mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: at a client device distinct from an application server: storing a first key in a secure store of the client device; receiving a wrapped second key from the application server; retrieving the first key from the secure store; using the first key to unwrap the second key; receiving encrypted media content from the application server; receiving, from a player proxy at the application server, a media control command to control playback of the received encrypted media content; decrypting the encrypted media content using the unwrapped second key; decoding the decrypted media content for playback; during playback of the decrypted media content, transmitting, to the player proxy at the application server, a play position of the decrypted media content, wherein: the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and transmitting, to a display device that is coupled to the client device, the decrypted media content, wherein the decrypted media content is displayed in accordance with the media control command received from the player proxy. storing a first key in a secure store of the client device; receiving a wrapped second key from the application server; retrieving the first key from the secure store; using the first key to unwrap the second key; receiving encrypted media content from the application server; receiving, from a player proxy at the application server, a media control command to control playback of the received encrypted media content; decrypting the encrypted media content using the unwrapped second key; decoding the decrypted media content for playback; during playback of the decrypted media content, transmitting, to the player proxy at the application server, a play position of the decrypted media content, wherein: the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and transmitting, to a display device that is coupled to the client device, the decrypted media content, wherein the decrypted media content is displayed in accordance with the media control command received from the player proxy.
An antibody or an antigen-binding portion thereof that binds specifically to a Programmed Death-1 receptor (PD-1) or Programmed Death-Ligand 1 (PD-L1) and inhibits PD-1 activity for use in a method for treating a subject afflicted with a tumor derived from a human papilloma virus (HPV) positive squamous cell carcinoma head and neck cancer (SCCHN) comprising administering to the subject a therapeutically effective amount of the antibody or the antigen-binding portion thereof, wherein the subject is identified as HPV positive.
A cultivated Brassica oleracea plant resistant to Albugo candida, comprising a resistance locus, such locus being linked to a genetic determinant obtainable from a donor plant having the genetic background of Brassica oleracea L var gemmifera UK 925, seed of which is deposited under Deposit Number NCIMB 41654, wherein said genetic determinant linked to Albugo candida resistance locus is a qualitative Albugo candida resistance locus and wherein said Albugo candida resistance locus is genetically linked to at least one marker locus, which co-segregates with Albugo candida resistance trait and comprises a marker that can be identified in a PCR reaction by amplification of a DNA fragment with a pair of PCR oligonucleotide primers represented by a forward primer of SEQ ID N 1 and a reverse primer of SEQ ID N 2, wherein said primer pair amplifies a DNA fragment comprising at least one SNP within the at least one marker locus which co-segregates with the Albugo candida resistance locus and wherein said at least one SNP is selected within the group comprising: i. a SNP A represented by a T to C nucleotide exchange at position 134 in the PCR amplified product ii. a SNP B represented by a C to T nucleotide exchange at position 108 in the PCR amplified product iii. a SNP C represented by a T to C nucleotide exchange at position 366 in the PCR amplified product. i. a SNP A represented by a T to C nucleotide exchange at position 134 in the PCR amplified product ii. a SNP B represented by a C to T nucleotide exchange at position 108 in the PCR amplified product iii. a SNP C represented by a T to C nucleotide exchange at position 366 in the PCR amplified product.
A touch sensor panel including: a first layer including a first electrode, a gap, and a second electrode proximate to the first electrode in a first direction, the first electrode and the second electrode configured to be driven with a stimulation signal; and a second layer including a third electrode, a fourth electrode, and a first floating conductor between the third and fourth electrodes, the third electrode and the fourth electrode configured to generate a touch signal; characterized in that a first portion of the first floating conductor is formed over a portion of the first electrode in the first direction; and wherein a second portion of the first floating conductor is formed over a portion of the second electrode in the first direction. a first layer including a first electrode, a gap, and a second electrode proximate to the first electrode in a first direction, the first electrode and the second electrode configured to be driven with a stimulation signal; and a second layer including a third electrode, a fourth electrode, and a first floating conductor between the third and fourth electrodes, the third electrode and the fourth electrode configured to generate a touch signal; characterized in that a first portion of the first floating conductor is formed over a portion of the first electrode in the first direction; and wherein a second portion of the first floating conductor is formed over a portion of the second electrode in the first direction.
