CN203611276U - Paper cutting mechanism with large convolution - Google Patents
Paper cutting mechanism with large convolution Download PDFInfo
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- CN203611276U CN203611276U CN201320520293.7U CN201320520293U CN203611276U CN 203611276 U CN203611276 U CN 203611276U CN 201320520293 U CN201320520293 U CN 201320520293U CN 203611276 U CN203611276 U CN 203611276U
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Abstract
The utility model discloses a paper cutting mechanism with large convolution. The paper cutting mechanism comprises a streamline device and a convolution paper cutting device over one end of the streamline device via a framework, wherein the convolution paper cutting device is formed by a rack, a paper cutting knife respectively rotationally installed on two ends of the rack, a rotation driving device driving the paper cutting knives to rotate and a revolution driving device forcing the rack to drive the two paper cutting knives to revolve; a cutter head of the paper cutting knives is perpendicular to the streamline device; and the revolution driving device and the rotation driving device are arranged on the same side of the cutter head of paper cutting knives. The paper cutting mechanism with large convolution has high paper cutting efficiency and long service life.
Description
Technical field
The utility model relates to the paper cutting mechanism of one way of life paper using, more particularly, relates to a kind of large convolution paper cutting mechanism.
Background technology
Existing paper cutter is band saw type, or single cutterhead cut paper, the cutterhead partial application that rotates a circle, and when cut paper, other end specific gravity balance weight, and owing to there is no front compacting streamline, in the situation that paper handkerchief width is narrow, trimming is not easy to cut neatly.In addition, along with the increase of service time, thereby cutterhead can wear and tear and diminishes, and in the situation that cutterhead diminishes, need to just can switch to paper with the lifting of cutterhead support, not only complex structure, and price of complete machine costliness.Again, repair trimming head or tail in cut paper process very long, can cause like this waste; Existing paper cutting mechanism there is no paper scrap and spills device also without this effect, and therefore paper scrap can be brought in the machinery of packaging process and go, and forces packing machine to suspend and takes out trimming, and speed of production slows down greatly.
Utility model content
The technical problems to be solved in the utility model is, for the above-mentioned defect of prior art, provides the large convolution paper cutting mechanism that a kind of cut paper efficiency is high.
The utility model solves the technical scheme that its technical problem adopts: a kind of large convolution paper cutting mechanism is provided, comprises flow-line equipment and be located at the convolution paper cutter of top, described flow-line equipment one end by framework; Described convolution paper cutter comprises support, is rotatably installed in the hand papercutter at described support two ends respectively, for driving the Autorotation driving device of described hand papercutter rotation and for driving described support to drive the revolution drive unit of hand papercutter revolution described in two;
The cutterhead of described hand papercutter is perpendicular to described flow-line equipment, and described revolution drive unit and Autorotation driving device are arranged on cutterhead one side of described hand papercutter.
In large convolution paper cutting mechanism described in the utility model, described large convolution paper cutting mechanism comprises at least two described flow-line equipments that are arranged side by side.
In large convolution paper cutting mechanism described in the utility model, described large convolution paper cutting mechanism also comprises the knife sharpening device of being located at respectively on described convolution paper cutter, described knife sharpening device comprise be separately fixed at described support two ends knife sharpening device installing plate, be located at the lowering or hoisting gear on described knife sharpening device installing plate and be fixed on the blade grinder assembly of described lowering or hoisting gear one side;
Described lowering or hoisting gear comprises leading screw, passes described leading screw and the lifter plate being connected with described threads of lead screw and the bearing block of being located at described leading screw one end;
Described blade grinder assembly comprises and is fixed on the grinding abrasive disk angle adjustment plate of described lifter plate one side, is separately positioned on the cylinder at described grinding abrasive disk angle adjustment plate two ends and is located at respectively the blade grinder of the cylinder rod end of cylinder described in two by cylinder mount pad; Described grinding abrasive disk angle adjustment plate and described bearing block are separately positioned on the both sides of described knife sharpening device installing plate;
Described knife sharpening device also comprises by cylinder erection support and is arranged on the mini cylinder on described knife sharpening device installing plate and is located at the thrust bearing mount pad of cylinder rod one end of described mini cylinder, the bottom of described leading screw is fixed in the thrust bearing in described thrust bearing mount pad, rotates to make described leading screw rotation to drive described blade grinder assembly to move up and down thereby described mini cylinder promotes described thrust bearing mount pad.
