Ice making water and ice making system and ice making box

Abstract

According to the ice water making system, under the driving of a water pump, water in a cold water storage tank flows through a refrigerating water cooling plate to be cooled and then flows back to the cold water storage tank. According to the ice water making system, water in a cold water storage tank is in a flowing state under the driving of a stirrer, so that the heat dissipation speed is increased. An ice making box comprises a refrigeration water cooling plate of an ice water making system and further comprises a convection water chamber, an ice water making chamber and a valve, water flows through the convection water chamber to be cooled, and ice water can be made; water is statically cooled in the ice making water chamber and can be used for making ice. An ice-making box comprises a refrigerating water-cooling plate, a refrigerator, a radiator, an ice-making water chamber and a valve, and the refrigerating water-cooling plate is mounted above the ice-making water chamber. The valve is installed below the ice making water chamber and can be opened to enable ice blocks to automatically slide out. The ice making system comprises any ice water making system, and ice water in the cold water storage tank is used for making ice. The ice-making machine further comprises any one ice-making box, ice is statically frozen in the ice-making water chamber, and a plurality of ice-making water-cooling plates can be used for making ice water and ice at the same time.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of household appliances, in particular to ice water maker, ice maker, and other appliances containing ice water and ice making functions. BACKGROUND

[0002] With the improvement of people's living standards, the market demand for ice beverages and ice water beverages is increasing. Ice making is to cool water until it condenses into ice, and then the ice is dropped off for people to use. Ice water is relatively simple, which is generally cooled to below the condensation temperature and then stored for people to use.

[0003] Water cooling generally has static and dynamic two ways, static is that water does not flow, for example, water in the ice tank of the water dispenser is cooled to make ice water, and water is placed in the refrigerator to wait for ice; dynamic is that water is forced to flow, for example, supercooling ice making, that is, the temperature of water is reduced to below 0 degrees Celsius and then static ice. Dynamic cooling is faster than static cooling, because water in the forced flow process is mainly convective heat transfer, and water in the static state is mainly conductive heat transfer. SUMMARY

[0004] The present application provides an ice water and ice making system and an ice making box.

[0005] An ice water system includes a refrigerated water cooling plate, a cold water storage tank, a refrigeration device, a heat sink, and a water pump. The refrigeration device is a semiconductor refrigeration sheet or a compressor. The refrigeration end of the refrigeration device is installed with a refrigerated water cooling plate, and the heating end is installed with a heat sink. Under the drive of the water pump, the water in the cold water storage tank flows through the refrigerated water cooling plate to be cooled, and then returns to the cold water storage tank, and circulates until the water temperature in the cold water storage tank reaches a preset temperature.

[0006] The present application has the following advantages:

[0007] An ice water system includes a refrigerated water cooling plate, a cold water storage tank, a refrigeration device, a heat sink, and a water pump. The refrigeration device is a semiconductor refrigeration sheet or a compressor. The refrigeration end of the refrigeration device is installed with a refrigerated water cooling plate, and the heating end is installed with a heat sink. Using a semiconductor refrigeration sheet to cool has the advantages of small size and low noise; using a compressor to cool has the advantages of large refrigeration capacity and high energy efficiency ratio. Under the drive of the water pump, the water in the cold water storage tank flows through the refrigerated water cooling plate to be cooled, and then returns to the cold water storage tank, and circulates until the water temperature in the cold water storage tank reaches a preset temperature. This process is dynamic cooling, which can quickly reduce the water temperature and speed up the ice water production.

[0008] An ice-water-making system includes a cooling water plate, a cold water tank, a refrigerator, a radiator, and an agitator. The refrigerator is a semiconductor refrigeration chip or a compressor. The cooling water plate is installed on the cooling end of the refrigerator, and the radiator is installed on the heating end. The cooling water plate is a metal plate with good thermal conductivity and is installed on the cold water tank, or the cold water tank body can be used as the cooling water plate. Driven by the agitator, the water in the cold water tank is kept in a flowing state to accelerate heat dissipation until the water temperature in the cold water tank reaches a preset temperature. The agitator can be driven by a motor or a magnet.

[0009] The beneficial effects of the present invention are:

[0010] A chilled water system includes a cooling water plate, a cold water tank, a refrigerator, a radiator, and an agitator. The refrigerator is a semiconductor refrigeration chip or a compressor. The cooling end of the refrigerator is equipped with a cooling water plate, and the heating end is equipped with a radiator. Using semiconductor refrigeration chips for cooling has the advantages of small size and low noise; using compressors for cooling has the advantages of large cooling capacity and high energy efficiency. The cooling water plate is a metal plate with good thermal conductivity. Installed on the cold water tank, it helps to expand the heat dissipation area; or using the tank body of the cold water tank as the cooling water plate helps to reduce costs. Driven by the agitator, the water in the cold water tank is in a flowing state to speed up the heat dissipation until the water temperature in the cold water tank reaches a preset temperature. This process is dynamic cooling, which can quickly reduce the water temperature and speed up the ice water production.

