mhurhangee/ep-ind-claims huggingface dataset:
A method of optimizing the geometry of a femoral stem of a hip joint prosthesis, the femoral stem comprising a neck; and an anchoring blade that is attached to the neck and that tapers towards a distal end with a lateral narrow side comprising a distal straight portion and a proximal arcuate portion corresponding to a curve, a transition between the distal straight portion and said proximal arcuate portion occurring at an external lateral point; and said method comprising a means of optimizing the profile of the curve of said proximal arcuate portion by a process of iterative modeling steps using a series of curves (39 I, 399 II,... 39 OPT) each defined by a path traced by the external lateral point of the blade on withdrawal of a profile of the stem from a cavity of complementary shape to the stem, wherein in a first iterative step a first curve (39 I) is defined by a path traced by the external lateral point passing to the medial side of an arbitrarily selected proximal point on a part of the blade adjacent the neck on withdrawal of a profile of the stem (20 I) from the cavity of complementary shape to the stem while contact between lateral-distal and proximal-medial stem contours and respective associated boundaries of the cavity are maintained and the first curve (39 I) is used as the profile of the proximal arcuate portion of the stem in the next iterative step.
A preform (210; 310) for a container, comprising: a hollow cylindrical main body (213; 313) having a first thickness; a hollow cylindrical thick portion (217; 317) having a second thickness greater than the first thickness; a curved end portion (219; 319); and a tapered transition portion (215; 315) formed between the main body (213; 313) and the thick portion (217; 317) such that a thickness of the preform (210; 310) increases gradually from the first thickness of the main body (213; 213) to the second thickness of the thick portion (217; 317); wherein inner surfaces of the main body (213; 313), the thick portion (217; 317), and the end portion (219; 319) form a cavity (214; 314), wherein the preform (210; 310) further comprises an integral handle (223; 323) attached to the main body (213; 313) at an upper attachment point (225; 325) and at a lower attachment point (227; 327), wherein an outer diameter of the thick portion (217; 317) is greater than an outer diameter of the main body (213; 313), and wherein an inner diameter of the thick portion (217; 317) is the same as the inner diameter of the main body (213; 313). a hollow cylindrical main body (213; 313) having a first thickness; a hollow cylindrical thick portion (217; 317) having a second thickness greater than the first thickness; a curved end portion (219; 319); and a tapered transition portion (215; 315) formed between the main body (213; 313) and the thick portion (217; 317) such that a thickness of the preform (210; 310) increases gradually from the first thickness of the main body (213; 213) to the second thickness of the thick portion (217; 317); wherein inner surfaces of the main body (213; 313), the thick portion (217; 317), and the end portion (219; 319) form a cavity (214; 314), wherein the preform (210; 310) further comprises an integral handle (223; 323) attached to the main body (213; 313) at an upper attachment point (225; 325) and at a lower attachment point (227; 327), wherein an outer diameter of the thick portion (217; 317) is greater than an outer diameter of the main body (213; 313), and wherein an inner diameter of the thick portion (217; 317) is the same as the inner diameter of the main body (213; 313).
Refrigeration device, particularly a domestic refrigeration device having a heat-insulating housing, which is provided with a foam-filled wall between a first and a second shell (3, 4) through which there extends a pressure compensation passage comprising two interlocking pipe sections (10, 11), of which a first pipe section is anchored on the first shell of the wall and carries an apron bearing against the first shell on the foam side, and wherein the first pipe section also carries an apron bearing against the second shell, characterised in that the second pipe section penetrates an opening of the second shell while maintaining radial play and engages in the first pipe section.
A superconductor wire (10, 10B, 10F), comprising: a superconducting laminate (5, 5B, 5F) that includes: a substrate; and an intermediate layer, a superconductor layer, and a metal stabilization layer (4, 4B, 4F) which are laminated on the substrate; an insulation coating layer (7, 7B, 7F) formed of a baked resin material, covers an outer surface of the superconducting laminate (5, 5B, 5F), characterized in that a maximum height roughness Rz of at least a part of the outer surface of the superconducting laminate (5, 5B, 5F) is 890 nm or less. a superconducting laminate (5, 5B, 5F) that includes: a substrate; and an intermediate layer, a superconductor layer, and a metal stabilization layer (4, 4B, 4F) which are laminated on the substrate; an insulation coating layer (7, 7B, 7F) formed of a baked resin material, covers an outer surface of the superconducting laminate (5, 5B, 5F), characterized in that a maximum height roughness Rz of at least a part of the outer surface of the superconducting laminate (5, 5B, 5F) is 890 nm or less.
