mhurhangee/patent-ind-claim-en huggingface dataset:
A sweeping robot comprising: a base plate ; and a contact-type detection electrode; wherein the contact-type detection electrode is mounted at a front portion of the base plate ; in response to the contact-type detection electrode making contact with diffusible dirt, at least one of a resistance, a capacitance or an impedance of the contact-type detection electrode changes; wherein the contact-type detection electrode extends or is arranged along a circumferential wall of the front portion of the base plate ; wherein the circumferential wall of the front portion of the base plate has a tilted mounting surface , the tilted mounting surface tilts backwards from top to bottom and the contact-type detection electrode is mounted on the tilted mounting surface ; characterised in that the number of the contact-type detection electrode on the circumferential wall is plural, and a distance between an upper positive electrode and an upper negative electrode of a contact-type detection electrode at an upper portion of the circumferential wall is larger than a distance between a lower positive electrode and a lower negative electrode on the tilted mounting surface . a base plate ; and a contact-type detection electrode; wherein the contact-type detection electrode is mounted at a front portion of the base plate ; in response to the contact-type detection electrode making contact with diffusible dirt, at least one of a resistance, a capacitance or an impedance of the contact-type detection electrode changes; wherein the contact-type detection electrode extends or is arranged along a circumferential wall of the front portion of the base plate ; wherein the circumferential wall of the front portion of the base plate has a tilted mounting surface , the tilted mounting surface tilts backwards from top to bottom and the contact-type detection electrode is mounted on the tilted mounting surface ; characterised in that the number of the contact-type detection electrode on the circumferential wall is plural, and a distance between an upper positive electrode and an upper negative electrode of a contact-type detection electrode at an upper portion of the circumferential wall is larger than a distance between a lower positive electrode and a lower negative electrode on the tilted mounting surface .
A user equipment, UE, included in a plurality of UEs (111-116) in a wireless communication system, the UE comprising: at least one transceiver ; and at least one processor operably coupled to the at least one transceiver , and configured to: receive, from a base station, BS , a configuration for a location of a block for the UE in a downlink control information, DCI, format; receive, from the BS , the DCI format including a plurality of blocks, each block corresponding to one UE (111-116), including the block for the UE , wherein the block for the UE includes bits for a request for an aperiodic sounding reference signal, A-SRS, transmission, and bits for a number of transmit power control, TPC, commands for the A-SRS transmission, and transmit, to the BS , an A-SRS based on a value of the bits for the request for the A-SRS transmission and a value of one of the number of TPC commands. at least one transceiver ; and at least one processor operably coupled to the at least one transceiver , and configured to: receive, from a base station, BS , a configuration for a location of a block for the UE in a downlink control information, DCI, format; receive, from the BS , the DCI format including a plurality of blocks, each block corresponding to one UE (111-116), including the block for the UE , wherein the block for the UE includes bits for a request for an aperiodic sounding reference signal, A-SRS, transmission, and bits for a number of transmit power control, TPC, commands for the A-SRS transmission, and transmit, to the BS , an A-SRS based on a value of the bits for the request for the A-SRS transmission and a value of one of the number of TPC commands. receive, from a base station, BS , a configuration for a location of a block for the UE in a downlink control information, DCI, format; receive, from the BS , the DCI format including a plurality of blocks, each block corresponding to one UE (111-116), including the block for the UE , wherein the block for the UE includes bits for a request for an aperiodic sounding reference signal, A-SRS, transmission, and bits for a number of transmit power control, TPC, commands for the A-SRS transmission, and transmit, to the BS , an A-SRS based on a value of the bits for the request for the A-SRS transmission and a value of one of the number of TPC commands.
Rotor for an electric machine, comprising a rotor laminate stack with a plurality of laminate sub-stacks which each comprise a multiplicity of rotor laminates stacked in the stacking direction and each have at least one through opening extending in the stacking direction, wherein the through openings of the laminate sub-stacks overlap in the circumferential direction and together form at least one coolant channel , wherein a first laminate sub-stack comprises a first through opening forming a coolant inlet and a second through opening forming a coolant outlet , wherein both through openings of the first laminate sub-stack overlap with a single, third through opening of a second laminate sub-stack , wherein the third through opening of the second laminate sub-stack is closed on the side facing away from the first laminate sub-stack . a rotor laminate stack with a plurality of laminate sub-stacks which each comprise a multiplicity of rotor laminates stacked in the stacking direction and each have at least one through opening extending in the stacking direction, wherein the through openings of the laminate sub-stacks overlap in the circumferential direction and together form at least one coolant channel , wherein a first laminate sub-stack comprises a first through opening forming a coolant inlet and a second through opening forming a coolant outlet , wherein both through openings of the first laminate sub-stack overlap with a single, third through opening of a second laminate sub-stack , wherein the third through opening of the second laminate sub-stack is closed on the side facing away from the first laminate sub-stack .
