mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating a patient, comprising: a stimulator for stimulating brain tissue; and a controller for setting stimulation parameters of the stimulator ; wherein the stimulator is configured to operate in a first mode with a first set of stimulation parameters and a second mode with a second set of stimulation parameters different than the first set of stimulation parameters; wherein the stimulator is configured to transition between the first mode and the second mode based on a patient parameter; wherein the patient parameter comprises a patient awakeness parameter, and wherein the stimulator is configured to transition from the first mode to the second mode when the patient is asleep; and wherein the system is configured to treat at least one of a cognitive disease or a cognitive disorder. a stimulator for stimulating brain tissue; and a controller for setting stimulation parameters of the stimulator ; wherein the stimulator is configured to operate in a first mode with a first set of stimulation parameters and a second mode with a second set of stimulation parameters different than the first set of stimulation parameters; wherein the stimulator is configured to transition between the first mode and the second mode based on a patient parameter; wherein the patient parameter comprises a patient awakeness parameter, and wherein the stimulator is configured to transition from the first mode to the second mode when the patient is asleep; and wherein the system is configured to treat at least one of a cognitive disease or a cognitive disorder.
A wax-application system for applying a wax coating to a workpiece (WP) during a strap-manufacturing process, the wax-application system comprising: a blender configured to blend a wax solution and water into a blended solution; a water flow-control device in fluid communication with the blender and configured to deliver the water to the blender at a water mass flow rate; a wax solution flow-control device in fluid communication with the blender and configured to deliver the wax solution to the blender at a wax solution mass flow rate; an applicator in fluid communication with the blender and configured to apply the blended solution to the workpiece; a sensor configured to analyze the blended solution and generate a signal indicative of a concentration of wax in the blended solution; and a controller communicatively connected to the sensor and operably connected to the water flow-control device and the wax solution flow-control device, the controller configured to: control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution. a blender configured to blend a wax solution and water into a blended solution; a water flow-control device in fluid communication with the blender and configured to deliver the water to the blender at a water mass flow rate; a wax solution flow-control device in fluid communication with the blender and configured to deliver the wax solution to the blender at a wax solution mass flow rate; an applicator in fluid communication with the blender and configured to apply the blended solution to the workpiece; a sensor configured to analyze the blended solution and generate a signal indicative of a concentration of wax in the blended solution; and a controller communicatively connected to the sensor and operably connected to the water flow-control device and the wax solution flow-control device, the controller configured to: control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution. control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution.
An orthopaedic surgical instrument , comprising: a first component including a passageway that extends along a longitudinal axis, a first plate coupled to a superior end of the first component , the first plate being shaped to be positioned on a proximal end of a patient's tibia, a second component including a shaft positioned in the passageway of the first component and an arm extending posteriorly from a superior end of the shaft , and a second plate pivotally coupled to a posterior end of the arm of the second component superior to the first plate , the second plate being configured to pivot about a pivot axis intersecting the longitudinal axis of the first component to tilt the second plate relative to the first plate , wherein an inferior-superior distance is defined between the second plate and the first plate , and the second component is operable to be moved along the longitudinal axis relative to the first component to change the inferior-superior distance, wherein the first component includes a housing and a support arm that extends posteriorly from a superior end of the housing to a posterior end , the first plate being removably coupled to the posterior end of the support arm , and wherein the passageway extends through the housing , characterised in that the support arm has a first channel including a first lateral opening , and the arm of the second component includes a second channel including a second lateral opening that is aligned in an anterior-posterior direction with the first lateral opening of the first channel . a first component including a passageway that extends along a longitudinal axis, a first plate coupled to a superior end of the first component , the first plate being shaped to be positioned on a proximal end of a patient's tibia, a second component including a shaft positioned in the passageway of the first component and an arm extending posteriorly from a superior end of the shaft , and a second plate pivotally coupled to a posterior end of the arm of the second component superior to the first plate , the second plate being configured to pivot about a pivot axis intersecting the longitudinal axis of the first component to tilt the second plate relative to the first plate , wherein an inferior-superior distance is defined between the second plate and the first plate , and the second component is operable to be moved along the longitudinal axis relative to the first component to change the inferior-superior distance, wherein the first component includes a housing and a support arm that extends posteriorly from a superior end of the housing to a posterior end , the first plate being removably coupled to the posterior end of the support arm , and wherein the passageway extends through the housing , characterised in that the support arm has a first channel including a first lateral opening , and the arm of the second component includes a second channel including a second lateral opening that is aligned in an anterior-posterior direction with the first lateral opening of the first channel .
