CN102528914A - Production line equipment for forming lines on stone material - Google Patents
Production line equipment for forming lines on stone material Download PDFInfo
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- CN102528914A CN102528914A CN2012100516961A CN201210051696A CN102528914A CN 102528914 A CN102528914 A CN 102528914A CN 2012100516961 A CN2012100516961 A CN 2012100516961A CN 201210051696 A CN201210051696 A CN 201210051696A CN 102528914 A CN102528914 A CN 102528914A
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Abstract
The invention provides production line equipment for forming lines on a stone material, which can achieve the effect of continuous production. The equipment comprises a frame, a conveying device, a guiding rule device, edge-finishing devices, milling devices, a control device, polishing devices and a swing device, wherein the frame is arranged at the bottom of the whole equipment and the lower part of the frame is connected on a ground foundation; the guiding rule device, the conveying device and a platform are arranged from left to right on the upper surface of the frame; a plurality sets of edge-finishing devices, milling devices and polishing devices are arranged on the platform; the edge-finishing devices, the milling devices and the polishing devices are arranged in sequence in the conveying direction of the conveying device; and the swing device is arranged on the frame (1) and can control the polishing devices to swing horizontally on the surface of the working platform. The equipment can remarkably increase the production efficiency of forming lines on the stone material, reduce the production cost and reduce the breakage rate in production process; and the quality of products is qualitatively improved. The equipment can fill the blank that continuous production line equipment for forming lines on stone materials are not successfully produced in the prior art both at home and abroad.
Description
Technical field
The present invention relates to a kind of architectural shape production equipment, relate in particular to a kind of on stone material the equipment of shaping lines.
Background technology
In recent years, along with the year by year increase of market to stone material lines demand, the process equipment of various stone material lines continues to bring out.Like the former aspect: develop into the modular system that adopts the typing of moulding diamond wheel from single blade profiling equipment; Develop into a plurality of diamond wheel modular systems today from single diamond wheel modular system; Like the polissoir aspect: from single group polissoir of the carse, medium and small different polishing wheels of need frequent change, many groups of (by carse, medium and small arrangement) polissoirs that increase gradually to today.Like the jacking system aspect: from the Pneumatic elevation system to hydraulic system, the screw mandrel jacking system of main flow till now again.But these all are former or the polissoirs that belongs to the special plane form.Because these special plane equipment itself also exist various deficiencies and defective, technology is not very ripe.In the processing use, the situation that still exists a lot of links to need handwork to remedy.
Existing stone material lines equipment has following shortcoming: the milling degree of depth is limited, working (machining) efficiency is low; Use cost is high, processing limitation transition is big; Breakage rate is big; The consumption of polishing emery wheel is big, and the product breakage rate is high; Product appearance is undesirable, and quality is unstable.
Therefore need a kind of novel stone material lines process equipment that overcomes above-mentioned defective.
Summary of the invention
In order to make the producing process of stone material lines, break away from processing cost height, low, the unfavorable present situation of product quality of efficient, realize pinpoint accuracy, high efficiency, modern production pattern cheaply.But the invention provides a kind of quantity-produced stone material lines apparatus for production line.This equipment can significantly improve the stone material lines production efficiency, reduce production costs, reduce the breakage rate in the processing process, product quality has the variation of matter.
In order to realize above-mentioned target; The invention provides a kind of novel stone material lines apparatus for production line; It comprises support, conveyer, guiding ruler device, edge-neatening apparatus, Grinder, control device, burnishing device and pendulous device; Support is arranged on the bottom of entire equipment, and the support bottom connects the basis, ground, and upper surface is disposed with guiding ruler device, conveyer and a platform from left to right; Said platform is provided with many group edge-neatening apparatus, Grinder and burnishing devices; Edge-neatening apparatus, Grinder and burnishing device are arranged in order by the direction of transfer of conveyer, and pendulous device is arranged on the support, can control burnishing device and swing at the workbench surface level.
Said Grinder comprises spindle motor, main shaft and is installed in the shaped device on the main shaft installation end; Spindle motor is through the rotation of belt transmission driving main shaft and then drive the shaped device rotation; The other end of main shaft is fixed on first elevating mechanism; Said first elevating mechanism is made up of lifting motor and reductor, oscilaltion screw mandrel, can control main shaft thereby lifting motor links to each other with elevating screw through reductor, and then drives shaped device and go up and down.
