mhurhangee/patent-ind-claim-en huggingface dataset:
A method operational on a user equipment, UE, device for facilitating dual active connections, comprising: receiving , from a first access node, a first transmit pattern and a separate first receive pattern; configuring a transmitter to transmit, over a first connection with the first access node, according to the first transmit pattern for the first connection and a receiver to receive according to the receive pattern for the first connection; providing , via a second connection, a coexistence indicator to the first access node or a second access node; receiving , in response to the coexistence indicator, a second transmit pattern and a second receive pattern; and configuring the transmitter to transmit according to the second transmit pattern for the second connection while concurrently supporting the first connection; wherein the coexistence indicator indicates a radio access technology used by one or more other concurrent connections for the UE device. receiving , from a first access node, a first transmit pattern and a separate first receive pattern; configuring a transmitter to transmit, over a first connection with the first access node, according to the first transmit pattern for the first connection and a receiver to receive according to the receive pattern for the first connection; providing , via a second connection, a coexistence indicator to the first access node or a second access node; receiving , in response to the coexistence indicator, a second transmit pattern and a second receive pattern; and configuring the transmitter to transmit according to the second transmit pattern for the second connection while concurrently supporting the first connection; wherein the coexistence indicator indicates a radio access technology used by one or more other concurrent connections for the UE device.
Autonomous vehicle comprising a frame with - a propulsion system for displacing said vehicle , - a bumper that is connected to said frame via at least one connecting device , and is elastically displaceable around a rest position, - a sensor for detecting displacement of said bumper with respect to the frame upon collision with an object, wherein the sensor is operably connected with said propulsion system , wherein said propulsion system is arranged to interrupt displacing said vehicle if the sensor detects a displacement, characterised in that at least one, and preferably each, connecting device comprises: - a ring , - a first ball part , - a second ball part , - a shaft with a first end and a second end, - a spring means , wherein the ring is fixedly connected to the frame , wherein the first ball part and the second ball part are both provided rotatably tiltable with respect to the ring on opposite sides thereof, wherein the shaft has an abutment means for the first ball part towards or at the first end, and extends through the ring and the first ball part , and extends through and beyond the second ball part to the second, distal end, at or near which the shaft is connected to said bumper by means of a joint, wherein at least one of the first and second ball parts is displaceable along the shaft , wherein the spring means is connected to, or presses against, a spring connector which is fixedly connected to the shaft at or near a first end thereof, wherein the spring means extends around or along the shaft between the second ball part and the spring connector , and is arranged to pretensionedly press the first and second ball parts against the ring . - a propulsion system for displacing said vehicle , - a bumper that is connected to said frame via at least one connecting device , and is elastically displaceable around a rest position, - a sensor for detecting displacement of said bumper with respect to the frame upon collision with an object, - a ring , - a first ball part , - a second ball part , - a shaft with a first end and a second end, - a spring means ,
A mental state analysis system that analyzes a mental state of a person and has a terminal (TR, TR2, TR3) to be worn on the person's body, the terminal (TR, TR2, TR3) including: an acceleration sensor (AC) for measuring the acceleration of motion of the body; a storage unit (STRG) for storing time-series data and a threshold of the acceleration; and a processing unit (ANA) for performing processing for determining whether each value contained in the time series data is in a first state in which the value is equal to or greater than the threshold or in a second state in which the value is less than the threshold, processing for determining a duration which is a period of time during which the first state continues, and processing for quantifying the mental state of the person on the basis of the duration, the mental state analysis system is characterized in that the processing unit (ANA) quantifies the mental state on the basis of the occurrence frequencies of the duration included in a plurality of regions each of which has a predefined range within which the duration falls, wherein the plurality of regions includes a first region having a first range and a second region having a second range, wherein the upper limit of the second range is larger than the upper limit of the first range, wherein the mental state is quantified by calculating the sum of a first term that includes a first occurrence frequency that is the occurrence frequency of the duration included within the first region and a second term that includes a second occurrence frequency that is the occurrence frequency of the duration included within the second region. an acceleration sensor (AC) for measuring the acceleration of motion of the body; a storage unit (STRG) for storing time-series data and a threshold of the acceleration; and a processing unit (ANA) for performing processing for determining whether each value contained in the time series data is in a first state in which the value is equal to or greater than the threshold or in a second state in which the value is less than the threshold, processing for determining a duration which is a period of time during which the first state continues, and processing for quantifying the mental state of the person on the basis of the duration, the mental state analysis system is characterized in that the processing unit (ANA) quantifies the mental state on the basis of the occurrence frequencies of the duration included in a plurality of regions each of which has a predefined range within which the duration falls, wherein the plurality of regions includes a first region having a first range and a second region having a second range, wherein the upper limit of the second range is larger than the upper limit of the first range, wherein the mental state is quantified by calculating the sum of a first term that includes a first occurrence frequency that is the occurrence frequency of the duration included within the first region and a second term that includes a second occurrence frequency that is the occurrence frequency of the duration included within the second region.
