CN102632392B - Worktable of cutting machine - Google Patents
Worktable of cutting machine Download PDFInfo
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- CN102632392B CN102632392B CN201210091715.3A CN201210091715A CN102632392B CN 102632392 B CN102632392 B CN 102632392B CN 201210091715 A CN201210091715 A CN 201210091715A CN 102632392 B CN102632392 B CN 102632392B
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Abstract
A worktable of a cutting machine comprises a system bottom plate and a motor. A lead screw transmission shaft is horizontally arranged on the system bottom plate, a nut is fixedly sleeved on the outside of the lead screw transmission shaft and fixed to the lower portion of a lead screw and nut connecting plate, a moving substrate which is horizontally arranged, positioned above the lead screw transmission shaft and spaced from the lead screw transmission shaft is fixed to the top of the lead screw and nut connecting plate, a transmission plate and a moving platform are arranged above the moving substrate by a distance, the transmission plate is parallel to the moving substrate, the moving platform is horizontally supported on the upper side of the transmission plate and is spaced from the transmission plate, and a guide plate is further horizontally disposed between the transmission plate and the moving platform. The worktable not only can be used for cutting straight materials, but also can be used for cutting bent materials, the frequency of change among the straight materials and the bent materials is reduced, switching time is greatly saved, labor intensity is reduced, the safety of a product is improved, the service life of the product is prolonged, and the cutting precision of the product is guaranteed.
Description
Technical field
The present invention relates to a kind of cutting machine, particularly relate to a kind of pallet of cutting machine.
Background technology
In modern production processing, particularly automobile industry, often want cutting products, and this product has plenty of panel beating and directly expects to have plenty of the curved material of panel beating.Cutting machine conversion after cutting off straight material product removes to cut off curved material product, or, during conversion goes to cut off the production of straight material product after cutting off curved material product, often to spend a large amount of time, go carrying to adjust the position of cutting machine, this process greatly the impact efficiency of producing, strengthen workman's labour intensity.Due to the frequent adjustment of cutting machine, make the precision of production also not high simultaneously, produce a large amount of wastes.Existing cutting conversion method generally adopts two kinds of methods to carry out: the one, and directly equipment is transported to and needs the position cut off, cut off; The 2nd, haulage equipment also utilizes a model, is cutting model on curved material fashionable dress, the model of dismantling when cutting straight material, although method one is simple, in handling process, labour intensity is large, and the process of cutting off product is very unstable, and precision is very poor; Although method two labour intensity in handling process is slightly little, but change trouble, when cutting curved material, need to withstand on all the time on model with cylinder or spring, defect due to structure, still very unstable in cutting-off process, cut off precision poor, and the speed of production line is faster, precision is poorer, causes scrapping of large-tonnage product.Two kinds of methods all exist labour intensity large, and precision is bad, the problem that switching time is long.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of saw working bench that can realize quickly and easily that straight material and the conversion of curved material are cut, this workbench has not only reduced labour intensity, cutting machine handling process while having removed the straight material of cutting and curved material from, but also greatly improved machining accuracy.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of saw working bench, comprise that motor and a horizontally disposed system backplane is characterized in that: on described system backplane, level is provided with a screw rod transmission axle, this screw rod transmission axle links by the output shaft of a transmission mechanism and above-mentioned motor, on described screw rod transmission axle, being threaded can be along the axially movable nut of this screw mandrel, and described nut and feed screw nut's connecting plate fix;
Top and a described screw rod transmission axle moving substrate separately that is horizontally disposed with and is positioned at described screw rod transmission axle fixed at the top of described feed screw nut's connecting plate, described system backplane is provided with the slide rail extended in the same way with described screw rod transmission axle, and the below of described moving substrate has the slide block matched with described slide rail;
The top of described moving substrate be provided with one with described moving substrate parallel driver plate separately, described driver plate can move along described slide rail along with described moving substrate, and described driver plate can also be on described moving substrate along moving with the perpendicular direction of described slide rail;
One horizontal supporting above described driver plate and the mobile platform spaced with described driver plate, is fixed with cutter sweep on described mobile platform;
And be provided with in the level of going back between described driver plate and mobile platform the guide plate be supported on described system backplane, described guide plate is provided with the first groove extended in the same way with described slide rail and extends in the same way with described the first groove and the second crooked groove, described mobile platform below is fixed with the universal wheel contacted with the upper surface of described guide plate, and the below of described mobile platform also is provided with a guide wheel units that matches with described the first groove or the second groove and described mobile platform is moved along described the first groove or the second groove.
