Abstract: Provided is a cooking device in which a cooking container can be attached to and detached from a body in a non-vertical direction. A cooking device according to the present invention includes: a cooking container that has a cooking implement and that is equipped with a cup to which a lid can be attached, and a body to which the cooking container is attached and which causes the cooking implement to rotate. The cooking container is configured to be attached to and detached from the body in a non-vertical direction. The cooking implement has a rotation center that is inclined in a non-vertical direction when the cooking container is kept attached to the body. The body is capable of causing the cooking implement rotate about a non-vertical axis.

Abstract: A plug body includes (a) a spout part, (b) a plug including a fitting part and removably fitted to an inner side of the spout part, and (c) a sealing member in a ring shape attached to a lower side of the fitting part of the plug. When the plug is inserted, the sealing member is in contact with a portion on a lower side of the spout part to form a sealing structure.

Abstract: It is an object of the present invention to provide a method of producing a vacuum thermal insulation panel capable of reducing the occurrence probability of poor welding of a metal outer wrapping material. The method of producing the vacuum thermal insulation panels 100, 100A to 100 D, 101, 101A according to the present invention includes a “covering step of covering a core material 110 or 110B with a metal foil 130 or 131” and a “welding step of welding a metal foil portion on an outer side of the core material”, and the core material is at least partially covered with a cover 120, 120A, or 120D at a timing when the covering step is to be started.

Abstract: A coffee maker 1 includes: an extraction container (second container 42) extracting coffee liquid from coffee powder; a server container (first container 41) storing the coffee liquid; a communication part 43 formed as a flow passage for the coffee liquid to flow through. At a time of extracting the coffee liquid, hot water and the coffee powder are stirred by steam flowing into the extraction container. The steam stirring the hot water and the coffee powder passes through the communication part and flows into the extraction container after flowing into the server container.

Abstract: [Solution] A coffee maker 1 includes: an extraction container (second container 42) extracting coffee liquid from hot water and coffee powder; a server container (first container 41) storing the coffee liquid; a communication part 43 communicating an inside of the container and an inside of the server container; and a filter 44, disposed inside the extraction container. The coffee powder is filtered out and removed by permeating the coffee liquid through the filter. The coffee maker is configured to filter the coffee liquid by using the filter 44 while moving the coffee liquid from the extraction container to the server container via the communication part 43. The server container stores water as basis of the hot water for extracting the coffee liquid.

Abstract: A consumable material map generation system according to the invention includes: a storage part 120, associating at least one characteristic information with respect to type information of consumable materials and storing the characteristic information; an information display part 130, displaying information; and an information processing part 110, generating a consumable material map by mapping the type information one or more dimensionally based on the characteristic information to display the consumable material map on the information display part.

Abstract: A plug body includes (a) a spout part, (b) a plug including a fitting part and removably fitted to an inner side of the spout part, and (c) a sealing member in a ring shape attached to a lower side of the fitting part of the plug. When the plug is inserted, the sealing member is in contact with a portion on a lower side of the spout part to form a sealing structure.

Abstract: A plug body includes a spout part and a pressure release valve arranged at a position different from an arrangement position of the spout part. A mass on a spout part side is larger than a mass on a pressure release valve side.

Abstract: The disclosure provides a cooking management method, a cooking management system, a cooking management server, and a cooking appliance capable of realizing cooking suitable for a user with less labor for the user. The cooking management method includes: acquiring consumer goods shipping information associated with a product identification code corresponding to a cooking appliance M; acquiring user information which is information about a user of the cooking appliance M corresponding to the product identification code; generating a custom sequence suitable for the user based on the consumer goods shipping information and the user information; and enabling the cooking appliance corresponding to the product identification code to download and execute the custom sequence.

Abstract: Disclosed is a dental handpiece structure including a head having a turbine chamber, a rotor installed in the turbine chamber and having a transmission shaft, and a transmission element composed of a plurality of turbine vanes. A high-pressure air entering into the turbine chamber can push each turbine vane to drive and rotate the rotor, and a breach is upwardly formed between two adjacent turbine vanes. A head cap is covered onto the turbine chamber, and a circular groove is formed at the head cap and between an end surface facing the turbine chamber and the transmission element, and the circular groove and each breach are arranged opposite to each other for collecting the high-pressure air guided out from each breach to enhance the cutting force of the dental handpiece.

Abstract: Disclosed is a dental handpiece structure including a head having a turbine chamber, a rotor installed in the turbine chamber and having a transmission shaft, and a transmission element composed of a plurality of turbine vanes. A high-pressure air entering into the turbine chamber can push each turbine vane to drive and rotate the rotor, and a breach is upwardly formed between two adjacent turbine vanes. A head cap is covered onto the turbine chamber, and a circular groove is formed at the head cap and between an end surface facing the turbine chamber and the transmission element, and the circular groove and each breach are arranged opposite to each other for collecting the high-pressure air guided out from each breach to enhance the cutting force of the dental hand-piece.