mhurhangee/ep-ind-claims huggingface dataset:
A protein of a) or b) as follows: a) a protein consisting of an amino acid sequence as shown in amino acids 1-264 of SEQ ID NO: 1; b) a protein consisting of an amino acid sequence as shown in SEQ ID NO: 1. a) a protein consisting of an amino acid sequence as shown in amino acids 1-264 of SEQ ID NO: 1; b) a protein consisting of an amino acid sequence as shown in SEQ ID NO: 1.
An immune regulatory oligonucleotide compound of the sequence 5'-C*TATC*T GU C*G1TTC*TC*T GU -3', wherein G1 = 7-deaza-dG; C* = 5-Me-dC; G = 2'-O-Me-G; and U = 2'-O-Me-U.
A geared wellbore motor, comprising: a source of rotational motion (46, 76, 78) disposed in a wellbore; a magnetic gear member rotationally coupled at an input thereof to the source (46,76,78); and a rotary wellbore tool (12, 72, 80) rotationally coupled to an output of the magnetic gear member; wherein the magnetic gear member comprises an input shaft rotationally coupled to the source (46, 76, 78), an output shaft disposed externally to the input shaft, and a magnet section disposed externally to the output shaft, the output shaft being disposed radially between the input shaft and the magnet section, wherein the input shaft, the output shaft and the magnet section are disposed inside a housing, and wherein the magnet section is rotationally fixed to the housing. a source of rotational motion (46, 76, 78) disposed in a wellbore; a magnetic gear member rotationally coupled at an input thereof to the source (46,76,78); and a rotary wellbore tool (12, 72, 80) rotationally coupled to an output of the magnetic gear member; wherein the magnetic gear member comprises an input shaft rotationally coupled to the source (46, 76, 78), an output shaft disposed externally to the input shaft, and a magnet section disposed externally to the output shaft, the output shaft being disposed radially between the input shaft and the magnet section, wherein the input shaft, the output shaft and the magnet section are disposed inside a housing, and wherein the magnet section is rotationally fixed to the housing.
A wiper blade for the cleaning of windows of motor vehicles, with a carrier element which has a first mounting for the form-fitting fastening of a wiper rubber and a second mounting for fastening at least one spring rail serving as a support element, the spring rail has a heating arrangement in the form of a strip-shaped heating foil on the side facing away from the wiper rubber, the second mounting in the longitudinal direction of the carrier element forms laterally two guides (23, 24) for the spring rail, which embrace the lateral edge regions of the spring rail in a form-fitting manner, and that the region between the guides (23, 24), viewed over the longitudinal direction of the carrier element, is constructed at least partially, preferably completely, as an open central zone characterized in that the heating foil is arranged within the open central zone and, with respect to the longitudinal direction of the heating foil, extends laterally as a maximum up to the edge regions of the spring rail embraced by the lateral guides (23, 24).
