mhurhangee/ep-ind-claims huggingface dataset:
A method of suppressing signal crosstalk, wherein two or more signal currents flow through two or more respective signal wires (124, 132) included in a cable, the cable wires are terminated in one end thereof at a device port, and the signal crosstalk voltage, V XTK, appears on a common wire within the cable through which the signal currents return back to their respective origins, the method is characterised by the following steps: connecting a negative resistance circuit having an adjustable output negative resistance between the common wire terminal at the device port and a common point at the device to which the device port pertains; determining an auxiliary current, Iaux, that is flowing through at least one of the cable wires and returns through the series connection of the common wire and negative resistance circuit; sensing the voltage, V, between said at least one of the cable wire terminals at the device port and the common point; measuring a level of the sensed voltage according to a predefined level measurement procedure, wherein said auxiliary current, said selected at least one of the cable wire terminals and said level measurement procedure are determined so as to ensure that said voltage level is affected by the voltage drop of said auxiliary current on the common wire resistance, i.e. on the series connection when the negative resistance value is set to zero; and adjusting the negative resistance so as to nullify said voltage level, thereby effectively cancelling the common wire ohmic resistance. connecting a negative resistance circuit having an adjustable output negative resistance between the common wire terminal at the device port and a common point at the device to which the device port pertains; determining an auxiliary current, Iaux, that is flowing through at least one of the cable wires and returns through the series connection of the common wire and negative resistance circuit; sensing the voltage, V, between said at least one of the cable wire terminals at the device port and the common point; measuring a level of the sensed voltage according to a predefined level measurement procedure, wherein said auxiliary current, said selected at least one of the cable wire terminals and said level measurement procedure are determined so as to ensure that said voltage level is affected by the voltage drop of said auxiliary current on the common wire resistance, i.e. on the series connection when the negative resistance value is set to zero; and adjusting the negative resistance so as to nullify said voltage level, thereby effectively cancelling the common wire ohmic resistance.
A compound of Formula: or a pharmaceutically acceptable salt or any individual isomer thereof, wherein either R 1 is -(CH 2) n R 3 where n is 1, 2 or 3 and R 3 is selected from OH, NH 2 or NHC NH 2 and R 2 is or R 2 is -(CH 2) n R 3 where n is 1, 2 or 3 and R 3 is selected from OH, NH 2 or NHC NH 2 and R 1 is X is CH 2 or NHCO and CM represents a chelator moiety, optionally containing a chelated nonradioactive or radioactive cation and the fluorine atom is optionally 18 F. or a pharmaceutically acceptable salt or any individual isomer thereof, wherein either R 1 is -(CH 2) n R 3 where n is 1, 2 or 3 and R 3 is selected from OH, NH 2 or NHC NH 2 and R 2 is or R 2 is -(CH 2) n R 3 where n is 1, 2 or 3 and R 3 is selected from OH, NH 2 or NHC NH 2 and R 1 is X is CH 2 or NHCO and CM represents a chelator moiety, optionally containing a chelated nonradioactive or radioactive cation and the fluorine atom is optionally 18 F.
A razor cartridge, comprising: - a support structure having at least one primary blade slot and at least one trim blade slot; - a primary blade positioned in each of the at least one primary blade slots; - a trim blade positioned in the trim blade slot such that the trim blade is at an angle between 60 and 180 degrees relative to the primary blade; - an outer shell having a top portion and a bottom portion, the top portion defining a primary blade opening and a trim blade opening; - wherein when the support structure, primary blade(s), and trim blade are positioned within the top portion, the primary blade(s) are positioned in the primary blade opening and the trim blade is positioned in the trim blade opening; and - wherein the bottom portion is secured to the top portion, enclosing the support structure, primary blade(s) and trim blade at least partially therein. - a support structure having at least one primary blade slot and at least one trim blade slot; - a primary blade positioned in each of the at least one primary blade slots; - a trim blade positioned in the trim blade slot such that the trim blade is at an angle between 60 and 180 degrees relative to the primary blade; - an outer shell having a top portion and a bottom portion, the top portion defining a primary blade opening and a trim blade opening; - wherein when the support structure, primary blade(s), and trim blade are positioned within the top portion, the primary blade(s) are positioned in the primary blade opening and the trim blade is positioned in the trim blade opening; and - wherein the bottom portion is secured to the top portion, enclosing the support structure, primary blade(s) and trim blade at least partially therein.