Said shaped device is combination saw blade or moulding milling wheel.
Said burnishing device is made up of the polishing mechanism and second elevating mechanism; Said polishing mechanism comprises plastic polishing wheel, buff spindle, buff spindle belt pulley, motor, motor pulley, driving belt and speed probe, and motor links to each other with motor pulley, the rotation of driven by motor motor pulley; Motor pulley drives the rotation of buff spindle belt pulley through driving belt; The buff spindle belt pulley drives the buff spindle rotation, and buff spindle drives the rotation of plastic polishing wheel, and the side of driving belt is provided with speed probe; The plastic polishing wheel of rotation is under second elevating mechanism and digital control system control, and decline touches stone material lines surface and polishes.
Said second elevating mechanism is made up of motor, accurate screw mandrel, line slideway, slide and polishing mechanism connecting plate; Article two, line slideway parallel to each other and middle accurate screw mandrel are vertically set on the polishing mechanism connecting plate forms crane; Accurate screw mandrel upper end connects motor through shaft coupling; The signal that motor transmits according to digital control system drives the polishing mechanism that is installed on the polishing mechanism connecting plate through accurate screw mandrel and goes up and down.
Said swing mechanism comprises swing electric machine support, swing motor and reductor, crossbeam guide rail guiding device, swing connecting bar device and oscillating platform; Swing motor and reductor are placed on the electric machine support and with the swing connecting bar device and join; The swing connecting bar device is fixed on the oscillating platform lower end, and the control oscillating platform swings back and forth on the crossbeam guider.
Described conveyer comprises crossbeam, driving wheel, driven pulley, belt conveyor, reductor and motor; Belt conveyor is wrapped in about driving wheel, driven pulley and the crossbeam; Reductor and motor are installed in the driving wheel right side, and the driven by motor reductor drives driving wheel through reductor and rotates; Driving wheel drives driven pulley through belt conveyor and rotates, and belt conveyor is cycle rotation in this process.
Said guiding ruler device comprises slide, degree of tightness switch, rocking arm and the bascule below guiding ruler, the guiding ruler; Guiding ruler length equates with big beam length basically; Guiding ruler links to each other through rocking arm homostasis device; Guiding ruler all adopts with rocking arm and rocking arm homostasis device and is articulated and connected, and rocking arm is provided with the degree of tightness switch and can controls guiding ruler and move forward and backward.
Said edge-neatening apparatus comprises motor, main shaft, edging wheel, in-out lead screw and degree of tightness switch, and motor drives edging wheel through main shaft and rotates at a high speed, regulates in-out lead screw and degree of tightness switch the edging wheel blade accurately is fixed on the appointed positions.
Having what install on two groups of main shafts in said many group Grinders is the milling wheel; The Grinder that thicker composing type milling wheel is installed is arranged on the Grinder back of installation and combination saw blade, and the Grinder that thinner composing type milling wheel is installed is arranged on burnishing device foremost.
Said control device comprises control PLC able to programme, touch-screen, main motor commentaries on classics degree sensor, motor, electric machine controller and control panel; When the work of moulding polishing emery wheel; The signal that Programmable Logic Controller transmits according to main motor speed sensor; Automatically adjust the decrease speed of plastic polishing emery wheel and the rotating speed of plastic polishing emery wheel is maintained in the range of speeds of setting, guarantee that the polishing process of stone material lines is in best duty all the time.
The present invention only adopts one thick one thin two composing type millings wheel in order to reduce production costs.One group of thicker moulding milling wheel is arranged on the rear end of the Grinder of installation and combination saw blade, and its effect is that the matsurface to stone material lines after the moulding of combination saw blade carries out a profile correction, to reach the stone material lines appearance profile of unified standard; The thinner moulding milling wheel of another group is arranged on burnishing device foremost; Its effect is that polished stone material lines after the moulding of stone material lines former are carried out last correction; And make polished stone material lines surface, and more fine and smooth, the convenient efficient that improves follow-up polishing.This collocation form; Make the usage quantity of moulding milling wheel drop to minimum (one thick one is thin); Both given full play to the irreplaceable effect that moulding milling wheel is taken over from the past and set a new course for the future for the moulding and the polishing of stone material lines; Reach the purpose that reduces stone material lines processing and forming cost, reduced the manufacturing cost of moulding milling wheel again to greatest extent.
