KR200372344Y1 - A Wall Tapestry Type of Automatic Aquarium - Google Patents

Abstract

The present invention relates to a wall-mounted aquarium, the water quality management and feeding of the aquarium is automatically made, the storage space is formed in the aquarium by storing various devices and parts necessary for water quality management and food management, An object of the present invention is to provide an automatic wall-mounted aquarium configured to increase coronary effect and convenience at the time.

The wall-mounted aquarium 100 of the present invention for achieving the above object is a water tank accommodates the water tank 120 and the water tank 120 formed of a transparent material, the observation hole to observe the water tank 120 on one surface 113 is formed, the other side of the other side is fastened to the wall, the case 110 and a plurality of side hinged hinged side 110S to be opened and closed at the edge of the other side, one side and the other side of the case 110 It is fastened and characterized in that it comprises a frame for supporting the bottom and side of the tank 120, the automatic wall-mounted aquarium of the present invention is necessary apparatus and apparatus for the water quality management and food management of the aquarium of the wall-mounted aquarium By being built into the case, the ornamental wall-mounted aquarium is beautiful, and the water quality and food management are made automatically, saving the user the trouble of managing the aquarium separately.

Description

A Wall Tapestry Type of Automatic Aquarium}

The present invention relates to a wall-mounted aquarium, and in particular, the water quality management and food supply of the aquarium is automatically made, the storage space is formed in the aquarium by storing various devices and parts necessary for water quality management and food management, the aquarium to the wall It is configured to increase the coronary effect when walking.

In general, an aquarium is a facility that breeds various aquatic organisms and displays them for social education or entertainment. Therefore, depending on the type of aquatic life, the ecological environment inside the aquarium is significantly different.

In order to inhabit ornamental fish in the aquarium, the environment must be managed in accordance with the ecology of the fish. Representative objects of aquarium management are water quality management and food management. Feeding should be provided periodically, but feeding large quantities will deteriorate the quality of the water, and feeding small quantities will worsen the conditions for aquatic life. On the other hand, the water quality of the aquarium must keep fresh dissolved oxygen by supplying fresh fresh water periodically while circulating the water.

As such, the water quality and food of the aquarium must be periodically managed, so there is considerable difficulty in managing the aquarium.

In order to overcome this drawback, an automatic feeding feeder for automatically supplying food has been developed, and various filtration devices and devices such as filters have been developed for water quality management.

On the other hand, in recent years, a wall-mounted aquarium has been developed that can be built on a thin wall of the aquarium. However, the conventional wall-mounted aquarium developed is just configured to be hanging on the wall in the tank.

The reason why the conventional wall-mounted aquariums have to be configured in this way is that the aquarium could not be equipped with the automatic feeding feeder or filtration apparatus and apparatus necessary for maintaining the aquarium. When these devices and devices are installed in an aquarium, there is a disadvantage that the automatic feeding feeder or the filtering device and the devices are exposed to the outside of the aquarium, thereby deteriorating the aesthetics of the tubular aquarium, thereby reducing the coronary effect.

The present invention is designed to solve the problems of the prior art as described above, the automatic wall-mounted aquarium configured to be equipped with an automatic feeding feeder and filtration device and apparatus to automatically manage the water quality management and food management of the wall-mounted aquarium The purpose is to provide.

1A is a perspective view of an aquarium according to an embodiment of the present invention,

Figure 1b is an exploded perspective view of the aquarium shown in Figure 1a,

FIG. 1C is an exploded bottom perspective view of FIG. 1B.

Figure 2a is a schematic diagram showing an aquarium system when the aquarium according to an embodiment of the present invention freshwater aquarium,

Figure 2b is a schematic diagram showing an aquarium system when the aquarium according to an embodiment of the present invention is a seawater aquarium,

Figure 2c is a schematic diagram showing another drainage system that can be applied to the aquarium of the present invention.

