WO2006010188A2

WO2006010188A2 - Pools arrangement

Info

Publication number: WO2006010188A2
Application number: PCT/AT2005/000297
Authority: WO
Inventors: Arnold Klement
Original assignee: Minnova Mineralien Handelsges.M.B.H.
Priority date: 2004-07-30
Filing date: 2005-07-28
Publication date: 2006-02-02
Also published as: WO2006010188A3; US20080307576A1; EP1774121B1; AT500735B8; AT500735A1; CA2575409A1; ATE463638T1; DE502005009373D1; AU2005266827A1; AT500735B1; EP1774121A2; ZA200700700B

Abstract

The invention relates to a pool arrangement (1) preferably filled with water and consisting of a first pool (10) embodied in the form of a swimming pool (11) and provided with a first side wall (12), a first bottom (13) and a first edge (14) thereof and of at least one second pool (20) embodied in the form of a filtering pool and provided with a second side wall (22), a second bottom (23) and a second edge (24) thereof, wherein at least one pool (10, 20) comprises at least one water discharge orifice (32) and at least one pool (10, 20) comprises at least one water supply orifice (33). For operating in winter season, said filtering pool (21) comprises at least one water discharge orifice (32) and at least one water supply orifice (33) which are connected to each other and remotely located from each other

Description

Beck composite

The invention relates to a pool, preferably filled with water, having at least a first basin, which is designed as a swimming pool and having a first side wall, a first floor and a first edge of the pool, and at least a second basin, which is designed as a filter pool and a second Side wall, a second bottom and a second edge of the basin, wherein at least one of the basins has at least one water discharge opening or an overflow and at least one of the basins at least one water supply opening. There are cymbal composites are known in which two adjoining basins with a partition wall have a common water level, which is above the partition wall, wherein water is sucked above the partition from the pool and fed to the filter pool. The purified water passes through the partition wall back into the pool. A disadvantage of such an arrangement is that the water must be lowered below the partition to achieve a separation of the two basins.

The object of the invention is therefore to provide a pool composite of the type mentioned, with which the mentioned disadvantages can be avoided, and in which the basins easy, preferably by lowering the water level, can be separated, and in the different levels in the individual basins easy can be compensated. Another task is to enable independent of the pool energy-saving operation of the filter tank in winter. According to the invention this is achieved in that the at least one swimming pool and the at least one filter tank are connected to at least one connecting device, wherein the connecting device free of funding, in particular pumps or suckers, wherein the at least one swimming pool and the at least one filter tank by means of the connecting device as communicating Vessels are formed, and are provided for filling with water surfaces at the same level. This pelvic composites are created, which can be easily separated by lowering the water, the openings are not clogged by sinking sediments or objects. Furthermore, the water level of the basin can be adjusted or compensated in a simple manner. In continuation of the invention may be provided to prevent clogging of the first opening, or a reduction of the flow through deposits, that the connecting means comprises at least a first opening, and the first opening in the first side wall is arranged.

In this connection, it can be provided that the at least one connecting device comprises at least one second opening arranged in the filter tank, wherein the first opening lies below the lowest level of the second basin edge and the second opening lies below the lowest level of the first tank edge. As a result, it is structurally ensured that the pelvic composite is a communicating vessel which is suitable for the formation of water surfaces at a common level.

In a continuation of the invention it can be provided that the first opening more than 10%, preferably more than 30%, in particular more than 50%, especially more than 70% of the vertical distance of the lowest level of the first pool edge to the lowest level of the first floor, is arranged above the lowest level of the first floor. As a result, the pool is connected to the filter tank to a certain minimum level, which can ensure that the swimming pool and the filter pool have water surfaces at a common level up to a predefinable minimum level. This also makes it possible, by deliberately lowering the water level in one of the pools, to induce a deliberate separation of the basins if this is desired, for example in the case of a swimming pool independent and thus energy-saving circulation of the filter basin in winter.

In this context, it can be provided in a continuation of the invention that the connecting device is designed as a connecting tube and / or through hole. This represents a structurally particularly simple embodiment of the connecting device. According to a further embodiment of the invention, it can be provided that the connecting device comprises at least one blocking means. As a result, a simple separation of the basin without lowering the water level can be realized. This is particularly advantageous for achieving a swimming pool independent, and thus energy-saving circulation of the filter tank in winter advantageous.

The invention further relates to a Beck composite of the aforementioned type. There are known pool associations with a swimming pool and a filter or clarifier, in which one of the basins is at a higher level than the other Pool. The swimming pool and the clarifier have no common water level. Rather, the water level of the clarifier is well above the water level of the pool, or vice versa. Likewise, the pool edge of the pool is at least partially significantly above the level of the highest part of the pool edge of the filter tank, or vice versa. Through a skimmer, therefore by a surface suction, water is sucked out of the pool and fed to the clarifier, or vice versa. By overflowing the pool edge of the higher basin, the water gets back into the lower basin. Such an arrangement complicates the arrangement of a common roof or cover of the two basins.

There are also pelvic composites of the type described in which the two basins are arranged structurally separate. Another disadvantage of such pool connections is that they are structurally very complex and take up a lot of space. Furthermore, such pools can be covered or covered at different levels only with great design effort.

The object of the invention is therefore to provide a pool composite of the type mentioned, with which the mentioned disadvantages can be avoided, which is structurally simple and space-saving to implement, which supports a common cover or roof of the swimming pool and the filter pool, and at least one operation the filter basin in winter simplified.

According to the invention this is achieved in that the at least one swimming pool is disposed adjacent to the at least one filter tank, wherein the highest area of the first pool edge is at substantially the same level as the highest area of the second pool edge, or one of the pools of another Basin is enclosed, the pool comprises an overflow into the filter tank and / or the filter pool an overflow into the pool, each of the water discharge openings is located below the lowest area of the overflow. As a result, a structurally simple and compact pelvic composite can be created. By the edge of the pool at the same level, a coverage of the entire pelvic composite is positively supported. A common pool and pool cover unites protection of the swimming pool from contamination with the cold protection of the filtration pool in one unit. Furthermore, by the proposed measures, a pool composite can be created in which the filter pool is completely enclosed by the pool, or vice versa. As a result, a fluidic particularly advantageous embodiment is achieved, in which a very efficient and uniform surface cleaning is realized, and a particularly uniform flow through the filter body which is charged on all sides with water to be purified.