In large convolution paper cutting mechanism described in the utility model, described support one side central authorities are rotatably provided with cut paper driving wheel, described support two ends are rotatably provided with respectively cut paper driven pulley, and described in two, cut paper driven pulley is all by belt and described cut paper driving wheel synchronous rotary;
Described in two, cut paper driven pulley is fixedly connected with hand papercutter described in two respectively, and described cut paper driving wheel drives rotation by described Autorotation driving device, thus cut paper driven pulley rotation described in driving two;
Described convolution paper cutter is also fixed with swivel joint, and one end of described swivel joint is fixedly connected with one end end face of described cut paper driving wheel, the described swivel joint other end is rotatable be arranged on described framework on.
In large convolution paper cutting mechanism described in the utility model, described Autorotation driving device comprises the spinning motor that rotatably drives described automatic transmission axle to rotate through the rotation power transmission shaft of described carriage center and by rotation belt pulley; The driving wheel of described rotation belt pulley is fixedly connected with the motor shaft of described spinning motor, and the driven pulley of described rotation belt pulley is fixedly connected with the other end of described rotation power transmission shaft.
In large convolution paper cutting mechanism described in the utility model, described revolution drive unit comprises and is sleeved on described rotation power transmission shaft and one end is fixed on the revolution power transmission shaft of described support central authorities and drives the revoluting motor of described revolution power transmission shaft rotation by revolution belt pulley; The driving wheel of described revolution belt pulley is fixedly connected with the motor shaft of described revoluting motor, and the driven pulley of described revolution belt pulley is fixedly connected with the other end of described revolution power transmission shaft;
Described revolution drive unit also comprises by power transmission shaft erection support and is fixed on the driving sleeve in described framework, and described rotation power transmission shaft and described revolution power transmission shaft are all located in described driving sleeve.
In large convolution paper cutting mechanism described in the utility model, the trimming that described flow-line equipment comprises paper feeding streamline mechanism, paper delivery streamline mechanism, be located between described paper feeding streamline mechanism and described paper delivery streamline mechanism spills device; Described trimming spills the rear trimming that device comprises that the front trimming of being located at described paper feeding streamline mechanism end spills device and is located at described paper delivery streamline mechanism front end and spills device.
In large convolution paper cutting mechanism described in the utility model, described front trimming spill device and described rear trimming spill device include by cylinder mount pad be arranged on flow-line equipment below mini cylinder, be horizontally installed on the cylinder rod end of described mini cylinder push shaft, be installed in described push shaft two ends push shaft holder, be separately fixed at the roller fixing base of described push shaft holder upside, the driven pulley that can be rotatably set in the driving wheel between roller fixing base described in two and link by a wide belt and described driving wheel;
Described driving wheel is by the power set driven rotary of described flow-line equipment, and front trimming spills device and rear trimming spills device relative motion described in described mini air cylinder driven;
Described flow-line equipment one side is provided with the groove that spills stretching out, described in spill that groove is vertical with described flow-line equipment to be arranged; The described inner side that spills groove is arranged on described front trimming and spills device and described rear trimming and spill the below, gap between device, and described in spill groove lateral have a down dip, described in spill in groove and can be provided with by motor driving, for deriving the feed belt of paper scrap.
In large convolution paper cutting mechanism described in the utility model, this large convolution paper cutting mechanism also comprises and is separately positioned on the paper feeding hold-down devices of described paper feeding streamline mechanism end one side and is arranged on the paper delivery hold-down devices of described paper delivery streamline mechanism front end one side;
Described paper feeding hold-down devices and described paper delivery hold-down devices include above described flow-line equipment press down streamline mechanism and for pressing down the elevation and subsidence regulating device in gap between streamline mechanism and described flow-line equipment described in regulating.
In large convolution paper cutting mechanism described in the utility model, described elevation and subsidence regulating device comprise be located at described flow-line equipment one side mounting-fixing base, be vertically set on the guide pillar at described mounting-fixing base two ends, simultaneously through the streamline mount pad of guide pillar described in two and be arranged on the leading screw adjusting handle of guide pillar upper end described in two by installing plate; Described streamline mount pad central authorities are provided with screwed hole, and the screwed hole of described leading screw adjusting handle and described streamline mount pad central authorities is spirally connected; A described side that presses down streamline mechanism and be fixed on described streamline mount pad.