A method of encoding a video data signal , the method comprising: providing color information for pixels in an image, providing a depth map with depth information for the pixels, providing transition information being representative of a width of a transition region in the image, the transition region comprising a depth transition and blended pixels in which colors of a foreground object and a background object are blended, characterized in that the transition information comprises a width map , the width map comprising a line of pixels corresponding to a depth transition in the image, each pixel on said line of pixels defining a width parameter indicating a number of blended pixels of the depth transition, the transition information thereby enabling a decoder to determine alpha values of blended pixels based on the width of the transition region and a distance of the respective blended pixels to the depth transition, and generating the video data signal comprising encoded data representing the color information , the depth map and the transition information . providing color information for pixels in an image, providing a depth map with depth information for the pixels, providing transition information being representative of a width of a transition region in the image, the transition region comprising a depth transition and blended pixels in which colors of a foreground object and a background object are blended, characterized in that the transition information comprises a width map , the width map comprising a line of pixels corresponding to a depth transition in the image, each pixel on said line of pixels defining a width parameter indicating a number of blended pixels of the depth transition, the transition information thereby enabling a decoder to determine alpha values of blended pixels based on the width of the transition region and a distance of the respective blended pixels to the depth transition, and generating the video data signal comprising encoded data representing the color information , the depth map and the transition information .
A method for sending configuration information, comprising: determining , by a base station, configuration information of a channel state information reference signal, CSI-RS, resource group which comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources; and sending , by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking. determining , by a base station, configuration information of a channel state information reference signal, CSI-RS, resource group which comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources; and sending , by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking.
Metal powder for use in an additive production method of three-dimensional objects wherein the powder is solidified by means of a laser or electron beam or another heat source, wherein the powder is a stainless steel powder, wherein the powder comprises iron and the following components by weight percent (wt.-%) carbon: 0.07 max. wt-%, chromium: 14.00 - 15.50 wt.-%, nickel: 3.5 - 5.0 wt.-%, manganese: 1.00 max. wt.-%, phosphorus: 0.03 max. wt.-%, sulfur: 0.015 max. wt.-%, silicon: 1.00 max. wt.-%, molybdenum: 0.5 max. wt.-%, nitrogen: 0.10 max. wt.-%, copper: 3.0 - 4.5 wt.-%, optionally niobium: 0.15 - 0.45 wt.-%, and iron: balance, wherein the powder particles have a median particle size d50 between 20μm and 100μm and wherein the content of ferrite is less than 5 wt.-%, and wherein the powder particles have an approximately spherical shape with an aspect ratio up to 1:2. wherein the powder is a stainless steel powder, wherein the powder comprises iron and the following components by weight percent (wt.-%) carbon: 0.07 max. wt-%, chromium: 14.00 - 15.50 wt.-%, nickel: 3.5 - 5.0 wt.-%, manganese: 1.00 max. wt.-%, phosphorus: 0.03 max. wt.-%, sulfur: 0.015 max. wt.-%, silicon: 1.00 max. wt.-%, molybdenum: 0.5 max. wt.-%, nitrogen: 0.10 max. wt.-%, copper: 3.0 - 4.5 wt.-%, optionally niobium: 0.15 - 0.45 wt.-%, and iron: balance, wherein the powder particles have a median particle size d50 between 20μm and 100μm and wherein the content of ferrite is less than 5 wt.-%, and wherein the powder particles have an approximately spherical shape with an aspect ratio up to 1:2.
A method for wireless communications by a user equipment, UE, comprising: obtaining a first parameter, wherein the first parameter comprises a sounding reference signal (SRS) resource indicator (SRI) value; obtaining a second parameter comprising an indication of a power control process and an indication of a downlink reference signal index value; obtaining a third parameter based at least in part on the first parameter, wherein the third parameter comprises an open-loop power control index; determining transmit power for a physical uplink shared channel (PUSCH) transmission based at least in part on the first, second, and third parameters; and transmitting the PUSCH, using the transmit power. obtaining a first parameter, wherein the first parameter comprises a sounding reference signal (SRS) resource indicator (SRI) value; obtaining a second parameter comprising an indication of a power control process and an indication of a downlink reference signal index value; obtaining a third parameter based at least in part on the first parameter, wherein the third parameter comprises an open-loop power control index; determining transmit power for a physical uplink shared channel (PUSCH) transmission based at least in part on the first, second, and third parameters; and transmitting the PUSCH, using the transmit power.
A system for stabilizing an SI joint, comprising: a. a defect-creating tool assembly (12, 14, 16; 37, 38, 40, 41, 42; 78; 84; 90; 94; 208) configured to be advanced from a posterior approach into an SI junction defined between sacrum and ilium structures of a patient, the tool assembly being configured to create a defect defined at least in part by portions of both the sacrum and the ilium , the defect having a three dimensional shape defined in part by at least one noncircular cross sectional shape in a plane substantially perpendicular to the longitudinal axis of the tool assembly, the noncircular cross sectional shape is bi-lobed and connected by a midportion ; and b. a prosthesis configured to fit into the defect created by the tool assembly, the prosthesis having a proximal end region, a distal end region, two outer lobed portions connected by a midportion and a plurality of slots , the prosthesis midportion extending from the proximal end region of the prosthesis to the distal end region of the prosthesis, wherein the prosthesis has a tapered distal portion , the prosthesis midportion further having an inverse taper between the two outer lobed portions cross sectionally, the said inverse taper being defined longitudinally and being oriented inversely relative to the tapered distal portion . a. a defect-creating tool assembly (12, 14, 16; 37, 38, 40, 41, 42; 78; 84; 90; 94; 208) configured to be advanced from a posterior approach into an SI junction defined between sacrum and ilium structures of a patient, the tool assembly being configured to create a defect defined at least in part by portions of both the sacrum and the ilium , the defect having a three dimensional shape defined in part by at least one noncircular cross sectional shape in a plane substantially perpendicular to the longitudinal axis of the tool assembly, the noncircular cross sectional shape is bi-lobed and connected by a midportion ; and b. a prosthesis configured to fit into the defect created by the tool assembly, the prosthesis having a proximal end region, a distal end region, two outer lobed portions connected by a midportion and a plurality of slots , the prosthesis midportion extending from the proximal end region of the prosthesis to the distal end region of the prosthesis, wherein the prosthesis has a tapered distal portion , the prosthesis midportion further having an inverse taper between the two outer lobed portions cross sectionally, the said inverse taper being defined longitudinally and being oriented inversely relative to the tapered distal portion .
A non-combustion type flavor inhaler comprising: an atomizer configured to atomize an aerosol source without burning; a controller configured to control power output to the atomizer ; a pushbutton ; and a notification unit , wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, characterised in that the controller is configured to stop the supply of power output to the atomizer upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer , then to restart the supply of power output to the atomizer , wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification, after the restart of the supply of power output to the atomizer , in accordance with that a predetermined condition is satisfied. an atomizer configured to atomize an aerosol source without burning; a controller configured to control power output to the atomizer ; a pushbutton ; and a notification unit , wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, characterised in that the controller is configured to stop the supply of power output to the atomizer upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer , then to restart the supply of power output to the atomizer , wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification, after the restart of the supply of power output to the atomizer , in accordance with that a predetermined condition is satisfied.
A network node for wireless access operating a primary cell, in a cellular network for a licensed or unlicensed frequency band, and arranged for serving wireless devices in an unlicensed frequency band to improve operation in unlicensed spectrum lacking the aid of a licensed carrier since the primary cell will operate on an unlicensed carrier, wherein the network node is arranged to transmit a discovery reference signal, DRS, comprising a first and a second synchronization signal for enabling the wireless devices to find and measure the cell, and characterised in that the DRS, when the network node operates the primary cell in the unlicensed frequency band and transmits the DRS inside a discovery measurement timing configuration, DMTC, window, comprises system information, the first and the second synchronization signal, and an additional or adapted synchronization signal which enables the wireless devices to identify the presence of the system information and acquire further cell information.
