CN102699439B - Work-piece cutting and cooling system - Google Patents

Work-piece cutting and cooling system Download PDF

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Publication number
CN102699439B
CN102699439B CN201210179884.2A CN201210179884A CN102699439B CN 102699439 B CN102699439 B CN 102699439B CN 201210179884 A CN201210179884 A CN 201210179884A CN 102699439 B CN102699439 B CN 102699439B
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CN
China
Prior art keywords
cooling
work piece
piece cut
cutting
liquid
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CN201210179884.2A
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Chinese (zh)
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CN102699439A (en
Inventor
袁淦明
余巨攀
叶志强
余任锋
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东莞市润华铝业有限公司
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Priority to CN201210179884.2A priority Critical patent/CN102699439B/en
Publication of CN102699439A publication Critical patent/CN102699439A/en
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Publication of CN102699439B publication Critical patent/CN102699439B/en

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Abstract

The invention discloses a work-piece cutting and cooling system electrically connected with a controller. The work-piece cutting and cooling system comprises a work-piece cutting device and a cooling device, wherein the work-piece cutting device comprises a bed body which is mounted on a production line, a sliding frame body which is arranged on the bed body in a sliding manner and provided with a conveying channel, a driving mechanism which is arranged on the bed body and drives the sliding frame body to slide on the bed body, a cutting mechanism which is arranged on the sliding frame body and cuts a work-piece entering into the conveying channel into work-piece sections and a cutting driver which is arranged on the sliding frame body and drives the cutting mechanism to move towards the place where the work-piece inside the conveying channel exists; the cutting driver, the driving mechanism and the cutting mechanism are electrically connected with the controller; and the cooling device is located behind the work-piece cutting device along the direction in which the production line conveys the work-piece. The work-piece cutting and cooling system, disclosed by the invention, can perform cutting process and cooling on the conveying work-piece without stopping the production line. Therefore, the work-piece cutting and cooling system, disclosed by the invention, has the advantages of improving work efficiency and changing cutting length of the work-piece to satisfy with different requirements according to the need.

Description

Work piece cut cooling system
Technical field
The present invention relates to a kind of work piece cut cooling system, relate in particular to a kind of workpiece that can carry production line and cut and cooling work piece cut cooling system.
Background technology
Along with improving constantly of economic development and science and technology, be the good condition of the flourish creation of automation industry, thereby accelerated the developing steps of automation industry, required to be adapted to following development.
Wherein, in the manufacture process of aluminum strip automation, can relate to numerous manufacturing processes, the casting process of such as aluminum strip, casting aluminum strip out be cut into the cutting action of aluminum strip section and aluminum strip section is carried out to the operations such as cooling.In order to make the start coordination between each operation and to there is continuity, to improve the manufacture efficiency of whole aluminum strip production system, the equipment that correspondingly requires to be applied in each operation can carry out online processing start to the aluminum strip in production line conveying, avoid as much as possible aluminum strip to cause production line in halted state because of pause, but, the aluminum strip that existing production line transports cut and cooling cutting cooling device in cutting with when cooling, need to make production line in halted state, the production line suspending can have influence on the continuity of whole aluminum strip production system, thereby the operating efficiency and the manufacturing cost that has increased aluminum strip of whole aluminum strip production system have been reduced.
Equally, above-mentioned cutting cooling device is to cutting at other metal works except aluminum strip and when cooling, also having above-mentioned same problem.
Therefore, be badly in need of wanting a kind of work piece cut cooling system to overcome above-mentioned defect.
Summary of the invention
The object of the present invention is to provide a kind of work piece cut cooling system, the workpiece that this work piece cut cooling system can be carried production line cuts and is cooling to increase work efficiency and to reduce manufacturing cost.
For realizing above-mentioned object, the invention provides a kind of work piece cut cooling system being electrically connected with controller, being adapted to be arranged on the workpiece transporting on production line and to production line cuts with cooling, wherein, described work piece cut cooling system comprises that the work piece cut that production line is transported becomes the work piece cut device of workpiece section and the workpiece section being transported by production line is carried out to cooling cooling device.Described work piece cut device comprises the bed body being positioned on production line, slip is arranged on described bed body and the slip support body of tool transfer passage, be arranged on described bed body and the driving mechanism that drives described slip support body to slide on described bed body, be arranged on described slip support body and to the work piece cut entering in described transfer passage become the cutting mechanism of workpiece section and be arranged on described slip support body and order about the cutting driver that described cutting mechanism moves towards the workpiece place in described transfer passage, described cutting driver, driving mechanism and cutting mechanism are all electrically connected with described controller, described cooling device is positioned at the rear of described work piece cut device along the direction of production line conveying workpieces.
