mhurhangee/ep-ind-claims huggingface dataset:
A pulse wave detector comprising: a body portion including a pulse wave detection sensor which detects a pulse wave from an artery in a wrist of a user; and a strip-shaped band member for securing the body portion to the wrist, wherein in a secured state where the body portion is secured to the wrist with the band member, the body portion is placed in a position where a process of an ulna in the wrist or a process of a radius in the wrist is exposed, wherein the band member includes a first region, and a second region which is higher in stretchability than the first region, wherein in the secured state, the second region is at least in contact with the process of the ulna in the wrist or the process of the radius in the wrist, characterized in that a stretchability of the second region in a longitudinal direction of the band member is lower than a stretchability of the second region in a direction perpendicular to the longitudinal direction. a body portion including a pulse wave detection sensor which detects a pulse wave from an artery in a wrist of a user; and a strip-shaped band member for securing the body portion to the wrist, wherein in a secured state where the body portion is secured to the wrist with the band member, the body portion is placed in a position where a process of an ulna in the wrist or a process of a radius in the wrist is exposed, wherein the band member includes a first region, and a second region which is higher in stretchability than the first region, wherein in the secured state, the second region is at least in contact with the process of the ulna in the wrist or the process of the radius in the wrist, characterized in that a stretchability of the second region in a longitudinal direction of the band member is lower than a stretchability of the second region in a direction perpendicular to the longitudinal direction.
An electronic display management device for a head-up display system suitable for being embarked in a cockpit of an aircraft that can be piloted by at least one pilot, the electronic display management device comprising: - a display module configured to display a plurality of symbols relative to the operation of the aircraft and to the environment of the aircraft via the head-up display system, in at least two distinct visualization planes (44A, 44B, 44C, 44D), the visualization planes (44A, 44B, 44C, 44D) each having a distinct depth (D A, D B, D C, D D) along a line of sight (A-A') from the pilot, characterized in that it further comprises: - a determination module configured to determine a reference visualization plane corresponding to an accommodation plane of the eye of the pilot, - a module for tracking the movement of the eyes of the pilot, the tracking module being configured to calculate the accommodation plane of the eyes of the pilot from the respective orientation of each eye of the pilot, and the determination module being configured to determine the reference visualization plane from the calculated accommodation plane, and - a warning module configured to generate at least one warning to be displayed by the display module in the reference visualization plane. - a display module configured to display a plurality of symbols relative to the operation of the aircraft and to the environment of the aircraft via the head-up display system, in at least two distinct visualization planes (44A, 44B, 44C, 44D), the visualization planes (44A, 44B, 44C, 44D) each having a distinct depth (D A, D B, D C, D D) along a line of sight (A-A') from the pilot, - a determination module configured to determine a reference visualization plane corresponding to an accommodation plane of the eye of the pilot, - a module for tracking the movement of the eyes of the pilot, the tracking module being configured to calculate the accommodation plane of the eyes of the pilot from the respective orientation of each eye of the pilot, and the determination module being configured to determine the reference visualization plane from the calculated accommodation plane, and - a warning module configured to generate at least one warning to be displayed by the display module in the reference visualization plane.
Combustion device for the combustion of the co-reactants hydrogen and oxygen, comprising at least a first reaction portion and a second reaction portion subsequent to said first reaction portion and a third reaction portion subsequent to said second reaction portion, wherein each reaction portion (11, 21, 31, 41, 51) has a combustion chamber (12, 22, 32, 42, 52) and a transition portion (15, 25, 35, 45, 55) subsequent to said combustion chamber (12, 22, 32, 41, 51), wherein at least one injection opening (13, 23, 33, 43, 53) is arranged at the upstream end of the respective combustion chamber (12, 22, 32, 42, 52), and at least one water inlet is arranged at the first reaction portion, and at least one injection nozzle is arranged at least at the upstream end of the first combustion chamber; further comprising a first supply device, by means of which hydrogen or oxygen can be conveyed as the first co-reactant to the injection nozzle; and a second supply device, by means of which the second co-reactant can be conveyed to the injection openings (13, 23, 33, 43, 53); and a water supply by means of which a cooling medium in the form of liquid water and/or cold steam can be conveyed to the water inlets (16, 26, 36, 46); characterized in that, from the first combustion chamber to the last transition portion, a free flow channel without power reduction is present, wherein, furthermore, at least one water inlet (16, 26, 36, 46) is in each case arranged from the second to the penultimate reaction portion (21, 31, 41).
A viral expression construct comprising the following elements: a) a nucleotide sequence encoding an insulin operably linked to a first promoter; b) a nucleotide sequence encoding a glucokinase operably linked to a second promoter; wherein the first and the second promoters are positioned in reverse orientation within the expression construct and are located adjacent to each other. a) a nucleotide sequence encoding an insulin operably linked to a first promoter; b) a nucleotide sequence encoding a glucokinase operably linked to a second promoter;
Puddle flange comprising two separable omega-shaped half-flanges (2a, 2b), the half-flanges being coplanar when mounted for blocking a cylindrical member, defining an axis, at a perpendicular angle to said axis, wherein said cylindrical member is a pipe, each half-flange comprising two tabs each at an end of the respective half-flange, said tabs being shaped for receiving screws for coupling said half-flanges together, wherein each half-flange has an internal face for contacting with the cylindrical member, wherein a cross-section height, as measured transverse to said internal face, of each half-flange, is larger than a cross-section width, as measured parallel to said internal face, of said internal face, each half-flange comprising external indents for concrete fixation, wherein said external indents are located radially in respect of said cylindrical member, in an external face of each said half-flange opposite to the respective internal face. each half-flange has an internal face for contacting with the cylindrical member, wherein a cross-section height, as measured transverse to said internal face, of each half-flange, is larger than a cross-section width, as measured parallel to said internal face, of said internal face, each half-flange comprising external indents for concrete fixation, wherein said external indents are located radially in respect of said cylindrical member, in an external face of each said half-flange opposite to the respective internal face.
A method of preventing or treating a disease in plants, wherein the disease is caused by bacteria or by fungus, comprising administering a composition to a plant in need thereof, wherein the composition is for administering to plants by spraying comprising tannins, water and one or more inert components selected from the list consisting of celite, diatomaceous earth, bentonite, pyrophyllite, kaolin, montmorillonite, thenardite, attapulgite, dolomite, clay, cork, humic acids, and fulvic acids.
A method of encapsulating probiotics in which one or more probiotic microorganisms are encapsulated in a protein and carbohydrate mixture by dispersion a) in an aqueous suspension of a protein and a carbohydrate b) in an oil in water emulsion of a film forming protein and a carbohydrate and a fat, or c) in an oil which is subsequently dispersed in a film forming protein and a carbohydrate a) in an aqueous suspension of a protein and a carbohydrate b) in an oil in water emulsion of a film forming protein and a carbohydrate and a fat, or c) in an oil which is subsequently dispersed in a film forming protein and a carbohydrate
A portable backscatter imaging inspection apparatus comprising: an apparatus housing, an X-ray source, a rotating modulation mechanism, a radiation detector, a motion sensor and a controller; the X-ray source, the rotating modulation mechanism, the radiation detector and the motion sensor are fixed disposed within the apparatus housing, wherein a receiving surface of the radiation detector is located at a front end of the apparatus housing, and is used to receive scatter signal data of a surface of an object under inspection to form a two dimensional image, the motion sensor is used to collect a three dimensional motion track and scanning angles of the portable backscatter imaging inspection apparatus during a scanning process; said apparatus being characterized in that the motion sensor comprises an accelerometer and a gyroscope, wherein the accelerometer is used to measure the magnitude and direction of velocity and acceleration of the portable backscatter imaging inspection apparatus during the scanning process, the gyroscope is used to measure pitch, heading, and roll components of 3D rotation of the portable backscatter imaging inspection apparatus during the scanning process; 3D positions of the portable backscatter imaging inspection apparatus in various instants during the scanning process are obtained according to collaborated measurements of the accelerometer and the gyroscope to form the 3D motion track, and scanning angles of the receiving surface of the radiation detector facing toward the surface of the object under inspection in various instants are determined; and in that the controller is signaling connected to the radiation detector and the motion sensor, and is used to splice and fuse a plurality of 2D images received by the radiation detector to obtain a stereo image of the surface of the object under inspection based on the 3D motion track and the scanning angles.
