mhurhangee/ep-ind-claims huggingface dataset:
A detection system for detecting a status of a flexible roll-up door, comprising: - at least one support column to maintain the flexible door in place; and - a detection mechanism to detect the presence or absence of the flexible door in relation to the at least one support column, comprising a plurality of switches configured along the at least one support column, wherein the detection mechanism further comprising at least one magnetic source that influences the state of the plurality of switches, characterized in that the detection system further comprises: - a break-away tab configured with the at least one magnetic source, and the break-away tab is configured to be connected to the flexible door, the break-away tab configured to be coupled to and move along the at least one support column, and the break-away tab configured to be decoupled from the at least one support column, wherein the at least one magnetic source comprises a plurality of magnets, and wherein the plurality of magnets are positioned and spaced apart in relation to one another on the break-away tab so that at least one of the magnets always remains proximate to at least one of the plurality of switches when in motion along the support column unless the break-away tab is decoupled from the at least one support column, and wherein the plurality of switches are arranged so that at least one magnetic source is always activating at least one of the plurality of switches for conducting electrical flow as the flexible door with the at least one magnetic source connected thereon moves along the at least one support column unless the at least one magnetic source is no longer proximate to any of the plurality of switches thereby stopping electrical flow due to the flexible door and the at least one magnetic source being pulled, disengaged or decoupled from the at least one support column. - at least one support column to maintain the flexible door in place; and - a detection mechanism to detect the presence or absence of the flexible door in relation to the at least one support column, comprising a plurality of switches configured along the at least one support column, wherein the detection mechanism further comprising at least one magnetic source that influences the state of the plurality of switches, - a break-away tab configured with the at least one magnetic source, and the break-away tab is configured to be connected to the flexible door, the break-away tab configured to be coupled to and move along the at least one support column, and the break-away tab configured to be decoupled from the at least one support column,
A light emitting device comprising: a plurality of light sources (211, 221, 231, 241) adapted for, in operation, emitting light with a first spectral distribution, a light guide comprising at least three side light input surfaces (41, 43, 44, 45) and a light exit surface, the at least three side light input surfaces and the light exit surface extending at an angle different from zero with respect to each other, the light guide being adapted for receiving the light with the first spectral distribution from the plurality of light sources at each of the at least three side light input surfaces, guiding the light to the light exit surface, converting at least a part of the light with the first spectral distribution to light with a second spectral distribution and coupling at least a part of the light with the second spectral distribution out of the light exit surface, the light exit surface having an area and a circumference, the at least three side light input surfaces (41, 43, 44, 45) having a height (H i) extending at an angle different from zero to a plane in which the light exit surface extends, the circumference of the light exit surface being more than four times larger than the height (H i) of the side light input surfaces and the total area of the at least three side light input surfaces (41, 43, 44, 45) being less than four times the area of the light exit surface, and the area A of the light exit surface being smaller than 100 mm 2 and larger than 0.25 mm 2. a plurality of light sources (211, 221, 231, 241) adapted for, in operation, emitting light with a first spectral distribution, a light guide comprising at least three side light input surfaces (41, 43, 44, 45) and a light exit surface, the at least three side light input surfaces and the light exit surface extending at an angle different from zero with respect to each other, the light guide being adapted for receiving the light with the first spectral distribution from the plurality of light sources at each of the at least three side light input surfaces, guiding the light to the light exit surface, converting at least a part of the light with the first spectral distribution to light with a second spectral distribution and coupling at least a part of the light with the second spectral distribution out of the light exit surface, the light exit surface having an area and a circumference, the at least three side light input surfaces (41, 43, 44, 45) having a height (H i) extending at an angle different from zero to a plane in which the light exit surface extends, the circumference of the light exit surface being more than four times larger than the height (H i) of the side light input surfaces and the total area of the at least three side light input surfaces (41, 43, 44, 45) being less than four times the area of the light exit surface, and the area A of the light exit surface being smaller than 100 mm 2 and larger than 0.25 mm 2.
Method for operating a gas turbine plant having a compressor and a turbine, characterized in that in dependence on - at least one drive shaft speed of the gas turbine plant a limit value of a guide blade adjustment is identified for the compressor of the gas turbine and for the at least one drive shaft speed a maximum allowable turbine entry temperature (108, 150) corresponding to the limit value of the guide blade adjustment for the compressor or a maximum allowable temperature dependent on the turbine entry temperature is identified for the turbine of the gas turbine, and the gas turbine is operated taking into account the identified maximum allowable turbine entry temperature (108, 150) or the identified maximum allowable temperature. - at least one drive shaft speed of the gas turbine plant
A computer-side connector element for a connector system for connecting a PCB card to a central computer of a motor vehicle, having a computer-side housing which has a plurality of computer-side shielding elements (15, 16) which are provided and arranged to form a plurality of computer-side contact cavities of the computer-side housing, wherein the computer-side shielding elements (15, 16) have end portions (15a, 16a) which are provided and arranged to overlap in the mounted state with associated end portions (35a, 36a) of card-side shielding elements (35, 36) of a card-side connector element; characterized in that the entirety of the computer-side shielding elements (15, 16) is formed from a single housing piece of the computer-side housing.
A method for discriminating between breast cancer and benign breast disease in a blood sample from a patient, comprising the following steps: a) contacting a biological material comprised in the blood sample obtained from the patient, with reagents specific for a combination of 28 target genes comprising the nucleic acid sequence set forth in SEQ ID NOs 1 to 44 respectively, each reagent being specific for one gene, and b) determining the expression level of the combination of 28 target genes comprising a nucleic acid sequence selected from the nucleic acid sequences set forth in SEQ ID NOs: 1 to 44 to obtain an expression profile for the patient, and c) performing analysis of the expression profile of the patient with expression profiles of said target genes from patients previously clinically classified as having breast cancer and expression profiles of target genes from patients previously clinically classified as having benign breast disease, wherein: if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having breast cancer, then the patient is discriminated as having a breast cancer, and if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having benign breast disease, then the patient is discriminated as having a benign breast disease. a) contacting a biological material comprised in the blood sample obtained from the patient, with reagents specific for a combination of 28 target genes comprising the nucleic acid sequence set forth in SEQ ID NOs 1 to 44 respectively, each reagent being specific for one gene, and b) determining the expression level of the combination of 28 target genes comprising a nucleic acid sequence selected from the nucleic acid sequences set forth in SEQ ID NOs: 1 to 44 to obtain an expression profile for the patient, and c) performing analysis of the expression profile of the patient with expression profiles of said target genes from patients previously clinically classified as having breast cancer and expression profiles of target genes from patients previously clinically classified as having benign breast disease, wherein: if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having breast cancer, then the patient is discriminated as having a breast cancer, and if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having benign breast disease, then the patient is discriminated as having a benign breast disease. if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having breast cancer, then the patient is discriminated as having a breast cancer, and if the expression profile of the patient is clustered with the expression profiles from patients previously clinically classified as having benign breast disease, then the patient is discriminated as having a benign breast disease.
A mobile soil working device, comprising: - a machine frame, - a drive for at least one penetration tool adapted for up and down movement, the penetration tool being adapted to be driven into the soil and to be pulled out again, - a guide element for at least one penetration tool, the guide element being guided movably at the machine frame, - a tool holder for the penetration tool, which is supported for pivotal movement about a first pivot axis in the guide element movable up and down by the drive, so as to allow a pivoting of the penetration tool against a spring force while the tool is in the soil, characterized in that between the tool holder and the guide element a torsion element (1a, 1b, 1c) is provided coaxially with the first pivot axis, which torsion element, under a force effect on the at least one penetration tool, allows the tool holder to pivot relative to the guide element and, when the force effect ceases, exerts a restoring moment on the tool holder so that the penetration tool pivots back to the home position after having been pulled from the soil. - a machine frame, - a drive for at least one penetration tool adapted for up and down movement, the penetration tool being adapted to be driven into the soil and to be pulled out again, - a guide element for at least one penetration tool, the guide element being guided movably at the machine frame, - a tool holder for the penetration tool, which is supported for pivotal movement about a first pivot axis in the guide element movable up and down by the drive, so as to allow a pivoting of the penetration tool against a spring force while the tool is in the soil,
An apparatus for the localised heat treatment of part of a component using a fluidised bed of powder, the apparatus including: a treatment chamber for receiving at least a treatment part of the component, the treatment chamber comprising a boundary containment surface defined by at least one side wall having an aperture for receiving a treatment part of a component; a powder reservoir having heating or cooling means for controlling the temperature of the powder; and a powder conveying means linking the treatment chamber and the powder reservoir, for continuously conveying powder from the reservoir to the treatment chamber for use in the fluidised bed, wherein the powder conveying means is flexible such that the position of the treatment chamber is independent of the position of the powder reservoir and variable with respect to the powder reservoir during operation of the apparatus.. a treatment chamber for receiving at least a treatment part of the component, the treatment chamber comprising a boundary containment surface defined by at least one side wall having an aperture for receiving a treatment part of a component; a powder reservoir having heating or cooling means for controlling the temperature of the powder; and a powder conveying means linking the treatment chamber and the powder reservoir, for continuously conveying powder from the reservoir to the treatment chamber for use in the fluidised bed,
A conductive undercoating agent composition for a current collector for a battery or electrical double layer capacitor, the composition comprising: a polymer having a substituent capable of bonding to an active hydrogen group, inorganic particles having an active hydrogen group, and a conductive agent, wherein the polymer has a silyl group of the formula - SiR 11 R 12 R 13 wherein each of R 11 to R 13 independently represents a group selected from the group consisting of a C 1 -C 6 alkyl group and a halogen group, with the proviso that at least one of R 11 to R 13 is -OR 14 and R 14 being a group selected from the group consisting of H, a C 1 -C 6 alkyl group, and a group derived from a cation capable of constituting an electrolyte for a battery or electrical double layer capacitor. a polymer having a substituent capable of bonding to an active hydrogen group, inorganic particles having an active hydrogen group, and a conductive agent, wherein the polymer has a silyl group of the formula - SiR 11 R 12 R 13 wherein each of R 11 to R 13 independently represents a group selected from the group consisting of a C 1 -C 6 alkyl group and a halogen group, with the proviso that at least one of R 11 to R 13 is -OR 14 and R 14 being a group selected from the group consisting of H, a C 1 -C 6 alkyl group, and a group derived from a cation capable of constituting an electrolyte for a battery or electrical double layer capacitor.
A real-time acceleration sensor calibration apparatus for measuring a movement of a vehicle, the real-time acceleration sensor calibration apparatus comprising: an acceleration sensor configured to measure a triaxial acceleration value; a gyroscope configured to measure a triaxial angular velocity value; an acceleration data calibrator configured to transform a vector of the measured triaxial acceleration value to obtain a first vector by using a gravity vector calculated based on the triaxial acceleration value measured by the acceleration sensor and the triaxial angular velocity value measured by the gyroscope; and wherein the acceleration data calibrator is configured to perform a secondary transformation on the first vector with respect to a horizontal plane travel direction axis to obtain a second vector, when a magnitude of a horizontal plane vector of the first vector exceeds a predetermined value, wherein the gravity vector is calculated using a quaternion value calculated based on the triaxial acceleration value and the triaxial angular velocity value, and a communicator configured to transmit information related to the movement of the vehicle to a server, the information being calculated based on said second vector. an acceleration sensor configured to measure a triaxial acceleration value; a gyroscope configured to measure a triaxial angular velocity value; an acceleration data calibrator configured to transform a vector of the measured triaxial acceleration value to obtain a first vector by using a gravity vector calculated based on the triaxial acceleration value measured by the acceleration sensor and the triaxial angular velocity value measured by the gyroscope; and wherein the acceleration data calibrator is configured to perform a secondary transformation on the first vector with respect to a horizontal plane travel direction axis to obtain a second vector, when a magnitude of a horizontal plane vector of the first vector exceeds a predetermined value, wherein the gravity vector is calculated using a quaternion value calculated based on the triaxial acceleration value and the triaxial angular velocity value, and a communicator configured to transmit information related to the movement of the vehicle to a server, the information being calculated based on said second vector.
A method, performed by a wireless communication device, for managing a location request relating to estimation of a location of the wireless communication device by means of multi-lateration in a cellular network, comprising cells, wherein the method comprises: receiving, from a location node, the location request, including information indicating a first set of cells usable by the wireless communication device when establishing timing advance values, characterised by: wherein the first set of cells comprises sub-sets of cells, wherein one sub-set comprises cells that are co-located with the serving cell and all other sub-sets comprise cells that are not co-located with the serving cell but are co-located with other cells in that set, and wherein the information comprises a device specific identification to be used in access requests sent by the wireless communication device to a network node, wherein the access request is used by the network node for timing advance estimation, and wherein each sub-set comprises an indication about whether or not the identification is allowed to be used for the cells of said each sub-set, determining a second set of cells based on the information, wherein determining a second set of cells based on the information comprises selecting cells that are not co-located, and establishing the timing advance values for the second set of cells. receiving, from a location node, the location request, including information indicating a first set of cells usable by the wireless communication device when establishing timing advance values, characterised by: wherein the first set of cells comprises sub-sets of cells, wherein one sub-set comprises cells that are co-located with the serving cell and all other sub-sets comprise cells that are not co-located with the serving cell but are co-located with other cells in that set, and wherein the information comprises a device specific identification to be used in access requests sent by the wireless communication device to a network node, wherein the access request is used by the network node for timing advance estimation, and wherein each sub-set comprises an indication about whether or not the identification is allowed to be used for the cells of said each sub-set, wherein the first set of cells comprises sub-sets of cells, wherein one sub-set comprises cells that are co-located with the serving cell and all other sub-sets comprise cells that are not co-located with the serving cell but are co-located with other cells in that set, and wherein the information comprises a device specific identification to be used in access requests sent by the wireless communication device to a network node, wherein the access request is used by the network node for timing advance estimation, and wherein each sub-set comprises an indication about whether or not the identification is allowed to be used for the cells of said each sub-set, determining a second set of cells based on the information, wherein determining a second set of cells based on the information comprises selecting cells that are not co-located, and establishing the timing advance values for the second set of cells.
Converter for a motor vehicle, comprising a switching unit which is connected to an intermediate circuit of the converter and which can be operated with a predetermined switching frequency, and several filter elements connected in the intermediate circuit having respectively one intermediate circuit capacitor, wherein a minimum of the magnitude frequency response of a respective filter element lies within another frequency interval, which has a harmonic of the switching frequency as a centre frequency and an interval length corresponding to the switching frequency, than a perspective minimum of the magnitude frequency response of the remaining filter elements, wherein the intermediate circuit capacitor of a respective filter element is realised by a capacitor, wherein at least one or a respective filter element has an inductance element connected in series with its intermediate circuit capacitor, characterised in that the inductivity element is formed by a line connection to the intermediate circuit capacitor, the length and/or shape and/or arrangement of which within several planes of a circuit board specifies the inductance of the inductance element, wherein the capacitors of several filter elements or of all filter elements are identical in construction.
A method of making a hearing device comprising a housing and an electrode configured to electrically couple to skin of a user, the method comprising: providing a cast shell comprising a thin outer wall, a thick outer wall, an inner wall between the thin and thick outer walls, a cavity proximate to the thin outer wall, and a void proximate to the thick outer wall separated from the cavity by the inner wall; forming an elastomeric conductor in the cavity of the cast shell; and removing the thin outer wall to form the housing comprising an outer surface defined at least partially by the thick outer wall and the elastomeric conductor. providing a cast shell comprising a thin outer wall, a thick outer wall, an inner wall between the thin and thick outer walls, a cavity proximate to the thin outer wall, and a void proximate to the thick outer wall separated from the cavity by the inner wall; forming an elastomeric conductor in the cavity of the cast shell; and removing the thin outer wall to form the housing comprising an outer surface defined at least partially by the thick outer wall and the elastomeric conductor.
Apparatus for forming tampons, comprising a. a plurality of processing drums (2, 4, 5.1, 5.2) for forming a tampon from band-form material, and characterized by b. at least one transfer station for continuously transferring a preform from a first processing drum (2, 4, 5.1, 5.2) to a second processing drum (4, 5.1, 5.2), and wherein the transfer station is a transfer wheel for continuously transferring a preform from a first processing drum (2, 4, 5.1, 5.2) to a second processing drum (4, 5.1, 5.2). a. a plurality of processing drums (2, 4, 5.1, 5.2) for forming a tampon from band-form material, and characterized by b. at least one transfer station for continuously transferring a preform from a first processing drum (2, 4, 5.1, 5.2) to a second processing drum (4, 5.1, 5.2), and