Abstract: A tealight cup for holding a combustible candle has a a side wall, a base with a flat central area, at least two bulges positioned around the flat central area, wherein the bulges have a height (h) of at least 10% of the height (H) of the side wall and are positioned around the flat central area circumferentially along a common circumference and have a total volume equal to at least 10% of the volume of the part of the cup from the base to the height (h) of the bulges.

Abstract: A tealight cup for holding a combustible candle has a a side wall, a base with a flat central area, at least two bulges positioned around the flat central area, wherein the bulges have a height (h) of at least 10% of the height (H) of the side wall and are positioned around the flat central area circumferentially along a common circumference and have a total volume equal to at least 10% of the volume of the part of the cup from the base to the height (h) of the bulges.

Abstract: A tealight cup comprising a side wall (120-720) and a base (110-710) with a flat central area (111-711) and at least two bulges (150-750) positioned around the flat central area (111-711) and having a height (h) of at least 10% of the height (H) of the side wall. The bulges (150-750) are positioned around the flat central area (111-711) circumferentially along a common circumference and have a total volume equal to at least 10% of the volume of the part of the cup from the base (110-710) to the height (h) of the bulges (150-750).

Abstract: A method and a related system for reconciling data sets from different data sources includes comparing the data sets using static data from the data sets, determining an uncertainty factor whether to reconcile the data sets based on an incomplete match of the static data of data sets, and performing a dynamic matching if the uncertainty factor exceeds a predefined uncertainty threshold value. The dynamic data matching comprises the following: comparing dynamic communication data relating to each of the data sets, determining a certainty factor based on the comparison of the dynamic communication data, and reconciling those data sets whose certainty factor exceeds a predefined certainty threshold value.

Abstract: A tealight cup comprising a side wall (120-720) and a base (110-710) with a flat central area (111-711) and at least two bulges (150-750) positioned around the flat central area (111-711) and having a height (h) of at least 10% of the height (H) of the side wall. The bulges (150-750) are positioned around the flat central area (111-711) circumferentially along a common circumference and have a total volume equal to at least 10% of the volume of the part of the cup from the base (110-710) to the height (h) of the bulges (150-750).

Abstract: The table cup-shaped tealight holder according to the invention has the bottom (1) inclined towards the horizontal plane at the angle (C) with the recess (2) located in the central point. There are grooves (3) in the bottom which are connected with the recess (2) and form the angle (B) with the horizontal plane.

Abstract: The table cup-shaped tealight holder according to the invention has the bottom (1) inclined towards the horizontal plane at the angle (C) with the recess (2) located in the central point. There are grooves (3) in the bottom which are connected with the recess (2) and form the angle (B) with the horizontal plane.

Abstract: The manner of production of container candle cartridges which consists in the placement of a mould (1) surrounding the wick (2) in the container (3) together with the wick (2) and pouring the flammable mixture into the mould (1) and then its removal; it is also possible to leave the mould (1) if it is made from the flammable raw material and to fill the container (3) with the mixture. When using the mixture with the density range between 0.3 g/cm3 and 2.0 g/cm3, it is placed in the container (3) without a mould and it is applied by means of a forming element (5), and the mixture with the indicated density range out of which the cartridge (4) surrounding the wick (2) is formed solidifies at the moment of its application into the container (3) and it retains the shape sufficiently well in order to uphold the wick in the upright and centric position; then the container (3) with the formed cartridge (4) is poured over with the mixture.

Abstract: The container for candles with internal circulation of air has an external casing (1) and an internal casing (2) with ventilating holes, respectively (4) and (3) which ensure circulation of air between the casings.

Abstract: Layer candle made of the granulated product is provided with the outer hardened layer (1), and the candle inside is filled with the loose granulated product. The method of layer candle manufacturing consists in the preliminary heating of the outer layer of the candle and its further forming in the process of pressing.

Abstract: The method of manufacturing a pillar candle consists in cooling down the mould before the raw material is poured into it. Then the heated raw material is poured into the mould and pressed.