mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit comprising: a processor system comprising a core complex having a core (208,210) configured to execute program code wherein the processor system is hard-wired and comprises a processor hardware resource located within the processor system; and a programmable circuitry configurable to implement different physical circuits and coupled to the processor system, wherein the programmable circuitry is configured to share usage of the processor hardware resource (240,246) with the core complex, and wherein the processor hardware resource is an input/output device providing an interface and configured to generate an interrupt signal to the programmable circuitry and the core complex, characterized in that: responsive to the interrupt signal, the core complex is arranged to service the interrupt signal when the core complex has control over the processor hardware resource; and the programmable circuitry is arranged to service the interrupt signal when the programmable circuitry has control over the processor hardware resource. a processor system comprising a core complex having a core (208,210) configured to execute program code wherein the processor system is hard-wired and comprises a processor hardware resource located within the processor system; and a programmable circuitry configurable to implement different physical circuits and coupled to the processor system, wherein the programmable circuitry is configured to share usage of the processor hardware resource (240,246) with the core complex, and wherein the processor hardware resource is an input/output device providing an interface and configured to generate an interrupt signal to the programmable circuitry and the core complex, characterized in that: responsive to the interrupt signal, the core complex is arranged to service the interrupt signal when the core complex has control over the processor hardware resource; and the programmable circuitry is arranged to service the interrupt signal when the programmable circuitry has control over the processor hardware resource.
A method for identifying a line of sight path, wherein the method comprises: receiving, by a wireless device, a signal, wherein the signal comprises radio signals sent by a to-be-identified device through a plurality of paths; obtaining, by the wireless device based on the signal, an energy of the radio signal transmitted through each of the plurality of paths; selecting, by the wireless device, at least one path of the earliest-arrived radio signal as the to-be-checked path; and when a condition is met, determining, by the wireless device, that the to-be-checked path of the plurality of paths is a line of sight path, wherein the condition comprises that a ratio of an energy of the radio signal transmitted through the to-be-checked path to a total energy of the radio signals transmitted through the plurality of paths is greater than a threshold. receiving, by a wireless device, a signal, wherein the signal comprises radio signals sent by a to-be-identified device through a plurality of paths; obtaining, by the wireless device based on the signal, an energy of the radio signal transmitted through each of the plurality of paths; selecting, by the wireless device, at least one path of the earliest-arrived radio signal as the to-be-checked path; and when a condition is met, determining, by the wireless device, that the to-be-checked path of the plurality of paths is a line of sight path, wherein the condition comprises that a ratio of an energy of the radio signal transmitted through the to-be-checked path to a total energy of the radio signals transmitted through the plurality of paths is greater than a threshold.
A method of making a functionalized elastomer, the method comprising the step of: polymerizing a conjugated diene monomer in the presence of a lanthanide-based coordination polymerization catalyst activated with a magnesium compound of formula 1 where R 1 is phenylene, or a linear or branched alkane diyl group containing 2 to 10 carbon atoms, or a combination of one or more phenylene groups and one or more linear or branched alkane diyl groups containing 1 to 10 carbon atoms; Q is of formula 2 or 3 where R 2 is phenyl, or a linear or branched alkyl group containing 2 to 10 carbon atoms; and where R 3 and R 4 are independently phenyl or a linear or branched alkyl group containing 1 to 10 carbon atoms, or R 2 and R 3 taken together with the nitrogen atom represent a nitrogen containing heterocyclic group containing from 4 to 12 carbon atoms. where R 1 is phenylene, or a linear or branched alkane diyl group containing 2 to 10 carbon atoms, or a combination of one or more phenylene groups and one or more linear or branched alkane diyl groups containing 1 to 10 carbon atoms; Q is of formula 2 or 3 where R 2 is phenyl, or a linear or branched alkyl group containing 2 to 10 carbon atoms; and where R 3 and R 4 are independently phenyl or a linear or branched alkyl group containing 1 to 10 carbon atoms, or R 2 and R 3 taken together with the nitrogen atom represent a nitrogen containing heterocyclic group containing from 4 to 12 carbon atoms.
A display device, comprising: a first substrate (500, 1000); at least a first wavelength conversion layer (WC_G) and a second wavelength conversion layer (WC_R) disposed on the first substrate (500, 100) and spaced apart from each other; a first polarization layer disposed on the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), the first polarization layer comprising a first reflection portion and a first transmitting portion, and a backlight unit configured to provide blue light to the first substrate a light-transmitting layer disposed on the first substrate adjacent to the second wavelength conversion layer (WC_R), wherein the light-transmitting layer is configured to transmit the blue light incident thereto and to emit the blue light, wherein a wavelength of the blue light incident onto the light-transmitting layer is the same as a wavelength of the blue light passing through the light-transmitting layer, and wherein the first reflection portion overlaps a gap formed between the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), characterized in that the thickness of the first wavelength conversion layer (WC_G) is different from the thickness of the second wavelength conversion layer (WC_R). a first substrate (500, 1000); at least a first wavelength conversion layer (WC_G) and a second wavelength conversion layer (WC_R) disposed on the first substrate (500, 100) and spaced apart from each other; a first polarization layer disposed on the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), the first polarization layer comprising a first reflection portion and a first transmitting portion, and a backlight unit configured to provide blue light to the first substrate a light-transmitting layer disposed on the first substrate adjacent to the second wavelength conversion layer (WC_R), wherein the light-transmitting layer is configured to transmit the blue light incident thereto and to emit the blue light, wherein a wavelength of the blue light incident onto the light-transmitting layer is the same as a wavelength of the blue light passing through the light-transmitting layer, and wherein the first reflection portion overlaps a gap formed between the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), characterized in that the thickness of the first wavelength conversion layer (WC_G) is different from the thickness of the second wavelength conversion layer (WC_R).
Toilet hinge arrangement for fastening of a toilet cover assembly, including a toilet seat and/or a toilet cover, to a toilet bowl, so that the toilet cover assembly can pivot about a substantially horizontal rotation axis, where one or more dampeners in the toilet hinge arrangement are activated for dampening a downward movement of said toilet seat and/or cover, said toilet hinge arrangement includes: - the at least one dampener, said dampener having a body and a first end projecting from said body where said first end is rotatably arranged relative to the dampener body, where a rotation of the first end is dampened relative to the body, and that the dampener body has a free end opposite to the first end; - an engagement part where said engagement part has means for engaging complementary means on said first end of said dampener; - a first ring-shaped connection eye either being integral with or attachable to the toilet seat or cover, having an opening such that the ring-shaped connection eye is arranged about the dampener body; - a second ring-shaped connection eye either being integral with or attachable to the toilet seat or cover, having means for engaging the free end of said dampener body in a non-rotatable manner, characterised in that said dampener is provided with first flexible and resilient fastening means adjacent the free end of the dampener body, in that said second ring shaped connection eye is provided with means for accommodating and firmly engaging said dampener's first flexible and resilient fastening means; and in that said means of the engagement part are second fastening means which second fastening means are resilient and biased, such that the second fastening means firmly engage said first end of the dampener where both first and second fastening means (45, 11) maintain the dampener in fixed relationship to the engagement part and said second ring shaped connection eye axially along the rotation axis. - the at least one dampener, said dampener having a body and a first end projecting from said body where said first end is rotatably arranged relative to the dampener body, where a rotation of the first end is dampened relative to the body, and that the dampener body has a free end opposite to the first end; - an engagement part where said engagement part has means for engaging complementary means on said first end of said dampener; - a first ring-shaped connection eye either being integral with or attachable to the toilet seat or cover, having an opening such that the ring-shaped connection eye is arranged about the dampener body; - a second ring-shaped connection eye either being integral with or attachable to the toilet seat or cover, having means for engaging the free end of said dampener body in a non-rotatable manner, characterised in that said dampener is provided with first flexible and resilient fastening means adjacent the free end of the dampener body, in that
A press for cold pressing of oilseeds, comprising a cylindrical housing with an O-axis with oil outlet openings for discharging the pressed out oil, and a screw with a slightly rounded screw header provided in said housing, said header being provided with a screw tip wherein an inlet opening connected to a hopper for oilseeds is provided in the front part of said housing, said press comprising also a press head fixed to said housing, said press head being a solid cylinder with a central opening and a front header located coaxially against said screw header, splines extending radially from said central opening being provided in said front header, said press comprising also a nozzle with a nozzle hole shaped as a truncated circular cone with a generant k 1 forming an angle α with said O-axis of said housing, said nozzle hole converting to a discharge opening for discharging the solid residue, characterized in that longitudinal spline ways are provided on the inner wall of said housing, and said outlet openings are located in the middle part of said housing, and said splines are triangular and with a triangular cross section and apexes located next to the outer wall of said press head, and said splines are provided symmetrically in said front header of said press head, and said discharge opening is a truncated circular cone with a small base common with the small base of said nozzle hole, and wherein said screw tip comprises a cylindrical part in the form of a multiple thread screw located in said central opening of said press head and the very beginning of said nozzle hole, and a conical part in the form of truncated circular cone with a generant k 2 located in said nozzle hole and the front part of said discharge opening, and wherein said generant k 2 forms with the O-axis of said housing an angle β smaller than the angle α, and a gap b is provided between said nozzle hole and said conical part of said screw tip, said gap decreasing towards the narrowest part of said nozzle hole.
