mhurhangee/patent-ind-claim-en huggingface dataset:
A fixture suitable for a battery unit , comprising: at least two thermal conductive plates , each thermal conductive plate comprising: an abutting portion extending along a height direction (H); and a contact portion positioned at a side of the abutting portion in the height direction (H) and extending toward a thickness direction (T) of the thermal conductive plate ; and a connecting portion connecting the abutting portion and the contact portion along the height direction (H); and two support blocks respectively fixed on two ends of the at least two thermal conductive plate ; the abutting portion , the connecting portion and the contact portion of each thermal conductive plate and the two support blocks forming a receiving space (S1) having an opening opened away from the abutting portion and suitable for a pouch-shaped secondary battery ; characterized in that the two support blocks are respectively fixed on the two ends of the at least two thermal conductive plate in a length direction (L); an end of each support block in the height direction H is provided with a recessed groove ; an end portion of the contact portion of each thermal conductive plate in the length direction (L) is received in the recessed groove . at least two thermal conductive plates , each thermal conductive plate comprising: an abutting portion extending along a height direction (H); and a contact portion positioned at a side of the abutting portion in the height direction (H) and extending toward a thickness direction (T) of the thermal conductive plate ; and a connecting portion connecting the abutting portion and the contact portion along the height direction (H); and an abutting portion extending along a height direction (H); and a contact portion positioned at a side of the abutting portion in the height direction (H) and extending toward a thickness direction (T) of the thermal conductive plate ; and a connecting portion connecting the abutting portion and the contact portion along the height direction (H); and two support blocks respectively fixed on two ends of the at least two thermal conductive plate ; the abutting portion , the connecting portion and the contact portion of each thermal conductive plate and the two support blocks forming a receiving space (S1) having an opening opened away from the abutting portion and suitable for a pouch-shaped secondary battery ; characterized in that the two support blocks are respectively fixed on the two ends of the at least two thermal conductive plate in a length direction (L); an end of each support block in the height direction H is provided with a recessed groove ; an end portion of the contact portion of each thermal conductive plate in the length direction (L) is received in the recessed groove .
A nitride semiconductor structure comprising a functional layer provided on a stacked body and including a nitride semiconductor wherein, the stacked body includes: a first GaN layer including a first protrusion , the height of the first protrusion being 100 nm or more and 1200 nm or less, a second GaN layer including a second protrusion , the height of the second protrusion being 10 nm or more and 1000 nm or less, a first layer , having a thickness of at least 0.2 atomic layers provided between the first GaN layer and the second GaN layer , the first layer containing at least one of SiN and MgN, and a second layer provided between the second GaN layer and the functional layer , the second layer contains at least one of SiN and MgN, a part of the second layer being in contact with the first layer , a length of bottom of the second protrusion being shorter than a length of bottom of the first protrusion . a first GaN layer including a first protrusion , the height of the first protrusion being 100 nm or more and 1200 nm or less, a second GaN layer including a second protrusion , the height of the second protrusion being 10 nm or more and 1000 nm or less, a first layer , having a thickness of at least 0.2 atomic layers provided between the first GaN layer and the second GaN layer , the first layer containing at least one of SiN and MgN, and a second layer provided between the second GaN layer and the functional layer , the second layer contains at least one of SiN and MgN, a part of the second layer being in contact with the first layer , a length of bottom of the second protrusion being shorter than a length of bottom of the first protrusion .
A method for generating a reflectometry signal for the diagnosis of defects impacting a transmission line or a network of transmission lines , said method being executed by each of the devices of a plurality of diagnosis devices belonging to a distributed system comprising a plurality of diagnosis devices (S 1 ,..., S 6 ) connected to said line or to said network of lines , said method comprising the following steps: • generating an electrical signal comprising a plurality of frequency carriers dispersed at regular intervals over the whole of the useful frequency band subdivided into sub-carriers so that each device of said distributed system uses different sub-carriers from the other devices of said system, • injecting said electrical signal into said line or network of lines. • generating an electrical signal comprising a plurality of frequency carriers dispersed at regular intervals over the whole of the useful frequency band subdivided into sub-carriers so that each device of said distributed system uses different sub-carriers from the other devices of said system, • injecting said electrical signal into said line or network of lines.
