mhurhangee/patent-ind-claim-en huggingface dataset:
High-strength, corrosion-resistant shaped bodies which absorb mechanical energy and are composed of iron alloys having a composition according to the formula Fe a Cr b C c E1 d E2 e E3 f , where E1 is one or more elements of the group consisting of V, W, E2 is one or more elements of the group consisting of Mo, Ti, Nb, Ni, E3 is B and/or N and a = 100- (b+c+d+e+f) b = 13 to 20 c = 0.8 to 1.6 d = 0.5 to 5 e = 0 to 8 f = 0 to 0.5 (a, b, c, d, e, f in % by mass), and which can comprise small, production-related additives and impurities and which have a structure having a homogeneous microstructure consisting of at least one face centred cubic (FCC) phase and at least one body centred cubic and/or body centred tetragonal (BCC/BCT) phase and at least one carbidic phase. E1 is one or more elements of the group consisting of V, W, E2 is one or more elements of the group consisting of Mo, Ti, Nb, Ni, E3 is B and/or N a = 100- (b+c+d+e+f) b = 13 to 20 c = 0.8 to 1.6 d = 0.5 to 5 e = 0 to 8 f = 0 to 0.5 (a, b, c, d, e, f in % by mass), and which can comprise small, production-related additives and impurities and which have a structure having a homogeneous microstructure consisting of at least one face centred cubic (FCC) phase and at least one body centred cubic and/or body centred tetragonal (BCC/BCT) phase and at least one carbidic phase.
Rotary electric machine comprising at least one electronic module such as a power module or a control module or an excitation module , a heatsink comprising a base plate and a power interconnection part , said part comprising at least one power track provided with electrical power terminals that are each intended to cooperate with a power track of said at least one electronic module so as to distribute electrical power to said electronic module , the power interconnection part comprises a base plate made of electrically insulating material that at least partially overmoulds said power track , said electronic module is integrated on said machine independently of said power interconnection part , said power interconnection part being stacked in a plane different to that used by the electronic module , said planes being perpendicular to the axis of rotation (AX) of the machine, characterized in that : - said electronic module has a set of electronic components that are disposed in a housing and said at least one power track forms a connection element accessible from outside said module for the operation thereof - in that the electrical power terminals of the power track extend towards the outer periphery of said part , - and in that the base plate of the heatsink is configured to be able to be sandwiched axially between the power interconnection part , which is situated towards the inside of the machine, and the electronic module , which is situated towards the outside of the machine, such that the power interconnection part is configured to be placed on the lower face of the heatsink. - said electronic module has a set of electronic components that are disposed in a housing and said at least one power track forms a connection element accessible from outside said module for the operation thereof - in that the electrical power terminals of the power track extend towards the outer periphery of said part , - and in that the base plate of the heatsink is configured to be able to be sandwiched axially between the power interconnection part , which is situated towards the inside of the machine, and the electronic module , which is situated towards the outside of the machine, such that the power interconnection part is configured to be placed on the lower face of the heatsink.
A power electronics system for controlling and supplying an electrical load with electrical energy, the power electronics system comprising: - a power electronics circuit configured to control and supply the electrical load with electrical energy from an energy source, the power electronics circuit having at least one power switching element; - a cryogenic cooling loop configured for cooling the power electronics circuit , the cryogenic cooling loop having a control valve configured for controlling coolant flow within the cryogenic cooling loop ; and - a controller configured for controlling the control valve based on at least one electrical property of the power switching element and/or based on the way power switching elements are electrically connected together. - a power electronics circuit configured to control and supply the electrical load with electrical energy from an energy source, the power electronics circuit having at least one power switching element; - a cryogenic cooling loop configured for cooling the power electronics circuit , the cryogenic cooling loop having a control valve configured for controlling coolant flow within the cryogenic cooling loop ; and - a controller configured for controlling the control valve based on at least one electrical property of the power switching element and/or based on the way power switching elements are electrically connected together.
