A refilling device for an article of an aerosol provision system comprises refilling control circuitry configured to facilitate the transfer of aerosol-generating material from a reservoir to the article in response to detecting that the article has been received by the refilling device.

A refilling device for an article of an aerosol provision system comprises refilling control circuitry configured to facilitate the transfer of aerosol-generating material from a reservoir to the article in response to detecting that the article has been received by the refilling device.

A method and an arrangement for inspecting a means of transportation and/or cargo. Furthermore, the application relates to software and an apparatus for inspecting a transport unit and/or cargo.

In a method according to an embodiment for inspecting cargo during handling, loading or unloading, the cargo is inspected when cargo units are being handled, loaded into a transport unit or unloaded from a transport unit. The cargo is inspected with aid of image data produced on the cargo and the transport unit. The cargo is inspected with aid of vibration data produced on the cargo and the transport unit. The image data and vibration data are analyzed, and on the basis of the analysis, real-time information and feedback is produced.

The present invention relates to a passage device, a valve, a reception device including the same, a content movement device, and a content device. The present invention comprises a passage operation part included in a housing to move and guide contents, wherein the passage operation part comprises a content passage means for moving the contents. Unlike the prior art, the present invention can ensure a content passage space and adjust the passage space and a reception space to prevent reception of contents exceeding a required amount. Further, the present invention can stably induce the passage of a required amount of contents within a predetermined range, and prevent remaining of an excessive amount of contents in conjunction with the limiting of the content reception space, thereby adjusting the amount (number) of received contents.

The present invention relates to a passage device, a valve, a reception device including the same, a content movement device, and a content device. The present invention comprises a passage operation part included in a housing to move and guide contents, wherein the passage operation part comprises a content passage means for moving the contents. Unlike the prior art, the present invention can ensure a content passage space and adjust the passage space and a reception space to prevent reception of contents exceeding a required amount. Further, the present invention can stably induce the passage of a required amount of contents within a predetermined range, and prevent remaining of an excessive amount of contents in conjunction with the limiting of the content reception space, thereby adjusting the amount (number) of received contents.

Packaging apparatus for producing encased products from flat-roll stock using an external user interface (i.e., a handle that is external to a housing holding the heat seal assembly that is attached to a horizontally oriented shaft that rotates a first gear in the housing to rotate an aligned second gear in the housing or an electronic control) that is attached to and/or in communication with (directly or indirectly) a heat-seal assembly with a heat-seal contact member, such as a heat-seal band, in the housing to allow a user to adjust a vertical height of the heat-seal assembly while the apparatus is operational and/or without requiring physical access to the interior of the housing.

Packaging apparatus for producing encased products from flat-roll stock using an external user interface (i.e., a handle that is external to a housing holding the heat seal assembly that is attached to a horizontally oriented shaft that rotates a first gear in the housing to rotate an aligned second gear in the housing or an electronic control) that is attached to and/or in communication with (directly or indirectly) a heat-seal assembly with a heat-seal contact member, such as a heat-seal band, in the housing to allow a user to adjust a vertical height of the heat-seal assembly while the apparatus is operational and/or without requiring physical access to the interior of the housing.

A display system includes a display device in production equipment. The display device includes a control unit, a display unit, a storage unit, and an input unit. The storage unit stores: schematic illustration data that represent a schematic illustration of the production equipment; and causal relationship model data in which one or more cause elements of one or more abnormalities that can occur in the production equipment are selected from driving means for driving the production equipment and monitoring means for monitoring the production, and the cause elements and the relationships between the cause elements are represented as a causal relationship model. The control unit displays the schematic illustration and the causal relationship model on the display unit such that the causal relationship model is superimposed on the schematic illustration so as to correspond to the schematic illustration.

A display system includes a display device in production equipment. The display device includes a control unit, a display unit, a storage unit, and an input unit. The storage unit stores: schematic illustration data that represent a schematic illustration of the production equipment; and causal relationship model data in which one or more cause elements of one or more abnormalities that can occur in the production equipment are selected from driving means for driving the production equipment and monitoring means for monitoring the production, and the cause elements and the relationships between the cause elements are represented as a causal relationship model. The control unit displays the schematic illustration and the causal relationship model on the display unit such that the causal relationship model is superimposed on the schematic illustration so as to correspond to the schematic illustration.

Control of a load wrapping apparatus may be based at least in part on the relative stability of a load, such as based upon one or more load stability types that categorize the relative stability of the load. A graphical depiction of a wrap profile may also be used in some instances to facilitate operator set up of the wrap profile.