An agent that substantially inhibits a patient's protease-activated receptor-1 (PAR-1) signaling activity that results from the proteolytic cleavage of PAR-1 between aspartic acid at position 39 and proline at position 40 for use in the treatment of a thrombotic disease state or atherosclerosis in said patient, comprising administering to the patient diagnosed with or at substantial risk of developing a thrombotic disease state or atherosclerosis a therapeutically effective amount of the agent being a pepducin lipopeptide of a PAR family member.
Vehicle load-securing arrangement comprising a first load-securing device arranged to be attachable to a load-securing member and a first tensioning device arranged to be attached to the first load-securing device by a first tensioning member, wherein the first load-securing device is arranged to be connected to a vehicle body part or a vehicle chassis part, wherein the first load-securing device is arranged to be movable in an axial direction of the first load-securing device in a first opening in a loading surface of a vehicle by operating the first tensioning device characterized in that a first force sensing means is arranged on the first load-securing device or the first tensioning device and arranged to sense a tensioning force exerted on the load-securing member by the first load-securing device, wherein the first tensioning device increases the tension until a predetermined tensioning force exerted on the load-securing member by the first load-securing device is detected by the first force sensing means.
A generator 100 comprising: a turbine engine comprising a shaft, a compressor, and a turbine; at least one rotor in mechanical communication with the shaft and configured to be rotated by motion of the shaft; at least one stator comprising at least one coil wherein the at least one stator is disposed radially outward of the at least one rotor and wherein rotation of the at least one rotor within the at least one stator causes the generation of electric power; and positioning means for moving the at least one coil characterized in that the positioning means enables the at least one coil to move radially with respect to the at least one rotor. a turbine engine comprising a shaft, a compressor, and a turbine; at least one rotor in mechanical communication with the shaft and configured to be rotated by motion of the shaft; at least one stator comprising at least one coil wherein the at least one stator is disposed radially outward of the at least one rotor and wherein rotation of the at least one rotor within the at least one stator causes the generation of electric power; and positioning means for moving the at least one coil characterized in that the positioning means enables the at least one coil to move radially with respect to the at least one rotor.
An information processing device comprising: a recognition information acquirer to acquire, from an electric apparatus that performs operational control using sensor information, recognition information that is information obtained as a result of recognition of the sensor information by the electric apparatus and comprises position information on a target of recognition and position information on a person, the sensor information being sensed and output by a sensor; a danger determiner to determine that the person included in the recognition information is in a danger state in a case in which a relationship between the position of the target of recognition and the position of the person satisfies a determination condition, the target of recognition and the person being included in the recognition information acquired by the recognition information acquirer; a signal generator to, upon the danger determiner determining that the person included in the recognition information is in the danger state, determine whether at least one informing apparatus exists which is presently effective for communication and generate an informing signal that causes operation of an informing function of the at least one informing apparatus determined to exist and be presently effective that informs that the person included in the recognition information is in the danger state; and a signal transmitter to transmit to the at least one informing apparatus the informing signal generated by the signal generator. a recognition information acquirer to acquire, from an electric apparatus that performs operational control using sensor information, recognition information that is information obtained as a result of recognition of the sensor information by the electric apparatus and comprises position information on a target of recognition and position information on a person, the sensor information being sensed and output by a sensor; a danger determiner to determine that the person included in the recognition information is in a danger state in a case in which a relationship between the position of the target of recognition and the position of the person satisfies a determination condition, the target of recognition and the person being included in the recognition information acquired by the recognition information acquirer; a signal generator to, upon the danger determiner determining that the person included in the recognition information is in the danger state, determine whether at least one informing apparatus exists which is presently effective for communication and generate an informing signal that causes operation of an informing function of the at least one informing apparatus determined to exist and be presently effective that informs that the person included in the recognition information is in the danger state; and a signal transmitter to transmit to the at least one informing apparatus the informing signal generated by the signal generator.
A method of displaying 3D model data from a dataset, by a graphical application on a video display, the method comprising: forming, in the graphical application, an ontology that defines a plurality of meanings, each meaning being defined by an end user of the graphical application; associating, with at least one datum in the dataset, one or more meanings in the ontology; displaying on the video display a graphical user interface capable of receiving a selection of a meaning in the ontology; and in response to receiving such a selection, determining, for display on the video display, first 3D model data from the dataset, each datum in the first 3D model data being associated with the selected meaning. forming, in the graphical application, an ontology that defines a plurality of meanings, each meaning being defined by an end user of the graphical application; associating, with at least one datum in the dataset, one or more meanings in the ontology; displaying on the video display a graphical user interface capable of receiving a selection of a meaning in the ontology; and in response to receiving such a selection, determining, for display on the video display, first 3D model data from the dataset, each datum in the first 3D model data being associated with the selected meaning.
A process for treating a subterranean earth formation by introducing a monovalent salt of monochloroacetic acid into said subterranean earth formation in the presence of a chelating agent which comprises at least one carboxylate group having a monovalent counterion and furthermore comprises a carbon chain carrying at least five hydroxyl groups.
A method for reducing multi-cell interference, the method comprising: dividing a cell that is served by a base station into a plurality of segments; partitioning a frequency spectrum in which the base station transmits and receives signals in the cell into a plurality of sub-channels; assigning a plurality of sub-carriers to each of the plurality of sub-channels; assigning a different sub-channel as a primary channel for use by the base station in each of a corresponding one of the plurality of segments, wherein for each segment the primary channels of the adjacent and subsequent segments are used as secondary and subsequent channels respectively; determining at the base station which of the plurality of segments a first wireless mobile station enters; calculating a first spatial signature associated with signals received at the base station from the first wireless mobile station; calculating a second spatial signature associated with interference signals received at the base station from second wireless mobile stations in one or more neighboring cells; and generating a null-steering beamforming weighting vector from the first and second spatial signatures. dividing a cell that is served by a base station into a plurality of segments; partitioning a frequency spectrum in which the base station transmits and receives signals in the cell into a plurality of sub-channels; assigning a plurality of sub-carriers to each of the plurality of sub-channels; assigning a different sub-channel as a primary channel for use by the base station in each of a corresponding one of the plurality of segments, wherein for each segment the primary channels of the adjacent and subsequent segments are used as secondary and subsequent channels respectively; determining at the base station which of the plurality of segments a first wireless mobile station enters; calculating a first spatial signature associated with signals received at the base station from the first wireless mobile station; calculating a second spatial signature associated with interference signals received at the base station from second wireless mobile stations in one or more neighboring cells; and generating a null-steering beamforming weighting vector from the first and second spatial signatures.
A yoyo capable to be manually accelerated when held by hands comprises two spinning bodies, a manual acceleration mechanism provided inside the two spinning bodies and connecting the two spinning bodies as a whole, and a bearing disposed between the two spinning bodies for winding a yoyo string; two ends of the manual acceleration mechanism are connected with the spinning bodies; characterized by the fact the yoyo further comprises a button mounted at a center position of an outer side of a first spinning body of the spinning bodies, said button being movable inwardly toward the spinning body, and a side cap provided at a center position of an outer side of a second spinning body of the spinning bodies; said manual acceleration mechanism cooperating with said button; by pressing the button such that it moves inwardly towards the spinning body, the manual acceleration mechanism drives the spinning bodies to spin simultaneously.
Method for applying colour graphics to a sole plate of an iron, in particular for a steam iron, characterised in that at least one transfer with a colour graphic is applied at least to a partial region of a surface of the sole plate of an iron and baked onto the sole plate of an iron, wherein the at least one transfer is made from an enamel powder, which contains at least one colourant; wherein the at least one transfer is applied to an enamel layer; and wherein the enamel layer and the at least one transfer are baked on simultaneously.
Method for establishing the winding temperature of an electric motor which comprises a microcontroller, in particular a permanent magnet synchronous motor (PMSM), preferably acting as a drive for a fan, wherein the winding temperature is established using parameters of the electric motor which are known or can be established taking as a basis a reference point from a reference temperature and a winding resistance at the reference temperature, characterised in that it is required that prior to a first start-up the winding temperature corresponds to the ambient temperature of the production, wherein the temperature from a temperature measurement at the microcontroller is substantially equated to the winding temperature.
A pepper plant ( Capsicum annuum L.) that produces fruits with a flavor, wherein the pepper plant comprises a QTL which when present leads to the flavor, wherein the flavor is defined as the pepper fruits produced by said plant having higher scores for one or more flavor attributes selected from the group consisting of aroma, flowers, non-pungent spices, celery, and chives, and/or a lower score for the flavor attribute grassiness, and optionally a higher odor intensity, as compared to pepper fruits of a similar ripening stage from isogenic pepper plants not carrying said QTL, and wherein the QTL is located on LG3 and wherein said QTL is the same as a QTL that is present in the genome of plants grown from seeds of deposit NCIMB 42137 and is linked therein to the markers SEQ ID No:1, SEQ ID No:3, SEQ ID No:5, SEQ ID No:7, SEQ ID No:9 and SEQ ID No:11, and wherein the QTL is preferably homozygously present.