Preferably, described work piece cut device also comprises and is arranged at the hold-down mechanism compressing on described slip support body and to the workpiece entering in described transfer passage, described hold-down mechanism is electrically connected corresponding to the input of described transfer passage and with described controller, described cutting mechanism is corresponding to the output of described transfer passage, make to enter workpiece in transfer passage cut again after first compacted, thereby improve the cut quality of workpiece.
Preferably, described slip support body extends upward a mounting bracket that is positioned at described transfer passage top, and described hold-down mechanism is located on described mounting bracket, so that the mounting arrangement of hold-down mechanism; Described hold-down mechanism comprises linear actuator, backing plate and the compressing member being connected with described linear actuator, described linear actuator is arranged on described mounting bracket and with described controller and is electrically connected, described backing plate is arranged on the position that is positioned at described transfer passage of described slip support body, and described backing plate is corresponding with described compressing member.Wherein, by linear actuator, backing plate and compressing member, the structure that makes hold-down mechanism is simpler and layout is compacter; Simultaneously, by the coordinating of compressing member and backing plate, can carry out simpler and clamping more reliably to the workpiece entering in transfer passage.
Preferably, described cutting mechanism comprises vertically the cutting assembly that is arranged at the sliding platform on described slip support body and is arranged on described sliding platform and is electrically connected with described controller sliding, described cutting driver is connected with described sliding platform, described cutting assembly comprises the rotating driver that is arranged on described sliding platform and is electrically connected with described controller, be connected in the first drive on described rotating driver, the second drive being connected with described the first drive, be articulated on described sliding platform and be the fixing rotating shaft through described the second drive and be arranged on the circumgyration incision part on described rotating shaft, to make the simple in structure of cutting mechanism with practical.
Preferably, described driving mechanism comprises and is arranged at the rotary driver, the drive sprocket that is connected in described rotary driver that are electrically connected on described bed body and with described controller, is articulated on described bed body and the driven sprocket corresponding with described drive sprocket and be connected the chain of described drive sprocket and driven sprocket, described slip support body is fixedly connected with described chain, make the knot of driving mechanism simple and practical, and be adapted to the driving to slip support body away from distance.
Preferably, described bed body is also provided with the guide rail sliding for described slip support body and limits the first limit switch of described slip support body sliding distance on described bed body, and described the first limit switch and described controller are electrically connected.Wherein, by guide rail, the slip of support body on bed body that make to slide is more steadily with more reliable; By the first limit switch, make travelling carriage physical efficiency do more reliably and reciprocatingly slide on bed body.
Preferably, described cooling device comprises liquid cooling apparatus and air cooling equipment, described liquid cooling apparatus and air cooling equipment are in turn arranged on production line along the direction of production line conveying workpieces, cooling device is first lowered the temperature to workpiece fast by liquid cooling mode, and then by air cooling way, workpiece is dried up, thereby improved the cooling effectiveness of workpiece.
Preferably, described air cooling equipment comprises some Air coolers, and described Air cooler is the setting of row's shape, to improve air-cooled area, correspondingly improves air-cooled efficiency, described liquid cooling apparatus comprises the cell body that is arranged on production line and has liquid recovery, be arranged at the cooling cavity in described liquid recovery, for described cooling cavity is carried the liquid conveyer of cooling fluid, the liquid withdrawal system that liquid in described liquid recovery is reclaimed and the liquid storaging device that cooling fluid is stored, described cooling cavity offers the transmission channel that runs through the rear and front end of this cooling cavity and pass through for production line institute conveying workpieces section, described cooling cavity also offers the liquid bearing cavity of a sealing, on the inwall of described transmission channel, offer the spray-hole of the described liquid bearing cavity of some connections and described transmission channel, described spray-hole is distributed in the surrounding place of described transmission channel inwall, described liquid conveyer is communicated with described liquid bearing cavity, one end of described liquid storaging device is communicated with described liquid conveyer, the other end of described liquid storaging device is communicated with described liquid withdrawal system, make the surrounding place of transmission channel inwall all be formed with cooling place, therefore increased the film-cooled heat of cooling cavity to workpiece, make cooling device can effectively reduce the diastrophic degree of workpiece, thereby improve the cooling effect of workpiece to reach the Probability that improves workpiece quality and reduce workpiece fraction defective.
Preferably, described spray-hole is the surrounding place that is distributed in uniformly described transmission channel inwall, the cooling fluid that transmission channel inwall is ejected is everywhere more even, prevent further the flexural deformation degree of workpiece in cooling procedure, thereby improved further the quality of cooling effect and the workpiece of workpiece; Meanwhile, in tubular construction, described transmission channel, along being a circle perpendicular to workpiece section by the cross section of direction, is convenient to the processing of cooling cavity to described cooling cavity, and can simplify the structure of cooling cavity and the cost of the cooling cavity of reduction.