A transgenic mouse whose genome comprises: (a) a stably integrated human λ light chain locus, wherein said λ light chain locus is in germline configuration and comprises the λ gene segments from 5' of the V λ 1-27 gene to 3' of the 3'λ enhancer; (b) a stably integrated portion of a human κ light chain locus in germline configuration, wherein said portion comprises the Vκ genes starting at Vκ- B3 and ending at Vκ- OP11, with a deletion of Vκ- LP13 to Vκ- LP6; the Jκ region; the Cκ region; the κ deleting element; and the Igκ intronic and 3' enhancers; (c) a stably integrated portion of a human immunoglobulin heavy chain locus in germline configuration, wherein said portion comprises the V H genes starting at V H6-1 and ending at V H3-65; the D H region, the J H region, the Cμ constant region genes, the Cδ constant region genes, Cγ constant region genes, the mouse 3' enhancer, and the human intronic enhancer, wherein said Cγ constant region genes are selected from the group consisting of: human Cγ1 constant region genes, human Cγ2 constant region genes, and human Cγ4 constant region genes; (d) homozygous inactivated endogenous immunoglobulin heavy chain loci; and (e) homozygous inactivated endogenous immunoglobulin κ light chain loci. (a) a stably integrated human λ light chain locus, wherein said λ light chain locus is in germline configuration and comprises the λ gene segments from 5' of the V λ 1-27 gene to 3' of the 3'λ enhancer; (b) a stably integrated portion of a human κ light chain locus in germline configuration, wherein said portion comprises the Vκ genes starting at Vκ- B3 and ending at Vκ- OP11, with a deletion of Vκ- LP13 to Vκ- LP6; the Jκ region; the Cκ region; the κ deleting element; and the Igκ intronic and 3' enhancers; (c) a stably integrated portion of a human immunoglobulin heavy chain locus in germline configuration, wherein said portion comprises the V H genes starting at V H6-1 and ending at V H3-65; the D H region, the J H region, the Cμ constant region genes, the Cδ constant region genes, Cγ constant region genes, the mouse 3' enhancer, and the human intronic enhancer, wherein said Cγ constant region genes are selected from the group consisting of: human Cγ1 constant region genes, human Cγ2 constant region genes, and human Cγ4 constant region genes; (d) homozygous inactivated endogenous immunoglobulin heavy chain loci; and (e) homozygous inactivated endogenous immunoglobulin κ light chain loci.
A compound represented by Formula: wherein x and y are each an integer between 0 and 4; m and n are each an integer between 3 and 9, and 10≤m+n≤14; R 1 and R 2 are respectively selected from H, a C1-C6 linear or branched alkyl group or a C3-C6 cycloalkyl group; preferably, m is 4 or 5; preferably, x and y are each independently 0 or 1; preferably, m+n=12; preferably, R 1, R 2 are respectively selected from H, methyl or ethyl. wherein x and y are each an integer between 0 and 4; m and n are each an integer between 3 and 9, and 10≤m+n≤14; R 1 and R 2 are respectively selected from H, a C1-C6 linear or branched alkyl group or a C3-C6 cycloalkyl group; preferably, m is 4 or 5; preferably, x and y are each independently 0 or 1; preferably, m+n=12; preferably, R 1, R 2 are respectively selected from H, methyl or ethyl.
A fluid exchange catheter having a proximal end and a distal end, the catheter comprising: an obligatory lumen having a proximal end and a distal end, wherein a lumen wall of the obligatory lumen forms a distal wall portion at the distal end of the obligatory lumen, the distal wall portion comprising at least one lumen opening (15; 16; 17) in the lumen wall, and at least one additional lumen having a proximal end and a distal end, the distal end being arranged inside the obligatory lumen remote from the distal end of the obligatory lumen, characterized in that the distal end of the obligatory lumen has a closed shape, the distal wall portion exhibits expansibility in at least an area surrounding the at least one lumen opening (15; 16, 17) in order to provide an unblocking function for removing blockage of the catheter, any lumen (1, 2) can be adapted for fluid infusion and/or fluid aspiration, and an unblocking of the catheter is effected by altering the width of the at least one lumen opening (15; 16, 17) by changing the infusion and/or aspiration fluid pressure of the catheter, the infusion and/or aspiration fluid pressure being different from an outer pressure acting on the outside of the distal wall portion of the obligatory lumen. an obligatory lumen having a proximal end and a distal end, wherein a lumen wall of the obligatory lumen forms a distal wall portion at the distal end of the obligatory lumen, the distal wall portion comprising at least one lumen opening (15; 16; 17) in the lumen wall, and at least one additional lumen having a proximal end and a distal end, the distal end being arranged inside the obligatory lumen remote from the distal end of the obligatory lumen, characterized in that the distal end of the obligatory lumen has a closed shape, the distal wall portion exhibits expansibility in at least an area surrounding the at least one lumen opening (15; 16, 17) in order to provide an unblocking function for removing blockage of the catheter, any lumen (1, 2) can be adapted for fluid infusion and/or fluid aspiration, and an unblocking of the catheter is effected by altering the width of the at least one lumen opening (15; 16, 17) by changing the infusion and/or aspiration fluid pressure of the catheter, the infusion and/or aspiration fluid pressure being different from an outer pressure acting on the outside of the distal wall portion of the obligatory lumen.
