mhurhangee/patent-ind-claim-en huggingface dataset:
A battery electrolyte comprising: a non-aqueous solvent including a perfluoropolyether that is functionalized at only one molecule end, the perfluoropolyether including perfluoroalkyl chains and oxygen atoms in such a manner that a perfluoroalkyl chain and an oxygen atom are alternately bound to each other; and a metal salt that is a magnesium salt, an alkaline earth metal salt, or an alkali metal salt, and that is dissolved in the non-aqueous solvent, wherein the perfluoropolyether is a compound represented by formula : R f -O-(C α F 2α -O-) p -(C β F 2β -O-) q -R 1 where R f is a perfluoroalkyl group and is linear, branched, or cyclic; α is 3 and β is 3; and p and q, each being the number of repeating units, are each independently an integer equal to or more than 0 and less than or equal 20, wherein the sum of p and q is at least 1, wherein in formula R 1 is represented by C γ F 2γ -C x H 2x -O-C(=O)-OC y H 2y+1 ; where γ is 2; x is 1; y is 1; or R 1 is represented by C γ F 2γ -COO-C y H 2y+1 where γ is 2; y is 1; or R 1 is represented by C γ F 2γ -C x H 2x -O-C y H 2y+1 where γ is 2; x is 1; y is 1; wherein the perfluoropolyether has a weight average molecular weight in a range of 350 to 2,000. a non-aqueous solvent including a perfluoropolyether that is functionalized at only one molecule end, the perfluoropolyether including perfluoroalkyl chains and oxygen atoms in such a manner that a perfluoroalkyl chain and an oxygen atom are alternately bound to each other; and a metal salt that is a magnesium salt, an alkaline earth metal salt, or an alkali metal salt, and that is dissolved in the non-aqueous solvent, wherein the perfluoropolyether is a compound represented by formula : R f -O-(C α F 2α -O-) p -(C β F 2β -O-) q -R 1 where R f is a perfluoroalkyl group and is linear, branched, or cyclic; α is 3 and β is 3; and p and q, each being the number of repeating units, are each independently an integer equal to or more than 0 and less than or equal 20, wherein the sum of p and q is at least 1, wherein in formula R 1 is represented by C γ F 2γ -C x H 2x -O-C(=O)-OC y H 2y+1 ; where γ is 2; x is 1; y is 1; or R 1 is represented by C γ F 2γ -COO-C y H 2y+1 where γ is 2; y is 1; or R 1 is represented by C γ F 2γ -C x H 2x -O-C y H 2y+1 where γ is 2; x is 1; y is 1; wherein the perfluoropolyether has a weight average molecular weight in a range of 350 to 2,000.
A loading-detecting orthosis having a sensor generating sensor signals that has sensor elements in pressure areas (I,II), and a sensor signal-evaluating electronics therefor designed to indicate critical loading, characterized in that the sensor signal-evaluating electronics is designed to ascertain characteristic values regarding pressure loading events detected at least per pressure area by way of the sensor elements , to form a sum value into which the characteristic values are incorporated by amount in weighted form such that at least three different weights are used, and to generate an alert signal when the sum value exceeds a stipulated amount. a sensor generating sensor signals that has sensor elements in pressure areas (I,II), and a sensor signal-evaluating electronics therefor designed to indicate critical loading, characterized in that the sensor signal-evaluating electronics is designed to ascertain characteristic values regarding pressure loading events detected at least per pressure area by way of the sensor elements , to form a sum value into which the characteristic values are incorporated by amount in weighted form such that at least three different weights are used, and to generate an alert signal when the sum value exceeds a stipulated amount.
An anticancer composition, comprising: a) a 13-deoxy anthracycline selected from the group consisting of 13-deoxydoxorubicin, 5-imino-13-deoxydoxorubicin, 13-deoxydaunorubicin, and 5-imino-13-deoxydaunorubicin; and b) a taxane which is paclitaxel. a) a 13-deoxy anthracycline selected from the group consisting of 13-deoxydoxorubicin, 5-imino-13-deoxydoxorubicin, 13-deoxydaunorubicin, and 5-imino-13-deoxydaunorubicin; and b) a taxane which is paclitaxel.
A surgical training device , comprising: a base ; and a top cover having a top surface and a bottom surface; the top cover being connected to and spaced apart from the base to define an internal cavity having an adjustable-height between the top cover and the base; the top cover having a plurality of apertures that serve as fixed insertion ports for instruments; characterized in that the top cover and the base are interconnected around their peripheries via a height adjusting mechanism to accommodate a variety of simulated patient positions in minimally invasive surgical procedures. a base ; and a top cover having a top surface and a bottom surface; the top cover being connected to and spaced apart from the base to define an internal cavity having an adjustable-height between the top cover and the base; the top cover having a plurality of apertures that serve as fixed insertion ports for instruments; characterized in that the top cover and the base are interconnected around their peripheries via a height adjusting mechanism to accommodate a variety of simulated patient positions in minimally invasive surgical procedures.
