mhurhangee/ep-ind-claims huggingface dataset:
A method in a capillary gateway, CGW, (50, 60, 204, 304) for determining whether to allow a first machine-to-machine, M2M, device (202, 302) network access, wherein M2M devices are configured to connect to a public network through the capillary gateway, the method comprising: - intercepting (310, 402) an authentication request of the first M2M device, the authentication request being directed to a management service of the first M2M device, and wherein the authentication request comprises identity information of the first M2M device; - intercepting (318, 404) an authentication response, sent from the management service and directed to a second M2M device, the authentication response comprising identity information of the second M2M device; - checking whether the authentication response is directed to the same M2M device that sent the authentication request; - checking whether authentication of the first M2M device was successful, based on the intercepted authentication response; - checking whether the authentication response is validly signed by the management service, and that a therefore used certificate is trusted by the CGW; - checking whether there is a valid subscription in the CGW for the first M2M device; and - allowing the first M2M device network access, when there is a valid subscription for the first M2M device, and the authentication response, comprising information about the successful authentication, is directed to the same M2M device that sent the authentication request, and the authentication response is signed by using the trusted certificate. - intercepting (310, 402) an authentication request of the first M2M device, the authentication request being directed to a management service of the first M2M device, and wherein the authentication request comprises identity information of the first M2M device; - intercepting (318, 404) an authentication response, sent from the management service and directed to a second M2M device, the authentication response comprising identity information of the second M2M device; - checking whether the authentication response is directed to the same M2M device that sent the authentication request; - checking whether authentication of the first M2M device was successful, based on the intercepted authentication response; - checking whether the authentication response is validly signed by the management service, and that a therefore used certificate is trusted by the CGW; - checking whether there is a valid subscription in the CGW for the first M2M device; and - allowing the first M2M device network access, when there is a valid subscription for the first M2M device, and the authentication response, comprising information about the successful authentication, is directed to the same M2M device that sent the authentication request, and the authentication response is signed by using the trusted certificate.
Water jet cutting device for separating a strip from a moving fibrous web, comprising at least one water-chargeable nozzle for producing a water jet, wherein the nozzle is configured in such a manner that the water jet can be directed onto the fibrous web, a water jet collecting device which is assigned a cutting table for at least partially supporting the fibrous web, wherein, during operation of the water jet cutting device as intended, the cutting table forms or delimits a collecting opening for the water jet, characterized in that the collecting opening is formed by a separate exchangeable plate of the cutting table, which exchangeable plate can be releasably connected to the cutting table.
A method for Optical Network Unit, ONU, management, performed by a device for ONU management, comprising: generating a first command and a second command when an ONU is determined to be online, wherein the second command carries a first identifier that is used to identify the ONU; and sending the first command to an Optical Line Terminal, OLT, via a first interface of the device for ONU management, wherein the first command is used to configure the OLT; characterized in that the method further comprises: generating a first management message according to the second command, and sending the first management message to the ONU via a second interface of the device for ONU management, wherein the first management message is sent to the ONU via the OLT, and the first management message carries the first identifier. generating a first command and a second command when an ONU is determined to be online, wherein the second command carries a first identifier that is used to identify the ONU; and sending the first command to an Optical Line Terminal, OLT, via a first interface of the device for ONU management, wherein the first command is used to configure the OLT; characterized in that the method further comprises: generating a first management message according to the second command, and sending the first management message to the ONU via a second interface of the device for ONU management, wherein the first management message is sent to the ONU via the OLT, and the first management message carries the first identifier.
Motor vehicle having a vicinity lighting device, wherein the vicinity lighting device comprises: - a first projection module, which is arranged in an immobile vehicle body part adjacent to a pivotable vehicle door of the motor vehicle and comprises an array which is made of projection optical units, which, when the first projection module is switched on, projects a light distribution onto the ground adjacent to the immobile vehicle body part with the light of at least one light source, which forms part of the first projection module; - a second projection module, which is arranged on the outer side of the vehicle door and comprises at least one projection optical unit which, when the second projection module is switched on, projects a pictogram onto the ground adjacent to the vehicle door with the light of at least one light source which forms part of the second projection module; - wherein a control device is provided, which can be used to control the vicinity lighting device in such a way that, if an event that is triggered by a user in the vicinity of the motor vehicle is detected, the first projection module is switched on and at the same time or after a delay the second projection module is switched on, as a result of which the pictogram of the second projection module is projected onto the light distribution of the first projection module. - a first projection module, which is arranged in an immobile vehicle body part adjacent to a pivotable vehicle door of the motor vehicle and comprises an array which is made of projection optical units, which, when the first projection module is switched on, projects a light distribution onto the ground adjacent to the immobile vehicle body part with the light of at least one light source, which forms part of the first projection module; - a second projection module, which is arranged on the outer side of the vehicle door and comprises at least one projection optical unit which, when the second projection module is switched on, projects a pictogram onto the ground adjacent to the vehicle door with the light of at least one light source which forms part of the second projection module; - wherein a control device is provided, which can be used to control the vicinity lighting device in such a way that, if an event that is triggered by a user in the vicinity of the motor vehicle is detected, the first projection module is switched on and at the same time or after a delay the second projection module is switched on, as a result of which the pictogram of the second projection module is projected onto the light distribution of the first projection module.
A method for determining spatial distribution of properties of the Earth's subsurface comprising: generating initial models of the Earth's subsurface for each of seismic data and controlled source electromagnetic survey data each measured over substantially the same survey area of the Earth's subsurface; optimizing each initial model on at least one model parameter; determining consistency between the models; and adjusting the at least one model parameter by constraining the at least one parameter with different weights, respectively for the seismic data and the controlled source electromagnetic survey data, with weights based on data resolution and repeating the optimizing and determining consistency until the models are substantially consistent. generating initial models of the Earth's subsurface for each of seismic data and controlled source electromagnetic survey data each measured over substantially the same survey area of the Earth's subsurface; optimizing each initial model on at least one model parameter; determining consistency between the models; and adjusting the at least one model parameter by constraining the at least one parameter with different weights, respectively for the seismic data and the controlled source electromagnetic survey data, with weights based on data resolution and repeating the optimizing and determining consistency until the models are substantially consistent.
A timepiece movement comprising: a stepping motor having a rotor for rotating an indicating hand; and a control unit for rotating the rotor by using a main drive pulse and an auxiliary drive pulse to be output only when it is detected that the rotor is not rotated by the main drive pulse, characterised in that when the indicating hand is rotated using a detection drive pulse based on the main drive pulse, the control unit is configured to determine a reference position of the indicating hand by detecting a rotation state of the rotor, the reference position being the position where the load received by the rotor increases. a stepping motor having a rotor for rotating an indicating hand; and a control unit for rotating the rotor by using a main drive pulse and an auxiliary drive pulse to be output only when it is detected that the rotor is not rotated by the main drive pulse, characterised in that when the indicating hand is rotated using a detection drive pulse based on the main drive pulse, the control unit is configured to determine a reference position of the indicating hand by detecting a rotation state of the rotor, the reference position being the position where the load received by the rotor increases.
A manufacturing device for a subgasket added membrane electrode assembly in which a subgasket film is applied to a membrane electrode assembly including an electrolyte membrane, a first catalyst layer located on one side of said electrolyte membrane, and a second catalyst layer located on an opposite side of said electrolyte membrane, the manufacturing device comprising: a first transport mechanism that transports a first base material including said membrane electrode assembly and an elongated strip-shaped first subgasket film bonded to said membrane electrode assembly on said one side; a position determination part that determines the position of said second catalyst layer transported by said first transport mechanism; a second transport mechanism that transports a subgasket base material including an elongated strip-shaped second subgasket film; a cutting mechanism that forms a cut portion (C9b) for separating said second subgasket film transported by said second transport mechanism into a corresponding region of a shape corresponding to said second catalyst layer and a non-corresponding region other than the corresponding region in response to the position of said second catalyst layer determined by said position determination part; and a bonding mechanism that bonds said second subgasket film provided with said cut portion (C9b) to said first base material on said opposite side while aligning the position of said corresponding region and the position of said second catalyst layer with each other. a first transport mechanism that transports a first base material including said membrane electrode assembly and an elongated strip-shaped first subgasket film bonded to said membrane electrode assembly on said one side; a position determination part that determines the position of said second catalyst layer transported by said first transport mechanism; a second transport mechanism that transports a subgasket base material including an elongated strip-shaped second subgasket film; a cutting mechanism that forms a cut portion (C9b) for separating said second subgasket film transported by said second transport mechanism into a corresponding region of a shape corresponding to said second catalyst layer and a non-corresponding region other than the corresponding region in response to the position of said second catalyst layer determined by said position determination part; and a bonding mechanism that bonds said second subgasket film provided with said cut portion (C9b) to said first base material on said opposite side while aligning the position of said corresponding region and the position of said second catalyst layer with each other.
A user equipment, UE, for use in an asynchronous cellular communications system that includes a first asynchronous source (106, 502B) that transmits a first pilot signal frame over a first coverage region, a second asynchronous source (106, 502C) that transmits a second pilot signal frame over a second coverage region, and a third asynchronous source (106, 502D) that transmits a third pilot signal frame over a third coverage region that overlaps with at least the second coverage region, wherein the pilot signal frames transmitted from the first, second and third sources are asynchronous, comprising: a memory; a processor that initially adds the first asynchronous source to an active set stored in the memory; and a transmitter that, when in the first coverage region, transmits uplink frames synchronized to the first pilot signal frame; when the UE is in the overlapping region of the second and third coverage region the processor removes the first asynchronous source from the active set, wherein the processor: selects one of the second asynchronous source and the third asynchronous source, and resynchronizes the timing of the uplink frames to the timing of downlink frames from the one of the second pilot signal frame and the third pilot signal frame that is closest to the timing of the first pilot signal frame such that the amount of adjustment required to resynchronize is minimized. a memory; a processor that initially adds the first asynchronous source to an active set stored in the memory; and a transmitter that, when in the first coverage region, transmits uplink frames synchronized to the first pilot signal frame; when the UE is in the overlapping region of the second and third coverage region the processor removes the first asynchronous source from the active set, wherein the processor: selects one of the second asynchronous source and the third asynchronous source, and resynchronizes the timing of the uplink frames to the timing of downlink frames from the one of the second pilot signal frame and the third pilot signal frame that is closest to the timing of the first pilot signal frame such that the amount of adjustment required to resynchronize is minimized.
A refill head for an electric toothbrush handle, the refill head comprising: a sleeve portion having a sleeve cavity extending along a longitudinal axis (A-A) from a blind top end to an open bottom end located at a proximal end of the sleeve portion; a head portion located at a distal end of the sleeve portion, the head portion and the sleeve portion formed of a rigid material; a passageway extending through the head portion from a rear surface of the head portion to a front surface of the head portion; a plurality of bristle tufts mounted to the head portion and extending from the front surface of the head portion; and an integrally-formed monolithic mass of an elastomeric material comprising: (i) an elastomeric pad portion located on the rear surface of the head portion; (ii) an elastomeric tooth contact element extending from the front surface of the head portion; and (iii) an elastomeric anchor portion in the passageway connecting the elastomeric tooth contact element and the elastomeric pad portion; and (iv) an elastomeric ring portion that circumscribes the sleeve portion, the elastomeric ring portion being connected to a proximal end of the elastomeric pad portion and an annular centerline (B-B) of the elastomeric ring portion being oblique to the longitudinal axis (A-A) of the sleeve cavity. a sleeve portion having a sleeve cavity extending along a longitudinal axis (A-A) from a blind top end to an open bottom end located at a proximal end of the sleeve portion; a head portion located at a distal end of the sleeve portion, the head portion and the sleeve portion formed of a rigid material; a passageway extending through the head portion from a rear surface of the head portion to a front surface of the head portion; a plurality of bristle tufts mounted to the head portion and extending from the front surface of the head portion; and an integrally-formed monolithic mass of an elastomeric material comprising: (i) an elastomeric pad portion located on the rear surface of the head portion; (ii) an elastomeric tooth contact element extending from the front surface of the head portion; and (iii) an elastomeric anchor portion in the passageway connecting the elastomeric tooth contact element and the elastomeric pad portion; and (iv) an elastomeric ring portion that circumscribes the sleeve portion, the elastomeric ring portion being connected to a proximal end of the elastomeric pad portion and an annular centerline (B-B) of the elastomeric ring portion being oblique to the longitudinal axis (A-A) of the sleeve cavity.
A communication control program executed by a computer of an information processing apparatus having communication functionality, the communication control program causing the computer to function as: a receiving means (S70, S80, S90) for receiving data, the data comprising a plurality of pieces of data being transmitted in one frame, each piece of data capable of having a different destined information processing apparatus destination address information; and a referring means for referring to the destined information processing apparatus destination address information of each of the plurality of pieces of data, to determine if any of the pieces of data is destined for the information processing apparatus. a receiving means (S70, S80, S90) for receiving data, the data comprising a plurality of pieces of data being transmitted in one frame, each piece of data capable of having a different destined information processing apparatus destination address information; and a referring means for referring to the destined information processing apparatus destination address information of each of the plurality of pieces of data, to determine if any of the pieces of data is destined for the information processing apparatus.
A storage and feeding assembly for a welding wire for a welding or brazing plant, comprising: - a drum adapted to store a welding wire wound in coils, and - a welding wire straightening device positioned downstream the drum and adapted to feed the welding wire to a welding apparatus, wherein the welding wire straightening device comprises: - a wire conveying assembly comprising two opposing conveying belts (12, 12') defining two respective rectilinear belt portions facing each other and operable to rotate in opposite direction to pull the welding wire out from the drum and feed the welding wire to the welding apparatus; - a straightening assembly positioned downstream or upstream of said wire conveying assembly and comprising at least two straightening roller units (52, 52a) arranged in series along the wire feeding direction, each straightening unit (52; 52a) comprising at least two opposing straightening rollers (54, 54'; 54a, 54a') between which, in use, the welding wire is passed being moved by the wire conveying assembly, the rollers (54, 54') of a straightening unit being oriented perpendicularly with respect to the rollers (54a, 54a') of at least another straightening unit, the storage and feeding assembly further comprising welding wire guiding means associated with the drum and adapted to guide the welding wire towards an outlet opening of the wire from the drum, the storage and feeding assembly being characterized in that it further comprises a support frame comprising a top crosspiece extending above the outlet opening, the wire conveying assembly and the straightening assembly being mutually integral so as to form a single assembly supported by the top crosspiece. - a drum adapted to store a welding wire wound in coils, and - a welding wire straightening device positioned downstream the drum and adapted to feed the welding wire to a welding apparatus, - a wire conveying assembly comprising two opposing conveying belts (12, 12') defining two respective rectilinear belt portions facing each other and operable to rotate in opposite direction to pull the welding wire out from the drum and feed the welding wire to the welding apparatus; - a straightening assembly positioned downstream or upstream of said wire conveying assembly and comprising at least two straightening roller units (52, 52a) arranged in series along the wire feeding direction, each straightening unit (52; 52a) comprising at least two opposing straightening rollers (54, 54'; 54a, 54a') between which, in use, the welding wire is passed being moved by the wire conveying assembly, the rollers (54, 54') of a straightening unit being oriented perpendicularly with respect to the rollers (54a, 54a') of at least another straightening unit, the storage and feeding assembly further comprising welding wire guiding means associated with the drum and adapted to guide the welding wire towards an outlet opening of the wire from the drum,