An exhaust system for treating an exhaust gas produced by a compression ignition engine, wherein the exhaust system comprises an oxidation catalyst comprising: a substrate which is a flow-through monolith substrate having an inlet end surface and an outlet end surface; a catalytic material disposed on the substrate, wherein the catalytic material comprises platinum (Pt); a capture zone comprising a capture material, wherein the capture material comprises a Pt-alloying metal, which is palladium (Pd), disposed or supported on a refractory oxide, which capture material is disposed or supported on a plurality of channel walls within the substrate, wherein the refractory oxide comprises particles thereof having a mean specific surface area ≥ 50 m 2 /g of at least 65 % by weight of zirconia and less than 20 % by weight of ceria, wherein the mean specific surface area is determined by nitrogen physisorption at -196°C using the volumetric method and using the BET adsorption isotherm equation, wherein the capture zone has a mean length of ≤ 20 mm and 10 to 30% of the length of the substrate, is disposed on the outlet end surface of the substrate and is arranged to contact the exhaust gas after the exhaust gas has contacted and/or passed through the catalytic material comprising Pt; and an emissions control device disposed downstream from the oxidation catalyst, which emissions control device is a selective catalytic reduction (SCR) catalyst or a SCR filter catalyst. a substrate which is a flow-through monolith substrate having an inlet end surface and an outlet end surface; a catalytic material disposed on the substrate, wherein the catalytic material comprises platinum (Pt); a capture zone comprising a capture material, wherein the capture material comprises a Pt-alloying metal, which is palladium (Pd), disposed or supported on a refractory oxide, which capture material is disposed or supported on a plurality of channel walls within the substrate, wherein the refractory oxide comprises particles thereof having a mean specific surface area ≥ 50 m 2 /g of at least 65 % by weight of zirconia and less than 20 % by weight of ceria, wherein the mean specific surface area is determined by nitrogen physisorption at -196°C using the volumetric method and using the BET adsorption isotherm equation, wherein the capture zone has a mean length of ≤ 20 mm and 10 to 30% of the length of the substrate, is disposed on the outlet end surface of the substrate and is arranged to contact the exhaust gas after the exhaust gas has contacted and/or passed through the catalytic material comprising Pt; and an emissions control device disposed downstream from the oxidation catalyst, which emissions control device is a selective catalytic reduction (SCR) catalyst or a SCR filter catalyst.
An exoskeleton comprising: a first link configured to pivot in a transverse plane about a first vertical axis; a second link coupled to the first link ; an arm support assembly coupled to the second link and configured to pivot about a horizontal axis, wherein: the arm support assembly includes a spring configured to generate an assistive torque that counteracts gravity; and the arm support assembly is configured to provide the assistive torque to an arm of a wearer to support the arm of the wearer; and a cuff coupled to the arm support assembly and configured to provide support for the arm of the wearer, characterized in that : the second link is configured to pivot in a transverse plane about a second vertical axis; the arm support assembly further includes a cam profile and a cam follower ; and the arm support assembly is configured such that contact between the spring , cam follower and cam profile determines an amount of the assistive force provided by the arm support assembly . the second link is configured to pivot in a transverse plane about a second vertical axis; the arm support assembly further includes a cam profile and a cam follower ; and the arm support assembly is configured such that contact between the spring , cam follower and cam profile determines an amount of the assistive force provided by the arm support assembly .
A method of operating a medical imaging apparatus, the method comprising: acquiring (S510) three-dimensional volume data about a muscle tissue of an object; generating (S520) a 3D image about the muscle tissue of the object based on the 3D volume data; extracting (S530) a muscle tissue curve corresponding to a muscle tissue shape of the object by connecting voxels included in the muscle tissue of the 3D image; analyzing (S540) a motion of the object based on the extracted muscle tissue curve; and displaying (S550) the extracted muscle tissue curve and a result of the analysis; characterised in that the extracting of the muscle tissue curve comprises connecting a first point where a first voxel included in the 3D image is located in n-th frame data to a second point where the first voxel is located in (n+1)th frame data. acquiring (S510) three-dimensional volume data about a muscle tissue of an object; generating (S520) a 3D image about the muscle tissue of the object based on the 3D volume data; extracting (S530) a muscle tissue curve corresponding to a muscle tissue shape of the object by connecting voxels included in the muscle tissue of the 3D image; analyzing (S540) a motion of the object based on the extracted muscle tissue curve; and displaying (S550) the extracted muscle tissue curve and a result of the analysis; characterised in that the extracting of the muscle tissue curve comprises connecting a first point where a first voxel included in the 3D image is located in n-th frame data to a second point where the first voxel is located in (n+1)th frame data.
