mhurhangee/ep-ind-claims huggingface dataset:
Assistance system for a vehicle for providing an emergency stop assistance function, having: - an execution device for executing the emergency stop assistance function with at least one of multiple activation levels, - a detection device for automatically detecting driver inactivity, in order to activate the emergency stop assistance function with a first level selection of the activation levels, - a trigger device for monitoring an operating element of an electric parking brake of the vehicle in order, in the event of manual actuation of the operating element, to activate the emergency stop assistance function with a second level selection, which differs from the first level selection, of the activation levels, characterized in that the activation in the manual activation mode takes place only when pressing of the operating element is detected, wherein the pressing is associated exclusively with the activation of the emergency stop assistance function in the vehicle. - an execution device for executing the emergency stop assistance function with at least one of multiple activation levels, - a detection device for automatically detecting driver inactivity, in order to activate the emergency stop assistance function with a first level selection of the activation levels, - a trigger device for monitoring an operating element of an electric parking brake of the vehicle in order, in the event of manual actuation of the operating element, to activate the emergency stop assistance function with a second level selection, which differs from the first level selection, of the activation levels,
A composition comprising a. a spirulina-extract comprising phycocyanin, b. at least one multi-sulphated carrageenan and c. water wherein the amount of the phycocyanin is between 0.5 and 50 wt%DM, wherein the amount of the at least one multi-sulphated carrageenan is between 1 and 80 wt%DM, wherein the amount of the water is between 0.1 and 60 wt%, wherein the wt% ratio of carrageenan to phycocyanin ranges between 1:1 and 20:1, wherein the wt%DM are relative to the weight of the dry matter of the composition, and wherein wt% is relative to the total weight of the composition. a. a spirulina-extract comprising phycocyanin, b. at least one multi-sulphated carrageenan and c. water wherein the amount of the at least one multi-sulphated carrageenan is between 1 and 80 wt%DM, wherein the amount of the water is between 0.1 and 60 wt%, wherein the wt% ratio of carrageenan to phycocyanin ranges between 1:1 and 20:1, wherein the wt%DM are relative to the weight of the dry matter of the composition, and wherein wt% is relative to the total weight of the composition.
A shell assembly of an electronic device, comprising: a shell, comprising a plate and a side plate extending from the plate, the plate and the side plate cooperatively defining a receiving cavity at least configured for receiving a battery; characterised in that the shell assembly further comprises: at least one reinforcing pillar, received in the receiving cavity and arranged adjacent to the side plate, when the battery being received in the receiving cavity, the at least one reinforcing pillar being positioned between the battery and the side plate. a shell, comprising a plate and a side plate extending from the plate, the plate and the side plate cooperatively defining a receiving cavity at least configured for receiving a battery; characterised in that the shell assembly further comprises: at least one reinforcing pillar, received in the receiving cavity and arranged adjacent to the side plate, when the battery being received in the receiving cavity, the at least one reinforcing pillar being positioned between the battery and the side plate.
A counter-balanced mobile device, characterized by comprising a counterweight rack, a connection assembly, a transmission assembly and a driving member, wherein the counterweight rack is configured to be connected with a turntable, and the connection assembly is configured to be connected with a counterweight; and the connection assembly is rotatably connected with the counterweight rack, the driving member is fixed on the counterweight rack, and is connected with the connection assembly through the transmission assembly to drive the connection assembly to rotate, so that the distance from the connection assembly to a set reference on the counterweight rack is adjusted; whereby the transmission assembly comprises a first connecting rod and a second connecting rod, one end of the first connecting rod is rotatably connected with the counterweight rack and the driving member comprises a fixed part and a driving part, whereby the fixed part is fixed on the counterweight rack, the driving part can move linearly relative to the fixed part, and the driving part is connected with the first connecting rod characterised in that the other end of the first connecting rod is rotatably connected with one end of the second connecting rod, and the other end of the second connecting rod is rotatably connected with the connection assembly. the connection assembly is rotatably connected with the counterweight rack, the driving member is fixed on the counterweight rack, and is connected with the connection assembly through the transmission assembly to drive the connection assembly to rotate, so that the distance from the connection assembly to a set reference on the counterweight rack is adjusted; whereby the transmission assembly comprises a first connecting rod and a second connecting rod, one end of the first connecting rod is rotatably connected with the counterweight rack and the driving member comprises a fixed part and a driving part, whereby the fixed part is fixed on the counterweight rack, the driving part can move linearly relative to the fixed part, and the driving part is connected with the first connecting rod characterised in that the other end of the first connecting rod is rotatably connected with one end of the second connecting rod, and the other end of the second connecting rod is rotatably connected with the connection assembly.