A method for on-board determination of an estimated value of a road inclination of a road currently driven by a vehicle , the vehicle comprising: - at least a first sensor configured to measure a first vehicle operating parameter for the vehicle , and - an electronic control unit (ECU) arranged in communication with the first sensor , where the method comprises the steps of: - measuring (S1), using the first sensor , the first vehicle operating parameter; - receiving (S2), at the ECU , the first vehicle operating parameter; - determining (S3), at the ECU , an indication of a quality level for the first vehicle operating parameter, and - determining (S4), at the ECU, the estimated value of the current road inclination based on the first vehicle operating parameter and the indication of the quality level for the first vehicle operating parameter, and characterized by the further steps of - comparing, at the ECU , the quality level with a threshold, wherein the determination of the estimated value of the current road inclination is further based on a result of the comparison, and wherein the estimated value of the current road inclination is based on a dead reckoning for the vehicle if the quality level is determined to be below the threshold. - at least a first sensor configured to measure a first vehicle operating parameter for the vehicle , and - an electronic control unit (ECU) arranged in communication with the first sensor , - measuring (S1), using the first sensor , the first vehicle operating parameter; - receiving (S2), at the ECU , the first vehicle operating parameter; - determining (S3), at the ECU , an indication of a quality level for the first vehicle operating parameter, and - determining (S4), at the ECU, the estimated value of the current road inclination based on the first vehicle operating parameter and the indication of the quality level for the first vehicle operating parameter, and characterized by the further steps of - comparing, at the ECU , the quality level with a threshold,
An electrochemical cell device for use in a solid oxide fuel cell (SOFC) and/or a solid oxide electrolyser cell mode (SOEC), comprising: - a ceramic based monolithic jointless body with a double-helix structure obtainable by 3D ceramic printing, wherein said double-helix structure comprises: - a first hollow helix configured to act as anode and defining a first fluid circulation channel including an inlet and an outlet ; - a second hollow helix configured to act as cathode and defining a second fluid circulation channel including an inlet and an outlet ; - both first and second hollow helices having a common axis and differing between them by a translation along the axis so that the first fluid circulation channel is arranged adjacent to the second fluid circulation channel ; and - a solid ceramic electrolyte arranged between the first and second fluid circulation channels ; - the first fluid circulation channel and the second fluid circulation channel defining a helical circuit for either fuel or oxygen circulation depending on the electrochemical cell mode usage of the device. - a ceramic based monolithic jointless body with a double-helix structure obtainable by 3D ceramic printing, wherein said double-helix structure comprises: - a first hollow helix configured to act as anode and defining a first fluid circulation channel including an inlet and an outlet ; - a second hollow helix configured to act as cathode and defining a second fluid circulation channel including an inlet and an outlet ; - both first and second hollow helices having a common axis and differing between them by a translation along the axis so that the first fluid circulation channel is arranged adjacent to the second fluid circulation channel ; and - a solid ceramic electrolyte arranged between the first and second fluid circulation channels ; - the first fluid circulation channel and the second fluid circulation channel defining a helical circuit for either fuel or oxygen circulation depending on the electrochemical cell mode usage of the device. - a first hollow helix configured to act as anode and defining a first fluid circulation channel including an inlet and an outlet ; - a second hollow helix configured to act as cathode and defining a second fluid circulation channel including an inlet and an outlet ; - both first and second hollow helices having a common axis and differing between them by a translation along the axis so that the first fluid circulation channel is arranged adjacent to the second fluid circulation channel ; and - a solid ceramic electrolyte arranged between the first and second fluid circulation channels ; - the first fluid circulation channel and the second fluid circulation channel defining a helical circuit for either fuel or oxygen circulation depending on the electrochemical cell mode usage of the device.
A connecting device for securing two beams (28; 30) to each other end to end, wherein the connecting device comprises a pin , a shaft , and at least one splice element provided with a first through hole for receiving the shaft , and a second through hole spaced apart from the first through hole for receiving the pin , wherein there is a gap between the pin and the splice element when the pin is inserted in the second through hole , the shaft is rotatable with respect to splice element about a rotational axis (A) when the shaft is inserted in the first through hole , characterized in that the connecting device comprises an eccentric ring arranged in the first through hole so that the eccentric ring is rotatable with respect to the first through hole , the eccentric ring has an opening for receiving the shaft , the opening in the eccentric ring is designed so that the eccentric ring is rotated upon rotation of the shaft when the shaft is inserted into the opening, and the centre (C1) of the eccentric ring is offset (O) from the rotational axis (A) of the shaft so that the splice element is moved with respect to the pin upon rotation of the shaft and by that closes the gap on one side of the pin.
