JP2009082761A - Spring water type filtering and purifying apparatus and material compounded and applied filter medium by joining material carbon sand having deodorizing and purifying action - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a spring water type filtering and purifying apparatus excellent in deodorizing, filtering and purifying functions by combining a compounding agent, which puts a carbon material to practical use, with a filtering and purifying tank having an alternately meshing structure by opposite faces. <P>SOLUTION: A cylindrical tank 1 formed into a funnel shape at its lower part is opened upward so that filtering and purifying equipment or a filter medium is introduced into and discharged from the cylindrical tank 1 from an upper lid. Discharge from the funnel-shaped precipitation chamber 25 is adjusted by a valve arranged to the lower part of the funnel-shaped precipitation chamber 25. The system in the tank is formed into a structure divided into a upper spring water tank 6, an intermediate filtering and purifying tank and a lower funnel-shaped precipitation chamber 25. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention is a spring water type constituted by a filtration septic tank of alternately meshing face to face that is packed with a filter medium containing a coal sand mixing material necessary for deodorization purification from sediment separation of a tank mechanism using a separation method for water purification. The present invention relates to a material-mixed application filter agent made of a bonding material charcoal sand having a deodorizing and purifying action.

  In recent years when the standard of living has improved with the advance of technology, the industry has been making efforts to respond to changes in the environment, including various factors. In the industry that tackles water resources, technology development has started from the direction of filter and filter agent to improve water quality. There is a remarkable progress in filtration filters and filter media that have been advanced and have become aware of changes in the global environment from the background of these times.

From the above, it can be said that the modern purification technology is more advanced than the mechanism in which wastewater discharged from various environments such as home and industry is purified by a sewage treatment engine and sent to a river, but complete decomposition of nitrogen, phosphorus compounds, etc. is not easy In recent years, there has been a filtration and purification device that uses a sewage filter composed of syrup fibers to normalize the water quality, which is caused by residual substances that cause a red tide due to residual matter flowing through the main stream and eventually causing residual substances. It is considered mainstream.
And the filtration and purification of these water qualities flow from the upper side to the lower side consistently.
In addition, although the filtration effect of the above-mentioned conventional device and the sanding agent used in such devices and the spiral wound of plastic material can be seen, the flow from the device system starts from the vertical flow, so that the fibers such as fiber and sand are filtered. Deodorizing and purifying is questionable because of clogging due to deposits and rough gaps in the spiral wound agent.

  Based on the above situation, the present invention uses a spring system that is more natural than the conventional flowing water system that flows up and down, and uses a combination of a separation mechanism inside the tank and a carbon material-containing filter agent for deodorizing and purifying the buoyancy due to spring water. From the conventional problem, the problem is solved by this system that is naturally filtered and purified without clogging from the gap between the filtering agents that permeate water appropriately from the separation of the precipitate.

  Therefore, the present invention provides a circulating spring water filtration and purification device and a deodorizing filtration and purification agent in cooperation with these devices from a separation method different from conventional methods for water purification.

That is, the present invention is (1) with a valve installed in the bottom of the cylindrical tank with a funnel-shaped filter purification equipment and filter medium in and out of the upper lid, and a funnel-shaped sedimentation chamber discharge at the bottom. The system inside the tank thus adjusted is divided into an upper spring tank, middle filtration septic tank, and lower funnel settling chamber, and the filtration septic tank is integrated by alternating meshing of the upper and lower equipment divided in two. The whole structure is built around the internal vertical center line, and from the face-to-face system of these functional mechanisms, we will explain how to dock from both upper and lower parts.
From above, set a cylindrical inner container that is the same shape as the tank to fit the U-shaped water outlet to the shelf-shaped rim that is provided around the mouth of the upper part of the tank. Fix it with bolts from its edging.
At this time, the setting state of the inner container is a suspended state at the fixed portion.
The mechanism of such a cylindrical inner container is such that a sewage pipe is passed through a through hole provided with a cavity at the center of the bottom surface, and the lower part of the circumference becomes a purification water channel and flows out to a spring tank inside the container.
And the water which accumulates in a spring tank flows from the rectangular water outlet which the inside provided in the upper part became a channel.
On the other hand, the bottom is the bottom back surface of the cylindrical inner container that is one side of the opposite face that forms the filtration septic tank. The small and large cylinders are set around the hole on the bottom rear surface that goes out to the surface of the spring tank, and the large cylinders are placed in separate positions by meshing with each other.
And these partition cylinders are fixed to the bottom bottom surface which became a plane by welding.

カットされたこうした同形サイズの四本梁をその下部端から上方へ等角度四方平均位置に溶接で固定され放射状に伸びる先端部仕切り間まわりを輪状に縁取りされたタンク内面と同形の土台梁を梁受けへボルトで固定されてくぼみ隆起が消臭浄化剤セットで平面となったこうした土台梁表面に下部円形仕切り盤を上から載せるかっこうでセットされて円周周囲に設ける等角度四方の平面地で梁表面の隆起両部へビス留めで固定されこのように設定された向かい合った上部と下部両盤の交互位置に設置の仕切り円筒を軸にその間を空間とする五つの槽が並列に設けられている。The lower part facing the upper circular partitioning board constructed in this way is shaped like a ring with a uniform water channel hole around the upper part of the lower circular partitioning board with the same shape as the tank in the opposite direction from the relationship with the upper part. Two cylinders from the center to the tank inner surface are set as extra large, and the middle cylinder is installed between the small cylinder and large cylinder provided in the upper circular partition, and the extra large cylinder is provided in the tank inner surface and upper circular divider. It is installed at a position between.
A sewage pipe extending vertically upward to the periphery of a through hole provided in the center of the lower circular partition installed in such an arrangement is joined by welding to prevent sewage from entering the filtration septic tank.
Around the circumference of the lower circular partition with both front and back sides as planes, a net-like sewage upflow hole for drawing sewage from the sedimentation chamber is provided in the first tank area between the planes of equiangular sides of the beam width. It is.
The middle and extra large partition cylinders are fixed to the surface of the lower circular partition board by welding as in the upper part.
The protrusions are connected to the sewage pipes to the beam receivers of each independent body installed at the equiangular four-way average position of the upper part of the funnel-shaped sedimentation chamber in the match between the lower circular partition and the upper circular partition configured in this way. Donut containing cement, charcoal and sand mainly deodorizing on the surface of the ring-shaped pipe to be fitted

The cut four beams of the same size are fixed from the lower end to the equiangular square average position by welding, and the base beam that is the same shape as the inner surface of the tank that is rimmed around the tip partition that extends radially is beamed. On the surface of the base beam, the lower circular partition board is set from above on the surface of the foundation beam, which is fixed with bolts to the receiver and the indentations are flattened with the deodorant purifier set. Five tanks are installed in parallel with the partition cylinder installed at the alternating positions of the upper and lower panels facing each other and fixed at the raised parts of the beam surface with screws. Yes.

Then, these nuclear tanks protrude from the circumference inside the tank to the center, the first tank protrudes from the inner surface of the tank and the extra large partition cylinder protruding from the lower circular partition, and the second tank projects from the extra large partition cylinder and upper circular partition. Between the large partitioning cylinders, between the large partitioning cylinder and the middle partitioning cylinder protruding from the lower circular partition, the fourth tank between the middle partitioning cylinder and the small partitioning cylinder protruding from the upper circular partitioning board, and the fifth tank Between the sewage pipes joined to the center of the small partition cylinder and the lower circular partition, and the arrangement of each tank is integrated by meshing the upper and lower panels together to form a filtration septic tank, and the device is established. .
Then, a ring-shaped cylindrical block deodorizing filter cleaner, which is made by immersing the jointing material, charcoal, and sand into spheres in each tank of these facilities and then drying them after immersing them in water in the same shape as each tank and stuffing them by freezing. The individual blocks of the same shape as the respective tanks are packed from above into all the tanks of the lower circular partition installed on the base, and thus mesh with the upper circular partition through the gaps between the individual blocks.
Then, from the full sedimentation chamber where the flowing water of such a mechanism flows from the sewage pipe, it passes through the ascending hole provided in the lower partition plate, rises while filtering the sewage from the first tank, reaches the upper plate partition and reaches the upper part of the partition cylinder. The flow entering the second tank through the water channel hole descends while filtering sewage, reaches the lower panel partition, enters the third tank through the water channel hole around the lower part of the partition cylinder, and rises while purifying the upper panel partition. The flow enters the fourth tank through the water channel hole around the upper part of the partition cylinder and the flow descends while purifying, reaches the lower panel partition, and enters the fifth tank through the water hole in the lower part of the partition cylinder. It rises and begins to spring into the spring tank.
In this way, in the lower funnel-shaped sedimentation chamber in which the water is fed to each tank flowing in the up and down and up and down and alternating control directions, the domed partition of the base beam supported by the four-way beam receiver at the upper part of the chamber is used. A cylindrical discharge port that protrudes downward from the lower part of the center, which is hollow in an inverted conical shape, and a discharge adjustment valve is provided at the lower part. The sewage feed that flows from the pipe in the center of the beam is fitted into the projecting part of the pipe and joined to the center of the lower circular partition board, and the sewage feed pipe extending vertically upward is connected to the upper lid surface from the inner container in a connected state. The penetrating tip is a stepped pipe that bends at a right angle to the connected top.

These sewage pipes are surrounded by a donut-shaped disk with spring holes in the tank's internal buoyancy and pressure, and threaded pipes attached to both ends of the inner pipe. It is fixed at the close contact position on the bottom surface and the back surface of the upper lid, and the entire internal equipment is supported by screw fixing that connects the sewage water pipe and the right angle tube protruding from the upper cover surface.
In order to prevent backflow of sewage from the full sediment in the lower sedimentation chamber to the periphery of the through hole that passes through the surface from the internal partition of the right-angle pipe, the spherical rod mandrel is passed from below to the pipe screw. A pipe screw, which is wrapped with a material cover that stretches to prevent water leakage while wrapping the rim from the bottom cylindrical shape, ties together a power supply switching device box that contains a pump stop circuit on the outer surface of the right-angle tube. It is fixed tightly with.
And the mechanism of these backflow prevention devices comes to stop the operation of the pump from the fullness of the sediment in the sedimentation chamber to the rising of the ground by buoyancy as the water level rises inside the sewage pipe.
Moreover, these operation stop switches become a normal wiring circuit.

At the outside connected to the internal equipment constructed as described above, the direction of the outlet is directed to the surface of the upper lid fixed with bolts from an equiangular screw hole that penetrates from the rim of the upper part of the tank to the edge shelf around the hat-shaped upper lid. A base for fixing the sewage pipe is provided, and at the contrast edge position, the outlet cover is connected to the upper cover. The plug pipe is provided to the upper part of the tank close to the upper cover, and the screw pipe of the electric wiring cover is attached to the upper cover. Are connected to the power supply switching device box, the plug between the outlets, and the pedestal box provided at the center of the surface of the power supply.
The sewage pipe fixed by the pedestal is connected to the pump installed in the lower pedestal box.
In addition, the tank body integrally formed in the above-described configuration is fitted into the funnel-shaped receiving hole having the same shape as the outside of the tank whose lower surface is cut from the middle stage provided in the pedestal box, and the pedestal surface. It is fixed with bolts from equiangular hexagonal screw holes penetrating from the circular saddle surface around the outside of the tank in close contact with the back of the pedestal.

The internal state of the pedestal box set in this way is that the pump and power wiring circuit are installed on the inner side, and the lower part is installed below the funnel-shaped lower part of the main unit from the center of the box to the middle of the box The sediment collection container discharged from the valve is arranged. And the average value of the installation of these devices is adjusted by the balance screw provided at the bottom of the square in the pedestal box.
From the tank system configured as described above, there is a spring water type filtration purification device by alternating meshing of a face-to-face partition mechanism, and a material blend applied filter agent with bonding material charcoal sand having a deodorizing purification action.

  And (2), the inside of the cylindrical tank with a funnel-shaped lower part is formed by adjusting the filtration and purification equipment and the filtering agent in the upper part from the upper lid and adjusting the funnel-shaped sedimentation chamber discharge with the valve installed at the lower part. The filtration and purification tanks are formed as a single unit by meshing the partitioning plates facing each other, which is divided into two parts by the separation system divided into the upper layer spring tank, middle layer filtration clarification tank, and lower layer funnel-shaped sedimentation chamber. It exists in a water type filtration purification device.

  Also, (3) the inside of the cylindrical tank with a funnel-shaped lower part is adjusted by a valve installed in the upper part of the filtration purification equipment and filter medium and the funnel-shaped sedimentation chamber discharge at the lower part. An extraction pipe that extracts gas generated from the reaction of sewage substances collected in the sedimentation chamber by a separation system in which the system inside the tank is divided into an upper spring bath, middle filtration clarification tank, and lower funnel sedimentation chamber, and its Spring water filtration and purification, in which each of the sewage feeds that penetrates the right-angled partition of the upper connection inside is connected to the pump and the gas storage tank, and both the pipes in the tank are connected to each other at the ends. Exists in the device.

  And (4) the inside of the cylindrical tank with a funnel-shaped lower part is adjusted with a valve installed in the lower part of the filtration purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge in the lower part. The system inside the formed tank is divided into the upper spring water tank, the middle filtration clarification tank, and the lower funnel-shaped sedimentation chamber. These spring partitioning and purifying apparatuses, in which the upper partition plate, which is fixed by bolts from both common screw holes with a packing for preventing water leakage, is an independent body of a partition wall mechanism having a water passage hole around the end portion.

  And, (5), the inside of the cylindrical tank with a funnel-shaped lower part is adjusted by a valve installed in the upper part of the filtration purification equipment and filter medium and the funnel-shaped sedimentation chamber discharge at the lower part. The system inside the tank formed is divided into an upper spring tank, middle filtration clarification tank, and lower funnel-shaped settling chamber, and screwed to the surface around the water outlet cut out in a U shape located at the top of the tank A rectangular outlet that is the same shape as the tank outlet that protrudes outward from the upper outer surface of the inner container that fits in the U-shaped outlet provided with an enclosure step having a receiving hole, and the lower part is curved in a bay shape A spring-water filtration and purification device that has a screw-fixed cover that covers the entire surface.

  And (6), the inside of the cylindrical tank with a funnel-shaped lower part is adjusted with the bubble installed in the lower part of the filtration purification equipment and the filter medium and the funnel-shaped sedimentation chamber discharge at the upper part from the upper lid. The system inside the formed tank is divided into an upper spring water tank, a middle filtration clarification tank, and a lower funnel-shaped settling chamber. It resides in the spring filtration and purification device provided on the surface of the disposed sewage pipe.

  And (7) the inside of the cylindrical tank with a funnel-shaped lower part is adjusted by a valve installed at the bottom of the filter purification equipment and filter medium, and the funnel-shaped sedimentation chamber discharge at the bottom. The separation system is divided into the upper spring water tank, the middle filtration clarification tank, and the lower funnel-shaped sedimentation chamber. From the suction extrusion to the bottom of the tank, the water absorption pipe drawn from the pump inside the pedestal to the through hole provided near the pedestal and the mobile operation ship, which was passed from the deck surface to the bottom water. It resides in a spring water filtration and purification device that is composed of a tethered pump and a method.

  And (8) the inside of the cylindrical tank with a funnel-shaped lower part is adjusted by a valve installed at the bottom of the filtration purification equipment and filter medium, and the funnel-shaped sedimentation chamber discharge is set at the bottom. The system inside the formed tank is divided into an upper spring bath, middle filtration clarification tank, and lower funnel-shaped sedimentation chamber. It exists in the spring water filtration and purification device based on the flow principle.

  And (9) a deodorizing and water purification charcoal, a cement that appropriately permeates water in a coagulated and dry state, and a cement charcoal sand that has a deodorizing and purifying action that combines sand with solidified body strength. It exists in the material combination application filter agent.

  Also, (10) a desiccant that kneads and solidifies three materials with water from a combination of three components, which is a combination of deodorized and water-purified charcoal and a cement that suitably permeates water in a coagulated and dried state, and sand that is mixed with solidified strength. This is a filter material mixed with applied material, which has a deodorizing and purifying action, in which the complex pores of the charcoal mark have become the nest of microbial growth.

  And (11), linear material to the through-hole of the sphere formed from a combination of deodorized to water purification charcoal and cement that properly permeates water in the solidified and dried state and sand combined with solidified strength. It is a material-mixed application filtering agent that uses a bonding material charcoal sand that has a deodorizing and purifying action of natural purification by microorganisms by decomposing water-containing nitrogen and phosphorus compounds by submerging tie-balls that are knitted in a belt-like shape through water.

  Also, (12), in-use inspection of spheres formed into spheres from a three-part combination of deodorized to water-purified charcoal and cement that properly permeates water in a solidified and dry state, and sand combined with solidified strength. In addition, there is a material-mixed application filter agent with coal sand that has a deodorizing and purifying action of a spherical frozen block filter cleaner packed in a mesh belt bag that can easily take out the balls from the filter tank of the tank facility.

