ES2206080T3 - DISCHARGE DEVICE FOR THE DISCHARGE OF FLUIDS WITH ACTIVE AGENTS IN THE WASHING LIQUID FROM THE INSIDE OF A TOILET CUP. - Google Patents

Abstract

Discharge device for the discharge of fluids with active agents in the washing liquid inside a toilet bowl with a support (1) that can be placed suspended from the edge of the toilet bowl and at least two tanks (2, 3 ) that are placed in the support (1) and are separated from each other, each for a fluid with its own active agents, in which each of the tanks has its own outlet opening (4) through which they flow up to the washing liquid the respective fluids with active agents, characterized in that the tank (2, 3) is protected against the entry of washing liquid inside and because the outlet openings (4) of the tanks (2, 3) they are arranged in such a way that only the fluid with active agents can emanate from them, because the evacuation openings (4) of the tanks (2, 3) in the use position are in the base, because during each washing process the output of a partial quantity of the fluid with active agents from each of the tanks (2, 3) in the washing liquid, because in the support (1) there is a plate-shaped distribution element that has a loading / impulse zone over which the washing liquid flows during the washing process, because the inside of the tanks (2, 3) is permanently connected to the distribution element through the outlet opening (4) thanks to an intermediate device that prevents the fluid-free escape with active agents and because the plate-shaped distribution element is provided jointly for at least two deposits (2, 3) and preferably for all deposits (2, 3).

Description

Download device for downloading fluids with active agents in the washing liquid inside a toilet bowl

The invention concerns a discharge device for the discharge of fluids with active agents in the liquid of washing the inside of a toilet bowl with the features generic term of claim 1 and / or claim 2.

The term fluid with active agents makes reference to flowing preparations with active agents, whether liquid or viscous, which can be gel type, paste type, of granulated or creamy type, cleaning action, disinfectant, deodorizer, bleach or similar (specifically described in DE 199 30 362 A1, which has not been previously published, as well as in EP 0 775 741 A1 and EP 0 960 984 A2).

Common download devices are known in its various forms with the generic term "hangers for the W.C. "For now, the download devices are known to contain a single fluid with active agents. He fluid with active agents is arranged in a reservoir, fixed or replaceable, inserted in a support, with an opening of outlet located at the base when the vessel is mounted on the support.

In a first known download device for a single fluid with active agents, the fluid with agents assets is released by a drive element (for example from a spongy material of open pores) filled with such fluid and soaked by the washing liquid (EP 785 315 A1). In this, the tank outlet opening remains mostly closed after a sealing element located in the support when it is in a fixed position move the tank lock, so that for filtering the fluid with active agents only remains open a current flow zone with a small cut cross. The device works by harnessing of the capillary effect of the spongy material of open pores. A similar construction is also known in which a plate veined takes care of the distribution.

In the case of both variants, sometimes it has considered that it is not optimal for the outlet opening to be, in principle, permanently open, so that the fluid with active agents continue pouring during the uselessness of the Toilet for a long time.

Another discharge device for a single fluid with active agents (DE 299 02 066 U1) presents in the deposit a sealing element that works as a valve and that normally adopts a closed positive closing position in the that the exit opening is closed. This occurs due to the action of the weight of a valve ball that acts as an element of obturation. This shutter element can be moved in against the previous tension towards a release device that cause a small outlet in the opening device. For this uses a drive element constructed as rotary rocker mounted on a pivoting shaft in the support. Yet side of the shaft, the drive element has a loading area with a bowl-shaped receptacle for the washing liquid. He arm of the drive element that rests on the opposite side of the shaft fits from below to the sealing element. If he washing liquid affects the area of influence, the element actuator is detached from the valve seat of the output opening by effect of the drive element and releases slightly the exit opening. The fluid with active agents it can then flow through the outlet opening through the element sealing to the flow of the washing liquid and / or washed away by the washing liquid.

A discharge device similar to discharge device previously explained in DE 199 30 362 A1, already mentioned above but not yet published. But nevertheless, The device has a lever as a drive single pivot upright connected to one end of the bracket and in which the sealing element is between the end pivot connected to the support and the loading area. This construction corresponds, in particular, with a deposit replaceable placed on the stand. Also in US 3,349,448 A se shows a shutter element actuated by valves.

In the case of the use of the devices Common download previously explained, all components that mix with the washing liquid of the toilet must be Commonly included in the fluid with active agents. However, many components of active agents cannot be combined from stable form within the same deposit.

For that reason a device has already been proposed Multi-chamber download (EP 0960 984 A2). This well-known device Discharge provides for discharge into the toilet, at least two media, liquid, pasty or gel, of equal or different strength, in liquid or aqueous form.

A tank with at least two cameras is placed adjacent independents for media storage in a stand that can be placed suspended from the edge of the cup toilet. Each of the cameras has a device discharge with a discharge tube that is inside the middle with one free end through the base of the tank and with the other free end surrounded by a cover as a guide. The two chambers of the tank can be filled, through some slots in the lid, with the outgoing wash water and then flows into the cup of the toilet as a siphon or by flooding through the pipe download by dragging the respective active agent. The separation of The deposit chambers have the advantage of allowing the use of different means, which, if not, would adversely influence their desired effects in the case that they were stored inside a common chamber. Besides, the media consistency may be different in each of the cameras

In the download device explained previously the principle of operation of the called "hangers for the W.C.", according to which water from washing that extends from above flows to the chambers that contain fluids with active agents, separates traces of material with active agents, drag and re-exit the camera. In this case the problem is that a considerable level of liquid stays inside the chamber because of the siphon effect It takes place. The action of the washing liquid on the fluid with active agents still active in the respective cameras yet when the washing process has been over for quite some time. The consumption of the fluid with active agents cannot, in practice, be optimally controlled.

Also known is a download device for dual chamber for fluids with similar active gel agents or different (WO 92/20876 A1), in which the outlet openings are formed by perforations in the base of the tank and remain constantly open. Due to viscosity and tension surface of the gel, it cannot fall normally by itself because of the force of gravity. Washing liquid only overhang that flows over and enters from below into the outlet openings, dilute the gel nearby of these and gives off partial amounts of the fluids with agents  assets. In this double camera system there is also the case of that the outlet openings are constantly open, which, with the flushing of the toilet for a long period of time, may cause fluid leaks with active agents or the solidification of these by the influence of the ambient atmosphere,  which would cause that they could not be activated again. The invention Part of this state of the art.

Learning is based on the problem of optimize the download devices known and explained in the preceding points, to disperse fluids with agents assets from at least two deposits separated from each other, with the idea of being able to control the dispersion of fluids with agents assets.

The problem shown in the previous points it is solved, in the case of a download device with the generic term characteristics of claim 1, by the characteristics of the particular parts of the claim 1. According to the invention, the deposits are protected against washing liquid inlet therein, and only fluids with active agents flow through the openings Outflow of deposits. This is achieved by ensuring that with each washing process takes place the dispersion in the water of washing a partial amount of the fluids with active agents of each of the deposits. The technical realization takes place because a plate-shaped distribution element is provided in the support with which the interior of the deposits be permanently connected to the element of distribution through the outlet opening, although with a intermediate device that prevents fluid free escape with active agents. This plate-shaped distribution element is has provided, in the case of two deposits, for both Deposits in a common way.

A similar solution according to claim 2, solve the problem defined above thanks to a close positive of the exit openings. Here the conversion is reduced constructive for the sealing elements of each of the exit openings, where planned in the chosen execution with the drive element that works together with the two sealing elements, which is charged by the force of the liquid from washing during each washing process to such an extent that the shutter element temporarily adopt a position of unlocking due to the force of the previous tension.

To carry out the construction according to the invention, the techniques of the devices of discharge for a single fluid with active agents known in the prior art explained. For this, you can indicate separately in the state of the art that has been addressed previously

The conditioning chosen and the learning improvements are subject to secondary claims.

Otherwise, an example of execution chosen from The invention is explained in more detail by means of the graphics. The graphics show:

Figure 1: Execution example chosen from a discharge device according to the invention in top view.

Figure 2: Section through the device of the Figure 1 along line II-II.

Figure 3: Section through the device of the Figure 2 along line III-III.

The download device shown in the graphics works for downloading at least two fluids with active agents in the washing liquid poured into the cup of a toilet. Regarding what should be understood, in the sense of learning, as a fluid with active agents, has already been defined in the general part of the description and reference may be made to it.

A download device of this type is composed, first, of a support 1 that can be placed suspended from the edge of the toilet bowl and for at least two mutually separated tanks 2, 3, arranged in support 1, each of them for a respective fluid with active agents. The fluids with active agents can be fluids with active agents equivalent, different, mutually compatible or mutually compatible incompatible You can use two tanks for two fluids with active substances or more deposits for more fluids with substances active.

According to the invention, fluids with agents suitable assets are, for example, the aromatic phases, and in Particularly scented aromatic phases. Such aromatic phases they usually contain at least one aromatic substance, preferably an aromatic oil, a surfactant or a emulsifying agent and water, as well as, where appropriate, others Ingredients such as preservatives, thickeners, sequestering agents, dyes, other surfactants or emulsifying agents, stabilizers, anti-calcareous agents, etc.

According to the invention, equally suitable as fluids with active agents result in bleaching phases, particularly bleach phases containing chlorine, by example the hypochlorite-based bleaching phases, in which bleaching phases can usually contain, apart from own bleaching agent and water, other optional ingredients as thickeners, surfactants or emulsifying agents, neutralizers, dyes, aromatic substances, etc.

Other suitable active agents, according to the invention, are the phases of anticalcareant active agents, preferably the acidic phases of anticalcareant active agents. Such phases of anticalcareant active agents may contain, apart from the anti-calcareous agent itself, which will preferably be a organic or inorganic acid, and water, other ingredients optional as surfactants or emulsifying agents, thickeners, aromatic substances, preservatives, etc.

Equally possible is the use of phases of high concentration surfactants, known as "foam enhancers", such as fluids with active agents. Such phases of high concentration surfactants may contain, apart from surfactants, other common ingredients.

According to the invention, they are equally suitable fluids with active agents containing agent phases antibacterial and / or fungicidal and / or antiviral assets, in which the active agent phases may contain, apart from agents antibacterial and / or fungicidal and / or antiviral and water assets, other ingredients, such as surfactants or emulsifying agents, thickeners, aromatic substances, preservatives, etc.