Preferably, described work piece cut device is two, described in two, work piece cut device sets gradually along the direction of production line institute conveying workpieces, described liquid cooling apparatus is described in two between work piece cut device, make work piece cut cooling system of the present invention can open as required work piece cut device simultaneously, or make separately the work of a work piece cut device, when opening two work piece cut device work simultaneously, change each work piece cut device and want the length of cut workpiece to reach the object of the workpiece that cuts out different length; When work piece cut device only has when work, thus when some work piece cut device cisco unity malfunctions, by another work piece cut device, replaced, thus improved the functional reliability of work piece cut cooling system of the present invention.
Compared with prior art, due to being arranged on a body that the slip support body of work piece cut device of the present invention slides, and by controller, by control, be arranged at driving mechanism on a body and remove to order about slip support body and slide on bed body, the workpiece that support body and production line are carried therefore make to slide does synchronous coordination and slides, thereby workpiece is remained static with respect to slip support body; Again because cutting mechanism and cutting driver all arrange on slip support body, and by controller, by cutting driver, order about cutting mechanism the workpiece entering in transfer passage is cut to start, therefore the workpiece that work piece cut cooling system of the present invention just can be carried production line by work piece cut device carries out online cutting start so that workpiece is cut into workpiece section; Meanwhile, by the cooling device that is positioned at work piece cut device rear, make work piece cut cooling system of the present invention carry out cooling to the workpiece section of being carried by production line; Therefore, the workpiece that work piece cut cooling system of the present invention can transport production line carries out online cutting and cooling, has improved on the one hand the production efficiency of workpiece and the manufacturing cost of reduction workpiece; Can change neatly as required on the other hand the Cutting Length of workpiece.
Accompanying drawing explanation
Fig. 1 is the structural representation of work piece cut cooling system of the present invention.
Fig. 2 is the three-dimensional structure diagram of work piece cut device one angle shown in Fig. 1.
Fig. 3 is the three-dimensional structure diagram of another angle of work piece cut device shown in Fig. 1.
Fig. 4 is that cutting mechanism, hold-down mechanism and the cutting driver of the work piece cut device shown in Fig. 1 is assemblied in the three-dimensional structure diagram on slip support body.
Fig. 5 is the structural representation of the liquid cooling apparatus of work piece cut cooling system of the present invention.
Fig. 6 is that the cooling cavity in the liquid cooling apparatus of work piece cut cooling system of the present invention is arranged on the structural representation on cell body.
Fig. 7 is the cutaway view that shown in Fig. 6, cooling cavity dissects along its direction of axis line.
Fig. 8 is the enlarged drawing of B part in Fig. 7.
The specific embodiment
In order to describe technology contents of the present invention, structural feature in detail, below in conjunction with embodiment and coordinate accompanying drawing to be described further.
Refer to Fig. 1 to Fig. 4, work piece cut cooling system 1000 of the present invention is electrically connected with controller, this work piece cut cooling system 1000 is arranged on the workpiece transporting on production line 300 and to production line 300 and cuts with cooling, and production line 300 has track 310, is articulated on track 310 and orders about the rolling member 320 of workpiece transfer and be arranged on track 310 and order about the driven unit (not shown) that rolling member 320 rotates.
And work piece cut cooling system 1000 of the present invention comprises that the work piece cut that production line 300 is transported becomes the work piece cut device 100 of workpiece section and the workpiece section being transported by production line 300 is carried out to cooling cooling device 200.Described work piece cut device 100 comprises the bed body 10 being positioned on production line 300, slip is arranged on described bed body 10 and the slip support body 20 of tool transfer passage 21, be arranged on described bed body 10 and the driving mechanism 30 that drives described slip support body 20 to slide on described bed body 10, be arranged on described slip support body 20 and to the work piece cut entering in described transfer passage 21 become the cutting mechanism 40 of workpiece section and be arranged on described slip support body 20 and order about the cutting driver 50 that described cutting mechanism 40 moves towards the workpiece place in described transfer passage 21, this cutting driver 50 is more excellent is that a cylinder is to simplify the structure of cutting driver 50, and described cutting driver 50, driving mechanism 30 and cutting mechanism 40 are all electrically connected with described controller, described cooling device 200 is positioned at the rear of described work piece cut device 100 along the direction (being the direction of arrow A indication in Fig. 1) of production line 300 conveying workpieces.Particularly, in the present embodiment, described work piece cut device 100 is more excellent is two, two work piece cut devices 100 set gradually along the direction of 200 conveying workpieces of production line, described liquid cooling apparatus 200b is described in two between work piece cut device 100, object makes work piece cut cooling system 1000 of the present invention can open as required two work piece cut devices 100 simultaneously, or make separately a work piece cut device 100 work, when opening two work piece cut devices 100 simultaneously and work, change the length of each work piece cut device 100 cut workpiece of wanting to reach the object of the workpiece that cuts out different length, when work piece cut device 100 only has a job, therefore replaced by another work piece cut device 100 when some work piece cut devices 100 cisco unity malfunction, thereby improved the functional reliability of work piece cut cooling system 1000 of the present invention, certainly, work piece cut device 100 can also be three, four or five etc., at this not as limit.
Wherein, cut again after first compacted for making to enter workpiece in transfer passage 21, to improve the cut quality of workpiece, therefore also comprising, described work piece cut device 100 is arranged at the hold-down mechanism 60 compressing on described slip support body 20 and to the workpiece entering in described transfer passage 21, this hold-down mechanism 60 is corresponding to the input of described transfer passage 21, and hold-down mechanism 60 is also electrically connected with described controller, and described cutting mechanism 40 is corresponding to the output of described transfer passage 21; In order to make cut workpiece, first lower the temperature and be dried again fast, to improve the cooling effectiveness of workpiece, therefore described cooling device 200 comprises liquid cooling apparatus 200b and air cooling equipment 200a, this liquid cooling apparatus 200b and air cooling equipment 200a are in turn arranged on production line 300 along the direction of production line 300 conveying workpieces.More specifically, as follows:
Refer to Fig. 2 to Fig. 4, described slip support body 20 upwards (more excellent is vertically upwards) extends a mounting bracket 22 that is positioned at described transfer passage 21 tops, and described hold-down mechanism 60 is arranged on described mounting bracket 22 so that the mounting arrangement of hold-down mechanism 60.Particularly, in the present embodiment, this slip support body 20 comprises a top board 24, one base plate 25 and a guide 23(are more excellent is the axis of guide), the setting that top board 24 and base plate 25 are parallel to each other, and guide 23 is between top board 24 and base plate 25, and the two ends of guide 23 are fixedly connected respectively with top board 24 and base plate 25, the guide 23 being fixedly connected with base plate 25 with top board 24 is the both sides that are distributed in transfer passage 21, and mounting bracket 22 is to be arranged on base plate 25 by the mode of welding, object is to reduce the use amount of slip support body 20 materials to reduce weight and the cost of slip support body 20, and the slip of support body 20 on bed body 10 that make to slide is more reliable.Simultaneously, described hold-down mechanism 60 comprises linear actuator 61, backing plate 63 and the compressing member 62 being connected with described linear actuator 61, described linear actuator 61 is more preferably selected as a cylinder to simplify the structure of the linear actuator 61 that linear drives power is provided, and linear actuator 61 is mounted on described mounting bracket 22 and with described controller and is electrically connected, described backing plate 63 is arranged on the position of the described transfer passage 21 of being positioned at of described slip support body 20, and described backing plate 63 is corresponding with described compressing member 62.Particularly, in the present embodiment, this compressing member 62 is that a pressing plate is to simplify the structure of compressing member 62, and for making the vertical movement of compressing member 62 more steadily reliable, therefore the two ends of compressing member 62 are also fixed with the axis of guide 64, what vertically slided in the top of this axis of guide 64 passes mounting bracket 22 and stretches out outside mounting bracket 22.Wherein, by linear actuator 61, backing plate 63 and compressing member 62, the structure that makes hold-down mechanism 60 is simpler and layout is compacter; Simultaneously, by the coordinating of compressing member 62 and backing plate 63, can carry out simpler and clamping more reliably to the workpiece entering in transfer passage 21.
Simultaneously, described cutting mechanism 40 comprises vertically the cutting assembly 42 that is arranged at the sliding platform 41 on described slip support body 20 and is arranged on described sliding platform 41 and is electrically connected with described controller sliding, and described cutting driver 50 is connected with described sliding platform 41, particularly, in the present embodiment, described sliding platform 41 is between a top board of slip support body 20 24 and base plate 25, and sliding platform 41 is to be placed on the guide 23 of slip support body 20, to make the slip of sliding platform 41 on slip support body 20 more steadily and more reliable, and described cutting assembly 42 comprises the rotating driver 421 that is arranged on described sliding platform 41 and is electrically connected with described controller, be connected in the first drive 422 on described rotating driver 421, the second drive 423 being connected with described the first drive 422, be articulated on described sliding platform 41 and be the fixing rotating shaft 425 through described the second drive 423 and be arranged on the circumgyration incision part 426 on described rotating shaft 425, specifically, this rotating driver 421 is a motor, the first drive 422 and the second drive 423 are all designed to belt wheel, and cutting mechanism 40 now also comprises the driving-belt 424 that connects the first drive 422 and the second drive 423, by this driving-belt 424, make the power of motor output be delivered to the second drive 423 by the first drive 422, thereby reach the object of the structure of simplifying cutting mechanism 40, and circumgyration incision part 426 more excellent be a circular saw bit.Wherein, for making sliding platform 41 vertically do reliably and reciprocatingly slide on slip support body 20, therefore two the second limit switches 26 are also installed on slip support body 20, these two the second limit switches 26 are vertically arranged on slip support body 20, and make sliding platform 41 between two second limit switches 26, particularly, the second limit switch 26 is arranged on slip support body 20 by a vertical plate 28; In order to carry out online recycling to waste material work piece cut being produced by circumgyration incision part 426, therefore waste recovery case 70 is installed on slip support body 20, the outlet of this waste recovery case 70 is with to be arranged on waste recovery groove 13 on a body 10 corresponding.