Stone material lines former of the present invention, most of workload of its processing and forming is accomplished with the mode of cutting by four groups of diamond discs.The mode of saw blade combination forming is to use unified diameter of axle 50mm, and saw blade thickness (cutting edge) 3mm, outside diameter reach the saw blade of 10 kinds of specifications respectively and form from 150mm to 250mm.Saw blade with some different outside diameters; The corresponding ups and downs appearance curve of stone material lines that needs processing, permutation and combination become one group of profile roughly with the opposite combination cutting tool of need processing stone material lines male and fomale(M&F), this molding mode; It is high both to have made full use of the diamond disc cutting efficiency; The characteristics that processing stone material lines shaping speed is fast reach the purpose of enhancing productivity, can be according to the appearance curve arbitrary combination of the stone material lines of need processing but can give full play to saw blade again; Saw blade can use the characteristics till cutter head exhausts repeatedly, reaches the effect that reduces production costs.
The corresponding ups and downs curve of stone material lines of processing that needs of the saw blade that the profile diameter that adopts stone material lines former according to the invention differs is combined into approximate curve, carries out rough lumber earlier and is slit into shape; Accomplish last molding procedure with one thick one thin two electroforming millings wheel more subsequently.This molding mode biggest advantage is to adopt the very high saw blade profiling of cutting efficiency to cut away most of redundant stones, and cutting efficiency improves nearly one times.And, can be according to the ups and downs difference of stone material lines, it is very fast arbitrarily to make up, process commentaries on classics shape.Simultaneously, the processing stone material lines, every batch only needs to use 1 to 2 moulding milling wheel, and transition, cost was very low, the stone material lines of small lot processing, the space that the manufacturing cost of briquetting roller is saved is big more.
Saw blade according to the invention in addition is thin, and contact-making surface is little, and the pressure that applies workpiece is low, and breakage rate is low.Because the cutting of most of employing saw blade, the milling amount of two moulding milling wheels significantly reduces with respect to the degree of depth of existing stone material lines moulding milling wheel, the pressure reduction, and the product breakage rate decreases.
Burnishing device of the present invention and jacking system thereof; Owing to be not to adopt existing stone material lines polissoir: the grinding head for polishing up-down mode of motor+2-level reducer+T type screw mandrel, but adopt the high stepping of advanced digital control system control accuracy or the grinding head for polishing up-down mode of servomotor.This numerical control jacking system can be set different grinding head for polishing rotating speeds and different grinding head for polishing decrease speeds according to the stone material of various different structures, hardness, density, glossiness and different abrasive material sharpness; Under the help of line slideway and accurate screw mandrel; Accurately drop to above the polished workpiece; And constantly workpiece is carried out grinding and polishing by the pressure of setting, can eliminate existing stone material lines polissoir, owing to the grinding head for polishing rising or falling speed non-adjustable grinding and polishing amount that produces that immobilizes is excessive; Cause abrasive material consumption too much to waste the bad phenomenon of increase; And along with polished amount is excessive, grinding head for polishing increases the pressure of workpiece thereupon, the adverse consequences that causes the product breakage rate to increase.Because main motor is equipped with speed probe, can detection at any time to pressure and variation thereof that polished surface of the work bore, and can feed back to the grinding head for polishing digital control system at any time according to the variation of pressure.This system can in time adjust the decrease speed of grinding head for polishing, and the rotating speed of grinding head for polishing is in the predetermined optimum speed scope all the time, thereby when making grinding head for polishing carry out grinding and polishing to polished workpiece; All the time be in best duty; The level and smooth fine and smooth good hand touch of product appearance, glossiness is high, and product quality has the variation of matter; Existing stone material lines polissoir, the fluctuation of speed produces greatly when working owing to grinding head for polishing wave and chatter mark phenomenon are eliminated in success.
