mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by one or more processors of a robot in performing a robotic task, the method comprising: identifying a current image that is based on at least part of a current instance of vision data captured by a vision component of the robot; identifying a particular action image that includes projections, for N points of an end effector of the robot for a particular pose of the end effector, onto a vision frame of the vision component, wherein N is an integer greater than one; processing, utilizing a trained critic network that represents a learned value function, the current image and the particular action image; generating, based on the processing, a value for the particular pose, wherein the value for the particular pose indicates a probability of success of the robotic task if the end effector is traversed to the particular pose; in response to determining that the value satisfies one or more conditions: controlling the robot to cause the end effector to traverse to the particular pose in performing the robotic action. identifying a current image that is based on at least part of a current instance of vision data captured by a vision component of the robot; identifying a particular action image that includes projections, for N points of an end effector of the robot for a particular pose of the end effector, onto a vision frame of the vision component, wherein N is an integer greater than one; processing, utilizing a trained critic network that represents a learned value function, the current image and the particular action image; generating, based on the processing, a value for the particular pose, wherein the value for the particular pose indicates a probability of success of the robotic task if the end effector is traversed to the particular pose; in response to determining that the value satisfies one or more conditions: controlling the robot to cause the end effector to traverse to the particular pose in performing the robotic action.
Waste compacting roller including a chassis which supports: - a compacting drum that extends longitudinally relative to the chassis , the drum being rotatably mounted relative to the chassis via a shaft that extends along a median longitudinal axis (A-A) of the compacting drum , - motor means configured to rotate the compacting drum , - a module for connection to a mechanical arm , the connection module including a mechanical connector to a mechanical arm , and means for electrical and/or hydraulic connection to this mechanical arm , and the chassis being rotatably mounted, along an axis of rotation (B-B) perpendicular to the median longitudinal axis (A-A) of the drum , relative to the connection module , characterized in that the compacting roller includes means for orienting the chassis relative to the connection module in a plurality of different angular positions. - a compacting drum that extends longitudinally relative to the chassis , the drum being rotatably mounted relative to the chassis via a shaft that extends along a median longitudinal axis (A-A) of the compacting drum , - motor means configured to rotate the compacting drum , - a module for connection to a mechanical arm , the connection module including a mechanical connector to a mechanical arm , and means for electrical and/or hydraulic connection to this mechanical arm , and the chassis being rotatably mounted, along an axis of rotation (B-B) perpendicular to the median longitudinal axis (A-A) of the drum , relative to the connection module , characterized in that the compacting roller includes means for orienting the chassis relative to the connection module in a plurality of different angular positions.
Electrical winding, especially high-voltage winding for voltage ranges up to 36 kV, for a dry transformer with a winding conductor wound in multiple windings to form a coil, said coil having been embedded in a solid insulation body, and said coil and said insulation body being part of the winding, wherein a coating having a particular sheet resistance in the range from 10 2 Ω/□ to 10 5 Ω/□ has been provided on at least one surface of the insulation body, the coating is producible by application of a formulation comprising water as solvent and comprises a resin component and at least one nanoscale and electrically conductive filler in an amount of less than 20% by weight and/or less than 10% by volume, wherein the nanoscale filler is present in a particle size of less than 500 nm and comprises carbon nanotubes, CNTs.
A method for evaluating the shape of an orthodontic aligner worn by a patient, said method comprising the following steps: 1) acquisition of at least one two-dimensional image of teeth of said patient, referred to as "updated image", under actual acquisition conditions; at least one updated image referred to as "aligner image", at least partially representing the aligner in a service position in which it is worn by said teeth; and at least one updated image referred to as "dentition image", identical to or different from the aligner image, representing said teeth, 2) if the dentition image is different from the aligner image, conversion of the dentition image so that it represents said teeth as seen under the acquisition conditions used during the acquisition of the aligner image in step 1); 3) determination, for each of a plurality of teeth represented on the dentition and aligner images, of interior and exterior tooth outlines representing the outline of the free end of said tooth on the dentition and aligner images, respectively; 4) comparison of the interior and exterior tooth outlines, followed by determination of at least one score according to said comparison. 1) acquisition of at least one two-dimensional image of teeth of said patient, referred to as "updated image", under actual acquisition conditions; at least one updated image referred to as "aligner image", at least partially representing the aligner in a service position in which it is worn by said teeth; and at least one updated image referred to as "dentition image", identical to or different from the aligner image, representing said teeth, 2) if the dentition image is different from the aligner image, conversion of the dentition image so that it represents said teeth as seen under the acquisition conditions used during the acquisition of the aligner image in step 1); 3) determination, for each of a plurality of teeth represented on the dentition and aligner images, of interior and exterior tooth outlines representing the outline of the free end of said tooth on the dentition and aligner images, respectively; 4) comparison of the interior and exterior tooth outlines, followed by determination of at least one score according to said comparison.
