mhurhangee/patent-ind-claim-en huggingface dataset:
A neural network apparatus comprising: one or more processors comprising: a controller configured to determine, based on one or both of a feature of an input feature map and a feature of a kernel , one of i) a pixel value of the input feature map and ii) a weight value of the kernel to be a shared operand that is to be shared in parallelized operations; and one or more processing units configured to perform the parallelized operations based on the determined shared operand, wherein the one or more processing units are configured to perform the parallelized operations between the pixel value of the input feature map and weight values of the kernel, in parallel, in response to the controller determining the shared operand to be the pixel value of the input feature map, and wherein the one or more processing units are configured to perform the parallelized operations between the weight value of the kernel and pixel values of the input feature map, in parallel, in response to the controller determining the shared operand to be the weight value of the kernel. a controller configured to determine, based on one or both of a feature of an input feature map and a feature of a kernel , one of i) a pixel value of the input feature map and ii) a weight value of the kernel to be a shared operand that is to be shared in parallelized operations; and one or more processing units configured to perform the parallelized operations based on the determined shared operand, wherein the one or more processing units are configured to perform the parallelized operations between the pixel value of the input feature map and weight values of the kernel, in parallel, in response to the controller determining the shared operand to be the pixel value of the input feature map, and wherein the one or more processing units are configured to perform the parallelized operations between the weight value of the kernel and pixel values of the input feature map, in parallel, in response to the controller determining the shared operand to be the weight value of the kernel.
Cryptographic method for signing a message m, by way of a user device (2-NO), on behalf of a group (G-U), said group being managed by a group manager having a secret key generated based on two randoms x and y, said group having a public key formed of a plurality of elements comprising an element g and an element g z belonging to a cyclic group G1 of order p, p denoting a prime integer and z denoting a random, and an element h, an element h x , an element h 1/z and an element h y/z belonging to a cyclic group G2 of order p, said cryptographic signing method being characterized in that it comprises: - a step (E50) of receiving, after having proven (E20) knowledge of a secret u chosen by the user device to the group manager by way of an interactive proof of knowledge mechanism, a certificate C provided by the group manager comprising an element S1=g r , an element S2= g r(x+y.u) and an element S3=g z.r , where r denotes a random selected by the group manager for said user device, - a step (E70) of computing an element S3' based on the element S3 of the certificate provided by the group manager by raising the element S3 to the power u, said element T3 being computed in the step of generating the signature by raising the element S3' computed in the computing step to the power t; and - a step (F20) of generating a group signature for the message m, based on the certificate (S1, S2, S3) provided by the group manager, on a random t generated by the user device (F10), and on the secret u, said generated group signature comprising an element T1=S1 t , an element T2=(S2.S1 u.m ) t and an element T3= S3 ut . - a step (E50) of receiving, after having proven (E20) knowledge of a secret u chosen by the user device to the group manager by way of an interactive proof of knowledge mechanism, a certificate C provided by the group manager comprising an element S1=g r , an element S2= g r(x+y.u) and an element S3=g z.r , where r denotes a random selected by the group manager for said user device, - a step (E70) of computing an element S3' based on the element S3 of the certificate provided by the group manager by raising the element S3 to the power u, said element T3 being computed in the step of generating the signature by raising the element S3' computed in the computing step to the power t; and - a step (F20) of generating a group signature for the message m, based on the certificate (S1, S2, S3) provided by the group manager, on a random t generated by the user device (F10), and on the secret u, said generated group signature comprising an element T1=S1 t , an element T2=(S2.S1 u.m ) t and an element T3= S3 ut .
