Cleaning fluid filling equipment

Abstract

The utility model discloses cleaning fluid filling equipment which comprises a filling pipe, an adsorption pipe, a filling column, a sealing cover, a sealing plate, a high-precision sealing ring, a splitter plate, a screw rod, a limiting table and a spring, one end of the adsorption pipe is connected to the filling column, one end of the filling pipe penetrates through the adsorption pipe to be connected with the filling column, and the other end of the filling column is connected with the sealing cover. A filling groove is formed in the end, away from the filling pipe, of the filling column, a high-precision annular groove and a filling hole are formed in the filling groove, the filling hole communicates with the filling pipe, a plurality of adsorption holes communicating with the adsorption pipe are formed in the high-precision annular groove, and the high-precision sealing ring is slidably arranged in the high-precision annular groove; the splitter plate is locked in the filling groove through the sealing cover, the sealing plate is arranged in the sealing cover, and the sealing cover is connected with a filling connector. The cleaning fluid filling equipment is simple in structure, convenient to use and practical, foam and redundant cleaning fluid are sucked out through the adsorption pipe, and the effects of controlling the amount of the cleaning fluid and removing the foam are achieved.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the field of filling technology, concretely relates to a cleaning liquid filling equipment. BACKGROUND

[0002] The cleaning liquid is mainly suitable for cleaning and sterilizing the parts such as human external genitalia, has inhibitory effect on harmful bacteria such as staphylococcus aureus, escherichia coli and candida albicans. Its components include plant essential oil such as mint, matrix and water, these components jointly act, can effectively clean and protect the external genitalia part; the cleaning liquid as a cleaning article is easy to produce foam during filling, makes the foam overflow the packaging bottle during filling, leads to that the filling site is easy to be contaminated. CONTENT

[0003] The utility model wants to solve the technical problem to provide a cleaning liquid filling equipment, its simple structure, convenient and practical through the adsorption pipe and take out the foam and the excessive cleaning liquid, reach the effect of controlling the cleaning liquid amount and defoaming.

[0004] A kind of cleaning liquid filling equipment, including filling pipe, adsorption pipe, filling column, sealing cover, closure plate, high-precision sealing ring, shunt plate, screw rod, limit platform and spring, the adsorption pipe one end is connected in filling column, the filling pipe one end passes through adsorption pipe and is connected with filling column, the filling column is away from the one end of filling pipe and is equipped with filling groove, the filling groove is equipped with high-precision annular groove and filling hole, the filling hole is communicated with filling pipe, the high-precision annular groove is equipped with several adsorption holes in it and is communicated with adsorption pipe, the high-precision sealing ring is slidably arranged in high-precision annular groove, the shunt plate is locked in filling groove by sealing cover, the closure plate is arranged in sealing cover, the sealing cover is connected with filling connector, the closure plate center is equipped with flow guide hole, the shunt plate one side is equipped with swallow-tailed flow guide groove and other side is equipped with several connecting holes, several connecting holes are arranged around flow guide hole and are communicated with swallow-tailed flow guide groove, the swallow-tailed flow guide groove is matched with filling hole, several screw rods one end is connected with limit platform and the other end is connected with high-precision sealing ring and is connected with shunt plate, the spring is sleeved on screw rod and is located between closure plate and shunt plate;The filling column lateral wall is connected with several adsorption connectors communicated with high-precision annular groove, the high-precision sealing ring lateral wall is equipped with adsorption groove.

[0005] Preferably, the high-precision annular groove inner wall is equipped with annular adsorption groove communicated with adsorption connector.

[0006] Preferably, the shunt plate and closure plate upper and lower sides are sintered with a layer of silica gel layer.

[0007] Preferably, the high-precision sealing ring inner and outer walls are provided with sealing rings.

[0008] Preferably, sealing rings are arranged between the screw rod and the flow divider plate. Advantages

[0009] (1) The cleaning liquid filling equipment has simple structure, is convenient and practical, and can control the amount of cleaning liquid and remove bubbles by sucking out foam and excessive cleaning liquid through the adsorption pipe.

[0010] (2) The cleaning liquid filling equipment can realize the purpose of controlling the filling height of cleaning liquid by suddenly increasing the negative pressure to make the high-precision sealing ring and the closing plate descend, and the suction force generated by the high-speed flowing cleaning liquid can continue to drive the closing plate to descend to block the connecting hole. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 is a structural schematic view of the filling equipment;

[0012] 1-filling pipe, 2-adsorption pipe, 3-filling column, 4-filling groove, 5-high-precision annular groove, 6-adsorption hole, 7-filling hole, 8-sealing cover, 9-filling joint, 10-closing plate, 11-flow guide hole, 12-high-precision sealing ring, 13-adsorption groove, 14-annular adsorption groove, 15-adsorption joint, 16-swallow tail flow guide groove, 17-flow divider plate, 18-connecting hole, 19-screw rod, 20-limiting table, 21-spring. DETAILED DESCRIPTION

[0013] The embodiments of the present application will be further described below with reference to the drawings. EMBODIMENT

[0014] For example, Figure 1The utility model discloses a cleaning liquid filling equipment, including filling pipe 1, adsorption pipe 2, filling column 3, sealing cover 8, closing plate 10, high accuracy sealing ring 12, shunt plate 17, screw rod 19, spacing platform 20 and spring 21, one end of adsorption pipe 2 is connected in filling column 3, one end of filling pipe 1 passes through adsorption pipe 2 and is connected with filling column 3, the one end of filling column 3 away from filling pipe 1 is set up filling groove 4, the high accuracy annular groove 5 and filling hole 7 are set up in filling groove 4, filling hole 7 is linked with filling pipe 1, the high accuracy annular groove 5 is set up with a plurality of adsorption hole 6 in communication with adsorption pipe 2, the high accuracy sealing ring 12 is slidably arranged in high accuracy annular groove 5, shunt plate 17 is locked in filling groove 4 through sealing cover 8, the closing plate 10 is set up in sealing cover 8, and the sealing cover 8 is connected with filling connector 9, the closing plate 10 is set up with the flow guide hole 11 in the center, one side of shunt plate 17 is set up with swallow-tail flow guide groove 16 and is set up with a plurality of connecting holes 18 on the other side, a plurality of connecting holes 18 are set around flow guide hole 11 and are communicated with swallow-tail flow guide groove 16, swallow-tail flow guide groove 16 is matched with filling hole 7, a plurality of screw rod 19 one end penetrates closing plate 10 and is connected with spacing platform 20 and the other end penetrates shunt plate 17 and is connected with high accuracy sealing ring 12, spring 21 is set on screw rod 19 and is located between closing plate 10 and shunt plate 17, the filling column 3 lateral wall is connected with a plurality of adsorption connector 15 in communication with high accuracy annular groove 5, the high accuracy sealing ring 12 lateral wall is set up with adsorption groove 13, the high accuracy annular groove 5 inner wall is set up with annular adsorption groove 14 in communication with adsorption connector 15, the shunt plate 17 and closing plate 10 both sides are sintered with a layer of silica gel layer, the high accuracy sealing ring 12 inner and outer wall are all provided with sealing ring, and the screw rod 19 and shunt plate 17 are all provided with sealing ring.

[0015] The filling connector 9 is connected to the liquid delivery pump via a pipe, and the adsorption connector 15 is connected to the negative pressure generator via a pipe. A flow valve and a regulating valve are installed on the pipes. The flow valve controls the flow rate of the cleaning fluid, ensuring it does not affect the sealing plate 10 and prevents the negative pressure generated after the cleaning fluid is introduced from directly sucking down and blocking the sealing plate 10. The regulating valve adjusts the negative pressure suction, allowing the high-precision sealing ring 12 to rise, increasing the misalignment between the adsorption tank 13 and the annular adsorption tank 14. The greater the suction, the greater the misalignment. During operation, the filling connector 9 introduces the cleaning fluid into the filling tank 4, which then flows sequentially through the guide hole 11, the filling tank 4, the connecting hole 18, and the dovetail guide channel. 16. The filling hole 7 and filling tube 1 are used to exit the bottle. The foam generated during filling is sucked into the adsorption hole 6 through the adsorption tube 2 and then exited through the high-precision annular groove 5, adsorption groove 13, annular adsorption groove 14 and adsorption connector 15 in sequence. When the cleaning liquid is sucked into the adsorption tube 2, the suction force in the high-precision annular groove 5 will suddenly increase, causing the high-precision sealing ring 12 to drop. The dropping high-precision sealing ring 12 will drive the screw 19, the limiting platform 20 and the sealing plate 10 to drop. At the same time, the suction force generated by the cleaning liquid increases as the sealing plate 10 drops, causing the sealing plate 10 to be driven down by the suction force to contact the diversion plate 17 and be sealed by the connection hole 18, so as to close the filling and control the liquid level of the cleaning liquid in the packaging bottle at the same time.

[0016] The specific embodiments of this utility model have been described in detail above, but they are merely examples, and this utility model is not limited to the specific embodiments described above. For those skilled in the art, any equivalent modifications and substitutions to this utility model are also within the scope of this utility model. Therefore, all equivalent changes and modifications made without departing from the spirit and scope of this utility model are covered within the scope of this utility model.