Preferably, described moving substrate be provided with one with the perpendicular groove of the bearing of trend of described slide rail, be provided with a rocker piece that can move along described groove in described groove, an axle straight up is housed in described rocker piece, described axle is fixedly connected on described driver plate.
In order to prevent that rocker piece from deviating from from groove, the below of described rocker piece is fixed with the rocker piece slide plate, and described rocker piece slide plate is stuck in the below of described moving substrate.
For the movement that makes described guide plate has a frictional force, that guide plate is moved is more steady, and the top of described axle is fixed with a brake pad, the upper surface of described brake pad and the laminating of the lower surface of guide plate.
In order to fix better described motor, the side of described motor is fixed on vertical motor fixing plate, the below of described motor fixing plate and motor is provided with the motor removing plate, described motor fixing plate and motor removing plate fix, described motor removing plate level is arranged at the top of a traversing carriage, and a side of described traversing carriage and the setting of described system backplane adjacent, parallel and one side and described system backplane is fixedly connected.
In order to regulate the distance between described motor and described screw rod transmission axle and then the degree of tightness of being convenient to regulate conveyer belt, also be fixed with a vertical movable plate regulating block on described traversing carriage, the bolt that has been threaded on this movable plate regulating block, described bolt one end is connected on described motor removing plate.
For fixing described guide plate, the outside, two ends of described slide rail and screw rod transmission axle, all be fixed with vertical guide plate gripper shoe and support column, and the top of described guide plate gripper shoe and support column all is fixedly attached to described guide plate.
For described workbench can be rotated, described system backplane is located on the single-revolution platform.
Preferably, described panoramic table comprises the base plate of rotating disk and rotating disk below, be provided with the worm screw and the turbine that match between described rotating disk and base plate, described turbine and described rotating disk fix, the end of described worm screw is connected with handwheel, is fixed with on described base plate along the even circumferential of described rotating disk and distributes and can lock the pressing plate of rotating disk.
Installation and removal for the ease of guide wheel units, the bottom of described guide wheel units is bearing, the top internal diameter that the top of described guide wheel units has a ，Gai hole, hole is less than the bottom internal diameter, and the bottom of described mobile platform has the mounting blocks that the top internal diameter with this hole is complementary.
Compared with prior art, the invention has the advantages that the present invention has utilized the structure of driver plate, make the mobile platform be fixed on driver plate under the cooperation of guide wheel units and the first groove (or second groove), the freedom of motion that had both there is the slide rail bearing of trend, also there is the freedom of motion with the perpendicular direction of slide rail bearing of trend, and then not only can cut straight material, and can cut curved material.Guide wheel units adopts and is easy to the structure of changing, and has more reduced the replacing time of straight material and the cutting of curved material, has greatly saved the time, has reduced labour intensity, has also improved security and the service life of product.And utilize the groove of guide wheel units and straight line and coordinating of crooked groove, make this mobile platform can carry out steadily, swimmingly straight line and bending motion, this workbench is along with the increase of cutting speed, precision is also without significantly changing, thereby can meet the cutting under high-speed case, and guarantee the cutting accuracy of product.
The accompanying drawing explanation
The front view that Fig. 1 is saw working bench of the present invention (part is analysed and observe).
The right view that Fig. 2 is Fig. 1 (part is analysed and observe).
The top view that Fig. 3 is Fig. 2 (part is analysed and observe).
Fig. 4 is the schematic diagram removed in Fig. 3 after mobile platform.
The top view that Fig. 5 is saw working bench of the present invention (removing mobile platform, guide plate gripper shoe, guide plate and motor).