Moreover, described driving mechanism 30 comprises the rotary driver 31 that is arranged on described bed body 10 and is electrically connected with described controller, be connected in the drive sprocket 32 of described rotary driver 31, be articulated on described bed body 10 and the driven sprocket 33 corresponding with described drive sprocket 32 and connect the chain (not shown) of described drive sprocket 32 and driven sprocket 33, described slip support body 20 is fixedly connected with described chain, the base plate 25 of support body 20 of specifically sliding is fixedly connected with chain, and rotary driver 31 more excellent be a motor to simplify the structure of driving mechanism 30, and make driving mechanism 30 be adapted to the driving to slip support body 20 away from distance.Wherein, for making to slide the slip of support body 20 on bed body 10 more steadily with more reliable, therefore bed body 10 is also provided with the guide rail 11 sliding for described slip support body 20, and on slip support body 20, be provided with and the pulley 29 of guide rail 11 sliding-contacts, this pulley 29 lays respectively at the both sides of guide rail 11 and clamps guide rail 11; In order to make to slide, support body 20 can do more reliably and reciprocatingly slide on bed body 10, therefore bed body 10 is also provided with the first limit switch 12 of the described slip support body 20 of restriction sliding distance on described bed body 10, this first limit switch 12 is electrically connected with described controller, and slip support body 20 has the conflict piece 27 inconsistent with the first limit switch 12, this conflict piece 27 is stretched out and is formed by base plate 25.
Refer to Fig. 1, and Fig. 5 to Fig. 8, described air cooling equipment 200a comprises some Air coolers 211, it is that those of ordinary skills are known according to actual needs that the quantity of this Air cooler 211 is selected, therefore the quantity of Air cooler 211 is not limited at this, and Air cooler 211 in the present embodiment is that row's shape arranges, to improve air-cooled area, correspondingly improve air-cooled efficiency.Meanwhile, described liquid cooling apparatus 200b comprise be arranged on production line 300 and there is liquid recovery 221 cell body 220, be arranged at cooling cavity 230 in described liquid recovery 221, for described cooling cavity 230, carry the liquid conveyer 240 of cooling fluid, the liquid withdrawal system 250 that the liquid in described liquid recovery 221 is reclaimed and the liquid storaging device 260 that cooling fluid is stored.Described cooling cavity 230 offers the transmission channel 231 that runs through the rear and front end of this cooling cavity 230 and pass through for 300 conveying workpieces sections of production line, described cooling cavity 230 also offers the liquid bearing cavity 232 of a sealing, on the inwall 233 of described transmission channel 231, offer the spray-hole 234 of the described liquid bearing cavity 232 of some connections and described transmission channel 231, particularly, in the present embodiment, this spray-hole 234 is that a circular hole is so that the processing and manufacturing of spray-hole 234, certainly, this spray-hole 234 can also be the hole of other shape, and spray-hole 234 is the surrounding places that are distributed in described transmission channel 231 inwalls 233, more excellently be, spray-hole 234 is the surrounding places that are distributed in uniformly transmission channel 231 inwalls 233, so that the cooling fluid that transmission channel 231 inwalls 233 eject is everywhere more even, prevent further the flexural deformation degree of workpiece in cooling procedure, thereby improved further the quality of cooling effect and the workpiece of workpiece, described liquid conveyer 240 is more excellent is that a liquid delivery pump is to simplify the structure of liquid conveyer 240, and liquid conveyer 240 is to be connected with described liquid bearing cavity 232 by carrier pipe 270, one end of described liquid storaging device 260 is also that above-mentioned carrier pipe 270 is communicated with described liquid conveyer 240, and the other end of described liquid storaging device 260 is also that above-mentioned carrier pipe 270 is communicated with described liquid withdrawal system 250.
Wherein, for the ease of the processing of cooling cavity 230, and can simplify the structure of cooling cavity 230 and the cost of the cooling cavity 230 of reduction, therefore cooling cavity 230 in tubular construction, and transmission channel 231 edges are a circle perpendicular to workpiece section by the cross section of direction; For make cooling cavity 230 can be more simple and reliable be positioned in the liquid recovery 221 of cell body 220, therefore an installation pedestal 280 is also installed on cooling cavity 230, this installation pedestal 280 lays respectively at the rear and front end of cooling cavity 230, and pedestal 280 position corresponding with described cooling cavity 230 is installed and surrounds an isosceles trapezoidal structure, to make mount pad body 280 more reliable to the support of cooling cavity 230; For making liquid conveyer 240 easier to the conveying of cooling fluid, and can prevent that Impurity deposition is in liquid storaging device 260 and liquid withdrawal system 250, therefore the exit of liquid recovery 221 is provided with a filtration (not shown), this filtration filters the withdrawal liquid in liquid recovery 221.
