mhurhangee/ep-ind-claims huggingface dataset:
A vibrating structure angular rate sensor comprising: a MEMS structure comprising a mount, a plurality of supporting structures fixed to the mount, and a vibrating planar ring structure flexibly supported by the plurality of supporting structures to move elastically relative to the mount; at least one primary drive transducer (41a, 41b) arranged to cause the ring structure to oscillate in a primary mode at the resonant frequency of the primary mode; at least one primary pick-off transducer (42a, 42b) arranged to detect oscillation of the ring structure in the primary mode; at least three secondary pick-off transducers (43a, 43b, 43c) arranged to detect oscillation of the ring structure in a secondary mode induced by Coriolis force when an angular rate is applied around an axis substantially perpendicular to the ring structure; at least one secondary drive transducer arranged to null the induced oscillation in the secondary mode; characterized in that: the number of secondary pick-off transducers (43a, 43b, 43c) and the number of secondary drive transducers is an odd number; and in that the number of secondary drive transducers is smaller than the number of secondary pick-off transducers (43a, 43b, 43c). a MEMS structure comprising a mount, a plurality of supporting structures fixed to the mount, and a vibrating planar ring structure flexibly supported by the plurality of supporting structures to move elastically relative to the mount; at least one primary drive transducer (41a, 41b) arranged to cause the ring structure to oscillate in a primary mode at the resonant frequency of the primary mode; at least one primary pick-off transducer (42a, 42b) arranged to detect oscillation of the ring structure in the primary mode; at least three secondary pick-off transducers (43a, 43b, 43c) arranged to detect oscillation of the ring structure in a secondary mode induced by Coriolis force when an angular rate is applied around an axis substantially perpendicular to the ring structure; at least one secondary drive transducer arranged to null the induced oscillation in the secondary mode; characterized in that: the number of secondary pick-off transducers (43a, 43b, 43c) and the number of secondary drive transducers is an odd number; and in that the number of secondary drive transducers is smaller than the number of secondary pick-off transducers (43a, 43b, 43c). the number of secondary pick-off transducers (43a, 43b, 43c) and the number of secondary drive transducers is an odd number; and in that the number of secondary drive transducers is smaller than the number of secondary pick-off transducers (43a, 43b, 43c).
A method comprising: establishing a coordinated multipoint "CoMP" control region in a subframe transmitted by an access node and configured to be receivable by a user equipment "UE" wherein a control region in the subframe comprises a plurality of control channel elements "CCEs" which are used for transmitting a physical downlink control channel "PDCCH", wherein the plurality of CCEs which are used for transmitting the PDCCH comprise a first set of CCEs and a second set of CCEs, and wherein the first set of CCEs comprise a non-CoMP control region and the second set of CCEs comprise a CoMP control region; and wherein the non-CoMP control region comprises a first set of orthogonal frequency division multiplexing "OFDM" symbols from a plurality of OFDM symbols reserved for the PDCCH and wherein the CoMP control region comprises the remaining OFDM symbols of the plurality of OFDM symbols reserved for the PDCCH. establishing a coordinated multipoint "CoMP" control region in a subframe transmitted by an access node and configured to be receivable by a user equipment "UE" wherein a control region in the subframe comprises a plurality of control channel elements "CCEs" which are used for transmitting a physical downlink control channel "PDCCH", wherein the plurality of CCEs which are used for transmitting the PDCCH comprise a first set of CCEs and a second set of CCEs, and wherein the first set of CCEs comprise a non-CoMP control region and the second set of CCEs comprise a CoMP control region; and
A sensor device for tire inspection that is removably positionable along an inner surface of a tire, the tire defining radial, axial, and circumferential directions, the device comprising: a body comprising an outermost inspection surface configured for removable positioning along an inner surface of the tire; a plurality of tire inspection sensors positioned at the outermost inspection surface, the tire inspection sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire; and a plurality of tire proximity sensors positioned at the outermost inspection surface of the device, the tire proximity sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire, each tire proximity sensor configured to provide a signal indicative of the distance between the tire proximity sensor and the inner surface of the tire or a component within the tire. a body comprising an outermost inspection surface configured for removable positioning along an inner surface of the tire; a plurality of tire inspection sensors positioned at the outermost inspection surface, the tire inspection sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire; and a plurality of tire proximity sensors positioned at the outermost inspection surface of the device, the tire proximity sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire, each tire proximity sensor configured to provide a signal indicative of the distance between the tire proximity sensor and the inner surface of the tire or a component within the tire.
An exhaust gas turbocharger - comprising a compressor housing in which a compressor wheel is arranged on a first end of a shaft, - comprising a turbine housing in which a turbine wheel is arranged on a second end of the shaft, and - comprising a bearing housing which is arranged between the compressor housing and the turbine housing, is connected to the same, and has a bearing arrangement for the shaft, wherein- the bearing arrangement is designed as an anisotropic radial plain bearing arrangement, characterized in that the plain bearing arrangement has at least one anisotropically designed bearing bush (15; 19; 31), wherein the bearing bush (19; 31) has a non-uniformly designed annular groove (20; 32), or wherein the bearing bush has an annular groove which is arranged eccentric to the center point of the bearing bush by an offset. - comprising a compressor housing in which a compressor wheel is arranged on a first end of a shaft, - comprising a turbine housing in which a turbine wheel is arranged on a second end of the shaft, and - comprising a bearing housing which is arranged between the compressor housing and the turbine housing, is connected to the same, and has a bearing arrangement for the shaft, wherein- the bearing arrangement is designed as an anisotropic radial plain bearing arrangement, characterized in that the plain bearing arrangement has at least one anisotropically designed bearing bush (15; 19; 31), wherein the bearing bush (19; 31) has a non-uniformly designed annular groove (20; 32), or wherein the bearing bush has an annular groove which is arranged eccentric to the center point of the bearing bush by an offset.
Device for testing electronic dies comprising: a first part and a second part, which can be removably assembled to each other and adapted to defining together at least one housing where at least one electronic die, comprising contacting elements, can be arranged to be tested; said at least one housing comprising a first portion, belonging to the first part and provided with at least one first opening capable of being crossed by at least one electric contactor external to the testing device; said at least one housing being arranged to enable said at least one electronic die to occupy: a first position (Pa) in said housing, where a first surface (Pc) of said electronic die, comprising the contacting elements, is distant from the first portion, and a second position (Pb) in said housing, where the first surface (Pc) bears against the first portion of said at least one housing. said at least one housing comprising a first portion, belonging to the first part and provided with at least one first opening capable of being crossed by at least one electric contactor external to the testing device; said at least one housing being arranged to enable said at least one electronic die to occupy: a first position (Pa) in said housing, where a first surface (Pc) of said electronic die, comprising the contacting elements, is distant from the first portion, and a second position (Pb) in said housing, where the first surface (Pc) bears against the first portion of said at least one housing. a first position (Pa) in said housing, where a first surface (Pc) of said electronic die, comprising the contacting elements, is distant from the first portion, and a second position (Pb) in said housing, where the first surface (Pc) bears against the first portion of said at least one housing.
A method for washing and/or label removal of glass, ceramic or plastic ware with a liquid cleaning composition at a process temperature below 80° C, wherein the liquid cleaning composition comprises active components in an amount of ≥ 0.1wt.% to ≤ 10 wt.-% and an alkaline source in an amount of ≥ 0.5 wt.-% to ≤ 3.5 wt.-%, wherein the active components comprising: a) at least one sequestering agent selected from the group of a phosphonic acid, phosphonate based sequestering agent, and/or a polymer of monomers of monoethylenically unsaturated C 3 -C 8 -carboxylic acids or salts thereof; b) at least one C 4 to C 18 hydroxymonocarboxylic acid or salt thereof; d) at least one amphoteric alkoxylated C 6 to C 24 alcohol amine tenside containing 4 to 18 alkylene oxide units of ethylene oxide and/or propylene oxide or a salt thereof; e) at least one non-endcapped nonionic alkoxylated C 6 to C 24 alcohol tenside containing 1 to 30 alkylene oxide units, wherein the weight-% of the active components are based on the total weight of the liquid cleaning composition. a) at least one sequestering agent selected from the group of a phosphonic acid, phosphonate based sequestering agent, and/or a polymer of monomers of monoethylenically unsaturated C 3 -C 8 -carboxylic acids or salts thereof; b) at least one C 4 to C 18 hydroxymonocarboxylic acid or salt thereof; d) at least one amphoteric alkoxylated C 6 to C 24 alcohol amine tenside containing 4 to 18 alkylene oxide units of ethylene oxide and/or propylene oxide or a salt thereof; e) at least one non-endcapped nonionic alkoxylated C 6 to C 24 alcohol tenside containing 1 to 30 alkylene oxide units, wherein
A method of providing inline sterile freeze drying of a frozen product containing solid matter and a solvent, such as water, in a plurality of trays accommodated in at least one trolley, comprising the steps of: i. filling the frozen product into the plurality of trays in a filling station, ii. reducing the temperature of the product, iii. bringing the product to a pressure and a temperature below the triple point of the solvent in a freeze dryer unit, iv. maintaining the under pressure and thereby provide a freeze dried product by removing the solvent as vapour in the freeze dryer unit, v. bringing the freeze dried product to a temperature and pressure above the triple point, vi. emptying the product from the plurality of trays, vii. sterilizing the at least one trolley with the plurality of trays, and viii. bringing the at least one trolley with the plurality of trays to the filling station, and wherein the freeze dryer unit is sterilized before step iii. or iv. i. filling the frozen product into the plurality of trays in a filling station, ii. reducing the temperature of the product, iii. bringing the product to a pressure and a temperature below the triple point of the solvent in a freeze dryer unit, iv. maintaining the under pressure and thereby provide a freeze dried product by removing the solvent as vapour in the freeze dryer unit, v. bringing the freeze dried product to a temperature and pressure above the triple point, vi. emptying the product from the plurality of trays, vii. sterilizing the at least one trolley with the plurality of trays, and viii. bringing the at least one trolley with the plurality of trays to the filling station, and
Clip for the clamping of a wiring tube having an outer surface provided with grooves, the clip comprising an arc-shaped holder part integrated with a fastening part provided with a support surface, which fastening part is provided with a through hole oriented perpendicular to the support surface and through which hole a fastening device can be applied and fix the fastening part with the holder part thereof against a support, the holder part being formed to partly surround the wiring tube, and that the clip, on the side intended to face the wiring tube, is provided with a protuberance (18, 25, 31) that is formed to engage said grooves and prevent a relative movement between the clip and the wiring tube and that the protuberance (18, 25, 31) is oriented with an extension perpendicular to the longitudinal axis of a mounted wiring tube, and that the fastening part and holder part of the clip together have an enclosure at an enclosure angle in the interval of 220°-280° for the clip to be retained on the wiring tube, characterized in that the protuberance (18, 25, 31) is integrated with the fastening part and extends from the support surface and at least along the extension of half the fastening part and that the protuberances are shaped as elongate ridges or edges.
Breathing assistance device comprising: - a motorised micro-blower or a gas supply device (41, 55) comprising an inhalation valve, - a gas circuit (2, 16) with at least one inspiratory branch able to convey a respiratory gas, - measurement means able to and designed to: i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, - and signal processing and control means (5, 8) able to and designed to: a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest, characterised in that: - the signal processing and control means (5, 8) are configured to control the motorised micro-blower or the inhalation valve to increase or to decrease the volume or the pressure of the gas, and - the gas circuit (2, 16) comprises an expiratory branch in fluidic communication with the atmosphere via a gas outlet orifice and comprising an expiratory valve. - a motorised micro-blower or a gas supply device (41, 55) comprising an inhalation valve, - a gas circuit (2, 16) with at least one inspiratory branch able to convey a respiratory gas, - measurement means able to and designed to: i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, - and signal processing and control means (5, 8) able to and designed to: a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest, a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest, - the signal processing and control means (5, 8) are configured to control the motorised micro-blower or the inhalation valve to increase or to decrease the volume or the pressure of the gas, and - the gas circuit (2, 16) comprises an expiratory branch in fluidic communication with the atmosphere via a gas outlet orifice and comprising an expiratory valve.
A fastener ring (3; 3") for mounting a dispenser member, such as a pump or a valve, on a neck of a reservoir so as to constitute a fluid dispenser, the ring comprising: - reception means that are suitable for receiving in stationary manner, the dispenser member, and - a skirt forming fastener means that are suitable for coming into engagement with the neck, - rupture means formed by the skirt between the reception means and the fastener means so as to separate the reception means from the fastener means, in such a manner as to be able to remove the dispenser member from the reservoir, - annular plate for exerting pressure on the neck, the plate being situated between the reception means and the skirt, characterized in that the ring comprises a brushing extends in alignment with the skirt upward from the plate, and in that A fastener ring according to claim 32, wherein the skirt forms a plurality of tabs that are separated by gaps, the rupture means being formed in each tab. - reception means that are suitable for receiving in stationary manner, the dispenser member, and - a skirt forming fastener means that are suitable for coming into engagement with the neck, - rupture means formed by the skirt between the reception means and the fastener means so as to separate the reception means from the fastener means, in such a manner as to be able to remove the dispenser member from the reservoir, - annular plate for exerting pressure on the neck, the plate being situated between the reception means and the skirt, characterized in that the ring comprises a brushing extends in alignment with the skirt upward from the plate, and in that A fastener ring according to claim 32, wherein the skirt forms a plurality of tabs that are separated by gaps, the rupture means being formed in each tab.
A cylindrical battery comprising: a bottomed cylindrical battery case, an electrode group housed together with an electrolyte in the battery case, a sealing member fitted into an opening of the battery case, and a gasket interposed between the sealing member and the battery case, the opening of the battery case being sealed by crimping an opening end portion of the battery case onto the sealing member, wherein the gasket is in close contact with a side surface of the sealing member and an inner surface of the battery case, in a compressed state therebetween, the battery case is constituted of stainless steel, the battery case has an outer diameter of 10 mm or less, the battery case has a thickness of 0.05 mm or more and 0.2 mm or less, and the diameter of the battery case is reduced at a portion where the battery case is crimped.
Method for applying a fluid onto a surface (12, 112) of a component, wherein the component (13, 113) is arranged on a plurality of component mounts (17, 18, 19, 20, 117, 118) in a computer-controlled coating system, the position of the component (13, 113) is detected and the fluid is applied according to a preprogrammed coating process onto the surface (12, 112) of the component (13, 113), wherein at least one of the component mount (17, 18, 19, 20, 117, 118) is mounted in a freely positionable manner on a base plate (16, 116), characterised in that the arrangement and detection of position of the component (13, 113) in the coating system is performed in that the component mounts (17, 18, 19, 20, 117, 118) are arranged in predefined places on the base plate (16, 116).
A method comprising: receiving, by one or more processors, audio panning data, the audio panning data including a first grid specifying first speaker gains of first virtual sound sources (208,210) in a space, the first speaker gains correspond to one or more speakers in the space; the method is characterized by determining a second grid of second virtual sound sources in the space based on the first grid, including mapping the first speaker gains into second speaker gains of the second virtual sound sources, wherein the second virtual sound sources are fewer than the first virtual sound sources (208,210); selecting, based on a size parameter of an audio object, at least one of the first grid or second grid for rendering an audio object; and rendering the audio object based on the selected grid or grids, including representing the audio object using one or more virtual sound sources (208,210,214) in each selected grid that are enclosed in a sound space defined at least in part by the size parameter. receiving, by one or more processors, audio panning data, the audio panning data including a first grid specifying first speaker gains of first virtual sound sources (208,210) in a space, the first speaker gains correspond to one or more speakers in the space; the method is characterized by determining a second grid of second virtual sound sources in the space based on the first grid, including mapping the first speaker gains into second speaker gains of the second virtual sound sources, wherein the second virtual sound sources are fewer than the first virtual sound sources (208,210); selecting, based on a size parameter of an audio object, at least one of the first grid or second grid for rendering an audio object; and rendering the audio object based on the selected grid or grids, including representing the audio object using one or more virtual sound sources (208,210,214) in each selected grid that are enclosed in a sound space defined at least in part by the size parameter.