In this context it can be provided that the overflow is associated with a mechanical filter, preferably a sieve. A filter in the overflow helps in a simple and advantageous way to clean the water of coarse impurities, which would otherwise sediment in the filter tank and cover the biological filter.

The invention further relates to a Beck composite of the type mentioned. There are known swimming pools, which are cleaned or clarified by circulation through a biological filter tank, the circulation is usually operated for cost reasons only during the warm seasons.

A disadvantage of such an arrangement is that in the cold seasons, therefore in the fall and in winter, the circulation and thus the flow through the biological filter is adjusted. As a result, the aerobic bacterial cultures die in the filter body or are converted into anaerobic biomass, which means a significant impairment of the filter effect in the subsequent bathing season. As a result, it comes at the beginning of the subsequent bathing season to increased algae in the pool. The object of the invention is therefore to provide a pool composite of the type mentioned, with which the mentioned disadvantages can be avoided, and which allows a simple winter operation of the filter pool, especially a biological filter pool, the biological filter body remains alive and functional. According to the invention, this is achieved in that the at least one filter tank comprises at least one water discharge opening and at least one water supply opening, wherein the water discharge opening and the water Zuführöfmung are interconnected and spaced from each other, and that the water discharge opening and the Water supply are part of a circulating only the water of the filter tank.

As a result, the water can be circulated in a filter pool without the involvement of a swimming pool. This can be a cost effective way over the winter Water cycle are maintained, which concerns only the filter tank, which thereby independent of the pool can be kept alive, so there is no increased algae formation in the pool in the spring or summer. Furthermore, this can be used only a filter tank circulating pump, which is much smaller and more power efficient than the pump necessary for the circulation of the pool. As a result, the operation of the filter tank over the winter is cheaper than the operation of the entire pool network. In this connection, it can be provided in a pelvic composite according to the invention that the at least one swimming pool and the at least one filter tank are connected to at least one connecting device, wherein the connecting device is free of conveying means, in particular pumps or suckers, wherein the at least one swimming pool and the at least a filter tank are formed by means of the connecting device as communicating vessels, and are provided for filling with water surfaces at the same level. This pelvic composites are created, which can be separated easily by Abseriken the water, the openings are not clogged by sinking sediments or objects. Furthermore, the water level of the basin can be adjusted or compensated in a simple manner. In a continuation of the invention it can be provided that the at least one swimming pool is arranged adjacent to the at least one filter tank, wherein the highest area of the first pool edge is at substantially the same level as the highest area of the second pool edge, or one of the pools of one the pool is enclosed, the pool comprises an overflow into the filter tank and / or the filter pool an overflow into the pool, each of the water discharge openings is arranged below the lowest area of the overflow. As a result, a structurally simple and compact pelvic composite can be created. By the edge of the pool at the same level, a coverage of the entire pelvic composite is positively supported. Such common coverage of swimming pool and filter pool combines the protection of the pool from contamination with the Käteshutz the filter pool in one unit. Furthermore, by the proposed measures, a pool composite can be created in which the filter pool is completely enclosed by the pool, or vice versa. As a result, a fluidic particularly advantageous embodiment is achieved in which a very efficient and uniform surface cleaning is realized, and a particularly uniform flow through the filter body which is charged on all sides with water to be purified. hi this context, it can be provided in a continuation of the invention that the at least one, connected to the at least one water Zufiihröfmung the filter tank, Wasser- Abfuhröfmung in the upper half of the filter tank, preferably in the upper third of the filter tank, especially directly below the water surface, is arranged. As a result, the water is pumped away as far as possible from the filter, where this should have the most impurities.

According to a further embodiment of the invention it can be provided that the least one, arranged at least one Wasser-Abfuhröffhung the filter bowl, Wasserzuführöffhung in the region of a arranged in the filter tank

Filter body, in particular in the lower region of the filter body, preferably in the region of the bottom of the filter body, is arranged. As a result, the water to be purified is fed directly to the filter body. As a result, a particularly uniform flow through the

Filter body and a vertical flow through the filter body reaches from bottom to top.

According to yet another embodiment of the invention can be provided that the interconnected Wasserabfuhröffhung and / or the Wasserzuführöffhung by

Openings are formed in the side wall of the filter bowl. These are unsafe on

Blockage by sediment deposits.

A variant of the invention may be that the interconnected water

Abführöffhungen and Wasser-Zuführöffhungen is associated with at least one filter pool pump, wherein the filter pool pump is provided to form a water tank only relevant to the filter cycle. As a result, a predeterminable and controllable water cycle can be maintained in a simple manner, with only one

Pump of low power and low power consumption is necessary. This is the result

Circulation of the filter tank during the winter much more energy efficient than the

Operation of the pool complex in summer.

In a further embodiment of the invention can be provided that the filter tank pump is arranged in the filter tank. This is a simple and service friendly arrangement of the

Filter pool pump. In a further development of the invention can be provided that the filter tank has a cover. As a result, heat loss and evaporation over the surface can be reduced.

Another possible embodiment may be that in the filter tank an additional cavity forming shaft is arranged. Such a shaft is for example suitable for receiving a filter tank pump or for absorbing sinking sediments.

According to a further embodiment of the invention can be provided that the filter tank or the interconnected Wasser-Abführöffhung and Wasserzuführöffhung comprise a heating element and / or a heat exchanger. As a result, additional heat can be supplied to the water of the filter basin, and the filter basin can be kept at water temperatures even at very low ambient temperatures, which promotes the survival of the biological filter.

A variant of the invention may consist in that means are provided for sucking the water out of the filter basin and / or the swimming pool and means for supplying the extracted water into the filter basin and / or the swimming pool. This ensures a water exchange between the filter pool and the pool. In a further embodiment of the invention can be provided that the at least one water-Abführöffhung in the side wall of the filter pool and / or the swimming pool is arranged. As a result, this is unconstitutional due to blockage due to sediment deposits.

In a development of the invention, it can be provided that the at least one water supply opening is arranged in the side wall of the filter basin and / or the swimming pool. As a result, this is not susceptible to blockage by sediment deposits. Another possible embodiment may consist in that the means for sucking off the water and / or the means for supplying the extracted water comprise at least one swimming pool pump. As a result, a predefinable and controllable water cycle can be maintained in a simple manner.

According to a further embodiment of the invention, it can be provided that at least two adjoining basins, preferably a swimming pool and a filter basin, are arranged together in a monolithic basin, wherein at least one partition wall is arranged between the basins. Such monolithic basins represent a simple and compact design of a pool composite according to the invention. The invention further relates to a Beck composite of the type mentioned. It is known to protect swimming pools by means of tarpaulins or on the pool surface floating blinds from contamination. A disadvantage of such tarpaulins or blinds is that they only protect the pool, and this only from contamination.

The object of the invention is therefore to provide a pool composite of the type mentioned above, with which the mentioned disadvantages can be avoided, and in which a swimming pool and associated with this filter pool are protected against excessive evaporation or water supply by rain, and against cooling. According to the invention, this is achieved in that the at least one swimming pool and the at least one filter pool have a common cover and / or a common roof.

A common pool and pool cover unites the protection of the swimming pool from contamination with the caustic protection of the filter basin in one unit. As a result, both the filter pool and the pool can be protected from excessive changes in the water level, such as evaporation or rain, and from cooling. Furthermore, the basins are protected from contamination, which can lead to impairment of its function, especially in the filter tank. The invention further relates to a method for operating a water-filled pool complex comprising at least one swimming pool and at least one filter pool, preferably in a pool composite according to the invention, at ambient and / or water temperatures in at least one of the basins below 10 ⁰ C, preferably below 6 ° C. , in particular below 3 ° C, especially below 0 ⁰ C.

There are known pools, which are cleaned or clarified by means of a biological filter pool. Such swimming pools are usually operated at ambient temperatures, which are also suitable for the survival of the biological filter.

A disadvantage of such an arrangement is that at the end of a bathing season, therefore, the circulation of the swimming pool is adjusted via the biological filter in the fall, and thus the flow through the filter is omitted. As a result, the aerobic bacterial cultures die in the filter body or are converted into anaerobic biomass, which significantly affects the filter effect in the subsequent bathing season means. As a result, it comes at the beginning of the subsequent bathing season to an increased

Algae formation in the pool.

The object of the invention is therefore to provide a method for operating a pool composite of the type mentioned, with which the mentioned disadvantages can be avoided, and with which a filter tank in a simple and cost-saving manner at low

Temperatures can be operated, the biological filter body remains alive and functioning.

According to the invention this is achieved in that the exchange of water between the at least one swimming pool and the at least one filter tank is prevented, in particular by means of a shut-off that a only the water of the filter tank related circuit is formed, and the water is circulated in the filter tank.

As a result, a filter tank, especially a biological filter in a filter tank independent of the pool during the winter are kept alive.

In continuation of the invention can be provided that the water of the filter pool and / or the water of the filter pool, the circuit heat is supplied.

As a result, the filter tank can be operated at very low ambient temperatures or long-lasting cold.

The invention will be described in more detail with reference to the accompanying drawings, in which particularly preferred embodiments are shown. Showing:

Fig. 1 a pelvic composite according to the invention according to the patent claim 1;

Fig. 2 shows another embodiment of a pelvic composite according to claim 1;

FIG. 3 shows a pelvic composite according to the invention according to the patent claim 6; FIG.

Fig. 4, the filter tank of a pool composite according to claim 8;

Fig. 5 shows an embodiment of a pool composite as a monolithic basin;

6 shows a further embodiment of a pool composite as a monolithic basin;

Fig. 7 shows another pool composite according to claim 6 in plan view;

FIG. 8 shows a pelvic composite according to FIG. 7 in side elevation; FIG.

9 shows a further pelvic composite according to the patent claim 6 in plan view; and

10 a pelvic composite according to FIG. 9 in side elevation.

The invention relates to pool assemblies 1, preferably filled with water, with at least a first basin 10, which is designed as a swimming pool 11 and a first

Side wall 12, a first bottom 13 and a first basin edge 14, and at least one second basin 20, which is designed as a filter basin 21 and a second side wall 22, a second bottom 23 and a second tank edge 24, wherein the at least one swimming pool 11 and the at least one filter tank 21 have no common water level 2. The water level 2 of the individual basins 10, 20 may well have a water level 2 at a common level, but there is no direct connection between the water levels 2 of the individual basins 10, 20.

Such pool composites 1 have the advantage that in this way compounds of pool 11 and filter pool 21 are created, which allow by separating the filter pool 21 from the pool 11 without common water surface 2 winter operation of the filter tank 21, without simultaneously the pool 11 also before the To keep freezing. As a result, a biological filter 50 can be kept alive over the winter with little energy expenditure. The term "water" is used in nature, with biological waste products (eg urine), dissolved chemicals (eg acids), dissolved gases (eg oxygen) and minerals (eg salt), micro-organisms (eg plankton, bacteria, insects) , Algae and much more mixed substance understood, and not just the pure chemical compound H ₂ O.

Pelvis composites 1 according to the invention are basins 10, 20 which are artificially sealed from the environment. be accomplished by means of a waterproof film which is laid in the ground, wherein at least one of the basins can be designed as a swimming pond. However, it may also be made of plastic, composite material, metal (stainless steel), concrete or stone basin 10, 20 may be provided.

Li the preferred embodiments according to the pelvic composites 1, a filter pool 21 is arranged in the vicinity of a swimming pool 11 which are interconnected. Both more than one swimming pool 11 and more than one filter pool 21 can be provided, which are combined to form a pool complex 1. For example, a plurality of filter basins 21 can be arranged around a swimming pool 11 at different locations or be connected to a swimming pool 11. In this way, a particularly advantageous cleaning of the water of a large swimming pool 11 can be ensured. In the case of the preferred embodiments of pool networks 1 according to the invention, the one or more filter pools 21 belonging to one or more swimming pools 11 have one Total floor area, which is in the range between 10% and 50% of the total base area of the swimming pool 11, preferably in the range between 15% and 35% of the total base area of the swimming pool 11, in particular in the range between 20% and 30% of the total base area of the pool 11, especially is about 25% of the total floor area of the pool or pool 11. This results in a pelvic composite 1 according to the invention with a total base area of at least one pool 11 of 40m, a preferred total floor area of at least one filter pool 21 of 10m ² . The necessary for a cleaning of a swimming pool 11 size of the filter tank 21 results mainly from the base of the pool 11, and less from the volume of the pool 11, and the number of bathers.

