mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, comprising: determining, by a terminal, according to configuration information sent by a base station, to use at least two different Transmission Time Intervals, TTIs, to transmit different Physical Downlink Shared Channels, PDSCHs, and/or different Physical Uplink Shared Channels, PUSCHs, on a target carrier; detecting, by the terminal, whether first Downlink Control Information, DCI, is present in at least one Physical Downlink Control Channel, PDCCH, in a target subframe on the target carrier, the first DCI being used to schedule at least one PDSCH transmitted in the target subframe on the target carrier; and characterized in that in the case that the terminal detects that the first DCI is not present in the at least one PDCCH in the target subframe, or in the case that the terminal detects that the first DCI is present in the at least one PDCCH in the target subframe and a TTI of the at least one PDSCH scheduled by the first DCI is smaller in length than the target subframe, detecting, by the terminal, a dedicated downlink control channel in the target subframe, the dedicated control channel being used to transmit dedicated DCI, a TTI of a PDSCH or PUSCH scheduled by the dedicated DCI being smaller in length than the target subframe. determining, by a terminal, according to configuration information sent by a base station, to use at least two different Transmission Time Intervals, TTIs, to transmit different Physical Downlink Shared Channels, PDSCHs, and/or different Physical Uplink Shared Channels, PUSCHs, on a target carrier; detecting, by the terminal, whether first Downlink Control Information, DCI, is present in at least one Physical Downlink Control Channel, PDCCH, in a target subframe on the target carrier, the first DCI being used to schedule at least one PDSCH transmitted in the target subframe on the target carrier; and characterized in that in the case that the terminal detects that the first DCI is not present in the at least one PDCCH in the target subframe, or in the case that the terminal detects that the first DCI is present in the at least one PDCCH in the target subframe and a TTI of the at least one PDSCH scheduled by the first DCI is smaller in length than the target subframe, detecting, by the terminal, a dedicated downlink control channel in the target subframe, the dedicated control channel being used to transmit dedicated DCI, a TTI of a PDSCH or PUSCH scheduled by the dedicated DCI being smaller in length than the target subframe.
A robotic pool cleaner comprising: a housing ; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism to draw liquid from the pool into the housing ; a cable that extends outward from the housing ; a pull sensor configured to generate a signal indicative of at least a direction in which the cable is pulled; and a controller , characterized in that said controller is configured to operate the propulsion to propel the robotic pool cleaner toward the direction from which cable is pulled. a housing ; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism to draw liquid from the pool into the housing ; a cable that extends outward from the housing ; a pull sensor configured to generate a signal indicative of at least a direction in which the cable is pulled; and a controller , characterized in that said controller is configured to operate the propulsion to propel the robotic pool cleaner toward the direction from which cable is pulled.
A spinal marking system comprising: a marker having a threaded member and a flexible member connected to the threaded member , the flexible member having a length longer than that of the threaded member ; and a navigation tool having a shaft configured to connect to the threaded member , the navigation tool also having a navigation array connected to the shaft , the navigation array having a plurality of fiducials that are configured to communicate with a robotic system; the spinal marking system being characterized in that : the threaded member has a male engagement portion ; the spinal marking system further comprises an insertion body having a head and a shaft extending from the head , the head having a threaded inner surface for engagement with threads of a driver , the shaft of the insertion body having a female engagement portion configured to receive the male engagement portion of the threaded member so that the insertion body is removably connectable to the marker via the male and female engagement portions; and the navigation tool is configured to be connected to the male engagement portion of the threaded member . a marker having a threaded member and a flexible member connected to the threaded member , the flexible member having a length longer than that of the threaded member ; and a navigation tool having a shaft configured to connect to the threaded member , the navigation tool also having a navigation array connected to the shaft , the navigation array having a plurality of fiducials that are configured to communicate with a robotic system; the threaded member has a male engagement portion ; the spinal marking system further comprises an insertion body having a head and a shaft extending from the head , the head having a threaded inner surface for engagement with threads of a driver , the shaft of the insertion body having a female engagement portion configured to receive the male engagement portion of the threaded member so that the insertion body is removably connectable to the marker via the male and female engagement portions; and the navigation tool is configured to be connected to the male engagement portion of the threaded member .
Arrangement , comprising: a first turbomachine element having a first turbomachine element through-opening which comprises a slot; a second turbomachine element ; a sliding element having a sliding element through-opening , which element is at least partially arranged in the first turbomachine element through-opening and is movably guided in the slot along an axis of movement (V) perpendicular to the through-axis (D); a sleeve which passes through the sliding element through-opening along a through-axis (D); and a fastener , which passes through the sleeve , in order to fasten the sleeve to the second turbomachine element . a first turbomachine element having a first turbomachine element through-opening which comprises a slot; a second turbomachine element ; a sliding element having a sliding element through-opening , which element is at least partially arranged in the first turbomachine element through-opening and is movably guided in the slot along an axis of movement (V) perpendicular to the through-axis (D); a sleeve which passes through the sliding element through-opening along a through-axis (D); and a fastener , which passes through the sleeve , in order to fasten the sleeve to the second turbomachine element .
A gearshift control mechanism, comprising: a fixedly arranged base plate having a sliding channel with a plurality of different gear positions; a handle having an operation end and a sliding end, the sliding end being slidably arranged in the sliding channel, and the handle further having a mounting part ; a first transmission part connected to the mounting part ; a first polar plate part connected to the first transmission part and generating a first magnetic field therein; and a fixedly arranged first sensor extending into the first polar plate part and outputting a first signal; characterized in that the first transmission part comprises a first shaft pivotally connected to the mounting part by means of a pivot and having a first end and a second end, the second end of the first shaft being connected to the first polar plate part ; when the sliding end slides along the sliding channel, the mounting part is configured such that it drives the first shaft to rotate around an axis of the first shaft , and the first polar plate part rotates along with the first transmission part; the gearshift control mechanism further comprises a fixedly arranged first supporting part , and the first end of the first shaft is rotatably arranged to the first supporting part . a fixedly arranged base plate having a sliding channel with a plurality of different gear positions; a handle having an operation end and a sliding end, the sliding end being slidably arranged in the sliding channel, and the handle further having a mounting part ; a first transmission part connected to the mounting part ; a first polar plate part connected to the first transmission part and generating a first magnetic field therein; and a fixedly arranged first sensor extending into the first polar plate part and outputting a first signal; characterized in that the first transmission part comprises a first shaft pivotally connected to the mounting part by means of a pivot and having a first end and a second end, the second end of the first shaft being connected to the first polar plate part ; when the sliding end slides along the sliding channel, the mounting part is configured such that it drives the first shaft to rotate around an axis of the first shaft , and the first polar plate part rotates along with the first transmission part; the gearshift control mechanism further comprises a fixedly arranged first supporting part , and the first end of the first shaft is rotatably arranged to the first supporting part .
A scintillator panel comprising a substrate and a phosphor layer containing a phosphor powder, wherein the phosphor layer has a plurality of recesses in a surface thereof, an area A of openings of the recesses is 500 to 70.000 μm 2 , a ratio D/T of a depth D of the recesses to a thickness T of the phosphor layer is 0.1 to 0.9, and the phosphor layer has 500 to 50000 recesses/cm 2 on the surface thereof.
A balcony glazing arrangement comprising a window pane , which is horizontally displaceable along a track and is pivotable about a vertical pivot axis (S) situated on one vertical side edge of the window pane , between a closed setting, in which the pane extends along said track, and an open setting, in which the window pane is pivoted away from said track, the window pane being suspended from an upper guide rail by a suspension trolley which is displaceable along the upper guide rail , the window pane having a first magnetic coupling part , which is arranged on said suspension trolley to cooperate with a second magnetic coupling part of the balcony glazing arrangement arranged level with the first magnetic coupling part characterized in that the window pane further has a transport member , which is arranged on an upper edge of the window pane at a distance from the pivot axis (S) and level with a support (33a, 37a; 133; 233), which is part of the second magnetic coupling part anchored in a frame part of the balcony glazing arrangement or arranged on a suspension trolley of another window pane (7; 107) of the balcony glazing arrangement , and when the window pane is pivoted from its open setting into its closed setting, to come into contact with the support (33a, 37a; 133; 233) and change the position of said magnetic coupling parts in relation to one another, wherein at least one of the magnetic transport member and the support (33a, 37a; 133; 233) has an inclined or a curved contact surface.
