mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining respective fault codes representing hardware-level errors corresponding to one or more network devices (102, 104) in a network; mapping at least one of the one or more network devices or the respective fault codes to respective logical policy entities defined in a logical policy model of the network, to yield fault code mappings; aggregating one or more of the fault code mappings along a plurality of respective logical policy dimensions in the network to yield an aggregation of fault codes across each of the logical policy dimensions; and based on the aggregation of fault codes across the respective logical policy dimensions, presenting, for each of the respective logical policy dimensions, one or more of the hardware-level errors along the respective logical policy dimension. obtaining respective fault codes representing hardware-level errors corresponding to one or more network devices (102, 104) in a network; mapping at least one of the one or more network devices or the respective fault codes to respective logical policy entities defined in a logical policy model of the network, to yield fault code mappings; aggregating one or more of the fault code mappings along a plurality of respective logical policy dimensions in the network to yield an aggregation of fault codes across each of the logical policy dimensions; and based on the aggregation of fault codes across the respective logical policy dimensions, presenting, for each of the respective logical policy dimensions, one or more of the hardware-level errors along the respective logical policy dimension.
A bumper system for a vehicle, comprising: a bumper beam having a coupling hole, which formed to pass therethrough in front and rear directions, in each of both ends thereof; a crash box inserted into the coupling hole of the bumper beam; and a bracket coupled to the bumper beam to prevent the crash box from being separated, characterized in that the bracket comprises: a coupling part fixed to a front portion of a rear wall of the bumper beam; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box. a bumper beam having a coupling hole, which formed to pass therethrough in front and rear directions, in each of both ends thereof; a crash box inserted into the coupling hole of the bumper beam; and a bracket coupled to the bumper beam to prevent the crash box from being separated, characterized in that the bracket comprises: a coupling part fixed to a front portion of a rear wall of the bumper beam; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box. a coupling part fixed to a front portion of a rear wall of the bumper beam; a connection part bent from the coupling part and fixed to an upper portion of the rear wall of the bumper beam; and a separation prevention part bent from the connection part and closely attached to a rear portion of the rear wall of the bumper beam to partially overlap a rear end surface of the crash box.
An apparatus for estimating bio-information, the apparatus comprising: a processor configured to: obtain a pulse wave signal from a user, wherein the pulse wave signal has a waveform that is a superposition of a propagation wave and reflection waves (P2, P3); extract a first amplitude of the pulse wave signal corresponding to a point of time, when a first element waveform has a maximum amplitude; extract a second amplitude of the pulse wave signal corresponding to a point of time, when a second element waveform has a maximum amplitude; extract a third amplitude of the pulse wave signal corresponding to a point of time, when a third element waveform that is adjacent to the second element waveform has a maximum amplitude; characterised in that the processor is further configured to: obtain a corrected amplitude of the pulse wave signal corresponding to the second element wave form, based on the third amplitude by subtracting a predetermined percentage of the third amplitude of the pulse wave signal, related to the adjacent third element waveform, from the second amplitude of the pulse wave signal related to the second element waveform; and obtain the bio-information of the user based on the first amplitude and the corrected amplitude. obtain a pulse wave signal from a user, wherein the pulse wave signal has a waveform that is a superposition of a propagation wave and reflection waves (P2, P3); extract a first amplitude of the pulse wave signal corresponding to a point of time, when a first element waveform has a maximum amplitude; extract a second amplitude of the pulse wave signal corresponding to a point of time, when a second element waveform has a maximum amplitude; extract a third amplitude of the pulse wave signal corresponding to a point of time, when a third element waveform that is adjacent to the second element waveform has a maximum amplitude; characterised in that the processor is further configured to: obtain a corrected amplitude of the pulse wave signal corresponding to the second element wave form, based on the third amplitude by subtracting a predetermined percentage of the third amplitude of the pulse wave signal, related to the adjacent third element waveform, from the second amplitude of the pulse wave signal related to the second element waveform; and obtain the bio-information of the user based on the first amplitude and the corrected amplitude. obtain a corrected amplitude of the pulse wave signal corresponding to the second element wave form, based on the third amplitude by subtracting a predetermined percentage of the third amplitude of the pulse wave signal, related to the adjacent third element waveform, from the second amplitude of the pulse wave signal related to the second element waveform; and obtain the bio-information of the user based on the first amplitude and the corrected amplitude.
