mhurhangee/ep-ind-claims huggingface dataset:
Electrical distribution device including: - at least one power controller (CAj) that can be connected to at least one electrical component (Oi), - at least one local controller that can interface at least one power controller (CAj) with at least one external calculator, and - local power supply paths (VAk) that can supply said at least one power controller (CAj) and said at least one local controller, characterised in that said at least one power controller (CAj) and said at least one local controller each include a DC/DC type local converter that can be coupled to the local power supply paths (VAk), and the device further including an energy reservoir coupled to the local power supply paths (VAk), to the local converter of said at least one power controller (CAj) and to the local converter of said at least one local controller. - at least one power controller (CAj) that can be connected to at least one electrical component (Oi), - at least one local controller that can interface at least one power controller (CAj) with at least one external calculator, and - local power supply paths (VAk) that can supply said at least one power controller (CAj) and said at least one local controller,
An anti-viral tissue product comprising one or more tissue sheets containing an anti-viral component and a pH indicator, wherein the color of the pH indicator in one or more of the tissue sheets changes when contacted with mucus, and characterized in that the color of the pH indicator in one or more of the tissue sheets changes when contacted with mucus having a pH from 7.2 to 8.3.
A fish processing machine comprising mouth access providing means enabling that a fish can be processed through the mouth of said fish, said mouth access providing means including, mouth penetrating means for penetrating the mouth of said fish, displacement means for displacing said mouth penetrating means or said fish in relation to each other to place said mouth penetrating means in the mouth of said fish, characterized in that it comprises sensor means for detecting the location of the mouth of said fish, and adjustment means for adjusting the position of said mouth penetrating means or said fish in relation to output from said sensor means.
The combination of a stent graft and a deployment device therefor, the stent graft comprising a tubular body of a biocompatible graft material defining a main lumen therethrough, at least one aperture in the tubular body, and a flexible side arm sealingly fastened around the at least one aperture, the flexible tubular side arm extending into the main lumen and able to be turned inside out to extend from the tubular body, and provide a tubular side arm in fluid communication with the main lumen, characterised in that the deployment device comprises a deployment catheter, a guide wire catheter which is arranged to extend along the main lumen, and a side arm catheter which is capable of being moved along the main lumen independently of the guide wire catheter to guide the tubular side arm from its disposition extending into the main lumen to its disposition extending from the tubular body.
A method of generating a forwarding entry performed by a remote device, the method comprising the steps of: receiving a first synchronous message carrying address information of a host from a first Distributed Resilient Network Interconnect, DR, member device and a second synchronous message carrying address information of the host from a second DR member device, wherein the first DR member device and the second DR member device constitute a DR device and are both connected with the host via an aggregation port that is constituted by physical ports (131-3, 132-4, 111-1, 111-2) of the first DR member device, the second DR member device and the host; and wherein, the first synchronous message is generated by the first DR member device according to an Address Resolution Protocol, ARP, packet received from the host and carries an identifier of the aggregation port, determining that the remote device is connected with the first DR member device in the DR device via a first tunnel and connected with the second DR member device in the DR device via a second tunnel according to the identifier of the aggregation port; generating a first forwarding entry corresponding to the host according to the first tunnel, wherein the first forwarding entry comprises the address information of the host, the identifier of the aggregation port and information of the first tunnel; and generating a second forwarding entry corresponding to the host according to the second tunnel, wherein the second forwarding entry comprises the address information of the host, the identifier of the aggregation port and information of the second tunnel. receiving a first synchronous message carrying address information of a host from a first Distributed Resilient Network Interconnect, DR, member device and a second synchronous message carrying address information of the host from a second DR member device, wherein the first DR member device and the second DR member device constitute a DR device and are both connected with the host via an aggregation port that is constituted by physical ports (131-3, 132-4, 111-1, 111-2) of the first DR member device, the second DR member device and the host; and wherein, the first synchronous message is generated by the first DR member device according to an Address Resolution Protocol, ARP, packet received from the host and carries an identifier of the aggregation port, determining that the remote device is connected with the first DR member device in the DR device via a first tunnel and connected with the second DR member device in the DR device via a second tunnel according to the identifier of the aggregation port; generating a first forwarding entry corresponding to the host according to the first tunnel, wherein the first forwarding entry comprises the address information of the host, the identifier of the aggregation port and information of the first tunnel; and generating a second forwarding entry corresponding to the host according to the second tunnel, wherein the second forwarding entry comprises the address information of the host, the identifier of the aggregation port and information of the second tunnel.
