JP2012005393A - Ballast for water tank - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide ballast for a water tank which can purify water over a longer period of time than before, stabilize a water hardness, and greatly reduce the burden of rearing an aquatic organism.SOLUTION: The ballast for the water tank is obtained by mixing grainy and spherical magnesium, black sand, colored gravel, silica sand, and charcoal (black).

Description

  The present invention relates to an aquarium paving stone that is used by being laid on the bottom of an aquarium for aquatic organisms, particularly fish and aquatic plants.

  As shown in FIG. 6, conventionally, when aquatic organisms such as fish 11 and aquatic plants 11 a are bred in the aquarium 8, sand, gravel, or pebbles 10 are spread on the bottom of the aquarium 8. In order to purify the dirt of the water 8a in the aquarium 8, bacteria were propagated and a purifying agent was used.

  However, in the conventional method of rearing the fish 11 and the aquatic plants 11a in the aquarium 8, the water 8a cannot be kept clean for a long time, and once a month, the number of the reared fishes 11 or the aquatic plants 11a Depending on the amount of water, if the aquarium is not cleaned once a week, moss and algae 9-9c are generated in the water 8a in the aquarium 8 or in the aquarium wall 8b of the aquarium 8, which is extremely time-consuming. Met.

  Moreover, since it is important for the fish 11 in the aquarium 8 to stabilize water hardness (GH value) while purifying water, emphasis is placed on suppressing the generation of moss and algae 9, 9a. However, it becomes difficult to maintain a GH value suitable for the fish 11, and in order to solve this, a regulator for adjusting the GH value must be used separately, which is also troublesome.

Japanese Patent Application Laid-Open No. 10-98799

  Thus, the aquarium paving stone 5 according to the present invention can purify water for a longer period of time and stabilize the hardness (GH value) of water, and can greatly reduce the burden of breeding aquatic organisms. A sett for aquarium that can be used.

  In order to solve the above-mentioned problems, the present invention provides a waterbath paving stone characterized by mixing magnesium, black sand, pentachromic stone, silica sand and charcoal (black), and a waterbath paving stone formed of magnesium in a granular or spherical shape. The tank paving stone characterized in that the magnesium is immersed in water all day and night, and the granular magnesium 5d is 0.015 kg to 0.02 kg (0.59% to 0.79%). The size of the paving stone and the magnesium was 1 cm to 1.5 cm in diameter.

  Since the present invention is configured as described above, hydrogen is generated from magnesium over a long period of time to purify the water, so that generation of moss and algae can be suppressed. The burden of frequent cleaning can be reduced.

  Further, as shown in FIG. 5, the aquarium paving stone 5 according to the present invention is activated by fishes 11 and aquatic plants 11 a alive in the aquarium 6 in order to simultaneously stabilize the hardness (GH value) of water. And the fish 11 bred in the aquarium 6 can also live long.

  Furthermore, since the moss and algae 9 and 9a are not generated and adhered to the inner wall surface 6a of the aquarium 6 by spreading the aquarium paving stone 5 according to the present invention on the bottom 7 of the aquarium 6, the aquarium inner wall surface 6a is always transparent. It is possible to maintain the best condition for watching the fish in the aquarium from the outside.

It is the flowchart which showed manufacture of the paving stone for water tanks which is this invention, and its use effect. It is the figure which showed the raw material for manufacturing the paving stone for water tanks which is this invention. It is the figure which showed the state which has immersed the granular and spherical magnesium which are the raw materials of the paving stone for water tanks of this invention all day and night. It is the figure which showed the state which mixed the raw material for the paving stone for water tanks which is this invention. It is a figure which shows the water tank using the paving stone for water tanks which is this invention. It is a figure which shows the mode of the conventional water tank.

Embodiments of the present invention will be described below in detail with reference to the accompanying drawings.
FIG. 1 is a flowchart showing the production of the aquarium paving stone according to the present invention and the effect of using the same, FIG. 2 is a diagram showing raw materials for producing the aquarium paving stone according to the present invention, and FIG. 3 is the aquarium according to the present invention. FIG. 4 shows a state in which granular and spherical magnesium, which is a raw material of a paving stone, are immersed all day and night, FIG. 4 shows a state in which the raw material is mixed with the paving stone for an aquarium of the present invention, and FIG. It is a figure which shows the water tank which uses a certain paving stone for water tanks.