Tank pools 1 according to the invention are intended for use as swimming pools 11, especially as biologically cleaned or clarified swimming pools 11 or swimming ponds. For this purpose, it is provided that the filter basin 21 comprises a filter body 51, wherein the filter body 51 comprises a biological filter medium, preferably a granular filter medium, in particular zeolite. A biological filter medium usually acts as a carrier for bacteria that break down the contaminants of the surrounding water, thereby purifying the water. A granular filter medium has the advantage of a very large on the required volume surface on which bacteria can settle. When using a suitable filter medium is formed on this a so-called. Biological film or a bacterial lawn. Typically, rock granules in graded granules find use as filter media. However, it can also find small plastic beads used as a filter medium. The use of zeolite as filter medium has proved to be particularly advantageous. Zeolite favors the settlement of a bacterial lawn in a particularly advantageous manner. The filter medium is arranged in the filter body 51. A filter body 51 preferably has the form of an open-topped tub or trough, which comprises the filter medium, and a number of openings, such as water Zuführöffhung. Such openings are preferably arranged in the lower region of the filter body 51, in particular in the bottom of the filter body 51.

In addition to the granular filter media high surface area, these also allow a very good flow. At one point the filter body 51, in particular under pressure, fed Water easily passes through it and disperses, coming in contact with the bacterial lawn.

In a preferred embodiment of a pelvic composite 1 according to the invention with a swimming pool 11 and a filter basin 21, the thickness of the filter medium in the filter body 51 is up to one meter, preferably the thickness of the filter medium in the filter body 51 is in the range between 15 cm and 70 cm, in particular the thickness the filter medium in the filter body 51 in the range between 30cm and 50cm, especially the thickness of the filter medium in the filter body 51 is about 40 cm.

Pond composites 1 according to the invention have means for suction 30 of the water and means for feeding 31 of the extracted water. In the preferred embodiments, the means 30 for extracting the water and means for supplying 31 the extracted water are formed by at least one pump 35, 39. According to the invention for this purpose any type of pump 35, 39, such as piston pumps, radial, axial or tangential compressor pumps may be provided. Preferably, so-called centrifugal pumps are used. Furthermore, the at least one pump 35, 39 can be arranged both inside a basin 10, 20 as a submersible pump, or outside the basins 10, 20. In the preferred embodiments, it is provided that the at least one pump 35, 39 to operate electrically. However, it can also be provided - especially at remote locations - to operate the pump 35, 39 by means of an internal combustion engine, or by means of a water wheel or wind turbine. In the preferred embodiments of the invention it is provided to operate the means for suction 30 of the water and the means 31 for supplying the extracted water with only one pump 35, 39. However, it may be provided to provide a plurality of pumps 35, such as suction and / or supply of water to more than one point, by providing one pump 35, 39 per intake or per Zuführzweig. The water is sucked out below the lowest level of the first pool edge 14 or the second pool edge 24. Preferably by a designated as skimmer 38 suction. Such a skimmer 38 may be formed by an aspirator on a surface float, as well as by a flap in the first 12 or second side wall 22. However, any other location of the water discharge opening 32 may be provided. For example, by arranging a pipe at a location of a basin 10, 20. It is provided that the at least one water discharge opening 32 is arranged in the swimming pool 11 and / or that the at least one water discharge opening 32 is arranged in the filter basin 21. Furthermore, it is envisaged that the at least one water Zuführöffhung 33 for supplying at least a portion of the extracted water in the region of a arranged in the filter tank 21 filter body 51, in particular in the lower region of the filter body 51, preferably in the region of the bottom of the filter body 51, is arranged, and / or that the at least one water Zuführöffhung 33 for supplying at least a portion of the extracted water in the pool 11 is arranged. 1 and 2 show various embodiments of a pool composite 1, preferably filled with water, with at least one first basin 10, which is designed as a swimming pool 11 and has a first side wall 12, a first bottom 13 and a first pool edge 14, and at least a second basin 20, which is designed as a filter basin 21 and has a second side wall 22, a second floor 23 and a second basin rim 23, wherein at least one of the pools 10, 20 has at least one water discharge opening 32 and at least one of the pools 10, 20 at least one water Zuführöffhung 33, wherein the at least one swimming pool 11 and the at least one filter tank 21 are connected to at least one connecting device 40, wherein the connecting device 40 is free of conveying means 34, in particular pumps 35, 39 or suckers, and at least one in the first side wall 12 arranged first opening 15, wherein i the at least one swimming pool 11 and the at least one filter tank 21 are formed by means of the connecting device 40 as communicating vessels, and are provided for filling with water surfaces 2 at the same level.

As a result, different water levels 2 in the different basins 10, 20 can be adjusted. Such differences arise after long periods of drought or heavy falls.

Preferably, the first opening 15 is located below the lowest level of the first side wall 12 therein. This ensures that no water leaves an overflow at another location of one of the basins 10, 20. It is envisaged that the swimming pools 11 and filter basins 21 fulfill the design features that the at least one connecting device 40 comprises at least one second opening 25 arranged in the filter basin 21, wherein the first opening 15 is below the lowest level of the second basin edge 24 and the second opening 25 is below the lowest level of the first pool edge 14. It can be provided that the at least one swimming pool 11 and the at least one filter tank 21 are arranged at any distance from each other. Depending on the preferred application can be provided that filter pool 21 to arrange at a large distance from the pool 11, as to use the area around the pool 11 fully as a lawn or as a sports complex, or to arrange the filter pool 21 next to the pool 11, such as limited space conditions.

Depending on the distance to be bridged between the basins 10, 20, it is provided that the connecting device 40 is designed as a connecting tube 41 and / or Durchgangsöfmung 42. It should be noted that any number of connecting tubes 41 and / or passage openings 42 may be provided for connecting a swimming pool 11 and a filter basin 21. The dimensions or the cross section of the connecting devices 40 is limited only by the dimensions of the side walls 12, 22. In the preferred embodiments, the connecting tube 41 and / or Durchgangsöfmung 42 has a cross section of 10cm to 500cm, preferably from 30cm to 350cm ² , in particular from 50cm ² to 200cm ² .