A wire harness protector for fixing a corrugated tube through which a wire harness is inserted, ( ) comprising: a protector body configured to accommodate a corrugated tube extending in a front-rear direction and through which a wire harness is inserted; and a cover configured to cover an opening of the protector body , wherein a first front end (23/15) is one of a front end of the protector body or a front end of the cover and a second front end (15/23) is the other of the front ends, wherein the first front end (23/15) is arranged rearward of the second front end (15/23), a portion of the wire harness protector located at the first front end includes an arc plate-shaped first rib (25/16) configured to engage with annular concave portion of a convexo-concave outer surface of the corrugated tube and ( ) hold the corrugated tube , a portion of the wire harness protector facing the first front end and located rearward of the second front end includes a second rib (16/25) configured to hold the corrugated tube , and a portion of the wire harness protector between the second rib (16/25) and the second front end (15/23) includes at least one protrusion configured to lock annular convex portions of the convexo-concave outer surface of the corrugated tube and ( ) hold the corrugated tube . a protector body configured to accommodate a corrugated tube extending in a front-rear direction and through which a wire harness is inserted; and a cover configured to cover an opening of the protector body , wherein a first front end (23/15) is one of a front end of the protector body or a front end of the cover and a second front end (15/23) is the other of the front ends, wherein the first front end (23/15) is arranged rearward of the second front end (15/23), a portion of the wire harness protector located at the first front end includes an arc plate-shaped first rib (25/16) configured to engage with annular concave portion of a convexo-concave outer surface of the corrugated tube and ( ) hold the corrugated tube , a portion of the wire harness protector facing the first front end and located rearward of the second front end includes a second rib (16/25) configured to hold the corrugated tube , and a portion of the wire harness protector between the second rib (16/25) and the second front end (15/23) includes at least one protrusion configured to lock annular convex portions of the convexo-concave outer surface of the corrugated tube and ( ) hold the corrugated tube .
A video monitoring method for a blade of a wind turbine, comprising: Calculating a pan value and a tilt value based on each of a plurality of circular arc angles when the blade of the wind turbine is in a stationary state, wherein the plurality of circular arc angles are set based on a circular arc curve on a rotational plane of the blade, which is formed with a first point (O) as a center and a first distance (r) as a radius, wherein the first point (O) is an intersection of a spindle of the wind turbine with the rotational plane of the blade, and the first distance (r) is a distance from the first point (O) to a monitoring part (B) on the blade; and setting a pan value and a tilt value of a video camera to the calculated pan value and tilt value, respectively, to capture the blade, wherein the video camera is mounted at a top of a nacelle of the wind turbine. Calculating a pan value and a tilt value based on each of a plurality of circular arc angles when the blade of the wind turbine is in a stationary state, wherein the plurality of circular arc angles are set based on a circular arc curve on a rotational plane of the blade, which is formed with a first point (O) as a center and a first distance (r) as a radius, wherein the first point (O) is an intersection of a spindle of the wind turbine with the rotational plane of the blade, and the first distance (r) is a distance from the first point (O) to a monitoring part (B) on the blade; and setting a pan value and a tilt value of a video camera to the calculated pan value and tilt value, respectively, to capture the blade, wherein the video camera is mounted at a top of a nacelle of the wind turbine.
An information terminal configured to be used with a wrist information device comprising an operation receiver and having a clock function, the information terminal comprising: a position measurement module configured to obtain position information using a satellite positioning system; a communication circuit configured to be capable of communication with the wrist information device ; a memory ; and a processor , characterized in that the processor is configured to: obtain information about an operation of the clock function, wherein the clock function is a stopwatch function, input by a user into the wrist information device , from the wrist information device via the communication circuit , during establishment of connection of the communication, obtain the position information obtained using the satellite positioning system, from the position measurement module , and store, in the memory , the position information and the information about the operation of the stopwatch function in association with each other. a position measurement module configured to obtain position information using a satellite positioning system; a communication circuit configured to be capable of communication with the wrist information device ; a memory ; and a processor , obtain information about an operation of the clock function, wherein the clock function is a stopwatch function, input by a user into the wrist information device , from the wrist information device via the communication circuit , during establishment of connection of the communication, obtain the position information obtained using the satellite positioning system, from the position measurement module , and store, in the memory , the position information and the information about the operation of the stopwatch function in association with each other.
