5results about How to "Reduce necessity" patented technology

A system for use in a vehicle includes at least two hydraulic damper assemblies. The system includes an injection pump in fluid communication with the hydraulic damper assemblies. The injection pump includes a barrel having an opening. The injection pump includes a plunger slidable within the barrel in a first direction and a second direction, the first direction causing hydraulic fluid to move into the barrel via the opening and the second direction causing hydraulic fluid to move out of the barrel via the opening. The system includes an actuator supported within the barrel and operatively coupled to the plunger.

The utility model relates to full-automatic acupoint patch production equipment which comprises a rack and a conveying belt rotationally borne on the rack, and a patch feeding mechanism, a gluing mechanism, a heating bag feeding mechanism and a pressing mechanism are sequentially arranged on the rack in the rotating direction of the conveying belt. The patch feeding mechanism is used for placing acupuncture point patches on the conveying belt, the gluing mechanism is used for gluing the acupuncture point patches located on the conveying belt, the heating bag feeding mechanism is used for placing heating bags on the acupuncture point patches, and the pressing mechanism is used for pressing the acupuncture point patches and the heating bags. The effect of improving the production efficiency of the acupoint patch with the heating bag is achieved.

To provide a defect classification system being simple in preparation and maintenance and capable of recognizing a cause of a defect. The present invention provides a defect classification system 10 including imaging means 11 for causing an imaging device G to image paper P2 that has passed through a dry part D and acquiring image data obtained by the imaging, detection means 12 for detecting a defect in the paper P2 in the image data, extraction means 13 for extracting a feature amount of the defect, calculation means 14 for causing a classification model 20 in which a reference feature amount is previously set to calculate a certainty factor in a defect cause item on the basis of the feature amount of the defect, and display means 15 for displaying the certainty factor, in which the classification model 20 is caused to learn the reference feature amount using machine learning from a relationship between respective feature amounts of defects previously stored and a plurality of defect cause items.

Provided are an X-ray inspection method and an X-ray inspection device with which three-dimensional data of a defect in an object can be acquired in a short time. The present invention is provided with: an X-ray transmission image acquisition step for performing X-ray imaging of an object (1) and acquiring a two-dimensional X-ray transmission image (3a); a model generation step for generating, as a three-dimensional virtual model (4), a model corresponding to the object (1) including the defect (2) using known structural parameters with respect to the object (1); a virtual transmission image generation step for generating a two-dimensional virtual transmission image (6a) from the three-dimensional virtual model; and a parameter correction step for correcting the structural parameters of the three-dimensional virtual model (4) so that the two-dimensional virtual transmission image (6a) approaches the two-dimensional X-ray transmission image (3a), using the result of the comparison between the two-dimensional X-ray transmission image (3a) and the two-dimensional virtual transmission image (6a).

A method for establishing profile data of at least one profile in a target eUICC, the profile data comprising at least an authentication key K, the method comprising the steps of: a) receiving at the eUICC MNO information comprising at least an indication of which profile data shall be generated; the method is characterized by the steps performed after step a) of: b) generating in the target eUICC at least some of the profile data, here at least the network authentication key K; c) outputting from the target eUICC to an external entity the profile data generated in the target eUICC or at least a part thereof after step b); d) receiving at the external entity at least some or all of the profile data output, here at least the authentication key K; and e) initiating at the external entity or at an entity invoked by the external entity the generation of a profile comprising the received authentication key.