mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting channel state information, comprising: receiving , by a user equipment, UE, an aperiodic channel state information, CSI, trigger signaling in a sub-frame n, wherein the n is an integer, the aperiodic CSI trigger signaling is carried by a physical downlink control channel, PDCCH, wherein a cyclic redundancy check, CRC, of the PDCCH is scrambled by a multi-user shared radio network temporary identifier, RNTI, and downlink control information, DCI, corresponding to the PDCCH comprises a first domain and a second domain, the first domain indicates whether the UE needs to report an aperiodic CSI and the second domain indicates a CSI measurement resource; reporting , by the UE, an aperiodic CSI based on the CSI measurement resource, wherein the CSI measurement resource is determined according to the trigger signaling, and the CSI measurement resource is present in the subframe n+k5 which is used to aperiodically transmit a non-zero power channel state information reference signal, CSI-RS, wherein k5 is an integer greater than or equal to 0, the subframe n+k5 is the first available subframe transmitting non-zero power CSI-RS. receiving , by a user equipment, UE, an aperiodic channel state information, CSI, trigger signaling in a sub-frame n, wherein the n is an integer, the aperiodic CSI trigger signaling is carried by a physical downlink control channel, PDCCH, wherein a cyclic redundancy check, CRC, of the PDCCH is scrambled by a multi-user shared radio network temporary identifier, RNTI, and downlink control information, DCI, corresponding to the PDCCH comprises a first domain and a second domain, the first domain indicates whether the UE needs to report an aperiodic CSI and the second domain indicates a CSI measurement resource; reporting , by the UE, an aperiodic CSI based on the CSI measurement resource, wherein the CSI measurement resource is determined according to the trigger signaling, and the CSI measurement resource is present in the subframe n+k5 which is used to aperiodically transmit a non-zero power channel state information reference signal, CSI-RS, wherein k5 is an integer greater than or equal to 0, the subframe n+k5 is the first available subframe transmitting non-zero power CSI-RS.
A silicon carbide semiconductor device comprising: a substrate made of silicon carbide of a first conductive type; a semiconductor layer made of silicon carbide having the first conductive type, formed on said substrate , containing a first-conductive-type impurity of a lower concentration than said substrate , said semiconductor layer having a surface with a trench having a sidewall formed of a crystal plane tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said sidewall of said trench , a second-conductive-type impurity diffusion layer formed in said sidewall of said trench , a first-conductive-type impurity diffusion layer formed in the surface of said semiconductor layer , a source electrode formed to contact at least a part of a region, except for a portion where said insulating film is formed, of said surface of said semiconductor layer , a gate electrode formed on said insulating film , and a drain electrode formed on a surface of said substrate opposite to a surface of said substrate on which said semiconductor layer is formed, characterized in that a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said sidewall of said trench and said insulating film being not less than 1×10 21 cm -3 , said silicon carbide semiconductor device having a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said sidewall of said trench , a substrate made of silicon carbide of a first conductive type; a semiconductor layer made of silicon carbide having the first conductive type, formed on said substrate , containing a first-conductive-type impurity of a lower concentration than said substrate , said semiconductor layer having a surface with a trench having a sidewall formed of a crystal plane tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said sidewall of said trench , a second-conductive-type impurity diffusion layer formed in said sidewall of said trench , a first-conductive-type impurity diffusion layer formed in the surface of said semiconductor layer , a source electrode formed to contact at least a part of a region, except for a portion where said insulating film is formed, of said surface of said semiconductor layer , a gate electrode formed on said insulating film , and a drain electrode formed on a surface of said substrate opposite to a surface of said substrate on which said semiconductor layer is formed, characterized in that a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said sidewall of said trench and said insulating film being not less than 1×10 21 cm -3 , said silicon carbide semiconductor device having a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said sidewall of said trench ,
A method of generating a stream representative of a 3D scene, the method comprising: - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map; said first depth data being encoded as depth patch pictures packed in a depth atlas associated with metadata comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene invisible from said point of view and visible from a space of view around said point of view; and - encoding , in said stream, said first color data in a first element of syntax and said first depth data, said second color data, said second depth data and said metadata in at least a second element of syntax. - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map; said first depth data being encoded as depth patch pictures packed in a depth atlas associated with metadata comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene invisible from said point of view and visible from a space of view around said point of view; and - encoding , in said stream, said first color data in a first element of syntax and said first depth data, said second color data, said second depth data and said metadata in at least a second element of syntax.