A centrifuge comprising: a. a rotor including a rotor surface, the rotor configured to hold a sample; b. a centrifuge chamber configured to enclose the rotor; and c. a cooling assembly disposed inside the centrifuge chamber , the cooling assembly including a cooling surface and a thermal element , the cooling surface arranged spaced-apart and facing the rotor surface to absorb heat from the rotor surface, the thermal element coupled to the cooling surface to adjust the temperature of the cooling surface, characterized in that a heat pipe is coupled to the thermal element , the heat pipe arranged to transfer heat from the thermal element to outside the centrifuge chamber . a. a rotor including a rotor surface, the rotor configured to hold a sample; b. a centrifuge chamber configured to enclose the rotor; and c. a cooling assembly disposed inside the centrifuge chamber , the cooling assembly including a cooling surface and a thermal element , the cooling surface arranged spaced-apart and facing the rotor surface to absorb heat from the rotor surface, the thermal element coupled to the cooling surface to adjust the temperature of the cooling surface, characterized in that a heat pipe is coupled to the thermal element , the heat pipe arranged to transfer heat from the thermal element to outside the centrifuge chamber .
A distributed propulsion system with thermal management for an aircraft, the system comprising: two or more motors, (211a-d, 311a-d); two or more rotors (212a-d, 312a-d) being each associated with one of the two or more motors (211a-d, 311a-d), each motor (211a-d, 311a-d) being individually controlled, and each motor (211a-d, 31 1a-d) comprising a temperature sensor ; a pilot input control connected to the associated motors (211a-d, 311a-d) to demand the associated motors (211a-d, 311a-d) to produce a demanded thrust, a control system comprising a control logic with thermal management connected to the pilot input control , to the temperature sensors and to the motors (211a-d, 311a-d), wherein the control logic is configured to control independently a motor power output of each motor of the associated motors (211a-d, 311a-d) to produce the demanded thrust and to control a motor temperature of one or more of the associated motors (21 1a-d, 31 1a-d); a liquid cooling system including regulators , conduits and a coolant reservoir , the regulators in communication with conduits between a coolant reservoir and each of the motors (21 1a-d); and the control system being further connected to the regulators and wherein the control logic is configured to manipulate one or more of the regulators to increase a cooling capacity circulated through one or more of the motors (21 1a-d) in response to a temperature read by one or more of the temperature sensors of the one or more of the motors (211a-d) being above a threshold temperature. two or more motors, (211a-d, 311a-d); two or more rotors (212a-d, 312a-d) being each associated with one of the two or more motors (211a-d, 311a-d), each motor (211a-d, 311a-d) being individually controlled, and each motor (211a-d, 31 1a-d) comprising a temperature sensor ; a pilot input control connected to the associated motors (211a-d, 311a-d) to demand the associated motors (211a-d, 311a-d) to produce a demanded thrust, a control system comprising a control logic with thermal management connected to the pilot input control , to the temperature sensors and to the motors (211a-d, 311a-d), wherein the control logic is configured to control independently a motor power output of each motor of the associated motors (211a-d, 311a-d) to produce the demanded thrust and to control a motor temperature of one or more of the associated motors (21 1a-d, 31 1a-d); a liquid cooling system including regulators , conduits and a coolant reservoir , the regulators in communication with conduits between a coolant reservoir and each of the motors (21 1a-d); and the control system being further connected to the regulators and wherein the control logic is configured to manipulate one or more of the regulators to increase a cooling capacity circulated through one or more of the motors (21 1a-d) in response to a temperature read by one or more of the temperature sensors of the one or more of the motors (211a-d) being above a threshold temperature.
Control unit for an electronically controlled pump unit , the control unit being designed to control the pump unit to infuse insulin into a diabetic's body in a substantially continuous way according to a preset infusion schedule as a function of time, - the control unit including an intervention unit , the intervention unit being designed to to continuously evaluate a glucose indicative input for detecting an actual or expected hypoglycaemia and to execute, in response to an actual or expected hypoglycaemia, a temporary hypoglycaemia intervention, the hypoglycaemia intervention including, for an intervention time interval, overriding the preset infusion schedule by temporarily suspending insulin infusion or temporarily reducing insulin infusion below the preset infusion schedule, - wherein the intervention unit is designed to adopt its way of operation with respect to executing the hypoglycaemia intervention in accordance with a control signal, the control signal being separate from the blood-glucose indicative input, and - wherein the control unit is designed to automatically generate the control signal as a function of time and/or based on sensor input; and - wherein the control signal is configured to vary a lower intervention threshold. - the control unit including an intervention unit , the intervention unit being designed to to continuously evaluate a glucose indicative input for detecting an actual or expected hypoglycaemia and to execute, in response to an actual or expected hypoglycaemia, a temporary hypoglycaemia intervention, the hypoglycaemia intervention including, for an intervention time interval, overriding the preset infusion schedule by temporarily suspending insulin infusion or temporarily reducing insulin infusion below the preset infusion schedule, - wherein the intervention unit is designed to adopt its way of operation with respect to executing the hypoglycaemia intervention in accordance with a control signal, the control signal being separate from the blood-glucose indicative input, and - wherein the control unit is designed to automatically generate the control signal as a function of time and/or based on sensor input; and - wherein the control signal is configured to vary a lower intervention threshold.
