Multifunctional environment-friendly and energy-saving flowerpot

Abstract

The multifunctional environment-friendly and energy-saving flowerpot comprises a pot body and a tray, a boss is arranged on a bottom layer plate of an inner cavity of the pot body, and a drainage hole is formed in the middle of the boss. One end of the honeycomb ceramic tube is communicated with the inner cavity of the pot body, the other end of the honeycomb ceramic tube penetrates through the drain hole and is flush with the lower surface of the bottom plate of the pot body or is sleeved on the boss, the thickness of the wall of the honeycomb ceramic tube is 30-40% of the diameter, the porosity of the honeycomb ceramic tube is 40-70%, and the honeycomb ceramic tube contains pelelith and chitin. According to the utility model, frequent watering is not needed, soil can always keep moist humidity for growth of the plant bonsai for a long time, water is not accumulated, and hot air generated by water evaporation can be timely discharged when the bonsai is heated at high temperature, so that the bonsai cannot be dried up and burnt when the room temperature rises; therefore, the potted landscape can grow normally for a long time, the pot body is bactericidal and antibacterial, water molecules are refined to be conveniently absorbed by a root system, and the functions of constant temperature, heat preservation, ventilation and the like are achieved.

Description

Technical Field

[0001] The utility model relates to the technical field of daily life, in particular to a honeycomb tube flowerpot which can sterilize and regulate temperature and is suitable for planting various indoor bonsai plants. Background Art

[0002] With the continuous improvement of living standards, people are fond of planting bonsai in their gardens. This not only beautifies the environment and improves air quality, but also brings aesthetic enjoyment and physical and mental health. Generally, bonsai planting requires a pot (also known as a flower pot) with drainage holes at the bottom. This pot can be earthenware, plastic, ceramic, or porcelain. Existing pots come in various shapes, including cylindrical, conical, and square. Their sizes vary, depending on the bonsai species being planted. Existing pots typically have drainage holes at the bottom. When using, the pot is filled with soil or placed on a tray, and then the bonsai is planted. Problems with existing pots include: First, they lack antibacterial properties, allowing plants to harbor viruses, hindering their growth and even causing their death. Second, they lack the ability to regulate soil temperature. Overheating and cold damage to the soil can lead to root suffocation, root rot, and freezing. Finally, plant roots within the pots cannot absorb water evenly, leaving some roots with low resistance and immunity, making them susceptible to viruses. Utility Model Content

[0003] In response to the problems existing in the above-mentioned prior art, the utility model provides a pot suitable for indoor bonsai planting, which does not require frequent watering and can keep the soil moist for a long time, suitable for the growth of bonsai plants. It does not accumulate water and can promptly discharge the heat from evaporation of water when heated at high temperatures, so that the bonsai will not dry out or burn when the room temperature rises, ensuring that the roots of the bonsai can grow normally and healthily.

[0004] The technical solution adopted by the utility model to solve the technical problem is: a multifunctional, environmentally friendly and energy-saving flower pot, wherein a boss is provided on the bottom plate of the basin body cavity, a drainage hole is provided in the middle of the boss, and a honeycomb ceramic tube is fixedly provided on the boss, one end of which is communicated with the basin body cavity, the other end passes through the drainage hole and is flush with the lower surface of the basin body bottom plate or is sleeved on the boss, the honeycomb ceramic tube wall thickness is 30-40% of the diameter, the honeycomb ceramic tube has a porosity of 40-70%, and the honeycomb ceramic tube contains volcanic rock and chitin.

[0005] The volcanic rock is a glassy lava with dense pores, which has the functions of absorbing harmful substances, releasing negative ions, and being able to exchange ions with anions in water to release beneficial elements such as calcium and magnesium.

[0006] The chitosan contains a variety of plant growth hormones and trace elements, which can promote plant growth, activate the plant immune system, enhance the plant's resistance to stress, and reduce the impact of adversity on plants.

[0007] The basin body is made of ceramic, plastic, glass, stone and wood in a conical, cylindrical or square shape. The porosity of the outer honeycomb ceramic body and the inner honeycomb ceramic body is 30-60%. The outer honeycomb ceramic body is circular, square, triangular or other shapes.