Fig. 6 is the cutaway view along A-A line in Fig. 5.
Fig. 7 is the schematic diagram that comprises the saw working bench of panoramic table.
The front view that Fig. 8 is guide wheel units.
The partial sectional view that Fig. 9 is B-B line in Fig. 8.
The specific embodiment
Below in conjunction with accompanying drawing, embodiment is described in further detail the present invention.
Saw working bench of the present invention, as shown in Fig. 1-7, comprise horizontally disposed system backplane 1 and the motor 21 that is positioned at a side of system backplane 1, the side of described motor 21 is fixed on vertical motor fixing plate 22, the below of motor fixing plate 22 and motor 21 is provided with motor removing plate 23, motor fixing plate 22 fixes with motor removing plate 23 position that limits this motor 21, motor removing plate 23 is horizontally placed on the top of a traversing carriage 2, a wherein side of traversing carriage 2 one sides and system backplane 1 is fixedly connected, be that system backplane 1 and traversing carriage 2 levels are adjacent to arrange, on traversing carriage 2, be horizontally disposed with motor removing plate 23 and with the perpendicular motor fixing plate for fixed electrical machinery 21 22 of motor removing plate 23.And also be connected with the stiffener 26 of an inclination between motor fixing plate 22 and motor removing plate 23, for reinforcing being connected between motor fixing plate 22 and motor removing plate 23.
The output shaft of described motor 21 is horizontally disposed with, driving wheel 31 is housed on the end of its output shaft, driving wheel 31 outside covers have conveyer belt 3, by conveyer belt 3, the rotation of driving wheel 31 are passed to driven pulley 32, and the top that driven pulley 32 is positioned at system backplane 1 is connected with the miscellaneous part on system backplane 1.And have groove on the upper surface of this traversing carriage 2, be convenient to motor removing plate 23 and motor fixing plate 22 is adjusted position on the upper surface of traversing carriage 2.On this traversing carriage 2 also the side away from system backplane 1 be fixed with a vertical movable plate regulating block 24, a bolt 25 has been threaded on this movable plate regulating block 24, this bolt 25 is through this movable plate regulating block 24, and an end of bolt 25 is connected in the side of motor removing plate 23, therefore by rotating this bolt 25, can regulate the position of motor removing plate 23 on traversing carriage 2, make this motor removing plate away from or near system backplane, and then make conveyer belt 3 tensioners.The outside of driving wheel 31, driven pulley 32 and conveyer belt 3 is also covered by conveyer belt guard shield 33, plays safety effect, and this conveyer belt guard shield 33 is fixed on motor fixing plate 22.
As shown in Figure 5,6, a screw rod transmission axle 4 is fixed on system backplane 1 by two bearing block 41 levels, and the outside of this bearing block 41 also has bearing block cover plate 411, and bearing block cover plate 411 is provided with oil nozzle 412.This driven pulley 32 is fixed in an end of this screw rod transmission axle 4, therefore, the rotation that motor 21 produces is passed to driven pulley 32 by driving wheel 31, conveyer belt 3, then pass to screw rod transmission axle 4 by driven pulley 32, this driving wheel 31, driven pulley 32 and conveyer belt 3 formations one pass to the rotation of motor 21 transmission mechanism of screw rod transmission axle 4, those skilled in the art also can adopt other transmission mechanisms, such as gear drive etc.The intermediate sleeve of screw rod transmission axle 4 has 42 pairs of screw rod transmission axles 4 of telescopic protective cover to be protected, and this telescopic protective cover 42 is by being placed in screw rod transmission axle 4 two ends and middle sheath 43 carries out spacing.Two of the centre in sheath 43 bottoms that are fixed by screws in respectively ball screw nut 44 and feed screw nut's connecting plate 45 wherein, this ball screw nut 44 fixes with the bottom of feed screw nut's connecting plate 45, and this ball screw nut 44 is placed in the outside of screw rod transmission axle 4, so the rotation of this screw rod transmission axle 4 passes to feed screw nut's connecting plate 45 by ball screw nut 44.The first half of feed screw nut's connecting plate 45 is connected to a horizontally disposed moving