Burnishing device of the present invention has a cover can realize interactive intelligent operating system; This system is made up of Programmable Logic Controller and touch-screen; Can be according to profile, material, density, the hardness of the stone material lines of need processing; Parameters indexs such as the density of cooperation grinding head for polishing abrasive material, numbers of particles are worked out the procedure of respectively organizing grinding head for polishing, when grinding head for polishing is worked, automatically perform.When grinding head for polishing is worked, when changing appears in polished surface of the work pressure, can adjust the rotating speed of grinding head for polishing and the speed of decline automatically, when making grinding head for polishing carry out grinding and polishing, be in best duty all the time to polishing workpiece.Stable, the high-precision conveyer of one cover is arranged, need to guarantee the stone material lines blank of polishing to get into below the grinding head for polishing exactly, continuously, accept respectively to organize the grinding and polishing of grinding head for polishing.After above-mentioned improvement; Because it is just right that the grinding and polishing amount of plastic polishing emery wheel can accurately control to; Both avoided the unnecessary loss of plastic polishing emery wheel, also alleviated the plastic polishing emery wheel surperficial applied pressure fragile, significantly reduced the breakage rate of product the stone material lines.Simultaneously, owing to can realize accurately control, the corresponding minimizing of stock removal of each composing type polishing emery wheel, the complete machine polishing velocity is corresponding can be improved.Therefore, polishing velocity that can be higher cooperates the raising of combination forming equipment shaping speed of the present invention, reaches each other further balance.The present invention is greatly improved on production efficiency with respect to prior art.
Stone material lines polishings once had several kinds: 1, exert pressure with spring and polish, 2, produce pressure with pneumatic system and polish, 3, produce pressure with hydraulic system and polish.Above-mentioned polishing form all can produce elasticity.In the polishing of this elasticity phenomenon is used in cylindrical (plastic polishing wheel) emery wheel; Will inevitably produce gradually and lose circle (ellipse) phenomenon; And this mistake circle (ellipse) distortion meeting is more and more serious, and irreversible, and consequence is to produce the vibration of polishing emery wheel; Knocking phenomenon, is exactly stone crusher concerning the polishing of stone material lines.And the present invention adopts digital control system control step or servomotor to drive accurate screw mandrel rotation, and accurate screw mandrel drives the plastic polishing emery wheel and goes up and down, and this mode is that hard (stepping) goes up and down rather than elasticity is gone up and down; This mode can not produce cylindrical emery wheel (plastic polishing emery wheel) distortion; Always be circularly, this mode just can not produce vibration, knocks phenomenon; To the reduction effect very huge (but falling) of stone material lines polishings breakage rate obviously, this is a kind of innovation.
To sum up, the present invention has following technique effect:
1, burnishing device can accurately drop to above the polished workpiece, and constantly workpiece polished by the rotating speed of the grinding head for polishing of setting according to the speed of the grinding head for polishing decline of setting.
2, high-precision test device, can detection at any time to pressure and variation thereof that polished surface of the work bore, and can the variation of pressure be fed back at any time grinding head for polishing and control system.
3, there is a cover can realize interactive intelligence control system; This system can be according to profile, material, density, the hardness of the stone material lines of need processing; Parameters indexs such as the density of cooperation grinding head for polishing abrasive material, grain thickness are worked out and are respectively organized grinding head for polishing and procedure, when grinding head for polishing is worked, automatically perform.When grinding head for polishing is worked, when changing appears in polished surface of the work pressure, can adjust the rotating speed of grinding head for polishing and the speed of decline automatically, when making grinding head for polishing carry out grinding and polishing, be in best duty all the time to polishing workpiece.
4, stable, the high-precision conveyer of a cover is arranged, need to guarantee the stone material lines blank of polishing to get into below the grinding head for polishing exactly, continuously, accept respectively to organize the grinding and polishing of grinding head for polishing.
5, the advantage of pendulous device: can control it according to practical condition and move with motionless.In the stone material lines grinding and polishing process, the polishing emery wheel is grinding and polishing stone material lines blank, constantly correction repeatedly under the effect of pendulous device; In stone material lines blank grinding and polishing process; The grinding and polishing number of times increases significantly, is equivalent to the amount of grinding and polishing for several times, can eliminate this world-famous puzzle of straight burr phenomenon that original stone material lines polissoir is difficult to overcome effectively; Polishing effect greatly improves, and product quality and output all improve greatly.And the minimizing workload reduces production costs greatly.
Up to now, (comprising advanced countries such as the U.S., Japan, Germany, Italy) does not in the world all have the successfully stone material lines tinuous production equipment of production, and this equipment we can say and filled up domestic and international blank.
