mhurhangee/patent-ind-claim-en huggingface dataset:
A device for optically determining a concentration of alcohol and carbohydrates in a liquid sample , which device comprises: - at least a first and a second light source arranged for exposing the liquid sample with light in a wavelength range between 750 nm and 1000 nm; - a spectrometer arranged to determine a first and a second light-intensity by measuring the light from the first and the second light source; - a processing unit connected to the spectrometer and arranged to determine an absorption value of the liquid sample from a comparison of the first and the second light-intensity with a reference value; and - at least two polarization filter for filtering the light from the first light source , wherein the first polarization filter , in use, is disposed between the first light source and the liquid sample and the second polarization filter , in use, is disposed between the liquid sample and the spectrometer ; - wherein the processing unit is further arranged to calculate the concentration of alcohol from the proportion of the absorption at a wavelength of less than 900 nm and the wavelength range between 900 nm and 920 nm, and to calculate the concentration of carbohydrates from the proportion of the absorption in the wavelength range between 750 nm and 900 nm and at a wavelength in excess of 900 nm. - at least a first and a second light source arranged for exposing the liquid sample with light in a wavelength range between 750 nm and 1000 nm; - a spectrometer arranged to determine a first and a second light-intensity by measuring the light from the first and the second light source; - a processing unit connected to the spectrometer and arranged to determine an absorption value of the liquid sample from a comparison of the first and the second light-intensity with a reference value; and - at least two polarization filter for filtering the light from the first light source , wherein the first polarization filter , in use, is disposed between the first light source and the liquid sample and the second polarization filter , in use, is disposed between the liquid sample and the spectrometer ; - wherein the processing unit is further arranged to calculate the concentration of alcohol from the proportion of the absorption at a wavelength of less than 900 nm and the wavelength range between 900 nm and 920 nm, and to calculate the concentration of carbohydrates from the proportion of the absorption in the wavelength range between 750 nm and 900 nm and at a wavelength in excess of 900 nm.
An electric fracturing system comprising: a switch gear transport electrically connected to a power generation source , and configured to receive electric power from the power generation source at a first medium voltage level; a first electrical cable connected to the switch gear transport that supplies a first electric power at the first medium voltage level from the switch gear transport ; and a fracturing pump transport comprising: at least one first transformer , a drive, a pump and an electric prime mover, each being disposed on the fracturing pump transport , wherein the fracturing pump transport is electrically connected to the switch gear transport via only the first electrical cable , the first electric power supplied from the switch gear transport via the first electrical cable being received by the at least one first transformer ; and, wherein the at least one first transformer is electrically connected to the electric prime mover and the drive, wherein the at least one first transformer is configured to step down the electric power received at the first medium voltage level to a first lower medium voltage level that powers the electric prime mover; and, wherein the at least one first transformer is further configured to step down the first electric power received at the first medium voltage level to a first low voltage level that is lower than the first lower medium voltage level and that powers the drive. a switch gear transport electrically connected to a power generation source , and configured to receive electric power from the power generation source at a first medium voltage level; a first electrical cable connected to the switch gear transport that supplies a first electric power at the first medium voltage level from the switch gear transport ; and a fracturing pump transport comprising: at least one first transformer , a drive, a pump and an electric prime mover, each being disposed on the fracturing pump transport , wherein the fracturing pump transport is electrically connected to the switch gear transport via only the first electrical cable , the first electric power supplied from the switch gear transport via the first electrical cable being received by the at least one first transformer ; and, wherein the at least one first transformer is electrically connected to the electric prime mover and the drive, wherein the at least one first transformer is configured to step down the electric power received at the first medium voltage level to a first lower medium voltage level that powers the electric prime mover; and, wherein the at least one first transformer is further configured to step down the first electric power received at the first medium voltage level to a first low voltage level that is lower than the first lower medium voltage level and that powers the drive.