Cutting tool (100, 200, 300, 400, 500) for machining mechanical parts, comprising a tool body with a central axis and a gripping diameter, a tool head adjacent to the tool body in the direction of the central axis and composed of a sprinkling region and a cutting portion having a cutting diameter which is smaller than the gripping diameter, the cutting tool also comprising at least one lubrication duct which extends through the tool body and which opens into a sprinkling hole located in the sprinkling region, the cutting tool (100, 200, 300, 400, 500) comprising a directional sprinkling ring that is provided for attachment to a ring connection region of the tool body, the ring connection region being adjacent to the sprinkling region, and the directional sprinkling ring being configured in such a way that it delimits, with at least one portion of the sprinkling region, a distribution space, characterized in that the cross section of the distribution space is reduced in the direction of the cutting portion. the cutting tool (100, 200, 300, 400, 500) comprising a directional sprinkling ring that is provided for attachment to a ring connection region of the tool body, the ring connection region being adjacent to the sprinkling region, and the directional sprinkling ring being configured in such a way that it delimits, with at least one portion of the sprinkling region, a distribution space, characterized in that the cross section of the distribution space is reduced in the direction of the cutting portion.
A method for microbubble destruction with a medical ultrasound scanner, the method comprising: imaging a field of view of a patient with the medical ultrasound scanner; wherein imaging comprises imaging with a transducer probe; and further comprising detecting motion of the transducer probe; identifying, by the medical ultrasound scanner, locations in the field of view having contrast agents; destroying, with acoustic energy generated by the medical ultrasound scanner interleaved with the imaging, the contrast agents at the locations, the destroying occurring over a first period; adapting a duration of the first period based on intensity of imaging return from the contrast agent at the locations and not other locations; continuing the imaging after the first period without continuing the destroying; characterized in that adapting the duration comprises ceasing the destroying when the intensity of imaging return from the contrast agent is below a first threshold and the motion is below a second threshold. imaging a field of view of a patient with the medical ultrasound scanner; wherein imaging comprises imaging with a transducer probe; and further comprising detecting motion of the transducer probe; identifying, by the medical ultrasound scanner, locations in the field of view having contrast agents; destroying, with acoustic energy generated by the medical ultrasound scanner interleaved with the imaging, the contrast agents at the locations, the destroying occurring over a first period; adapting a duration of the first period based on intensity of imaging return from the contrast agent at the locations and not other locations; continuing the imaging after the first period without continuing the destroying;
Method for operating an apparatus for production of elongated rolled products comprising following features and steps: - producing liquid metal having at a first production rate over a steelmaking station, - having a second production rate at a rolling mill, - a continuous casting station being located between the steelmaking station and the rolling mill, wherein in that the continuous casting station comprises at least two casting lines (21,19), each line being operable to produce elongated intermediate products, wherein: ▪ a first casting line is directly aligned with the rolling mill to feed the rolling mill with casted product, the fist casting line being configured to directly feed the rolling mill and ▪ at least a second casting line is not aligned with the rolling mill, and characterised in that: - said second casting line is not directly linked with the rolling mill so that only the first casting line is feeding the rolling mill, - the method further comprises: a step over varying means for varying simultaneously the production rate of the first casting line and the production rate of at least the second casting line depending on the difference between the steelmaking station first production rate and the rolling mill second production rate. - producing liquid metal having at a first production rate over a steelmaking station, - having a second production rate at a rolling mill, - a continuous casting station being located between the steelmaking station and the rolling mill, wherein in that the continuous casting station comprises at least two casting lines (21,19), each line being operable to produce elongated intermediate products, wherein: ▪ a first casting line is directly aligned with the rolling mill to feed the rolling mill with casted product, the fist casting line being configured to directly feed the rolling mill and ▪ at least a second casting line is not aligned with the rolling mill, ▪ a first casting line is directly aligned with the rolling mill to feed the rolling mill with casted product, the fist casting line being configured to directly feed the rolling mill and ▪ at least a second casting line is not aligned with the rolling mill, - said second casting line is not directly linked with the rolling mill so that only the first casting line is feeding the rolling mill, - the method further comprises: a step over varying means for varying simultaneously the production rate of the first casting line and the production rate of at least the second casting line depending on the difference between the steelmaking station first production rate and the rolling mill second production rate.
Method for transmitting data (R1, R2) via network nodes of a specific network, comprising the steps of: a) coupling the network nodes to a respective number of coupled end devices by means of a bus having a transmission line and a receiving line in a linking arrangement; b) providing a first number of first frames which are defined in accordance with the specific network and each comprise safety-related data; c) providing a second number of second frames which are defined in accordance with the specific network and each comprise non-safety-related data; and d) transmitting the provided first frames and the provided second frames via the bus in a predetermined sequence, wherein a respective time interval (ZS1-ZS3) between two respective first frames transmitted via the transmission line and two respective first frames transmitted via the receiving line is set in dependence upon a specific sampling rate of audio data by the coupled end devices, and within the respective time interval (ZS1-ZS3) at least one respective second frame is transmitted via the transmission line and via the receiving line. a) coupling the network nodes to a respective number of coupled end devices by means of a bus having a transmission line and a receiving line in a linking arrangement; b) providing a first number of first frames which are defined in accordance with the specific network and each comprise safety-related data; c) providing a second number of second frames which are defined in accordance with the specific network and each comprise non-safety-related data; and d) transmitting the provided first frames and the provided second frames via the bus in a predetermined sequence, wherein a respective time interval (ZS1-ZS3) between two respective first frames transmitted via the transmission line and two respective first frames transmitted via the receiving line is set in dependence upon a specific sampling rate of audio data by the coupled end devices, and within the respective time interval (ZS1-ZS3) at least one respective second frame is transmitted via the transmission line and via the receiving line.
A method of inspecting an artefact on a machine tool comprising: scanning a contact probe mounted on the machine tool along the surface of the artefact to be inspected; characterised in that the method comprises supplying a flow of fluid (42, 48) at least at the point of interaction between the probe and the artefact during said scanning. scanning a contact probe mounted on the machine tool along the surface of the artefact to be inspected; characterised in that the method comprises supplying a flow of fluid (42, 48) at least at the point of interaction between the probe and the artefact during said scanning.
An ultrasonic welding method comprising: pressing an ultrasonic welding stack against a first workpiece; initiating a weld by outputting energy from the ultrasonic welding stack to the first workpiece; monitoring, with at least one sensor, at least one control variable beginning at the initiating of the weld; moving the ultrasonic welding stack at a first low constant speed (S i), beginning at the initiating of the weld, until the at least one signal corresponding to the at least one control variable satisfies a predetermined condition; moving the ultrasonic welding stack at a second speed (S w) responsive to the at least one control variable satisfying the predetermined condition, wherein the second speed (S w) is greater than the first low constant speed (S i). pressing an ultrasonic welding stack against a first workpiece; initiating a weld by outputting energy from the ultrasonic welding stack to the first workpiece; monitoring, with at least one sensor, at least one control variable beginning at the initiating of the weld; moving the ultrasonic welding stack at a first low constant speed (S i), beginning at the initiating of the weld, until the at least one signal corresponding to the at least one control variable satisfies a predetermined condition; moving the ultrasonic welding stack at a second speed (S w) responsive to the at least one control variable satisfying the predetermined condition, wherein the second speed (S w) is greater than the first low constant speed (S i).
A hoof boot 10 having a base 20 with a bottom 22, a heel captivator 30 with an edge 108, and a pivoting mechanism that disposes the heel captivator 30 to pivot relative to the base 20, characterized in that the hoof boot 10 comprises a hinge 110 defining a rearmost attachment point between the heel captivator 30 and the base 20, wherein the hinge 110 a. attaches the heel captivator 30 to the bottom 22 of the base 20, b. rests in the center section of the edge 108 of the heel captivator 30, and c. is connected to an edge of the bottom 22. a. attaches the heel captivator 30 to the bottom 22 of the base 20, b. rests in the center section of the edge 108 of the heel captivator 30, and c. is connected to an edge of the bottom 22.
A method for manufacturing a metal substrate structure for a semiconductor power module, comprising: - providing at least one terminal, - providing a metal top layer, - providing a dielectric layer, - providing a metal bottom layer, - coupling the at least one terminal with the metal top layer by means of welding, and - coupling the metal top layer with the dielectric layer and with the metal bottom layer such that the dielectric layer is coupled with both the metal top layer and the metal bottom layer in between, wherein the coupling of the at least one terminal with the metal top layer is done beforehand to the coupling of the metal top layer with the dielectric layer and the metal bottom layer. - providing at least one terminal, - providing a metal top layer, - providing a dielectric layer, - providing a metal bottom layer, - coupling the at least one terminal with the metal top layer by means of welding, and - coupling the metal top layer with the dielectric layer and with the metal bottom layer such that the dielectric layer is coupled with both the metal top layer and the metal bottom layer in between,