[0008] The number of the outer honeycomb ceramic bodies is at least one, or may be multiple, preferably 4-8. The number and size of the outer honeycomb ceramic bodies are determined by the size of the basin.

[0009] The shape and size of the cylindrical honeycomb ceramic body correspond to those of the outer honeycomb ceramic body, the number of the cylindrical honeycomb ceramic body is at least one, and the cylindrical honeycomb ceramic body is in plane contact with the outer honeycomb ceramic body; a cross-shaped support groove 4 may also be provided on the contact surface between the cylindrical honeycomb ceramic body and the outer honeycomb ceramic body, the depth of the support groove is 1.5-2 mm, and the outer honeycomb ceramic body is provided with a protrusion matching the support groove.

[0010] When the utility model is in use, the upper end surface of the cylindrical honeycomb ceramic body extends out of the soil (that is, the upper layer of the filled soil should be lower than the upper end surface of the cylindrical honeycomb ceramic body.

[0011] The utility model employs a honeycomb ceramic tube containing volcanic rock and chitin, disposed within a basin. This honeycomb ceramic, with its infrared sterilizing properties, sterilizes plants, preventing viruses and promoting plant growth. Interconnected honeycomb pores within the honeycomb ceramic tube wall provide ventilation and heat dissipation. When the ambient temperature outside the basin is too high, the honeycomb pores lower the soil temperature, preventing overheating and preventing root suffocation and rot. Simultaneously, while maintaining soil moisture, the honeycomb ceramic tube's heat storage and insulation properties prevent frostbite caused by excessively low temperatures, promoting root growth. Furthermore, the honeycomb ceramic tube containing volcanic rock and chitin releases a high concentration of negative ions. These negative ions reduce macromolecular clusters in water, thereby increasing the water's solubility, reducing the water's redox reaction, regulating the water's pH, and enhancing the antibacterial immunity of plant roots, promoting uniform root absorption and healthy growth.

[0012] The utility model does not need frequent watering, can reduce water loss and waste, save water resources, and is beneficial to the cleanliness and environmental protection of the pot body. When the soil moisture is low, it can automatically absorb the water in the tray, so that the soil can always maintain a moist humidity suitable for the growth of plant bonsai for a long time. It can not only prevent water accumulation but also discharge the heat of water evaporation in time when heated at high temperature, so that the bonsai will not dry out or burn when the room temperature rises, and it can also maximize the growth of the bonsai.

[0013] It has beneficial effects on reproduction, thus ensuring the normal long-term growth of bonsai. The pot body has multiple functions such as sterilization and antibacterial, refines water molecules for easy root absorption, constant temperature and heat preservation, ventilation and air permeability. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 This is a schematic diagram of the main cross-sectional structure of the utility model when in use.

[0015] Figure 2 yes Figure 1 AA half-section structural diagram,

[0016] Figure 3 This is a schematic diagram of the structure of the second type of honeycomb ceramic tube arranged in the basin.

[0017] In the figure, 1, soil 2, basin body 3, connector 4, support groove 5, outer honeycomb ceramic body 6, drainage hole 7, tray 8, water 9, honeycomb ceramic tube 10, inner honeycomb ceramic body 11, boss 12, clamping ring 13, honeycomb hole 14, wire mesh 15, flow hole 16, cylindrical honeycomb ceramic body 17, bonsai. DETAILED DESCRIPTION

[0018] The figure shows a multifunctional, environmentally friendly, and energy-saving flowerpot comprising a pot body 2 and a tray 7. A boss 11 is provided on the bottom plate of the pot body, with a drainage hole 6 located in the center. A honeycomb ceramic tube 9 is fixed to the boss, with one end communicating with the pot body and the other end extending through the drainage hole and flush with the bottom surface of the pot body, or mounted on the boss. The honeycomb ceramic tube has a wall thickness (single-side wall thickness) of 30-40% of its diameter. The tube contains honeycomb pores 13, resulting in a porosity of 40-70%. The tube is formed by mixing and pressing a mixture of various ceramic raw materials containing 3-5% by weight of volcanic rock and 0.5-2% by weight of chitin, followed by high-temperature firing. There are two ways the honeycomb ceramic tube can be mounted on the boss. First, the honeycomb ceramic tube passes through the drainage hole through a tape, a leak-proof tape or a colloid and is fixed in the drainage hole. The lower end surface of the honeycomb ceramic tube is flush with the lower surface of the bottom plate of the basin body, and a wire mesh 14 made of metal or fiber with a mesh size of 30-70 is provided on the upper end surface of the honeycomb ceramic tube (the upper end surface generally extends into half of the height of the basin body cavity); second, the honeycomb ceramic tube is sleeved on the boss through the hole (step expansion hole) at the lower end of the middle part, and the shape and size of the cylindrical honeycomb ceramic body correspond to the outer honeycomb ceramic body. There is at least one cylindrical honeycomb ceramic body, and the cylindrical honeycomb ceramic body is in plane contact with the outer honeycomb ceramic body; a cross-shaped support groove 4 can also be provided on the contact surface between the cylindrical honeycomb ceramic body and the outer honeycomb ceramic body, and the support groove depth is 1.5-2 mm. The outer honeycomb ceramic body is provided with a protrusion matching the support groove.

[0019] To further enhance the air permeability and heat dissipation of the basin, an inner honeycomb ceramic body 10 is disposed on the bottom plate of the basin cavity, positioned outside the boss. Eight outer honeycomb ceramic bodies 5 are spaced apart and positioned outside the inner honeycomb ceramic body, with the height of the outer honeycomb ceramic bodies 5 not being lower than the boss. The inner and outer honeycomb ceramic bodies are positioned with a collar 12, and the outer honeycomb ceramic bodies are connected by a connector 3 (arc-shaped or linear). The connector and collar can be integrally formed with the basin. A cylindrical honeycomb ceramic body 16 is disposed on the outer honeycomb ceramic body, and both the outer and cylindrical honeycomb ceramic bodies are provided with interconnected flow holes 15 of the same diameter. During use, a tray 7 is placed on the bottom surface of the basin, containing water 8 (water can be added directly to the tray or by adding water to the basin to receive water discharged from the basin). The upper end surface of the cylindrical honeycomb ceramic body 16 is close to the top surface of the basin, while the upper surface of the soil is lower than the upper end surface of the cylindrical honeycomb ceramic body 16. A bonsai 17 is planted in the soil 1 in the center of the basin. The bonsai are cacti, succulent flowers, green radish, spider plants, orchids, bougainvilleas and the like.

Claims

1. A multifunctional, environmentally friendly and energy-saving flower pot, comprising a pot body (2) and a tray (7), wherein a boss (11) is provided on the bottom plate of the inner cavity of the pot body, and a drainage hole (6) is provided in the middle of the boss, and the characteristics are: A honeycomb ceramic tube (9) is fixedly arranged on the boss, one end of which is in communication with the inner cavity of the basin body and the other end of which passes through the drainage hole and is flush with the lower surface of the basin bottom plate or is sleeved on the boss. The wall thickness of the honeycomb ceramic tube is 30-40% of the diameter, the porosity of the honeycomb ceramic tube is 40-70%, and the honeycomb ceramic tube contains volcanic rock and chitin.

2. The multifunctional environmentally friendly and energy-saving flower pot according to claim 1, characterized in that: An inner honeycomb ceramic body (10) located outside the boss is provided on the bottom plate of the inner cavity of the basin, outer honeycomb ceramic bodies (5) are provided outside the inner honeycomb ceramic body and are spaced apart. A cylindrical honeycomb ceramic body (16) is provided on the outer honeycomb ceramic body, and flow holes (15) that are interconnected and have the same pore size are provided on the outer honeycomb ceramic body and the cylindrical honeycomb ceramic body.

3. The multifunctional environmentally friendly and energy-saving flower pot according to claim 2, characterized in that: The outer honeycomb ceramic bodies are connected by a connector (3).

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