Abstract: A data platform may comprise a machine learning model indicative of a propensity of a buyer to buy a respective vehicle of a plurality of vehicles for sale. The data platform may execute the machine learning model on vehicle-related data for the plurality of vehicles to determine a propensity to buy score for a respective vehicle. Each of the vehicles may then be sorted by its propensity to buy score. A client terminal may display a list of vehicles for the buyer to buy, where the list is ordered such that a first vehicle in the list has a highest propensity to buy score and a last vehicle in the list has a lowest propensity to buy score.

Abstract: A data platform may comprise a machine learning model indicative of a propensity of a buyer to buy a respective vehicle of a plurality of vehicles for sale. The data platform may execute the machine learning model on vehicle-related data for the plurality of vehicles to determine a propensity to buy score for a respective vehicle. Each of the vehicles may then be sorted by its propensity to buy score. A client terminal may display a list of vehicles for the buyer to buy, where the list is ordered such that a first vehicle in the list has a highest propensity to buy score and a last vehicle in the list has a lowest propensity to buy score.

Abstract: The method comprises using thermal flux sensors (4,5,6) to determine the exchange surface <u>A</u> between a reagent (1) and housing (2) containing the above, with the aim of determining the characteristics of the housing (2) and the thermal reaction studied. Said flux sensors (4,5,6) are arranged on the housing (2) in contact and non-contact zones for the above (2) with the reagent (1), such as to continuously determine in real time the precise surface of exchange between the housing (2) and the reagent (1) as a proportion of the measurements taken by each flux sensor (4,5,6) and in such a manner as to determine the thermal exchange coefficient <u>U</u> between the housing (2) and the reagent (1) from the exchange surface <U>A</U> and a measurement of the temperature <u>Tr</u> of the reagent (1) and the wall of the housing (2) respectively, particularly when thermostatted, as in the case of the application to a calorimeter.

Abstract: An ostomy device is disclosed which comprises a simple, rigid frame having an opening which is registered with the stoma of an ostomate and secured on his torso by an elastic belt. The tension of the belt cause the frame to press into the user's flesh and thus stabilize the peristomal region within the confines of the frame opening. The peristomal region is given sufficient firmness to insure secure attachment of an adhesive sheet of a waste management adjunct. This frame is also employed in a method which obviates the need for a collection container for body wastes. In this method, a protective sheet may be adhered to the peristomal skin, with an opening registered with the stoma. A absorbent pad is held against the stoma by the frame as it stabilizes the peristomal region. The solid matter is then periodically removed by replacement of the pad.