mhurhangee/patent-ind-claim-en huggingface dataset:
An antibody or antigen binding fragment, which is capable of binding to IL-11Rα, comprising: (i) a light chain variable region sequence comprising the following CDRs: LC-CDR1: QSISNN (SEQ ID NO:33); LC-CDR2: YAS (SEQ ID NO:34);and LC-CDR3: QQRYSWPLT (SEQ ID NO:35), or a variant comprising 1 amino acid substitution in the sequence QQRYSWPLT (SEQ ID NO:35); and (ii) a heavy chain variable region sequence comprising the following CDRs: HC-CDR1: GYTFTNYW (SEQ ID NO:60); HC-CDR2: IGPSDSKT (SEQ ID NO:61); and HC-CDR3: ARGDYVLFTY (SEQ ID NO:62); wherein the antibody or antigen binding fragment is capable of inhibiting IL-11 trans signalling. (i) a light chain variable region sequence comprising the following CDRs: LC-CDR1: QSISNN (SEQ ID NO:33); LC-CDR2: YAS (SEQ ID NO:34);and LC-CDR3: QQRYSWPLT (SEQ ID NO:35), or a variant comprising 1 amino acid substitution in the sequence QQRYSWPLT (SEQ ID NO:35); and (ii) a heavy chain variable region sequence comprising the following CDRs: HC-CDR1: GYTFTNYW (SEQ ID NO:60); HC-CDR2: IGPSDSKT (SEQ ID NO:61); and HC-CDR3: ARGDYVLFTY (SEQ ID NO:62); wherein the antibody or antigen binding fragment is capable of inhibiting IL-11 trans signalling.
A system for instructing a device within a wellbore of a subterranean well , the system including: a drill string extending into the subterranean well from a terranean surface , the drill string having an actuator assembly ; characterized in that the actuator assembly has: a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where the actuator assembly is operable to instruct an operation of the device by generating an instruction signal by rotating the first pipe member relative to the second pipe member and interpreting a pattern of a reaction of the segment as the plurality of bearings rotate past the segment. a drill string extending into the subterranean well from a terranean surface , the drill string having an actuator assembly ; characterized in that the actuator assembly has: a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where the actuator assembly is operable to instruct an operation of the device by generating an instruction signal by rotating the first pipe member relative to the second pipe member and interpreting a pattern of a reaction of the segment as the plurality of bearings rotate past the segment.
A method of making a nanostructure comprising an InP core and a first GaP or AlP shell, comprising (a) contacting an InP core with MX 3 , wherein M = Al or Ga, and X = an anion, and a source of phosphide in a solvent to give an InP core surrounded by a first GaP or AlP shell; wherein the contacting in (a) is carried out in the absence of an acid. (a) contacting an InP core with MX 3 , wherein M = Al or Ga, and X = an anion, and a source of phosphide in a solvent to give an InP core surrounded by a first GaP or AlP shell;
Medical device comprising: a handle with a central axis; a flexible tubing which extends from the handle and has a proximal end fixed to the handle; a flexible tip attached to the distal end of the flexible tubing and adapted for bending within multiple bending planes; a tip actuator assembly for adjusting the bending plane of the tip relative to the distal end of the flexible tubing and for adjusting the degree of bending of said tip in the bending plane; a first user operable control supported on the handle and moveable in a first, rotational direction relative to the handle and to the tip actuator assembly around an axis of rotation for causing the tip actuator assembly to adjust the bending plane of the tip without adjusting the degree of bending of the tip in said plane and substantially without rotating the flexible tubing; and a second user operable control supported on the handle and moveable relative to the handle and to the tip actuator assembly along a second direction towards (Tx) and away from the proximal end of the flexible tubing, for causing the tip actuator assembly to adjust the degree of bending of the tip in the bending plane without adjusting the bending plane. a handle with a central axis; a flexible tubing which extends from the handle and has a proximal end fixed to the handle; a flexible tip attached to the distal end of the flexible tubing and adapted for bending within multiple bending planes; a tip actuator assembly for adjusting the bending plane of the tip relative to the distal end of the flexible tubing and for adjusting the degree of bending of said tip in the bending plane; a first user operable control supported on the handle and moveable in a first, rotational direction relative to the handle and to the tip actuator assembly around an axis of rotation for causing the tip actuator assembly to adjust the bending plane of the tip without adjusting the degree of bending of the tip in said plane and substantially without rotating the flexible tubing; and a second user operable control supported on the handle and moveable relative to the handle and to the tip actuator assembly along a second direction towards (Tx) and away from the proximal end of the flexible tubing, for causing the tip actuator assembly to adjust the degree of bending of the tip in the bending plane without adjusting the bending plane.
