CN103465654A - High-efficiency transmission type stamping system and use method of high-efficiency transmission type stamping system - Google Patents
High-efficiency transmission type stamping system and use method of high-efficiency transmission type stamping system Download PDFInfo
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- CN103465654A CN103465654A CN2013104417832A CN201310441783A CN103465654A CN 103465654 A CN103465654 A CN 103465654A CN 2013104417832 A CN2013104417832 A CN 2013104417832A CN 201310441783 A CN201310441783 A CN 201310441783A CN 103465654 A CN103465654 A CN 103465654A
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Abstract
The invention relates to a stamping system, in particular to a high-efficiency transmission type stamping system and a use method of the high-efficiency transmission type stamping system. The stamping system used for self-service equipment comprises a lower machine transmission system, wherein an upper machine transmission system which is matched with the lower machine transmission system and corresponds to the lower machine transmission system is arranged above the lower machine transmission system. The method is carried out according to the following steps of preparation before the stamping and stamping. The high-efficiency transmission type stamping system and the use method of the high-efficiency transmission type stamping system have the advantages that the structure is compact, the use effect is excellent, the transmission stability is good, and the stamping quality is high.
Description
Technical field
The present invention relates to a kind of sealing system, relate in particular to a kind of dynamical driven type sealing system and using method thereof, for the sealing system of Possum.
Background technology
The method of affixing one's seal in currently available technology, mostly produce and operated by artificial mode, the extensive use of Possum, make contact need artificial mode, all by computer, control to realize self-service operation, but also there is no the appearance of sealing system in Possum.
Chinese patent 201120405307.1, disclose a kind of self-help print, sealing system and high-speed sealing machine thereof.This self-help print, sealing system comprise printer and the high-speed sealing machine be connected with the printing outlet of described printer.This high-speed sealing machine, comprise paper feed mechanism and stamping mechanism, described stamping mechanism comprises frame, be located at respectively on described frame and be positioned at the relative both sides of described paper feed mechanism return ink seal, ink pad, and drive described time ink seal to join the drives structure of affixing one's seal on the paper that is incorporated in described paper feed mechanism conveying with described ink pad; When described time ink seal is affixed one's seal, the chapter face of the end face of described ink pad and described time ink seal is inconsistent.The structure of this sealing system is relatively simple, is a kind of equipment of affixing one's seal easily, but the applicable scope less used, the stability of simultaneously affixing one's seal is not good, makes result of use relatively not good enough.
Summary of the invention
The present invention solves the deficiencies in the prior art, provide a kind of compact conformation, and adaptive scope is relatively wide, good stability during use, a kind of dynamical driven type sealing system and using method thereof that the effect of affixing one's seal is outstanding.
Above-mentioned technical problem of the present invention is mainly solved by following technical proposals:
A kind of dynamical driven type sealing system, comprise lower machine transmission system, and the top of described lower machine transmission system is provided with the corresponding upper machine transmission system that is complementary with it,
Described lower machine transmission system comprises lower bearing bracket, be provided with oil conservator axis mechanism, chapter axon mechanism, transferring glue roller axis mechanism, lower suction paper rubber roller mechanism and lower motor in described lower bearing bracket, described oil conservator axis mechanism is meshed and is in transmission connection with the transferring glue roller axis mechanism, described oil conservator axis mechanism is in transmission connection by driving cog mutually with lower suction paper rubber roller mechanism, described chapter axon mechanism touches motion mutually with the transferring glue roller axis mechanism, described chapter axon mechanism is in transmission connection mutually by lower motor
Described upper machine transmission system comprises upper spider, be provided with the rubber roller mechanism that affixes one's seal, upper suction paper rubber roller mechanism, upper motor and master board in described upper spider, described upper motor drives respectively affix one's seal rubber roller mechanism and upper suction paper rubber roller mechanism, and machine transmission system and lower machine transmission system are controlled respectively in described master board;
Described oil conservator axis mechanism comprises the oil conservator axle, in described oil conservator axle, cover has oil conservator, the left side of described oil conservator is provided with the oil conservator axle intermediate transmission tooth socket-connected with the oil conservator axle, and the left-hand end of described oil conservator axle is socketed with oil conservator axle side driving cog;
Described chapter axon mechanism comprises the chapter axon, be provided with the chapter body socket-connected with it in described chapter axon, described Zhang Tizhong is provided with the seal buckle, the left-hand end of described chapter axon is provided with chapter axon shading wheel, the right-hand end of described chapter axon is provided with chapter axon synchronous pulley, described chapter axon synchronous pulley with lower motor by the transmission of lower Timing Belt phase;
Described transferring glue roller axis mechanism comprises the transferring glue roller axle, on described transferring glue roller axle, cover has transferring glue roller, described transferring glue roller and Zhang Tixiang touch motion, and the left-hand end of described transferring glue roller axle is provided with the transferring glue roller through-drive tooth of the transmission that is meshed with oil conservator axle intermediate transmission tooth;