Fuel injection device for fuel injection systems of internal combustion engines, in particular for directly injecting fuel into a combustion chamber , wherein the fuel injection device comprises at least one fuel injection valve and a receiving bore , which is preferably formed in a cylinder head , for the fuel injection valve , wherein, on the outer circumference of the fuel injection valve , a sealing ring is provided in a groove of a valve housing , which sealing ring serves for sealing off the fuel injection valve with respect to the receiving bore , wherein the valve housing has, directly adjacent to the groove for the sealing ring on the side averted from the combustion chamber, an outer diameter smaller than the outer diameter directly adjacent to the groove for the sealing ring on the side facing the combustion chamber, characterized in that the valve housing has, directly adjacent to the groove for the sealing ring on the side averted from the combustion chamber, an outer geometry which tapers conically away from the groove. characterized in that the valve housing has, directly adjacent to the groove for the sealing ring on the side averted from the combustion chamber, an outer geometry which tapers conically away from the groove.
A method for steering wheel haptic notification, the method comprising: receiving, by a control unit of a vehicle , a detected hand position relative to a steering wheel of the vehicle , the steering wheel including a plurality of haptic notification elements , wherein each haptic notification element includes a plurality of actuation areas, which may be activated individually or in combination; detecting , by the control unit, at least one object relative to the vehicle ; and controlling , by the control unit, actuation of at least one haptic notification element of the steering wheel based on the hand position to indicate position of the at least one object relative to the vehicle , wherein actuation of the at least one haptic notification element to indicate the position includes partial activation of the at least one haptic notification element , wherein the size and position of an actuation area of the haptic notification element indicates direction of the at least one object. receiving, by a control unit of a vehicle , a detected hand position relative to a steering wheel of the vehicle , the steering wheel including a plurality of haptic notification elements , wherein each haptic notification element includes a plurality of actuation areas, which may be activated individually or in combination; detecting , by the control unit, at least one object relative to the vehicle ; and controlling , by the control unit, actuation of at least one haptic notification element of the steering wheel based on the hand position to indicate position of the at least one object relative to the vehicle , wherein actuation of the at least one haptic notification element to indicate the position includes partial activation of the at least one haptic notification element , wherein the size and position of an actuation area of the haptic notification element indicates direction of the at least one object.
A method for offloading traffic from a third generation partnership project, 3GPP, access network to a non-3GPP access point, AP, of a non-3GPP access network, the method comprising: receiving, by a 3GPP network entity, subscription information indicating whether traffic received by a 3GPP access network entity is subject to offload between the 3GPP access network and the non-3GPP access network, the traffic being associated with a wireless transmit receive unit, WTRU, and including: traffic destined for the WTRU, and traffic originating from the WTRU, wherein the subscription information includes indications of conditions for offloading traffic associated with the WTRU; and transmitting, by the 3GPP network entity, to the 3GPP access network entity, information indicating whether traffic associated with the WTRU is subject to offload and conditions for offloading traffic associated with the WTRU. receiving, by a 3GPP network entity, subscription information indicating whether traffic received by a 3GPP access network entity is subject to offload between the 3GPP access network and the non-3GPP access network, the traffic being associated with a wireless transmit receive unit, WTRU, and including: traffic destined for the WTRU, and traffic originating from the WTRU, wherein the subscription information includes indications of conditions for offloading traffic associated with the WTRU; and transmitting, by the 3GPP network entity, to the 3GPP access network entity, information indicating whether traffic associated with the WTRU is subject to offload and conditions for offloading traffic associated with the WTRU.
A wound dressing, comprising: a loaded wound dressing layer comprising: a porous matrix comprising a wound facing face and a reverse face; and a powder charge of micronized antimicrobial release additive loaded within the matrix wherein the antimicrobial release additive has a particle size distribution of 1 micron<D50<30 micron. a porous matrix comprising a wound facing face and a reverse face; and a powder charge of micronized antimicrobial release additive loaded within the matrix wherein the antimicrobial release additive has a particle size distribution of 1 micron<D50<30 micron.
