KR200328757Y1 - The aquarium added on flower bed - Google Patents

Abstract

The present invention relates to an aquarium with bonsai, the aquarium with bonsai according to the present invention is an aquarium in which aquatic organisms live by fresh water in the inner space formed by the bottom plate and the transparent side plate; The cover part is formed on the upper portion of the aquarium and slides back and forth in one direction, and is provided with a pump for sucking the fresh water, a drain hole through which the sucked water flows out, and a blower for discharging air into the fresh water. ; It is formed on the cover portion and is characterized in that it comprises a powder bore is stored in the soil is planted.

The aquarium with bonsai according to the present invention improves aesthetics, purifies indoor air and controls humidity to obtain a pleasant environment.

Description

Bonsai Cub Aquarium {THE AQUARIUM ADDED ON FLOWER BED}

The present invention relates to an aquarium in which bonsai is attached, and in particular, by forming a bonsai in the upper part of the aquarium where ornamental fish are inhabited, improving aesthetics, purifying indoor air by photosynthesis of plants grown in the bonsai, and indoor humidity. It is related to the bonsai aquarium, which can be adjusted to obtain a pleasant environment.

Aquariums inhabited by aquatic life are usually provided in a transparent material, such as glass, in part of which is open and in part of which is closed. Ornamental fish and the like inhabit the interior of the aquarium to help improve aesthetics and the environment, and in particular, small aquariums for home use are used for purposes such as room temperature and humidity control and emotional stability.

FIG. 3 is an exploded perspective view illustrating a conventional fishbowl in which a pollen is placed, and discloses an example of a fishbowl in which potted plants are specified in Korean Utility Model No. 20-0239731.

As shown in the drawing, the conventional fish tank is provided with a potted container to form a hollow cross-sectional shape with the side wall 1b and the lower plate 1c so as to contain moisture and aquatic life therein, and the side wall 1b The other side of the upper and lower plate (1c) and the fish tank (1) is provided with an opening; A potted plant (2) seated at the upper inlet of the fish tank (1); The pollen (2) is provided with a water induction member (3) for supplying the water contained in the fish tank (1) to the inside of the pot (2) and the water discharged through the through hole (2b) on the side of the pot (2) The guide member 2c is formed to protrude so as to surround the tip of the induction member 3, and the body 2a of the flower pot 2 opens part of the inlet of the fish tank 1 so as to secure the oxygen supply unit 1a. It is characterized in that formed smaller than the inlet of the fish tank (1).

The conventional fish tank is a potted plant is characterized in that the supply of water in the fish tank (1) to the inside of the pot (2) through the capillary phenomenon of the water induction member (3), the supply of water using the capillary phenomenon (2) There is a problem of not supplying enough water to all the soil in the soil. For example, the earth and sand located at the top of the pollen 2 has a limit in receiving sufficient moisture through a capillary phenomenon. In addition, since it is adjacent to the outside air, it is impossible to maintain a humid state in a high temperature drying environment, and there is a problem that the ventilation and humidity control of the surrounding air cannot be easily achieved.

In addition, since the weight of the earth-containing soil is sharply increased compared to the dried soil, cracks may occur in the bending portion of the locking jaw. In addition, the fish tank material is formed of a transparent material due to the characteristics of the fish tank for the purpose of improving the aesthetic appearance, but the flower pot formed inside the fish tank acts as a deterrent to the beauty.

The present invention was devised to solve the above-mentioned problems, the object of the present invention is to form a fine powder on the top of the aquarium by sucking the water in the aquarium and discharged to the upper portion of the bonsai to easily supply the moisture of the powder, indoor air And to control the humidity and the like to maintain a pleasant surrounding environment and to provide an aquarium with bonsai to improve aesthetics.

Figure 1a is a perspective view of the aquarium with bonsai in accordance with an embodiment of the present invention.

Figure 1b is a partially exploded perspective view showing the bonsai combine aquarium according to an embodiment of the present invention.

Figure 1c is a perspective view showing one side of the bonsai combined aquarium according to an embodiment of the present invention.

Figure 2a is a perspective view of the aquarium with bonsai in accordance with another embodiment of the present invention.

Figure 2b is a partially exploded perspective view showing a dihedral combine aquarium according to another embodiment of the present invention.

Figure 2c is a perspective view showing one side of the bonsai combined aquarium according to another embodiment of the present invention.

Figure 3 is an exploded perspective view showing a fish tank in which a conventional potted plant is placed.

♤ Explanation of symbols for main parts of the drawing ♤

11, 11 ′: Pump 12: spectroscopic

14: cover part 14a, 14'a: base plate

14b: Side plate 14'b, 14'd: 1st, 2nd plate

14c, 14′c: partition wall 14d: drain

16: aquarium 16a: bottom plate

16b: sidewall 18: frame

90: storage cabinet

Aquarium according to the present invention in order to achieve the above object is an aquarium in which aquatic organisms live by fresh water in the inner space formed of a lower plate and a transparent side plate; The cover part is formed on the upper portion of the aquarium and slides back and forth in one direction, and is provided with a pump for sucking the fresh water, a drain hole through which the sucked water flows out, and a blower for discharging air into the fresh water. ; It is formed on the cover portion and is characterized in that it comprises a powder bore is stored in the soil is planted.

Limited, the cover portion base plate sliding in one direction back and forth; A separation wall fixedly upright in a central portion of the base plate; Each of the first and second top plates is hinged to each other at the upper end of the partition wall, the first top plate is fixed to the other end portion of the base plate, the second top plate is fixed to the upper end of the partition wall It is characterized by being opened and closed by folding to the center.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the bonsai combine aquarium according to the present invention. The accompanying drawings are examples for describing the creation of the technical idea of the present invention in detail, and the scope of the present invention is not limited or limited by the drawings or the description with reference to the drawings.

Figure 1a is a perspective view showing the bonsai holding aquarium according to an embodiment of the present invention, Figure 1b is a partially exploded perspective view showing a bonsai holding aquarium according to an embodiment of the present invention, Figure 1c is a bonsai according to an embodiment of the present invention A perspective view illustrating one side of the cumulative aquarium, which will be described with reference to this.

The bonsai dividing aquarium 10 according to the present invention is characterized in that the bonsai 12 is formed in the cover portion 14 of the aquarium 16 which is opened and closed by sliding back and forth in one direction. The bonsai 12 is defined as a small garden in which a natural landscape is formed by planting flowers or flowers in flower pots or the like.

In the formation of the aquarium 16, a well-known high-strength acrylic material may be heat-processed and molded into a circle or polygonal column shape, but preferably, a cubic aquarium frame 18 is first formed using a predetermined high-strength material. . The frame 18 is defined as a basic structure that supports various structures, and supports the load of the aquarium 16 to form the appearance of the aquarium 16. As the material of the frame 18, for example, a fitting frame used for manufacturing a vehicle may include a reinforced polypropylene blend manufactured by direct compounding and compression molding. The material of the aquarium frame 18 of the present invention is known as, but is not limited to any one of a variety of materials, materials that can cause corrosion due to moisture content, such as wood is avoided, preferably corrosion resistance and Use corrosive high strength nonmetallic materials. In addition, the lower end of the aquarium 16 is provided with a known storage cabinet 90 and the like for improving the aesthetics.

Subsequently, the lower plate 16a having a predetermined strength is seated on the lower portion of the frame 18 to be fixed to the frame 18, and the side plate 16b is fixed to the inner side of the frame 18 at the same time. 16a) and the side wall 16b are watertightly coupled. At this time, the vertical and horizontal loads of the lower plate 16a and the side wall 16b are supported by the frame 18. As the watertight coupling method, a known silicon material having a waterproof function and a predetermined strength is used.

On the other hand, as the material of the lower plate 16a and the side wall 16b, a plate glass made of a known fucolol or rolling method is preferably used. The plate glass is formed to a thickness of several to several tens of millimeters, and the air layer is formed between a colorless transparent plain plate and a plate glass having a pattern on one surface, a colored plate glass, heat-treated tempered plate glass, a pair of plate glass There are various properties and kinds such as laminated glass. For example, the strength of the plate glass is different depending on the manufacturing method, the tempered glass has a bending strength of 1900 ~ 2,800 ㎏ / ㎠ and the impact strength to the external impact is 3 to 8 times that of ordinary glass.

An example of the formation of the bonsai cumulus aquarium 10 according to the present invention is not limited to the above description, but preferably, a bonsai is formed on the cover part 14 formed and opened on the upper portion of the aquarium 16, and the cover The aquarium 16 is provided in a cubic shape so that the part 14 can slide back and forth in one direction.

Hereinafter, an example of one embodiment of the powder of the present invention will be described in detail.

The cover portion 14 is formed on the upper portion of the aquarium 16, and the boning mirror 12 is formed on the upper portion of the cover portion 14, and the cover portion 14 has a base plate of the aquarium 16. It is formed in the same manner as the upper surface is seated in the aquarium (16). The cover portion 14 is open to the outside and the earth and sand are stored in a predetermined storage space formed by coupling the side plate 14b to the outer circumferential surface of the base plate 14a.

In the inside of the cover part 14, a partition wall 14c is formed to form a space isolated from a part of the cover part 14. The dividing wall 14c is coupled to a part of the base plate 14a and the side plate 14b of the cover part 14 to form a predetermined separated space, and the fresh water in the aquarium 16 inside the separated space. It is provided with a pump (11) to suck the moisture to discharge the stored soil. Also preferably, a blower 15 for discharging air into the aquarium 16 and a power control unit 13 for supplying power to the pump 11 and the blower 15 are provided. The power control unit 13 is connected to an external power source not shown in the drawing to supply power to the blower 15 and the pump 11, and the pump 11 and the blower 15 by the power control unit 13. The operating time of is controlled. For example, the blower 15 may be operated at all times by the control of the power supply control unit 13, and the pump 11 may prevent the flowers planted in the stored soil from being decayed due to excessive supply of water from the pump 11. The running time is controlled and driven in time. At this time, it should be noted that the auxiliary facilities of the pump 11 and the brower 15 are not shown in the drawings.