Described lower suction paper rubber roller mechanism comprises lower suction paper rubber roller, described lower suction paper rubber roller is provided with the lower suction paper rubber roll that even interval shape distributes, the left-hand end of described lower suction paper rubber roller is provided with the lower suction paper rubber roller driving cog of the transmission that is meshed with driving cog, the right-hand end of described lower suction paper rubber roller is provided with lower suction paper rubber roller synchronous pulley, and described lower suction paper rubber roller driving cog and oil conservator axle side driving cog are by the driving cog transmission that is meshed;
The top of described lower bearing bracket is provided with and tilts with it lamina membranacea under distribution Zhi road, be provided with the lower suction paper rubber roll breach with the corresponding distribution of lower suction paper rubber roll under described paper road in lamina membranacea, be provided with Xia Zhi road part under described paper road between lamina membranacea and chapter axon, the lateral wall of described lower bearing bracket is provided with the seal reseting sensor circuit board that is complementary corresponding with chapter axon shading wheel;
The described rubber roller mechanism that affixes one's seal comprises the rubber roller of affixing one's seal, the described rubber roller of affixing one's seal is provided with the rubber roll of affixing one's seal touched with the Zhang Tixiang activity, the right-hand end of the described rubber roller of affixing one's seal is provided with the rubber roller synchronous pulley of affixing one's seal, and the described rubber roller synchronous pulley of affixing one's seal passes on from one to another moving by affix one's seal rubber roller Timing Belt and upper motor;
Described upper suction paper rubber roller mechanism comprises suction paper rubber roller, described upper suction paper rubber roller is provided with evenly upper suction paper rubber roll spaced apart, the left-hand end of described upper suction paper rubber roller is provided with the upper suction paper rubber roller driving cog of the transmission that is meshed with oil conservator axle side driving cog, the right-hand end of described upper suction paper rubber roller is provided with suction paper rubber roller synchronous pulley, described upper suction paper rubber roller synchronous pulley passes on from one to another moving by upper suction paper rubber roller Timing Belt and upper motor, described upper suction paper rubber roll is upper and lower corresponding distribution with lower suction paper rubber roll
Described master board is provided with button panel and plug wire mouth, described button panel is provided with facies-controlled rocker type switch with it, the bottom of described lower bearing bracket is provided with lamina membranacea under the Yu Zhi road and is lamina membranacea on upper and lower corresponding distribution Zhi road, on described paper road, lamina membranacea is provided with the upper suction paper rubber roll breach with the corresponding distribution of upper suction paper rubber roll, be provided with Yu Xiazhi road part between lamina membranacea on described upper suction paper rubber roller Yu Zhi road and be corresponding distribution Shang Zhi road part, described upper spider is provided with the paper sensor that goes out of responding to mutually distribution with the rubber roller of affixing one's seal.
As preferably, described oil conservator and oil conservator between centers are provided with the oil conservator cover, between the two side ends of described oil conservator and lower bearing bracket, between the two side ends of oil conservator axle and lower bearing bracket respectively by oil conservator axle bearing phase positioning transmission, the oil conservator axle bearing of described oil conservator right-hand end is located mutually by bearing briquetting and lower bearing bracket, and described oil conservator axle side driving cog is located at the lateral wall of lower bearing bracket;
Between the two side ends of described chapter body and lower bearing bracket, between the two side ends of chapter axon and lower bearing bracket, respectively by chapter axon bearing phase positioning transmission, the left end of the two side ends of described chapter body, chapter axon, the right-hand member of chapter axon are respectively equipped with chapter axon pinch roller;
Between the two side ends of described transferring glue roller axle and lower bearing bracket respectively by transferring glue roller axle bearing phase positioning transmission;
Between the two side ends of described lower suction paper rubber roller and lower bearing bracket, respectively by lower suction paper rubber roller bearing phase positioning transmission, the lateral wall of described lower suction paper rubber roller synchronous pulley is provided with lower suction paper rubber roller oil storage box;
Lower suction paper rubber roll breach is stretched out on the top of described lower suction paper rubber roll, described seal reseting sensor circuit board fixes by seal sensor stand and lower bearing bracket, locate mutually by the lower bearing bracket distance rod in described lower bearing bracket, locate mutually by lower bearing bracket main body distance rod between the two side ends of described lower bearing bracket and lower bearing bracket;
Between the two side ends of the described rubber roller of affixing one's seal and upper spider respectively by the rubber roller bearing phase positioning transmission of affixing one's seal;
Between the two side ends of described upper suction paper rubber roller and upper spider respectively by upper suction paper rubber roller bearing phase positioning transmission;
Suction paper rubber roll breach is stretched out in the bottom of described upper suction paper rubber roll, describedly goes out paper sensor and fixes by paper delivery sensor stand and upper spider, and described master board fixes by circuit board support and upper spider.