substrate 5, this moving substrate 5 is positioned at the top of described screw rod transmission axle 4, and and to have gap between screw rod transmission axle 4 be that both are spaced, so the rotation of this screw rod transmission axle 4 is passed to moving substrate 5.And on this system backplane 1, be provided with the slide rail 11 extended in the same way with screw rod transmission axle 4, as shown in Figure 5, this slide rail 11 is the both sides that lay respectively at screw rod transmission axle 4 two.Preferably, on this system backplane 1, slide rail backing plate 12 is housed, slide rail backing plate 12 is fixed on system backplane 1 by screw, and then loads onto slide rail 11 on slide rail backing plate 12.The below of moving substrate 5 is provided with the slide block 51 matched with described slide rail 11, and under the driving of screw rod transmission axle 4, moving substrate 5 can slide along slide rail 11 by slide block 51.Preferably, as shown in Figure 5, this corner, four of 5 belows of moving substrate respectively is provided with a slide block, and slide rail 11 is parallel two, and is equipped with two slide blocks of moving substrate 5 on every slide rail 11.On this system backplane 1, slide rail 11 1 sides also are equipped with inductive switch support 15, on induction support 15, inductive switch 16 are housed.
Also be provided with the groove 52 that a length direction is vertical with the bearing of trend of described slide rail 11 on the upper surface of moving substrate 5, be provided with a rocker piece 53 in this groove 52, the width of the width of this rocker piece 53 and groove 52 is complementary, the below of rocker piece 53 is provided with a rocker piece slide plate 54, this rocker piece slide plate 54 is connected by screw with rocker piece 53, and this rocker piece slide plate 54 is stuck in the below of described moving substrate 5, this rocker piece 53 and rocker piece slide plate 54 can be in groove 52 move along the length direction of the groove 52 on this moving substrate 5, and those skilled in the art can recognize that described rocker piece slide plate 54 not necessarily needs to arrange, as long as this rocker piece 53 can be done and vertical the moving of described slide rail 11 along this groove 52, and in described groove 52, do not deviate to get final product.One axle 55 straight up is housed in this rocker piece 53, the top of this axle 55 is fixed with the driver plate 6 of a level, this driver plate 6 and moving substrate 5 be arranged in parallel and between there is interval, therefore this driver plate 6 can along with axle 55 on the interior edge of groove 52 of moving substrate 5 direction vertical with slide rail 11 move, and this driver plate 6 also can be along with moving substrate 5 moves along this slide rail 11.The both sides of this driver plate 6 are respectively equipped with the connecting plate 61 of vertical setting, and connecting plate 61 extends upward and the upper end of connecting plate 61 is fixed with a mobile platform 7.Therefore this mobile platform 7 fixes by connecting plate 61 and driver plate 6, and this mobile platform 7 is supported on driver plate 6 along with driver plate 6 moves along slide rail 11 by connecting plate 61, also can be along with driver plate 6 is done the slip vertical with the bearing of trend of slide rail 11 along the groove 52 in moving substrate 5.This mobile platform 7 and driver plate 6 have the free degree of two orthogonal directions.
On this system backplane 1, the outside, two ends at this slide rail 11 and screw rod transmission axle 4, be fixed with respectively vertical guide plate gripper shoe 13 and support column 18, the guide plate gripper shoe 13 at these two ends and the top of support column 18 all are fixedly attached to a horizontally disposed guide plate 8, these guide plate 8 levels mobile platform 7 and and driver plate 6 between, and flatly fixing separately by guide plate gripper shoe 13 and system backplane 1, and all there is gap between this guide plate 8 and mobile platform 7 and driver plate 6, on the upper surface of this driver plate 6, the top of axle 55 also is provided with a brake pad 62, the lower surface laminating of the upper surface of this brake pad 62 and guide plate 8, when this driver plate 6 is moved along slide rail 11, there is a frictional force, to facilitate translational speed and the mobile stationarity of controlling driver plate 6 and mobile platform 7.