  The water purification system in which the filtration purification mechanism and the filtration purification agent Y configured as described above cooperate with each other in the normalization of dirty water through the sewage pipe 12 connected to the pump 54 to separate and store the sediment and water. From the 25 full condition, the filtration and purification that are united by alternately meshing face-to-face, the residual sediment is not clogged from the moderate gap between the spherical filter media X due to the spring buoyancy from the top and bottom of each tank and the flow of the control direction Filtered cleansing agent Y that permeates water containing moderately blended cement L charcoal M sand W and charcoal M material having a deodorizing and purifying action by decomposing nitrogen phosphorus compound and spring purified by these functions of filtering and purifying mechanism This is a circulating filtration and purification system in which water is returned to the original sewage source from a rectangular water outlet 27 at the upper part of the inner container.

A spring water system was obtained from the funnel-shaped sedimentation chamber 25 in which sediment and water were separated and stored.
And the flowing water of the up-and-down contrast direction is found from each tank arranged side by side by alternately meshing the partition boards facing each other.
A filter agent Y having a deodorizing and purifying action is found from the permeation of appropriate water containing a suitable cement L, charcoal M, and sand W material in the above filtration purification mechanism.
Moreover, the microbial propagation hole V required for purification was obtained from the charcoal trace Z applied with the filter agent Y.

[First Embodiment]
The present invention realizes a filtration purification system that is closer to nature from the idea of reversal that is different from the conventional one, and in order to make the best use of the combined combination of the spring type and the filtration purification agent Y that follows them, the core of the internal mechanism From these alternate meshing with the parts facing each other, the purifying process is naturally pursued with a higher function. FIG. 1 (A) shows the entire system. First, the upper lid 2 is formed around the edges. Front and back through-holes for passing the sewage pipe 11 extending vertically from the center of the lower circular partition 5 installed inside the tank are provided at the edge shelf 63 and the central part, and a pedestal 48 for fixing the sewage pipe connected to the pump extrusion port therebetween. In addition, an electrical outlet cover 45 is attached to the partial cut surface 77 of the opposite side edge shelf. In addition, a pipe screw 37 whose one end is a disk-like protrusion is set into a through hole 36 provided in the upper partition of the right angle pipe connected to the surface of the through hole 75 at the center of the upper lid 2, and a spherical body 39 is set from the inside to the outside to make a soft A power switch box 42 having a pump operation stop circuit set on the upper surface of the right-angle tube is wrapped and fixed with a screw so that the pump operation is stopped and raised by the water level of the ball 39. Is done.
Then, the sewage feed pipe 12 from the pump 54 is connected to the lower pipe whose upper pipe is the vent hole 33 with the upper pipe bent upward and the upper pipe bent upward is a two-stage pipe. ing.
Between the surface of the edge shelf 64 of the inner container 3 provided with the rectangular water outlet 27 that protrudes to the outside in parallel with the rear surface of the edge shelf 63 of the upper lid 2 and the inner container 3 from the inner surface of the upper lid edge shelf. On the back of the inner container edge shelf 64 with the packing G sandwiched between the surface of the edge shelf 65 at the upper part of the tank 1 with the same shape as the outlet 26 and covering the entire upper half of the outer side of the inner container 3 from the most important part. The upper part is sealed by bolting from eight equiangular directions of a common screw hole 47 with the inner packing H interposed therebetween.
The packing H between the tank interior and the inner container 3 is designed somewhat tightly to prevent water leakage to the outside.

Outside the device, an outlet plug 44 installed on the upper lid 2 is installed in the main body, and is protected by a feed cover 45 to prevent intrusion of rainwater and the like, and wiring that connects electricity is protected by a cover pipe S.
Further, an auxiliary cover 28 of a rectangular water outlet 27 is attached to an enclosure step 32 provided around the U-shaped water outlet 26 of the tank, and a partial cut common to the tank 1, the upper lid 2 and the inner container 3 is provided on the opposite side edge shelf. 77 is made.
A circular rod 49 having a screw hole 47 common to the pedestal is provided below the tank 1 for installation on the pedestal box 50 from the funnel shape to a slightly upper level.

[Second Embodiment]
Here, the installation procedure of the equipment of the internal mechanism and the deodorizing filter cleaner will be described.
First, to the hollow 22 screw hole provided at the front end of the base beam 20 shown in FIG. 2 (A) on the four-side base beam receiver 23 provided at the upper part of the sedimentation chamber 25 shown in FIG. 3 (D). The donut-shaped deodorant purifier 1 is fitted into a recessed shelf 24 provided on the surface of the base beam 20 fixed by bolts from the receiving holes of the base beam receiver 23 to the projecting pipe 38 extending vertically through the four-way beam. As shown in FIG. 1 (B), the back surface 5 and the base are fitted by fitting the sewage pipe 11 extending vertically from the center of the lower circular partition 5 having the middle cylindrical partition 8 and the extra large cylindrical partition 10 in which the upper periphery becomes the channel hole 13. The surface of the beam 20 matches and is fixed by screwing from a screw hole common to both.
Then, the sewage pipe 11, the middle cylinder 8 and the extra large cylinder 10 located at the center of the lower circular partition board 5 set in this way are separated into five tanks by dividing the whole into five tanks. Appropriate mesh balls X are packed in the mesh belt N shown in FIG. 7 (A), and the frozen cylindrical individual block filter media U shown in FIG. 6 (C) are set to face the gaps between the filter media U. The insertion of the small cylinder 7 and the large cylinder 9 provided at spaced positions by meshing with the opposite surface protruding from the upper circular partition 4 provided on the bottom rear surface of the inner container 3 shown in FIG. The whole is pushed down, and an integrated filtration and septic tank is formed by meshing both boards as well as the match between the U-shaped water outlet 26 and the rectangular water outlet 27.
Further, in order to reinforce the strength of the internal equipment thus established, the internally disposed sewage pipe 11 is provided with a screw 74 attached through a donut disk P provided with a spring hole 78 shown in FIG. The screw pipe 73 on both ends and the upper donut disk 31 are fitted, and the two discs applied to the periphery of the center of the bottom of the inner container and the periphery of the center of the back of the upper lid are fixed with both attached screws which are reversely tightened. Thus, the entire tank internal equipment is reinforced.
And the tank main body 1 formed in this way is installed in the funnel-shaped receiving hole 51 of the base box 50, and a filtration purification system is completed here.

