mhurhangee/patent-ind-claim-en huggingface dataset:
A method of obtaining a measurement of the blood pressure of a subject during inflation of a cuff using a non-invasive blood pressure, NIBP, monitor comprising a cuff that is to be placed around a limb of the subject, a pump for inflating the cuff, and a pressure sensor for measuring the pressure in the cuff, and further including use of a pulse rate sensor, wherein the pulse rate sensor is a different sensor to the pressure sensor, the method comprising: obtaining information on the pulse rate of the subject from the pulse rate sensor; adapting a pressure signal filter according to the obtained information on the pulse rate of the subject, wherein the pressure signal filter is a moving average filter with an averaging window width set to correspond to the heart period obtained from the information on the pulse rate of the subject; starting inflation of the cuff; obtaining a pressure signal from the pressure sensor, the pressure signal representing the pressure in the cuff as the cuff is inflated; filtering the pressure signal using the adapted pressure signal filter as the pressure signal is obtained, the filtering comprising the steps of: running the moving average filter over the pressure signal, and subtracting the resulting pressure signal from the original pressure signal to obtain the filtered pressure signal; and processing , as the filtered pressure signal is obtained, the filtered pressure signal to obtain a blood pressure measurement for the subject. obtaining information on the pulse rate of the subject from the pulse rate sensor; adapting a pressure signal filter according to the obtained information on the pulse rate of the subject, wherein the pressure signal filter is a moving average filter with an averaging window width set to correspond to the heart period obtained from the information on the pulse rate of the subject; starting inflation of the cuff; obtaining a pressure signal from the pressure sensor, the pressure signal representing the pressure in the cuff as the cuff is inflated; filtering the pressure signal using the adapted pressure signal filter as the pressure signal is obtained, the filtering comprising the steps of: running the moving average filter over the pressure signal, and subtracting the resulting pressure signal from the original pressure signal to obtain the filtered pressure signal; and running the moving average filter over the pressure signal, and subtracting the resulting pressure signal from the original pressure signal to obtain the filtered pressure signal; and processing , as the filtered pressure signal is obtained, the filtered pressure signal to obtain a blood pressure measurement for the subject.
A pulse wave detecting device which includes: a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery; and a band which is connected to the housing in order to fix the housing to a wrist of a subject, wherein, the pulse wave detecting device is to be used while being attached to the wrist of the subject so that a part of the housing contacts with a styloid process (Ta) of a radius (T) of the wrist (H), characterized in that the housing is configured to be woundable in a circumferential direction of the wrist (H), including a first housing portion and a second housing portion which is lower in rigidity than the first housing portion , the first housing portion and the second housing portion being coupled to each other while being juxtaposed in the circumferential direction, the pulse wave detection sensor is accommodated in the first housing portion , and the part of the housing is configured by at least the second housing portion. a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery; and a band which is connected to the housing in order to fix the housing to a wrist of a subject, wherein, the pulse wave detecting device is to be used while being attached to the wrist of the subject so that a part of the housing contacts with a styloid process (Ta) of a radius (T) of the wrist (H), characterized in that the housing is configured to be woundable in a circumferential direction of the wrist (H), including a first housing portion and a second housing portion which is lower in rigidity than the first housing portion , the first housing portion and the second housing portion being coupled to each other while being juxtaposed in the circumferential direction, the pulse wave detection sensor is accommodated in the first housing portion , and the part of the housing is configured by at least the second housing portion.
A method for call processing comprising: - processing telecommunications data with an Over-The-Top OTT client on a handset ; - determining whether to use a voice over long term evolution VoLTE client or a WiFi client in response to an operational change; and - reconfiguring the OTT client and the handset by a co-existence mechanism to use the VoLTE client or the WiFi client if the determination is made to use the VoLTE client or the WiFi client, respectively; - wherein determining whether to use the VoLTE client or the WiFi client in response to the operational change comprises determining whether to use the VoLTE client or the WiFi client in response to a registration of the OTT client with a cellular carrier network, and - wherein processing the telecommunications data with the OTT client comprises registering the OTT client with a cellular carrier network and determining whether a native voice client has already been registered and if determined the native voice client is registered deregistering the OTT client. - processing telecommunications data with an Over-The-Top OTT client on a handset ; - determining whether to use a voice over long term evolution VoLTE client or a WiFi client in response to an operational change; and - reconfiguring the OTT client and the handset by a co-existence mechanism to use the VoLTE client or the WiFi client if the determination is made to use the VoLTE client or the WiFi client, respectively; - wherein determining whether to use the VoLTE client or the WiFi client in response to the operational change comprises determining whether to use the VoLTE client or the WiFi client in response to a registration of the OTT client with a cellular carrier network, and - wherein processing the telecommunications data with the OTT client comprises registering the OTT client with a cellular carrier network and determining whether a native voice client has already been registered and if determined the native voice client is registered deregistering the OTT client.
A computer-implemented method comprising: determining an action associated with field development planning of an oilfield based on a policy or value function and a state; simulating a reward of the action using information identifying the action and the state as inputs; generating an experience record based on executing the simulation, wherein the experience record identifies the simulated reward associated with the action and a current state or resulting state; storing the experience record in an experience buffer , wherein the experience buffer stores a plurality of previously generated experience records; updating the policy or value function based on the information stored in the experience buffer; selecting an action related to the field development planning based on the updated policy; and displaying information representing the action. determining an action associated with field development planning of an oilfield based on a policy or value function and a state; simulating a reward of the action using information identifying the action and the state as inputs; generating an experience record based on executing the simulation, wherein the experience record identifies the simulated reward associated with the action and a current state or resulting state; storing the experience record in an experience buffer , wherein the experience buffer stores a plurality of previously generated experience records; updating the policy or value function based on the information stored in the experience buffer; selecting an action related to the field development planning based on the updated policy; and displaying information representing the action.
A bottom section for being connected to an assembly for separating a solid component from a fluid, said assembly including an inclined plate settler with at least one sedimentation channel for letting a solid component to be separated settle, said plate settler comprising a lower portion and an upper portion, wherein said at least one sedimentation channel extends from the lower portion to the upper portion, wherein the bottom section is configured to be connected to the lower portion of the inclined plate settler , the bottom section comprising at least one inlet channel for feeding a fluid comprising the solid component to be separated to the plate settler , and at least one collection channel for collecting a settled component descending from the at least one sedimentation channel , wherein said at least one inlet channel and said at least one collection channel are fluidly separated from each other, said inlet channel and said collection channel being connectable to said at least one sedimentation channel , to form fluid connections between said at least one inlet channel and said at least one sedimentation channel and between said at least one collection channel and said at least one sedimentation channel , respectively, characterized in that the bottom section further comprises at least one wash fluid supply channel for supplying a wash fluid to one sedimentation channel or, via a fluid connection, to one collection channel , said at least one wash fluid supply channel being fluidly separated from other wash fluid supply channels and from all inlet channels . the bottom section comprising at least one inlet channel for feeding a fluid comprising the solid component to be separated to the plate settler , and at least one collection channel for collecting a settled component descending from the at least one sedimentation channel , wherein said at least one inlet channel and said at least one collection channel are fluidly separated from each other, said inlet channel and said collection channel being connectable to said at least one sedimentation channel , to form fluid connections between said at least one inlet channel and said at least one sedimentation channel and between said at least one collection channel and said at least one sedimentation channel , respectively, characterized in that the bottom section further comprises at least one wash fluid supply channel for supplying a wash fluid to one sedimentation channel or, via a fluid connection, to one collection channel , said at least one wash fluid supply channel being fluidly separated from other wash fluid supply channels and from all inlet channels .
Human antibody which is directed against an epitope between amino acids 119-248 of human FGFR4 comprising the amino acid sequence RYNY, or a functional fragment or functional derivative of said antibody, wherein the antibody comprises (i) a heavy chain comprising: a heavy chain complementarity determining region 1 (CDRH1) having the sequence as shown in any one of SEQ ID Nos.: 1-6, a heavy chain complementarity determining region 2 (CDRH2) having the sequence as shown in any one of SEQ ID Nos.: 7-12, and a heavy chain complementarity determining region 3 (CDRH3) having the sequence as shown in any one of SEQ ID Nos.: 13-20, and (ii) a light chain comprising: a light chain complementarity determining region 1 (CDRL1) having the sequence as shown in any one of SEQ ID Nos.: 21-23 and 68, a light chain complementarity determining region 2 (CDRL2) having the sequence as shown in any one of SEQ ID Nos.: 24-27, and a light chain complementarity determining region 3 (CDRL3) having the sequence as shown in any one of SEQ ID Nos.: 28-35. (i) a heavy chain comprising: a heavy chain complementarity determining region 1 (CDRH1) having the sequence as shown in any one of SEQ ID Nos.: 1-6, a heavy chain complementarity determining region 2 (CDRH2) having the sequence as shown in any one of SEQ ID Nos.: 7-12, and a heavy chain complementarity determining region 3 (CDRH3) having the sequence as shown in any one of SEQ ID Nos.: 13-20, and a heavy chain complementarity determining region 1 (CDRH1) having the sequence as shown in any one of SEQ ID Nos.: 1-6, a heavy chain complementarity determining region 2 (CDRH2) having the sequence as shown in any one of SEQ ID Nos.: 7-12, and a heavy chain complementarity determining region 3 (CDRH3) having the sequence as shown in any one of SEQ ID Nos.: 13-20, and (ii) a light chain comprising: a light chain complementarity determining region 1 (CDRL1) having the sequence as shown in any one of SEQ ID Nos.: 21-23 and 68, a light chain complementarity determining region 2 (CDRL2) having the sequence as shown in any one of SEQ ID Nos.: 24-27, and a light chain complementarity determining region 3 (CDRL3) having the sequence as shown in any one of SEQ ID Nos.: 28-35. a light chain complementarity determining region 1 (CDRL1) having the sequence as shown in any one of SEQ ID Nos.: 21-23 and 68, a light chain complementarity determining region 2 (CDRL2) having the sequence as shown in any one of SEQ ID Nos.: 24-27, and a light chain complementarity determining region 3 (CDRL3) having the sequence as shown in any one of SEQ ID Nos.: 28-35.
A method of manufacturing fuel pellets or briquettes from wood, wherein: - fragments of this wood are subjected to a first treatment in an enclosure, by injecting steam between 200 and 300 °C and increasing the pressure to 10 to 30 bar, - then to a second treatment of explosive decompression by sudden decrease of the said pressure so as to cause the bursting of the said fragments; - said fragments are recovered and transformed into pellets or briquettes, after a prior drying step, characterized in that said wood fragments are wood fragments comprising at least one exogenous pollutant , in that the nature and the proportion of said at least one pollutant are determined before the implementation of said first treatment and in that the duration of this first treatment is adapted as a function of the nature of the major pollutant. - fragments of this wood are subjected to a first treatment in an enclosure, by injecting steam between 200 and 300 °C and increasing the pressure to 10 to 30 bar, - then to a second treatment of explosive decompression by sudden decrease of the said pressure so as to cause the bursting of the said fragments; - said fragments are recovered and transformed into pellets or briquettes, after a prior drying step,
A method for heating a material , comprising: positioning the material within a receptacle of a susceptor assembly; heating a susceptor of the susceptor assembly with a magnetic flux field emitted by an induction coil ; and characterised by heating the material within the receptacle with a heated gas directed to engage the material . positioning the material within a receptacle of a susceptor assembly; heating a susceptor of the susceptor assembly with a magnetic flux field emitted by an induction coil ; and characterised by heating the material within the receptacle with a heated gas directed to engage the material .
A microbubble reducer for removing bubbles of gas from a flow comprising non-Newtonian fluid, wherein the microbubble reducer comprises an inlet at a low point, a curved duct means comprising a gas outlet at a high point, an outlet at a low point, and a lumen that runs through said inlet , said curved duct means , said gas outlet , and said outlet , wherein the lumen of the inlet has an increasing cross-sectional area in the direction towards the curved duct means , wherein the lumen of the inlet has a length of at least 2 cm, characterized in that the lumen of the inlet is arranged with an angle of between 35° and 55° relative a horizontal plane, and said lumen of the inlet comprises three sequentially arranged segments with different but constant intra-segment cross-sectional areas, wherein the first segment is the segment wherein said fluid enters the microbubble reducer, the second segment is arranged between the first and third segments, and the third segment is arranged between the second segment and the curved duct means , and wherein the cross-sectional area of the first segment is smaller than the cross-sectional area of the second segment , and the second segment has smaller cross-sectional area than the third segment . wherein the lumen of the inlet has an increasing cross-sectional area in the direction towards the curved duct means , wherein the lumen of the inlet has a length of at least 2 cm,
A binding molecule having a penta- or hexameric ring structure comprising five or six bispecific binding units, wherein each of said bispecific binding units has the same two binding specificities and comprises a first chain comprising at least a Cμ2 domain, a Cμ3 domain, and a Cμ4 domain of an IgM heavy chain constant region conjugated to a first binding region to a first binding target, and a second chain comprising at least a Cμ2 domain, a Cμ3 domain, and a Cμ4 domain of an IgM heavy chain constant region and a second binding region to a second binding target, wherein said first and second binding targets are different, and wherein said first and second chains are assembled to create a bispecific binding unit as a result of an asymmetric interface created between their respective IgM heavy chain constant regions; wherein the asymmetric interfaces between the IgM heavy chain constant regions of the two chains of a binding unit are created by a salt bridge formed by pair-wise switches between oppositely charged amino acid residues in at least one of the Cμ2, Cμ3 and/or Cμ4 domains of the two chains of said binding unit, wherein at least one said switch is selected from the group consisting of R328E,D↔E339R,K; R344E,D↔D330R,K; K376E,D↔E385R,K; R427E,D↔E339R,K; T354E,D↔I397R,K; E167R,K↔K177E,D; K169E,D↔E170R,K; D121K,R↔K315D,E; and K185D,E↔D360K,R; and wherein the amino acid numbering is based on the sequence of Cμ1 to Cμ4 of the human μ chain as shown in figure 4 and is sequential from the start of the Cμ1 domain.
