Marchi & Partners S.r.l.

It is disclosed a system for providing a remote management of a digital device which is adapted to cooperate with a human interface device. The system comprises: a management server located at a remote position with respect to the digital device, the management server being configured to receive a command from a user device to be executed by the digital device; a first controller located at an intermediate position between the management server and the digital device, the first controller being connected to the management server; a second controller connected to the first controller and to the digital device. The first controller is configured to receive the command from the management server and forward it to the second controller, and the second controller is configured to emulate the human interface device and provide the command to the digital device to execute it.

A dual polarization antenna with beam direction control is provided, configured to operate in the millimeter wave band. The antenna comprises a reflector and a control unit comprising a feeder for radiating the reflector, the feeder comprising a planar array of antennas divided in a number of subsets, each comprising at least four antennas. The control unit is configured to selectively activate the subsets to vary the beam direction and to: feed a first and a second antenna of each subset with a first horizontal polarization signal and a third and a fourth antennas of the subset with a second horizontal polarization signal in phase opposition with respect to the first signal; and feed the first and the fourth antennas with a first vertical polarization signal and feed the second and the third antennas with a second vertical polarization signal in phase opposition with respect to the first vertical polarization signal.

An upright for a roller blind is described, said upright comprising:a first fixed profile and a second profile, which is attachable to the first profile so as to form an open, longitudinal, front chamber configured to house a sliding guide, wherein the first profile comprises a U-shaped groove comprising two knurled inner walls;at least one snap-on coupling member which is configured to be attached to the first fixed profile, wherein the second profile is interposed between the at least one snap-on coupling member and the first fixed profile; anda cover configured to snap-engage with the at least one snap-on coupling member.

A backlit emblem assembly is described, the assembly comprising: an element, opaque to light radiation, comprising a portion at least partially transparent to light radiation delineating an emblem; a light radiation generating device coupled to the opaque element, the light radiation generating device being able to be selectively activated to generate light radiation so as to illuminate the emblem. The at least partially transparent portion of the opaque element comprises perforations formed in the opaque element; the perforations are arranged so as to delineate the emblem and are able to allow the passage of the light radiation generated by the light radiation generating device. A light-guiding element is interposed between the light radiation generating device and the opaque element, the light-guiding element for conveying the light radiation generated by the light radiation generating device towards the at least partially transparent portion of the opaque element.

A slalom pole (1) having a tube (2), a tip (4), a joint (3) and a sleeve (71) comprising a connecting portion (73) adapted to be inserted inside an end portion of the tube (2) is described. The end portion of the tube (2) has an inner surface which comprises a plurality of first straight longitudinal ribs (23), and the connecting portion (73) of the sleeve (71) has an outer surface which comprises a plurality of second straight longitudinal ribs (76) adapted to be coupled to the first straight longitudinal ribs (23).

A switched fabric backplane (SFB) system (200) is provided to enable interoperability between Open Compute Project (OCP) hardware and legacy I/O devices compliant with standards such as VPX, SOSA, PXI, or ATCA (206a-206d). The system (200) includes a versatile backplane (206) supporting both OCP-compliant connections and legacy slots. An independent management agent (201), containing a dedicated processor and software, governs a PCI Express (PCIe) switch (202) and an Ethernet switch (207). The PCIe switch (202) connects to central (203) and graphics processing unit (CPU/GPU) (204) assemblies. Through inter-fabric communication (218), the management agent (201) monitors and configures the switches (202, 207), allowing OCP and legacy devices to operate together seamlessly. This integration is achieved while preserving the core architectural characteristics of the legacy I/O standards. The system (200) also includes a Non-Volatile Memory Express (NVMe) storage drive, a power supply module (219), and multiple transceivers (211, 212, 213).

A container for objects comprises an outer casing with walls defining an internal volume and padding inserted into the internal volume of the casing. The outer casing is made of thermoformed plastic material, and the padding consists of a shaped foam shell, of a shape and size adapted to the shape and size of the internal volume of the casing. A method of manufacturing the object container comprises: providing at least one sheet of a thermoformable plastic material; thermoforming the at least one sheet of thermoformable plastic material to form an outer casing of the container; forming a padding consisting of a shaped foam shell, of a shape and size adapted to the shape and size of an internal volume of the outer casing of the container; inserting the padding into the internal space of the outer casing of the container.

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …