mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a gas turbine engine component comprising: providing a body extending from a leading edge to a trailing edge and from a radially inner end to a radially outer end to define a radial span; forming a first internal channel within the body to provide an upstream supply pressure (P 1 ); forming a second internal channel within the body to receive the upstream supply pressure (P 1 ) and provide a downstream supply pressure (P 2 ); forming at least one axial rib that separates the first internal channel adjacent to the trailing edge into a plurality of individual cavities ; forming at least one pressure regulating feature at an entrance to at least one individual cavity to control the downstream supply pressure (P 2 ) to the trailing edge ; forming a plurality of exits in the trailing edge to communicate with an exit pressure (P 3 ); forming a radial wall that forms a fore wall of at least one of the individual cavities , wherein each cavity with a radial wall includes a plurality of pressure regulating features in the radial wall , the method being characterised in that the at least one axial rib and the at least one pressure regulating feature cooperate with each other such that the downstream supply pressure (P2) mimics the exit pressure (P3) along the radial span of the body . providing a body extending from a leading edge to a trailing edge and from a radially inner end to a radially outer end to define a radial span; forming a first internal channel within the body to provide an upstream supply pressure (P 1 ); forming a second internal channel within the body to receive the upstream supply pressure (P 1 ) and provide a downstream supply pressure (P 2 ); forming at least one axial rib that separates the first internal channel adjacent to the trailing edge into a plurality of individual cavities ; forming at least one pressure regulating feature at an entrance to at least one individual cavity to control the downstream supply pressure (P 2 ) to the trailing edge ; forming a plurality of exits in the trailing edge to communicate with an exit pressure (P 3 ); forming a radial wall that forms a fore wall of at least one of the individual cavities , wherein each cavity with a radial wall includes a plurality of pressure regulating features in the radial wall , the method being characterised in that the at least one axial rib and the at least one pressure regulating feature cooperate with each other such that the downstream supply pressure (P2) mimics the exit pressure (P3) along the radial span of the body .
An aqueous ink for ink jet comprising resin particles, wherein the resin particles have a first layer and a second layer in this order from the inside toward the outside of the resin particles, wherein the first layer is formed of a first resin in which a proportion of a unit derived from a cycloaliphatic-group-containing ethylenically unsaturated monomer is 10% by mass or less, and wherein (i) a tetrahydrofuran-insoluble fraction of the second layer is 15% by mass or more, (ii) the second layer is formed of a second resin having a unit derived from a cycloaliphatic-group-containing ethylenically unsaturated monomer, and a unit derived from an ionic-group-containing ethylenically unsaturated monomer, and (iii) a proportion of the unit derived from the ionic-group-containing ethylenically unsaturated monomer in the second resin is 3% by mass or more to 70% by mass or less. wherein the resin particles have a first layer and a second layer in this order from the inside toward the outside of the resin particles, wherein the first layer is formed of a first resin in which a proportion of a unit derived from a cycloaliphatic-group-containing ethylenically unsaturated monomer is 10% by mass or less, and wherein (i) a tetrahydrofuran-insoluble fraction of the second layer is 15% by mass or more, (ii) the second layer is formed of a second resin having a unit derived from a cycloaliphatic-group-containing ethylenically unsaturated monomer, and a unit derived from an ionic-group-containing ethylenically unsaturated monomer, and (iii) a proportion of the unit derived from the ionic-group-containing ethylenically unsaturated monomer in the second resin is 3% by mass or more to 70% by mass or less.
A pharmaceutical composition comprising a samdori2 (sam2) protein consisting of amino acid sequence of SEQ ID NO: 5 as active ingredients for use in preventing or treating a mental disease.
A device for supplying air to a suction side of a pump of a wiper system , said device comprising a suctioning channel for suctioning air, said suctioning channel being able to be connected to the suction side of the pump , characterized in that the device is realized as a component separate from the pump and comprises a connection area for connecting the device with a supply container for washer fluid and having an additional connection area for a suction nozzle of the pump , and that a check valve is disposed in the suctioning channel , said check valve being realized for opening and closing as a function of a negative pressure (P 1 ) on a suction nozzle of the pump , whereby when the said check valve is opened air can enter the area of the suction nozzle of the pump , and when the check valve is closed no air is sucked.
