mhurhangee/ep-ind-claims huggingface dataset:
Method of selecting a set of illumination conditions of a lithographic apparatus, in a process for transferring an integrated circuit layout to a target substrate, the layout comprised of a number of polygon patterns having a predetermined geometrical relation relative to each other, the method comprising: - providing an initial set of illumination conditions; - providing a plurality of polygon patterns (1, 20, 30, 40) from the number of polygon patterns (2,3; 20,21; 30,31; 40,41) requiring illumination conditions critical for circuit functionality; - calculating for the initial set of illumination conditions a local cost number for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41), defining a difference measure of at least one critical dimension, between the polygon pattern and a transferred polygon pattern as a function of illumination condition; - aggregating for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) the local cost numbers; and - varying the illumination conditions so as to select an optimal set of illumination conditions having an optimized aggregated cost number, wherein the method further comprises: - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements (1, 20, 30, 40) and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements (1, 20, 30, 40), so as to express circuit design intent. - providing an initial set of illumination conditions; - providing a plurality of polygon patterns (1, 20, 30, 40) from the number of polygon patterns (2,3; 20,21; 30,31; 40,41) requiring illumination conditions critical for circuit functionality; - calculating for the initial set of illumination conditions a local cost number for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41), defining a difference measure of at least one critical dimension, between the polygon pattern and a transferred polygon pattern as a function of illumination condition; - aggregating for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) the local cost numbers; and - varying the illumination conditions so as to select an optimal set of illumination conditions having an optimized aggregated cost number, wherein the method further comprises: - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements (1, 20, 30, 40) and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements (1, 20, 30, 40), so as to express circuit design intent. - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements (1, 20, 30, 40) and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements (1, 20, 30, 40), so as to express circuit design intent.
A rotary pump comprising: a housing defining an annular chamber with inlet and outlet ports spaced apart around the chamber, a flexible annular diaphragm forming one side of the chamber spaced opposite an annular wall of the housing, the diaphragm being sealed at its edges to the housing, a partition extending across the chamber from a location between the inlet and outlet ports to the diaphragm; wherein the diaphragm is configured to be pressed progressively against the opposite wall of the housing to force fluid drawn in at the inlet port on one side of the partition around the chamber and to expel it at the outlet port at the other side of the partition; characterised in that the outer face of the annular diaphragm has a trough (41,42) at the part of the diaphragm which faces the inlet port and/or at the part of the diaphragm which faces the outlet port. a housing defining an annular chamber with inlet and outlet ports spaced apart around the chamber, a flexible annular diaphragm forming one side of the chamber spaced opposite an annular wall of the housing, the diaphragm being sealed at its edges to the housing, a partition extending across the chamber from a location between the inlet and outlet ports to the diaphragm; wherein the diaphragm is configured to be pressed progressively against the opposite wall of the housing to force fluid drawn in at the inlet port on one side of the partition around the chamber and to expel it at the outlet port at the other side of the partition; characterised in that the outer face of the annular diaphragm has a trough (41,42) at the part of the diaphragm which faces the inlet port and/or at the part of the diaphragm which faces the outlet port.
A pool with an elliptical frame comprising: a support frame and a flexible pool liner being supported by the support frame for containing water; the support frame comprising a substantially elliptical upper frame being arranged horizontally, a plurality of vertical support members and oblique support members supporting the upper frame; and the upper frame comprising a plurality of arcuate frames positioned at two opposite ends of the elliptical upper frame along a major axis direction, a plurality of straight frames being coupled between the arcuate frames in parallel, the upper frame being configured by combining the arcuate frames and the straight frames; each arcuate frame comprising at least two first horizontal support tubes, and each straight frame comprises at least one second horizontal support tube; characterized in that a lower surface of the second horizontal support tube comprises at least one pair of oblique support holes or at least one oblique support hole, and a diameter of each oblique support hole is larger than an external diameter of the oblique support members. a support frame and a flexible pool liner being supported by the support frame for containing water; the support frame comprising a substantially elliptical upper frame being arranged horizontally, a plurality of vertical support members and oblique support members supporting the upper frame; and the upper frame comprising a plurality of arcuate frames positioned at two opposite ends of the elliptical upper frame along a major axis direction, a plurality of straight frames being coupled between the arcuate frames in parallel, the upper frame being configured by combining the arcuate frames and the straight frames; each arcuate frame comprising at least two first horizontal support tubes, and each straight frame comprises at least one second horizontal support tube; characterized in that a lower surface of the second horizontal support tube comprises at least one pair of oblique support holes or at least one oblique support hole, and a diameter of each oblique support hole is larger than an external diameter of the oblique support members.
A method comprising: applying, by each processor of a plurality of processors, a respective interleave transform to perform interleaved access of a plurality of memory banks, the interleaved access being performed by each processor of the plurality of processors without passing through another processor, wherein for any given memory address in use by the plurality of processors, applying any of the interleave transforms on the given memory address results in selection of a same memory bank of the plurality of memory banks and a same address within the same memory bank, characterized in that: each interleave transform is associated with two or more sets of interleave parameters, each set of interleave parameters of the two or more sets of interleave parameters is associated with an interleave group, and the method further comprises: in response to a request to access memory: identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group. applying, by each processor of a plurality of processors, a respective interleave transform to perform interleaved access of a plurality of memory banks, the interleaved access being performed by each processor of the plurality of processors without passing through another processor, wherein for any given memory address in use by the plurality of processors, applying any of the interleave transforms on the given memory address results in selection of a same memory bank of the plurality of memory banks and a same address within the same memory bank, each interleave transform is associated with two or more sets of interleave parameters, each set of interleave parameters of the two or more sets of interleave parameters is associated with an interleave group, and the method further comprises: in response to a request to access memory: identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group. identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group.
An electronic device comprising: a display configured to display an image on a display screen; and a base member configured to support a tilting movement of the display around a rotational axis between an upright position in which the display is positioned upright with respect to the base member and a parallel position in which the display is positioned in parallel with the base member, wherein the base member comprises a first base member having a first top surface and a second base member having a second top surface, characterised in that, when the display is in the parallel position, the first top surface of the first base member and the second top surface of the second base member are facing the same direction as the display screen, and the first top surface of the first base member is located to a side of the rotational axis from the display and is parallel to the display screen, and wherein a height of the first top surface of the first base member is higher than a height of the second top surface of the second base member. a display configured to display an image on a display screen; and a base member configured to support a tilting movement of the display around a rotational axis between an upright position in which the display is positioned upright with respect to the base member and a parallel position in which the display is positioned in parallel with the base member, wherein the base member comprises a first base member having a first top surface and a second base member having a second top surface, characterised in that, when the display is in the parallel position, the first top surface of the first base member and the second top surface of the second base member are facing the same direction as the display screen, and the first top surface of the first base member is located to a side of the rotational axis from the display and is parallel to the display screen, and wherein a height of the first top surface of the first base member is higher than a height of the second top surface of the second base member.
A method of using a suspension smelting furnace, whereby the suspension smelting furnace comprises a reaction shaft, the method comprising using a concentrate burner, which comprises a fine solid matter supply device comprising a feeder pipe for feeding fine-grained solid matter into the reaction shaft, wherein the mouth of the feeder pipe opens in the reaction shaft; a diffusion device, which is arranged concentrically inside the feeder pipe and which extends to a distance from the mouth of the feeder pipe inside the reaction shaft, and which comprises diffusion gas holes for directing a diffusion gas around the diffusion device to fine solid matter that flows around the diffusion device; and a first gas supply device for feeding a first gas into the reaction shaft, the first gas supply device opening in the reaction shaft through the first annular discharge opening that concentrically surrounds the feeder pipe for mixing first gas that discharges from the said first annular discharge opening with fine solid matter, which discharges from the feeder pipe in the middle and which is directed sidewards by means of diffusion gas; the method comprising feeding fine solid matter into the reaction shaft through the mouth of the feeder pipe of the concentrate burner; feeding diffusion gas into the reaction shaft through the diffusion gas openings of the diffusion device of the concentrate burner for directing diffusion gas to fine solid matter that flows around the diffusion device; and feeding first gas into the reaction shaft through the first annular discharge opening of the first gas supply device of the concentrate burner for mixing first gas with fine solid matter, which discharges from the feeder pipe in the middle and which is directed sidewards by means of diffusion gas; characterized in that the method employs a concentrate burner, which comprises a second gas supply device, which comprises a second annular discharge opening, which is concentric with the first annular discharge opening of the first gas supply device of the concentrate burner, which surrounds the first annular discharge opening, and which opens in the reaction shaft of the suspension smelting furnace; in that second gas is fed into the reaction shaft through the second annular discharge opening of the second gas supply device; in that the first gas and the second gas have different compositions; and in that second gas is fed through the second annular discharge opening of the second gas supply device at a velocity of 10-200 m/s into the reaction shaft.
Apparatus to manage the energy of hot streams of a sterilization machine, comprising: - a heat exchange chamber; - a heat exchanger; - a water collection chamber; wherein the heat exchange chamber is configured to be at least connected at entrance to an inlet pipe for hot streams arriving from a sterilization chamber of the sterilization machine, a heat exchange element being provided inserted into the heat exchange chamber and connected to the hot streams inlet pipe, wherein the heat exchanger is configured to be connected at entrance to a cooling water inlet pipe and to a vacuum extraction branch of a mixed hot stream connected to the sterilization chamber and at exit to a cooling water introduction pipe connected to the water collection chamber and to an outlet pipe for the cooled streams, wherein the water collection chamber is connected to the heat exchange chamber by means of a transfer pipe and is configured to be connected at entrance to said cooling water introduction pipe and wherein said water collection chamber is also connected in use to a suction device at entrance via a vacuum circuit water inlet pipe to supply water from the suction device to the water collection chamber and at exit via a condensation water outlet pipe to supply condensation water from said water collection chamber to said suction device. - a heat exchange chamber; - a heat exchanger; - a water collection chamber;
A cooking appliance (100A, 100B, 200, 300) comprising: one or more heating elements (114A, 114B); a cooking chamber; a cooking platform in the cooking chamber; a camera (118A, 118B, 222, 3818) attached to the interior of a main chamber of the cooking chamber and adapted to capture an image of a content at least partially inside the cooking chamber; a computing device configured to control the heating elements (114A, 114B, 218) based on the captured image; and a light source configured to illuminate the cooking chamber for the camera; characterized in that the computing device is configured to: analyze the captured image to determine a change in a state of the content based on the captured image; drive at least one of the heating elements to emit at a peak emission wavelength corresponding to an excitable wavelength of the cooking platform; and re-configure at least one of the heating elements (114A, 114B) from emitting at a first peak emission wavelength to emitting at a second peak emission wavelength different from the first peak emission wavelength in response to the change. one or more heating elements (114A, 114B); a cooking chamber; a cooking platform in the cooking chamber; a camera (118A, 118B, 222, 3818) attached to the interior of a main chamber of the cooking chamber and adapted to capture an image of a content at least partially inside the cooking chamber; a computing device configured to control the heating elements (114A, 114B, 218) based on the captured image; and a light source configured to illuminate the cooking chamber for the camera; characterized in that the computing device is configured to: analyze the captured image to determine a change in a state of the content based on the captured image; drive at least one of the heating elements to emit at a peak emission wavelength corresponding to an excitable wavelength of the cooking platform; and re-configure at least one of the heating elements (114A, 114B) from emitting at a first peak emission wavelength to emitting at a second peak emission wavelength different from the first peak emission wavelength in response to the change. analyze the captured image to determine a change in a state of the content based on the captured image; drive at least one of the heating elements to emit at a peak emission wavelength corresponding to an excitable wavelength of the cooking platform; and re-configure at least one of the heating elements (114A, 114B) from emitting at a first peak emission wavelength to emitting at a second peak emission wavelength different from the first peak emission wavelength in response to the change.
Nutritional composition for use in providing nutritional support to a subject born before 37 weeks gestational age receiving parenteral nutrition, wherein said nutritional composition comprises a lipid component comprising a stable emulsion of docosahexaenoic acid, arachidonic acid and an emulsifier wherein the emulsifier comprises lecithin, mono-glyceride(s) or diglycerides; wherein the lipid component comprises at least 0.64% arachidonic acid and at least 2.0% docosahexaenoic acid by weight of the total composition, wherein said nutritional composition is enterally administered to the subject in a volume dose between 0.7 and 1.3 mL, further wherein the nutritional composition is packaged in a single unit-dose delivery package of 1.5 mL total volume
Method for operating a user equipment with a base station assigned to at least two core networks (CON1, CON2) in co-existence mode of a cellular network, the user equipment operating in a data communication mode with direct connection termination in the at least one core network, the method comprising the steps for the user equipment of: - camping on the base station with access to at least two core networks (CON1, CON2) of different technology standards, - receiving a transmission from said base station indicating available radio resources of the first and of the second core network (CON1, CON2), - selecting the core network which is appropriate for said envisaged connection, - sending a connection request for said envisaged connection to the base station using parts of said indicated radio resources belonging to the selected core network, - receiving a connection setup indication from the base station, wherein when the UE is operating mobile and is capable to select a new serving base station, in case of detecting a radio link failure for the communication with the previously serving base station, the method further comprising the steps of: - selecting a new base station, - sending a connection request to the new base station being indicative of the core network (CON1, CON2) being selected with the previously serving base station. - camping on the base station with access to at least two core networks (CON1, CON2) of different technology standards, - receiving a transmission from said base station indicating available radio resources of the first and of the second core network (CON1, CON2), - selecting the core network which is appropriate for said envisaged connection, - sending a connection request for said envisaged connection to the base station using parts of said indicated radio resources belonging to the selected core network, - receiving a connection setup indication from the base station, wherein when the UE is operating mobile and is capable to select a new serving base station, in case of detecting a radio link failure for the communication with the previously serving base station, the method further comprising the steps of: - selecting a new base station, - sending a connection request to the new base station being indicative of the core network (CON1, CON2) being selected with the previously serving base station. - selecting a new base station, - sending a connection request to the new base station being indicative of the core network (CON1, CON2) being selected with the previously serving base station.
A compound of Formula I: which is 5-(4-Bromophenyl)-3-(isopentyl)-1-(4-aminosulfonylphenyl)-1H-pyrazole or a pharmaceutically acceptable salt thereof.
A composition comprising (a) an oil of lubricating viscosity and (b) an additive of formula wherein X 1 is oxygen or sulfur; A is -X 2 -R 3 or -R 3 where X 2 is oxygen or sulfur and R 3 is a hydrocarbyl group containing at least 10 carbon atoms; R 1 and R 2 are each independently hydrogen or a hydrocarbon group, or where R 1 and R 2 together form a hydrocarbyl ring; and where the oil of lubricating viscosity is a natural oil.
De-icing arrangement (100; 400) for de-icing a structural element, said de-icing arrangement comprising: - at least one electromagnetic actuator (104; 404; 604), - a capacitive storage bank (103; 403), - a control unit (101; 401; 1001) arranged to provide an excitation pulse (p) to the at least one electromagnetic actuator, - a charging circuit (102; 402) arranged to charge the capacitive storage bank (103; 403), wherein the at least one electromagnetic actuator (104; 404; 604) is arranged to expand in at least one direction when fed with the excitation pulse and wherein the at least one electromagnetic actuator (104; 404; 604) is placed in relation to said structural element so as to apply a mechanical force caused by the expansion on the structural element, characterized in that the control unit (101; 401; 1001) is arranged to control cutoff of current discharge of the capacitive storage bank into the at least one electromagnetic actuator so as to abort the excitation pulse (p) at a predetermined timing (t_abort) after start of the excitation pulse. - at least one electromagnetic actuator (104; 404; 604), - a capacitive storage bank (103; 403), - a control unit (101; 401; 1001) arranged to provide an excitation pulse (p) to the at least one electromagnetic actuator, - a charging circuit (102; 402) arranged to charge the capacitive storage bank (103; 403),
Cannabidiol for use in the treatment of benign tumours associated with Tuberous Sclerosis Complex, wherein the CBD is present as a highly purified extract of cannabis which comprises at least 95% (w/w) CBD or is present as a synthetic compound, and wherein the treatment is the reduction of tumours.