CN209775793U - Paper printing device of notebook computer - Google Patents
Paper printing device of notebook computer Download PDFInfo
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- CN209775793U CN209775793U CN201920385055.7U CN201920385055U CN209775793U CN 209775793 U CN209775793 U CN 209775793U CN 201920385055 U CN201920385055 U CN 201920385055U CN 209775793 U CN209775793 U CN 209775793U
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Abstract
A paper printing device of a notebook belongs to the technical field of printing equipment. Is characterized in that: the printing machine comprises a pair of machine frame plates, a group of first, second, third and fourth printing mechanisms arranged between the two machine frame plates, a paper input mechanism, a paper collecting mechanism and an air drying mechanism, wherein the first printing mechanism comprises a first ink roller, a first ink carrying roller, a first set of printing rollers and a first stamping roller, the second printing mechanism comprises a second ink roller, a second ink carrying roller, a second set of printing rollers and a second stamping roller, the third printing mechanism comprises a third ink roller, a third ink carrying roller, a third set of printing rollers and a third stamping roller, and the fourth printing mechanism comprises a fourth ink roller, a fourth ink carrying roller, a fourth set of printing rollers and a fourth stamping roller. The structure is simple, the cost is low, the synchronization rate is high, the problems of different line pitches and different printing speeds are effectively avoided, and the printing quality is ensured; the occupied area is small, and the cost is low; the ink marks can not be stained on adjacent paper, and the printing quality is further improved.
Description
Technical Field
The utility model belongs to the technical field of lithography apparatus, concretely relates to paper printing device of notebook.
Background
The notebook is one of the most common office supplies for people, in order to meet the requirements of vast consumers, the front cover and the paper of the notebook are more and more delicate and beautiful, wherein the quality of printing directly influences the trust of the consumers on the products, and manufacturers usually select two or three different colors to print the front side and the back side of the paper respectively in order to make the printed paper more delicate and beautiful. Most of the existing printing equipment adopts a structure for sequentially printing lines and patterns with different colors on the front and back surfaces of paper, so that the defects of large occupied area and relatively high manufacturing cost of the equipment are caused.
In the prior art, as provided by chinese utility model patent publication No. CN204641033U, "a glue-bound notebook printing device" includes a frame, at least two sets of printing mechanisms are disposed on two sides of the frame, the printing mechanisms include a driving roller and a coating mechanism, the coating mechanism includes a printing roller, an interval for passing paper is disposed between the printing roller and the driving roller, a guide roller for feeding paper is disposed at the bottom of the frame, the printing device with this structure can simultaneously print lines and patterns of different colors on the front and back of the paper without adding other printing devices, thereby reducing the production cost and improving the production efficiency, but the printing structure is complicated, the synchronization rate between the printing structures is low, the problems of different line pitches and different printing speeds may be caused, and the output distance of the paper after printing is short, the lines cannot be quickly dried, and ink marks can be stained on adjacent paper.
In view of the above, there is a need to design a paper printing device for a notebook computer, which can print lines and patterns of different colors on the front and back surfaces simultaneously, and has the advantages of small floor space, simple printing structure, high synchronization rate, and quick drying of ink marks. The applicant has therefore made an advantageous design, in the context of which the solution to be described below is made.
Disclosure of Invention
The utility model aims at providing a paper printing device of notebook helps improving printing structure and can improve the synchronous rate of printing and come reduction in production cost through simplifying printing structure, is favorable to reducing the area of equipment and can reduce artifical nurse cost and place expense.
The utility model aims at accomplishing like this, a paper printing device of notebook, characteristics are: comprises a pair of frame plates which are arranged face to face, a group of first printing mechanisms which are arranged between the two frame plates and are positioned at the left lower part of the frame plates, a group of second printing mechanisms which are arranged between the two frame plates and are positioned at the right lower part of the frame plates, a group of third printing mechanisms which are arranged between the two frame plates and are positioned at the left upper part of the frame plates, a group of fourth printing mechanisms which are arranged between the two frame plates and are positioned at the right upper part of the frame plates, a paper input mechanism which is arranged at the left side of the frame plates and is matched with the first printing mechanisms, a paper collection mechanism which is arranged at the right side of the frame plates and is matched with the fourth printing mechanisms, and an air drying mechanism which is arranged between the frame plates and the paper collection mechanism, wherein the first printing mechanism comprises a first ink roller, a first ink-carrying roller which is arranged at the right side of the first ink-carrying roller in a matched manner, a first set of the right side of the first, second printing mechanism include a second ink roller, a cooperation setting at the left second ink roller of second ink roller, a cooperation setting sets up at the left second ink roller of second ink roller and a cooperation setting at the left second roller impression roller of second ink roller, third printing mechanism include a third ink roller, a cooperation setting set up the third ink roller on third ink roller right side, a cooperation setting sets up the third ink roller on third ink roller right side and a cooperation setting sets up the third roller impression roller on third ink roller right side, fourth printing mechanism include a fourth ink roller, a cooperation setting sets up the fourth ink roller on fourth ink roller right side, a cooperation sets up the fourth ink roller on fourth ink roller right side and a cooperation sets up the fourth roller impression roller on fourth ink roller right side.