FIG. 1 is a flowchart showing the production of the aquarium paving stone according to the present invention and the effects of its use. As shown in the figure, the aquarium paving stone 5 according to the present invention comprises black sand 5a, five-color stone 5b,
Silica sand 5c, granular and / or spherically formed magnesium 5d and charcoal (black) 5e are mixed and manufactured in the process shown in FIG. That is, it manufactures through each process of the preparation process 1a, the process 1b, the immersion process 1c, and the mixing process 1d.

  The preparation step 1a is a step of preparing a material used for the water tank paving stone 5 according to the present invention. That is, the black sand 5a, the five-colored stone 5b, the quartz sand 5c, the charcoal (black) 5e, the magnesium 5d, and the like are prepared for use as the material for the aquarium paving stone 5 according to the present invention.

  As the black sand 5a, the five-colored stone 5b, and the quartz sand 5c, the sand and stone manufactured and sold by Nippon Jade Stone Co., Ltd. (7-13-8 Takashimadaira, Itabashi-ku, Tokyo) are used. The charcoal (black) 5e uses charcoal (black) manufactured and sold by the Kanto Fuel Association (Ninomiya, Maebashi, Gunma Prefecture).

  The black sand 5a, the five-colored stone 5b, and the quartz sand 5c are required to be stones or sand that are not magnetized. That is, the prepared black sand 5a, five-colored stone 5b, and quartz sand 5c cannot be used as they are.

  In order to be used as the paving stone 5 for the aquarium according to the present invention, the black sand 5a, five colors which are magnetically attached to the magnets put in each of the prepared predetermined amount of black sand 5a, five-colored stone 5b, quartz sand 5c. The sand and stones magnetically attached to the magnets are removed from the stones 5b and the silica sand 5c, and only the black sand 5a, the five-colored stones 5b and the silica sand 5c which are not magnetically attached to the magnets are used as raw materials for the aquarium paving stone 5 according to the present invention.

  Further, the granular and spherical magnesium 5d to be prepared needs to have a purity of 95% to 99.95%. The most preferred purity is preferably 99.95% or more. This is because the higher the purity, the stronger the action of purifying water and the longer the purification action.

  The processing step 1b is a step of processing the magnesium 5d prepared in the preparation step 1a into granular and spherical magnesium having a certain size.

  The granular form is a magnesium grain formed into a rectangular shape, an elliptical shape, a cubic shape, or the like, and the size is a granular magnesium having a length or a diameter of about 4 mm to 10 mm. The spherical shape is a magnesium particle formed into a spherical shape. The size of the spherical particles is a spherical magnesium particle having a diameter of about 4 mm to 10 mm.

  The dipping process 1c is a process in which magnesium is processed and granulated and spherical magnesium 5d is placed in a container 2 as shown in FIG. 3, and then all of the granular and spherical magnesium 5d is 3 below the surface of the water. Is placed in the container 2.

  Then, it is immersed for 24 hours in the whole day and night. The tap water 4 may be normal temperature. Of course, the water may be immersed in pure water other than tap water, or granular granular and spherical magnesium may be immersed in well water instead of pure water.

  The mixing step 1d is a step of mixing the black sand 5a, the five-colored stone 5b, the quartz sand 5c, the charcoal (black) 5e, and the processed granular and spherical magnesium 5d, which are prepared as materials for the aquarium stone according to the present invention, at a constant ratio. It is.

  The mixing ratios of black sand 5a, pentachromic stone 5b, silica sand 5c, charcoal (black) 5e, and granular and spherical magnesium 5a that are not magnetic are as follows. That is, the mixing ratio in the case of manufacturing the aquarium paving stone 5 containing 1.62 kg to 3.65 kg per bag of the aquarium paving stone 5 according to the present invention is shown.