This guide plate 8 is fixed on system backplane 1 by the guide plate gripper shoe 13 in the outside, two ends of slide rail 11 and screw rod transmission axle 4, and the connecting plate 61 that passes through the bearing of trend both sides of slide rail 11 between mobile platform 7 and driver plate 6 is fixed, the both sides that connecting plate 61 is positioned at guide plate 8 extend upward, and should there is certain gap between this connecting plate 61 and guide plate 8, to guarantee when mobile platform 7 along with driver plate 6 is being done and during the vertical direction of slide rail 11 mobile, connecting plate 61 can not contact with guide plate 8.Therefore this mobile platform 7 can move along with the motion of driver plate 6 above guide plate 8, and is not subject to the impact of guide plate gripper shoe 13, support column 18 and the connecting plate 61 at guide plate 8 two ends.
The below of this mobile platform 7 is provided with universal wheel 71, and this universal wheel 71 contacts with the upper surface of guide plate 8, makes this mobile platform 7 along with driver plate 6 motion the time, between mobile platform 7 and guide plate 8, maintains a certain distance.The top of guide plate 8 is provided with first groove 81 parallel with the bearing of trend of slide rail 11, and it is identical with the first groove 81 also to be provided with a bearing of trend in this first groove 81, but the second crooked groove 82, the below of mobile platform 7 also can be provided with the guide wheel units 72 be complementary with the first groove 81 or the second groove 82, make this mobile platform 7 when moving along the bearing of trend of slide rail along with driver plate 6, this first groove 81 or this second groove 82 play guide effect preferably.And guide wheel units 72 can be changed, when needs mobile platform 7 during along slide rail 11 rectilinear motion, guide wheel units 72 matches mobile platform 7 is moved along the first groove 81 with the first groove 81, when mobile platform 7 is done movement in a curve, replaceable guide wheel units 72, guide wheel units 72 is matched with the second groove 82 in the first groove 81, mobile platform 7 is moved along the second groove 82.As shown in Figure 4, above-mentioned the second groove 82 and the first groove 81 are arranged to overlapping two-layer structure, the invariant position that can make like this guide wheel units 72 install, only changing difform guide wheel units 72 can coordinate with the first groove 81 or the second groove 82 respectively, certainly this first groove 81 and the second groove 82 also can be arranged to the structure of two grooves arranged side by side, as long as the installation site that makes guide wheel units 72 also has arranged side by side a plurality of with the first groove 81 and the second groove 82 matchingly.
Can be provided for the cutter sweep of cutting products on mobile platform 7, because mobile platform 7 can have the free degree of both direction, therefore, cutter sweep also can have the free degree of both direction together with mobile platform 7, can make like this cutter sweep be applicable to cut straight material or curved material.As shown in Figure 7, this system backplane 1 and traversing carriage 2 can be fixed on the rotating disk 91 on panoramic table 9, and preferably, this panoramic table can have worm gear structure, or also can have gear & rack structure.Preferably, panoramic table 9 is provided with handwheel 92, and handwheel 92 is supported on by support 93 on the base plate 94 of panoramic table, handwheel 92 connecting worms 95, and the rotation of control worm screw 95, and worm screw 95, turbine 96 all are positioned at the below of rotating disk 91, the top of base plate 94.When worm screw 95 rotation, drive turbine 96 rotations that match with worm screw 95, turbine 96 and rotating disk 91 link together, and therefore the operation by handwheel 92 can make rotating disk 91 rotate.After position is adjusted, can utilize the pressing plate 97 be fixed on base plate 94 by rotating disk 91 lockings, this pressing plate 97 also can be locked by modes such as cylinder, quick knobs, and this pressing plate 97 makes the power of locking also even along the even circumferential distribution of rotating disk 91.