Explanation of symbols on the main parts of the drawings

100: aquarium 101: storage space

110 case 113: observation hole

120: tank 121: ball tower

125: fan 127: automatic feeding feed

130: water supply system 131: water supply pipe

133: water purifier 140, 160: drainage system

141: main drain 142: spare drain

145: ball top switch 150: spare drain

151: Skimmer 152: Live Sands

180: frame 181, 183: beam

The wall-mounted aquarium of the present invention for achieving the above object is a water tank is accommodated and formed of a transparent material, and surrounds the tank, the observation hole is formed on one side so that the tank can be observed, wraps the tank, one side An observation hole is formed in the tank so that the tank can be observed, and the other side of the surface is fastened to a wall, and a case having a plurality of side hinges coupled to the edge of the other surface to be opened and closed on one side and the other surface of the case. Is fastened and is characterized in that it comprises a frame for supporting the bottom surface of the tank.

In addition, the frame of the present invention is a beam having two parallel flanges and a web connecting the two flanges, the two flanges are respectively fastened to the front and back of the case, the beam of the beam contacting the bottom surface of the tank The reinforcing piece is fixed inside.

In addition, different beams are vertically connected to both ends of the beam of the present invention, and the other beam contacts the side of the tank to support the tank.

In addition, one or more through-holes are formed on the upper surface of the case corresponding to the upper surface of the tank of the present invention.

In addition, an accommodating space is formed between the side surface of the water tank of the present invention and the side surface of the case corresponding to the side surface of the water tank, and the side of the case is opened and closed to open and close the storage space.

In addition, the storage space of the present invention is equipped with a water supply system for supplying water to the tank, the water supply system, a water supply pipe for supplying water, a first valve for controlling the amount of water supplied from the water supply pipe, It includes a water purifier for purifying the water introduced through the first valve, and a second valve for controlling the water supply amount of the purified water, the water passing through the second valve is supplied to the water tank through the water inlet formed on one side of the water tank do.

In addition, the storage space of the present invention is equipped with a drainage system for draining the water to the bottom of the tank, the drainage system when the water in the aquarium, the ball tower for detecting the water level of the tank, formed in the tank A main drain, a preliminary drain formed in the upper part of the main drain to prevent the water from overflowing when the main drain is blocked, a valve provided in a pipe extending from the main drain to the drain, and a timer installed in the pipe. A solenoid valve.

In addition, when the water of the aquarium of the present invention is sea water, in the drainage system, a preliminary drainage pipe installed in the pipe extending from the preliminary drainage to the sewer, and the water level mounted on the preliminary drainage tank to measure the water level And a ball top switch for generating an electrical signal, a solenoid valve operated by the ball top switch and draining the water in the preliminary drain box, and a drain motor.

In addition, when the water in the water tank of the present invention can not be drained to the bottom, the storage space is equipped with a drainage system for draining to the top, the drainage system, the ball top for sensing the water level of the water tank, the inside of the tank And a solenoid valve having a submersible motor installed in the submarine, a timer installed in a drain pipe connected to the submersible motor, a control valve installed in the drain pipe, and a balltop switch for operating the submersible motor when the balltop fails.

In addition, the storage space of the present invention is equipped with a U / V sterilizer for sterilizing the water of the tank.

In addition, the interior of the water tank of the present invention is equipped with an internal filter that can remove and clean the filter without putting your hands.

In addition, a lamp is located on the upper surface of the tank of the present invention.

In addition, the upper portion of the tank of the present invention is equipped with an automatic feeding machine for feeding food into the tank.

In addition, a fan is mounted on an upper portion of the tank of the present invention, and a heater is mounted on the inside of the tank, and after the temperature controller for controlling the fan and the heater measures the temperature of the tank, the measured temperature and the set temperature are adjusted. In comparison, operate the fan or the heater.

In addition, live sand is laid at the bottom of the tank of the present invention, and a skimmer is installed.

