mhurhangee/ep-ind-claims huggingface dataset:
An abnormal user identification method, comprising: acquiring user behavior data of a user; extracting multiple eigenvalues of the user behavior data under preset multiple behavior dimensions; determining eigenvectors for the user behavior data based on the multiple eigenvalues; obtaining multiple aggregation classes by clustering the eigenvectors through a preset clustering algorithm, and acquiring a central vector of each aggregation class; determining a difference eigenvector, wherein the determining the difference eigenvector comprises calculating distances between eigenvectors included in each of the aggregation classes and the central vector of this aggregation class, and determining an eigenvector characterized by a distance that is not within a preset distance range among the calculated distances, as the difference eigenvector; and determining a user characterized by the difference eigenvector as an abnormal user. acquiring user behavior data of a user; extracting multiple eigenvalues of the user behavior data under preset multiple behavior dimensions; determining eigenvectors for the user behavior data based on the multiple eigenvalues; obtaining multiple aggregation classes by clustering the eigenvectors through a preset clustering algorithm, and acquiring a central vector of each aggregation class; determining a difference eigenvector, wherein the determining the difference eigenvector comprises calculating distances between eigenvectors included in each of the aggregation classes and the central vector of this aggregation class, and determining an eigenvector characterized by a distance that is not within a preset distance range among the calculated distances, as the difference eigenvector; and determining a user characterized by the difference eigenvector as an abnormal user.
A contact determination server device communicable, through a network, with a terminal device including a probe, the probe being configured to be continuously attached to a body surface of a subject while being in contact with the body surface, transmit ultrasonic waves into a body of the subject, and receive reflected waves of ultrasonic waves, the contact determination server device being configured to receive reflected waves transmitted from the terminal device, the contact determination server device comprising a controller configured to determine a contact state of the probe with the body surface and determine whether a urinary bladder is detected or not based on received waves, wherein the controller determines the contact state of the probe with the body surface by comparing at least two received waves acquired through transmission and reception of ultrasonic waves by the probe at different times of the received waves obtained to determine whether the urinary bladder is detected or not. a controller configured to determine a contact state of the probe with the body surface and determine whether a urinary bladder is detected or not based on received waves, wherein the controller determines the contact state of the probe with the body surface by comparing at least two received waves acquired through transmission and reception of ultrasonic waves by the probe at different times of the received waves obtained to determine whether the urinary bladder is detected or not.
A seeding machine with a brush belt, the seeding machine being configured to move seed along a seed path with a brush belt, the brush belt being contained, at least in part, by a brush belt housing and including attached brush ends and free brush ends, characterized in further comprising a brush conditioner comprising: a conditioning member having a mounting portion and a conditioning portion, the mounting portion being attached to the brush belt housing and the conditioning portion being angled with respect to the mounting portion and extending, at least in part, across the brush belt; wherein the conditioning portion contacts a portion of the free brush ends to deflect the free brush ends toward, at least in part, the attached brush ends and to remove debris from the free brush ends.
A rack module comprising a first plate on one side of the module, a second plate on the other side of the module, the planes of the plates (2,3) being parallel to one another, wherein each of the plates (2,3) comprises two fastening holes (4, 5, 6, 7, 21, 22, 23, 24, 29, 30, 31, 32) for a fastening device, for fastening of the rack module to a rack cabinet, the two fastening holes of the first plate (4, 5; 21, 22; 29, 30) being vertically aligned, the two fastening holes of the second plate (6, 7; 23, 24; 31, 32) being vertically aligned, characterised in that the first plate comprises two oblong holes (8, 9, 25, 26, 33, 34) arranged in parallel with each other, and the second plate comprises two oblong holes (10, 11, 27, 28, 35, 36) arranged in parallel with each other, each of the two fastening holes on the first plate (4, 5; 21, 22; 29, 30) being horizontally aligned with one of the oblong holes (10, 11; 27, 28; 35, 36) of the second plate, each of the two fastening holes on the second plate (6, 7; 23, 24; 31, 32) being horizontally aligned with one of the oblong holes (8, 9; 25, 26; 33, 34) on the first plate.
Display mechanism in particular for a watch, and preferably of a watch, said display mechanism comprising at least: - one indicator member: said at least one indicator member being mounted to rotate about a first axis of rotation via a first part, and being configured to move relative to a dial so as to indicate a first piece of information; said at least one indicator member being mounted to rotate about a second axis of rotation intersecting said first axis of rotation and extending longitudinally along said at least one indicator member and comprising at least one rotary element mounted to rotate about said second axis of rotation via a second part so as to indicate at least one second piece of information; - a drive member assembly: said at least one drive assembly comprising at least one first drive member and at least one second drive member: said at least one second drive member being arranged on and/or in said at least one rotary element, and being driven by said at least one first drive member; said at least one first drive member being configured to cooperate with said at least one second drive member in such a way as to drive said at least one rotary element in a rotational movement via said at least one second drive member, when said at least one indicator member is rotatable about said first axis of rotation and/or when said at least one drive member is rotatable about said first axis of rotation. - one indicator member: said at least one indicator member being mounted to rotate about a first axis of rotation via a first part, and being configured to move relative to a dial so as to indicate a first piece of information; said at least one indicator member being mounted to rotate about a second axis of rotation intersecting said first axis of rotation and extending longitudinally along said at least one indicator member and comprising at least one rotary element mounted to rotate about said second axis of rotation via a second part so as to indicate at least one second piece of information; - a drive member assembly: said at least one drive assembly comprising at least one first drive member and at least one second drive member: said at least one second drive member being arranged on and/or in said at least one rotary element, and being driven by said at least one first drive member; said at least one first drive member being configured to cooperate with said at least one second drive member in such a way as to drive said at least one rotary element in a rotational movement via said at least one second drive member, when said at least one indicator member is rotatable about said first axis of rotation and/or when said at least one drive member is rotatable about said first axis of rotation.
A compound of the general formula: and an optical isomer thereof, or a pharmaceutically acceptable salt or a solvate thereof, wherein: R 2 is selected from unsubstituted or substituted aryl, unsubstituted or substituted heterocyclic aryl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted saturated heterocyclic alkyl, unsubstituted or substituted unsaturated heterocyclic alkyl, optionally fused aryl and heterocyclic aryl; L is selected from CH and N; R 4, R 5 are each independently selected from halogen and C 1 -C 3 alkyl; X is selected from the group consisting of O, S, NH and NCH 3; Z is selected from -C(R g)-, R g is selected from the group consisting of H, halogen and C 1 -C 3 alkyl. R 2 is selected from unsubstituted or substituted aryl, unsubstituted or substituted heterocyclic aryl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted saturated heterocyclic alkyl, unsubstituted or substituted unsaturated heterocyclic alkyl, optionally fused aryl and heterocyclic aryl; L is selected from CH and N; R 4, R 5 are each independently selected from halogen and C 1 -C 3 alkyl; X is selected from the group consisting of O, S, NH and NCH 3; Z is selected from -C(R g)-, R g is selected from the group consisting of H, halogen and C 1 -C 3 alkyl.
A polyurethane foam composition based on polyol, organic polyisocyanate, catalyst, foaming agent, polymerization initiator, stabilizer and additives, characterized by that it contains powdered amber or powdered amber resin with particle size within the range of 1 to 3000 μ.
A method for producing a tire vulcanization mold, comprising: producing a master mold having a same surface shape as a tire surface to be produced; subsequently producing a rubber mold to which a surface of the master mold is transferred; subsequently casting a plaster mold to which a surface of the rubber mold is transferred; subsequently casting a mold to which a surface of the plaster mold is transferred; and subsequently installing a vent unit at a predetermined position on a tire molding surface of the mold, wherein a tip end of a positioning member at an attachment position corresponding to the predetermined position on the surface of the master mold is installed protruding; the rubber mold is produced using the master mold so that a positioning hole is formed in the rubber mold by the tip end; the tip end is embedded in the positioning hole with a rear end of the positioning member protruding from the surface of the rubber mold; the plaster mold is produced using the rubber mold so that the rear end is embedded in the plaster mold with the tip end protruding from the surface of the plaster mold; a case that constitutes a vent unit is detachably fixed to the tip end; the vulcanization mold is cast using the plaster mold so that the case is cast and fixed to the vulcanization mold; a valve body that constitutes the vent unit is inserted and attached to the case removed from the positioning member so that the tire molding surface is installed in the vent unit; and the case is detachably fixed to the rear end by engaging the case and the positioning member with each other. producing a master mold having a same surface shape as a tire surface to be produced; subsequently producing a rubber mold to which a surface of the master mold is transferred; subsequently casting a plaster mold to which a surface of the rubber mold is transferred; subsequently casting a mold to which a surface of the plaster mold is transferred; and subsequently installing a vent unit at a predetermined position on a tire molding surface of the mold, wherein a tip end of a positioning member at an attachment position corresponding to the predetermined position on the surface of the master mold is installed protruding; the rubber mold is produced using the master mold so that a positioning hole is formed in the rubber mold by the tip end; the tip end is embedded in the positioning hole with a rear end of the positioning member protruding from the surface of the rubber mold; the plaster mold is produced using the rubber mold so that the rear end is embedded in the plaster mold with the tip end protruding from the surface of the plaster mold; a case that constitutes a vent unit is detachably fixed to the tip end; the vulcanization mold is cast using the plaster mold so that the case is cast and fixed to the vulcanization mold; a valve body that constitutes the vent unit is inserted and attached to the case removed from the positioning member so that the tire molding surface is installed in the vent unit; and the case is detachably fixed to the rear end by engaging the case and the positioning member with each other.