Transport device for carrying and moving objects (17, 19) from one location to another, comprising: - a chassis and - at least four motor-driven omnidirectional wheels arranged on the chassis, - whereas the chassis is configured to adapt the wheelbase and the track gauge of the motor-driven omnidirectional wheels according to the size of the object (17, 19) by movement of at least one motor-driven omnidirectional wheel. - a chassis and - at least four motor-driven omnidirectional wheels arranged on the chassis, - whereas the chassis is configured to adapt the wheelbase and the track gauge of the motor-driven omnidirectional wheels according to the size of the object (17, 19) by movement of at least one motor-driven omnidirectional wheel.
A method of handling Service Layer Control Aware control signalling associated with a data flow of a User Equipment, the method comprising, at a Radio Access Network node associated with the User Equipment: receiving a data flow comprising a plurality of data packets sent using a bearer towards the User Equipment; determining whether a data packet in the data flow includes an identifier indicating that the data packet relates to Service Layer Control Aware control signalling; removing from the data flow a data packet that is determined to relate to Service Layer Control Aware control signalling to produce a modified data flow; and sending the modified data flow towards the User Equipment. receiving a data flow comprising a plurality of data packets sent using a bearer towards the User Equipment; determining whether a data packet in the data flow includes an identifier indicating that the data packet relates to Service Layer Control Aware control signalling; removing from the data flow a data packet that is determined to relate to Service Layer Control Aware control signalling to produce a modified data flow; and sending the modified data flow towards the User Equipment.
An elastic member having an elastic sheet stretchable structure in which an elastic sheet is interposed between a first sheet layer having air permeability and a second sheet layer having air permeability, and the first sheet layer and the second sheet layer are bonded through joint holes penetrating the elastic sheet or via the elastic sheet at a plurality of sheet joined portions arranged at intervals, wherein a stretchable region having the elastic sheet stretchable structure is allowed to be stretched and contracted in a stretchable direction by a stretching force of the elastic sheet, the joined portions are arranged at intervals along an alignment direction intersecting the stretchable direction to form a joined portion row, a plurality of the joined portion rows is formed at intervals in the stretchable direction, a third joined portion row is formed between a first joined portion row and a second joined portion row adjacent to each other, and an interval in the alignment direction between the joined portions of at least a part of the third joined portion row is longer than intervals in the alignment direction between the joined portions of the first joined portion row and the second joined portion row on both sides of the third joined portion row, wherein an intersecting angle between the alignment direction of the first joined portion row, the second joined portion row, and the third joined portion row and the stretchable direction is in a range of 45 degrees to 135 degrees, provided that the intersecting angle θ is not 90 degrees. wherein a stretchable region having the elastic sheet stretchable structure is allowed to be stretched and contracted in a stretchable direction by a stretching force of the elastic sheet, the joined portions are arranged at intervals along an alignment direction intersecting the stretchable direction to form a joined portion row, a plurality of the joined portion rows is formed at intervals in the stretchable direction, a third joined portion row is formed between a first joined portion row and a second joined portion row adjacent to each other, and an interval in the alignment direction between the joined portions of at least a part of the third joined portion row is longer than intervals in the alignment direction between the joined portions of the first joined portion row and the second joined portion row on both sides of the third joined portion row, wherein an intersecting angle between the alignment direction of the first joined portion row, the second joined portion row, and the third joined portion row and the stretchable direction is in a range of 45 degrees to 135 degrees, provided that the intersecting angle θ is not 90 degrees.
