mhurhangee/ep-ind-claims huggingface dataset:
A control device of a vehicle including an engine, drive wheels, a power connecting/disconnecting device disposed between the engine and the drive wheels, the control device characterized by comprising: a control unit (1, 2, 3) configured to: implement a first travelling mode of engaging the power connecting/disconnecting device during travelling at a time an accelerator opening is greater than a fully closed state and not greater than a first opening amount; implement a second travelling mode of releasing the power connecting/disconnecting device during the travelling at a time the accelerator opening is greater than the first opening amount and smaller than a second opening amount; implement a third travelling mode of stopping a fuel supply to the engine with the power connecting/disconnecting device engaged during the travelling at a time the accelerator opening is fully closed; and control an output of the engine so that a vehicle deceleration at a time of implementing the first travelling mode gradually changes between a vehicle deceleration at a time of switching from the second travelling mode to the first travelling mode and a vehicle deceleration in the third travelling mode. a control unit (1, 2, 3) configured to: implement a first travelling mode of engaging the power connecting/disconnecting device during travelling at a time an accelerator opening is greater than a fully closed state and not greater than a first opening amount; implement a second travelling mode of releasing the power connecting/disconnecting device during the travelling at a time the accelerator opening is greater than the first opening amount and smaller than a second opening amount; implement a third travelling mode of stopping a fuel supply to the engine with the power connecting/disconnecting device engaged during the travelling at a time the accelerator opening is fully closed; and control an output of the engine so that a vehicle deceleration at a time of implementing the first travelling mode gradually changes between a vehicle deceleration at a time of switching from the second travelling mode to the first travelling mode and a vehicle deceleration in the third travelling mode. implement a first travelling mode of engaging the power connecting/disconnecting device during travelling at a time an accelerator opening is greater than a fully closed state and not greater than a first opening amount; implement a second travelling mode of releasing the power connecting/disconnecting device during the travelling at a time the accelerator opening is greater than the first opening amount and smaller than a second opening amount; implement a third travelling mode of stopping a fuel supply to the engine with the power connecting/disconnecting device engaged during the travelling at a time the accelerator opening is fully closed; and control an output of the engine so that a vehicle deceleration at a time of implementing the first travelling mode gradually changes between a vehicle deceleration at a time of switching from the second travelling mode to the first travelling mode and a vehicle deceleration in the third travelling mode.
A cyclic peptide represented by Formula, R N -X g -[X i -X a - A-Y-H-R-G-E-L-V-W -X b -X j] k -X h -R C ···: in Formula, R N represents an N-terminal group; R C represents a C-terminal group; one of X a and X b represents an amino acid residue derived from L-homocysteine, and the other represents an amino acid residue derived from an amino acid having a haloacetyl group on a side chain selected from the group consisting of -2-amino-3-[(2-chloroacetyl)amino]propanoic acid, -2-amino-4-[(2-chloroacetyl)amino]butanoic acid, N-δ-chloroacetyl-L-ornithine and N-ε-chloroacetyl-L-lysine, and X a and X b are bonded to each other through a thioether bond; X g, X h, X i and X j each represent g consecutive X's, h consecutive X's, i consecutive X's, j consecutive X's, X represents an amino acid residue, and in a case where there is a plurality of X's, the plurality of X's may be the same as or different from each other; g, h, i, and j each independently represent an integer equal to or greater than 0; k is 1, and wherein A represents an L-alanine residue; Y represents an L-tyrosine residue; H represents an L-histidine residue; R represents an L-arginine residue; G represents a glycine residue; E represents an L-glutamic acid residue; L represents an L-leucine residue; V represents an L-valine residue; and W represents an L-tryptophan residue, in Formula, R N represents an N-terminal group; R C represents a C-terminal group; one of X a and X b represents an amino acid residue derived from L-homocysteine, and the other represents an amino acid residue derived from an amino acid having a haloacetyl group on a side chain selected from the group consisting of -2-amino-3-[(2-chloroacetyl)amino]propanoic acid, -2-amino-4-[(2-chloroacetyl)amino]butanoic acid, N-δ-chloroacetyl-L-ornithine and N-ε-chloroacetyl-L-lysine, and X a and X b are bonded to each other through a thioether bond; X g, X h, X i and X j each represent g consecutive X's, h consecutive X's, i consecutive X's, j consecutive X's, X represents an amino acid residue, and in a case where there is a plurality of X's, the plurality of X's may be the same as or different from each other; g, h, i, and j each independently represent an integer equal to or greater than 0; k is 1, and wherein A represents an L-alanine residue; Y represents an L-tyrosine residue; H represents an L-histidine residue; R represents an L-arginine residue; G represents a glycine residue; E represents an L-glutamic acid residue; L represents an L-leucine residue; V represents an L-valine residue; and W represents an L-tryptophan residue,
A door mount system, comprising: an infusion pump having a front mechanism plate; a door formed to receive a fluid administration set that is pivotally connected to the infusion pump; and a plurality of mounting pins (46, 48, 50) that extend outwardly from the front mechanism plate and are aligned with and received within openings (52, 54, 56) in a front face of the door, characterized in that a first pin and a second pin are positioned above a plunger opening in the front mechanism plate and a third pin is positioned below the plunger opening, wherein the third pin is located on a vertical line that extends through a centerline of the plunger opening, and wherein the first and second pins are located on opposite sides of the vertical line. an infusion pump having a front mechanism plate; a door formed to receive a fluid administration set that is pivotally connected to the infusion pump; and a plurality of mounting pins (46, 48, 50) that extend outwardly from the front mechanism plate and are aligned with and received within openings (52, 54, 56) in a front face of the door, characterized in that a first pin and a second pin are positioned above a plunger opening in the front mechanism plate and a third pin is positioned below the plunger opening, wherein the third pin is located on a vertical line that extends through a centerline of the plunger opening, and wherein the first and second pins are located on opposite sides of the vertical line.
A microwave pulsed ignition generator for initiating the combustion of an ignitable fuel-air mixture in a combustion space of a motor with at least one pulseable microwave source arranged outside the combustion space and a microwave wave guide leading from the at least one microwave source to the combustion space and with a pulse generator controller for the at least one microwave source, with which at least the wavelength, the pulse duration, the pulse spacing, the pulse amplitude and/or the modulation of the microwave radiation is adjustable, characterised by at least two microwave sources and at least one waveguide coupling section in the microwave waveguide, wherein respective microwave supply lines lead from the microwave sources to the waveguide coupling section and the waveguide coupling section is connectable to the combustion space via a microwave discharge.
Frame designed to be mounted on a ski run maintenance vehicle having a winch and supporting a jib designed to orient a cable between a winding drum of the winch and an attachment point of the traction cable of the vehicle, characterized in that said frame comprises a deformable quadrilateral structure by means of which the height of the jib can be varied.
Press-in part for pressing into a recess of a workpiece, comprising a shaft provided for being introduced into the recess and subsequently pressed therein, and a head part integrally joined to the shaft and protruding out of the workpiece after pressing in the press-in part, characterized in that the shaft comprises at least two different knurls (21, 22) which are in engagement with the material of the workpiece after the press-in part is pressed into the recess and connect the press-in part to the workpiece in an anti-twist manner, wherein the two knurls (21, 22) have tooth densities and/or tooth shapes diverging from one other.
An antibody comprising a human IgG1 variant Fc region, wherein said variant Fc region comprises at least one amino acid modification relative to a wild-type Fc region, such that said antibody specifically binds FcγRIIIA with a greater affinity than a comparable antibody comprising the wild-type Fc region; and wherein said at least one amino acid modification comprises a substitution at position 396 with leucine, wherein said numbering is according to the EU index as in Kabat.
A method for wireless communication at a user equipment, UE, comprising: receiving a synchronization signal, SS, block that includes a timing synchronization signal, TSS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, the TSS based at least in part on a SS block index associated with the SS block such that the TSS changes from SS block to SS block to convey the SS block index; determining, based at least in part on the SS block index, a timing of the SS block within a broadcast channel transmission time interval, BCH TTI; and demodulating the TSS based at least in part on the SSS by assuming synchronization signals on the SS block have the same delay spread, Doppler spread or Doppler shift. receiving a synchronization signal, SS, block that includes a timing synchronization signal, TSS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, the TSS based at least in part on a SS block index associated with the SS block such that the TSS changes from SS block to SS block to convey the SS block index; determining, based at least in part on the SS block index, a timing of the SS block within a broadcast channel transmission time interval, BCH TTI; and demodulating the TSS based at least in part on the SSS by assuming synchronization signals on the SS block have the same delay spread, Doppler spread or Doppler shift.