A table saw assembly comprising: a motor assembly ; an electrically conductive belt operably connected to the motor assembly ; an arbor shaft operably connected to the belt ; a drop arm assembly rotatably supporting the arbor shaft ; and a first pulley rotatably supporting the belt , the first pulley including an inner bore and an outer surface , the first pulley configured to electrically isolate the inner bore from the outer surface , wherein the inner bore is fixedly attached to the arbor shaft , the first pulley further comprising: an inner component defining the inner bore ; an outer component defining the outer surface ; and an intermediate core positioned between the inner component and the outer component, wherein: the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material. a motor assembly ; an electrically conductive belt operably connected to the motor assembly ; an arbor shaft operably connected to the belt ; a drop arm assembly rotatably supporting the arbor shaft ; and a first pulley rotatably supporting the belt , the first pulley including an inner bore and an outer surface , the first pulley configured to electrically isolate the inner bore from the outer surface , wherein the inner bore is fixedly attached to the arbor shaft , the first pulley further comprising: an inner component defining the inner bore ; an outer component defining the outer surface ; and an intermediate core positioned between the inner component and the outer component, an inner component defining the inner bore ; an outer component defining the outer surface ; and an intermediate core positioned between the inner component and the outer component, wherein: the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material. the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material.
A battery for supplying current to a device, comprising: a plurality of battery cores ; and a battery management system, BMS electrically connected to each of the plurality of battery cores and characterised by being configured to: receive a controlling signal from a control unit of the device, wherein the controlling signal is based on one or more electrical characteristics of each of the plurality of battery cores , wherein the one or more electrical characteristics of each of the plurality of battery cores are obtained by the control unit ; and control at least one of the plurality of battery cores to supply current to the device based on the controlling signal. a plurality of battery cores ; and a battery management system, BMS electrically connected to each of the plurality of battery cores and characterised by being configured to: receive a controlling signal from a control unit of the device, wherein the controlling signal is based on one or more electrical characteristics of each of the plurality of battery cores , wherein the one or more electrical characteristics of each of the plurality of battery cores are obtained by the control unit ; and control at least one of the plurality of battery cores to supply current to the device based on the controlling signal. receive a controlling signal from a control unit of the device, wherein the controlling signal is based on one or more electrical characteristics of each of the plurality of battery cores , wherein the one or more electrical characteristics of each of the plurality of battery cores are obtained by the control unit ; and control at least one of the plurality of battery cores to supply current to the device based on the controlling signal.
A method for the diagnosis and/or prognosis of preeclampsia, or the risk of delivery of a small for gestational age neonate and/or for the diagnosis of the risk of delivery of a child with an aneuploidy in a pregnant female subject or the unborn fetus of said subject, comprising (i) determining the level of placental growth factor 2 (P1GF-2) in a sample of a bodily fluid from the subject, (ii) comparing the determined level in the sample to a control level derived from subjects without preeclampsia, or the risk of delivery of a small for gestational age neonate, or the risk of delivery of a child with an aneuploidy; wherein a decreased level in the sample from the subject as compared to the control level is indicative for preeclampsia, increased risk of acquiring preeclampsia, increased risk of aggravation of preeclampsia, increased risk of delivery of a small for gestational age neonate, increased risk of an aggravation of the risk of delivery of a small for gestational age neonate, increased risk of delivery of a child with an aneuploidy and/or increased risk of an aggravation of the risk of delivery of a child with an aneuploidy. (i) determining the level of placental growth factor 2 (P1GF-2) in a sample of a bodily fluid from the subject, (ii) comparing the determined level in the sample to a control level derived from subjects without preeclampsia, or the risk of delivery of a small for gestational age neonate, or the risk of delivery of a child with an aneuploidy;
A HASE-type emulsion, containing water and at least one polymer consisting: a) of (meth)acrylic acid, b) of at least one ester of (meth)acrylic acid, c) of at least one monomer of formula (I): where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms. a) of (meth)acrylic acid, b) of at least one ester of (meth)acrylic acid, c) of at least one monomer of formula (I): where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms. - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms.
