CN103504469B - The cutter sweep of the product of the tobacco industry is split from the bar that continuous print is carried - Google Patents
The cutter sweep of the product of the tobacco industry is split from the bar that continuous print is carried Download PDFInfo
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- CN103504469B CN103504469B CN201310262613.8A CN201310262613A CN103504469B CN 103504469 B CN103504469 B CN 103504469B CN 201310262613 A CN201310262613 A CN 201310262613A CN 103504469 B CN103504469 B CN 103504469B
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- Prior art keywords
- switch
- locking system
- switching device
- pressure medium
- cutter sweep
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24C—MACHINES FOR MAKING CIGARS OR CIGARETTES
- A24C5/00—Making cigarettes; Making tipping materials for, or attaching filters or mouthpieces to, cigars or cigarettes
- A24C5/14—Machines of the continuous-rod type
- A24C5/28—Cutting-off the tobacco rod
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- Manufacturing Of Cigar And Cigarette Tobacco (AREA)
Abstract
The present invention relates to split on a kind of bar for being carried the cutter sweep of the product of the tobacco industry from continuous print, this cutter sweep has can be by driving means by the knife rest with at least one cutter stretched out diametrically that can drive in the way of rotating；Fixing pedestal, knife rest can regulate round first axle relative to pedestal angularly by means of adjusting means, and can manually handle for locking system knife rest locked relative to pedestal, it is provided with the switching device that can manually handle for being coupled together by locking system with outside energy source, it has multiple position of the switch, wherein locking system can be unlocked by the connection between outside energy source in first position of the switch of switching device, and can be locked by the connection between outside energy source in the second switch position of switching device, and between energy source and locking system, it is provided with the switch of the trigger energy stream that can manually handle.
Description
Technical field
The present invention relates to split on a kind of bar for being carried the cutter sweep of the product of the tobacco industry from continuous print.
Background technology
Such cutter sweep such as obtains disclosure from GB 2 089 187 A.Described cutter sweep especially includes can be by the knife rest with at least one cutter stretched out diametrically that can drive in the way of rotating, and this knife rest is arranged with the angle being not equal to 90 degree relative to described bar.Described cutter itself is then arranged on the cutter holder on knife rest, and described cutter holder is coupled by drive mechanism and driven during the rotary motion of described knife rest and carries out periodic relative motion relative to described knife rest.Because described product should have be perpendicular to as far as possible longitudinal axis arrange facet and described bar during the cutting movement of the cutter moved through described bar, perform lengthwise movement, described cutter in order to during described cutting movement, described lengthwise movement is compensated and actually must together with described bar in a longitudinal direction together with move, this realizes here by the orientation relative to the oblique angle of described bar relative to the relative motion of described knife rest and described knife rest of described cutter holder.Described knife rest must be arranged at an angle relative to described bar, and this angle thus depends on that bar speed, described bar speed depend on the most again the specification of product, thus particularly depends on the length of split rod.
Thus when carrying out format change, the angle relative to described bar of described knife rest must match with the bar speed of change, in order to the facet of described product is perpendicular to its longitudinal axis orientation.
In the cutter sweep disclosed in GB 2 089 187 A, the angle of described knife rest can be regulated by the governor motion needing manually to be handled, and described governor motion especially includes a clamping mechanism with the bolt needing manually to be unclamped.In order to regulate described knife rest, it is necessary to unclamp described bolt, described knife rest is adjusted and again described bolt is tightened.The angle of new regulation relative to conscientious attitude and the skill having the precision of nominal angle to be regulated to depend on operator at this.Because the angle particular importance of the orientation of the described longitudinal axis relative to described product for facet and should regulating as accurately as possible, described whole regulation process is cumbersome and quite time-consuming.Additionally, unclamping and tightening of the most described bolt has needed to take considerable time.
