Automatic dosing device with pre-dissolving function

Abstract

The utility model discloses an automatic feeding device with pre-dissolution function, including water storage tank main part, be equipped with waterway board subassembly and water inlet valve on water storage tank main part, and water inlet valve is linked with waterway board subassembly, be equipped with distributor box subassembly in water storage tank main part, be equipped with the washing powder mixer subassembly of double -deck setting in distributor box subassembly, washing powder mixer subassembly includes mixer body, swing leaf subassembly and flow detection subassembly, be equipped with jet flow port and overflow port on waterway board subassembly, swing leaf subassembly is set to the first layer of mixer body, and jet flow port is opposite swing leaf subassembly setting, and overflow port is to the first layer of mixer body setting, the first layer of mixer body still is equipped with drain hole, and flow detection subassembly includes impeller body, and drain hole is to impeller body setting, the utility model discloses through swing leaf subassembly makes washing powder to carry out pre-dissolution in the first layer of mixer body, then through flow detection subassembly in the second layer of mixer body accelerates to dissolve, and the whole dissolution effect is better.

Description

Technical Field

[0001] This utility model belongs to the technical field of washing machine accessories, specifically relating to an automatic dispensing device with a pre-dissolving function. Background Technology

[0002] Washing machines typically have an automatic dispensing device that adds various types of detergent, with laundry powder being commonly used in daily laundry. The degree of dissolution of the laundry powder during rinsing directly affects the final washing result. A patent with publication number CN111962263A discloses a detergent dispenser assembly and a washing machine, including a detergent dispenser and a water inlet box to house the detergent dispenser. The detergent additives dispensed from the detergent dispenser are flushed into the water inlet box with the water flow and flow out from the outlet of the water inlet box. The water inlet box is equipped with a device to divert and block the flowing water, trapping lumps of detergent additives carried in the water flow. The trapping device in this invention can block large, undissolved pieces of detergent powder and other lumpy detergent additives. While existing detergent dispenser assemblies improve detergent dissolution through trapping devices, these devices only have a blocking function, resulting in relatively poor overall dissolution. Therefore, an automatic dispensing device with a pre-dissolving function is needed to overcome these difficulties. Summary of the Invention

[0003] This invention addresses the problems existing in the prior art by designing an automatic dispensing device with a pre-dissolving function. This invention uses a swing blade assembly to pre-dissolve the laundry detergent in the first layer of the mixer body, and then uses a flow detection assembly to accelerate the dissolution in the second layer of the mixer body, resulting in better overall dissolution and a better user experience.

[0004] The objective of this invention is achieved through the following technical solution: an automatic dispensing device with pre-dissolving function, comprising a water storage tank body, a water circuit board assembly and an inlet valve on the water storage tank body, the inlet valve being connected to the water circuit board assembly; a distributor box assembly pluggably connected to the water storage tank body is provided, the distributor box assembly containing a double-layered detergent mixer assembly; the detergent mixer assembly includes a mixer body, a vane assembly and a flow detection assembly; the water circuit board assembly is provided with a jet port and an overflow port, the first layer of the mixer body is provided with a vane assembly, the jet port being positioned directly opposite the vane assembly, and the overflow port being positioned towards the first layer of the mixer body; the first layer of the mixer body is also provided with a drain hole, the flow detection assembly including an impeller body, the drain hole being positioned towards the impeller body.

[0005] Preferably, the dispenser box assembly includes a dispenser box body, a detergent dispensing chamber inside the dispenser box body, and a detergent mixer assembly inside the detergent dispensing chamber; the water circuit board assembly includes two welded upper and lower covers, which surround to form the water circuit board assembly; the water circuit board assembly has a main water circuit facing the detergent dispensing chamber, and the main water circuit also has two symmetrically arranged branch water circuits, each of which has several showerheads facing the detergent dispensing chamber.

[0006] Preferably, the main waterway is interconnected with the inlet valve, and a ramp is provided on the main waterway, with the two branch waterways converging on the ramp. A baffle rib and an overflow outlet are respectively provided at both ends of the ramp, and a jet outlet is provided at the end of the ramp away from the overflow outlet, adjacent to the baffle rib. A water passage is also provided above the baffle rib, with the jet outlet facing the vane assembly. The detergent mixer assembly is detachably mounted on the distributor box body, with the top opening of the distributor box body adjacent to the waterway plate assembly. The detergent mixer assembly includes a mixer body, and a flow detection component is provided on the second layer of the mixer body.

