ES2686170A1

ES2686170A1 - FLOATING HEATER FOR SWIMMING POOLS AND SPAS (Machine-translation by Google Translate, not legally binding)

Info

Publication number: ES2686170A1
Application number: ES201830786A
Authority: ES
Inventors: Jose Ramon VAZQUEZ PEREZ
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-30
Filing date: 2018-07-30
Publication date: 2018-10-16
Anticipated expiration: 2038-07-30
Also published as: ES2686170B2

Abstract

Floating heater for pools and spas. The heater is constituted from a plurality of floating modules arranged fixed to each other on the surface of the pool or spa to be covered, wherein each floating module is formed by two bodies coupled together, a first body (1), upper, in the form of a curved-convex bubble, with a flat perimeter expansion (4), body (1) of resistant and transparent plastic material, while the second body (2), also made of resistant plastic material, in this case black , counting the set with holes for passage and heating of the pool water in the chamber (7) that is defined between both parts, chamber that is filled with elements (9-9') of high capacity and thermal conductivity. The device can incorporate a temperature predictive sensor associated with a computer application through which the user can monitor the installation. (Machine-translation by Google Translate, not legally binding)

Description

imagen1image 1

imagen2image2

imagen3image3

imagen4image4

imagen5image5

De esta forma, ambos cuerpos (1) y (2) quedan acoplados entre sí para formar el calentador, con la particularidad de que el cuerpo que constituye la burbuja o primer cuerpo (1) incluye una expansión (4) perimetral plana y cuadrangular, con sus vértices (5) achaflanados y redondeados, evitando así el solapamiento de otros módulos iguales al descrito. In this way, both bodies (1) and (2) are coupled together to form the heater, with the particularity that the body constituting the bubble or first body (1) includes a flat and quadrangular perimeter expansion (4), with its vertices (5) chamfered and rounded, thus avoiding the overlapping of other modules equal to that described.

Ambos cuerpos (1) y (2) son de material plástico resistente, siendo el primer cuerpo de naturaleza transparente, mientras que el segundo cuerpo (2), constitutivo del colector, estará obtenido en color negro, para conseguir con ello un óptimo rendimiento térmico en el calentamiento originado por los rayos solares incidentes sobre el conjunto. Both bodies (1) and (2) are made of resistant plastic material, the first body being transparent in nature, while the second body (2), constitutive of the collector, will be obtained in black, to achieve optimum thermal performance. in the heating caused by the solar rays incident on the whole.

El colector o segundo cuerpo (2) es plano, presentando en su cara inferior una serie de tetones (6) complementarios de rebajes (8) establecidos en la cara superior del primer cuerpo (1) en orden a facilitar su apilamiento de forma estable, tal como muestra la figura The collector or second body (2) is flat, presenting on its lower face a series of complementary lugs (6) of recesses (8) established on the upper face of the first body (1) in order to facilitate stacking in a stable manner, as the figure shows

3. 3.

De esta forma, el agua accede a las cámaras (7) a través de las ranuras (3) o s, donde es calentada por efecto invernadero con una gran eficacia y óptimo rendimiento, pudiendo fluir dicho agua a través de las citadas ranuras (3), con la particularidad de que en el seno de dichas cámaras (7) se ha previsto la inclusión de bolas (9), así como una espiral metálica (15), ambos de materiales de alta capacidad y conductividad térmica, que se pueden distribuir en dos capas de diferentes densidades, de manera que una de dichas capas de bolas (9) tienda a flotar dando mayor flotabilidad al conjunto, mientras que la otra, de mayor densidad permite un mayor flujo calorífico al agua que circula por las cámaras (7) acelerando el proceso de calentamiento del agua. In this way, the water accesses the chambers (7) through the grooves (3), where it is heated by greenhouse with great efficiency and optimum performance, said water being able to flow through the aforementioned grooves (3) , with the particularity that within said chambers (7) the inclusion of balls (9), as well as a metallic spiral (15), both of high capacity materials and thermal conductivity, which can be distributed in two layers of different densities, so that one of said layers of balls (9) tends to float giving greater buoyancy to the whole, while the other, of greater density allows a greater calorific flow to the water that circulates through the chambers (7) accelerating the water heating process.

Paralelamente, y como se muestra en la figura 2, al menos uno de los módulos estará dotado de un sensor (10) predictivo de temperatura, materializado en un sensor con un módulo de comunicaciones inalámbrico, preferentemente de tipo Bluettoth Low Energy, compuesto por tres sensores de temperatura, un sensor exterior (11), un sensor interior In parallel, and as shown in Figure 2, at least one of the modules will be provided with a temperature predictive sensor (10), materialized in a sensor with a wireless communications module, preferably of the Bluettoth Low Energy type, consisting of three temperature sensors, an external sensor (11), an internal sensor

(12) que mide la temperatura en el interior de la cámara (7) y un sensor inferior (13) que mide la temperatura del agua de la piscina, estando asistido dicha electrónica por un pequeño panel solar fotovoltaico (14) que da autonomía energética al dispositivo. (12) that measures the temperature inside the chamber (7) and a lower sensor (13) that measures the temperature of the pool water, said electronics being assisted by a small photovoltaic solar panel (14) that gives energy autonomy to device.

7 7

imagen6image6

Claims

image 1

image2