The clamping mechanism designed in the way of purely mechanic on the whole is unsatisfactory.Modern machinery manufacturing industry especially uses in machine-tool industry work in a hydrodynamic manner for the clamping element that different assemblies is fixed relative to because bigger power thus can be applied and described clamping process can be carried out in the case of automatically controlling.For current cutter sweep, described knife rest must be fixed, and described knife rest has the quality of up to 40 kilograms and carried out the rotary motion of up to 3000 revs/min by driving.So that the highest clamping force is used for fixing described knife rest, in order to described knife rest will not regulate during running the most again.In addition, the highest positioning precision of described knife rest is needed in clamped position, being arranged in the motion during cutting movement of the cutter on knife rest described in because must together perform the motion of described bar and have to pass through the gap of bearing of tubulose at this, described bearing supports described bar during cutting movement.The described knife rest with the cutter stretched out diametrically and described bearing represent the assembly endangered by collision at this, thus these assemblies must coordinate mutually and preregulated position absolutely not must change.This point particular importance, if knife rest and bearing are driven by single single driving means and are coupled the most each other not over drive mechanism.Therefore, in any case must assure that, the clamping mechanism function enduringly of described hydraulic pressure and can get rid of this point, the clamping mechanism of the most described hydraulic pressure is unexpectedly by program error, operational error and/or be manipulated by during the running continuously of described cutter sweep or lose its clamping force.Why this point is even more important, and is because the requirement about clamping force and precision more much higher than on lathe.
Summary of the invention
The task of the present invention be to provide a kind of have can the cutter sweep of knife rest head can drive in the way of rotating, for this cutter sweep, eliminate the danger unexpectedly regulating described angle.Additionally, the angle relative to described bar of described knife rest should be able to regulate (namely during machine stops) in the short period of time when changing specification.
Described task is had been resolved by the cutter sweep described in techniques below scheme according to the present invention.Other of the present invention preferred embodiment can be known from accompanying drawing and affiliated description.
In order to solve described task, according to it is proposed that, be provided with can manually handle for the switching device that locking system is coupled together with outside energy source, described switching device has multiple position of the switch, wherein said locking system can be unlocked by the connection between the energy source of described outside in first position of the switch of described switching device, the second switch position of described switching device can be locked by the connection between the energy source of described outside, between described energy source and described locking system, wherein it is provided with the switch of the trigger energy stream that can manually handle extraly.
Proposed solution has the advantage that, unblock and the locking process of the most described locking system are supported and are simplified the most significantly by outside energy source and can be implemented in shorter time interval.Additionally, by the use of proposed switching device, the two motor process can be caused in the case of using a unique energy source.In addition, described motor process can only be by realizing for described switching device and manually handling of switch, thus need the step accompanied with two priorities namely for the manipulation of described switching device and to handle with predetermined order for described switch to carry out conscious manual operation, in order to trigger and complete releasing process and the locking process of described locking system.Thus can get rid of such as by for the casual manipulation of described locking system or the probability unlocking unintentionally or locking that caused described locking system by the mistake in program operation process.As outside energy source, it should refer to every kind of energy source, described energy source is by producing, for manually handling of described switch, the power that the motion to described locking system is supported, and this point is not dependent on layout and the type of described energy source.Advantages of the present invention should be the energy source of the described outside supporting motion and the described switching device needing manually to be handled consciously and the combination having switch to be manipulated.Additionally, described motor process such as can be by being markedly more accurately performed for the control of energy stream.Required manually handling for described switching device and switch represents the manual operation that carry out consciously, must need described manual operation at this, such that it is able to get rid of the uncontrolled of described locking system and unlock unintentionally and lock.
In addition advising, described locking system separates in the 3rd position of the switch from the energy source of described outside.By the setting of described 3rd position of the switch and thus cause make the setting of separately this situation from the energy source of described outside of described locking system, be possible to prevent this point, the most described locking system such as due to described in be provided for the fault of switch of manual trigger energy stream or be unexpectedly connected with described energy source due to program error and by mistake unlocked or lock.
In addition advising, the energy source of described outside is consisted of pressure medium reservoir and pressure medium pump.Described pressure medium pump is for being transported to pressure medium pressure medium loop from described pressure medium reservoir, and described pressure medium may be used for method in a straightforward manner to unlock to described locking system and locking.As long as described locking system includes the piston obtaining guiding in cylinder that can load at both sides pressure medium, then the most described pressure medium just method can be applied not only to locking and for unlocking in a straightforward manner.
In this case it is further suggested, that described switching device is consisted of the banked direction control valves being arranged in described pressure medium loop.By described banked direction control valves, can be optional by described pressure medium delivery to one of pressure chamber according to the position of described banked direction control valves, described pressure chamber is limited by one of them side of described piston respectively so that therefore described piston can be possible not only to be unlocked towards both direction motion and described locking system in the case of using a unique pressure medium reservoir and can be locked.
In addition advising, the switch of described trigger energy stream is the manipulation switch of described pressure medium pump.Because described pressure medium pump is real to set up the component that described energy stream is exactly pressure medium flow in this case, so can directly trigger described energy stream by the manipulation for described pressure medium pump and then correspondingly described energy stream can be reduced to zero subsequently by described pressure medium pump deexcitation time, such that it is able to directly trigger and terminate described unblock and locking process.
Advising as an alternative, the switch of described trigger energy stream is consisted of the valve that can manually handle being arranged between described banked direction control valves and described locking system in described pressure medium loop.Described valve is the most so constituted at this, thus during when opening described valve, described pressure medium can be flowed into one of described pressure chamber, the most described pressure medium can flow back into described pressure medium reservoir from another pressure chamber.After unlocking to described locking system or lock, described valve is again switched off so that described pressure medium no longer acts on described locking system.Described energy stream triggers in this case through in the following manner, i.e. described be released and be channeled to by the opening of described valve in one of described pressure chamber due to the pressure medium handled under already at pressure for pressure medium pump before this.Because referring here to pressure medium loop, so it is also envisaged that only closing with described valve or open one of pressure medium conduit.
In addition advising, the switch of described trigger energy stream is key switch.The advantage of this solution is, described switch can only be handled in the case of using key, on the one hand limited by described key and can handle personnel's scope of described switch and on the other hand for the Control requirements manual operation again of described switch i.e. the insertion of described key and rotation, such that it is able to reduce the probability by mistake or unauthorized connection handling described switch further.
In addition, can reduce further unexpectedly or unauthorized connection carry out the probability handled, method is that the switch of described trigger energy stream is insured by the safety piece of extra machinery, the safety piece of described machinery by described fastening switch in safety position to prevent from handling unexpectedly and must manually making described switch move to the position of arming from described safety position before handling described switch.Described safety piece can be such as the cover plate of described switch or can also be locking piece, and described locking piece must be removed or unclamped before handling described switch.Additionally, described safety piece can also be simple lock, this is locked in the position of pinning prevention and close to described switch and can only be opened by key.
Another preferred embodiment of the present invention is advised, is provided with the control unit for unblock and the lock motion of described locking system being controlled after manually handling described switching device and after handling the switch of described trigger energy stream.Described releasing process and described locking process thus can correspondingly be divided into two steps, say, that in the first step by manually triggering described motion for the manipulation of described switching device and switch and carrying out the motor process being controlled followed closely hereafter of described locking system in the second step.The most described control unit such as can control the energy source of described outside, thus automatically shuts off the energy source of described outside after the locking arriving described locking system and unlocked position.
Furthermore, it is possible to arrange input equipment, this input equipment has the control surface for handling described switching device and the control surface of the switch for described trigger energy stream.The most described switching device and described switch manually can be handled in the way of operator is friendly in same input equipment.Such control surface can be such as the control surface of the touch sensible on corresponding screen, wherein said for handling switching device and successively occurring on screen and the most simultaneously for the order of the previously given manipulation of operator for handling the control surface of switch.Handling at this for described switching device and described switch can be the part of flow process of the input requirements successively accompanied each other of a kind of program operation process, and described program operation process interrupts accordingly by described input requirements.
Here, described input equipment and described control unit can form a unit in another preferred embodiment of the present invention.Thus can be particularly easy to flow to described control unit and further processed by handling, for described switching device and described switch, the signal produced in described input equipment.Additionally, proposed solution is the most meaningful, if described input equipment is the screen of touch sensible, this screen can be used for handling described control unit in other words for showing the data of described control unit simultaneously.
In addition advising, described locking system is configured to self-locking.Described locking system is thus in the final position unlocking or being maintained at after locking corresponding unblock or locking, and need not for this be come by the energy source of described outside constantly to described locking system loading.Described locking system the most only by described switching device again towards in other position corresponding for unlocking to described locking system or the manipulation of locking and described switch is handled the cancellation hereafter that follows closely by described self-locking unclamp, such that it is able to prevent described locking system by mistake and the most automatically from described locking or the position of unblock moves out.
In addition advise, described locking system includes the chuck passed from described pedestal, and this chuck clamps described knife rest or the parts being connected with described knife rest the most rotatably by applying clamping force relative to described pedestal in described latched position the most rotatably.Described knife rest is thus clamped relative to described pedestal in the case of force closure, and this has the advantage that, the most described locking process also is able to method in a straightforward manner by clamping force purely and realizes the stepless regulation for described knife rest.
Accompanying drawing explanation
Below by way of preferred embodiment referring to the drawings the present invention being explained.Accompanying drawing is shown below:
Fig. 1 is that cutter sweep is together with the double bar of the continuous print carried；
Fig. 2 is the single diagram of locking system that acts on of positive ground；
Fig. 3 is the pressure medium loop with the pressure medium pump can handled by key switch；
Fig. 4 is the pressure medium loop with the valve being arranged between described locking system and described switching device；And
Fig. 5 is the single diagram of the locking system worked in the case of force closure.
Detailed description of the invention
Can be seen that in FIG and have and at this, the most double bar of continuous print bar 1 of the product of the tobacco industry such as can be obtained the fixing tobacco rods of shape by wrap by the cutter sweep of the driving means 3 knife rest 2 can drive in the way of rotating or filtering rod flows to described cutter sweep.Described knife rest 2 consists of cylinder and has two cuttves 5 and 6 the most outwardly directed, and described bar 1 is cut off during the rotary motion of described knife rest 2 and thus splits described product with predetermined length from described bar 1 by described cutter 5 and 6.Described knife rest 2 can be regulated round the axis I being perpendicular to the stretching, extension of described bar 1 by adjusting means 4 angularly for format change, and wherein said knife rest 2 reverses relative to pedestal 8 together with a part for base plate 7, described driving means 3 and described adjusting means 4.Described adjusting means 4 is fixedly fastened on described pedestal 8 or other fixing parts for this and such as can consist of the regulation cylinder of servo motor or hydraulic pressure.
Being provided with the locking system 9 that can find out in fig. 2 between described base plate 7 and described pedestal 8, described base plate 7 and knife rest 2 are fixed relative to described pedestal and must be unlocked to regulate described knife rest 2 in the position of locking by this locking system.Described locking system 9 includes one to have in cylinder 31 obtaining the piston-cylinder units of the piston 10 guided, and described piston 10 defines two pressure chamberes 14 and 15 in described cylinder 31.Described piston 10 is provided with piston rod 11, and this piston rod is stretched from described cylinder 31 and has lock pin 12 on its end.Described lock pin 12 through the through hole 35 in described pedestal 8 and in described latched position, reach described base plate 7 with its end space 13 in so that described base plate 7 positive is coupled together with described pedestal 8 in described latched position by described lock pin 12 along torsional direction.In addition, the through hole 35 of described lock pin 12 and/or the space 13 of described base plate 7 and/or described pedestal 8 has the locking structure of unshowned self-locking, and described locking structure prevents described lock pin 12 from the most automatically moving out from this position after locking or unblock.The most described locking system 9 is also in corresponding position after locking or unblock in the case of not having further pressure-loaded, this is particularly with being important for described latched position, because that is described locking system 9 was in described latched position in principle in the running of described cutter sweep in the main persistent period.
Can be seen that a kind of embodiment as an alternative of described locking system 9 in Figure 5, on described piston rod 11, replace described lock pin 12 in this embodiment and be provided with the chuck 36 of a T-shaped.In shown position, described locking system 9 is unlocked, thus described knife rest 2 can reverse relative to described pedestal 8 with base plate 7.In order to be locked by described locking system 9, making described piston 10 move downward by the pressure-loaded of described pressure chamber 15, described base plate 7 is clamped relative to described pedestal 8 by the most described chuck 36 by applying clamping force.Described base plate 7 is thus fixed in the case of force closure by described locking system 9 relative to described pedestal 8.This being clamped in of described base plate 7 referred to herein as locks, and important is only that described base plate 7 is fixed relative to described pedestal the most rotatably.
Show in figs. 3 and 4 described locking system 9 by it is proposed that locking and the pressure medium loop of two kinds of embodiments as an alternative of unblock, the most identical component is provided with identical reference.
Being provided with energy source 30 in both embodiments, this energy source is consisted of pressure medium reservoir 28 and pressure medium pump 19.Described pressure medium pump 19 is arranged in pressure medium conduit 21 and is flowed to from described pressure medium reservoir 28 by described pressure medium in the case of activating the switching device 18 realized here by the banked direction control valves that can change.Additionally, be provided with the second pressure medium conduit 20 between described banked direction control valves and described pressure medium reservoir 28, described pressure medium can be back in described pressure medium reservoir 28 by this second pressure medium conduit 20.
Described banked direction control valves has three different position of the switch, and wherein in described pressure medium conduit 21, the pressure medium of conveying is channeled in pressure medium conduit 16 for unlocking to described locking system 9 and be channeled in second switch position in pressure medium conduit 17 for being locked by described locking system 9 in first position of the switch.3rd position of the switch of described switching device 18 then do not have on pressure medium described in delivery and the side being connected to described switching device 18 between described pressure medium conduit 20 and 21 to be interrupted and be interrupted on the opposite side being connected to described switching device 18 between described pressure medium conduit 16 and 17.Described 3rd position of the switch can also be referred to as neutral position and be a kind of position of the switch, completing after locking or releasing process described switching device return movement again in this position of the switch.
Position by described switching device 18, described pressure medium is then channeled in one of described pressure medium conduit 16 or 17 and is channeled in one of described pressure chamber 14 or 15 and makes described piston 10 move in one direction, until described lock pin 12 is such as no longer plugged into be unlocked in described space 13 and described base plate 7 thus can deflect relative to described pedestal 8.Described lock pin 12 is made to be moved in described space 13 along the contrary direction of motion, until described base plate 7 is locked the most rotatably relative to described pedestal 8.
Additionally, in the two embodiment, be provided with the control unit 23 with input equipment 32, this control unit 23 is connected with described switching device 18 and described pressure medium pump 19 with 25 by control line 24.
In embodiment in figure 3, need in advance the switch 22 being made up of key switch to be handled to handle described pressure medium pump 19, for described pressure medium pump 19 is connected to feed line.Described switch 22 is connected with described control unit 23 by holding wire 26, and described control unit includes the input equipment 32 being configured to the form of the screen of touch sensible at the unit of structure.Schematically illustrating control surface 33 on the screen, this control surface such as can comprise whether input requirements " unlocks to locking system？”.By the way of touching described control surface 33, answer this problem by "Yes", thus send described switch 22 to by manipulating signal accordingly.Subsequently, before described pressure medium is transported out from described pressure medium reservoir 28 by described pressure medium pump 19 by regulation, ability handles described switch 22 by insertion and the rotation of described key.Thus the manipulation for described switch 22 triggers described energy stream, is finally used for described energy stream unlocking to described locking system or locking.After terminating the regulation process of described knife rest 2, occur new having whether input requirements " locks locking system on the screen？" control surface.When handling described control surface, described switching device 18 is made to move in described second switch position subsequently.Then occur in that and have such as " whether performing locking process？" the second control surface 33 of the same input requirements, handle described switch 22 subsequently and activate described pressure medium pump 19.
The most repeatedly interrupt described program operation process, thus in order to unlock or lock the manual operation needing to repeat to completely described locking system 9, in any case thus unintentionally triggering and described motor process will not be completed.
In embodiment in the diagram, there is not described switch 22 and replace and be provided with switch 27, being provided with key switch the most equally, the valve closed by described pressure medium conduit 16 and 17 can be handled with described key switch.This valve is connected with described control unit 22 again by holding wire 34, and handling as the switch 23 in the embodiment of Fig. 3 according to input requirements in the same way, method is to send the signal being used for opening described pressure medium conduit 16 and 17 to described valve and by triggering opening procedure for the manipulation of described switch 27.When handling described switch 27, open described two pressure medium conduit 16 and 17 so that described pressure medium is in order to lock described locking system 9 and unlock and be flowed in one of described pressure medium conduit 16 and 17 and flowing out from another pressure medium conduit 16 or 17 corresponding the most simultaneously.Because referring here to pressure medium loop, it is also contemplated that, only one of described pressure medium conduit 16 or 17 closed with described valve and open it when it is handled.
Carry out the unblock of described locking system 9 in the following manner.First after caller menu, require that operator inputs, if unlocking to described locking system 9, the most this input can also be implicitly included in menu call.Making described switching device 18 move in primary importance subsequently, described in described primary importance, pressure medium conduit 21 is connected with described pressure medium conduit 16.The flow process of the different embodiment of Fig. 3 and Fig. 4 is identical thus.
The most then with the form of the control surface 33 of the touch sensible occurred on screen, further input requirements is shown on described screen, carrys out requirement operator by described control surface and handle described control surface 33 to continue described locking process or releasing process.If operator confirms this input requirements by the way of touching described control surface 33, that just activates described pressure medium pump 19 after handling described key switch 22 and pressure-loaded and described piston 10 by described pressure chamber 15 are shifted out this mode from described space 13 with lock pin 12 and unlock to described locking system 9.
In contrast to this, in embodiment illustrated in fig. 4, or after handling described switching device 18, described pressure medium pump 19 is activated simultaneously, wherein need not manual input for this.Moment in described switching device 18 moves on to described first position of the switch or just follow hereafter discharge pressure medium stream closely and be in the pressure medium under pressure in other words.Because the valve in described pressure medium conduit 16 still cut out in this moment, so must also manually be handled described switch 22 by key in order to unlock to described locking system 9 so that described in be in the pressure medium under pressure and can be continuously introduced in the pressure chamber 15 of described cylinder 31 by the pressure medium conduit 16 opened.In this case, the manipulation for described switch 22 causes described energy stream, described energy flux excessively described in be in the continuation flowing of pressure medium under pressure and formed.For the locking of described locking system 9, produce identical flow process, difference therein is, described switching device 18 is in second switch position in this case, and described in described second switch position, pressure medium conduit 21 is connected with described pressure medium conduit 17.
In a word, advantages of the present invention can be, described locking and releasing process are supported by the energy source 30 of described outside and thus can the most faster and more accurately be completed.Additionally, the beginning of described unblock and locking process is premised on the manual manipulation for described switching device 18 and switch 22 or 27, thus the danger by mistake or mistakenly triggering described motor process can be got rid of.Another advantage is, require that operator confirms described locking or releasing process clearly by described control surface 33 consciously so that described operation is automatically explained (selbsterkl rend) and can also be implemented in the case of having no problem and not having rudimentary knowledge by unbred personnel.
Additionally, described switch 22 or described switch 27 can also prevent unauthorized by extra safety piece or handle unexpectedly, described safety piece must manually move to from safety position the position of arming before handling described switch 22 or 27.This can be such as the cover plate with extra lockset, must remove described cover plate before handling described switch 22 or 27.
In addition, the insurance institution of a kind of machinery it is provided with extraly by the use of key switch, by the insurance institution of this machinery, the regulation of the most described knife rest of enforcement 2 of described unblock and locking process being restricted to limited personnel's scope, described personnel's scope has key or touches described key.
A further advantage is that, although manually triggering described locking and releasing process, that is this point is controlled by a certain degree of people, but described locking and unlocking movement this carry out in the case of in check and supported by described energy source 30, thus described locking and unlocking movement can the most accurately and be more quickly completed.
As outside energy source 30, there is illustrated a kind of pressure medium reservoir 28 and a kind of pressure medium pump 19, but can also imagine in the case of immaculate, here be also provided with the driving means of electricity, the most described switching device 18 is the drive mechanism allowed hand over.
Claims (13)
1., for splitting the cutter sweep of the product of the tobacco industry from the bar (1) that continuous print is carried, have
-can be by driving means (3) by the knife rest (2) with at least one cutter stretched out diametrically (5,6) that can drive in the way of rotating；
-fixing pedestal (8), described knife rest (2) can regulate round first axle (I) relative to described pedestal (8) angularly by means of adjusting means (4), and
-can manually handle for the locking system (9) described knife rest (2) locked relative to described pedestal (8),
It is characterized in that,
-it being provided with the switching device (18) that can manually handle for being coupled together by described locking system (9) with outside energy source (30), this switching device has multiple position of the switch, wherein said locking system (9)
-can be unlocked by the connection between the energy source (30) of described outside in first position of the switch of described switching device (18), and
-can be locked by the connection between the energy source (30) of described outside in the second switch position of described switching device (18), and
-between described energy source (30) and described locking system (9), it is provided with the switch (22,27) of the trigger energy stream that can manually handle.
2. the cutter sweep as described in claim 1, it is characterised in that
-described locking system (9) separates in the 3rd position of the switch of described switching device (18) from the energy source (30) of described outside.
3. the cutter sweep as described in claim 1 or 2, it is characterised in that
The energy source (30) of-described outside is consisted of pressure medium reservoir (28) and pressure medium pump (19).
4. the cutter sweep as described in claim 3, it is characterised in that
-described switching device (18) is consisted of the banked direction control valves being arranged in pressure medium loop.
5. the cutter sweep as described in claim 3, it is characterised in that
The switch (22) of-described trigger energy stream is the manipulation switch of described pressure medium pump (19).
6. the cutter sweep as described in claim 4, it is characterised in that
The switch (27) of-described trigger energy stream is consisted of the valve that can manually handle being arranged between described banked direction control valves and described locking system (9) in described pressure medium loop.
7. the cutter sweep as described in claim 1 or 2, it is characterised in that
The switch (22,27) of-described trigger energy stream is key switch.
8. the cutter sweep as described in claim 1 or 2, it is characterised in that
The switch (22,27) of-described trigger energy stream is insured by the safety piece of extra machinery, and described switch (22,27) is fastened in safety position to prevent from handling unexpectedly and must manually making described safety piece move to the position of arming from described safety position before handling described switch (22,27) by the safety piece of described machinery.
9. the cutter sweep as described in claim 1 or 2, it is characterised in that
-be provided with for manually handle described switching device (18) and handle described trigger energy stream switch (22,27) after control unit (23) that unblock and the lock motion of described locking system (9) are controlled.
10. the cutter sweep as described in claim 9, it is characterised in that
-it being provided with input equipment (32), this input equipment has the control surface (33) for handling described switching device (18) and the control surface (33) of the switch (22,27) for described trigger energy stream.
11. cutter sweeps as described in claim 10, it is characterised in that
-described input equipment (32) and described control unit (23) form a unit.
12. cutter sweeps as described in claim 1 or 2, it is characterised in that
-described locking system (9) is configured to self-locking, and
-described self-locking can by by means of described be in first or second switch position in switching device (18) set up and connection between the energy source (30) of described outside cancel.
13. cutter sweeps as described in claim 1 or 2, it is characterised in that
-described locking system (9) includes the chuck (36) passed from described pedestal (8), and described chuck clamps described knife rest (2) or the parts being connected with described knife rest (2) the most rotatably by applying clamping force relative to described pedestal (8) in described latched position.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| EP12174101.1 | 2012-06-28 | ||
| EP12174101.1A EP2679105B1 (en) | 2012-06-28 | 2012-06-28 | Cutting device for separating products for the tobacco processing industry from an endlessly supplied rod |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103504469A CN103504469A (en) | 2014-01-15 |
| CN103504469B true CN103504469B (en) | 2016-10-12 |
Family
ID=46465090
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310262613.8A Expired - Fee Related CN103504469B (en) | 2012-06-28 | 2013-06-27 | The cutter sweep of the product of the tobacco industry is split from the bar that continuous print is carried |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP2679105B1 (en) |
| CN (1) | CN103504469B (en) |
| ES (1) | ES2531380T3 (en) |
| PL (1) | PL2679105T3 (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2089187A (en) * | 1980-12-12 | 1982-06-23 | Gd Spa | A device for simultaneously cutting two continuous rods of cigarette |
| DE10227218A1 (en) * | 2002-06-18 | 2004-01-08 | Focke & Co (Gmbh & Co) | Cutter for chopping rope of tobacco incorporates knives or strips of knives pulled by rollers, spools with locking pin in opening |
| CN1893842A (en) * | 2003-11-19 | 2007-01-10 | 吉第联合股份公司 | Cutting unit for cutting continuous cigarette rods |
| CN101015393A (en) * | 2006-02-02 | 2007-08-15 | 吉地股份公司 | A cutter device for tobacco products |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102009024931A1 (en) * | 2009-06-06 | 2010-12-09 | Hauni Maschinenbau Ag | Cutting device of the tobacco processing industry for cutting at least one conveyed strand into a plurality of rod-shaped articles and methods for establishing and checking the operational readiness of the cutting device |
-
2012
- 2012-06-28 EP EP12174101.1A patent/EP2679105B1/en not_active Not-in-force
- 2012-06-28 PL PL12174101T patent/PL2679105T3/en unknown
- 2012-06-28 ES ES12174101T patent/ES2531380T3/en active Active
-
2013
- 2013-06-27 CN CN201310262613.8A patent/CN103504469B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2089187A (en) * | 1980-12-12 | 1982-06-23 | Gd Spa | A device for simultaneously cutting two continuous rods of cigarette |
| DE10227218A1 (en) * | 2002-06-18 | 2004-01-08 | Focke & Co (Gmbh & Co) | Cutter for chopping rope of tobacco incorporates knives or strips of knives pulled by rollers, spools with locking pin in opening |
| CN1893842A (en) * | 2003-11-19 | 2007-01-10 | 吉第联合股份公司 | Cutting unit for cutting continuous cigarette rods |
| CN101015393A (en) * | 2006-02-02 | 2007-08-15 | 吉地股份公司 | A cutter device for tobacco products |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2679105A1 (en) | 2014-01-01 |
| PL2679105T3 (en) | 2015-05-29 |
| CN103504469A (en) | 2014-01-15 |
| EP2679105B1 (en) | 2014-12-31 |
| EP2679105A9 (en) | 2014-02-19 |
| ES2531380T3 (en) | 2015-03-13 |
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