CN203158900U - Belt cutting machine with independent drive platen mechanism - Google Patents
Belt cutting machine with independent drive platen mechanism Download PDFInfo
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- CN203158900U CN203158900U CN 201220668147 CN201220668147U CN203158900U CN 203158900 U CN203158900 U CN 203158900U CN 201220668147 CN201220668147 CN 201220668147 CN 201220668147 U CN201220668147 U CN 201220668147U CN 203158900 U CN203158900 U CN 203158900U
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- 230000007246 mechanism Effects 0.000 title claims abstract description 118
- 238000005520 cutting process Methods 0.000 title claims abstract description 57
- 238000010008 shearing Methods 0.000 claims abstract description 21
- 230000033001 locomotion Effects 0.000 claims description 42
- 230000001105 regulatory effect Effects 0.000 claims description 23
- 238000003825 pressing Methods 0.000 claims description 20
- 238000011144 upstream manufacturing Methods 0.000 claims description 12
- 239000002699 waste material Substances 0.000 claims description 6
- 230000001360 synchronised effect Effects 0.000 claims description 5
- 238000000034 method Methods 0.000 abstract description 8
- 230000000694 effects Effects 0.000 abstract description 3
- 230000002411 adverse Effects 0.000 abstract 1
- 239000000463 material Substances 0.000 description 10
- 238000004519 manufacturing process Methods 0.000 description 7
- 238000005096 rolling process Methods 0.000 description 7
- 230000009931 harmful effect Effects 0.000 description 2
- 238000009966 trimming Methods 0.000 description 2
- 238000004804 winding Methods 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000002301 combined effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005021 gait Effects 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 239000000155 melt Substances 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
- 239000002994 raw material Substances 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
- 230000003319 supportive effect Effects 0.000 description 1
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Abstract
The utility model provides a belt cutting machine with an independent drive platen mechanism, which comprises a rack, a shear device arranged on the rack, used for shearing a blank and comprising an upper cutter and a lower cutter, a follower arranged on the rack and used for driving the shear device to move synchronously with the blank, and the platen mechanism for compressing and positioning the blank during shear. According to the belt cutting machine with the independent drive platen mechanism, the upper cutter and the lower cutter are mutually matched to punch and cut off the lead belt blank; since the blank is in a moving state during the shear, the belt cutting machine with the independent drive platen mechanism is further provided with the follower capable of allowing the shear device and the blank to move in the same direction and at the same speed in order not to cause adverse effects such as stacking on the moving blank during the shear, the blank can be shorn when moving, the blank quality is further ensured, and the belt cutting machine provides effective guarantee for the normal operation of subsequent procedures.
Description
Technical field
The utility model relates to a kind of tape-cutting machine for the plumbous band of chopping.
Background technology
At present, plumbous band production is undertaken by lead band automatic production lines usually, mainly comprises molten lead device, conticaster, tandem rolling unit, trimming device and the winding mechanism that sets gradually in the plumbous band automatic production lines of the prior art.Plumbous liquid after the molten lead device will melt is injected into strand in the conticaster, and strand enters into the tandem rolling unit again and is rolled and becomes the lead band of setting thickness, pass through trimming device side cut shaping again after, through the winding mechanism coiling, packing is dispatched from the factory at last.Find to have a lot of flaws by the blank of conticaster production at head through production practice, belong to waste material, to send into tandem mill rolling if having the head of flaw, and its mill product has flaw too, as before rolling, it not being removed, certainly will influence the lead band quality that subsequent handling is produced.
The utility model content
Problem at the prior art existence, the purpose of this utility model is to provide a kind of tape-cutting machine that has the individual drive press plate mechanism, this tape-cutting machine that has the individual drive press plate mechanism is arranged between the plumbous conticaster of being with in the automatic production lines and tandem rolling unit, and being used for will be by the blank head chopping that has flaw of conticaster output.Guaranteeing to enter into the blank quality that the tandem rolling unit is rolled, and then guarantee the lead band quality that rolled out by the tandem rolling unit.
For achieving the above object, a kind of tape-cutting machine that has the individual drive press plate mechanism of the utility model comprises:
Frame;
Be arranged on the shear that is used for shearing blank on the described frame, it comprises: first framework, be arranged on the upper cutter on described first framework, be arranged on described first framework and be positioned at upper cutter below, be used for cooperating with upper cutter the lower cutter that cuts off blank and carry out first actuating device that relative motion is sheared blank for driving upper cutter and/or lower cutter; And,
Be arranged on be used for driving described shear, make it the follow mechanism that is synchronized with the movement with blank on the frame;
Press plate mechanism for when described shear is sheared blank blank holding being located is arranged on the described frame, and is positioned at the upstream of described shear;
During work, under the driving of described follow mechanism described shear with enter into the described blank that has the tape-cutting machine of individual drive press plate mechanism and be synchronized with the movement, described press plate mechanism is with blank holding, described first actuating device drives described upper cutter and/or lower cutter action, with the cutting ingot between described upper cutter and lower cutter; After finishing the shearing to blank, described shear resets under the driving of described follow mechanism, finishes once and shears; So repeatedly, shear blank.
Further, described first framework comprises base plate, and top board and being disposed on respectively between top board and the base plate is used for connecting first side plate and second side plate of described top board and base plate.
Further, described first actuating device is first hydraulic actuating cylinder, and its fixed end is installed on the described top board, and its movable end is stretched out downwards by described top board and is connected with described upper cutter; Described lower cutter is fixedly installed on the described base plate; During shearing, described movable end stretches out, and drives described upper cutter and falls to cooperating described cutting ingot with described lower cutter.
Further, described shear also comprises: first guiding mechanism that is used to the upper cutter motion guide; It comprises:
Be arranged on first guide on described first framework; With
Can be along described first guide reciprocating first guide holder in the vertical direction, described upper cutter and described first guide holder are connected, the movable end of described first hydraulic actuating cylinder and described first guide holder are connected, and described movable end drives described upper cutter motion by described first guide holder.
Further, the blade of the blade of described upper cutter and lower cutter has the setting gap in the horizontal direction.
Further, described shear also comprises adjusting from go up development length in described blank motion by it and adjusts lower cutter and the described upper cutter control apparatus of position in the horizontal direction.
Further, described control apparatus comprises: be installed in the regulating block on the described base plate and be arranged on the described regulating block, the one end passes described regulating block and leans adjusting bolt on described lower cutter; Described adjusting bolt is regulated the position described lower cutter along described blank sense of motion extension elongation by described regulating block in the horizontal direction by adjusting it.
Further, described press plate mechanism comprises:
The 3rd framework;
Be used for compressing the pressing plate of blank, be arranged on described the 3rd framework;
Be used for driving pressing plate reciprocating the 5th actuating device in vertical direction;
During work, under the driving of the 5th actuating device, general who has surrendered's blank holding makes its held stationary in shear history under the described pressing plate.
Further, described press plate mechanism also comprises: the 4th guiding mechanism that is used to the presser motion guiding, described guiding mechanism comprises: being fixedly installed on the pilot bar on described the 3rd framework and being arranged on also can be along the reciprocating guide holder of pilot bar on the pilot bar, and described pressing plate and described guide holder are connected.
Further, described press plate mechanism also comprises the guide plate that is installed in the pressing plate upstream extremity; Described guide plate extends the plate of preseting length for the opposite sense of advancing along blank.
Further, described follow mechanism comprises:
Be used for driving described shear along reciprocating second actuating device of described blank sense of motion; With second guiding mechanism that is used to described shear guiding, described second guiding mechanism comprises:
Be arranged on the frame second guide and can be along second guide reciprocating second guide holder on the blank direct of travel, described first frame fixation is arranged on second guide holder.
Further, the described tape-cutting machine that has the individual drive press plate mechanism also comprises the draw gear that draws and lead for the motion to blank, and described draw gear is arranged on the described frame, and is positioned at the upstream of described shear.
Further, described draw gear comprises:
Be arranged on second framework on the described frame;
Be used for described blank is sent into the nip rolls of described shear, described nip rolls are arranged on described second framework, and can rotate around himself axis;
Be arranged on described second framework and be positioned at pressure roller nip rolls tops, that can rotate around himself axis, have be used to the slit that holds blank between described pressure roller and the described nip rolls;
Be used for driving the 3rd actuating device that nip rolls rotate; And,
Be arranged on described second framework, and be positioned at the guide plate of described nip rolls upstream;
During work, blank is in the slit that enters under the guiding of described guide plate between described nip rolls and the described pressure roller, described nip rolls rotate under the driving of described the 3rd actuating device, the described blank that is clamped between described nip rolls and the described pressure roller is drawn, described blank is sent in the described shear.