A method of configuring ultrasonic fluid flow meters comprising: receiving, by a processor, an input signal associated with a measurement signal recorded by an ultrasonic fluid flow meter mounted on a structure defining a lumen, the measurement signal representing an ultrasonic signal propagating through fluid flowing in the lumen, characterized in that it is further comprising: determining, by the processor, a whitening frequency band based on the input signal; constructing, by the processor, a whitening filter based on the whitening frequency band and the input signal; generating, by the processor, a reference signal by filtering the input signal using the whitening filter; and providing, by the processor, representations of the whitening filter and the reference signal to the fluid flow meter for use in estimating fluid flow rates based on ultrasonic signals measured by the fluid flow meter, the fluid flow meter configured to filter a measured ultrasonic signal using the whitening filter and cross correlate the filtered ultrasonic signal with the reference signal to estimate a time shift associated with the measured ultrasonic signal. receiving, by a processor, an input signal associated with a measurement signal recorded by an ultrasonic fluid flow meter mounted on a structure defining a lumen, the measurement signal representing an ultrasonic signal propagating through fluid flowing in the lumen, characterized in that it is further comprising: determining, by the processor, a whitening frequency band based on the input signal; constructing, by the processor, a whitening filter based on the whitening frequency band and the input signal; generating, by the processor, a reference signal by filtering the input signal using the whitening filter; and providing, by the processor, representations of the whitening filter and the reference signal to the fluid flow meter for use in estimating fluid flow rates based on ultrasonic signals measured by the fluid flow meter, the fluid flow meter configured to filter a measured ultrasonic signal using the whitening filter and cross correlate the filtered ultrasonic signal with the reference signal to estimate a time shift associated with the measured ultrasonic signal. determining, by the processor, a whitening frequency band based on the input signal; constructing, by the processor, a whitening filter based on the whitening frequency band and the input signal; generating, by the processor, a reference signal by filtering the input signal using the whitening filter; and providing, by the processor, representations of the whitening filter and the reference signal to the fluid flow meter for use in estimating fluid flow rates based on ultrasonic signals measured by the fluid flow meter, the fluid flow meter configured to filter a measured ultrasonic signal using the whitening filter and cross correlate the filtered ultrasonic signal with the reference signal to estimate a time shift associated with the measured ultrasonic signal.
A hot stamp molded body obtainable by hot-stamping an electrogalvanized steel sheet consisting of as components of a steel sheet, by mass %: C: from 0.10 to 0.35%, Si: from 0.01 to 3.00%, Al: from 0.01 to 3.00%, Mn: from 1.0 to 3.5%, P: from 0.001 to 0.100%, S: from 0.001 to 0.010%, N: from 0.0005 to 0.0100%, Ti: from 0.000 to 0.200%, Nb: from 0.000 to 0.200%, Mo: from 0.00 to 1.00%, Cr: from 0.00 to 1.00%, V: from 0.000 to 1.000%, Ni: from 0.00 to 3.00%, B: from 0.0000 to 0.0050%, Ca: from 0.0000 to 0.0050%, and Mg: from 0.0000 to 0.0050%, a balance being Fe and impurities, wherein the steel sheet is electrogalvanized on each face with a plating weight not less than 5 g/m 2 and less than 40 g/m 2; wherein a galvanized layer of the hot stamp molded body is configured with 0 g/m 2 to 15 g/m 2 of a Zn-Fe intermetallic compound and a Fe-Zn solid solution phase as a balance, wherein, in the galvanized layer of the hot stamp molded body, 1x10 pcs to 1x10 4 pcs of particulate matter with an average diameter of from 10 nm to 1 μm are present per 1 mm length of the galvanized layer, wherein the particulate matter are oxides, and wherein the particulate matter is one, or two or more kinds of oxides containing one, or two or more kinds out of Si, Mn, Cr or Al. C: from 0.10 to 0.35%, Si: from 0.01 to 3.00%, Al: from 0.01 to 3.00%, Mn: from 1.0 to 3.5%, P: from 0.001 to 0.100%, S: from 0.001 to 0.010%, N: from 0.0005 to 0.0100%, Ti: from 0.000 to 0.200%, Nb: from 0.000 to 0.200%, Mo: from 0.00 to 1.00%, Cr: from 0.00 to 1.00%, V: from 0.000 to 1.000%, Ni: from 0.00 to 3.00%, B: from 0.0000 to 0.0050%, Ca: from 0.0000 to 0.0050%, and Mg: from 0.0000 to 0.0050%,
A method for fabricating a light-emitting diode, comprising a step of preparing a light-emitting layer on a front face of a support (50, 10), said emitting layer comprising at least three adjacent quantum wells (21, 22, 23, 24) emitting at different wavelengths, said quantum wells (21, 22, 23, 24) being in contact with the front face of the support, comprising a substrate, wherein the step of depositing the light-emitting layer comprises a sub-step consisting in locally varying the temperature of a back face of the support opposite to the front face such that the front face of the support comprises at least three areas at different temperatures, the local temperature variation of the support being carried out on areas of different thicknesses of the substrate.