The water discharged by the pump 11 flows downward through the space between the earth and sand by gravity and a part flows downward along the upper surface of the separation wall 14c. In order to discharge the flow of water, a part of the base plate 14a of the cover part 14 is provided with a drain port 14d through which the water flows out. By drilling a small discharge hole in a portion of the base plate 14a and applying a waterproofing material to the surroundings to form a drain 14d, the water flowing through the drain 14d is introduced into the aquarium 16 at the bottom, It is circulated by re-suction by the pump 11.

Meanwhile, the cover part 14 slides back and forth in one direction, and is opened and closed. The cover part 14 extends upward from the outer surface of the frame 18 on the pair of side walls 14b facing each other to form a vertical protrusion surface 18a. When the horizontal support surface 18b is formed by extending a part of the upper surface of the frame 18 horizontally from the starting point of the vertical protrusion 18a, the cover portion 14 is seated on the horizontal support surface 18b. When the cover part 14 is seated on the horizontal support surface 18b of the frame 16, the side surface is connected to the vertical protrusion surface 18a. In addition, when a plurality of rollers (not shown) are rotatably inserted into the cover portion 14 seated on the horizontal support surface 18b of the frame 18 to fix the shafts, the rollers are supported by the horizontal support surface of the frame 18 It rotates along 18b and the cover part 14 slides back and forth one-way as the movement is caught by the vertical protrusion 18a.

Figure 2a is a perspective view showing a bonsai holding aquarium according to another embodiment of the present invention, Figure 2b is a partial exploded perspective view showing a bonsai holding aquarium according to another embodiment of the present invention, Figure 2c is a bonsai according to another embodiment of the present invention As a perspective view showing one side of the cumulative aquarium, it should be noted that the configuration of the cover portion of the bonsai cumulative aquarium according to the present invention is not limited to the above.

That is, the cover part 14 'is provided with a separating wall 14'c fixed upright at the center of the base plate 14'a, and the pump described above is provided in the space separated by the separating wall 14'c. 11 'or a fluorescent lamp 17'c illuminating the brower and the lower aquarium is preferably formed. In addition, first and second top plates 14'b and 14'd, each of which is hinged to each other, are formed at an upper end of the dividing wall 14'c. It is coupled to and fixed to the rear end of the base plate 14'a. On the other hand, the second top plate 14'd is not fixed to a part of the front to open and close the cover part 14 ', and is opened and closed by folding and rotating around the upper end of the separation wall 14'c. . That is, a known hinge not shown is formed at the upper end of the separation wall 14'c, and the first top plate 14'b is fixedly coupled to the rear of the base plate 14'a. On the other hand, the second top plate 14'd forms a front end at a free end so as to be rotatable about the hinge so that the cover portion 14 'is opened and closed by folding the hinge around the hinge. At this time, the height of the separation wall 14'c is appropriately adjusted so that the earth and sand provided on the upper portions of the first and second upper plates 14'b and 14'd do not flow downward, and the cover portion 14 'is slid. For this purpose, it is preferable that the upper portion 14'e of the second upper plate is protruded by a predetermined angle so as to be easily mounted when mounted.

As described above, the aquarium with bonsai plant according to the present invention is planted with plants and the like in the stored soil, and forms a small aberration 12a in a part of the bonsai 12 and is sucked into the aquarium 16 by the pump 11. By discharging the water through the aberration 12a to improve aesthetics and transmits the liveliness with the aquatic organisms that live in the aquarium 16.

Aquarium with a bonsai according to the present invention has the effect of improving the aesthetics by creating a bonsai in the aquarium in which the ornamental fish inhabit, and has the effect of delivering a lively feeling.

In addition, indoor air is purified by photosynthesis of plants planted in bonsai, and indoor humidity is controlled to renew the surrounding environment.

In addition, since the water used for the earth and sand of the bonsai is supplied from the aquarium, it is easy to supply the moisture of the bonsai.

Claims (2)

Aquarium in which water is fresh in an inner space formed of a lower plate and a transparent side plate to inhabit aquatic organisms; The cover part is formed on the upper portion of the aquarium and slides back and forth in one direction, and is provided with a pump for sucking the fresh water, a drain hole through which the sucked water flows out, and a blower for discharging air into the fresh water. ; Formed on top of the cover portion and earthenware aquarium, characterized in that it comprises earthenware is stored in the soil planting plants. The method of claim 1, The cover part, Base plate sliding in one direction back and forth; A separation wall fixedly upright in a central portion of the base plate; Is composed of first and second upper plate which is hinged part of each of the upper end of the dividing wall, The first upper plate is fixed to the other end portion of the base plate is fixed to the base plate, characterized in that the second top plate is opened and closed by folding and rotating around the upper end of the separation wall.