Multifunctional modularized environment control storage tank

Abstract

The utility model relates to a multifunctional modularized environment control storage tank which is particularly suitable for storage of pet feed (such as parrot seed grain, pellet feed and the like) and other articles (such as grain, medicine, seeds, dry goods and the like) needing environment control of moisture, oxygen and the like. The storage tank comprises a tank body system and an environment adjusting module; the tank body system can be of a plurality of independent area structures, such as a double-layer structure, an inner and outer layer structure, a plurality of separated areas and the like; the independent subareas are respectively used as a placement area and an article storage area of the environment adjusting module; meanwhile, a flow guide channel can be arranged in the article storage area to be communicated with the module placement area, so that more sufficient gas exchange is ensured; the environment adjusting module can comprise a drying module, a deoxidation module, a mildew-proof module and the like and can be used in a detachable, replaceable or combined mode. A user can also place a drying agent, a deoxidant and other functional materials in the filler area according to needs, and high use flexibility is provided. The storage tank solves the problem that in an existing storage scheme, moisture and oxygen control is insufficient, and the safety and freshness of article storage are remarkably improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to the field of storage device, specifically, relate to a multifunctional modular environmental control storage tank, can carry out the control and optimization to the environmental factor such as humidity and oxygen of the storage article through different environment adjusting module, is applicable to the storage of various articles, such as pet feed, food, medicine, seed etc. BACKGROUND

[0002] With the improvement of living standards and the improvement of the requirement of article storage, the function of traditional storage tank gradually can not satisfy the demand of people to the storage environment and the shelf life of article. Especially for food, medicine and seed and other articles that need special storage conditions, how to keep its freshness, prevent damp, mildew, moth-eaten, oxidation and other problems become the focus of attention of people.

[0003] For example, with the rapid development of pet industry, the types and demand of pet food are increasing, especially the quality requirement of parrot and other pets to feed is higher. Parrot feed is mainly mixed feed (such as seed food, fruit and vegetable dry), granular feed and additive premix feed, which has the characteristics of easy moisture absorption and mildew, and some nutrients may be easily oxidized and photolyzed. Especially after the feed is opened, the influence of environmental factors such as humidity and oxygen easily leads to the decline of feed quality, and may cause mildew, oxidation, nutrient loss and other problems, which affects the health of pets.

[0004] At present, many existing feed storage devices are simple in design, mainly focusing on sealing function, often ignoring the influence of environmental factors such as humidity and oxygen concentration on the quality and freshness of feed. However, in a humid environment, especially in the case of frequent opening, moisture cannot be effectively removed, leading to oxidation, caking and even mildew of feed, affecting the nutritional ingredients and safety of feed. In addition, the use of traditional desiccant bag and deoxidizer bag also has design limitations, often cannot guarantee effective distribution, and is inconvenient to disassemble and replace, sometimes even has safety hazards (such as: users use desiccant and deoxidizer together with feed to give pets). In order to better store pet feed, ensure its freshness under the control of humidity and oxygen, and avoid the influence of mildew and other problems on the health of pets, the market urgently needs a more efficient, safe and convenient feed storage scheme.

[0005] The multifunctional storage tank of the utility model considers the control of environmental factors such as humidity and oxygen through modular design, aims to provide a more ideal solution for the storage of pet feed, and can be widely used in the storage management of food, medicine and other articles. SUMMARY

[0006] The utility model provides a kind of multifunctional modular environmental control storage tank, mainly by tank body system and environmental regulation module constitute.The main structure of storage tank includes storage and environmental regulation module placement area, partition storage, environmental regulation module and flow guide passage etc.The design of each component aims to provide optimal storage environment, by flexible configuration environmental regulation module, realize the effective management of humidity, oxygen, mildew-proof, insect-proof and other environmental factors, to ensure the security and freshness of goods.Its innovative modular design enables storage tank to be flexibly configured according to different storage requirements, to realize the management of environmental control.The storage tank is suitable for pet feed, food, medicine, seed and other goods with special requirements for storage environment.

