液体转移机构、清洁装置以及辊压机

Abstract

本实用新型涉及一种液体转移机构、清洁装置以及辊压机。液体转移机构包括：储液容器，所述储液容器具有腔体以及与所述腔体连通的口部；以及辊部件，所述辊部件位于所述口部，所述辊部件周向的一部分浸入所述储液容器内的液体内，所述辊部件周向的另一部分位于所述储液容器内的液体外，所述辊部件位于所述液体外的部分适于与带状物料接触，所述辊部件被配置为能够转动，以将液体由所述腔体内转移至所述带状物料。

Claims

1. A liquid transfer mechanism, characterized by, include: A liquid storage container (102) having a cavity and an opening (1021) communicating with the cavity; as well as A roller component is located at the opening (1021), a portion of which is immersed in the liquid within the liquid reservoir (102), and another portion of which is located outside the liquid within the liquid reservoir (102). The portion of the roller component outside the liquid is adapted to contact the strip material (200). The roller component is configured to rotate to transfer liquid from the cavity to the strip material (200).

2. The liquid transfer mechanism of claim 1, wherein, It also includes a tension structure comprising a guide roller adapted to support the strip material (200) so that the strip material (200) contacts the roller component.

3. The liquid transfer mechanism of claim 1, wherein, It also includes a tension structure comprising a plurality of rollers adapted to support the strip material (200) so that the strip material (200) contacts the roller component.

4. The liquid transfer mechanism of claim 2, wherein, The tension structure includes a first guide roller (111), a second guide roller (112), and a third guide roller (113). The roller component is located between the second guide roller (112) and the third guide roller (113). The second guide roller (112) is located between the first guide roller (111) and the roller component. The first guide roller (111) is located on the side of the strip material (200) closer to the roller component. The second guide roller (112) and the third guide roller (113) are located on the side of the strip material (200) away from the roller component.

5. The liquid transfer mechanism of claim 1, wherein, The cross-sectional area of ​​the cavity gradually increases from the bottom (1022) of the liquid storage container (102) to the opening (1021).

6. The liquid transfer mechanism of claim 1, wherein, It also includes a drainage structure connected to the bottom (1022) of the liquid storage container (102).

7. The liquid transfer mechanism of claim 6, wherein, The drainage structure includes a drainage pipe (103) and a first valve (104). The drainage pipe (103) is connected to the bottom (1022) of the liquid storage container (102), and the first valve (104) is disposed on the drainage pipe (103).

8. The liquid transfer mechanism of claim 1, wherein, It also includes a liquid supply structure, which is adapted to supply liquid to the liquid storage container (102).

9. The liquid transfer mechanism of claim 8, wherein, The liquid supply structure includes a second valve (106) and a liquid supply pipe (105). The second valve (106) is disposed on the liquid supply pipe (105), and the liquid supply pipe (105) extends into the cavity through the port (1021).

10. The liquid transfer mechanism of claim 9, wherein, It also includes a liquid level sensing element (107) connected to the second valve (106), the liquid level sensing element (107) being adapted to sense the liquid level in the cavity.

11. The liquid transfer mechanism of claim 1, wherein, The roller component is provided with grooves.

12. The liquid transfer mechanism of claim 1, wherein, The roller component includes an anilox roller (101).

13. The liquid transfer mechanism of claim 1, wherein, It also includes a liquid volume adjustment structure, which is adapted to adjust the liquid volume on the circumferential surface of the roller component.

14. The liquid transfer mechanism of claim 13, wherein, The liquid volume adjustment structure includes a drive unit and a scraper (108). The drive unit is connected to the scraper (108). The scraper (108) is located on the discharge side of the roller component. The scraper (108) is adapted to scrape the liquid on the surface of the roller component. The drive unit is adapted to adjust the distance between the scraper (108) and the roller component.

15. A cleaning device, characterized by Includes strip material (200) and liquid transfer mechanism (100) as described in any one of claims 1 to 14.

16. The cleaning apparatus according to claim 15, characterized in that, It also includes an unwinding mechanism (300), a rubber roller mechanism (500), and a winding mechanism (400), wherein the strip material (200) moves between the unwinding mechanism (300), the rubber roller mechanism (500), and the winding mechanism (400), and the liquid transfer mechanism (100) is located between the unwinding mechanism (300) and the rubber roller mechanism (500).

17. The cleaning device of claim 16, wherein, The rubber roller mechanism includes a first rubber roller (501), a second rubber roller (502), a first moving element, and a second moving element. The first rubber roller (501) and the second rubber roller (502) are spaced apart outside the part to be cleaned. The first moving element is connected to the first rubber roller (501), and the second moving element is connected to the second rubber roller (502). The first rubber roller (501) and the second rubber roller (502) are capable of tensioning the strip material.

18. A roll press characterized by, Includes the cleaning device as described in any one of claims 15 to 17.

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