[0007] Preferably, the water circuit board assembly includes an upper cover and a lower cover welded together. The ramp, jet inlet, water-blocking rib, and overflow outlet are all provided on the lower cover. The upper cover has a water passage that is higher than the water-blocking rib. The main water circuit is between the upper cover and the lower cover. The lower cover also has a shower head. The first layer of the mixer body has a deep pre-dissolving tank. The shower head is positioned directly opposite the pre-dissolving tank. The end of the pre-dissolving tank near the blade assembly has a drain hole.

[0008] Preferably, the oscillating blade assembly includes an oscillating blade body, a torsion spring, a first rotating shaft, and a first seal; the mixer body is provided with a rotating shaft mounting hole for fixing the first rotating shaft, and the oscillating blade body is inserted through the outer layer of the first rotating shaft; a torsion spring is provided between the oscillating blade body and the mixer body, and the torsion spring is also inserted through the first rotating shaft; one pin of the torsion spring abuts against the oscillating blade body, and the other pin of the torsion spring abuts against the inner wall of the mixer body; a drain hole and an overflow groove are respectively provided on the first layer of the mixer body, and the drain hole and the overflow groove are respectively located at both ends of the mixer body.

[0009] Preferably, the vane body is provided with a limiting groove for accommodating a torsion spring, and the two ends of the torsion spring are adjacent to the two ends of the limiting groove; the mixer body is provided with a semi-open cover near the opening end of the vane body, and the semi-open cover is adjacent to the top end cover of the distributor box body; the overflow tank is connected to the distributor box body, and the bottom of the distributor box body is connected to the water storage tank body; a first sealing element is fixedly installed on the vane body, and the outline of the first sealing element is adapted to the outline of the vane body; when the vane body is in the closed state, the first sealing element is fitted against the inner wall of the mixer body; the second layer of the mixer body is provided with an impeller body rotatably connected to it, and the drain hole is positioned directly opposite the impeller body.

[0010] Preferably, the flow detection assembly includes a flow meter body, an impeller body, a connecting shaft, a magnet, and a cover; both the mixer body and the distributor box body are provided with impeller mounting holes for mounting the connecting shaft, and the connecting shaft is rotatably mounted in the impeller mounting holes; the impeller body is sleeved on the outer layer of the connecting shaft, and the impeller body and the connecting shaft rotate synchronously; the end of the connecting shaft is provided with a magnet and a cover, the magnet being disposed in a groove of the connecting shaft; the cover is installed on the end of the connecting shaft, and the cover is disposed on the outer layer of the magnet; the distributor box body is detachably installed in the water storage tank body; the flow meter body is fixedly installed on the side of the water storage tank body; when the distributor box body is installed in the water storage tank body, the flow meter body and the magnet are arranged adjacent to each other.

[0011] Preferably, a second sealing element for sealing is provided between the flow meter body and the water storage tank body; the flow meter body is provided with a sensor insertion port for installing a sensor; the distributor box body is installed inside the water storage tank body and the sensor insertion port is located directly above the magnet; the side of the distributor box body is provided with a sliding groove, and the flow meter body is slidably disposed in the sliding groove, and the outer contour of the flow meter body is adapted to the outer contour of the sliding groove.

[0012] Preferably, the second layer of the mixer body is provided with a pair of first filter elements, and the mixer body is provided with a filter element mounting groove, in which the first filter elements are installed; the two first filter elements are arranged side by side; the end of the second layer of the mixer body is provided with a water outlet, which is connected to the detergent dispensing chamber.

[0013] Preferably, the second layer of the mixer body is provided with a plurality of evenly distributed lifting ribs, each of which is staggered with the others.

[0014] When the inlet valve is opened, water first enters the main water path, and then flows from the main water path into two branch water paths. The inlet valve is electrically connected to the control panel on the washing machine, allowing for easy adjustment of its operation. When the inlet valve allows water to enter for short periods multiple times, the two branch water paths converge on the sloped path due to the ramp on the main water path. One end of the ramp has a baffle, and the other end has an overflow outlet. Water flows from the showerhead and overflow outlet to the first layer of the mixer body. The water level cannot overflow the water outlet on the baffle, and the oscillating vane assembly is in the default closed state. Through repeated short-term water entry via the inlet valve, water accumulates in the pre-dissolving tank, allowing the detergent to soak. Excess water overflows from the overflow tank on the first layer of the mixer body, flowing into the main water storage tank.

[0015] After dissolving for a period of time, the water inlet valve continues to supply water for an extended period. The water inlet valve's inlet status can be set via the control panel on the washing machine. The water inlet speed on the main water line is greater than the speed flowing out from the showerhead and overflow outlet, causing the water level to overflow the water inlet on the baffle rib. The small diameter of the water inlet allows the water to flow quickly towards the jet nozzle. The jet nozzle generates a certain water pressure that sprays onto the swing vane assembly. The water flow overcomes the spring force of the torsion spring, thus opening the swing vane body. This allows the water to flush away the pre-dissolved detergent and flow from the drain hole to the second layer of the mixer body. After the water inlet valve stops supplying water, the swing vane body returns to its default closed state. The swing vane body's on / off state can cycle multiple times, thereby improving the overall dissolution efficiency of the detergent.

[0016] The mixture of laundry detergent and water flows out from the drain hole, driving the impeller to rotate and further accelerating the mixing and dissolution. The mixture then flows over the lifting ribs on the mixer body; because the lifting ribs are unevenly arranged and staggered, the mixed solution is buffered during flow, increasing the stirring effect and further improving the mixing efficiency. The mixed solution impacts the first filter element at a certain speed; this allows the laundry detergent, water, and air to mix effectively, forming a large amount of foam and improving the washing effect. The first filter element not only generates a large amount of foam but also has a filtering effect, preventing impurities in the laundry detergent from entering the water storage tank. After passing through the first filter element, the mixed solution finally flows along the drain hole into the laundry detergent dispensing chamber of the dispenser box body, and then flows along the laundry detergent dispensing chamber into the water storage tank body.

[0017] In daily life, the water pressure in the tap water network is not stable. When the water pressure is low, traditional detergent dispensing devices lack a pre-dissolving function, resulting in incomplete detergent rinsing. Here, a flow detection component works in conjunction with the control panel inside the washing machine to implement flow detection. After detergent is added to the detergent dispensing chamber, the dispenser box is pushed into the water tank. During this process, the flow meter moves along a sliding groove. Once the dispenser box is locked, the sensing end of the flow meter is directly above the magnet. The flow meter also provides a guiding effect, facilitating the insertion of the dispenser box into the water tank. Because the magnet has a north pole and a south pole, the magnet generates different electrical signals as the impeller rotates. The flow meter counts the number of rotations and the control panel automatically calculates the flow rate through the mixer. This flow detection is a commonly used detection mode in existing technology and will not be discussed further. If the impeller does not rotate during the washing process, it indicates low water pressure, which is insufficient to open the impeller assembly. During the washing process, the impeller rotates, but at a slow speed. This indicates that the water pressure is low; it can force open the vane assembly, but there is a risk of incomplete rinsing. If the impeller rotates quickly during the washing process, the water pressure is normal. The flow detection component and control panel allow for direct analysis of the water pressure, enabling the control panel to regulate the on / off time of the inlet valve, thus ensuring that the detergent is rinsed thoroughly.

[0018] Compared with the prior art, the present invention has the following advantages: 1. The detergent mixer assembly and the water circuit board assembly cooperate with each other, so that the detergent is pre-dissolved in both layers of the mixer body, resulting in a better overall dissolution effect; 2. By setting the swing blade assembly, it is convenient to control the on / off state of the mixer body, so that water can be gathered on the mixer body to wet the detergent; 3. By setting the flow detection assembly, the impeller body accelerates the dissolution of detergent and can also detect the water flow rate, thus facilitating the setting of the working time of the water inlet valve. Attached Figure Description

[0019] Figure 1 This is a perspective view of the present utility model; Figure 2 This is a diagram showing the internal structure of the dispenser box assembly; Figure 3 This is a three-dimensional view of the lower cover. Figure 4 This is a three-dimensional view of the upper cover from below. Figure 5 A perspective view of the laundry detergent mixer assembly; Figure 6 A three-dimensional view of the mixer body; Figure 7This is a schematic diagram showing the working state of the oscillating blade assembly in the off position. Figure 8 A schematic diagram showing the working state of the oscillating blade assembly in the open position; Figure 9 A schematic diagram illustrating the working principle of the flow detection component; Figure 10 An exploded view of the traffic detection component; Figure 11 This is an exploded view of the louver assembly; The diagram shows the following markings: 1. Water storage tank body; 2. Water circuit board assembly; 21. Jet nozzle; 22. Overflow outlet; 23. Upper cover; 24. Lower cover; 25. Main water circuit; 26. Branch water circuit; 27. Shower nozzle; 28. Slope; 29. ​​Water baffle; 210. Water outlet; 3. Inlet valve; 4. Distributor box assembly; 41. Distributor box body; 42. Detergent dispensing chamber; 43. Slide chute; 5. Detergent mixer assembly; 51. Mixer body; 52. Drain hole; 53. Pre-dissolving tank; 54. 55. Shaft mounting hole; 66. Semi-open cover; 77. Overflow groove; 8. Oscillator assembly; 9. Oscillator body; 10. Torsion spring; 11. First shaft; 2. First seal; 3. Limiting groove; 4. Flow detection assembly; 51. Impeller body; 62. Flow meter body; 73. Connecting shaft; 74. Magnet; 75. Protective cover; 76. Second seal; 77. Sensor insertion port; 8. Impeller mounting hole; 9. First filter element; 10. Filter element mounting groove; 11. Water outlet; 12. Lifting rib. Detailed Implementation

[0020] The present invention will be further described below with reference to the embodiments shown in the accompanying drawings: like Figures 1 to 11 As shown in the figure, this embodiment discloses an automatic dispensing device with a pre-dissolving function, including a water storage tank body 1, a water circuit board assembly 2 and an inlet valve 3 on the water storage tank body 1, the inlet valve 3 being connected to the water circuit board assembly 2; a distributor box assembly 4 is provided inside the water storage tank body 1 and is plugged into it, the distributor box assembly 4 being provided with a double-layered detergent mixer assembly 5; the detergent mixer assembly 5 includes a mixer body 51, a vane assembly 6 and a flow detection assembly 7; the water circuit board assembly 2 is provided with a jet port 21 and an overflow port 22, the first layer of the mixer body 51 is provided with the vane assembly 6, the jet port 21 is positioned directly opposite the vane assembly 6, and the overflow port 22 is positioned facing the first layer of the mixer body 51; the first layer of the mixer body 51 is also provided with a drain hole 52, the flow detection assembly 7 includes an impeller body 71, and the drain hole 52 is positioned facing the impeller body 71.

[0021] The dispenser box assembly 4 includes a dispenser box body 41, a detergent dispensing chamber 42 inside the dispenser box body 41, and a detergent mixer assembly 5 inside the detergent dispensing chamber 42; the water circuit board assembly 2 includes two welded upper cover 23 and lower cover 24, which surround to form the water circuit board assembly 2; the water circuit board assembly 2 has a main water circuit 25 facing the detergent dispensing chamber 42, and the main water circuit 25 also has two symmetrically arranged branch water circuits 26, each of the branch water circuits 26 having a plurality of shower nozzles 27 facing the detergent dispensing chamber 42. The main water passage 25 is interconnected with the inlet valve 3. The main water passage 25 is provided with a ramp 28, and the two branch water passages 26 converge into the water passage where the ramp 28 is located. The two ends of the ramp 28 are respectively provided with a baffle 29 and an overflow port 22. The end of the ramp 28 away from the overflow port 22 is provided with a jet port 21, which is adjacent to the baffle 29. A water outlet 210 is also provided above the baffle 29, and the jet port 21 is positioned towards the vane assembly 6. The detergent mixer assembly 5 is detachably installed on the distributor box body 41. The top opening of the distributor box body 41 is adjacent to the water passage plate assembly 2. The detergent mixer assembly 5 includes a mixer body 51, and the second layer of the mixer body 51 is provided with a flow detection assembly 7. The water circuit board assembly 2 includes an upper cover 23 and a lower cover 24 welded together. The ramp 28, jet port 21, water-blocking rib 29, and overflow port 22 are all provided on the lower cover 24. The upper cover 23 is provided with a water passage 210 that is higher than the water-blocking rib 29. The main water passage 25 is between the upper cover 23 and the lower cover 24. The lower cover 24 is also provided with a shower head 27. The first layer of the mixer body 51 is provided with a deep pre-dissolving tank 53. The shower head 27 is positioned directly opposite the pre-dissolving tank 53. The end of the pre-dissolving tank 53 near the blade assembly 6 is provided with a drain hole 52.

[0022] The oscillating blade assembly 6 includes an oscillating blade body 61, a torsion spring 62, a first rotating shaft 63, and a first sealing element 64. The mixer body 51 is provided with a rotating shaft mounting hole 54 for fixing the first rotating shaft 63, and the oscillating blade body 61 is inserted through the outer layer of the first rotating shaft 63. A torsion spring 62 is provided between the oscillating blade body 61 and the mixer body 51, and the torsion spring 62 is also inserted through the first rotating shaft 63. One pin of the torsion spring 62 abuts against the oscillating blade body 61, and the other pin of the torsion spring 62 abuts against the inner wall of the mixer body 51. The first layer of the mixer body 51 is provided with a drain hole 52 and an overflow groove 56, and the drain hole 52 and the overflow groove 56 are respectively provided at both ends of the mixer body 51. The oscillating blade body 61 is provided with a limiting groove 65 for accommodating a torsion spring 62, and the two ends of the torsion spring 62 are adjacent to the two ends of the limiting groove 65; the mixer body 51 is provided with a semi-open cover 55 near the opening end of the oscillating blade body 61, and the semi-open cover 55 is adjacent to the top end cover of the distributor box body 41; the overflow tank 56 is interconnected with the distributor box body 41, and the bottom of the distributor box body 41 is interconnected with the water storage tank body 1; a first sealing element 64 is fixedly installed on the oscillating blade body 61, and the outer contour of the first sealing element 64 is adapted to the outer contour of the oscillating blade body 61; when the oscillating blade body 61 is in the closed state, the first sealing element 64 is fitted against the inner wall of the mixer body 51; the second layer of the mixer body 51 is provided with an impeller body 71 rotatably connected thereto, and the drain hole 52 is positioned directly opposite the impeller body 71.

[0023] The flow detection assembly 7 includes a flow meter body 72, an impeller body 71, a connecting shaft 73, a magnet 74, and a cover 75. Both the mixer body 51 and the distributor box body 41 are provided with impeller mounting holes 8 for mounting the connecting shaft 73, and the connecting shaft 73 is rotatably mounted within the impeller mounting holes 8. The impeller body 71 is sleeved on the outer layer of the connecting shaft 73, and the impeller body 71 and the connecting shaft 73 rotate synchronously. The end of the connecting shaft 73 is provided with a magnet 74 and a cover 75. The magnet 74 is disposed within a groove in the connecting shaft 73. The cover 75 is installed on the end of the connecting shaft 73 and is disposed on the outer layer of the magnet 74. The distributor box body 41 is detachably installed within the water storage tank body 1. The flow meter body 72 is fixedly mounted on the side of the water storage tank body 1. When the distributor box body 41 is installed within the water storage tank body 1, the flow meter body 72 and the magnet 74 are arranged adjacent to each other. A second sealing element 76 for sealing is provided between the flow meter body 72 and the water storage tank body 1; the flow meter body 72 is provided with a sensor insertion port 77 for installing a sensor; the distributor box body 41 is installed in the water storage tank body 1 and the sensor insertion port 77 is located directly above the magnet 74; the side of the distributor box body 41 is provided with a sliding groove 43, and the flow meter body 72 is slidably disposed in the sliding groove 43, and the outer contour of the flow meter body 72 is adapted to the outer contour of the sliding groove 43.

[0024] The second layer of the mixer body 51 is provided with paired first filter elements 9. A filter element mounting groove 10 is provided inside the mixer body 51, and the first filter elements 9 are disposed within the filter element mounting groove 10. Two first filter elements 9 are arranged side-by-side. A water outlet 11 is provided at the end of the second layer of the mixer body 51, and the water outlet 11 communicates with the detergent dispensing chamber 42. The second layer of the mixer body 51 is provided with a plurality of evenly distributed lifting ribs 12, each of which is staggered.

[0025] The specific operation process of this embodiment is as follows: when the water inlet valve 3 is turned on, the water will first enter the main water passage 25, and then enter the two branch water passages 26 from the main water passage 25. Here, the water inlet valve 3 is electrically connected to the control panel on the washing machine, so that the working state of the water inlet valve 3 can be easily adjusted. When the inlet valve 3 introduces water for short periods of time multiple times, the two branch waterways 26 converge on the waterway where the ramp 28 is located because the main waterway 25 is also equipped with a ramp 28. One end of the ramp 28 is equipped with a baffle 29, and the other end of the ramp 28 is equipped with an overflow port 22. In this way, water will flow from the shower head 27 and the overflow port 22 to the first layer of the mixer body 51. At this time, the water level cannot overflow the water outlet 210 on the baffle 29. At this time, the vane assembly 6 is in the default closed state. Through the inlet valve 3 introducing water for short periods of time multiple times, the water can be collected in the pre-dissolving tank 53, so that the laundry detergent can be soaked. If there is excess water, it will also overflow from the overflow tank 56 on the first layer of the mixer body 51. The overflowed liquid will flow to the water storage tank body 1.

[0026] After dissolving for a period of time, water enters through the inlet valve 3 for an extended period. The water inlet status of the inlet valve 3 can be set via the control panel on the washing machine. The water inlet speed on the main water path 25 is greater than the speed of water flowing out from the showerhead 27 and overflow outlet 22, so the water level will overflow the water outlet 210 on the baffle rib 29. The outlet 210 has a small aperture, so the water will flow towards the jet outlet 21 at a faster speed. The jet outlet 21 can generate a certain water pressure to spray onto the swing vane assembly 6. The water flow overcomes the elasticity of the torsion spring 62, thus putting the swing vane body 61 in the open state. In this way, the water flow can rinse the previously pre-dissolved laundry detergent and flow from the drain hole 52 to the second layer of the mixer body 51. After the inlet valve 3 stops entering water, the swing vane body 61 returns to the default closed state. The swing vane body 61 can cycle through multiple opening and closing states, thereby improving the overall dissolution efficiency of the laundry detergent.

[0027] The mixture of laundry detergent and water flows out from the drain hole 52, driving the impeller body 71 to rotate, further accelerating the mixing and dissolution. The mixture then flows over the lifting ribs 12 on the mixer body 51; because the lifting ribs 12 are unevenly arranged and staggered, the mixed solution is buffered during flow, increasing the stirring effect and further improving the mixing efficiency. The mixed solution impacts the first filter element 9 at a certain speed; this allows the laundry detergent, water, and air to mix effectively, forming a large amount of foam and improving the washing effect; the first filter element 9 not only generates a large amount of foam but also has a filtering effect, preventing impurities in the laundry detergent from entering the water storage tank body 1. After passing through the first filter element 9, the mixed solution finally flows along the drain hole 11 into the laundry detergent dispensing chamber 42 of the dispenser box body 41, and then flows along the laundry detergent dispensing chamber 42 into the water storage tank body 1.

[0028] In daily life, the water pressure in the tap water network is not stable. When the water pressure is low, traditional detergent dispensing devices do not have a pre-dissolving function, resulting in incomplete rinsing of the detergent. Here, the flow detection component 7 can work with the control panel inside the washing machine to implement the flow detection function. After detergent is added to the detergent dispensing chamber 42, the dispenser box body 41 is pushed into the water storage tank body 1; during the pushing process, the flow meter body 72 moves along the slide 43. After the dispenser box body 41 is pushed and locked, the sensing end of the flow meter body 72 is exactly above the magnet 74. The flow meter body 72 also has a guiding effect, facilitating the insertion of the distributor box body 41 into the water storage tank body 1. Since the magnet 74 has a north pole and a south pole, as the impeller body 71 rotates, it causes the flow meter body 72 to generate different electrical signals. The flow meter body 72 rotates several times, and the control panel automatically calculates the time, allowing the control panel to automatically calculate the flow rate through the mixer body 51. Flow detection here is a commonly used detection mode in existing technology and will not be discussed further. If the impeller body 71 does not rotate during the washing process, it indicates low water pressure, which cannot flush away the vane assembly 6. If the impeller body 71 rotates during the washing process, but at a slow speed, it indicates low water pressure, which can flush away the vane assembly 6, but there is a risk of incomplete rinsing. If the impeller body 71 rotates during the washing process at a relatively fast speed, it indicates normal water pressure. Here, the flow detection component 7 and the control panel allow for direct analysis of the water pressure, enabling the control panel to control the on / off time of the inlet valve 3, thus ensuring that the detergent is rinsed clean.

[0029] The specific embodiments described herein are merely illustrative examples illustrating the spirit of this utility model. Those skilled in the art to which this utility model pertains may make various modifications or additions to the described specific embodiments or use similar methods to replace them, without departing from the spirit of this utility model or exceeding the scope defined by the appended claims.

Claims

1. An automatic dispensing device with pre-dissolving function, comprising a water storage tank body (1), characterized in that, The main body (1) of the water storage tank is provided with a water circuit board assembly (2) and an inlet valve (3), and the inlet valve (3) is connected to the water circuit board assembly (2); the main body (1) of the water storage tank is provided with a distributor box assembly (4) that is plugged into it, and the distributor box assembly (4) is provided with a double-layered detergent mixer assembly (5); the detergent mixer assembly (5) includes a mixer body (51), a vane assembly (6) and a flow detection assembly (7); the water circuit board assembly (2) is provided with a jet port (21) and an overflow port (22), the first layer of the mixer body (51) is provided with a vane assembly (6), the jet port (21) is set facing the vane assembly (6), and the overflow port (22) is set towards the first layer of the mixer body (51); the first layer of the mixer body (51) is also provided with a drain hole (52), and the flow detection assembly (7) includes an impeller body (71), and the drain hole (52) is set towards the impeller body (71).

2. The automatic dispensing device with pre-dissolving function according to claim 1, characterized in that, The dispenser box assembly (4) includes a dispenser box body (41), a detergent dispensing chamber (42) is provided inside the dispenser box body (41), and a detergent mixer assembly (5) is provided inside the detergent dispensing chamber (42); the water circuit board assembly (2) includes two welded upper cover (23) and lower cover (24), which surround to form the water circuit board assembly (2); the water circuit board assembly (2) is provided with a main water circuit (25) facing the detergent dispensing chamber (42), and the main water circuit (25) is also provided with two symmetrically arranged branch water circuits (26), and each branch water circuit (26) is provided with a number of shower nozzles (27) facing the detergent dispensing chamber (42).

3. The automatic dispensing device with pre-dissolving function according to claim 2, characterized in that, The main waterway (25) is connected to the inlet valve (3). The main waterway (25) is provided with a ramp (28). The two branch waterways (26) converge on the waterway where the ramp (28) is located. The ramp (28) is provided with a baffle rib (29) and an overflow port (22) at both ends. The ramp (28) away from the overflow port (22) is provided with a jet port (21). The jet port (21) is adjacent to the baffle rib (29). A water outlet (210) is also provided above the baffle rib (29). The jet port (21) is positioned towards the sway vane assembly (6). The detergent mixer assembly (5) is detachably installed on the distributor box body (41). The top opening of the distributor box body (41) is adjacent to the waterway plate assembly (2). The detergent mixer assembly (5) includes a mixer body (51). The second layer of the mixer body (51) is provided with a flow detection assembly (7).

4. The automatic dispensing device with pre-dissolving function according to claim 3, characterized in that, The water circuit board assembly (2) includes an upper cover (23) and a lower cover (24) welded together. The ramp (28), jet port (21), water baffle (29) and overflow port (22) are all provided on the lower cover (24). The upper cover (23) is provided with a water outlet (210) that is higher than the water baffle (29). The main water circuit (25) is between the upper cover (23) and the lower cover (24). The lower cover (24) is also provided with a shower head (27). The first layer of the mixer body (51) is provided with a pre-dissolving tank (53) with a depth. The shower head (27) is positioned directly opposite the pre-dissolving tank (53). The end of the pre-dissolving tank (53) near the blade assembly (6) is provided with a drain hole (52).