From the above, the deodorizing filtration purification agent Y in cooperation with the device uses a cement material made of limestone clay and the like that penetrates water in a solidified and dried state, and has a carbon material and strength excellent in deodorization and water purification. Based on these three combinations of sand materials to be raised, charcoal is a combination of sand W that increases strength and cement L that is excellent in solidification for easy kneading processing suitable for the shape of use and sustained maintenance of the excellent action of charcoal. The deodorizing filtration purification agent Y shown in Fig. 6 (A) and Fig. 6 (B) is formed from the material that maximizes the characteristics of M, and the origin of natural purification is active bacteria through these materials Deodorizing and filtering purification agent shown in Fig. 6 (A) in which the most suitable form for breeding of purified bacteria that apply the properties of the three materials is assumed to be natural, and the natural form is replaced with a sphere. X.
In addition, in the burnt charcoal mark Z shown in FIG. 6 (B) where the above-mentioned sphere X is baked to form a nest for purifying bacteria, the complex pores V are caused by living organisms such as benign aquatic plant algae. It is a charcoal scar filtration purification agent Z.
In addition, it is possible to perform low-temperature storage and culture of the charcoal trace Z in which bacteria are propagated in nature without damaging the organisms of the bacteria.

Cooperation with the improvement of water quality by the alternately meshing filtration purification tank and the deodorizing filtration purification agent (refrigeration block filtration agent U) Y which are the key points of the apparatus system from the first embodiment and the second embodiment described so far. Based on the above, deformation anomalies can be made without departing from the present invention.
For example, each of the meshing and purifying tanks alternately meshed is divided according to the scale of the apparatus and is not limited to five tanks.
In the tank 1 shape, other shapes are possible, not limited to a cylinder, as long as the water leakage prevention seal is perfect.
In order to adjust the hole size of the ascending hole 14 provided around the circumference of the lower circular partition board 5, it is possible to attach a net underlay according to the situation. (It is also possible to make the water around the upper part of the tank)
And the deodorizing filter purification agent (spherical filter agent X charcoal trace Z) Y becomes a shape size according to a use. Moreover, the box shape of the mesh belt N which puts the spherical filter agent X is also possible.

In the present invention, it is possible to use the current apparatus to some extent even with air conditioning equipment as well as water and sewage, and the fresh product storage container F shown in FIG.
In the use of water purification, it is suitable for removing scale human hair and the like in bathhouses and decomposing nitrogen and phosphorous compounds in aquaculture farms, reservoirs, etc., and it is possible to treat crushed garbage.
In addition, a mobile filtration and purification system ship 82 shown in FIG. 5 (A) that can be operated on the water is suitable for lakes and oceans. A method for purifying submerged bacteria is also available.
Other uses of the deodorizing filter purification agent Y include deodorizers for removing odors, activated water for plants (fresh flowers, etc.) or beverages, bedding materials for building materials, and the like.
As mentioned above, the materials related to the present invention described above are the description itself for the deodorizing filter purification agent Y, and the entire structure is made of plastic or metal from the spring water filtration and purification device E, and the packing is made of rubber or soft synthetic resin. A synthetic resin metal fiber is used for the obi-bag, and the storage container F is mainly made of metal, synthetic resin, and wood. Here, in the present invention, the pumps, electrical relations, valves, pipes, and bolts described above are refrained from existing or ordinary methods.

FIG. 1A is a three-dimensional view from the front showing the entire filtration and purification system from the internal mechanism. FIG. 1 (B) is a three-dimensional view from the top with the rectangular water outlet showing the state before the inner container is engaged with the lower part in the direction of the arrow. FIG. 1C is a three-dimensional view from above the cylindrical surface showing the state of the lower circular partition before meshing with the upper part. FIG. 1 (D) is a three-dimensional view from above showing the procedure for setting the edge shelves of each independent body and the packing sandwiched therebetween. FIG. 2A is a three-dimensional view from the front side showing the entire foundation beam extending in four directions at equal angles from the protruding pipe. FIG. 2 (B) is a three-dimensional view from the front showing the bottom of the inner container and the single upper circular partition board. FIG. 2C is a three-dimensional view from the front and bottom showing the internal state of the upper lid. FIG. 2 (D) is a three-dimensional view from the front showing the external state of the tank from the bottom funnel shape. FIG. 3 (A) is a three-dimensional view from the standing surface showing the set state of both disks from the attached screw tightened in the direction of the arrow of the screw pipes at both ends. FIG. 3 (B) is a three-dimensional view from the front side showing the setting state of the ukiswitch to the through hole that passes from the inside of the right-angle tube to the upper partition surface. (Switching device box) FIG. 3C is a three-dimensional view from directly above the top showing the inside of the tank. FIG. 3D is a three-dimensional view from the front side showing the state of the foundation beam receiver in which the space between the tank cylindrical funnels is cut. FIG. 4A is a cross-sectional view of the tank facility. FIG. 4B is a three-dimensional view from directly above the pedestal. FIG. 4C is a three-dimensional view from the front showing the internal state from the double door. FIG. 5 (A) is a three-dimensional view from the front showing the entire filtration purification system ship. FIG. 6 (A) shows a spherical deodorizing filter cleaner. FIG. 6 (B) shows a filter purification agent for burnt coal. FIG. 6 (C) shows a frozen block deodorizing filtration cleaner packed into a mesh belt. FIG. 6 (D) shows a donut-shaped deodorizing filter cleaner. FIG. 7A shows a mesh bag. FIG. 7B shows a belt-like connecting ball. FIG. 7C is a three-dimensional view from above showing the internal mechanism of the fresh product storage container.

