ES1290534U - Instant custom toilet system (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Instant custom toilet system, which is composed of two parts hydraulics and electric.#The hydraulic part will have its maximum performance, when working with a service pressure, between 3kg (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Instant Custom Toilet System

Technical sector

The purpose of this utility model application is to register a toilet system that incorporates a series of advantages compared to current toilets currently on the market.

Current toilet systems incorporate a tank or cistern that must be filled between discharge and discharge, so that its full operation is limited until it is completely filled again. This system achieves within the specialty of toilets and in a personalized, functional, fast and effective way, the residual evacuation and discharge of water, of any conventional toilet. All this extending the life of the system and minimizing its maintenance.

Background of the invention

Currently there are several types of toilets on the market.

There is the conventional toilet fed by a tank (cistern) incorporated in it or in an isolated way, on the surface or built-in. This system has the following drawbacks: in the case of cisterns unified with the toilet, they take up a lot of space and are very easy to handle by users, causing continuous damage. In the case of isolated cisterns, when it comes to places of public attendance, they generate continuous maintenance. In both cases they are slow recovery, until the tank is refilled, they can not fully function again. Finally and to put an end to the examples, these systems cannot be customized, conditioning their functionality.

Another system that exists in the market are the mechanical and/or automatic flush valves. These require manipulation of the levers or buttons by the users and the access points to the activators are what they are, generating a limitation for certain users, for example elderly people or people with some physical or mental problem.

We also have smart toilets, this is the latest generation of technological advancement in this field. However, and despite all their advantages, they have a certain limitation in terms of their location in humid volumes and minimum distances, for example with bathtubs or showers in accordance with the REBT. Another peculiarity is that it is not advisable for premises where there is a high risk of vandalism.

In addition, all the aforementioned systems have a common denominator, to a greater or lesser degree, they all depend on a specific technical service and very specific official spare parts for each case. This condition undoubtedly limits the sustainability of the systems over time, creating dependence on these firms and taking into account that the very evolution of these brands will ensure that what is today avant-garde will soon become history. Consequently, in addition to high costs, it will force us to continuously adapt and/or replace the systems.

Explanation of the invention

Therefore, the present invention has the task of improving the process of evacuating the toilet, minimizing the effects of vandalism in places of public attendance, making it sustainable over time, due to its basic technology and easily replaceable by easily replaceable parts. acquisition in the market, due to their great compatibility and for not depending on a specific firm that shields the spare parts as well as their duration. It allows extensive customization of the system, facilitating the use of the instant personalized toilet system by any user, regardless of their physical or mental state. Reduces the physical space of the toilet because it does not need a cistern, for this same reason, it does not need waiting time for the next flush, since this system is instantaneous and in this way allows it to be reused as many times as convenient without any waiting. The task is solved with the instant personalized toilet system , which basically consists of the combination of the hydraulic circuit, figure n°1, and the electrical circuit, figure n°2 and figure n°3.

The water circulates through the circuit figure n°1, when the activator starts, generating a cyclic process, previously adjusted with the timer, achieving a rapid evacuation of the toilet, with the possibility of repeating the operation instantly.

The hydraulic components are integrated with each other, however, they include a quick assembly and disassembly system, without the need for any type of works.

-It is more effective because it allows you to regulate the flow rate and discharge time in very wide ranges, it also occupies less space as it does not have a tank. This is achieved by including a supply pipe with a minimum internal section of 25 millimeters, guaranteeing sufficient water flow to carry out the perfect evacuation of the toilet.

-It is compatible with any type of toilet and blends in completely with the environment of its location, to the point of being invisible if desired.

-Maintenance is minimal and is sustainable over time, it is not dependent on any specific commercial brand, it accepts any component on the market that meets the technical characteristics reflected in this report. It does not need any specific technical service, any electrician-plumber can repair it.

-It is fully customizable, allowing it to be adapted to a multitude of needs. It can be designed for people with limited mobility, for children, where anti-vandalism protection is required, in surface mounts, in recessed and discreet mounts.

-Can be activated by remote control or programmable to ensure regular self-cleaning. -It does not have batteries, therefore it does not need a periodic control of them or, failing that, a functional cessation of the system.

