mhurhangee/ep-ind-claims huggingface dataset:
A method of operation on a Time Division Duplex, TDD, cell, wherein the method comprises: a network-side apparatus determining uplink parameter information of an asymmetric TDD cell; the network-side apparatus placing the uplink parameter information in system information and sending the system information to a UE in a broadcast and/or dedicated signaling in an asymmetric downlink frequency band, to instruct the UE to operate on the asymmetric TDD cell according to the system information; and characterized in that the method further comprises: the UE determining the asymmetric TDD cell to be in a barred status and selecting another cell to reside on, when the UE determines from its own capability that it cannot operate on the asymmetric TDD cell corresponding to the system information. a network-side apparatus determining uplink parameter information of an asymmetric TDD cell; the network-side apparatus placing the uplink parameter information in system information and sending the system information to a UE in a broadcast and/or dedicated signaling in an asymmetric downlink frequency band, to instruct the UE to operate on the asymmetric TDD cell according to the system information; and characterized in that the method further comprises: the UE determining the asymmetric TDD cell to be in a barred status and selecting another cell to reside on, when the UE determines from its own capability that it cannot operate on the asymmetric TDD cell corresponding to the system information.
Overload unit for a thermostatic valve, having a sleeve with a chamber and having a contact member which is biased by a spring in the chamber, wherein the sleeve has on a circumferential surface at least one ramp having an angle of inclination of from 5° to 80°.
Device for applying a cosmetic composition to the lips, comprising: - an applicator member comprising a partially flocked applicator head, comprising a flocked exterior surround extending according to a flocked strip; - a container containing the composition which is in the form of an emulsion comprising: ∘ water; ∘ at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; ∘ at least one polar non-volatile hydrocarbon-based oil; ∘ at least one non-volatile phenyl silicone oil, preferably without dimethicone fragment. - an applicator member comprising a partially flocked applicator head, comprising a flocked exterior surround extending according to a flocked strip; - a container containing the composition which is in the form of an emulsion comprising: ∘ water; ∘ at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; ∘ at least one polar non-volatile hydrocarbon-based oil; ∘ at least one non-volatile phenyl silicone oil, preferably without dimethicone fragment. ∘ water; ∘ at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; ∘ at least one polar non-volatile hydrocarbon-based oil; ∘ at least one non-volatile phenyl silicone oil, preferably without dimethicone fragment.
A sole structure for an article of footwear, the sole structure comprising: a cushioning element including a first material, and comprising a recess in a heel region of the sole structure; a cradle including a second material, attached to the cushioning element, and including a top plate disposed against the cushioning element, a first end support, and a second end support that cooperate to define a receptacle disposed beneath the top plate, wherein the top plate extends from the first end support to the second end support and defines an upper portion of the receptacle, the first end support comprising a first distal end and disposed adjacent to and facing an end wall of the recess, the first distal end of the first end support including a lip extending outwardly therefrom, the second end support disposed at a posterior end of the sole structure; a bladder disposed within the cradle between the first end support and the second end support, the cradle configured to be received within the recess, the receptacle configured to receive the bladder therein, and an upper barrier layer of the bladder contacting the top plate; and an outsole disposed adjacent to the top plate on an opposite side of the cradle from the cushioning element, the first end support and the second end support each contacting the outsole. a cushioning element including a first material, and comprising a recess in a heel region of the sole structure; a cradle including a second material, attached to the cushioning element, and including a top plate disposed against the cushioning element, a first end support, and a second end support that cooperate to define a receptacle disposed beneath the top plate, wherein the top plate extends from the first end support to the second end support and defines an upper portion of the receptacle, the first end support comprising a first distal end and disposed adjacent to and facing an end wall of the recess, the first distal end of the first end support including a lip extending outwardly therefrom, the second end support disposed at a posterior end of the sole structure; a bladder disposed within the cradle between the first end support and the second end support, the cradle configured to be received within the recess, the receptacle configured to receive the bladder therein, and an upper barrier layer of the bladder contacting the top plate; and an outsole disposed adjacent to the top plate on an opposite side of the cradle from the cushioning element, the first end support and the second end support each contacting the outsole.