A hearing device cable for use in a receiver in canal, RIC, device, the cable comprising: a body portion extending between a first end region and a second end region, wherein the body portion comprises a first radial portion proximate the first end region and a second radial portion proximate the second end region, wherein the first radial portion defines a radius of curvature that is greater than or equal to a radius of curvature defined by the second radial portion, wherein the cable is configurable in a relaxed state and a deflected state, wherein the cable lies in a planar dimension in the relaxed state, and wherein the body portion defines an S-shape such that the first radial portion extends along an arc that curves in a direction opposite an arc along which the second radial portion extends. a body portion extending between a first end region and a second end region, wherein the body portion comprises a first radial portion proximate the first end region and a second radial portion proximate the second end region, wherein the first radial portion defines a radius of curvature that is greater than or equal to a radius of curvature defined by the second radial portion, wherein the cable is configurable in a relaxed state and a deflected state, wherein the cable lies in a planar dimension in the relaxed state, and wherein the body portion defines an S-shape such that the first radial portion extends along an arc that curves in a direction opposite an arc along which the second radial portion extends.
An imaging device comprising: a lens ; a release button configured to receive a shooting instruction; and a frame portion configured to form a cavity , at least a portion of the frame portion being an opening and closing member , said frame portion being configured to function as a carabiner and as a see-through finder in a shooting direction, wherein the release button and the opening and closing member of the frame portion are disposed so that projections of at least a portion of the opening and closing member and the release button do not overlap each other in the operation direction of the release button , wherein the frame portion is configured to form a portion of the exterior of the imaging device, and wherein the lens is disposed between the frame portion and the release button in a third axis, orthogonal to both a first axis parallel to the operation direction of the release button and a second axis parallel to an optical axis of the lens . a lens ; a release button configured to receive a shooting instruction; and a frame portion configured to form a cavity , at least a portion of the frame portion being an opening and closing member , said frame portion being configured to function as a carabiner and as a see-through finder in a shooting direction, wherein the release button and the opening and closing member of the frame portion are disposed so that projections of at least a portion of the opening and closing member and the release button do not overlap each other in the operation direction of the release button , wherein the frame portion is configured to form a portion of the exterior of the imaging device, and wherein the lens is disposed between the frame portion and the release button in a third axis, orthogonal to both a first axis parallel to the operation direction of the release button and a second axis parallel to an optical axis of the lens .
A method for cooling a device , wherein - a first device being operated continuously provides a first heat flow caused by the operation; - a surrounding of the first device absorbs the first heat flow ; - a second device different from the first device provides a second heat flow caused by an operation, a data center providing the second heat flow as the second device ; - a heat conduction system thermally coupling the second device and the first device conducts the second heat flow to the first device with no fluid flowing within the heat conduction system being compressed or expanded; - the-first device absorbs the second heat flow ; and wherein - a drinking water network is used as the first device which absorbs the second heat flow and automatically reduces an operating power corresponding to the second heat flow . - a first device being operated continuously provides a first heat flow caused by the operation; - a surrounding of the first device absorbs the first heat flow ; - a second device different from the first device provides a second heat flow caused by an operation, a data center providing the second heat flow as the second device ; - a heat conduction system thermally coupling the second device and the first device conducts the second heat flow to the first device with no fluid flowing within the heat conduction system being compressed or expanded; - the-first device absorbs the second heat flow ; and wherein - a drinking water network is used as the first device which absorbs the second heat flow and automatically reduces an operating power corresponding to the second heat flow .
Cosmetic use of a plant extract of the Galeopsis tetrahit species for stimulating hair growth and/or preventing or treating hair loss.
A security shootbolt for a multipoint lock, comprising an external box-like body and two hook-shaped latches that can rotate about a respective pin for fixing to the box-like body , and an actuation slide , said latches being functionally associated with said actuation slide which in turn is integral with an actuation rod of a main lock, the pivoting pin of a first latch being arranged proximate to the external face of said box-like body and to the region of entry of the actuation rod of the main lock, the pin of the second latch being arranged proximate to the external face of said box-like body and to the portion opposite the region of entry of the rod , said slide comprising a first end for coupling to said actuation rod , and a straight section and elements for coupling to said second latch , characterized in that said slide comprises an abutment tooth for a shoulder of said first latch so that in the configuration of full extraction, said abutment tooth of said slide will allow the resting of said shoulder , thus preventing its extraction, said first latch comprising a recess proximate to said shoulder for the entry of said tooth of said slide in the event the first latch is forced to retract in order to break and enter, with consequent temporary decoupling of said first latch from said slide and maintenance of the second latch in the extraction configuration, and vice versa.
An oral irrigator comprising: an output nozzle ; a flow system for delivering a pressurized flow of liquid to the output nozzle for ejection from the output nozzle; and a controller for controlling the flow rate of the pressurized flow ejected from the output nozzle, wherein the controller is adapted deliver a flow rate which varies over time as a series of pulses , each pulse having a flow rate amplitude which increases progressively over at least the majority of the time duration of the pulse, characterized in that a time gap being provided between the pulses, wherein each pulse is for oral irrigation of a single respective interdental space. an output nozzle ; a flow system for delivering a pressurized flow of liquid to the output nozzle for ejection from the output nozzle; and a controller for controlling the flow rate of the pressurized flow ejected from the output nozzle, wherein the controller is adapted deliver a flow rate which varies over time as a series of pulses , each pulse having a flow rate amplitude which increases progressively over at least the majority of the time duration of the pulse, characterized in that a time gap being provided between the pulses, wherein each pulse is for oral irrigation of a single respective interdental space.
A safety belt retractor including a spool , a locking device for locking the spool and a vehicle sensing device for triggering a locking function of the locking device, wherein the vehicle sensing device has an adaptive vehicle sensing function, wherein the safety belt retractor further includes a vehicle sensing adaptivity suppression device for suppressing the adaptivity of the vehicle sensing function of the vehicle sensing device, and the vehicle sensing adaptivity suppression device includes a driven part and a suppression part , wherein the driven part is configured to be driven by the spool , wherein the suppression part is held on the driven part by an adhesive force, wherein the driven part has a sliding track, and the suppression part has a sliding portion (7.1) that can slide on the sliding track against the adhesive force, wherein the suppression part has a stop (7.3) that cooperates with a stationary counter stop, so that the suppression part can be limited in a first end position, and wherein the suppression part has a retainer (7.4), and the vehicle sensing device has a counter retainer cooperating with the retainer, wherein the retainer and the counter retainer are disengaged when the suppression part is in the first end position, and the retainer and the counter retainer are engaged when the suppression part leaves away from the first end position to a predetermined extent, so that the adaptivity of the vehicle sensing function is locked. wherein the safety belt retractor further includes a vehicle sensing adaptivity suppression device for suppressing the adaptivity of the vehicle sensing function of the vehicle sensing device, and the vehicle sensing adaptivity suppression device includes a driven part and a suppression part , wherein the driven part is configured to be driven by the spool , wherein the suppression part is held on the driven part by an adhesive force, wherein the driven part has a sliding track, and the suppression part has a sliding portion (7.1) that can slide on the sliding track against the adhesive force, wherein the suppression part has a stop (7.3) that cooperates with a stationary counter stop, so that the suppression part can be limited in a first end position, and wherein the suppression part has a retainer (7.4), and the vehicle sensing device has a counter retainer cooperating with the retainer, wherein the retainer and the counter retainer are disengaged when the suppression part is in the first end position, and the retainer and the counter retainer are engaged when the suppression part leaves away from the first end position to a predetermined extent, so that the adaptivity of the vehicle sensing function is locked.
Method for producing a photochromic rare-earth metal oxyhydride material comprising the steps of: - first, in an environment with less than 0.1 ppm O 2 , formation on a substrate of a layer of an essentially oxygen free rare-earth metal hydride with a predetermined thickness using a physical vapor deposition process; and - second, exposing the rare-earth metal hydride layer to an oxygen containing environment where the layer oxidizes and results with rare-earth metal oxyhydride, said second step being performed in an environment having water content in any form with a range defined by a water amount in air at sea level pressure with RH between >0% and 60% RH for temperatures between 0°C and 40°C. - first, in an environment with less than 0.1 ppm O 2 , formation on a substrate of a layer of an essentially oxygen free rare-earth metal hydride with a predetermined thickness using a physical vapor deposition process; and - second, exposing the rare-earth metal hydride layer to an oxygen containing environment where the layer oxidizes and results with rare-earth metal oxyhydride, said second step being performed in an environment having water content in any form with a range defined by a water amount in air at sea level pressure with RH between >0% and 60% RH for temperatures between 0°C and 40°C.
