TWM609580U - Multi-mode printer - Google Patents

Abstract

This creation is a multi-mode printing device, which is set on a printing machine table, and includes: a printing plate bearing unit, a printing plate with a predetermined pattern on the surface, and a printing material supply unit for supplying the printing plate preset Metal ink in the pattern engraving; a suction platform with a plate to be processed above it; a conveying unit, which can reciprocate the load-bearing printing plate unit and the suction platform from two sides to the middle; one printing The device includes a transfer wheel, a transmission shaft and a wheel body penetrated inside the transfer wheel, a transfer cloth is arranged on the outer surface of the wheel, and the transfer cloth includes at least one rolling area and at least one embossing The two ends of the transmission shaft are positioned on the two opposite supporting seats of the printing device, and the bearing printing plate unit is used for the roll printing area and the embossing area of the transfer cloth to make metal ink with a preset pattern One suction, and the suction platform adjusts the plate to be processed to a preset height and moves to one side of the transfer wheel, and passes through the transfer wheel that has absorbed the metal ink with the engraved pattern of the preset pattern The roll printing area makes a rotary roll printing to form a circuit wiring on the surface of the sheet to be processed, and the suction platform sequentially rotates the sheet to be processed so that at least two board edges face the printing roller The conveying unit drives the plate to be processed toward the transfer wheel position to make a reciprocating imprint, and print the circuit wiring to at least two edges of the plate to be processed to complete the surface of the plate to be processed and The circuit wiring is formed on at least two board edges.

Description

Multi-mode printing device

This creation is related to a multi-mode printing device, especially a printing plate unit, a suction platform, a conveying unit and a printing device arranged on a printing press table. The above-mentioned composition forms the multi-mode printing device of this creation. It also has the effect of saving manufacturing procedures, space and manufacturing costs.

According to the fact that printing technology and application fields nowadays cover all industries, in addition to printing patterns on the surface of printed objects such as paper, clothes or souvenirs, and as the design of printing equipment becomes more sophisticated, various electronic devices with display functions For example, in the manufacturing process of smart phones or tablet computers, the circuit configuration of touch panels or circuit boards used for display and input can also be completed by printing machines and technology.

In the conventional technology, when performing circuit printing operations of electronic boards such as touch panels or circuit boards, the electronic boards are first placed on a working plane, and then a screen is placed on the surface of the electronic boards, and the screen is connected to the screen. Pour metal ink on the plate, and then use a squeegee to scrape the metal ink back and forth on the screen surface of the screen, so that the metal ink can print the desired circuit layout on the surface of the electronic board through the through holes on the screen. This completes the circuit printing operation of the electronic board.

The aforementioned electronic plate uses screen printing to scrape and push the metal ink on the mesh surface to provide the metal ink with the circuit layout pattern to be printed on the electronic plate through the holes of the mesh surface. Therefore, when the lines with finer lines are deployed on electronic boards, due to the small line spacing, the excessive metal ink of different lines will stick after passing through the mesh surface to form a short circuit phenomenon of the circuit layout; or the line width of the line is small. Too little metal ink can not completely penetrate the mesh surface to form the open circuit phenomenon of the circuit layout. Whether it is a short circuit or open circuit, the electronic board will not work normally, and it can only become a scrap board and increase the manufacturing cost.

According to the aforementioned conventional electronic plates, the effect of using the scratch printing method to produce is not good. Therefore, some manufacturers use the printing machine platform to transfer the electronic plates in the vertical direction to lift the rollers and contact the printing plate rollers to provide the surface of the printing plate rollers. The metal ink in the engraving of the preset circuit layout adheres to the surface of the transfer roller, and then presses down on the transfer roller and prints the metal ink with the preset circuit layout on the electronic board. The printing of a piece of electronic board is completed by the foregoing line. In addition, some manufacturers use the printing press to move the printing plate roller to a certain point to make a contact with the transfer roller, and make the surface of the printing plate roller appear as the metal ink in the engraved pattern of the preset circuit layout after adhering to the surface of the transfer roller. , Continue to move the printing plate roller away from the fixed point, and then move the electronic plate to the transfer roller to rotate and transfer, and the printing circuit of a piece of electronic plate can also be completed by the foregoing. Regardless of whether it is a press transfer or rotary transfer printing machine, the types, sizes, or soft and hard boards of the two types of printed electronic boards are different, so the two types of printing machines have their needs. The aforementioned two types of machines can only process and print the printed circuit on the surface of the electronic board, and when the printed circuit is processed on the four sides of the electronic board, the electronic board must be transported to the next station through a conveyor belt. Another set of transfer rollers is used for edge printing at a specific set angle. The disadvantage of this conventional multi-station printing device is that it requires more complicated processing procedures and a larger work space, which is conceivable for the increase in production costs. Yes, the aforementioned shortcomings are urgently desired by those engaged in this industry.

Therefore, in view of the above-mentioned problems and deficiencies, the creators collected relevant information, and through multiple evaluations and considerations, they began to design the creation of this multi-mode printing device.

This creation is mainly a multi-mode printing device, which is set on a printing machine table, and includes: a printing plate bearing unit, a printing plate with a predetermined pattern on the surface, and a printing material supply unit for supplying the printing plate preset Metal ink in the pattern engraving; a suction platform with a plate to be processed above it; a conveying unit, which can reciprocate the load-bearing printing plate unit and the suction platform from two sides to the middle; one printing The device includes a transfer wheel, a transmission shaft and a wheel body penetrated inside the transfer wheel, a transfer cloth is arranged on the outer surface of the wheel, and the transfer cloth includes at least one rolling area and at least one embossing The two ends of the transmission shaft are positioned on the two opposite supporting seats of the printing device, and the bearing printing plate unit is used for the roll printing area and the embossing area of the transfer cloth to make metal ink with a preset pattern One suction, and the suction platform adjusts the plate to be processed to a preset height and moves to one side of the transfer wheel, and passes through the transfer wheel that has absorbed the metal ink with the engraved pattern of the preset pattern The roll printing area makes a rotary roll printing to form a circuit wiring on the surface of the sheet to be processed, and the suction platform sequentially rotates the sheet to be processed so that at least two board edges face the printing roller The conveying unit drives the plate to be processed toward the transfer wheel position to make a reciprocating imprint, and print the circuit wiring to at least two edges of the plate to be processed to complete the surface of the plate to be processed and The circuit wiring is formed on at least two board edges. Through the foregoing constitution, the creative multi-mode printing device is formed, which also has the effect of saving manufacturing procedures, space and manufacturing costs.

The secondary purpose of this creation is that the transmission shaft of the transfer wheel passes through an operating space provided on the inner side of the two supporting seats for a positioning, and the operating space has an upper stopper from top to bottom. Position, one-turn positioning and one-stop position.

Another purpose of this creation is that the two ends of the transmission shaft of the transfer wheel and the two supporting seats of the printing device are each provided with a ball bearing, and the two ends of the transmission shaft are each directly or indirectly connected to a reciprocating power unit and A rotating power unit.

Another purpose of this creation is that the reciprocating power unit and the rotating power unit are each composed of a servo motor that can control the reciprocating movement distance and the rotation angle.

1: Printing machine table

11: Carrying printed board unit

111: printed board

112: Printing Material Supply Unit

12: Suction platform

121: plate to be processed

1211: circuit wiring

13: Conveying unit

14: Printing device

141: Support seat

1410: Action Space

1411: Upper stop position

1412: Rotate positioning

1413: down stop position

142: Transfer wheel

1421: drive shaft

1422: Wheel

1423: transfer cloth

1423a: Roll printing area

1423b: Imprinting area

1424: Ball bearing

1425: counterweight

2: Reciprocating power unit

3: Rotating power unit

[Picture 1] is the three-dimensional appearance of this creative printing press.

[Picture 2] is the three-dimensional appearance of this creative transfer wheel.

[Picture 3] is the first action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 4] is the second action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 5] is the third action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 6] is the fourth action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 7] is the fifth action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 8] is the sixth action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 9] is the seventh action diagram of circuit wiring printing for the board to be processed in this creation.