In addition, if the drain pipe of the present invention is a problem when installing through the lower portion of the drain pipe extends over the water tank to the upper, every time set by the operation of the solenoid valve having a submersible motor and a timer installed inside the water tank Force the water in the tank upward.

In addition, a skimmer is installed on the inner side of the tank of the present invention, and a skimmer water supply motor is installed at the bottom of the skimmer.

In the following, with reference to the accompanying drawings a preferred embodiment of the automatic wall-mounted aquarium according to the present invention will be described in detail.

1A is a perspective view of an aquarium according to an embodiment of the present invention, FIG. 1B is an exploded perspective view of the aquarium shown in FIG. 1A, and FIG. 1C is a bottom exploded perspective view of FIG. 1B.

As shown in FIG. 1A, the tank 120 having a thickness of about 7 cm or more, preferably 7 cm to 20 cm, and even more preferably 8 cm to 18 cm is inside the case 110 of the aquarium 100 having a rectangular parallelepiped structure. Located. In addition, a plurality of through-holes 111 are formed in the upper surface 110H of the case 110 positioned at the upper portion of the water tank 120 so that the water tank 120 located therein is visible, and the front surface of the case 110 ( 110F) has a rectangular observation hole 113 is formed so as to correspond to the front of the tank 120 is configured to look inside the tank 120 located inside. Here, the observation hole 113 has almost the same area as the front of the water tank 120 so that the entire front of the water tank 120 can be seen.

Looking at the case 110 in more detail, as shown in Figure 1b, the front surface 110F of the case 110 is formed with the observation hole 113, the upper side is opened, both sides ( 110S) and the upper surface 110H is hinged to the edge of the rear surface 110B of the case 110 by the hinge 115 is configured to fold inward the water tank 120 is located. In addition, a fastening hole is formed in the bottom surface 110L of the case 110, and bolts passing through the fastening hole are fastened and fixed to the bottom beam 181 of the frame 180 which will be described later.

The water tank 120 is located inside the case 110 configured as described above, and the water tank 120 is made of a transparent material and inhabits the water tank 120 through the observation hole 113 formed at the front of the case 110. Coronal fish can be seen from the outside of the case 110, the heat generated from the inside of the tank through the through-hole 111 formed on the upper surface of the case 110 and the person can feed the food.

Meanwhile, as shown in FIGS. 1B and 1C, the frame 180 is positioned inside the case 110 to be fastened and fixed to the front 110F and the back 110B of the case 110, thereby providing the case 110. The front (110F) and rear (110B) and the frame 180 of the is formed integrally. In addition, the frame 180 is in contact with the side and the bottom surface of the tank 120 to support the tank (120). In such a structure, the front surface 110F and the rear surface 110B of the case 110 have a larger area than the front surface and the rear surface of the water tank 120, and thus the side surface 110S of the frame 180 and the case 110. The storage space 101 is formed therebetween. By opening and closing both sides 110S of the case 110 coupled by the hinge 115, the storage space 101 is opened or closed. Various automation devices and mechanisms necessary for water quality management are stored in the storage space 101. On the other hand, the through hole 114 is formed in the back (110B) to reduce the weight of the case (110).

Frame 180 is composed of three beams (181, 183) is connected, the bottom beam 181 in contact with the bottom surface of the water tank 120, and fixed to both ends of the bottom beam 181 to the water tank 120 Side beams 183 abutting both sides of the < RTI ID = 0.0 > The bottom beam 181 and the side beam 183 are both 'c' shaped beams with two flanges 180F and a web 180W, with the outer surface of the web 180W at the bottom and sides of the water tank 120. Side beams 183 are vertically fixed to both ends of the bottom beam 181 in contact with each other. In particular, the bottom beam 181 is a bolt that penetrates the bottom surface 110L of the case 110 by contacting the bottom surface 110L of the case 110 by bending the opening of the 'c' type beam inward. Is fastened to the bottom beam 181 so that the bottom surface 110L of the case 110 is fastened and fixed to the bottom beam 181. In addition, a plurality of reinforcing pieces 185 are fixed to the inner side of the bottom beam 181 along the longitudinal direction of the bottom beam 181 so as to support the weight of the water tank 120 so as not to be deformed by the weight of the water tank 120. Do not. Meanwhile, two flanges 180F facing the bottom beam 181 and the side beam 183 are fastened and fixed in contact with the front 110F and the rear 110B of the case 110, respectively.