An application device configured to clean grinding surfaces of grinding wheels, said grinding wheels being mounted in a machine for grinding ophthalmic lenses, the machine comprising at least: - one grinding wheel having a grinding surface and being rotatably mounted in the machine around a first axis ; and - gripping members configured to receive an ophthalmic lens; and the application device comprising: - a central portion having coupling means configured to cooperate with the gripping members so as to mount the application device in the grinding machine ; and - a peripheral edge and a disk consisting of a soft material, wherein the disk comprises an inside face configured to cooperate with the peripheral edge of the application device , so as to mount the disk on the central portion , and an external face forming an application surface, so as to directly cooperate with the grinding surface of the grinding wheel so as to clean the grinding surface . - one grinding wheel having a grinding surface and being rotatably mounted in the machine around a first axis ; and - gripping members configured to receive an ophthalmic lens; and - a central portion having coupling means configured to cooperate with the gripping members so as to mount the application device in the grinding machine ; and - a peripheral edge and a disk consisting of a soft material, wherein the disk comprises an inside face configured to cooperate with the peripheral edge of the application device , so as to mount the disk on the central portion , and an external face forming an application surface, so as to directly cooperate with the grinding surface of the grinding wheel so as to clean the grinding surface . an inside face configured to cooperate with the peripheral edge of the application device , so as to mount the disk on the central portion , and an external face forming an application surface, so as to directly cooperate with the grinding surface of the grinding wheel so as to clean the grinding surface .
A lapping material comprising: a knitted fabric constituted by warp knitting or weft knitting; a resin with which the knitted fabric is impregnated, wherein: the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm ; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301 , of 400 or less and a curing agent. a knitted fabric constituted by warp knitting or weft knitting; a resin with which the knitted fabric is impregnated, wherein: the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm ; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301 , of 400 or less and a curing agent. the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm ; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301 , of 400 or less and a curing agent.
A Software-Defined Radio, SDR, Earth Atmosphere Imaging system for use with a computing device, whereby the system comprises at least one imager . the imager comprising: a radio wave emitter ; a radio wave detector , the radio wave detector including either a one dimensional array of radio wave receivers or a two-dimensional array of radio wave receivers ; a vector network analyzer , the vector network analyzer including a Global Navigation Satellite System GNSS with an at least one timer ; and a software defined radio in electronic communication with the vector network analyzer, wherein the radio wave emitter is for emitting a sky wave to the ionosphere upon sending a first time signal to the vector network analyzer, where the sky wave is reflected back as a carrier wave , the radio wave detector is for emitting a second time signal to the vector network analyzer upon each receiver of the one dimensional array of radio wave receivers or the two dimensional array of receiver receiving the carrier wave , the software defined radio is for controlling the vector network analyzer and the vector network analyzer is for determining a time difference between the first time signal and the second time signal, and determining a phase difference between the emitted radio wave and the carrier wave, based on the time difference.
An in vitro method for detecting or monitoring an endometrial carcinoma in a human subject, which method comprises detecting, or determining the level of, methylation of OXT and/or ZSCAN12 gene in a biological sample from the subject, wherein the biological sample contains genomic DNA.