An intra-vascular device comprising a filter to prevent a particle in a blood vessel from passing through said filter ; a skeleton is arranged to hold said filter ; and at least one bow extending outwards from a horizontal plane of said device , and wherein a lateral surface of a lower of said at least one bow is configured to be in contact with a surface of a first blood vessel, and/or a lateral surface of an upper of said at least one bow is configured to be in contact with a surface of a second blood vessel; characterized in that an end of said skeleton is to bend below a plane of said filter and an upper lateral surface of said bend of said skeleton is to press against a wall of said first blood vessel; and said skeleton and said at least one bow are comprised of a single continuous wire. a filter to prevent a particle in a blood vessel from passing through said filter ; a skeleton is arranged to hold said filter ; and at least one bow extending outwards from a horizontal plane of said device , and wherein a lateral surface of a lower of said at least one bow is configured to be in contact with a surface of a first blood vessel, and/or a lateral surface of an upper of said at least one bow is configured to be in contact with a surface of a second blood vessel; characterized in that an end of said skeleton is to bend below a plane of said filter and an upper lateral surface of said bend of said skeleton is to press against a wall of said first blood vessel; and said skeleton and said at least one bow are comprised of a single continuous wire. wherein a lateral surface of a lower of said at least one bow is configured to be in contact with a surface of a first blood vessel, and/or a lateral surface of an upper of said at least one bow is configured to be in contact with a surface of a second blood vessel; characterized in that an end of said skeleton is to bend below a plane of said filter and an upper lateral surface of said bend of said skeleton is to press against a wall of said first blood vessel; and said skeleton and said at least one bow are comprised of a single continuous wire.
A mounting direction determination device of an acceleration sensor for determining a mounting direction of the acceleration sensor with respect to a vehicle, the acceleration sensor being capable of respectively detecting a first acceleration in a first direction and a second acceleration in a second direction that intersects the first direction, the mounting direction determination device comprising: a storage unit for storing determination reference data that specifies a combination of detection results of the first acceleration and the second acceleration and a mounting direction of the acceleration sensor on the vehicle; and a mounting direction determination unit for determining a mounting direction of the acceleration sensor with respect to the vehicle by comparing actually measured values of the first acceleration and the second acceleration detected by the acceleration sensor with the determination reference data stored in the storage unit, wherein the acceleration sensor is mounted such that one of the first direction and the second direction is a vehicle front-back direction, while the other of the first direction and the second direction is a vehicle width direction, and the mounting direction determination unit determines the mounting direction of the acceleration sensor with respect to the vehicle when only one of the first acceleration and the second acceleration responds to the acceleration sensor. a storage unit for storing determination reference data that specifies a combination of detection results of the first acceleration and the second acceleration and a mounting direction of the acceleration sensor on the vehicle; and a mounting direction determination unit for determining a mounting direction of the acceleration sensor with respect to the vehicle by comparing actually measured values of the first acceleration and the second acceleration detected by the acceleration sensor with the determination reference data stored in the storage unit, wherein the acceleration sensor is mounted such that one of the first direction and the second direction is a vehicle front-back direction, while the other of the first direction and the second direction is a vehicle width direction, and the mounting direction determination unit determines the mounting direction of the acceleration sensor with respect to the vehicle when only one of the first acceleration and the second acceleration responds to the acceleration sensor.
A device for determining temperature information from a sensor device that comprises a speed sensor and is configured to transmit sensor information by means of time-limited electrical pulses according to a defined protocol, characterised by a data processing unit that is configured: - to retrieve reference data relating to a relationship between a pulse duration of the electrical pulses and thermal effects in the sensor device ; - to measure the pulse duration at at least one of the electrical pulses ; and - to determine the temperature information on the basis of at least one result of the measurement, and the reference data . - to retrieve reference data relating to a relationship between a pulse duration of the electrical pulses and thermal effects in the sensor device ; - to measure the pulse duration at at least one of the electrical pulses ; and - to determine the temperature information on the basis of at least one result of the measurement, and the reference data .
A mask configured to be attached to a face of a subject comprising: a wall section that defines an internal space and covers at least a portion of a nose and a mouth of the subject; an expired gas introduction section that is disposed in the internal space and introduces expired gas of the subject; and a communication section that defines a communication channel through which the expired gas introduced from the expired gas introduction section is introduced into an expired gas concentration detection sensor, wherein the expired gas introduction section includes: a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part. a wall section that defines an internal space and covers at least a portion of a nose and a mouth of the subject; an expired gas introduction section that is disposed in the internal space and introduces expired gas of the subject; and a communication section that defines a communication channel through which the expired gas introduced from the expired gas introduction section is introduced into an expired gas concentration detection sensor, wherein the expired gas introduction section includes: a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part. a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part.