An aqueous composition comprising: (a) an acrylic copolymer comprising, by weight based on the weight of the acrylic copolymer, from 1% to 10% of structural units of an ethylenically unsaturated acetoacetyl functional monomer; and (b) from 0.11% to 0.9% of a multihydroxy-functional amine, by weight based on the weight of the acrylic copolymer, having the structure of formula (I): where R 1 is hydrogen, an alkyl group with from 1 to 10 carbon atoms, or -(CH 2 ) x -OH, where x is from 1 to 5; m 1 and m 2 are each independently from 1 to 10; and m 3 is from 0 to 10. (a) an acrylic copolymer comprising, by weight based on the weight of the acrylic copolymer, from 1% to 10% of structural units of an ethylenically unsaturated acetoacetyl functional monomer; and (b) from 0.11% to 0.9% of a multihydroxy-functional amine, by weight based on the weight of the acrylic copolymer, having the structure of formula (I):
Stiffening insert for a vehicle body, configured to follow the shape of a portion of a front foot forming an elbow of a front inner spar of a vehicle body, said front inner spar having a longitudinal axis upstream of the front foot , said elbow extending the front inner spar in a management orthogonal to the longitudinal axis of the front inner spar and orthogonal to the road, said stiffening insert being intended to be securely fastened to said front inner spar so as to cover said elbow, so as to lock any mobility of said front inner spar in rotation of the front foot , on a portion corresponding to said elbow, in a management orientated towards the inside of the elbow, so as to block the rotation of the front foot in the event of an impact at the front of the vehicle, characterised in that said stiffening insert is fixed to said front inner spar both on a portion of the bottom of said front inner spar , corresponding to a surface extending laterally, on one side of the front inner spar , in a drawing orthogonal to the road, and on a portion of a wall door entrance, corresponding to a surface extending longitudinally, on a top of the front inner spar , in a drawing parallel to the road.
A drug delivery device comprising: a user interface including a display for selection of one or more user interface elements, wherein each element corresponding to a bolus configuration of a drug; characterized in that : each element is spatially positioned within a multi-dimensional space corresponding to at least three dimensions representing at least three of: current blood glucose levels of the user, carbohydrate load of the intake of the user, glycemic index, GI, of the intake, and glycemic load of the intake; the element's position corresponds to each dimension; each bolus configuration corresponds to a pre-determined bolus dose and a pre-determined bolus delivery pattern, with the bolus dose being determined in accordance with the carbohydrate load of the intake and the current blood glucose level of the user, and the bolus delivery pattern being determined in accordance with the content of the intake; each bolus configuration is stored in a memory of a bolus selector and displayed by the bolus selector graphically on the display as a plurality of cells arranged in a 3D grid; and the pre-determined bolus delivery pattern is selected from the goup consisting of: entire dose delivered immediately; portion of dose delivered immediately and the rest over 2 hours; portion of dose delivered immediately and the rest over 4 hours; and entire dose delivered over 6 hours. a user interface including a display for selection of one or more user interface elements, wherein each element corresponding to a bolus configuration of a drug; characterized in that : each element is spatially positioned within a multi-dimensional space corresponding to at least three dimensions representing at least three of: current blood glucose levels of the user, carbohydrate load of the intake of the user, glycemic index, GI, of the intake, and glycemic load of the intake; the element's position corresponds to each dimension; each element is spatially positioned within a multi-dimensional space corresponding to at least three dimensions representing at least three of: current blood glucose levels of the user, carbohydrate load of the intake of the user, glycemic index, GI, of the intake, and glycemic load of the intake; the element's position corresponds to each dimension; each bolus configuration corresponds to a pre-determined bolus dose and a pre-determined bolus delivery pattern, with the bolus dose being determined in accordance with the carbohydrate load of the intake and the current blood glucose level of the user, and the bolus delivery pattern being determined in accordance with the content of the intake; each bolus configuration is stored in a memory of a bolus selector and displayed by the bolus selector graphically on the display as a plurality of cells arranged in a 3D grid; and the pre-determined bolus delivery pattern is selected from the goup consisting of: entire dose delivered immediately; portion of dose delivered immediately and the rest over 2 hours; portion of dose delivered immediately and the rest over 4 hours; and entire dose delivered over 6 hours.