A method for creating an FPGA network list, the method being performed by a data processing device having a processor unit, the network list generated from an FPGA source code and at least one shadow register , the FPGA source code defining at least one function and at least one signal , the shadow register being associated with the at least one signal and set up and provided for storing the value of the associated signal during runtime, an option of reading out the stored signal value during runtime being provided and set up, the function defined in the FPGA source code not being modified by the shadow register , the network list being converted into a bit stream and loaded onto an FPGA and implemented by the FPGA, the function described by the FPGA source code being implemented by the FPGA, the shadow register being automatically inserted and associated with the signal , a functional decoupling of the shadow register from the function described in the FPGA source code being provided and set up, the shadow register retaining the signal value stored at the point in time of the decoupling due to the decoupling, while the function described in the FPGA source code is implemented.
A radio communication base station apparatus in a scalable bandwidth communication system with a plurality of mobile station apparatuses having different communication capacities, wherein the radio communication base station apparatus transmits a multicarrier signal comprised of a plurality of subcarriers, and comprising: a setting section that sets one of the plurality of subcarriers as a first subcarrier for transmitting a synchronization channel signal; a generating section that generates the multicarrier signal by mapping the synchronization channel signal on the first subcarrier; and a transmission section that transmits the generated multicarrier signal, wherein the plurality of subcarriers, including the first subcarrier on which the synchronization channel signal is mapped, have a subcarrier interval, and wherein the first subcarrier is set as one of those subcarriers, among the plurality of subcarriers, which are having frequencies of common multiples of the subcarrier interval and frequency intervals at which the plurality of mobile station apparatuses are capable of performing a cell search. a setting section that sets one of the plurality of subcarriers as a first subcarrier for transmitting a synchronization channel signal; a generating section that generates the multicarrier signal by mapping the synchronization channel signal on the first subcarrier; and a transmission section that transmits the generated multicarrier signal, wherein the plurality of subcarriers, including the first subcarrier on which the synchronization channel signal is mapped, have a subcarrier interval, and wherein the first subcarrier is set as one of those subcarriers, among the plurality of subcarriers, which are having frequencies of common multiples of the subcarrier interval and frequency intervals at which the plurality of mobile station apparatuses are capable of performing a cell search.
A draper belt comprising a carcass , a plurality of cleats extending from the carcass , and a plurality of v-guides disposed perpendicular to the plurality of cleats ; characterized in that , the draper belt further comprises at least one sensor for measuring and relaying information regarding key measureable properties about the draper belt; and wherein the at least one sensor is configured to measure a belt speed, a belt temperature, a belt stress or a belt alignment, wherein the at least one sensor is configured to communicate with a belt protection controller, wherein the at least one sensor is an embedded radio frequency identification tag disposed within the carcass , and wherein either a transverse antenna associated with the radio frequency identification tag is disposed within a cleat located proximate the embedded radio frequency identification tag or a longitudinal antenna associated with the radio frequency identification tag is disposed within at least one of the plurality of V-guides . characterized in that , the draper belt further comprises at least one sensor for measuring and relaying information regarding key measureable properties about the draper belt; and wherein the at least one sensor is configured to measure a belt speed, a belt temperature, a belt stress or a belt alignment, wherein the at least one sensor is configured to communicate with a belt protection controller, wherein the at least one sensor is an embedded radio frequency identification tag disposed within the carcass , and wherein either a transverse antenna associated with the radio frequency identification tag is disposed within a cleat located proximate the embedded radio frequency identification tag or a longitudinal antenna associated with the radio frequency identification tag is disposed within at least one of the plurality of V-guides .
A wireless communication device adapted to communicate with a network node of a cellular communication network, wherein the network node is adapted to support a plurality of beams of a signal beam-forming scheme and to communicate with the wireless communication device using at least one beam of the plurality of beams, wherein the wireless communication device comprises an arrangement for determining a set of preferred beams, the arrangement comprising a controller adapted to: receive, from the network node, of a message indicative of a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams and wherein the message comprises a value of the power offset; perform measurements on measurement signals transmitted by the network node; determine the set of preferred beams based on the measurements and the beam power setting; and transmit, to the network node, a report indicative of the set of preferred beams. receive, from the network node, of a message indicative of a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams and wherein the message comprises a value of the power offset; perform measurements on measurement signals transmitted by the network node; determine the set of preferred beams based on the measurements and the beam power setting; and transmit, to the network node, a report indicative of the set of preferred beams.