As preferably, between the oil conservator axle bearing of described oil conservator axle left-hand end and oil conservator axle side driving cog, locate mutually by the oil conservator cage ring respectively between the oil conservator axle bearing of oil conservator axle intermediate transmission tooth and oil conservator left-hand end, the left end of described oil conservator is provided with the oil conservator catch be complementary with it;
Between described chapter axon shading wheel and chapter axon, between chapter axon pinch roller and chapter axon, locate mutually by chapter axon wheel pressing shaft bearing sleeve respectively between chapter axon synchronous pulley and chapter axon, between the chapter axon bearing of described chapter body left-hand end and chapter axon pinch roller, locate separately by chapter axon cage ring respectively between the chapter axon bearing of chapter body right-hand end and chapter axon pinch roller, the chapter axon bearing of described chapter body right-hand end is locked mutually by chapter axon lock sleeve, and described chapter axon synchronous pulley keeps off mutually and connects location with the chapter axon by back-up ring;
Be provided with suction paper rubber roller cage ring between described upper suction paper rubber roller bearing and upper suction paper rubber roller driving cog.
As preferably, be provided with seal oiling support in described lower bearing bracket, the top of described seal oiling support is provided with the oiling film with the corresponding distribution of chapter body.
As preferably, the two side ends of described upper spider and lower bearing bracket fixes by the main body rack connecting plate respectively, the top of described upper spider is provided be complementary with it fixing header board and cover plate, the lateral wall of described upper spider is provided with fixed support, the edge of described upper spider is located at respectively with the main body rack connecting plate and keeps off mutually the flange connect with the edge of lower bearing bracket, form exit slot between lamina membranacea on lamina membranacea Yu Zhi road under described paper road, the angle of inclination of described exit slot is 79 degree.
A kind of using method of dynamical driven type sealing system, carry out according to the following steps:
(1), the preparation before affixing one's seal:
Put into Dai Shangzhi road part in the part of Shang Zhi road, open rocker type switch, make sealing system in state to be printed;
(2), affixed one's seal:
When the instruction of affixing one's seal and printing is received in master board, paper in the part of Shang Zhi road is by the displacement of upper suction paper rubber roll, go out paper sensor during paper offset and receive corresponding paper delivery signal, the rubber roll of affixing one's seal is rotated the drive paper and is reeled, oil conservator is oiled to the seal buckle of Zhang Tizhong, by the rubber roll of affixing one's seal by paper offset to the chapter body, paper is located between the Zhang Tiyu transferring glue roller, the seal buckle is aimed at paper and is affixed one's seal, after having affixed one's seal, paper enters under the paper road in lamina membranacea by Xia Zhi road part, now, paper carries out displacement by lower suction paper rubber roll, carry out paper delivery by lamina membranacea under the paper road, complete the paper delivery of affixing one's seal,
The rotating speed of upper suction paper rubber roll and lower suction paper rubber roll is that per second 4 turns.
The invention provides a kind of dynamical driven type sealing system and using method thereof, compact conformation, result of use is outstanding, and transmission stability is good, and the quality of affixing one's seal is high.
The accompanying drawing explanation
Fig. 1 is left side of the present invention perspective view;
Fig. 2 is right side of the present invention perspective view;
Fig. 3 is the left side perspective view of lower machine transmission system of the present invention and upper machine transmission system;
Fig. 4 is the right side perspective view of lower machine transmission system of the present invention and upper machine transmission system;
Fig. 5 is the left side perspective view of lower machine transmission system of the present invention;
Fig. 6 is the right side perspective view of lower machine transmission system of the present invention;
Fig. 7 is the perspective view in lower machine transmission system of the present invention;
Fig. 8 is lower perspective view of inhaling paper rubber roller mechanism in lower machine transmission system of the present invention;
Fig. 9 is the perspective view of transferring glue roller axis mechanism in lower machine transmission system of the present invention;
Figure 10 is the perspective view of oil conservator axis mechanism in lower machine transmission system of the present invention;
Figure 11 is the perspective view of chapter axon mechanism in lower machine transmission system of the present invention;
Figure 12 is the sectional structure schematic diagram of chapter axon mechanism in lower machine transmission system of the present invention;
Figure 13 is the sectional structure schematic diagram of lower machine transmission system of the present invention;
Figure 14 is the left side perspective view of upper machine transmission system of the present invention;
Figure 15 is the right side perspective view of upper machine transmission system of the present invention;
Figure 16 is the perspective view of upper machine transmission system of the present invention;
Figure 17 is upper perspective view of inhaling paper rubber roller mechanism in upper machine transmission system of the present invention;
Figure 18 goes out the perspective view of paper sensor in upper machine transmission system of the present invention;
Figure 19 is the perspective view of rubber roller mechanism of affixing one's seal in upper machine transmission system of the present invention.
The specific embodiment
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment 1: as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18 and Figure 19, a kind of dynamical driven type sealing system, comprise lower machine transmission system 1, the top of described lower machine transmission system 1 is provided with the corresponding upper machine transmission system 2 that is complementary with it
Described lower machine transmission system 1 comprises lower bearing bracket 3, be provided with oil conservator axis mechanism 4, chapter axon mechanism 5, transferring glue roller axis mechanism 6, lower suction paper rubber roller mechanism 7 and lower motor 8 in described lower bearing bracket 3, described oil conservator axis mechanism 4 is meshed and is in transmission connection with transferring glue roller axis mechanism 6, described oil conservator axis mechanism 4 is in transmission connection by driving cog 9 mutually with lower suction paper rubber roller mechanism 7, described chapter axon mechanism 5 touches motion mutually with transferring glue roller axis mechanism 6, described chapter axon mechanism 5 is in transmission connection mutually by lower motor 8
Described upper machine transmission system 2 comprises upper spider 10, be provided with the rubber roller mechanism 11 that affixes one's seal, upper suction paper rubber roller mechanism 12, upper motor 13 and master board 14 in described upper spider 10, described upper motor 13 drives respectively affix one's seal rubber roller mechanism 11 and upper suction paper rubber roller mechanism 12, and machine transmission system 2 and lower machine transmission system 1 are controlled respectively in described master board 14;
Described oil conservator axis mechanism 4 comprises oil conservator axle 15, in described oil conservator axle 15, cover has oil conservator 16, the left side of described oil conservator 16 is provided with the oil conservator axle intermediate transmission tooth 17 socket-connected with oil conservator axle 15, and the left-hand end of described oil conservator axle 15 is socketed with oil conservator axle side driving cog 18;
Described chapter axon mechanism 5 comprises chapter axon 19, be provided with the chapter body 20 socket-connected with it in described chapter axon 19, be provided with seal buckle 21 in described chapter body 20, the left-hand end of described chapter axon 19 is provided with chapter axon shading wheel 22, the right-hand end of described chapter axon 19 is provided with chapter axon synchronous pulley 23, described chapter axon synchronous pulley 23 with lower motor 8 by lower Timing Belt 24 phase transmissions;
Described transferring glue roller axis mechanism 6 comprises transferring glue roller axle 25, on described transferring glue roller axle 25, cover has transferring glue roller 26, described transferring glue roller 26 touches motion mutually with chapter body 20, and the left-hand end of described transferring glue roller axle 25 is provided with the transferring glue roller through-drive tooth 27 of the transmission that is meshed with oil conservator axle intermediate transmission tooth 17;
Described lower suction paper rubber roller mechanism 7 comprises lower suction paper rubber roller 28, described lower suction paper rubber roller 28 is provided with the lower suction paper rubber roll 29 that even interval shape distributes, the left-hand end of described lower suction paper rubber roller 28 is provided with the lower suction paper rubber roller driving cog 30 of the transmission that is meshed with driving cog 9, the right-hand end of described lower suction paper rubber roller 28 is provided with lower suction paper rubber roller synchronous pulley 31, and described lower suction paper rubber roller driving cog 30 and oil conservator axle side driving cog 18 are by driving cog 9 transmission that is meshed;
The top of described lower bearing bracket 3 is provided with and tilts with it lamina membranacea 32 under distribution Zhi road, be provided with the lower suction paper rubber roll breach 33 with the 29 corresponding distributions of lower suction paper rubber roll under described paper road in lamina membranacea 32, under described paper road, 19 of lamina membranacea 32 and chapter axons are provided with Xia Zhi road part 34, and the lateral wall of described lower bearing bracket 3 is provided with and the chapter axon shading wheel 22 seal reseting sensor circuit boards 35 that are complementary corresponding;
The described rubber roller mechanism 11 that affixes one's seal comprises the rubber roller 36 of affixing one's seal, the described rubber roller 36 of affixing one's seal is provided with and chapter body 20 rubber roll 37 of affixing one's seal that activity touches mutually, described right-hand end of affixing one's seal rubber roller 36 is provided with the rubber roller synchronous pulley 38 of affixing one's seal, and the described rubber roller synchronous pulley 38 of affixing one's seal is by rubber roller Timing Belt 39 and the upper motor 13 phase transmissions of affixing one's seal;
Described upper suction paper rubber roller mechanism 12 comprises suction paper rubber roller 40, described upper suction paper rubber roller 40 is provided with evenly upper suction paper rubber roll 41 spaced apart, the left-hand end of described upper suction paper rubber roller 40 is provided with the upper suction paper rubber roller driving cog 42 of the transmission that is meshed with oil conservator axle side driving cog 18, the right-hand end of described upper suction paper rubber roller 40 is provided with suction paper rubber roller synchronous pulley 43, described upper suction paper rubber roller synchronous pulley 43 is by upper suction paper rubber roller Timing Belt 44 and upper motor 13 phase transmissions, described upper suction paper rubber roll 41 is upper and lower corresponding distribution with lower suction paper rubber roll 29,
Described master board 14 is provided with button panel 45 and plug wire mouth 46, described button panel 45 is provided with facies-controlled rocker type switch 47 with it, the bottom of described lower bearing bracket 3 is provided with lamina membranacea 32 under the Yu Zhi road and is lamina membranacea 48 on upper and lower corresponding distribution Zhi road, on described paper road, lamina membranacea 48 is provided with the upper suction paper rubber roll breach 49 with the 41 corresponding distributions of upper suction paper rubber roll, on described upper suction paper rubber roller 40Yu Zhi road, 48 of lamina membranaceas are provided with Yu Xiazhi road part 34 and are corresponding distribution Shang Zhi road part 50, described upper spider 10 be provided with the rubber roller 36 of affixing one's seal respond to mutually distribute go out paper sensor 51.
15, described oil conservator 16 and oil conservator axle are provided with oil conservator cover 52, the two side ends of described oil conservator 16 is passed through respectively oil conservator axle bearing 53 phase positioning transmissions with two side ends and 3 of the lower bearing brackets of 3 of lower bearing brackets, oil conservator axle 15, the oil conservator axle bearing 53 of described oil conservator 16 right-hand ends is located with lower bearing bracket 3 mutually by bearing briquetting 54, and described oil conservator axle side driving cog 18 is located at the lateral wall of lower bearing bracket 3;
The two side ends of described chapter body 20 is passed through respectively chapter axon bearing 55 phase positioning transmissions with two side ends and 3 of the lower bearing brackets of 3 of lower bearing brackets, chapter axon 19, and the left end of the two side ends of described chapter body 20, chapter axon 19, the right-hand member of chapter axon 19 are respectively equipped with chapter axon pinch roller 56;
The two side ends of described transferring glue roller axle 25 is passed through respectively transferring glue roller axle bearing 57 phase positioning transmissions with 3 of lower bearing brackets;
3 of the two side ends of described lower suction paper rubber roller 28 and lower bearing brackets are respectively by lower suction paper rubber roller bearing 58 phase positioning transmissions, and the lateral wall of described lower suction paper rubber roller synchronous pulley 31 is provided with lower suction paper rubber roller oil storage box 59;
Lower suction paper rubber roll breach 33 is stretched out on the top of described lower suction paper rubber roll 29, described seal reseting sensor circuit board 35 fixes by seal sensor stand 60 and lower bearing bracket 3, in described lower bearing bracket 3, by lower bearing bracket distance rod 61, locate mutually, the two side ends of described lower bearing bracket 3 is located by lower bearing bracket main body distance rod 62 mutually with 3 of lower bearing brackets;
3 of the two side ends of the described rubber roller 36 of affixing one's seal and upper spiders are respectively by the rubber roller bearing 63 phase positioning transmissions of affixing one's seal;
10 of the two side ends of described upper suction paper rubber roller 40 and upper spiders are respectively by upper suction paper rubber roller bearing 64 phase positioning transmissions;
Suction paper rubber roll breach 49 is stretched out in the bottom of described upper suction paper rubber roll 41, describedly goes out paper sensor 51 and fixes by paper delivery sensor stand 65 and upper spider 10, and described master board 14 fixes by circuit board support 66 and upper spider 10.
The oil conservator axle bearing 53 of described oil conservator axle 15 left-hand end is located by oil conservator cage ring 67 respectively mutually with 53 of the oil conservator axle bearings of 18 of oil conservator axle side driving cogs, oil conservator axle intermediate transmission tooth 17 and oil conservator 16 left-hand end, and the left end of described oil conservator 16 is provided with the oil conservator catch 68 be complementary with it;
19 of described chapter axon shading wheel 22 and chapter axons, 19 of chapter axon pinch roller 56 and chapter axons, chapter axon synchronous pulley 23 is located by chapter axon wheel pressing shaft bearing sleeve 69 respectively mutually with 19 of chapter axons, 56 of the chapter axon bearing 55 of described chapter body 20 left-hand end and chapter axon pinch rollers, 56 of the chapter axon bearing 55 of chapter body 20 right-hand ends and chapter axon pinch rollers are located separately by chapter axon cage ring 70 respectively, the chapter axon bearing 55 of described chapter body 20 right-hand ends is locked mutually by chapter axon lock sleeve 71, described chapter axon synchronous pulley 23 keeps off and connects location mutually by back-up ring 72 and chapter axon 19,
Described upper suction paper rubber roller bearing 64 and 42 of upper suction paper rubber roller driving cogs are provided with suction paper rubber roller cage ring 73.
Be provided with seal oiling support 74 in described lower bearing bracket 3, the top of described seal oiling support 74 is provided with the oiling film 75 with the 20 corresponding distributions of chapter body.
Described upper spider 10 fixes by main body rack connecting plate 76 respectively with the two side ends of lower bearing bracket 3, the top of described upper spider 10 is provided be complementary with it fixing header board 77 and cover plate 78, the lateral wall of described upper spider 10 is provided with fixed support 79, the edge of the edge of described upper spider 10 and lower bearing bracket 3 is located at respectively with main body rack connecting plate 76 and keeps off mutually the flange 80 connect, 48 formation exit slots of lamina membranacea on lamina membranacea 32Yu Zhi road under described paper road, the angle of inclination of described exit slot is 79 degree.
A kind of using method of dynamical driven type sealing system, carry out according to the following steps:
(1), the preparation before affixing one's seal:
Put into Dai Shangzhi road part in the part of Shang Zhi road, open rocker type switch, make sealing system in state to be printed;
(2), affixed one's seal:
When the instruction of affixing one's seal and printing is received in master board, paper in the part of Shang Zhi road is by the displacement of upper suction paper rubber roll, go out paper sensor during paper offset and receive corresponding paper delivery signal, the rubber roll of affixing one's seal is rotated the drive paper and is reeled, oil conservator is oiled to the seal buckle of Zhang Tizhong, by the rubber roll of affixing one's seal by paper offset to the chapter body, paper is located between the Zhang Tiyu transferring glue roller, the seal buckle is aimed at paper and is affixed one's seal, after having affixed one's seal, paper enters under the paper road in lamina membranacea by Xia Zhi road part, now, paper carries out displacement by lower suction paper rubber roll, carry out paper delivery by lamina membranacea under the paper road, complete the paper delivery of affixing one's seal,
The rotating speed of upper suction paper rubber roll and lower suction paper rubber roll is that per second 4 turns.
Claims (6)
1. a dynamical driven type sealing system is characterized in that: comprise lower machine transmission system (1), the top of described lower machine transmission system (1) is provided with the corresponding upper machine transmission system (2) that is complementary with it,
Described lower machine transmission system (1) comprises lower bearing bracket (3), be provided with oil conservator axis mechanism (4) in described lower bearing bracket (3), chapter axon mechanism (5), transferring glue roller axis mechanism (6), lower suction paper rubber roller mechanism (7) and lower motor (8), described oil conservator axis mechanism (4) is meshed and is in transmission connection with transferring glue roller axis mechanism (6), described oil conservator axis mechanism (4) is in transmission connection by driving cog (9) mutually with lower suction paper rubber roller mechanism (7), described chapter axon mechanism (5) touches motion mutually with transferring glue roller axis mechanism (6), described chapter axon mechanism (5) is in transmission connection mutually by lower motor (8),
Described upper machine transmission system (2) comprises upper spider (10), be provided with the rubber roller mechanism (11) that affixes one's seal, upper suction paper rubber roller mechanism (12), upper motor (13) and master board (14) in described upper spider (10), described upper motor (13) drives respectively affix one's seal rubber roller mechanism (11) and upper suction paper rubber roller mechanism (12), and machine transmission system (2) and lower machine transmission system (1) are controlled respectively in described master board (14);
Described oil conservator axis mechanism (4) comprises oil conservator axle (15), in described oil conservator axle (15), cover has oil conservator (16), the left side of described oil conservator (16) is provided with the oil conservator axle intermediate transmission tooth (17) socket-connected with oil conservator axle (15), and the left-hand end of described oil conservator axle (15) is socketed with oil conservator axle side driving cog (18);
Described chapter axon mechanism (5) comprises chapter axon (19), be provided with the chapter body (20) socket-connected with it in described chapter axon (19), be provided with seal buckle (21) in described chapter body (20), the left-hand end of described chapter axon (19) is provided with chapter axon shading wheel (22), the right-hand end of described chapter axon (19) is provided with chapter axon synchronous pulley (23), described chapter axon synchronous pulley (23) with lower motor (8) by lower Timing Belt (24) phase transmission;
Described transferring glue roller axis mechanism (6) comprises transferring glue roller axle (25), the upper cover of described transferring glue roller axle (25) has transferring glue roller (26), described transferring glue roller (26) touches motion mutually with chapter body (20), and the left-hand end of described transferring glue roller axle (25) is provided with the transferring glue roller through-drive tooth (27) of the transmission that is meshed with oil conservator axle intermediate transmission tooth (17);
Described lower suction paper rubber roller mechanism (7) comprises lower suction paper rubber roller (28), described lower suction paper rubber roller (28) is provided with the lower suction paper rubber roll (29) that even interval shape distributes, the left-hand end of described lower suction paper rubber roller (28) is provided with the lower suction paper rubber roller driving cog (30) of the transmission that is meshed with driving cog (9), the right-hand end of described lower suction paper rubber roller (28) is provided with lower suction paper rubber roller synchronous pulley (31), and described lower suction paper rubber roller driving cog (30) and oil conservator axle side driving cog (18) are by driving cog (9) transmission that is meshed;
The top of described lower bearing bracket (3) is provided with and tilts with it lamina membranacea (32) under distribution Zhi road, be provided with the lower suction paper rubber roll breach (33) with the corresponding distribution of lower suction paper rubber roll (29) under described paper road in lamina membranacea (32), be provided with Xia Zhi road part (34) between lamina membranacea (32) and chapter axon (19) under described paper road, the lateral wall of described lower bearing bracket (3) is provided with the seal reseting sensor circuit board (35) that is complementary corresponding with chapter axon shading wheel (22);
The described rubber roller mechanism (11) that affixes one's seal comprises the rubber roller of affixing one's seal (36), the described rubber roller of affixing one's seal (36) is provided with and chapter body (20) rubber roll of affixing one's seal (37) that activity touches mutually, the right-hand end of the described rubber roller of affixing one's seal (36) is provided with the rubber roller synchronous pulley (38) of affixing one's seal, and the described rubber roller synchronous pulley (38) of affixing one's seal is by rubber roller Timing Belt (39) and upper motor (13) the phase transmission of affixing one's seal;
Described upper suction paper rubber roller mechanism (12) comprises suction paper rubber roller (40), described upper suction paper rubber roller (40) is provided with evenly upper suction paper rubber roll (41) spaced apart, the left-hand end of described upper suction paper rubber roller (40) is provided with the upper suction paper rubber roller driving cog (42) of the transmission that is meshed with oil conservator axle side driving cog (18), the right-hand end of described upper suction paper rubber roller (40) is provided with suction paper rubber roller synchronous pulley (43), described upper suction paper rubber roller synchronous pulley (43) is by upper suction paper rubber roller Timing Belt (44) and upper motor (13) phase transmission, described upper suction paper rubber roll (41) is upper and lower corresponding distribution with lower suction paper rubber roll (29),
Described master board (14) is provided with button panel (45) and plug wire mouth (46), described button panel (45) is provided with facies-controlled rocker type switch (47) with it, the bottom of described lower bearing bracket (3) is provided with lamina membranacea under the Yu Zhi road (32) and is lamina membranacea (48) on upper and lower corresponding distribution Zhi road, on described paper road, lamina membranacea (48) is provided with the upper suction paper rubber roll breach (49) with the corresponding distribution of upper suction paper rubber roll (41), be provided with Yu Xiazhi road part (34) between lamina membranacea (48) on described upper suction paper rubber roller (40) Yu Zhi road and be corresponding distribution Shang Zhi road part (50), described upper spider (10) be provided with the rubber roller of affixing one's seal (36) respond to mutually distribute go out paper sensor (51).
2. a kind of dynamical driven type sealing system according to claim 1, it is characterized in that: between described oil conservator (16) and oil conservator axle (15), be provided with oil conservator cover (52), between the two side ends of described oil conservator (16) and lower bearing bracket (3), between the two side ends of oil conservator axle (15) and lower bearing bracket (3) respectively by oil conservator axle bearing (53) phase positioning transmission, the oil conservator axle bearing (53) of described oil conservator (16) right-hand end is located with lower bearing bracket (3) mutually by bearing briquetting (54), described oil conservator axle side driving cog (18) is located at the lateral wall of lower bearing bracket (3),
Between the two side ends of described chapter body (20) and lower bearing bracket (3), between the two side ends of chapter axon (19) and lower bearing bracket (3), respectively by chapter axon bearing (55) phase positioning transmission, the left end of the two side ends of described chapter body (20), chapter axon (19), the right-hand member of chapter axon (19) are respectively equipped with chapter axon pinch roller (56);
Between the two side ends of described transferring glue roller axle (25) and lower bearing bracket (3) respectively by transferring glue roller axle bearing (57) phase positioning transmission;
Between the two side ends of described lower suction paper rubber roller (28) and lower bearing bracket (3), respectively by lower suction paper rubber roller bearing (58) phase positioning transmission, the lateral wall of described lower suction paper rubber roller synchronous pulley (31) is provided with lower suction paper rubber roller oil storage box (59);
Lower suction paper rubber roll breach (33) is stretched out on the top of described lower suction paper rubber roll (29), described seal reseting sensor circuit board (35) fixes by seal sensor stand (60) and lower bearing bracket (3), locate mutually by lower bearing bracket distance rod (61) in described lower bearing bracket (3), pass through lower bearing bracket main body distance rod (62) between the two side ends of described lower bearing bracket (3) and lower bearing bracket (3) and locate mutually;
Between the two side ends of the described rubber roller of affixing one's seal (36) and upper spider (3) respectively by rubber roller bearing (63) the phase positioning transmission of affixing one's seal;
Between the two side ends of described upper suction paper rubber roller (40) and upper spider (10) respectively by upper suction paper rubber roller bearing (64) phase positioning transmission;
Suction paper rubber roll breach (49) is stretched out in the bottom of described upper suction paper rubber roll (41), describedly go out paper sensor (51) and fix by paper delivery sensor stand (65) and upper spider (10), described master board (14) fixes by circuit board support (66) and upper spider (10).
3. a kind of dynamical driven type sealing system according to claim 2, it is characterized in that: between the oil conservator axle bearing (53) of described oil conservator axle (15) left-hand end and oil conservator axle side driving cog (18), locate mutually by oil conservator cage ring (67) respectively between the oil conservator axle bearing (53) of oil conservator axle intermediate transmission tooth (17) and oil conservator (16) left-hand end, the left end of described oil conservator (16) is provided with the oil conservator catch (68) be complementary with it;
Between described chapter axon shading wheel (22) and chapter axon (19), between chapter axon pinch roller (56) and chapter axon (19), between chapter axon synchronous pulley (23) and chapter axon (19), by chapter axon wheel pressing shaft bearing sleeve (69), locate mutually respectively, between the chapter axon bearing (55) and chapter axon pinch roller (56) of described chapter body (20) left-hand end, between the chapter axon bearing (55) of chapter body (20) right-hand end and chapter axon pinch roller (56), by chapter axon cage ring (70), locate separately respectively, the chapter axon bearing (55) of described chapter body (20) right-hand end is locked mutually by chapter axon lock sleeve (71), described chapter axon synchronous pulley (23) keeps off and connects location mutually by back-up ring (72) and chapter axon (19),
Be provided with suction paper rubber roller cage ring (73) between described upper suction paper rubber roller bearing (64) and upper suction paper rubber roller driving cog (42).
4. according to claim 1 or 2 or 3 described a kind of dynamical driven type sealing systems, it is characterized in that: be provided with seal oiling support (74) in described lower bearing bracket (3), the top of described seal oiling support (74) is provided with the oiling film (75) with the corresponding distribution of chapter body (20).
5. according to claim 1 or 2 or 3 described a kind of dynamical driven type sealing systems, it is characterized in that: described upper spider (10) fixes by main body rack connecting plate (76) respectively with the two side ends of lower bearing bracket (3), the top of described upper spider (10) is provided be complementary with it fixing header board (77) and cover plate (78), the lateral wall of described upper spider (10) is provided with fixed support (79), the edge of the edge of described upper spider (10) and lower bearing bracket (3) is located at respectively with main body rack connecting plate (76) and keeps off mutually the flange (80) connect, form exit slot between lamina membranacea (48) on lamina membranacea (32) Yu Zhi road under described paper road, the angle of inclination of described exit slot is 79 degree.
6. the using method of a kind of dynamical driven type sealing system according to claim 1 is characterized in that carrying out according to the following steps:
(1), the preparation before affixing one's seal:
Put into Dai Shangzhi road part in the part of Shang Zhi road, open rocker type switch, make sealing system in state to be printed;
(2), affixed one's seal:
When the instruction of affixing one's seal and printing is received in master board, paper in the part of Shang Zhi road is by the displacement of upper suction paper rubber roll, go out paper sensor during paper offset and receive corresponding paper delivery signal, the rubber roll of affixing one's seal is rotated the drive paper and is reeled, oil conservator is oiled to the seal buckle of Zhang Tizhong, by the rubber roll of affixing one's seal by paper offset to the chapter body, paper is located between the Zhang Tiyu transferring glue roller, the seal buckle is aimed at paper and is affixed one's seal, after having affixed one's seal, paper enters under the paper road in lamina membranacea by Xia Zhi road part, now, paper carries out displacement by lower suction paper rubber roll, carry out paper delivery by lamina membranacea under the paper road, complete the paper delivery of affixing one's seal,
The rotating speed of upper suction paper rubber roll and lower suction paper rubber roll is that per second 4 turns.
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