mhurhangee/ep-ind-claims huggingface dataset:
A method for random access procedure fallback, performed by user equipment UE, the method comprising: in a case that the UE initiates a first random access procedure, falling back from the first random access procedure to a target random access procedure based on first information, wherein the first information is information about the first random access procedure or information about the target random access procedure; in a case that a first condition is met, reporting second indication information to a higher layer, wherein the second indication information is used to indicate that the UE has a radio link failure; and the first condition comprises at least one of the following: the number of times that the UE transmits a second message is greater than or equal to a third threshold, and the total number of times that the UE transmits the first message and the second message is greater than or equal to a fourth threshold; and the first message is a request message for a 2-step random access procedure, and the second message is a request message for a 4-step random access procedure. in a case that the UE initiates a first random access procedure, falling back from the first random access procedure to a target random access procedure based on first information, wherein the first information is information about the first random access procedure or information about the target random access procedure; in a case that a first condition is met, reporting second indication information to a higher layer, wherein the second indication information is used to indicate that the UE has a radio link failure; and the first condition comprises at least one of the following: the number of times that the UE transmits a second message is greater than or equal to a third threshold, and the total number of times that the UE transmits the first message and the second message is greater than or equal to a fourth threshold; and the first message is a request message for a 2-step random access procedure, and the second message is a request message for a 4-step random access procedure.
A method for controlling packet access, the method performed by a network side device, the method characterized by comprising: receiving an access request from a machine to machine, M2M, server, for a user equipment, UE, generating (S31, S52, S53, S54, S55, S56, S57) an access trigger message, wherein the access trigger message carries a temporary mobile group identity, TMGI, allocated to the user equipment, UE, wherein the TMGI is the core network group identity of the UE; wherein the generating of the access trigger message comprises: generating a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; and sending (S35, S58) the access trigger message to packet trigger an access operation of the UE for the TMGI; and setting an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carrying the access parameter in the MCCH message. receiving an access request from a machine to machine, M2M, server, for a user equipment, UE, generating (S31, S52, S53, S54, S55, S56, S57) an access trigger message, wherein the access trigger message carries a temporary mobile group identity, TMGI, allocated to the user equipment, UE, wherein the TMGI is the core network group identity of the UE; wherein the generating of the access trigger message comprises: generating a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; and sending (S35, S58) the access trigger message to packet trigger an access operation of the UE for the TMGI; and setting an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carrying the access parameter in the MCCH message. generating a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; and sending (S35, S58) the access trigger message to packet trigger an access operation of the UE for the TMGI; and setting an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carrying the access parameter in the MCCH message.
Measuring nozzle arrangement of a pneumatic measuring device for measuring wave-like workpieces, comprising a main body, two measuring nozzles (10, 12) facing one another and two support elements which are connectable or connected to the main body, wherein the support elements (6, 8) can be adjusted relative to a reference plane, and each of the support elements (6, 8) supports one of the measuring nozzles (10, 12), characterised in that the measuring nozzle arrangement has centring means for centring the support elements (6, 8) relative to the reference plane, for supporting the workpiece to be measured during the measurement a support prism consisting of two prism halves is provided and each of the support elements (6, 8) supports a prism half of the support prism.
A computer-implemented method, comprising: computing a first matrix of intensity gradients based on a first frame of a video and a first degree local gradient in a three-by-three neighborhood of pixels around a first pixel; computing a second matrix of intensity gradients based on the first frame and a second degree local gradient in a five-by-five neighborhood of pixels around the first pixel; computing a Mahalanobis distance between the first matrix of intensity gradients and the second matrix of intensity gradients; and determining that the first pixel is defective when the Mahalanobis distance crosses a threshold, wherein computing the Mahalanobis distance comprises: calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix. computing a first matrix of intensity gradients based on a first frame of a video and a first degree local gradient in a three-by-three neighborhood of pixels around a first pixel; computing a second matrix of intensity gradients based on the first frame and a second degree local gradient in a five-by-five neighborhood of pixels around the first pixel; computing a Mahalanobis distance between the first matrix of intensity gradients and the second matrix of intensity gradients; and determining that the first pixel is defective when the Mahalanobis distance crosses a threshold, wherein computing the Mahalanobis distance comprises: calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix. calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix.