It is also possible that fluids with agents active are phases of active agents with enzymatic content. Such phases of active agents with enzyme content may contain, apart from one or several enzymes and water, others ingredients, such as surfactants or emulsifying agents, thickeners, aromatic substances, preservatives, etc.

It is equally possible that fluids with active agents used according to the invention are agent phases absorbent assets, particularly odor absorbers. These they may contain, apart from the absorption agents, particularly an odor absorbing agent, and water, others ingredients, such as surfactants or emulsifying agents, thickeners, aromatic substances, preservatives, etc.

The discharge device, according to the invention, offers, according to a special form of execution, the possibility of using combinations of different fluids with active agents in deposits 2, 3, in which according to a form of chosen execution, one of the deposits 2, 3 contains a phase aromatic as defined above.

Examples of fluid combinations with active agents that can be used are the aromatic phases scented combined with chlorine bleaching agents (not stable with each other in combination), the aromatic phases scented with high concentration surfactant phases (foam enhancer), the aromatic phases with acidic phases of anticalcarea active agents, aromatic phases with phases of antibacterial active agents, different acid systems, the aromatic phases combined with active agent phases of Enzymatic content, the scented acid phases combined with water coloring phases, aromatic phases with phases odor absorbers, acidic phases scented with oxygen active, scented acid phases with active agent phases thickened with polyacrylate, etc. Of particular interest result in this case fluids with viscous or gel-like active agents with viscosities of the order of a few thousand mPa \ cdots, specifically from 2,000 to 5,000 mPa.cs, and preferably from 2,500 to 3,500 mPa • (measured with Rotovisko LVT viscometer, hydrometer 2, 6 rpm, 20 ° C).

In the case of the illustrated discharge device, each tank 2, 3 has an exit opening through which distributes the respective fluid with active agents in the liquid of washed. In comparison with the state of the art it represents The starting point of learning is now that deposits 2, 3 are protected against the entry of washing liquid into the inside of them. Exit openings 4 of tanks 2, 3, are arranged in such a way that they only flow through them fluids with active agents. The output of a partial amount of the fluids with active agents from each of the deposits 2, 3 towards the washing liquid, takes place during each process of washed. In the example of execution it is reflected in the fact that the outlet opening 4 of the respective tanks 2, 3 in the usage position, as represented in figure 2, is found in base. Outgoing wash water always impacts laterally on deposits 2, 3.

There are many possibilities for placement and mounting the tanks 2, 3 on the bracket 1. In the example of execution chosen and shown in the graph, it is contemplated that tanks 2, 3 are mounted or can be mounted on bracket 1 of so that they are individually replaceable. Another alternative it consists of attaching the tanks 2, 3 by means of an adapter or similar object to mount them together on the bracket 1. Other Another alternative is to directly couple the tanks 2, 3 and mount them directly on bracket 1. Finally, it also fits the option to build tanks 2, 3 as a unit support with, for example, two separate chambers inside the common warehouse then mount it in such a way on the bracket 1. One or the other possibility will be chosen according to the intentions in practice and the fluids with active agents to be used.

Deposits 2, 3 can be designed as described in the prior art (DE 299 02 066 IU, DE 199 15 322 A1), so that they are individually rechargeable through a recharge opening with an optional valve. Specifically, in in this case the tanks 2, 3 can also be fixedly mounted or be built in support 1 to be able to have a device unit closed.

The exemplary execution example shows, without However, deposits 2, 3 as replaceable single deposits use, as it will be extended practice. The Execution Example chosen and illustrated shows deposits 2, 3 arranged adjacent way in the holder 1. You can also place the deposits 2, 3 one behind the other. Another possibility is that of arrange deposits 2, 3 on top of each other in order to Free the products as a waterfall.

The execution example chosen and illustrated it also shows that deposits 2, 3, which in that case are, of made, individually replaceable, can be mounted on the support 1 by inserting them from the top (in the position of use). Various other forms of support are presented as alternative. For example, it is conceivable to place the deposits 2, 3 on bracket 1 sliding them laterally. It also turns out conceivable to place the tanks 2, 3 laterally in the support 1 then, by means of a pivoting axis, turn them inwards until that adopt the position of use. One or another possibility will be chosen according to the respective construction of the outlet openings 4 and the method of sealing them.

In principle, it is possible to use as a fluid with active agents, for example, high viscosity gels or pasty compounds that are not able to flow by themselves. In This case could be recommended that deposits 2, 3 have a flexible wall segment or a fully flexible wall that is make an outflow of fluids with active agents that find in them by applying pressure on the deposits 2, 3. That pressure application can be applied, by for example, by an appropriate mechanism that uses the liquid outgoing wash.

It has already been mentioned above that in the case of a multi-camera download device according to the invention, in principle, the mechanisms of download known in the state of the art for devices discharge for a single fluid with active agents. In this sense presents a constructive possibility that goes back in as a whole to EP 0 538 957 B1, applicable to this case and that it consists of placing a distribution element in the holder 1 form of a plate that provides a loading area that is flooded by the washing liquid during the washing process and that makes the inside the tanks 2, 3 are in constant connection with the distribution element through the outlet opening 4 which, optionally, it will have an intermediate device that prevents fluid free escape with active agents. Especially according to the chosen execution example, the distribution element in Plate form is associated in common to all deposits 2. 3.