Electrical plug-in connector for connection to a complementary mating plug-in connector , comprising: a housing which has at least one socket chamber , at least one contact arrangement which is at least partially arranged within the socket chamber , a fastening element which fastens the contact arrangement within the socket chamber , and a secondary securing means which can be moved between a preliminary latching position and a final latching position and which in the final latching position secures the fastening element against release of the fastening of the contact arrangement in the socket chamber , wherein the housing has, along the socket chamber , at least in certain portions, a fastening groove for fastening of the secondary securing means , and, in the final latching position, the secondary securing means engages at least by way of a latching element into the fastening groove , wherein the fastening element has a latching arm with a main extent direction which runs parallel to a longitudinal extent direction of the socket chamber , characterized in that the fastening element has, on a side facing away from the socket chamber , a support element which at least in the final latching position is at least partially arranged in an opening in the secondary securing means . a housing which has at least one socket chamber , at least one contact arrangement which is at least partially arranged within the socket chamber , a fastening element which fastens the contact arrangement within the socket chamber , and a secondary securing means which can be moved between a preliminary latching position and a final latching position and which in the final latching position secures the fastening element against release of the fastening of the contact arrangement in the socket chamber , wherein the housing has, along the socket chamber , at least in certain portions, a fastening groove for fastening of the secondary securing means , and, in the final latching position, the secondary securing means engages at least by way of a latching element into the fastening groove , wherein the fastening element has a latching arm with a main extent direction which runs parallel to a longitudinal extent direction of the socket chamber , characterized in that the fastening element has, on a side facing away from the socket chamber , a support element which at least in the final latching position is at least partially arranged in an opening in the secondary securing means .
A heater assembly for use in an aerosol-generating system , the heater assembly comprising: a liquid aerosol-forming substrate storage component ; and a reservoir of free-flowing liquid aerosol-forming substrate, the reservoir being in fluid communication with the liquid aerosol-forming substrate storage component; a heating element comprising a first portion , a second portion , and a further portion , wherein the first portion of the heating element is embedded in the liquid aerosol-forming substrate storage component, the second portion of the heating element is not embedded in the liquid aerosol-forming substrate storage component, and the further portion of the heating element is located in the reservoir. a liquid aerosol-forming substrate storage component ; and a reservoir of free-flowing liquid aerosol-forming substrate, the reservoir being in fluid communication with the liquid aerosol-forming substrate storage component; a heating element comprising a first portion , a second portion , and a further portion , wherein the first portion of the heating element is embedded in the liquid aerosol-forming substrate storage component, the second portion of the heating element is not embedded in the liquid aerosol-forming substrate storage component, and the further portion of the heating element is located in the reservoir.
A method of providing an integrated compound spring switchdome action apparatus comprising the steps of: - establishing a first sheet of a spring material; - establishing at least a second sheet of an arciform spring material; - switchdome bonding said first sheet of a spring material with said at least one second sheet of an arciform spring material to establish an integrated bonded composite spring sheet material; and compositely forming an integrated, multiply-springed, multilayered spring switchdome from said integrated bonded composite spring sheet material, characterized in that said step of switchdome bonding comprises the step of interstice switchdome bonding; wherein said step of switchdome bonding comprises the step of switchdome bonding prior to forming a domed shape; and wherein said step of switchdome bonding comprises the step of bonding with a cure material having an elastic modulus within a range of two tenths to six tenths of a percent of the elastic modulus of an adjacent spring material. - establishing a first sheet of a spring material; - establishing at least a second sheet of an arciform spring material; - switchdome bonding said first sheet of a spring material with said at least one second sheet of an arciform spring material to establish an integrated bonded composite spring sheet material; and compositely forming an integrated, multiply-springed, multilayered spring switchdome from said integrated bonded composite spring sheet material, said step of switchdome bonding comprises the step of interstice switchdome bonding; wherein said step of switchdome bonding comprises the step of switchdome bonding prior to forming a domed shape; and wherein said step of switchdome bonding comprises the step of bonding with a cure material having an elastic modulus within a range of two tenths to six tenths of a percent of the elastic modulus of an adjacent spring material.