A method for wireless communication by a user equipment "UE" comprising at least a first and a second transmit chain, comprising: identifying one or more subframes in which the second transmit chain is not scheduled for uplink "UL" transmissions using a subscription; determining the first transmit chain is scheduled for UL transmissions using the subscription during at least a portion of the identified subframes; and performing envelope tracking "ET" for a scheduled uplink transmission using the subscription using, at least a portion of the first and second transmit chains during the determined at least a portion of the identified subframes, characterized in that the identified one or more subframes occur when the UE is operating in at least one of a connected discontinuous reception "CDRx" mode or a time division duplex "TDD" mode. identifying one or more subframes in which the second transmit chain is not scheduled for uplink "UL" transmissions using a subscription; determining the first transmit chain is scheduled for UL transmissions using the subscription during at least a portion of the identified subframes; and performing envelope tracking "ET" for a scheduled uplink transmission using the subscription using, at least a portion of the first and second transmit chains during the determined at least a portion of the identified subframes, characterized in that the identified one or more subframes occur when the UE is operating in at least one of a connected discontinuous reception "CDRx" mode or a time division duplex "TDD" mode.
Drawer guide with a device for adjusting a position of a furniture part on an item of furniture , wherein with the adjustment the position of the furniture part in a closed position can be predefined on a furniture body of the item of furniture , and wherein by means of the drawer guide the furniture part can be mounted to be movable on the furniture body, comprising positioning means which are provided between the furniture body and the movable furniture part , wherein the positioning means comprise an adjusting element which is rotatable on a rotary bearing about an axis of rotation and a bearing section which cooperates with a setting contour of the adjusting element , wherein the setting contour is designed to be in the form of spiral relative to the axis of rotation, whereby depending on the rotary position of the adjusting element an area of the setting contour and the bearing section cooperate with one another such that a stop of the device can be moved into a position by which the position of the furniture part in the closed position can be predefined, wherein the device is designed as a component which is attached onto the drawer guide with a second device part which is linearly displaceable to a first device part of the device by rotating the adjusting element, wherein the stop section is provided on one of the two device parts , characterised in the setting contour in circumferential direction to the axis of rotation of the adjusting element has a polygonal section with a plurality of surface sections arranged at an angle to one another, wherein the setting contour cooperates with a counter section on the bearing sections such that a plurality of predefined rotary positions of the adjusting element can be set, wherein in each predefined rotary position of the adjusting element a surface section of the setting contour bears flat on the counter section , whereby a resistance to the rotation of the adjusting element is set, wherein by rotating the setting element a movable section of the adjusting device is in contact with a stationary stop on the furniture body or a fixed stop which is assigned to the body rail.
A pin for extending through a first hole of a first body and second hole of a second body so as to prevent separation of the first body from the second body, the pin comprising: a cylindrical body having a through-hole passing from a first end face to a second end face of the cylindrical body; a driving washer provided on the first end face; an anti-tamper washer provided on the second end face; and a bolt passing through the driving washer, the through-hole in the cylindrical body, and the anti-tamper washer to engage a nut , so as to clamp the cylindrical body, driving washer and anti-tamper washer together, wherein: the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state. a cylindrical body having a through-hole passing from a first end face to a second end face of the cylindrical body; a driving washer provided on the first end face; an anti-tamper washer provided on the second end face; and a bolt passing through the driving washer, the through-hole in the cylindrical body, and the anti-tamper washer to engage a nut , so as to clamp the cylindrical body, driving washer and anti-tamper washer together, wherein: the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state. the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state.
An evolved node B, eNB, in a synchronous network, adapted to configure measurement gap patterns, the eNB having one or more processors configured to: generate multiple measurement gap patterns from a plurality of radio frequency, RF, chains for a user equipment, UE, having a plurality of RF chains, to enable the UE to perform concurrent measurement of the multiple measurement gap patterns using the plurality of RF chains, wherein each measurement gap pattern indicates one set of consecutive subframes within a defined time period during which the UE is to perform inter-frequency measurements for a selected cell, wherein the defined time period in the measurement gap pattern is a measurement gap repetition period, MGRP, wherein the MGRP is variable based on a purpose of the inter-frequency measurements and each cell within the group of cells operates in a defined frequency layer and is measured using a particular measurement gap pattern; provide the multiple measurement gap patterns to the UE, the UE being configured to perform the inter-frequency measurements using the plurality of RF chains for selected cells within a group of cells according to the multiple measurement gap patterns; and wherein a measurement gap length, MGL, during which the UE performs the inter-frequency measurements for the selected cell is variable based on a location of synchronization symbols which are detected when the UE performs the inter-frequency measurements for the selected cell, the MGL corresponding to the set of consecutive subframes within the defined time period. generate multiple measurement gap patterns from a plurality of radio frequency, RF, chains for a user equipment, UE, having a plurality of RF chains, to enable the UE to perform concurrent measurement of the multiple measurement gap patterns using the plurality of RF chains, wherein each measurement gap pattern indicates one set of consecutive subframes within a defined time period during which the UE is to perform inter-frequency measurements for a selected cell, wherein the defined time period in the measurement gap pattern is a measurement gap repetition period, MGRP, wherein the MGRP is variable based on a purpose of the inter-frequency measurements and each cell within the group of cells operates in a defined frequency layer and is measured using a particular measurement gap pattern; provide the multiple measurement gap patterns to the UE, the UE being configured to perform the inter-frequency measurements using the plurality of RF chains for selected cells within a group of cells according to the multiple measurement gap patterns; and wherein a measurement gap length, MGL, during which the UE performs the inter-frequency measurements for the selected cell is variable based on a location of synchronization symbols which are detected when the UE performs the inter-frequency measurements for the selected cell, the MGL corresponding to the set of consecutive subframes within the defined time period.
A self-supporting electric power cable having a length defining a longitudinal direction and comprising an outer jacket portion and a core portion , wherein the outer jacket portion extends along the longitudinal direction and encloses the core portion , wherein the core portion comprises at least one insulated conductor and at least one supporting cord , wherein the at least one insulated conductor comprises a number of individual wires , wherein the at least one supporting cord comprises fibres selected from synthetic fibres, mineral fibres or a combination thereof, and wherein the at least one supporting cord is arranged as a separate unit in a cross sectional sector of the self-supporting electric power cable , and wherein the synthetic fibres comprise aramid fibres, and/or ultra-high-molecular-weight polyethylene, and/or poly vinyl alcohol, and the mineral fibres comprise glass fibres and/or basalt fibres, characterised in that the number of individual wires , individually or arranged in bundles , are arranged in a first lay direction, wherein the fibres either extend longitudinally along the at least one supporting cord , or are arranged in a second lay direction, the second lay direction being opposite to the first lay direction, wherein the at least one insulated conductor and the at least one supporting cord are arranged in the second lay direction. the outer jacket portion extends along the longitudinal direction and encloses the core portion , wherein the core portion comprises at least one insulated conductor and at least one supporting cord , wherein the at least one insulated conductor comprises a number of individual wires , wherein the at least one supporting cord comprises fibres selected from synthetic fibres, mineral fibres or a combination thereof, and wherein the at least one supporting cord is arranged as a separate unit in a cross sectional sector of the self-supporting electric power cable , and wherein the synthetic fibres comprise aramid fibres, and/or ultra-high-molecular-weight polyethylene, and/or poly vinyl alcohol, and the mineral fibres comprise glass fibres and/or basalt fibres, the number of individual wires , individually or arranged in bundles , are arranged in a first lay direction, wherein the fibres either extend longitudinally along the at least one supporting cord , or are arranged in a second lay direction, the second lay direction being opposite to the first lay direction, wherein the at least one insulated conductor and the at least one supporting cord are arranged in the second lay direction.
