ES1248979U - Disinfectant dosing machine (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Disinfecting dosing machine consisting of a base (1), an upper part (2), and a foot (3), characterized in that it disinfects users' hands with an atomized beam without having any physical contact. (Machine-translation by Google Translate, not legally binding)

Description

Disinfectant dosing machine

Object of the invention

The invention, as the title of the present specification establishes, is a disinfectant dispensing machine that acts as a station to disinfect the hands of users. It is an innovation that within current techniques provides previously unknown advantages.

The disinfectant dosing machine arises to cover the lack of current techniques, which occurs in the hygiene sector due to the fact that there are no stations that effectively dispense hydroalcoholic gel disinfectant or other disinfectant substances effectively.

More specifically, the disinfectant dispensing machine solves the lack of current techniques, because it allows hands to be disinfected in a comfortable, easy and non-contact way for the user.

Technical sector

The present invention belongs to the field of hygiene, and more specifically to that of personal hygiene.

The present invention refers to a disinfectant dispensing machine, capable of disinfecting users' hands without any type of contact.

State of the art

Certain pathogens are more common today and although hand washing with soap helps eliminate them, users may not pay attention to the process to do so. They may not be efficient if they touch other elements in the process or do not provide the necessary care. Even if they are entirely efficient against certain types of new pathogens.

Explanation of the invention

Therefore, the present invention has the task of solving the aforementioned problems, by means of a disinfectant dispensing machine in which users do not have to touch anything to activate it and by atomizing the dispersion of the disinfectant product.

Accordingly, a disinfectant dosing machine is presented, divided into three main parts, the base (1) the upper part (2) and the foot (3).

The base (1) protects the entire set of elements found inside. On the back it has a panel (4), where a door (5) is located so that authorized personnel can replenish the disinfectant substance and remove the waste from inside, which is provided with a lock (6) to block the access to the interior to unauthorized personnel. Inside the base (1), there are two deposits; the main tank (7), and the waste tank (8). The main tank (7) stores the disinfectant substance, and is connected by a hose (9) to a pump (10), which pumps the disinfectant substance to the top (2) through the hose (11). The waste tank (8) stores the surplus of disinfectant substance that the user has not used, and is connected by a hose (12) to the drain (13).

The upper part (2) is where they are housed, the grid (14) constituted by a surface with several perforations that protects the drain (13), and that channel the surplus of the disinfectant substance to the waste tank (8). The upper part (2), in turn, also houses the upper panel (15), which is where the control unit (16) that controls the operation of the disinfectant dispensing machine is located. Next to the switchboard there is a transformer (17). The atomizers (18), atomize the disinfectant substance on the user's hands in a cone shape and in a uniform way, and are connected to the pump (10) by means of the hose (11). The sensors (19) detect when the user has put their hands on the when the process has finished satisfactorily and you can remove your hands from the cleaning area.

On the foot (3), which is fixed to the ground, the entire base assembly (2) rests. The disinfectant dosing machine can work by connection to the electrical network or with batteries.

Brief description of the drawings

To complete the description that is being made and with the aim of helping to better understand the characteristics of the invention, the present specification is accompanied, as an integral part thereof, by figures in which for illustrative purposes and not limiting, the following has been represented:

Figure 1 is a general perspective assembly of the disinfectant dispensing machine, where the base (1), the upper part (2), and the foot (3) are seen.

Figure 2 is a perspective assembly of the disinfectant dispensing machine, where the base (1), the upper part (2), the foot (3), the panel (4), the door (5), and the lock (6).

Figure 3 is a perspective assembly of the disinfectant dosing machine, where the base (1), the upper part (2), the foot (3), the main tank (7), the waste tank (8) are seen. , hose (9), pump (10), hose (11), and hose (12).

Figure 4 is a perspective assembly of the disinfectant dispensing machine, where the upper part (2), the upper panel (15), the atomizers (18), the sensors (19), and the indicator lights (20) are seen. .

Figure 5 is a perspective assembly of the disinfectant dosing machine, where the upper panel (15), the control unit (16), the indicator lights (20).

Figure 6 is a perspective assembly of the disinfectant dispensing machine, where the base (1), the upper part (2), the panel (4), the hose (12), the drain (13), the grid are seen. (14), the upper panel (15), the control unit (16), and the transformer (17).

Detailed exposition of an embodiment of the invention.

In view of the figures, a preferred but non-limiting embodiment of the proposed invention is described below, which consists of a disinfectant dosing machine. As can be seen in the figures, the disinfectant dispensing machine consists of three main parts, the base (1), the upper part (2), and the foot (3). The base (1) is located on the foot (3), and inside the main tank (7), waste tank (8), hose (9), pump (10), hose (11 ), and the hose (12). At the rear are the panel (4), the door (5) with the lock (6).

In the upper part (2), the drain (13), the grid (14) are located, in the upper panel (15), the control unit (16) are installed, and the transformer (17), the atomizers (18) , The sensors (19), and the light indicators (20).

Claims (7)

1. Disinfectant dispensing machine formed by a base (1), an upper part (2), and a foot (3), characterized in that it disinfects users' hands with an atomized beam without having any physical contact. 2. Disinfectant dispensing machine according to claim 1, characterized in that in the upper part (2), it has several sensors (19), which detect the user's hands and several atomizers (18), which disperse an atomized disinfectant substance in the shape of a cone . 3. Disinfectant dosing machine according to claims 1 and 2, characterized in that the base (1) has a main tank (7) and a waste tank (8) inside it. 4. Disinfectant dosing machine according to claims 1, 2 and 3, characterized in that the upper part (2) has a series of light indicators (20), which indicate the operation of the machine. 5. Disinfectant dosing machine according to claims 1 2 3 and 4 characterized in that it can work with batteries, or connected to an electrical network. 6. Disinfectant dosing machine according to claims 12 34 and 5 characterized in that it has a pump (10) that pumps the disinfectant substance from the main tank (7) to the atomizers (18). 7. Disinfectant dosing machine according to claims 12 34 and 6 characterized in that it has a drain (13) protected by a deposit (8) of waste.