A suture securement apparatus for selectively and releasably securing the ends of a suture utilized in a purse string suture utilized to maintain hemostasis and close a percutaneous catheter puncture site, the suture securement apparatus comprising: a body having a cavity positioned therein; a plunger slidably disposed within the cavity of the body and biased to secure the sutures and allow for releasable engagement of the sutures; an extension tube extending a predetermined distance from the body such that a tip of the extension tube is adaptable to engage the sutures adjacent the suture insertion point without interruption from the body; and a threading assembly comprising a clasp and a suture engaging portion , the suture engaging portion positioned through a lumen of the suture securement apparatus and the clasp configured to secure a portion of the suture engaging portion on a proximal side of the securement apparatus. a body having a cavity positioned therein; a plunger slidably disposed within the cavity of the body and biased to secure the sutures and allow for releasable engagement of the sutures; an extension tube extending a predetermined distance from the body such that a tip of the extension tube is adaptable to engage the sutures adjacent the suture insertion point without interruption from the body; and a threading assembly comprising a clasp and a suture engaging portion , the suture engaging portion positioned through a lumen of the suture securement apparatus and the clasp configured to secure a portion of the suture engaging portion on a proximal side of the securement apparatus.
A foldable device comprising: a flexible display configured to be folded or unfolded with reference to a folding axis as the foldable device is folded or unfolded; a sensor (120; 340) configured to sense an unfolding motion of the foldable device; and a controller (130; 360) configured to change a layout of a screen according to a folding angle of the foldable device which is sensed by the sensor, when the screen includes at least one displayed object, and wherein the controller is configured to change the layout of the screen so that the number of displayed objects included in the screen varies according to a folding angle of the foldable device while the foldable device is being unfolded, wherein varying the number of displayed objects included in the screen comprises displaying additional objects while the foldable device is being unfolded. a flexible display configured to be folded or unfolded with reference to a folding axis as the foldable device is folded or unfolded; a sensor (120; 340) configured to sense an unfolding motion of the foldable device; and a controller (130; 360) configured to change a layout of a screen according to a folding angle of the foldable device which is sensed by the sensor, when the screen includes at least one displayed object, and wherein the controller is configured to change the layout of the screen so that the number of displayed objects included in the screen varies according to a folding angle of the foldable device while the foldable device is being unfolded, wherein varying the number of displayed objects included in the screen comprises displaying additional objects while the foldable device is being unfolded.
A method for forming a NAND memory device , comprising: forming a plurality of NAND strings on a first substrate ; forming one or more peripheral devices on a second substrate ; positioning the one or more peripheral devices above the plurality of NAND strings , wherein the second substrate is above the one or more peripheral devices ; joining the plurality of NAND strings and the one or more peripheral devices ; thinning the second substrate , so that the thinned second substrate serves as a semiconductor layer above the plurality of periphery devices ; and prior to the joining of the plurality of NAND strings and the one or more peripheral devices , forming a first interconnect layer for the plurality of NAND strings and forming a second interconnect layer for the one or more peripheral devices ; and further comprising forming a third interconnect layer on opposite sides of said semiconductor layer with respect to the first interconnect layers and second interconnect layer , and above the semiconductor layer . forming a plurality of NAND strings on a first substrate ; forming one or more peripheral devices on a second substrate ; positioning the one or more peripheral devices above the plurality of NAND strings , wherein the second substrate is above the one or more peripheral devices ; joining the plurality of NAND strings and the one or more peripheral devices ; thinning the second substrate , so that the thinned second substrate serves as a semiconductor layer above the plurality of periphery devices ; and prior to the joining of the plurality of NAND strings and the one or more peripheral devices , forming a first interconnect layer for the plurality of NAND strings and forming a second interconnect layer for the one or more peripheral devices ; and further comprising forming a third interconnect layer on opposite sides of said semiconductor layer with respect to the first interconnect layers and second interconnect layer , and above the semiconductor layer .