Method of predicting and/or prognosing active autoimmune hepatitis in a subject, comprising the following steps : (i) detect the co-expression of PD-1 (Programmed cell death 1) and CD38 on the surface of T lymphocytes, in a blood sample of the subject, and determine the frequency of co-expression of PD-1 and CD38; (ii) compare the frequency of co-expression of PD-1 and CD38 determined in (i) with a reference value for the frequency of co-expression of PD-1 and CD38; (iii) search for presence or absence of a deviation of the frequency of co-expression of PD-1 and CD38 determined in (ii) from the reference value ; and (iv) attribute the presence or absence of a deviation to prediction and/or a prognosis of active autoimmune hepatitis in the subject, wherein a frequency of co-expression of PD-1 and CD38 in said sample greater than a reference value indicates that the subject is at risk of relapse of active autoimmune hepatitis. (i) detect the co-expression of PD-1 (Programmed cell death 1) and CD38 on the surface of T lymphocytes, in a blood sample of the subject, and determine the frequency of co-expression of PD-1 and CD38; (ii) compare the frequency of co-expression of PD-1 and CD38 determined in (i) with a reference value for the frequency of co-expression of PD-1 and CD38; (iii) search for presence or absence of a deviation of the frequency of co-expression of PD-1 and CD38 determined in (ii) from the reference value ; and (iv) attribute the presence or absence of a deviation to prediction and/or a prognosis of active autoimmune hepatitis in the subject,
A high-volume, low pressure, inflator , comprising: a housing ; a handle formed by the housing ; a motor housed in the housing ; trigger configured to activate the motor; an air inlet having an inlet axis that is generally parallel or concentric with a longitudinal axis of the motor; an air outlet which is transverse to the air inlet ; and a fan configured to draw air in through the air inlet and blow air out through the air outlet , wherein the air inlet is generally transverse to the handle ; characterized in that the position of the air outlet is rotatable relative to the handle . housing ; a motor housed in the housing ; trigger configured to activate the motor; an air inlet having an inlet axis that is generally parallel or concentric with a longitudinal axis of the motor; an air outlet which is transverse to the air inlet ; and a fan configured to draw air in through the air inlet and blow air out through the air outlet , wherein the air inlet is generally transverse to the handle ; characterized in that the position of the air outlet is rotatable relative to the handle .
A method for determining remaining life of engine oil in an engine, the method comprising: determining , by a reference engine data apparatus , reference engine parameters of a reference engine based on sensor data obtained from at least one sensor integrated to the reference engine ; generating , by the reference engine data apparatus , reference engine profile data based on the reference engine parameters; determining , by the reference engine data apparatus , reference engine oil lubrication data based on mechanical testing of an oil sample from the reference engine ; generating , by a server apparatus , a reference model by associating the reference engine profile data received from the reference engine data apparatus with the reference engine oil lubrication data received from the reference engine data apparatus ; receiving , by an engine apparatus, the reference model from the server apparatus ; measuring , by the engine apparatus , engine parameters of an engine of the engine apparatus ; and determining , by the engine apparatus , remaining life of engine oil in the engine of the engine apparatus using the reference model and the engine parameters. determining , by a reference engine data apparatus , reference engine parameters of a reference engine based on sensor data obtained from at least one sensor integrated to the reference engine ; generating , by the reference engine data apparatus , reference engine profile data based on the reference engine parameters; determining , by the reference engine data apparatus , reference engine oil lubrication data based on mechanical testing of an oil sample from the reference engine ; generating , by a server apparatus , a reference model by associating the reference engine profile data received from the reference engine data apparatus with the reference engine oil lubrication data received from the reference engine data apparatus ; receiving , by an engine apparatus, the reference model from the server apparatus ; measuring , by the engine apparatus , engine parameters of an engine of the engine apparatus ; and determining , by the engine apparatus , remaining life of engine oil in the engine of the engine apparatus using the reference model and the engine parameters.
