mhurhangee/patent-ind-claim-en huggingface dataset:
Device for application of a sanitary item in piece form for the sanitary field, wherein the sanitary item in piece form has an underside by means of which the sanitary item can be applied to a sanitary article, and wherein the device comprises a housing part , wherein the housing part comprises an opening for receiving the sanitary item , through which the sanitary item can be discharged from or pushed out of the housing , and wherein the opening of the housing part lies in a first plane of the housing part , wherein the housing part comprises holding elements on the side walls of the housing part and a push edge or surface , characterised in that the housing part comprises the holding elements which can be overcome by the sanitary item in piece form by pressing on the push edge or surface , and a counterbearing for the sanitary item in piece form, wherein the push edge or surface is positioned substantially orthogonally to the side walls , and the housing part is configured in such a way that the sanitary item is so positioned in the device by the holding elements which are capable of being overcome that the angle α between the first plane of the housing part and the underside of the item is between 5° and 90° and the sanitary item can be discharged from or pushed out of the housing part by operation of the push edge or surface , wherein the device is deformed.
Stabilized catalyst mould comprising a catalyst body formed of a catalyst material, said catalyst material comprising a catalytically active material or a precursor material of the catalytically active material, with a catalytically active material having a composition according to the general formula VP x O y M z wherein M is a promoter selected from the group formed of chromium, nickel, magnesium, aluminum, silicium, wolfram, niobium, antimony, caesium, and their mixtures, x is a number between 0.1 and 3, y is a number according to the valence of V, P and M, and z is a number between 0 and 1.5, characterized in that at least parts of the surface of the catalyst mould are provided with a protective coating comprising an organic binder, characterized in that the organic binder comprises a copolymer of vinyl acetate and a further monomer, preferably, ethylene, propylene and/or maleic anhydride.
A hybrid vertical cavity laser for a photonic integrated circuit (PIC), the laser comprising: a first low refractive index layer ; a second low refractive index layer on the first low refractive index layer ; a grating mirror between the first and second low refractive index layers, ; an optical waveguide optically coupled to one side of the grating mirror in a first direction; a Group III-V semiconductor layer on the second low refractive index layer , the Group III-V semiconductor layer including an active layer ; a top mirror on the Group III-V semiconductor layer; and characterised in that : the grating mirror includes a plurality of bars that are spaced apart from each other and arranged in a two-dimensional array, the first and second low refractive index layers each having refractive indices that are lower than a refractive index of the plurality of bars; and the hybrid vertical cavity laser further comprises a third low refractive index insulator layer having a lower refractive index than silicon and than the bars, which is arranged between the plurality of bars of the grating mirror and the second low refractive index layer , wherein a pattern of the third low refractive index insulator layer corresponds to a pattern of the plurality of bars . a first low refractive index layer ; a second low refractive index layer on the first low refractive index layer ; a grating mirror between the first and second low refractive index layers, ; an optical waveguide optically coupled to one side of the grating mirror in a first direction; a Group III-V semiconductor layer on the second low refractive index layer , the Group III-V semiconductor layer including an active layer ; a top mirror on the Group III-V semiconductor layer; and characterised in that : the grating mirror includes a plurality of bars that are spaced apart from each other and arranged in a two-dimensional array, the first and second low refractive index layers each having refractive indices that are lower than a refractive index of the plurality of bars; and the hybrid vertical cavity laser further comprises a third low refractive index insulator layer having a lower refractive index than silicon and than the bars, which is arranged between the plurality of bars of the grating mirror and the second low refractive index layer , wherein a pattern of the third low refractive index insulator layer corresponds to a pattern of the plurality of bars . the grating mirror includes a plurality of bars that are spaced apart from each other and arranged in a two-dimensional array, the first and second low refractive index layers each having refractive indices that are lower than a refractive index of the plurality of bars; and the hybrid vertical cavity laser further comprises a third low refractive index insulator layer having a lower refractive index than silicon and than the bars, which is arranged between the plurality of bars of the grating mirror and the second low refractive index layer , wherein a pattern of the third low refractive index insulator layer corresponds to a pattern of the plurality of bars .
Radiant heating tube for heating furnace chambers of industrial furnaces, having a tube body and having a flame tube arranged in said tube body, which flame tube is, at one end , assigned a burner, wherein the flame tube is centred relative to the tube body by means of spacer elements , characterized in that groove-like spacer elements are formed by beads projecting inwardly into the tube body , which beads define wall portions of exhaust-gas channels between tube body and flame tube .
Signal generator for emitting a light signal for road traffic, comprising - a pot-shaped inner housing with a front opening , in which inner housing a light source is arranged, - an optical attachment covering the front opening for influencing the light emitted by the light source, which comprises an internal Fresnel lens and an external diffusing lens , and - a symbol mask , which partially covers the emitted light, for representing a light sign with a symbol (S, G), - wherein the inner housing with the light source and the optical attachment form a pre-assembled signal generator insert , in which the optical attachment seals the front opening , characterized - in that a cover comprising the symbol mask is placed on the diffusing lens from the outside, - wherein the cover comprises a transparent protective plate with a fastening ring and an insert part which lies against the protective plate and which forms the symbol mask , and - wherein the fastening ring comprises an outer edge of the diffusing lens in the retrofitted state and is fixed here by an easily releasable connection, such as a clamping seat or locking springs. - a pot-shaped inner housing with a front opening , in which inner housing a light source is arranged, - an optical attachment covering the front opening for influencing the light emitted by the light source, which comprises an internal Fresnel lens and an external diffusing lens , and - a symbol mask , which partially covers the emitted light, for representing a light sign with a symbol (S, G), - wherein the inner housing with the light source and the optical attachment form a pre-assembled signal generator insert , in which the optical attachment seals the front opening , - in that a cover comprising the symbol mask is placed on the diffusing lens from the outside, - wherein the cover comprises a transparent protective plate with a fastening ring and an insert part which lies against the protective plate and which forms the symbol mask , and - wherein the fastening ring comprises an outer edge of the diffusing lens in the retrofitted state and is fixed here by an easily releasable connection, such as a clamping seat or locking springs.
Forming belt for a machine for producing or processing a paper web, wherein the forming belt has a paper side and a running side, comprising a basic structure and at least one further structure , wherein the at least one further structure is composed of or comprises a tier of polymer foam and said tier of polymer foam provides the paper side of the forming belt , characterized in that in a compressive stressing of the forming belt of 50 kPa the tier of polymer foam in the thickness direction is compressed by more than 10%, preferably by more than 15%, as compared to an initial thickness at a compressive stress of 6 kPa.
Steering assistance device for a vehicle , wherein the steering assistance device has the following features: - an input shaft for introducing a torque from a steering column of the vehicle into the steering assistance device ; - a torque sensor , wherein the torque sensor is configured to detect the torque introduced via the input shaft and to provide a sensor signal which represents the detected torque; - an output shaft for conducting the torque out of the steering assistance device ; - a gear unit , wherein the gear unit is configured to mechanically transmit the torque from the input shaft to the output shaft , wherein the gear unit is arranged within a steering housing ; and - a drive unit , wherein the drive unit is configured to charge the gear unit with a hydraulic working medium in a manner dependent on the sensor signal, wherein the drive unit and the torque sensor are arranged so as to be in mechanical contact with the steering housing , wherein the drive unit has a pump for conveying the working medium and a motor for driving the pump , wherein the drive unit has a reservoir for containing working medium, characterised in that at least the pump is arranged within the reservoir, wherein the input shaft , the torque sensor , the gear unit and the drive unit are arranged in a row along a longitudinal axis (L) of the steering assistance device . - an input shaft for introducing a torque from a steering column of the vehicle into the steering assistance device ; - a torque sensor , wherein the torque sensor is configured to detect the torque introduced via the input shaft and to provide a sensor signal which represents the detected torque; - an output shaft for conducting the torque out of the steering assistance device ; - a gear unit , wherein the gear unit is configured to mechanically transmit the torque from the input shaft to the output shaft , wherein the gear unit is arranged within a steering housing ; and - a drive unit , wherein the drive unit is configured to charge the gear unit with a hydraulic working medium in a manner dependent on the sensor signal, wherein the drive unit and the torque sensor are arranged so as to be in mechanical contact with the steering housing , wherein the drive unit has a pump for conveying the working medium and a motor for driving the pump , wherein the drive unit has a reservoir for containing working medium, characterised in that at least the pump is arranged within the reservoir,
A client device arranged to receive a live adaptive bitrate stream of a video stream, the client device having means being configured: to receive a manifest file, the manifest file identifying one or more segments of the live adaptive bitrate stream encoded at one or more bit rates; to request and to receive a segment identified in the received manifest file; to receive a manifest update hint , the manifest update hint including an indication of a time when the manifest file will be updated; and to request an updated manifest file at a time indicated by the manifest update hint . to receive a manifest file, the manifest file identifying one or more segments of the live adaptive bitrate stream encoded at one or more bit rates; to request and to receive a segment identified in the received manifest file; to receive a manifest update hint , the manifest update hint including an indication of a time when the manifest file will be updated; and to request an updated manifest file at a time indicated by the manifest update hint .
A device for the contactless inspection of a butt weld of plastic pipes and fittings , containing a carrier device , an illumination unit for illuminating the weld seam and/or pipe ends during the inspection and/or recording by means of sensors, a sensor support and at least one sensor for the monitoring pipe ends or fitting ends that are to be welded as well as the weld seam , wherein the sensor is arranged on the sensor support , wherein the sensor support is moveably and/or rotatably arranged on the carrier device , wherein the sensor support is arranged such that the sensor support is rotatable around the pipes that are to be welded or have been welded and/or around the weld seam, wherein the sensor is an electronic light-sensitive sensor , preferably a digital camera , wherein the sensor is oriented tangentially or indirectly tangentially to the pipe circumference and/or the weld seam.
A method of monitoring signal quality of a wearable biometric monitoring device , wherein the biometric monitoring device includes at least one sensor configured to detect and/or measure physiological information from a subject wearing the biometric monitoring device, at least one motion sensor, and at least one processor in communication with the at least one sensor , and the at least one motion sensor, wherein the at least one processor is configured to receive and analyze signals produced by the at least one sensor and the at least one motion sensor, the method comprising the following performed via the at least one processor: instructing the subject to begin an exercise regimen; and processing information from the at least one sensor and the at least one motion sensor during the exercise regimen to determine if signal quality produced by the at least one sensor is acceptable, comprising calculating a ratio of physiological information in a signal from the at least one sensor to motion information in a signal from the at least one motion sensor, wherein a higher ratio of physiological information to motion information indicates a higher quality of the signal; and communicating information to the subject regarding the signal quality during the exercise regimen, the communicating comprising informing the subject that the device is being worn correctly if the signal quality is acceptable, and informing the subject that the device is not being worn correctly if the signal quality is not acceptable. instructing the subject to begin an exercise regimen; and processing information from the at least one sensor and the at least one motion sensor during the exercise regimen to determine if signal quality produced by the at least one sensor is acceptable, comprising calculating a ratio of physiological information in a signal from the at least one sensor to motion information in a signal from the at least one motion sensor, wherein a higher ratio of physiological information to motion information indicates a higher quality of the signal; and communicating information to the subject regarding the signal quality during the exercise regimen, the communicating comprising informing the subject that the device is being worn correctly if the signal quality is acceptable, and informing the subject that the device is not being worn correctly if the signal quality is not acceptable.
Method for avoiding strip adhesion on flexibly rolled metal strip, wherein a metal strip is wound up to a coil after the flexible rolling (S10) and subjected to a heat treatment (S40), characterised in that the flexibly rolled metal strip is wound up before the heat treatment (S40) at least in a radially outer annular portion of the coil , which extends over a radially outer third of the coil , with a winding tension (F13) of less than 40 N/mm 2 relative to a cross-sectional area (A2) of the metal strip . wherein a metal strip is wound up to a coil after the flexible rolling (S10) and subjected to a heat treatment (S40), characterised in that the flexibly rolled metal strip is wound up before the heat treatment (S40) at least in a radially outer annular portion of the coil , which extends over a radially outer third of the coil , with a winding tension (F13) of less than 40 N/mm 2 relative to a cross-sectional area (A2) of the metal strip .
A contact record processing method for a smart terminal with an address book function to store phone numbers, the method comprising the steps of: receiving a call connection request from a terminal having a virtual SIM card; acquiring a temporary phone number of the virtual SIM card according to the call connection request; determining that the temporary phone number of the virtual SIM card is not stored in a contact record; acquiring a use term and user information of the virtual SIM card by: uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; adding, to the contact record, the temporary phone number and the use term of the temporary phone number to user information of a target contact corresponding to the user information received from the service end; re-acquiring the use term periodically from the service end, according to a predetermined period; detecting whether a current time that the temporary phone number has been stored in the contact record is greater than the acquired use term of the temporary phone number; and deleting the temporary phone number from the contact record when the use time is greater than the use term. receiving a call connection request from a terminal having a virtual SIM card; acquiring a temporary phone number of the virtual SIM card according to the call connection request; determining that the temporary phone number of the virtual SIM card is not stored in a contact record; acquiring a use term and user information of the virtual SIM card by: uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; adding, to the contact record, the temporary phone number and the use term of the temporary phone number to user information of a target contact corresponding to the user information received from the service end; re-acquiring the use term periodically from the service end, according to a predetermined period; detecting whether a current time that the temporary phone number has been stored in the contact record is greater than the acquired use term of the temporary phone number; and deleting the temporary phone number from the contact record when the use time is greater than the use term.
A mechanical supercharging system, comprising: a stepped transmission that connects a crankshaft of an internal combustion engine with driving wheels, and performs at least upshift operation of a gear stage; a centrifugal supercharger that rotates in conjunction with the crankshaft to compress intake air of the internal combustion engine , the centrifugal supercharger including a rotary drive shaft connected to the crankshaft ; a variable speed ratio device that changes a speed ratio of the rotary drive shaft to the crankshaft , the variable speed ratio device being provided between the crankshaft and the rotary drive shaft ; and a control device configured to control the speed ratio, wherein the control device is further configured to: increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation. a stepped transmission that connects a crankshaft of an internal combustion engine with driving wheels, and performs at least upshift operation of a gear stage; a centrifugal supercharger that rotates in conjunction with the crankshaft to compress intake air of the internal combustion engine , the centrifugal supercharger including a rotary drive shaft connected to the crankshaft ; a variable speed ratio device that changes a speed ratio of the rotary drive shaft to the crankshaft , the variable speed ratio device being provided between the crankshaft and the rotary drive shaft ; and a control device configured to control the speed ratio, wherein the control device is further configured to: increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation. increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation.