mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine blade assembly having a longitudinal axis (L) extending between a root end to a tip end , a chord extending transversely to the longitudinal axis between a leading edge and a trailing edge , the wind turbine blade assembly comprising: - a blade shell having a upwind shell side , a downwind shell side , a leading portion defining the leading edge of the wind turbine blade assembly, and a trailing portion arranged opposite to the leading portion and connecting the upwind shell side with the downwind shell side, wherein a cross-section of the trailing portion perpendicular to the longitudinal axis having an outwardly curving arc shape, wherein the upwind shell side and the downwind shell side are formed as separate upwind and downwind shell parts , the blade shell further comprises a joint portion having an upwind joint portion formed integrally with the upwind shell part in one piece, a downwind joint portion formed integrally with the downwind shell part in one piece, and a flange adhering to an inner surface of the upwind joint portion and to an inner surface of the downwind joint portion, so as to structurally join the upwind shell part to the downwind shell part; and - a flatback profile component having an upwind side positioned substantially flush with the upwind shell side, a downwind side positioned substantially flush with the downwind shell side, and a substantially planar flatback side connecting the upwind side with the downwind side, the flatback side defining the trailing edge of the wind turbine blade assembly and being shaped so as to provide the wind turbine blade assembly with a flatback airfoil shape; wherein the flatback profile component is positioned to cover the trailing portion of the blade shell. - a blade shell having a upwind shell side , a downwind shell side , a leading portion defining the leading edge of the wind turbine blade assembly, and a trailing portion arranged opposite to the leading portion and connecting the upwind shell side with the downwind shell side, wherein a cross-section of the trailing portion perpendicular to the longitudinal axis having an outwardly curving arc shape, wherein the upwind shell side and the downwind shell side are formed as separate upwind and downwind shell parts , the blade shell further comprises a joint portion having an upwind joint portion formed integrally with the upwind shell part in one piece, a downwind joint portion formed integrally with the downwind shell part in one piece, and a flange adhering to an inner surface of the upwind joint portion and to an inner surface of the downwind joint portion, so as to structurally join the upwind shell part to the downwind shell part; and - a flatback profile component having an upwind side positioned substantially flush with the upwind shell side, a downwind side positioned substantially flush with the downwind shell side, and a substantially planar flatback side connecting the upwind side with the downwind side, the flatback side defining the trailing edge of the wind turbine blade assembly and being shaped so as to provide the wind turbine blade assembly with a flatback airfoil shape;
Hair styling device , comprising: a jaw assembly including a first jaw having a first plate and a second jaw having a second plate , wherein the first jaw and the second jaw are hingeably connected to each other to thereby be capable of realizing an opened position of the jaw assembly for receiving hair between the first plate and the second plate and a closed position for styling hair between the first plate and the second plate , a heater arrangement configured to heat at least one of the first plate and the second plate , and a hair wetness control mechanism configured to supply a mist of liquid between the first plate and the second plate in the closed position of the jaw assembly , the hair wetness control mechanism comprising a tank configured to contain a liquid, characterized in that the hair wetness control mechanism includes a two-fluid nozzle having at least one outlet configured to emit the mist of liquid, and an air pump , wherein both the air pump and the tank are in fluid communication with the two-fluid nozzle . a jaw assembly including a first jaw having a first plate and a second jaw having a second plate , wherein the first jaw and the second jaw are hingeably connected to each other to thereby be capable of realizing an opened position of the jaw assembly for receiving hair between the first plate and the second plate and a closed position for styling hair between the first plate and the second plate , a heater arrangement configured to heat at least one of the first plate and the second plate , and a hair wetness control mechanism configured to supply a mist of liquid between the first plate and the second plate in the closed position of the jaw assembly , the hair wetness control mechanism comprising a tank configured to contain a liquid, characterized in that the hair wetness control mechanism includes a two-fluid nozzle having at least one outlet configured to emit the mist of liquid, and an air pump , wherein both the air pump and the tank are in fluid communication with the two-fluid nozzle .