In a specific embodiment of the present invention, the first ink roller, the first band ink roller, the first set of printing rollers and the first stamping roller of the first printing mechanism are rotatably supported between the two frame plates by a first ink roller rotating shaft, a first band ink roller rotating shaft, a first set of printing rollers rotating shaft and a first stamping roller rotating shaft respectively, the first printing mechanism further comprises an input roller rotatably supported between the two frame plates through an input roller rotating shaft, a first printing lead-in roller rotatably supported between the two frame plates through a first printing lead-in roller rotating shaft, and a first printing lead-out roller rotatably supported between the two frame plates through a first printing lead-out roller rotating shaft, the input roller is arranged at the lower right part of the first embossing roller and matched with the paper input mechanism, the first printing leading-in roller is arranged at the right side of the first embossing roller, and the first printing leading-out roller is arranged at the upper right part of the first printing leading-in roller.
In another specific embodiment of the present invention, the second inking roller, the second printing form receiving roller and the second printing roller of the second printing mechanism are rotatably supported between the two frame plates by a second inking roller rotating shaft, a second printing form receiving roller rotating shaft and a second printing roller rotating shaft, respectively, the second printing mechanism further includes a second printing derivation roller rotatably supported between the two frame plates by a second printing derivation roller rotating shaft, and the second printing derivation roller is disposed above and to the left of the second printing roller.
In another specific embodiment of the present invention, the third inking roller, the third form-fitting roller and the third embossing roller of the third printing mechanism are rotatably supported between the two frame plates by a third inking roller rotating shaft, a third form-fitting roller rotating shaft and a third embossing roller rotating shaft, respectively, the third printing mechanism further includes a third printing derivation roller rotatably supported between the two frame plates by a third printing derivation roller rotating shaft and a third printing connection roller rotatably supported between the two frame plates by a third printing connection roller rotating shaft, the third printing derivation roller is disposed above the third embossing roller, and the third printing connection roller is disposed below the third embossing roller.
In another specific embodiment of the present invention, the fourth ink roller, the fourth inking roller, the fourth form roller, and the fourth impression roller of the fourth printing mechanism are rotatably supported between the two frame plates by a fourth ink roller rotating shaft, a fourth inking roller rotating shaft, a fourth form roller rotating shaft, and a fourth impression roller rotating shaft, respectively, the fourth printing mechanism further includes a fourth printing derivation roller rotatably supported between the two frame plates by a fourth printing derivation roller rotating shaft, and the fourth printing derivation roller is disposed on the left side of the fourth impression roller.
In another specific embodiment of the present invention, the frame plates between which a first paper guide roller, a second paper guide roller and a third paper guide roller are disposed, the first paper guide roller, the second paper guide roller and the third paper guide roller are rotatably supported between the two frame plates through a first paper guide roller rotating shaft, a second paper guide roller rotating shaft and a third paper guide roller rotating shaft, the second paper guide roller is disposed above the fourth platen roller, the first paper guide roller is disposed on the left side of the fourth platen roller and between the second paper guide roller and the fourth platen roller, and the third paper guide roller is disposed on the right side of the second paper guide roller and above the right side of the fourth ink roller.
In yet another specific embodiment of the present invention, the paper input mechanism includes a paper input shaft seat and a paper input shaft rotatably disposed on the paper input shaft seat; the paper collecting mechanism comprises a paper collecting shaft seat and a paper collecting shaft which is rotatably arranged on the paper collecting shaft seat.
In a more specific embodiment of the present invention, one end of the first ink roller, the first set of ink rollers, and the first impression roller is respectively provided with a first ink roller gear, a first set of ink roller gear, and a first impression roller gear, the first ink roller gear is engaged with the first ink roller gear, the first ink roller gear is engaged with the first set of ink roller gear, the first set of ink roller gear is engaged with the first impression roller gear, and one end of the first impression roller is further provided with a first impression roller driving wheel; one end of the second ink roller, one end of the second ink carrying roller, one end of the second ink sheathing roller and one end of the second stamping roller are respectively provided with a second ink roller gear, a second ink carrying roller gear, a second ink sheathing roller gear and a second stamping roller gear, the second ink roller gear is meshed with the second ink carrying roller gear, the second ink carrying roller gear is meshed with the second ink sheathing roller gear, the second ink sheathing roller gear is meshed with the second stamping roller gear, and one end of the second stamping roller is also provided with a second stamping roller driving wheel; one end of the third ink roller, one end of the third; one end of the fourth ink roller, the fourth ink roller set and the fourth stamping roller is respectively provided with a fourth ink roller gear, a fourth ink roller set gear and a fourth stamping roller gear, the fourth ink roller gear is meshed with the fourth ink roller set gear, the fourth ink roller set gear is meshed with the fourth ink roller set gear, the fourth stamping roller end is also provided with a fourth stamping roller driving wheel, the frame plate is provided with a motor at one side of the first stamping roller driving wheel, the second stamping roller driving wheel, the third stamping roller driving wheel and the fourth stamping roller driving wheel, an output shaft of the motor is connected with an active wheel, the active wheel is connected with the first stamping roller driving wheel through a first belt, the first stamping roller driving wheel is connected with the third stamping roller driving wheel through a second belt, the third embossing roller driving wheel is in transmission connection with the fourth embossing roller driving wheel through a third belt, and the fourth embossing roller driving wheel is in transmission connection with the second embossing roller driving wheel through a fourth belt.