A refill for a device for treating, in particular straightening, the hair, having: - a reservoir of elongate shape along a longitudinal axis, defining a cavity containing a cosmetic composition to be applied to the hair, the reservoir having a flank for mounting the refill on the device, extending parallel to the longitudinal axis of the reservoir, - a porous application member for applying the cosmetic composition to the hair, of elongate shape and extending parallel to the longitudinal axis of the reservoir, the application member being fitted in a slot-shaped opening in the reservoir that leads into the cavity, this opening being offset laterally toward the mounting flank, relative to a median plane of the cavity that contains the longitudinal axis of the reservoir and is parallel to the mounting flank. - a reservoir of elongate shape along a longitudinal axis, defining a cavity containing a cosmetic composition to be applied to the hair, the reservoir having a flank for mounting the refill on the device, extending parallel to the longitudinal axis of the reservoir, - a porous application member for applying the cosmetic composition to the hair, of elongate shape and extending parallel to the longitudinal axis of the reservoir, the application member being fitted in a slot-shaped opening in the reservoir that leads into the cavity, this opening being offset laterally toward the mounting flank, relative to a median plane of the cavity that contains the longitudinal axis of the reservoir and is parallel to the mounting flank.
A system for providing for capacitive sensing of an external force on a MEMS device, the system comprising: a substrate located in a first plane; a movable component of a MEMS device layer, the MEMS device layer coupled to the substrate, wherein the movable component is configured to move along a first axis in response to the external force; and a sense electrode disposed on the substrate in the first plane, wherein a first capacitive sensing element is formed between the movable component and the first sense electrode, wherein the first capacitive sensing element is configured to be responsive to the motion of the movable component along the first axis, and wherein the sense electrode comprises a plurality of slots that substantially extend between two non-adjacent sides of the sense electrode; wherein: the sense electrode comprises a pattern of recessed slots in which a thickness of the sense electrode is reduced. a substrate located in a first plane; a movable component of a MEMS device layer, the MEMS device layer coupled to the substrate, wherein the movable component is configured to move along a first axis in response to the external force; and a sense electrode disposed on the substrate in the first plane, wherein a first capacitive sensing element is formed between the movable component and the first sense electrode, wherein the first capacitive sensing element is configured to be responsive to the motion of the movable component along the first axis, and wherein the sense electrode comprises a plurality of slots that substantially extend between two non-adjacent sides of the sense electrode; wherein: the sense electrode comprises a pattern of recessed slots in which a thickness of the sense electrode is reduced.
An unmanned aerial vehicle, comprising: an antenna device comprising: a hinge, coupled to the unmanned aerial vehicle; a housing; and a flat panel antenna disposed within the housing and pivotably coupled to the hinge to change a pitch of the flat panel antenna, wherein the housing encloses the pivotable flat panel antenna and the flat panel antenna pivots relative to the housing. a hinge, coupled to the unmanned aerial vehicle; a housing; and a flat panel antenna disposed within the housing and pivotably coupled to the hinge to change a pitch of the flat panel antenna, wherein the housing encloses the pivotable flat panel antenna and the flat panel antenna pivots relative to the housing.
An electronic device comprising: a camera module; a memory (130, 830) configured to store reference composition information; a camera control module configured to collect real-time composition information through the camera module, and a sub camera module being independently implemented from the camera module; wherein the camera control module compares the stored reference composition information and the real-time composition information to indicate to a user whether the stored reference composition information and the real-time composition information are consistent with each other; characterized in that: the reference composition information is extracted from a specific picture or video taken using the sub camera module. a camera module; a memory (130, 830) configured to store reference composition information; a camera control module configured to collect real-time composition information through the camera module, and a sub camera module being independently implemented from the camera module; wherein the camera control module compares the stored reference composition information and the real-time composition information to indicate to a user whether the stored reference composition information and the real-time composition information are consistent with each other; characterized in that: the reference composition information is extracted from a specific picture or video taken using the sub camera module.