A method of operation of a base station in a cellular communications network, comprising: establishing a data radio bearer between the base station and a mobile terminal for a VoIP call; determining that a radio frequency parameter for the data radio bearer satisfies a predefined cell coverage-based condition; and in response to determining that the radio frequency parameter for the data radio bearer satisfies the predefined cell coverage-based condition, enabling RoHC for the VoIP call, wherein the radio frequency parameter is a SINR parameter, and wherein the predefined cell coverage-based condition is a predefined SINR threshold for triggering TTI bundling. establishing a data radio bearer between the base station and a mobile terminal for a VoIP call; determining that a radio frequency parameter for the data radio bearer satisfies a predefined cell coverage-based condition; and in response to determining that the radio frequency parameter for the data radio bearer satisfies the predefined cell coverage-based condition, enabling RoHC for the VoIP call, wherein the radio frequency parameter is a SINR parameter, and wherein the predefined cell coverage-based condition is a predefined SINR threshold for triggering TTI bundling.
An electrode assembly manufacturing device, comprising: a winding mechanism, configured to wind a positive electrode sheet, a separator and a negative electrode sheet into an electrode assembly; a heating mechanism comprising a heating transport belt, which is configured to transport the electrode assembly in the heating mechanism, the heating mechanism being configured to heat the electrode assembly; and a forming mechanism, configured to press and form the electrode assembly, characterized by a conveyor belt arranged between the heating mechanism and the winding mechanism, wherein the conveyor belt is configured to transfer the electrode assembly from the winding mechanism to the heating mechanism, wherein the heating transport belt is joined to the conveyor belt. a winding mechanism, configured to wind a positive electrode sheet, a separator and a negative electrode sheet into an electrode assembly; a heating mechanism comprising a heating transport belt, which is configured to transport the electrode assembly in the heating mechanism, the heating mechanism being configured to heat the electrode assembly; and a forming mechanism, configured to press and form the electrode assembly, characterized by a conveyor belt arranged between the heating mechanism and the winding mechanism, wherein the conveyor belt is configured to transfer the electrode assembly from the winding mechanism to the heating mechanism, wherein the heating transport belt is joined to the conveyor belt.
A microphone system comprising: a vertical microphone array (102, 202) having at least two microphones (104, 106), with a first microphone positionable near and above a horizontal surface and a second microphone located above said first microphone; and a processor coupled to said microphone array (102, 202) to receive sound from said first and second microphones (104, 106) and configured to measure an angle from horizontal of a received sound and mute said sound if said angle from horizontal is below a predetermined amount. a vertical microphone array (102, 202) having at least two microphones (104, 106), with a first microphone positionable near and above a horizontal surface and a second microphone located above said first microphone; and a processor coupled to said microphone array (102, 202) to receive sound from said first and second microphones (104, 106) and configured to measure an angle from horizontal of a received sound and mute said sound if said angle from horizontal is below a predetermined amount.
Window, door or the like, in particular a sliding door or sliding window, having a fixed surround and a leaf which can be moved relative to the fixed surround, a corner sealing system having a seal (10, 11) which is arranged on the leaf at the rebate side, the seal (10, 11) extending in one piece around the corner of the leaf, characterised in that a rounded sealing redirection portion (4, 5) is provided in the horizontal and/or vertical rebate region.
An antenna, comprising: a power feeding waveguide to which radio waves including a vertical polarized wave and a horizontal polarized wave are transmitted; a sub reflection mirror disposed to face an opening of the power feeding waveguide and configured to reflect the radio waves radiated from the opening; and a main reflection mirror disposed to face the sub reflection mirror and configured to outwardly radiate the radio waves reflected by the sub reflection mirror, wherein a front surface of the main reflection mirror has a shape formed by rotating a line intersecting with a predetermined parabola curve at least twice, around a rotational axis, and wherein a front surface of the sub reflection mirror has a shape formed by rotating a stepped line around the rotational axis. a power feeding waveguide to which radio waves including a vertical polarized wave and a horizontal polarized wave are transmitted; a sub reflection mirror disposed to face an opening of the power feeding waveguide and configured to reflect the radio waves radiated from the opening; and a main reflection mirror disposed to face the sub reflection mirror and configured to outwardly radiate the radio waves reflected by the sub reflection mirror, wherein a front surface of the main reflection mirror has a shape formed by rotating a line intersecting with a predetermined parabola curve at least twice, around a rotational axis, and wherein a front surface of the sub reflection mirror has a shape formed by rotating a stepped line around the rotational axis.