In the preferred embodiments, the connecting pipe 41 extends horizontally between the swimming pool 11 and the filter pool 21. It may be provided that the connecting pipe 41 has slopes, slopes and / or bends. Preferably, the connecting device 40 comprises at least one blocking means 43. Thus, the filter tank 21 can be easily separated from the swimming pool 11. By separating the filter tank 21 from the pool 11, the filter tank 21 can be kept alive by means of a special winter operation even at low ambient temperatures.

It can be provided that the first opening 15 is arranged at any point in the first basin wall 14, preferably more than 10%, preferably more than 30%, in particular more than 50%, especially more than 70% of the vertical distance of the lowest As a result, it is possible to separate the swimming pool 11 from the filter basin 21 by draining a certain portion of the water, provided that the connection device 40 does not comprise a shut-off means 43 ,

In the embodiments according to FIGS. 1 and 2, the water in the swimming pool 11 is sucked off by means of a swimming pool pump 39 and fed to the filter basin 21, preferably in the region of the bottom of the filter body 51. The purified water passes back through the Durchgangsöfmung 42 in the pool 11. The embodiment according to FIG. 2 additionally has a water discharge opening 32 in the filter basin 21, which is connected by a filter tank pump 35 with the water Zuführöffhung 33 in the filter tank 21. This device is intended for the winter operation of the filter tank 21. 3 shows an embodiment of a pool composite 1, preferably filled with water, with at least one first basin 10, which is designed as a swimming pool 11 and has a first side wall 12, a first bottom 13 and a first pool edge 14, and at least one second Basin 20, which is designed as a filter pool 21 and a second side wall 22, a second bottom 23 and a second pool edge 23, wherein at least one of the basins 10, 20 at least one Wasser- Abführöffhung 32 and at least one of the basins 10, 20 at least one Water supply opening 33, wherein the at least one pool 11 is disposed adjacent to the at least one filter tank 21, wherein the highest area of the first pool edge 14 is at substantially the same level as the highest area of the second pool edge 24, or one of the pools 10, 20 is surrounded by another of the pools 20, 10, wherein the pool 11 e In overflow 44 in the filter tank 21 and / or the filter pool 21 an overflow 44 in the pool 11 includes, each of the water-Abführöffhungen 32 is disposed below the lowest portion of the overflow 44.

By virtue of the corresponding arrangement, the at least one swimming pool 11 and the at least one filter basin 21 have different water surfaces 2 at different levels. By stopping the supply of water in one of the tanks 10, 20 no more water runs over the overflow 40.

The adjoining design of a pool system 1 according to the invention can be realized with any type of basin 10, 20, it being possible to provide that these are separate basins 10, 20, as well as a basin, preferably a monolithic basin 46, which passes through at least one partition 47 is divided into several basins 10, 20. It is envisaged that these have at one point a common pool edge 14, 24, which is formed as an overflow 44. It is advantageous if the pool edges 14, 24 have a lower level at the contacting area than the surrounding Beckränder 14, 24. It is envisaged that the highest area of the first pool edge 14 and the highest area of the second pool edge 24 are at approximately the same level. This makes it possible to integrate the pools 10, 20 beautifully and harmoniously into the landscape. Furthermore, the common pool edge supports 14, 24, the arrangement of a common cover 52 above the swimming pool 11, as well as above the filter pool 21st

It can be provided to arrange a mechanical filter 45 in the region of the overflow 44. Such a filter 45 may be provided to any on the

Water surface 2 Existing impurities, such as leaves or dead insects, from

Keep swimming pool or filter pool away. Such a filter 45 can by a

Be formed sieve.

In the embodiment according to FIG. 3, the water in the filter basin 21 in the region of the second floor 23 is sucked off and supplied to the swimming pool 11. By overflowing the

Overflow 44, the water passes back into the filter pool 21st

However, it may also be provided that suck water in the pool 11 and feed the filter tank 21, in which case the water from the filter pool 21 in the

Swimming pool 11 over which, an overflow 44 occurs.

It can also be provided that the overflow 44 by a partially open-edge

Opening of the region of the same pool edge 14, 24 is formed. Such open-edged opening can be the preferred cross sections of a connecting device

40 and is intended for firing with a shut-off. Such a thing

Shut-off can be formed, for example, by one of the opening opposite use. Such an opening preferably has the cross section of a

Circular segments, a triangle, a trapezoid or a rectangle.

FIGS. 7 to 10 furthermore show embodiments of pelvic composites 1 according to the invention. One of the pelvis 10, 20 is arranged in the other pelvis 20, 10, wherein the inner pelvis 10, 20 is surrounded on all sides by the outer pelvis 20, 10 ,

Figs. 7 and 8 show an arrangement in which a filter tank 21 within a

Swimming pool 11 is arranged. The entire second pool edge 24 is formed as an overflow. This has the advantage of a particularly good and uniform flow through the filter body, since evenly from all sides water flows into the filter tank 21, where this is sucked in the region of the second floor. In a preferred arrangement, the filter basin 21 is arranged centrally within the swimming pool 11. Another

The advantage is that the entire outer edge of the pelvic composite 1 is formed by the first edge of the pool. The embodiment according to FIGS. 7 and 8 may preferably have a cover of the

Filter bowl 21 have. FIGS. 9 and 10 show a further embodiment of basins 10, 20 arranged one inside the other, wherein the swimming pool 11 is surrounded on all sides by the filter basin 21. The filter pool has a water level at a low level as the filter pool and the entire first pool edge 14 is formed as an overflow 44 from the pool into the filter pool 21. The filter pool 21 is closed by a swimming pool 11 quite common grille. This arrangement has, over conventional arrangements with Überlaufπnnen 44, which collect the overflowing water and bring to a filter tank 21, the advantage that it does not require the additional piping which are needed to transport the water to a filter tank 21. Such an arrangement also has the advantages of a particularly good flow through the filter body 51 and the particularly effective, because uniform Oberflächenäbsaugung on. It can also be provided that the second pool edge 24 in the region of the cover 52 has only a small distance from the first pool edge 14, and that the filter pool 21 expands down to the water surface 2 of the filter pool 21, the preferred 25% of the base area of the swimming pool 11. In this way it is possible to integrate a filter tank largely unnoticed in a pool arrangement. The arrangements according to FIGS. 7 to 10 can be realized with both round and angular basic shapes, wherein the swimming pools 11 and the filter basins 21 do not have to have the same cross-sectional shape. The location of the arrangement of one basin 10, 20 in the other basin 20, 10 is arbitrary. In the preferred embodiments, it is provided to arrange the basins 10, 20 concentrically.