A method for joining a first steel blank and a second steel blank, at least one of the first and second blanks comprising a layer of aluminum or of an aluminum alloy, the method being characterised by - providing a support for each steel blank, the supports being made of a magnetic material and being arranged distanced apart by a central space provided between them, - providing a coil winding around one or more supports, - arranging the first blank on one support and the second blank on the other support, such that a butt end of the first blank that is facing the second blank is brought into contact with a butt end of the second blank that is facing the first blank defining a contacting area that closes a path for magnetic flux between the supports and through the first and second blanks when in use, - providing a laser system, wherein the laser system comprises one or more optical elements and a laser source for generating a laser beam; applying a laser beam onto the contacting area using the laser system, while - applying an alternating current to the coil winding such that an alternating magnetic field is created across the contacting area in a direction substantially from one blank to the other. - providing a support for each steel blank, the supports being made of a magnetic material and being arranged distanced apart by a central space provided between them, - providing a coil winding around one or more supports, - arranging the first blank on one support and the second blank on the other support, such that a butt end of the first blank that is facing the second blank is brought into contact with a butt end of the second blank that is facing the first blank defining a contacting area that closes a path for magnetic flux between the supports and through the first and second blanks when in use, - providing a laser system, wherein the laser system comprises one or more optical elements and a laser source for generating a laser beam; - applying an alternating current to the coil winding such that an alternating magnetic field is created across the contacting area in a direction substantially from one blank to the other.
A power supply road comprising ferrite core structure for a power supply device of an electric vehicle, the ferrite core structure comprising: a plurality of horizontal core portions arranged to be spaced apart from each other to prevent a flux leakage into the ground; a plurality of first vertical core portions formed to extend from both end portions of the horizontal core portions in a direction of an upper side of the horizontal core portions to prevent the flux leakage into an outer side surface; characterized in that at least two columns of second vertical core portions formed to extend from a central portion of the horizontal core portions (1 1 0) in a direction of the upper side of the horizontal core portions and arranged to be parallel to the first vertical core portions; and a first supporting portion to connect the plurality of first vertical core portions to each other to support the first vertical core portions, wherein the second vertical core portions disperse a deflection load applied to both side surfaces of the second vertical core portions to prevent a formation of cracks on a surface of an intermediate portion of a power supply road, and the power supply road further comprising: at least one steel bar implanted under the ferrite core structure in a longitudinal direction of the power supply road which coincides with a traveling direction of a vehicle on said power supply road and spaced apart from the ferrite core structure. a plurality of horizontal core portions arranged to be spaced apart from each other to prevent a flux leakage into the ground; a plurality of first vertical core portions formed to extend from both end portions of the horizontal core portions in a direction of an upper side of the horizontal core portions to prevent the flux leakage into an outer side surface; characterized in that at least two columns of second vertical core portions formed to extend from a central portion of the horizontal core portions (1 1 0) in a direction of the upper side of the horizontal core portions and arranged to be parallel to the first vertical core portions; and a first supporting portion to connect the plurality of first vertical core portions to each other to support the first vertical core portions, wherein the second vertical core portions disperse a deflection load applied to both side surfaces of the second vertical core portions to prevent a formation of cracks on a surface of an intermediate portion of a power supply road, and the power supply road further comprising: at least one steel bar implanted under the ferrite core structure in a longitudinal direction of the power supply road which coincides with a traveling direction of a vehicle on said power supply road and spaced apart from the ferrite core structure.