An isolated recombination-competent host cell comprising a polynucleotide that comprises a nucleic acid sequence encoding an immunoglobulin and comprising a sequence cassette having a first recombination signal sequence linked by an intervening nucleotide sequence to a second RSS, the first RSS capable of functional recombination with the second RSS, wherein the immunoglobulin comprises complementarity determining region 1 and complementarity determining region 2 and the sequence cassette is located at a portion of the nucleic acid sequence encoding the CDR1 or the CDR2, wherein the intervening nucleotide sequence is 100 base pairs or more in length, wherein the recombination-competent host cell is capable of mediating RAG-1/RAG-2 recombination, and wherein culturing the host cell in vitro under conditions allowing recombination and expression of the nucleic acid sequence generates progeny cells expressing variants of the immunoglobulin for selecting a variant that binds an antigen with higher affinity.
A method of augmented reality, comprising the steps of associating tint information with a predetermined graphical object, the tint information identifying colour space values specifying a change in colour balance; receiving a video image of a real scene comprising a feature for detection; detecting the feature in the video image of the real scene and selecting a graphical object responsive to the detected feature; and augmenting the video image with the selected graphical object; and in which if the selected graphical object is the predetermined graphical object, retrieving the tint information associated with the predetermined graphical object; and modifying the colour balance of the video image responsive to the tint information by applying the tint information as a value shift in colour channels of the colour space to an extent specified by the tint information, the value shift being either a proportional or an absolute value shift in the colour channels, characterised in that the value shift is scaled proportionally to the relative brightness of a colour value associated with the colour channels, the brightness being relative to a predetermined value in the range of possible values. associating tint information with a predetermined graphical object, the tint information identifying colour space values specifying a change in colour balance; receiving a video image of a real scene comprising a feature for detection; detecting the feature in the video image of the real scene and selecting a graphical object responsive to the detected feature; and augmenting the video image with the selected graphical object; and in which if the selected graphical object is the predetermined graphical object, retrieving the tint information associated with the predetermined graphical object; and modifying the colour balance of the video image responsive to the tint information by applying the tint information as a value shift in colour channels of the colour space to an extent specified by the tint information, the value shift being either a proportional or an absolute value shift in the colour channels, characterised in that the value shift is scaled proportionally to the relative brightness of a colour value associated with the colour channels, the brightness being relative to a predetermined value in the range of possible values. retrieving the tint information associated with the predetermined graphical object; and modifying the colour balance of the video image responsive to the tint information by applying the tint information as a value shift in colour channels of the colour space to an extent specified by the tint information, the value shift being either a proportional or an absolute value shift in the colour channels, characterised in that the value shift is scaled proportionally to the relative brightness of a colour value associated with the colour channels, the brightness being relative to a predetermined value in the range of possible values.
A method of controlling a beamforming antenna in a wireless device, comprising: calculating the input impedance of the beamforming antenna using an adaptive matching network, wherein the adaptive matching network is electrically connected to the beamforming antenna, and wherein said beamforming antenna includes a primary radiating element and one or more reconfigurable parasitic elements, and said primary radiating element and said reconfigurable parasitic elements cooperatively receive, transmit, or both a radio frequency signal; determining the calculated input impedance of the beamforming antenna is outside a tolerance; and recognizing the environment of the wireless device; selecting a portion of said reconfigurable parasitic elements using the calculated input impedance of the beamforming antenna, a predetermined input impedance observation table, said recognized environment, or any combination thereof; updating the beamforming antenna by electrically connecting, electrically coupling, or both said selected portion of said reconfigurable parasitic elements to said primary radiating element to adaptively steer the antenna-pattern beam in a predetermined direction; re-calculating the input impedance of said updated beamforming antenna using said adaptive matching circuit; and adjusting said adaptive matching circuit to match about the input impedance of said updated beamforming antenna. calculating the input impedance of the beamforming antenna using an adaptive matching network, wherein the adaptive matching network is electrically connected to the beamforming antenna, and wherein said beamforming antenna includes a primary radiating element and one or more reconfigurable parasitic elements, and said primary radiating element and said reconfigurable parasitic elements cooperatively receive, transmit, or both a radio frequency signal; determining the calculated input impedance of the beamforming antenna is outside a tolerance; and recognizing the environment of the wireless device; selecting a portion of said reconfigurable parasitic elements using the calculated input impedance of the beamforming antenna, a predetermined input impedance observation table, said recognized environment, or any combination thereof; updating the beamforming antenna by electrically connecting, electrically coupling, or both said selected portion of said reconfigurable parasitic elements to said primary radiating element to adaptively steer the antenna-pattern beam in a predetermined direction; re-calculating the input impedance of said updated beamforming antenna using said adaptive matching circuit; and adjusting said adaptive matching circuit to match about the input impedance of said updated beamforming antenna.
A composition for use in a method of treating cancer by reducing tumor immune-evasion, the composition comprising an antibody or antigen-binding portion thereof that binds specifically to sMIC and comprises heavy and light chain complementarity determining regions (CDRs) of: a light chain CDR1 having the amino acid sequence of SEQ ID NO: 9; a light chain CDR2 having the amino acid sequence of SEQ ID NO: 10; a light chain CDR3 having the amino acid sequence of SEQ ID NO: 11; a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 12; a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 13; and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 14. a light chain CDR1 having the amino acid sequence of SEQ ID NO: 9; a light chain CDR2 having the amino acid sequence of SEQ ID NO: 10; a light chain CDR3 having the amino acid sequence of SEQ ID NO: 11; a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 12; a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 13; and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 14.
An apparatus for treating a fracture of a bone, the fracture including segments, the bone having an inner cavity, the apparatus comprising: a structural support for positioning a first of the bone segments relative to a second of the bone segments, the structural support being configured to be deployed in the inner cavity; and an anchoring substrate configured to stabilize the first bone segment relative to the second bone segment and/or compress the first bone segment against the second bone segment, the anchoring substrate being configured to be deployed in the inner cavity and to self-expand inside the inner cavity to engage, in an expanded state: a first threaded screw (114, 1922) configured to be driven through the first bone segment to secure the first bone segment to the anchoring substrate; and a second threaded screw (116, 1922) configured to be driven through the second bone segment to secure the second bone segment to the anchoring substrate in a position relative to the first bone segment suitable to promote healing of the fracture. a structural support for positioning a first of the bone segments relative to a second of the bone segments, the structural support being configured to be deployed in the inner cavity; and an anchoring substrate configured to stabilize the first bone segment relative to the second bone segment and/or compress the first bone segment against the second bone segment, the anchoring substrate being configured to be deployed in the inner cavity and to self-expand inside the inner cavity to engage, in an expanded state: a first threaded screw (114, 1922) configured to be driven through the first bone segment to secure the first bone segment to the anchoring substrate; and a second threaded screw (116, 1922) configured to be driven through the second bone segment to secure the second bone segment to the anchoring substrate in a position relative to the first bone segment suitable to promote healing of the fracture. a first threaded screw (114, 1922) configured to be driven through the first bone segment to secure the first bone segment to the anchoring substrate; and a second threaded screw (116, 1922) configured to be driven through the second bone segment to secure the second bone segment to the anchoring substrate in a position relative to the first bone segment suitable to promote healing of the fracture.
A pouch-shaped secondary battery configured such that an electrode assembly, having a structure in which a positive electrode, a separator, and a negative electrode are sequentially stacked, is received in a pouch-shaped battery case, wherein the pouch-shaped secondary battery comprises a venting guidance device located in the pouch-shaped battery case, the venting guidance device being configured to form a through-hole for gas discharge in the pouch-shaped battery case using an elastic member that is triggered when a pressure in the pouch-shaped battery case increases, wherein the venting guidance device comprises: a pressure-sensing member located on the outer surface of a case and configured to shrink due to an increase in a volume of the pouch-shaped battery case; a trigger connected to the pressure-sensing member and extended into the case through the trigger movement path in the case; an elastic member connected and fixed to one surface of the case in the state in which the elastic member is stretched, and the other end of the elastic member connected to a tapered member to be fixed by the trigger in a state of being stretched; a penetration member located adjacent to the elastic member and configured to move in the direction perpendicular to the plane of the pouch-shaped battery case in order to form an opening in the pouch-shaped battery case when the elastic member shrinks; and the case for receiving the elastic member, the case being provided with a trigger movement path and a penetration member movement path. a pressure-sensing member located on the outer surface of a case and configured to shrink due to an increase in a volume of the pouch-shaped battery case; a trigger connected to the pressure-sensing member and extended into the case through the trigger movement path in the case; an elastic member connected and fixed to one surface of the case in the state in which the elastic member is stretched, and the other end of the elastic member connected to a tapered member to be fixed by the trigger in a state of being stretched; a penetration member located adjacent to the elastic member and configured to move in the direction perpendicular to the plane of the pouch-shaped battery case in order to form an opening in the pouch-shaped battery case when the elastic member shrinks; and the case for receiving the elastic member, the case being provided with a trigger movement path and a penetration member movement path.