2 and 5 show a pool composite 1, preferably filled with water, with at least one first basin 10, which is designed as a swimming pool 11 and has a first side wall 12, a first bottom 13 and a first pool edge 14, and at least one second Basin 20, which is designed as a filter pool 21 and a second side wall 22, a second bottom 23 and a second pool edge 23, wherein at least one of the basins 10, 20 at least one Wasser- Abführöffhung 32 and at least one of the basins 10, 20 at least one Water Zuführöffhung 33, wherein the at least one filter tank 21 comprises at least one Wasser- Abführöffhung 32 and at least one Wasserzuführöffhung 33, the Wasser- Abführöffhung 32 and the Wasserzufuhrzuföffhung 33 are interconnected and spaced from each other, and that the Wasserabfuhröffhung 32 and the water Zuführöffhung 33 Part of a circuit that concerns only the water of the filter bowl 21, wherein it is intended to combine these and the following features with the features of the above-described embodiments pelvic composites 1 according to the invention. FIG. 4 shows a corresponding filter basin 21 with two alternative arrangements of the interconnected water feed opening 33 and water discharge opening 32. An essential advantage of the arrangements according to FIGS. 3 to 5 lies in the simple and cost-saving realization of a so-called winter operation of the Filter basin 21 of a pool composite 1.

In the preferred embodiment it is provided that the interconnected and spaced-apart water discharge opening 32 and the water supply port 33 independent of the water cycle of the swimming pool 11, only the filter pool 21 relating to water cycle form, it is preferably provided, the water from the Filter tank water circuit not suck by means of the pool pump 39 but by means of a separate filter tank pump 35 and feed the filter tank 21. This is energy-saving, since the filter bowl pump 35 can be made substantially smaller than the swimming pool pump 39. The bacteria and microorganisms contained in a biological filter 50 are only moderately cold-resistant. Although these produce a certain amount of heat through their activity, this is usually not sufficient to preserve the filter pool 21 from freezing. Since it is not easy to turn on an ecosystem, such as a biological filter 50, it is important to prevent this from being damaged by the cold. Since the swimming pool 11 is not part of the biological filter 50, it can freeze over in winter, or be emptied before winter.

In the embodiments illustrated in FIGS. 2, 4 and 5, the water in the filter tank 21 is sucked off by means of the filter tank pump 35 and fed to the filter tank 21. It may alternatively be provided to supply a portion of the water to the pool 11, as in the embodiment of FIG. 5. The water passes, if supplied to the pool 11, either by overflowing the overflow 44 or 43 existing and open shut-off means through the passage opening 42 back into the filter tank 21. It may be provided a manifold 37 to control the distribution of the pumped water to the pool 11 and on the filter tank 21 and to regulate. This makes it possible to prevent the supply of water into the pool 11. In this configuration, the blocking means 43 is preferably in the Passage opening 42 closed. It can be provided that the embodiments of a tank network 1 shown in FIGS. 2 and 4 also comprise means for supplying water 31 into the pool 11. These have been omitted in Figs. 2 and 4 for clarity. Fig. 4 shows two different arrangement of the means for suction 30 of the water and the Wasser-Abführöffhung 32 and means for supplying 31 of the extracted water and the Wasserzuführöffhung 33. It can be provided that the at least one, with the at least one Wasser- Zuführöffhung 33 of the filter bowl 21 connected, Wasser- Abführöffhung 32 in the upper half of the filter bowl 21, preferably in the upper third of the filter bowl 21, in particular directly below the water surface 2, is arranged, and that the least one, with the at least one water -Abführöffhung 32 of the filter tank 21 connected, Wasserzuführöffhung 33 in the region of a arranged in the filter tank 21 filter body 51, in particular in the lower region of the filter body 51, preferably in the region of the bottom of the filter body 51, is arranged. This results in a good flow through the filter body 51st

The interconnected Wasser-Abführöffhung 32 and / or the Wasserzuführöffhung 33 are preferably formed by openings in the second side wall 22. This leaves them free of sediment.

In a first arrangement, the water is sucked by means of a submersible pump 36 in the filter tank 21, and fed via a feed line to the arranged in the filter tank 21 filter body 51, in particular the lower portion of the filter body 51. It can be provided that the submersible pump 36 is arranged in the upper region of the filter basin 21, preferably in the upper region of the filter body 51, in particular directly at the upper end of the filter body 51.

In a second arrangement, not shown, the submersible pump 36 is arranged in the region of a well 53 arranged in the filter basin 21, in particular in the region of the filter body 51. The supply of water is analogous to the first arrangement. In a third arrangement of the means for suction 30 of the water and the Wasser- Abführöffhung 32 and means for supplying 31 of the extracted water and the Wasserzuführöffhung 33 in the filter tank 21, the water in the region of the shaft 53, preferably in the lower part of the shaft 53, in particular in the region of the bottom of the shaft 53, and here above all a few centimeters above the bottom of the shaft 53 through an opening in the wall, sucked off. The supply of water is analogous to the first arrangement.

It can be provided that the filter basin 21 has a cover 52. Furthermore, it can be provided that the at least one swimming pool 11 and the at least one filter basin 21 have a common cover 52 and / or roof. This allows, not only in winter, the removal of unwanted external influences. Thus, the filter pool 21 can be prevented from overflowing in the summer, or from flooding into the swimming pool 11 in the summer. It can also be provided that the filter basin 21 is protected against contamination by foreign bodies, such as cigarettes or waste. cover. Furthermore, it can be provided to prevent persons and animals from entering the filter basin, and thus from destroying the biological filter 50, by means of a cover, for example in the form of a grid. The covering 52 of the filter basin 21 preferably serves to protect the filter basin 21 from cold and winter precipitation. For arranging the cover 21 over the filter tank, appropriate means for arranging 56 may be provided. These may be formed, for example, by a projection 57 extending partially or completely around the filter basin 21, as shown in FIG. 5. It can be provided to seal the filter basin 21 by means of the cover 52 as far as possible so that water does not penetrate into the filter basin 21 even when the water passes from the side of the swimming pool 11 or from the surroundings. As a result, the filter basin 21 can be prevented from flooding during long-lasting heavy rainfall.