Explanation of symbols

1 Tank body 2 Upper lid 3 Inner container 4 Upper circular partition 5 Lower circular partition 6 Spring tank 7 Small cylinder (joining upper circular partition)
8 Middle cylinder (lower circular partition board joint)
9 Large cylinder (joining the upper circular partition)
10 Oversized cylinder (lower circular partition board joint)
11 Sewage pipe (internal piping)
12 Sewage pipe (external piping)
13 Water channel hole 14 Upflow hole 15 First tank (between tank inner surface and extra large cylinder)
16 Second tank (between extra large cylinder and large cylinder)
17 Third tank (between large cylinder and middle cylinder)
18 4th tank (between middle cylinder and small cylinder)
19 Fifth tank (between small cylinder and sewage pipe)
20 foundation beam 21 ridge 22 depression 23 foundation beam receptacle 24 depression shelf 25 sedimentation chamber (outer shape is funnel-shaped)
26 U-shaped water outlet (or U-shaped cut)
27 Rectangular water outlet 28 Water outlet auxiliary cover
29 Discharge port 30 Valve 31 Donut disk (upper)
P Donut shaped disk (lower)
32 Enclosure step 33 Ventilation hole (air blow pipe)
R Upper cover air hole 34 Water absorption pipe 35 Through hole 36 Right angle pipe partitioning through hole 37 Disc projecting pipe screw 38 Projecting pipe 39 Spherical unit 40 Mandrel 41 Rainwater intrusion prevention cover
42 Power switching device box 43 Outlet 44 Plug 45 Outlet feed cover
46 Plug cover
47 screw hole 48 pedestal 49 tank circular bowl 50 pedestal box 51 funnel-shaped receiving hole 52 pedestal interior space 53 pedestal internal bottom surface 54 pump 55 switchboard 56 conductive plate 57 power switch 58 power supply outlet 59 pump wiring 60 balance screw 61 double door 62 handle S Wiring cover (cover pipe)
G Upper stage packing H Internal packing K Rectangular packing 63 Upper lid edge shelf 64 Inner container edge shelf 65 Tank body edge shelf 66 Ventilation hole 67 Inner bottom container 68 Inner bottom edge shelf 69 Upper edge shelf (outside bottom)
70 Outgoing bottom 71 Inner bottom edge shelf packing 72 Independent upper circular partition (single)
73 Threaded pipes 74 on both ends Attached female thread 75 Upper lid central through hole 76 Upper circular partition board through hole 77 Opposite side surface cut 78 Spring hole 79 Sewage pipe pipe hole 80 Water absorption pipe pipe hole 81 Wiring screw pipe fixing hole 82 Filter purification system ship L Cement M Charcoal W Sand Y Filter agent (deodorant filter cleaner)
Z Charcoal trace filter agent X Sphere filter agent (deodorant filter cleaner)
Q Sphere through-hole T Connecting ball U Frozen cylindrical block deodorant filtration purification agent I Donut-shaped deodorization filtration purification agent N Mesh belt V Hole E Filtration purification device F Fresh product storage container 83 Main body 84 Lid 85 Vent 86 Ventilation Road (The air passage on the bottom inside is also used for draining)
87 Ventilation hole 88 Ring 89 Tank port 90 Leakage prevention cover
91 Right angle pipe 92 Filter agent shelf 93 Outlet plug box 94 Submersible pump 95 Drain pipe 96 Filter agent partition plate

Claims (12)

A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. Is divided into an upper spring tank, a middle filtration septic tank, and a lower funnel-shaped sedimentation chamber. It will be explained in terms of docking from both upper and lower parts from the face-to-face configuration of these functional mechanisms.
From above, set a cylindrical inner container that is the same shape as the tank to fit the U-shaped water outlet to the shelf-shaped rim that is provided around the mouth of the upper part of the tank. Fix it with bolts from its edging.
At this time, the setting state of the inner container is a suspended state at the fixed portion.
The mechanism of such a cylindrical inner container is such that a sewage pipe is passed through a through hole provided with a cavity at the center of the bottom surface, and the lower part of the circumference becomes a purification water channel and flows out to a spring tank inside the container.
And the water which accumulates in a spring tank flows from the rectangular water outlet which the inside provided in the upper part became a channel.
On the other hand, the bottom is the bottom back surface of the cylindrical inner container that is one side of the opposite face that forms the filtration septic tank. The small and large cylinders are set around the hole on the bottom rear surface that goes out to the surface of the spring tank, and the large cylinders are placed in separate positions by meshing with each other.
And these partition cylinders are fixed to the bottom bottom surface which became a plane by welding.
The lower part facing the upper circular partitioning board constructed in this way is shaped like a ring with a uniform water channel hole around the upper part of the lower circular partitioning board with the same shape as the tank in the opposite direction from the relationship with the upper part. Two cylinders from the center to the tank inner surface are set as extra large, and the middle cylinder is installed between the small cylinder and large cylinder provided in the upper circular partition, and the extra large cylinder is provided in the tank inner surface and upper circular divider. It is installed at a position between.
A sewage pipe extending vertically upward to the periphery of a through hole provided in the center of the lower circular partition installed in such an arrangement is joined by welding to prevent sewage from entering the filtration septic tank.
Around the circumference of the lower circular partition with both front and back sides as planes, a net-like sewage upflow hole for drawing sewage from the sedimentation chamber is provided in the first tank area between the planes of equiangular sides of the beam width. It is.
The middle and extra large partition cylinders are fixed to the surface of the lower circular partition board by welding as in the upper part.
The protrusions are connected to the sewage pipes to the beam receivers of each independent body installed at the equiangular four-way average position of the upper part of the funnel-shaped sedimentation chamber in the match between the lower circular partition and the upper circular partition configured in this way. Donut containing cement, charcoal and sand mainly deodorizing on the surface of the ring-shaped pipe to be fitted