A method of authenticating a user to a third-party electronic device , the method comprising operations executable by one or more processors, the operations including: transmit via a network communications port, a digital identifier to a user device associated with a user, the digital identifier being electronically tethered or bound to the user device; receiving , via the network communications port, a request from the third-party electronic device that the user is requesting to be authenticated for a transaction between the user and the third-party electronic device ; in response to the request, transmitting , via the network communications port an electronic transaction code of the transaction to the third-party electronic device ; receiving the electronic transaction code and the digital identifier from the user device associated with the user, the digital identifier being storable in encrypted form in the user device and usable to authenticate the user for transactions with third-party electronic devices that are communicatively separate from each other; and determining whether to confirm or refuse authenticity of the user to the third-party electronic device based on transmitting a demand to the user device for the user to provide confirmatory input to the user device; and transmitting, via the network communications port, a confirmation of authenticity of the user to the third-party electronic device only subsequent to receiving the confirmatory input. transmit via a network communications port, a digital identifier to a user device associated with a user, the digital identifier being electronically tethered or bound to the user device; receiving , via the network communications port, a request from the third-party electronic device that the user is requesting to be authenticated for a transaction between the user and the third-party electronic device ; in response to the request, transmitting , via the network communications port an electronic transaction code of the transaction to the third-party electronic device ; receiving the electronic transaction code and the digital identifier from the user device associated with the user, the digital identifier being storable in encrypted form in the user device and usable to authenticate the user for transactions with third-party electronic devices that are communicatively separate from each other; and determining whether to confirm or refuse authenticity of the user to the third-party electronic device based on transmitting a demand to the user device for the user to provide confirmatory input to the user device; and transmitting, via the network communications port, a confirmation of authenticity of the user to the third-party electronic device only subsequent to receiving the confirmatory input.
A turbocharger, comprising: a bearing (17-19) supplied with lubricant oil; a casing for accommodating the bearing (17-19); and a first thermometer including a first temperature sensor for measuring temperature of the lubricant oil, wherein the casing includes a lubricant oil discharge part having a lubricant oil outlet for discharging the lubricant oil from the turbocharger, wherein the lubricant oil discharge part includes a lubricant oil storage part for storing the lubricant oil, characterized by the lubricant oil storage part being provided so as to store lubricant oil falling from the bearing (17-19), and wherein the first temperature sensor is disposed in the lubricant oil storage part . a bearing (17-19) supplied with lubricant oil; a casing for accommodating the bearing (17-19); and a first thermometer including a first temperature sensor for measuring temperature of the lubricant oil, wherein the casing includes a lubricant oil discharge part having a lubricant oil outlet for discharging the lubricant oil from the turbocharger, wherein the lubricant oil discharge part includes a lubricant oil storage part for storing the lubricant oil, characterized by the lubricant oil storage part being provided so as to store lubricant oil falling from the bearing (17-19), and wherein the first temperature sensor is disposed in the lubricant oil storage part .
A coil for winding and unwinding a link, comprising: - a mandrel extending about an axis (X) of rotation of the reel, - a plurality of pairs of lateral arms extending on either side of the mandrel , acting together as side frames defining between them a winding volume of the link, said coil being characterized in that it comprises a closed flange fixed to the arms constituting one of said side frames, said flange having a thickness of between 10 and 40 mm, and in that the mandrel has a thickness of between 20 and 40 mm. - a mandrel extending about an axis (X) of rotation of the reel, - a plurality of pairs of lateral arms extending on either side of the mandrel , acting together as side frames defining between them a winding volume of the link,
A tattoo device comprising: a housing ; a first oscillator which is coupled, in use, to a needle having a sharps end, wherein the first oscillator is arranged and adapted to induce vibrations at a frequency from 1-1000 Hz substantially longitudinally along an axis of the needle in order to cause, in use, the sharps end to penetrate skin; characterized by : a second oscillator which is coupled, in use, to the needle; wherein the second oscillator is arranged and adapted to induce vibrations at a higher frequency than the first oscillator at a frequency from 5-200 kHz in order to lower the insertion force required to penetrate skin layers. a housing ; a first oscillator which is coupled, in use, to a needle having a sharps end, wherein the first oscillator is arranged and adapted to induce vibrations at a frequency from 1-1000 Hz substantially longitudinally along an axis of the needle in order to cause, in use, the sharps end to penetrate skin; characterized by : a second oscillator which is coupled, in use, to the needle; wherein the second oscillator is arranged and adapted to induce vibrations at a higher frequency than the first oscillator at a frequency from 5-200 kHz in order to lower the insertion force required to penetrate skin layers.
A reflection node for handling link failure towards a network node , the reflection node comprising: a controller for controlling a passive meta-surface having a controllable reflection angle for reflecting radio waves over a communication channel (120a: 120d) between a network node and a wireless device ; and a transceiver unit for receiving instructions from the network node over a control channel ; wherein the transceiver unit is configured to determine a link failure event on the control channel between the reflection node and the network node ; and wherein the controller is configured to, during the link failure event, control the reflection angle of the passive meta-surface using reflection settings specified by configuration data for reflecting the radio waves over the communication channel (120a: 120d). a controller for controlling a passive meta-surface having a controllable reflection angle for reflecting radio waves over a communication channel (120a: 120d) between a network node and a wireless device ; and a transceiver unit for receiving instructions from the network node over a control channel ; wherein the transceiver unit is configured to determine a link failure event on the control channel between the reflection node and the network node ; and wherein the controller is configured to, during the link failure event, control the reflection angle of the passive meta-surface using reflection settings specified by configuration data for reflecting the radio waves over the communication channel (120a: 120d).
A cutting bit for mounting at a cutting machine comprising: an axially tapered bit body having a forward end providing or mounting a cutting tip and a rearward end for mounting at a bit holder ; a recess extending axially within the body from the rearward end , the recess having an innermost region and a mouth region located substantially at the rearward end , the recess defined axially by a radially inward facing annular surface ; a groove projecting radially outward into the body from the recess at an axial position between the innermost region and the mouth region ; the radially inward facing surface comprises a section that is generally convex and/or tapered radially outward at an axial position between the groove and rearward end to abut a corresponding concave or tapered surface of a projection to secure the cutting bit at a holder body ; an annular step positioned within the recess at the mouth region axially between the section and the rearward end , characterised by : the step defined by i) a convex mouth surface that is an axially rearward part of the section and that terminates axially at the step and ii) an annular entrance surface extending axially forward from the rearward end and aligned transverse or perpendicular to the mouth surface . an axially tapered bit body having a forward end providing or mounting a cutting tip and a rearward end for mounting at a bit holder ; a recess extending axially within the body from the rearward end , the recess having an innermost region and a mouth region located substantially at the rearward end , the recess defined axially by a radially inward facing annular surface ; a groove projecting radially outward into the body from the recess at an axial position between the innermost region and the mouth region ; the radially inward facing surface comprises a section that is generally convex and/or tapered radially outward at an axial position between the groove and rearward end to abut a corresponding concave or tapered surface of a projection to secure the cutting bit at a holder body ; an annular step positioned within the recess at the mouth region axially between the section and the rearward end , characterised by : the step defined by i) a convex mouth surface that is an axially rearward part of the section and that terminates axially at the step and ii) an annular entrance surface extending axially forward from the rearward end and aligned transverse or perpendicular to the mouth surface .
A method of monitoring a heating arrangement, the method comprising: applying a first polarity DC voltage to a heater of the heating arrangement; detecting a first polarity heating leakage current; applying a second polarity DC voltage to the heater of the heating arrangement; detecting a second polarity heating leakage current; determining health of the heating arrangement via the first polarity heating leakage current and the second polarity heating leakage current; generating, via a polarity control circuit , a heater voltage polarity signal based on the first polarity heating leakage current and the second polarity heating leakage current; and applying to the heater , via a polarity selection circuit and based on the heater voltage polarity signal , either the first polarity heater DC voltage or the second polarity DC heater voltage, thereby extending the useful life of the heating arrangement. applying a first polarity DC voltage to a heater of the heating arrangement; detecting a first polarity heating leakage current; applying a second polarity DC voltage to the heater of the heating arrangement; detecting a second polarity heating leakage current; determining health of the heating arrangement via the first polarity heating leakage current and the second polarity heating leakage current; generating, via a polarity control circuit , a heater voltage polarity signal based on the first polarity heating leakage current and the second polarity heating leakage current; and applying to the heater , via a polarity selection circuit and based on the heater voltage polarity signal , either the first polarity heater DC voltage or the second polarity DC heater voltage, thereby extending the useful life of the heating arrangement.