An industrial plant comprising an alternating current power line connectable to a power source, at least a first ac/dc converter (19, 20) in communication with the power source through the alternating current power line, a first direct current power line (23, 24) downstream of the ac/dc converter (19, 20), at least a first critical load powered by the first direct current power line (23, 24), the first critical load comprising at least a first dc/ac converter and a first electric motor driven by the first dc/ac converter, the plant comprising an energy accumulation system to come into operation in the event of a fault in the alternating current power line, the accumulation system comprises a first flywheel (28, 31, 40), a first electric machine (29, 32, 41) connected to the first flywheel (28, 31, 40), a first two-way ac/dc converter (30, 33, 44) operatively interposed between the first electric machine (29, 32, 41) and the first direct current power line (23, 24), the first electric machine (29, 32, 41) operating as a motor which sets the first flywheel (28, 31, 40) in rotation when the alternating current power line is in service and operating as a generator, driven by the inertia of the first flywheel (28, 31, 40) when the alternating current power line is out of service, the industrial plant being characterized in that it comprises a second ac/dc converter (21, 22) in communication with the power source through the alternating current power line, a second direct current power line (25, 26) downstream of the second ac/dc converter (21, 22), at least one second critical load powered by the direct current power line (25, 26), the energy accumulation system comprising a second electric machine (42, 43) connected to the first flywheel, a second two-way ac/dc converter (45, 46) operatively interposed between the second electric machine (42, 43) and the second direct current power line (25, 26), the second electric machine (42, 43) operating as a generator, driven by the inertia of the first flywheel when the alternating current power line is out of service.
A lipocalin mutein that is capable of binding hepcidin with an affinity by a K D of about 10 nM or lower, wherein the lipocalin mutein comprises: (a) at least 2 mutated amino acid residues at any of the sequence positions 96, 100, and 106 of the linear polypeptide sequence of NGAL according to SEQ ID NO: 35; and (b) at least one mutated amino acid residue at any of the sequence positions corresponding to the sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 103, 125, 127, 132, and 134 of the linear polypeptide sequence of NGAL; and wherein the lipocalin mutein has an amino acid sequence identity of at least 90% to an amino acid sequence selected from the group consisting of SEQ ID NOs: 1-14. (a) at least 2 mutated amino acid residues at any of the sequence positions 96, 100, and 106 of the linear polypeptide sequence of NGAL according to SEQ ID NO: 35; and (b) at least one mutated amino acid residue at any of the sequence positions corresponding to the sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 103, 125, 127, 132, and 134 of the linear polypeptide sequence of NGAL;
A medical retrieval device, comprising: a sheath extending from a proximal end to a distal end; a light source coupled to the sheath, the light source having a first state in which light is not emitted distally of sheath and a second state wherein the light source emits a visual pattern distally of the distal end of the sheath, wherein the visual pattern represents a diameter of a lumen of the sheath; and a visual guide coupled to the distal end of the sheath, wherein the light source is disposed on the visual guide and includes a plurality of light-emitting diodes. a sheath extending from a proximal end to a distal end; a light source coupled to the sheath, the light source having a first state in which light is not emitted distally of sheath and a second state wherein the light source emits a visual pattern distally of the distal end of the sheath, wherein the visual pattern represents a diameter of a lumen of the sheath; and a visual guide coupled to the distal end of the sheath, wherein the light source is disposed on the visual guide and includes a plurality of light-emitting diodes.
A thrust recovery outflow valve, comprising: a valve frame configured to be mounted on an aircraft exterior skin, the valve frame including an inner surface that defines a flow passage through the valve frame; and a bi-fold valve door mounted within the valve frame, the bi-fold valve door comprising: an aft door section rotationally coupled to the valve frame and rotatable, relative to the valve frame and about a first rotational axis, between an aft door closed position and an aft door full-open position, the aft door section having a ram air opening formed therein, a forward door section rotationally coupled to the aft door section and configured to receive a rotational drive torque, the forward door section rotatable, relative to the valve frame and the aft door section and about a second rotational axis that is separate from the first rotational axis, between a forward door closed position and a forward door full-open position, and characterised in that the thrust recovery outflow valve further comprises: a ram air flap rotationally mounted on the aft door section and rotatable, relative to the aft door section and about a third rotational axis that is separate from the first and second rotational axes, between a flap closed position, which prevents air flow through the ram air opening, and a flap open position, which allows air flow through the ram air opening. a valve frame configured to be mounted on an aircraft exterior skin, the valve frame including an inner surface that defines a flow passage through the valve frame; and a bi-fold valve door mounted within the valve frame, the bi-fold valve door comprising: an aft door section rotationally coupled to the valve frame and rotatable, relative to the valve frame and about a first rotational axis, between an aft door closed position and an aft door full-open position, the aft door section having a ram air opening formed therein, a forward door section rotationally coupled to the aft door section and configured to receive a rotational drive torque, the forward door section rotatable, relative to the valve frame and the aft door section and about a second rotational axis that is separate from the first rotational axis, between a forward door closed position and a forward door full-open position, and an aft door section rotationally coupled to the valve frame and rotatable, relative to the valve frame and about a first rotational axis, between an aft door closed position and an aft door full-open position, the aft door section having a ram air opening formed therein, a forward door section rotationally coupled to the aft door section and configured to receive a rotational drive torque, the forward door section rotatable, relative to the valve frame and the aft door section and about a second rotational axis that is separate from the first rotational axis, between a forward door closed position and a forward door full-open position, and
A luminaire having • a narrowly designed housing, which on at least one broadside has a broadsided light emission surface, • a light guide in the form of a disk with a front light guide emission surface corresponding to the light emission surface, • and a first light source, which is arranged on the narrow side opposite the light guide, wherein the light source radiates the light on the narrow side into the light guide and the latter emits the light on the broad side, wherein the housing has a shell-shaped side housing cover (3a, 3b) and the luminaire furthermore has a base support, which is detachably connected to the housing cover (3a, 3b) and forms a rear cover, and wherein the luminaire in its lower region has a second light source, which is configured for a downwardly directed light emission suitable for illumination, wherein the luminaire furthermore has a control lamp for displaying a desired operating state, characterized in that the control lamp is arranged in the luminaire in the lower region of the base support or on the lower edge region of the housing cover (3a, 3b) to the rear of the light guide in such a manner that its light through the emission surface is visible from the outside. • a narrowly designed housing, which on at least one broadside has a broadsided light emission surface, • a light guide in the form of a disk with a front light guide emission surface corresponding to the light emission surface, • and a first light source, which is arranged on the narrow side opposite the light guide, wherein the light source radiates the light on the narrow side into the light guide and the latter emits the light on the broad side, wherein the housing has a shell-shaped side housing cover (3a, 3b) and the luminaire furthermore has a base support, which is detachably connected to the housing cover (3a, 3b) and forms a rear cover, and wherein the luminaire in its lower region has a second light source, which is configured for a downwardly directed light emission suitable for illumination, wherein the luminaire furthermore has a control lamp for displaying a desired operating state, characterized in that the control lamp is arranged in the luminaire in the lower region of the base support or on the lower edge region of the housing cover (3a, 3b) to the rear of the light guide in such a manner that its light through the emission surface is visible from the outside.
An avionics system comprising: a DC power line; said DC power line used as a data network; three avionics units, each unit comprising: - a local power supply connected to a DC return of said DC power line; - a modem that modulates a first RF signal with first digital data and that demodulates a second RF signal to recover second digital data; and - a filter connected to said modem and to a hot side of said DC power line wherein said filter couples said first RF signal from said modem to the DC power line and couples said second RF signal from the DC power line to said modem; said filter connected to said local power supply wherein said filter filters out said RF signal from said local power supply, wherein said filter comprises: a first inductance connected to a hot side of the DC power line; a second inductance connected in series with said first inductance and connected to said local power supply; and a capacitance with a first plate connected between said first inductance and said second inductance and a second plate connected to said modem so that said first RF signal is passed from said modem to the DC power line and said second RF signal is passed from the DC power line to said modem. - a local power supply connected to a DC return of said DC power line; - a modem that modulates a first RF signal with first digital data and that demodulates a second RF signal to recover second digital data; and - a filter connected to said modem and to a hot side of said DC power line wherein said filter couples said first RF signal from said modem to the DC power line and couples said second RF signal from the DC power line to said modem; said filter connected to said local power supply wherein said filter filters out said RF signal from said local power supply,