CN201089231Y - Print groove cutting machine provided with cross-diverter transmission mechanism - Google Patents
Print groove cutting machine provided with cross-diverter transmission mechanism Download PDFInfo
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- CN201089231Y CN201089231Y CNU2007200696403U CN200720069640U CN201089231Y CN 201089231 Y CN201089231 Y CN 201089231Y CN U2007200696403 U CNU2007200696403 U CN U2007200696403U CN 200720069640 U CN200720069640 U CN 200720069640U CN 201089231 Y CN201089231 Y CN 201089231Y
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Abstract
The utility model provides a print fluting machine provided with a cross steering device drive mechanism, mainly comprising a front edge paper feeding unit, a paper feeding unit, a plurality of printing units, a fluting unit and a die-cutting unit, wherein the cross steering device drive mechanism is a drive mechanism consisting of a decelerating speed-changing motor controlled by a frequency converter and a plurality of sets of cross steering device driving devices, which are at the left shaft end of a transmission gear arranged outside a side wallboard. The utility model is characterized in that: the print fluting machine also comprises a plurality of sets of cross steering device driving devices, a plurality of shaft couplings and a plurality of pairs of synchronous pulleys and synchronous belts, wherein each cross steering device driving device is fixed with the shaft couplings; each pair of synchronous pulleys are respectively fixed with the cross steering device driving devices and the main shaft of each unit, and are connected by the synchronous belts; therefore, the power of the speed-changing motor is respectively transferred to the main shaft of each unit through the cross steering device driving devices, the shaft couplings and the synchronous pulleys. The utility model ensures that the speed of the main shaft of each unit is synchronous all the time.
Description
Technical field
The utility model relates to a kind of package packing machine, relates in particular to a kind of print fluting machine that is provided with the cross steering device transmission.
Background technology
Print fluting machine is widely used a kind of package packing machine, its primary structure as shown in Figure 1, comprise front edge paper feed unit 11, paper feed unit 12, a plurality of printing element 13, fluting unit 14 and die cutting unit 15, each unit is unified cooperating in harmony under the effect of power-equipment and transmission mechanism, finishes paper feeding, printing, fluting and the cross cutting of cardboard jointly.Power-equipment wherein and transmission mechanism are provided with one group of deceleration gear by the frequency converter regulation and control, this mechanism adopts array cross steering gear transmission device respectively, every group of cross steering gear transmission device links to each other with each unit spindle drive separately, each organizes cross steering gear transmission device by shaft coupling connection fastened to each other, power source is by the high-power variable speed electric motors, particularly output of frequency converter regulation and control, directly reach by shaft coupling and respectively to organize cross steering gear transmission device, reach each unit main shaft by cross steering gear transmission device again, take charge of in the transmission system of each duty energy unit, thereby finish the function of unit separately.Available dynamic equipment and transmission mechanism are the high-power variable speed electric motors, particularlies by one group of frequency converter regulation and control, by being meshing with each other of a series of travelling gears, passing to each duty energy unit respectively, thereby finish the function of unit separately.Its primary structure as shown in Figure 2, it comprises under paper feeding gear wheel 21 on the left side paper feeding wallboard that is installed in print fluting machine, carrier gear 211, the paper feed under roller gear 212, carrier gear II214, the conveying roller gear 213, on the conveying roller gear 215 and carrier gear 211, wherein under paper feeding gear wheel and carrier gear, the paper feed under roller gear, the conveying roller gear engaged transmission link to each other; It comprises printing forme roller gear 22 and the carrier gear 221 that is installed on the three groups of printings in the left side wallboard, and wherein the printing forme roller gear links to each other with the carrier gear engaged transmission; It comprises carrier gear 221 and the printing forme roller gear 22 that is installed on the two groups of flutings wallboard of left side, and wherein the printing forme roller gear links to each other with the carrier gear engaged transmission; It also comprises paper feeding carrier gear 241 and the flexible axle gear wheel 24 that is installed on the cross cutting wallboard of left side, and wherein the paper feeding carrier gear links to each other with flexible axle gear wheel engaged transmission.When starting the high-power variable speed electric motors, particularly of frequency converter regulation and control, the carrier gear 211 of paper feeding gear wheel 21 by being meshed with it that links to each other with high-power variable speed electric motors, particularly fixed conveyor given paper feed lower roll gear 212 with transmission of power; The paper feed upper roll gear of roller gear one side by being meshed with it gone over transmission of power under the paper feed, makes both carry out move toward one another, finishes first paper feeding function; The roller gear carrier gear II 214 by being meshed with it on the other hand under the paper feed, give under the conveying roller gear that is meshed with it 213 with transmission of power, by on the conveying roller gear that is meshed with it 215, make both carry out move toward one another again, finish second paper feeding function; Give the carrier gear (211) that is meshed with it with transmission of power again, the printing forme roller gear 22 that is installed on the left side printing wallboard is rotated, the printing forme roller gear is the roller platen gear 222 by being meshed with it on the one hand, transmission of power is gone over, make both carry out move toward one another, finish first printing functionality; The printing forme roller gear is the carrier gear 221 by being meshed with it on the other hand, transmission of power is given next the group roller platen gear that is meshed with it.By same approach, finish second printing functionality and the 3rd printing functionality.Power passes to the printing forme roller gear (22) that is meshed with it again by axle gear (211), also transmission of power is given simultaneously the conveying roller gear that is meshed with it (on) 223; The fluting line ball lower shaft gear 23 of printing forme roller gear (22) by being meshed with it carries out move toward one another, finishes the pre-compression functions of fluting; Conveying roller gear (on) 223 conveying roller gears (descending) 224 by being meshed with it, carry out move toward one another, finish pre-paper feeding function; By same approach, paper feeding function and fluting function in the middle of finishing; Power by carrier gear 241, passes to the flexible axle gear wheel 24 that is meshed with it again, and the masterplate roller gear 242 of flexible axle gear wheel 24 by being meshed with it carries out move toward one another, finishes the cross cutting function.
Along with development of technology, the productivity ratio of the printing of print fluting machine, fluting, cross cutting is more and more higher, and existing just with 60 speed development to 250 of per minutes of per minute, the raising of this productivity ratio certainly will bring the wearing and tearing of meshing gear to accelerate; Simultaneously, because the engagement transmission of multiple sets of teeth wheel, certainly will form accumulated error, make the transmission of each unit can not be synchronously consistent, just cause the linear velocity between each duty energy unit not wait, made the position of line ball inaccurate, caused waste product, influenced the quality and the raising that has hindered productivity ratio of cardboard, going down for a long time seriously to influence the production of the printing and die-cutting of cardboard.Thereby need a kind of more rational transmission mechanism to be fit to the transmission of power, and existing method has been the needs that can not be fit to the develop rapidly in market, user's request is strong.
Summary of the invention
The purpose of this utility model is for a kind of print fluting machine that is provided with the cross steering device transmission is provided.To guarantee that print fluting machine is in the process of printing and die-cutting cardboard, engagement transmission because of the multiple sets of teeth wheel, form accumulated error, make the transmission of each unit can not be synchronously consistent, just caused the linear velocity between each duty energy unit not wait, make the position of line ball inaccurate, influenced the quality of cardboard, thereby must adapt to the transmission of power by a kind of more rational transmission mechanism, make the linear velocity of each duty between can unit synchronously, to guarantee that the printing and die-cutting precision consistently, improves work quality and precision to greatest extent.
Technical solution adopted in the utility model is: a kind of print fluting machine that is provided with the cross steering device transmission mainly comprises front edge paper feed unit, paper feed unit, a plurality of printing element, fluting unit and die cutting unit.Described power-equipment and transmission mechanism are provided with cross steering gear transmission device, it is by one group of deceleration gear by the frequency converter regulation and control, this mechanism adopts array cross steering gear transmission device respectively, every group of cross steering gear transmission device links to each other with each unit spindle drive separately, each organizes cross steering gear transmission device by shaft coupling connection fastened to each other, power source is by the high-power variable speed electric motors, particularly output of frequency converter regulation and control, directly reach by shaft coupling and respectively to organize cross steering gear transmission device, reach each unit main shaft by cross steering gear transmission device again, take charge of in the transmission system of each duty energy unit, thereby finish the function of unit separately.
The cross steering device transmission is characterized in: the left axle head of the paper feeding gear wheel outside a side paper feeding wallboard is equipped with a transmission mechanism of being made up of the deceleration variable speed electric motors, particularly and the array cross steering gear transmission device of frequency converter regulation and control.It comprises a deceleration variable speed electric motors, particularly by the frequency converter regulation and control, array cross steering gear transmission device, several to synchronous pulley, synchronous band, forms a whole by the connection fastened to each other of cross shaft coupling between the device.After power source output, directly reach by shaft coupling and respectively to organize cross steering gear transmission device, reach each unit main shaft by cross steering gear transmission device again, the speed of each unit main shaft is consistently fixing, make the transmission energy of each unit consistent synchronously, improve work quality and precision to greatest extent.
Description of drawings
Fig. 1 is the primary structure schematic diagram of print fluting machine;
Fig. 2 is the primary structure schematic diagram of the transmission mechanism of existing print fluting machine;
Fig. 3 is the primary structure schematic diagram of the utility model print fluting machine of being provided with the cross steering device transmission;
Fig. 4 is that the A of the utility model print fluting machine of being provided with the cross steering device transmission is to schematic diagram.
The specific embodiment
The utility model is provided with the print fluting machine of cross steering device transmission, mainly comprises front edge paper feed unit, paper feed unit, a plurality of printing element, fluting unit and die cutting unit.Power-equipment wherein and transmission mechanism are provided with one group of deceleration gear by the frequency converter regulation and control, this mechanism adopts array cross steering gear transmission device respectively, every group of cross steering gear transmission device links to each other with each unit spindle drive separately, the primary structure of this mechanism as shown in Figure 3, Figure 4, it comprises the outer deceleration variable speed electric motors, particularly 35 by the frequency converter regulation and control of a framed side wallboard that is installed in print fluting machine, and deceleration variable speed electric motors, particularly one end links to each other with cross steering gear 36 band transmission synchronously; Between every group of cross steering gear transmission device a shaft coupling 38 is housed, every group of cross steering gear transmission device fixed conveyor linked to each other; The synchronizing wheel 37 of every group of cross steering gear transmission device by being installed in axle head, with each unit main shaft by being with 39 transmissions to link to each other synchronously, take charge of in each duty can the unit transmission system.
Be provided with in the print fluting machine of cross steering device transmission at the utility model, the transmission principle of cross steering device transmission can be described as follows:
Open the power supply of motor, on by the deceleration variable speed electric motors, particularly 35 of frequency converter regulation and control, select suitable level speed, by linking to each other with cross steering gear 36 band transmission synchronously with deceleration variable speed electric motors, particularly one end, power source is delivered on each cross steering gear device that is linked to each other by shaft coupling 38 fixed conveyor, the synchronizing wheel 37 of every group of cross steering gear transmission device by being installed in axle head, with the corresponding synchronizing wheel of installing on each unit main shaft 37 by being with 39 transmissions to link to each other synchronously, give unit separately with transmission of power.Wherein paper feed part reaches the carrier gear 311 that is meshed with it by paper feeding gear wheel 31, gives paper feed lower roll gear 312 with transmission of power; The paper feed upper roll gear of roller gear one side by being meshed with it gone over transmission of power under the paper feed, makes both carry out move toward one another, finishes first paper feeding function; The roller gear carrier gear II314 by being meshed with it on the other hand under the paper feed, give under the conveying roller gear that is meshed with it 313 with transmission of power, by 315 making both carry out move toward one another on the conveying roller gear that is meshed with it, finish second paper feeding function again.Same Printing Department gives the roller platen gear 322 that is meshed with it by being installed in printing forme roller gear 32 on the left side printing wallboard and the carrier gear 321 that is meshed with it with transmission of power, makes both carry out move toward one another, finishes first printing functionality; Simultaneously by carrier gear 321 with transmission of power give the conveying roller gear be meshed with it (on) 323 with conveying roller gear (descending) 324, make both carry out move toward one another, finish pre-paper feeding function.By same approach, finish second printing functionality and the 3rd printing functionality.Same fluting portion gives the fluting line ball lower shaft gear 33 that is meshed with it by being installed in printing forme roller gear (32) on the fluting wallboard of left side and the carrier gear 321 that is meshed with it with transmission of power, makes both carry out move toward one another, finishes the pre-compression functions of fluting; Simultaneously by carrier gear 321 with transmission of power give the conveying roller gear be meshed with it (on) 323 with conveying roller gear (descending) 324, make both carry out move toward one another, finish pre-paper feeding function.By same approach, finish the fluting function.Same die-cutting portion is given the masterplate roller gear 342 that is meshed with it by being installed in flexible axle gear wheel 34 on the cross cutting wallboard of left side and the carrier gear 321 that is meshed with it with transmission of power, carries out move toward one another, finishes the cross cutting function; Simultaneously by carrier gear 321 with transmission of power give the conveying roller gear be meshed with it (on) 323 with conveying roller gear (descending) 324, make both carry out move toward one another, finish pre-paper feeding function.Finally finish finished product printing slotting die-cutting operation.
Owing to be directly to reach by shaft coupling respectively to organize cross steering gear transmission device, reach each unit main shaft by cross steering gear transmission device again, reduce the engagement of multiple sets of teeth wheel and transmitted the accumulated error that forms, the transmission that makes each unit is unanimity substantially synchronously.
Claims (1)
1. a print fluting machine that is provided with the cross steering device transmission mainly comprises front edge paper feed unit, paper feed unit, a plurality of printing element, fluting unit and die cutting unit; Described cross steering device transmission, the left axle head that is the paper feeding gear wheel outside a side paper feeding wallboard is equipped with a transmission mechanism of being made up of the deceleration variable speed electric motors, particularly and the array cross steering gear transmission device of frequency converter regulation and control, it is characterized in that: it comprises array cross steering gear transmission device, and is several to synchronous pulley, synchronous band; Form a whole by the connection fastened to each other of cross shaft coupling between the device, in every pair of synchronous pulley, one is fixedly linked with cross steering gear transmission device, another and each unit main shaft are fixedly linked, connect by synchronous band between two synchronous pulleys, make the transmission of power of variable speed electric motors, particularly fixing consistent synchronously all the time, improve work quality and precision to greatest extent in the speed of each unit main shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200696403U CN201089231Y (en) | 2007-05-08 | 2007-05-08 | Print groove cutting machine provided with cross-diverter transmission mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200696403U CN201089231Y (en) | 2007-05-08 | 2007-05-08 | Print groove cutting machine provided with cross-diverter transmission mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201089231Y true CN201089231Y (en) | 2008-07-23 |
Family
ID=39860990
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200696403U Expired - Lifetime CN201089231Y (en) | 2007-05-08 | 2007-05-08 | Print groove cutting machine provided with cross-diverter transmission mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201089231Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103171249A (en) * | 2011-12-21 | 2013-06-26 | 韩文杰 | Forward and reverse printing structure with multiple printing wheels |
| CN104924668A (en) * | 2014-03-20 | 2015-09-23 | 上海鼎龙机械有限公司 | Fixed printing slotting die-cutting machine provided with spiral bevel gear drive means |
| CN103171249B (en) * | 2011-12-21 | 2016-11-30 | 韩文杰 | A kind of print structure of many print wheels rotating |
-
2007
- 2007-05-08 CN CNU2007200696403U patent/CN201089231Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103171249A (en) * | 2011-12-21 | 2013-06-26 | 韩文杰 | Forward and reverse printing structure with multiple printing wheels |
| CN103171249B (en) * | 2011-12-21 | 2016-11-30 | 韩文杰 | A kind of print structure of many print wheels rotating |
| CN104924668A (en) * | 2014-03-20 | 2015-09-23 | 上海鼎龙机械有限公司 | Fixed printing slotting die-cutting machine provided with spiral bevel gear drive means |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20080723 |