5. The automatic dispensing device with pre-dissolving function according to claim 3, characterized in that, The blade assembly (6) includes a blade body (61), a torsion spring (62), a first rotating shaft (63), and a first sealing element (64); the mixer body (51) is provided with a rotating shaft mounting hole (54) for fixing the first rotating shaft (63), and the blade body (61) is inserted into the outer layer of the first rotating shaft (63); a torsion spring (62) is provided between the blade body (61) and the mixer body (51), and the torsion spring (62) is also inserted into the first rotating shaft (63); one pin of the torsion spring (62) abuts against the blade body (61), and the other pin of the torsion spring (62) abuts against the inner wall of the mixer body (51); the first layer of the mixer body (51) is provided with a drain hole (52) and an overflow groove (56), and the drain hole (52) and the overflow groove (56) are respectively provided at both ends of the mixer body (51).

6. The automatic dispensing device with pre-dissolving function according to claim 5, characterized in that, The oscillating vane body (61) is provided with a limiting groove (65) for accommodating a torsion spring (62), and the two ends of the torsion spring (62) are adjacent to the two ends of the limiting groove (65); the mixer body (51) is provided with a semi-open cover (55) near the opening end of the oscillating vane body (61), and the semi-open cover (55) is adjacent to the top end cover of the distributor box body (41); the overflow tank (56) is connected to the distributor box body (41), and the bottom of the distributor box body (41) is connected to the water storage tank. The main bodies (1) of the tank are interconnected; a first sealing element (64) is fixedly installed on the blade body (61), and the outline of the first sealing element (64) is adapted to the outline of the blade body (61); when the blade body (61) is in the closed state, the first sealing element (64) is fitted to the inner wall of the mixer body (51); the second layer of the mixer body (51) is provided with an impeller body (71) rotatably connected to it, and the drain hole (52) is set opposite to the impeller body (71).

7. The automatic dispensing device with pre-dissolving function according to claim 3, characterized in that, The flow detection assembly (7) includes a flow meter body (72), an impeller body (71), a connecting shaft (73), a magnet (74), and a cover (75); both the mixer body (51) and the distributor box body (41) are provided with impeller mounting holes (8) for mounting the connecting shaft (73), and the connecting shaft (73) is rotatably mounted in the impeller mounting holes (8); the impeller body (71) is sleeved on the outer layer of the connecting shaft (73), and the impeller body (71) and the connecting shaft (73) rotate synchronously; the end of the connecting shaft (73) The end is provided with a magnet (74) and a cover (75). The magnet (74) is set in the groove of the connecting shaft (73). The cover (75) is installed at the end of the connecting shaft (73) and is set on the outer layer of the magnet (74). The distributor box body (41) is detachably installed in the water storage tank body (1). The flow meter body (72) is fixedly installed on the side of the water storage tank body (1). When the distributor box body (41) is installed in the water storage tank body (1), the flow meter body (72) and the magnet (74) are arranged adjacent to each other.

8. The automatic dispensing device with pre-dissolving function according to claim 7, characterized in that, A second sealing element (76) for sealing is provided between the flow meter body (72) and the water storage tank body (1); a sensor plug-in port (77) for installing a sensor is provided on the flow meter body (72); the distributor box body (41) is installed in the water storage tank body (1) and the sensor plug-in port (77) is located directly above the magnet (74); a sliding groove (43) is provided on the side of the distributor box body (41), and the flow meter body (72) is slidably disposed in the sliding groove (43), and the outer contour of the flow meter body (72) is adapted to the outer contour of the sliding groove (43).

9. The automatic dispensing device with pre-dissolving function according to claim 3, characterized in that, The second layer of the mixer body (51) is provided with a pair of first filter elements (9), and the mixer body (51) is provided with a filter element installation groove (10), and the first filter element (9) is installed in the filter element installation groove (10); the two first filter elements (9) are arranged side by side; the end of the second layer of the mixer body (51) is provided with a water outlet (11), and the water outlet (11) is connected to the detergent dispensing chamber (42).

10. The automatic dispensing device with pre-dissolving function according to claim 9, characterized in that, The second layer of the mixer body (51) is provided with a number of evenly distributed lifting ribs (12), and each of the lifting ribs (12) is arranged in an alternating manner.

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