The execution example chosen and illustrated represents a solution that works with a shutter active closure. Here the outlet opening 4 located at the base of deposits 2, 3 is specifically closed by an element of shutter 5. Seal element 5 is prestressed in the closed position blocking the outlet opening 4 and adopts, by pre-tension, an opening position that opens slightly the outlet opening 4.

To adjust the shutter element 5 you procure a drive element that works in conjunction with the shutter element 5 and that is momentarily charged by the strength of the washing liquid during each washing process to such an extent that the sealing element 5 temporarily adopts  an opening position due to the force of the previous tension. For this purpose, an area is provided in the drive element 6 loading 7 that is actuated by the washing liquid during the process of washing and on which the washing liquid inflicts a force during the washing process. The drive element 6 is built in the form of a single pivot lever connected to one end of the support 1. The sealing element 5 it is located in drive element 6 at a specific distance from the cargo area 7. Due to the lever-shaped construction that forms the element of drive 6 (Fig. 3), the thrust direction of the force exerted by the washing liquid adopts the same sense of aperture than the shutter element 5. Thus the element of shutter 5 can be lifted from below from the opening of exit 4 of the tanks 2, 3. From this pruning the replace the tanks 2, 3 without the need for features special constructive

In the illustrated example of execution, the element shutter 5 is located between the end of the element of drive 6, which is connected to the support 1, and the area of load 7. The output channel of the shutter element 5 results small in comparison and the output, as desired, occurs through a fairly small slot. Also, this slot, by appropriate design of the shutter element 5, it opens asymmetrically, that is, it opens more in the direction of the area loading 7 so that the fluid with active agents flows preferably in that direction. This is the direction of the liquid. washing with which a better mixture with the fluids is achieved with active agents. The fluid with active agents flows through the upper part of the drive element 6 in the direction of the loading zone 7 and mixing during that journey with the liquid from outgoing washing.

It is possible to create an element of seal 5 integrated in drive element 6. This is especially recommended in case the design element is designed drive 6 from plastic materials, particularly to from injectable plastic materials. In addition, support 1 it may be composed, in a particularly preferred manner, of plastic materials, especially plastic materials injectables, preferably of synthetic materials thermoplastics As a result, an element of drive 6 fully integrated in bracket 1 and ensure that the previous tension is produced by the inherent elasticity of the drive element 6.

The exemplary embodiment chosen and illustrated is now especially distinguished by the fact that the drive element 6 is associated in common with the sealing elements 5 in at least two tanks 2, 3 and preferably in all tanks 2, 3. It can be seen in Figure 1 in top view, the 6-width, plate-mounted drive element with an equally wide loading area 7 in the form of a bucket and the small outlet openings 8 recognizable therein, all in the frame of the base plate 9 of the support 1. The placement of the outlet openings 4 is adapted to the tanks 2, 3. That is, these tanks are, asymmetrically installed, in the center of the entire discharge device. with the outlet openings 4 arranged towards the center of the discharge device itself (Figure 2). This results in a concentration of active agents leaving through a relatively narrow region despite the fact that there are two
deposits 2, 3.

Finally, a download can be carried out of fluids with active agents, controlled in a way specific, from the different deposits 2, 3 so that the flow section of the outlet openings 4 and / or the elements Shutter 5 can be adjusted differently and / or differently.

Finally, there are many possibilities of designs for the download device illustrated in what it concerns the mode of construction, and in particular as regards at the disposal and formation of exit openings and shutter elements. In this regard there is an application of parallel patent of the applicant registered at one time on which the content must still be made public (DE ...). In in particular, an identical dosage or a dosing at different times with the same concentration or with a different concentration from the different deposits.

The present invention is explained in more detail. in reference to the following examples, which, however, they do not restrict the invention in any way. In these examples, describe different combinations of fluids with active agents for deposits 2, 3 of the discharge device according to the invention.

1) Scented aromatic phase combined with a chlorine bleaching agent: impossible to carry out in the Stably practice within a single deposit.

a) aromatic phase Composition

FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base (C8-10) alkyl -1.5-glycoside 2.88% Co-surfactant / Emulsifier 1,2 - Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK 5.00% Co-emulsifier denatured Hydroxyethyl cellulose * 0.45% Thickener Oil scented smell Pine tree 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Natrosol 250 HHBR  approx. 3,000 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm.  pH 6.5cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener at a medium to high spin frequency. Leave the stirrer running for approximately 60 minutes of reaction time, (spread on a glass plate to ensure the absence of holes); if the presence of holes is observed, it must be stirred again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation with respect to the manufacturing parameters
tion.

