mhurhangee/patent-ind-claim-en huggingface dataset:
Electrolysis apparatus for the electrolytic production of oxygen from oxide-containing starting material, with at least one cathode (12a; 12b) which at least partly delimits a receiving region (14a; 14b) and which in at least one operation state is configured for receiving the oxide-containing starting material, and with at least one anode (16a; 16b), and with at least one selective oxygen pump (18a; 18b) which is at least partly realized integrally with the anode (16a; 16b), wherein a reactor housing (26a; 26b) comprises at least one reactor space (38a; 38b) and at least one electrolyte reservoir (40a; 40b), which is connected to the reactor space (38a; 38b) and is configured for receiving an electrolyte, characterized by at least one material container (28a; 28b) which in at least one operation state is arranged in the reactor housing (26a; 26b) and in at least one operation state is configured for receiving the oxide-containing starting material, wherein the at least one material container has at least one bottom plate comprising at least one electrically insulating alignment element for an alignment of the at least one selective oxygen pump relative to the cathode . with at least one cathode (12a; 12b) which at least partly delimits a receiving region (14a; 14b) and which in at least one operation state is configured for receiving the oxide-containing starting material, and with at least one anode (16a; 16b), and with at least one selective oxygen pump (18a; 18b) which is at least partly realized integrally with the anode (16a; 16b), wherein a reactor housing (26a; 26b) comprises at least one reactor space (38a; 38b) and at least one electrolyte reservoir (40a; 40b), which is connected to the reactor space (38a; 38b) and is configured for receiving an electrolyte, characterized by at least one material container (28a; 28b) which in at least one operation state is arranged in the reactor housing (26a; 26b) and in at least one operation state is configured for receiving the oxide-containing starting material, wherein the at least one material container has at least one bottom plate comprising at least one electrically insulating alignment element for an alignment of the at least one selective oxygen pump relative to the cathode .
A meditation support device that is used by being held by hands, the meditation support device comprising: a sound output module configured to output sound whose volume varies in order to guide a timing of respiration; and a vibration generator configured to generate vibration whose magnitude varies in order to guide the timing of respiration, characterised in that the sound output module and the vibration generator are configured to increase the volume of the sound and the magnitude of the vibration, respectively, in a first period among a unit period, and decrease the volume of the sound and the magnitude of the vibration, respectively, in a second period among the unit period. a sound output module configured to output sound whose volume varies in order to guide a timing of respiration; and a vibration generator configured to generate vibration whose magnitude varies in order to guide the timing of respiration, characterised in that the sound output module and the vibration generator are configured to increase the volume of the sound and the magnitude of the vibration, respectively, in a first period among a unit period, and decrease the volume of the sound and the magnitude of the vibration, respectively, in a second period among the unit period.
A porous heating body, comprising a porous body for conducting liquid tobacco, wherein the porous body comprises a first porous portion , a second porous portion and a third porous portion successively disposed in the porous body along a lengthwise direction of the porous body, an outer diameter of the first porous portion and an outer diameter of the third porous portion are both larger than an outer diameter of the second porous portion along a widthwise direction of the porous body, a heating element extending along the lengthwise direction of the porous body is disposed on the porous body, the heating element comprises a heating portion for atomizing the liquid tobacco to generate aerosol, at least one portion of an extension length of the heating portion along the lengthwise direction of the porous body is overlapped with an extension length of the second porous portion ; wherein the porous body further comprises a through hole disposed therein and successively penetrating the first porous portion , the second porous portion and the third porous portion along the lengthwise direction of the porous body; and characterized in that the heating portion is arranged on an inner wall of the through hole . wherein the porous body further comprises a through hole disposed therein and successively penetrating the first porous portion , the second porous portion and the third porous portion along the lengthwise direction of the porous body; and characterized in that the heating portion is arranged on an inner wall of the through hole .