Description of drawings
Fig. 1 is the overall structure figure of the embodiment of the invention 1 said apparatus for production line.
Fig. 2 is the schematic rear view of the embodiment of the invention 1 said apparatus for production line.
Fig. 3 is the guiding ruler structure drawing of device of the embodiment of the invention 1 said apparatus for production line.
Fig. 4 is the conveyer structure chart of the embodiment of the invention 1 said apparatus for production line.
Fig. 5 is the edge-neatening apparatus structure chart of the embodiment of the invention 1 said apparatus for production line.
Fig. 6 is the Grinder structure chart of the embodiment of the invention 1 said apparatus for production line.
Fig. 7 is the burnishing device structure chart of the embodiment of the invention 1 said apparatus for production line.
Fig. 8 is the pendulous device structure chart of the embodiment of the invention 1 said apparatus for production line.
The specific embodiment
Embodiment 1:
Like Fig. 1, shown in 2, the stone material lines combination forming equipment in the stone material lines production line of the present invention, it comprises: support 1, conveyer 2, guiding ruler device 3, edge-neatening apparatus 4, Grinder 5, control device 6, burnishing device 7 and pendulous device 8.Support 1 is positioned at device bottom, connects the basis, ground below, is supporting the guiding ruler device 3 on the left side, middle conveyer 2 above; The right is provided with a workbench, and edge-neatening apparatus 4 is installed above the workbench, Grinder 5 and burnishing device 7, and pendulous device 8 is arranged on the support 1, can control burnishing device 7 and swing at the workbench surface level.
Fig. 3 is the guiding ruler device; Mainly the slide 12 below guiding ruler 11, guiding ruler, degree of tightness switch 13, rocking arm 14, bascule 15 are formed for they; Guiding ruler 11 length equate basically that with crossbeam 31 length guiding ruler 11 sides must be through overground directly to guarantee that workpiece takes the air line along the guiding ruler side.Guiding ruler 11 links to each other through rocking arm 14 homostasis devices 15; Guiding ruler 11 all adopts with rocking arm 14 and rocking arm 14 homostasis devices 15 and is articulated and connected; rocking arm is provided with degree of tightness switch 13 and can controls guiding ruler 11 and move forward and backward; can accurately be fixed on the appointed positions then, guarantees the uniformity of workpiece working width.
Fig. 4 is a conveyer, its mainly by crossbeam 21, driving wheel 22, follower 23, be wrapped in main follower and crossbeam belt conveyor 24 up and down, and the reductor and the motor 25 that are installed in the driving wheel right side constitute.Its operation principle is: motor 25 drives reductor; Worm and gear through reductor produces torsion with suitable speed ratio, drives driving wheel 22 and rotates, and driving wheel 22 rotates the frictional force that produces and drives the groove of belt conveyor 24 above crossbeam; By driving wheel 22 to driven pulley 23 shuttling movements; So that workpiece is pasting above the belt conveyor 24 by uniform motion constantly behind the forward direction,, accomplish the processing and forming of stone material lines blank so that stone material lines blank is continuously accepted deburring, milling operation.
Fig. 5 is an edge-neatening apparatus, and it mainly is made up of motor 31, main shaft 32, edging wheel 33, in-out lead screw 34, degree of tightness switch 35.Its operation principle is: motor 31 drives main shaft 32; Main shaft 32 drives edging wheel 33 rotation at a high speed, regulates in-out lead screw 34, and degree of tightness switch 35 makes the edging wheel blade accurately be fixed on the appointed positions; So that the stone material lines blank to process carries out reconditioning, the working width of unified stone material lines.
Fig. 6 Grinder, it is mainly by combination saw blade on spindle motor 41, main shaft 42 and the main shaft installation end or moulding milling wheel 43, and by lifting motor 44, reductor, the elevating mechanism that oscilaltion screw mandrel 45 is formed is formed.Its operation principle is: will make up saw blade or milling wheel 43 earlier and be fixed on main shaft 42 installation ends; Then according to the appearance and size of the stone material lines of need processing; Through the adjustment elevating mechanism, the working depth of gang tool or moulding milling wheel 43 is adjusted and fixed, start spindle motor 41; Drive main shaft 42 rotations, main shaft 42 drives gang tool or 43 rotations of moulding milling wheel on the main shaft installation end.The blank of the gang tool of rotation or 43 pairs of stone material lines of moulding milling wheel carries out processing and forming respectively.Grinder has five groups from front to back, generally speaking, first three, four groups of installation and combination cutters; One, the two group of installation forming milling wheel in back.Allotments flexibly such as the material of the stone material lines that concrete distribution can be processed as required, profile.
