A cylindrical nickel mesh laser cleaning machine
A technology of laser cleaning and cleaning mechanism, which is applied to printing machines, cleaning methods and tools, general parts of printing machinery, etc., and can solve problems such as low cleaning efficiency and large floor space of cleaning machines
Active Publication Date: 2021-09-14
NANTONG UNIVERSITY
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Problems solved by technology
When the laser cleaning machine of the above technical solution is working, the vertically placed laser tube moves along the axis of the nickel mesh, resulting in an excessively large floor area of the cleaning machine, and due to the influence of the diameter of the laser tube, the distance between the focusing mirrors is too large, resulting in cleaning relatively inefficient
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Embodiment Construction
[0025] The present invention will be further described in detail below in conjunction with the accompanying drawings.
[0026] like Figure 1 to Figure 7 As shown, the present invention proposes a cylindrical nickel mesh laser cleaning machine, including a front part 1 of the fuselage, a rear part 3 of the fuselage, a rotating mechanism 5 of the cylinder nickel mesh, a tailstock mechanism 2, a laser emission mechanism 4, a motor drive Mechanism 6, cleaning mechanism 7, transmission mechanism; the front part 1 of the fuselage is fixedly connected with the rear part 3 of the fuselage; the cylindrical nickel mesh rotating mechanism 5 and the motor drive mechanism 6 are all arranged on the front part 1 of the fuselage; the tailstock mechanism 2 slides Connected to the front part 1 of the fuselage; one end of the cylindrical nickel mesh rotating mechanism 5 is coaxially connected to the motor drive mechanism 6; the other end of the cylindrical nickel mesh rotating mechanism 5 is co...
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The invention specifically relates to a cylindrical nickel mesh laser cleaning machine, which belongs to the technical field of laser cleaning equipment. It includes the front of the fuselage, the rear of the fuselage, the cylinder nickel mesh rotation mechanism, the tailstock mechanism, the laser emitting mechanism, the motor drive mechanism, the cleaning mechanism, and the transmission mechanism; Reflection coordination, change the direction of the beam emitted by the laser tube. During the cleaning process, it is only necessary to move the cleaning mechanism, rotate the cylindrical nickel screen, and reduce the equipment footprint by fixing the laser tube and changing the arrangement of the laser tube. Replace the original laser tube vertical nickel mesh placement. Effectively reduce the lateral distance between the focal points of the beam when the laser reaches the cylindrical nickel mesh, that is, the cleaning mechanism can move a shorter distance when cleaning the cylindrical nickel mesh. This structure can effectively increase the cleaning efficiency. Adopting an independently moving cleaning structure, there is no need to move the laser tube and its power supply, which greatly reduces the load on the motor, so that a motor with lower technical parameters can be selected to save costs.
Description
technical field [0001] The invention specifically relates to a cylindrical nickel mesh laser cleaning machine, which belongs to the technical field of laser cleaning equipment. Background technique [0002] Rotary screen printing occupies the main market of textile printing in China. Its key component is seamless nickel rotary screen, referred to as nickel screen, which is usually made by electroforming, and its mesh is hexagonal. The pattern is printed on the nickel mesh by photosensitive method, and the photosensitive adhesive layer can be cleaned after use to realize the recycling of the nickel mesh. Laser technology can be used to remove photosensitive glue. The principle of laser removal of photosensitive glue is to irradiate the laser through optical focusing and then irradiate the part that needs to be cleaned. The laser energy can be highly concentrated in time and space, and the focused laser beam can produce several near the focus Thousands or even tens of thousan...
Claims
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IPC IPC(8): B08B7/00B08B13/00B41F35/00
CPCB08B7/0042B08B13/00B41F35/003B41P2235/12
Inventor黄明宇薛少兵詹伟郑磊魏言标周倩倪红军
OwnerNANTONG UNIVERSITY