mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor for capturing pressures of up to 1000 bar comprising a) a sensor assembly, b) a housing sleeve for accommodating the sensor assembly, c) a diaphragm in operative connection with said sensor assembly for transmitting a pressure, said diaphragm being mechanically connected to the housing sleeve, wherein said diaphragm hermetically seals a lower end of the housing sleeve by means of a housing sleeve welded joint, d) wherein in an axial direction of the pressure sensor the pressure acts onto the diaphragm and wherein in a radial direction of the pressure sensor the pressure acts onto the housing sleeve; wherein the housing sleeve comprises a constriction, said constriction being located in the area of the mechanical connection of the diaphragm and the housing sleeve; characterized in that said constriction is formed as a recess and/or groove extending along an inner perimeter of the housing sleeve, wherein said constriction increases the elasticity of the housing sleeve in the area of the connection, wherein at high pressures of more than 300 bar the locally increased elasticity of the housing sleeve results in a reversible change in length of the housing sleeve both in the radial and axial directions. a) a sensor assembly, b) a housing sleeve for accommodating the sensor assembly, c) a diaphragm in operative connection with said sensor assembly for transmitting a pressure, said diaphragm being mechanically connected to the housing sleeve, wherein said diaphragm hermetically seals a lower end of the housing sleeve by means of a housing sleeve welded joint, d) wherein in an axial direction of the pressure sensor the pressure acts onto the diaphragm and wherein in a radial direction of the pressure sensor the pressure acts onto the housing sleeve; wherein the housing sleeve comprises a constriction, said constriction being located in the area of the mechanical connection of the diaphragm and the housing sleeve; characterized in that said constriction is formed as a recess and/or groove extending along an inner perimeter of the housing sleeve, wherein said constriction increases the elasticity of the housing sleeve in the area of the connection, wherein at high pressures of more than 300 bar the locally increased elasticity of the housing sleeve results in a reversible change in length of the housing sleeve both in the radial and axial directions.
A revolving door, comprising • a turnstile having at least two door leaves, wherein the turnstile is rotatable about an axis of rotation, wherein an axial direction along the axis of rotation and a radial direction vertically with regard to the axial direction are defined, and • an electrical drive, configured as an electronically commuted multi-pole motor having a stator, comprising a laminated stator core and several coils, and a rotor, comprising a laminated rotor core, and several permanent magnets, • wherein the laminated stator core comprises a closed ring and radial teeth for placing the coils thereon, wherein the laminated stator core is composed of several stacked stator rings, and wherein preferably the individual stator ring is composed of several stator segments disposed next to each other in the circumferential direction, • wherein the rotor is disposed coaxially with regard to the axis of rotation, and connected to the turnstile for the direct gear-less drive, characterized in that • the stator comprises respectively one coil chain per phase, wherein each coil chain comprises several coil bodies made from plastic material and having a continuous wire, wherein the wire is wound onto the coil bodies and leads from one coil body to the next coil body. • a turnstile having at least two door leaves, wherein the turnstile is rotatable about an axis of rotation, wherein an axial direction along the axis of rotation and a radial direction vertically with regard to the axial direction are defined, and • an electrical drive, configured as an electronically commuted multi-pole motor having a stator, comprising a laminated stator core and several coils, and a rotor, comprising a laminated rotor core, and several permanent magnets, • wherein the laminated stator core comprises a closed ring and radial teeth for placing the coils thereon, wherein the laminated stator core is composed of several stacked stator rings, and wherein preferably the individual stator ring is composed of several stator segments disposed next to each other in the circumferential direction, • wherein the rotor is disposed coaxially with regard to the axis of rotation, and connected to the turnstile for the direct gear-less drive, characterized in that • the stator comprises respectively one coil chain per phase, wherein each coil chain comprises several coil bodies made from plastic material and having a continuous wire, wherein the wire is wound onto the coil bodies and leads from one coil body to the next coil body.
A lower limb bouncing device, comprising: a flap on which a heel of a foot is to be placed; and a motor coupled to the flap, the flap being configured so that a heel resting surface thereof is swung up and down by a driving force of the motor, but does not fall below a minimum height position that is not more than 4 cm above a toe resting surface on which toes are to be placed, the motor including: an output axis on which an eccentric cam is provided; and a pivotable plate sitting on the eccentric cam, the pivotable plate having an end thereof pivotally attached so as to be pivotable, and the flap being disposed on a side of an enclosure so that the heel can be placed at the minimum height position that is not more than 4 cm above a floor surface when the foot is placed on the floor surface on which the enclosure is disposed, the flap being connected to another end of the pivotable plate so as to be swung up and down by the pivotable plate pivoting up and down around the pivotally attached end in response to rotation of the eccentric cam.
A method for detecting irregularities in a rotation of roller bodies in a roller bearing, the method comprising: providing a raw deformation signal (108; 200) having a data amount and being indicative of a deformation of a surface region of a bearing ring (112; 118) of the roller bearing, wherein the deformation is due to the rotation of the roller bodies over said surface region; extracting one or more signal quantities of interest from the raw deformation signal; and characterized in that the method further comprises determining one or more histograms indicating a distribution of the one or more extracted signal quantities of interest respectively, where an amount of data of the one or more histograms is reduced vis-à-vis the data amount of the raw deformation signal, and comprising transmitting, over a data network, the one or more histograms from a measurement node coupled to the roller bearing to a remote evaluation node of the network. providing a raw deformation signal (108; 200) having a data amount and being indicative of a deformation of a surface region of a bearing ring (112; 118) of the roller bearing, wherein the deformation is due to the rotation of the roller bodies over said surface region; extracting one or more signal quantities of interest from the raw deformation signal; and characterized in that the method further comprises determining one or more histograms indicating a distribution of the one or more extracted signal quantities of interest respectively, where an amount of data of the one or more histograms is reduced vis-à-vis the data amount of the raw deformation signal, and comprising transmitting, over a data network, the one or more histograms from a measurement node coupled to the roller bearing to a remote evaluation node of the network.
A rotating survey tool, comprising: a first sensor array configured to collect a first set of survey measurements during a downhole drilling operation; and a second sensor array directly coupled to the first sensor array and configured to collect a second set of survey measurements while a drill bit drills during the downhole drilling operation, wherein the second set of survey measurements has a greater base accuracy than the first set of survey measurements, characterized in that the first sensor array comprises a sensor that is configurable to have multiple ranges, and the sensor is configured to switch between the multiple ranges based on drilling conditions of the drilling operation. a first sensor array configured to collect a first set of survey measurements during a downhole drilling operation; and a second sensor array directly coupled to the first sensor array and configured to collect a second set of survey measurements while a drill bit drills during the downhole drilling operation, wherein the second set of survey measurements has a greater base accuracy than the first set of survey measurements, characterized in that the first sensor array comprises a sensor that is configurable to have multiple ranges, and the sensor is configured to switch between the multiple ranges based on drilling conditions of the drilling operation.
A method for changing operation mode of a weapon connected to a maintenance device via an umbilical providing signals and power to the weapon, by transmitting a mode change control signal from the maintenance device to electronics in the weapon via a pin on an electrical interface connecting the umbilical to the weapon, characterized in: switching the weapon to a non-operational mode after receiving said mode change control signal which is a DC voltage supplied across an input of the pin of said electrical interface, and where the DC voltage sets a write-enable pin on persistent memory in the weapon. switching the weapon to a non-operational mode after receiving said mode change control signal which is a DC voltage supplied across an input of the pin of said electrical interface, and where the DC voltage sets a write-enable pin on persistent memory in the weapon.
An optical measurement system to extract the levels of hemoglobin and oxygen saturation in different layers of tissue, comprising: a light source with a plurality of wavelengths, configured to illuminate an area of tissue; a detector configured to capture the light signals reflecting from two or more layers of tissue from the illuminated area of tissue at the plurality of illumination wavelengths; a processor; a display or communications device; wherein the processor is configured to compute, based on the captured light signals, one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes; and the display or communication device is configured to display or report the one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes, wherein the processor is configured to compute based on the captured light signals, hemoglobin and oxygen saturation levels in each of the two or more layers of tissue, and wherein the light source illuminates the tissue with structured light wherein the one or more estimates of tissue vascular health comprises an ulcer risk based on the ratio of the computed hemoglobin levels at superficial and deep levels. a light source with a plurality of wavelengths, configured to illuminate an area of tissue; a detector configured to capture the light signals reflecting from two or more layers of tissue from the illuminated area of tissue at the plurality of illumination wavelengths; a processor; a display or communications device; wherein the processor is configured to compute, based on the captured light signals, one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes; and the display or communication device is configured to display or report the one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes,
Manually expressible multi-component container for separate storage and flowable components which are manually expressible jointly by compression of the multi-component container, having a compressible chamber for each component, wherein each chamber has a chamber outlet, the outlets leading to a collecting point where the components flow together on expression of the chambers, wherein the multi-component container has a shut-off body which is movable from a closed position, in which it separates the chamber outlets from the collecting point, to an open position in which the chamber outlets communicate with the collecting point, wherein the multi-component container has a container outlet which communicates with the collecting point, and wherein the multi-component container has a static mixer which is movable, especially slidable, in the container outlet, characterised in that the static mixer has the shut-off body which is movable from the closed position into the open position by a movement, especially sliding, of the static mixer.
A synthetic nutritional composition comprising: i. ruminant milk fat wherein the milk fat is capable of activating the aryl hydrocarbon receptor (AhR) in an AhR activity assay as defined in Example 1; and ii. a ruminant immunoglobulin in an amount of between 115 μg and 50 mg per gram of dry composition; characterized in that at least 30% of the ruminant immunoglobulin is non-denatured; and wherein the amount of milk fat is between 10 and 60 g of fat per 100 gram of formula, wherein the amount of ruminant fat is between 5 and 90 wt% as determined to the total amount of fat, and wherein the ruminant milk fat is not exposed to a pH< 5.0. i. ruminant milk fat wherein the milk fat is capable of activating the aryl hydrocarbon receptor (AhR) in an AhR activity assay as defined in Example 1; and ii. a ruminant immunoglobulin in an amount of between 115 μg and 50 mg per gram of dry composition; characterized in that at least 30% of the ruminant immunoglobulin is non-denatured; and wherein the amount of milk fat is between 10 and 60 g of fat per 100 gram of formula, wherein the amount of ruminant fat is between 5 and 90 wt% as determined to the total amount of fat, and wherein the ruminant milk fat is not exposed to a pH< 5.0.
A single-piece separator element for separating a fluid medium for treatment into a filtrate and a retentate, said separator element comprising a porous rigid single-piece substrate made out of a single material and presenting firstly, at its periphery, a perimeter wall (2 1) that is continuous between an inlet for the fluid medium for treatment at one end of the porous substrate and an outlet for the retentate at the other end of the porous substrate, and secondly, internally, at least one surface covered by at least one separator layer and defining an open structure made up of empty spaces for passing a flow of the fluid medium for treatment in order to recover at the periphery of the porous substrate a filtrate that has passed through the separator layer and the porous substrate, characterized in that the empty spaces for passing the fluid medium for treatment that are defined by the surface of the substrate covered by the separator layer are arranged in the porous substrate so as to create within the porous substrate at least a first flow network (R1, R2,..., RK) for the fluid medium for treatment, the network comprising at least two interconnected flow circuits (R1 1, R1 2,...) for the fluid medium for treatment between the inlet and the outlet of the porous substrate.
A compound selected from the group consisting of: 2-(3-(2,6-Dimethylbenzyloxy)-4-methylphenyl)acetic acid or a pharmaceutically acceptable salt thereof.
Retaining plate to be arranged on the outside of a bag for providing a dust filter bag for use in a vacuum cleaning device, comprising: - a retaining plate inlet opening; - a closure cap which is mounted on the retaining plate by means of a hinge so as to be able to pivot about a hinge axis such that the closure cap, in a closed position, closes the retaining plate inlet opening and, in an open position, opens the retaining plate inlet opening; - the closure cap being spring-loaded into the closed position by means of a spring by the spring being supported at a first end on the closure cap and at a second end on the retaining plate, the spring being in the form of a helical spring having a longitudinal axis running coaxially to the turns of the helical spring, characterised in that the helical spring has, in its extension along the longitudinal axis, a first longitudinal portion which is supported on the retaining plate and a second longitudinal portion which is supported on the closure cap, the helical spring being supported and arranged such that, when the closure cap is pivoted, the helical spring is loaded around a neutral axis which is arranged at an angle to the longitudinal axis of the helical spring. - a retaining plate inlet opening; - a closure cap which is mounted on the retaining plate by means of a hinge so as to be able to pivot about a hinge axis such that the closure cap, in a closed position, closes the retaining plate inlet opening and, in an open position, opens the retaining plate inlet opening; - the closure cap being spring-loaded into the closed position by means of a spring by the spring being supported at a first end on the closure cap and at a second end on the retaining plate,
A transport device, comprising: a transport unit (60, 66) configured to transport a sheet-like transport material without holding a one-end-side portion of the transport material in a transport direction; and a blowing unit configured to blow air against a lower surface of the transport material that is transported by the transport unit (60, 66) via a plurality of blowing holes that open with respect to the lower surface, an arrangement interval of the plurality of blowing holes in the transport direction being inconstant in the transport direction, the transport device being characterized in that: the plurality of blowing holes include first blowing holes (182) configured to be disposed at a predetermined first period in the transport direction, and second blowing holes(182) configured to be disposed at a second period differing from the first period in the transport direction in an area in which the first blowing holes (182) are disposed, and at least some of the second blowing holes (182) are disposed between the first blowing holes (182) in the transport direction. a transport unit (60, 66) configured to transport a sheet-like transport material without holding a one-end-side portion of the transport material in a transport direction; and a blowing unit configured to blow air against a lower surface of the transport material that is transported by the transport unit (60, 66) via a plurality of blowing holes that open with respect to the lower surface, an arrangement interval of the plurality of blowing holes in the transport direction being inconstant in the transport direction, the transport device being characterized in that: the plurality of blowing holes include first blowing holes (182) configured to be disposed at a predetermined first period in the transport direction, and second blowing holes(182) configured to be disposed at a second period differing from the first period in the transport direction in an area in which the first blowing holes (182) are disposed, and at least some of the second blowing holes (182) are disposed between the first blowing holes (182) in the transport direction.
Device for measuring distances, comprising: - a first distance sensor for measuring a first distance (a 1), which extends between the first distance sensor and an object, - a second distance sensor for measuring a second distance (a 2), which extends between the second distance sensor and the object, - a radiation source for electromagnetic radiation, - a radiation detector for the electromagnetic radiation, wherein the device is designed such that a change in a distance (a 4) between the first distance sensor and the second distance sensor can be determined with the radiation source and the radiation detector, also comprising two deflection mirrors (6, 7), wherein the radiation source and the radiation detector are arranged in such a way that a change in a distance (a 3) between the radiation source and the radiation detector is a measure of a change in a distance (a 4) between the first distance sensor and the second distance sensor, and wherein the radiation source, the deflection mirrors (6, 7) and the radiation detector are designed and arranged in such a way that the electromagnetic radiation emitted by the radiation source falls via the deflection mirrors (6, 7) onto the radiation detector such that a change in the distance (a 3) between the radiation source and the radiation detector can be determined with a signal of the radiation detector, characterized in that the device also has an imaging optics which is configured for imaging the radiation source onto the radiation detector and has at least one principal optical plane, which is arranged between the two deflection mirrors (6, 7). - a first distance sensor for measuring a first distance (a 1), which extends between the first distance sensor and an object, - a second distance sensor for measuring a second distance (a 2), which extends between the second distance sensor and the object, - a radiation source for electromagnetic radiation, - a radiation detector for the electromagnetic radiation, wherein the device is designed such that a change in a distance (a 4) between the first distance sensor and the second distance sensor can be determined with the radiation source and the radiation detector, also comprising two deflection mirrors (6, 7), wherein the radiation source and the radiation detector are arranged in such a way that a change in a distance (a 3) between the radiation source and the radiation detector is a measure of a change in a distance (a 4) between the first distance sensor and the second distance sensor, and wherein the radiation source, the deflection mirrors (6, 7) and the radiation detector are designed and arranged in such a way that the electromagnetic radiation emitted by the radiation source falls via the deflection mirrors (6, 7) onto the radiation detector such that a change in the distance (a 3) between the radiation source and the radiation detector can be determined with a signal of the radiation detector, characterized in that the device also has an imaging optics which is configured for imaging the radiation source onto the radiation detector and has at least one principal optical plane, which is arranged between the two deflection mirrors (6, 7).