A terminal device configured to: perform channel measurement for computing a channel quality indicator value based on a non-zero power channel state information reference signal, CSI-RS, indicated by a CSI-RS resource configuration, perform interference measurement for computing the channel quality indicator value based on a zero power CSI-RS indicated by a channel state information interference measurement, CSI-IM, resource configuration, the CSI-RS resource configuration and the CSI-IM resource configuration included in a CSI process configuration configured in a higher layer; receive a physical downlink control channel, PDCCH, for carrying at least downlink control information, DCI, the DCI including information indicating for each of a plurality of cells by at least one bit an activated or deactivated state of at least one subframe, the information being scrambled by a radio network temporary identifier, RNTI; decode the PDCCH to recognize the information; and report the channel quality indicator value; wherein, for a serving cell, the terminal device is configured to average the channel measurements in subframes indicated by the CSI-RS resource configuration irrespective of the activated state or the deactivated state, in which the non-zero power CSI-RS is transmitted, for the serving cell, the terminal device is configured to perform the interference measurement in a subframe indicated by the CSI-IM resource configuration within subframes in the activated state. perform channel measurement for computing a channel quality indicator value based on a non-zero power channel state information reference signal, CSI-RS, indicated by a CSI-RS resource configuration, perform interference measurement for computing the channel quality indicator value based on a zero power CSI-RS indicated by a channel state information interference measurement, CSI-IM, resource configuration, the CSI-RS resource configuration and the CSI-IM resource configuration included in a CSI process configuration configured in a higher layer; receive a physical downlink control channel, PDCCH, for carrying at least downlink control information, DCI, the DCI including information indicating for each of a plurality of cells by at least one bit an activated or deactivated state of at least one subframe, the information being scrambled by a radio network temporary identifier, RNTI; decode the PDCCH to recognize the information; and report the channel quality indicator value; wherein, for a serving cell, the terminal device is configured to average the channel measurements in subframes indicated by the CSI-RS resource configuration irrespective of the activated state or the deactivated state, in which the non-zero power CSI-RS is transmitted, for the serving cell, the terminal device is configured to perform the interference measurement in a subframe indicated by the CSI-IM resource configuration within subframes in the activated state.
A screw vacuum pump comprising a housing ; two screw rotors which are arranged in the housing , which are in engagement with one another and which, for the conveying of a process gas, repeatedly form closed conveying volumes of the process gas in cooperation with the housing and convey them in the direction of an outlet ; and a motor which is configured as a direct drive for one of the screw rotors , wherein an active liquid cooling is provided both for the screw rotors and for the motor , characterized in that a shield which is formed as a waisting of the housing is arranged between at least one heat source and a heat-sensitive region.
Lens mold carrier (1; 2) comprising: - a frame (10; 20) extending in a plane (x,y;u,v) and comprising a plurality of individual compartments (100; 200); - at least one mold unit (11; 21) arranged in one of the individual compartments (100; 200) in a manner secured against falling out, the at least one mold unit (11; 21) including an adapter piece (110; 210) and a lens mold (112; 212) fixedly connected to the adapter piece (110; 210); wherein the adapter piece (110; 210) is floatingly arranged within the compartment (100; 200) to allow for limited movement of the adapter piece (110; 210) within the compartment (100; 200) at least in a translation plane parallel to or coincident with the plane (x,y;u,v) in which the frame (10; 20) extends, characterized in that the frame (10; 20) comprises a plurality of compartment walls (101,102,103,104,105;201,202,203,204,205) bounding the individual compartments (100; 200), and wherein the adapter piece (110; 210) comprises a plurality of abutment posts (1106; 2106) arranged thereon in a manner facing the compartment walls while allowing for the limited movement of the adapter piece (110; 210) in the translation plane. - a frame (10; 20) extending in a plane (x,y;u,v) and comprising a plurality of individual compartments (100; 200); - at least one mold unit (11; 21) arranged in one of the individual compartments (100; 200) in a manner secured against falling out, the at least one mold unit (11; 21) including an adapter piece (110; 210) and a lens mold (112; 212) fixedly connected to the adapter piece (110; 210);
A peptide, a) consisting of the amino acid sequence selected from the group consisting of SEQ ID No. 2 or b) consisting of an amino acid sequence comprising an amino acid sequence according to SEQ ID No. 2 and having an overall length of up to 14 amino acids, or a pharmaceutically acceptable salt of a) or b)
A tank for a vacuum truck, comprising a cylindrical peripheral wall , delimiting its internal volume, and one end of which is closed by a front wall while the other end comprises an opening for emptying at least part of the internal volume of the tank , a portion of the peripheral wall defining the bottom of the tank , and said internal volume, having an axis X, being organized into a compartment for storing cleaning water and a compartment for receiving wastewater by means of a separating partition , said tank also having on its peripheral wall at least one hole in communication with said compartment for storing cleaning water and one hole in communication with the compartment for receiving wastewater, the separating partition extending with an incline between the front wall and the emptying opening so as to have an upper face oriented toward the emptying opening and a lower face oriented toward the bottom of the tank , and the compartment for receiving cleaning water extending between the front wall , the peripheral wall and the lower face of the separating partition while the compartment for receiving wastewater extends between the peripheral wall , the emptying opening and the upper face of the separating partition , characterized in that the separating partition has a semicircular cross-section.
