Abstract: Provided is a highly-manufacturable vacuum insulated container capable of easily bringing an internal closed space into a vacuum state. A vacuum insulated container is a vacuum insulated container including an inner container and an outer container forming an internal closed space with the inner container. Further, the vacuum insulated container is the vacuum insulated container including an air outlet connected to the internal closed space, and a seal that seals the air outlet after vacuum evacuation by an exothermic reaction in the internal closed space.

Abstract: An energy storing device is provided which is capable of efficiently utilizing energy. A container in an energy storing device which generates heat by chemical reaction of a thermal storage material accommodated inside of each container is a double wall container including an inside wall and an outside wall, in which a pair of containers is configured by a heat-generating-side container in which the thermal storage material generates heat, and a regenerating-side container which regenerates the thermal storage material used in heat generation, in which the pair of containers are connected by piping in which an ejector is provided.

Abstract: A method of applying a coating material to a vehicle that includes defining a plurality of application zones on the vehicle. The application zones include a low visibility zone, a medium visibility zone, and a high visibility zone. The method further includes applying the coating material to the application zones in a predetermined sequence such that a first portion of the coating material is applied to the low visibility zone, then a second portion is applied to the medium visibility zone, and then a third portion is applied to the high visibility zone. A first overlap region is defined between the low visibility zone and the high visibility zone and a second overlap region is defined between the medium visibility zone and the high visibility zone. The third portion of the coating material is applied before the coating material previously applied in the first and second overlap regions has set for a predefined duration.

Abstract: A method of applying a coating material to a vehicle that includes defining a plurality of application zones on the vehicle. The application zones include a low visibility zone, a medium visibility zone, and a high visibility zone. The method further includes applying the coating material to the application zones in a predetermined sequence such that a first portion of the coating material is applied to the low visibility zone, then a second portion is applied to the medium visibility zone, and then a third portion is applied to the high visibility zone. A first overlap region is defined between the low visibility zone and the high visibility zone and a second overlap region is defined between the medium visibility zone and the high visibility zone. The third portion of the coating material is applied before the coating material previously applied in the first and second overlap regions has set for a predefined duration.

Abstract: Disclosed herein are therapeutic agents and/or preventive agents for pain or therapeutic agents and/or preventive agents for a sodium channel associated disease.

Abstract: Disclosed herein are therapeutic agents and/or preventive agents for pain or therapeutic agents and/or preventive agents for a sodium channel associated disease.

Abstract: Disclosed herein are therapeutic agents and/or preventive agents for pain or therapeutic agents and/or preventive agents for a sodium channel associated disease.

Abstract: Disclosed herein are therapeutic agents and/or preventive agents for pain or therapeutic agents and/or preventive agents for a sodium channel associated disease.

Abstract: Disclosed herein are therapeutic agents and/or preventive agents for pain or therapeutic agents and/or preventive agents for a sodium channel associated disease.