b) Bleach phase with chlorine content (approx. 1% active chlorine) Composition

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Sodium hypochlorite (12.5%) 8.00% Chlorine of chlorine active Sodium hydroxide (fifty%) 2.50% Neutralizer Oxy-Rite® 100 ^ {\ text {*} 1} 0.10% Stabilization of properties rheological Polymer polyacrylate ^ {\ text {*} 2} 1.00% Thickener Oxide from cocoalkyldimethylamine ^ {\ text {*} 3} 2.00% Surfactant / Emulsifier Water distilled ad.100  \ hskip0,2cm ^ {\ text {*} 1} Manufacturer BF Goodrich  \ hskip0,2cm ^ {\ text {*} 2} Manufacturer BF Goodrich, p. ex. Carbopol® 676  \ hskip0,2cm ^ {\ text {*} 3} p. ex. Genaminox CS / Clariant GMBH Company  approx. 2,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm.  pH 12.7 pH, solution  \ hskip0,2cm opaque without dilute

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Composition

Put water in a bowl. Add the thickener at a medium to high spin frequency (approx. 800 rpm.) (spread on a glass plate to make sure the absence of holes); in the case of polymer particles, You must stir again. Then,

add the Oxy-Rite. Use the NaOH to neutralize the solution. To obtain a viscosity maximum, the pH value should be set above 12.5. Mix the sodium hypochlorite solution at a frequency of reduced turn

2) Very fragrant aromatic phase combined with a foam enhancer phase.

a) Aromatic phase with high perfume content Composition

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FAEOS-Na, C12-14 + 2 EO * 24.50% Surfactant base Alkyl (C8-10) -1.5-glycoside ** 2.88% Co-surfactant / Emulsifier 1,2 - Propandiol 10.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose * 0.45% Thickener Oil scented smell citric 20.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Texapon N 70  \ hskip0.2cm ** p. ex. Glucopon 220 UP-W  approx. 2,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm.  pH 6.5cm, solution  \ hskip0,2cm clear without dilute

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Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener at a medium to high spin frequency. Leave the stirrer running for approximately 60 minutes of reaction time, (spread on a glass plate to ensure the absence of holes); if the presence of holes is observed, it must be stirred again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation with respect to the manufacturing parameters
tion.

b) Phase of high concentration surfactants thickened with betaine / chlorine Composition

FAEOS-Na, C12-14 + 2 EO 30.00% Surfactant base Cocamidopropyl betaine * 20.00% Co-surfactant NaCl, denatured 1.50% Thickener Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Dehyton K  approx. 5,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm.  pH 6.5cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Dissolve dyes and preservatives and then add agents surfactants Regulate viscosity with NaCl.

3) Aromatic phase combined with an acid phase of anticalcarea active agents

a) aromatic phase Composition

FAS-Na, C12-14 * 29.50% Surfactant   base Alkyl (C12-14) -polyglucoside ** 3.30% Co-surfactant / Emulsifier 1,2-Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil scented smell Water 10.00% Scent Citrate of episode * 2H_ {2} O 2.00% Agent kidnapper Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Texapon LS 35  \ hskip0.2cm ** p. ex. Glucopon 600 CS-UP  approx. 2,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm.  pH 8.0cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (spread over a glass plate to ensure the absence of holes); yes the presence of holes is observed, it must be stirred again. Add the surfactants and then the alcohols. By last, add the perfume and check the preparation with respect to manufacturing parameters

b) Acid phase anticalcarea thickened with polysaccharide Composition

FAEOS-Na, C12-14 + 2 EO 8.11% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid citric 3.00% Anti-calcareous Polysaccharide  / Rubber xanthate * 0.20% Thickener Ethanol 96%, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell Water 6.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Rhodopol T  approx. 3,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm.  2.5 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Finally, add the perfume and citric acid and check the preparation with respect to manufacturing parameters

4) Aromatic phase combined with a phase of antibacterial active agents

a) Aromatic phase / foam activation by ABS formulation Composition

Alkylbenzenesulfonate sodium* 25.50% Surfactant base C12-15-Alcohol oxo + 10 OE ** 10.00% Co-surfactant / Emulsifier 1,2 - Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil scented smell lemon 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Marlon A 350, company Hüls  \ hskip0.2cm ** p. ex. Genapol - OX-100, Clariant company  approx. 2,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm  \ hskip0.2cm 9.1 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (spread over a glass plate to ensure the absence of holes); yes the presence of holes is observed, it must be stirred again. Add the surfactants and then the alcohols. By last, add the perfume and check the preparation with respect to manufacturing parameters

b) Antibacterial phase Composition

FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base (C8-10) alkyl -1.5-glycoside 2.88% Co-surfactant / Emulsifier 1,2 - Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil scented smell lemon 10.00% Scent Combination hemiacetal-isothiazoline 0.10% Preservative / Agent active antibacterial Acid salicylic, commercial 0.60% Active agent antibacterial Dyes <1.0% Water stream ad.100  approx. 2,700 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm  pH 5.5cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (spread over a glass plate to ensure the absence of holes); yes the presence of holes is observed, it must be stirred again. Add the surfactants and then the alcohols. By last, add the perfume and check the preparation with respect to manufacturing parameters

5) Different high acid systems anticalcarea activity

a) Lactic acid phase Composition

FAEOS-Na, C12-14 + 2 EO 8.11% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid lactic* 2.50% Anti-calcareous Polysaccharide / Rubber xanthate 0.22% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell orange 8.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Purac 80  approx. 3,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm.  2.2 pH 2.2, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Finally, add the perfume and lactic acid and check the preparation with respect to manufacturing parameters

b) Phase of citric acid / non-ionic surfactants base Composition

FA-C12-C18 + 7 EO * 12.50% Surfactant base / emulsifier (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Oleil cetyl alcohol + 5 OE ** 3.00% Co-emulsifier Acid citric 5.00% Anti-calcareous Polysaccharide / Rubber xanthate 0.20% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell orange 12.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Dehydol LT 7  \ hskip0.2cm ** p. ex. Eumulgin O 5  approx. 3,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm.  2.5 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Finally, add the perfume and citric acid and check the preparation with respect to manufacturing parameters

6) Aromatic phase combined with a phase of active agents with enzymatic content

a) aromatic phase Composition

FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base Alkanesulfonate of sodium* 8.50% Co-surfactant 1,2-Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil Scented, smell flowers fruit trees 9.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  \ hskip0.2cm * p. ex. Hostapur SAS 60 / Hoechst Company  approx. 2,500 mPa \ cdots, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm.  \ hskip0.2cm 6.8 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (test in a glass plate to ensure the absence of holes); whether Observe the presence of holes, it should be shaken again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation regarding the parameters of manufacturing.

b) Enzymatic phase Composition

FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base (C8-10) alkyl -1.5-glycoside 2.88% Co-surfactant 1,2-Propandiol 5.00% Emulsifier Ethanol 96%, 1% MEK denatured 5.00% Co-emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil Scented, smell flowers fruit trees 9.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative  / Agent active antibacterial Lipase 0.50% Enzyme Dyes <1.0% Water stream ad.100  approx. 2,700 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm  pH 6.5cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (test in a glass plate to ensure the absence of holes); whether Observe the presence of holes, it should be shaken again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation regarding the parameters of manufacturing.

7) Scented acid phase combined with a phase of active agents to color wash water

a) Acid phase Composition

FAEOS-Na, C12-14 + 2 OE 20.10% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid citric 2.50% Anti-calcareous Acid formic 1.50% Anti-calcareous Polysaccharide / Rubber xanthate 0.22% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell mint 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Colorant <1.0% Water stream ad.100  approx. 3,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm  2.5 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Finally, add the perfume and acids and check preparation with respect to manufacturing parameters

b) Coloring phase of the wash water / trisodium citrate as sequestering agent Composition

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FAEOS-Na, C12-14 + 2 EO 9.11% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Citrate of episode * 2H_ {2} O 2.00% Agent kidnapper Polysaccharide / Rubber xanthate 0.20% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell mint 7.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Corolante * 3.0% Dye water soluble Water stream ad.100  \ hskip0.2cm * Acid blue basic 775 gr.  approx. 3,500 mPa \ cdots, 20ºC, Rotovisko LVT, hydrometer 2, 20 rpm  pH 7.5cm, solution  \ hskip0,2cm clear without dilute

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Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous stirring and then dissolve for 5 minutes. Add the thickener at a medium to high spin frequency. Leave the stirrer running for approximately 60 minutes of reaction time. Add the surfactants and then the alcohols. Finally, add the perfume and citric acids and check the preparation regarding the parameters of
manufacturing.

8) Aromatic phase combined with a phase with odor absorbing active agents

a) aromatic phase Composition

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FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base (C8-10) alkyl -1.5-glycoside 2.88% Co-surfactant 1,2-Propandiol 10.00% Emulsifier Hydroxyethyl cellulose 0.50% Thickener Oil scented smell herbal 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  approx. 2,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm  pH 6.5cm, solution  \ hskip0,2cm clear without dilute

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Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (test in a glass plate to ensure the absence of holes); whether Observe the presence of holes, it should be shaken again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation regarding the parameters of manufacturing.

b) Absorbent phase Composition

FAEOS-Na, C12-14 + 2 EO 24.50% Surfactant base (C8-10) alkyl -1.5-glycoside 2.88% Co-surfactant / Emulsifier Ethanol  96%, 1% MEK denatured 10.00% Emulsifier Hydroxyethyl cellulose 0.45% Thickener Oil scented smell herbal 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative / Agent active antibacterial Ricinoleate zinc * 1.00% Absorbent of odor Dyes <1.0% Water stream ad.100  \ hskip0,2cm * Tego-Sorb, conc. 50 company Goldschmidt  approx. 2,700 mPa \ cdots, 20ºC, Rotovisko LVT, hydrometer 2, 6 rpm  pH 5.5cm, solution  \ hskip0,2cm clear without dilute

Manufacturing

Heat the water to 20-25 ° C. Add dyes and preservatives in continuous agitation and dissolve to then for 5 minutes.

Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time, (test in a glass plate to ensure the absence of holes); whether Observe the presence of holes, it should be shaken again. Add the surfactants and then the alcohols. Finally, add the perfume and check the preparation regarding the parameters of manufacturing.

9) Scented acid phase combined with a phase with active active oxygen agents

a) Acid phase with active oxygen Composition

FAEOS-Na, C12-14 + 2 EO 20.10% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid citric 2.00% Anti-calcareous Polysaccharide / Rubber xanthate 0.22% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell Apple 8.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Peroxide hydrogen, 35% 2.86% Active oxygen (one%) Acid diethylene amino pentamethylene phosphonic 0.16% Stabilizer from sodium* Dyes, pigment <1.0% Water stream ad.100  \ hskip0.2cm * Dequest 2066, Monsanto company  approx. 3,500 mPa \ cdots, 20ºC, Rotovisko LVT, hydrometer 2, 20 rpm  2.5 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Add the perfume and acids, then the stabilizer and hydrogen peroxide finally check the preparation with respect to the parameters of manufacturing.

b) Aromatic phase Composition

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FAEOS-Na, C12-14 + 2 EO 20.10% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid citric 2.00% Anti-calcareous Polysaccharide / Rubber xanthate 0.22% Thickener 96% ethanol, 1% MEK denatured 6.00% Co-emulsifier Oil scented smell Apple 10.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  approx. 3,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm  2.5 pH, solution  \ hskip0,2cm clear without dilute

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Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous stirring and then dissolve for 5 minutes. Add the thickener at a medium to high spin frequency. Leave the stirrer running for approximately 60 minutes of reaction time. Add the surfactants and then the alcohols. Finally, add the perfume and acids and check the preparation with respect to the manufacturing parameters
tion.

10) Scented acid phase combined with a phase with active agents with polyacrylic thickener

a) Acid phase with active oxygen Composition

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FAEOS-Na, C12-14 + 2 EO 20.10% Surfactant base (C8-10) alkyl -1.5-glycoside 5.44% Co-surfactant Acid citric 4.00% Anti-calcareous Polysaccharide / Rubber xanthate 0.22% Thickener 96% ethanol, 1% MEK denatured 3.00% Co-emulsifier Oil scented smell citric 8.00% Scent Combination hemiacetal-isothiazoline 0.05% Preservative Dyes <1.0% Water stream ad.100  approx. 3,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 20 rpm  3.0 pH 3.0, solution  \ hskip0,2cm clear without dilute

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Manufacturing

Put water in a bowl. Add dyes and preservatives in continuous agitation and dissolve then for 5 minutes. Add the thickener to a turning frequency of medium to high Leave the stirrer running during the approximately 60 minutes of reaction time. Add agents surfactants and then the alcohols. Add the perfume and acids, then the stabilizer and hydrogen peroxide finally check the preparation with respect to the parameters of manufacturing.

b) Phase with active agents with polyacrylic thickener Composition

FAEOS-Na, C12-14 + 2 EO 10.10% Surfactant base (C8-10) alkyl -1.5-glycoside 2.50% Co-surfactant Ethanol  96%, 1% MEK denatured 3.00% Co-emulsifier Hydroxide of sodium (fifty%) 1.50% Neutralizer Oil scented smell citric 4.00% Scent Polymer polyacrylate ^ {\ text {*} 1} 0.80% Thickener Water distilled ad.100  \ hskip0,2cm ^ {\ text {*} 1} Manufacturer BF Goodrich, p. ex. Carbopol ETD 2690  approx. 3,500 mPa •, 20 ° C, Rotovisko LVT, hydrometer 2, 6 rpm  pH 10.0 pH, solution  \ hskip0,2cm clear without dilute

Manufacturing

Put water in a bowl. Add the thickener at a medium to high spin frequency (approx. 800 rpm) (try in a glass plate to ensure the absence of holes); in the case of polymer particles, it must be re- shake. Neutralize the solution with NaOH. Mix the oil scented at a reduced spin frequency.

Claims (24)

1. Discharge device for the discharge of fluids with active agents in the washing liquid inside a toilet bowl with a support (1) that can be placed suspended from the edge of the toilet bowl and at least two tanks (2 , 3) which are placed in the support (1) and are separated from each other, each for a fluid with its own active agents, in which each of the tanks has its own outlet opening (4) by means of the which the respective fluids with active agents flow to the washing liquid, characterized because the deposit (2, 3) is protected against the entrance of washing liquid inside and because the outlet openings (4) of the tanks (2, 3) are arranged such that only fluid with agents can emanate from them assets, because the evacuation openings (4) of the deposits (2, 3) in the use position are at the base, because during each washing process occurs the outflow of a partial amount of the fluid with active agents from each of the tanks (2, 3) in the washing liquid, because in the support (1) there is an element of distribution in the form of plate that presents an area of load / impulse on which the washing liquid flows during the washing process, because the inside of the tanks (2, 3) is permanently connected to the distribution element through the outlet opening (4) thanks to an intermediate device that prevents fluid-free escape with active agents
Y because the distribution element in the form of plate is jointly provided for at least two deposits (2, 3) and preferably for all deposits (2, 3). 2. Discharge device for the discharge of fluids with active agents in the washing liquid inside a toilet bowl with a support (1) that can be placed suspended from the edge of the toilet bowl and at least two tanks (2 , 3) which are placed in the support (1) and are separated from each other, each for a fluid with its own active agents, in which each of the tanks has its own outlet opening (4) by means of the which the respective fluids with active agents flow to the washing liquid, characterized because the deposit (2, 3) is protected against the entrance of washing liquid inside and in the fact that the outlet openings (4) of the tanks (2, 3) are arranged in such a way that only the fluid can emanate from them with active agents, because the evacuation openings (4) of the deposits (2, 3) in the use position are at the base, because during each washing process occurs the outflow of a partial amount of the fluid with active agents from each of the tanks (2, 3) in the washing liquid, because the outlet opening (4) located in the Bottom of the tanks (2, 3) is closed by a shutter element (5), because the shutter element (5) is prestressed in the closed position thus sealing the opening of output (4) and can pass in response to the prestressing force to an opening position leaving a small slot open in the output device (4), because to move the shutter element (5), a drive element (6) is provided that interacts with the sealing element (5) and that during each washing process can act temporarily using the washing liquid with a force such that the sealing element (5) temporarily adopts the opening position in response to the prestressing force, because for this purpose it is placed on the element of drive (6) a loading area (7) that acts through the washing liquid during the washing process and because the drive element (6) is provided together with the sealing elements (5) for at least two deposits (2, 3) and preferably for all deposits (2, 3). 3. Discharge device according to claim 2, characterized in that the drive element (6) is designed as a single-post lever connected to one end of the support (1) and that the sealing element (5) is located disposed in the drive element (6) between the end connected to the support (1) and the loading area (7), and, preferably, because the drive element (6) extends straight or inclined from the element of shutter (5) and loading area (7).

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4. Discharge device according to one of claims 1 to 3, characterized in that the tanks (2, 3) are hooked to each other by means of an adapter or similar object and can be coupled, hooked in such a way, to the support (1). 5. Discharge device according to one of claims 1 to 3, characterized in that the reservoirs (2, 3) are coupled or can be coupled to the support (1) in such a way that they can be replaced individually. 6. Discharge device according to one of claims 1 to 3, characterized in that the tanks (2, 3) are directly connected to each other and can be coupled, connected in such a way, to the support (1) . 7. Discharge device according to one of claims 1 to 3, characterized in that the tanks (2, 3) are constituted as a common unit support. 8. Discharge device according to one of claims 1 to 7, characterized in that the tanks (2, 3) can be filled individually by means of a respective filling opening and can optionally be attached or mounted fixedly on the support (one). 9. Discharge device according to one of claims 1 to 8, characterized in that the tanks (2, 3) are arranged side by side in the support (1). 10. Discharge device according to one of claims 1 to 8, characterized in that the tanks (2, 3) are arranged one above the other in the support (1). 11. Discharge device according to one of claims 1 to 10, characterized in that the tanks (2, 3) can be coupled to the support (1) by introducing them from above. 12. Discharge device according to one of claims 1 to 10, characterized in that the tanks (2, 3) can be coupled to the support (1) by moving them laterally. 13. Discharge device according to one of claims 1 to 10, characterized in that the tanks (2, 3) can be coupled to the support (1) by inserting it laterally and turning it. 14. Discharge device according to one of claims 1 to 13, characterized in that in the case of having two tanks (2, 3), these will be asymmetric with respect to the center of the discharge device as a whole. 15. Discharge device according to claim 14, characterized in that the outlet openings (4) of the reservoirs (2, 3) are arranged in the reservoirs (2, 3) such that they are positioned in the direction of the center of the device of download in its entirety. 16. Discharge device according to one of claims 1 to 15 named above, characterized in that the tanks (2, 3) contain different fluids with active agents, in particular they are filled with those fluids, which can be flowed with different active agents compatible or incompatible with each other. 17. Discharge device according to claim 16, characterized in that a fluid with active agents is an aromatic phase, namely a scented aromatic phase. 18. Discharge device according to claim 17, characterized in that the aromatic phase contains at least one fragrance, preferably a scented oil, at least one surfactant or an emulsifier, water and possibly other components such as preservatives, thickeners, sequestering agents, dyes , other surfactants or emulsifiers and anticalcareate agents. 19. Discharge device according to claim 16, characterized in that a fluid with active agents contains a bleaching phase, specifically a chlorine content bleaching phase, preferably based on hypochlorite and with the possibility that the bleaching phase contains other components such as thickeners, surfactants and emulsifiers, neutralizers, dyes and fragrances. 20. Discharge device according to claim 16, characterized in that a fluid with active agents contains a phase with anti-chalky active agents, preferably an acid phase with anti-chalky active agents, and with the possibility that the phase with anticalcarea active agents also contains of the anticalcareo agent, specifically an organic or inorganic acid and other components such as surfactants or emulsifiers, thickeners, fragrances or preservatives. 21. Discharge device according to claim 16, characterized in that a fluid with active agents contains a highly concentrated surfactant phase (foam enhancer). 22. Discharge device according to claim 16, characterized in that a fluid with active agents contains a phase with antibacterial and / or fungicidal and / or antiviral active ingredients, and with the possibility that the phase with active ingredients contains, in addition to the antibacterial and / or fungicidal and / or antiviral ingredients, other components such as surfactants and emulsifiers, thickeners, fragrances or preservatives. 23. Discharge device according to claim 16, characterized in that a fluid with active agents contains a phase with active ingredients with enzymatic content that may contain, in addition to enzymes, other components such as surfactants and emulsifiers, thickeners, fragrances or preservatives. 24. Discharge device according to claim 16, characterized in that a fluid with active agents contains a phase with absorbent active agents, specifically odor absorbing, which, in addition to the absorbent agent, specifically odor absorbing, may contain other components such as surfactants and emulsifiers, thickeners, fragrances or preservatives.