Abstract: A cartridge for obtaining a beverage by injecting into the cartridge a pressurized fluid, comprising a box-like body, which accommodates a substance from which it is possible to extract the beverage, and which accommodates on its inside an insert which separates the substance from a bottom wall of the box-like body, forming an interspace. The insert comprises an orifice for the passage of the beverage toward the interspace, whereas the bottom wall comprises a region which can be pierced to obtain an opening for the outflow of the beverage. In the interspace there is a basin which is arranged laterally with respect to the pierceable region in order to accumulate the beverage received directly from the orifice and make it flow out of the opening by overflowing.

Abstract: A cartridge for extracting a beverage by injecting a fluid, comprising a containment body which is adapted to contain a substance from which the beverage is to be extracted and is adapted to receive the fluid, the containment body comprising at least one opening for the outflow of the beverage, which is adapted to prevent an increase in hydraulic pressure inside the cartridge when the fluid is injected, the containment body further comprising a plurality of raised portions for hindering the flow of the beverage, which are arranged in a mutually offset arrangement around the outflow opening.

Abstract: A cartridge for extracting a beverage by injecting a fluid, comprising a containment body which is adapted to contain a substance from which the beverage is to be extracted and to receive the fluid under pressure. The cartridge further comprises a lid which is fixed on the containment body and a shower-like jet breaker which is fixed on the lid by interference fit and is adapted to receive the fluid and to distribute it substantially uniformly on the substance.

Abstract: A cartridge for extracting a beverage by injecting a fluid, comprising a containment body which is adapted to contain a substance from which the beverage is to be extracted and is adapted to receive the fluid, the containment body comprising at least one opening for the outflow of the beverage, which is adapted to prevent an increase in hydraulic pressure inside the cartridge when the fluid is injected, the containment body further comprising a plurality of raised portions for hindering the flow of the beverage, which are arranged in a mutually offset arrangement around the outflow opening.

Abstract: A cartridge for extracting a beverage by injecting a fluid, comprising a containment body which is adapted to contain a substance from which the beverage is to be extracted and to receive the fluid under pressure. The cartridge further comprises a lid which is fixed on the containment body and a shower-like jet breaker which is fixed on the lid by interference fit and is adapted to receive the fluid and to distribute it substantially uniformly on the substance.

Abstract: A cartridge for obtaining a beverage by injecting into the cartridge a pressurized fluid, comprising a box-like body, which accommodates a substance from which it is possible to extract the beverage, and which accommodates on its inside an insert which separates the substance from a bottom wall of the box-like body, forming an interspace. The insert comprises an orifice for the passage of the beverage toward the interspace, whereas the bottom wall comprises a region which can be pierced to obtain an opening for the outflow of the beverage. In the interspace there is a basin which is arranged laterally with respect to the pierceable region in order to accumulate the beverage received directly from the orifice and make it flow out of the opening by overflowing.

Abstract: A Design Failure Mode Effect Analysis (DFMEA) method analyzes faults and failures in the design phase of electronic devices. A data-entry mask is used for recording some information concerning the performed analysis and a portion of the recording form is displayed to a user in an electronic display format. The method detects and records past design problems and their corresponding solutions, by a DFMEA method using the data-entry mask form; associates keywords in a database with each problem; associates data concerning each of the design problems, in the same database, including information concerning past fails occurred in similar applications; detects major changes and/or innovations, as well as any improved block or part of a new device with respect to other devices, thereby postulating possible new problems introduced by the new device; and records the new problems and their possible solutions, by the DFMEA method and using the form.

Abstract: A Design Failure Mode Effect Analysis (DFMEA) method analyzes faults and failures in the design phase of electronic devices. A data-entry mask is used for recording some information concerning the performed analysis and a portion of the recording form is displayed to a user in an electronic display format. The method detects and records past design problems and their corresponding solutions, by a DFMEA method using the data-entry mask form; associates keywords in a database with each problem; associates data concerning each of the design problems, in the same database, including information concerning past fails occurred in similar applications; detects major changes and/or innovations, as well as any improved block or part of a new device with respect to other devices, thereby postulating possible new problems introduced by the new device; and records the new problems and their possible solutions, by the DFMEA method and using the form.

Abstract: Described is a Design Failure Mode Effect Analysis (DFMEA) Method for analyzing faults and failures in the design phase of electronic apparatus and devices. A data-entry mask is used for recording some information concerning the performed analysis and a portion of the recording form is displayed to a user in an electronic display format.