mhurhangee/patent-ind-claim-en huggingface dataset:
A polyester, having a reduced level of acetaldehyde, said polyester incorporating a compound (A) or a product of a reaction between compound (A) and aldehyde, wherein compound (A) includes: (I) a first fragment which comprises a moiety and a moiety NH (B) wherein the carbon atom of moiety (A) and the nitrogen atom of moiety (B) are separated by at least one and not more than two atoms; (II) a second fragment which comprises a moiety and a moiety NH (B) wherein the carbon atom of moiety (A) and the nitrogen atom of moiety (B) are separated by at least one and not more than two atoms; and (III) a third fragment which comprises a moiety and a moiety NH (B). (I) a first fragment which comprises a moiety and a moiety NH (B) wherein the carbon atom of moiety (A) and the nitrogen atom of moiety (B) are separated by at least one and not more than two atoms; (II) a second fragment which comprises a moiety and a moiety NH (B) wherein the carbon atom of moiety (A) and the nitrogen atom of moiety (B) are separated by at least one and not more than two atoms; and (III) a third fragment which comprises a moiety and a moiety NH (B).
Method for assisting with the synchronization of a free wheel of a mechanical system , said mechanical system being provided with a moving part to be set in motion with at least one main engine , said free wheel comprising a driving part integrated with an upstream power transmission kinematic chain connected to the main engine , said free wheel comprising a driven part integrated with a downstream power transmission kinematic chain connected at least to the moving part , characterized in that the method comprises the following steps: - determining (STP1) that said main engine has not malfunctioned, - determining (STP2) that said main engine has started, said main engine having started when at least one moving part of the main engine is in motion, - as long as said main engine has started and has not malfunctioned, implementing an assisted synchronization phase (STP3) placing demands on an auxiliary motor , said assisted synchronization phase (STP3) comprising a step (STP4) of setting in motion said upstream power transmission kinematic chain with the main engine and the auxiliary motor , at least as long as an upstream rotation speed of said driving part is lower than a downstream rotation speed of said driven part . - determining (STP1) that said main engine has not malfunctioned, - determining (STP2) that said main engine has started, said main engine having started when at least one moving part of the main engine is in motion, - as long as said main engine has started and has not malfunctioned, implementing an assisted synchronization phase (STP3) placing demands on an auxiliary motor , said assisted synchronization phase (STP3) comprising a step (STP4) of setting in motion said upstream power transmission kinematic chain with the main engine and the auxiliary motor , at least as long as an upstream rotation speed of said driving part is lower than a downstream rotation speed of said driven part .
A whispering gallery mode, WGM, coupler comprising: a corrugated waveguide having an entrance ; a cylindrical waveguide for propagation of RF energy, the cylindrical waveguide having a plurality of deformations on an inner surface, each said deformation causing a focusing and guiding of incident RF energy to a subsequent deformation which also performs a focusing and guiding of incident RF energy to a subsequent deformation; said cylindrical waveguide having a launch edge for directing RF energy in a quasi-optical mode to a mirror ; said mirror having a first order surface profile for forming said quasi-optical mode RF energy into a circularly symmetric beam having a minimum diameter at the entrance of said corrugated waveguide ; an enclosure with an evacuated chamber containing the cylindrical waveguide and the mirror , the entrance of the corrugated waveguide being located inside said evacuated chamber ; said mirror also having a second order surface profile for providing a substantially uniform phase front of said circularly symmetric beam at said entrance of said corrugated waveguide ; said corrugated waveguide arranged to support a propagation of HE11 mode RF energy. a corrugated waveguide having an entrance ; a cylindrical waveguide for propagation of RF energy, the cylindrical waveguide having a plurality of deformations on an inner surface, each said deformation causing a focusing and guiding of incident RF energy to a subsequent deformation which also performs a focusing and guiding of incident RF energy to a subsequent deformation; said cylindrical waveguide having a launch edge for directing RF energy in a quasi-optical mode to a mirror ; said mirror having a first order surface profile for forming said quasi-optical mode RF energy into a circularly symmetric beam having a minimum diameter at the entrance of said corrugated waveguide ; an enclosure with an evacuated chamber containing the cylindrical waveguide and the mirror , the entrance of the corrugated waveguide being located inside said evacuated chamber ; said mirror also having a second order surface profile for providing a substantially uniform phase front of said circularly symmetric beam at said entrance of said corrugated waveguide ; said corrugated waveguide arranged to support a propagation of HE11 mode RF energy.
An electronic device comprising: a memory storing recording data including a content of a conversation, voice profile information related to data corresponding to a second voice of the conversation, and at least one instruction; and a processor configured, by executing the at least one instruction, to: input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data. a memory storing recording data including a content of a conversation, voice profile information related to data corresponding to a second voice of the conversation, and at least one instruction; and a processor configured, by executing the at least one instruction, to: input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data. input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data.
A circuit for capacitance detection, comprising: a control module , a charge transfer module , a processing module , a driving module , and an offsetting module , characterized in that the control module being configured to: control the driving module to charge a detection capacitor (Cx) to a supply voltage (VCC) and control the offsetting module to charge an offset capacitor (Cc) to a preset voltage equal to a negative supply voltage (-VCC) or twice the negative supply voltage (-VCC) in a same time interval; control the charged offset capacitor (Cc) to perform charge offsetting on the charged detection capacitor (Cx) to eliminate or reduce a base capacitance of the detection capacitor (Cx), control the charge transfer module to convert charge of the detection capacitor (Cx) after the charge offsetting to generate an output voltage and control the charge transfer module to reset after the charge converting is performed; and the processing module being configured to determine, based on the output voltage, a capacitance variation of the detection capacitor (Cx) before and after the detection capacitor (Cx) is affected by an external electric field.
A digital slide scanning apparatus carousel, comprising: a base having a lower surface, an upper surface and an exterior edge, the exterior edge of the base being generally circular from a top view perspective; characterized in that a plurality of removable rack spacers positioned above the base, each removable rack spacer having a left side, a right side, an exterior side, an interior side, a top, and a bottom, wherein a plurality of rack spacer connectors are formed on the upper surface of the base , and the removable rack spacers configured to be attached to the base by rack spacer connectors ; wherein a first adjacent pair of rack spacers comprising a first rack spacer and a second rack spacer to define a first rack slot bordered on three sides by the base, a left side of the first rack spacer and a right side of the second rack spacer; and wherein a second adjacent pair of rack spacers comprising a third rack spacer and a fourth rack spacer to define a second rack slot bordered on three sides by the base , a left side of the third rack spacer and a right side of the fourth rack spacer; wherein the rack slots are configured to hold a slide rack which is configured to hold slides. a base having a lower surface, an upper surface and an exterior edge, the exterior edge of the base being generally circular from a top view perspective; characterized in that a plurality of removable rack spacers positioned above the base, each removable rack spacer having a left side, a right side, an exterior side, an interior side, a top, and a bottom, wherein a plurality of rack spacer connectors are formed on the upper surface of the base , and the removable rack spacers configured to be attached to the base by rack spacer connectors ; wherein a first adjacent pair of rack spacers comprising a first rack spacer and a second rack spacer to define a first rack slot bordered on three sides by the base, a left side of the first rack spacer and a right side of the second rack spacer; and wherein a second adjacent pair of rack spacers comprising a third rack spacer and a fourth rack spacer to define a second rack slot bordered on three sides by the base , a left side of the third rack spacer and a right side of the fourth rack spacer; wherein the rack slots are configured to hold a slide rack which is configured to hold slides.
A thermoset polyisobutylene network polymer comprising: a polyisobutylene diol residue; a diisocyanate residue; and at least one crosslinking compound residue selected from the group consisting of a residue of a sorbitan ester and a residue of a branched polypropylene oxide polyol. a polyisobutylene diol residue; a diisocyanate residue; and at least one crosslinking compound residue selected from the group consisting of a residue of a sorbitan ester and a residue of a branched polypropylene oxide polyol.