A wireless communication circuitry, comprising: a processor ; a communication path , configured to wirelessly communicate with an electronic device by using a first channel; and a channel detection path , configured to detect at least one channel different from the first channel to generate a detection result while the communication path is wirelessly communicating with the electronic device by using the first channel; wherein the processor is configured to determine a second channel based on the detection result, and the processor is configured to control the communication path to switch to the second channel from the first channel to communicate with the electronic device; wherein the first channel is a dynamic frequency selection, in the following also referred to as DFS, channel and the second channel is another DFS channel; and when the processor determines to use the second channel to communicate with the electronic device, the channel detection path is configured to start to detect/monitor the second channel for a channel available check, in the following also referred as CAC, requirement while the communication path uses the first channel to wirelessly communicate with the electronic device; and once a Radar signal corresponding to the first channel is detected, but the second channel has not passed the CAC requirement, the processor is configured to control the communication path to switch to a non-DFS channel from the first channel to communicate with the electronic device while the channel detection path detects/monitors the second channel for the CAC requirement; and the processor is configured to control the communication path to switch to the second channel from the non-DFS channel to communicate with the electronic device when the second channel passes the CAC requirement. a processor ; a communication path , configured to wirelessly communicate with an electronic device by using a first channel; and a channel detection path , configured to detect at least one channel different from the first channel to generate a detection result while the communication path is wirelessly communicating with the electronic device by using the first channel; wherein the processor is configured to determine a second channel based on the detection result, and the processor is configured to control the communication path to switch to the second channel from the first channel to communicate with the electronic device;
A method for regulating a sleep pattern of a subject wearing a wearable audio device, comprising: measuring, by at least one biosensor , at least one biosignal parameter of the subject ; comparing, by a processing unit of the wearable audio device, the at least one biosignal parameter with sleep data to determine a sleep condition of the subject ; detecting, by at least one microphone of the wearable audio device or an external unit, ambient noise in a vicinity of the subject , wherein the external unit is configured to determine the ambient noise and transmit an indication of the ambient noise to the wearable audio device; adjusting, by the processing unit of the wearable audio device, based on the determined sleep condition, at least one sound in an attempt to regulate the sleep pattern of the subject ; and outputting the adjusted at least one sound , characterized in that the method further comprises: prior to the step of adjusting, determining, by the processing unit of the wearable audio device, based on the determined sleep condition and the detected ambient noise, at least one active noise reduction, ANR, parameter and corresponding values for attempting to regulate the sleep pattern, wherein adjusting the at least one sound comprises adjusting the sound based on the at least one ANR parameter. measuring, by at least one biosensor , at least one biosignal parameter of the subject ; comparing, by a processing unit of the wearable audio device, the at least one biosignal parameter with sleep data to determine a sleep condition of the subject ; detecting, by at least one microphone of the wearable audio device or an external unit, ambient noise in a vicinity of the subject , wherein the external unit is configured to determine the ambient noise and transmit an indication of the ambient noise to the wearable audio device; adjusting, by the processing unit of the wearable audio device, based on the determined sleep condition, at least one sound in an attempt to regulate the sleep pattern of the subject ; and outputting the adjusted at least one sound , characterized in that the method further comprises: prior to the step of adjusting, determining, by the processing unit of the wearable audio device, based on the determined sleep condition and the detected ambient noise, at least one active noise reduction, ANR, parameter and corresponding values for attempting to regulate the sleep pattern, wherein adjusting the at least one sound comprises adjusting the sound based on the at least one ANR parameter. prior to the step of adjusting, determining, by the processing unit of the wearable audio device, based on the determined sleep condition and the detected ambient noise, at least one active noise reduction, ANR, parameter and corresponding values for attempting to regulate the sleep pattern, wherein adjusting the at least one sound comprises adjusting the sound based on the at least one ANR parameter.
An automatic dishwashing composition, comprising: a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; wherein the dispersant polymer has a lactone end group and wherein the dispersant polymer has a weight average molecular weight of 1,500 to 6,000. a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid;
Articulation rigidity assessment device for assessing the rigidity of an articulation when a bending motion is imposed to a limb of said articulation around a predetermined rotation axis of the articulation, said device comprising: a one-axis angular velocity sensor for attaching to said limb such that the axis of measurement is parallel to the axis of rotation of the imposed bending motion; a data processor configured to process the signal of the angular velocity sensor and to distinguish between non-rigid and rigid states of the articulation using the processed angular velocity signal characterised in that the data processor is configured to calculate a non-rigidity index by the square root of the multiplication of the average of the angular velocity signal by the average peak value of the angular velocity signal. a one-axis angular velocity sensor for attaching to said limb such that the axis of measurement is parallel to the axis of rotation of the imposed bending motion; a data processor configured to process the signal of the angular velocity sensor and to distinguish between non-rigid and rigid states of the articulation using the processed angular velocity signal characterised in that the data processor is configured to calculate a non-rigidity index by the square root of the multiplication of the average of the angular velocity signal by the average peak value of the angular velocity signal.
A method for diagnosis and monitoring of cancer in an individual tumor from a patient, the method comprising: obtaining a cell-free nucleic acid sample from the patient; using a selector set to enrich by hybrid selection for ctDNA that corresponds to the regions of the genome that are most likely to contain tumor-specific somatic mutations; amplifying and sequencing the selected ctDNA to determine which of the selected genomic regions are mutated in the individual tumor; optionally comparing the sequence of the selected ctDNA with the individual's germline DNA sequence to distinguish somatic mutations present in the individual tumor; detecting the tumor-specific mutation in the cell-free nucleic acid sample; and reporting results of detecting the presence of a tumor to the patient. obtaining a cell-free nucleic acid sample from the patient; using a selector set to enrich by hybrid selection for ctDNA that corresponds to the regions of the genome that are most likely to contain tumor-specific somatic mutations; amplifying and sequencing the selected ctDNA to determine which of the selected genomic regions are mutated in the individual tumor; optionally comparing the sequence of the selected ctDNA with the individual's germline DNA sequence to distinguish somatic mutations present in the individual tumor; detecting the tumor-specific mutation in the cell-free nucleic acid sample; and reporting results of detecting the presence of a tumor to the patient.
Process for controlling continuous tempering of a fat-containing, crystallizable mass, such as chocolate mass, nougat mass or creme mass being pumped continuously through a pre-cooling stage in which it is cooled to a mass pre-cooling temperature above the crystal-creation temperature of the particular mass, where after the mass is pumped through a crystallization cooling stage in which the mass is cooled so that crystals are created in the mass thereby having a mass outlet temperature, entering a set-point value for the mass outlet temperature at the touch-screen of a HMI-unit , adjusting the crystallization amount to be achieved, wherein the crystallization amount to be achieved is adjusted as a crystal control value on a scale on the touch-screen of the HMI-unit , the HMI-unit calculates and transmits a set-point value for the water temperature of the crystallization cooling stage , characterized in that afterwards the HMI-unit continuedly repeats: receiving from a mass outlet temperature PID-sensor an outlet temperature value reflecting the actual mass outlet temperature, calculating deviation of the actual outlet temperature value from the set-point value for the mass outlet temperature, and calculating and transmitting a set-point value for the water temperature of the pre-cooling stage . entering a set-point value for the mass outlet temperature at the touch-screen of a HMI-unit , adjusting the crystallization amount to be achieved, wherein the crystallization amount to be achieved is adjusted as a crystal control value on a scale on the touch-screen of the HMI-unit , the HMI-unit calculates and transmits a set-point value for the water temperature of the crystallization cooling stage , characterized in that afterwards the HMI-unit continuedly repeats: receiving from a mass outlet temperature PID-sensor an outlet temperature value reflecting the actual mass outlet temperature, calculating deviation of the actual outlet temperature value from the set-point value for the mass outlet temperature, and calculating and transmitting a set-point value for the water temperature of the pre-cooling stage . receiving from a mass outlet temperature PID-sensor an outlet temperature value reflecting the actual mass outlet temperature, calculating deviation of the actual outlet temperature value from the set-point value for the mass outlet temperature, and calculating and transmitting a set-point value for the water temperature of the pre-cooling stage .
An electromagnetic clutch to be attached to a compressor , said electromagnetic clutch comprising: a rotor to be rotatably supported by a housing of the compressor ; a pulley that receives a rotational force from a rotational force source via a belt and that is relatively unrotatably coupled to the rotor to rotate integrally with the rotor ; a hub that is to be relatively unrotatably coupled to a drive shaft of the compressor and that rotates together with the drive shaft ; an armature plate that is to be coupled to the hub so that it should face a side end surface of the rotor with a gap therebetween; and an excitation coil that is to be supported by the housing of the compressor , that is accommodated in an inside of the rotor , and that generates an electromagnetic attraction force between the armature plate and the rotor , wherein the rotor is distinct from the pulley , the pulley is attached to the rotor on a front side of the electromagnetic clutch, characterised in that the pulley includes a small-diameter pulley portion protruding axially toward the front side of the electromagnetic clutch with respect to the armature plate , and the small-diameter pulley portion is provided with a cover at an opening of the small-diameter pulley portion on the front side of the electromagnetic clutch. a rotor to be rotatably supported by a housing of the compressor ; a pulley that receives a rotational force from a rotational force source via a belt and that is relatively unrotatably coupled to the rotor to rotate integrally with the rotor ; a hub that is to be relatively unrotatably coupled to a drive shaft of the compressor and that rotates together with the drive shaft ; an armature plate that is to be coupled to the hub so that it should face a side end surface of the rotor with a gap therebetween; and an excitation coil that is to be supported by the housing of the compressor , that is accommodated in an inside of the rotor , and that generates an electromagnetic attraction force between the armature plate and the rotor , wherein the rotor is distinct from the pulley , the pulley is attached to the rotor on a front side of the electromagnetic clutch, characterised in that the pulley includes a small-diameter pulley portion protruding axially toward the front side of the electromagnetic clutch with respect to the armature plate , and the small-diameter pulley portion is provided with a cover at an opening of the small-diameter pulley portion on the front side of the electromagnetic clutch.
An information processing device comprising: a judgment unit configured to judge whether or not at least part of a coverage area of a first cell overlaps with a coverage area of a second cell; an information acquisition unit configured to acquire second cell identification information previously assigned to identify the second cell, from a storage unit which stores the second cell identification information, from another device, or on the basis of information input; and a determination unit configured to determine whether first cell identification information for identifying the first cell is identical to the second cell identification information, based on a judgment result of the judgment unit . a judgment unit configured to judge whether or not at least part of a coverage area of a first cell overlaps with a coverage area of a second cell; an information acquisition unit configured to acquire second cell identification information previously assigned to identify the second cell, from a storage unit which stores the second cell identification information, from another device, or on the basis of information input; and a determination unit configured to determine whether first cell identification information for identifying the first cell is identical to the second cell identification information, based on a judgment result of the judgment unit .
A docking station for a patient monitoring device comprising a housing that is arranged to selectively support a patient monitoring device thereon; a first port positioned on the housing for receiving the patient monitoring device therein; and characterized by : a sensor that is arranged to sense one of a presence and absence of the patient monitoring device ; an electronic locking mechanism that is arranged to mechanically lock the patient monitoring device to the first port ; and a connector positioned within the first port that is arranged to mate with a corresponding patient monitoring device connector when the locking mechanism locks the patient monitoring device within the first port ; wherein the electronic locking mechanism comprises an electronically-controlled actuator and is moveable between a first locking stage and a second locking stage by the actuator ; wherein, in the first locking stage, the locking mechanism secures the docking station and patient monitoring device in a mechanically locked state, and wherein in the second locking stage, in response to sensing the presence of the patient monitoring device within the first port , the locking mechanism is moved by the actuator to: maintain the mechanically locked state, establish a bidirectional transfer of data between the patient monitoring device and the docking station via the connector, and transfer power from the docking station to the patient monitoring device via the connector . a sensor that is arranged to sense one of a presence and absence of the patient monitoring device ; an electronic locking mechanism that is arranged to mechanically lock the patient monitoring device to the first port ; and a connector positioned within the first port that is arranged to mate with a corresponding patient monitoring device connector when the locking mechanism locks the patient monitoring device within the first port ; wherein the electronic locking mechanism comprises an electronically-controlled actuator and is moveable between a first locking stage and a second locking stage by the actuator ; wherein, in the first locking stage, the locking mechanism secures the docking station and patient monitoring device in a mechanically locked state, and wherein in the second locking stage, in response to sensing the presence of the patient monitoring device within the first port , the locking mechanism is moved by the actuator to: maintain the mechanically locked state, establish a bidirectional transfer of data between the patient monitoring device and the docking station via the connector, and transfer power from the docking station to the patient monitoring device via the connector . maintain the mechanically locked state, establish a bidirectional transfer of data between the patient monitoring device and the docking station via the connector, and transfer power from the docking station to the patient monitoring device via the connector .