A fingerprint module , comprising a fingerprint identification assembly; an encapsulation layer , configured to encapsulate the fingerprint identification assembly and comprising a rear wall surface having a first matching part; a decorative part , defining an embedded groove and comprising a second matching part in the embedded groove ; and a circuit board assembly comprising a flexible circuit board and a reinforcing plate ; wherein the encapsulation layer is embedded in the embedded groove , the first matching part is embedded in the second matching part; an end of the flexible circuit board is partially received in the second matching part, and the end of the flexible circuit board has one surface positioned in the second matching part and attached to the first matching part and another opposite surface going beyond a surface of the decorative part . an encapsulation layer , configured to encapsulate the fingerprint identification assembly and comprising a rear wall surface having a first matching part; a decorative part , defining an embedded groove and comprising a second matching part in the embedded groove ; and a circuit board assembly comprising a flexible circuit board and a reinforcing plate ; wherein the encapsulation layer is embedded in the embedded groove , the first matching part is embedded in the second matching part; an end of the flexible circuit board is partially received in the second matching part, and the end of the flexible circuit board has one surface positioned in the second matching part and attached to the first matching part and another opposite surface going beyond a surface of the decorative part .
A helmet , comprising: inner and outer shells configured to slide relative to each other; and a connector connecting the inner and outer shells so as to allow the inner and the outer shells to slide relative to each other, the connector comprising: an attachment part attached to one of the inner shell and the outer shell ; characterised in that : the attachment part comprises one or more protrusions extending into the inner or outer shell attached to the attachment part , perpendicularly to a radial direction of the helmet, and the inner or outer shell attached to the attachment part comprises one or more channels into which the protrusions extend, the protrusions and channels are configured such that the protrusions can move within the channels in an extension direction of the protrusions, perpendicularly to a radial direction of the helmet, during sliding of the inner and outer shells relative to each other, and characterised in that the protrusions comprise an abutment member configured to abut an abutment portion of the channel to prevent the protrusion leaving the channel when the protrusions move perpendicularly to a radial direction of the helmet. inner and outer shells configured to slide relative to each other; and a connector connecting the inner and outer shells so as to allow the inner and the outer shells to slide relative to each other, the connector comprising: an attachment part attached to one of the inner shell and the outer shell ; characterised in that : the attachment part comprises one or more protrusions extending into the inner or outer shell attached to the attachment part , perpendicularly to a radial direction of the helmet, and the inner or outer shell attached to the attachment part comprises one or more channels into which the protrusions extend, the protrusions and channels are configured such that the protrusions can move within the channels in an extension direction of the protrusions, perpendicularly to a radial direction of the helmet, during sliding of the inner and outer shells relative to each other, and characterised in that the protrusions comprise an abutment member configured to abut an abutment portion of the channel to prevent the protrusion leaving the channel when the protrusions move perpendicularly to a radial direction of the helmet. the attachment part comprises one or more protrusions extending into the inner or outer shell attached to the attachment part , perpendicularly to a radial direction of the helmet, and the inner or outer shell attached to the attachment part comprises one or more channels into which the protrusions extend, the protrusions and channels are configured such that the protrusions can move within the channels in an extension direction of the protrusions, perpendicularly to a radial direction of the helmet, during sliding of the inner and outer shells relative to each other, and characterised in that the protrusions comprise an abutment member configured to abut an abutment portion of the channel to prevent the protrusion leaving the channel when the protrusions move perpendicularly to a radial direction of the helmet.
