Wine inlet and outlet system of pottery jar wine storage room

Abstract

The utility model discloses a wine inlet and outlet system of a pottery jar wine storage warehouse. The wine inlet and outlet system comprises a compressed air power system, a compressed air output pipe and a raw wine high-position storage tank, the raw wine high-position storage tank is arranged on the top layer of the pottery jar wine storage room; the upper end of the wine outlet pipe is communicated with the bottom of the raw wine high-level storage tank, and the lower end of the wine outlet pipe is communicated with wine outlet wiring pipes arranged in each layer of the pottery jar wine storage room; compressed air wiring pipes corresponding to the wine outlet wiring pipes are arranged in each layer of the pottery jar wine storage room; one end of the compressed air output pipe is communicated with the compressed air power system, the other end of the compressed air output pipe is communicated with the vertical air delivery pipe, and the compressed air wiring pipe in each layer of the pottery jar wine storage room is communicated with the vertical air delivery pipe; a plurality of pneumatic switch valves are arranged on the wine outlet wiring pipe and connected with the upper ends of hoses, and the lower ends of the hoses extend into the bottom of the pottery jar. According to the utility model, raw wine is stored in and out between the wine conveying tank car and the pottery jar wine storage room, the taste and quality of wine are improved through the pottery jars, and the wine feeding and discharging efficiency is improved.

Description

Technical Field

[0001] This utility model relates to the field of raw wine storage technology, specifically a wine inlet and outlet system for a ceramic jar wine storage cellar. Background Technology

[0002] Larger wineries typically transport their finished raw liquor from the production line to tanks, which are then transported by tank trucks to metal tanks in wine storage facilities. Metal tanks offer advantages such as large capacity and durability, but they also suffer from poor permeability and insulation, hindering the micro-oxygen circulation of the raw liquor and its flavor and taste. Earthenware jars, on the other hand, offer excellent permeability, allowing oxygen from the air to enter and create a micro-oxygen circulation with the liquor. This promotes esterification, accelerates oxidation, and results in a richer, more mellow liquor, improving its flavor and taste. However, earthenware jars must be significantly smaller than metal tanks to maintain sufficient capacity. Therefore, a dedicated earthenware jar wine storage facility is needed for both the inlet and outlet of the raw liquor, improving both its taste and quality while simultaneously increasing efficiency. Utility Model Content

[0003] To address the shortcomings of existing technologies, this utility model provides a wine inlet and outlet system for earthenware jar wine storage, solving the technical problems mentioned above.

[0004] To achieve the above objectives, this utility model provides the following technical solution: A wine inlet and outlet system for a ceramic jar wine storage cellar includes a compressed air power system, a compressed air output pipe, a wine inlet pipe, a wine outlet pipe, and a high-level storage tank for raw wine; the high-level storage tank for raw wine is located on the top floor of the ceramic jar wine storage cellar; the upper end of the wine inlet pipe is connected to the top of the high-level storage tank for raw wine, and the lower end is located on the bottom floor of the ceramic jar wine storage cellar, with a vertical air supply pipe running parallel to the wine inlet pipe; the upper end of the wine outlet pipe is connected to the bottom of the high-level storage tank for raw wine, and the lower end is connected to the bottom of the ceramic jar wine storage cellar. The wine dispensing wiring pipes arranged in each layer of the wine storage cellar are interconnected; the compressed air wiring pipes arranged in each layer of the earthenware jar wine storage cellar are corresponding to the wine dispensing wiring pipes; one end of the compressed air output pipe is connected to the compressed air power system, and the other end is connected to the vertical air transmission pipe, and the compressed air wiring pipes in each layer of the earthenware jar wine storage cellar are connected to the vertical air transmission pipe; multiple pneumatic switch valves are installed on the wine dispensing wiring pipes, and the pneumatic switch valves correspond to the earthenware jar area below the wine dispensing wiring pipes. The pneumatic switch valves are connected to the upper end of the flexible hoses, while the lower end of the flexible hoses extends into the bottom of the earthenware jars.