By reference to the accompanying drawings, operation principle to work piece cut cooling system 1000 of the present invention is described in detail: in the workpiece that production line 300 is carried enters transfer passage 21 and while reaching desired Cutting Length, rotary driver 31 starts of this Time Controller control driving mechanism 30, the rotary driver 31 of start is by drive sprocket 32, driven sprocket 33 and chain, drive the slip support body 20 being fixedly connected with chain on bed body 10, to do with the equidirectional of production line 300 conveying workpieces and slide, thereby workpiece is remained static with respect to slip support body 20; Then, controller is controlled start together with the rotating driver 421 of linear actuator 61, cutting driver 50 and cutting mechanism 40 of hold-down mechanism 60 simultaneously, and the linear actuator 61 of start orders about compressing member 62 entering Work-sheet pressing in transfer passage 21 between this compressing member 62 and backing plate 63; The rotating driver 421 of start rotates by the first drive 422, the second drive 423 and driving-belt 424 driven rotary axles 425, by the rotating shaft 425 driven rotary cutting members 426 that rotate, follow rotating shaft 425 and do again the rotation of synchronous coordination, the cutting driver 50 of start simultaneously makes cutting mechanism 40 gradually near the workpiece place in transfer passage 21, finally make the circumgyration incision part 426 of cutting mechanism 40 cut the workpiece in transfer passage 21, thereby complete work piece cut in transfer passage 21 and become the object of workpiece section.When sliding platform 41 and the below on vertical plate 28 are located the second limit switch 26 and are contacted, circumgyration incision part 426 now puts in place to the cutting of workpiece, with Time Controller control cutting driver 50, do and original contrary direction start, make the cutting driver 50 of start order about cutting mechanism 40 and reset along the workpiece direction away from transfer passage 21; When the conflict piece 27 in slip support body 20 left sides contacts with first limit switch 12 in the left side on bed body 10, this Time Controller is exported a reverse signal to the rotary driver 31 of driving mechanism 30, rotary driver 31 is done and original rightabout rotation, thereby do and the rightabout reset of 300 conveying workpieces of production line by drive sprocket 32, driven sprocket 33 and chain-driving slip support body 20; Meanwhile, the linear actuator 61 that controller is also controlled hold-down mechanism 60 does rightabout start, making the linear actuator 61 of start drive compressing member 62 to unclamp resets to entering the Work-sheet pressing in transfer passage 21, thereby the support body 20 that makes to slide can make production line 300 continue to make workpiece to be delivered in transfer passage 21 when resetting, and make workpiece again reach desired Cutting Length, thereby be that cutting is next time ready.Constantly repeat above-mentioned process, the workpiece that just can carry production line 300 carries out the object of cutting in batches.Simultaneously, workpiece section after cut is transferred to production line 300 places, from production line 300, this workpiece section is carried toward cooling device 200 places again, these Time Controller control liquid conveyer 240 starts, the liquid conveyer 240 of start makes cooling fluid be transported to liquid bearing cavity 232 places in cooling cavity 230, and cool liquid in liquid bearing cavity 232 sprays by spray-hole 234 places under the effect of pressure, thereby make the cooling fluid of the interior formation spurting of whole transmission channel 231, the workpiece section of carrying when production line 300 is during by transmission channel 231, the cooling fluid being sprayed by spray-hole 234 just can be carried out workpiece section online cooling, thereby realize liquid cooling apparatus 200b in cooling device 200 to producing the cooling object of workpiece section of carrying, and the cooling fluid being ejected by spray-hole 234 is carrying out after cooling just having become liquid to workpiece section, this liquid is falling within transmission channel 231 when interior, by the two ends of transmission channel 231, be thrown into liquid recovery 221 places of cell body 220, by liquid withdrawal system 250, the liquid in liquid recovery 221 is recycled again, to reach the object of liquid being carried out to Recycling, when being continued to be transported to air cooling equipment 200a place under the conveying effect at production line 300 by the cooled workpiece section of liquid cooling apparatus 200b, controller now makes Air cooler 211 starts, the Air cooler 211 of start be convenient to the production line 300 workpiece section in carrying carry out air-cooled, thereby complete workpiece cutting on line and the cooling object that work piece cut cooling system 1000 of the present invention is carried production line 300.Wherein, by the second limit switch 26, the controller at the upper and lower place on vertical plate 28 and the cooperation of cutting driver 50, thereby make cutting mechanism 40 can on slip support body 20, do reliably reciprocal slip; Equally, the cooperation of the first limit switch 12, controller and the driving mechanism 30 at the left and right sides place by bed body 10, the support body 20 that makes to slide can do reciprocal slip reliably on bed body 10; In addition, in to the cutting process of workpiece, can open above-mentioned two work piece cut devices 100 mentioning simultaneously, or open separately an above-mentioned work piece cut device 100 of mentioning, when opening two work piece cut devices 100 simultaneously and work, change the length of each work piece cut device 100 cut workpiece of wanting to reach the object of the workpiece that cuts out different length; When opening a work piece cut device 100, thus when some work piece cut devices 100 cisco unity malfunction, by another work piece cut device 100, replaced, thus improved the functional reliability of work piece cut cooling system 1000 of the present invention; And when the work piece cut device 100 between liquid cooling apparatus 200b and air cooling equipment 200a is worked, and the work piece cut device 100 that is positioned at liquid cooling apparatus 200b front is not when work, the workpiece that production line 300 is now carried is cut after first giving liquid cooling again, and the workpiece of liquid cooling is cut to workpiece Duan Houzai by air-cooled; When the work piece cut device 100 that is positioned at liquid cooling apparatus 200b front is worked, and work piece cut device 100 between liquid cooling apparatus 200b and air cooling equipment 200a is not when work, workpiece now is first cut to workpiece Duan Houzai and carries out successively liquid cooling and air-cooled, therefore, can carry out as required multiple combination to meet different operation requirements.
Compared with prior art, due to being arranged on a body 10 that the slip support body 20 of work piece cut device 100 of the present invention slides, and by controller, by control, be arranged at driving mechanism 30 on a body 10 and remove to order about slip support body 20 and slide on bed body 10, the workpiece that support body 20 and production line 300 are carried therefore make to slide does synchronous coordination and slides, thereby workpiece is remained static with respect to slip support body 20; Again because cutting mechanism 40 and cutting driver 50 all arrange on slip support body 20, and by controller, by cutting driver 50, order about cutting mechanism 40 workpiece entering in transfer passage 21 is cut to start so that workpiece is cut into workpiece section, therefore the workpiece that work piece cut cooling system 1000 of the present invention just can be carried production line 300 by work piece cut device 100 carries out online cutting start; Meanwhile, by the cooling device 200 that is positioned at work piece cut device 100 rears, make work piece cut cooling system 1000 of the present invention carry out cooling to the workpiece section of being carried by production line 300; Therefore, the workpiece that work piece cut cooling system 1000 of the present invention can transport production line 300 carries out online cutting and cooling, has improved on the one hand the production efficiency of workpiece and the manufacturing cost of reduction workpiece; Can change neatly as required on the other hand the Cutting Length of workpiece.
The person of meriting attention, the liquid that the liquid cooling apparatus 200b in the present invention is used is a water body, certainly, can also be the liquid that other cooling agent is mixed to form.
Above disclosed is only preferred embodiments of the present invention, the interest field that certainly can not limit the present invention with this, and the equivalent variations of therefore doing according to the claims in the present invention, still belongs to the scope that the present invention is contained.

Claims (10)

  1. With controller be electrically connected a work piece cut cooling system, be adapted to be arranged on the workpiece transporting on production line and to production line cut with cooling, it is characterized in that, described work piece cut cooling system comprises:
    The work piece cut that production line is transported becomes the work piece cut device of workpiece section, described work piece cut device comprises the bed body being positioned on production line, slip is arranged on described bed body and the slip support body of tool transfer passage, be arranged on described bed body and the driving mechanism that drives described slip support body to slide on described bed body, be arranged on described slip support body and to the work piece cut entering in described transfer passage become the cutting mechanism of workpiece section and be arranged on described slip support body and order about the cutting driver that described cutting mechanism moves towards the workpiece place in described transfer passage, described cutting driver, driving mechanism and cutting mechanism are all electrically connected with described controller, and
    The workpiece section being transported by production line is carried out to cooling cooling device, and described cooling device is positioned at the rear of described work piece cut device along the direction of production line conveying workpieces.
  2. 2. work piece cut cooling system according to claim 1, it is characterized in that, described work piece cut device also comprises and is arranged at the hold-down mechanism compressing on described slip support body and to the workpiece entering in described transfer passage, described hold-down mechanism is electrically connected corresponding to the input of described transfer passage and with described controller, and described cutting mechanism is corresponding to the output of described transfer passage.
  3. 3. work piece cut cooling system according to claim 2, it is characterized in that, described slip support body extends upward a mounting bracket that is positioned at described transfer passage top, described hold-down mechanism is located on described mounting bracket, and described hold-down mechanism comprises linear actuator, backing plate and the compressing member being connected with described linear actuator, described linear actuator is arranged on described mounting bracket and with described controller and is electrically connected, described backing plate is arranged on the position that is positioned at described transfer passage of described slip support body, and described backing plate is corresponding with described compressing member.
  4. 4. according to the work piece cut cooling system described in claims 1 to 3 any one, it is characterized in that, described cutting mechanism comprises vertically the cutting assembly that is arranged at the sliding platform on described slip support body and is arranged on described sliding platform and is electrically connected with described controller sliding, described cutting driver is connected with described sliding platform, described cutting assembly comprises the rotating driver that is arranged on described sliding platform and is electrically connected with described controller, be connected in the first drive on described rotating driver, the second drive being connected with described the first drive, be articulated on described sliding platform and be the fixing rotating shaft through described the second drive and be arranged on the circumgyration incision part on described rotating shaft.
  5. 5. work piece cut cooling system according to claim 1, it is characterized in that, described driving mechanism comprises and is arranged at the rotary driver, the drive sprocket that is connected in described rotary driver that are electrically connected on described bed body and with described controller, is articulated on described bed body and the driven sprocket corresponding with described drive sprocket and be connected the chain of described drive sprocket and driven sprocket, and described slip support body is fixedly connected with described chain.
  6. 6. work piece cut cooling system according to claim 1, it is characterized in that, described bed body is also provided with the guide rail sliding for described slip support body and limits the first limit switch of described slip support body sliding distance on described bed body, and described the first limit switch and described controller are electrically connected.
  7. 7. work piece cut cooling system according to claim 1, is characterized in that, described cooling device comprises liquid cooling apparatus and air cooling equipment, and described liquid cooling apparatus and air cooling equipment are in turn arranged on production line along the direction of production line conveying workpieces.
  8. 8. work piece cut cooling system according to claim 7, is characterized in that, described air cooling equipment comprises some Air coolers, and described Air cooler is the setting of row's shape, described liquid cooling apparatus comprises the cell body that is arranged on production line and has liquid recovery, be arranged at the cooling cavity in described liquid recovery, for described cooling cavity is carried the liquid conveyer of cooling fluid, the liquid withdrawal system that liquid in described liquid recovery is reclaimed and the liquid storaging device that cooling fluid is stored, described cooling cavity offers the transmission channel that runs through the rear and front end of this cooling cavity and pass through for production line institute conveying workpieces section, described cooling cavity also offers the liquid bearing cavity of a sealing, on the inwall of described transmission channel, offer the spray-hole of the described liquid bearing cavity of some connections and described transmission channel, described spray-hole is distributed in the surrounding place of described transmission channel inwall, described liquid conveyer is communicated with described liquid bearing cavity, one end of described liquid storaging device is communicated with described liquid conveyer, the other end of described liquid storaging device is communicated with described liquid withdrawal system.
  9. 9. work piece cut cooling system according to claim 8, it is characterized in that, described spray-hole is the surrounding place that is distributed in uniformly described transmission channel inwall, and described cooling cavity in tubular construction, and described transmission channel edge is a circle perpendicular to workpiece section by the cross section of direction.
  10. 10. work piece cut cooling system according to claim 7, it is characterized in that, described work piece cut device is two, and described in two, work piece cut device sets gradually along the direction of production line institute conveying workpieces, and described liquid cooling apparatus is described in two between work piece cut device.
CN201210179884.2A 2012-06-01 2012-06-01 Work-piece cutting and cooling system CN102699439B (en)

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Publication number Priority date Publication date Assignee Title
CN100411787C (en) * 2005-10-17 2008-08-20 中国铝业股份有限公司 Aluminium slab ingot gantry saw cutter of disk
CN101556120A (en) * 2008-12-22 2009-10-14 林明 Method for improving working limit of plastic equipment in tubular cavity shape at high temperature
CN101670457A (en) * 2008-09-12 2010-03-17 李远强 Jacketed drilling bit
CN102019390A (en) * 2010-12-31 2011-04-20 山东泰山钢铁集团有限公司 Online austenitic stainless steel continuous casting plate blank water-spraying cooling method and special device thereof

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Publication number Priority date Publication date Assignee Title
JP4920727B2 (en) * 2009-07-17 2012-04-18 大東精機株式会社 Long material conveyance positioning device

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100411787C (en) * 2005-10-17 2008-08-20 中国铝业股份有限公司 Aluminium slab ingot gantry saw cutter of disk
CN101670457A (en) * 2008-09-12 2010-03-17 李远强 Jacketed drilling bit
CN101556120A (en) * 2008-12-22 2009-10-14 林明 Method for improving working limit of plastic equipment in tubular cavity shape at high temperature
CN102019390A (en) * 2010-12-31 2011-04-20 山东泰山钢铁集团有限公司 Online austenitic stainless steel continuous casting plate blank water-spraying cooling method and special device thereof

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