A display device comprising: an image projector comprising an image forming device and a meta-lens module, the image projector configured to output image light formed by the image forming device; and a meta-waveguide configured to transfer the image light output from the image projector to a field of view of a user, the meta-waveguide comprising: a waveguide element configured to totally reflect light inside the waveguide element, an input coupler comprising a plurality of first nanostructures configured to form a first phase gradient in a first direction, the input coupler configured to couple the image light from the image projector to the inside of the waveguide element, wherein the first phase gradient is in a form in which a phase modulation pattern of a monotonic increase or decrease in a first range is repeated in the first direction, and an output coupler comprising a plurality of second nanostructures configured to form a second phase gradient in a second direction different from the first direction, the output coupler configured to output the image light coupled to the inside of the waveguide element by the input coupler, to an outside of the waveguide element. an image projector comprising an image forming device and a meta-lens module, the image projector configured to output image light formed by the image forming device; and a meta-waveguide configured to transfer the image light output from the image projector to a field of view of a user, the meta-waveguide comprising: a waveguide element configured to totally reflect light inside the waveguide element, an input coupler comprising a plurality of first nanostructures configured to form a first phase gradient in a first direction, the input coupler configured to couple the image light from the image projector to the inside of the waveguide element, wherein the first phase gradient is in a form in which a phase modulation pattern of a monotonic increase or decrease in a first range is repeated in the first direction, and an output coupler comprising a plurality of second nanostructures configured to form a second phase gradient in a second direction different from the first direction, the output coupler configured to output the image light coupled to the inside of the waveguide element by the input coupler, to an outside of the waveguide element. a waveguide element configured to totally reflect light inside the waveguide element, an input coupler comprising a plurality of first nanostructures configured to form a first phase gradient in a first direction, the input coupler configured to couple the image light from the image projector to the inside of the waveguide element, wherein the first phase gradient is in a form in which a phase modulation pattern of a monotonic increase or decrease in a first range is repeated in the first direction, and an output coupler comprising a plurality of second nanostructures configured to form a second phase gradient in a second direction different from the first direction, the output coupler configured to output the image light coupled to the inside of the waveguide element by the input coupler, to an outside of the waveguide element.
A foam facer, which is a laminate comprising - a first aluminum layer of aluminum or an aluminum alloy; - a first polyethylene-containing polymer layer; - a sheet of paper; - a second polyethylene-containing polymer layer; and - optionally, a second aluminum layer of aluminum or an aluminum alloy; the sheet of paper being placed between the first and the second polyethylene-containing polymer layer (20, 40), the first polyethylene-containing polymer layer being placed between the first aluminum layer and the sheet of paper and the second polyethylene-containing polymer layer being placed between the second aluminum layer, if present, and the sheet of paper, wherein the first and/or the second polyethylene-containing polymer layer (20, 40) contain(s) independently from another 10 to 60 wt.% of a mineral filler, based on the total weight of the respective layer, the mineral filler is selected from the group consisting of calcium carbonate, calcium magnesium carbonate, talc, clay, a magnesium hydroxide compound, an aluminum hydroxide compound and combinations thereof, and the mineral filler has a mean particle diameter D50 of 0,5 μm or more and 10 μm or less as determined by laser diffraction analysis. - a first aluminum layer of aluminum or an aluminum alloy; - a first polyethylene-containing polymer layer; - a sheet of paper; - a second polyethylene-containing polymer layer; and - optionally, a second aluminum layer of aluminum or an aluminum alloy;
A method which is applied to a paper handling device for detecting the height of a paper bundle, comprising: applying pressure to an externally inserted paper bundle, which is piled with at least one piece of paper, in the piled direction of the paper bundle; and detecting a height (Ha) of the paper bundle, characterised by: in the detecting step, detecting the height (Ha) of the paper bundle in a state where the pressure is applied; and by the further steps of: calculating the thickness of one piece of paper (Hb) by counting the number of pieces of paper in the paper bundle and dividing the detected height (Ha) of the paper bundle by the number of pieces of paper; and calculating the maximum number of pieces of paper (Δx) that can be subsequently inserted, when the paper bundle to be handled together is inserted over a plurality of times, by dividing a value obtained by subtracting the accumulated value of the height (Ha) detected for each inserted paper bundle from a predetermined upper limit (H max) of the accumulated value by the thickness of one piece of paper (Hb) and notifying an external device of the maximum number. applying pressure to an externally inserted paper bundle, which is piled with at least one piece of paper, in the piled direction of the paper bundle; and detecting a height (Ha) of the paper bundle, in the detecting step, detecting the height (Ha) of the paper bundle in a state where the pressure is applied; and by the further steps of: calculating the thickness of one piece of paper (Hb) by counting the number of pieces of paper in the paper