[Picture 10] is the eighth action diagram of circuit wiring printing for the board to be processed in this creation.

Please refer to Figures 1 to 2, each of which is the three-dimensional appearance of the creative printing machine and the three-dimensional appearance of the transfer wheel. It can be clearly seen from the figure that the creative printing machine 1 mainly includes a carrier printing plate Unit 11, a suction platform 12, a conveying unit 13, a printing device 14, a reciprocating power unit 2 and a rotating power unit 3, and the detailed structure and connection of the aforementioned components The relationship is as follows:

The supporting printing plate unit 11 has a printing plate 111 with a predetermined pattern on its surface. The supporting printing plate unit 11 is provided with a printing material supply unit 112 to supply the metal ink in the predetermined pattern of the printing plate 111.

A plate 121 to be processed is arranged above the suction platform 12.

The conveying unit 13 can make a reciprocating movement of the supporting printed board unit 11 and the suction platform 12 from two sides to the middle.

The printing device 14 includes a transfer wheel 142, a transmission shaft 1421 and a wheel body 1422 penetrated inside the transfer wheel 142, a transfer cloth 1423 is provided on the outer surface of the wheel body 1422, and the transfer cloth 1423 includes at least One printing area 1423a is as small as one printing area 1423b. The two ends of the transmission shaft 1421 are positioned on the two opposite supporting seats 141 of the printing device 14, and the bearing printing plate unit 11 is used for the roll of the transfer cloth 1423. The printing area 1423a and the embossing area 1423b absorb the metal ink with a preset pattern, and the suction platform 12 adjusts the plate 121 to be processed to a preset height and moves to one side of the transfer wheel 142 , And through the rolling area 1423a of the transfer wheel 142 that has adsorbed the metal ink with a predetermined pattern of engraving, a rotary printing is performed to form a circuit wiring 1211 on the surface of the plate 121 to be processed, and the The suction platform 12 sequentially rotates the plate 121 to be processed so that at least two of its edges face the position of the embossing area 1423b of the transfer wheel 142, and the conveying unit 13 drives the plate 121 to be processed toward the transfer wheel 142 A reciprocating embossing is performed on the position, and the circuit wiring 1211 is printed to at least two board edges of the board 121 to be processed, so as to complete the surface of the board 121 to be processed and at least two board edges to form the circuit wiring 1211.

The transmission shaft 1421 of the transfer wheel 142 is positioned through an operating space 1410 provided on the inner side of the two support seats 141, and the operating space 1410 is divided from top to bottom. It has an upper stop position 1411, a rotating positioning 1412, and a lower stop position 1413.

The two ends of the transmission shaft 1421 of the transfer wheel 142 and the two supporting seats 141 of the printing device 14 are each provided with a ball bearing 1424, and the two ends of the transmission shaft 1421 are each directly or indirectly connected to a reciprocating power unit 2 And a rotating power unit 3.

The reciprocating power unit 2 and the rotating power unit 3 are each composed of a servo motor that can control a reciprocating movement distance and a rotation angle.

The outer surface of the wheel body 1422 of the transfer wheel 142 is further provided with a counterweight 1425 on one side of the transfer cloth 1423 to provide reciprocating or rotating weight balance.

The material of the transfer cloth 1423 of the transfer wheel 142 is a silicone rubber or an elastic plastic. Those who are familiar with this technique can design the rolling area 1423a of the transfer cloth 1423 to have a hard surface with a higher density, so that clearer printing lines can be obtained when rolling printing on the surface of the plate 121 to be processed. On the contrary, the embossing area 1423b of the transfer cloth 1423 is designed to have a soft surface with a lower density, so that when the plate 121 to be processed is reciprocally embossed toward the embossing area 1423b, the edge of the plate 121 to be processed can be completely trapped In the embossing area 1423b, the edge surface of the plate 121 to be processed can be evenly coated with metal ink to avoid the problem of disconnection of the printed circuit.

The relative setting angle range of the rolling area 1423a and the embossing area 1423b of the transfer cloth 1423 is 60 degrees to 180 degrees, and the area of the embossing area 1423b attached to the wheel body 1422 is smaller than the rolling area 1423a. Of course, those who are familiar with this technique can also design the transfer cloth 1423 into a two-division structure, respectively sticking the rolling area 1423a and the embossing area 1423b on the surface of the wheel body 1422, and the angle and area of the two are set The ratio is also as mentioned above, and such simple implementation changes are all within the protection scope of this creation.

Please refer to Figures 3 to 10, each of the first, second, third, fourth, fifth, sixth, seventh, eighth action diagrams of circuit wiring printing of the board to be processed for this creation, in which the carrying printed board unit 11 is conveyed by The unit 13 moves to the bottom side of the transfer wheel 142 for the roll printing area 1423a and the impression area 1423b of the transfer cloth 1423 to absorb the metal ink with a preset pattern, and then the carrying printing plate unit 11 moves to the original position . The suction platform 12 adjusts the plate 121 to be processed to a preset height and is moved by the conveying unit 13 to the bottom side of the transfer wheel 142, and passes through the transfer wheel 142 that has sucked the metal ink with the engraved pattern of the preset pattern. The rolling printing area 1423a is made a rotating rolling printing to form the circuit wiring 1211 on the surface of the plate 121 to be processed. After the embossing area 1423b of the transfer wheel 142 rotates to the direction of the suction platform 12, and the suction platform 12 sequentially rotates the plate 121 to be processed so that at least two board edges face the embossing of the transfer wheel 142 Area 1423b, and the conveying unit 13 drives the plate 121 to be processed toward the position of the transfer wheel 142 to make a reciprocating imprint, and print the circuit wiring 1211 to at least two edges of the plate 121 to be processed to complete the surface of the plate 121 to be processed And at least two board edges are formed with circuit wiring 1211, and this creation is not limited to the aforementioned processing sequence, you can also complete the embossing operation of at least two board edges of the board 121 to be processed, and then perform the rolling operation on the surface of the board 121 to be processed , And changes in such processing procedures should also be included in the scope of protection of this creation. The printed board 121 to be processed is moved to the original position by the suction platform 12, and the person can wait for the person to take out the board 121 to be processed or proceed to the next processing step.

According to the disclosures in Figures 1 to 10 above, it can be understood that this creation is a multi-mode printing device, which is set on a printing press table and includes: a printing plate unit with a predetermined pattern engraved on the surface The printing plate, a printing material supply unit supplies the metal ink in the predetermined pattern of the printing plate; a suction platform, on which a plate to be processed is arranged; a conveying unit, which can carry the printing plate unit and the suction The platform moves back and forth from two sides to the middle; one printing The device includes a transfer wheel, the transfer wheel includes a transmission shaft, a wheel body, an imprint area and at least one roll printing area, the two ends of the transmission shaft are positioned on two opposite support seats of the printing device, The printing material supply unit of the bearing printing plate unit is for the printing area and the roll printing area of the transfer wheel to adsorb the metal ink with a preset pattern, and the suction platform adjusts the plate to be manufactured Move to a preset height and move to one side of the transfer wheel, and make a rotary roll printing through the transfer wheel that has absorbed the metal ink with the engraved pattern of the preset pattern, and the suction platform rotates in sequence The board to be processed has at least two board edges facing the position of the embossing area of the transfer wheel to perform a reciprocating embossing and printing to at least two board edges of the board to be processed to complete the surface of the board to be processed and at least two board edges The circuit wiring is formed thereon. Through the foregoing configuration, the creative multi-mode printing device is formed, which has the effect of saving manufacturing procedures, space and manufacturing costs. This creative application can be connected to the network to allow users to remotely monitor the operation of the machine, remotely control the machine’s image positioning, positioning check and automatic correction functions, and multiple machines can also be connected to a remote server for The user remotely controls the operation of the machine.

The above is only the preferred embodiment of this creation, and it does not limit the patent scope of this creation. Therefore, all simple modifications and equivalent structural changes made by using this creation specification and schematic content should be included in the same reasoning. Within the scope of the patent of this creation, it is to Chen Ming.