A method of registering image space and physical space with a computer aided navigation system, comprising: acquiring image data to define the image space, wherein the image data includes a plurality of points having a sub-plurality of fiducial points; extracting surface points in the acquired image data including the sub-plurality of fiducial points ; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a two-dimensional template to the plurality of points , wherein comparing the two-dimensional template to the plurality of points includes comparing the two-dimensional template to the tangential resection image data; determining an initial list of points from the plurality of points as the sub-plurality of fiducial points from the plurality of points based on comparing the two-dimensional template to the plurality of points ; determining a final list of points as the sub-plurality of fiducial points at least by comparing a three-dimensional fiducial template to the acquired image data ; identifying a plurality of fiducial markers in the physical space that are imaged in the acquired image data ; and registering the image space to the physical space based on the determined final list of points and the identified plurality of fiducial markers . acquiring image data to define the image space, wherein the image data includes a plurality of points having a sub-plurality of fiducial points; extracting surface points in the acquired image data including the sub-plurality of fiducial points ; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a two-dimensional template to the plurality of points , wherein comparing the two-dimensional template to the plurality of points includes comparing the two-dimensional template to the tangential resection image data; determining an initial list of points from the plurality of points as the sub-plurality of fiducial points from the plurality of points based on comparing the two-dimensional template to the plurality of points ; determining a final list of points as the sub-plurality of fiducial points at least by comparing a three-dimensional fiducial template to the acquired image data ; identifying a plurality of fiducial markers in the physical space that are imaged in the acquired image data ; and registering the image space to the physical space based on the determined final list of points and the identified plurality of fiducial markers .
A sparger comprising: a disc-shaped body; and first holes and second holes having different sizes from each other provided in the body, wherein the diameter of the second holes is smaller than the diameter of the first holes , wherein the second holes include a protrusion formed upward along an outer circumference surface of the second holes , wherein the protrusion is formed to have a constant diameter upward. a disc-shaped body; and first holes and second holes having different sizes from each other provided in the body, wherein the diameter of the second holes is smaller than the diameter of the first holes , wherein the second holes include a protrusion formed upward along an outer circumference surface of the second holes , wherein the protrusion is formed to have a constant diameter upward.
A firearm attachment, comprising: a base (202; 302) adapted to couple to a muzzle end of a barrel of a firearm; a flash hider that extends forward from the base (202; 302); wherein the base (202; 302) includes a plurality of apertures (230; 232) disposed rearward of the flash hider that extend from a bore within the base (202; 302) through an outer circumfery of the firearm attachment; wherein the apertures comprise a constriction portion proximate the bore comprising a substantially cylindrical cross-section, and an expansion portion proximate the outer circumfery comprising a substantially frusto-conical cross-section; wherein the apertures (230; 232) are distributed in an arc comprising only less than half of the outer circumfery of the firearm attachment and are adapted to impart thrust to the firearm attachment in response to combustion gases passed from the bore through the apertures (230; 232) to compensate for an undesired muzzle movement associated with the firearm; and wherein the expansion portion subtends at an angle of 40 degrees. a base (202; 302) adapted to couple to a muzzle end of a barrel of a firearm; a flash hider that extends forward from the base (202; 302); wherein the base (202; 302) includes a plurality of apertures (230; 232) disposed rearward of the flash hider that extend from a bore within the base (202; 302) through an outer circumfery of the firearm attachment; wherein the apertures comprise a constriction portion proximate the bore comprising a substantially cylindrical cross-section, and an expansion portion proximate the outer circumfery comprising a substantially frusto-conical cross-section; wherein the apertures (230; 232) are distributed in an arc comprising only less than half of the outer circumfery of the firearm attachment and are adapted to impart thrust to the firearm attachment in response to combustion gases passed from the bore through the apertures (230; 232) to compensate for an undesired muzzle movement associated with the firearm; and wherein the expansion portion subtends at an angle of 40 degrees.
A process for producing an automotive glass with a member, the process comprising bonding together an adhesion surface of an adherend and an adhesion surface of an automotive glass using an adhesive , and then curing the adhesive using a superheated steam generator, thereby attaching the adherend to the automotive glass; characterized in that the superheated steam generator comprises: a boiler part for generating steam, a superheating unit for superheating the steam generated in the boiler part, and a superheated steam vessel equipped internally with one or more heaters and one or more superheated steam outlets for discharging the superheated steam supplied from the superheating unit; and in that the step of curing the adhesive is performed by covering the adherend placed on the automotive glass with the superheated steam vessel, spraying the superheated steam from the one or more superheated steam outlets to the adherend, and then spraying dry gas. a boiler part for generating steam, a superheating unit for superheating the steam generated in the boiler part, and a superheated steam vessel equipped internally with one or more heaters and one or more superheated steam outlets for discharging the superheated steam supplied from the superheating unit; and