mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a location server device , for securely validating localization of a wireless communication device , the method comprising: - obtaining (S102) first sensor data sensed by the wireless communication device and included in a first signal received from a reference electronic device other than the wireless communication device ; - obtaining (S104), based on reference data generated by the reference electronic device and included in the first signal received from the reference electronic device , primary location information of the wireless communication device, wherein the reference data is generated based on a signal received from the wireless communication device , the signal comprising the sensor data and an identifier identifying the wireless communication device and an indicator of a signal characteristic associated with a signal received at the reference electronic device from the wireless communication device , wherein the indicator comprises one or more of: a signal strength indicator associated with the signal, a time indicator indicative of time of flight or phase shift associated with the signal, an indicator of time of arrival, and an indicator of direction of arrival; - determining (S106A) secondary location information based on the first sensor data; and - validating (S106) the primary location information based on the first sensor data by correlating the primary location information and the secondary location information. - obtaining (S102) first sensor data sensed by the wireless communication device and included in a first signal received from a reference electronic device other than the wireless communication device ; - obtaining (S104), based on reference data generated by the reference electronic device and included in the first signal received from the reference electronic device , primary location information of the wireless communication device, wherein the reference data is generated based on a signal received from the wireless communication device , the signal comprising the sensor data and an identifier identifying the wireless communication device and an indicator of a signal characteristic associated with a signal received at the reference electronic device from the wireless communication device , wherein the indicator comprises one or more of: a signal strength indicator associated with the signal, a time indicator indicative of time of flight or phase shift associated with the signal, an indicator of time of arrival, and an indicator of direction of arrival; - determining (S106A) secondary location information based on the first sensor data; and - validating (S106) the primary location information based on the first sensor data by correlating the primary location information and the secondary location information.
A gas pressure vessel comprising: a body part comprising a cylindrical part , a hemispherical dome part extended outward from an opening end of the cylindrical part , and a cylindrical neck part protruded outward from a periphery of an opening provided at a top of the dome part , the cylindrical part , the hemispherical dome part , and the cylindrical neck part being integrally formed; and a lid screwed into a female thread part formed on an inner peripheral surface of the neck part , wherein the opening of the dome part has a diameter of 90 mm or greater, and the innermost root of the thread in the female thread part is provided inside an imaginary plane (B) formed by extending an outer surface of the dome part toward the opening. a body part comprising a cylindrical part , a hemispherical dome part extended outward from an opening end of the cylindrical part , and a cylindrical neck part protruded outward from a periphery of an opening provided at a top of the dome part , the cylindrical part , the hemispherical dome part , and the cylindrical neck part being integrally formed; and a lid screwed into a female thread part formed on an inner peripheral surface of the neck part , wherein the opening of the dome part has a diameter of 90 mm or greater, and the innermost root of the thread in the female thread part is provided inside an imaginary plane (B) formed by extending an outer surface of the dome part toward the opening.
A system including: - a support for bonded-abrasive wire cutting at least one workpiece to be cut , the support being made by an assembly of different materials, - at least one workpiece to be cut , the workpiece to be cut being made of a first semiconductor material, the assembly of different materials of the support comprises at least the first material of the workpiece, and the first material of the support is inhomogeneously distributed with the other materials of the support , the support being made of a second material loaded with powder of the first material, the density of the first material in the second material being variable. - a support for bonded-abrasive wire cutting at least one workpiece to be cut , the support being made by an assembly of different materials, - at least one workpiece to be cut , the workpiece to be cut being made of a first semiconductor material, the assembly of different materials of the support comprises at least the first material of the workpiece, and the first material of the support is inhomogeneously distributed with the other materials of the support , the support being made of a second material loaded with powder of the first material, the density of the first material in the second material being variable.