-It is a very safe system, as it works with very low voltage and uses a safety transformer, in addition to a 40-ampere bipolar differential switch with a sensitivity of 30 milliamperes at 230 volts, as well as a 10-volt bipolar magneto-thermal automatic switch. amps at 230 volts, whose function is to guarantee protection against overloads and/or short circuits.

Brief description of the drawings

The description is complemented, for a better understanding, with some illustrative and non-limiting drawings, understanding that the instant personalized toilet system is made up of two parts: the hydraulic part and the electrical part, this composition is represented with the three following figures:

-Figure n°1 shows the complete hydraulic circuit, with all its components linked together, of the preferred embodiment of an instant personalized toilet system.

-Figure n°2 shows the electrical maneuvering circuit, with all its components linked together, of the preferred embodiment of an instant personalized toilet system.

-Figure 3 shows the electrical power and protection circuit, with all its components linked together, of the preferred embodiment of an instant personalized toilet system.

A list of the different elements represented in the figures that make up the invention is provided below:

1- Circuit primary supply

2- Thermal magneto automatic switch

3- Differential switch

4- Safety transformer

5- Solenoid valve

6- Timer

7- Activator

8- LED signaling

9- Pipe

10- Link three pieces

11- Shut-off and/or regulation valve

12- Filter

Preferred embodiment of the invention

In view of the figures and according to the adopted numbering, it is possible to verify in them a preferred embodiment of the invention, which comprises the parts and elements indicated and described below.

The instant personalized toilet system consists of direct water conduction to the toilet figure 1, without waiting time to repeat the operation and in a safe way for users figure 3, allowing maximum customization both in terms of anti-vandal protection and functional and aesthetic. To do this, the following process is carried out:

In the pipe (9), a shut-off/regulation valve (11) is inserted, this gives way to the solenoid valve (5) previously passing through a filter (12) and later through the pipe (9) it empties into the toilet . To facilitate system maintenance, two three-piece links (10), these elements allow to quickly replace any element without having to carry out any type of work.

Full safety is guaranteed for users of the instant personalized toilet system, including the protection elements prior to the maneuver, figures 2 and 3.

The primary power supply, figure 3, is 230 volts AC (1), includes a calibrated automatic magneto-thermal switch, bipolar 10 amps at 230 volts, (2) guaranteeing protection against short circuits and/or overloads. The next protection included is a high-sensitivity differential switch, bipolar, 40 amps and 30 milliamps at 230 volts, (3), ensuring protection against indirect contacts. Lastly, it includes a safety transformer with a circuit separator (4) to limit the current and lower the working voltage to 24 volts.

When the activator (7) starts, a complete evacuation cycle of the instant personalized toilet system is opened, the signaling LED (8) will remain on, while the flushing process is active. The electrical impulse transmitted by the activator (7), causes the cycle previously programmed in the timer (6) to start, the output of which ends up being electrically powered in parallel to the LED receivers (8) and solenoid valve (5).

The instant personalized toilet system allows regulation of the discharge time, using the time ranges allowed by the timer, figures 2 and 3 (6) and also regulation of the water flow, using the valve, figure 1 (11).

The set of both protection and maneuver components are housed in a common box or frame, without having to be located at any specific point. This provides system discretion and mechanical protection of the instant custom toilet system.

The activator (7) can be located at the most suitable point for the user, it can also be programmed to generate self-cleaning maneuvers at will.

Claims (1)

1. Instant personalized toilet system, characterized in that it comprises a supply pipe (9) with a minimum internal section of 25 millimeters, two three-piece connections (10), a regulation and/or closing valve (11) with a section of 25 millimeters, a filter (12) with a minimum section of 25 millimeters, a solenoid valve (5) with a minimum section of 25 millimeters, electrically powered by a voltage of 24 volts, a bipolar magneto-thermal automatic switch (2) of 10 amps/230 volts, a 40 amp/30 milliamp bipolar differential switch (3), a 230/24 volt safety transformer (4), an adjustable multi-voltage timer (6), an activator (7) manual, automatic or programmable, and a signaling led (8) powered at 24 volts.