Fig. 7 is the burnishing device in the stone material lines production line of the present invention, mainly is made up of polishing mechanism, second elevating mechanism, and polishing mechanism is installed on the connecting plate of elevating mechanism, by its elevating movement of digital control system control.Polishing mechanism mainly is made up of the speed probe 57 on plastic polishing wheel 51, buff spindle 52, buff spindle belt pulley 55, motor 53, motor pulley 54, driving belt 58 and the motor pulley.Its operation principle is: starter motor 53, motor pulley 54 drive buff spindle belt pulley 55 through driving belt 58, and buff spindle belt pulley 55 drives buff spindle 52, and buff spindle 52 drives 51 rotations of plastic polishing wheel.The plastic polishing wheel 51 that rotates is under elevating mechanism and digital control system control thereof, and descending touches the generation friction of stone material lines surface, continues the surperficial process of shaping polishing wheel friction stone material lines of rotation, the process of exactly stone material lines surface being polished.
Second jacking system mainly is made up of stepping or servomotor, accurate screw mandrel, line slideway and slide, polishing mechanism connecting plate.Its operation principle is: slide through being installed in the polishing mechanism connecting plate back side and accurate screw and two line slideways parallel to each other and middle accurate screw mandrel connect to form second elevating mechanism.Accurate screw mandrel upper end connects stepping or servomotor through shaft coupling; The signal work that stepping or servomotor transmit according to digital control system; Through accurate screw mandrel, line slideway and polishing mechanism connecting plate, drive the polishing mechanism that is installed on the polishing mechanism connecting plate and go up and down.
Digital control system is mainly by control PLC able to programme, man-machine interface (touch-screen), main motor commentaries on classics degree sensor, stepping or servomotor, stepping or servomotor controller, and control panel is formed.Its operation principle is the shape according to the stone material lines of required polishing, in conjunction with each item indexs such as the structure of this batch stone material, hardness, density, glossiness.Confirm respectively to form the optimum speed and the best decrease speed of shape polishing emery wheel; And input touch-screen; When the work of moulding polishing emery wheel, the signal that Programmable Logic Controller transmits according to main motor speed sensor is adjusted the decrease speed of plastic polishing emery wheel automatically; The rotating speed of plastic polishing emery wheel is maintained in the range of speeds of setting, guarantee that the polishing process of stone material lines is in best duty all the time.
Fig. 8 is the swing mechanism in the stone material lines production line of the present invention; It comprises swing electric machine support 61, swing motor and reductor 62, crossbeam guide rail guiding device 63, swing connecting bar device 64 and oscillating platform 65; Swing motor and reductor 62 are placed on the electric machine support 61 and with swing connecting bar device 64 and join; Swing connecting bar device 64 is fixed on oscillating platform 65 lower ends, and control oscillating platform 65 swings back and forth on crossbeam guider 63.Burnishing device promptly is arranged on the oscillating platform, and its operation principle is: under the effect of control system, pendulous device drives the burnishing device crossbeam direction that workpiece advances in the slide rail upper edge and moves reciprocatingly.This covering device can be fixed or swung according to the processing request of need processing stone material lines.
Claims (10)
1. stone material lines apparatus for production line; It comprises support (1), conveyer (2), guiding ruler device (3), edge-neatening apparatus (4), Grinder (5), control device (6), burnishing device (7) and pendulous device (8); Support (1) is arranged on the bottom of entire equipment; Support (1) bottom connects the basis, ground; Upper surface is disposed with guiding ruler device (3), conveyer (2) and a platform from left to right, and said platform is provided with many group edge-neatening apparatus (4), Grinder (5) and burnishing devices (7), and said edge-neatening apparatus (4), Grinder (5) and burnishing device (7) are arranged in order by the direction of transfer of conveyer (2); Pendulous device (8) is arranged on the support (1), and control burnishing device (7) is swung at the workbench surface level.
2. stone material lines apparatus for production line as claimed in claim 1; It is characterized in that said Grinder (5) comprises spindle motor (41), main shaft (42) and is installed in the shaped device (43) on the main shaft installation end; Spindle motor (41) is through belt transmission driving main shaft (42) rotation and then drive shaped device (43) rotation; The other end of main shaft (42) is fixed on first elevating mechanism; Said first elevating mechanism is made up of lifting motor and reductor (44), oscilaltion screw mandrel (45), lifting motor through reductor with elevating screw (45) thus link to each other and can control main shaft (42), and then drive shaped device (43) and go up and down.
3. stone material lines production line as claimed in claim 2 is characterized in that said shaped device (43) is combination saw blade or moulding milling wheel.
4. stone material lines production line as claimed in claim 2; It is characterized in that said burnishing device (7) is made up of the polishing mechanism and second elevating mechanism; Said polishing mechanism comprises plastic polishing wheel (51), buff spindle (52), buff spindle belt pulley (55), motor (54), motor pulley (53), driving belt (58) and speed probe (57); Motor (54) links to each other with motor pulley (53); Motor (54) drives motor pulley (53) rotation, and motor pulley (53) drives buff spindle belt pulley (55) rotation through driving belt (58), and buff spindle belt pulley (55) drives buff spindle (52) rotation; Buff spindle (52) drives plastic polishing wheel rotation (51); The side of driving belt (58) is provided with speed probe (57), and the plastic polishing wheel (51) of rotation is under second elevating mechanism and digital control system control, and decline touches stone material lines surface and polishes.
5. stone material lines apparatus for production line as claimed in claim 4; It is characterized in that said second elevating mechanism is made up of motor, accurate screw mandrel, line slideway, slide and polishing mechanism connecting plate; Article two, line slideway parallel to each other and middle accurate screw mandrel are vertically set on the polishing mechanism connecting plate forms crane; Accurate screw mandrel upper end connects motor through shaft coupling; The signal that motor transmits according to digital control system drives the polishing mechanism that is installed on the polishing mechanism connecting plate through accurate screw mandrel and goes up and down.
6. stone material lines apparatus for production line as claimed in claim 1; It is characterized in that described swing mechanism (8) comprises swing electric machine support (61), swing motor and reductor (62), crossbeam guide rail guiding device (63), swing connecting bar device (64) and oscillating platform (65); Swing motor and reductor (62) are placed on electric machine support (61) and upward and with swing connecting bar device (64) join; Swing connecting bar device (64) is fixed on oscillating platform (65) lower end, and control oscillating platform 65 swings back and forth on crossbeam guider (63).
7. stone material lines apparatus for production line as claimed in claim 1; It is characterized in that described conveyer comprises crossbeam (21), driving wheel (22), driven pulley (23), belt conveyor (24), reductor and motor (25); Belt conveyor (24) is wrapped in driving wheel (22), driven pulley (23) and crossbeam (21) up and down; Reductor and motor (25) are installed in driving wheel (22) right side, and the driven by motor reductor drives driving wheel (22) through reductor and rotates; Driving wheel (22) drives driven pulley (23) through belt conveyor (24) and rotates belt conveyor (24) cycle rotation in this process.
8. stone material lines apparatus for production line as claimed in claim 1; It is characterized in that said guiding ruler device comprises guiding ruler (11), following slide (12), degree of tightness switch (13), rocking arm (14) and the bascule (15) of guiding ruler (11); Guiding ruler (11) length equates with crossbeam (21) length basically; Guiding ruler (11) links to each other through rocking arm (14) homostasis device (15); Same rocking arm of guiding ruler (11) (14) and rocking arm (14) homostasis device (15) all adopt and are articulated and connected, and rocking arm (14) is provided with degree of tightness switch (13) and can controls guiding ruler (11) and move forward and backward.
9. stone material lines apparatus for production line as claimed in claim 1; It is characterized in that said edge-neatening apparatus (4) comprises motor (31), main shaft (32), edging wheel (33), in-out lead screw (34) and degree of tightness switch (35); Motor (31) drives edging wheel (33) rotation at a high speed through main shaft (32), regulates in-out lead screw (34) and degree of tightness switch (35) edging wheel (33) blade accurately is fixed on the appointed positions.
10. stone material lines apparatus for production line as claimed in claim 4; It is characterized in that having in said many group Grinders (5) what install on two groups of main shafts is the milling wheel; The Grinder that thicker composing type milling wheel is installed is arranged on the Grinder back of installation and combination saw blade, and the Grinder (5) that thinner composing type milling wheel is installed is arranged on burnishing device (7) foremost.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210051696.1A CN102528914B (en) | 2012-03-02 | 2012-03-02 | Production line equipment for forming lines on stone material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210051696.1A CN102528914B (en) | 2012-03-02 | 2012-03-02 | Production line equipment for forming lines on stone material |
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| Publication Number | Publication Date |
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| CN102528914A true CN102528914A (en) | 2012-07-04 |
| CN102528914B CN102528914B (en) | 2014-07-09 |
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| CN201210051696.1A Expired - Fee Related CN102528914B (en) | 2012-03-02 | 2012-03-02 | Production line equipment for forming lines on stone material |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105127871A (en) * | 2015-09-18 | 2015-12-09 | 山东惠特利新型材料有限公司 | Multi-line molding machine |
| CN105382671A (en) * | 2015-12-21 | 2016-03-09 | 佛山市永盛达机械有限公司 | Line polishing machine |
| CN106181704A (en) * | 2016-08-31 | 2016-12-07 | 苏州广隆富机械设备有限公司 | Full-automatic stone lines edging all-in-one |
| CN106738386A (en) * | 2016-11-15 | 2017-05-31 | 周志花 | Former stone polishing streamline |
| CN109571167A (en) * | 2019-01-11 | 2019-04-05 | 宁波必沃纺织机械有限公司 | A kind of steel wire polishing treatment device |
| CN110142692A (en) * | 2019-06-20 | 2019-08-20 | 太原市申海机械设备股份有限公司 | A kind of conductor rail stainless steel band automation polishing production line |
| CN110281360A (en) * | 2019-07-30 | 2019-09-27 | 廖绍基 | A kind of glaze pouring method and device |
| CN110328572A (en) * | 2019-08-09 | 2019-10-15 | 周其进 | A kind of a machine three-use multi-functional environment-protection numerical control mo(u)lding machine |
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| DE3220038A1 (en) * | 1981-07-10 | 1983-01-27 | Etablissements Thomas, 88120 Vagney, Vosges | Milling device for working stones |
| CN2268611Y (en) * | 1996-09-04 | 1997-11-26 | 山东工业大学 | Digit controlling apparatus for shaped stone plate |
| CN2381459Y (en) * | 1997-07-02 | 2000-06-07 | 山东工业大学 | Digital controlled machine for stone materials with curved surfaces |
| CN2508898Y (en) * | 2001-10-16 | 2002-09-04 | 白东辉 | Stone marker |
| CN202592551U (en) * | 2012-03-02 | 2012-12-12 | 北京聪明德利机械设备有限公司 | Production line equipment for forming lines on stone material |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105127871A (en) * | 2015-09-18 | 2015-12-09 | 山东惠特利新型材料有限公司 | Multi-line molding machine |
| CN105382671A (en) * | 2015-12-21 | 2016-03-09 | 佛山市永盛达机械有限公司 | Line polishing machine |
| CN106181704A (en) * | 2016-08-31 | 2016-12-07 | 苏州广隆富机械设备有限公司 | Full-automatic stone lines edging all-in-one |
| CN106181704B (en) * | 2016-08-31 | 2018-07-31 | 苏州广隆富机械设备有限公司 | Full-automatic stone lines edging all-in-one machine |
| CN106738386A (en) * | 2016-11-15 | 2017-05-31 | 周志花 | Former stone polishing streamline |
| CN109571167A (en) * | 2019-01-11 | 2019-04-05 | 宁波必沃纺织机械有限公司 | A kind of steel wire polishing treatment device |
| CN110142692A (en) * | 2019-06-20 | 2019-08-20 | 太原市申海机械设备股份有限公司 | A kind of conductor rail stainless steel band automation polishing production line |
| CN110281360A (en) * | 2019-07-30 | 2019-09-27 | 廖绍基 | A kind of glaze pouring method and device |
| CN110328572A (en) * | 2019-08-09 | 2019-10-15 | 周其进 | A kind of a machine three-use multi-functional environment-protection numerical control mo(u)lding machine |
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| CN102528914B (en) | 2014-07-09 |
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