mhurhangee/ep-ind-claims huggingface dataset:
A base station device, comprising: a control unit configured to - variably set a subcarrier interval and a symbol length used for communication with a terminal device and - notify the terminal device of information for switching a parameter set indicating the subcarrier interval and the symbol length in accordance with the variable setting, wherein the information for switching includes i) information in which the parameter set is associated with a resource to which the parameter set is set or information indicating the parameter set to which the terminal shall switch and ii) information indicating a timing of the switching to control a period until the switching is actually performed after the terminal is notified of the information for switching. a control unit configured to - variably set a subcarrier interval and a symbol length used for communication with a terminal device and - notify the terminal device of information for switching a parameter set indicating the subcarrier interval and the symbol length in accordance with the variable setting, - variably set a subcarrier interval and a symbol length used for communication with a terminal device and - notify the terminal device of information for switching a parameter set indicating the subcarrier interval and the symbol length in accordance with the variable setting, wherein the information for switching includes i) information in which the parameter set is associated with a resource to which the parameter set is set or information indicating the parameter set to which the terminal shall switch and ii) information indicating a timing of the switching to control a period until the switching is actually performed after the terminal is notified of the information for switching. i) information in which the parameter set is associated with a resource to which the parameter set is set or information indicating the parameter set to which the terminal shall switch and ii) information indicating a timing of the switching to control a period until the switching is actually performed after the terminal is notified of the information for switching.
A novel line light, comprising a frame which is formed by connecting four rims end by end in sequence, each one of the rims internally equipped with an LED light bar, each one of the LED light bars being a single LED light bar or formed by connecting a plurality of LED light bars, the bottom of each one of the rims embedded into a diffuser plate, wherein each one of the rims has a downward opening; each one of the rims has a first flat plate; the two edges of each one of the flat plates are respectively vertically connected with a first vertical plate and a second vertical plate; characterized in that, the first flat plates of every two adjacent rims are in welded connection; the inner wall of each one of the second vertical plates extends out to form an inclined second flat plate; each one of the second flat plates is fixedly connected with a third flat plate; the LED light bar is fixed on the lower surface of each one of the third flat plates by screws; the lower surface of each one of the third flat plates is a little greater than the surface of each corresponding one of the LED light bars; a distance is kept between the outer side face of each one of the LED light bars and each corresponding one of the second flat plates; and every two adjacent rims are fixed by mutually welding the second flat plates thereof.
A high-side driver circuit for driving a load, the circuit including: a low-side driver IC having a drive output and a feedback input; a first transistor coupled to the drive output; and a second transistor coupled between a power source and the load; wherein the second transistor is configured to enter an "OFF" state when the first transistor is driven into an "OFF" state by the drive output, and to enter an "ON" state when the first transistor is driven into an "ON" state by the drive output; characterized by a third transistor coupled between the load and the feedback input such that the third transistor creates a first feedback voltage at the feedback input that is greater than a fault threshold voltage of the low-side driver IC when the second transistor is in the "OFF" state, and a second feedback voltage at the feedback input that is less than the fault threshold voltage when the second transistor is in the "ON" state. a low-side driver IC having a drive output and a feedback input; a first transistor coupled to the drive output; and a second transistor coupled between a power source and the load; wherein the second transistor is configured to enter an "OFF" state when the first transistor is driven into an "OFF" state by the drive output, and to enter an "ON" state when the first transistor is driven into an "ON" state by the drive output; characterized by a third transistor coupled between the load and the feedback input such that the third transistor creates a first feedback voltage at the feedback input that is greater than a fault threshold voltage of the low-side driver IC when the second transistor is in the "OFF" state, and a second feedback voltage at the feedback input that is less than the fault threshold voltage when the second transistor is in the "ON" state.
A caged hapten-antibody conjugate having the structure of Formula: wherein Z is a bond, or a group comprising a branched or unbranched, substituted or unsubstituted, saturated or unsaturated aliphatic group having between 1 and 30 carbon atoms, and optionally having one or more heteroatoms selected from the group consisting of O, N, or S; wherein has the structure: and n is an integer ranging from 1 to 25. wherein Z is a bond, or a group comprising a branched or unbranched, substituted or unsubstituted, saturated or unsaturated aliphatic group having between 1 and 30 carbon atoms, and optionally having one or more heteroatoms selected from the group consisting of O, N, or S; wherein has the structure: and n is an integer ranging from 1 to 25.
A system for stimulating a target dorsal root ganglion of the central nervous system comprising: a lead having at least one electrode, wherein the lead is configured to be positioned so that the at least one electrode is able to stimulate the target dorsal root ganglion; an implantable pulse generator connectable with the lead, wherein the generator is configured to provide a stimulation signal having a current amplitude which is adjustable in increments of 50μA or less; and an external programmer (200, 300) that wirelessly communicates with the implantable pulse generator for adjusting parameters of the stimulation signal; wherein the external programmer is configured to provide one or more user interface screens for mapping patient stimulation response to identify one or more preferred stimulation parameter sets; wherein the external programmer is configured to allow parameter adjustment using first increments of a first current step size and second increments of a second current step size and wherein the second current step size is smaller than the first current step size for allowing identification of the distinct sub-dermatome regions. a lead having at least one electrode, wherein the lead is configured to be positioned so that the at least one electrode is able to stimulate the target dorsal root ganglion; an implantable pulse generator connectable with the lead, wherein the generator is configured to provide a stimulation signal having a current amplitude which is adjustable in increments of 50μA or less; and an external programmer (200, 300) that wirelessly communicates with the implantable pulse generator for adjusting parameters of the stimulation signal; wherein the external programmer is configured to provide one or more user interface screens for mapping patient stimulation response to identify one or more preferred stimulation parameter sets; wherein the external programmer is configured to allow parameter adjustment using first increments of a first current step size and second increments of a second current step size and wherein the second current step size is smaller than the first current step size for allowing identification of the distinct sub-dermatome regions.
Push-push card reader, in particular for a SIM card (1, 2), having a contact carrier, which carries data contacts and a cover which is fastened to the card contact carrier so as to form a card shaft, a push-push mechanism which is arranged in the push-push card reader, and a card-presence switch for detecting the presence of a card (1, 2), wherein the card-presence switch has a NC-switch spring, characterized in that the card-presence switch can be in a locked condition or in an activated state, wherein the card-presence switch can be moved from its locked condition to its activated state by means of operation by a card (1, 2), in which activated state the card-presence switch is in its normally closed position as intended when a card is not present, and is in an open position in its read position when a card is present, and wherein the switch spring is designed such that, as a result of the card striking a slope and a dome of the switch spring, the switch spring is moved to the activated state by means of a sloping ramp, which is present in the card reader, by way of its sliding and contact end.
A method implemented in a wireless device characterized in that the wireless device is configured to operate in at least a first operational mode and a second operational mode within an overlapping time with respect to a first cell, wherein the first and second operational modes are for respective services, the method comprising: transitioning from a first radio link monitoring, RLM, state having first RLM signal quality targets to a second RLM state different from the first RLM state and having second RLM signal quality targets based at least in part on at least one rule, the first RLM state corresponding to one of the first and second operational modes and the second RLM state corresponding to both the first and second operational modes; and operating according to the second RLM state. transitioning from a first radio link monitoring, RLM, state having first RLM signal quality targets to a second RLM state different from the first RLM state and having second RLM signal quality targets based at least in part on at least one rule, the first RLM state corresponding to one of the first and second operational modes and the second RLM state corresponding to both the first and second operational modes; and operating according to the second RLM state.
Method for treating blood plasma comprising the steps of: a) ethanol precipitation of the plasma or a plasma fraction; b) retrieval of the precipitate formed in step a); c) washing of said precipitate by dispersion which is carried out using a rotor/stator type disperser; d) retrieval of a washed plasma paste; and e) solubilisation of said washed plasma paste. a) ethanol precipitation of the plasma or a plasma fraction; b) retrieval of the precipitate formed in step a); c) washing of said precipitate by dispersion which is carried out using a rotor/stator type disperser; d) retrieval of a washed plasma paste; and e) solubilisation of said washed plasma paste.
A shelf for mounting on a substantially rectangular load carrier having four identical columns arranged in the corners thereof, said load carrier comprising columns having a rectangular profile with four side faces, on which shelf at least one holder (3, 3′, 3ʺ, 3′′′) is mounted that can be inserted into complementary slots in the columns of the load carrier and thereby engage in such a manner that the holder supports on the column, the holder is configured from a rod element which is bent such that it extends from one opening to another opening in the shorter side of the shelf and thus spans out an opening between it and the shelf, characterised in that the holder (3, 3', 3", 3′′′) is connected to a shock-absorbing part which is provided with a bend extending in the transverse direction of the shelf, said shock-absorbing part being anchored in the shelf to the effect that forces applied to the holder in a direction extending in the longitudinal direction of the shelf can be absorbed elastically in the bend, and that the shelf comprises four of said holders, wherein the holders are, per pair, configured with a shock-absorbing part (5, 6) between them to the effect that the shock-absorbing part provided with bend extends from one of the holders arranged on one side of the shelf to its paired other one of the holders arranged on the other side of the shelf.
A proctoring system, comprising: a medical monitoring device configured to take medical data from a patient; a communication device coupled to the medical monitoring device; and, a remote station that is coupled to and receives said medical data from said communication device, said remote station having a visual display that displays information taken from the patient by the medical monitoring device, said remote station including at least one input device that allows a communication to be transmitted by an operator to said communication device; and characterised in that said medical data comprises at least a fluoroscopy image and hemodynamic data; and the remote station simultaneously displays first information relating to an action that causes an effect on an object in a first display field in the form of a fluoroscopy image and second information relating to the effect on the object in a second display field in the form of at least one hemodynamic data. a medical monitoring device configured to take medical data from a patient; a communication device coupled to the medical monitoring device; and, a remote station that is coupled to and receives said medical data from said communication device, said remote station having a visual display that displays information taken from the patient by the medical monitoring device, said remote station including at least one input device that allows a communication to be transmitted by an operator to said communication device; and characterised in that said medical data comprises at least a fluoroscopy image and hemodynamic data; and the remote station simultaneously displays first information relating to an action that causes an effect on an object in a first display field in the form of a fluoroscopy image and second information relating to the effect on the object in a second display field in the form of at least one hemodynamic data.
A method of implementing a conference for a user of an IP Multimedia Subsystem, IMS, the method comprising: at a Telephony Application Server, TAS, that provides IMS multimedia supplementary services to the user: receiving a request for a conference from the user; designating a Public User Identity, PUI, of the user as an identifier for a conference service provided by the TAS that is to host the conference for the user; receiving signalling relating to a call intended for the user (C7, C10, C17); and using the designated PUI to determine if the call can be connected to the conference hosted by the TAS (C8, C11, C18). at a Telephony Application Server, TAS, that provides IMS multimedia supplementary services to the user: receiving a request for a conference from the user; designating a Public User Identity, PUI, of the user as an identifier for a conference service provided by the TAS that is to host the conference for the user; receiving signalling relating to a call intended for the user (C7, C10, C17); and using the designated PUI to determine if the call can be connected to the conference hosted by the TAS (C8, C11, C18). receiving a request for a conference from the user; designating a Public User Identity, PUI, of the user as an identifier for a conference service provided by the TAS that is to host the conference for the user; receiving signalling relating to a call intended for the user (C7, C10, C17); and using the designated PUI to determine if the call can be connected to the conference hosted by the TAS (C8, C11, C18).
An air traffic control system, comprising: a processor; a memory accessible to the processor, wherein the memory stores instructions that are executable by the processor to cause the processor to: access an air traffic navigation constraint assigned to an aircraft; access aircraft state data associated with the aircraft, the aircraft state data including a detected position of the aircraft, a velocity of the aircraft and an orientation of the aircraft; predict at least one future position of the aircraft based on the aircraft state data; and generate an alert when the at least one future position violates the assigned air traffic navigation constraint; characterised in that the instructions are further executable to cause the processor to access aircraft performance data associated with the aircraft, wherein the aircraft performance data includes orientation change rate information associated with the aircraft and roll rate characteristics of the aircraft, and wherein the at least one future position is predicted based at least partially on the aircraft performance data. a processor; a memory accessible to the processor, wherein the memory stores instructions that are executable by the processor to cause the processor to: access an air traffic navigation constraint assigned to an aircraft; access aircraft state data associated with the aircraft, the aircraft state data including a detected position of the aircraft, a velocity of the aircraft and an orientation of the aircraft; predict at least one future position of the aircraft based on the aircraft state data; and generate an alert when the at least one future position violates the assigned air traffic navigation constraint; access an air traffic navigation constraint assigned to an aircraft; access aircraft state data associated with the aircraft, the aircraft state data including a detected position of the aircraft, a velocity of the aircraft and an orientation of the aircraft; predict at least one future position of the aircraft based on the aircraft state data; and generate an alert when the at least one future position violates the assigned air traffic navigation constraint; characterised in that the instructions are further executable to cause the processor to access aircraft performance data associated with the aircraft, wherein the aircraft performance data includes orientation change rate information associated with the aircraft and roll rate characteristics of the aircraft, and wherein the at least one future position is predicted based at least partially on the aircraft performance data.