Container for storing and/or transporting bulk material, comprising: - a bag configured to hold the bulk material; - at least one filling and/or emptying opening arranged in the bag ; - an upper edge arranged on or close to the opening; - an outer bag ; and - fastening means for fastening the outer bag to the upper edge, wherein the outer bag is substantially enveloping the bag as an outer liner , and wherein the bag is configured to hold the bulk material and the outer liner can be removed, characterised in that the outer bag at least partially comprises a substantially transparent wall for the purpose of checking for contamination, and in that the fastening means comprise a stitched edge . - a bag configured to hold the bulk material; - at least one filling and/or emptying opening arranged in the bag ; - an upper edge arranged on or close to the opening; - an outer bag ; and - fastening means for fastening the outer bag to the upper edge, wherein the outer bag is substantially enveloping the bag as an outer liner , and wherein the bag is configured to hold the bulk material and the outer liner can be removed, characterised in that the outer bag at least partially comprises a substantially transparent wall for the purpose of checking for contamination, and in that the fastening means comprise a stitched edge .
A horizontal sliding wall system , comprising a ceiling guide with at least one running track , as well as at least one door leaf element , which is connected to a roller carriage , which is disposed to be displaceable in the ceiling guide , • wherein the horizontal sliding wall system includes a drainage rail for use recessed into the building floor , which rail is disposed aligned below the displacement path of a door leaf element , • wherein the drainage rail comprises a first drainage profile and at least one second drainage profile as well as a first insulating web and at least one second insulating web , wherein the first drainage profile and the second drainage profile are fixed to be spaced apart from each other by means of the upper insulating web (480c1) and the lower insulating web (480c2), and wherein • the drainage rail is disposed essentially flush with the building floor , and wherein • the upper insulating web (480c1) includes at least one opening , through which the drainage water can flow into the drainage rail . • wherein the horizontal sliding wall system includes a drainage rail for use recessed into the building floor , which rail is disposed aligned below the displacement path of a door leaf element , • wherein the drainage rail comprises a first drainage profile and at least one second drainage profile as well as a first insulating web and at least one second insulating web , wherein the first drainage profile and the second drainage profile are fixed to be spaced apart from each other by means of the upper insulating web (480c1) and the lower insulating web (480c2), and wherein • the drainage rail is disposed essentially flush with the building floor , and wherein • the upper insulating web (480c1) includes at least one opening , through which the drainage water can flow into the drainage rail .
A method of acquiring biopotential signals from a subject in the presence of electrical interference comprising the steps of: attaching at least 2 electrodes to a subject, acquiring biopotential signals from the subject using amplification circuitry , with said circuitry comprising : at least one input filter that filters the acquired biopotential signals for HF interference rejection, the amplification circuitry being electrically separated from a data communication module by an isolation barrier that comprises cross-barrier voltage measurement circuitry ; obtaining a quantitative measure of the level of remaining high frequency interference across the isolation barrier using the cross-barrier voltage measurement circuitry ; and transmitting the biopotential signals and measured interference level to a processor of the communication module . attaching at least 2 electrodes to a subject, acquiring biopotential signals from the subject using amplification circuitry , with said circuitry comprising : at least one input filter that filters the acquired biopotential signals for HF interference rejection, the amplification circuitry being electrically separated from a data communication module by an isolation barrier that comprises cross-barrier voltage measurement circuitry ; obtaining a quantitative measure of the level of remaining high frequency interference across the isolation barrier using the cross-barrier voltage measurement circuitry ; and transmitting the biopotential signals and measured interference level to a processor of the communication module .
Battery module , comprising: a plurality of aligned battery cells comprising different surfaces facing into different directions; at least one heat exchanger in thermal contact with the plurality of battery cells ; a flexible interconnector comprising a strip-shaped flexible printed circuit , FPC, the FPC having a first insulating main surface , a second insulating main surface opposite the first insulating main surface and a plurality of thermally and/or electrically conducting lines disposed between the first insulating main surface and the second insulating main surface ; a cell supervision circuit , CSC, configured to be electrically connected to at least one connecting portion of the flexible interconnector ; wherein each conducting line comprises at least one contact portion being exposed by a contact aperture in the first insulating main surface and/or in the second insulating main surface and the at least one connecting portion and wherein the flexible interconnector is wrapped around the plurality of aligned battery cells and around the at least one heat exchanger such that the plurality of conducting lines are in electric or thermal contact with the surfaces of different orientations of the plurality of aligned battery cells and with the at least one heat exchanger via the contact aperture . a plurality of aligned battery cells comprising different surfaces facing into different directions; at least one heat exchanger in thermal contact with the plurality of battery cells ; a flexible interconnector comprising a strip-shaped flexible printed circuit , FPC, the FPC having a first insulating main surface , a second insulating main surface opposite the first insulating main surface and a plurality of thermally and/or electrically conducting lines disposed between the first insulating main surface and the second insulating main surface ; a cell supervision circuit , CSC, configured to be electrically connected to at least one connecting portion of the flexible interconnector ; wherein each conducting line comprises at least one contact portion being exposed by a contact aperture in the first insulating main surface and/or in the second insulating main surface and the at least one connecting portion and wherein the flexible interconnector is wrapped around the plurality of aligned battery cells and around the at least one heat exchanger such that the plurality of conducting lines are in electric or thermal contact with the surfaces of different orientations of the plurality of aligned battery cells and with the at least one heat exchanger via the contact aperture .
A closing system (10; 100) for a container to be held with a single hand, said closing system comprising: - a cap (40; 400) comprising a skirt and a transversal wall (41; 410) provided with an access port , - a cover (60; 600) substantially parallel to said cap and comprising a guiding member (68; 680) intended to be used by a user to manipulate said cover, - a hinge allowing a planar rotation of the cover regarding the cap from a first position closing said access port to a second position giving access to the access port , characterized in that said guiding member is a stud (68; 680). - a cap (40; 400) comprising a skirt and a transversal wall (41; 410) provided with an access port , - a cover (60; 600) substantially parallel to said cap and comprising a guiding member (68; 680) intended to be used by a user to manipulate said cover, - a hinge allowing a planar rotation of the cover regarding the cap from a first position closing said access port to a second position giving access to the access port ,
A method for determining potential efficacy of an anti-cancer agent for a specific cancer in a subject, the method comprising isolating circulating tumor cells (CTCs) from a blood sample from the subject; converting CTC-derived RNA into cDNA; encapsulating the cDNA into individual droplets; amplifying the cDNA in each droplet in the presence of a reporter group configured to bind specifically to cDNA from CTCs and not to cDNA from other cells in the blood; and determining which of a series of lineage markers are expressed in the CTCs in the blood sample, wherein an expression level of a specific one or more lineage markers is predictive of progression-free survival and overall survival for a specific anti-cancer treatment regimen, wherein the subject has hormone receptor-positive breast cancer and: if the subject's specific lineage markers assayed at three to four weeks after treatment with a drug targeting the estrogen-signaling pathway include an elevated level of PIP, SERPINA3, AGR2, SCGB2A1, EFHD1, and WFDC2 genes above a background noise level determined by evaluation of healthy donors without cancer, then the method predicts that the patient will not improve if treated only with a drug that targets the estrogen-signaling pathway. isolating circulating tumor cells (CTCs) from a blood sample from the subject; converting CTC-derived RNA into cDNA; encapsulating the cDNA into individual droplets; amplifying the cDNA in each droplet in the presence of a reporter group configured to bind specifically to cDNA from CTCs and not to cDNA from other cells in the blood; and determining which of a series of lineage markers are expressed in the CTCs in the blood sample, wherein an expression level of a specific one or more lineage markers is predictive of progression-free survival and overall survival for a specific anti-cancer treatment regimen, wherein the subject has hormone receptor-positive breast cancer and: if the subject's specific lineage markers assayed at three to four weeks after treatment with a drug targeting the estrogen-signaling pathway include an elevated level of PIP, SERPINA3, AGR2, SCGB2A1, EFHD1, and WFDC2 genes above a background noise level determined by evaluation of healthy donors without cancer, then the method predicts that the patient will not improve if treated only with a drug that targets the estrogen-signaling pathway. if the subject's specific lineage markers assayed at three to four weeks after treatment with a drug targeting the estrogen-signaling pathway include an elevated level of PIP, SERPINA3, AGR2, SCGB2A1, EFHD1, and WFDC2 genes above a background noise level determined by evaluation of healthy donors without cancer, then the method predicts that the patient will not improve if treated only with a drug that targets the estrogen-signaling pathway.
A one-time-programmable, OTP, memory , comprising: a first global word line (GWL1); a first set of bit lines (BL1-BLJ); a first local word line (LWL11); a first set of OTP memory cells (C11 - 1J) coupled to the first local word line and coupled to the first set of bit lines, respectively; and a first local word line driver (LD11) configured to generate a first asserted signal on the local word line in response to receiving a second asserted signal from the first global word line and a third asserted signal, wherein the third asserted signal is generated in response to at least one of a first set of bit line programming signals; a first set of bit line drivers (BD1 - BDJ) configured to apply programming voltages on the first set of bit lines based on the first set of bit line programming signals (bl1 - blj); respectively, and a multiple-input OR-gate (330-1) configured to generate the third asserted signal in response to at least one of the first set of bit line programming signals being asserted. a first global word line (GWL1); a first set of bit lines (BL1-BLJ); a first local word line (LWL11); a first set of OTP memory cells (C11 - 1J) coupled to the first local word line and coupled to the first set of bit lines, respectively; and a first local word line driver (LD11) configured to generate a first asserted signal on the local word line in response to receiving a second asserted signal from the first global word line and a third asserted signal, wherein the third asserted signal is generated in response to at least one of a first set of bit line programming signals; a first set of bit line drivers (BD1 - BDJ) configured to apply programming voltages on the first set of bit lines based on the first set of bit line programming signals (bl1 - blj); respectively, and a multiple-input OR-gate (330-1) configured to generate the third asserted signal in response to at least one of the first set of bit line programming signals being asserted.
Method for the manipulation for an identification purpose of a microcarrier comprising the steps of: (a) a detection step for the detection of an encoded microcarrier wherein the encoded microcarrier comprises a code written on the microcarrier; and (b) a positioning and orientation step prior to or during the detection step wherein said positioning and orientation step comprises: (b. 1) the distribution of a population of microcarriers in a one-layer system which results in a plane configuration having two dimensions (X, Y); characterised in that the method further comprises the steps of: (b. 2) restricting the rotational movement of the microcarriers; wherein the microcarrier has a non-spherical, ellipsoidal or cylindrical configuration and wherein the positioning and orientation step results from the ellipsoidal or cylindrical configuration of the microcarrier. (a) a detection step for the detection of an encoded microcarrier wherein the encoded microcarrier comprises a code written on the microcarrier; and (b) a positioning and orientation step prior to or during the detection step wherein said positioning and orientation step comprises: (b. 1) the distribution of a population of microcarriers in a one-layer system which results in a plane configuration having two dimensions (X, Y); characterised in that the method further comprises the steps of: (b. 2) restricting the rotational movement of the microcarriers; wherein the microcarrier has a non-spherical, ellipsoidal or cylindrical configuration and wherein the positioning and orientation step results from the ellipsoidal or cylindrical configuration of the microcarrier. (b. 1) the distribution of a population of microcarriers in a one-layer system which results in a plane configuration having two dimensions (X, Y); characterised in that the method further comprises the steps of: (b. 2) restricting the rotational movement of the microcarriers;
A backlight unit comprising: a light source formed to provide primary light; a quantum dot phosphor excited by the primary light provided from the light source to emit secondary light having a wavelength different from a wavelength of the primary light and disposed to be spaced apart from the light source ; an optical agent absorbing light having a specific wavelength from the primary light or the secondary light to reduce a full width at half maximum of a peak in an optical spectrum; and a matrix configured to support the quantum dot phosphor and the optical agent , wherein the quantum dot phosphor , the optical agent , and the matrix form a composite (1040 1140a, 1140b, 1240). a light source formed to provide primary light; a quantum dot phosphor excited by the primary light provided from the light source to emit secondary light having a wavelength different from a wavelength of the primary light and disposed to be spaced apart from the light source ; an optical agent absorbing light having a specific wavelength from the primary light or the secondary light to reduce a full width at half maximum of a peak in an optical spectrum; and a matrix configured to support the quantum dot phosphor and the optical agent , wherein the quantum dot phosphor , the optical agent , and the matrix form a composite (1040 1140a, 1140b, 1240).
A compound, which is represented by the following general formula : where X 1 and X 2 each independently represent an acrylic group or a methacrylic group, R 1 to R 8 each independently represent a hydrogen atom or a hydrocarbon group having 1 to 6 carbon atoms, and "n" represents an integer of from 1 to 10.