A method of non-destructively obtaining a genotype of a plant cell, the method comprising: (a) providing a plant cell sample comprising a plurality of plant cells; (b) isolating a single plant cell using an integrated microfluidic device, wherein the integrated microfluidic device comprises a microfluidic channel having an inlet through which the plurality of plant cells are introduced into the device, wherein the integrated microfluidic device further comprises an obstacle array configured to focus the sample of plant cells to a sidewall of the microfluidic channel, an electrode array configured to transport the focused cells to a trapping region located downstream from the electrode array, wherein the trapping region further comprises a microwell array configured as a single-cell trapping array to capture the single plant cell in the microwell of the microwell array; (c) extracting mRNA from the plant cell by contacting the plant cell with an external micro-manipulating instrument and by attracting mRNA from loci of interest to the micro-manipulating instrument using a dielectrophoresis (DEP) force under the alternating current (AC) field applied to the micro-manipulating instrument, wherein the plant cell remains viable after extracting mRNA from the plant cell; and (d) determining the genotype of the plant cell from cDNA obtained from the extracted mRNA or analyzing the mRNA. (a) providing a plant cell sample comprising a plurality of plant cells; (b) isolating a single plant cell using an integrated microfluidic device, wherein the integrated microfluidic device comprises a microfluidic channel having an inlet through which the plurality of plant cells are introduced into the device, wherein the integrated microfluidic device further comprises an obstacle array configured to focus the sample of plant cells to a sidewall of the microfluidic channel, an electrode array configured to transport the focused cells to a trapping region located downstream from the electrode array, wherein the trapping region further comprises a microwell array configured as a single-cell trapping array to capture the single plant cell in the microwell of the microwell array; (c) extracting mRNA from the plant cell by contacting the plant cell with an external micro-manipulating instrument and by attracting mRNA from loci of interest to the micro-manipulating instrument using a dielectrophoresis (DEP) force under the alternating current (AC) field applied to the micro-manipulating instrument, wherein the plant cell remains viable after extracting mRNA from the plant cell; and (d) determining the genotype of the plant cell from cDNA obtained from the extracted mRNA or analyzing the mRNA.
An adhesive composition comprising: A) a propylene based plastomer or elastomer (PBPE) comprising up to 15 wt % units derived from ethylene and having: (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.860 g/cc to 0.890 g/cc; (iv) a melt viscosity, at 177°C, from 5,000 mPa.s to 15,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mole. A) a propylene based plastomer or elastomer (PBPE) comprising up to 15 wt % units derived from ethylene and having: (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.860 g/cc to 0.890 g/cc; (iv) a melt viscosity, at 177°C, from 5,000 mPa.s to 15,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mole. (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.860 g/cc to 0.890 g/cc; (iv) a melt viscosity, at 177°C, from 5,000 mPa.s to 15,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mole.
An inflatable slide assembly comprising: an inflatable support frame comprising: an elongated first tube formed from a first fabric, the first tube including at least a first outer wall segment defining a first cavity therein; and an elongated second tube spaced laterally from the first tube, the second tube formed from the first fabric including at least a second outer wall segment defining a second cavity therein; a first web formed from a second fabric, and a second web formed from the second fabric, the first web including two or more elongated edges secured to circumferentially spaced interior surfaces of the first outer wall segment such that the first web extends longitudinally along a portion of a first tube length L 1 inside the first cavity to divide the first cavity along first tube length L 1 into at least two sections and to define a first reinforced tube portion ; and the second web including two or more elongated edges secured to circumferentially spaced interior surfaces of the second outer wall segment such that the second web extends longitudinally along a portion of a second tube length L 2 inside the second cavity to divide the second cavity along second tube length L 2 into at least two sections and to define a second reinforced tube portion , and further comprising: a slide ramp secured to and supported laterally by at least the first and second tubes. an inflatable support frame comprising: an elongated first tube formed from a first fabric, the first tube including at least a first outer wall segment defining a first cavity therein; and an elongated second tube spaced laterally from the first tube, the second tube formed from the first fabric including at least a second outer wall segment defining a second cavity therein; an elongated first tube formed from a first fabric, the first tube including at least a first outer wall segment defining a first cavity therein; and an elongated second tube spaced laterally from the first tube, the second tube formed from the first fabric including at least a second outer wall segment defining a second cavity therein; a first web formed from a second fabric, and a second web formed from the second fabric, the first web including two or more elongated edges secured to circumferentially spaced interior surfaces of the first outer wall segment such that the first web extends longitudinally along a portion of a first tube length L 1 inside the first cavity to divide the first cavity along first tube length L 1 into at least two sections and to define a first reinforced tube portion ; and the second web including two or more elongated edges secured to circumferentially spaced interior surfaces of the second outer wall segment such that the second web extends longitudinally along a portion of a second tube length L 2 inside the second cavity to divide the second cavity along second tube length L 2 into at least two sections and to define a second reinforced tube portion , and further comprising: a slide ramp secured to and supported laterally by at least the first and second tubes.
A spectacle lens comprising, on a lens base material, a multilayer film comprising two or more layers having different refractive indices and at least one tin oxide layer between them, wherein the tin oxide layer - has a composition gradient in which an oxygen content rate as an atomic percentage increases from the lens base material side to the other side, and - comprises an intermediate region having an oxygen content rate (atom-%) higher than that of the surface layer portion of the lens base material side and lower than that of the surface layer portion of the other side. - has a composition gradient in which an oxygen content rate as an atomic percentage increases from the lens base material side to the other side, and - comprises an intermediate region having an oxygen content rate (atom-%) higher than that of the surface layer portion of the lens base material side and lower than that of the surface layer portion of the other side.
A light detection device comprising: a housing comprising a top surface and a bottom surface , wherein the housing extends along a housing axis between the top surface and the bottom surface ; a support member connected to the housing and adapted to be selectively moved between a closed position and an open position, wherein the support member is further adapted to maintain the light detection device in an upright position when the bottom surface and the support member are in contact with a working surface and the support member is in the open position, wherein the housing axis forms an angle with a vertical axis of at least 0 degrees and no greater than 45 degrees when the bottom surface and the support member are in contact with the working surface and the support member is in the open position, wherein the support member is adapted such that the angle formed between the housing axis and the vertical axis is adjustable; a detector disposed within the housing and adapted to detect light emitted by a sample disposed within the housing and a receptacle disposed within the housing adapted for receiving a sample or a sampling apparatus a housing comprising a top surface and a bottom surface , wherein the housing extends along a housing axis between the top surface and the bottom surface ; a support member connected to the housing and adapted to be selectively moved between a closed position and an open position, wherein the support member is further adapted to maintain the light detection device in an upright position when the bottom surface and the support member are in contact with a working surface and the support member is in the open position, wherein the housing axis forms an angle with a vertical axis of at least 0 degrees and no greater than 45 degrees when the bottom surface and the support member are in contact with the working surface and the support member is in the open position, wherein the support member is adapted such that the angle formed between the housing axis and the vertical axis is adjustable; a detector disposed within the housing and adapted to detect light emitted by a sample disposed within the housing and a receptacle disposed within the housing adapted for receiving a sample or a sampling apparatus
Magnetic angular sensor device destined to sense an external magnetic field , the sensor device comprising a plurality of magnetic sensor elements , each sensor element comprising a magnetic tunnel junction containing a ferromagnetic reference layer having a reference magnetization that is pinned in a pinning direction , a ferromagnetic sense layer having a sense magnetization that can be oriented in an external magnetic field , and a tunnel barrier spacer layer , between the reference layer and the sense layer ; wherein the sense layer of at least a portion of said plurality of sensor elements comprises an in-plane uniaxial sense magnetic anisotropy having an easy axis that is aligned substantially parallel to the pinning direction , such that an angular deviation in the alignment of the direction of the sense magnetization in the external magnetic field is equal or less than 0.5° within a range of external magnetic field of about 200 Oe. each sensor element comprising a magnetic tunnel junction containing a ferromagnetic reference layer having a reference magnetization that is pinned in a pinning direction , a ferromagnetic sense layer having a sense magnetization that can be oriented in an external magnetic field , and a tunnel barrier spacer layer , between the reference layer and the sense layer ; wherein the sense layer of at least a portion of said plurality of sensor elements comprises an in-plane uniaxial sense magnetic anisotropy having an easy axis that is aligned substantially parallel to the pinning direction , such that an angular deviation in the alignment of the direction of the sense magnetization in the external magnetic field is equal or less than 0.5° within a range of external magnetic field of about 200 Oe.