Large convolution paper cutting mechanism of the present utility model has following beneficial effect: this large convolution paper cutting mechanism is by two hand papercutters cut paper successively, compared with existing paper cutting mechanism, production efficiency is high, and this paper cutting mechanism while changing hand papercutter at every turn, changes two hand papercutters, because two hand papercutters use simultaneously simultaneously, life-span is also longer compared with existing paper cutting mechanism, can reduce the frequency of changing hand papercutter, reduce labour cost, convenient with existing paper cutting mechanism.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation of a kind of large convolution paper cutting mechanism preferred embodiment of the utility model;
Fig. 2 is the structural representation of paper cutting mechanism of circling round in a kind of large convolution paper cutting mechanism preferred embodiment of the utility model;
Fig. 3 is the structural representation of knife sharpening device in a kind of large convolution paper cutting mechanism preferred embodiment of the utility model;
Fig. 4 is the structure broken away view of a kind of large convolution paper cutting mechanism preferred embodiment Fig. 2 of the utility model;
Fig. 5 is the structural representation of flow-line equipment in a kind of large convolution paper cutting mechanism preferred embodiment of the utility model;
Fig. 6 is the structural representation that in a kind of large convolution paper cutting mechanism preferred embodiment of the utility model, trimming spills device.
The specific embodiment
As shown in Figure 1, in preferred embodiment of the present utility model, this large convolution paper cutting mechanism comprises flow-line equipment 100 and is located at the convolution paper cutter 200 of flow-line equipment 100 tops, one end by framework 101.In conjunction with Fig. 2, convolution paper cutter 200 comprises support 204, is rotatably installed in the hand papercutter 201 at support 204 two ends, revolution drive unit for driving the Autorotation driving device of hand papercutter 201 rotations and driving two hand papercutters 201 to revolve round the sun for driving arm 204 respectively.The cutterhead of hand papercutter is perpendicular to flow-line equipment, and revolution drive unit and Autorotation driving device are arranged on cutterhead one side of hand papercutter, the i.e. front side of cutterhead or rear side.Flow-line equipment 100 is for delivery of soft drawing type facial, convolution paper cutter 200 relies on hand papercutter periodically soft paper extraction to be cut, the soft paper extraction being positioned on flow-line equipment 100 is cut into suitable size continuously, and whole process is by the central controller (not shown) control of soft paper extraction packing machine.
Further, large convolution paper cutting mechanism of the present utility model comprises at least two flow-line equipments that are arranged side by side 100, the flow-line equipment 100 that each is arranged side by side is all arranged in framework 101, and the overall width (if the left side of the most left flow-line equipment to the distance on the right side of the rightest flow-line equipment) of all flow-line equipments 100 after side by side should be less than the cutter diameter of hand papercutter 201.Each streamline being arranged side by side is preferably and carries out paper feeding simultaneously, can carry out the cutting of many parts of soft paper extractions thereby this large convolution paper cutting mechanism is cut each time simultaneously, improves the working (machining) efficiency of soft paper extraction; Successively paper feeding, makes cut paper each time cut the soft paper extraction on one of them or several flow-line equipment 100.In addition, the flow-line equipment 100 being arranged side by side can be contour, but for convenience of hand papercutter cutting, certain difference in height also can be set, if middle flow-line equipment 100 is slightly lower than both sides.
This large convolution paper cutting mechanism also comprises the knife sharpening device 215 of being located at respectively on convolution paper cutter 200, as shown in Figure 3, this knife sharpening device 215 comprise be separately fixed at support 204 two ends knife sharpening device installing plate 219, be located at the lowering or hoisting gear on knife sharpening device installing plate 219 and be fixed on the blade grinder assembly of lowering or hoisting gear one side.
