Abstract: A display element (1) intended to be fitted to a timepiece, including a body (2) provided with a portion (4) including an assembly area (5) configured to receive an insert (3) by embedding, the embeddable insert (3) being provided with a shaft hole (13) configured to adjust the display element (1) on a drive shaft, the body (2) including a portion (4) made of a material having the property of softening, in which the insert (3) is embedded by melting, the insert (3) including a peripheral wall (6) provided with a patterned outer surface (7a) for connection with the portion (4) of the body (2) of the display element (1), the outer surface (7a) being configured to ensure mechanical anchoring of the insert (3) in the portion (4), the peripheral wall (6) projecting, on either side respectively, from opposite faces of the portion (4) of the body (2).

Abstract: A system (1) for attaching a display element (2) to a drive shaft (3) fitted to an analogue display mechanism of a measuring apparatus, the system (1) including a portion (6) for mounting the display element (2) made of a material that has the property of softening and an embeddable end piece (4a) of said drive shaft (3) configured to be incorporated into said portion (4a) by melting, said end piece (4a) including part of a peripheral wall (13) of the drive shaft (3) provided with a patterned outer bonding surface configured to mechanically anchor said end piece (4a) in said portion (6).

Abstract: Energy management system having at least one submetering and communication module, the module including: a submetering unit configured for metering appliance related power consumption parameters related to an electr(on)ic appliance; and a first communication interface for communicating the appliance related power consumption parameters with a server; a first processing unit configured for processing the appliance related power consumption parameters and providing a sub-set of power consumption parameters; a main metering unit configured for metering main power consumption parameters related to a main electricity cable; a second communication interface for communicating the main power consumption parameters with the server, a second processing unit configured for processing the main power consumption parameters and providing a main set of power consumption parameters; characterized in that it further includes a third processing unit configured for correlating the sub-set with the main set and validating the pr

Abstract: Energy management system having at least one submetering and communication module, the module including: a submetering unit configured for metering appliance related power consumption parameters related to an electr(on)ic appliance; and a first communication interface for communicating the appliance related power consumption parameters with a server; a first processing unit configured for processing the appliance related power consumption parameters and providing a sub-set of power consumption parameters; a main metering unit configured for metering main power consumption parameters related to a main electricity cable; a second communication interface for communicating the main power consumption parameters with the server, a second processing unit configured for processing the main power consumption parameters and providing a main set of power consumption parameters; characterized in that it further includes a third processing unit configured for correlating the sub-set with the main set and validating the pr