A latch hook length adjustment arrangement comprising: a latch hook body comprising a hook and a rod extending from the hook; and an adjustment nut comprising a first side surface, a second side surface disposed opposite the adjustment nut from the first side surface, and a radially outer surface, wherein the adjustment nut is configured to threadingly couple to the rod, characterized in that the latch hook length adjustment arrangement further comprises: a plurality of detent pockets disposed in the first side surface of the adjustment nut; a bearing sleeve configured to receive the rod, and comprising a hollow sleeve portion, a flange extending radially outward from the hollow sleeve portion, and a bearing disposed in the flange, the plurality of detent pockets being configured to receive the bearing to secure the adjustment nut at a rotational position with respect to the rod; and a spring member configured to bias the adjustment nut against the bearing sleeve. a latch hook body comprising a hook and a rod extending from the hook; and an adjustment nut comprising a first side surface, a second side surface disposed opposite the adjustment nut from the first side surface, and a radially outer surface, wherein the adjustment nut is configured to threadingly couple to the rod, a plurality of detent pockets disposed in the first side surface of the adjustment nut; a bearing sleeve configured to receive the rod, and comprising a hollow sleeve portion, a flange extending radially outward from the hollow sleeve portion, and a bearing disposed in the flange, the plurality of detent pockets being configured to receive the bearing to secure the adjustment nut at a rotational position with respect to the rod; and a spring member configured to bias the adjustment nut against the bearing sleeve.
A wind turbine pitch device used to control a pitch angle of a blade, the blade being mounted on a hub through a pitch bearing, wherein the wind turbine pitch device comprises: a disk driving structure that is fixedly mounted on the blade and perpendicular to an axis of the pitch bearing; a crank, one end of which is fixedly connected at a position on the disk driving structure corresponding to the axis of the pitch bearing; a connecting rod, one end of which is hinged to the other end of the crank; a slider that is hinged to the other end of the connecting rod; a guide rail that is arranged on the hub and sliding fits with the slider; and a driving motor that drives the slider to move along the guide rail, wherein the wind turbine pitch device is characterized in that: when an outer ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the outer ring of the pitch bearing; and when an inner ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the inner ring of the pitch bearing, the driving motor is a linear motor, and accordingly, the guide rail is a linear guide rail, and the linear motor is fixedly mounted on the linear guide rail. a disk driving structure that is fixedly mounted on the blade and perpendicular to an axis of the pitch bearing; a crank, one end of which is fixedly connected at a position on the disk driving structure corresponding to the axis of the pitch bearing; a connecting rod, one end of which is hinged to the other end of the crank; a slider that is hinged to the other end of the connecting rod; a guide rail that is arranged on the hub and sliding fits with the slider; and a driving motor that drives the slider to move along the guide rail, wherein the wind turbine pitch device is characterized in that: when an outer ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the outer ring of the pitch bearing; and when an inner ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the inner ring of the pitch bearing, the driving motor is a linear motor, and accordingly, the guide rail is a linear guide rail, and the linear motor is fixedly mounted on the linear guide rail. when an outer ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the outer ring of the pitch bearing; and when an inner ring of the pitch bearing is fixedly connected to the blade, the disk driving structure is fixedly mounted on the inner ring of the pitch bearing, the driving motor is a linear motor, and accordingly, the guide rail is a linear guide rail, and the linear motor is fixedly mounted on the linear guide rail.