A method of encoding a point cloud to generate a bitstream of compressed point cloud data representing a three-dimensional location of an object, the point cloud being located within a volumetric space recursively split into sub-volumes and containing points of the point cloud, wherein a volume is partitioned into a first set of child sub-volumes and a second set of child sub-volumes, the first set of child sub-volumes being positioned in a first plane and the second set of child sub-volumes being positioned in a second plane parallel to the first plane, and wherein an occupancy bit associated with each respective child sub-volume indicates whether that respective child sub-volume contains at least one of the points, the method characterized by determining whether the volume is planar based on whether all child sub-volumes containing at least one point are positioned in either the first set or the second set; encoding in the bitstream a planar mode flag to signal whether the volume is planar; encoding, in the bitstream, occupancy bits for the child sub-volumes of the first set including, for at least one occupancy bit, inferring its value and not encoding it in the bitstream based on whether the volume is planar; and outputting the bitstream of compressed point cloud data, wherein determining whether the volume is planar includes determining that the volume is planar by determining that at least one of the child sub-volumes in the first set contains at least one of the points and that none of the child sub-volumes in the second set contain any of the points, and wherein the method further comprises, based on the volume being planar, encoding a planar position flag to signal that said at least one of the child sub-volumes is in the first plane. determining whether the volume is planar based on whether all child sub-volumes containing at least one point are positioned in either the first set or the second set; encoding in the bitstream a planar mode flag to signal whether the volume is planar; encoding, in the bitstream, occupancy bits for the child sub-volumes of the first set including, for at least one occupancy bit, inferring its value and not encoding it in the bitstream based on whether the volume is planar; and outputting the bitstream of compressed point cloud data,
A toner comprising a toner particle comprising a toner base particle containing a binder resin, a colorant and a releasing agent; and a resin particle adhering to the surface of the toner base particle, wherein the resin particle contains a resin A, and the resin A has an acid dissociation constant pKa of 7.0 or more and 9.0 or less, as determined according to the description, and has a group a represented by Formula : [Formula 1] where R 1 represents a hydroxy group, a carboxy group, an alkyl group having 1 or more and 18 or less carbon atoms, or an alkoxy group having 1 or more and 18 or less carbon atoms; R 2 represents a hydrogen atom, a hydroxy group, an alkyl group having 1 or more and 18 or less carbon atoms, or an alkoxy group having 1 or more and 18 or less carbon atoms; g represents an integer of 1 or more and 3 or less; h represents an integer of 0 or more and 3 or less; and when h is 2 or 3, a number h of R 1 may be the same or different, and a content of the group a per gram of the resin A is 50 μmol or more and 1000 μmol or less.
A baking device for producing at least one, in particular endless, baked strip , comprising: - a ring , which revolves in or on a machine frame and comprises an endless baking surface on at least one surface, - a heating arrangement having at least one inductor for inductively heating the ring and a support frame , - a baking mass application device for continuously applying a preferably liquid baking mass to the baking surface , - a strip removal device for continuously removing the baked strip , which is baked on the heated baking surface , - and a holding device for coupling the heating arrangement to the machine frame and for holding the heating arrangement in a heating area, characterized in that the heating arrangement is supported on the ring via at least one roller rotatably mounted on the support frame . - a ring , which revolves in or on a machine frame and comprises an endless baking surface on at least one surface, - a heating arrangement having at least one inductor for inductively heating the ring and a support frame , - a baking mass application device for continuously applying a preferably liquid baking mass to the baking surface , - a strip removal device for continuously removing the baked strip , which is baked on the heated baking surface , - and a holding device for coupling the heating arrangement to the machine frame and for holding the heating arrangement in a heating area, characterized in that the heating arrangement is supported on the ring via at least one roller rotatably mounted on the support frame .