An induction supply air terminal device that comprises of primary supply air chamber, connected with at least one mixing chamber which opens into an air-conditioned room space, at least one heat exchanger provided connected with each said mixing chamber, wherein an array of multiple nozzles is provided on one surface of the primary supply air chamber in the form of a cluster to supply primary air flow into at least one mixing chamber to induce a secondary air flow heated or cooled as it flows through a heat exchanger and conducted into the mixing chamber, wherein both the primary supply air and secondary air mix, whereby this mixed air is then conducted into the air-conditioned room space with an increased air induction ratio, wherein additionally a venturi device is provided in the air jet zone at a predetermined distance from the cluster nozzle array.
A patient support apparatus comprising a sensor providing signals indicative of vital signs of a patient positioned on the patient support apparatus, a controller coupled to the sensor and including a processor and a memory device, the memory device including instructions that, when executed, cause the controller to receive the sensor signals, compare the signals to pre-established acceptable limits, calculate a sepsis risk assessment score based on the signals, and, if the sepsis risk assessment score is at or above a predetermined value, output a command signal, and a sepsis-status notification system configured to respond to the command signal from the controller to display a first visual indication that shows that the patient is septic and display a second visual indication that shows a status of a sepsis protocol administration, wherein at least one of the first and the second visual indications includes an alert message on an interface coupled to the patient support apparatus, and wherein the alert message includes a timer and an action list that includes a list of all actions in the sepsis protocol administration and a status of each action in the list, the status of each action in the list including: a first representation to indicate to a caregiver that action is needed, and once the action is completed, a second representation to indicate that the action no longer needs to be completed, and a third representation to indicate that the status of the action is pending. a sensor providing signals indicative of vital signs of a patient positioned on the patient support apparatus, a controller coupled to the sensor and including a processor and a memory device, the memory device including instructions that, when executed, cause the controller to receive the sensor signals, compare the signals to pre-established acceptable limits, calculate a sepsis risk assessment score based on the signals, and, if the sepsis risk assessment score is at or above a predetermined value, output a command signal, and a sepsis-status notification system configured to respond to the command signal from the controller to display a first visual indication that shows that the patient is septic and display a second visual indication that shows a status of a sepsis protocol administration, wherein at least one of the first and the second visual indications includes an alert message on an interface coupled to the patient support apparatus, and wherein the alert message includes a timer and an action list that includes a list of all actions in the sepsis protocol administration and a status of each action in the list, the status of each action in the list including: a first representation to indicate to a caregiver that action is needed, and once the action is completed, a second representation to indicate that the action no longer needs to be completed, and a third representation to indicate that the status of the action is pending.
A computer implemented method of access control for a user device having at least one component for determining behaviours of the user, the method comprising: accessing a machine learning classifier trained based on at least one prior behaviour of the user using the device, the classifier classifying user behaviour as compliant or non-compliant such that compliant behaviour is determined by the classifier to be consistent with prior behaviour for permitting access to the device; initialising a measure of a period since a most recent compliant behaviour occurred; and responsive to a determination that a subsequent behaviour is classified as non-compliant and that the period meets a threshold beyond which access to the device is to be prevented, requesting a credential-based authentication of the user and permitting access to the device in response to the credential-based authentication, wherein permitting access to the device further includes re-initialising the measure of the period and constructively training the classifier based on the subsequent behaviour as a compliant behaviour by providing the subsequent behaviour as an additional training example. accessing a machine learning classifier trained based on at least one prior behaviour of the user using the device, the classifier classifying user behaviour as compliant or non-compliant such that compliant behaviour is determined by the classifier to be consistent with prior behaviour for permitting access to the device; initialising a measure of a period since a most recent compliant behaviour occurred; and responsive to a determination that a subsequent behaviour is classified as non-compliant and that the period meets a threshold beyond which access to the device is to be prevented, requesting a credential-based authentication of the user and permitting access to the device in response to the credential-based authentication, wherein permitting access to the device further includes re-initialising the measure of the period and constructively training the classifier based on the subsequent behaviour as a compliant behaviour by providing the subsequent behaviour as an additional training example.
A method of brazing a treatment area of a load-bearing gas turbine component, wherein the load-bearing component is a component being designed to support a structural load applied to the component, and wherein the component is a super alloy hot gas path component and comprises portions with different geometries, comprising: applying a repair material over the treatment area of one of the portions of the component; positioning an induction brazing coil having a geometry corresponding to the treatment area over the repair material and the treatment area, being characterised in that: the induction brazing coil has at least a flexible portion which allows to accommodate a number of component geometries and includes a pair of coils (34, 36) or coil sections (34, 36), wherein a first coil or coil section of the pair is positioned over repair material that is applied over the treatment area and a second coil or coil section of the pair is positioned over a surface opposite the treatment area; and in that the method further comprises heating the repair material utilizing the induction brazing coil to a temperature sufficient to cause at least partial melting of the repair material, thereby effecting a brazed joint between the treatment area and the repair material. applying a repair material over the treatment area of one of the portions of the component; positioning an induction brazing coil having a geometry corresponding to the treatment area over the repair material and the treatment area, being characterised in that: the induction brazing coil has at least a flexible portion which allows to accommodate a number of component geometries and includes a pair of coils (34, 36) or coil sections (34, 36), wherein a first coil or coil section of the pair is positioned over repair material that is applied over the treatment area and a second coil or coil section of the pair is positioned over a surface opposite the treatment area; and in that the method further comprises heating the repair material utilizing the induction brazing coil to a temperature sufficient to cause at least partial melting of the repair material, thereby effecting a brazed joint between the treatment area and the repair material.
An opening-closing tool, in which a first half-body having a first operating part on a distal end and a first handle part on a proximal end and a second half-body having a second operating part on the distal end and a second handle part on the proximal end have a cross-over pivot, and a biasing body that abuts the second half-body and provides an open bias on the two handle parts is provided on the first half-body, the opening-closing tool being configured so that a recess part for latching a distal end part of the biasing body is provided on the second half-body, and, as a result of latching of the biasing body and the recess part, the two handle parts are biased open up to a predetermined open position, and, along therewith, opening of the two handle parts is prevented at this predetermined open position; characterized in being further configured so that an unlatching part for allowing separation of the distal end part of the biasing body from the recess part is provided on the first half-body, and the second half-body is provided with a latching part for latching the distal end part of the biasing body when the distal end part of the biasing body is made to separate from the recess part by the unlatching part and the two handle parts have closed to a predetermined closed position, the two handle parts being kept closed by latching of the distal end part of the biasing body on the latching part; and being configured so that the biasing body has a configuration in which two plate bodies (3A, 3B) are linked with a base part, one of the plate bodies being in an attached state at the surface of the first half-body, and the distal end part of the plate body latching on, or separating from, the recess part, and the unlatching part has a configuration in which the one of the plate bodies is pressed from the back surface, and, due to this pressing by the unlatching part, the distal end part that is latched to the recess part is separated from the recess part in opposition to the elasticity of the plate body.
Method for the power requirement-dependent operation of a generator unit mounted on an agricultural work vehicle, in which method a power output of the generator unit is varied as a function of a determined power requirement of an electrical consumer, which is fed with the power of the generator unit, of an attachment which is connected to the agricultural work vehicle, wherein the power output of the generator unit is varied by adapting an input rotational speed of the generator unit, characterized in that the power requirement by the attachment is determined, and the determined power requirement of the attachment is transmitted as a power demand at least indirectly to the generator unit.