Further, described draw gear comprises that also it comprises for the pressure roller control apparatus of regulating roll gap between described pressure roller and the described nip rolls:
Be used for driving the four-drive device that described pressure roller moves in vertical direction;
The 3rd guiding mechanism that is used to the motion of described pressure roller to lead, described the 3rd guiding mechanism comprises: be fixed on the 3rd guide on the described frame, can be along described the 3rd guide reciprocating the 3rd guide holder in the vertical direction; Described pressure roller passes through the bearing fixing at its two ends on described the 3rd guide holder, and motion in vertical direction under the driving of described four-drive device, described roll gap is regulated, and located after adjusting.
Further, described four-drive device is hydraulic actuating cylinder, and the fixed end of described hydraulic actuating cylinder is arranged on described second framework, and its movable end and described the 3rd guide holder are connected.
Further, the described tape-cutting machine that has the individual drive press plate mechanism also comprises and is arranged on the discard transfer apparatus that waste material that described frame below is used for having the tape-cutting machine chopping of individual drive press plate mechanism is transported to the garbage collection station.
The tape-cutting machine that has the individual drive press plate mechanism disclosed in the utility model cooperatively interacts the die-cut cut-out of plumbous made-up belt material by upper and lower cutting knife, because plumbous made-up belt material still is kept in motion when shearing, when shearing in order not make the plumbous made-up belt material in the motion is caused harmful effects such as windrow, the tape-cutting machine that has the individual drive press plate mechanism of the present utility model also is provided with and can makes shear and plumbous made-up belt material with fast homodromous follow mechanism; Realization is sheared in advancing blank, has further guaranteed the quality of plumbous made-up belt material, for the normal operation of subsequent handling provides the actv. guarantee.
Description of drawings
Fig. 1 has the tape-cutting machine structural representation of individual drive press plate mechanism for the utility model;
Fig. 2 looks scheme drawing for the shear master;
Fig. 3 be among Fig. 2 A-A to cutaway view;
Fig. 4 is the follow-up mechanism structural representation;
Fig. 5 is the draw gear structural perspective;
Fig. 6 is draw gear structural front view (no guide plate);
Fig. 7 is the shear schematic rear view.
The specific embodiment
As shown in Figure 1, the tape-cutting machine that has the individual drive press plate mechanism in the utility model mainly comprises frame 1, is arranged on shear A, follow mechanism, draw gear B, output mechanism C and press plate mechanism D on the frame 1.In addition, the waste material of tape-cutting machine chopping that is used for having an individual drive press plate mechanism that also is included in frame below is transported to the discard transfer apparatus (not shown) of garbage collection station.
Shown in Fig. 1,2,5, shear comprises first framework 2, upper cutter 3, lower cutter 4, first guiding mechanism and first actuating device.Wherein, first framework 2 comprises base plate 21, top board 22 and first side plate 23 and second side plate 24.First side plate 23 and second side plate 24 are disposed between top board 21 and the base plate 22, with top board 21 and base plate 22 formation first framework 2 that is connected.First framework 2 is used for arranging upper cutter 3, lower cutter 4 and first actuating device 5 of shear, so, in actual applications, the version of first framework 2 is not limited to the above-mentioned version that is formed by four plates overlap joints, and other framed structures that can realize said function all can be applicable to this.
Shown in Fig. 2,3, first guiding mechanism comprise two be arranged between base plate 21 and the top board 22 pilot bar 25 and can be under the guiding of two pilot bars 25, reciprocating first guide holder in the vertical direction.First guide holder comprises two orienting lugs 26 that are set on two pilot bars 25 and the moving platen 27 that is connected two described orienting lugs 26.Upper cutter 3 is arranged on the lower surface of moving platen 27, under the driving of first actuating device.Upper cutter 3 can be under the guiding of first guiding mechanism crank motion in vertical direction.First guiding mechanism is except above-mentioned pilot bar and guide holder structure, other guide frames that can be 3 motions of first cutting knife are led in the vertical direction all can be applicable to this, for example: two guide grooves by being separately positioned on upper cutter 3 both sides and be separately positioned on two orienting lugs in the guide groove, and moving platen 27 is arranged on the orienting lug; Also can be directly the two ends of moving platen 27 be inserted into the guide groove medium structure.In addition, also upper cutter 3 can be set directly on two orienting lugs 26.
