Abstract: The present invention describes a fluidic device for measuring at least one of corpuscle mass density and weight. The fluidic device comprises a sedimentation chamber fluidly connected to an inlet channel configured to be immersed in a liquid. The fluidic device further comprises a pumping system connected to the sedimentation chamber. The pumping system is adapted to control the flow of liquid in the sedimentation chamber. A processor of the fluidic device is configured to obtain corpuscle data related to a corpuscle in at least one region of the sedimentation chamber; and calculate at least one of corpuscle mass density and weight based on the data received.

Abstract: It is disclosed a cooling device comprising: a heat absorbing body, a heat releasing body, and a heat transferring system configured to transfer heat from the heat absorbing body to the heat releasing body, wherein the heat transferring system comprises: a deformable body, a gas within the deformable body, a movable body capable of alternatingly squeezing and releasing a portion of the deformable body, and an electric motor configured to actuate the movable body.

Abstract: Appliance AC power inlet comprising a housing (3) including a recessed cavity; and at least two electrical pins (4) that are arranged inside the recessed cavity. The height of the recessed cavity is less than approximately 7 mm.

Abstract: There is provided a shield for a wireless charging system including a transmitter coil and a receiver coil. The shield includes a thin sheet or layer made of soft or nanocrystalline ferrite. The shield is partly located, in use, between the transmitter coil and the receiver coil. The shield is shaped or otherwise configured to focus or orient a magnetic flux generated by the transmitter coil onto the receiver coil.

Abstract: The present invention describes a fluidic device for measuring at least one of corpuscle mass density and weight. The fluidic device comprises a sedimentation chamber fluidly connected to an inlet channel configured to be immersed in a liquid. The fluidic device further comprises a pumping system connected to the sedimentation chamber. The pumping system is adapted to control the flow of liquid in the sedimentation chamber. A processor of the fluidic device is configured to obtain corpuscle data related to a corpuscle in at least one region of the sedimentation chamber; and calculate at least one of corpuscle mass density and weight based on the data received.

Abstract: A solution is proposed for controlling backups of objects in an information technology system. A corresponding method comprises determining change categories of changes of the objects being changed since a previous backup thereof; backups of the changed objects are triggered according to corresponding trigger indicators based on change categories of their changes and on relevance weights thereof.

Abstract: A solution is proposed for controlling backups of objects in an information technology system. A corresponding method comprises determining change categories of changes of the objects being changed since a previous backup thereof; backups of the changed objects are triggered according to corresponding trigger indicators based on change categories of their changes and on relevance weights thereof.