It may further be provided that the filter basin 21 comprises a heating element 54 and / or a heat exchanger 55. Such a heating element 54 can be implemented in the simplest embodiment by a limited in its performance immersion heater. It may be provided, especially in the presence of a cheap heat source such as geothermal or district heating, to arrange a heat exchanger 55 in the filter tank 21. It is advantageous to arrange a heat source in the well 53, as this too high local temperatures are kept away from the biological filter 50.

For the so-called. Winter operation, therefore, the operation of a water-filled pool complex 1 comprising at least one pool 11 and at least one filter tank 21, preferably according to one of claims 1 to 24, at ambient and / or water temperatures below 10 ° C, preferably below 6 ° C, especially below 3 ⁰ C, especially under ^{0 0} C, the exchange of water between the at least one pool 11 and the at least one filter tank 21 is prevented, so that only one of the water of the filter tank 21 concerning circuit is formed, and the water is circulated in the filter tank 21. Wherein For circulating a separate filter tank pump can be provided, which circulates only the filter pool and not the swimming pool and therefore is smaller, more energy efficient and cheaper to buy and operate.

For this purpose, it is necessary to close any existing connecting device 40 with the blocking means 43, and further by means of the distributor 37 to exclude the swimming pool 11 from the supply or the discharge of water. In this state, in which the swimming pool 11 is separated from the filter basin 21, this can be deprived. By covering the filter basin 21, as already mentioned, be protected from environmental influences. By means of a arranged in the filter tank 21 heating element 54, the filter tank 21 heat can be supplied. Depending on the weather, the filter pool 21 can both be covered, as well as heated by means of the heating element 54. It can also be provided to use only one of these means, therefore cover only the filter pool 21, or heat. Now, the water of the filter bowl 21 is circulated in itself, therefore, it is winter through a steady water cycle as shown in Figs. 4 and 5 maintained, whereby the bacterial cultures in the biological filter 50 remain alive.

It may further be provided to supply heat to the water of only the filter tank 21 concerning the water cycle by means of a heat source, such as a heat exchanger 55 or a heating element 54. This heat source can be arranged both at each point of the filter tank 21 and the circulation circuit, as well as in the pipes between the water discharge opening 32 and the water Zuführöffhung 33. By separating the swimming pool 11 from the water cycle of the filter tank 21, the filter pool 21st This can also be helpful if it comes to a special pollution of the swimming pool 11, such as oil, poison, or fecal matter, such as from a cesspool. In this case, the filter pool 21 can be closed and separated from the swimming pool 11. The swimming pool 11 can then be cleaned and refilled.

All disclosed embodiments of pelvic composites 1 according to the invention can be applied both to freestanding and / or to buried single basins 10, 20 connected to one another be applied, as well as so-called monolithic basin 46, which consist largely of one piece and at least a partition 47 in at least one pool 11 and at least one filter pool 21 are divided.

Any combination of all features disclosed in the claims and the description may be provided.

Claims

PATENT APPLICATIONS

1. pool composite (1), preferably filled with water, with at least a first basin (10), which is designed as a swimming pool (11) and a first side wall (12), a first bottom (13) and a first pool edge (14) and at least one second basin (20) which is designed as a filter basin (21) and has a second side wall (22), a second floor (23) and a second basin edge (24), at least one of the basins (10, 20) at least one Wasser- Abfuhröffhung (32) or an overflow and at least one of the tanks (10, 20) at least one Wasserzuführöffhung (33), characterized in that the at least one swimming pool (11), the at least one filter tank ( 21) and / or the overflow are connected to at least one connecting device (40), wherein the connecting device (40) free of conveying means (34), in particular pumps (35, 39) or suckers, wherein the at least one swimming pool (11) and there s at least one filter tank (21) by means of the connecting device (40) are designed as communicating vessels, and for filling with water surfaces (2) are provided at the same level.

2. pelvic composite (1) according to claim 1, characterized in that the connecting means (40) comprises at least a first opening (15), and the first opening (15) in the first side wall (12) is arranged.

3. pelvic composite (1) according to claim 1 or 2, characterized in that the at least one connecting means (40) at least one filter in the basin (21) arranged second opening (25), wherein the first opening (15) below the lowest level of second pool edge (24) and the second opening (25) is below the lowest level of the first pool edge (14).

4. cymbal composite (1) according to claim 1, 2 or 3, characterized in that the first opening (15) more than 10%, preferably more than 30%, in particular more than 50%, especially more than 70% of the vertical distance of lowest levels of the first Pool edge (14) to the lowest level of the first floor (13), above the lowest level of the first floor (13) is arranged.

5. pool composite (1) according to one of claims 1 to 4, characterized in that the connecting device (40) as a connecting tube (41) and / or Durchgangsöfmung (42) is formed.

6. pelvic composite (1) according to one of claims 1 to 5, characterized in that the connecting device (40) comprises at least one blocking means (43).

7. Basin assembly (1), preferably filled with water, with at least a first basin (10), which is designed as a swimming pool (11) and a first side wall (12), a first bottom (13) and a first basin edge (14) and at least one second basin (20) which is designed as a filter basin (21) and has a second side wall (22), a second floor (23) and a second basin edge (24), at least one of the basins (10, 20) at least one Wasser- Abfuhröffhung (32) and at least one of the basins (10, 20) at least one Wasserzuführöffhung (33), characterized in that the at least one swimming pool (11) adjacent to the at least one filter tank (21) wherein the highest area of the first pool edge (14) is at substantially the same level as the highest area of the second pool edge (24), or one of the pools (10, 20) is different from another of the pools (20, 10). is enclosed, w in that the swimming pool (11) has an overflow (44) into the filter basin (21) and / or the filter basin (21) has an overflow (44) into the swimming pool (11), each of the water discharge openings (32) being below the lowest Region of the overflow (44) is arranged.

