mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory, computer-readable media having stored thereon instructions which, when executed by processing means of a smart device, cause the processing means to perform steps comprising: causing an image representative of a first original equipment remote control having a plurality of keys to be displayed in a first portion of a display of the smart device; causing a first plurality of icons representative of a first subset of the plurality of keys of the first original equipment remote control to be displayed in a second portion of the display of the smart device wherein at least one of the first plurality of icons is selectable to cause a command to be issued from the smart device to control a functional operation of a first target device corresponding to the first original equipment remote control; and in response to a first user input, causing a second plurality of icons representative of a second subset of the plurality of keys of the first original equipment remote control to be displayed in the second portion of the display of the smart device wherein at least one of the second plurality of icons is selectable to cause a command to be issued from the smart device to control a functional operation of the first target device, wherein the image representative of the first original equipment remote control is an image representative of the entire first original equipment remote control; characterized by: wherein the image representative of the first original equipment remote control and the first or second plurality of icons are displayed at the same time on the display of the smart device and the first and the second portions of the display are different portions of the display. causing an image representative of a first original equipment remote control having a plurality of keys to be displayed in a first portion of a display of the smart device; causing a first plurality of icons representative of a first subset of the plurality of keys of the first original equipment remote control to be displayed in a second portion of the display of the smart device wherein at least one of the first plurality of icons is selectable to cause a command to be issued from the smart device to control a functional operation of a first target device corresponding to the first original equipment remote control; and in response to a first user input, causing a second plurality of icons representative of a second subset of the plurality of keys of the first original equipment remote control to be displayed in the second portion of the display of the smart device wherein at least one of the second plurality of icons is selectable to cause a command to be issued from the smart device to control a functional operation of the first target device,
A composite material comprising: a first layer having full coverage and comprising a polymeric matrix material and wound tows for reinforcement, wherein the tows are wound in opposite directions such that overlapping tows form crossover regions; characterised by a second layer having full coverage and comprising a polymeric matrix material and wound tows for reinforcement, wherein the tows are wound in opposite directions such that overlapping tows form crossover regions; wherein the wound tows in the second layer are arranged such that the crossover regions in the second layer are formed to be laterally offset from the crossover regions in the first layer. a first layer having full coverage and comprising a polymeric matrix material and wound tows for reinforcement, wherein the tows are wound in opposite directions such that overlapping tows form crossover regions; characterised by a second layer having full coverage and comprising a polymeric matrix material and wound tows for reinforcement, wherein the tows are wound in opposite directions such that overlapping tows form crossover regions; wherein the wound tows in the second layer are arranged such that the crossover regions in the second layer are formed to be laterally offset from the crossover regions in the first layer.
An abrasive tool for machining surfaces, which comprises a support associated with at least one abrasive layer, comprising a first layer and a second layer, both of which are elastically deformable and are interposed between said support and said abrasive layer, the second layer having a higher stretch modulus than the first layer and being arranged in an intermediate position between the first layer and the abrasive layer, and the first layer being associated with the support, said second layer being provided seamlessly in a single piece and its extent in plan view being comparable to that of the abrasive layer, characterized in that the adhesion surface between said first layer and said second layer is equal to the extent in plan view of said second layer.
A transgenic zebrafish lacking at least one endogenous functional protein required for a functional CCM complex, comprising an exogenous nucleic acid encoding a functional version of said at least one protein under the transcriptional control of an endocardium-specific genetic system, wherein said transgenic zebrafish comprises a cardiovascular system with a heart that produces blood flow, and wherein said zebrafish develops vascular lesions in cerebral blood vessels, in particular in lowly perfused cerebral blood vessels, and wherein the at least one protein required for a functional CCM complex is selected from the group comprising CCM1 (KRIT1), CCM2, CCM3, and Heg1. wherein said transgenic zebrafish comprises a cardiovascular system with a heart that produces blood flow, and wherein said zebrafish develops vascular lesions in cerebral blood vessels, in particular in lowly perfused cerebral blood vessels, and wherein the at least one protein required for a functional CCM complex is selected from the group comprising CCM1 (KRIT1), CCM2, CCM3, and Heg1.
Deployable antenna comprising a mesh reflector, wherein the mesh reflector comprises: a mesh reflecting surface comprising a plurality of flat regions of a first quadrilateral shape and varying sizes; a reflector frame for deploying and supporting the mesh reflecting surface; a first set of elongate members (84, 92) attached to said mesh reflecting surface in order to shape it by applying forces in a direction substantially perpendicular to the surface; and a second set of elongate members attached to said mesh reflecting surface and extending in different directions across said mesh reflecting surface dividing it into the plurality of flat regions, wherein the plurality of flat regions are formed as facets, where the facets at a first region of the reflector are smaller in size than the facets at a second region of the reflector, wherein the facets gradually increase in size from the first region to the second region, wherein said second set of elongate members includes two subsets of elongate members, the elongate members in each subset of elongate members being parallel, wherein the subsets extend in two different directions and the parallel elongate members of each subset have varying spacing such that the elongate members of both subsets together form the plurality of flat regions as parallelogram-shaped facets, wherein the elongate members of the first set of elongate members comprise drop ties and compression rods, wherein the elongate members of the second set of elongate members are chords, wherein one of the drop ties and compression rods is attached to each crossing/intersection of the two subsets of the second set of elongated members. a mesh reflecting surface comprising a plurality of flat regions of a first quadrilateral shape and varying sizes; a reflector frame for deploying and supporting the mesh reflecting surface; a first set of elongate members (84, 92) attached to said mesh reflecting surface in order to shape it by applying forces in a direction substantially perpendicular to the surface; and a second set of elongate members attached to said mesh reflecting surface and extending in different directions across said mesh reflecting surface dividing it into the plurality of flat regions,
A door closing arrangement for a turnable double door having first and second door leaves (1,2), the door closing arrangement comprising - a first door closer unit to be mounted on the first door leaf on the side opposite to the door hinges, the first door closer unit having a first pull arm for closing the first door leaf, - a second door closer unit to be mounted on the second door leaf on the side opposite to the door hinges, the second door closer unit having a second pull arm for closing the second door leaf, - guide rail means to be mounted to the upper part of the door frame, for guiding distal ends (5a, 7a) of the pull arms (5, 7) with regard to the door closer units (4,6), and - closure sequence control means located in the guide rail means which, in an end phase of the closing of the door leaves (1, 2), cooperate with the distal ends (5a, 7a) of the pull arms, and which include connection means (10,11) for transferring the movement of said distal end of the first pull arm into the closure sequence control means, whereby the closure sequence control means prevents movement of the distal end of the second pull arm in the guide rail means until the distal end of the first pull arm has affected the closure sequence control means through the connection means (10,11), and whereby the distal ends (5a, 7a) of the pull arms (5, 7) move towards the hinges of the respective door leaves (1, 2) during the end phase of the closing process, whereby said distal end of the first pull arm is provided with a pulling member (5b, 5c), characterised in that said pulling member (5b, 5c) pulls on a guide-rail- -mounted transmission member of the door closing arrangement during the end phase of the closing process, the transmission member in turn pushing the connection means (10, 11) in a direction opposite the movement direction of the distal end of the first pull arm. - a first door closer unit to be mounted on the first door leaf on the side opposite to the door hinges, the first door closer unit having a first pull arm for closing the first door leaf, - a second door closer unit to be mounted on the second door leaf on the side opposite to the door hinges, the second door closer unit having a second pull arm for closing the second door leaf, - guide rail means to be mounted to the upper part of the door frame, for guiding distal ends (5a, 7a) of the pull arms (5, 7) with regard to the door closer units (4,6), and - closure sequence control means located in the guide rail means which, in an end phase of the closing of the door leaves (1, 2), cooperate with the distal ends (5a, 7a) of the pull arms, and which include connection means (10,11) for transferring the movement of said distal end of the first pull arm into the closure sequence control means,
A method of making a dry powder formulation, the method comprising co-jet milling unmicronised glycopyrrolate and magnesium stearate with milling gas having a humidity below 20% Relative Humidity to produce micronized composite particles, wherein the micronized composite particles are then subjected to a conditioning step which includes exposure of the micronized composite particles to humidity in the range of 10%-95% Relative Humidity at temperatures between 5°C to 88°C for at least 60 minutes.
Pharmaceutical composition for use in a therapeutic method of counteracting hair loss and of promoting hair growth in humans and in other species of mammals comprising, as active ingredients, glutathione thioester and at least one secoiridoid of Olea europea in the form of glycoside or aglycone.