And as Fig. 8, shown in 9, schematic diagram for wherein a kind of embodiment of this guide wheel units 72, wherein Fig. 8 is front view, Fig. 9 is cutaway view, the bottom of this guide wheel units 72 is bearing 721, top has a hole 722, 722 top, this hole internal diameter is less than the bottom internal diameter, and the bottom of mobile platform 7 has the mounting blocks be complementary with 722 top, this hole internal diameter, as long as this guide wheel units 72 is placed in to mounting blocks from the lower position in this hole 722, then make guide wheel units 72 move downward, can make 722 top, hole and this mounting blocks of this guide wheel units be connected to a fixed, this structure is convenient to the dismounting that is installed on of guide wheel units 72, facilitate the replacing of guide wheel units and then the conveniently directly replacing of the cutting of material and curved material.
Due between moving substrate 5 and slide rail 11, by slide block 51, contact, and the below of mobile platform 7 contacts with guide plate 8 by universal wheel 71, and mobile platform 7 belows also are provided with the guide wheel units matched with the first groove 81 and the second groove 82, make like this no matter mobile platform 7 is done rectilinear motion or movement in a curve, can both realize moving stably, and then be arranged on the cutter sweep of mobile platform 7 tops, cutting in can realizing moving stably, guaranteed the cutting accuracy of product, and this workbench can be changed the cutting that realizes camber line and straight line product, greatly saved conversion time, reduced labour intensity, but also security and the service life of having improved product.In addition, an elevating mechanism can also be set on panoramic table 9, so just can realize cutting and processing to three-dimensional objects.
The present invention has utilized the structure of driver plate, make the mobile platform be fixed on driver plate under the cooperation of guide wheel units and the first groove (or second groove), the freedom of motion that had both there is the slide rail bearing of trend, also there is the freedom of motion with the perpendicular direction of slide rail bearing of trend, and then not only can cut straight material, and can cut curved material.Guide wheel units adopts and is easy to the structure of changing, and has more reduced the replacing time of straight material and the cutting of curved material, has greatly saved the time, has reduced labour intensity, has also improved security and the service life of product.And utilize the groove of guide wheel units and straight line and coordinating of crooked groove, make this mobile platform can carry out steadily, swimmingly straight line and bending motion, this workbench is along with the increase of cutting speed, precision is also without significantly changing, thereby can meet the cutting under high-speed case, and guarantee the cutting accuracy of product.
Claims (10)
1. a saw working bench, comprise that motor (21) and a horizontally disposed system backplane (1) is characterized in that: the upper level of described system backplane (1) is provided with a screw rod transmission axle (4), this screw rod transmission axle (4) links by the output shaft of a transmission mechanism and above-mentioned motor, on described screw rod transmission axle (4), being threaded can be along the axially movable nut of this screw mandrel (44), and described nut (44) fixes with feed screw nut's connecting plate (45);
Top and described screw rod transmission axle (a 4) moving substrate (5) separately that is horizontally disposed with and is positioned at described screw rod transmission axle (4) fixed at the top of described feed screw nut's connecting plate (45), described system backplane (1) is provided with the slide rail (11) extended in the same way with described screw rod transmission axle (4), and the below of described moving substrate (5) has the slide block (51) matched with described slide rail (11);
The top of described moving substrate (5) be provided with one with described moving substrate (5) parallel driver plate (6) separately, described driver plate (6) can be along with described moving substrate (5) along described slide rail (11) motion, and described driver plate (6) can also described moving substrate (5) upper along with the perpendicular direction motion of described slide rail (11);
One horizontal supporting is at described driver plate (6) top and the mobile platform (7) spaced with described driver plate (6), and described mobile platform is fixed with cutter sweep on (7);
And also level is provided with the guide plate (8) be supported on described system backplane (1) between described driver plate (6) and mobile platform (7), described guide plate (8) is provided with the first groove (81) extended in the same way with described slide rail (11) and extends in the same way with described the first groove (81) and crooked the second groove (82), described mobile platform (7) below is fixed with the universal wheel (71) contacted with the upper surface of described guide plate (8), the below of described mobile platform (7) also is provided with a guide wheel units (72) that matches with described the first groove (81) or the second groove (82) and described mobile platform (7) is moved along described the first groove or the second groove.
2. saw working bench as claimed in claim 1, it is characterized in that: described moving substrate (5) be provided with one with the perpendicular groove (52) of the bearing of trend of described slide rail (11), being provided with one in described groove (52) can be along the rocker piece (53) of described groove (52) motion, one axle (55) straight up is housed in described rocker piece (53), and described axle (55) is fixedly connected on described driver plate (6).
3. saw working bench as claimed in claim 2, it is characterized in that: the below of described rocker piece (53) is fixed with rocker piece slide plate (54), and described rocker piece slide plate (54) is stuck in the below of described moving substrate (5).
4. saw working bench as claimed in claim 2, it is characterized in that: the top of described axle (55) is fixed with a brake pad (62), the lower surface laminating of the upper surface of described brake pad (62) and guide plate (8).
5. as saw working bench as described in claim 1 to 4 any one, it is characterized in that: the side of described motor (21) is fixed on vertical motor fixing plate (22), the below of described motor fixing plate (22) and motor (21) is provided with motor removing plate (23), described motor fixing plate (22) fixes with motor removing plate (23), described motor removing plate (23) is horizontally placed on the top of a traversing carriage (2), and described traversing carriage (2) is fixedly connected with a side of described system backplane (1) adjacent, parallel setting and one side and described system backplane (1).
6. saw working bench as claimed in claim 5, it is characterized in that: also be fixed with a vertical movable plate regulating block (24) on described traversing carriage (2), the bolt (25) that has been threaded on this movable plate regulating block (24), described bolt (25) one ends are connected on described motor removing plate (23).
7. saw working bench as described as claim 1 to 4 any one, it is characterized in that: the outside, two ends of described slide rail (11) and screw rod transmission axle (4), all be fixed with vertical guide plate gripper shoe (13) and support column (18), the top of described guide plate gripper shoe (13) and support column (18) all is fixedly attached to described guide plate (8).
8. saw working bench as described as claim 1 to 4 any one, it is characterized in that: described system backplane (1) is located on single-revolution platform (9).
9. saw working bench as claimed in claim 8, it is characterized in that: described panoramic table (9) comprises the base plate (94) of rotating disk (91) and rotating disk (91) below, be provided with the worm screw (95) and the turbine (96) that match between described rotating disk (91) and base plate (94), described turbine (96) fixes with described rotating disk (91), the end of described worm screw (95) is connected with handwheel (92), is fixed with on described base plate (94) along the even circumferential of described rotating disk (91) and distributes and can lock the pressing plate (97) of rotating disk (91).
10. saw working bench as described as claim 1 to 4 any one, it is characterized in that: the bottom of described guide wheel units (72) is bearing (721), the top of described guide wheel units (72) has a hole (722), the top internal diameter in this hole (722) is less than the bottom internal diameter, and the bottom of described mobile platform (7) has the mounting blocks that the top internal diameter with this hole (722) is complementary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210091715.3A CN102632392B (en) | 2012-03-30 | 2012-03-30 | Worktable of cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210091715.3A CN102632392B (en) | 2012-03-30 | 2012-03-30 | Worktable of cutting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102632392A CN102632392A (en) | 2012-08-15 |
| CN102632392B true CN102632392B (en) | 2014-01-08 |
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| CN201210091715.3A Active CN102632392B (en) | 2012-03-30 | 2012-03-30 | Worktable of cutting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105500025A (en) * | 2015-12-31 | 2016-04-20 | 天津正本自控系统有限公司 | Sliding table assembly for cutting machine |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3837493A1 (en) * | 1987-11-16 | 1989-03-23 | Nikolai Schaefer | Functional model of an NC hot-wire cutting device/plotter |
| CN1907644A (en) * | 2005-08-05 | 2007-02-07 | 天津市天锻压力机有限公司 | Workbench mobile device driven by number overloading machinery |
| CN201257597Y (en) * | 2008-09-19 | 2009-06-17 | 赵仁理 | Numerical control machining apparatus for metal cutting machine tool |
| CN202607245U (en) * | 2012-03-30 | 2012-12-19 | 宁波信泰机械有限公司 | Cutting machine worktable |
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2012
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| CN102632392A (en) | 2012-08-15 |
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