mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory computer-readable medium having stored thereon computer-executable instructions that, if executed by a computing device, cause the computing device to perform a method comprising: allocating a set of pixels of an image to a set of single-instruction multiple-data (SIMD) processors ; allocating a subset of pixels of the set of pixels to each thread executing on a processing lane of each of the set of SIMD processors; storing the subset of pixels in a general purpose register (GPR) file associated with each processing lane; computing a per-thread private result based on the subset of pixels in a private space in the GPR file; accumulating the per-thread private result with additional per-thread private results computed by threads from a same lane to generate a per-lane local result stored in a global space in the GPR file; and writing the per-lane local result from the global space in the GPR file to a private area of a local data share, LDS , associated with the processing lane, the LDS associated only with a SIMD processor of the set of SIMD processors which contains the processing lane, each thread executing on any processing lane of the SIMD processor having read access to the private area of the LDS associated with the processing lane, wherein write access to the private area of the LDS is reserved for the threads executing on the processing lane of the SIMD processor associated with the private area of the LDS. allocating a set of pixels of an image to a set of single-instruction multiple-data (SIMD) processors ; allocating a subset of pixels of the set of pixels to each thread executing on a processing lane of each of the set of SIMD processors; storing the subset of pixels in a general purpose register (GPR) file associated with each processing lane; computing a per-thread private result based on the subset of pixels in a private space in the GPR file; accumulating the per-thread private result with additional per-thread private results computed by threads from a same lane to generate a per-lane local result stored in a global space in the GPR file; and writing the per-lane local result from the global space in the GPR file to a private area of a local data share, LDS , associated with the processing lane, the LDS associated only with a SIMD processor of the set of SIMD processors which contains the processing lane, each thread executing on any processing lane of the SIMD processor having read access to the private area of the LDS associated with the processing lane, wherein write access to the private area of the LDS is reserved for the threads executing on the processing lane of the SIMD processor associated with the private area of the LDS.
A method in a Next Generation Core Control Function, NG-CCF, node for communication with a Next Generation Policy Control Function, NG-PCF, node, the method comprising: - communicating (S310) network related parameters with the NG-PCF node via a direct interface between the NG-CCF node and the NG-PCF node, wherein the direct interface is configured to serve as a Gx interface, and wherein said communicating (S310) comprises: transmitting, to the NG-PCF node, a request for a mobility policy associated with one or more of a Location-Based Service, LBS, and a Next Generation User Plane, NG-UP, selection, wherein the request includes one or more of a User Equipment, UE, identity and a Packet Data Network, PDN, identifier; and receiving the mobility policy from the NG-PCF node, wherein the mobility policy is deployed at the NG-CCF. - communicating (S310) network related parameters with the NG-PCF node via a direct interface between the NG-CCF node and the NG-PCF node, wherein the direct interface is configured to serve as a Gx interface, and wherein said communicating (S310) comprises: transmitting, to the NG-PCF node, a request for a mobility policy associated with one or more of a Location-Based Service, LBS, and a Next Generation User Plane, NG-UP, selection, wherein the request includes one or more of a User Equipment, UE, identity and a Packet Data Network, PDN, identifier; and receiving the mobility policy from the NG-PCF node, wherein the mobility policy is deployed at the NG-CCF. transmitting, to the NG-PCF node, a request for a mobility policy associated with one or more of a Location-Based Service, LBS, and a Next Generation User Plane, NG-UP, selection, wherein the request includes one or more of a User Equipment, UE, identity and a Packet Data Network, PDN, identifier; and receiving the mobility policy from the NG-PCF node, wherein the mobility policy is deployed at the NG-CCF.
A method for input operation control, comprising: receiving an input operation on a hole defined in a shell of an audio processing device to exhaust air in a user's ear canal; acquiring a frequency-response curve associated with an acoustic structure of the audio processing device according to an audio signal currently played by the audio processing device; recognizing the input operation according to the frequency-response curve and a mapping relationship between input operations and a plurality of preset frequency-response curves, and generating a control instruction corresponding to the input operation; and controlling a terminal device in communication with the audio processing device according to the control instruction. receiving an input operation on a hole defined in a shell of an audio processing device to exhaust air in a user's ear canal; acquiring a frequency-response curve associated with an acoustic structure of the audio processing device according to an audio signal currently played by the audio processing device; recognizing the input operation according to the frequency-response curve and a mapping relationship between input operations and a plurality of preset frequency-response curves, and generating a control instruction corresponding to the input operation; and controlling a terminal device in communication with the audio processing device according to the control instruction.
Collimator electrode for use in a collimator electrode stack, in particular for use in a charged particle lithography system and a beam generator therefor, comprising an electrode body having an oblate ring shape, wherein the electrode body is provided with a central electrode aperture , wherein the electrode body defines an electrode height (He) between two opposite main surfaces, wherein the electrode body accommodates a cooling conduit inside the electrode body for transferring a cooling liquid , wherein the cooling conduit comprises a first opening and a second opening , wherein the first opening and the second opening are located in a side surface of the electrode body , wherein the cooling conduit is formed as a conduit tube comprising a thermally and electrically conductive material, and the cooling conduit interconnects the first opening and the second opening via a conduit trajectory (105a-105d) provided inside the electrode body , characterized in that - the electrode body is made of aluminum, - the aperture has circular symmetry with respect to an optical axis (A) of the collimator electrode, and - the conduit trajectory comprises a circular portion extending around the electrode aperture and two substantially straight end portions for connecting the circular portion with the first opening and the second opening . - the electrode body is made of aluminum, - the aperture has circular symmetry with respect to an optical axis (A) of the collimator electrode, and - the conduit trajectory comprises a circular portion extending around the electrode aperture and two substantially straight end portions for connecting the circular portion with the first opening and the second opening .
A method of establishing communication between a first device and a second device to exchange ranging information, the method comprising: sending, by the first device to the second device via a first channel , or receiving, by the first device from the second device via the first channel , a first control message indicating a start time; sending, by the first device to the second device via a second channel , a second control message including one or more ranging parameters for exchanging the ranging information, the second control message being sent at the start time; and exchanging, by the first device with the second device via the second channel , the ranging information over one or more ranging rounds, characterized in that the first channel comprises a Bluetooth ® Low Energy, BLE, channel, and the second channel comprises an Ultra-wideband, UWB, channel, and further comprising receiving or sending, by the first device from the second device via the first channel , an indication to use a particular channel as the second channel . sending, by the first device to the second device via a first channel , or receiving, by the first device from the second device via the first channel , a first control message indicating a start time; sending, by the first device to the second device via a second channel , a second control message including one or more ranging parameters for exchanging the ranging information, the second control message being sent at the start time; and exchanging, by the first device with the second device via the second channel , the ranging information over one or more ranging rounds, the first channel comprises a Bluetooth ® Low Energy, BLE, channel, and the second channel comprises an Ultra-wideband, UWB, channel, and further comprising receiving or sending, by the first device from the second device via the first channel , an indication to use a particular channel as the second channel .
Optoelectronic device comprising: - a carrier ; - a plurality of separate first electrodes that extend longitudinally in contact with the carrier , parallel to an axis A1, each first electrode being formed of a stack of a longitudinal conductive portion located in contact with the carrier and coated with a conductive nucleation strip , the longitudinal conductive portion having an electrical resistance lower than that of the conductive nucleation strip ; - a plurality of diodes each comprising a first three-dimensional portion doped according to a first conductivity type and a second portion doped according to a second conductivity type opposite the first type, the first doped portions being in contact with the conductive nucleation strips , and being arranged such that each conductive nucleation strip is in contact with a plurality of first doped portions arranged longitudinally; - at least one intermediate insulating layer covering the first electrodes ; - a plurality of separate second electrodes in the form of transparent conductive strips that extend longitudinally in contact with the second doped portions , and are electrically insulated from the first electrodes by means of the intermediate insulating layer , parallel to an axis A2, the axis A2 not being parallel to the axis A1, such that one and the same transparent conductive strip is in contact with second doped portions of a set of diodes , the first doped portions of which are in contact with different conductive nucleation strips . - a carrier ; - a plurality of separate first electrodes that extend longitudinally in contact with the carrier , parallel to an axis A1, each first electrode being formed of a stack of a longitudinal conductive portion located in contact with the carrier and coated with a conductive nucleation strip , the longitudinal conductive portion having an electrical resistance lower than that of the conductive nucleation strip ; - a plurality of diodes each comprising a first three-dimensional portion doped according to a first conductivity type and a second portion doped according to a second conductivity type opposite the first type, the first doped portions being in contact with the conductive nucleation strips , and being arranged such that each conductive nucleation strip is in contact with a plurality of first doped portions arranged longitudinally; - at least one intermediate insulating layer covering the first electrodes ; - a plurality of separate second electrodes in the form of transparent conductive strips that extend longitudinally in contact with the second doped portions , and are electrically insulated from the first electrodes by means of the intermediate insulating layer , parallel to an axis A2, the axis A2 not being parallel to the axis A1, such that one and the same transparent conductive strip is in contact with second doped portions of a set of diodes , the first doped portions of which are in contact with different conductive nucleation strips .
A ceiling lamp comprising adjacent modules, wherein each module comprises a mounting plate having at least one light source arranged in a reflector , a faceplate and profiled side strips , the edges of the mounting plate and the faceplate being covered by the side strips which are at the ends obliquely cut so that the two adjacent ends of the side strips cover the corners of the mounting plate and faceplate , with the adjacent ends of at least two side strips being coupled by a coupler consisting of at least two arms recessed into the ends of the side strips , and at the ends of the side strips and of the arms of the couplers there are corresponding holes for screws locking the coupler in the side strips and fixing the mounting plate to the side strips , or there are corresponding latching members locking the coupler in the side strips , characterised in that the side strips located between the modules are common to adjacent modules, wherein the side strips located on the lamp edges have full outer walls or are closed by masking strips, and also in that the couplers in the lamp corners have two arms arranged in a letter L, the couplers connecting the modules at the edge of the lamp have three arms arranged in a letter T, and the couplers connecting the modules in the inner part of the lamp have four arms arranged in a letter X, and in that the mounting plate has stiffening bumps .
An electronic device comprising: a flexible display comprising a first portion , a second portion and a third portion that is disposed between the first portion and the second portion ; a first body for supporting the first portion ; a second body for supporting the second portion ; a hinge unit for foldably connecting the first body and the second body , the hinge unit comprising a support member configured to be bendable and supported by the first body and the second body , a plurality of slit members which support the third portion , which are arranged on the support member and are spaced apart by a predetermined interval, and which each comprise a fixed end that is supported by the support member and a free end that extends from the fixed end toward the flexible display , and a separation preventing member connecting adjacent slit members , wherein, when the first body and the second body are folded, distance between the free ends of the plurality of slit members adjacent to the third portion changes, and wherein the separation preventing member prevents distance between the free ends of the slit members adjacent to each other from being apart from each other more than a predetermined distance. a flexible display comprising a first portion , a second portion and a third portion that is disposed between the first portion and the second portion ; a first body for supporting the first portion ; a second body for supporting the second portion ; a hinge unit for foldably connecting the first body and the second body , the hinge unit comprising a support member configured to be bendable and supported by the first body and the second body , a plurality of slit members which support the third portion , which are arranged on the support member and are spaced apart by a predetermined interval, and which each comprise a fixed end that is supported by the support member and a free end that extends from the fixed end toward the flexible display , and a separation preventing member connecting adjacent slit members , a support member configured to be bendable and supported by the first body and the second body , a plurality of slit members which support the third portion , which are arranged on the support member and are spaced apart by a predetermined interval, and which each comprise a fixed end that is supported by the support member and a free end that extends from the fixed end toward the flexible display , and a separation preventing member connecting adjacent slit members , wherein, when the first body and the second body are folded, distance between the free ends of the plurality of slit members adjacent to the third portion changes, and wherein the separation preventing member prevents distance between the free ends of the slit members adjacent to each other from being apart from each other more than a predetermined distance.
A method of optically imaging a sample utilizing a frequency-domain optical coherence tomography (OCT) system comprising a wavelength-swept light source, the method comprising the steps of: illuminating the sample with a first portion of light emitted by the wavelength-swept light source ; illuminating a reference plane with a second portion of light emitted by the wavelength-swept light source ; shifting a frequency of at least one of the first portion of light or the second portion of light by a carrier frequency (fs) using one or more means for shifting an optical frequency to define a sampling range including a set of frequencies , wherein the sampling range corresponds to a depth range of all sampled points, and has an upper bound that is below a Nyquist frequency , the Nyquist frequency being half of a sampling frequency; and generating a displayed imaging range from the sampling range, the displayed imaging range (i) corresponding to the depth range displayed by the OCT system, and (ii) consisting of only a subset of the set of frequencies within the sampling range . illuminating the sample with a first portion of light emitted by the wavelength-swept light source ; illuminating a reference plane with a second portion of light emitted by the wavelength-swept light source ; shifting a frequency of at least one of the first portion of light or the second portion of light by a carrier frequency (fs) using one or more means for shifting an optical frequency to define a sampling range including a set of frequencies , wherein the sampling range corresponds to a depth range of all sampled points, and has an upper bound that is below a Nyquist frequency , the Nyquist frequency being half of a sampling frequency; and generating a displayed imaging range from the sampling range, the displayed imaging range (i) corresponding to the depth range displayed by the OCT system, and (ii) consisting of only a subset of the set of frequencies within the sampling range .
A method, performed in a User Equipment, UE, associated with a Radio Access Network, RAN, using Internet transport, of mitigating the impact on a RAN service level due to Internet attacks, the method comprising: - receiving (S1) from at least a network node in the RAN , information associated with an Internet attack, - obtaining (S2), based on the information, a mitigation action, the mitigation action mitigating the impact, of the Internet attack, on the RAN service level; and - performing (S3) the obtained mitigation action to mitigate the impact on the RAN service level, wherein the mitigation action comprises moving the UE to another network node . - receiving (S1) from at least a network node in the RAN , information associated with an Internet attack, - obtaining (S2), based on the information, a mitigation action, the mitigation action mitigating the impact, of the Internet attack, on the RAN service level; and - performing (S3) the obtained mitigation action to mitigate the impact on the RAN service level, wherein the mitigation action comprises moving the UE to another network node .
System rear axle cross member for types of motor vehicles comprising a common cross member equipped with a support facing upwards, this support comprising in the upper part a fastener intended to receive the end of a guide bar arranged in the transverse direction of the vehicle which is the direction perpendicular to the direction of travel of this vehicle, each type of vehicle comprising a particular reference height of the cross member with respect to at the body of this vehicle, for each type of vehicle is determined a height of the attachment relative to the cross member giving the guide bar a horizontal position of its longitudinal axis, then is realized said support constituting an independent part which after its fixing on the common cross member gives this height of the fastener , characterized in that it comprises screws passing through the cross member by fixing the support on this cross .
A device to transmit a sound to a user having a middle ear, a cochlea and a promontory disposed between the cochlea and the middle ear, the device comprising: an input assembly configured to receive a sound input, the input assembly comprising a light source to transmit light; and an output assembly comprising a movement transducer configured to couple to a fixed bone tissue to transmit the sound to the user with bone conduction, the output transducer assembly having a length extending along an axis from a first end to a second end, and comprising a medial component configured to couple to the promontory and a lateral component , the output assembly configured to comprise a mass opposite the medial component to direct the vibration energy towards the cochlea, wherein the movement transducer is disposed between the medial component and the lateral component ; the output assembly further comprising, at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and wherein the movement transducer is configured to vibrate the fixed bone tissue to transmit the sound to the user with bone conduction in response to the light. an input assembly configured to receive a sound input, the input assembly comprising a light source to transmit light; and an output assembly comprising a movement transducer configured to couple to a fixed bone tissue to transmit the sound to the user with bone conduction, the output transducer assembly having a length extending along an axis from a first end to a second end, and comprising a medial component configured to couple to the promontory and a lateral component , the output assembly configured to comprise a mass opposite the medial component to direct the vibration energy towards the cochlea, wherein the movement transducer is disposed between the medial component and the lateral component ; the output assembly further comprising, at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and wherein the movement transducer is configured to vibrate the fixed bone tissue to transmit the sound to the user with bone conduction in response to the light.