Abstract: Telematic device with multiple subscriber identity modules (SIMs). The telematic device may execute software that, when establishing a new connection, executes a battery-saving algorithm. The algorithm may comprise, in each of one or more iterations, attempting to connect to a wireless communication network via a cellular communications interface using a SIM profile. When the attempt fails, the algorithm determines whether or not the telematic device is being powered by a battery. When the telematic device is not being powered by the battery, a retry interval is adjusted according to a first back-off scheme. On the other hand, when the telematic device is being powered by the battery, the retry interval is adjusted according to a second back-off scheme (e.g., which is more aggressive than the first back-off scheme to conserve the battery). The algorithm then waits for a duration indicated by the retry interval before the next iteration.

Abstract: Telematic device with multiple subscriber identity modules (SIMs). The telematic device may execute software that, when establishing a new connection, executes a battery-saving algorithm. The algorithm may comprise, in each of one or more iterations, attempting to connect to a wireless communication network via a cellular communications interface using a SIM profile. When the attempt fails, the algorithm determines whether or not the telematic device is being powered by a battery. When the telematic device is not being powered by the battery, a retry interval is adjusted according to a first back-off scheme. On the other hand, when the telematic device is being powered by the battery, the retry interval is adjusted according to a second back-off scheme (e.g., which is more aggressive than the first back-off scheme to conserve the battery). The algorithm then waits for a duration indicated by the retry interval before the next iteration.

Abstract: A system and method are provided for managing the safety of a plurality (10) of personal protection equipment items (11). The system and method assign unique identifiers (12) to each of the items (11) and encodes the identifiers (12) into Ultra High Frequency RFID chips (18) attached to each of the items (11). A user (29) can identify the specific items (11) in the user's inventory by scanning the chips (18) and the system can provide safety information relevant to each of the specific items (11) based on the chips (18) that are scanned, including training information specific to each item (11), training information specific to each worker (34) assigned to each item (11) by a user (29), and maintenance and/or inspection protocols in the form of images (60) illustrating the steps of the protocols and text (62) explaining the steps.

Abstract: A system and method are provided for managing the safety of a plurality (10) of personal protection equipment items (11). The system and, method assign unique identifiers (12) to each of the items (11) and encodes the identifiers (12) into Ultra High Frequency RFID chips (18) attached to each of the items (11). A user (29) can identify the specific items (11) in the user's inventory by scanning the chips (18) and the system can provide safety information relevant to each of the specific items (11) based on the chips (18) that are scanned, including training information specific to each item (11), training information specific to each worker (34) assigned to each item (11) by a user (29), and maintenance and/or inspection protocols in the form of images (60) illustrating the steps of the protocols and text (62) explaining the steps.

Abstract: A system and method are provided for managing the safety of a plurality (10) of personal protection equipment items (11). The system and method assign unique identifiers (12) to each of the items (11) and encodes the identifiers (12) into Ultra High Frequency RFID chips (18) attached to each of the items (11). A user (29) can identify the specific items (11) in the user's inventory by scanning the chips (18) and the system can provide safety information relevant to each of the specific items (11) based on the chips (18) that are scanned, including training information specific to each item (11), training information specific to each worker (34) assigned to each item (11) by a user (29), and maintenance and/or inspection protocols in the form of images (60) illustrating the steps of the protocols and text (62) explaining the steps.

Abstract: A system and method are provided for managing the safety of a plurality (10) of personal protection equipment items (11). The system and method assign unique identifiers (12) to each of the items (11) and encodes the identifiers (12) into Ultra High Frequency RFID chips (18) attached to each of the items (11). A user (29) can identify the specific items (11) in the user's inventory by scanning the chips (18) and the system can provide safety information relevant to each of the specific items (11) based on the chips (18) that are scanned, including training information specific to each item (11), training information specific to each worker (34) assigned to each item (11) by a user (29), and maintenance and/or inspection protocols in the form of images (60) illustrating the steps of the protocols and text (62) explaining the steps.