A method for drying biomass fuel using waste heat of flue gas from a power plant, the method comprising: 1) heating air stepwise using waste heat of flue gas: stepwise recovering, by multi-stage condensation, sensible heat of flue gas; stepwise heating air using the sensible heat, to yield first-stage dry air and second-stage dry air, wherein a temperature of the first-stage dry air is higher than a temperature of the second-stage dry air; recovering latent heat of the flue gas as a heat source to exchange heat with air cooler tubes, to yield third-stage dry air, or collecting ambient cold air as the third-stage dry air, wherein a temperature of the third-stage dry air is lower than the temperature of the second-stage air; 2) drying biomass fuel using the first-stage dry air: convectively drying and dehydrating biomass fuel using the first-stage dry air having a temperature of between 150 and 180°C, a moisture content in the biomass fuel being reduced to between 30 and 50%; 3) drying biomass fuel using the second-stage dry air: further convectively drying and dehydrating the biomass fuel using the second-stage dry air having a temperature of between 80 and 100°C, the moisture content in the biomass fuel being reduced to between 25 and 30%; and 4) drying biomass fuel using the third-stage dry air: drying and dehydrating the biomass fuel using the third-stage dry air having a temperature of less than or equal to 25°C, the moisture content in the biomass fuel being reduced to less than 25%. 1) heating air stepwise using waste heat of flue gas: stepwise recovering, by multi-stage condensation, sensible heat of flue gas; stepwise heating air using the sensible heat, to yield first-stage dry air and second-stage dry air, wherein a temperature of the first-stage dry air is higher than a temperature of the second-stage dry air; recovering latent heat of the flue gas as a heat source to exchange heat with air cooler tubes, to yield third-stage dry air, or collecting ambient cold air as the third-stage dry air, wherein a temperature of the third-stage dry air is lower than the temperature of the second-stage air; 2) drying biomass fuel using the first-stage dry air: convectively drying and dehydrating biomass fuel using the first-stage dry air having a temperature of between 150 and 180°C, a moisture content in the biomass fuel being reduced to between 30 and 50%; 3) drying biomass fuel using the second-stage dry air: further convectively drying and dehydrating the biomass fuel using the second-stage dry air having a temperature of between 80 and 100°C, the moisture content in the biomass fuel being reduced to between 25 and 30%; and 4) drying biomass fuel using the third-stage dry air: drying and dehydrating the biomass fuel using the third-stage dry air having a temperature of less than or equal to 25°C, the moisture content in the biomass fuel being reduced to less than 25%.
A cationic lipid represented by the formula (I''): wherein R 1' and R 2' are, the same or different, linear or branched alkyl, alkenyl, or alkynyl having 8 to 24 carbon atoms; R 3' is an alkyl having 1 to 3 carbon atoms; n 1 is 1; n 2 is 1; Z 1 is a hydrogen atom; and Z 2 is a hydrogen atom. wherein R 1' and R 2' are, the same or different, linear or branched alkyl, alkenyl, or alkynyl having 8 to 24 carbon atoms; R 3' is an alkyl having 1 to 3 carbon atoms; n 1 is 1; n 2 is 1; Z 1 is a hydrogen atom; and Z 2 is a hydrogen atom.
A torque motor , comprising: a lower pole-piece ; an upper pole-piece ; an armature ; a shaft ; and a pair of magnetic coils ; the armature having a longitudinal axis (C) and being configured to pivot or rotate; wherein the pair of magnetic coils surround the armature ; and wherein one of the upper and lower pole-pieces is ring-shaped, comprising a radially inner circumferential surface and a radially outer circumferential surface , wherein the one of the upper and lower pole pieces further comprises a first section formed separate from a second section , wherein the first section and the second section are configured to abut each other to form one or more lines of abutment on an outer surface thereof, wherein each line of abutment extends from the inner circumferential surface to the outer circumferential surface , and wherein each line of abutment follows an S- or Z- shape when the first section abuts the second section . a lower pole-piece ; an upper pole-piece ; an armature ; a shaft ; and a pair of magnetic coils ; the armature having a longitudinal axis (C) and being configured to pivot or rotate; wherein the pair of magnetic coils surround the armature ; and wherein one of the upper and lower pole-pieces is ring-shaped, comprising a radially inner circumferential surface and a radially outer circumferential surface , wherein the one of the upper and lower pole pieces further comprises a first section formed separate from a second section , wherein the first section and the second section are configured to abut each other to form one or more lines of abutment on an outer surface thereof, wherein each line of abutment extends from the inner circumferential surface to the outer circumferential surface , and wherein each line of abutment follows an S- or Z- shape when the first section abuts the second section .