A method (1500, 1600, 1700, 1800) for wireless communications at a user equipment, UE, comprising: receiving a message configuring a resource allocation for at least a random access preamble occasion and an uplink data occasion; determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation based at least in part on the message; determining when to monitor a downlink control channel based at least in part on the determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation; and transmitting a random access message in the random access preamble occasion, the uplink data occasion, or both based at least in part on the determining when to monitor the downlink control channel. receiving a message configuring a resource allocation for at least a random access preamble occasion and an uplink data occasion; determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation based at least in part on the message; determining when to monitor a downlink control channel based at least in part on the determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation; and transmitting a random access message in the random access preamble occasion, the uplink data occasion, or both based at least in part on the determining when to monitor the downlink control channel.
A method for identifying cells that produce a protein of interest, the method comprising: providing an obtained sample containing protein-producing cells; tagging the protein-producing cells with a cross-linking reagent, wherein the cross-linking reagent comprises a first portion adapted to bind to a cell surface marker that is specific to the protein-producing cells and a second portion that is configured to be bound to (i) an antigen of interest or (ii) a protein-specific antibody that specifically binds to the protein of interest; exposing the protein-producing cells to the antigen of interest or the protein-specific antibody, such that the protein-producing cells become linked through the cross-linking reagent to the antigen of interest or the protein-specific antibody; allowing the protein-producing cells to produce the protein of interest, wherein the protein of interest is adapted to selectively bind with the antigen of interest or the protein-specific antibody; and exposing the protein-producing cells to a labeled antibody that is adapted to bind to the protein of interest. providing an obtained sample containing protein-producing cells; tagging the protein-producing cells with a cross-linking reagent, wherein the cross-linking reagent comprises a first portion adapted to bind to a cell surface marker that is specific to the protein-producing cells and a second portion that is configured to be bound to (i) an antigen of interest or (ii) a protein-specific antibody that specifically binds to the protein of interest; exposing the protein-producing cells to the antigen of interest or the protein-specific antibody, such that the protein-producing cells become linked through the cross-linking reagent to the antigen of interest or the protein-specific antibody; allowing the protein-producing cells to produce the protein of interest, wherein the protein of interest is adapted to selectively bind with the antigen of interest or the protein-specific antibody; and exposing the protein-producing cells to a labeled antibody that is adapted to bind to the protein of interest.
A method of determining a hearing threshold audiogram for a person by pure tone audiometry, the method including providing a representation of a distribution of hearing ability for a population of individuals, the method comprising the steps of i) providing a probabilistic model for hearing thresholds p(x / θ), wherein x is the hearing thresholds and θ is the hearing threshold model parameters and p(θ) is the probability distribution of the hearing threshold model parameters θ based on the representation of the distribution of hearing ability of the population of individuals, ii) performing a hearing evaluation event d n, comprising a stimulus s n of a person tested and a response r n of the person, iii) registering an observation of the response r n related to the hearing evaluation event d n, iv) updating a hearing threshold model p(θ / D n), wherein D n is a sequence {d 1, d 2,..., d n} of hearing evaluation events,based on the observation related to the hearing evaluation event d n, v) updating a hearing threshold probability density function p(xlD n) based on the updated hearing threshold model p(θ / D n), and vi) computing a hearing threshold estimate based on the updated hearing threshold probability density function p(xlD n). i) providing a probabilistic model for hearing thresholds p(x / θ), wherein x is the hearing thresholds and θ is the hearing threshold model parameters and p(θ) is the probability distribution of the hearing threshold model parameters θ based on the representation of the distribution of hearing ability of the population of individuals, ii) performing a hearing evaluation event d n, comprising a stimulus s n of a person tested and a response r n of the person, iii) registering an observation of the response r n related to the hearing evaluation event d n, iv) updating a hearing threshold model p(θ / D n), wherein D n is a sequence {d 1, d 2,..., d n} of hearing evaluation events,based on the observation related to the hearing evaluation event d n, v) updating a hearing threshold probability density function p(xlD n) based on the updated hearing threshold model p(θ / D n), and vi) computing a hearing threshold estimate based on the updated hearing threshold probability density function p(xlD n).
