BR202015019346U2 - arrangement applied to water purifier - Google Patents

Abstract

“Arrangement applied to a water purifier” means a triangular section (1) drinking fountain (2) with two use terminals (a and b), with at least one terminal (a) having a set of infrared sensors (2) on the wall. Contain the tap (3) for filling containers with water, natural or cold, properly filtered through filters (4) easily accessible in a lower compartment (5) where they are fixed by means of threads (6), with water coming from of a large volume reservoir (7), which has a double-sealed buoy (8) (8v) that optimizes the closure system avoiding leaks and wetting of the surrounding area, which is also aided by a rubberized part (9) Anti-splash.

Description

“WATER PURIFIER DRINKING PROVISION” BRIEF DESCRIPTION

[0001] This utility patent application is the subject of an unpublished “WATER PURIFYING DRINK ARRANGEMENT” which refers to a triangular-shaped, wall-mounted or non-wall-mounted drinking fountain with two use terminals. With infrared sensing sensors that operate the dispenser to fill the container and make it easy for people with low vision, easy-to-change filter in strategic location, double-sealed float and anti-rubber surface splashes.

APPLICATION FIELD

[0002] The present innovation belongs to the field of drinking water supply for public consumption on the spot in places of large circulation of people. CONVENTION

[0003] Current weather conditions, generally hot and dry, have increasingly forced people to always have their water bottles, so that they are always hydrating. Increasingly, in places with large circulation, there are installed drinking fountains where people can either drink water or fill their bottles.

[0004] Commercial drinking fountains often have some drawbacks such as the need to press buttons to activate them, splashing on wearers' clothing, difficulty changing the filter and controlling the water level in their reservoirs.

Filling a bottle or other container often turns out to be a nuisance because you have only one hand free and you still have to hold a button to release the water or, when talking about larger containers, sometimes it is necessary to hold it with both hands to avoid a counter-tempo such as its fall; or when a visually impaired needs to use this type of drinker and in addition to finding the proper placement of their container also needs to find the button and keep it pressed, which could be solved with an automatic trigger sensor.

[0006] The damage that splashes from drinking troughs can cause on wearers' clothing, due to the water meeting the surface of the drinking trough, could easily be solved with a rubberized surface that "dampened" water droplets that hit the surface. surface.

[0007] Changing the drinking water filters is essential for maintaining the good quality of the water used. For this, it is performed over a period of six months, as the refill gradually loses its efficiency and no longer eliminates the taste, impurities and smell that water may contain. In extreme cases, water may be blocked from passing. In general, changing the filters of commercial drinking fountains is a process that can be complicated because the location of the filter is not usually easily accessible and its removal is not so simple, requiring the performance of a specialized professional just as it is. installation and fixation of the drinking fountain on the wall.

Like water tanks, drinking fountains have level buoys in their reservoirs, which have the function of limiting the water level and preventing overflow. When the float is defective, the water reservoir fills more than its capacity allows and overflows, which can cause accidents such as falling people, as the floor may be wet. For safety and to ensure proper operation, double buoys may be used.

In addition, well-known drinking fountains have low-volume reservoirs, which limits their capacity to serve people / hour.

BACKGROUND OF INNOVATION

In the present state of the art is present document MU 7300300-0, entitled "Disposal introduced in industrial and commercial drinking fountain" which refers to a drinking fountain model in which flow-releasing buttons are pressed through the tap so that the chilled water will be released. In this model there are two taps, one for on-site water consumption and another for filling containers. Said model reveals the container filling function, however, it has the drawback of the need to have its release button pressed during the entire container filling period, thus leaving one hand compromised and making the filling of bulky containers impossible.

Also present in the present state of the art is document PI 9001074-4, entitled "Industrial Drinking Fountain," which refers to a large capacity chilled drinking water supply unit divided into modules having a special filter in its reservoir. Despite the large capacity of the water cooler, the filter is located in the upper region of the equipment, in a location that is difficult to reach for changing. Since the filter change is planned for periods of approximately six months, An easily accessible location and how it is installed is critical to the proper maintenance of the equipment.

Also in the state of the art is document MU 8602295-4, entitled "Pumped Cooled Drinking Fountain" which refers to a small mobile drinking fountain with its own reservoirs that stores water at natural and refrigerated temperature. . The equipment has, among other components, a simple float, whose function is to monitor the water level of the reservoirs and prevent their overflow. A single float can prevent water leakage when it is in perfect operation, but if it is defective it cannot be avoided, the use of a double float creates more safety to the equipment.

INNOVATION OBJECTIVES

[0013] The main objective of this innovation is to make the use of commercial drinking fountains more practical and comfortable, even for people with special needs (visual). As the sensors are on the product wall facilitates the filling of containers such as bottles and glasses without need to use both hands.

[0014] It is also an objective to facilitate filter change without disassembling the product.

[0015] It is also objective to propose a better water closure at the inlet of the drinker reservoir through the use of a double sealed float.

It is also objective to prevent the drinker user from getting wet when using it due to the presence of a splash-proof rubber part.

INNOVATION

[0017] The present innovation relates to a triangular shaped drinker which has: two use terminals, one with two modes of use, one for containers to be filled with water and one with nozzle so that water is ingested in its own right. areas for filling containers with infrared sensors that automatically operate. The other user terminal has only the option for in / hollow (nozzle) water consumption. In addition, the water cooler features a compartment at the bottom where the filters are threaded for easy exchange. A bracket allows the water cooler to be installed anywhere, not necessarily on a wall. A double seal float optimizes the closure system in the reservoir. Finally, an anti-splash rubberized part prevents faucet residual fluid from reaching users.

ADVANTAGES OF INNOVATION

In short, the most important advantages presented by this innovation are: S Dispense with the push-button during use in container filling mode and thus facilitate proper filling, especially those with larger volume capacity and which need be held with both hands due to their weight and / or by visually impaired people. ν 'Make it easy to change the water cooler filters, as the filter reservoir is easily accessible and the filters are threaded, thus eliminating specialized labor and tools for this operation, ν' Simple installation, as the water cooler does not It needs to be installed on walls or other supporting structures, thus it can be installed anywhere, ν 'Reservoir with large storage capacity, up to 60L of water that are distributed between the two areas of use. ν 'Prevent the user from getting their clothes splashed with water, which is minimized due to the splash-proof rubber part. ν 'Its triangular shape allows the configuration of an island with at least four terminals of use.

DESCRIPTION OF THE FIGURES

[0019] The innovation will be described in a preferred embodiment, thus, for better understanding, reference will be made to the accompanying drawings, in which it is illustrated by way of illustration and not limitation: Figure 1: Perspective view of the arrangement applied to the water purifier. ;

Figure 2: Exploded perspective view of the arrangement applied to the water purifier drinking fountain;

Figure 3: Front view of the arrangement applied to the water purifier drinking fountain;

Figure 4: Rear view of the arrangement applied to the water purifier, with detail of the water supply;

Figure 5: Side sectional view of the arrangement applied to the water purifier drinker;

Figure 6: Perspective view of the sensor terminal, with enlarged sensor detail;

Figure 7: Perspective view of the double buoy;

Figure 8: Side view of the double buoy;

Figure 9: Magnified detail view of the double float housing;

Figure 10: Perspective view of filters with the door closed;

Figure 11: Perspective view of filters with door open;

Figure 12: Perspective view showing filter change;

Figure 13: Magnified detail view of the magnetic closure;

Figure 14: Schematic view showing use by any user;

Figure 15: Schematic view showing use for container filling;

Figure 16: Perspective view showing an island-shaped constructive variation.

DETAILED DESCRIPTION OF INNOVATION

[0020] THE WATER PURIFYING DRINK ARRANGEMENT is a drinking fountain (1) with a triangular section, with two terminals (A and B) in use, in which at least one terminal (A) has a set of infrared sensors (2). ) in the adjacent wall the tap (3) for filling containers with water, natural or cold, properly filtered through filters (4) easily accessed in a lower compartment (5) where they are fixed by means of threads (6), being the water from a large volume reservoir (7), which has a double seal (8V) float (8) that optimizes the closure system avoiding leaks and wetting of the surrounding area, which is also aided by a rubberized part (9) Anti-splash.

More particularly, the drinking fountain (1) has a triangular design whose front walls highlight two use terminals (A and B), in which at least one set of infrared sensors (2) is strategically located on the wall. adjacent to the container filling tap (3), which makes it unnecessary to use both hands to hold them, as well as facilitating their use by persons with impaired vision or other motor limitations. An anti-splash rubberized part (9) prevents the impact of water on the surface near the drain (10) from extrapolating the base platform region of the use terminal (A). Complementing the use terminal (A), the drinking fountain (1) has a nozzle (11) driven by lateral controls (12) specific for natural temperature water and ice water. In turn, the use terminal (B) presents only the nozzle (11) with the respective commands (12) for in situ water consumption. Thus, the water accesses the drinking fountain (1) through an entrance (13), around its midpoint, and take the direction of the filters (4) positioned in a lower compartment (5) with magnetic closing door (14) for easy access for exchange and maintenance as they are screw-fastened (6) ) pivotal. The bottom of the cabinet, in addition to filtering, also includes the whole mechanical and cooling part of the water cooler and there is no innovation in these items regarding this patent application. Another highlight of the present innovation is the high volume reservoir (7) of the water cooler (1) capable of perfectly meeting both use terminals (A and B) including the tap (3) for filling containers and not only the nozzles ( 11), reservoir (7) is provided with a double seal level float (8) (8V). The float (8) takes place on a circular base (15) that fits perfectly into the top of the reservoir (7) and is overlapped by a lid (16). The double seal (8V), with two chambers, provides a seesaw movement that prevents any possibility of water leaking from the reservoir (7). The triangular delineation of the drinking body (1) allows the formation of an island, as shown in Figure 16, on the costal positioning between two products. On the other hand, an “L” support (17) may be placed on its for fixing to walls or similar surfaces.

Having therefore described and illustrated the best embodiment currently contemplated for carrying out the present innovation, however, it is to be understood that the present innovation is not limited to the practicalities of the presently preferred embodiment illustrated herein. , and that all such modifications and variations should be considered to be encompassed within the spirit and scope of the innovation.

CLAIM

Claims (2)

1. WATER PURIFIER DRINK ARRANGEMENT, characterized by having a triangular body with two use terminals (A and B), in which by one of them is denoted a set of infrared sensors (2) in the wall next to the tap (3) of container filling; a rubberized (9) anti-splash piece prevents water splashing; the filters (4) are positioned in a lower compartment (5) with magnetic closure door (14) and are fixed by pivoting thread (6); the reservoir (7) is of a large volume and is provided with a double seal buoy (8).