8. pelvic composite (1) according to claim 7, characterized in that the overflow (44) is associated with a mechanical filter (45), preferably a sieve.

9. pool (1), preferably filled with water, with at least a first basin (10), which is designed as a swimming pool (11) and a first side wall (12), a first bottom (13) and a first pool edge (14) and at least one second basin (20), which is designed as a filter basin (21) and a second one Sidewall (22), a second bottom (23) and a second basin edge (24), wherein at least one of the basins (10, 20) at least one Wasser- Abfuhröffhung (32) and at least one of the basins (10, 20) at least one Characterized in that the at least one filter basin (21) comprises at least one water discharge opening (32) and at least one water supply opening (33), the water discharge opening (32) and the water discharge opening (33). Zufuhröffhung (33) are interconnected and spaced from each other, and that the water discharge opening (32) and the Wasserzufuhröfföffhung (33) are part of a only the water of the filter bowl (21) concerned circuit.

10. pool composite (1) according to claim 9, characterized in that the at least one swimming pool (11) and the at least one filter tank (21) with at least one connecting device (40) are connected, wherein the connecting means (40) free of conveying means (34 ), in particular pumps (35, 39) or suckers, wherein the at least one swimming pool (11) and the at least one filter basin (21) are designed as communicating vessels by means of the connecting device (40), and for filling with water surfaces (2) are provided at the same level.

11. pool composite (1) according to claim 9 or 10, characterized in that the at least one swimming pool (11) adjacent to the at least one filter tank (21) is arranged, wherein the highest area of the first pool edge (14) at substantially the same level such as the highest area of the second pool edge (24), or one of the pools (10, 20) is surrounded by another of the pools (20, 10), the swimming pool (11) providing an overflow (44) into the filter pool ( 21) and / or the filter basin (21) comprises an overflow (44) into the pool (11), each of the water discharge openings (32) being located below the lowest area of the overflow (44).

12. pelvic composite (1) according to one of claims 9 to 11, characterized in that the at least one, connected to the at least one Wasserzufuhröfföffhung (33) of the filter bowl (21), water-discharge opening (32) in the upper half of the Filter Beckens (21), preferably in the upper third of the filter tank (21), in particular directly below the water surface (2) is arranged.

13. pool composite (1) according to one of claims 9 to 12, characterized in that the least one, with the at least one water-Abführöffhung (32) of the filter tank (21) connected, Wasserzuführöffhung (33) in the region of a filter tank (21) arranged filter body (51), in particular in the lower region of the filter body (51), preferably in the region of the bottom of the filter body (51) is arranged.

14. pool composite (1) according to one of claims 9 to 13, characterized in that the interconnected Wasser- Abfuhröffhung (32) and / or the Wasserzuführöffhung (33) through openings in the second side wall (22) are formed.

15. pool composite (1) according to one of claims 9 to 14, characterized in that the interconnected Wasser-Abfuhröffhungen (32) and Wasserzufuhröffnungsöffhungen (33) is assigned at least one filter tank pump (35), wherein the filter pool pump (35) for Training a only the filter tank (21) concerned water cycle is provided.

16 pool composite (1) according to claim 15, characterized in that the filter tank pump (35) in the filter tank (21) is arranged.

17. cymbal composite (1) according to one of claims 9 to 16, characterized in that the filter basin (21) has a cover (52).

18. cymbal composite (1) according to one of claims 9 to 17, characterized in that in the filter tank (21) an additional cavity forming shaft (53) is arranged.

19. cymbal composite (1) according to one of claims 9 to 18, characterized in that the filter tank (21) or the interconnected Wasser-Abführöffhung (32) and Wasserzuführöffhung (33) a heating element (54) and / or a heat exchanger (55).

20. pool composite (1) according to one of claims 1 to 19, characterized in that means for sucking (30) of the water from the filter tank (21) and / or the Swimming pool (11) and means for supplying (31) of the extracted water in the filter tank (21) and / or the swimming pool (11) are provided.

21 pelvic composite (1) according to one of claims 1 to 20, characterized in that the at least one Wasser- Abführöffhung (32) in the first side wall (12) and / or the second side wall (22) is arranged.

22. Pelvic composite (1) according to one of claims 1 to 21, characterized in that the at least one water Zuführöffhung (33) in the first side wall (12) and / or the second side wall (22) is arranged.

23. pool system (1) according to one of claims 1 to 22, characterized in that the means for sucking (30) of the water and / or the means for supplying (31) of the extracted water comprise at least one swimming pool pump (39).

24. Beckenverbund (1) according to one of claims 1 to 23, characterized in that at least two adjoining basins (10, 20), preferably a swimming pool (10) and a filter tank (20), together in a monolithic basin (46). are arranged, wherein between the basin (10, 20) at least one partition wall (47) is arranged.

25. Basin assembly (1), preferably filled with water, with at least a first basin (10), which is designed as a swimming pool (11) and a first side wall (12), a first bottom (13) and a first basin edge (14) and at least one second basin (20) which is designed as a filter basin (21) and has a second side wall (22), a second floor (23) and a second basin edge (24), at least one of the basins (10, 20) whom ^'gstens has a water-Abführöffhung (32) and at least one of the basins (10, 20) at least one water-Zuführöffhung (33), preferably according to one of claims 1 to 24, characterized in that the at least one swimming pool ( 11) and the at least one filter basin (21) have a common cover (52) and / or a common cover canopy.

26. A method for operating a water-filled pool composite (1) comprising at least one swimming pool (11) and at least one filter tank (21), preferably according to one of claims 1 to 25, at ambient and / or water temperatures in at least one of the tanks ( 10, 20) below 10 ⁰ C, preferably below 6 ° C, especially below 3 ° C, especially below 0 ° C, characterized in that the exchange of water between the at least one swimming pool (11) and the at least one filter tank ( 21) is prevented, in particular by means of a shut-off means (43), that a circuit only the water of the filter tank (21) is formed, and the water in the filter tank (21) is circulated.

27. A method for operating a water-filled pool composite (1) according to claim 26, characterized in that the water of the filter tank (21) and / or the water of the, the filter tank (21) concerned cycle heat is supplied.