An apparatus comprising a turbine blade of a gas turbine engine, having cooling channels and being attached to a disk for rotation about an axis, said disk having a conduit for feeding a cooling fluid to said cooling channel, said apparatus comprising a first impeller rotating with said disk and in register with said conduit and an outer periphery of said disk, said first impeller directing said cooling fluid to said conduit, wherein said first impeller is on said disk, said first impeller has a radial portion and an extension whereby said radial portion and said extension form a J-shape, and the apparatus further comprises a second impeller adjacent said first impeller, and said second impeller has a radial portion and no extension, characterised in that: said radial portion of the first impeller has a saddle disposed therein; said radial portion of the second impeller has a saddle; and said radial portion of said first impeller and said second impeller each have an upper peak and a lower peak, said saddles are disposed between said upper and lower peaks (140, 145) and said saddles each have a dimension less than both said upper and lower peaks (140, 145) in a direction parallel to said axis. said radial portion of the first impeller has a saddle disposed therein; said radial portion of the second impeller has a saddle; and said radial portion of said first impeller and said second impeller each have an upper peak and a lower peak, said saddles are disposed between said upper and lower peaks (140, 145) and said saddles each have a dimension less than both said upper and lower peaks (140, 145) in a direction parallel to said axis.
A method for determining the amount of an intact insulin-like growth factor-I (IGF-I) protein in a sample, the method comprising: a. subjecting said protein in the sample to ionization under conditions suitable to produce one or more ions detectable by mass spectrometry, wherein said one or more ions is selected from the group consisting of ions with mass to charge ratios within ranges of 850.8 ± 2, 957.1 ± 2, 1093.7 ± 2, and 1275.8 ± 2; and b. determining the amount of one or more of the ions by high resolution / high accuracy time of flight mass spectrometry; thereby determining the amount of the IGF-I protein in the sample using the amount of the determined ion or ions. a. subjecting said protein in the sample to ionization under conditions suitable to produce one or more ions detectable by mass spectrometry, wherein said one or more ions is selected from the group consisting of ions with mass to charge ratios within ranges of 850.8 ± 2, 957.1 ± 2, 1093.7 ± 2, and 1275.8 ± 2; and b. determining the amount of one or more of the ions by high resolution / high accuracy time of flight mass spectrometry;
A system for providing an alternating current or voltage over a plurality of self-passivating electrical contacts, wherein one or more of the electrical contacts cannot tolerate rapid polarity reversal in an ionically conductive environment, the system comprising: an AC source; an AC deconstruction circuit configured to receive an alternating current from the AC source, transform the alternating current from the AC source into a constant-polarity voltage signal, and provide the constant-polarity voltage signal to the electrical contacts such that none of the electrical contacts is subjected to a polarity reversal; and an AC reconstruction circuit configured to receive the constant-polarity voltage signal from the electrical contacts, and to reconstruct the alternating current from the constant-polarity voltage signal, wherein the AC reconstruction circuit includes: switch circuits; and the system is characterized by the AC reconstruction circuit further including a control circuit configured to control the switch circuits to alternately reverse the connections between first and second nodes of a load based on a signal amplitude at a first contact of the electrical contacts, to reconstruct the alternating current signal across the load. an AC source; an AC deconstruction circuit configured to receive an alternating current from the AC source, transform the alternating current from the AC source into a constant-polarity voltage signal, and provide the constant-polarity voltage signal to the electrical contacts such that none of the electrical contacts is subjected to a polarity reversal; and an AC reconstruction circuit configured to receive the constant-polarity voltage signal from the electrical contacts, and to reconstruct the alternating current from the constant-polarity voltage signal, wherein the AC reconstruction circuit includes: switch circuits; and the system is characterized by the AC reconstruction circuit further including a control circuit configured to control the switch circuits to alternately reverse the connections between first and second nodes of a load based on a signal amplitude at a first contact of the electrical contacts, to reconstruct the alternating current signal across the load.
