mhurhangee/patent-ind-claim-en huggingface dataset:
An indication signal configuration method, comprising: sending (S300), by the network device, first configuration information and second configuration information, wherein the first configuration information indicates a duration for a first indication signal corresponding to a first carrier, the second configuration information indicates a duration for a second indication signal corresponding to a second carrier, the first indication signal indicates whether a first terminal device continues to receive a signal associated with the first indication signal or process a channel associated with the first indication signal, the second indication signal indicates whether a second terminal device continues to receive a signal associated with the second indication signal or process a channel associated with the second indication signal, the duration for the first indication signal is different from the duration for the second indication signal, the first terminal device is a terminal device that needs to receive the first indication signal, and the second terminal device is a terminal device that needs to receive the second indication signal, the first indication signal is a wakeup signal, WUS, and the second indication signal is a WUS, the channel associated with the first indication signal is a physical downlink control channel, PDCCH, and the channel associated with the second indication signal is a PDCCH; and sending (S330), by the network device, the first indication signal on the first carrier, and sending the second indication signal on the second carrier. sending (S300), by the network device, first configuration information and second configuration information, wherein the first configuration information indicates a duration for a first indication signal corresponding to a first carrier, the second configuration information indicates a duration for a second indication signal corresponding to a second carrier, the first indication signal indicates whether a first terminal device continues to receive a signal associated with the first indication signal or process a channel associated with the first indication signal, the second indication signal indicates whether a second terminal device continues to receive a signal associated with the second indication signal or process a channel associated with the second indication signal, the duration for the first indication signal is different from the duration for the second indication signal, the first terminal device is a terminal device that needs to receive the first indication signal, and the second terminal device is a terminal device that needs to receive the second indication signal, the first indication signal is a wakeup signal, WUS, and the second indication signal is a WUS, the channel associated with the first indication signal is a physical downlink control channel, PDCCH, and the channel associated with the second indication signal is a PDCCH; and sending (S330), by the network device, the first indication signal on the first carrier, and sending the second indication signal on the second carrier.
A drinks preparation machine, comprising a housing, a preparation module for preparing a brewed drink from water and from an extraction material or extract, further comprising a display device and a physical operating element which is designed as an element which is physically movable relative to the housing, wherein the drinks preparation machine is configured to permit a user to make a setting of a first drinks quantity before a start of the drinks preparation, characterised in that the drinks preparation machine is further configured, after the start and during the drinks preparation, to permit an adjustment of a remaining drinks quantity which is different from zero, via the operating element .
A high-flatness low-damage large-diameter single crystal silicon carbide substrate, wherein, the substrate has surface roughness ≤ 0.1 nm, and no subsurface damage layer; a thickness of the substrate is less than 350 μ m; wherein the diameter of the substrate is 150 mm, and its surface data is: TTV < 3 um, LTV < 1 um, Bow < 20 um, Warp < 30 um, the LTV is 1cm * 1cm; or the diameter of the substrate is 200 mm, and its surface data is: TTV < 10 um, LTV < 2 um, Bow < 50 um, Warp < 70 um, the LTV is 1cm * 1cm. wherein the diameter of the substrate is 150 mm, and its surface data is: TTV < 3 um, LTV < 1 um, Bow < 20 um, Warp < 30 um, the LTV is 1cm * 1cm; or the diameter of the substrate is 200 mm, and its surface data is: TTV < 10 um, LTV < 2 um, Bow < 50 um, Warp < 70 um, the LTV is 1cm * 1cm.