An orthopedic device comprising: an intramedullary implant defining a longitudinal bore along a longitudinal axis and at least one bore formed along an axis for receipt of a fastener; a fixation device receivable within the longitudinal bore, the fixation device having at least one guiding bore formed along a guiding axis transverse to the longitudinal axis; characterised in that it further comprises: at least one collet received within the at least one guiding bore for positioning the fastener at a variable angle relative to the guiding axis of the fixation device and the axis of the intramedullary implant, wherein advancement of the fixation device in the longitudinal bore from a first position to a second position deforms the at least one collet to couple the fastener to the intramedullary implant, wherein the at least one guiding bore includes a collet retaining feature formed in at least a portion of the circumference of the at least one guiding bore. an intramedullary implant defining a longitudinal bore along a longitudinal axis and at least one bore formed along an axis for receipt of a fastener; a fixation device receivable within the longitudinal bore, the fixation device having at least one guiding bore formed along a guiding axis transverse to the longitudinal axis; characterised in that it further comprises: at least one collet received within the at least one guiding bore for positioning the fastener at a variable angle relative to the guiding axis of the fixation device and the axis of the intramedullary implant, wherein advancement of the fixation device in the longitudinal bore from a first position to a second position deforms the at least one collet to couple the fastener to the intramedullary implant, wherein the at least one guiding bore includes a collet retaining feature formed in at least a portion of the circumference of the at least one guiding bore.
A method for processing inbound service function chaining, SFC, network traffic, comprising: receiving a packet at a first network node (200, 600) over an overlay network, the packet including a network service context indicator identifying a network service context associated with the packet; retrieving a set of SFC parameters in accordance with the network service context indicator; generating a network service header based at least in part on the set of SFC parameters; modifying the packet to include the generated network service header; and forwarding the modified packet to a second network node in accordance with the generated network service header. receiving a packet at a first network node (200, 600) over an overlay network, the packet including a network service context indicator identifying a network service context associated with the packet; retrieving a set of SFC parameters in accordance with the network service context indicator; generating a network service header based at least in part on the set of SFC parameters; modifying the packet to include the generated network service header; and forwarding the modified packet to a second network node in accordance with the generated network service header.
A system for measuring respiratory function of a user, the system comprising: an optical sensing unit configured to: identify a torso of the user; detect movement of the torso with respect to the optical sensing unit; and output one or more signals indicative of the movement of the torso; an electronic device configured to provide a first request for the user to breathe at a first rate during a first time period and a second request for the user to breathe at a second rate during a second time period; and a processing unit programmed to: receive first signals generated by the optical sensing unit during the first time period based on the movement of the torso and determine a first respiration parameter using the first signals; receive second signals generated by the optical sensing unit during the second time period based on the movement of the torso and determine a second respiration parameter using the second signals; and determine a level of respiratory function based on the first respiration parameter and the second respiration parameter. an optical sensing unit configured to: identify a torso of the user; detect movement of the torso with respect to the optical sensing unit; and output one or more signals indicative of the movement of the torso; identify a torso of the user; detect movement of the torso with respect to the optical sensing unit; and output one or more signals indicative of the movement of the torso; an electronic device configured to provide a first request for the user to breathe at a first rate during a first time period and a second request for the user to breathe at a second rate during a second time period; and a processing unit programmed to: receive first signals generated by the optical sensing unit during the first time period based on the movement of the torso and determine a first respiration parameter using the first signals; receive second signals generated by the optical sensing unit during the second time period based on the movement of the torso and determine a second respiration parameter using the second signals; and determine a level of respiratory function based on the first respiration parameter and the second respiration parameter. receive first signals generated by the optical sensing unit during the first time period based on the movement of the torso and determine a first respiration parameter using the first signals; receive second signals generated by the optical sensing unit during the second time period based on the movement of the torso and determine a second respiration parameter using the second signals; and determine a level of respiratory function based on the first respiration parameter and the second respiration parameter.
A method of hosting a teleconference among a plurality of client devices arranged in two or more acoustic spaces, each client device having an audio capturing capability and/or an audio rendering capability, the method comprising: grouping the plurality of client devices into two or more groups based on their belonging to respective acoustic spaces; receiving first audio streams from the plurality of client devices; generating second audio streams from the first audio streams for rendering by respective client devices among the plurality of client devices, based on the grouping of the plurality of client devices into the two or more groups; and outputting the generated second audio streams to respective client devices, wherein the method further comprises: for each client device among the plurality of client devices, detecting whether the respective client device renders audio via headphone loudspeakers; and for each client device that is determined to render audio via headphone loudspeakers, generating the second audio stream for the respective client device to include captured audio from all active sound source, and wherein generating the second audio streams for each client device using headphone loudspeakers involves assigning sound sources to virtual source locations, and applying binaural filtering of the first audio streams or source audio streams generated therefrom. grouping the plurality of client devices into two or more groups based on their belonging to respective acoustic spaces; receiving first audio streams from the plurality of client devices; generating second audio streams from the first audio streams for rendering by respective client devices among the plurality of client devices, based on the grouping of the plurality of client devices into the two or more groups; and outputting the generated second audio streams to respective client devices, wherein the method further comprises: for each client device among the plurality of client devices, detecting whether the respective client device renders audio via headphone loudspeakers; and for each client device that is determined to render audio via headphone loudspeakers, generating the second audio stream for the respective client device to include captured audio from all active sound source, and wherein generating the second audio streams for each client device using headphone loudspeakers involves assigning sound sources to virtual source locations, and applying binaural filtering of the first audio streams or source audio streams generated therefrom. for each client device among the plurality of client devices, detecting whether the respective client device renders audio via headphone loudspeakers; and for each client device that is determined to render audio via headphone loudspeakers, generating the second audio stream for the respective client device to include captured audio from all active sound source, and wherein generating the second audio streams for each client device using headphone loudspeakers involves assigning sound sources to virtual source locations, and applying binaural filtering of the first audio streams or source audio streams generated therefrom.
An electroconductive paste composition comprising: (a) a conductive metal component; (b) an inorganic reaction system comprising a lead containing matrix composition and a tellurium containing matrix composition, wherein the lead containing matrix composition is present in the inorganic reaction system in an amount between 5 and 95 weight %, wherein the tellurium containing matrix composition is present in the inorganic reaction system in an amount between 0.25 and 70 weight %, wherein the tellurium containing matrix composition has less than 10 weight % of lead oxide. (c) an organic medium. (a) a conductive metal component; (b) an inorganic reaction system comprising a lead containing matrix composition and a tellurium containing matrix composition, wherein the lead containing matrix composition is present in the inorganic reaction system in an amount between 5 and 95 weight %, wherein the tellurium containing matrix composition is present in the inorganic reaction system in an amount between 0.25 and 70 weight %, wherein the tellurium containing matrix composition has less than 10 weight % of lead oxide. (c) an organic medium.
Screw for fixing a section of a metal framework to a part intended to connect the said section to a structure of a building, characterized in that it comprises a head and a shank, a first thread having a diameter of diameter and further a second thread having a second diameter smaller than said first diameter, said screw comprising a first threaded area where said threads (11, 12) coexist and a second threaded area, located between said first area and the head, where only said second thread remains, so that said second thread extends beyond said first thread towards said head.
A slurry pump impeller which includes: - a front shroud and a back shroud each having an inner main face (54, 53) with an outer peripheral edge and a central axis (X-X), the inner main faces (53, 54) being generally at right angles to the central axis (X-X), the impeller in use being rotatable about the central axis (X-X) in a direction of rotation, - a plurality of pumping vanes extending from the inner main face of the back shroud to the inner main face of the front shroud, the pumping vanes being disposed in spaced apart relation, and each pumping vane including: - opposed first and second side faces (45, 46) wherein the first side face is a pumping or pressure side face, - a leading edge in the region of the central axis (X-X), - a trailing edge in the region of the outer peripheral edge of the front and back shrouds (54, 53), and - with a passageway between adjacent pumping vanes, characterised in that the first side face at the leading edge is in a plane which is at an acute angle with respect to a plane of the inner main face of the back shroud, and the first side face at the trailing edge is in a plane which is at an obtuse angle with respect to the plane of the inner main face of the back shroud wherein the angle of the first side face progressively changes when moving from the leading edge to the trailing edge. - a front shroud and a back shroud each having an inner main face (54, 53) with an outer peripheral edge and a central axis (X-X), the inner main faces (53, 54) being generally at right angles to the central axis (X-X), the impeller in use being rotatable about the central axis (X-X) in a direction of rotation, - a plurality of pumping vanes extending from the inner main face of the back shroud to the inner main face of the front shroud, the pumping vanes being disposed in spaced apart relation, and each pumping vane including: - opposed first and second side faces (45, 46) wherein the first side face is a pumping or pressure side face, - a leading edge in the region of the central axis (X-X), - a trailing edge in the region of the outer peripheral edge of the front and back shrouds (54, 53), and - with a passageway between adjacent pumping vanes, - opposed first and second side faces (45, 46) wherein the first side face is a pumping or pressure side face, - a leading edge in the region of the central axis (X-X), - a trailing edge in the region of the outer peripheral edge of the front and back shrouds (54, 53), and - with a passageway between adjacent pumping vanes,