An electrical connector comprising: a conductive shell defining a cavity; a dielectric holder disposed within the cavity; and electrical contacts mounted to the dielectric holder within the cavity and arranged in pairs, the pairs including multiple pairs (206, 208, 212) in a cancellation arrangement to improve cross-talk resistance, characterized in that the electrical connector further comprises an isolated pair spaced apart from the pairs (206, 208, 212) in the cancellation arrangement, wherein a separation distance from the isolated pair to a closest neighboring electrical contact of the electrical contacts is greater than respective separation distances (210, 214) from each of the pairs (206, 208, 212) in the cancellation arrangement to corresponding closest neighboring electrical contacts of the electrical contacts. a conductive shell defining a cavity; a dielectric holder disposed within the cavity; and electrical contacts mounted to the dielectric holder within the cavity and arranged in pairs, the pairs including multiple pairs (206, 208, 212) in a cancellation arrangement to improve cross-talk resistance, characterized in that the electrical connector further comprises an isolated pair spaced apart from the pairs (206, 208, 212) in the cancellation arrangement, wherein a separation distance from the isolated pair to a closest neighboring electrical contact of the electrical contacts is greater than respective separation distances (210, 214) from each of the pairs (206, 208, 212) in the cancellation arrangement to corresponding closest neighboring electrical contacts of the electrical contacts.
Use of a low conductivity aqueous solution in a wash step of a protein A chromatography for reducing the content of a host cell protein wherein the protein A chromatography is used to purify a human IgG4 or IgG1 isotype antibody, wherein the low conductivity aqueous solution has a conductivity value of about 0.5 mS/cm or less, wherein the host cell protein is phospholipase B-like 2 (PLBL2) or Clusterin.
An imaging arrangement, comprising: a multi-focal spot X-ray imager of the non-rotational type, having a detector and an X-ray source unit defining a plurality of focal spots, the source unit being configured so that the focal spots define, with the detector, imaging pairs (IP j) having different optical axes (OX j); a projection direction determiner configured to determine a projection direction for an object to be imaged based on a geometric structure of a model m for the object; and a selector configured to select, from the plurality of imaging pairs (IP j), at least one target pair whose optical axis is within an angular margin (Δα) of the determined projection direction. a multi-focal spot X-ray imager of the non-rotational type, having a detector and an X-ray source unit defining a plurality of focal spots, the source unit being configured so that the focal spots define, with the detector, imaging pairs (IP j) having different optical axes (OX j); a projection direction determiner configured to determine a projection direction for an object to be imaged based on a geometric structure of a model m for the object; and a selector configured to select, from the plurality of imaging pairs (IP j), at least one target pair whose optical axis is within an angular margin (Δα) of the determined projection direction.
An apparatus comprising: (a) a body; (b) an end effector; (c) an articulation section; and (d) a shaft assembly extending distally from the body toward the end effector, wherein the shaft assembly comprises: (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis, characterized in that the first proximal portion comprises a proximal rod portion housed within the sheath, wherein the first distal portion comprises a distal band portion associated with the articulation section. (a) a body; (b) an end effector; (c) an articulation section; and (d) a shaft assembly extending distally from the body toward the end effector, wherein the shaft assembly comprises: (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis, (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis,
A sensing system for monitoring an elevator system, the sensing system comprising: an elevator car; a sensing apparatus attached to the elevator car, wherein the sensing apparatus comprises: a controller; at least one sensor in communication with the controller, the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller; and a long-range communication module in communication with the controller, the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol; wherein the long-range communication module is located within the sensing apparatus; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that: the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold. an elevator car; a sensing apparatus attached to the elevator car, wherein the sensing apparatus comprises: a controller; at least one sensor in communication with the controller, the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller; and a long-range communication module in communication with the controller, the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol; wherein the long-range communication module is located within the sensing apparatus; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that: the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold. a controller; at least one sensor in communication with the controller, the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller; and a long-range communication module in communication with the controller, the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol; wherein the long-range communication module is located within the sensing apparatus; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that: the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold.