mhurhangee/ep-ind-claims huggingface dataset:
System configured to analyze an air conditioning device, the system comprising a detection unit configured to detect detection signals indicative of a contamination with a contaminant of an evaporator and an air filter of the air conditioning device, wherein the detection unit comprises a contamination sensor adapted to measure a concentration of volatile organic compounds in the exhausted air of the air conditioning device, wherein the concentration of volatile organic compounds is indicative of the level of the contaminant, wherein the detection unit is further configured to detect operating conditions of the air condition device, an analyzing unit configured to analyze of a level of contamination of the evaporator and the air filter based on the detection signals and by conducting a comparison with the detected operating conditions and with predefined operating data of the air conditioning device, and further comprising an output unit configured to output to a user the analyzed level of contamination of the evaporator and the air filter with the contaminant. a detection unit configured to detect detection signals indicative of a contamination with a contaminant of an evaporator and an air filter of the air conditioning device, wherein the detection unit comprises a contamination sensor adapted to measure a concentration of volatile organic compounds in the exhausted air of the air conditioning device, wherein the concentration of volatile organic compounds is indicative of the level of the contaminant, wherein the detection unit is further configured to detect operating conditions of the air condition device, an analyzing unit configured to analyze of a level of contamination of the evaporator and the air filter based on the detection signals and by conducting a comparison with the detected operating conditions and with predefined operating data of the air conditioning device, and further comprising an output unit configured to output to a user the analyzed level of contamination of the evaporator and the air filter with the contaminant.
A method of manufacturing a visor for a helmet or the like having a functional insert region, the method comprising: providing insert material having the desired functionality, comprising a multilayer laminate having a functional layer covered with an interface layer on a rear surface and a protective layer on a front surface; thermoforming the insert material into a curved shape to form an insert; locating the insert within a mould (50, 58); injection moulding visor material into the mould to form a curved visor having an inner surface and an outer surface, wherein the insert forms an integrally moulded portion of the inner or outer surface of the visor, the insert material comprises an extruded film having an optical quality surface prior to location within the mould and the interface layer is compatible with the visor material and has sufficient thickness to limit heat conduction during the moulding procedure to protect the functional layer of the insert from the heat of the injection moulding process and whereby melting of the outer surface of the thermoformed insert is avoided. providing insert material having the desired functionality, comprising a multilayer laminate having a functional layer covered with an interface layer on a rear surface and a protective layer on a front surface; thermoforming the insert material into a curved shape to form an insert; locating the insert within a mould (50, 58);
A drawer rail for a drawer pull-out guide, comprising: - a first rail configured to be fixed or fixed to a drawer, - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide, - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail, in a connected condition, are locked to one another by at least one locking element, the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail, about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position, - wherein the at least one locking element is passed through an opening of the second rail. - a first rail configured to be fixed or fixed to a drawer, - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide, - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail, in a connected condition, are locked to one another by at least one locking element, the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail, about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position, - wherein the at least one locking element is passed through an opening of the second rail.
An input apparatus for operating and/or controlling a technical device (26, 28) by a user, comprising a plurality of sensor elements which are configured to be arranged spatially distributed in the oral cavity of the user in order to detect a respective current tongue position and/or tongue movement of the user, and comprising an interface circuit which is coupled to the sensor elements and which is configured to generate a plurality of control signals depending on the sensor elements and to transmit them to the technical device (26, 28), characterized in that the sensor elements each include a transponder which is configured to receive an interrogation signal and to transmit an individually encoded response signal (32, 34) to the interface circuit in response thereto, wherein the interface circuit is configured to generate the interrogation signal.
Seal for a pipe penetration in an underlay of a weatherproofing roof covering, said seal comprising a collar and a flange portion laterally extending from the collar and surrounding it, said collar being connected to the flange portion by means of a flexible sleeve extending between the collar and the flange portion for setting the upper end of said collar flexibly at a desired distance from said flange portion, characterized in that the seal is provided with a stiffener in the area of the upper end of the collar, wherein the stiffener is formed of a material harder than that of the collar, and in that the seal is provided with flexible bands extending from the upper end of said collar, for attaching the upper end of said collar to a penetration flashing for a roof covering.
