015-08-03 2015-08-03 Planer -type board undermining flat -bed machine Expired - Fee Related CN204819963U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520570632.1U CN204819963U (en) 2015-08-03 2015-08-03 Planer -type board undermining flat -bed machine

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104985704A (en) * 2015-08-03 2015-10-21 蔡崇友 Gantry type slab-bottom flat cutting machine
CN105345125A (en) * 2015-12-14 2016-02-24 周韵贤 Three-shaft linkage type plate shearing machine
CN106272987A (en) * 2016-08-12 2017-01-04 卓达新材料科技集团威海股份有限公司 A kind of single shaft groover
CN106738098A (en) * 2016-12-29 2017-05-31 福建省恒艺终端展柜有限公司 A kind of pipelining equipment for producing showcase
CN107175773A (en) * 2017-04-25 2017-09-19 江苏南通二建集团有限公司 A kind of slotter
CN113370314A (en) * 2021-06-16 2021-09-10 和能人居科技(天津)集团股份有限公司 Cutting saw, cutting production line and cutting method

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104985704A (en) * 2015-08-03 2015-10-21 蔡崇友 Gantry type slab-bottom flat cutting machine
CN105345125A (en) * 2015-12-14 2016-02-24 周韵贤 Three-shaft linkage type plate shearing machine
CN106272987A (en) * 2016-08-12 2017-01-04 卓达新材料科技集团威海股份有限公司 A kind of single shaft groover
CN106272987B (en) * 2016-08-12 2018-01-30 卓达新材料科技集团威海股份有限公司 A kind of single shaft groover
CN106738098A (en) * 2016-12-29 2017-05-31 福建省恒艺终端展柜有限公司 A kind of pipelining equipment for producing showcase
CN106738098B (en) * 2016-12-29 2019-04-30 福建省恒艺终端展柜有限公司 A kind of pipelining equipment producing showcase
CN107175773A (en) * 2017-04-25 2017-09-19 江苏南通二建集团有限公司 A kind of slotter
CN113370314A (en) * 2021-06-16 2021-09-10 和能人居科技(天津)集团股份有限公司 Cutting saw, cutting production line and cutting method

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151202

Termination date: 20210803