RU200987U1 - Detergent dispenser in toilet bowl - Google Patents

Abstract

A detergent dispenser in a toilet flush cistern is proposed, made in the form of a container that has inlet and outlet pipes, the dispenser container is made transparent, has a hermetically sealed lid on top, and nets are installed inside the container, forming a section for installing a detergent tablet. The technical result of the utility model is the simplicity of the process of replenishing with detergents, disinfectants and fragrances, which does not require opening the lid of the toilet bowl. 3 C.p. f-ly, 5 dwg

Description

The utility model relates to detergent dispensers in a toilet flush cistern.

Currently, various methods of washing toilets using various nozzles with a solid detergent agent are widely known, the so-called solid suspended toilet bowl cleaners [https://moskva.tiu.ru/Podvesnoj-ochistitel-unitaza.html]. All of them have a key drawback - after use, they must be removed by hand, which creates unsanitary conditions and is physically unpleasant to do.

Various additive tablets are also known [https://vse-o-kanalizacii.ru/santehnika/tabletki-dlya-unitaza-v-bachok.html], introduced directly into the toilet cistern, which are designed to clean the toilet from the inside. But the uncontrolled dissolution of such tablets makes them extremely ineffective.

The closest analogue is the method of constant cleaning and sanitization of the toilet bowl (RU2404815, publ .: 27.11.2010.), Which makes it possible to exclude any human contact with highly active detergents, disinfectants and fragrances. The method includes placing in a toilet cistern a device containing a detergent-disinfectant or a detergent-disinfectant with a flavoring agent, characterized in that the detergent-disinfectant and flavoring substances are used in the form of a solution and / or dry mixtures, and the device containing these substances is made in the form of a container with a hole, at the end of which a nozzle is made in the form of a distributor needle, which is a hollow figure tapering towards the end, the end of which contains at least one hole, and a mixing lid with at least one hole is attached to the container over the distributor needle or a slit so that it encloses the dispensing needle, the device being placed in the toilet cistern with the dispensing needle down.

The technical problem of the prototype is the complexity of refueling the tank - you need to remove the tank lid and crawl into the water tank with your hands. These possibilities are limited if the cistern is generally built into the wall and covered with decorative tiles in the bathroom or toilet rooms.

The task of the utility model is to expand the arsenal of the means indicated by the applicant for the purpose, which is solved by creating a technical solution alternative to the known solution (creating a variant of the known solution), while as a technical result provided by the claimed utility model, in addition to the result associated with ensuring visual control of the detergent residue substance, the implementation of the specified purpose by the utility model is considered.

The specified technical result is achieved due to the fact that the claimed dispenser of the detergent in the flush cistern of the toilet, made in the form of a container for the detergent, which has an inlet pipe configured to connect to it a supply from the mains water main, and an outlet pipe configured connection to the filling valve of the toilet bowl, characterized in that the dispenser container is made transparent, has a hermetically sealed lid on top, and inside the container there are grids that form a section for installing a detergent tablet.

Preferably, the outlet branch pipe is adapted to be connected to the filling valve of the toilet bowl, and the inlet branch pipe is configured to connect the supply from the mains water supply to it.

It is possible that a valve is installed between the inlet and the container in the dispenser.

It is possible that the dispenser is made with additional sleeves with external threads and clamping nuts, and the outlet is made on the side of the container, and the elbow of the inlet is rotated 90 degrees.

Brief Description of Drawings

Figure 1 shows a dispenser device.

Figure 2 shows the principle of connecting the dispenser to the toilet bowl (sectional view of the dispenser from the side).

Figure 3 shows the principle of connecting the dispenser to the toilet bowl (sectional view of the dispenser from the side with an open lid and a new tablet to be placed).

Figure 4 shows an example of the execution of the outlet on the side of the dispenser and with two sections for tablets (top view with the dispenser cover removed).

Figure 5 shows an example of fixing the dispenser to the wall for a toilet flush cistern built into the wall (top view with the dispenser lid removed).

In the drawings: 1 - tank body, 2 - inlet, 3 - outlet, 4 - ball fastening of the lid, 5 - lid, 6 - union nut, 7 - soap tablet, 8 - mesh, 9 - water supply line, 10 - toilet filling valve, 11 - toilet cistern, 12 - lock retainer, 13 - lock retention socket, 14 - clamping nut, 15 - swivel fitting, 16 - sleeve, 17 - valve, 18 - wall partition, 19 - toilet bowl, 20 - external connecting supply.

Implementation of the utility model

The detergent dispenser in the toilet flush cistern is a container 1 (see Fig. 1), the outlet of which has an outlet to the toilet cistern 11 (see Fig. 2).

The container 1 of the dispenser has inlet 2 and outlet 3 nozzles, where the outlet 3 nozzle is made with the possibility of connecting to the filling valve 10 of the toilet bowl 11, and the inlet nozzle 2 is made with the possibility of connecting to it the supply 9 from the mains water main, and the tank 1 from above has a hermetic a closable lid 5. Inside the container 1 of the dispenser, grids are installed, forming a section into which a tablet of soap 7 containing detergents, disinfectants and / or fragrances is placed.