Electronic module for an inhaler, wherein the electronic module is attached or attachable to the inhaler, comprising: a printed circuit board comprising electronic components , wherein the electronic components are configured to detect at least a status and/or at least a working parameter of the inhaler when the electronic module is attached to the inhaler ; at least one battery ; a first terminal and a second terminal electrically connectable one to the other through a main switch to close a circuit between the battery and the electronic components to power on the electronic components ; wherein, in a rest configuration of the electronic module , the first terminal and the second terminal are electrically separated by the main switch ; wherein, in a work configuration of the electronic module , the first terminal and the second terminal are electrically connected one to the other through said main switch ; characterized in that the at least one battery is permanently joined to the printed circuit board , in that the printed circuit board comprises the first terminal and the second terminal and in that the electronic module further comprises: a latching circuit operatively electrically interposed between the battery and the electronic components , wherein, when the electronic module is in the work configuration, the latching circuit is configured to maintain power supply to the electronic components during momentarily disconnections of the first terminal from the second terminal due to a fault of the main switch . a printed circuit board comprising electronic components , wherein the electronic components are configured to detect at least a status and/or at least a working parameter of the inhaler when the electronic module is attached to the inhaler ; at least one battery ; a first terminal and a second terminal electrically connectable one to the other through a main switch to close a circuit between the battery and the electronic components to power on the electronic components ; wherein, in a rest configuration of the electronic module , the first terminal and the second terminal are electrically separated by the main switch ; wherein, in a work configuration of the electronic module , the first terminal and the second terminal are electrically connected one to the other through said main switch ; characterized in that the at least one battery is permanently joined to the printed circuit board , in that the printed circuit board comprises the first terminal and the second terminal and in that the electronic module further comprises: a latching circuit operatively electrically interposed between the battery and the electronic components , wherein, when the electronic module is in the work configuration, the latching circuit is configured to maintain power supply to the electronic components during momentarily disconnections of the first terminal from the second terminal due to a fault of the main switch .
A sub-unit of a smoking article comprising a tubular wrapper extending along a main axis of extension (X) and internally defining a containment chamber containing a filling material (M) of the tobacco industry, the tubular wrapper having an access opening on at least one of its ends for access to the containment chamber ; wherein it comprises at least one closing element applied internally to the at least one end of the tubular wrapper to define a closing wall to close the access opening, the closing element extending transversely to the main axis of extension (X) so as to at least partly close the access opening, characterized in that the end has at least one blocking portion located inside the end and extending transversely to the main axis of extension (X) to block the closing element at a predetermined position.
A method performed by a first user equipment to cancel co-channel interference in coordination with a second user equipment, the method comprising the first user equipment: receiving a first downlink transmission from a first base station; receiving , from the second user equipment, first information regarding a second downlink transmission from a second base station to the second user equipment, the first information including I/Q samples of the second downlink transmission as demodulated; receiving second information from the first base station regarding scheduling of the second downlink transmission, the second information indicating Multiple Input Multiple Output modes and modulation modes at different points in time; based on the received first information and second information, modeling interference from the second downlink transmission to the reception of the first downlink transmission at the first user equipment; and based on the modeling of the interference, canceling the co-channel interference to the received first downlink transmission from the second downlink transmission. receiving a first downlink transmission from a first base station; receiving , from the second user equipment, first information regarding a second downlink transmission from a second base station to the second user equipment, the first information including I/Q samples of the second downlink transmission as demodulated; receiving second information from the first base station regarding scheduling of the second downlink transmission, the second information indicating Multiple Input Multiple Output modes and modulation modes at different points in time; based on the received first information and second information, modeling interference from the second downlink transmission to the reception of the first downlink transmission at the first user equipment; and based on the modeling of the interference, canceling the co-channel interference to the received first downlink transmission from the second downlink transmission.