Abstract: An artificial intelligence laundry drying machine is provided. The artificial intelligence laundry drying machine includes a communication unit configured to receive washing information of a washing machine from the washing machine, a drying unit configured to dry a drying object, and a processor configured to acquire information about a dryness degree of the drying object by using the washing information and perform drying by using the information about the dryness degree.

Abstract: The present disclosure provides a nutritional composition, such as an infant formula, including protein, fat and carbohydrates, wherein whole milk comprises a source of each of the protein, fat, and carbohydrates.

Abstract: Disclosed are a speech recognition device and a speech recognition method which perform speech recognition by executing an artificial intelligence (AI) algorithms and/or a machine learning algorithm installed thereon, to communicate with other electronic devices and an external server in a 5G communication environment. The speech recognition method according to an embodiment of the present disclosure may include converting a series of spoken utterance signals to a text item, extracting a discordant named-entity that is discordant with a parent domain inferred form the text, calculating probabilities of candidate words associated with the discordant named-entity based on calculated distances between a term representing the parent domain and each candidate word associated with the discordant named-entity, and based on the calculated probabilities, modifying the discordant named-entity in the text to one of the candidate words associated with the discordant named-entity.

Abstract: An artificial intelligence server for controlling a plurality of robots includes a communication unit and a processor. The communication unit is configured to communicate with the plurality of robots. The processor is configured to receive information including an operation and a deployment area corresponding to each of the plurality of robots, determine a first route corresponding to a first operation corresponding to a first robot among the plurality of robots, if the first operation corresponding to the first robot includes an operation for moving out of a first deployment area corresponding to the first robot, determine an area on the determined first route, in which at least one robot is deployed, determine an associated operation between the first robot and a second robot, wherein the second robot is deployed in the determined area, and update a second operation corresponding to the second robot or a second deployment area corresponding to the second robot, based on the determined associated operation.

Abstract: The present invention relates to methods of treating p53 wild type (WT) tumors. In particular, the invention provides novel therapies for p53 WT tumors based on the combination of Mouse Double Minute 2 (MDM2) inhibitors, e.g. HDM201, together with Casein Kinase 1 alpha (CK1?) degrading agents and/or an MDM4 inhibitors, e.g. lenalidomide. The combination may be used in the treatment of solid as well as hematologic p53 WT tumors, e.g. Merkel cell carcinoma (MCC) or myelodysplastic syndrome (MDS).

Abstract: An artificial intelligence server for determining a deployment area of a robot includes a memory and a processor. The memory is configured to store density data for a control area. The processor is configured to obtain a plurality of current context keywords corresponding to a current time point, determine at least one related keyword among the obtained plurality of current context keywords using the density data, and determine the deployment area of the robot based on density data corresponding to the determined related keyword.

Abstract: Disclosed are a speech recognition device and a speech recognition method which perform speech recognition by executing an artificial intelligence (AI) algorithms and/or a machine learning algorithm installed thereon, to communicate with other electronic devices and an external server in a 5G communication environment. The speech recognition method according to an embodiment of the present disclosure may include converting a series of spoken utterance signals to a text item, extracting a discordant named-entity that is discordant with a parent domain inferred form the text, calculating probabilities of candidate words associated with the discordant named-entity based on calculated distances between a term representing the parent domain and each candidate word associated with the discordant named-entity, and based on the calculated probabilities, modifying the discordant named-entity in the text to one of the candidate words associated with the discordant named-entity.

Abstract: An artificial intelligence laundry drying machine is provided. The artificial intelligence laundry drying machine includes a communication unit configured to receive washing information of a washing machine from the washing machine, a drying unit configured to dry a drying object, and a processor configured to acquire information about a dryness degree of the drying object by using the washing information and perform drying by using the information about the dryness degree.

Abstract: An artificial intelligence server for controlling a plurality of robots includes a communication unit and a processor. The communication unit is configured to communicate with the plurality of robots. The processor is configured to receive information including an operation and a deployment area corresponding to each of the plurality of robots, determine a first route corresponding to a first operation corresponding to a first robot among the plurality of robots, if the first operation corresponding to the first robot includes an operation for moving out of a first deployment area corresponding to the first robot, determine an area on the determined first route, in which at least one robot is deployed, determine an associated operation between the first robot and a second robot, wherein the second robot is deployed in the determined area, and update a second operation corresponding to the second robot or a second deployment area corresponding to the second robot, based on the determined associated operation.

Abstract: An artificial intelligence server for determining a deployment area of a robot includes a memory and a processor. The memory is configured to store density data for a control area. The processor is configured to obtain a plurality of current context keywords corresponding to a current time point, determine at least one related keyword among the obtained plurality of current context keywords using the density data, and determine the deployment area of the robot based on density data corresponding to the determined related keyword.

Abstract: A multipurpose lighting and entertainment stand including a base unit and each of a plurality of vertically disposed telescopic legs and a trash can attached to the base unit. A horizontally disposed platform is disposed directly atop the plurality of vertically disposed telescopic legs. Each of a right opening and a left opening of a pair of circular cup holder openings is disposed through the horizontally disposed platform. A pair of attached identical triangular compartments is disposed on and extended rearward from a rear edge of the horizontally disposed platform. Each of a right hook and a left hook of a pair of hooks is attached to an external surface of the pair of attached identical triangular compartments. A lighting unit having a plurality of upward facing light emitting diodes is disposed on an upper ledge of the pair of attached identical triangular compartments.

Abstract: Described is a single function or multi-function device for attachment to the tank of a toilet fixture. The device provides a diffusible air-treatment concentrate for deodorizing or otherwise treating the ambient air surrounding the toilet. At the same time, the multi-function device provides a water-soluble water-treatment concentrate for treating the flush water stored in the toilet tank. The device can have an air moving part with a delay value to increase fragrance delivery. The device can have an air treatment part with a reservoir having fragrance containing particles. The reservoir can have an attachment means so that it can be replaced when the fragrance is used up. The device can deliver a burst of fragranced air during a toilet flush cycle.

Abstract: Described is a single function or multi-function device for attachment to the tank of a toilet fixture. The device provides a diffusible air-treatment concentrate for deodorizing or otherwise treating the ambient air surrounding the toilet. At the same time, the multi-function device provides a water-soluble water-treatment concentrate for treating the flush water stored in the toilet tank. The device can have an air moving part with a delay value to increase fragrance delivery. The device can have an air treatment part with a reservoir having fragrance containing particles. The reservoir can have an attachment means so that it can be replaced when the fragrance is used up. The device can deliver a burst of fragranced air during a toilet flush cycle.