mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-abrasion shielding element including a protective layer made of a rubber or polyurethane-type material and secured to a support plate , said anti-abrasion shielding element being characterized in that said support plate is made of ebonite.
A steering apparatus comprising: a turning shaft that includes an axis and an outer circumferential surface, which has a helical thread groove , and reciprocates in an axial direction; a ball screw mechanism that includes a cylindrical nut , which is screwed to the turning shaft through a plurality of balls , wherein the nut includes an inner circumferential surface, which has a helical thread groove facing the thread groove of the turning shaft ; a belt reduction drive including a driving pulley , which rotates integrally with a rotary shaft of an electric motor , a driven pulley , which is fastened to an outer circumferential surface of the nut , and a belt , which is looped over the driving pulley and the driven pulley ; a housing that accommodates the turning shaft , the ball screw mechanism , and the belt reduction drive ; a boot that covers each end of the turning shaft and includes an end for connection to the housing and an end for connection to a tie rod ; and a bearing located between an inner circumferential surface of the housing and the outer circumferential surface of the nut , wherein the driven pulley and the nut constitute a pulley unit, characterized in that the pulley unit includes a communication passage that provides communication between axially opposite sides of the pulley unit. a turning shaft that includes an axis and an outer circumferential surface, which has a helical thread groove , and reciprocates in an axial direction; a ball screw mechanism that includes a cylindrical nut , which is screwed to the turning shaft through a plurality of balls , wherein the nut includes an inner circumferential surface, which has a helical thread groove facing the thread groove of the turning shaft ; a belt reduction drive including a driving pulley , which rotates integrally with a rotary shaft of an electric motor , a driven pulley , which is fastened to an outer circumferential surface of the nut , and a belt , which is looped over the driving pulley and the driven pulley ; a housing that accommodates the turning shaft , the ball screw mechanism , and the belt reduction drive ; a boot that covers each end of the turning shaft and includes an end for connection to the housing and an end for connection to a tie rod ; and a bearing located between an inner circumferential surface of the housing and the outer circumferential surface of the nut , wherein the driven pulley and the nut constitute a pulley unit, characterized in that the pulley unit includes a communication passage that provides communication between axially opposite sides of the pulley unit.
A bearing unit for a turbocharger rotor comprising a bearing housing ; and a bearing bush which is arranged in a central hole for radial bearing of a turbocharger rotor in the bearing housing ; an elastic anti-rotation means , wherein the anti-rotation means are arranged radially between the bearing bush and the bearing housing and are designed to prevent a rotation of the bearing bush relative to the bearing housing ; and wherein a positive-locking connection is formed between the anti-rotation means and the bearing housing to prevent a rotation of the bearing bush relative to the bearing housing ; characterized in that the anti-rotation means do not limit an axial movement of the bearing bush relative to the bearing housing in at least one direction. a bearing housing ; and a bearing bush which is arranged in a central hole for radial bearing of a turbocharger rotor in the bearing housing ; an elastic anti-rotation means , wherein the anti-rotation means are arranged radially between the bearing bush and the bearing housing and are designed to prevent a rotation of the bearing bush relative to the bearing housing ; and wherein a positive-locking connection is formed between the anti-rotation means and the bearing housing to prevent a rotation of the bearing bush relative to the bearing housing ; characterized in that the anti-rotation means do not limit an axial movement of the bearing bush relative to the bearing housing in at least one direction.
A crash monitoring system for a vehicle equipped with an airbag , the system comprising: an occupant monitoring system configured for providing a mass value corresponding to a mass of the head of an occupant of the vehicle ; an airbag pressure sensor configured for providing a pressure value corresponding to a gas pressure within the airbag of the vehicle ; an airbag contact sensor configured for providing a contact area value corresponding to a contact area at which the head of the occupant of the vehicle contacts the airbag of the vehicle ; and a processing unit connected to the occupant monitoring system , the airbag pressure sensor and the airbag contact sensor and configured for providing an acceleration value corresponding to an acceleration of the head of the occupant of the vehicle based on the mass value, the pressure value and the contact area value. an occupant monitoring system configured for providing a mass value corresponding to a mass of the head of an occupant of the vehicle ; an airbag pressure sensor configured for providing a pressure value corresponding to a gas pressure within the airbag of the vehicle ; an airbag contact sensor configured for providing a contact area value corresponding to a contact area at which the head of the occupant of the vehicle contacts the airbag of the vehicle ; and a processing unit connected to the occupant monitoring system , the airbag pressure sensor and the airbag contact sensor and configured for providing an acceleration value corresponding to an acceleration of the head of the occupant of the vehicle based on the mass value, the pressure value and the contact area value.
An omnidirectional antenna intended to equip a sonar, the antenna being centred around a longitudinal axis and comprising a set of emission rings stacked along said longitudinal axis, each emission ring being formed around said longitudinal axis, the emission rings being directly immersed in a dielectric fluid, each emission ring forming a ring vibrating in said dielectric fluid and comprising an internal cavity, the antenna being characterised in that the internal cavity of each ring is in contact with said dielectric fluid, each ring having at least two resonant frequencies acoustically coupled to said fluid, said resonant frequencies comprising a cavity frequency corresponding to a cavity mode and a radial frequency corresponding to a radial mode, and in that the emission rings are assembled in groups of rings, with each group forming an elementary emission transducer configured to emit sound waves, the antenna comprising at least two groups of rings and each group of rings comprising at least two rings , and in that the inter-ring gaps (d) between the rings of one and the same group are a function of the cavity frequency of the group of rings, whereas the inter-group gaps (p) between two successive groups of rings are a function of the frequency of operational use of the emission rings , with the inter-ring gap (d) between the rings of one and the same group being further selected as a function of the radial frequency of the group of rings, the antenna comprising a parallel power supply for separately powering each group of rings, and in that the cavity mode is activated by the parallel power supply of each group of rings.
A spacer strip for positioning reinforcing elements, which on its upper side has a contact strip extending in the direction of a longitudinal axis (x), wherein multiple supporting elements (8; 9) extend downward from said contact strip at an angle to the vertical and alternately toward opposite sides referred to the longitudinal axis (x), wherein the supporting elements (8; 9) respectively have a horizontally extending base on their underside and the respective bases of two adjacent and oppositely extending supporting elements (8; 9) are connected by means of a planar connecting web , and wherein the bases and the connecting webs extend in a common plane, characterized in that the underside of the bases and the connecting webs forms a common continuous plane.
A light emitting diode comprising: a n-type semiconductor layer comprising a n-type dopant; an active layer disposed on the n-type semiconductor layer ; a spacer layer disposed on the active layer ;a carrier injection layer disposed on the spacer layer ; an electron blocking layer disposed on the carrier injection layer and comprising a p-type dopant; and a p-type semiconductor layer comprising a p-type dopant and disposed on the electron blocking layer , wherein the active layer comprises a multi quantum well structure comprising a plurality of well layers and barrier layers, and the bandgap of the barrier layer is greater than the bandgap of the well layer, and wherein the carrier injection layer comprises a n-type dopant and a p-type dopant, whereby the n-type dopant concentration of the carrier injection layer is lower than the p-type dopant concentration of the carrier injection layer , and wherein the spacer layer has an intermediate bandgap between the bandgap of the barrier layer of the active layer and the bandgap of the electron blocking layer . a n-type semiconductor layer comprising a n-type dopant; an active layer disposed on the n-type semiconductor layer ; a spacer layer disposed on the active layer ;a carrier injection layer disposed on the spacer layer ; an electron blocking layer disposed on the carrier injection layer and comprising a p-type dopant; and a p-type semiconductor layer comprising a p-type dopant and disposed on the electron blocking layer , wherein the active layer comprises a multi quantum well structure comprising a plurality of well layers and barrier layers, and the bandgap of the barrier layer is greater than the bandgap of the well layer, and wherein the carrier injection layer comprises a n-type dopant and a p-type dopant, whereby the n-type dopant concentration of the carrier injection layer is lower than the p-type dopant concentration of the carrier injection layer , and wherein the spacer layer has an intermediate bandgap between the bandgap of the barrier layer of the active layer and the bandgap of the electron blocking layer .
A fibre optic acceleration sensor for sensoring and monitoring end-winding vibration and measuring parameters such as acceleration, force, or displacement, comprising: a mechanical portion comprising a seismic mass with a reflecting tip extending therefrom; and an optical portion comprising one input optical fibre and two output optical fibres ; wherein the input optical fibre is placed in between the two output optical fibres , and wherein the reflecting tip is configured to reflect light completely from the input optical fibre into the output optical fibres , characterized in that the two output optical fibres form two angles (α) with the input optical fibre at the reflecting tip from each side of the longitudinal axis of the input optical fibre , each one of the two angles being an acute angle (α). a mechanical portion comprising a seismic mass with a reflecting tip extending therefrom; and an optical portion comprising one input optical fibre and two output optical fibres ; wherein the input optical fibre is placed in between the two output optical fibres , and wherein the reflecting tip is configured to reflect light completely from the input optical fibre into the output optical fibres , characterized in that the two output optical fibres form two angles (α) with the input optical fibre at the reflecting tip from each side of the longitudinal axis of the input optical fibre , each one of the two angles being an acute angle (α).
A serum- or plasma-separating composition comprising a liquid organic compound, a thixotropic-property imparting component, and a thermoplastic elastomer, wherein the liquid organic compound comprises a liquid resin.
A gripping device having slides bearing movable gripping elements , wherein the slides are guided in a row, as seen in the gripping direction of the gripping elements , in a guide groove parallel to the gripping direction - between an opening position and a closing position - which guide groove is arranged in a main body and is at least partially open to the gripping elements , in such a manner that the slides can be driven via an actuator and are supported on all sides transversely to the gripping direction , - wherein a double sliding wedge member coupling the slides is arranged between said slides, which double sliding wedge member is articulated at a movable part of the actuator such that the double sliding wedge member is movable perpendicular to the gripping direction , - wherein the guide groove has one flat, precision-machined sealing zone in the groove base per slide , - wherein a sealing strip (141-145) is arranged at the underside of each slide , which sealing strip (141-145) seals the working lateral joint between the respective slide and the guide groove , - wherein each slide has two slide guide grooves with two guide flanks each, and - wherein each guide flank has leading ramps in the face end portions of the individual slide , which leading ramps each provide a wedge gap between the individual slide and the slide guide rails of the housing , which wedge gaps widen toward the sled faces . - which guide groove is arranged in a main body and is at least partially open to the gripping elements , in such a manner that the slides can be driven via an actuator and are supported on all sides transversely to the gripping direction , - wherein a double sliding wedge member coupling the slides is arranged between said slides, which double sliding wedge member is articulated at a movable part of the actuator such that the double sliding wedge member is movable perpendicular to the gripping direction , - wherein the guide groove has one flat, precision-machined sealing zone in the groove base per slide , - wherein a sealing strip (141-145) is arranged at the underside of each slide , which sealing strip (141-145) seals the working lateral joint between the respective slide and the guide groove , - wherein each slide has two slide guide grooves with two guide flanks each, and - wherein each guide flank has leading ramps in the face end portions of the individual slide , which leading ramps each provide a wedge gap between the individual slide and the slide guide rails of the housing , which wedge gaps widen toward the sled faces .
A system for vibrating a coil (C) comprising: a pallet for carrying the coil; a conveyor along which said pallet is movable; an elevator mechanism for lifting and supporting the pallet; and means for vibrating (S) said elevator mechanism to thereby vibrate the pallet and the coil carried thereon , the system being characterized in that said elevator mechanism is configured for lifting and supporting the pallet at a raised off conveyor rollers position spaced above said conveyor wherein the pallet lifted from the conveyor is in readiness for a vibration cycle. a pallet for carrying the coil; a conveyor along which said pallet is movable; an elevator mechanism for lifting and supporting the pallet; and means for vibrating (S) said elevator mechanism to thereby vibrate the pallet and the coil carried thereon , the system being
A solvent for recovery of carbon dioxide from gaseous mixture, comprising: (a) an alkanolamine selected from the group comprising N-methyldiethanolamine (MDEA) and 2-amino-2-methyl-1-propanol (AMP) and having a weight percentage between 25 wt% and 40 wt%, (b) piperazine amines, wherein the piperazine amine is N-aminoethylpiperazine (AEP) having a weight percentage between 10 wt% and 25 wt%, (c) a carbonate buffer having a weight percentage between 0.15 wt% and 10 wt%, (d) water, and (e) a glycol having a weight percentage between 10 wt% and 20 wt%, or a sulfolane having a weight percentage between 10 wt% and 20 wt%, wherein the solvent contains less than 75% by weight of water and has a single liquid aqueous phase. (a) an alkanolamine selected from the group comprising N-methyldiethanolamine (MDEA) and 2-amino-2-methyl-1-propanol (AMP) and having a weight percentage between 25 wt% and 40 wt%, (b) piperazine amines, wherein the piperazine amine is N-aminoethylpiperazine (AEP) having a weight percentage between 10 wt% and 25 wt%, (c) a carbonate buffer having a weight percentage between 0.15 wt% and 10 wt%, (d) water, and (e) a glycol having a weight percentage between 10 wt% and 20 wt%, or
A method comprising: obtaining, by a computing system , motion data describing a movement of an appendage of a patient; determining, by the computing system, based on the motion data, a range of motion of the appendage; and receiving, by the computing system, an indication of user input when the appendage of the patient is at a point within the range of motion where the patient experiences pain; generating, by the computing system, for display by an extended reality visualization device , an extended reality visualization of the range of motion of the appendage superimposed on an image of the patient or an avatar of the patient; in response to receiving the indication of the user input, generating, by the computing system, based on the motion data, data indicating a pain point, the pain point being a position of the appendage of the patient at which the patient experiences the pain; and storing, by the computing system, data indicating the pain point. obtaining, by a computing system , motion data describing a movement of an appendage of a patient; determining, by the computing system, based on the motion data, a range of motion of the appendage; and receiving, by the computing system, an indication of user input when the appendage of the patient is at a point within the range of motion where the patient experiences pain; generating, by the computing system, for display by an extended reality visualization device , an extended reality visualization of the range of motion of the appendage superimposed on an image of the patient or an avatar of the patient; in response to receiving the indication of the user input, generating, by the computing system, based on the motion data, data indicating a pain point, the pain point being a position of the appendage of the patient at which the patient experiences the pain; and storing, by the computing system, data indicating the pain point.
A thermally deformable annular packer for sealing an annular space between a gas or oil well tubing and either a second tubing or a surrounding formation, said packer formed from a eutectic material that, upon melting, flows into the annular space and then cools to seal the annular space; and wherein said packer, which is configured to be mounted to a gas or oil well tubing, comprises: one or more conduits oriented at least substantially parallel to the central axis of the packer so as to permit the flow of fluid through the packer when the packer is mounted on a gas or oil well tubing; and characterised in that the packer is formed from a eutectic or bismuth based alloy and said conduits are provided directly in the alloy as either: a) channels in the inner and/or outer circumferential surface of the alloy that forms the annular packer ; or b) through holes in the alloy that forms the main body of the annular packer . one or more conduits oriented at least substantially parallel to the central axis of the packer so as to permit the flow of fluid through the packer when the packer is mounted on a gas or oil well tubing; and characterised in that the packer is formed from a eutectic or bismuth based alloy and said conduits are provided directly in the alloy as either: a) channels in the inner and/or outer circumferential surface of the alloy that forms the annular packer ; or b) through holes in the alloy that forms the main body of the annular packer . a) channels in the inner and/or outer circumferential surface of the alloy that forms the annular packer ; or b) through holes in the alloy that forms the main body of the annular packer .
A pad with a holder for use in a pad printing device, wherein the holder has a flat side facing the pad and wherein the holder has, on the flat side facing the pad , a plurality of protrusions protruding towards the pad and extending towards the pad in a direction substantially orthogonal to the flat side of the holder, and wherein the pad has a plurality of recesses in which the protrusions releasably engage such that the pad is undisplaceably attached to the holder in a defined way for the intended use of pad printing, but is detachable again from the holder when required, characterised in that the protrusions have a bulge along their extent, which provides a form-locking engagement in this direction with material of the pad .
A method for managing power during communication with an implantable medical device , the method comprising: establishing a communications link , utilizing a power corresponding to a session start power, to initiate a current session between an implantable medical device (IMD) and external device ; monitoring a telemetry break condition of the communications link during the current session; and adjusting the power utilized by the IMD , between low and high power levels, during the current session based on the telemetry break condition, characterized by: counting a number of sessions, including the current session and one or more prior sessions, in which the IMD utilized the higher power level; and adaptively learning a level for the session start power to be utilized to initiate a next session following the current session based on the counting of the number of sessions. establishing a communications link , utilizing a power corresponding to a session start power, to initiate a current session between an implantable medical device (IMD) and external device ; monitoring a telemetry break condition of the communications link during the current session; and adjusting the power utilized by the IMD , between low and high power levels, during the current session based on the telemetry break condition, characterized by: counting a number of sessions, including the current session and one or more prior sessions, in which the IMD utilized the higher power level; and adaptively learning a level for the session start power to be utilized to initiate a next session following the current session based on the counting of the number of sessions. counting a number of sessions, including the current session and one or more prior sessions, in which the IMD utilized the higher power level; and adaptively learning a level for the session start power to be utilized to initiate a next session following the current session based on the counting of the number of sessions.
A process for producing a thermally conductive adhesive composition, the process comprising: depositing an electrically-insulating coating on carbon-based particles; and mixing the coated carbon-based particles with a binder; wherein the electrically-insulating coating is a ceramic or diamond-like carbon and wherein the electrical resistance of the carbon particles after coating determined by the method provided in the description is at least about 1 x 10 5 ohms*cm. depositing an electrically-insulating coating on carbon-based particles; and mixing the coated carbon-based particles with a binder; wherein the electrically-insulating coating is a ceramic or diamond-like carbon and wherein the electrical resistance of the carbon particles after coating determined by the method provided in the description is at least about 1 x 10 5 ohms*cm.