A memory extensible chip , comprising: a substrate , and a processor , a first memory module set , and a second memory module set that are integrated on the substrate, wherein the processor is adapted to communicate with at least one memory module in the first memory module set by using a first communications interface , and the processor is adapted to communicate with at least one memory module in the second memory module set by using a second communications interface; and a memory module in the first memory module set is adapted to communicate with a memory module in the second memory module set by using a substrate network, wherein the substrate network is a communications network located inside the substrate, wherein: the processor comprises a plurality of processor cores, the plurality of processor cores are adapted to communicate with each other by using a network on chip, and the network on chip is a communications network located outside the substrate; and the first memory module set and the second memory module set each comprise a plurality of memory modules, and wherein the first communications interface and the second communications interface are located on different processor cores. the processor is adapted to communicate with at least one memory module in the first memory module set by using a first communications interface , and the processor is adapted to communicate with at least one memory module in the second memory module set by using a second communications interface; and a memory module in the first memory module set is adapted to communicate with a memory module in the second memory module set by using a substrate network, wherein the substrate network is a communications network located inside the substrate, wherein: the processor comprises a plurality of processor cores, the plurality of processor cores are adapted to communicate with each other by using a network on chip, and the network on chip is a communications network located outside the substrate; and the first memory module set and the second memory module set each comprise a plurality of memory modules, and wherein the first communications interface and the second communications interface are located on different processor cores. the processor comprises a plurality of processor cores, the plurality of processor cores are adapted to communicate with each other by using a network on chip, and the network on chip is a communications network located outside the substrate; and the first memory module set and the second memory module set each comprise a plurality of memory modules, and wherein the first communications interface and the second communications interface are located on different processor cores.
A scroll compressor comprising: a housing , which is provided with a refrigerant inlet configured to suck refrigerant into an interior of the housing ; a crankshaft rotor assembly and a stator assembly which are disposed inside the housing , wherein, the crankshaft rotor assembly includes a crankshaft comprising a centering shaft member and an eccentric shaft member; an orbiting scroll member driven by the eccentric shaft member of the crankshaft; a fixed scroll member , which forms a compression chamber together with the orbiting scroll member ; a frame , which is provided inside the housing and corresponds to the refrigerant inlet ; wherein, a side wall of the frame is fixedly connected with an inner wall of the housing ; the frame divides the interior cavity of the housing into a separated upper cavity and a separated lower cavity ; the frame is idly sleeved on the centering shaft member; characterised in that a baffle component , which is configured to guide refrigerant to flow into the upper cavity , is arranged on the frame at a position corresponding to the refrigerant inlet ; a deflection component extends through the frame and connects the upper cavity to the lower cavity ; the frame is provided with an oil reservoir and an oil guide hole for guiding oil in the oil reservoir to an upper end surface of the frame ; an oil dispersing device, which is configured to disperse oil guided from the oil guide hole, is arranged at an outlet of the oil guide hole; the baffle component and the deflection component are respectively arranged at two opposite positions on the frame . a housing , which is provided with a refrigerant inlet configured to suck refrigerant into an interior of the housing ; a crankshaft rotor assembly and a stator assembly which are disposed inside the housing , wherein, the crankshaft rotor assembly includes a crankshaft comprising a centering shaft member and an eccentric shaft member; an orbiting scroll member driven by the eccentric shaft member of the crankshaft; a fixed scroll member , which forms a compression chamber together with the orbiting scroll member ; a frame , which is provided inside the housing and corresponds to the refrigerant inlet ; wherein, a side wall of the frame is fixedly connected with an inner wall of the housing ; the frame divides the interior cavity of the housing into a separated upper cavity and a separated lower cavity ; the frame is idly sleeved on the centering shaft member; characterised in that a baffle component , which is configured to guide refrigerant to flow into the upper cavity , is arranged on the frame at a position corresponding to the refrigerant inlet ; a deflection component extends through the frame and connects the upper cavity to the lower cavity ; the frame is provided with an oil reservoir and an oil guide hole for guiding oil in the oil reservoir to an upper end surface of the frame ; an oil dispersing device, which is configured to disperse oil guided from the oil guide hole, is arranged at an outlet of the oil guide hole; the baffle component and the deflection component are respectively arranged at two opposite positions on the frame .
At a first wireless station, STA, (STA1) a method comprising: transmitting a probe request message to a second STA (AP1), the probe request message comprising one or more fields indicating a capability of the first STA to provide a range report; and receiving an Access Network Query Protocol, ANQP, request message, the ANQP request message comprising a range report request message; and transmitting an ANQP response message in response to the ANQP request message, the ANQP response message comprising a range report; and characterised by : receiving a probe response message from the second STA following transmission of the ANQP response message comprising the range report, the probe response message being transmitted in response to the probe request message. transmitting a probe request message to a second STA (AP1), the probe request message comprising one or more fields indicating a capability of the first STA to provide a range report; and receiving an Access Network Query Protocol, ANQP, request message, the ANQP request message comprising a range report request message; and transmitting an ANQP response message in response to the ANQP request message, the ANQP response message comprising a range report; and characterised by : receiving a probe response message from the second STA following transmission of the ANQP response message comprising the range report, the probe response message being transmitted in response to the probe request message.