Inventio d.o.o.

The invention introduces a dynamic adaptive temperature control system that combines predictive temperature management based on a reference curve with real-time recalibration mechanisms to achieve accurate, stable and efficient cooking temperature control. The system pre-calculates optimal temperature settings using reference curves and dynamically recalibrates these set points based on environmental feedback, including temperature variations, changes in pot material and user interactions such as food input.

The present invention relates to a cooking hob, in particular to a method for operating an induction hob when carrying out cooking programs such as heating, defrosting and cooking. The method comprises an initialization phase, where a container to be heated is placed on the cooking zone of the induction hob and an automatic cooking program is selected; a detection phase, where upon the activation of the cooking program and before any power is applied, the initial temperature of the cooking zone is measured by means of a temperature sensor arranged between the induction module and the cover element on which the container is placed; a calculation phase, where a processing unit calculates the temperature difference between the final temperature and the initial temperature; and an evaluation phase, where a processing unit compares the temperature difference with predefined threshold.

The invention introduces a dynamic PID control system integrated with adaptive temperature ranges for induction hobs. The system utilizes real-time temperature sensor data to adjust power levels, enabling efficient heating of diverse cookware and liquid quantities. By dividing the temperature spectrum into ranges based on predefined thresholds, the system ensures rapid heating without exceeding the target temperature. Each range dynamically adjusts the PID output, accounting for factors such as pot size, liquid volume, and cooking program complexity. This adaptive approach improves cooking speed, accuracy, and user flexibility while ensuring safety and reliability during unsupervised operation.

The present invention relates to a household appliance, comprising a cabinet with a compartment to receive various articles and a door assembly used to close said compartment, said cabinet and said door assembly being provided with a device for retaining and automatic opening of the door assembly. Said device for holding and automatically releasing a door assembly (3) comprises a lock (5a) arranged on or in the fixed front wall (2') of a housing (2), and a holding element (5b) preferably arranged on a removable upper part of a frame (9) of the door assembly (3) so that it can cooperate with the lock (5a), wherein the door assembly (3) comprises a release mechanism (8) enabling the door assembly (3) to be opened or closed, a removable upper part of the frame (9) within which the release mechanism (8) is arranged, and at least one external glazing (10).

The present invention relates to an induction cooking hob, comprising a body, arranged inside which are at least one induction module and a flat cover element made of glass or ceramic, which is provided to receive a container to be heated, and which covers the said body. A cover element (2) is formed with a plurality of holding means 5) and a bottom (3) of a body (1) is formed with a plurality of cut-outs (4), wherein the cut-outs (4) in the bottom (3) and the holding means (5) on the side of the cover element (2) facing the bottom (3) are arranged in such a way that each holding means (5) is, in the direction perpendicular to the bottom (3), aligned with each cut-out (4) in the bottom (3).

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The present invention refers to a flagpole, preferably a rigid flagpole, which can be mounted on the external wall of a building or similar. The rigid pole comprises at least two longitudinally connected tubes arranged to rotate against each other, first tube (5) and second tube (6), whereby the ability of the tubes (5, 6) to rotate against each other is achieved by one, preferably at least two, optionally more, bearing means (7), which are fixed individually or in pairs longitudinally inside each of the tubes (5, 6), which are mutually fixed in position by means of a connecting pole (8) extending approximately along the entire length of the pole (1), whereby the second tube (6) comprises a flange at its free end (13) that comprises the end element (12), and whereby the pole (1) features at least one additional drip-off element (15).

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