Utility vehicle chassis for a trailer of an articulated lorry, having a profile beam (1,20) made of steel which extends over a substantial part of the length of the utility vehicle chassis and which is designed to be I-, T-, U- or Z-shaped in cross-section, wherein at least at one section (T1 - T3) of the profile beam (1,20) there rests a reinforcing plate (5,6,7) made of steel, which is permanently and non-detachably connected to the associated section (T1 - T3) of the profile beam (1,20), characterized in that the connection between the reinforcing plate (5,6,7,22) and the associated section (T1,T2,T3) of the profile beam (1,20) is produced by at least one clinched connection (D1 - D4) and that the wall thickness of the profile beam (1,20) is 2 - 7 mm and the wall thickness of the reinforcing plate (5,6,7,22) is 1 - 17 mm.
A sensor device management method for supporting installation work of a sensor device that measures a quantity and transmits measured data to a management server, wherein a terminal acquires a first identifier, ID1, which a sensor device has, the terminal acquires positional information using a positioning device, the terminal transmits the first identifier, ID1, and the positional information respectively acquired to the management server, the sensor device transmits a second identifier, ID2, held by itself to the management server, the management server correlates the second identifier and the positional information when the management server judges that the first identifier, ID1, and the second identifier, ID2, have a predetermined relation and stores the positional information and one of the first identifier, ID1, and the second identifier, ID2, in a storage, and the management server notifies the sensor device of a result of the judgment, wherein the first identifier, ID1, is held on/in a sheet displaying a two-dimensional bar code or an IC tag, and the second identifier is stored in a memory with which the sensor device is provided. wherein a terminal acquires a first identifier, ID1, which a sensor device has, the terminal acquires positional information using a positioning device, the terminal transmits the first identifier, ID1, and the positional information respectively acquired to the management server, the sensor device transmits a second identifier, ID2, held by itself to the management server, the management server correlates the second identifier and the positional information when the management server judges that the first identifier, ID1, and the second identifier, ID2, have a predetermined relation and stores the positional information and one of the first identifier, ID1, and the second identifier, ID2, in a storage, and the management server notifies the sensor device of a result of the judgment, wherein the first identifier, ID1, is held on/in a sheet displaying a two-dimensional bar code or an IC tag, and the second identifier is stored in a memory with which the sensor device is provided.
A method for configuring transmission, comprising: indicating, by a network device, a Transmission Configuration Indicator, TCI, state set to a terminal (201, 401), wherein the TCI state set is configured for a Bandwidth Part, BWP, of the terminal, and the TCI state set is used for indicating a Quasi co-location, QCL, assumption set used by the terminal when the terminal performs transmission on the BWP, said method characterised in that the TCI state set comprises a plurality of TCI state sets, each TCI state set in the plurality of TCI state sets is configured for one BWP in multiple BWPs in one carrier of the terminal, and the TCI state sets configured for different BWPs are different. indicating, by a network device, a Transmission Configuration Indicator, TCI, state set to a terminal (201, 401), wherein the TCI state set is configured for a Bandwidth Part, BWP, of the terminal, and the TCI state set is used for indicating a Quasi co-location, QCL, assumption set used by the terminal when the terminal performs transmission on the BWP, said method characterised in that the TCI state set comprises a plurality of TCI state sets, each TCI state set in the plurality of TCI state sets is configured for one BWP in multiple BWPs in one carrier of the terminal, and the TCI state sets configured for different BWPs are different.
A cover assembly for a handheld electronic device, the cover assembly comprising: a cover body (200, 5502) comprising an attachment area, the attachment area comprising a plurality of receivers (202, 1110, 5504), each respective receiver (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) comprising a space recessed into the cover body (200, 5502) that is bounded, at least partially, by a recess wall; and an accessory (404, 504) comprising a plurality of projections (502, 1104), the accessory (404, 504) configured to be coupled to the attachment area at a first position via a first set of receivers (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) and a first set of projections (502, 1104) of the plurality of projections (502, 1104), and wherein the accessory (404, 504) is further configured to be coupled to the attachment area at a second position via a second set of receivers (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) and a second set of projections (502, 1104) of the plurality of projections (502, 1104), and wherein the first set of receivers (202, 1110, 5504) comprises at least one receiver (202, 1110, 5504) different from the second set of receivers (202, 1110, 5504), wherein at least one respective projection (502, 1104) of the plurality of projections (502, 1104) further comprises a plurality of first electrodes and at least one respective receiver of the plurality of receivers further comprises a plurality of second electrodes (5506, 5508, 5510, 5512) for contacting with the plurality of first electrodes. a cover body (200, 5502) comprising an attachment area, the attachment area comprising a plurality of receivers (202, 1110, 5504), each respective receiver (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) comprising a space recessed into the cover body (200, 5502) that is bounded, at least partially, by a recess wall; and an accessory (404, 504) comprising a plurality of projections (502, 1104), the accessory (404, 504) configured to be coupled to the attachment area at a first position via a first set of receivers (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) and a first set of projections (502, 1104) of the plurality of projections (502, 1104), and wherein the accessory (404, 504) is further configured to be coupled to the attachment area at a second position via a second set of receivers (202, 1110, 5504) of the plurality of receivers (202, 1110, 5504) and a second set of projections (502, 1104) of the plurality of projections (502, 1104), and wherein the first set of receivers (202, 1110, 5504) comprises at least one receiver (202, 1110, 5504) different from the second set of receivers (202, 1110, 5504), wherein at least one respective projection (502, 1104) of the plurality of projections (502, 1104) further comprises a plurality of first electrodes and at least one respective receiver of the plurality of receivers further comprises a plurality of second electrodes (5506, 5508, 5510, 5512) for contacting with the plurality of first electrodes.
A rubber mixture comprising a polymer base with a cross-linkable unsaturated chain, a reinforcing filler, a silane bonding agent, sulphur and vulcanizing agents; said mixture being characterized in that a part of said reinforcing filler consists of pyrolysis carbon black, whose surface is at least partially coated with a silica layer.
A charged particle multi-beamlet lithography system for exposing a target using a plurality of charged particle beamlets, the system comprising: - a beamlet generator for generating the charged particle beamlets; - a beamlet modulator for patterning the beamlets to form modulated beamlets; - a beamlet projector for projecting the modulated beamlets onto a surface of the target; wherein the beamlet generator, beamlet modulator and/or beamlet projector comprise one or more plates provided with a plurality of apertures for letting the beamlets pass through the plate, the apertures being arranged in groups to form on the surface of the one or more plates a plurality of beam areas distinct and separate from a plurality of non-beam areas containing no apertures for passage of the beamlets; and wherein at least one of the plates with apertures in the lithography system is provided with a cooling arrangement disposed on its surface in one or more non-beam areas, the cooling arrangement comprising a plate-shaped body provided with an inlet for receiving a cooling liquid, a plurality of cooling channels arranged for flow of a cooling liquid therein, and an outlet for removing the cooling liquid, wherein the plate-shaped body is provided with a plurality of slots between the cooling channels, and wherein the slots are substantially aligned with the beam areas on the aperture plate surface; and characterised in that the inlet and the plurality of cooling channels are connected to each other via a single distribution channel, the single distribution channel comprising a diffuser section for diffusing cooling liquid and a splitting section for dividing the cooling liquid over the plurality of cooling channels. - a beamlet generator for generating the charged particle beamlets; - a beamlet modulator for patterning the beamlets to form modulated beamlets; - a beamlet projector for projecting the modulated beamlets onto a surface of the target;
A gas turbine engine comprising: a turbine section; and a fan (110; 200; 300; 400) comprising a hub (112; 210; 310; 410), a first partial shroud (230; 330; 430; 510; 610; 710) radially outward of the hub (112...410); a plurality of blade bodies (220; 320; 722) extending from the hub (112...410) to the first partial shroud (230...710); and a plurality of blade tips (240; 340; 520; 620; 724) extending radially outward from the first partial shroud (230...710), wherein the fan (110...400) is mechanically connected to the turbine section such that rotation of the turbine drives rotation of the fan (110...400), the gas turbine engine being characterised in that the gas turbine engine is a boundary layer ingestion engine and the first partial shroud (230...710) is positioned in the range of 70% span to 90% span, where the hub (112...410) defines 0% span and a radially outermost tip of the blade tips (240...724) defines 100% span. a turbine section; and a fan (110; 200; 300; 400) comprising a hub (112; 210; 310; 410), a first partial shroud (230; 330; 430; 510; 610; 710) radially outward of the hub (112...410); a plurality of blade bodies (220; 320; 722) extending from the hub (112...410) to the first partial shroud (230...710); and a plurality of blade tips (240; 340; 520; 620; 724) extending radially outward from the first partial shroud (230...710), wherein the fan (110...400) is mechanically connected to the turbine section such that rotation of the turbine drives rotation of the fan (110...400), the gas turbine engine being characterised in that the gas turbine engine is a boundary layer ingestion engine and the first partial shroud (230...710) is positioned in the range of 70% span to 90% span, where the hub (112...410) defines 0% span and a radially outermost tip of the blade tips (240...724) defines 100% span. a first partial shroud (230; 330; 430; 510; 610; 710) radially outward of the hub (112...410); a plurality of blade bodies (220; 320; 722) extending from the hub (112...410) to the first partial shroud (230...710); and a plurality of blade tips (240; 340; 520; 620; 724) extending radially outward from the first partial shroud (230...710), wherein the fan (110...400) is mechanically connected to the turbine section such that rotation of the turbine drives rotation of the fan (110...400), the gas turbine engine being characterised in that the gas turbine engine is a boundary layer ingestion engine and the first partial shroud (230...710) is positioned in the range of 70% span to 90% span, where the hub (112...410) defines 0% span and a radially outermost tip of the blade tips (240...724) defines 100% span.
Water-conducting domestic appliance, in particular a laundry treatment appliance for washing and/or drying laundry, having a treatment region and a channel assembly, by way of which a liquid flow can be conducted into the treatment region, wherein at least part of the channel assembly is embodied as a siphon, wherein a control valve and a controller are provided and wherein the controller activates at least the control valve in order to control the liquid flow through the channel assembly and wherein a draining means (22, 55) is provided, which is used to at least substantially drain the siphon, characterised in that in a blocking operating mode the controller activates the control valve in such a manner that the siphon is partially filled by the liquid flow until the passage of gas through the siphon is blocked, a throughflow meter, which is used to detect the quantity of liquid to partially fill the siphon, is provided to detect the partial filling of the siphon or time-based control is provided, with which the control valve is opened completely or partially until partial filling of the siphon is achieved, and/or at least one sensor is provided on the channel assembly and in a release operating mode the controller activates the control valve and the draining means (22, 55) in such a manner that the siphon is drained of liquid until the siphon is open for the passage of gas.
A silicone hydrogel contact lens that is a reaction product of a reactive mixture comprising: a silicone-containing component; a hydrophilic component; a non-reactive polymeric internal wetting agent; and a polymerization initiator, the contact lens having an oxygen permeability of at least about 60 barrers, and wherein the molar ratio in the lens of the polymeric non-reactive internal wetting agent to silicone, without a surface treatment, is greater in the lens's surface than in its bulk; wherein the reactive mixture is cured under thermal curing conditions; and wherein the molar ratio in the lens's surface is measured by infrared spectroscopy in attenuated total reflectance mode and the molar ratio in the lens's bulk is measured by infrared spectroscopy in transmittance mode. wherein the reactive mixture is cured under thermal curing conditions; and wherein the molar ratio in the lens's surface is measured by infrared spectroscopy in attenuated total reflectance mode and the molar ratio in the lens's bulk is measured by infrared spectroscopy in transmittance mode.
Marx generator having a number of n capacitors (C1 to C6), which can be charged connected in parallel via n charging resistors (R1 to R6) and n decoupling resistors (R'2 to R'6, RO) in each case to an input voltage, and can then be connected in series with one another via n spark gaps (F1 to F6), in order to produce n-times the input voltage as the output voltage, wherein the series-connected n charging resistors (R1 to R6) and the n decoupling resistors (R'2 to R'6, RO) are each in the form of a molding (12, 12') of electrically conductive plastic, which is connected to the respectively associated connections (A1 to A6; A'1 to A'6) of the n capacitors (C1 to C6), characterized in that the connections (A1 to A6; A'1 to A'6) are connected in a force-fitting or interlocking manner to the molding (12, 12') respectively associated with them, and in that the connections (A1 to A6; A'1 to A'6) are screwed through the respective molding (12, 12') to an insulating mounting panel, which at the same time provides mechanical retention for the arrangement of capacitors (C1 to C6).
A method for producing a security article, the method comprising: microprinting on a first patch an array of microimages; placing a first translucent layer over a substrate and first patch; and laminating the substrate, the first patch with the microimages, and the first translucent layer using a lamination tool such that after the laminating step a microlens array (10, 54) is located in the first translucent layer in register with the first patch such that for a plurality of microimages of the array of microimages on the first patch each microimage has a one-to-one correspondence with a microlens in the array of microlenses; wherein when the microimage array is viewed by a viewer through the microlens array, a composite image is visible to a viewer of the security article, the method being characterised in that the lamination tool includes an array of recesses located such that the lamination produces the microlens array (10, 54) in the first translucent layer in register with the first patch. microprinting on a first patch an array of microimages; placing a first translucent layer over a substrate and first patch; and laminating the substrate, the first patch with the microimages, and the first translucent layer using a lamination tool such that after the laminating step a microlens array (10, 54) is located in the first translucent layer in register with the first patch such that for a plurality of microimages of the array of microimages on the first patch each microimage has a one-to-one correspondence with a microlens in the array of microlenses; wherein when the microimage array is viewed by a viewer through the microlens array, a composite image is visible to a viewer of the security article, the method being characterised in that the lamination tool includes an array of recesses located such that the lamination produces the microlens array (10, 54) in the first translucent layer in register with the first patch.