Filter module for binding particles of a substance mixture in at least one medium with a cylindrical housing, in which are inserted: a cylindrical, preferably hollow cylindrical, open-pored medium which is designed to hold a substance mixture, in particular a sponge medium, an open-pored foam and/or a filter medium for a substance mixture, at least one deformation unit (4, 6), the open-pored medium being geometrically deformable by the deformation unit (4, 6), preferably at least along the cylinder axis of the housing and/or in the radial direction, and at least one inlet and one outlet for a substance mixture, characterized in that exactly one outlet for the substance mixture is introduced into the cylindrical housing. a cylindrical, preferably hollow cylindrical, open-pored medium which is designed to hold a substance mixture, in particular a sponge medium, an open-pored foam and/or a filter medium for a substance mixture, at least one deformation unit (4, 6), the open-pored medium being geometrically deformable by the deformation unit (4, 6), preferably at least along the cylinder axis of the housing and/or in the radial direction, and at least one inlet and one outlet for a substance mixture, characterized in that exactly one outlet for the substance mixture is introduced into the cylindrical housing.
A surgical instrument, comprising: an end effector, comprising: a first jaw; and a second jaw, wherein at least one of the first jaw and the second jaw is movable relative to the other one of the first jaw and the second jaw between an open configuration and an approximated configuration; a first drive assembly; a first motor coupled to the first drive assembly, the first motor operable to actuate the first drive assembly; a second drive assembly; a second motor coupled to the second drive assembly, the second motor operable to actuate the second drive assembly; a control module operably couplable to the first motor and the second motor; and a closure trigger, wherein the closure trigger is movable during a closure stroke to transition the end effector to the approximated configuration; characterized in that the closure trigger is movable during the closure stroke to transition the control module from operable engagement with the first motor to operable engagement with the second motor. an end effector, comprising: a first jaw; and a second jaw, wherein at least one of the first jaw and the second jaw is movable relative to the other one of the first jaw and the second jaw between an open configuration and an approximated configuration; a first jaw; and a second jaw, wherein at least one of the first jaw and the second jaw is movable relative to the other one of the first jaw and the second jaw between an open configuration and an approximated configuration; a first drive assembly; a first motor coupled to the first drive assembly, the first motor operable to actuate the first drive assembly; a second drive assembly; a second motor coupled to the second drive assembly, the second motor operable to actuate the second drive assembly; a control module operably couplable to the first motor and the second motor; and a closure trigger, wherein the closure trigger is movable during a closure stroke to transition the end effector to the approximated configuration; characterized in that the closure trigger is movable during the closure stroke to transition the control module from operable engagement with the first motor to operable engagement with the second motor.
Method for determining a loading weight of an oscillating system of a domestic appliance for treatment of items of laundry, in which oscillations of the oscillating system are damped by means of at least one shock absorber (10, 11), which is embodied as a friction shock absorber, against a device housing of the domestic appliance, and in which measured values are provided by means of a position sensor embodied to detect a height position of the oscillating system, which measured values specify a displacement in the height direction of the oscillating system in relation to a reference position corresponding to a rest position of the oscillating system, the loading weight is determined by means of a control device on the basis of the measured values, and, during the loading process of the oscillating system, a temporal sequence of the measured values is evaluated by the control device, characterised in that on the basis of the temporal sequence of the measured values, a slipping of a friction lining relative to a cylinder of the shock absorber (10, 11) is detected during loading of the oscillating system, wherein the slipping of the shock absorber occurs when a static friction FH of the shock absorber is overcome and the slipping is detected when, as a result of the temporal sequence of the measured values, a change in the displacement is detected within the time interval of a predetermined length that is greater than a predetermined limit value, and wherein a change value of the displacement caused by the slipping is determined by the control device and is compensated for in the determination of the loading weight.