First actuating device is that fixed end is arranged on the top board 22, first hydraulic actuating cylinder 5 that movable end is stretched out downwards by top board 22; The movable end of first hydraulic actuating cylinder 5 is connected with moving platen 27 after being stretched out downwards by top board 22, and along with the stretching out and withdraw of first hydraulic actuating cylinder, 5 movable ends, upper cutter 3 is crank motion in vertical direction.Lower cutter 4 is arranged on the base plate 21, and the blade of its blade and upper cutter 3 is oppositely arranged, and has the setting gap in the horizontal direction between two blades, and the size in this gap should be according to the thickness setting of blank, make through the blank otch after shearing straight, no flanging.In addition, in actual applications, first actuating device also can adopt cylinder or other can realize the actuating device of identical function.
The mode that drives upper cutter 3 whereabouts except above-mentioned employing first actuating device is carried out the blank shearing, but also can adopt according to actual conditions in actual applications and drive lower cutter 4 motions, or the form that adopts two driver trains to drive upper and lower cutting knife 3,4 associated movements is respectively carried out the blank cutting.
As shown in Figure 3, on base plate 21, also be provided with for regulating lower cutter 4 relative and upper cutter 3 positions, the i.e. control apparatus that gap length between the two cutting knife blades is regulated in the horizontal direction.Control apparatus comprises the regulating block 41 that is fixedly installed on the base plate 21 and the some adjusting bolts 42 on the regulating block 41, regulate an end of bolt 42 by stretching out along the blank sense of motion in the regulating block 41, and lean at lower cutter 4 on the side of blade, during use, come lower cutter 4 position that specifically arranges is in the horizontal direction regulated by the extension elongation of regulating bolt 42.Control apparatus also can adopt other structures, for example, can be fixed end and be arranged on cylinder on the base plate 21, by regulating its external part extension elongation lower cutter 4 positions are regulated, and other by adjust from the development length on described blank sense of motion regulate lower cutter 4 and upper cutter 3 in the horizontal direction the control apparatus of position all can be applicable to this.
Shown in Fig. 3,7, press plate mechanism D is arranged between cutting mechanism A and the draw gear B, comprising: the 3rd framework 50, pressing plate 51, the 4th guiding mechanism, the 5th actuating device 54 and guide plate 55.Wherein, the 4th guiding mechanism comprises: two the 5th pilot bars 52 and being arranged on two the 5th pilot bars 52, and can be along the 5th pilot bar 52 reciprocating the 5th guide holders, the 5th guide holder has the connecting panel 54 that is separately positioned on two guides 53 on the 5th pilot bar 52 and is connected two the 5th guides 53 to constitute, pressing plate 51 is arranged on the connecting panel 54, or the 5th guide holder only constituted by two guides 53, and pressing plate is set directly on two guides 53.The 5th actuating device is cylinder or hydraulic actuating cylinder, and the fixed end of cylinder or hydraulic actuating cylinder is arranged on first framework 2, and the connecting panel 54 in its movable end and the 5th guide holder is connected.Guide plate 55 is the plate of the blank guiding that is arranged on being used to of pressing plate 51 upstream extremities and enters into press plate mechanism D; Its opposite sense of advancing along blank along the edge of pressing plate 51 extends preseting length, and preferred, and guide plate 55 is pressed close to bent plate or the swash plate of plumbous band gradually for its upstream extremity to downstream end.
During work, under the driving of the 5th actuating device, pressing plate 51 descends, stop motion behind the blank below pressing plate 51 touches it, and shearing at the blank of shear A is for blank provides thrust, makes its held stationary in shear history.
Shown in Fig. 1,4, follow mechanism comprises second guiding mechanism and second actuating device, wherein second actuating device moves back and forth in the direction of advancing along blank for driving shear A, and second guiding mechanism is used to the motion guide of shear A under second actuating device drives.Second guiding mechanism comprise second guide that arranges along the blank direct of travel and can be on second guide crank motion second guide holder.Second guide in the present embodiment is for being arranged on two second pilot bars 11 on the frame 1 along the blank direct of travel; Second guide holder is to be set on two second pilot bars 11, and can be under the guiding of pilot bar 11 reciprocating two linear bearings 12.First framework 2 is arranged on two linear bearings 12.Second actuating device is that fixed end is arranged on the frame 1, second hydraulic actuating cylinder 13 that its movable end and second guide holder are connected.In the time will shearing, the movable end of second hydraulic actuating cylinder 13 stretches out, and shear A and blank are moved in the same way with speed, and in motion process, finish shearing to blank, after the shearing, the withdrawal of the movable end of second hydraulic actuating cylinder 13 makes shear A get back to original position and prepares to shear next time.Certainly, in actual applications, follow mechanism also can adopt other can drive shear A reciprocating other mechanisms on the blank direct of travel, for example, and synchronous chain mechanism etc.Same second guiding mechanism also can adopt other to have the guide frame of identical guide function, for example, use two guide grooves to replace two pilot bars 11, and use the orienting lug that is arranged in the guide groove to replace the guide groove of linear bearing 12 and the guide frame of orienting lug composition etc., some similar distortion all can be applicable to this.More or adopt the nut screw structure to lead also to be applicable to this, just not exemplified one by one at this.
As shown in Fig. 1,5,6, draw gear B is arranged on the frame 1, and is positioned at the upstream of shear A, and its effect is to draw and lead entering blank in the side shears, makes it enter into shear A smoothly and shears.Draw gear B comprises second framework 6, nip rolls 61, pressure roller 62, the 3rd actuating device (not shown) and guide plate 63.Nip rolls 61 are arranged on second framework 6 by two bearing fixing that are arranged on its two ends.Nip rolls 61 link to each other with the 3rd actuating device 63, and under the driving of the 3rd actuating device 63 around the rotation of himself axis, blank is drawn, make it enter into the tape-cutting machine that has the individual drive press plate mechanism smoothly.The 3rd actuating device is motor and the retarder that is used for being connected motor and nip rolls 61.For guaranteeing that blank phenomenons such as perk, fold can not take place in the process of entering, above nip rolls 61, also be provided with pressure roller 62, pressure roller 62 also can be around himself axis rotation.Have the setting gap between pressure roller 62 and the nip rolls 61, this gap should be according to the thickness setting of blank.And preferred, pressure roller 62 is parallel with the axis of nip rolls 61, and is positioned on the same vertical plane surface.Pressure roller 62 can be arranged on by two bearings that are arranged on its two ends on second framework 6; Also can be as shown in Figure 5, be arranged on second framework 6 by the pressure roller control apparatus.The pressure roller control apparatus comprises: four-drive device and the 3rd guiding mechanism, wherein, the 3rd guiding mechanism comprises the 3rd guide and can be at the 3rd guide holder of the 3rd guide upper edge up-and-down motion.The 3rd guide is for being arranged on pressure roller 62 both sides, and band vertically extends the guide plate of guide groove 65, and the 3rd guide holder comprises that two ends are separately positioned on connecting panel 66 in two guide grooves 65, that also can move back and forth up and down therein.Pressure roller 62 is by being separately positioned on bearing fixing on the connecting panel 66 on connecting panel 66.In addition, the 3rd guide frame also can adopt the composition mode of first guide frame or second guide frame, for example: adopt pilot bar and linear bearing structure, or employing pilot bar and the chute that is sleeved on the pilot bar, nut screw structures etc., all structures that can realize that motion in vertical direction play the guiding role to pressure roller 62 all can be applicable to this.Four-drive device is that fixed end is arranged on the hydraulic actuating cylinder 64 on second framework 6, and its movable end stretches out downwards and captives joint with connecting panel 66.Under the driving of hydraulic actuating cylinder 64, be arranged on pressure roller 62 crank motion in vertical direction on the 3rd guide holder, and adjust slit pressure roller 62 and nip rolls 61 between by the length that regulator solution cylinder pressure 64 movable ends stretch out downwards, and after adjustment, locate, draw and lead to be fit to blank to all thickness.Guide plate 63 is used for the blank by conticaster output is played a supportive role before entering into draw gear C, is arranged on the upstream of nip rolls 61, and joins with nip rolls 61 and pressure roller 62 formed slits.And guide plate 63 with should be a little less than the top of nip rolls 61 with the junction in nip rolls 61 and pressure roller 62 formed slits, enter in the slit between nip rolls 61 and the pressure roller 62 to make things convenient for blank.
As shown in Figure 1, on frame 1, the downstream that is positioned at shear A also is provided with output mechanism C, output mechanism C is made of some outlet rollers 14 of some axis normal in the setting of blank direct of travel, preferably, the axis of some outlet rollers 14 is parallel to each other, and all the bearing by two ends is arranged on the frame 1.After the head that shear A has a flaw with blank is all sheared and is finished, blank passes shear A and enters into output mechanism C, blank by exporting in the tape-cutting machine that has the individual drive press plate mechanism, enters into follow-up equipment and further processes under the jacking of outlet roller 14.Each outlet roller 14 all can be under the drive of blank around himself axis rotation, when providing support power for blank, also can be owing to not advancing forward with the excessive blank that hinders of friction force between the two, or blank surface is caused damage.In addition; preferably, output mechanism C also comprises the over cap 15 that is arranged on the frame 1, and over cap 15 is arranged on the frame 1 by hinge is hinged. during work; over cap 15 is located in each outlet roller 14 top, be used for protecting the blank that cuts head through shear not to be subjected to ectocine.
In addition, below frame 1, also be provided with the discard transfer apparatus (not shown) that is transported to the garbage collection station for the waste material with the shear chopping, discard transfer apparatus is generally load-transfer device and actuating device thereof.The blank that shear shreds drops on the load-transfer device, delivers into the garbage collection station through load-transfer device, or directly links to each other with the feed mechanism of molten lead device, and waste material is directly sent in the molten lead device, melts as raw material.
In the above-described embodiments, the pressure roller 62 in the draw gear, the outlet roller 14 in the output mechanism etc., the propulsion source of its rotation are the friction force between himself and the blank all, and in actual production, also can arranging independently, actuating device drives it.
During work, under the jacking of guide plate 63 and guiding, enter into the slit between nip rolls 61 and the pressure roller 62 by the blank of exporting in the conticaster, nip rolls 62 the driving of motor under rotate, and in rotating process, carry blank and move to shear A direction.Blank is advanced forward under the tractive force effect of nip rolls 62, and pass press plate mechanism D and enter into shear A, at this moment, the movable end of second hydraulic actuating cylinder 13 among the follow mechanism B stretches out, it is mobile with speed in the same way to drive shear A and press plate mechanism D and blank, in moving process, the 5th actuating device 54 drives 51 times general who has surrendered's blank holdings of pressing plate, when pressing plate 51 descends, moving platen 27 also falls under the driving of first hydraulic actuating cylinder 5, and upper cutter 3 and lower cutter 4 combineds action are with cutting ingot, then, the movable end withdrawal of first hydraulic actuating cylinder 5, moving platen 27 drive upper cutter 3 and rise.Simultaneously, the 5th actuating device is also mentioned pressing plate 51 with blank and is separated.Then, the movable end of second hydraulic actuating cylinder 13 bounces back fast, and A is withdrawn into original position with shear, finishes the once shearing to blank.Then, the movable end of second hydraulic actuating cylinder 13 continues to stretch out with the speed identical with the blank gait of march, make shear A and press plate mechanism D mobile with speed in the same way with blank again, and in this process, again blank is sheared, so circulation, flaw part until blank head is all cut, follow mechanism B, shear A and press plate mechanism D be no longer action then, blank after shearing passes in by shear A and press plate mechanism D, enter into output mechanism C, and under the jacking of outlet roller 14, by exporting in the tape-cutting machine that has the individual drive press plate mechanism, enter into follow-up equipment and further process.
A kind of tape-cutting machine that has the individual drive press plate mechanism of the utility model cooperatively interacts the die-cut cut-out of plumbous made-up belt material by upper and lower cutting knife, because plumbous made-up belt material still is kept in motion when shearing, when shearing in order not make the plumbous made-up belt material in the motion is caused harmful effects such as windrow, the tape-cutting machine that has the individual drive press plate mechanism of the present utility model can make shear A and plumbous made-up belt material with fast homodromous follow mechanism C by using, and realizes blank is sheared in advancing; And before shearing, blank holding made it in shear history, can not produce the quality that warpage has further guaranteed to shear the plumbous made-up belt material in back by press plate mechanism D, for the normal operation of subsequent handling provides the actv. guarantee.