To sum up, the above-mentioned multi-mode printing device of this creation can indeed achieve its effect and purpose when used, so this creation is a creation with excellent practicality. In order to meet the requirements of new patent application, we file an application in accordance with the law. I hope that the review committee will approve this case as soon as possible to protect the hard work of the creators. If the review committee has any doubts, please feel free to write instructions, and the creators will do their best to cooperate, and they will feel good.

1: Printing machine table

11: Carrying printed board unit

111: printed board

112: Printing Material Supply Unit

12: Suction platform

121: plate to be processed

13: Conveying unit

14: Printing device

141: Support seat

1410: Action Space

1411: Upper stop position

1412: Rotate positioning

1413: down stop position

142: Transfer wheel

1424: Ball bearing

2: Reciprocating power unit

3: Rotating power unit

Claims (8)

A multi-mode printing device, which is set on a printing press table, includes: A printing plate unit bearing a printing plate with a predetermined pattern on its surface; A printing material supply unit, which supplies one of the metal inks in the predetermined pattern engraving of the printing plate; An air suction platform with a plate to be processed above it; A conveying unit capable of reciprocating the printing board unit and the suction platform from two sides to the middle; and A printing device, which includes a transfer wheel, a transmission shaft and a wheel body penetrated inside the transfer wheel, a transfer cloth is arranged on the outer surface of the wheel, and the transfer cloth includes at least one roll printing area and at least one In the embossing area, the two ends of the transmission shaft are positioned on the two opposite supporting seats of the printing device, and the bearing printing plate unit is for the rolling area of the transfer cloth and the embossing area to have a metal with a preset pattern The ink is sucked, and the suction platform adjusts the plate to be processed to a preset height and moves to one side of the transfer wheel, and transfers the metal ink that has been sucked with the engraved pattern of the preset pattern. The rolling area of the wheel makes a rotary printing to form a circuit wiring on the surface of the plate to be processed, and the suction platform sequentially rotates the plate to be processed so that at least two board edges face the transfer wheel. The position of the embossing zone, and the conveying unit drives the plate to be processed toward the transfer wheel position to make a reciprocating embossing, and print the circuit wiring to at least two edges of the plate to be processed to complete the plate to be processed The circuit wiring is formed on the surface and at least two board edges. The multi-mode printing device according to claim 1, wherein the transmission shaft of the transfer wheel passes through an operating space provided on the inner side of the two support seats for a positioning, and the operating space is from top to bottom Respectively have an upper stop position, a rotation positioning and a lower stop position. The multi-mode printing device according to claim 1, wherein the two ends of the transmission shaft of the transfer wheel and the two supporting seats of the printing device are each provided with a ball bearing, and the two ends of the transmission shaft are each directly or indirectly Connected to a reciprocating power unit and a rotating power unit. The multi-mode printing device according to claim 3, wherein the reciprocating power unit and the rotating power unit are each composed of a servo motor that can control a reciprocating movement distance and a rotation angle. The multi-mode printing device according to claim 1, wherein the outer surface of the wheel body of the transfer wheel is further provided with a counterweight that provides reciprocating movement or rotating weight balance on one side of the transfer cloth. The multi-mode printing device according to claim 1, wherein the material of the transfer cloth of the transfer wheel is a silicone rubber or an elastic plastic. The multi-mode printing device according to claim 1, wherein the relative setting angle range of the roll printing area and the embossing area of the transfer cloth is 60 degrees to 180 degrees, and the embossing area is pasted on the The area of the wheel body is smaller than the rolling area. The multi-mode printing device according to claim 1, wherein the rolling area of the transfer cloth is designed to have a hard surface with a higher density, so that a clearer printing can be obtained when rolling printing on the surface of the sheet to be processed Line; In contrast, the embossing area of the transfer cloth is designed to have a soft surface with a lower density, so that when the plate to be processed is reciprocated and embossed toward the embossing area, the edge of the plate to be processed can be made It is completely trapped in the embossing area, so that the metal ink can be evenly adhered to the edge surface of the processed plate to avoid the problem of disconnection of the printed circuit.

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