Method for controlling and/or regulating the double clutch of a double clutch transmission of a motor vehicle, the start-up procedure of the motor vehicle being controlled and/or regulated with the aid of the double clutch, the double clutch having a first and a second friction clutch, the first friction clutch being assigned to a first subsidiary transmission and the second friction clutch being assigned to a second subsidiary transmission of the double clutch transmission, the first subsidiary transmission being assigned at least one low, first gear stage, in particular the odd gear stages, and the second subsidiary transmission being assigned at least one higher (in comparison with the first gear stage), second gear stage, in particular the even gear stages, the two friction clutches being closed at least temporarily at the same time and at least partially during the start-up procedure, and a total clutch torque (DK M ) to be transmitted by the double clutch being split to the first and to the second friction clutch, and a first clutch torque (K1 M ) then prevailing at the first friction clutch and a second clutch torque (K2 M ) then prevailing at the second friction clutch, and being transmitted correspondingly by the respective friction clutch, and, during the start-up procedure, the first and the second gear stage being engaged actively in the respective subsidiary transmission, exclusively the second friction clutch first of all transmitting a second clutch torque (K2 M ) in a first phase (I) at the beginning of the start-up procedure, and a wheel drive torque being realised exclusively with the aid of the higher second gear stage in the first phase (I), the total clutch torque (DK M ) being split to the first and second friction clutch in a second phase (II) of the start-up procedure in such a way that the wheel drive torque is realised with the aid of the first and the second gear stage in the second phase (II), and exclusively the first friction clutch then transmitting a first clutch torque (K1 M ) in a third phase (III) and/or at a defined time (t 5 or t 6 ) which follows the second phase (II), and the wheel drive torque being realised exclusively with the aid of the lower first gear stage, characterized in that an actuating signal for the total clutch torque (DK M ) is filtered in terms of control and/or regulation technology at least partially with the aid of a low pass filter, and in that the friction clutch is actuated by way of a filtered first clutch torque signal, the second friction clutch then being actuated by way of a second clutch torque signal, and the second clutch torque signal being determined from the difference of the total clutch torque signal to be set and the first clutch torque signal.
A cell selection method, comprising: searching, by a terminal device, for a first candidate cell; receiving, by the terminal device, a system message of the first candidate cell, wherein the system message of the first candidate cell comprises parameter information of the first candidate cell; bandwidth information of the first candidate cell, wherein the bandwidth information is used to indicate a bandwidth of the first candidate cell; and information used to indicate the following content: a public land mobile network (PLMN) of the first candidate cell is a PLMN selected by a non-access stratum (NAS), a PLMN of the first candidate cell is a registered PLMN, or a PLMN of the first candidate cell is a PLMN in an equivalent PLMN list; the first candidate cell is a cell that is not barred; and a tracking area identity (TAI) of the first candidate cell is not a TAI in a list of forbidden tracking areas for roaming; determining, by the terminal device, a cell selection reception level value Srxlev and a cell selection quality value Squal of the first candidate cell based on cell measurement values and the parameter information of the first candidate cell, and determining that Srxlev > 0 and Squal > 0; and when the bandwidth of the first candidate cell is greater than a preset threshold, camping, by the terminal device, on the first candidate cell. searching, by a terminal device, for a first candidate cell; receiving, by the terminal device, a system message of the first candidate cell, wherein the system message of the first candidate cell comprises parameter information of the first candidate cell; bandwidth information of the first candidate cell, wherein the bandwidth information is used to indicate a bandwidth of the first candidate cell; and information used to indicate the following content: a public land mobile network (PLMN) of the first candidate cell is a PLMN selected by a non-access stratum (NAS), a PLMN of the first candidate cell is a registered PLMN, or a PLMN of the first candidate cell is a PLMN in an equivalent PLMN list; the first candidate cell is a cell that is not barred; and a tracking area identity (TAI) of the first candidate cell is not a TAI in a list of forbidden tracking areas for roaming; determining, by the terminal device, a cell selection reception level value Srxlev and a cell selection quality value Squal of the first candidate cell based on cell measurement values and the parameter information of the first candidate cell, and determining that Srxlev > 0 and Squal > 0; and when the bandwidth of the first candidate cell is greater than a preset threshold, camping, by the terminal device, on the first candidate cell.
Drawer side wall , in particular a drawer sidepiece, wherein the drawer side wall consists of a single integral component , wherein the component is formed from steel, wherein the drawer side wall has an outer side wall element and an inner side wall element , wherein the outer and the inner side wall elements are opposite and spaced apart from one another, wherein the drawer side wall has a support element , wherein the support element is oriented transversely to the outer side wall element , wherein the support element has a support surface on which to arrange a drawer bottom , wherein a first end of the outer side wall element is present above the support element , as viewed along the vertical extent of the drawer side wall , and a second end of the outer side wall element is present beneath the support element , as viewed along the vertical extent of the drawer side wall , wherein the first and the second ends of the outer side wall element are opposite and spaced apart from one another and extend along the longitudinal extent of the drawer side wall , wherein the outer side wall element comprises a stamped portion, wherein the stamped portion is in the form of a recess, wherein the stamped portion is designed in such a manner that a display element can be arranged therein, wherein the support element comprises a fastening member for fastening the drawer bottom , which can be arranged on the support surface, to the support element .
A method for monitoring an operation of a converter in which hot metal in the converter is subjected to oxidation refining by blowing an oxidizing gas on the hot metal in the converter from a top blowing lance or, in addition, blowing an oxidizing gas or an inert gas through a bottom blowing tuyere , the method comprising: measuring an emission spectrum of a throat combustion flame issuing from a throat of the converter or an emission spectrum of a tap hole combustion flame observed through a tap hole of the converter ; calculating a temporal change in emission intensity in a wavelength range of 580 to 620 nm of the emission spectrum measured; and presuming a change of a state in the converter in accordance with the calculated temporal change in emission intensity, when the calculated rate of change in emission intensity is either more than a preset threshold value, or satisfies a preset threshold value or less, wherein the preset threshold value is determined in advance for the converter by performing a preliminary test for the converter. measuring an emission spectrum of a throat combustion flame issuing from a throat of the converter or an emission spectrum of a tap hole combustion flame observed through a tap hole of the converter ; calculating a temporal change in emission intensity in a wavelength range of 580 to 620 nm of the emission spectrum measured; and presuming a change of a state in the converter in accordance with the calculated temporal change in emission intensity, when the calculated rate of change in emission intensity is either more than a preset threshold value, or satisfies a preset threshold value or less, wherein the preset threshold value is determined in advance for the converter by performing a preliminary test for the converter.
An interface for use in providing positive pressure respiratory therapy, the interface comprising: a mask assembly comprising a mask seal and a mask shell , the mask assembly configured to be fully positioned lower than a bridge of a nose of a face of a user and to provide an exposed bridge of the nose of the user, the mask seal being connected to the mask shell , a nasal region comprising at least one nasal opening , the mask seal comprising a first paddle on a first side of the nasal region and a second paddle on a second side of the nasal region , the first paddle configured to contact one side of the nose of the user and the second paddle configured to contact the other side of the nose of the user; the mask seal also comprising an upper front portion that is positioned above the mask shell and extends in a lateral direction across the front of the mask seal between the mask shell and the nasal region and is located in a front of the mask seal , the upper front portion having sides that extend into the paddles, wherein the upper front portion has a thickness that is equal to or less than a thickness of the nasal region a frame removably coupled to the mask assembly ; a pair of covers supported by the frame relative to the mask assembly such that each of the covers is positioned adjacent and overlaps a portion of a respective one of the first and second paddles, wherein the covers limit expansion of at least the portion of the first and second paddles. a mask assembly comprising a mask seal and a mask shell , the mask assembly configured to be fully positioned lower than a bridge of a nose of a face of a user and to provide an exposed bridge of the nose of the user, the mask seal being connected to the mask shell , a nasal region comprising at least one nasal opening , the mask seal comprising a first paddle on a first side of the nasal region and a second paddle on a second side of the nasal region , the first paddle configured to contact one side of the nose of the user and the second paddle configured to contact the other side of the nose of the user; the mask seal also comprising an upper front portion that is positioned above the mask shell and extends in a lateral direction across the front of the mask seal between the mask shell and the nasal region and is located in a front of the mask seal , the upper front portion having sides that extend into the paddles, wherein the upper front portion has a thickness that is equal to or less than a thickness of the nasal region a frame removably coupled to the mask assembly ; a pair of covers supported by the frame relative to the mask assembly such that each of the covers is positioned adjacent and overlaps a portion of a respective one of the first and second paddles, wherein the covers limit expansion of at least the portion of the first and second paddles.
A method of monitoring a status of a cutting unit in an apparatus for producing packages of liquid food, said apparatus comprising the cutting unit and being configured to vertically seal a web of packaging material in the form of a tube, fill the tube with liquid food, form transverse seals in the tube, and cut the transverse seals by a cutting blade in the cutting unit to sever food-containing packages from each other, said method comprising: obtaining a time sequence of measurement values from a sensor arranged to measure cutting resistance for the cutting blade when actuated to cut a respective transverse seal; processing the time sequence of measurement values to generate a resistance time profile ; characterized by the method comprising following further steps: detecting at least one predefined feature in the resistance time profile ; determining a respective phase value for the at least one predefined feature within the resistance time profile ; and determining the status of the cutting unit as a function of a set of input values comprising the respective phase value, processing the resistance time profile for determining the condition of the cutting blade, and outputting a corresponding indicator , indicative of the current condition of the cutting blade. obtaining a time sequence of measurement values from a sensor arranged to measure cutting resistance for the cutting blade when actuated to cut a respective transverse seal; processing the time sequence of measurement values to generate a resistance time profile ; detecting at least one predefined feature in the resistance time profile ; determining a respective phase value for the at least one predefined feature within the resistance time profile ; and determining the status of the cutting unit as a function of a set of input values comprising the respective phase value, processing the resistance time profile for determining the condition of the cutting blade, and outputting a corresponding indicator , indicative of the current condition of the cutting blade.
A system for providing for interactions with a display comprising: a computer-driven display ; one or more cameras that capture images of the display and of a plurality of users of a plurality of mobile computing devices ; a vision-based user tracking module configured to track each user using the captured images , and for each user of the plurality of users: infer a general identity for the user based on the captured images by tracking the user's hand and correlating the hand's motion with information from each of the plurality of mobile computing devices' sensors or inertial information to determine which user is in possession of one of the plurality of the mobile computing devices, wherein the general identity is used to distinguish the user from other users of the plurality of users without requiring the user to explicitly register a specific, personalized identity with a mobile computing device; and at least one computing device that is in communication with the plurality of mobile computing devices , each of which is associated with one of the plurality of users , the one or more cameras , the computer-driven display , and the vision-based tracking module , and that issues commands to reconfigure content shown on the computer-driven display when an event is received from one of the plurality of mobile computing devices and the associated user is within a prescribed distance from the computer-driven display a computer-driven display ; one or more cameras that capture images of the display and of a plurality of users of a plurality of mobile computing devices ; a vision-based user tracking module configured to track each user using the captured images , and for each user of the plurality of users: infer a general identity for the user based on the captured images by tracking the user's hand and correlating the hand's motion with information from each of the plurality of mobile computing devices' sensors or inertial information to determine which user is in possession of one of the plurality of the mobile computing devices, wherein the general identity is used to distinguish the user from other users of the plurality of users without requiring the user to explicitly register a specific, personalized identity with a mobile computing device; and at least one computing device that is in communication with the plurality of mobile computing devices , each of which is associated with one of the plurality of users , the one or more cameras , the computer-driven display , and the vision-based tracking module , and that issues commands to reconfigure content shown on the computer-driven display when an event is received from one of the plurality of mobile computing devices and the associated user is within a prescribed distance from the computer-driven display
A brain examination apparatus, wherein the apparatus comprises a data processing unit configured to receive electroencephalographic data based on a measurement of a comatose person with a potential brain injury in an intensive care unit exposed to estimated or measured one or more non-zero amounts of anesthetic drug substance; determine and present result data which shows the activity of the slow waves with respect to a first predetermined threshold, which is based on an expected effect of the anesthetic drug substance, the activity of slow waves of the electroencephalographic data being as a function of the estimated or measured one or more non-zero amounts of the anesthetic drug substance, the frequency of the slow waves being at or below 1 Hz, and characterized in that the result data showing the activity of the slow waves of a brain of said comatose person is lower than a second statistically predetermined threshold of comatose intensive care unit patients at the one or more non-zero amounts of the anaesthetic drug substance in a case of the severe anoxic brain injury. receive electroencephalographic data based on a measurement of a comatose person with a potential brain injury in an intensive care unit exposed to estimated or measured one or more non-zero amounts of anesthetic drug substance; determine and present result data which shows the activity of the slow waves with respect to a first predetermined threshold, which is based on an expected effect of the anesthetic drug substance, the activity of slow waves of the electroencephalographic data being as a function of the estimated or measured one or more non-zero amounts of the anesthetic drug substance, the frequency of the slow waves being at or below 1 Hz, and characterized in that the result data showing the activity of the slow waves of a brain of said comatose person is lower than a second statistically predetermined threshold of comatose intensive care unit patients at the one or more non-zero amounts of the anaesthetic drug substance in a case of the severe anoxic brain injury.