Polyesters obtained from alpha-epoxides that are derived from alpha-olefins comprising 10 to 16 carbon atoms, or from diols that are derived from that alpha-epoxides, and saturated linear aliphatic dicarboxylic acids selected from the group consisting of azelaic acid (nonanedioic acid), sebacic acid (decanedioic acid), dodecanedioic acid and mixtures thereof, wherein the polyesters have a number-average molecular weight M n in the range of 1,000 to 15,000 g/mol, determined by size exclusion chromatography (SEC) using polymethylmethacrylate standards.
Parking mechanism arrangement for a motor vehicle transmission having - a housing and a shaft supported so that it can rotate in relation to the housing , - a parking mechanism gear which is rotationally fixed to the shaft and comprises a parking mechanism tooth system , - a parking mechanism pawl which is supported so that it can pivot about a pawl axis in relation to the housing and comprises a pawl tooth , which is capable of engaging in a tooth space of the parking mechanism tooth system in order to establish a locked position (SP), - an actuating mechanism which comprises an actuating element , which acts upon an actuating portion of the parking mechanism pawl in order to pivot the parking mechanism pawl from a release position (FP) into the locked position (SP), characterized in that the actuating element is embodied as a cam ring , which is arranged concentrically with the shaft and which comprises a cam portion , which acts on the actuating portion in order to establish the locked position (SP). - a housing and a shaft supported so that it can rotate in relation to the housing , - a parking mechanism gear which is rotationally fixed to the shaft and comprises a parking mechanism tooth system , - a parking mechanism pawl which is supported so that it can pivot about a pawl axis in relation to the housing and comprises a pawl tooth , which is capable of engaging in a tooth space of the parking mechanism tooth system in order to establish a locked position (SP), - an actuating mechanism which comprises an actuating element , which acts upon an actuating portion of the parking mechanism pawl in order to pivot the parking mechanism pawl from a release position (FP) into the locked position (SP),
Bar of noble metal or an alloy containing noble metal, having a mass mB, characterised in that the bar is subdivided into many miniature bars each having a desired mass mk, which are arranged in a plurality of rows and a plurality of columns and in that between the directly adjacent miniature bars there exists an interconnection of solid material , in that the interconnection of solid material is a part of depressions formed in the bar , in that the depressions are in the form of grooves and in that the position of the grooves in the bar is selected such that the miniature bars delimited by the grooves have the desired mass and in that the interconnection of solid material has a break point and can be separated without the use of a tool.
A pharmaceutically acceptable vaccine composition comprising a nucleic acid encoding at least one CMV antigen, for use in a method of eliciting in a subject an immune response to a cell that expresses a CMV antigen, wherein the cell that expresses a CMV antigen is a cancer cell of a CMV-associated cancer.
A plant comprising a scion to which a rootstock had been grafted, wherein: (i) the scion contains one or more heritable epigenetic changes in one or more nuclear chromosomes, wherein the epigenetic changes are absent from nuclear chromosomes of a control plant or plant from which the scion was obtained, wherein the heritable epigenetic changes provide_an improvement in a useful trait selected from the group consisting of improved yield, enhanced growth rate, and enhanced biomass in comparison to a control plant; and (ii) wherein an MSH1 (MUTS HOMOLOG 1) gene is suppressed in the rootstock; wherein the MSH1 gene is suppressed with a mutation in the endogenous MSH1 gene or by transgenes that produce a small inhibitory RNA (siRNA), a microRNA (miRNA), a co-suppressing sense RNA, and/or an anti-sense RNA directed to the MSH1 gene; and (iii) wherein the rootstock confers to the plant or progeny thereof the improvement in the useful trait. (i) the scion contains one or more heritable epigenetic changes in one or more nuclear chromosomes, wherein the epigenetic changes are absent from nuclear chromosomes of a control plant or plant from which the scion was obtained, wherein the heritable epigenetic changes provide_an improvement in a useful trait selected from the group consisting of improved yield, enhanced growth rate, and enhanced biomass in comparison to a control plant; and (ii) wherein an MSH1 (MUTS HOMOLOG 1) gene is suppressed in the rootstock; wherein the MSH1 gene is suppressed with a mutation in the endogenous MSH1 gene or by transgenes that produce a small inhibitory RNA (siRNA), a microRNA (miRNA), a co-suppressing sense RNA, and/or an anti-sense RNA directed to the MSH1 gene; and (iii) wherein the rootstock confers to the plant or progeny thereof the improvement in the useful trait.