A device, comprising: - an unsecure non-volatile memory ; - a secure device including: a processor ; and a secure non-volatile memory ; characterized in that the secure device is configured to: - calculate a trusted monotonic counter, TMC, value from an offset and base value ; - store a TMC version value in the secure non-volatile memory and the unsecure non-volatile memory , wherein the TMC version value is updated when TMC value is incremented the first time after the secure device is powered up; - store the base value in the unsecure memory ; and - store the offset value in the secure non-volatile memory when the secure device is powered down and when power fails . - an unsecure non-volatile memory ; - a secure device including: a processor ; and a secure non-volatile memory ; characterized in that the secure device is configured to: a processor ; and a secure non-volatile memory ; characterized in that the secure device is configured to: - calculate a trusted monotonic counter, TMC, value from an offset and base value ; - store a TMC version value in the secure non-volatile memory and the unsecure non-volatile memory , wherein the TMC version value is updated when TMC value is incremented the first time after the secure device is powered up; - store the base value in the unsecure memory ; and - store the offset value in the secure non-volatile memory when the secure device is powered down and when power fails .
An anti-dust additive composition for industrial mortars, dry coatings, cements and/or tile adhesives, comprising: - at least a hydrocarbon fluid, - from 0.1% to 10% wt of one or more surfactants and - from 0.01% to 2% wt of water, preferably from 0.01% to 1% wt and more preferably from 0.05% to 0.5% wt of water, wherein said hydrocarbon fluid: i) is a diesel fuel, obtained after the distillation of crude oil, and subjected to hydrocracking or catalytic cracking, hydrodewaxing and hydrotreatment steps, or ii) is produced from biological raw materials from the group consisting of vegetable oils, animal fats, fish oils, and mixtures thereof. - at least a hydrocarbon fluid, - from 0.1% to 10% wt of one or more surfactants and - from 0.01% to 2% wt of water, preferably from 0.01% to 1% wt and more preferably from 0.05% to 0.5% wt of water, i) is a diesel fuel, obtained after the distillation of crude oil, and subjected to hydrocracking or catalytic cracking, hydrodewaxing and hydrotreatment steps, or ii) is produced from biological raw materials from the group consisting of vegetable oils, animal fats, fish oils, and mixtures thereof.
A compound which is (a) a pyrimidine sulfonamide of formula (I), or (b) a pharmaceutically acceptable salt thereof:
An automatic strap retracting mechanism for wheel restraint devices, comprising: a shell ; a reel rotatably connected inside the shell , the reel being capable of winding in and retracting a fastening strap ; a ratchet fixed onto the reel , the ratchet having ratchet tooth surfaces; a locating surface of the ratchet tooth surfaces, the locating surface being capable of preventing the fastening strap from loosening; a guiding surface of the ratchet tooth surfaces, the guiding surface capable of preventing the fastening strap from tightening; a locking piece hinged to the shell ; a pawl of the locking piece , the pawl being capable of abutting and locking onto the locating surface ; characterized by : a locking rod of the locking piece , the locking rod being fixed to the pawl , forming an included angle between the locking rod and the pawl ; and a coil spring connected to the reel , the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap ; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface . a shell ; a reel rotatably connected inside the shell , the reel being capable of winding in and retracting a fastening strap ; a ratchet fixed onto the reel , the ratchet having ratchet tooth surfaces; a locating surface of the ratchet tooth surfaces, the locating surface being capable of preventing the fastening strap from loosening; a guiding surface of the ratchet tooth surfaces, the guiding surface capable of preventing the fastening strap from tightening; a locking piece hinged to the shell ; a pawl of the locking piece , the pawl being capable of abutting and locking onto the locating surface ; characterized by : a locking rod of the locking piece , the locking rod being fixed to the pawl , forming an included angle between the locking rod and the pawl ; and a coil spring connected to the reel , the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap ; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface . a locking rod of the locking piece , the locking rod being fixed to the pawl , forming an included angle between the locking rod and the pawl ; and a coil spring connected to the reel , the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap ; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface .
A container handling vehicle for moving storage containers stacked in stacks within an automated storage and retrieval system , wherein the container handling vehicle is configured to move on a rail system above storage columns and comprises a transport mechanism for transport of the vehicle on the rail system , and comprises: - a lifting assembly for picking up storage containers from the storage columns to a position above a lowest level of the transport mechanism on the container handling vehicle , - wherein the lifting assembly comprises: a lifting frame connectable to a storage container , a first lifting shaft and a second lifting shaft , the first and second lifting shafts being mainly parallel, each of the first and second lifting shafts being supported in an upper portion of the vehicle , two lifting elements (25', 25"; 26', 26") extending from each of the first and second lifting shafts to the lifting frame , a motor drive assembly comprising at least a first motor , a force transferring assembly rotatably connecting the first and second lifting shafts via a force transferring element , characterized in that the at least first motor encircles one of the lifting shafts . - a lifting assembly for picking up storage containers from the storage columns to a position above a lowest level of the transport mechanism on the container handling vehicle , - wherein the lifting assembly comprises: a lifting frame connectable to a storage container , a first lifting shaft and a second lifting shaft , the first and second lifting shafts being mainly parallel, each of the first and second lifting shafts being supported in an upper portion of the vehicle , two lifting elements (25', 25"; 26', 26") extending from each of the first and second lifting shafts to the lifting frame , a motor drive assembly comprising at least a first motor , a force transferring assembly rotatably connecting the first and second lifting shafts via a force transferring element , characterized in that the at least first motor encircles one of the lifting shafts . a lifting frame connectable to a storage container , a first lifting shaft and a second lifting shaft , the first and second lifting shafts being mainly parallel, each of the first and second lifting shafts being supported in an upper portion of the vehicle , two lifting elements (25', 25"; 26', 26") extending from each of the first and second lifting shafts to the lifting frame , a motor drive assembly comprising at least a first motor , a force transferring assembly rotatably connecting the first and second lifting shafts via a force transferring element , characterized in that the at least first motor encircles one of the lifting shafts .
Device for hardening nail varnish by ultraviolet radiation, with the device comprising: - a bearing surface intended to support the hands or the feet of a user, - radiation sources able to emit a radiation to harden nail varnish in the form of a light beam to illuminate the nails of the user, with the beams defining on the bearing surface at least six illuminated portions separated from each other by a non-illuminated portion, with the number of illuminated portions being less than nine, the device further comprising: - a case provided with walls delimiting an inner space comprising a first space able to receive the distal phalanges of the fingers of the hands or of the feet of the user and a second space able to receive the other portions of the hands or the other portions of the feet of the user, - a control circuit able to control the radiation sources according to a control law, - a first presence sensor able to emit a presence signal in the presence of an element at a predefined location, the predefined location being the first space and the control law depending on the presence signal of the first presence sensor , - a second presence sensor able to emit a presence signal in the presence of an element in the second space , with the control also depending on the signal of the second presence sensor , the first presence sensor comprising an active mode in which the first presence sensor is able to emit a presence signal in the presence of an element in the first space and an inactive mode in which the first presence sensor does not emit a presence signal, the first presence sensor being able to switch from the active mode to the inactive mode during the turning on of one of the radiation sources , the control law comprising the turning on of the radiation sources when the first presence sensor and the second presence sensor emit a presence signal simultaneously and the control law comprising the closing of the radiation sources when the second presence sensor does not emit a presence signal for a predetermined time. - a bearing surface intended to support the hands or the feet of a user, - radiation sources able to emit a radiation to harden nail varnish in the form of a light beam to illuminate the nails of the user, - a case provided with walls delimiting an inner space comprising a first space able to receive the distal phalanges of the fingers of the hands or of the feet of the user and a second space able to receive the other portions of the hands or the other portions of the feet of the user, - a control circuit able to control the radiation sources according to a control law, - a first presence sensor able to emit a presence signal in the presence of an element at a predefined location, the predefined location being the first space and the control law depending on the presence signal of the first presence sensor , - a second presence sensor able to emit a presence signal in the presence of an element in the second space , with the control also depending on the signal of the second presence sensor ,