Claims (16)
1. a tape-cutting machine that has the individual drive press plate mechanism is characterized in that, the described tape-cutting machine that has the individual drive press plate mechanism comprises:
Frame;
Be arranged on the shear that is used for shearing blank on the described frame, it comprises: first framework, be arranged on the upper cutter on described first framework, be arranged on described first framework and be positioned at upper cutter below, be used for cooperating with upper cutter the lower cutter that cuts off blank and carry out first actuating device that relative motion is sheared blank for driving upper cutter and/or lower cutter; And,
Be arranged on be used for driving described shear, make it the follow mechanism that is synchronized with the movement with blank on the frame;
Press plate mechanism for when described shear is sheared blank blank holding being located is arranged on the described frame, and is positioned at the upstream of described shear;
During work, under the driving of described follow mechanism described shear with enter into the described blank that has the tape-cutting machine of individual drive press plate mechanism and be synchronized with the movement, described press plate mechanism is with blank holding, described first actuating device drives described upper cutter and/or lower cutter action, with the cutting ingot between described upper cutter and lower cutter; After finishing the shearing to blank, described shear resets under the driving of described follow mechanism, finishes once and shears; So repeatedly, shear blank.
2. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that described first framework comprises base plate, top board and being disposed on respectively between top board and the base plate is used for connecting first side plate and second side plate of described top board and base plate.
3. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 2, it is characterized in that described first actuating device is first hydraulic actuating cylinder, its fixed end is installed on the described top board, and its movable end is stretched out downwards by described top board and is connected with described upper cutter; Described lower cutter is fixedly installed on the described base plate; During shearing, described movable end stretches out, and drives described upper cutter and falls to cooperating described cutting ingot with described lower cutter.
4. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 3, it is characterized in that described shear also comprises: first guiding mechanism that is used to the upper cutter motion guide; It comprises:
Be arranged on first guide on described first framework; With
Can be along described first guide reciprocating first guide holder in the vertical direction, described upper cutter and described first guide holder are connected, the movable end of described first hydraulic actuating cylinder and described first guide holder are connected, and described movable end drives described upper cutter motion by described first guide holder.
5. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that the blade of described upper cutter and the blade of lower cutter have the setting gap in the horizontal direction.
6. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 3, it is characterized in that described shear also comprises adjusting from go up development length in described blank motion by it adjusts lower cutter and the described upper cutter control apparatus of position in the horizontal direction.
7. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 6, it is characterized in that described control apparatus comprises: be installed in the regulating block on the described base plate and be arranged on the described regulating block, the one end passes described regulating block and lean adjusting bolt on described lower cutter; Described adjusting bolt is regulated the position described lower cutter along described blank sense of motion extension elongation by described regulating block in the horizontal direction by adjusting it.
8. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that described press plate mechanism comprises:
The 3rd framework;
Be used for compressing the pressing plate of blank, be arranged on described the 3rd framework;
Be used for driving pressing plate reciprocating the 5th actuating device in vertical direction;
During work, under the driving of the 5th actuating device, general who has surrendered's blank holding makes its held stationary in shear history under the described pressing plate, and after shearing finishes, lifts under the driving of described the 5th actuating device.
9. the described tape-cutting machine that has the individual drive press plate mechanism according to Claim 8, it is characterized in that, described press plate mechanism also comprises: the 4th guiding mechanism that is used to the presser motion guiding, described guiding mechanism comprises: being fixedly installed on the pilot bar on described the 3rd framework and being arranged on also can be along the reciprocating guide holder of pilot bar on the pilot bar, and described pressing plate and described guide holder are connected.
10. the described tape-cutting machine that has the individual drive press plate mechanism according to Claim 8 is characterized in that described press plate mechanism also comprises the guide plate that is installed in the pressing plate upstream extremity; Described guide plate extends the plate of preseting length for the opposite sense of advancing along blank.
11. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that described follow mechanism comprises:
Be used for driving described shear along reciprocating second actuating device of described blank sense of motion; With second guiding mechanism that is used to described shear guiding, described second guiding mechanism comprises: be arranged on the frame second guide and can be along second guide reciprocating second guide holder on the blank direct of travel, described first frame fixation is arranged on second guide holder.
12. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that, the described tape-cutting machine that has the individual drive press plate mechanism also comprises the draw gear that draws and lead for the motion to blank, described draw gear is arranged on the described frame, and is positioned at the upstream of described shear.
13. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 12, it is characterized in that described draw gear comprises:
Be arranged on second framework on the described frame;
Be used for described blank is sent into the nip rolls of described shear, described nip rolls are arranged on described second framework, and can rotate around himself axis;
Be arranged on described second framework and be positioned at pressure roller nip rolls tops, that can rotate around himself axis, have be used to the slit that holds blank between described pressure roller and the described nip rolls;
Be used for driving the 3rd actuating device that nip rolls rotate; And,
Be arranged on described second framework, and be positioned at the guide plate of described nip rolls upstream;
During work, blank is in the slit that enters under the guiding of described guide plate between described nip rolls and the described pressure roller, described nip rolls rotate under the driving of described the 3rd actuating device, the described blank that is clamped between described nip rolls and the described pressure roller is drawn, send in the described shear.
14., it is characterized in that described draw gear comprises that also it comprises for the pressure roller control apparatus of regulating roll gap between described pressure roller and the described nip rolls according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 13:
Be used for driving the four-drive device that described pressure roller moves in vertical direction;
The 3rd guiding mechanism that is used to the motion of described pressure roller to lead, described the 3rd guiding mechanism comprises: be fixed on the 3rd guide on the described frame, can be along described the 3rd guide reciprocating the 3rd guide holder in the vertical direction; Described pressure roller passes through the bearing fixing at its two ends on described the 3rd guide holder, and motion in vertical direction under the driving of described four-drive device, described roll gap is regulated, and located after adjusting.
15. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 14, it is characterized in that described four-drive device is hydraulic actuating cylinder, the fixed end of described hydraulic actuating cylinder is arranged on described second framework, its movable end and described the 3rd guide holder are connected.
16. according to the described tape-cutting machine that has the individual drive press plate mechanism of claim 1, it is characterized in that the described tape-cutting machine that has the individual drive press plate mechanism also comprises and is arranged on the discard transfer apparatus that waste material that described frame below is used for having the tape-cutting machine chopping of individual drive press plate mechanism is transported to the garbage collection station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220668147 CN203158900U (en) | 2012-12-07 | 2012-12-07 | Belt cutting machine with independent drive platen mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220668147 CN203158900U (en) | 2012-12-07 | 2012-12-07 | Belt cutting machine with independent drive platen mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203158900U true CN203158900U (en) | 2013-08-28 |
Family
ID=49020104
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220668147 Expired - Fee Related CN203158900U (en) | 2012-12-07 | 2012-12-07 | Belt cutting machine with independent drive platen mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203158900U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102992082A (en) * | 2012-12-07 | 2013-03-27 | 江苏三环实业股份有限公司 | Belt cutting machine with independently driven pressure plate mechanism |
| CN105458212A (en) * | 2015-11-26 | 2016-04-06 | 重庆长安汽车股份有限公司 | Tool for cleaning cylinder hole separating skin of castings of engine cylinder block |
| CN107601113A (en) * | 2017-09-18 | 2018-01-19 | 江苏绿源健康铝箔科技有限公司 | A kind of aluminum foil rewinding machine aluminium foil fast shut-off mechanism |
-
2012
- 2012-12-07 CN CN 201220668147 patent/CN203158900U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102992082A (en) * | 2012-12-07 | 2013-03-27 | 江苏三环实业股份有限公司 | Belt cutting machine with independently driven pressure plate mechanism |
| CN105458212A (en) * | 2015-11-26 | 2016-04-06 | 重庆长安汽车股份有限公司 | Tool for cleaning cylinder hole separating skin of castings of engine cylinder block |
| CN107601113A (en) * | 2017-09-18 | 2018-01-19 | 江苏绿源健康铝箔科技有限公司 | A kind of aluminum foil rewinding machine aluminium foil fast shut-off mechanism |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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