A hearing assistive system, comprising - a personal communication device having a user interface being adapted for user interaction, a processor controlling the user interface and being adapted to run an application program, a short range radio , and an output transducer , and - a head-worn device having an input transducer adapted for converting sound into an electric signal applied to a processor outputting an amplified and conditioned audio signal via an output transducer ; - wherein the application program is adapted to generate and output a data packet on an audio carrier via the output transducer of the personal communication device; - wherein the head-worn device comprises an audio signaling block for detecting and decoding the data packet received by the input transducer ; - wherein the head-worn device comprises a controller for controlling the operation of a short range radio ; wherein the audio signaling block is adapted - to detect a radio pair command included in the data packet , and - to instruct the controller to enter, from a radio disabled mode , at which the short range radio is disabled, pairing mode for the short range radio when the radio pair command has been detected in said data packet . - a personal communication device having a user interface being adapted for user interaction, a processor controlling the user interface and being adapted to run an application program, a short range radio , and an output transducer , and - a head-worn device having an input transducer adapted for converting sound into an electric signal applied to a processor outputting an amplified and conditioned audio signal via an output transducer ; - wherein the application program is adapted to generate and output a data packet on an audio carrier via the output transducer of the personal communication device; - wherein the head-worn device comprises an audio signaling block for detecting and decoding the data packet received by the input transducer ; - wherein the head-worn device comprises a controller for controlling the operation of a short range radio ; wherein the audio signaling block is adapted - to detect a radio pair command included in the data packet , and - to instruct the controller to enter, from a radio disabled mode , at which the short range radio is disabled, pairing mode for the short range radio when the radio pair command has been detected in said data packet .
A display device comprising: a display panel ; a main frame positioned behind the display panel ; a guide panel coupled to the main frame and supporting the display panel ; a front cover coupled to the main frame and covering a side of the display panel ; and a fixer for fixing the front cover to the main frame , wherein the front cover includes: a side wall (505a1) covering a side of the display panel and a side of the main frame ; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel , and characterized in that the front cover further comprises a hook (505a3) protruding from an inside of the side wall (505a1), and the fixer includes: a body portion fixed to a rear surface of the main frame ; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover , and wherein the fixer hook is inserted into the hook (505a3) of the front cover . a display panel ; a main frame positioned behind the display panel ; a guide panel coupled to the main frame and supporting the display panel ; a front cover coupled to the main frame and covering a side of the display panel ; and a fixer for fixing the front cover to the main frame , wherein the front cover includes: a side wall (505a1) covering a side of the display panel and a side of the main frame ; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel , and a side wall (505a1) covering a side of the display panel and a side of the main frame ; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel , and characterized in that the front cover further comprises a hook (505a3) protruding from an inside of the side wall (505a1), and the fixer includes: a body portion fixed to a rear surface of the main frame ; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover , and wherein the fixer hook is inserted into the hook (505a3) of the front cover . a body portion fixed to a rear surface of the main frame ; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover , and wherein the fixer hook is inserted into the hook (505a3) of the front cover .
Method for identifying a subject, which has peripartum cardiomyopathy or which has a risk for developing peripartum cardiomyopathy, wherein the method comprises: (a) analyzing in a sample obtained from a test subject (a1) the amount and/or activity of plasminogen activator inhibitor-1 (PAI-1); and/or (a2) the genotype of the PAI-1 gene; (b) comparing (b1) said amount and/or activity with reference data corresponding to the amount and/or activity of PAI-1 of at least one reference subject; and/or (b2) said genotype of the PAI-1 gene with reference data corresponding to the genotype of the PAI-1 gene of at least one reference subject; and (c) identifying a subject, which has peripartum cardiomyopathy or which has a risk for developing peripartum cardiomyopathy based on the comparison step (b), with respect to the genotype of the PAI-1 gene the presence of a genetic polymorphism or mutation which is a C to T substitution at position -747 of the PAI-1 promoter in the sample of the test subject indicates the presence of peripartum cardiomyopathy or a risk for developing peripartum cardiomyopathy. (a) analyzing in a sample obtained from a test subject (a1) the amount and/or activity of plasminogen activator inhibitor-1 (PAI-1); and/or (a2) the genotype of the PAI-1 gene; (a1) the amount and/or activity of plasminogen activator inhibitor-1 (PAI-1); and/or (a2) the genotype of the PAI-1 gene; (b) comparing (b1) said amount and/or activity with reference data corresponding to the amount and/or activity of PAI-1 of at least one reference subject; and/or (b2) said genotype of the PAI-1 gene with reference data corresponding to the genotype of the PAI-1 gene of at least one reference subject; and (b1) said amount and/or activity with reference data corresponding to the amount and/or activity of PAI-1 of at least one reference subject; and/or (b2) said genotype of the PAI-1 gene with reference data corresponding to the genotype of the PAI-1 gene of at least one reference subject; and (c) identifying a subject, which has peripartum cardiomyopathy or which has a risk for developing peripartum cardiomyopathy based on the comparison step (b), with respect to the genotype of the PAI-1 gene the presence of a genetic polymorphism or mutation which is a C to T substitution at position -747 of the PAI-1 promoter in the sample of the test subject indicates the presence of peripartum cardiomyopathy or a risk for developing peripartum cardiomyopathy.