The utility model adopts the above structure after, beneficial effect who has: firstly, because the printing rollers are supported on the frame plate in parallel and are meshed with each other through the gears, the structure is simple, the cost is low, the synchronization rate is high, the problems of different line intervals and different printing speeds are effectively avoided, and the printing quality is ensured; secondly, because a front-back printing structure which is symmetrical from left to right and up to down is adopted, the volume of the printing equipment is effectively reduced, the occupied area is reduced, and the cost of manual nursing, field cost and the like is saved; thirdly, due to the adoption of the structure that the air drying mechanism carries out air drying on the printed paper, ink marks cannot be stained on adjacent paper, and the printing quality is further improved.
Drawings
Fig. 1 is a schematic view of a side structure of the present invention.
Fig. 2 is another schematic side view of the present invention.
In the figure: 1. the paper guide device comprises a frame plate, 11, a first paper guide roller, 111, a first paper guide roller rotating shaft, 12, a second paper guide roller, 121, a second paper guide roller rotating shaft, 13, a third paper guide roller, 131 and a third paper guide roller rotating shaft; 2. the printing device comprises a first printing mechanism, 21, a first ink roller, 211, a first ink roller rotating shaft, 212, a first ink roller gear, 22, a first ink roller, 221, a first ink roller rotating shaft, 222, a first ink roller gear, 23, a first set of rollers, 231, a first set of roller rotating shaft, 232, a first set of roller gear, 24, a first embossing roller, 241, a first embossing roller rotating shaft, 242, a first embossing roller gear, 243, a first embossing roller driving wheel, 25, an input roller, 251, an input roller rotating shaft, 26, a first printing leading-in roller, 261, a first printing leading-in roller rotating shaft, 27, a first printing leading-out roller, 271 and a first printing leading-out roller rotating shaft; 3. the printing device comprises a first printing mechanism, a first ink roller rotating shaft, a first ink roller gear, a first ink carrying roller, a first printing roller, a second ink roller rotating shaft, a second ink carrying roller, a first ink carrying roller, a second ink carrying roller rotating shaft, a second ink carrying roller gear, a second ink receiving roller, a second printing roller driving wheel, a second printing leading-out roller, a second ink receiving roller, a second printing leading-out roller, a second printing leading-; 4. the printing device comprises a third printing mechanism, 41, a third ink roller, 411, a third ink roller rotating shaft, 412, a third ink roller gear, 42, a third ink roller, 421, a third ink roller rotating shaft, 422, a third ink roller gear, 43, a third printing forme roller, 431, a third printing forme roller rotating shaft, 432, a third printing forme roller gear, 44, a third embossing roller, 441, a third embossing roller rotating shaft, 442, a third embossing roller gear, 443, a third embossing roller driving wheel, 45, a third printing lead-out roller, 451, a third printing lead-out roller rotating shaft, 46, a third printing connecting roller, 461 and a third printing connecting roller rotating shaft; 5. the printing device comprises a fourth printing mechanism, 51, a fourth ink roller, 511, a fourth ink roller rotating shaft, 512, a fourth ink roller gear, 52, a fourth ink roller, 521, a fourth ink roller rotating shaft, 522, a fourth ink roller gear, 53, a fourth printing roller set, 531, a fourth printing roller set rotating shaft, 532, a fourth printing roller set gear, 54, a fourth stamping roller, 541, a fourth stamping roller rotating shaft, 542, a fourth stamping roller gear, 543, a fourth stamping roller driving wheel, 55, a fourth printing lead-out roller, 551 and a fourth printing lead-out roller rotating shaft; 6. a paper input mechanism 61, a paper input shaft seat 62 and a paper input shaft; 7. a paper collecting mechanism 71, a paper collecting shaft seat 72, a paper collecting shaft; 8. an air drying mechanism; 9. paper; 10. motor, 101, action wheel, 102, first belt, 103, second belt, 104, third belt, 105, fourth belt.
Detailed Description
The following is a detailed description by way of example, but the description of the example is not intended to limit the scope of the present invention, and any equivalent changes made according to the present invention, which are merely formal and insubstantial, should be considered as technical solutions of the present invention.
Referring to fig. 1 in combination with fig. 2, the present invention relates to a paper printing apparatus for a notebook computer, comprising a pair of frame plates 1 disposed facing each other, a set of first printing mechanisms 2 disposed between the two frame plates 1 and located at the left lower side of the frame plates 1, a set of second printing mechanisms 3 disposed between the two frame plates 1 and located at the right lower side of the frame plates 1, a set of third printing mechanisms 4 disposed between the two frame plates 1 and located at the left upper side of the frame plates 1, a set of fourth printing mechanisms 5 disposed between the two frame plates 1 and located at the right upper side of the frame plates 1, a paper input mechanism 6 disposed at the left side of the frame plates 1 and cooperating with the first printing mechanisms 2, a paper collecting mechanism 7 disposed at the right side of the frame plates 1 and cooperating with the fourth printing mechanisms 5, and an air drying mechanism 8 disposed between the frame plates 1 and the paper collecting mechanism 7, wherein the first printing mechanism 2 comprises a first ink roller 21, a first ink roller 22 arranged on the right side of the first ink roller 21 in a matching manner, a first set of printing rollers 23 arranged on the right side of the first ink roller 22 in a matching manner, and a first embossing roller 24 arranged on the right side of the first set of printing rollers 23 in a matching manner, the second printing mechanism 3 comprises a second ink roller 31, a second ink roller 32 arranged on the left side of the second ink roller 31 in a matching manner, a second set of printing rollers 33 arranged on the left side of the second ink roller 32 in a matching manner, and a second embossing roller 34 arranged on the left side of the second set of printing rollers 33 in a matching manner, the third printing mechanism 4 comprises a third ink roller 41, a third ink roller 42 arranged on the right side of the third ink roller 41 in a matching manner, a third set of printing rollers 43 arranged on the right side of the third ink roller 42 in a matching manner, and a third embossing roller 44 arranged on the right side of the third set of the third ink roller 43 in a matching manner, a fourth form roller 52 disposed to the right of the fourth form roller 51, a fourth form roller 53 disposed to the right of the fourth form roller 52, and a fourth impression roller 54 disposed to the right of the fourth form roller 53.
Further, the first ink roller 21, the first ink roller 22, the first set of printing rollers 23 and the first impression roller 24 of the first printing mechanism 2 are respectively and rotatably supported between the two frame plates 1 through a first ink roller rotating shaft 211, a first ink roller rotating shaft 221, a first set of printing roller rotating shaft 231 and a first impression roller rotating shaft 241, the first printing mechanism 2 further comprises an input roller 25 rotatably supported between the two frame plates 1 through an input roller rotating shaft 251, a first printing lead-in roller 26 rotatably supported between the two frame plates 1 through a first printing lead-in roller rotating shaft 261 and a first printing lead-out roller 27 rotatably supported between the two frame plates 1 through a first printing lead-out roller rotating shaft 271, the input roller 25 is arranged at the right lower part of the first impression roller 24 and is matched with the input mechanism 6, the first printing lead-in roller 26 is arranged at the right side of the first impression roller 24, the first print lead-out roller 27 is disposed at the upper right of the first print lead-in roller 26.
Further, the second ink roller 31, the second ink carrying roller 32, the second form roller 33 and the second impression roller 34 of the second printing mechanism 3 are respectively and rotatably supported between the two frame plates 1 through a second ink roller rotating shaft 311, a second ink carrying roller rotating shaft 321, a second form roller rotating shaft 331 and a second impression roller rotating shaft 341, the second printing mechanism 3 further comprises a second printing lead-out roller 35 rotatably supported between the two frame plates 1 through a second printing lead-out roller rotating shaft 351, and the second printing lead-out roller 35 is arranged at the upper left of the second impression roller 34.
Further, the third ink roller 41, the third ink roller 42, the third form roller 43 and the third impression roller 44 on the third printing mechanism 4 are respectively and rotatably supported between the two frame plates 1 through a third ink roller rotating shaft 411, a third ink roller rotating shaft 421, a third form roller rotating shaft 431 and a third impression roller rotating shaft 441, the third printing mechanism 4 further comprises a third printing derivation roller 45 rotatably supported between the two frame plates 1 through a third printing derivation roller rotating shaft 451 and a third printing connection roller 46 rotatably supported between the two frame plates 1 through a third printing connection roller rotating shaft 461, the third printing derivation roller 45 is arranged at the upper right of the third impression roller 44, and the third printing connection roller 46 is arranged at the lower right of the third impression roller 44.