In addition, the reinforcement beam 182 is fixed to the upper opening of the water tank 120. The reinforcement beam 182 is a 'c' type angle, and the outer surface of the water tank 120 is fixed in contact with the flange inner surface of the reinforcement beam 182.

In addition, a hole 117 is formed in the rear surface 110B of the case 110, and a fastening means is fixed to the hole 117. The fastening means is a means configured to hang the aquarium 100 on the wall, the conventional fastening means installed to hang furniture or electronics on the wall of the weight, a detailed description thereof will be omitted.

On the other hand, the water tank 120 configured as described above is filled with water (sea water or fresh water). And the aquarium is put in the aquarium 120, the following will be described in detail with respect to the system and operation of the aquarium 100.

In the drawings, Figure 2a is a schematic diagram showing an aquarium system when the aquarium according to an embodiment of the present invention freshwater aquarium, Figure 2b is an aquarium system when the aquarium according to an embodiment of the present invention is a seawater aquarium Figure 2c is a schematic diagram showing another drain system that can be applied to the aquarium of the present invention.

2A is a plan view of the aquarium, and (b) is a front schematic view.

The water supply system 130 of the aquarium 100 includes a water supply pipe 131 for supplying water, a first valve 132 for controlling the amount of water supplied from the water supply pipe 131, and a first valve 132. Water purifier 133 for purifying the introduced water, and a second valve 134 for controlling the water supply of the purified water, the water passing through the second valve 134 is the side beam 183 and the water tank 120 Water is supplied to the water tank 120 through the water supply hole 135 formed on one side of the.

On the other hand, the inside of the water tank 120, the ball top 121, the internal filter 122, the heater 123, the water flow motor 124 is installed. Balltop 121 detects the water level and operates when the water level is lowered to maintain a constant water level by always introducing water as the water level goes down. And the internal filter 122 filters the foreign matter contained in the water of the water tank 120, the heater 123 raises the temperature of the water, the water flow motor 124 circulates the water in the water tank 120 to dissolve the amount of oxygen To keep the water fresh.

In addition, the upper portion of the tank 120, the fluorescent lamp 126 and the automatic feeding feeder 127 is installed. The fluorescent lamp 126 supplies light to the water tank 120, and the automatic feeding feeder 127 feeds the amount of food into the water tank 120 at a set amount every time according to the operation of the built-in timer. And the U / V sterilizer 128 is mounted on the side of the tank 120 to sterilize moss, bacteria, etc. in the tank (120).

On the other hand, the drainage system 140 of the aquarium 100 is the main drain port 141 formed on the other side of the water tank 120, and the main drain port 141 of the main drain port 141 to prevent the water overflow when the main drain port 141 is blocked. A solenoid valve 148 having a preliminary drain 142 formed in the upper portion, a third valve 146 and a timer 147 provided in the pipe 149M extending from the main drain 141 to the drain 143. And a pipe 149S connected to the pipe 149M in front of the sewer 143 in the preliminary drain 142.

Water in the water tank 120 in such a drain system 140 is periodically opened by the solenoid valve 148 according to the time set in the timer 147, the water of the water tank 120 through the main drain 141 Drained. On the other hand, if the main drain 141 is blocked and drainage is not made is drained to the sewer 143 through the pipe 149S through the preliminary drain 142.

According to such a drain system 140, the water in the water tank 120 is periodically drained to the sewer 143 through the main drain 141 by the solenoid valve 148 periodically operated by the timer 147. .