A method for buffer status reporting, the method comprising: triggering, by a terminal, reporting of a padding buffer status report, padding BSR; determining, by the terminal, a BSR format for BSR-to-be-reported according to a number of padding bits, a size of a first type of BSR format plus its media access control, MAC, subheader, and a quantity of logical channel groups having data to-be-transmitted, wherein a quantity of logical channel groups corresponding to the BSR format is greater than or equal to 1; characterized in that, determining, by the terminal, the BSR format for BSR-to-be-reported according to the number of padding bits, the size of a first type of BSR format plus its MAC subheader, and the quantity of logical channel groups having data to-be-transmitted comprises: determining, when the number of the padding bits is greater than the size of the first type of BSR format plus its MAC subheader, and is less than a size of a maximum length of a second type of BSR format plus its MAC subheader, and the quantity of logical channel groups having data to-be-transmitted is one, to report the first type of BSR format; wherein the first type of BSR format is a short BSR format, the second type of BSR format is a flexible long BSR format, and the first type of BSR format is different from the second type of BSR format. triggering, by a terminal, reporting of a padding buffer status report, padding BSR; determining, by the terminal, a BSR format for BSR-to-be-reported according to a number of padding bits, a size of a first type of BSR format plus its media access control, MAC, subheader, and a quantity of logical channel groups having data to-be-transmitted, wherein a quantity of logical channel groups corresponding to the BSR format is greater than or equal to 1; characterized in that, determining, by the terminal, the BSR format for BSR-to-be-reported according to the number of padding bits, the size of a first type of BSR format plus its MAC subheader, and the quantity of logical channel groups having data to-be-transmitted comprises: determining, when the number of the padding bits is greater than the size of the first type of BSR format plus its MAC subheader, and is less than a size of a maximum length of a second type of BSR format plus its MAC subheader, and the quantity of logical channel groups having data to-be-transmitted is one, to report the first type of BSR format; wherein the first type of BSR format is a short BSR format, the second type of BSR format is a flexible long BSR format, and the first type of BSR format is different from the second type of BSR format. determining, when the number of the padding bits is greater than the size of the first type of BSR format plus its MAC subheader, and is less than a size of a maximum length of a second type of BSR format plus its MAC subheader, and the quantity of logical channel groups having data to-be-transmitted is one, to report the first type of BSR format; wherein the first type of BSR format is a short BSR format, the second type of BSR format is a flexible long BSR format, and the first type of BSR format is different from the second type of BSR format.
Rotation actuating device, comprising: a base, a rotor, and at least two groups (40, 42) of drive units which each comprise at least two drive units, wherein the drive units are arranged circumferentially on the base and between the latter and the rotor, and wherein each drive unit comprises two deflectable actuators arranged in a V-shape with respect to one another and a friction element which is connected to both actuators, and wherein a continuous movement of the rotor is realized by means of phase-offset actuation of the actuators of different groups (40, 42) of drive units, characterized in that the rotor and the friction elements are configured under pressure in a direction towards each other by means of a spring device which is arranged between the drive units and in the inner circumference of the rotor such that, when the actuators are not deflected, all the friction elements are in contact with the rotor and together span a contact plane and that the drive units of the groups (40, 42) of drive units, which are provided as a whole, are arranged along a circumference of a circle. a base, a rotor, and at least two groups (40, 42) of drive units which each comprise at least two drive units, wherein the drive units are arranged circumferentially on the base and between the latter and the rotor, and wherein each drive unit comprises two deflectable actuators arranged in a V-shape with respect to one another and a friction element which is connected to both actuators, and wherein a continuous movement of the rotor is realized by means of phase-offset actuation of the actuators of different groups (40, 42) of drive units, wherein the drive units are arranged circumferentially on the base and between the latter and the rotor, and wherein each drive unit comprises two deflectable actuators arranged in a V-shape with respect to one another and a friction element which is connected to both actuators, and wherein a continuous movement of the rotor is realized by means of phase-offset actuation of the actuators of different groups (40, 42) of drive units, characterized in that the rotor and the friction elements are configured under pressure in a direction towards each other by means of a spring device which is arranged between the drive units and in the inner circumference of the rotor such that, when the actuators are not deflected, all the friction elements are in contact with the rotor and together span a contact plane and that the drive units of the groups (40, 42) of drive units, which are provided as a whole, are arranged along a circumference of a circle.
A method for tracking an object moving relative to a moving platform, the moving platform moving relative to an external frame of reference, the method comprising: updating an inertial orientation estimate of the object relative to the external frame of reference using at least one angular rate sensor comprised in a sensor unit fixed to the object; obtaining measurements from a platform-mounted inertial navigation system of the orientation of the platform with respect to said external frame of reference; and at certain measurement times, obtaining measurements from a non-inertial sensor of the orientation of the sensor unit relative to a measurement reference coordinate frame fixed with respect to the platform, and characterised by combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation to form an indirect measurement of the orientation of said object with respect to said external frame of reference. updating an inertial orientation estimate of the object relative to the external frame of reference using at least one angular rate sensor comprised in a sensor unit fixed to the object; obtaining measurements from a platform-mounted inertial navigation system of the orientation of the platform with respect to said external frame of reference; and at certain measurement times, obtaining measurements from a non-inertial sensor of the orientation of the sensor unit relative to a measurement reference coordinate frame fixed with respect to the platform, and characterised by combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation to form an indirect measurement of the orientation of said object with respect to said external frame of reference.
A magnet assembly for an audio speaker, the magnet assembly comprising: a magnetic member; a yoke magnetically coupled to the magnetic member; means for forming a gap in a magnetic circuit that focuses magnetic energy in the gap; and means for supporting a voice coil assembly that passes through the gap, the means being formed from a thin film thermoplastic having a thickness of less than 10 microns (0.010 mm, 0.0004 in.), the means being coupled to one of the magnetic member or the yoke which is formed in two separable parts that are joined with a portion of the means between the two separable parts. a magnetic member; a yoke magnetically coupled to the magnetic member; means for forming a gap in a magnetic circuit that focuses magnetic energy in the gap; and means for supporting a voice coil assembly that passes through the gap, the means being formed from a thin film thermoplastic having a thickness of less than 10 microns (0.010 mm, 0.0004 in.), the means being coupled to one of the magnetic member or the yoke which is formed in two separable parts that are joined with a portion of the means between the two separable parts.
Method for producing a measuring head housing for an integrated measuring system of a linear bearing of a profiled rail guide, comprising the steps: - providing a substantially planar/flat cover blank, - applying means for materially bonded connection, preferably adhesive, to an inner side of the cover blank, said inner side facing towards a measuring head base body, - placing the measuring head base body on the cover blank, - bending legs (6, 8) of the cover so that the means for materially bonded connection comes into contact with the measuring head base body in the region of the legs (6, 8), wherein bores for receiving fastening means are provided on both sides in the region of the legs (6, 8), wherein fastening means are received in the bores so that the cover is electrically contacted with the measuring head base body. - providing a substantially planar/flat cover blank, - applying means for materially bonded connection, preferably adhesive, to an inner side of the cover blank, said inner side facing towards a measuring head base body, - placing the measuring head base body on the cover blank, - bending legs (6, 8) of the cover so that the means for materially bonded connection comes into contact with the measuring head base body in the region of the legs (6, 8),
A user equipment for performing direct communication transmissions over a direct sidelink connection in a communication system, the user equipment being characterised by: a receiver, which, in operation, receives a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; circuitry, which, in operation,: • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and a transmitter, which, in operation, performs a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period. a receiver, which, in operation, receives a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; circuitry, which, in operation,: • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and a transmitter, which, in operation, performs a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period.
A wearable device comprising: an air conduction speaker (14, 28a, 28b); a tissue conduction speaker (16, 28c) operable to be worn on a user's body and to transmit sound through contact with the user's skin, such that the sound can be conducted through bone or soft-tissue to the inner ear of the user; one or more sensors; and logic, implemented in one or more of configurable logic hardware or fixed-functionality logic hardware, adapted to: determine a usage configuration of the wearable device based on a set of status signals from the one or more sensors that indicate one or more of a physical position, a physical activity, a current activation state, an interpersonal proximity state and a manual user request associated with one or more of the air conduction speaker or the tissue conduction speaker, set an activation state of the air conduction speaker based at least in part on the usage configuration, and set an activation state of the tissue conduction speaker based at least part on the usage configuration, characterized in that the logic is adapted to set an optimization state of the air conduction speaker and the tissue conduction speaker based on the usage configuration. an air conduction speaker (14, 28a, 28b); a tissue conduction speaker (16, 28c) operable to be worn on a user's body and to transmit sound through contact with the user's skin, such that the sound can be conducted through bone or soft-tissue to the inner ear of the user; one or more sensors; and logic, implemented in one or more of configurable logic hardware or fixed-functionality logic hardware, adapted to: determine a usage configuration of the wearable device based on a set of status signals from the one or more sensors that indicate one or more of a physical position, a physical activity, a current activation state, an interpersonal proximity state and a manual user request associated with one or more of the air conduction speaker or the tissue conduction speaker, set an activation state of the air conduction speaker based at least in part on the usage configuration, and set an activation state of the tissue conduction speaker based at least part on the usage configuration, characterized in that the logic is adapted to set an optimization state of the air conduction speaker and the tissue conduction speaker based on the usage configuration. determine a usage configuration of the wearable device based on a set of status signals from the one or more sensors that indicate one or more of a physical position, a physical activity, a current activation state, an interpersonal proximity state and a manual user request associated with one or more of the air conduction speaker or the tissue conduction speaker, set an activation state of the air conduction speaker based at least in part on the usage configuration, and set an activation state of the tissue conduction speaker based at least part on the usage configuration, characterized in that the logic is adapted to set an optimization state of the air conduction speaker and the tissue conduction speaker based on the usage configuration.
Method for demonstrating the presence of a pathogen in a carrier, in particular in seed, providing one or more indicator plants of identical genotype, wherein indicator plants have been cultivated by subjecting the indicator plants artificially to a number of growth factors in an at least substantially daylight-free, conditioned environment, which growth factors at least comprise a photosynthetically active radiation spectrum, an ambient room temperature and a leaf evaporation, wherein the indicator plants are subjected during a cultivation period to a predetermined cultivation schedule which imposes a predetermined ratio of water and dry matter in the indicator plants as well as defining a predetermined composition in the dry matter, which cultivation schedule comprises at least growth parameters prescribed for said growth factors, defining said growth factors in a predetermined mutual relation, imposing said growth factors on said indicator plants in said mutual relation as prescribed by the cultivation schedule, wherein said indicator plants are cultivated to have an increased sensitivity to said pathogen, and testing for the presence of this pathogen by exposing said cultivated indicator plants to a sample of said carrier sampled for the purpose and subsequently determining whether the indicator plants have been adversely affected or not.