A method for operating a network node device, comprising: determining whether or not there is a dynamically scheduled uplink transmission for a communication device in an uplink sub-frame where the communication device needs to perform an uplink SPS, Semi-Persistent Scheduling, release; sending to the communication device, in response to determining that there is a dynamically scheduled uplink transmission for the communication device in the uplink sub-frame where the communication device needs to perform an uplink SPS release, a dynamic scheduling DCI, Downlink Control Indication, message for the dynamically scheduled uplink transmission, wherein at least one field of the dynamic scheduling DCI message is configured in a manner that the dynamic scheduling DCI implicitly indicates the uplink SPS release; and sending to the communication device, in response to determining that there is no dynamically scheduled uplink transmission for the communication device in the uplink sub-frame where the communication device needs to perform an uplink SPS release, an uplink SPS release DCI message to explicitly indicate the uplink SPS release. determining whether or not there is a dynamically scheduled uplink transmission for a communication device in an uplink sub-frame where the communication device needs to perform an uplink SPS, Semi-Persistent Scheduling, release; sending to the communication device, in response to determining that there is a dynamically scheduled uplink transmission for the communication device in the uplink sub-frame where the communication device needs to perform an uplink SPS release, a dynamic scheduling DCI, Downlink Control Indication, message for the dynamically scheduled uplink transmission, wherein at least one field of the dynamic scheduling DCI message is configured in a manner that the dynamic scheduling DCI implicitly indicates the uplink SPS release; and sending to the communication device, in response to determining that there is no dynamically scheduled uplink transmission for the communication device in the uplink sub-frame where the communication device needs to perform an uplink SPS release, an uplink SPS release DCI message to explicitly indicate the uplink SPS release.
A terminal comprising: a control section configured to identify a resource for a Channel State Information-Reference Signal (CSI-RS); and a transmitting section configured to transmit a Sounding Reference Signal by using a precoder based on a CSI-RS resource that was previously transmitted, wherein the resource is defined by a slot "n-n ref," wherein: "n" is a reference timing, and "n ref " is a minimum value greater than or equal to a threshold, such that the slot "n-n ref " corresponds to a valid downlink slot, and wherein information regarding the threshold is notified to the terminal by higher layer signaling. a control section configured to identify a resource for a Channel State Information-Reference Signal (CSI-RS); and a transmitting section configured to transmit a Sounding Reference Signal by using a precoder based on a CSI-RS resource that was previously transmitted, wherein the resource is defined by a slot "n-n ref," wherein: "n" is a reference timing, and "n ref " is a minimum value greater than or equal to a threshold, such that the slot "n-n ref " corresponds to a valid downlink slot, and "n" is a reference timing, and "n ref " is a minimum value greater than or equal to a threshold, such that the slot "n-n ref " corresponds to a valid downlink slot, and wherein information regarding the threshold is notified to the terminal by higher layer signaling.
A nucleic acid molecule comprising a nucleic acid sequence encoding a delta-12 desaturase protein, said FAD2 protein having an amino acid substitution at position 108 relative to a wild-type FAD2 protein, wherein the said wild-type FAD2 protein is represented by the amino acid sequence of SEQ ID NO 4 or 8, and wherein said amino acid at position 108 is changed to an Aspartic acid.
Motor vehicle maintenance handle consisting of a handle and a fastening part consisting of a base and an internal structure part intended to be fastened in a vehicle interior structure trim, the fastening part also comprising a spacer arranged between the base and the inner structural part and means of attachment (3, 31) connecting a bottom wall of the spacer to the base and an extension wall of the spacer to the inner structural part, the bottom walls and the extension walls 0s) being distant and oriented () from each other so that the internal structural part is arranged in a position of solidarity compatible with the vehicle's passenger compartment structure, openings being formed in lateral faces of the spacer in order to provide flexibility in the spacing, where the bottom wall of the spacer has openings so that the base can be clipped on the spacer in the same way that the spacer clips on the inner structural part and the spacer has walls between In the background and in the extension, a variable distance and angle (), such that this distance is approximately equal to a distance from the inner structural part defined between a drawing and an interface plane between the spacer and the base.
A lithium titanate comprising a secondary particle of aggregated lithium titanate primary particles and having at least macropores on a surface of the secondary particle, wherein an amount of nitrogen adsorbed at a relative pressure of 0.50 in nitrogen adsorption and desorption isotherms is 10 cm 3 /g or less, and a difference between an amount of nitrogen desorbed and an amount of nitrogen adsorbed does not continuously take values of 5 cm 3 /g or more when they are measured at relative pressure intervals of 0.05 in a range of 0.45 to 0.90.