If the main drain 141 is blocked, the water level is increased by the operation of the water supply system 130 that periodically supplies water, and the elevated water is discharged through the preliminary drain 142 and drained to the sewer 143. Here, the third valve 146 controls the amount of drainage.

The amount of water drained by the drainage system 140 and the amount of water supplied by the water supply system 130 are approximately equal. Therefore, by supplying the amount of water drained, the water level of the water tank 120 will always maintain a constant level.

The fan 125 is mounted in the through hole 111 formed in the upper surface 110H of the case 110, and when the water temperature rises, the fan 125 is operated to lower the water temperature. The water temperature is measured in the thermostat 175 described below and controls the operation of the fan 125.

On the other hand, the structure of the electrical system of the aquarium 100, as shown in Figure 2a (c) and 2b (c), ballast 171 of the fluorescent lamp 126, the terminal block 172, the AC outlet (173) ), A timer 174, a heater 123, and a thermostat 175 for controlling the fan 125, an air pump 176, and an overcurrent cutoff switch 177 are mounted.

The thermostat 175 measures the water temperature and compares the set temperature with the measured temperature to operate the heater 123 or the fan 125 to maintain the temperature of the water tank 120 at an appropriate temperature.

The aquarium shown in FIG. 2A described above is a freshwater aquarium, and in addition to the freshwater aquarium, there is a seawater aquarium as shown in FIG. 2B according to the type of ornamental fish.

FIG. 2B is a plan view of the aquarium, and FIG. 2B is a front schematic view of the internal filter 122 of the aquarium 100 shown in FIG. 2A when the aquarium is compared with the aquarium shown in FIG. 2A. It is similar to the aquarium of FIG. 2A, except that a skimmer 151 is mounted instead and a live sand 152 is laid at the bottom of the water tank 120. Hereinafter, other parts will be described in comparison with the aquarium shown in FIG. 2A.

The skimmer 151 is one of the filtering devices, and when water and air are introduced into the skimmer as a motor, bubbles are generated inside the skimmer, and dirty bubbles are attached to the bubbles generated by the collection cup 151c at the top of the skimmer. It is an organic matter filtering device where organic matter moves together with air bubbles.

The skimmer 151 mounted on the other side of the water tank 120 is connected to the washing pipe 153 and the drain pipe 154. The washing pipe 153 is connected to the water supply pipe 131 and supplies clean water to the skimmer 151 to wash the collection cup 151c and then to the drain 143 through the drain pipe 154.

On the other hand, the drain pipe 154 ′ extending from the preliminary drain 142 of the water tank 120 also extends to the drain pipe 154 extending from the skimmer 151 and is discarded to the sewer 143 through the solenoid valve 158. A preliminary drain container 150 is installed in the drain pipe 154, and a drain motor 144 and a ball top switch 145 are installed in the preliminary drain container 150.

In the aquarium 100 configured as described above, the live sand 152 is laid on the bottom of the water tank 120 when raising the aquarium fish. The effect on the water quality management of the tank by the live sand 152 will be described in detail in the 'effect of the present invention' below.

On the other hand, when the drain pipe is installed in the lower part of the problem occurs when installing the drain pipe in the upper place of the drainage system shown in Figure 2a (b) and 2b (b) instead of the drainage system shown in Figure 2c can do.

The drainage system 160 of the aquarium has a solenoid valve having a balltop 161, an underwater motor 162 installed inside the water tank 120, and a timer 164 installed on the drain pipe 163 connected to the underwater motor 162. 165, a control valve 166 installed on the drain pipe 163, a ball top switch 167 for generating an electrical signal by detecting the operation failure of the ball tower 161 and operating by the electrical signal. An underwater motor 162.

Looking at the operation of the drain system 160 as described above, by operating the submersible motor 162 and the solenoid valve 165 by the timer 164 in the state in which the control valve 166 is opened, the timer 164 is set The water of the tank 120 may be drained every time. Meanwhile, the amount of water drained is supplied through the water supply system 130.

On the back of the water tank 120 described above, a film having various images drawn is attached to the water tank 120 so that the image of the film can be seen when the water tank 120 is viewed through the observation hole 113 of the case 110. Increase. In some cases, a mirror, colored glass, or the like may be provided in place of the film.

As described in detail above, the automatic wall-mounted aquarium of the present invention has an advantage that the appearance of the ornamental wall-mounted aquarium is beautiful because the necessary devices and apparatuses for water quality management and food management of the aquarium are built in the case of the wall-mounted aquarium.

In addition, the automatic wall-mounted aquarium of the present invention is because the water quality management and food management is made automatically, the user saves the trouble of managing the aquarium separately.

In addition, the automatic wall-mounted aquarium of the present invention can maintain the ecological environment, such as ornamental fish, aquatic plants, saltwater fish, corals, etc. inhabiting the aquarium as the water quality management and food management are automatically made.

In addition, the automatic wall-mounted aquarium of the present invention has the advantage that it can grow a large number of ornamental fish, aquatic plants, saltwater fish, corals, etc., even in a small-capacity aquarium by automatically draining the water of the tank and water supply.

The following describes the effects of the function and role of each component of the automatic wall-mounted aquarium of the present invention for overcoming the disadvantages of the conventional aquarium.

Conventional wall-mounted aquariums generally have small left and right widths that cannot hide all the mechanisms, which makes the aquarium's exterior beautiful.

On the contrary, the wall-mounted aquarium of the present invention is provided with a storage space inside the case to hide the mechanical device, the tank is 7cm or more in width, it is possible to secure a tank capacity of 100 liters or more. This provides fish, aquatic plants, saltwater fish, and corals to reliably grow in the aquarium, and all the devices inside the aquarium glass are almost invisible from the outside.

In addition, 30% of the tank's water should be replaced with fresh water per week. Since tap water generally contains chlorine and heavy metals, it is necessary to purchase a water change medicine at the aquarium and put it at the time of water change, or take water for a day or two and put it in an aquarium with water in a bucket or plastic bucket. Therefore, larger aquariums are more difficult to manage, and if the water evaporates a lot when dried in winter, the aquarium water level is unsightly. In addition, it is very cumbersome and inconvenient because it needs to replenish the water once a day because the scale. On the other hand, even if you buy an aquarium imported from domestic or overseas, there is no device that automatically supplies water, giving inconvenience to the hobby life of ornamental fish lovers.

However, the automatic wall-mounted aquarium of the present invention automatically introduces water into the aquarium through the auxiliary valve, the water inlet, and the ball tower through which the chlorine, heavy metals, impurities, and moss spores are removed through the water filter. In addition, by draining old water or automatically watering the water as much as the amount of water evaporated, the constant water level is always maintained, and also solves the hassle and inconvenience of obtaining new water with moss prevention.

In addition, the conventional aquarium has to drain 30% of the water a week and put fresh water due to contamination by the excreta excreted by the fish, the ornamental fish does not die and do not get moss. However, if the water is not drained or watered due to domestic circumstances such as business trips or travel, fish may die or moss may get stuck in the plants, which may ruin the aquarium. In addition, to drain, it is inconvenient to hang the hose in the aquarium and suck it out by the mouth or to drain the water into a bowl or gourd.

However, in the automatic wall-mounted aquarium of the present invention, a certain amount of water is drained every set time, and the same amount of water is drained, so that many fish can be raised even in a small tank. In addition, in order to prevent the overflow of water in the event of a ball tower failure, a water outlet and a ball top switch are installed and automatically drained. Even in the installation of such a drainage system, the natural dropping method and the underwater motor are used so that the installation location is not restricted.

In a conventional aquarium, when one fish becomes diseased, germs rapidly spread in the water, invading other fish, and causing death. In addition, when new fish are purchased and introduced into an aquarium, the existing germs are infected by the germs of the fish. Freshwater tropical fish are not a problem because they are both farmed and inexpensive, but they are expensive because they are not farmed and are only collected in the ocean. In addition, moss spores floating in the water may cause moss in the aquarium to become unusable.

However, the automatic wall-mounted aquarium of the present invention by installing a U / V sterilizer in the tank, it can kill moss spores and sterilize pathogens to prevent moss prevention and fish infection.

In addition, the conventional aquarium had to unplug the electric cord of the motor integrally installed when cleaning the internal filter, and then put the hand into the aquarium water to take out the internal filter with the motor attached. However, it was difficult to separate the internal filter from the aquarium due to the kissing rubber. After the internal filter was taken out, the filter was sucked into the water, and if it was wrong, the electric cord was plugged in with wet hands.

When the internal filter of the automatic wall-mounted aquarium of the present invention is installed so that a part of the filter comes out of the water, and the motor is installed below, the filter is not inserted into the aquarium water when you want to clean the filter. Therefore, there is no need to touch the electric device in the aquarium to prevent the risk of electric shock.

In the conventional aquarium, it is difficult to manage food because there is no food feeder, but the automatic wall-hung aquarium of the present invention automatically installs a food feeder for administering a predetermined amount of food when a predetermined time elapses, and food management is automatically performed. Depending on the dose of the automatic feeding machine, there is no need to manage the food for as much as six months.

Conventional aquariums could not manage the temperature of the tank. However, the automatic wall-mounted aquarium of the present invention measures the temperature by the temperature controller and the heater or the fan operates according to the measured temperature to maintain the temperature of the tank constant, so as to eliminate the stress of the fish so as not to get sick, Keep the plants, seabirds, and corals from dying.

Normal seawater aquariums, on the other hand, are ideally cycled to ammonia, nitrous acid and nitrates after laying regular coral sand (coral sand) and placing live rock (stones with bacteria in the pores) on them and waiting at least 45 days. This water quality is stable and can be introduced into the sea saltwater fish and corals can grow for at least 2 months to up to 6 months, so that the nitrate can be maintained at 0 to enter the tank. However, most people who start freshwater fish, corals, have the option of putting expensive fish, corals, and death within a month.

In this regard, the automatic wall-mounted aquarium of the present invention lays out the live sand (the coral sand where bacteria live from the sand from the sea) and the live rock (stone collected from the sea where bacteria live in the porous hole) on top of it. When the bacteria are alive, oxygen and lighting, the bacteria are activated and start to move, eliminating ammonia, nitrous acid and nitrates, and catching water, which reduces the cycle time by more than 70% compared to normal coral sand. Can be.

In fact, you can reduce the period of biofeeding (minimum catching time of 45 days for sea fish, or at least 7 days if you install live sand, and at least 15 days for catching coral, or at least 15 days if you put live sand). Sea fish and corals can be introduced into a wall-mounted aquarium in the shortest amount of time to provide an optimal environment for cultivation.

Conventional aquariums are equipped with a bottom filter plate on the bottom of the aquarium without a skimmer, and an air pump or an underwater motor is installed there to suck up the water. Coral could not grow because of nitrates, the last by-product of decay from waste, and over time, there was a lot of waste and inconvenience that had to be removed and re-installed if it was not filtered because of too much residue on the bottom.

However, the automatic wall-mounted aquarium of the present invention can easily grow saltwater fish corals using a filtration device called a skimmer.

Although the technical idea of the automatic wall-mounted aquarium of the present invention has been described with the accompanying drawings, this is illustrative of the best embodiment of the present invention and is not intended to limit the present invention.

Claims (17)

A water tank containing water and formed of a transparent material, Wrapping the tank, the observation hole is formed on one surface to observe the tank, the other side of the one surface is fastened to the wall, the case is hinged with a plurality of side surfaces to be opened and closed at the edge of the other surface, A wall-mounted aquarium comprising a frame fastened to one surface and the other surface of the case and supporting the bottom surface of the tank. The method of claim 1, The frame is a beam having two parallel flanges and a web connecting the two flanges, the two flanges are respectively fastened to one side and the other side of the case, the reinforcing piece is fixed to the inside of the beam in contact with the bottom surface of the water tank Wall-mounted aquarium characterized in that it became. The method of claim 2, The other end of the beam is vertically connected to each other beam, the other beam is in contact with the side of the tank to support the tank wall hanging aquarium, characterized in that. The method according to any one of claims 1 to 3, Wall aquarium, characterized in that at least one through-hole is formed on the upper surface of the case corresponding to the upper surface of the tank. The method according to any one of claims 1 to 3, The wall-mounted aquarium, characterized in that the storage space is formed between the side of the tank and the side of the case corresponding to the side of the tank, the side of the case is opened and closed. The method of claim 5, The storage space is equipped with a water supply system for supplying water to the tank, The water supply system includes a water supply pipe for supplying water, a first valve for controlling the amount of water supplied from the water supply pipe, a water purifier for purifying water introduced through the first valve, and a water supply amount for controlling purified water. And two valves, wherein the water passing through the second valve is supplied to the tank through a water inlet formed on one side of the tank. The method of claim 5, The storage space is equipped with a drainage system for draining the water to the bottom of the tank, if the water in the aquarium, the drainage system, a ball tower for sensing the water level of the tank, the main drain formed in the tank, and the main And a solenoid valve having a preliminary drain formed on an upper portion of the main drain, a valve installed on a pipe extending from the main drain to a drain, and a timer provided on the pipe to prevent water from overflowing when the drain is blocked. Wall-mounted aquarium, characterized in that. The method of claim 7, wherein When the water in the aquarium is seawater, in the drainage system in the case of fresh water, a preliminary drainage tank installed in a pipe extending from the preliminary drainage to the sewer, and the water level mounted on the preliminary drainage tank to measure the water level. And a ball top switch for generating an electrical signal, a solenoid valve operated by the ball top switch and draining water from the preliminary drain box, and a drainage motor. The method of claim 5, When the water can not be drained to the tank to the bottom, the receiving space is equipped with a drainage system for draining to the upper, the drainage system, the ball tower for sensing the water level of the tank, the underwater motor installed in the tank and And a solenoid valve having a timer installed on a drain pipe connected to the submersible motor, a control valve installed on the drain pipe, and a balltop switch for operating the submersible motor when the balltop fails. The method of claim 5, Wall storage aquarium, characterized in that equipped with a U / V sterilizer for sterilizing the water of the tank. The method according to any one of claims 1 to 3, The wall-mounted aquarium, characterized in that the inner filter is equipped with a filter to remove the filter without putting the hand inside the tank. The method according to any one of claims 1 to 3, Wall aquarium, characterized in that the lamp is located on the upper surface of the tank. The method according to any one of claims 1 to 3, The upper wall of the aquarium is a wall-mounted aquarium, characterized in that the food injector for automatically feeding the food into the tank. The method according to any one of claims 1 to 3, A fan is mounted on the top of the tank, and a heater is mounted on the inside of the tank, and the fan and the temperature controller for controlling the heater measure the temperature of the tank and compare the measured temperature with the set temperature to the fan or Wall-mounted aquarium, characterized in that for operating the heater. The method according to any one of claims 1 to 3, Wall of the aquarium, characterized in that the live sand is laid on the bottom of the tank and the skimmer is installed. The method of claim 9, If the drain pipe is a problem at the time of installation through the lower portion, the drain pipe extends beyond the water tank to the upper portion, the water of the tank at each time set by the operation of the solenoid valve having a water motor and a timer installed inside the water tank Wall-mounted aquarium, characterized in that forcibly drained upward. The method according to any one of claims 1 to 3, The skimmer is installed on the inner side of the tank, the wall-mounted aquarium, characterized in that to install a skimmer water supply motor at the bottom of the skimmer.