Electronic chip comprising at least a first array of first elementary cells and a second array of second elementary cells , each elementary cell each storing at least one data bit in a storage element having a state dependent on the bit stored, the two arrays of elementary cells forming two types of phase change memory wherein the storage element is formed by a volume of phase change material configured to have either a crystalline state or an amorphous state depending on the bit stored, each first elementary cell comprising a volume of a first material , and each second elementary cell comprising a volume of a second material , different from the first material, the second material having either a crystalline state or an amorphous state depending on the bit stored, each elementary cell comprising a heating connector (104a, 104b,) configured for the passage of a heating current adapted to cause a phase change of the volume of phase change material of said elementary cell , characterized in that the second material has a melting temperature lower than a melting temperature of the first material by at least 50°C. the two arrays of elementary cells forming two types of phase change memory wherein the storage element is formed by a volume of phase change material configured to have either a crystalline state or an amorphous state depending on the bit stored, each first elementary cell comprising a volume of a first material , and each second elementary cell comprising a volume of a second material , different from the first material, the second material having either a crystalline state or an amorphous state depending on the bit stored, each elementary cell comprising a heating connector (104a, 104b,) configured for the passage of a heating current adapted to cause a phase change of the volume of phase change material of said elementary cell , characterized in that the second material has a melting temperature lower than a melting temperature of the first material by at least 50°C.
An in vitro method for deselecting one or more human embryos with poor developmental potential comprising: (A) in vitro culturing one or more embryos under conditions sufficient for embryo development; (B) imaging said one or more embryos for a time period from at least syngamy to at least the first cytokinesis; and (C) deselecting an embryo from said one or more human embryos when the embryo displays abnormal syngamy or immeasurable syngamy as determined by: (i) non-visualization of pronuclei; or (ii) disordered pronuclei movement; or (iii) when the time period between syngamy and the first cytokinesis is less than about 1 hour; wherein the embryo is not likely to reach blastocyst stage or successfully implant into a uterus. (A) in vitro culturing one or more embryos under conditions sufficient for embryo development; (B) imaging said one or more embryos for a time period from at least syngamy to at least the first cytokinesis; and (C) deselecting an embryo from said one or more human embryos when the embryo displays abnormal syngamy or immeasurable syngamy as determined by: (i) non-visualization of pronuclei; or (ii) disordered pronuclei movement; or (iii) when the time period between syngamy and the first cytokinesis is less than about 1 hour; wherein the embryo is not likely to reach blastocyst stage or successfully implant into a uterus. (i) non-visualization of pronuclei; or (ii) disordered pronuclei movement; or (iii) when the time period between syngamy and the first cytokinesis is less than about 1 hour; wherein the embryo is not likely to reach blastocyst stage or successfully implant into a uterus.
A universal container capper/decapper comprising: a capper/decapper assembly comprising a capper/decapper housing having an axis of rotation, and a plurality of gripper arms , each said gripper arm having a driven end , a gripper end , and a knee portion intermediate the driven end and the gripper end, each gripper arm being pivotally coupled to the capper/decapper housing proximate the knee portion; and an axial actuator coupled to each said driven end and being configured to drive each said gripper end in a radial direction relative to the axis of rotation by rotating the at least one gripper arm about the respective knee portion relative to the housing , wherein the capper/decapper housing comprises a side wall , the side wall includes a plurality of radially-extending channel , and each said gripper arm is pivotally received within a respective one of the radially-extending channels , characterized in that the capper/decapper housing further comprises a base plate disposed at a lower end of the side wall, the base plate comprises a plurality of radially-extending slot , each said slot is being aligned with a respective one of the radially-extending channels and configured to receive a respective gripper end therein. a capper/decapper assembly comprising a capper/decapper housing having an axis of rotation, and a plurality of gripper arms , each said gripper arm having a driven end , a gripper end , and a knee portion intermediate the driven end and the gripper end, each gripper arm being pivotally coupled to the capper/decapper housing proximate the knee portion; and an axial actuator coupled to each said driven end and being configured to drive each said gripper end in a radial direction relative to the axis of rotation by rotating the at least one gripper arm about the respective knee portion relative to the housing , wherein the capper/decapper housing comprises a side wall , the side wall includes a plurality of radially-extending channel , and each said gripper arm is pivotally received within a respective one of the radially-extending channels , characterized in that the capper/decapper housing further comprises a base plate disposed at a lower end of the side wall, the base plate comprises a plurality of radially-extending slot , each said slot is being aligned with a respective one of the radially-extending channels and configured to receive a respective gripper end therein.