Further, the fourth ink roller 51, the fourth ink roller 52, the fourth form roller 53 and the fourth impression roller 54 of the fourth printing mechanism 5 are respectively and rotatably supported between the two frame plates 1 through a fourth ink roller rotating shaft 511, a fourth ink roller rotating shaft 521, a fourth form roller rotating shaft 531 and a fourth impression roller rotating shaft 541, the fourth printing mechanism 5 further comprises a fourth printing lead-out roller 55 rotatably supported between the two frame plates 1 through a fourth printing lead-out roller rotating shaft 551, and the fourth printing lead-out roller 55 is arranged on the left side of the fourth impression roller 54.
Further, a first paper guide roller 11, a second paper guide roller 12 and a third paper guide roller 13 are further disposed between the frame plates 1, the first paper guide roller 11, the second paper guide roller 12 and the third paper guide roller 13 are respectively rotatably supported between the two frame plates 1 through a first paper guide roller rotating shaft 111, a second paper guide roller rotating shaft 121 and a third paper guide roller rotating shaft 131, the second paper guide roller 12 is disposed above the fourth impression roller 54, the first paper guide roller 11 is disposed on the left side of the fourth impression roller 54 and is located between the second paper guide roller 12 and the fourth impression roller 54, and the third paper guide roller 13 is disposed on the right side of the second paper guide roller 12 and is located above the right side of the fourth ink roller 51.
Further, the paper input mechanism 6 includes a paper input shaft seat 61 and a paper input shaft 62 rotatably disposed on the paper input shaft seat 61; the paper collecting mechanism 7 includes a paper collecting shaft seat 71 and a paper collecting shaft 72 rotatably disposed on the paper collecting shaft seat 71.
Further, one end of the first ink roller 21, the first ink-carrying roller 22, the first set of roller 23 and the first impression roller 24 is respectively provided with a first ink roller gear 212, a first ink roller gear 222, a first set of roller gear 232 and a first impression roller gear 242, the first ink roller gear 212 is meshed with the first ink roller gear 222, the first ink roller gear 222 is meshed with the first set of roller gear 232, the first set of roller gear 232 is meshed with the first impression roller gear 242, and one end of the first impression roller 24 is further provided with a first impression roller driving wheel 243; one end of the second ink roller 31, the second ink carrying roller 32, the second form roller 33 and the second stamping roller 34 is respectively provided with a second ink roller gear 312, a second ink carrying roller gear 322, a second form roller gear 332 and a second stamping roller gear 342, the second ink roller gear 312 is meshed with the second ink carrying roller gear 322, the second ink carrying roller gear 322 is meshed with the second form roller gear 332, the second form roller gear 332 is meshed with the second stamping roller gear 342, and one end of the second stamping roller 34 is further provided with a second stamping roller driving wheel 343; one end of each of the third ink roller 41, the third ink carrying roller 42, the third form roller 43 and the third embossing roller 44 is provided with a third ink roller gear 412, a third ink carrying roller gear 422, a third form roller gear 432 and a third embossing roller gear 442 respectively, the third ink roller gear 412 is meshed with the third ink carrying roller gear 422, the third ink carrying roller gear 422 is meshed with the third form roller gear 432, the third form roller gear 432 is meshed with the third embossing roller gear 442, and one end of the third embossing roller 44 is further provided with a third embossing roller driving wheel 443; one end of the fourth ink roller 51, the fourth ink roller 52, the fourth ink roller set 53 and the fourth impression roller 54 is provided with a fourth ink roller gear 512, a fourth ink roller gear 522, a fourth ink roller set gear 532 and a fourth impression roller gear 542 respectively, the fourth ink roller gear 512 is meshed with the fourth ink roller gear 522, the fourth ink roller gear 522 is meshed with the fourth ink roller set gear 532, the fourth ink roller set gear 532 is meshed with the fourth impression roller gear 542, one end of the fourth impression roller 54 is further provided with a fourth impression roller driving wheel 543, the frame plate 1 is provided with a motor 10 on one side of the first impression roller driving wheel 243, the second impression roller driving wheel 343, the third impression roller driving wheel 443 and the fourth impression roller driving wheel 543, an active wheel 101 is connected to an output shaft 243 of the motor 10, and the active wheel 101 is connected with the first impression roller driving wheel through a first belt 102, the first platen driving wheel 243 and the third platen driving wheel 443 are in transmission connection with each other through the second belt 103, the third platen driving wheel 443 and the fourth platen driving wheel 543 are in transmission connection with each other through the third belt 104, and the fourth platen driving wheel 543 and the second platen driving wheel 343 are in transmission connection with each other through the fourth belt 105.
Further, the air drying mechanism 8 is used for facilitating quick drying of the printing ink, the structure of the air drying mechanism belongs to the known technology and is not limited at all, in the embodiment, a channel for paper 9 to pass through is formed in the middle of the air drying mechanism, a group of hot air blowers are arranged on the left side and the right side of the air drying mechanism respectively for side air blowing, and the air drying mechanism 8 is supported between the frame plate 1 and the paper collecting mechanism 7 through a fixing frame.
With continued reference to fig. 1-2, the sheet 9 to be printed is rotatably mounted on the sheet input mechanism 6 through the sheet input shaft 62, one end of the sheet 9 passes through the input roller 25 from below and passes through the first printing introduction roller 26 from right to top, and enters between the first set of printing rollers 23 and the first impression roller 24 for printing, the first inking roller 21 transfers ink to the first inking roller 22, the first inking roller 22 transfers ink uniformly to the first set of printing rollers 23, the first impression roller 24 cooperates with the first set of printing rollers 23 to impress the inked lines and patterns on the blanket of the first set of printing rollers 23 at the front position of the passing sheet 9, the printed sheet 9 passes through the first printing lead-out roller 27 from above, then passes through the second impression roller 34 from below and enters between the second set of printing rollers 33 and the second impression roller 34 for printing, the second inking roller 31 transfers ink to the second inking roller 32, the second inking roller 32 uniformly transmits ink to the second set of roller 33, the second embossing roller 34 and the second set of roller 33 are matched to emboss ink lines and patterns on the jacket of the second set of roller 33 at the reverse position of the passing paper 9, the reprinted paper 9 bypasses the second printing derivation roller 35 from the upper right, and then bypasses the lower part of the third embossing roller 44 and enters the space between the third set of roller 43 and the third embossing roller 44 to be printed, the third inking roller 41 transmits the ink to the third inking roller 42, the third inking roller 42 uniformly transmits the ink to the third set of roller 43, the third embossing roller 44 is matched with the third set of roller 43 to emboss different color ink lines and patterns on the jacket of the third set of roller 43 at the front position of the passing paper 9, and the multiple-printed paper 9 sequentially bypasses the third printing derivation roller 45 and the third printing connection roller 46 from the upper part and then enters the fourth set of roller 53 and the fourth set of stamping roller 46 Printing is carried out between the rollers 54, the fourth ink roller 51 transfers ink to the fourth ink roller 52, the fourth ink roller 52 uniformly conducts the ink to the fourth set of rollers 53, the fourth embossing roller 54 and the fourth set of rollers 53 are matched to emboss different color ink strips and patterns on the set of the fourth set of rollers 53 at the reverse side position of the passing paper 9, the printing-completed paper 9 bypasses the fourth printing guide-out roller 55 from the lower side and then sequentially bypasses the first paper guide roller 11, the second paper guide roller 12 and the third paper guide roller 13 from the upper side, and finally, the printing-completed paper 9 is connected with a paper collecting shaft 72 of the paper collecting mechanism 7 in a winding mode after being air-dried by the air drying mechanism 8. In the printing process, the motor 10 rotates and sequentially drives the first platen driving wheel 243, the third platen driving wheel 443, the fourth platen driving wheel 543 and the second platen driving wheel 343, the first platen 24, the third platen 44, the fourth platen 54 and the second platen 34 connected with the first platen driving wheel, the third platen driving wheel 443, the fourth platen driving wheel 543 and the second platen driving wheel 343 to synchronously rotate, and the first platen 24, the third platen 44, the fourth platen 54 and the second platen 34 rotate and drive the meshed gears to rotate through the first platen driving wheel 243, the third platen driving wheel 443, the fourth platen driving wheel 543 and the second platen driving wheel 343 respectively, so that the first printing mechanism 2, the second printing mechanism 3, the third printing mechanism 4 and the fourth printing mechanism 5 synchronously operate.
Claims (8)
1. A paper printing device of a notebook computer is characterized in that: comprises a pair of frame plates (1) which are arranged face to face, a group of first printing mechanisms (2) which are arranged between the two frame plates (1) and are positioned at the left lower part of the frame plates (1), a group of second printing mechanisms (3) which are arranged between the two frame plates (1) and are positioned at the right lower part of the frame plates (1), a group of third printing mechanisms (4) which are arranged between the two frame plates (1) and are positioned at the left upper part of the frame plates (1), a group of fourth printing mechanisms (5) which are arranged between the two frame plates (1) and are positioned at the right upper part of the frame plates (1), a paper input mechanism (6) which is arranged at the left side of the frame plates (1) and is matched with the first printing mechanisms (2), a paper collecting mechanism (7) which is arranged at the right side of the frame plates (1) and is matched with the fourth printing mechanisms (5), and an air drying mechanism (8) which is arranged between the frame plates (1) and the paper collecting mechanism, wherein first printing mechanism (2) include a first ink roller (21), a cooperation sets up first form roller (22) on first ink roller (21) right side, a cooperation sets up first set of version roller (23) and a cooperation setting on first set of version roller (23) right side first impression roller (24) on first set of version roller (23) right side, second printing mechanism (3) include a second ink roller (31), a cooperation sets up at the left second of second ink roller (31) take ink roller (32), a cooperation sets up at the left second set of version roller (33) of second form roller (32) and a cooperation setting at the left second set of version roller (33) second impression roller (34), third printing mechanism (4) include a third ink roller (41), a cooperation sets up third take ink roller (42) on third ink roller (41) right side, a cooperation sets up at the third set of version roller (43) right side third take ink roller (42) and a cooperation setting at third set of version roller (43) ) And the fourth printing mechanism (5) comprises a fourth ink roller (51), a fourth ink roller (52) matched and arranged on the right side of the fourth ink roller (51), a fourth set of printing rollers (53) matched and arranged on the right side of the fourth ink roller (52), and a fourth embossing roller (54) matched and arranged on the right side of the fourth set of printing rollers (53).