An image sensing apparatus, comprising: an image sensor having a first layer where micro-lenses (ML, 14) are formed and a second layer, arranged below the first layer, where photodiode areas are formed, and configured to have a plurality of focus detection pixel pairs (S HA , S HB , S VC , S VD ), each pair performing photoelectric conversion on each pair of light beams (110 HA , 110 HB , 120 HA , 120 HB ) that have passed through different regions of an imaging lens and incident on that pair, and generating a pair of image signals for performing focus detection; a correction unit configured to correct an error of signal levels of the pair of image signals output from the focus detection pixel pairs based on correction information (C(X ERR , y ERR )), wherein the correction information is generated from a light amount which changes in response to an image height and a production error which includes an alignment error (D ML ) at a time of forming the image sensor; a memory that stores a plurality of sets of the correction information for divided zoom position groups or divided focus position groups; and a computation unit configured to calculate an image shift amount of the pair of image signals whose signal levels are corrected by the correction unit. an image sensor having a first layer where micro-lenses (ML, 14) are formed and a second layer, arranged below the first layer, where photodiode areas are formed, and configured to have a plurality of focus detection pixel pairs (S HA , S HB , S VC , S VD ), each pair performing photoelectric conversion on each pair of light beams (110 HA , 110 HB , 120 HA , 120 HB ) that have passed through different regions of an imaging lens and incident on that pair, and generating a pair of image signals for performing focus detection; a correction unit configured to correct an error of signal levels of the pair of image signals output from the focus detection pixel pairs based on correction information (C(X ERR , y ERR )), wherein the correction information is generated from a light amount which changes in response to an image height and a production error which includes an alignment error (D ML ) at a time of forming the image sensor; a memory that stores a plurality of sets of the correction information for divided zoom position groups or divided focus position groups; and a computation unit configured to calculate an image shift amount of the pair of image signals whose signal levels are corrected by the correction unit.
A polymer composition comprising: (A) a polymer consisting of 0.02 mol% or more and 0.16 mol% or less of a ring structural unit with respect to a total of the ring structural unit and one or two monomer units other than the ring structural unit, wherein the ring structural unit is a glutaric anhydride structural unit and the one monomer unit other than the ring structural unit is methacrylic acid or acrylic acid, and two monomer units other than the ring structural unit are methacrylic acid and methyl methacrylate, or acrylic acid and methyl acrylate; and (B) 0.1 ppm by mass or more and 2 ppm by mass or less of alkali metal and/or alkaline earth metal with respect to the whole polymer composition, wherein the ratio of the alkali metal and/or the alkaline earth metal contained in the polymer composition is determined by ashing the polymer composition, then dissolving the polymer composition in an acid, and performing measurement with an ICP-MS apparatus. (A) a polymer consisting of 0.02 mol% or more and 0.16 mol% or less of a ring structural unit with respect to a total of the ring structural unit and one or two monomer units other than the ring structural unit, wherein the ring structural unit is a glutaric anhydride structural unit and the one monomer unit other than the ring structural unit is methacrylic acid or acrylic acid, and two monomer units other than the ring structural unit are methacrylic acid and methyl methacrylate, or acrylic acid and methyl acrylate; and (B) 0.1 ppm by mass or more and 2 ppm by mass or less of alkali metal and/or alkaline earth metal with respect to the whole polymer composition, wherein the ratio of the alkali metal and/or the alkaline earth metal contained in the polymer composition is determined by ashing the polymer composition, then dissolving the polymer composition in an acid, and performing measurement with an ICP-MS apparatus.
Household appliance , comprising a drawer , a user interface element used to select and / or to display a program or parameters of a selected program and a light group comprising a plurality of light elements , said light elements being disposed substantially peripherally with respect to said user interface element , characterized in that said light group is arranged on a side of said user interface element opposite to said drawer , whereby on the side of the user interface element opposite to said light group, only said drawer is visible to a user, and whereby no light elements are arranged between the drawer and the user interface element, whereby the illumination of a respective light element of said light group depends on an operative / positional state of said user interface element .