[0011] An ice box includes the refrigeration water-cooling plate of the aforementioned ice-making water system, as well as a convection water chamber, an ice-making water chamber, and a valve. The convection water chamber includes a convection heat exchange channel. The refrigeration water-cooling plate is mounted above the convection heat exchange channel, and the ice-making water chamber is mounted below the convection heat exchange channel. The ice-making water chamber includes an ice-making grid and an ice-water return port. The refrigeration water-cooling plate can be equipped with a heat dissipation column extending into the ice-making grid. Water flows through the convection water chamber, cooling it to produce ice water; water remains stationary in the ice-making water chamber, cooling it to produce ice. The ice-water return port is mounted below the ice-making grid. During ice making, the water level can be lowered through the ice-water return port to clear the convection heat exchange channel. After ice making is complete, excess ice water can be recovered. To remove ice, the refrigerator reverses heat, heating the refrigeration water-cooling plate, causing ice cubes condensed on the refrigeration water-cooling plate to fall off. The valve is mounted below the ice-making water chamber. Once ice cubes fall out of the ice-making grid, the valve opens, allowing the ice cubes to slide out automatically. The aforementioned upper and lower parts are relative positions, and the ice box can be tilted or even turned upside down to take out ice.

[0012] The beneficial effects of the present invention are:

[0013] The application discloses an ice-making box, which comprises a refrigeration water cooling plate of the ice-making water system, a convection water chamber, an ice-making water chamber and a valve.

[0014] The application discloses an ice-making box, which comprises a refrigeration water cooling plate, a refrigeration device, a radiator, an ice-making water chamber and a valve.

[0015] The application has the following beneficial effects:

[0016] An ice making box comprises a refrigeration water cooling plate, a refrigeration device, a heat sink, an ice making water chamber and a valve. The refrigeration device is a semiconductor refrigeration sheet or a compressor, the refrigeration end of the refrigeration device is provided with the refrigeration water cooling plate, and the heating end is provided with the heat sink. The semiconductor refrigeration sheet is used for refrigeration, and has the advantages of small volume and low noise. The compressor is used for refrigeration, and has the advantages of large refrigeration capacity and high energy efficiency ratio. The shell of the ice making water chamber is used as the refrigeration water cooling plate, which is beneficial to reducing the cost. The ice making water chamber comprises an ice making grid and an ice water return port. The heat dissipation column can be arranged on the refrigeration water cooling plate and extends into the ice making grid. The heat dissipation column can improve the efficiency of ice making water and ice making. The ice water return port is arranged below the ice making grid. After ice making is completed, the excess ice water can be recycled, and the waste of cold energy can be reduced. When ice is taken out, the refrigeration device is reversely heated, the refrigeration water cooling plate is heated, and the ice block condensed on the refrigeration water cooling plate is separated. The reverse heating accelerates the separation speed of the ice block and improves the user experience. The valve is arranged below the ice making water chamber. After the ice block is separated from the ice making grid, the valve can be opened, so that the ice block slides out. The valve can balance the sealing performance of water and the passing performance of the ice block. The ice block automatically slides out, and the user uses it more conveniently. The foregoing upper and lower positions are relative positions. The ice making box can be inclined or even inverted to take out ice by turning over. The ice making box can be conveniently installed and is beneficial to reducing the product volume.

[0017] An ice making system comprises any of the ice making water systems, so that the water temperature in the cold water storage tank approaches 0 degrees Celsius. When ice is needed, ice water is taken out from the cold water storage tank to make ice. Any of the ice making boxes is also included, and ice is statically made in the ice making water chamber. According to needs, the refrigeration water cooling plate can have multiple pieces and be used for ice making water or ice making.

[0018] The ice making system has the following beneficial effects:

[0019] An ice making system comprises any of the ice making water systems, so that the water temperature in the cold water storage tank approaches 0 degrees Celsius. When ice is needed, ice water is taken out from the cold water storage tank to make ice. Since the temperature of the ice water approaches 0 degrees Celsius, the ice can be quickly made by continuously reducing the temperature, the ice making speed is accelerated, and the user experience is improved. Any of the ice making boxes is also included, and ice is statically made in the ice making water chamber. According to needs, the refrigeration water cooling plate can have multiple pieces and be used for ice making water or ice making; the ice making box can be conveniently installed and meet different power requirements and the requirements of simultaneously making ice water and ice. The ice making system has the advantages of the ice making water system and the ice making box, and details are not described herein. BRIEF DESCRIPTION OF DRAWINGS

[0020] Figure 1 is a structural schematic diagram of a water dispenser according to the present application.

[0021] Figure 2 is a structural schematic diagram of an ice making box according to the present application.

[0022] Figure 3 is a structural schematic diagram of a refrigeration cup according to the present application.

