Abstract: Sensor device for a household appliance that includes a body (2), detector device to measure at least one variable of a fluid and which includes a conductivity sensor, and a printed circuit (3) that receives the variables measured by the detector device. The body (2) includes a housing (20) where the printed circuit (3) is housed, and the device (1) also includes a cover (6) to close the housing (20). The body (2) also includes an inlet conduit (21) and an outlet conduit (22) through which said fluid passes, the housing (20), the printed circuit (3) and the cover (6) being disposed transversally to the conduits (21, 22) between the conduits (21, 22). The conductivity sensor is connected to said body (2) and is connected to or next to the printed circuit (3).

Abstract: Sensor device for a household appliance that comprises a body (2), detector means to measure at least one variable of a fluid and which comprise a conductivity sensor, and a printed circuit (3) that receives the variables measured by the detector means. The body (2) comprises a housing (20) where said printed circuit (3) is housed, and the device (1) also comprises a cover (6) to close said housing (20). Said body (2) also comprises an inlet conduit (21) and an outlet conduit (22) through which said fluid passes, said housing (20), said printed circuit (3) and said cover (6) being disposed transversally to said conduits (21,22) between said conduits (21,22). The conductivity sensor is connected to said body (2) and is connected to or next to said printed circuit (3).

Abstract: The method comprises the ion implantation of controlled quantities of elements such as CO, C or O in endo-osseous implants or prostheses manufactured in metals, metallic alloys or biocompatible compound materials. This surface treatment originates some modifications in the characteristics of the surface of the endo-osseous implants or prostheses which increases significantly their degree of osseointegration.