To produce the aquarium paving stone 5 according to the present invention,
(1) 0.3 Kg to 0.8 Kg of black sand 5a (2) 0.3 Kg to 0.8 Kg of pentachromite 5b (3) 1.0 Kg to 2 Kg of silica sand 5c (4) Granular and spherical magnesium 5d 0.015 Kg to 0.02 Kg and (5) Charcoal (black) 5e is mixed with 0.01 Kg to 0.03 Kg.

However, when the aquarium paving stone 5 according to the present invention is manufactured, the aquarium paving stone 5 with the most preferable mixing ratio of black sand 5a, pentachromic stone 5b, silica sand 5c, granular and spherical magnesium 5d, charcoal (black) 5e, etc. The following paving stone for aquarium.

(1) Black sand 5a 0.5 Kg (500 g) (19.80%)
(2) Five-color stone 5b 0.5 Kg (500 g) (19.80%)
(3) Silica sand 5c 1.5 Kg (1500 g) (59.40%)
(4) Granular and spherical magnesium 5d
0.015Kg (15g) (0.59%)
(5) Charcoal (black) 0.010Kg (10g) (0.39%)

  Granular and spherical magnesium 5d is mixed with black sand 5a, pentachromite 5b, silica sand 5c, and charcoal (black) 5e, and 15g to 20g of granular and spherical magnesium 5d may be mixed with respect to the total weight of 5.252Kg. good. The granular and spherical magnesium 5d is preferably a granular and spherical magnesium having a diameter of 0.4 mm to 15 mm, but the optimum size is 4 mm to 10 mm. can get.

  The laying step 1e is a step of laying the bottom 7 of the aquarium 6 with the paving stone 5 for aquarium, which is produced by mixing granular and spherical magnesium 5d with black sand 5a, five-colored stone 5b, quartz sand 5c, and charcoal (black) 5e. It is. In this way, the water tank 6 is laid on the bottom 7 for use. It is also possible to plant aquatic plants 11a and the like on the gaps between the mixed water tank paving stones 5 spread.

Here, it is important that the black sand 5a, the pentachromite 5b, and the silica sand 5c other than the granular and spherical magnesium 5d and the charcoal (black) 5e are not magnetically attached to the magnet even when the magnet is brought close to the magnet. Sand and stone. That is, it is important to use only the black sand 5a, the five-colored stone 5b, and the silica sand 5c that are not magnetically attached to the magnet.

  The hydrogen generation step 1 f is a step in which hydrogen is generated from the water tank paving stones 5 spread on the bottom 7 of the water tank 6. The hydrogen is naturally generated from the granular and spherical magnesium 5d of the aquarium paving stone 5 and the water in the aquarium 6 is purified by the generated hydrogen.

  The aquarium paving stone 5 according to the present invention can purify water over a long period of time and can save the trouble of cleaning the aquarium in order to stabilize the hardness (GH value). It makes a great contribution to biological enthusiasts.

1-1d Flow chart showing production and use effect of aquarium 1a Preparatory process 1b Processing process 1c Immersion process 1d Mixing process 1e Padding process 1f Hydrogen generation process 2 Container 3 Underwater surface 4 Tap water 5 Aqueduct 5b Black sand 5b Five colors Stone 5c Silica sand 5d Granular and spherical magnesium 5e Charcoal (black)
6 Water tank 6a Water tank inner wall surface 7 Bottom 8 Water tank 8a Water 8b Water tank inner wall surface 9-9c Moss and algae 10 Gravel and pebbles 11 Fish 11a Aquatic plants

Claims (5)

  A paving stone for an aquarium characterized by mixing magnesium, black sand, pentachrome, quartz sand, and charcoal (black).   The aquarium paving stone according to claim 1, wherein magnesium is formed into a granular shape and a spherical shape.   The aquarium paving stone according to claim 1 or 2, wherein the granular and spherical magnesium is immersed in water all day and night.   The aquarium paving stone according to claim 1, 2 or 3, wherein the weight of the mixed granular and spherical magnesium is 15g to 20g of the total weight.   The aquarium paving stone according to claim 1, 2, 3, or 4, wherein the magnesium has a diameter of 1 cm to 1.5 cm.

Images