mhurhangee/ep-ind-claims huggingface dataset:
A method for radar detection by an apparatus, the method comprising: transmitting a radar waveform in a number of sets of transmission time intervals, TTIs, using a common set of radar transmission parameters in each set of TTIs, to perform detection of a target object, wherein each set of TTIs collectively spans a radio frame; varying at least one radar transmission parameter of the common set of radar transmission parameters between said number of radio frames; monitoring parameters of received signals across the radio frames, wherein the monitored parameters comprise at least one of: delay, Doppler, angle of arrival azimuth, or angle of arrival elevation; and characterized by identifying interfering signals based on the monitored parameters changing beyond an expected amount from one radio frame to another, wherein the changes are the result of the varying of the at least one radar transmission parameter between said number of radio frames. transmitting a radar waveform in a number of sets of transmission time intervals, TTIs, using a common set of radar transmission parameters in each set of TTIs, to perform detection of a target object, wherein each set of TTIs collectively spans a radio frame; varying at least one radar transmission parameter of the common set of radar transmission parameters between said number of radio frames; monitoring parameters of received signals across the radio frames, wherein the monitored parameters comprise at least one of: delay, Doppler, angle of arrival azimuth, or angle of arrival elevation; and characterized by identifying interfering signals based on the monitored parameters changing beyond an expected amount from one radio frame to another, wherein the changes are the result of the varying of the at least one radar transmission parameter between said number of radio frames.
A method of operating a communications device, comprising: receiving (1104; 1204; 1304; 1404; 1504) a signal from a wide area network base station in a downlink communications band, said signal having been transmitted by the WAN base station in one of a plurality of WAN communications bands; measuring (1106; 1206; 1312; 1412; 1506) the strength of the received signal; comparing (1112; 1212) the measured signal strength to a threshold; and selecting (1114; 1214; 1314; 1416; 1510 to 1520) an uplink WAN communications band corresponding to the downlink communications band for peer to peer communications based on the result of the comparison. receiving (1104; 1204; 1304; 1404; 1504) a signal from a wide area network base station in a downlink communications band, said signal having been transmitted by the WAN base station in one of a plurality of WAN communications bands; measuring (1106; 1206; 1312; 1412; 1506) the strength of the received signal; comparing (1112; 1212) the measured signal strength to a threshold; and selecting (1114; 1214; 1314; 1416; 1510 to 1520) an uplink WAN communications band corresponding to the downlink communications band for peer to peer communications based on the result of the comparison.
A drug delivery device, comprising a delivery unit including a drug container, a liquid flow system, a pumping system, and a casing enclosing therein the drug container, the pumping system and at least a part of the liquid flow system, the drug container comprising a barrel portion and a plunger slidably mounted within the barrel portion and sealing the drug within the container at one end of the barrel portion, the liquid flow system connected fluidically to the drug container during delivery of the liquid drug, characterized in that the drug container is contained in a hermetic manner within a container receiving cavity of a container casing portion of the casing and the container receiving cavity is fluidically interconnected to a fluid outlet of the pumping system in a gas tight manner, the pumping system comprising a fluid inlet connected to environmental air, the pumping system configured to pump environmental air drawn in through the fluid inlet into the container receiving cavity generating a gas pressure within the container casing portion thus applying pressure on a back end of the plunger for delivery of the liquid drug.
An apparatus, comprising: a coupling device having a first side and a second side opposite the first side, where a male part of a connector is on the first side and a female part of the connector is on the second side; the coupling device having a passageway (1028, 1128) connecting the male part of the connector on the first side to the female part of the connector on the second side; the coupling device further having an output port (1069, 1169); where the male part of the connector has at least two protrusions extending from a cylindrical barrel; characterized in that: the coupling device is configured to switchably connect the output port (1069, 1169) to the passageway (1028, 1128) via a slot; and wherein the slot intersects the output port (1069, 1169) and does not intersect the passageway (1028, 1128); and wherein the at least two protrusions extending from the cylindrical barrel are not symmetrically spaced around the cylindrical barrel; and/or at least one of the at least two protrusions extending from the cylindrical barrel is a different size in a circumferential direction than the other protrusions. a coupling device having a first side and a second side opposite the first side, where a male part of a connector is on the first side and a female part of the connector is on the second side; the coupling device having a passageway (1028, 1128) connecting the male part of the connector on the first side to the female part of the connector on the second side; the coupling device further having an output port (1069, 1169); where the male part of the connector has at least two protrusions extending from a cylindrical barrel; the coupling device is configured to switchably connect the output port (1069, 1169) to the passageway (1028, 1128) via a slot; and wherein the slot intersects the output port (1069, 1169) and does not intersect the passageway (1028, 1128); and wherein the at least two protrusions extending from the cylindrical barrel are not symmetrically spaced around the cylindrical barrel; and/or at least one of the at least two protrusions extending from the cylindrical barrel is a different size in a circumferential direction than the other protrusions.
A system, comprising: a contact tip comprising an arcing surface; a base surface; and a graded structure between the arcing surface and the base surface, wherein the graded structure comprises a first region comprising a first surface proximate to the arcing surface; a second region comprising a second surface proximate to the base surface; whereby an intermediate region is disposed between the first region and the second region, wherein a concentration of silver in the graded structure decreases with a gradient from the first surface to the second surface. a contact tip comprising an arcing surface; a base surface; and a graded structure between the arcing surface and the base surface, an arcing surface; a base surface; and a graded structure between the arcing surface and the base surface, a first region comprising a first surface proximate to the arcing surface; a second region comprising a second surface proximate to the base surface; whereby an intermediate region is disposed between the first region and the second region, wherein
Headlight for a single-track motor vehicle, comprising - a supporting part, - a light module connected to the supporting part, - a first bearing device, with which the light module is rotatably supported about a first main axis relative to the supporting part, - a second bearing device, with which the light module is rotatably supported about a second main axis perpendicular to the first main axis, and - a coupling device that couples the light module to the supporting part such that during a rotation about the first main axis, the light module is rotated about the second main axis, - wherein the coupling device is embodied in two parts and comprises a first coupling device element and a second coupling device element, characterized in that - the first coupling device element is embodied as a ball and socket joint, and in that - the second coupling device element is embodied as a slide bearing. - a supporting part, - a light module connected to the supporting part, - a first bearing device, with which the light module is rotatably supported about a first main axis relative to the supporting part, - a second bearing device, with which the light module is rotatably supported about a second main axis perpendicular to the first main axis, and - a coupling device that couples the light module to the supporting part such that during a rotation about the first main axis, the light module is rotated about the second main axis, - wherein the coupling device is embodied in two parts and comprises a first coupling device element and a second coupling device element, characterized in that - the first coupling device element is embodied as a ball and socket joint, and in that - the second coupling device element is embodied as a slide bearing.
An information processing device comprising: a processor configured to realize an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, wherein the display regions include at least subordinate layer region, and wherein the command issuing function issues a command to expand and display the subordinate layer region. a processor configured to realize an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, wherein the display regions include at least subordinate layer region, and wherein the command issuing function issues a command to expand and display the subordinate layer region.
A method of tracking a lead mobile device and a plurality of tracking followers including a user device and at least one other mobile device that is also tracking the lead mobile device, the method comprising the computer implemented steps of: providing short-range wireless proximity detectors to detect when one device has strayed away from another device with which it has been paired and is no longer in wireless connection, and triggering a tracking mode for those devices which the short-range wireless proximity detectors have determined have lost wireless connection; Receiving, in the tracking mode, tracking data that includes a current location for both the lead mobile device and the at least one other mobile device that is also tracking the lead device, such that tracking for specific followers can thus be activated and deactivated as the distance between the lead device and its followers varies; Displaying the current locations of the lead device and of the at least one other mobile device that is also receiving the tracking data, wherein displaying the tracking data comprises graphically displaying on a map the current locations of the lead mobile device and of other mobile devices that are tracking the lead device, and wherein displaying the current locations of the lead mobile device and of other mobile devices comprises visually identifying each of the lead mobile device, the user device and the other mobile devices that are also tracking the lead mobile device. providing short-range wireless proximity detectors to detect when one device has strayed away from another device with which it has been paired and is no longer in wireless connection, and triggering a tracking mode for those devices which the short-range wireless proximity detectors have determined have lost wireless connection; Receiving, in the tracking mode, tracking data that includes a current location for both the lead mobile device and the at least one other mobile device that is also tracking the lead device, such that tracking for specific followers can thus be activated and deactivated as the distance between the lead device and its followers varies; Displaying the current locations of the lead device and of the at least one other mobile device that is also receiving the tracking data, wherein displaying the tracking data comprises graphically displaying on a map the current locations of the lead mobile device and of other mobile devices that are tracking the lead device, and wherein displaying the current locations of the lead mobile device and of other mobile devices comprises visually identifying each of the lead mobile device, the user device and the other mobile devices that are also tracking the lead mobile device.
A method comprising: receiving, by a session management function, SMF, from a wireless device, an indication that an always-on packet data unit, PDU, session is requested; determining, by the SMF, to establish the PDU session as an always-on PDU session based on: the indication that the always-on PDU session is requested; and the PDU session being for an ultra-reliable low-latency communication, URLLC, service; and sending, by the SMF to the wireless device, an indication that the PDU session is to be established as the always-on PDU session. receiving, by a session management function, SMF, from a wireless device, an indication that an always-on packet data unit, PDU, session is requested; determining, by the SMF, to establish the PDU session as an always-on PDU session based on: the indication that the always-on PDU session is requested; and the PDU session being for an ultra-reliable low-latency communication, URLLC, service; and the indication that the always-on PDU session is requested; and the PDU session being for an ultra-reliable low-latency communication, URLLC, service; and sending, by the SMF to the wireless device, an indication that the PDU session is to be established as the always-on PDU session.
A method for producing polycaprolactam rods having a tensile strength greater than 450 MPa, a tensile yield-stress greater than 400 MPa and a bending module greater than 2700 MPa, by a single hydrostatic extrusion of a billet containing polycaprolactam, wherein the billet made of unfilled polycaprolactam is subjected to the hydrostatic extrusion in a pressing device having a working chamber closed on one side with a plug against which an extrusion die rests and on the other side with a piston, wherein the billet is covered with an oil based lubricant before putting the billet into the working chamber and the hydrostatic extrusion of the billet is carried out at room temperature with a constant linear speed in the range from 3 to 120 mm/s, wherein the degree of reduction of the cross-sectional area of the billet following the hydrostatic extrusion is from 3.5 to 5.5 and the rod produced is continuously cooled with cold water.
An ultrasonic wave atomizing device for liquid atomization, comprising: a liquid absorbent wick for absorbing a liquid from a liquid storage container; and a vibrating plate (32, 50) which has multiple micropores penetrating the vibrating plate (32, 50) in a thickness direction and atomizes the liquid by vibration of a piezoelectric element which generates ultrasonic vibration when supplied with electricity, the vibrating plate (32, 50) having a convex part which has a truncated-cone shape and is supplied with the liquid through the liquid absorbent wick, wherein the multiple micropores are provided only in an upper base of the convex part of the vibrating plate (32, 50), and wherein the vibrating plate (32, 50) is constituted by a thin circular plate made of nickel, nickel alloy, or ferroalloy. a liquid absorbent wick for absorbing a liquid from a liquid storage container; and a vibrating plate (32, 50) which has multiple micropores penetrating the vibrating plate (32, 50) in a thickness direction and atomizes the liquid by vibration of a piezoelectric element which generates ultrasonic vibration when supplied with electricity, the vibrating plate (32, 50) having a convex part which has a truncated-cone shape and is supplied with the liquid through the liquid absorbent wick, wherein the multiple micropores are provided only in an upper base of the convex part of the vibrating plate (32, 50), and wherein the vibrating plate (32, 50) is constituted by a thin circular plate made of nickel, nickel alloy, or ferroalloy. the vibrating plate (32, 50) having a convex part which has a truncated-cone shape and is supplied with the liquid through the liquid absorbent wick, wherein the multiple micropores are provided only in an upper base of the convex part of the vibrating plate (32, 50), and wherein the vibrating plate (32, 50) is constituted by a thin circular plate made of nickel, nickel alloy, or ferroalloy.
A flexible electrically tunable lens, comprising: a first alignment layer (24, 44, 74, 324, 404, 504, 603, 703, 803, 954) and a second alignment layer (27, 50, 77, 327, 427, 507, 606, 706, 805, 956); an active layer comprising liquid crystal (25, 325, 425, 505, 604, 704, 954) confined between the first and second alignment layers in an optical path of the lens; a first electrode disposed above the first alignment layer, the first electrode having a first patterned opening disposed over an aperture region of the active layer; and a second electrode disposed below the second alignment layer, the second electrode having a second patterned opening arranged to induce in combination with the first electrode an electric field in the active layer, characterized in that at least one of the first alignment layer and the second alignment layer comprises a polymeric layer including liquid crystal moieties, and the director of the liquid crystal moieties at the surface of the layer adjacent to the liquid crystal in the active layer is parallel to a major surface of the active layer, and a director of the liquid crystal moieties in the central region of the layer is orthogonal to a major surface of the active layer. a first alignment layer (24, 44, 74, 324, 404, 504, 603, 703, 803, 954) and a second alignment layer (27, 50, 77, 327, 427, 507, 606, 706, 805, 956); an active layer comprising liquid crystal (25, 325, 425, 505, 604, 704, 954) confined between the first and second alignment layers in an optical path of the lens; a first electrode disposed above the first alignment layer, the first electrode having a first patterned opening disposed over an aperture region of the active layer; and a second electrode disposed below the second alignment layer, the second electrode having a second patterned opening arranged to induce in combination with the first electrode an electric field in the active layer, characterized in that at least one of the first alignment layer and the second alignment layer comprises a polymeric layer including liquid crystal moieties, and the director of the liquid crystal moieties at the surface of the layer adjacent to the liquid crystal in the active layer is parallel to a major surface of the active layer, and a director of the liquid crystal moieties in the central region of the layer is orthogonal to a major surface of the active layer.
A detection circuit comprising: a tunable delay circuit configured to generate a delayed signal in response to an input signal, wherein the tunable delay circuit is configured to receive a supply voltage; a control circuit (101, 102) configured to adjust a delay provided by the tunable delay circuit to the delayed signal relative to the input signal; and a time-to-digital converter circuit configured to convert the delay provided by the tunable delay circuit to the delayed signal to a digital code, wherein the time-to-digital converter circuit is also configured to receive the supply voltage, wherein the time-to-digital converter circuit is configured to change the value of the digital code in proportion to changes in the supply voltage, wherein the control circuit is configured to cause the tunable delay circuit to maintain its delay setting constant in response to a value of the digital code reaching an alignment value (ALNVAL), and wherein the control circuit is configured to detect changes in the supply voltage, while the delay setting of the tunable delay circuit is maintained constant, based on changes in the digital code. a tunable delay circuit configured to generate a delayed signal in response to an input signal, wherein the tunable delay circuit is configured to receive a supply voltage; a control circuit (101, 102) configured to adjust a delay provided by the tunable delay circuit to the delayed signal relative to the input signal; and a time-to-digital converter circuit configured to convert the delay provided by the tunable delay circuit to the delayed signal to a digital code, wherein the time-to-digital converter circuit is also configured to receive the supply voltage, wherein the time-to-digital converter circuit is configured to change the value of the digital code in proportion to changes in the supply voltage, wherein the control circuit is configured to cause the tunable delay circuit to maintain its delay setting constant in response to a value of the digital code reaching an alignment value (ALNVAL), and wherein the control circuit is configured to detect changes in the supply voltage, while the delay setting of the tunable delay circuit is maintained constant, based on changes in the digital code.