A method of detecting ice formed on a structure, the method comprising: supplying power to a heater mat , the heater mat being in thermal contact with the structure on which ice is to be detected, and the power being sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC; measuring a surface temperature of the structure adjacent the heater mat over a first period; comparing the measured surface temperature over the first period with a model defining surface temperature characteristics of the structure and heater mat ; and detecting ice formed on a structure based on a difference between the measured surface temperature and the model when the heater mat is supplied with power sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC, wherein the model defining surface temperature characteristics of the structure and heater mat comprises data defining a temperature characteristic for a power supplied to the heater mat when the structure has no ice on the surface or when the structure is in a non-icing condition. supplying power to a heater mat , the heater mat being in thermal contact with the structure on which ice is to be detected, and the power being sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC; measuring a surface temperature of the structure adjacent the heater mat over a first period; comparing the measured surface temperature over the first period with a model defining surface temperature characteristics of the structure and heater mat ; and detecting ice formed on a structure based on a difference between the measured surface temperature and the model when the heater mat is supplied with power sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC, wherein the model defining surface temperature characteristics of the structure and heater mat comprises data defining a temperature characteristic for a power supplied to the heater mat when the structure has no ice on the surface or when the structure is in a non-icing condition.
A method, comprising: selecting, for a memory array that comprises a plurality of memory sections, an active page size that is an integer multiple of a base page size, wherein a base memory page of the base page size comprises logic values of a subset of memory cells within a row of a memory section of the plurality of memory sections, wherein the base page size is equal to a number of sense components associated with the memory section, and wherein a memory page of the active page size comprises a first base memory page of the memory section and a second base memory page of at least a second memory section that are activated in response to an activate command; configuring an address scheme for the memory bank based at least in part on the active page size; and sending an access command using the address scheme and according to the active page size. selecting, for a memory array that comprises a plurality of memory sections, an active page size that is an integer multiple of a base page size, wherein a base memory page of the base page size comprises logic values of a subset of memory cells within a row of a memory section of the plurality of memory sections, wherein the base page size is equal to a number of sense components associated with the memory section, and wherein a memory page of the active page size comprises a first base memory page of the memory section and a second base memory page of at least a second memory section that are activated in response to an activate command; configuring an address scheme for the memory bank based at least in part on the active page size; and sending an access command using the address scheme and according to the active page size.
Water-cooled generator strip having at least two conductor stacks , which are arranged in parallel and which each have a plurality of conductors which are arranged one above another and are electrically insulated from one another by means of a conductor insulation , wherein the conductors are fastened geometrically in relation to one another by means of a cured resin , and wherein a clearance is provided between the conductor stacks, in which clearance there is arranged at least one cooling channel for conveying cooling water, wherein the cooling channel has an outer shell of high thermal conductivity, the outer side of which is in contact at least in partial portions with the conductor insulation of conductors of the conductor stacks, and wherein the outer shell of the cooling channel comprises an electrical insulating layer, characterized in that the outer shell of the cooling channel at least in certain regions comprises a ferromagnetic material.
A pipe fitting configured to be coupled to a pipe , the pipe fitting comprising: a body that is elongate along a central axis that extends in a longitudinal direction, the body including: a shell and a shell through hole that extends through the shell in the longitudinal direction, the shell having a shell inner surface that defines the shell through hole ; a stiffener positioned within the shell through hole , the stiffener including a stiffener outer surface that faces the shell inner surface such that the stiffener outer surface and the shell inner surface cooperate to define a pocket configured to receive the pipe ; and a shell-stiffener seal member including a bracket , a first seal member , and a second seal member , the shell-stiffener seal member positioned in the pocket such that: 1) the first seal member is compressed and forms a seal between the bracket and the shell inner surface , 2) the second seal member is compressed and forms a seal between the bracket and the stiffener outer surface , and 3) the first seal member and the second seal member are aligned in a radial direction, which is perpendicular to the longitudinal direction, the bracket defines a first bracket recess configured to receive the first seal member , the bracket defines a second bracket recess configured to receive the second seal member , and the first bracket recess is aligned with the second bracket recess in the radial direction. a shell and a shell through hole that extends through the shell in the longitudinal direction, the shell having a shell inner surface that defines the shell through hole ; a stiffener positioned within the shell through hole , the stiffener including a stiffener outer surface that faces the shell inner surface such that the stiffener outer surface and the shell inner surface cooperate to define a pocket configured to receive the pipe ; and a shell-stiffener seal member including a bracket , a first seal member , and a second seal member , the shell-stiffener seal member positioned in the pocket such that: 1) the first seal member is compressed and forms a seal between the bracket and the shell inner surface , 2) the second seal member is compressed and forms a seal between the bracket and the stiffener outer surface , and 3) the first seal member and the second seal member are aligned in a radial direction, which is perpendicular to the longitudinal direction, the bracket defines a first bracket recess configured to receive the first seal member , the bracket defines a second bracket recess configured to receive the second seal member , and the first bracket recess is aligned with the second bracket recess in the radial direction.