A method performed in a network node for broadcasting, the network node being configured to transmit a broadcast signal to communication devices (3 i ) located within a coverage area of the network node , the method comprising: - establishing location information for a subset of the communication devices (3 1 ,..., 3 T ), the subset comprising communication devices (3 1 ,..., 3 T ) targeted by the broadcast signal, - establishing at least one dedicated antenna pattern based on the established location information for the subset of communication devices (3 1 ,..., 3 T ), - determining, for an antenna pattern comprising at least two beams, transmission power for each of the at least two beams based on quality of service of the subset of communication devices (3 1 ,..., 3 T ) in the direction of the respective beam and/or based on distance between the network node and the subset of communication devices (3 1 ,..., 3 T ), and - transmitting the broadcast signal according to the established at least one antenna pattern. - establishing location information for a subset of the communication devices (3 1 ,..., 3 T ), the subset comprising communication devices (3 1 ,..., 3 T ) targeted by the broadcast signal, - establishing at least one dedicated antenna pattern based on the established location information for the subset of communication devices (3 1 ,..., 3 T ), - determining, for an antenna pattern comprising at least two beams, transmission power for each of the at least two beams based on quality of service of the subset of communication devices (3 1 ,..., 3 T ) in the direction of the respective beam and/or based on distance between the network node and the subset of communication devices (3 1 ,..., 3 T ), and - transmitting the broadcast signal according to the established at least one antenna pattern.
A compound having a structure (a) wherein D is I, -C=CH, or -C=C-R, R = alkyl or aryl, and X is selected from the group consisting of: R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0, 1; n = 0-6; o = 0 - 6; p = 0,1; q = 0-6; r = 2-6, wherein, independently, m = 0-6; n = 2-6, wherein, independently, m = 0,1; n = 0-6; o = 0-6; p = 1-6; q = 2-6 and R 1 , R 2 , independently, are H, alkyl, or aryl, wherein, independently, m = 0-6; n = 2-6, R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0-6; n = 1-6 o = 2 - 6, and R 1 , R 2 , independently, are H, alkyl, or aryl, wherein, independently, m = 1-6; n = 2-6, R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0,1; n = 1-6; o = 2-6. (b) where W is and R is H, alkyl or aryl and m = 0, 1 - 6; D = I, -C=CH, -C=C-R where R = alkyl or aryl, wherein X is selected from the group consisting of: where m = 0,1 - 6; n = 1 - 6; or anv combination of m and n R 1 =H, alkyl or aryl where m, n independently are 1 - 6 where R is H, alkyl, or aryl and m = 0,1 - 6; n = 1 - 6; or any combination of m and n R 1 , R 2 are independently H, alkyl or aryl and m, n, o independently are 1 - 6. (a) wherein D is I, -C=CH, or -C=C-R, R = alkyl or aryl, and X is selected from the group consisting of: R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0, 1; n = 0-6; o = 0 - 6; p = 0,1; q = 0-6; r = 2-6, wherein, independently, m = 0-6; n = 2-6, wherein, independently, m = 0,1; n = 0-6; o = 0-6; p = 1-6; q = 2-6 and R 1 , R 2 , independently, are H, alkyl, or aryl, wherein, independently, m = 0-6; n = 2-6, R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0-6; n = 1-6 o = 2 - 6, and R 1 , R 2 , independently, are H, alkyl, or aryl, wherein, independently, m = 1-6; n = 2-6, R 1 , independently, is H, alkyl, or aryl, wherein, independently, m = 0,1; n = 1-6; o = 2-6. (b) where W is and R is H, alkyl or aryl and m = 0, 1 - 6; D = I, -C=CH, -C=C-R where R = alkyl or aryl, wherein X is selected from the group consisting of: where m = 0,1 - 6; n = 1 - 6; or anv combination of m and n R 1 =H, alkyl or aryl where m, n independently are 1 - 6 where R is H, alkyl, or aryl and m = 0,1 - 6; n = 1 - 6; or any combination of m and n R 1 , R 2 are independently H, alkyl or aryl and m, n, o independently are 1 - 6.
Timepiece including a case comprising a middle , the top part whereof is closed by a bezel and the bottom part whereof is closed by a back , a horological movement mounted against the middle by means of a casing ring , the casing ring comprising at least two clippable parts which hold the horological movement , the two parts being inseparable once mounted against the middle when closing the case of the timepiece , characterised in that the two clippable parts are two semi-annular parts , the face whereof facing the movement including a groove which engages with a plate of said horological movement in order to guarantee the positioning and the holding thereof.