[0007] To solve the above problems, the utility model provides a kind of multifunctional modular environmental control storage tank, specifically, including the following several characteristics:

[0008] Partition storage and combination mode: the tank body system of storage tank includes multiple independent areas, and the areas can be isolated by different separation structures (such as columnar, fan-shaped column, lattice, etc.), for the placement of environmental regulation modules and the storage of goods. The multiple independent area structure includes but is not limited to double-layer structure, inner and outer layer structure, upper and lower layer structure or multiple partition areas (such as fan-shaped column structure), for storing goods and different areas of modules, and each area can include one or more independent module areas, for users to choose to fill environmental regulation modules or environmental regulation materials such as desiccant, oxygen scavenger, mildew-proof agent, etc. In addition, the storage tank also supports the installation and replacement of environmental regulation modules through screw port, buckle, magnetic attraction, slot and other ways.

[0009] The storage area in the storage tank can be provided with a partition storage module for realizing the independent storage of different goods. The goods storage partition module can be fixed or adjustable or detachable, and users can adjust the number and size of the partitions according to actual needs. The form of the partition storage module includes but is not limited to double-layer structure, inner and outer layer structure or multiple partition areas (such as fan-shaped column structure, lattice structure, etc.). Each partition module can share environmental regulation modules or install environmental regulation modules separately to provide different environmental control requirements (such as drying, deoxidation, mildew-proofing, etc.). This design enables users to store different types of goods at the same time and provide suitable storage environment for each type of goods.

[0010] Flow guide passage: the flow guide passage in the storage tank is used to manage the flow direction of humidity, oxygen, particulate matter, etc., and cooperate with the work of environmental regulation modules to optimize the control effect of humidity and oxygen, etc. The passage form is various, which can be horizontal passage, inclined passage, spiral shape, lattice shape, etc. Through the flow guide passage, humidity and particulate matter, etc. can flow according to the design requirements, thereby improving air circulation, reducing humidity accumulation and mold growth, and also avoiding the accumulation of particulate residue at the bottom of the storage tank or in the passage bend, facilitating the cleaning of the tank body.

[0011] Modular environmental regulation system: One of the features of the utility model is its modular environmental regulation system, aiming at flexible and convenient adjustment of storage environment. The environmental regulation module includes the following:

[0012] Dry module: used for moisture absorption, reducing the moisture content in the storage space, preventing the goods from getting damp. The module uses high-efficiency moisture-absorbing materials (such as silica gel, calcium carbonate, activated carbon, activated alumina, etc.), which can effectively maintain a dry environment for a long time. The module can be internally indicated to prompt the saturation state of the moisture-absorbing material, helping users replace or regenerate the material in time;

[0013] Deoxidation module: used to remove oxygen in the storage space to avoid oxidation, mold growth, etc. The module uses deoxidizing agents (such as iron powder, sodium sulfite, etc.). The module can be internally indicated to real-time feedback whether the deoxidizing agent is exhausted, ensuring that the oxygen concentration in the storage space remains at a safe level;

[0014] Mold prevention module: used to prevent the growth of mold, usually by releasing antibacterial and antifungal ingredients to inhibit the growth of mold and bacteria. The module can be internally indicated to monitor the activity of the antifungal ingredients and ensure their effectiveness;

[0015] Insect prevention module: specially designed to prevent insect infestation, especially when storing pet food, grains, etc., effectively preventing insect eggs from hatching or insect infestation from spreading. The module can be internally indicated to prompt users whether the insect prevention material is effective or needs to be replaced;

[0016] Odor removal module: the module effectively removes odors in the storage space through activated carbon or other adsorbent materials. The module can be internally indicated to feedback whether its adsorption capacity has reached saturation, prompting users to replace the material in time.

[0017] Each module is independent or can be combined, and can be selected for installation, disassembly, replacement or combined use according to user needs. This design makes the storage tank highly flexible and customizable, allowing it to be adjusted according to the storage needs of different goods.

[0018] Wide adaptability: the modular design of the storage tank is not only suitable for the storage of pet feed (such as parrot seed food, granular feed, etc.), but also for other goods that require special environmental control, such as food, medicine, seeds, etc. By selecting appropriate environmental regulation modules according to the characteristics of different goods, the storage tank can be widely used in households, pet stores, medicine warehouses, grain storage, etc. to meet the needs of different industries. BRIEF DESCRIPTION OF DRAWINGS

[0019] Figure 1 is a longitudinal cross-sectional structural diagram of Embodiments 1, 2, 3, and 4 of this utility model, which are shown in the following order: Figure 1a , Figure 1b , Figure 1c , Figure 1d The design showcases modular design, packing column layout, and flow channel design. Figure 1d ).

[0020] Figure 2 is a schematic diagram of the transverse cross-sectional structure of Embodiments 5, 6, and 7 of this utility model, which are, in order, Figure 2a , Figure 2b , Figure 2c The exhibit showcases partitioned storage of items, shared or independent packing columns, and flow channel designs. Detailed Implementation

[0021] The following will be combined with the appendix Figures 1a-1d , Figures 2a-2c The preferred embodiment of the present invention provides a more detailed description of a multifunctional modular environmental control storage tank.

[0022] As shown in Figures 1 and 2, this utility model relates to a multifunctional storage tank, including a tank body system and an environmental control module. In different embodiments, the structure of the tank body and the arrangement of the environmental control module vary to adapt to different storage needs. Specific implementations include, but are not limited to, Embodiment 1 in Figure 1. Figure 1a Example 2 Figure 1b Example 3 Figure 1c ) and Example 4 ( Figure 1d Example 5 in Figure 2 Figure 2a Example 6 Figure 2b ) and Example 7 ( Figure 2c Each embodiment has different design features:

[0023] Figure 1 illustrates four embodiments through a longitudinal cross-sectional view. These embodiments utilize a multi-zone tank system design, each designed for storing items (such as pet food, grains, medicines, seeds, etc.) and environmental control modules (such as drying, deoxygenation, mildew prevention, insect prevention, corrosion prevention, and odor removal modules). These independent zones incorporate various structures. For example, in Embodiment 1, the filling column (for housing the environmental control module) stands vertically inside the tank; in Embodiment 3, the filling column is detachably connected to the tank lid and inserted into the stored items; in Embodiment 2, the environmental control module placement area is separated from the item storage area vertically; and in Embodiment 4, an additional flow channel connecting the filling column is added to Embodiment 1, facilitating more thorough regulation of the tank's internal environment.

[0024] Figure 2 shows three other embodiments through a cross-sectional view, demonstrating that the storage area can contain one or more independent partitions. For example, in Embodiment 7, the storage area is divided into three partitions, each of which is connected to the packing column, allowing the same or the same set of environmental control modules to simultaneously control the environment of the three partitions. Embodiment 6 adds a flow channel connecting the packing column to each storage partition, based on Embodiment 5, which connects the packing column to each storage partition, facilitating more thorough adjustment of the environment of each partition in the tank. In Embodiment 7, each partition has an independent packing column, allowing for independent adjustment and control of each area, which can adapt to different preservation needs of the items.

[0025] Example 1: As Figure 1a As shown, the storage tank in this embodiment includes a packing column 1, which stands vertically inside the tank body 2. One or more environmental control modules 3 (such as drying modules, deoxidation modules, anti-mildew modules, odor removal modules, and multi-functional modules) can be placed inside the packing column 1. The internal cavity of the packing column can also hold environmental control consumables such as desiccants and deoxidizers. The surface of the packing column has multiple small holes 4, which allow the gas in the storage area 5 inside the tank to fully contact the environmental control modules, thereby more evenly regulating the storage environment. Stored items (such as pet food, grains, medicines, seeds, etc.) are placed in the space 5 surrounding the packing column. Thanks to the design of the packing column, the stored items can be more evenly protected by the environmental control modules 3, ensuring optimal preservation. This design is suitable for items requiring strict control of the storage environment. The vertical placement of the packing column 1 allows the environmental control modules 3 in the area to function at their maximum potential, achieving good preservation results. The environmental control modules can be used individually or in combination as needed to meet the storage requirements of different items.

[0026] Example 2: Figure 1b As shown, the storage tank system in this embodiment has an upper and lower layer structure. The upper layer 6 is used to house the environmental control module 3, and the lower layer 7 is used to store the stored items. In this embodiment, multiple ventilation holes 4 are designed at the bottom of the upper layer to ensure air circulation between the upper layer 6 and the lower layer 7, and to promote the effective operation of the environmental control module 3. The environmental control module 3 can be placed in the upper layer 6 as needed, and by continuously adjusting environmental parameters such as humidity and oxygen inside the tank, it ensures the preservation status of the stored items in the lower layer. When storing items in the lower layer 7, direct contact between the environmental control module 3 and the stored items is avoided, adapting to various storage needs, ensuring the safe storage of items, and preventing unnecessary contamination or damage that may occur due to direct contact with the environmental control module 3.

[0027] Example 3: Figure 1cAs shown, in this embodiment, the packing column 1 is fixed to the tank cover 9 via a screw thread 8. The bottom 10 of the packing column is designed to be conical, making it easier to insert the packing column 1 into the stored items, especially smaller particles, thus improving ease of use. This design is also particularly suitable for applications requiring easy disassembly and adjustment. Users can easily replace the environmental control module 3 or clean the environmental control consumables in the packing column 1 as needed, ensuring the continuous effectiveness of the storage environment. In terms of production costs, the screw thread design 8 makes the connection between the packing column and the cover convenient and secure, while reducing manufacturing complexity and lowering production costs.

[0028] Example 4: Figure 1d As shown, this embodiment adds a flow channel 11 to Embodiment 1 to guide gases such as moisture and oxygen to the environmental control module 3 in the packing column, further improving the environmental control effect inside the tank. The flow channel 11 has an inclined structure, which not only ensures that moisture and oxygen can more easily contact the environmental control module 3, but also helps particulate matter to be discharged smoothly during the cleaning process—by inverting the tank, particulate matter can be poured out through the opening 12 of the flow channel, making cleaning easier. This design is particularly suitable for items with higher requirements for storage conditions, such as pet food or medicine, ensuring more effective management of airflow and particulate matter during storage. The flow channel not only improves the control effect of the storage environment, but the inclined design also makes the cleaning work during storage more efficient, enhancing the user experience.

[0029] Example 5: Figure 2a As shown, in this embodiment, the storage tank divides the storage area into three independent zones 13, 14, and 15, separated by a partition 16. Each zone can hold items (such as pet food, medicine, etc.), and the environment is regulated by a central packing column 1. The packing column has multiple holes 4, and the environment regulation modules 3 (such as drying modules, deoxygenation modules, and anti-mold modules) placed inside the packing column 1 effectively regulate the environment of the entire storage tank. These environment regulation modules 3 can be single-function or multi-function modules, and users can select and replace them according to the needs of the stored items. In this embodiment, the three storage zones share the same environment regulation module 3 within the same packing column 1, thus ensuring that items in each zone are protected and that storage conditions remain consistent through one or a group of environment regulation modules 3. This design is flexible and efficient, suitable for items requiring a relatively uniform storage environment, especially those with similar requirements for environmental parameters such as humidity and oxygen.

[0030] Example 6: Figure 2bAs shown, this embodiment adds a flow guide channel 11 based on embodiment five. The flow guide channel, connected to the packing column 1, further optimizes the airflow path and the regulation of moisture, oxygen, etc. The design of the flow guide channel 11 helps guide airflow to the environmental regulation module 3 in the packing column 1, ensuring that each area 13, 14, and 15 within the storage tank receives adequate environmental regulation. While the packing column 1 in this embodiment remains centrally shared, the addition of the flow guide channel 11 allows for more effective communication between moisture, oxygen, and other gases in each area 13, 14, and 15 and the environmental regulation module 3, thereby improving the overall environmental regulation efficiency of the tank system. The flow guide channel facilitates the management of moisture and particulate matter flow and improves the working effect of the environmental regulation module.

[0031] Example 7: Figure 2c As shown, in this embodiment, the three zones 13, 14, and 15 of the storage tank are each equipped with independent packing columns 17, 18, and 19. Each packing column in each zone has multiple small holes 4, through which air from zones 13, 14, and 15 circulates to its corresponding packing column 17, 18, and 19, thereby ensuring that the environmental control modules 20, 21, and 22 in each zone 13, 14, and 15 can operate independently and effectively. In this embodiment, different environmental control modules 20, 21, and 22 can be placed separately in the packing columns 17, 18, and 19 of each storage zone to meet the different needs of each zone. The packing columns 17, 18, and 19 in each of zones 13, 14, and 15 are opposite the corresponding storage sections. The packing columns 17, 18, and 19 are designed with a planar shape, increasing the contact area between the environmental control modules 20, 21, and 22 within them and environmental factors such as moisture and oxygen in the air of zones 13, 14, and 15, thereby improving the effectiveness of the environmental control modules. Through independently configured environmental control modules 20, 21, and 22, each zone 13, 14, and 15 can adjust the storage environment according to the needs of different items. For example, one zone may require a drying module and a deoxygenation module, while another zone requires an anti-mold module. Furthermore, the diagram shows a cross-section, so the individual lids for each zone are not shown. However, in the actual design, each zone 13, 14, and 15 is equipped with an independent lid to ensure independent environmental control within each zone. This design is particularly suitable for situations requiring different environmental control measures for different items, such as different types of medicines and food, ensuring that different stored items achieve optimal preservation in different zones.

Claims

1. A multifunctional modular environmental control storage tank, characterized in that: The storage tank includes a tank system and an environmental control module. The environmental control module includes a drying module, a deoxygenation module, a mildew prevention module, an insect prevention module, a corrosion prevention module, and an odor removal module, and these modules are detachable or replaceable. The tank system can have multiple independent zones for storing items (such as pet food, grains, medicines, seeds, etc.) and the environmental control module. These multiple independent zones include, but are not limited to, double-layer structures, inner and outer layer structures, upper and lower layer structures, or multiple partitioned areas (e.g., fan-shaped column structures), serving as different areas for storing items and modules. Each zone can contain one or more independent modules. The tank system includes a storage area for users to choose to fill with environmental conditioning modules or materials such as desiccants, oxygen absorbers, and mildew inhibitors. The tank system can be a single storage area or include partitioned storage modules. These partitioned storage modules can be fixed to the tank system or detachably installed to allow for independent storage of different items. Each partitioned storage module can have multiple independent storage areas. The tank system can optionally be equipped with a flow channel connected to the packing column. The flow channel can be configured in various shapes, including vertical, horizontal, inclined, spiral, grid, or other forms, for managing the flow of moisture and particulate matter and for cleaning particulate matter.

2. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: At least one of the following environmental control modules in the environmental control module, such as the drying module, deoxygenation module, anti-mildew module, anti-insect module, anti-corrosion module, and deodorization module, is a detachable module. The environmental control module can be a single environmental control module or a module with multiple functions combined. Users can choose to add or replace different combinations of environmental control modules according to the specific needs of the stored items, such as using the drying module and the deoxygenation module at the same time.

3. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The tank system includes a double-layer structure, an inner and outer layer structure, or a top and bottom layer structure, wherein the inner or upper layer is used to fill the environmental control module or store environmental control materials (such as desiccant, oxygen absorber, mildew inhibitor, etc.), and the outer or bottom layer is used to store items.

4. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The environmental control module placement area is fixed to the tank system or tank cover by screws, buckles, magnets, slots or other alternative methods. The environmental control module can be columnar, sheet-like, block-like or other forms, and can be replaced according to usage requirements.

5. The multifunctional modular environmental control storage tank according to claim 4, characterized in that: The bottom of the environmental adjustment module placement area has been optimized in shape to reduce obstruction when inserting stored items. The bottom shape can be conical, wedge-shaped, circular, or other designs that meet functional requirements, and users can choose to use it as needed.

6. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The tank system includes multiple compartments, which are multiple structures (such as columnar, fan-shaped, grid-like, etc.). Each compartment can independently house an environmental control module, or multiple compartments can share one environmental control module, allowing users to fill environmental control materials or modules as needed.

7. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The partitioned storage module includes multiple independent storage areas. Each storage area controls environmental parameters such as humidity and oxygen through a shared or independent environmental control module to ensure the optimal preservation of stored items.

8. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The partitioned storage module is a detachable module, allowing users to disassemble and adjust partitions or add additional modules to increase storage area as needed.

9. The multifunctional modular environmental control storage tank according to claim 1, characterized in that: The flow channel is configured as a fixed or adjustable structure, and users can add or remove the flow channel as needed for the management of the flow direction of moisture and particulate matter.

10. The multifunctional modular environmental control storage tank according to claim 9, characterized in that: The flow channel may be inclined, vertical, horizontal or other shapes, and is used for particulate matter flow management and cleaning.

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