A computer implemented method for improving the process performance of an automated laboratory protocol, at least a part of which protocol requires at least one liquid handling step that is performed by using a liquid handling apparatus under the operative control of a processor, the method comprising: i. defining at least one liquid handling step in the protocol that comprises a liquid handling operation; ii. selecting at least a first and at least a second process factors for the at least one liquid handling step in the protocol, wherein the first and second process factors are different and are selected from the group consisting of: an equipment process factor; a liquid process factor; and a protocol process factor; iii. assigning parameter variations for the first and second process factors selected for investigation; iv. performing a plurality of test runs on the liquid handling apparatus to determine the effects of the parameter variations for the first and second process factors; v. analysing the results of the plurality of test runs to identify the one or more test runs that show optimal process performance; and vi. amending the automated laboratory protocol to improve process performance of the liquid handling apparatus. i. defining at least one liquid handling step in the protocol that comprises a liquid handling operation; ii. selecting at least a first and at least a second process factors for the at least one liquid handling step in the protocol, wherein the first and second process factors are different and are selected from the group consisting of: an equipment process factor; a liquid process factor; and a protocol process factor; iii. assigning parameter variations for the first and second process factors selected for investigation; iv. performing a plurality of test runs on the liquid handling apparatus to determine the effects of the parameter variations for the first and second process factors; v. analysing the results of the plurality of test runs to identify the one or more test runs that show optimal process performance; and vi. amending the automated laboratory protocol to improve process performance of the liquid handling apparatus.
A hearing device to be worn in the ear of a user, said hearing device comprises a housing for accommodating an electronic component, wherein said housing is formed with an indentation, said indentation providing a space at the outer side of the housing, wherein said hearing device further comprises an antenna inserted into the indentation, characterised in that said housing is made of titan as an electromagnetic wave shielding material and has a thickness of 0.2 - 0.4 mm.
A method for handling a cell outage, characterized by comprising: when a cell outage happens to a second cell is determined, instructing, by an integrated reference point manager, IRP manager, a first base station to keep a cell in a normal state over an OAM northbound interface until learning that the cell outage of the second cell is solved, wherein the cell in the normal state belongs to the first base station and is not in a energy saving state, and wherein the second cell is a cell that takes over coverage of the cell in the normal state. when a cell outage happens to a second cell is determined, instructing, by an integrated reference point manager, IRP manager, a first base station to keep a cell in a normal state over an OAM northbound interface until learning that the cell outage of the second cell is solved, wherein the cell in the normal state belongs to the first base station and is not in a energy saving state, and wherein the second cell is a cell that takes over coverage of the cell in the normal state.
An apparatus for monitoring at least one of a tire and a wheel, the apparatus comprising: a sensor system; a wireless communication interface; a processor connected to the sensor system and the wireless communication interface; a power source; and a mounting system for attaching the apparatus to a wheel and configured to allow movement of the sensor system relative to the wheel in use; characterized in that the sensor system comprises at least one of a capacitance sensor, an optical sensor, a radio frequency sensor, an infrared sensor, a range sensor and an ultrasound sensor. a sensor system; a wireless communication interface; a processor connected to the sensor system and the wireless communication interface; a power source; and a mounting system for attaching the apparatus to a wheel and configured to allow movement of the sensor system relative to the wheel in use; characterized in that the sensor system comprises at least one of a capacitance sensor, an optical sensor, a radio frequency sensor, an infrared sensor, a range sensor and an ultrasound sensor.
Refrigeration appliance, in particular a domestic refrigeration appliance, having an inner container with a coolable interior for storing items for refrigeration, having an air channel, which is coupled to the interior via openings (23, 28, 29), having a cold accumulator comprising an accumulator material, said cold accumulator being arranged within the air channel, having a refrigeration circuit with an evaporator, which is arranged in the air channel, and having a fan, which is connected to a control device of the refrigeration appliance and is designed to direct, as required, an air stream through the air channel, via the evaporator and the cold accumulator, and then into the interior, wherein the air channel and the coolable interior are separated from one another by a heat-insulating wall, and wherein the cold accumulator is connected to the evaporator (10, 22) in a thermally conductive manner, characterized in that the evaporator is designed in the form of a fin evaporator, of which the fins project into the cold accumulator.
An electronic control system for controlling a variable-configuration lay ramp of a pipeline laying vessel, to lay a pipeline on the bed of a body of water; the electronic control system being configured to: acquire data related to the configuration of the lay ramp, data related to the laying vessel, and data related to stress induced in the pipeline; generate a plurality of step sequences to change the configuration of the lay ramp from a first to a second work configuration; and select at least one optimal steps sequence as a function of the plurality of steps sequences and the acquired data, so as to minimize the stress induced in the pipeline at each intermediate configuration between the first and second work configuration.