Further, lowering or hoisting gear comprises that bearing block 223, one end of being fixedly installed on knife sharpening device installing plate 219 1 sides are inserted into leading screw 221 in bearing block 223 and through leading screw 221 and the lifter plate 222 that is threaded with leading screw 221, knife sharpening device installing plate 219 is stripe board, and screw mandrel 221 is parallel to knife sharpening device installing plate 219 and arranges.Blade grinder assembly comprises and is fixed on the grinding abrasive disk angle adjustment plate 224 of lifter plate 222 1 sides, is separately positioned on the cylinder 226 at grinding abrasive disk angle adjustment plate 224 two ends and is located at respectively the blade grinder 227 of the cylinder rod end of two cylinders 226 by cylinder mount pad 225.Grinding abrasive disk angle adjustment plate 224 and described bearing block 223 are separately positioned on the both sides of described knife sharpening device installing plate 219, and cylinder mount pad 225 is fixed by screws on frosted angle adjustment plate 224.This structure makes user to adjust the angle between blade grinder 227 and hand papercutter 201 according to service condition.
This knife sharpening device 215 also comprises by cylinder erection support 228 and is arranged on the mini cylinder 229 of knife sharpening device installing plate 219 1 sides and is located at the thrust bearing mount pad 230 of cylinder rod one end of mini cylinder 229, the bottom of leading screw 221 is fixed in the thrust bearing in thrust bearing mount pad 230, rotates to make leading screw 221 to rotate to drive blade grinder assembly to move up and down thereby mini cylinder 229 promotes thrust bearing mount pad 230.In hand papercutter 201 rotations, knife sharpening device 215 can be polished to two hand papercutters 201, makes its maintenance sharp, therefore, can effectively improve the efficiency of paper handkerchief cutting.226 above-mentioned, cylinder can be adjusted the horizontal level of blade grinder 227, thereby whether can control blade grinder 227 polishes to hand papercutter, and mini cylinder 229 can be adjusted the upper-lower position of whole blade grinder assembly, when after the long-term cut paper of assurance hand papercutter, wearing and tearing diminish radius, still can polish to it.
As shown in Figure 4, further, support 204 1 side central authorities are rotatably provided with cut paper driving wheel 205, and support 204 two ends are rotatably provided with respectively cut paper driven pulley 206, two cut paper driven pulleys 206 all by belt and cut paper driving wheel 205 synchronous rotaries.And this two cut papers driven pulley 206 is fixedly connected with two above-mentioned hand papercutters 201 respectively, therefore, in the time that cut paper driving wheel 205 drives rotation by Autorotation driving device, cut paper driving wheel rotation 205 drives two cut paper driven pulley rotation 206 rotations, two hand papercutter 201 rotations centered by the axle of two cut paper driven pulleys 206 respectively.
Further, convolution paper cutter 200 is also fixed with swivel joint 217, and one end of swivel joint 217 is fixedly connected with one end end face of cut paper driving wheel 205, the other end is rotatable be arranged on framework 101 on.In addition, on framework 101, end face installing plate can also be set, swivel joint 217 is rotatably installed on end face installing plate.Further, can also on support 204, installing plate be set, installing plate be fixed on framework, thereby strengthen fixing to convolution paper cutter 200.
Preferably, above-mentioned Autorotation driving device comprises rotatably through the rotation power transmission shaft 207 at support 204 centers and the spinning motor 208 that drives automatic transmission axle 207 to rotate by rotation belt pulley 209, understandable, the driving wheel of rotation belt pulley 207 is fixedly connected with the motor shaft of spinning motor 208, and the driven pulley of rotation belt pulley 207 is fixedly connected with the other end of rotation power transmission shaft 207.And revolution drive unit comprises and is sleeved on rotation power transmission shaft 207 and revoluting motor 211 that one end is fixed on the revolution power transmission shaft 210 of support 204 central authorities and drives revolution power transmission shafts 210 to rotate by revolution belt pulley 212, in like manner, the driving wheel of revolution belt pulley 212 is fixedly connected with the motor shaft of revoluting motor 211, and the driven pulley of revolution belt pulley 212 is fixedly connected with the other end of revolution power transmission shaft 210.
Further, revolution drive unit also comprises by power transmission shaft erection support 214 and is fixed on the driving sleeve 213 in framework 101, and above-mentioned rotation power transmission shaft 207 is all located in driving sleeve 213 with revolution power transmission shaft 210.
Above-mentioned revolution drive unit and Autorotation driving device can not influence each other the revolution of two hand papercutters 201 and rotation, and two hand papercutters 201 can carry out rotation in revolution transversely cutting paper handkerchief.
As shown in Figure 5, flow-line equipment 100 comprises paper feeding streamline mechanism 102, paper delivery streamline mechanism 103, the trimming be located between paper feeding streamline mechanism 102 and paper delivery streamline mechanism 103 spills device 104.Paper feeding streamline mechanism 102 and the non-emphasis of the present utility model of paper delivery streamline mechanism 103, therefore no longer narrate at this.As shown in Figure 6, further, trimming spills the rear trimming that device 104 comprises that the front trimming of being located at paper feeding streamline mechanism 102 ends spills device 107 and is located at paper delivery streamline mechanism 103 front ends and spills device 108.Owing to can produce a large amount of paper scraps in convolution paper cutter 200 cut paper processes, therefore trimming spills device 104 and can, by leaking under the paper scrap of generation, improve operating environment.
As shown in Figure 6, above-mentioned front trimming spill device 107 and rear trimming spill device 108 include by cylinder mount pad 109 be arranged on flow-line equipment 100 belows mini cylinder 110, be horizontally installed on the cylinder rod end of mini cylinder 110 push shaft 111, be installed in push shaft 111 two ends push shaft holder 112, be separately fixed at the roller fixing base 113 of push shaft holder 112 upsides, the driven pulley 115 that can be rotatably set in the driving wheel 114 between two roller fixing bases 113 and link by a wide belt (not shown on figure) and driving wheel 114.Driving wheel 114 is that mini cylinder 110 can drive front trimming to spill device 107 and rear trimming spills device 108 relative motions by the power set driven rotary of flow-line equipment 100.Above-mentioned wide belt encases the gap between two roller fixing bases 113, thereby the paper scrap producing in cut paper process only can drop and can not be absorbed between roller fixing base 113 to side, thereby the rotation of having avoided filling paper scrap in gap and hinder driving wheel 114, driven pulley 115, has reduced the clean difficulty of paper cutting mechanism.
Flow-line equipment 100 1 sides be provided with stretch out spill groove 120, this spills groove 120 setting vertical with flow-line equipment 100.The inner side that spills groove 120 is arranged on trimming and spills device 104 belows, be preferably front trimming and spill device 107 and rear trimming and spill the below, gap between device 108, and the lateral that spills groove 120 has a down dip.The wide belt that front trimming spills on device 107 drives the shredded paper bits motion backward of cutting, and the wide belt that rear trimming spills device 108 drives the shredded paper bits of cutting to travel forward, and spills groove 120 thereby the shredded paper bits on both sides are all fallen into.Spill in groove 120 and can be provided with by motor driving, for deriving the feed belt of paper scrap, motor driving feed belt is sent paper scrap.Compared with the scheme of prior art, the utility model can reasonably arrange and spill position below flow-line equipment 100, can fast paper scrap be spilt by belt, avoids it in equipment, to pile up and affects equipment work, simple in structure, and operating efficiency is high.
This large convolution paper cutting mechanism also comprises the paper feeding hold-down devices 105 that is separately positioned on paper feeding streamline mechanism 102 end one sides and the paper delivery hold-down devices 106 that is arranged on paper delivery streamline mechanism 103 front end one sides; Paper feeding hold-down devices 105 and paper delivery hold-down devices 106 include above flow-line equipment 100 press down streamline mechanism 118 and for regulating the elevation and subsidence regulating device 119 that presses down gap between streamline mechanism 118 and flow-line equipment 100, this non-emphasis of the present utility model, so no longer describe in detail.
Above embodiment is only explanation technical conceive of the present utility model and feature, and its object is to allow person skilled in the art can understand content of the present utility model and implement accordingly, can not limit protection domain of the present utility model.All equalizations of doing with the utility model claim scope change and modify, and all should belong to the covering scope of the utility model claim.
Claims (8)
1. a large convolution paper cutting mechanism, is characterized in that, comprises flow-line equipment (100) and is located at the convolution paper cutter (200) above described flow-line equipment (100) one end by framework (101); Described convolution paper cutter (200) comprises support (204), is rotatably installed in the hand papercutter (201) at described support (204) two ends respectively, for driving the Autorotation driving device of described hand papercutter (201) rotation and for driving described support (204) to drive the revolution drive unit of hand papercutter (201) revolution described in two;
The cutterhead of described hand papercutter (201) is perpendicular to described flow-line equipment (100), and described revolution drive unit and Autorotation driving device are arranged on cutterhead one side of hand papercutter described in two (201);
The trimming that described flow-line equipment (100) comprises paper feeding streamline mechanism (102), paper delivery streamline mechanism (103), be located between described paper feeding streamline mechanism (102) and described paper delivery streamline mechanism (103) spills device (104); Described trimming spills the rear trimming that device (104) comprises that the front trimming of being located at described paper feeding streamline mechanism (102) end spills device (107) and is located at described paper delivery streamline mechanism (103) front end and spills device (108);
Described front trimming spills device (107) and described rear trimming and spills device (108) and include the mini cylinder (110) that is arranged on flow-line equipment (100) below by cylinder mount pad (109), be horizontally installed on the push shaft (111) of the cylinder rod end of described mini cylinder (110), be installed in the push shaft holder (112) at described push shaft (111) two ends, be separately fixed at the roller fixing base (113) of described push shaft holder (112) upside, can be rotatably set in the driving wheel (114) between roller fixing base described in two (113), and by the driven pulley (115) of a wide belt and described driving wheel (114) interlock,
Described driving wheel (114) is by the power set driven rotary of described flow-line equipment (100), and described mini cylinder (110) drives described front trimming to spill device (107) and rear trimming spills device (108) relative motion;
Described flow-line equipment (100) one sides be provided with stretch out spill groove (120), described in spill groove (120) setting vertical with described flow-line equipment (100); The described inner side that spills groove (120) is arranged on described front trimming and spills device (107) and described rear trimming and spill the below, gap between device (108), and described in spill groove (120) lateral have a down dip, described in spill in groove (120) and be provided with by motor driving, for deriving the feed belt of paper scrap.
2. large convolution paper cutting mechanism according to claim 1, is characterized in that, described large convolution paper cutting mechanism comprises at least two described flow-line equipments (100) that are arranged side by side.
3. large convolution paper cutting mechanism according to claim 1 and 2, it is characterized in that, described large convolution paper cutting mechanism also comprises the knife sharpening device (215) of being located at respectively on described convolution paper cutter (200), described knife sharpening device (215) comprise be separately fixed at described support (204) two ends knife sharpening device installing plate (219), be located at the lowering or hoisting gear on described knife sharpening device installing plate (219) and be fixed on the blade grinder assembly of described lowering or hoisting gear one side;
Described lowering or hoisting gear comprises that bearing block (223), one end of being fixedly installed on described knife sharpening device installing plate (219) one sides are inserted into leading screw (221) in described bearing block (223) and through described leading screw (221) and the lifter plate (222) that is threaded with described leading screw (221);
Described blade grinder assembly comprises and is fixed on the grinding abrasive disk angle adjustment plate (224) of described lifter plate (222) one sides, is separately positioned on the cylinder (226) at described grinding abrasive disk angle adjustment plate (224) two ends and is located at respectively the blade grinder (227) of the cylinder rod end of cylinder described in two (226) by cylinder mount pad (225); Described grinding abrasive disk angle adjustment plate (224) and described bearing block (223) are separately positioned on the both sides of described knife sharpening device installing plate (219);
Described knife sharpening device also comprises by cylinder erection support (228) and is arranged on the mini cylinder (229) on described knife sharpening device installing plate (219) and is located at the thrust bearing mount pad (230) of cylinder rod one end of described mini cylinder (229), the bottom of described leading screw (221) is fixed in the thrust bearing in described thrust bearing mount pad (230), and described mini cylinder (229) promotes described thrust bearing mount pad (230) rotation to make described leading screw (221) thereby rotation drives described blade grinder assembly to move up and down.