A surgical access system comprising: a tubular trocar comprising a longitudinal axis, a proximal end, a distal end, an elongate cannula , and a seal assembly disposed at a proximal end of the cannula ; an insufflating obturator slidably insertable into the proximal end of the cannula and through the seal assembly , the obturator comprising a longitudinal axis, a proximal end, a distal end, a tubular shaft , a handle disposed at a proximal end of the tubular shaft , and a tip comprising an inner surface that defines an inner contour , an outer surface that defines an outer contour ; and at least one vent hole disposed on the tip with at least a portion of the tip comprising a wall comprising a transparent or translucent material and a fluid inlet being disposed at a proximal end of the access system; and a laparoscope having a proximal end and a distal end , the laparoscope being slidably received into the tubular shaft ; characterized in that the distal end of the laparoscope is configured to contact the inner surface of the tip defining a gas flow channel between the laparoscope and the inner contour of the tip ; wherein, in transverse cross-section of the tip, the outer contour has a rectangular transverse cross-section which matches the inner contour which also has a rectangular transverse cross-section. a tubular trocar comprising a longitudinal axis, a proximal end, a distal end, an elongate cannula , and a seal assembly disposed at a proximal end of the cannula ; an insufflating obturator slidably insertable into the proximal end of the cannula and through the seal assembly , the obturator comprising a longitudinal axis, a proximal end, a distal end, a tubular shaft , a handle disposed at a proximal end of the tubular shaft , and a tip comprising an inner surface that defines an inner contour , an outer surface that defines an outer contour ; and at least one vent hole disposed on the tip with at least a portion of the tip comprising a wall comprising a transparent or translucent material and a fluid inlet being disposed at a proximal end of the access system; and a laparoscope having a proximal end and a distal end , the laparoscope being slidably received into the tubular shaft ; characterized in that the distal end of the laparoscope is configured to contact the inner surface of the tip defining a gas flow channel between the laparoscope and the inner contour of the tip ; wherein, in transverse cross-section of the tip, the outer contour has a rectangular transverse cross-section which matches the inner contour which also has a rectangular transverse cross-section.
A method of configuring a peripheral device, the method comprising: detecting , by a host device , a coupling of the peripheral device to the host device ; identifying , by the host device , enumeration data provided by the peripheral device indicative of a universal serial bus, USB, human interface device, HID, keyboard device using a first communication protocol; sending, by the host device via the first communication protocol, predetermined instructions to the peripheral device, the predetermined instructions being responsively readable by a USB HID keyboard device; responsively to receiving the predetermined instructions, reconfiguring the peripheral device to communicate with the host device via a second communication protocol. detecting , by a host device , a coupling of the peripheral device to the host device ; identifying , by the host device , enumeration data provided by the peripheral device indicative of a universal serial bus, USB, human interface device, HID, keyboard device using a first communication protocol; sending, by the host device via the first communication protocol, predetermined instructions to the peripheral device, the predetermined instructions being responsively readable by a USB HID keyboard device; responsively to receiving the predetermined instructions, reconfiguring the peripheral device to communicate with the host device via a second communication protocol.
An aqueous composition comprising latex particles having crosslinking compounds, wherein the crosslinking compounds comprise diacetone acrylamide and methacrylamide, wherein the latex particles cross-link when applied to a substrate at ambient conditions, while not cross-linking in the aqueous phase.
Method for detecting a type of opening on which a detection device is installed, the opening being an opening of the three-state or two-state type, characterized in that the detection device comprises an oscillator, the frequency of which varies as a function of the proximity of a metal element of a device for placing the opening in different states and in that the method comprises the steps executed by the detection device of: - activating (E800) a first timer, - measuring (E801) the frequency of the oscillator of the detection device at a first predetermined rate, - checking (E802), based on the measured frequency, whether the opening has passed from one state to another state, - memorising (E804) the other state and the measured frequency, - checking (E805) whether the memorized state corresponds to the state of opening of the opening, - incrementing (E806) a counter if the memorized state corresponds to the state of opening of the opening, - checking (E807) whether the first timer has elapsed, - checking (E808), if the first timer has elapsed, whether the value of the counter is equal to a predetermined value, - determining (E810), if the value of the counter is equal to the predetermined value, if, among the measured frequencies, a majority of frequencies are distributed in two or three distinct frequency ranges, - detecting (E810, E812) the type of opening as a function of the number of distinct frequency ranges determined. - activating (E800) a first timer, - measuring (E801) the frequency of the oscillator of the detection device at a first predetermined rate, - checking (E802), based on the measured frequency, whether the opening has passed from one state to another state, - memorising (E804) the other state and the measured frequency, - checking (E805) whether the memorized state corresponds to the state of opening of the opening, - incrementing (E806) a counter if the memorized state corresponds to the state of opening of the opening, - checking (E807) whether the first timer has elapsed, - checking (E808), if the first timer has elapsed, whether the value of the counter is equal to a predetermined value, - determining (E810), if the value of the counter is equal to the predetermined value, if, among the measured frequencies, a majority of frequencies are distributed in two or three distinct frequency ranges, - detecting (E810, E812) the type of opening as a function of the number of distinct frequency ranges determined.
A method of applying a sealant to a seam between a second work piece disposed on a first work piece , the method comprising: applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam between the first work piece and the second work piece ; applying a first flaring layer of the sealant adjacent the fillet layer contacting the fillet layer and the first work piece ; and applying a first filling layer of the sealant contacting the first flaring layer and the fillet layer . applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam between the first work piece and the second work piece ; applying a first flaring layer of the sealant adjacent the fillet layer contacting the fillet layer and the first work piece ; and applying a first filling layer of the sealant contacting the first flaring layer and the fillet layer .
Operating apparatus for a housing appliance with a carrier plate , on which at least one operating element for setting operating conditions of the household appliance is arranged in a rotatable manner, wherein the operating element has an insert part with at least one display region that is permeable to light, and with at least one lamp arranged in a stationary manner for illuminating the display region that is permeable to light, wherein the operating element is embodied as a rotary knob, which has a base body that is combined with the insert part , wherein the insert part is predetermined as a function of a type of the household appliance , wherein the base body has a gripping area on the peripheral side, wherein the base body is held on the carrier plate by means of a connecting part and wherein the lamp is arranged next to the connecting part , characterised in that the at least one display region that is permeable to light has a plurality of microholes , that the base body has a plurality of recesses that extend from its lower side to its upper side , through which light from the lamp can be conducted to the display region that is permeable to light, wherein the recesses of the base body can be illuminated by the lamp as a function of a setting or position of the operating element and wherein recesses that are arranged adjacently to one another are in each case separated by a web .