Claims

1. A cleaning liquid filling apparatus characterized by comprising: The utility model relates to a high-precision sealing ring, sealing cover, closed plate, shunt plate, screw rod, limiting platform and spring are arranged in the filling pipe, adsorption pipe, filling column, the utility model discloses a filling pipe (1), adsorption pipe (2), filling column (3), sealing cover (8), closed plate (10), high-precision sealing ring (12), shunt plate (17), screw rod (19), limiting platform (20) and spring (21) are included, adsorption pipe (2) one end is connected in filling column (3), and the filling pipe (1) one end passes through adsorption pipe (2) with filling column (3) is connected, and the filling column (3) is away from the one end of filling pipe (1) and is seted up filling groove (4), and the filling groove (4) is seted up high-precision annular groove (5) and filling hole (7) in, and the filling hole (7) is communicated with filling pipe (1), and a plurality of adsorption holes (6) that are communicated with adsorption pipe (2) are seted up in high-precision annular groove (5), and high-precision sealing ring (12) is slidably arranged in high-precision annular groove (5), and shunt plate (17) is locked in filling groove (4) through sealing cover (8), and closed plate (10) is seted up in sealing cover (8), and sealing cover (8) is connected with filling connector (9), and the center of closed plate (10) is seted up with guide hole (11), and the one side of shunt plate (17) is seted up swallow-tailed guide groove (16) and the other side is seted up a plurality of connecting holes (18), and a plurality of connecting holes (18) are seted up around guide hole (11) and are communicated with swallow-tailed guide groove (16), and swallow-tailed guide groove (16) is matched with filling hole (7), and a plurality of screw rods (19) one end penetrates closed plate (10) and is connected with limiting platform (20) and the other end penetrates shunt plate (17) and is connected with high-precision sealing ring (12), and spring (21) is seted up on screw rod (19) and is located between closed plate (10) and shunt plate (17), the utility model discloses a filling pipe, adsorption pipe, filling column, sealing cover, closed plate, shunt plate, screw rod, limiting platform and spring are arranged, and the utility model discloses a filling pipe (1), adsorption pipe (2), filling column (3), sealing cover (8), closed plate (10), high-precision sealing ring (12), shunt plate (17), screw rod (19), limiting platform (20) and spring (21) are included, adsorption pipe (2) one end is connected in filling column (3), and the filling pipe (1) one end passes through adsorption pipe (2) with filling column (3) is connected, and the filling column (3) is away from the one end of filling pipe (1) and is seted up filling groove (4), and the filling groove (4) is seted up high-precision annular groove (5) and filling hole (7) in, and the filling hole (7) is communicated with filling pipe (1), and a plurality of adsorption holes (6) that are communicated with adsorption pipe (2) are seted up in high-precision annular groove (5), and high-precision sealing ring (12) is slidably arranged in high-precision annular groove (5), and shunt plate (17) is locked in filling groove (4) through sealing cover (8), and closed plate (10) is seted up in sealing cover (8), and sealing cover (8) is connected with filling connector (9), and the center of closed plate (10) is seted up with guide hole (11), and the one side of shunt plate (17) is seted up swallow-tailed guide groove (16) and the other side is seted up a plurality of connecting holes (18), and a plurality of connecting holes (18) are seted up around guide hole (11) and are communicated with swallow-tailed guide groove (16), and swallow-tailed guide groove (16) is matched with filling hole (7), and a plurality of screw rods (19) one end penetrates closed plate (10) and is connected with limiting platform (20) and the other end penetrates shunt plate (17) and is connected with high-precision sealing ring (12), and spring (21) is seted up on screw rod (19) and is located between closed plate (10) and shunt plate (17), the utility model discloses a filling pipe, adsorption pipe, filling column, sealing cover, closed plate, shunt plate, screw rod, limiting platform and spring are arranged, and the utility model discloses a filling pipe (1), adsorption pipe (2), filling column (3), sealing cover (8), closed plate (10), high-precision sealing ring (12), shunt plate (17), screw rod (19), limiting platform (20) and spring (21) are included, adsorption pipe (2) one end is connected in filling column (3), and the filling pipe (1) one end passes through adsorption pipe (2) with filling column (3) is connected, and the filling column (3) is away from the one end of filling pipe (1) and is seted up filling groove (4), and the filling groove (4) is seted up high-precision annular groove (5) and filling hole (7) in, and the filling hole (7) is communicated with filling pipe (1), and a plurality of adsorption holes (6) that are communicated with adsorption pipe (2) are seted up in high-precision annular groove (5), and high-precision sealing ring (12) is slidably arranged in high-precision annular groove (5), and shunt plate (17) is locked in filling groove (4) through sealing cover (8), and closed plate (10) is seted up in sealing cover (8), and sealing cover (8) is connected with filling connector (9), and the center of closed plate (10) is seted up with guide hole (11), and the one side of shunt plate (17) is seted up swallow-tailed guide groove (16) and the other side is seted up a plurality of connecting holes (18), and a plurality of connecting holes (18) are seted up around guide hole (11) and are communicated with swallow-tailed guide groove (16), and swallow-tailed guide groove (16) is matched with filling hole (7), and a plurality of screw rods (19) one end penetrates closed plate (10) and is connected with limiting platform (20) and the other end penetrates shunt plate (17) and is connected with high-precision sealing ring (12), and spring (21) is seted up on screw rod (19) and is located between closed plate (10) and shunt plate (17), 2. The cleaning liquid filling apparatus according to claim 1, wherein: ​ 3. A cleaning fluid filling apparatus according to claim 2, wherein: ​ 4. The cleaning liquid filling apparatus according to claim 1 or 3, wherein: ​ 5. A cleaning fluid filling apparatus according to claim 4, wherein: ​

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