A sole structure for an article of footwear , the sole structure comprising: an outsole ; and a midsole including a first surface , a second surface formed on an opposite side of the midsole than the first surface and opposing the outsole , a first cavity formed in the first surface and tapering in a direction from the first surface toward the second surface , and a second cavity formed in the second surface and tapering in a direction from the second surface toward the first surface ; a first quantity of particulate matter disposed within the first cavity ; and a second quantity of particulate matter disposed within the second cavity . an outsole ; and a midsole including a first surface , a second surface formed on an opposite side of the midsole than the first surface and opposing the outsole , a first cavity formed in the first surface and tapering in a direction from the first surface toward the second surface , and a second cavity formed in the second surface and tapering in a direction from the second surface toward the first surface ; a first quantity of particulate matter disposed within the first cavity ; and a second quantity of particulate matter disposed within the second cavity .
Layer composite for use as imitation leather, which has the following layers: a) a carrier layer, which contains textile material, b) a decorative layer, c) a cover layer, which contains a plastic, wax or protein material or a mixture of the above-named, wherein by wax is meant according to the invention natural or artificially created substances which are kneadable at 20 C, solid to brittle-hard, have a coarse to finely crystalline structure, are coloured translucent to opaque but not glassy, melt above 40°C without decomposing, are slightly liquid, i.e. are a little viscous, just above the melting point, have a strongly temperature-dependent consistency and solubility and can be polished with light pressure, wherein the decorative layer is arranged between the textile carrier layer and the cover layer, characterized in that the decorative layer contains or consists of plant leaf material, namely tobacco. a) a carrier layer, which contains textile material, b) a decorative layer, c) a cover layer, which contains a plastic, wax or protein material or a mixture of the above-named, wherein the decorative layer is arranged between the textile carrier layer and the cover layer, characterized in that the decorative layer contains or consists of plant leaf material, namely tobacco.
A system comprising: a magnetic resonance imaging (MRI) system ; a radiation source configured to deliver a treatment; and at least one non-transitory machine-readable medium storing instructions which, when executed by a programmable processor, cause the system to perform operations comprising: capturing a baseline MRI scan and, during the treatment, a subsequent MRI scan; comparing a baseline edema analysis utilizing the baseline MRI scan with a subsequent edema analysis utilizing the subsequent MRI scan to estimate a change in edema in patient tissues; and alerting a clinician or stopping the treatment when the estimated change in edema exceeds an expected value by more than a threshold amount. a magnetic resonance imaging (MRI) system ; a radiation source configured to deliver a treatment; and at least one non-transitory machine-readable medium storing instructions which, when executed by a programmable processor, cause the system to perform operations comprising: capturing a baseline MRI scan and, during the treatment, a subsequent MRI scan; comparing a baseline edema analysis utilizing the baseline MRI scan with a subsequent edema analysis utilizing the subsequent MRI scan to estimate a change in edema in patient tissues; and alerting a clinician or stopping the treatment when the estimated change in edema exceeds an expected value by more than a threshold amount. capturing a baseline MRI scan and, during the treatment, a subsequent MRI scan; comparing a baseline edema analysis utilizing the baseline MRI scan with a subsequent edema analysis utilizing the subsequent MRI scan to estimate a change in edema in patient tissues; and alerting a clinician or stopping the treatment when the estimated change in edema exceeds an expected value by more than a threshold amount.
A method for producing a sterilized subcutaneous access device , the method comprising: - producing a device carrier unit , comprising - providing a carrier, - producing a subcutaneous access part on the carrier, the subcutaneous access part being provided with at least one of a sensor device for detecting an analyte present in a bodily fluid and an infusion device for infusion of a substance, and - producing an electronic assembly on the carrier, characterized in that - producing the electronic assembly comprises printing a battery on a carrier material, and - the device carrier unit is sterilized by radiation sterilization, the sterilizing comprising exposing the printed battery to the radiation applied for sterilization. - producing a device carrier unit , comprising - providing a carrier, - producing a subcutaneous access part on the carrier, the subcutaneous access part being provided with at least one of a sensor device for detecting an analyte present in a bodily fluid and an infusion device for infusion of a substance, and - producing an electronic assembly on the carrier, - providing a carrier, - producing a subcutaneous access part on the carrier, the subcutaneous access part being provided with at least one of a sensor device for detecting an analyte present in a bodily fluid and an infusion device for infusion of a substance, and - producing an electronic assembly on the carrier, - producing the electronic assembly comprises printing a battery on a carrier material, and - the device carrier unit is sterilized by radiation sterilization, the sterilizing comprising exposing the printed battery to the radiation applied for sterilization.
A method for manufacturing decorative surfaces including the steps of: - inkjet printing a colour pattern with one or more aqueous inkjet inks including a polyurethane based latex binder; - impregnating a paper substrate with a thermosetting resin; and - heat pressing the thermosetting resin impregnated paper substrate carrying the inkjet printed colour pattern into a decorative surface. - inkjet printing a colour pattern with one or more aqueous inkjet inks including a polyurethane based latex binder; - impregnating a paper substrate with a thermosetting resin; and - heat pressing the thermosetting resin impregnated paper substrate carrying the inkjet printed colour pattern into a decorative surface.
An ultrasonic endoscope assembly , comprising: a) an endoscope defining one or more lumens, and a needle that can be pushed forward out of a said lumen, to collect a biopsy specimen; b) an ultrasound sub-assembly , attached to said endoscope and including: i) a communications cable including a set of conductors, having a distal end; ii) an ultrasound imaging head connected to said distal end of said cable c) an imaging head movement sub-assembly , including a conduit that is releasably connected to said endoscope, characterised by said conduit containing a tension member that is releasably connected to said ultrasound imaging head; and d) whereby said imaging head movement sub-assembly can be released from said endoscope and said imaging head , enabling processing of said endoscope and said ultrasound sub-assembly separately between different uses. a) an endoscope defining one or more lumens, and a needle that can be pushed forward out of a said lumen, to collect a biopsy specimen; b) an ultrasound sub-assembly , attached to said endoscope and including: i) a communications cable including a set of conductors, having a distal end; ii) an ultrasound imaging head connected to said distal end of said cable i) a communications cable including a set of conductors, having a distal end; ii) an ultrasound imaging head connected to said distal end of said cable c) an imaging head movement sub-assembly , including a conduit that is releasably connected to said endoscope, characterised by said conduit containing a tension member that is releasably connected to said ultrasound imaging head; and d) whereby said imaging head movement sub-assembly can be released from said endoscope and said imaging head , enabling processing of said endoscope and said ultrasound sub-assembly separately between different uses.
A transport refrigeration system comprising: a transport refrigeration unit constructed and arranged to cool a container; an energy storage device constructed and arranged to provide energy for operating the transport refrigeration unit; at least one electrical pathway operatively coupled between the transport refrigeration unit and the energy storage device for supplying at least electrical energy to the transport refrigeration unit; and characterized by a supply refrigerant tube for flowing a refrigerant from the transport refrigeration unit to the energy storage device; and a return refrigerant tube for flowing the refrigerant from the energy storage device to the transport refrigeration unit. a transport refrigeration unit constructed and arranged to cool a container; an energy storage device constructed and arranged to provide energy for operating the transport refrigeration unit; at least one electrical pathway operatively coupled between the transport refrigeration unit and the energy storage device for supplying at least electrical energy to the transport refrigeration unit; and characterized by a supply refrigerant tube for flowing a refrigerant from the transport refrigeration unit to the energy storage device; and a return refrigerant tube for flowing the refrigerant from the energy storage device to the transport refrigeration unit.
A method of determining whether a subject has non-alcoholic steatohepatitis (NASH), comprising forming a biomarker panel having N biomarker proteins from the biomarker proteins listed in Table 7, and detecting the level of each of the N biomarker proteins of the panel in blood, plasma, serum or urine sample from the subject, wherein at least one of the N biomarker proteins is Aminoacylase-1 (ACY1).
Composition for use as an active fluid in a continuous glucose sensor comprising: a lectin, the lectin being Concanavalin A (ConA); a lectin-binding molecule having a molecular weight of 10-100 kDa, the lectin-binding molecule being dextran; at least one chloride salt of a divalent metal ion chosen from MgCl 2 , CaCl 2 and MnCl 2 or a combination thereof, the composition being characterized by : the concentration of ConA is 1-1.5 mM based on the monomer concentration and the concentration of dextran is 1-1.5 mM wherein the continuous glucose sensor is : - measuring the changes in the concentrations of glucose in fluids in vitro or in vivo by detecting osmotic pressure differences, and - tracking glucose concentrations continuously through the recording of osmotic pressure, for measuring glucose concentrations in vitro or in vivo. a lectin, the lectin being Concanavalin A (ConA); a lectin-binding molecule having a molecular weight of 10-100 kDa, the lectin-binding molecule being dextran; at least one chloride salt of a divalent metal ion chosen from MgCl 2 , CaCl 2 and MnCl 2 or a combination thereof, the composition being characterized by : the concentration of ConA is 1-1.5 mM based on the monomer concentration and the concentration of dextran is 1-1.5 mM wherein the continuous glucose sensor is : - measuring the changes in the concentrations of glucose in fluids in vitro or in vivo by detecting osmotic pressure differences, and - tracking glucose concentrations continuously through the recording of osmotic pressure, for measuring glucose concentrations in vitro or in vivo. - measuring the changes in the concentrations of glucose in fluids in vitro or in vivo by detecting osmotic pressure differences, and - tracking glucose concentrations continuously through the recording of osmotic pressure, for measuring glucose concentrations in vitro or in vivo.
Rubber compound having at least two glass transition temperatures Tg, denoted Tg1 and Tg2, and based on at least two rubber compositions denoted C1 and C2, the rubber composition C1 comprising at least one elastomer E1, and having the glass transition temperature Tg1, the composition C2 comprising at least one elastomer E2 and a reinforcing filler, the elastomer E2 being different from the elastomer E1, and having the glass transition temperature Tg2, characterized in that : - the glass transition temperature Tg1 of composition C1 is above or equal to -50°C, - the rubber compound satisfies the mathematical relationship Tg1-Tg2 ≥ 23°C, - the rubber compound has a loss factor profile exhibiting the change in tan δ as a function of the temperature in °C, the loss factor profile being measured over a temperature range extending from -80°C to 60°C at a frequency of 10 Hz and a constant stress of 0.7 MPa and exhibiting one or more peaks, this profile being such that all the tan δ peaks present at a temperature above the glass transition temperature Tg1 have a width at half height less than or equal to 23°C; and - the elastomer E1 is predominant in the rubber compound. - the glass transition temperature Tg1 of composition C1 is above or equal to -50°C, - the rubber compound satisfies the mathematical relationship Tg1-Tg2 ≥ 23°C, - the rubber compound has a loss factor profile exhibiting the change in tan δ as a function of the temperature in °C, the loss factor profile being measured over a temperature range extending from -80°C to 60°C at a frequency of 10 Hz and a constant stress of 0.7 MPa and exhibiting one or more peaks, this profile being such that all the tan δ peaks present at a temperature above the glass transition temperature Tg1 have a width at half height less than or equal to 23°C; and - the elastomer E1 is predominant in the rubber compound.
Use as a solvent in a phytosanitary formulation of an esteramide compound chosen from the following compounds, and mixtures thereof: - MeOOC-A MG -CONMe 2 ; - MeOOC-A ES -CONMe 2 ; - PeOOC-A MG -CONMe 2 ; - PeOOC-A ES -CONMe 2 ; - CycloOOC-A MG -CONMe 2 ; - CycloOOC-A ES -CONMe 2 ; - EhOOC-A MG -CONMe 2 ; - EhOOC-A ES -CONMe 2 ; - PeOOC-A MG -CONEt 2 ; - PeOOC-A ES -CONEt 2 ; - CycloOOC-A MG -CONEt 2 ; - CycloOOC-A ES -CONEt 2 ; - BuOOC-A MG -CONEt 2 ; - BuOOC-A ES -CONEt 2 ; where - A MG represents an MG a group of formula -CH(CH 3 )-CH 2 -CH 2 -, or MG b group of formula - CH 2 -CH 2 -CH(CH 3 )- or a mixture of MG a and MG b groups; - A ES represents an ES a group of formula -CH(C 2 H 5 )-CH 2 -, or ES b group of formula - CH 2 -CH(C 2 H 5 )- or a mixture of ES a and ES b groups; - Pe represents a pentyl group, - Cyclo represents a cyclohexyl group; - Eh represents a 2-ethylhexyl group; and - Bu represents a butyl group. - MeOOC-A MG -CONMe 2 ; - MeOOC-A ES -CONMe 2 ; - PeOOC-A MG -CONMe 2 ; - PeOOC-A ES -CONMe 2 ; - CycloOOC-A MG -CONMe 2 ; - CycloOOC-A ES -CONMe 2 ; - EhOOC-A MG -CONMe 2 ; - EhOOC-A ES -CONMe 2 ; - PeOOC-A MG -CONEt 2 ; - PeOOC-A ES -CONEt 2 ; - CycloOOC-A MG -CONEt 2 ; - CycloOOC-A ES -CONEt 2 ; - BuOOC-A MG -CONEt 2 ; - BuOOC-A ES -CONEt 2 ; - A MG represents an MG a group of formula -CH(CH 3 )-CH 2 -CH 2 -, or MG b group of formula - CH 2 -CH 2 -CH(CH 3 )- or a mixture of MG a and MG b groups; - A ES represents an ES a group of formula -CH(C 2 H 5 )-CH 2 -, or ES b group of formula - CH 2 -CH(C 2 H 5 )- or a mixture of ES a and ES b groups; - Pe represents a pentyl group, - Cyclo represents a cyclohexyl group; - Eh represents a 2-ethylhexyl group; and - Bu represents a butyl group.
Aerosol-generating device comprising: a heating arrangement comprising an induction coil , a first sliding arrangement comprising a first contact , wherein the first sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil , wherein the first contact is mounted on the first sliding arrangement and arranged to contact the induction coil , and a second sliding arrangement comprising a second contact , wherein the second sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil , wherein the second contact is mounted on the second sliding arrangement and arranged to contact the induction coil , wherein alternating current is supplied to the induction coil between the first contact and the second contact . a heating arrangement comprising an induction coil , a first sliding arrangement comprising a first contact , wherein the first sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil , wherein the first contact is mounted on the first sliding arrangement and arranged to contact the induction coil , and a second sliding arrangement comprising a second contact , wherein the second sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil , wherein the second contact is mounted on the second sliding arrangement and arranged to contact the induction coil , wherein alternating current is supplied to the induction coil between the first contact and the second contact .
Device for braking a wheel of an aircraft , a hub of which is mounted rotatably on an axle , the device comprising a stack of discs threaded on a torque tube which is intended to be attached to the axle and equipped internally with a heat shield which is intended to extend opposite an outer surface (5.1) of the hub facing the stack of discs to protect said hub from heat radiation generated by the stack of discs, the heat shield comprising a tubular body coaxial to the torque tube, the braking device being characterized in that the heat shield also comprises a plurality of retaining tabs which are resiliently deformable and secured to the tubular body, each of the retaining tabs and an inner surface (12.1) of the torque tube comprising additional raised portions to engage with one another so as to axially immobilise the heat shield inside the torque tube.