[0005] Furthermore, the compressed air power system includes a variable frequency air compressor, a first compressed air storage tank, a filter, a refrigerated dryer, a second compressed air storage tank, and an overflow pipe; a filter and a refrigerated dryer are installed between the first and second compressed air storage tanks; the outlet of the variable frequency air compressor is connected to the first compressed air storage tank via a pipeline, and the compressed gas is delivered to the second compressed air storage tank after passing through the filter and the refrigerated dryer; the compressed gas output pipe is connected to the outlet of the second compressed air storage tank, and a switch valve is installed at the air inlet end of the compressed gas output pipe located in the ceramic jar wine storage cellar; the bottom outlets of the variable frequency air compressor, the first compressed air storage tank, the filter, the refrigerated dryer, and the second compressed air storage tank are all connected to the overflow pipe via manual switch valves.

[0006] Furthermore, the filter includes a pre-coarse filter and a precision filter; the air inlet of the refrigerated dryer is provided with a pre-coarse filter, and the air outlet is provided with a precision filter; the dust removal level of the pre-coarse filter is 0.1µm; the dust removal level of the precision filter is 0.01µm.

[0007] Furthermore, the top of the high-level storage tank for raw liquor is equipped with a breather cap and a liquor inlet. The sides of the high-level storage tank for raw liquor are equipped with a high-level liquid level gauge and a low-level liquid level gauge from top to bottom. A weighing module is installed under the support legs of the high-level storage tank for raw liquor. The upper end of the liquor inlet pipe is connected to the liquor inlet. The upper end of the liquor outlet pipe is connected to the liquor outlet at the bottom of the high-level storage tank for raw liquor.

[0008] Furthermore, at least two high-level storage tanks for raw liquor are provided. The inlet of each high-level storage tank is connected to the inlet pipe via a pneumatic switch valve, and the outlet of each high-level storage tank is connected to the outlet pipe via a pneumatic switch valve. A common inlet regulating valve is provided on the main pipe of the inlet pipe, and a common outlet regulating valve is provided on the main pipe of the outlet pipe.

[0009] Furthermore, a gas transfer pipe is connected to the vertical gas supply pipe; the gas transfer pipe delivers compressed gas to the vertical gas supply pipes in other ceramic jar wine storage cellars. Beneficial effects

[0010] This utility model provides a wine inlet and outlet system for a ceramic jar wine storage cellar, which has the following advantages compared with the prior art: The ceramic jar wine inlet and outlet system of this application, through a compressed air power system, a high-level storage tank for raw wine, and high-level and low-level level gauges installed on the high-level storage tank for raw wine, as well as a weighing module located under the support feet of the high-level storage tank for raw wine, and a pipeline system, realizes the efficient and quantitative entry and exit of raw wine between the wine tanker and the high-level storage tank for raw wine. At the same time, the ceramic jars improve the taste and quality of the raw wine during storage, thus achieving the effect of improving quality and efficiency of the winery. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the overall structure of this utility model.

[0012] Figure 2 This is a schematic diagram of the compressed air power system of this utility model.

[0013] Figure 3 This is a schematic diagram of the inlet and outlet structure of the high-level storage tank for raw liquor according to this utility model.

[0014] In the diagram: 1. Variable frequency air compressor; 2. First compressed air storage tank; 3. Pre-filter; 4. Refrigerated dryer; 5. Precision filter; 6. Second compressed air storage tank; 7. Overflow pipe; 8. Compressed gas output pipe; 9. Vertical gas transmission pipe; 10. Gas transmission adapter pipe; 11. Wine inlet pipe; 12. Compressed gas wiring pipe; 13. Wine outlet wiring pipe; 14. Wine outlet pipe; 15. Raw wine high-level storage tank; 16. Wine outlet common regulating valve; 17. Wine inlet common regulating valve; 151. Breathing cap; 152. Wine inlet; 153. High-level liquid level gauge; 154. Low-level liquid level gauge; 155. Weighing module; 156. Wine outlet. Detailed Implementation

[0015] The present disclosure will now be described in further detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for illustrative purposes only and are not intended to limit the scope of the disclosure. Furthermore, it should be noted that, for ease of description, only the parts relevant to the present disclosure are shown in the accompanying drawings.

[0016] Figure 1 In order to distinguish the different pipes represented by these lines, the following explanations are provided: Vertical gas supply pipe 9 (marked with a thin solid line); wine inlet pipe 11 (marked with a thick solid line); compressed gas supply pipe 12 (marked with a thin solid line); wine outlet pipe 13 (marked with a dashed line); wine outlet pipe 14 (marked with a dashed line). For example... Figures 1 to 3As shown, a wine inlet and outlet system for a ceramic jar wine storage cellar includes a compressed air power system, a compressed air output pipe 8, a wine inlet pipe 11, a wine outlet pipe 14, and a high-level raw wine storage tank 15. The high-level raw wine storage tank 15 is located on the top floor of the ceramic jar wine storage cellar. The upper end of the wine inlet pipe 11 is connected to the top of the high-level raw wine storage tank 15, and the lower end is located on the bottom floor of the ceramic jar wine storage cellar. A vertical air supply pipe 9 is arranged parallel to the wine inlet pipe 11. The upper end of the wine outlet pipe 14 is connected to the bottom of the high-level raw wine storage tank 15, and the lower end is connected to the outlet pipe 14, which is arranged on each floor of the ceramic jar wine storage cellar. The wine outlet wiring pipe 13 is connected; each layer of the earthenware jar wine storage cellar is equipped with a compressed air wiring pipe 12 corresponding to the wine outlet wiring pipe 13; one end of the compressed air output pipe 8 is connected to the compressed air power system, and the other end is connected to the vertical air supply pipe 9; the compressed air wiring pipe 12 in each layer of the earthenware jar wine storage cellar is connected to the vertical air supply pipe 9; multiple pneumatic switch valves are installed on the wine outlet wiring pipe 13, and the pneumatic switch valves correspond to the earthenware jar area below the wine outlet wiring pipe 13. The pneumatic switch valves are connected to the upper end of the flexible hose, while the lower end of the flexible hose extends into the bottom of the earthenware jar.

[0017] As a preferred embodiment, such as Figure 1 and Figure 2 As shown, the compressed air power system includes a variable frequency air compressor 1, a first compressed air storage tank 2, a filter, a refrigerated dryer 4, a second compressed air storage tank 6, and an overflow pipe 7. A filter and a refrigerated dryer 4 are installed between the first compressed air storage tank 2 and the second compressed air storage tank 6. The outlet of the variable frequency air compressor 1 is connected to the first compressed air storage tank 2 via a pipe. Compressed gas is delivered to the second compressed air storage tank 6 after passing through the filter and the refrigerated dryer 4. The compressed gas output pipe 8 is connected to the outlet of the second compressed air storage tank 6, and a switch valve is installed at the inlet end of the compressed gas output pipe 8 in the earthenware jar wine storage cellar. The bottom outlets of the variable frequency air compressor 1, the first compressed air storage tank 2, the filter, the refrigerated dryer 4, and the second compressed air storage tank 6 are all connected to the overflow pipe 7 via manual switch valves.

[0018] As a preferred embodiment, such as Figure 1 As shown, the filter includes a pre-filter 3 and a precision filter 5; the pre-filter 3 is installed at the air inlet of the refrigerated dryer 4, and the precision filter 5 is installed at the air outlet; the dust removal level of the pre-filter 3 is 0.1µm; the dust removal level of the precision filter 5 is 0.01µm; the pre-filter 3 and the precision filter 5 can effectively filter the compressed air, and at the same time, the water generated by the compressed air during the use of the variable frequency air compressor 1 and the refrigerated dryer 4 can be overflowed and discharged through the overflow pipe 7 to prevent pipe blockage, thereby providing a stable power source for the compressed air power system.

[0019] As a preferred embodiment, such as Figure 1 and Figure 2As shown, the top of the high-level storage tank 15 for raw liquor is equipped with a breather cap 151 and a liquor inlet 152. From top to bottom, the sides of the high-level storage tank 15 are equipped with a high-level liquid level gauge 153 and a low-level liquid level gauge 154, which determine the amount of liquor stored in the tank, providing data for controlling the opening and closing of the pneumatic valve and enabling quantitative control. A weighing module 155 is installed under the support legs of the high-level storage tank 15, allowing real-time monitoring of the quality of the liquor output or input from the tank, thus achieving quantitative storage or output. The upper end of the liquor inlet pipe 11 is connected to the liquor inlet 152; the upper end of the liquor outlet pipe 14 is connected to the bottom liquor outlet 156 of the high-level storage tank 15.

[0020] As a preferred embodiment, such as Figure 1 and Figure 2 As shown, at least two high-level storage tanks 15 for raw liquor are provided. The inlet 152 of each high-level storage tank 15 is connected to the inlet pipe 11 via a pneumatic switch valve, and the outlet 156 of each high-level storage tank 15 is connected to the outlet pipe 14 via a pneumatic switch valve. A common inlet regulating valve 17 is provided on the main pipe of the inlet pipe 11, and a common outlet regulating valve 16 is provided on the main pipe of the outlet pipe 14.

[0021] As a preferred embodiment, such as Figure 1 As shown, the vertical gas supply pipe 9 is connected to a gas supply transfer pipe 10; the gas supply transfer pipe 10 delivers compressed gas to the vertical gas supply pipe 9 in other ceramic jar wine storage rooms, thereby achieving uniformity of the compressed air power system in each layer of the ceramic jar wine storage room, avoiding the need to set up multiple compressed air power systems, and thus reducing costs.

[0022] The specific usage process is as follows: When the earthenware jar wine storage cellar is filled with wine, a mobile pump connects the wine transport tanker to the wine inlet pipe 11. The wine in the transport tanker enters the wine inlet pipe 11 through the mobile pump and valve. The wine inlet common regulating valve 17 is opened, so that the wine in the tanker, under the action of the compressed air power system, enters the inlet 152 of a raw wine high-level storage tank 15 through a movable pneumatic diaphragm pump and a pneumatic valve set at the lower end of the wine inlet pipe 11. The wine inlet is stopped after the wine in the tank reaches the set value by the high-level liquid level gauge 153 and the low-level liquid level gauge 154. At the same time, the wine inlet valve and pipeline are switched, and the wine in the transport tanker enters other raw wine high-level storage tanks 15 in the same way. The liquor in the high-level storage tank 15 flows through the outlet pipe 14, valves, and a shared regulating valve 16 into the outlet wiring pipes 13 of each layer of the earthenware jar storage cellar, and then into the earthenware jars below the outlet wiring pipes 13. The high-level storage tank 15 can alternately discharge liquor until the liquor in the transport tanker is completely unloaded. When discharging liquor from the jar cellar, a mobile pump connects the transport tanker and the outlet pipe 14, and the valve is opened. Under the action of the pneumatic diaphragm pump, the liquor in the earthenware jars is first transferred into one of the high-level storage tanks 15. Once the liquor in the high-level storage tank 15 reaches the set value, the discharging stops. At the same time, the valves and pipes are switched so that the liquor in the earthenware jars of each layer of the earthenware jar storage cellar enters other high-level storage tanks 15. The liquor in the high-level storage tank 15 is quantitatively discharged into the transport tanker through the outlet pipe 14, valves, and the weighing module 155. This allows for the inflow and outflow of raw wine in the earthenware jar storage cellar, while simultaneously improving the taste and quality of the wine stored in the earthenware jars and increasing the efficiency of both inflow and outflow.

[0023] Those skilled in the art should understand that the above embodiments are merely for illustrating the present disclosure and are not intended to limit the scope of the disclosure. Those skilled in the art can make other changes or modifications based on the above disclosure, and these changes or modifications still fall within the scope of the present disclosure.

Claims

1. A wine inlet and outlet system for a ceramic jar wine storage cellar, comprising a compressed air power system, a compressed air output pipe, a wine inlet pipe, a wine outlet pipe, and a high-level storage tank for raw wine; characterized in that, The high-level storage tank for raw liquor is located on the top floor of the ceramic jar storage cellar. The upper end of the inlet pipe is connected to the top of the high-level storage tank, and the lower end is located on the bottom floor of the ceramic jar storage cellar. The vertical gas supply pipe is arranged parallel to the inlet pipe. The upper end of the outlet pipe is connected to the bottom of the high-level storage tank, and the lower end is connected to the outlet wiring pipes arranged in each layer of the ceramic jar storage cellar. Each layer of the ceramic jar storage cellar has compressed air wiring pipes corresponding to the outlet wiring pipes. One end of the compressed air output pipe is connected to the compressed air power system, and the other end is connected to the vertical gas supply pipe. The compressed air wiring pipes in each layer of the ceramic jar storage cellar are connected to the vertical gas supply pipes. Multiple pneumatic switching valves are installed on the outlet wiring pipes. The pneumatic switching valves correspond to the ceramic jar area below the outlet wiring pipes. The pneumatic switching valves are connected to the upper end of the flexible hoses, while the lower end of the flexible hoses extends into the bottom of the ceramic jars.

2. The wine inlet and outlet system for a ceramic jar wine storage cellar according to claim 1, characterized in that, The compressed air power system includes a variable frequency air compressor, a first compressed air storage tank, a filter, a refrigerated dryer, a second compressed air storage tank, and an overflow pipe. A filter and a refrigerated dryer are installed between the first and second compressed air storage tanks. The outlet of the variable frequency air compressor is connected to the first compressed air storage tank via a pipeline. Compressed gas is delivered to the second compressed air storage tank after passing through the filter and the refrigerated dryer. The compressed gas output pipe is connected to the outlet of the second compressed air storage tank, and a switch valve is installed at the inlet end of the compressed gas output pipe located in the earthenware jar wine storage cellar. The bottom outlets of the variable frequency air compressor, the first compressed air storage tank, the filter, the refrigerated dryer, and the second compressed air storage tank are all connected to the overflow pipe via manual switch valves.

3. The wine inlet and outlet system for a ceramic jar wine storage cellar according to claim 2, characterized in that, The filter includes a pre-coarse filter and a precision filter; the air inlet of the refrigerated dryer is equipped with a pre-coarse filter, and the air outlet is equipped with a precision filter; the dust removal level of the pre-coarse filter is 0.1µm; the dust removal level of the precision filter is 0.01µm.

4. The wine inlet and outlet system for a ceramic jar wine storage cellar according to claim 1, characterized in that, The top of the high-level storage tank for raw liquor is equipped with a breather cap and a liquor inlet. The sides of the high-level storage tank for raw liquor are equipped with a high-level liquid level gauge and a low-level liquid level gauge from top to bottom. A weighing module is installed under the support legs of the high-level storage tank for raw liquor. The upper end of the liquor inlet pipe is connected to the liquor inlet. The upper end of the liquor outlet pipe is connected to the liquor outlet at the bottom of the high-level storage tank for raw liquor.

5. The wine inlet and outlet system for a ceramic jar wine storage cellar according to claim 4, characterized in that, At least two high-level storage tanks for raw liquor are provided. The inlet of each high-level storage tank is connected to the inlet pipe via a pneumatic switch valve, and the outlet of each high-level storage tank is connected to the outlet pipe via a pneumatic switch valve. A common inlet regulating valve is installed on the main pipe of the inlet pipe, and a common outlet regulating valve is installed on the main pipe of the outlet pipe.

6. The wine inlet and outlet system for a ceramic jar wine storage cellar according to claim 1, characterized in that, The vertical gas supply pipe is connected to a gas transfer pipe; the gas transfer pipe delivers compressed gas to the vertical gas supply pipes in other ceramic jar wine storage cellars.

Images