TWM463493U - Breathable planting device - Google Patents

Description

Respiratory planting device

The invention relates to a planting device, in particular to an environmentally-recoverable glass, sintered and formed, and a breathing device capable of breathing, permeable, moisturizing and regulating moisture characteristics.

Conventional flower pot technology, the material is ceramic, wood, glass jar, or metal, but the conventional flower pot material has no fine mesh micropores, so the soil in the flower pot is only opened by the large bottom of the conventional flower pot. The hole is covered with a retaining cover as a dirt drainage structure in the flower pot. Due to the limitation of the conventional flower pot material, it is not easy to ventilate, and it is not easy to drain. In the process of gardening and watering, the amount of watering water is improperly controlled and poorly ventilated. When it is too wet, it is easy to cause acidification of the soil and cause root rot. Or because of the lack of watering, there is no regular watering, which causes the plants to be unable to moisturize and wither. Due to the above-mentioned structural features, the horticultural cultivation requires corresponding time and labor, which is a huge time and money cost load for a large number of horticultural planting industries. In addition, after the environmentally-friendly recycling of waste glass, how to increase the efficiency of the waste glass recycling energy in the supply of more industrial value is also a bottleneck for the environmentally-friendly recycling of waste glass.

The present invention provides a planting device that can breathe, is environmentally recovered after waste glass, is cleaned and broken, and then discarded in a fine powder form, and is formed by sintering to improve the process of the conventional flower pot, which is not easily permeable to water and airtight. And the disadvantages of not moisturizing. The conventional glass process system completely melts the glass at a high temperature for a long time. When condensing, the glass is completely fused without pores or sintered holes. Therefore, the vase produced by the conventional glass process is impervious to water, airtight, and non-moisturizing.

This creation provides a breathing device, a sintered flower The basin body is a hollow structure in which the soil or planting soil is accommodated, and the body of the flower pot having the final structure is sintered to have more than 100 sintered holes per square inch, so that the planting apparatus for breathing will be accommodated inside. When the soil is planted, excessive water will be discharged through the sintered holes of the body of the flower pot, thereby achieving the effect of overcoming the conventional technology. In addition, the sintered hole of the sintered pot body of the present invention is provided with a pipe for gas circulation between the inside and the outside of the planting device to be breathed, and the planting device for breathing is provided for plant cultivation with high ventilation demand. The high ventilation effect of the plant cultivation environment. Furthermore, the planting device that the creation will breathe is placed in a dish or a water guiding trough, and the capillary hole provided by the sintered pot body of the present invention provides the principle of capillary phenomenon, so that the disc or the water guiding tank Water, through the capillary principle of the sintered hole, adsorbs water to the hollow inner side of the body of the flower pot, and forms a moisturizing effect with the soil contained in the hollow inner side of the flower pot body.

The advantages and functions of a respiration planting device include neutral material, no acid, alkali value and high temperature resistance. Moreover, the planting device that can breathe has good moisturizing property and strong gas permeability, and according to the light transmissive property, there is no disadvantage that the traditional plastic basin, the pottery basin or the porcelain basin is easy to be wet and cause lesions, resulting in planting failure. It can reduce the number of fertilizations and avoid soil acidification or decay. In addition, it has good moisturizing properties and strong air permeability. According to the light transmission, it can automatically adjust the moisture of plants, help the roots of plants to breathe, make plants easier to grow successfully, and the root system develops stronger.

The creation of a breathable planting device has the gas permeability characteristic, and the flower soil does not rot and become sour, and the soil quality is not healthy. The moisturizing characteristics of the planting device that will breathe will pass through the glass and the glass particles, which will contain part of the water, and the bonsai can adjust the humidity by means of a flower.

This creation uses recycled glass, wine bottles, recycled production, environmentally friendly and low cost. The planting apparatus that will breathe is suitable for planting: pines, orchids, maples, and plants that are not too wet or need to be ventilated. In addition, it is suitable for planting full-day, half-day or indoor small bonsai.

The present invention provides a breathing apparatus for ventilating, moisturizing, draining, and squeezing a structure that adjusts moisture characteristics, including: a pot body, which is a hollow pot-shaped structure, the pot system is composed of Environmentally friendly recycled glass, Sintering and forming, wherein the empty pot-shaped structure accommodates the planting soil; the respirable planting device further comprises a sintered ball which is formed by sintering the environmentally-friendly recycled glass, wherein the sintered ball is selected from the group consisting of It is inside the hollow basin structure of the body of the flower pot, or one of the general flower pots.

11‧‧‧ Breathing planting device

12‧‧‧Drainage hole

13‧‧‧Retaining cover

14‧‧‧ dish basin

15‧‧‧ soil

16‧‧‧Flower pot body

17‧‧‧Sintered ball

18‧‧‧Groove

19‧‧‧ water pipes

20‧‧‧ flowerpots

31‧‧‧Sintered holes

Figure 1 is a schematic view of the structure of the planting device that will breathe.

Figure 2 Schematic diagram of a fine powdered waste glass through a sintered molding structure.

Figure 3 is a schematic view of the structure of the planting device that will breathe.

Figure 4 The breathing device will be combined with the water absorbing diagram.

Figure 5 shows the breathing device and the water guiding device.

Figure 6 is a schematic view of the sintered ball of the planting apparatus that will breathe.

The first embodiment of the present invention, as shown in FIG. 1 and FIG. 6, is a respirable planting device 11 which has a sintered structure for ventilating, moisturizing, draining, and regulating moisture characteristics, and includes: a pot body 16. A sintered ball 16 as well. The flower pot body 16 is a hollow basin-shaped structure, and the flower pot body 16 is formed by an environmentally-friendly recycled glass, which is formed by sintering, wherein the empty pot-shaped structure accommodates the planting soil; wherein the environmentally-friendly recycled glass is sintered. The plurality of formed sintered holes 31, as shown in Fig. 2, are 100 or more sintered holes 31 per square inch.

The plurality of sintered holes 31 are broken after the environmentally-friendly recycled glass, as shown in FIG. 2, wherein the small particles are an adhesive, and the larger particles are an aggregate, and sintered by the sintering temperature of the adhesive. The plurality of sintered holes 31.

The plurality of sintered holes 31 are broken after the environmentally-friendly recycled glass, as shown in FIG. 2, wherein the low-temperature melting of the particles is an adhesive, and the high-temperature melting of the particles is an aggregate, and the sintering temperature of the adhesive is passed through the adhesive. The plurality of sintered holes 31 are sintered.

The environmentally-friendly recycled glass is one of sodium glass, borosilicate glass, and lead glass, or a mixture of two or more thereof.

The planting device 11 that breathes, wherein the aerated sintered structure passes through the plurality of sintered holes 31 to make the gas at one end of the sintered structure and the sintered structure The gas phase at one end circulates.

The planting device 11 for breathing, wherein the moisturizing sintered structure passes through the plurality of sintering holes 31, so that the moisture at one end of the sintered structure transmits and circulates moisture to the other end of the sintered structure via the capillary adsorption force, and the planting device per kilogram Medium, water retention to more than 80 grams.

The planting device 11 for breathing, wherein the sintered structure of the drainage is passed through the plurality of sintering holes 31, so that the water having a higher water pressure in the sintered structure transports moisture, and the water pressure of the sintered structure is lower than the other end.