bundle and dividing the detected height (Ha) of the paper bundle by the number of pieces of paper; and calculating the maximum number of pieces of paper (Δx) that can be subsequently inserted, when the paper bundle to be handled together is inserted over a plurality of times, by dividing a value obtained by subtracting the accumulated value of the height (Ha) detected for each inserted paper bundle from a predetermined upper limit (H max) of the accumulated value by the thickness of one piece of paper (Hb) and notifying an external device of the maximum number. calculating the thickness of one piece of paper (Hb) by counting the number of pieces of paper in the paper bundle and dividing the detected height (Ha) of the paper bundle by the number of pieces of paper; and calculating the maximum number of pieces of paper (Δx) that can be subsequently inserted, when the paper bundle to be handled together is inserted over a plurality of times, by dividing a value obtained by subtracting the accumulated value of the height (Ha) detected for each inserted paper bundle from a predetermined upper limit (H max) of the accumulated value by the thickness of one piece of paper (Hb) and notifying an external device of the maximum number.
An active grille system, comprising: a frame; a first set of at least one louver rotatably mounted to the frame; a second set of at least one louver rotatably mounted to the frame; a camming mechanism including a first camming plate rotatably mounted to a shaft and second camming plate rotatably mounted to the shaft for providing selective actuation of the first set of at least one louver and the second set of at least one louver, wherein the camming mechanism is rotatable between a first position, a second position, and a third position; wherein the first position, the second position and the third position rotate the first set of at least one louver and the second set of at least one louver to an opened position, closed position and intermediate position, each corresponding to the first position, the second position and the third position; a first link pivotally connected to the first set of at least one louver, a second link pivotally connected to the second set of at least one louver; a first slot formed on the first camming plate and a second slot formed on the second camming plate, where the first slot is shaped differently from the second slot; and a pin of the first link received in the first slot and a pin of the second link received in the second slot, wherein the first slot and the second slot are shaped to move the respective one of the pin of the first link and the pin of the second link separately. a frame; a first set of at least one louver rotatably mounted to the frame; a second set of at least one louver rotatably mounted to the frame; a camming mechanism including a first camming plate rotatably mounted to a shaft and second camming plate rotatably mounted to the shaft for providing selective actuation of the first set of at least one louver and the second set of at least one louver, wherein the camming mechanism is rotatable between a first position, a second position, and a third position; wherein the first position, the second position and the third position rotate the first set of at least one louver and the second set of at least one louver to an opened position, closed position and intermediate position, each corresponding to the first position, the second position and the third position; a first link pivotally connected to the first set of at least one louver, a second link pivotally connected to the second set of at least one louver; a first slot formed on the first camming plate and a second slot formed on the second camming plate, where the first slot is shaped differently from the second slot; and a pin of the first link received in the first slot and a pin of the second link received in the second slot, wherein the first slot and the second slot are shaped to move the respective one of the pin of the first link and the pin of the second link separately.
A monitoring system for a vehicle, comprising: - at least one imaging sensor being arranged at a side mirror of a front-seat passenger side of the vehicle, - a displaying unit being arranged in a visual range of a driver of the vehicle, and - a control unit being configured to receive information on a status of at least a turning indicator, the imaging sensor being configured to capture image data of an environment of the vehicle, the displaying unit being configured to display the image data of the imaging sensor, and the control unit being configured to control the display of the image data by means of the displaying unit based on the information of the status of the turning indicator, characterized in that the control unit is further configured to receive information on an obstruction of a sight line between the driver and the side mirror of the front-seat passenger side of the vehicle, and the control unit is configured to control the display of the image data by means of the displaying unit based on the information on the obstruction of the sight line between the driver and the side mirror. - at least one imaging sensor being arranged at a side mirror of a front-seat passenger side of the vehicle, - a displaying unit being arranged in a visual range of a driver of the vehicle, and - a control unit being configured to receive information on a status of at least a turning indicator, the imaging sensor being configured to capture image data of an environment of the vehicle, the displaying unit being configured to display the image data of the imaging sensor, and the control unit being configured to control the display of the image data by means of the displaying unit based on the information of the status of the turning indicator, characterized in that the control unit is further configured to receive information on an obstruction of a sight line between the driver and the side mirror of the front-seat passenger side of the vehicle, and the control unit is configured to control the display of the image data by means of the displaying unit based on the information on the obstruction of the sight line between the driver and the side mirror.
A method, comprising: performing, by a first device, a communication comprising transmitting packets of a first traffic flow and packets of a second traffic flow via a first radio bearer to a second device; detecting, by the first device, that further packets of the second traffic flow are to be transmitted via a second radio bearer to the second device; and based on the detecting, transmitting, by the first device, a packet data unit via the first radio bearer to the second device, wherein the packet data unit comprises an indication of a switch of the second traffic flow to the second radio bearer, and wherein packets of the first traffic flow continue to be transmitted via the first radio bearer. performing, by a first device, a communication comprising transmitting packets of a first traffic flow and packets of a second traffic flow via a first radio bearer to a second device; detecting, by the first device, that further packets of the second traffic flow are to be transmitted via a second radio bearer to the second device; and based on the detecting, transmitting, by the first device, a packet data unit via the first radio bearer to the second device, wherein the packet data unit comprises an indication of a switch of the second traffic flow to the second radio bearer, and wherein packets of the first traffic flow continue to be transmitted via the first radio bearer.
A paint mixture comprising a paint and paper sludge-derived sintered carbonized porous grains, wherein the paper sludge-derived sintered carbonized porous grains contain 5 to 40 wt%, on a dry weight basis, of combustibles including carbon and 60 to 95 wt%, on a dry weight basis, of incombustibles, have a median size D50 of not more than 100 μm and a volume porosity of not less than 50% and are obtainable by sintering and carbonizing a paper sludge in a reducing carbonization sintering furnace at a carbonization temperature of 500°C to 1,300°C.
An air treatment device comprising an air purifying unit configured to purify air, a detector and a processor, wherein the detector is configured to provide an output signal to the processor and the processor controls the operating speed of the air purifying unit, characterized in that the air treatment device further comprises a scent dispenser configured to dispense scent, the detector is an air detector configured to detect the purified air; the processor is configured to control the dispensing flow of scent dispensed by the scent dispenser, in such a way that the dispensing flow of scent dispensed by the scent dispenser is decreased with the increase of the operating speed of the air purifying unit.
A mutant-type 3',3'-cGAMP synthase comprising one or more amino acid mutations selected from the group consisting of the following amino acid residues: Y117, N121, M130(V, or F), K177(M, H, or C), A292(T, K, or Y), and K350(E, D, or M) of wild-type 3',3'-cGAMP synthase, wherein the wild-type 3',3'-cGAMP synthase is a protein containing amino acid sequence of SEQ ID NO:1
A method for forming a current diffusion layer in a semiconductor light emitting device, comprising: S11) heating and evaporating an ITO source on an epitaxial wafer by a direct current electron gun to form an ITO layer; characterized in that the method further comprises: S12) after a part of the ITO layer which accounts for 85%-90% of the thickness of the ITO layer is deposited, heating and evaporating a doped ZnO source by a pulse current electron gun, and controlling a duty ratio of the pulse current of the pulse current electron gun to deposit a discontinuously arranged doped ZnO layer on the part of the ITO layer during the process of depositing the ITO layer, wherein a deposition rate of the doped ZnO layer is larger than that of the ITO layer; and S13) after the doped ZnO layer is deposited, further heating and evaporating the ITO source by the direct current electron gun to continue depositing a continuously deposited ITO layer which buries the doped ZnO layer. S11) heating and evaporating an ITO source on an epitaxial wafer by a direct current electron gun to form an ITO layer; characterized in that the method further comprises: S12) after a part of the ITO layer which accounts for 85%-90% of the thickness of the ITO layer is deposited, heating and evaporating a doped ZnO source by a pulse current electron gun, and controlling a duty ratio of the pulse current of the pulse current electron gun to deposit a discontinuously arranged doped ZnO layer on the part of the ITO layer during the process of depositing the ITO layer, wherein a deposition rate of the doped ZnO layer is larger than that of the ITO layer; and S13) after the doped ZnO layer is deposited, further heating and evaporating the ITO source by the direct current electron gun to continue depositing a continuously deposited ITO layer which buries the doped ZnO layer.