Such a design of the utility model, in addition to uniform dosing of the detergent, also does not require opening the lid of the toilet bowl in order to refill the container. When the disinfectant runs out, it can be easily replenished through cap 5.

For this, the lid 5 is opened (see Fig. 3), having previously blocked the flow of water through the inlet pipe 2, and a new soap tablet 7 is placed in the section formed by the meshes 8.

The lid 5 can be realized hermetically opening, for example, by making a hinge 4 on the edge of the lid and by installing a lock mechanism having a lock locking mechanism 12 and a lock fixing slot 13, where it butts and hermetically fixes the lid 5 of the container 1.

An elastic gasket made of rubber or silicone (not shown in the drawings) can be installed along the edges or inside the lid to strengthen the sealing of the lid 5 and reduce the risk of water penetrating through the lid 5.

So that the outlet 3 can be connected to the filling valve 10 of the toilet bowl 11, it can be provided with a union nut 6, the internal thread of which corresponds to the external thread of the filling valve 10.

But the presence of a cap nut 6 on the outlet 3 is not necessary if the dispenser is made with the possibility of connecting through external inlets, as shown in Fig. 4. This may be relevant when making a dispenser in a structure designed to be connected to a hidden toilet cistern 11 located behind the wall.

Before the lid 5 is opened, it is necessary to block the flow of water through the inlet 2. For hidden toilet cisterns 11 (see Fig. 5), where only the toilet 19 itself is outside, and the toilet cistern 11 is behind the wall 18, this is inconvenient and problematic. For this reason, a valve 17 is additionally provided in the dispenser, which can be used to block the flow of water from the inlet of the water main 9.

And the design of the dispenser itself is performed with additional bushings 16, which increase the length of the channels of the inlet 2 and outlet 3 nozzles. The outlet 3 is made on the side of the container 1, and the elbow of the inlet 2 is turned by 90 degrees using the rotary fitting 15.

On the bushings 16, attached to the inlet 2 and outlet 3 nozzles, clamp nuts 14 are installed, rotating along the external thread of the bushings 16.

As a result, if necessary, install the dispenser to the hidden cistern of the toilet bowl 11 (see Fig. 5), make two holes in the wall 18, through which the inlet 2 and outlet 3 nozzles are inserted, after removing the clamping nuts 14. Then screw the clamping nuts 14, and at the inlet pipe 16, which is connected to 15, it is necessary to install a thrust nut outside the wall, otherwise it will simply break when tightening the nut 14. At the outlet 16, this does not need to be done, since this role will be played by the container 1. However, if you press it against the wall, the cover 5 may not open, therefore, at the wall of the container that is pressed, you can provide some kind of thickening a gasket or washer, and then the inlet of the water main 9 is fixed to the inlet 2, and an external connecting inlet 20 is connected to the outlet 3, the other end of which is connected to the filling valve 10 of the toilet bowl 11.

Then the clamping nuts 14 tighten the dispenser, pressing it with an emphasis against the wall 18.

The container 1 of the dispenser can contain several sections, formed by grids 8, so that different types of soap 7 can be placed in each of them in order to be able to mix them according to the user's taste, not only by installing, for example, several tablets 7 inside one section, but also by installation of one tablet 7 in each section, as shown in Fig. 4, Fig. 5.

When opening the filling valve 10 of the toilet bowl, the flow of water passing through the container 1 also entrains part of the detergent from one or more tablets of soap 7 into the bowl 11 of the toilet bowl, from where it then leaves with flushing water into the toilet bowl drain 19. The presence of a hermetically closing lid 5 it is important in the sense that high water pressure is present at the inlet 2 to the container, and if the lid does not close tightly, then water will flow out of the container 1 through the top, which will disrupt the safe operation of the device.

The body of the container 1 can be held on the inlet of the water line 9 if the dispenser is made as shown in Fig. 1 - Fig. 3, for example, due to the fact that it is made of hard metal or hard plastic and itself is held by the filling valve 10 of the toilet bowl eleven.

Simplification of the process of monitoring the consumption of detergent in the container can be implemented in different ways, each of which ensures the condition that there is no need to open the lid of the toilet bowl in order to determine the moment when the detergent ends.

For example, the container 1 or the lid 5 can be made transparent, and then the consumption of the detergent is visible from the outside.

Claims (4)

1. Detergent dispenser in the toilet flush cistern, made in the form of a container for detergent, which has an inlet pipe made with the possibility of connecting a supply from the mains water supply to it, and an outlet pipe made with the ability to connect to the filling valve of the toilet bowl, which differs in that the container of the dispenser is made transparent, has a hermetically sealed lid on top, and inside the container there are grids forming a section for installing a detergent tablet. 2. The dispenser according to claim 1, characterized in that the outlet branch pipe is adapted to be connected to the filling valve of the toilet bowl, and the inlet branch pipe is configured to connect the supply from the mains water supply to it. 3. The dispenser according to claim 1, characterized in that a valve is installed between the inlet branch pipe and the container in the dispenser. 4. The dispenser according to claim 1 or 3, characterized in that the dispenser is made with additional sleeves having external threads and clamping nuts, and the outlet is made on the side of the container, and the elbow of the inlet is rotated by 90 °.

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