[0023] Figure, 1. ice-making box, 10. refrigerated water cooling plate, 20. convection water chamber, 30. ice-making water chamber, 11. heat dissipation column, 21. inlet and outlet water port, 22. convection heat exchange channel, 31. ice-making grid, 32. ice water return port, 33. valve, 2. cold water storage tank, 3. semiconductor refrigeration sheet, 4. radiator, 5. water pump, 6. exhaust pump, 7. ice water faucet, 8. stirrer. DETAILED DESCRIPTION

[0024] The application will be further described below in conjunction with the drawings and examples.

[0025] Example one The embodiment of the application is a water dispenser containing ice-making water and ice-making function; As shown in Figure 1 , 2 : a water dispenser containing ice-making water and ice-making function, including ice-making box 1, cold water storage tank 2, semiconductor refrigeration sheet 3, radiator 4 and water pump 5, etc., the refrigeration surface of semiconductor refrigeration sheet 3 is installed with ice-making box 1, and the heating surface is installed with radiator 4, which is a water-cooled radiator, and the heat dissipation effect is good. Under the drive of water pump 5, the water in cold water storage tank 2 flows through convection water chamber 20 to cool down, and then returns to cold water storage tank 2, circulating until the water temperature in cold water storage tank 2 approaches 0℃, and the ice water in cold water storage tank 2 can be used by people. Cold water storage tank 2 uses vacuum insulation structure, and the insulation effect is good. When ice is needed, ice water is pumped out from cold water storage tank 2, and ice-making water chamber 30 is cooled to freezing, and after the ice reaches a certain thickness, the excess ice water is recovered from ice water return port 32 through exhaust pump 6. When taking ice, semiconductor refrigeration sheet 1 is reversed to make the ice block on refrigerated water cooling plate 10 fall off, and the valve 33 of ice-making box 1 is opened to make the ice block automatically slide out from ice water faucet 7, which is more convenient for users to use.

[0026] Example two The embodiment of the application is an ice-making box; As shown in Figure 2The figure shows an ice box 1, comprising the refrigeration water-cooling plate 10, convection water chamber 20, and ice-making water chamber 30 of the first embodiment. The refrigeration water-cooling plate 10 is mounted on the cooling surface of the semiconductor refrigeration plate 3. The convection water chamber 20 includes a water inlet and outlet 21 and a convection heat exchange channel 22, and the refrigeration water-cooling plate 10 is mounted above the convection heat exchange channel 22. The ice-making water chamber 30 includes an ice-making grid 31, an ice water return port 32, and a valve 33. The ice-making grid 31 is mounted below the convection heat exchange channel 22. The refrigeration water-cooling plate 10 is equipped with a heat dissipation column 11 extending into the ice-making grid 31. Water flows through the convection water chamber 20 to cool down, thereby producing ice water. Water remains stationary in the ice-making water chamber 30 and cools down, thereby producing ice. The ice water return port 32 and the valve 33 are installed below the ice making grid 31; when making ice, the water level can be lowered through the ice water return port 32 so that there is no water in the convection heat exchange channel 22; after ice making is completed, the excess ice water can be recycled; after the ice cubes fall off the ice making grid 31, the valve 33 can be opened to allow the ice cubes to slide out automatically.

[0027] Example 3 An embodiment of the present invention is a refrigeration cup; like Figure 3 The figure shows a cooling cup, comprising a cooling water plate 10, a cold water tank 2, a semiconductor cooling chip 3, a radiator 4, and an agitator 8. The cooling surface of the semiconductor cooling chip 3 is mounted on the cooling water plate 10, while the heating surface is mounted on the radiator 4. The cooling water plate 10 is an aluminum plate with excellent thermal conductivity and is mounted on the bottom of the cold water tank 2. Driven by the agitator 8, the water in the cold water tank 2 flows, accelerating heat dissipation until the water temperature in the cold water tank 2 reaches a preset temperature. The agitator 8 is driven by a motor.

Claims

1. An ice-making water system characterized by: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

2. An ice-making water system characterized by: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature. The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

3. An ice making tray characterized by: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

4. An ice making tray characterized by: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

5. An ice making system characterized by: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

6. The ice-making system of claim 5, wherein: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

7. The ice-making water system of claim 2, wherein: The refrigeration water cooling plate, the refrigeration water tank, the refrigeration device, the heat sink and the water pump; the refrigeration end of the refrigeration device is installed with the refrigeration water cooling plate, and the heating end of the refrigeration device is installed with the heat sink; under the driving of the water pump, the water in the refrigeration water tank flows through the refrigeration water cooling plate to be cooled, and then returns to the refrigeration water tank, and circulates until the water temperature of the refrigeration water tank reaches the preset temperature.

8. The ice-making box according to claim 3 or 4, characterized by: ​ 9. The ice-making box according to claim 8, characterized by: ​ 10. The ice-making tray according to claim 4, wherein: ​

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