A method comprising: receiving, from each of two 360-degree cameras (210, 310, 410; 215, 315, 415), image data including one or more images; synchronizing the received image data from each of the two 360-degree cameras (210, 310, 410;215, 315, 415), wherein the synchronizing of the received image data comprises: - adjusting sizes of one or more images from the two 360-degree cameras (210, 310, 410, 215, 315, 415) to generate similar sized images, and - aligning images from one of the two 360-degree cameras (210, 310, 410) with images from another one of the two 360-degree cameras (215, 315, 415) by extracting a time stamp associated with each set of image data from each 360-degree camera and aligning the images to a single point in time; creating a depth map from the synchronized image data based in part on a distance between the two 360-degree cameras (210, 310, 410; 215, 315, 415); and generating 2.5-dimensional content by combining the created depth map with the synchronized image data of at least one of the two 360-degree cameras (210, 310, 410; 215, 315, 415). receiving, from each of two 360-degree cameras (210, 310, 410; 215, 315, 415), image data including one or more images; synchronizing the received image data from each of the two 360-degree cameras (210, 310, 410;215, 315, 415), wherein the synchronizing of the received image data comprises: - adjusting sizes of one or more images from the two 360-degree cameras (210, 310, 410, 215, 315, 415) to generate similar sized images, and - aligning images from one of the two 360-degree cameras (210, 310, 410) with images from another one of the two 360-degree cameras (215, 315, 415) by extracting a time stamp associated with each set of image data from each 360-degree camera and aligning the images to a single point in time; - adjusting sizes of one or more images from the two 360-degree cameras (210, 310, 410, 215, 315, 415) to generate similar sized images, and - aligning images from one of the two 360-degree cameras (210, 310, 410) with images from another one of the two 360-degree cameras (215, 315, 415) by extracting a time stamp associated with each set of image data from each 360-degree camera and aligning the images to a single point in time; creating a depth map from the synchronized image data based in part on a distance between the two 360-degree cameras (210, 310, 410; 215, 315, 415); and generating 2.5-dimensional content by combining the created depth map with the synchronized image data of at least one of the two 360-degree cameras (210, 310, 410; 215, 315, 415).
A duster, comprising: a body; a flexible duster cord loop that is configured to be propelled such that part of the loop moves outward from the body while another part moves inward toward the body; and a vacuum motor that is configured to draw air over the cord; and characterized by: a cord drive wheel configured to be driven by a drive motor, wherein the duster cord loop is propelled by the drive wheel, wherein the drive wheel comprises a plurality of openings, and wherein the vacuum motor is configured to draw air over the duster cord loop and through the openings. a body; a flexible duster cord loop that is configured to be propelled such that part of the loop moves outward from the body while another part moves inward toward the body; and a vacuum motor that is configured to draw air over the cord;
A method for replicating information, comprising performing, at a synchronisation server, the steps of: receiving a manifest of modifications to a data store; comparing the manifest of modifications to a list of objects within a mobile data store; if a particular modification identified in the manifest relates to an object not on the list of objects within the mobile data store, altering the manifest to reflect that the particular modification is associated with an add event for the object not on the list of objects; and passing the altered manifest including the add event to a mobile device on which resides the mobile data store. receiving a manifest of modifications to a data store; comparing the manifest of modifications to a list of objects within a mobile data store; if a particular modification identified in the manifest relates to an object not on the list of objects within the mobile data store, altering the manifest to reflect that the particular modification is associated with an add event for the object not on the list of objects; and passing the altered manifest including the add event to a mobile device on which resides the mobile data store.
An optical emitter comprising: a first conic reflector including a first reflector vertex and adapted to receive a light source proximate the first reflector vertex; a second conic reflector coaxial with the first reflector, the first and second conic reflectors (22, 24) facing one another to define a folded path cavity therebetween and being substantially reflective to light from the light source; and a volumetric light conversion element between at least a portion of the first conic reflector and at least a portion of the second conic reflector within the folded path cavity, wherein the volumetric light conversion element is a three-dimensional medium that substantially occupies the folded path cavity, and includes dispersed particles adapted to down-convert light reflected between the first and second conic reflectors (22, 24), and wherein the volumetric light conversion element is adapted to emit the down-converted light in a toroidal pattern from between the first and second conic reflectors (22, 24). a first conic reflector including a first reflector vertex and adapted to receive a light source proximate the first reflector vertex; a second conic reflector coaxial with the first reflector, the first and second conic reflectors (22, 24) facing one another to define a folded path cavity therebetween and being substantially reflective to light from the light source; and a volumetric light conversion element between at least a portion of the first conic reflector and at least a portion of the second conic reflector within the folded path cavity, wherein the volumetric light conversion element is a three-dimensional medium that substantially occupies the folded path cavity, and includes dispersed particles adapted to down-convert light reflected between the first and second conic reflectors (22, 24), and wherein the volumetric light conversion element is adapted to emit the down-converted light in a toroidal pattern from between the first and second conic reflectors (22, 24).
A method for delivering a traffic flow in a Flex Ethernet, FlexE, protocol, comprising: encapsulating, by a sending end, a predetermined client traffic flow; and inserting, by the sending end, the encapsulated predetermined client traffic flow into predetermined type control information blocks in a FlexE traffic timeslot, and sending the predetermined type control information blocks; wherein the inserting, by the sending end, the encapsulated predetermined client traffic flow into the predetermined type control information blocks in the FlexE traffic timeslot comprises: inserting, by the sending end, the encapsulated predetermined client traffic flow into all or part of last seven bytes of each of the predetermined type control information blocks in the FlexE traffic timeslot; and each of the predetermined type control information blocks is an idle information block in which content of a first byte is 0x1E. encapsulating, by a sending end, a predetermined client traffic flow; and inserting, by the sending end, the encapsulated predetermined client traffic flow into predetermined type control information blocks in a FlexE traffic timeslot, and sending the predetermined type control information blocks; wherein the inserting, by the sending end, the encapsulated predetermined client traffic flow into the predetermined type control information blocks in the FlexE traffic timeslot comprises: inserting, by the sending end, the encapsulated predetermined client traffic flow into all or part of last seven bytes of each of the predetermined type control information blocks in the FlexE traffic timeslot; and each of the predetermined type control information blocks is an idle information block in which content of a first byte is 0x1E. inserting, by the sending end, the encapsulated predetermined client traffic flow into all or part of last seven bytes of each of the predetermined type control information blocks in the FlexE traffic timeslot; and each of the predetermined type control information blocks is an idle information block in which content of a first byte is 0x1E.
An apparatus to determine a synchronization time and discovery period for a cluster of devices (1010, 1020, 1030, 1040) comprising: a means for determining a synchronization time based upon a timestamp from another station and a time synchronization bit sequence; a means for determining a discovery period based upon the synchronization time and a number of bits in the time synchronization bit sequence; and a means for waking at the synchronization time for a discovery window associated with a duty cycle of a service. a means for determining a synchronization time based upon a timestamp from another station and a time synchronization bit sequence; a means for determining a discovery period based upon the synchronization time and a number of bits in the time synchronization bit sequence; and a means for waking at the synchronization time for a discovery window associated with a duty cycle of a service.
A helmet comprised of: a hard outer shell; a compressible liner in contact with an inner surface of the hard outer shell; a comfort liner in contact with an inner surface of the compressible liner, where a damping hole is defined longitudinally along a longitudinal axis (A-A) through the hard outer shell, the compressible liner, and the comfort liner; and characterised by a pendulum damping system disposed in the damping hole and extending longitudinally from the outer shell to the comfort liner, the pendulum damping system comprised of: an outer compressible disc attached to the outer shell; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc, wherein the head stabilizer is configured to engage a head of a wearer of the helmet; and a resilient member extending between the inner compressible disc and the head stabilizer, wherein the resilient member is embedded in a space within the comfort liner. a hard outer shell; a compressible liner in contact with an inner surface of the hard outer shell; a comfort liner in contact with an inner surface of the compressible liner, where a damping hole is defined longitudinally along a longitudinal axis (A-A) through the hard outer shell, the compressible liner, and the comfort liner; and characterised by a pendulum damping system disposed in the damping hole and extending longitudinally from the outer shell to the comfort liner, the pendulum damping system comprised of: an outer compressible disc attached to the outer shell; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc, wherein the head stabilizer is configured to engage a head of a wearer of the helmet; and a resilient member extending between the inner compressible disc and the head stabilizer, wherein the resilient member is embedded in a space within the comfort liner. an outer compressible disc attached to the outer shell; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc, wherein the head stabilizer is configured to engage a head of a wearer of the helmet; and a resilient member extending between the inner compressible disc and the head stabilizer, wherein the resilient member is embedded in a space within the comfort liner.
A method of integratedly managing a vehicle performed by a server implemented using a computer, the method comprising: a) receiving (S 1 102) vehicle operation data related to an operation state of the vehicle from a vehicle terminal mounted or embedded in the vehicle, wherein the vehicle operation data includes emergency information corresponding to occurrence of an emergency event of the vehicle. b) providing a service by using the emergency information, c) wherein the providing comprises: providing an accident situation notification based on the emergency information.; and d) wherein the providing the accident situation notification service further comprises: e) starting (S 1104), by the server, a wait count for emergency cancellation for a vehicle terminal if the emergency information is received; f) determining (S 1104) whether it is an emergency according to whether the emergency is canceled until the wait count terminates; and g) processing (S 1105, S 1106, S 1107) a report for the emergency of the vehicle to an emergency reporting agency using the received emergency information when the emergency is not canceled until the wait count terminates. a) receiving (S 1 102) vehicle operation data related to an operation state of the vehicle from a vehicle terminal mounted or embedded in the vehicle, wherein the vehicle operation data includes emergency information corresponding to occurrence of an emergency event of the vehicle. b) providing a service by using the emergency information, c) wherein the providing comprises: providing an accident situation notification based on the emergency information.; and d) wherein the providing the accident situation notification service further comprises: e) starting (S 1104), by the server, a wait count for emergency cancellation for a vehicle terminal if the emergency information is received; f) determining (S 1104) whether it is an emergency according to whether the emergency is canceled until the wait count terminates; and g) processing (S 1105, S 1106, S 1107) a report for the emergency of the vehicle to an emergency reporting agency using the received emergency information when the emergency is not canceled until the wait count terminates.
A switch device structure comprising: at least one contact seat defined with an axis (x), the contact seat having a first end wall, a second end wall, two sidewalls, an upper section and a bottom section to together define a cavity for arranging a contact assembly therein, each of the first and second end walls (11,12) of the contact seat having a protruding assembling section and an oblique socket directed to and related to the assembling section; and a contact support equipped with a fixing board, the contact support being formed with latch sections detachably latched with the assembling sections; characterized by the fact that the contact support is formed with at least one stake positioned between the adjacent latch sections and an edge of the fixing board is formed with notches in alignment with the stakes for assembling with the stakes. at least one contact seat defined with an axis (x), the contact seat having a first end wall, a second end wall, two sidewalls, an upper section and a bottom section to together define a cavity for arranging a contact assembly therein, each of the first and second end walls (11,12) of the contact seat having a protruding assembling section and an oblique socket directed to and related to the assembling section; and a contact support equipped with a fixing board, the contact support being formed with latch sections detachably latched with the assembling sections; characterized by the fact that the contact support is formed with at least one stake positioned between the adjacent latch sections and an edge of the fixing board is formed with notches in alignment with the stakes for assembling with the stakes.