2. A paper printing device for a notebook computer according to claim 1, characterized in that the first ink roller (21), the first belt roller (22), the first set of plate rollers (23) and the first impression roller (24) of the first printing mechanism (2) are rotatably supported between the two frame plates (1) by a first ink roller rotary shaft (211), a first belt roller rotary shaft (221), a first set of plate roller rotary shaft (231) and a first impression roller rotary shaft (241), respectively, the first printing mechanism (2) further comprises an input roller (25) rotatably supported between the two frame plates (1) by the input roller rotary shaft (251), a first impression lead-in roller (26) rotatably supported between the two frame plates (1) by the first impression lead-in roller rotary shaft (261) and a first impression lead-out roller (27) rotatably supported between the two frame plates (1) by the first impression lead-out roller rotary shaft (271), the input roller (25) is arranged at the lower right of the first stamping roller (24) and is matched with the paper input mechanism (6), the first printing leading-in roller (26) is arranged at the right side of the first stamping roller (24), and the first printing leading-out roller (27) is arranged at the upper right of the first printing leading-in roller (26).
3. A paper printing apparatus for a notebook computer according to claim 1, wherein the second ink roller (31), the second ink-carrying roller (32), the second form roller (33) and the second impression roller (34) of the second printing mechanism (3) are rotatably supported between the two frame plates (1) by a second ink roller rotating shaft (311), a second ink roller rotating shaft (321), a second form roller rotating shaft (331) and a second impression roller rotating shaft (341), respectively, the second printing mechanism (3) further comprises a second printing lead-out roller (35) rotatably supported between the two frame plates (1) by a second printing lead-out roller rotating shaft (351), and the second printing lead-out roller (35) is disposed above and to the left of the second impression roller (34).
4. A paper printing apparatus for a notebook computer according to claim 1, wherein the third ink roller (41), the third ink carrying roller (42), the third form roller (43) and the third impression roller (44) of the third printing mechanism (4) are rotatably supported between the two frame plates (1) by a third ink roller rotating shaft (411), a third ink carrying roller rotating shaft (421), a third form roller rotating shaft (431) and a third impression roller rotating shaft (441), respectively, the third printing mechanism (4) further comprises a third printing lead-out roller (45) rotatably supported between the two frame plates (1) by a third printing lead-out roller rotating shaft (451) and a third printing connecting roller (46) rotatably supported between the two frame plates (1) by a third printing connecting roller rotating shaft (461), the third printing lead-out roller (45) being disposed at the upper right of the third impression roller (44), the third printing connection roller (46) is arranged at the lower right part of the third embossing roller (44).
5. A paper printing apparatus for a notebook according to claim 1, characterized in that the fourth ink roller (51), the fourth ink carrying roller (52), the fourth form roller (53) and the fourth impression roller (54) of the fourth printing mechanism (5) are rotatably supported between the two frame plates (1) by a fourth ink roller rotating shaft (511), a fourth ink carrying roller rotating shaft (521), a fourth form roller rotating shaft (531) and a fourth impression roller rotating shaft (541), respectively, the fourth printing mechanism (5) further comprises a fourth printing lead-out roller (55) rotatably supported between the two frame plates (1) by a fourth printing lead-out roller rotating shaft (551), and the fourth printing lead-out roller (55) is disposed on the left side of the fourth impression roller (54).
6. A paper printing apparatus for a notebook computer according to claim 1, wherein a first paper guide roller (11), a second paper guide roller (12) and a third paper guide roller (13) are further provided between the frame plates (1), the first paper guide roller (11), the second paper guide roller (12) and the third paper guide roller (13) are rotatably supported between the two frame plates (1) by a first paper guide roller rotating shaft (111), a second paper guide roller rotating shaft (121) and a third paper guide roller rotating shaft (131), respectively, the second paper guide roller (12) is provided above the fourth platen roller (54), the first paper guide roller (11) is provided on the left side of the fourth platen roller (54) at a position between the second paper guide roller (12) and the fourth platen roller (54), the third paper guide roller (13) is arranged at the right side of the second paper guide roller (12) and is positioned at the upper right side of the fourth ink roller (51).
7. A paper printing apparatus for a notebook computer according to claim 1, wherein said paper feeding mechanism (6) comprises a paper feeding shaft holder (61) and a paper feeding shaft (62) rotatably provided on the paper feeding shaft holder (61); the paper collecting mechanism (7) comprises a paper collecting shaft seat (71) and a paper collecting shaft (72) which is rotatably arranged on the paper collecting shaft seat (71).
8. A notebook sheet printing apparatus according to claim 1, wherein one end of the first ink roller (21), the first ink-carrying roller (22), the first ink-applying roller (23) and the first impression roller (24) is respectively provided with a first ink roller gear (212), a first ink roller gear (222), a first ink-applying roller gear (232) and a first impression roller gear (242), the first ink roller gear (212) is engaged with the first ink roller gear (222), the first ink roller gear (222) is engaged with the first ink roller gear (232), the first ink roller gear (232) is engaged with the first impression roller gear (242), and one end of the first impression roller (24) is further provided with a first impression roller driving wheel (243); one end of the second ink roller (31), one end of the second ink carrying roller (32), one end of the second printing forme roller (33) and one end of the second printing forme roller (34) are respectively provided with a second ink roller gear (312), a second ink carrying roller gear (322), a second printing forme roller gear (332) and a second printing forme roller gear (342), the second ink roller gear (312) is meshed with the second ink carrying roller gear (322), the second ink carrying roller gear (322) is meshed with the second printing forme roller gear (332), the second printing forme roller gear (332) is meshed with the second printing forme roller gear (342), and one end of the second printing forme roller (34) is also provided with a second printing forme roller driving wheel (343); one end of each of the third ink roller (41), the third ink carrying roller (42), the third form roller (43) and the third embossing roller (44) is provided with a third ink roller gear (412), a third ink carrying roller gear (422), a third form roller gear (432) and a third embossing roller gear (442), the third ink roller gear (412) is meshed with the third ink carrying roller gear (422), the third ink carrying roller gear (422) is meshed with the third form roller gear (432), the third form roller gear (432) is meshed with the third embossing roller gear (442), and one end of the third embossing roller (44) is further provided with a third embossing roller driving wheel (443); one end of the fourth ink roller (51), the fourth ink roller (52), the fourth ink roller set roller (53) and the fourth stamping roller (54) is respectively provided with a fourth ink roller gear (512), a fourth ink roller gear (522), a fourth ink roller set roller gear (532) and a fourth stamping roller gear (542), the fourth ink roller gear (512) is meshed with the fourth ink roller gear (522), the fourth ink roller gear (522) is meshed with the fourth ink roller set roller gear (532), the fourth ink roller set roller gear (532) is meshed with the fourth stamping roller gear (542), one end of the fourth stamping roller (54) is also provided with a fourth stamping roller driving wheel (543), one side of the frame plate (1) provided with the first stamping roller driving wheel (243), the second stamping roller driving wheel (343), the third stamping roller driving wheel (443) and the fourth stamping roller driving wheel (543) is provided with a motor (10), the output shaft of the motor (10) is connected with a driving wheel (101), the driving wheel (101) is in transmission connection with a first embossing roller driving wheel (243) through a first belt (102), the first embossing roller driving wheel (243) is in transmission connection with a third embossing roller driving wheel (443) through a second belt (103), the third embossing roller driving wheel (443) is in transmission connection with a fourth embossing roller driving wheel (543) through a third belt (104), and the fourth embossing roller driving wheel (543) is in transmission connection with the second embossing roller driving wheel (343) through a fourth belt (105).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920385055.7U CN209775793U (en) | 2019-03-25 | 2019-03-25 | Paper printing device of notebook computer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920385055.7U CN209775793U (en) | 2019-03-25 | 2019-03-25 | Paper printing device of notebook computer |
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| CN209775793U true CN209775793U (en) | 2019-12-13 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110978781A (en) * | 2020-01-20 | 2020-04-10 | 潍坊恒诚祥精密机械科技有限公司 | Double-color printing control method of double-color printing machine and rotating device thereof |
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2019
- 2019-03-25 CN CN201920385055.7U patent/CN209775793U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110978781A (en) * | 2020-01-20 | 2020-04-10 | 潍坊恒诚祥精密机械科技有限公司 | Double-color printing control method of double-color printing machine and rotating device thereof |
| CN110978781B (en) * | 2020-01-20 | 2023-10-13 | 潍坊恒诚祥精密机械科技有限公司 | Double-color printing control method and rotating device of double-color printing machine |
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