A satellite radiowave receiving device , comprising: a receiver receiving radiowaves from a positioning satellite and a processor performing a positioning operation based on the radiowaves received by the receiver to obtain a current position, characterized in that : the processor calculates a first error range related to a positioning accuracy and a second error range related to a deviation of the current position and a predicted position, the positioning accuracy being obtained by combining a received state of radiowaves received from each of a plurality of positioning satellites and a relative position of the plurality of positioning satellites relative to the current positon, the predicted position being calculated in accordance with a travelling state of the satellite radiowave receiving device; the processor calculates an error range of the current position based on the first error range and the second error range; and the processor calculates the first error range by weighting a variance in the relative position of each of the plurality of positioning satellites relative to the current position using a ranging accuracy of the respective positioning satellites in accordance with strength of radiowaves received from the respective positioning satellites.
An energy harvesting system, based on Seebeck effect generated by a ThermoElectric Generator (TEG), using the temperature difference between the ground surface and deeper ground area and further comprising: - a circuit that allows the transport of a thermal conducting liquid, such as water, from the deeper part of the TEG element near the surface and vice versa, using a brushless propeller turbine. - a circuit that allows the transport of a thermal conducting liquid, such as water, from the deeper part of the TEG element near the surface and vice versa, using a brushless propeller turbine.
A metal-carbonaceous brush including: a carbonaceous material made of a plurality of carbonaceous particles; metal mixed with the carbonaceous material; and oil with which the carbonaceous material is impregnated, wherein a ratio of the metal mixed with the carbonaceous material to the carbonaceous material is 10 % by weight or more and 60 % by weight or less, and the oil is a mixed oil of 90 % by weight or more and 99 % by weight or less of a petroleum hydrocarbon oil and 1 % by weight or more and 10 % by weight or less of a silicone oil, or the oil is a mixed oil of 90 % by weight or more and 99.5 % by weight or less of the petroleum hydrocarbon oil and 0.5 % by weight or more and 10 % by weight or less of a dimethyl silicone oil. a carbonaceous material made of a plurality of carbonaceous particles; metal mixed with the carbonaceous material; and oil with which the carbonaceous material is impregnated, wherein a ratio of the metal mixed with the carbonaceous material to the carbonaceous material is 10 % by weight or more and 60 % by weight or less, and the oil is a mixed oil of 90 % by weight or more and 99 % by weight or less of a petroleum hydrocarbon oil and 1 % by weight or more and 10 % by weight or less of a silicone oil, or the oil is a mixed oil of 90 % by weight or more and 99.5 % by weight or less of the petroleum hydrocarbon oil and 0.5 % by weight or more and 10 % by weight or less of a dimethyl silicone oil.
Sound absorbing liner for the engine bay of a vehicle comprising at least one fibrous layer consisting of fibers and a binder thermally moulded to form the liner wherein the fibers comprise thermoplastic side by side bicomponent fibers and wherein the sides differ such that the fiber has a frizzy or curved shape characterised in that the binder is a thermoset binder.
Camera for a motor vehicle including a housing and a circuit board and a retaining element , by which the circuit board is retained in the housing , characterized in that the retaining element has a first retaining flap resilient in the direction perpendicular to a longitudinal axis of the housing and a second retaining flap resilient in the direction perpendicular to the longitudinal axis , which engage with opposing border sides of the first circuit board , wherein the first retaining flap is pressed to a first border side of the first circuit board by an inner side of a first sidewall of the housing in perpendicular direction to the longitudinal axis in the assembled final state of the camera , and the second retaining flap is pressed to a second border side of the first circuit board by an inner side of a second sidewall of the housing in perpendicular direction to the longitudinal axis in the assembled final state of the camera .
Process for the fractionation of seeds of oleaginous plants of the Asteraceae family in oil, solid residue and active substances comprising the steps of: (a) subjecting said seeds to at least one mechanical pressing operation, removing at least a portion of the oil and obtaining a first residue; (b) subjecting said first residue to extraction with a polar organic solvent and separating the remaining solid residue from the resulting liquid phase comprising oil and extracted active substances; (c) separating the active substances and oil from said liquid phase of step b), wherein the extraction of step b) is performed at temperatures above ambient temperature and below or equal to the boiling point of the solvent and wherein the weight ratio between the polar organic solvent and the first residue is of between 1:1 and 4:1. (a) subjecting said seeds to at least one mechanical pressing operation, removing at least a portion of the oil and obtaining a first residue; (b) subjecting said first residue to extraction with a polar organic solvent and separating the remaining solid residue from the resulting liquid phase comprising oil and extracted active substances; (c) separating the active substances and oil from said liquid phase of step b),