The first embodiment of the present invention, as shown in FIG. 3, is a schematic view of the structure of the planting apparatus 11 for breathing, wherein the drainage hole 11 is a drainage structure in a conventional vase, and the retaining cover 13 is covered as shown in FIG. In addition, the soil 15 is placed in the hollow basin of the planting device 11 to be breathed, and the flowerpot body 16 is in the form of a hollow basin as shown in FIG. 4, and the breathing apparatus 11 is placed in a dish. On the basin 14, in addition to watering the plants 15 and the soil 15 in the hollow basin of the planting device 11 to be breathed, water can also be stored on the dish 14. Due to the drainage effect of the structure of the planting device 11 that the creation will breathe, in the hollow basin of the planting apparatus 11 that will breathe, excessive moisture is drained to the dish basin 14 through the sintering hole 31; The moisturizing effect of the structure of the planting device 11 causes the moisture in the dish 14 to be adsorbed to the hollow bowl-like soil 15 of the breathing apparatus 12 via the sintering hole 31 via capillary adsorption force. In addition, the flowerpot body 16 of the planting device 11 that will breathe in Fig. 4 has more than 100 sintered holes 31 per square inch, so that the inside and the outside of the flowerpot body 16 have the ventilation effect of the present invention.

The present invention provides a respirable planting device, further comprising a sintered ball 16, the sintered ball 16, as shown in FIG. 6, the sintered ball 16 is formed by sintering the environmentally-friendly recycled glass, wherein the sintered ball 16 is selected from the group consisting of It is placed inside the hollow pot-shaped structure of the flower pot body 16, or one of the general flower pots 20.

In the second embodiment of the present invention, as shown in FIG. 5, a plurality of the planting devices 11 that will breathe are provided in a plurality of water guiding tanks 18, wherein the water pipe 19 outputs water to the plurality of water guiding channels 18 through a plurality of a planting device 11 that will breathe, wherein the plurality of planting devices 11 that will breathe, the flowerpot body 16, and the sintering The ball 16 has a sintered structure of ventilation, moisturizing, and drainage. Therefore, for a large number of crops, the creation provides time-saving, labor-saving, and reduced planting costs.

11‧‧‧ Breathing planting device

12‧‧‧Drainage hole

13‧‧‧Retaining cover

14‧‧‧ dish basin

15‧‧‧ soil

16‧‧‧Flower pot body

Claims (9)

A breathing device capable of ventilating, draining, moisturizing, and squeezing a structure for regulating moisture characteristics, comprising: a pot body, which is a hollow pot-shaped structure, the pot system is made of an environmentally friendly recycled glass , sintered and formed, wherein the empty pot-shaped structure accommodates the planted soil. A breathing apparatus according to claim 1, wherein the environmentally-friendly recycled glass is sintered and formed into a plurality of sintered holes of more than 100 sintered holes per square inch. A breathing apparatus according to claim 2, wherein the plurality of sintered holes are broken after the environmentally-friendly recycled glass, wherein the small particles are an adhesive, and the larger particles are an aggregate. The plurality of sintered holes are sintered through the sintering temperature of the adhesive. A breathing apparatus according to claim 3, wherein the plurality of sintered holes are broken after the environmentally-friendly recycled glass, wherein the low-temperature melting of the particles is an adhesive, and the high-temperature melting of the particles is a bone. The material is sintered into the plurality of sintered holes via the sintering temperature of the adhesive. A respirable planting device according to claim 4, wherein the environmentally-friendly recycled glass is one of sodium glass, borosilicate glass, and lead glass, or a mixture of two or more thereof. A breathing apparatus according to claim 5, wherein the breathable planting device passes through the plurality of sintered holes to make the gas at one end of the sintered structure and the other end of the sintered structure. The gas phase circulates. A breathing apparatus according to claim 6, wherein the moisturizing sintered structure passes through the plurality of sintered holes to cause moisture at one end of the sintered structure to pass through capillary adsorption force. The water flowing through to the other end of the sintered structure is transported to a moisture retention of more than 80 grams per kilogram of the planting device. A breathing apparatus according to claim 7, wherein the respirable planting device, wherein the sintered structure of the drainage, passes through the plurality of sintered holes to transfer water at a high water pressure in the sintered structure. Circulating moisture to the sintering junction The water pressure is lower at the other end. A breathing apparatus according to claim 8 further comprising a sintered ball which is formed by sintering the environmentally-friendly recycled glass, wherein the sintered ball is selected from the body of the flower pot. The inside of the hollow basin-like structure, or one of the general flower pots.