Method for processing digital signals to be sent to a QAM modulator of the 16QAM type, said signals being audio and video signals encoded according to an LDPC code with a 3/5 code rate in packets comprising NFRAME bits, wherein said LDPC code with a 3/5 rate is the one of the DVB-S2 standard, wherein said packets are written into an interleaving matrix by an Interleaver block, said interleaving matrix having a total size NFRAME and comprising 8 columns and a number of rows equal to NFRAME divided by 8, and a Demux block carries out a bit permutation of the bits received from said Interleaver block prior to the constellation mapping function, and a Mapper block associates the bits outputted by said Demux block with the coordinates of a 16 QAM constellation characterized in that said permutation is carried out on 8-bit words and consists in generating a word Y comprising the bits y0 y1 y2 y3 y4 y5 y6 y7, in this order, starting from a word B comprising the bits b0 b1 b2 b3 b4 b5 b6 b7, in this order, the bits y0 and b0 being respectively the most significant bits of the words Y and B, and the bits y7 and b7 being respectively the least significant bits of the words Y and B, and wherein: y0=b0, y1=b2, y2=b3, y3=b6, y4=b4, y5=b1, y6=b7, y7=b5. y0=b0, y1=b2, y2=b3, y3=b6, y4=b4, y5=b1, y6=b7, y7=b5.
Support arrangement for a unit used within a retail environment, said arrangement comprising: a unit comprising a casing with a substantially flat rear side, at least three recesses arranged in a predetermined pattern are formed in the rear side of the unit, said recesses are shaped such that a shoulder extending around at least a section of the recess in the rear side is formed; a support device comprising a substantially flat support body intended to be secured to a wall, a shelf or a support structure, said support device comprises a corresponding number of attachment protrusions as the number of recesses, said attachment protrusions have shape and dimension corresponding to shape and dimension of the recesses and each comprising a support surface intended to bear against the shoulder of the recesses to maintain the unit attached to the support device; and a releasable locking device arranged to maintain the support surfaces in contact with the shoulders in the recesses, said locking device has a male / female configuration and comprises a male element, a female element and a release element arranged to release the connection between the male and female element to release the unit from the support device, characterized in that the male element and female element are arranged between the rear side of the unit and the flat support body, and the release element comprises an actuator extending substantially parallel to the flat support body outside the support body in the plane of the support body. a unit comprising a casing with a substantially flat rear side, at least three recesses arranged in a predetermined pattern are formed in the rear side of the unit, said recesses are shaped such that a shoulder extending around at least a section of the recess in the rear side is formed; a support device comprising a substantially flat support body intended to be secured to a wall, a shelf or a support structure, said support device comprises a corresponding number of attachment protrusions as the number of recesses, said attachment protrusions have shape and dimension corresponding to shape and dimension of the recesses and each comprising a support surface intended to bear against the shoulder of the recesses to maintain the unit attached to the support device; and a releasable locking device arranged to maintain the support surfaces in contact with the shoulders in the recesses, said locking device has a male / female configuration and comprises a male element, a female element and a release element arranged to release the connection between the male and female element to release the unit from the support device, characterized in that the male element and female element are arranged between the rear side of the unit and the flat support body, and the release element comprises an actuator extending substantially parallel to the flat support body outside the support body in the plane of the support body.
A composition of sulbactam and ceftazidime, for use in the treatment of the infection with carbapenem antibiotic-resistant Acinetobacter baumannii, characterized in that the amount of ceftazidime in the composition of sulbactam and ceftazidime is 20% - 40% by mass of the amount of sulbactam.