4. large convolution paper cutting mechanism according to claim 1 and 2, it is characterized in that, described support (204) one side central authorities are rotatably provided with cut paper driving wheel (205), described support (204) two ends are rotatably provided with respectively cut paper driven pulley (206), and described in two, cut paper driven pulley (206) is all by belt and described cut paper driving wheel (205) synchronous rotary;
Described in two, cut paper driven pulley (206) is fixedly connected with hand papercutter described in two (201) respectively, and described cut paper driving wheel (205) drives rotation by described Autorotation driving device, thus cut paper driven pulley (206) rotation described in driving two;
Described convolution paper cutter (200) is also fixed with swivel joint (217), one end of described swivel joint (217) is fixedly connected with one end end face of described cut paper driving wheel (205), and described swivel joint (217) other end is rotatable to be arranged on described framework (101).
5. large convolution paper cutting mechanism according to claim 4, it is characterized in that, described Autorotation driving device comprises the spinning motor (208) that rotatably drives described rotation power transmission shaft (207) to rotate through the rotation power transmission shaft (207) at described support (204) center and by rotation belt pulley (209); The driving wheel of described rotation belt pulley (209) is fixedly connected with the motor shaft of described spinning motor (208), and the driven pulley of described rotation belt pulley (209) is fixedly connected with the other end of described rotation power transmission shaft (207).
6. large convolution paper cutting mechanism according to claim 5, it is characterized in that, described revolution drive unit comprises and is sleeved on the revoluting motor (211) that described rotation power transmission shaft (207) is upper and one end is fixed on the revolution power transmission shaft (210) of described support (204) central authorities and drives described revolution power transmission shaft (210) to rotate by revolution belt pulley (212); The driving wheel of described revolution belt pulley (212) is fixedly connected with the motor shaft of described revoluting motor (211), and the driven pulley of described revolution belt pulley (212) is fixedly connected with the other end of described revolution power transmission shaft (210).
7. large convolution paper cutting mechanism according to claim 6, it is characterized in that, described revolution drive unit also comprises by power transmission shaft erection support (214) and is fixed on the driving sleeve (213) in described framework (101), and described rotation power transmission shaft (207) is all located in described driving sleeve (213) with described revolution power transmission shaft (210).
8. according to large convolution paper cutting mechanism described in claim 1 or 2, it is characterized in that, described large convolution paper cutting mechanism also comprises the paper delivery hold-down devices (106) that is separately positioned on the paper feeding hold-down devices (105) of described paper feeding streamline mechanism (102) end one side and is arranged on described paper delivery streamline mechanism (103) front end one side;
Described paper feeding hold-down devices (105) and described paper delivery hold-down devices (106) include be positioned at described flow-line equipment (100) top press down streamline mechanism (118) and for pressing down the elevation and subsidence regulating device (119) in gap between streamline mechanism (118) and described flow-line equipment (100) described in regulating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320520293.7U CN203611276U (en) | 2013-07-26 | 2013-08-23 | Paper cutting mechanism with large convolution |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204543169 | 2013-07-26 | ||
| CN201320454316 | 2013-07-26 | ||
| CN201320520293.7U CN203611276U (en) | 2013-07-26 | 2013-08-23 | Paper cutting mechanism with large convolution |
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| Publication Number | Publication Date |
|---|---|
| CN203611276U true CN203611276U (en) | 2014-05-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320520293.7U Expired - Fee Related CN203611276U (en) | 2013-07-26 | 2013-08-23 | Paper cutting mechanism with large convolution |
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| CN (1) | CN203611276U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109159167A (en) * | 2018-09-04 | 2019-01-08 | 三穗县创惠科技发展有限公司 | Mock paper money cutting mechanism |
| CN109159193A (en) * | 2018-09-04 | 2019-01-08 | 三穗县创惠科技发展有限公司 | Mock paper money cutting machine |
| CN109176647A (en) * | 2018-10-09 | 2019-01-11 | 杭州临安华晟日用品有限公司 | Big convolution cutting machine equipped with positioning component |
-
2013
- 2013-08-23 CN CN201320520293.7U patent/CN203611276U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109159167A (en) * | 2018-09-04 | 2019-01-08 | 三穗县创惠科技发展有限公司 | Mock paper money cutting mechanism |
| CN109159193A (en) * | 2018-09-04 | 2019-01-08 | 三穗县创惠科技发展有限公司 | Mock paper money cutting machine |
| CN109176647A (en) * | 2018-10-09 | 2019-01-11 | 杭州临安华晟日用品有限公司 | Big convolution cutting machine equipped with positioning component |
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