A power inductor comprising: a body comprising a metal magnetic powder ; at least one base material provided in the body ; at least one coil pattern disposed on at least one surface of the base material ; and an insulation layer disposed between the coil pattern and the body , wherein in the base material a partial region is removed and the body is filled into the removed region, the insulation layer is disposed on a top surface and a side surface of the coil pattern and a surface and a side surface of the base material in which the partial region is removed, characterized in that the insulation layer has a uniform thickness along a stepped portion of the coil pattern , and the insulation layer on the base material has the same thickness as the insulation layer on the coil pattern , wherein the metal magnetic powder has a surface coated with an insulator formed of parylene. a body comprising a metal magnetic powder ; at least one base material provided in the body ; at least one coil pattern disposed on at least one surface of the base material ; and an insulation layer disposed between the coil pattern and the body , wherein in the base material a partial region is removed and the body is filled into the removed region, the insulation layer is disposed on a top surface and a side surface of the coil pattern and a surface and a side surface of the base material in which the partial region is removed, characterized in that the insulation layer has a uniform thickness along a stepped portion of the coil pattern , and the insulation layer on the base material has the same thickness as the insulation layer on the coil pattern ,
A method, comprising: performing , at a user equipment , first control channel monitoring according to a first control resource set and at least one first search space set configuration, the first control channel monitoring performed on n subbands, n>1, able to be transmitted by a base station in an unlicensed band carrier; determining , in response to a detection of a control channel in the first control channel monitoring and from the control channel, a transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels, wherein the determining the transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels is performed based on one or more indications carried in the control channel on a group common physical downlink control channel and/or one or more indications carried in the control channel on dedicated downlink control information; and performing , by the user equipment , second control channel monitoring according to a second control resource set and at least one second search space set configuration, the second control channel monitoring performed on m subbands, m≤n, in the unlicensed band carrier, the m subbands being a subset of the n of subbands, wherein the second control resource set is a subset of the first control resource set and is located on at least some of a plurality of the m subbands according to the determined transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels. performing , at a user equipment , first control channel monitoring according to a first control resource set and at least one first search space set configuration, the first control channel monitoring performed on n subbands, n>1, able to be transmitted by a base station in an unlicensed band carrier; determining , in response to a detection of a control channel in the first control channel monitoring and from the control channel, a transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels, wherein the determining the transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels is performed based on one or more indications carried in the control channel on a group common physical downlink control channel and/or one or more indications carried in the control channel on dedicated downlink control information; and performing , by the user equipment , second control channel monitoring according to a second control resource set and at least one second search space set configuration, the second control channel monitoring performed on m subbands, m≤n, in the unlicensed band carrier, the m subbands being a subset of the n of subbands, wherein the second control resource set is a subset of the first control resource set and is located on at least some of a plurality of the m subbands according to the determined transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels.
Cable reel with a rotatably mounted drum for winding up an electrical extension cable which, by way of one end, is permanently connected to the drum and, at its free end, has a plug, wherein at least one coupling , which is connected to the extension cable , is provided on the cable reel , and wherein at least one coupling is arranged on a first end side of the power reel and a lamp , which is non-releasably or releasably connected to the cable reel and can be supplied with electrical energy via the extension cable at least in the state in which it is connected to the cable reel , is provided on the opposite end side , wherein the lamp is fastened to the cable reel by way of a holder which, in the extended state of the lamp , does not protrude out of the cable reel and allows the lamp to be pulled out of the cable reel in the direction of the axis of the drum and allows the lamp to be pivoted about at least one axis perpendicular to the axis of the drum , wherein the lamp can furthermore be supplied with electrical energy via the extension cable in the pulled-out state too. wherein at least one coupling , which is connected to the extension cable , is provided on the cable reel , and wherein at least one coupling is arranged on a first end side of the power reel and a lamp , which is non-releasably or releasably connected to the cable reel and can be supplied with electrical energy via the extension cable at least in the state in which it is connected to the cable reel , is provided on the opposite end side , wherein the lamp is fastened to the cable reel by way of a holder which, in the extended state of the lamp , does not protrude out of the cable reel and allows the lamp to be pulled out of the cable reel in the direction of the axis of the drum and allows the lamp to be pivoted about at least one axis perpendicular to the axis of the drum , wherein the lamp can furthermore be supplied with electrical energy via the extension cable in the pulled-out state too.