A method of producing a cell aggregate comprising an anterior eye segment tissue or a partial structure thereof, the method comprising culturing an aggregate of pluripotent stem cells in suspension in a medium free of pattern formation factors excluding bone morphogenic factor signal transduction pathway activating substance, in the presence of a bone morphogenic factor signal transduction pathway activating substance and in the absence of a feeder cell, wherein the bone morphogenic factor signal transduction pathway activating substance is BMP2, BMP4, BMP7 or GDF5. the method comprising culturing an aggregate of pluripotent stem cells in suspension in a medium free of pattern formation factors excluding bone morphogenic factor signal transduction pathway activating substance, in the presence of a bone morphogenic factor signal transduction pathway activating substance and in the absence of a feeder cell, wherein the bone morphogenic factor signal transduction pathway activating substance is BMP2, BMP4, BMP7 or GDF5.
A hypopnea detection apparatus comprising: a controller having at least one processor arranged to access data representing a measured flow of breathable gas, the controller being further configured to: determine a first measure from a short-term variance of the data; determine a second measure from a long-term variance of the data; compare the first measure with first and second proportions of the second measure, wherein the first proportion is less than the second proportion; characterized in that the processor is further configured to indicate a detection of the hypopnea based on the comparison if the first measure falls below the first proportion and either (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion. determine a first measure from a short-term variance of the data; determine a second measure from a long-term variance of the data; compare the first measure with first and second proportions of the second measure, wherein the first proportion is less than the second proportion; characterized in that the processor is further configured to indicate a detection of the hypopnea based on the comparison if the first measure falls below the first proportion and either (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion. (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion.
A method of making a pre-vapor formulation for an electronic vaping device, the method comprising: heating tobacco material to a temperature ranging from about 50 degrees Celsius to about 250 degrees Celsius to form heated tobacco material; collecting volatiles from the heated tobacco material, wherein the collecting step comprises inserting adsorbent material in the heated tobacco material, the adsorbent material configured to adsorb the volatiles; and combining the volatiles with a pre-vapor formulation immediately after the collecting step. heating tobacco material to a temperature ranging from about 50 degrees Celsius to about 250 degrees Celsius to form heated tobacco material; collecting volatiles from the heated tobacco material, wherein the collecting step comprises inserting adsorbent material in the heated tobacco material, the adsorbent material configured to adsorb the volatiles; and combining the volatiles with a pre-vapor formulation immediately after the collecting step.
A ferrosilicon vanadium and/or niobium, FeSi V and/or Nb, alloy, comprising 15 - 80 wt % Si; 5 - 35 wt % V and/or Nb; up to 10 wt % Mo; up to 5 wt % Cr; up to 3 wt % Cu; up to 3 wt % Ni; up to 20 wt % Mg; 0.01 - 7 wt % Al; up to 13 wt % Ba; 0.01 - 7 wt % Ca; up to 13 wt % Mn; up to 8 wt % Zr; up to 12 wt % La and/or Ce and/or misch metal; up to 5 wt % Sr; up to 3 wt % Bi; up to 3 wt % Sb; up to 1.5 wt % Ti; balance Fe and incidental impurities. 15 - 80 wt % Si; 5 - 35 wt % V and/or Nb; up to 10 wt % Mo; up to 5 wt % Cr; up to 3 wt % Cu; up to 3 wt % Ni; up to 20 wt % Mg; 0.01 - 7 wt % Al; up to 13 wt % Ba; 0.01 - 7 wt % Ca; up to 13 wt % Mn; up to 8 wt % Zr; up to 12 wt % La and/or Ce and/or misch metal; up to 5 wt % Sr; up to 3 wt % Bi; up to 3 wt % Sb; up to 1.5 wt % Ti; balance Fe and incidental impurities.
An electronic device , comprising a flexible display screen , a fingerprint identification module and a housing , the housing having a top face and a side face connected with each other, the side face defining a mounting groove , the fingerprint identification module being accommodated in the mounting groove , characterized in that the flexible display screen comprises a fixed portion and a movable portion connected with each other, the fixed portion is fitted to the top face , and the movable portion extends beyond the top face , whereby when the movable portion is bent relative to the fixed portion , the movable portion covers the side face and the fingerprint identification module is adapted to perform fingerprint identification through the flexible display screen ; when the movable portion is spread out relative to the fixed portion , the fingerprint identification module is exposed out of the flexible display screen , such that a finger of a user of the electronic device can be fitted to the side face to perform the fingerprint identification; and the movable portion has a light-transmitting area , and when the movable portion covers the side face , the light-transmitting area is right opposite to the mounting groove , whereby the fingerprint identification module is adapted to transmit and acquire an optical signal through the light-transmitting area .