The cut four beams of the same size are fixed from the lower end to the equiangular square average position by welding, and the base beam that is the same shape as the inner surface of the tank that is rimmed around the tip partition that extends radially is beamed. On the surface of the base beam, the lower circular partition board is set from above on the surface of the foundation beam, which is fixed with bolts to the receiver and the indentations are flattened with the deodorant purifier set. Five tanks are installed in parallel with the partition cylinder installed at the alternating positions of the upper and lower panels facing each other and fixed at the raised parts of the beam surface with screws. Yes.
Then, these nuclear tanks protrude from the circumference inside the tank to the center, the first tank protrudes from the inner surface of the tank and the extra large partition cylinder protruding from the lower circular partition, and the second tank projects from the extra large partition cylinder and upper circular partition. Between the large partitioning cylinders, between the large partitioning cylinder and the middle partitioning cylinder protruding from the lower circular partition, the fourth tank between the middle partitioning cylinder and the small partitioning cylinder protruding from the upper circular partitioning board, and the fifth tank Between the sewage pipes joined to the center of the small partition cylinder and the lower circular partition, and the arrangement of each tank is integrated by meshing the upper and lower panels together to form a filtration septic tank, and the device is established. .
Then, a ring-shaped cylindrical block deodorizing filter cleaner, which is made by immersing the jointing material, charcoal, and sand into spheres in each tank of these facilities and then drying them after immersing them in water in the same shape as each tank and stuffing them by freezing. The individual blocks of the same shape as the respective tanks are packed from above into all the tanks of the lower circular partition installed on the base, and thus mesh with the upper circular partition through the gaps between the individual blocks.
Then, from the full sedimentation chamber where the flowing water of such a mechanism flows from the sewage pipe, it passes through the ascending hole provided in the lower partition plate, rises while filtering the sewage from the first tank, reaches the upper plate partition and reaches the upper part of the partition cylinder. The flow entering the second tank through the water channel hole descends while filtering sewage, reaches the lower panel partition, enters the third tank through the water channel hole around the lower part of the partition cylinder, and rises while purifying the upper panel partition. The flow enters the fourth tank through the water channel hole around the upper part of the partition cylinder and the flow descends while purifying, reaches the lower panel partition, and enters the fifth tank through the water hole in the lower part of the partition cylinder. It rises and begins to spring into the spring tank.
In this way, in the lower funnel-shaped sedimentation chamber in which the water is fed to each tank flowing in the up and down and up and down and alternating control directions, the domed partition of the base beam supported by the four-way beam receiver at the upper part of the chamber is used. A cylindrical discharge port that protrudes downward from the lower part of the center, which is hollow in an inverted conical shape, and a discharge adjustment valve is provided at the lower part. The sewage feed that flows from the pipe in the center of the beam is fitted into the projecting part of the pipe and joined to the center of the lower circular partition board, and the sewage feed pipe extending vertically upward is connected to the upper lid surface from the inner container in a connected state. The penetrating tip is a stepped pipe that bends at a right angle to the connected top.
These sewage pipes are surrounded by a donut-shaped disk with spring holes in the tank's internal buoyancy and pressure, and threaded pipes attached to both ends of the inner pipe. It is fixed at close positions on the bottom surface and the back surface of the upper lid, and the whole internal equipment is supported by screw fixing that connects the sewage water pipe and the right angle tube protruding from the upper cover surface.
In order to prevent backflow of sewage from the full sediment in the lower sedimentation chamber to the periphery of the through hole that passes through the surface from the internal partition of the right-angle pipe, the spherical rod mandrel is passed from below to the pipe screw. A pipe screw, which is wrapped with a material cover that stretches to prevent water leakage while wrapping the rim from the bottom cylindrical shape, ties together a power supply switching device box that contains a pump stop circuit on the outer surface of the right-angle tube. It is fixed tightly with.
And the mechanism of these backflow prevention devices comes to stop the operation of the pump from the fullness of the sediment in the sedimentation chamber to the rising of the ground by buoyancy as the water level rises inside the sewage pipe.
Moreover, these operation stop switches become a normal wiring circuit.
At the outside connected to the internal equipment constructed as described above, the direction of the outlet is directed to the surface of the upper lid fixed with bolts from an equiangular screw hole that penetrates from the rim of the upper part of the tank to the edge shelf around the hat-shaped upper lid. A base for fixing the sewage pipe is provided, and at the contrast edge position, the outlet cover is connected to the upper cover. The plug pipe is provided to the upper part of the tank close to the upper cover, and the screw pipe of the electric wiring cover is attached to the upper cover. Are connected to the power supply switching device box, the plug between the outlets, and the pedestal box provided at the center of the surface of the power supply.
And the sewage pipe fixed with a base is connected to the pump installed in a lower pedestal box.
In addition, the tank body integrally formed in the above-described configuration is fitted into the funnel-shaped receiving hole having the same shape as the outside of the tank whose lower surface is cut from the middle stage provided in the pedestal box, and the pedestal surface. It is fixed with bolts from equiangular hexagonal screw holes penetrating from the circular saddle surface around the outside of the tank in close contact with the back of the pedestal.
The internal state of the pedestal box set in this way is that the pump and power wiring circuit are installed on the inner side, and the lower part is installed below the funnel-shaped lower part of the main unit from the center of the box to the middle of the box The sediment collection container discharged from the valve is arranged. And the average value of the installation of these devices is adjusted by the balance screw provided at the bottom of the square in the pedestal box.
A spring-water type filtration purification device characterized by alternating meshing of a face-to-face partition mechanism from the tank system configured as described above, and a material-mixed application filter agent with bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank that is formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper cover and the funnel-shaped sedimentation chamber discharge at the bottom. The filtration and purification tanks are formed in one piece by meshing the partitioning plates facing each other into two parts by a separation method divided into an upper spring water tank, an intermediate filtration purification tank, and a lower funnel-shaped sedimentation chamber. 1. A material-mixed applied filtering agent using the spring water filtration and purification apparatus and the bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. Extraction pipe for extracting gas generated from the reaction of sewage substances collected in the sedimentation chamber by the separation system divided into the upper spring water tank, the middle filtration clarification tank, and the lower funnel-shaped sedimentation chamber. Each of the sewage feeds penetrating the partition is connected to a pump and a gas storage tank, and both the flowing water channel pipes in the tank have a double structure of end joints. A material-mixed applied filter with a spring water filtration purification device and a bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. In order to prevent water leakage, the separation is divided into an upper spring water tank, a middle filtration clarification tank, and a lower funnel-shaped sedimentation chamber. The spring-type filtration according to claim 1, 2 or 3, wherein these upper partition plates fixed by bolts from common screw holes are independent bodies of a partition wall mechanism having a water channel hole around the end. A material blended application filter agent with a purification device and a bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. An enclosure step with a screw hole on the surface around the water outlet cut out in the U shape located at the top of the tank from the separation system divided into an upper spring tank, middle filtration clarification tank, and lower funnel-shaped sedimentation chamber Screw fixing that the lower part is curved in the shape of a bay and covers the whole with a rectangular outlet that is the same shape as the tank outlet that protrudes outward from the upper outer surface of the inner container that fits in the U-shaped outlet. 5. A spring-water filtration and purification device according to claim 1, 2, 3, and 4, and a material-mixed applied filter material with bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank that is formed by adjusting the bubbles in the funnel-shaped sedimentation chamber at the bottom with the filtration and purification equipment and the filter medium in and out of the upper lid inside the cylindrical tank with a funnel-shaped lower part. From the outside to the inside by the separation method divided into the upper spring tank, middle filtration clarification tank, and lower funnel-shaped sedimentation chamber 6. The spring water filtration and purification device according to claim 1, and a material mixed application filter agent with bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. The separation type large tank was set on the pedestal located in the center of the hull deck, for the separation and purification of seawater and fresh water from the separation method divided into the upper spring water tank, the middle filtration septic tank, and the lower funnel-shaped sedimentation chamber. These mobile operating vessels and a tethered pump using a step system from suction extrusion to the through hole provided near the pedestal, and a suction pipe drawn from the pump inside the pedestal, and the depth below that passed from the deck surface to the bottom water. 7. A spring water filtration and purification device according to claim 1, 2, 3, 4, 5, and 6, and a material-mixed application filtering agent using bonding material charcoal sand having a deodorizing and purifying action.   A system inside the tank formed by adjusting the funnel-shaped sedimentation chamber discharge in the lower part of the cylindrical tank that has a funnel-shaped lower part and the filtration and purification equipment and filter medium in and out of the upper lid, and the funnel-shaped sedimentation chamber discharge at the bottom. The basic principle is the flow of alternating contrast directions due to the alternating meshing of the facing partition panels composed of the partition walls from the separation system divided into the upper spring water tank, the middle filtration septic tank, and the lower funnel-shaped sedimentation chamber. The spring water filtration purification device according to claim 1, 2, 3, 4, 5, 6 or 7, and a material-mixed application filtering agent using bonding material charcoal sand having a deodorizing purification action.   3. A cement charcoal sand having a deodorizing and purifying action according to claim 1, characterized in that it comprises a three-part blending of deodorized to water-purified charcoal and cement that suitably permeates water in a coagulated and dry state, and sand combined with solidified strength. A material blend applied filter agent.   Charcoal traces of baked dry materials obtained by kneading and solidifying three materials with water from a combination of three components, which is a combination of deodorized and water-purified charcoal and water that is moderately infiltrated in solidified and dry state, and sand combined with solidified strength. The material-mixed applied filtering agent with bonding material charcoal sand having a deodorizing and purifying action according to claim 1 or 9, characterized in that the complex perforated passages become nests for microbial propagation.   A debris-to-water-purifying charcoal and a cement that permeates water in a coagulated and dry state and a sphere-shaped through-hole formed by mixing sand with solidified body strength. 11. A material-mixed applied filter material with deodorizing and purifying bonding material charcoal sand according to claim 1, 9 or 10, characterized in that the ball is submerged in the bottom of the water to decompose water-containing nitrogen and phosphorous compounds to decompose charcoal and microorganisms naturally. .   From the deodorizing to water purification charcoal and the solid and dry cement, and the three-part combination of sand combined with the solidified strength of the solid from the three-part combination of the ball ball formed in the sphere from the filtration septic tank of the tank equipment 12. Application of blending material with charcoal sand having deodorizing and purifying action according to claim 1, 9, 10, or 11, characterized by a spherical frozen block filtration purification agent packed in a mesh belt bag from which grain balls can be easily taken out Filter agent.

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