A detachable toy structure, comprising: a toy top which comprises a first part and a second part engaged with the first part; characterised in that the detachable toy structure includes a detaching tool which comprises a presser and elastic holders with holding parts that are at any one of a holding position and a holding releasable position, wherein the first part is elastic and comprises an elastic engaging hook that is at any one of an engaged position and an engagement releasing position, wherein the second part engages with the first part when the second part is brought to the first part in a certain direction so that the second part slidably contacts the first part to move the elastic engaging hook to the engagement releasing position and then further to the engaged position, and wherein (i) when the detaching tool is brought to the toy top in the certain direction, the presser slidably contacts the engaging hook to move the engaging hook to the engagement releasing position; (ii) subsequently the holding parts slidably contact the second part to move to the holding position to hold the second part while the engaging hook is at the engagement releasing position; and (iii) then the second part and the detaching tool together are separated from the first part. a toy top which comprises a first part and a second part engaged with the first part; characterised in that the detachable toy structure includes a detaching tool which comprises a presser and elastic holders with holding parts that are at any one of a holding position and a holding releasable position, wherein the first part is elastic and comprises an elastic engaging hook that is at any one of an engaged position and an engagement releasing position, wherein the second part engages with the first part when the second part is brought to the first part in a certain direction so that the second part slidably contacts the first part to move the elastic engaging hook to the engagement releasing position and then further to the engaged position, and wherein (i) when the detaching tool is brought to the toy top in the certain direction, the presser slidably contacts the engaging hook to move the engaging hook to the engagement releasing position; (ii) subsequently the holding parts slidably contact the second part to move to the holding position to hold the second part while the engaging hook is at the engagement releasing position; and (iii) then the second part and the detaching tool together are separated from the first part.
A computer-implemented method for determining a pharmacogenomic signature for a disorder by determining the biological significance of an overlap gene set,comprising: receiving data for a first set of genes, wherein the first set of genes comprises a first gene subset of interest of genes differentially regulated in a first patient having a disorder, receiving data for a second set of genes wherein the second set of genes comprises a second gene subset of interest of genes differentially regulated in a second patient having the disorder, wherein the first set of genes and the second set of genes are non-identical, determining the size of an overlap gene set between the first gene subset and the second gene subset, and determining whether the overlap gene set may be biologically significant by determining the probability that the overlap gene set size is drawn by chance as a function of the total number of genes of the first gene set and the second gene set; wherein determining the probability that the overlap gene set size is drawn by chance comprises determining a function of the total number of ways of selecting a gene set having the same size as the first gene subset from all genes of the first gene set and comprises determining a function of the total number of ways of selecting a gene set having the same size as the second gene subset from all genes of the second gene set; and identifying genes in the corresponding overlap gene set as a pharmacogenomic signature for the disorder. receiving data for a first set of genes, wherein the first set of genes comprises a first gene subset of interest of genes differentially regulated in a first patient having a disorder, receiving data for a second set of genes wherein the second set of genes comprises a second gene subset of interest of genes differentially regulated in a second patient having the disorder, wherein the first set of genes and the second set of genes are non-identical, determining the size of an overlap gene set between the first gene subset and the second gene subset, and determining whether the overlap gene set may be biologically significant by determining the probability that the overlap gene set size is drawn by chance as a function of the total number of genes of the first gene set and the second gene set; wherein determining the probability that the overlap gene set size is drawn by chance comprises determining a function of the total number of ways of selecting a gene set having the same size as the first gene subset from all genes of the first gene set and comprises determining a function of the total number of ways of selecting a gene set having the same size as the second gene subset from all genes of the second gene set; and identifying genes in the corresponding overlap gene set as a pharmacogenomic signature for the disorder.
A CO shift catalyst that reforms carbon monoxide (CO) in a gasification gas, comprising: an active component being 0.1 wt% to 25 wt% of either molybdenum (Mo) or iron (Fe), and 0.01 wt% to 10 wt% of either nickel (Ni) or ruthenium (Ru); and a carrier which carries the active component and is titanium dioxide (TiO 2 ), characterized in that the CO shift catalyst has an average pore size of 300 Å or more which is obtainable by firing the carrier at a firing temperature of 600°C or higher and 800°C or lower. an active component being 0.1 wt% to 25 wt% of either molybdenum (Mo) or iron (Fe), and 0.01 wt% to 10 wt% of either nickel (Ni) or ruthenium (Ru); and a carrier which carries the active component and is titanium dioxide (TiO 2 ), characterized in that the CO shift catalyst has an average pore size of 300 Å or more which is obtainable by firing the carrier at a firing temperature of 600°C or higher and 800°C or lower.