mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: logic to provide a first interface to couple the processor to one or more agents via a coherent interconnect and alternatively to couple the processor to one or more Dual Inline Memory Modules 'DIMMs'; wherein the one or more agents comprises one of: a processor core, a chipset, an input/output hub, or a memory controller; and wherein the interface provided by the logic may be switched between a coherent interface mode and a memory buffer interface mode based on a value of a single bit. logic to provide a first interface to couple the processor to one or more agents via a coherent interconnect and alternatively to couple the processor to one or more Dual Inline Memory Modules 'DIMMs'; wherein the one or more agents comprises one of: a processor core, a chipset, an input/output hub, or a memory controller; and wherein the interface provided by the logic may be switched between a coherent interface mode and a memory buffer interface mode based on a value of a single bit.
A process for hermetically sealing an OLED device, the process comprising: applying a getter precursor as a solution to an interior defining wall surface of the package, wherein the getter precursor comprises an alkali metal cation or an alkaline earth metal cation and a non-oxidizing anion; and heating the getter precursor to a temperature effective to thermally decompose the getter precursor and reduce the alkali metal cation or the alkaline earth metal or cation, wherein the non-oxidizing anion is an organometallic group or the non-oxidizing anion is a hydride. applying a getter precursor as a solution to an interior defining wall surface of the package, wherein the getter precursor comprises an alkali metal cation or an alkaline earth metal cation and a non-oxidizing anion; and heating the getter precursor to a temperature effective to thermally decompose the getter precursor and reduce the alkali metal cation or the alkaline earth metal or cation, wherein the non-oxidizing anion is an organometallic group or the non-oxidizing anion is a hydride.
A rotor for a rotating electrical machine, the rotor comprising: a plurality of salient poles; rotor windings (22, 24) wound on the salient poles; and at least one spacer (28; 78) forming a cooling vent (26; 76) through the rotor windings, the cooling vent extending in an axial direction from one end of a rotor pole to the other, characterised in that: the rotor windings comprise a first, inner set of windings and a second, outer set of windings on the same salient pole, the first set of windings being beneath the second set of windings in a direction away from the salient pole; and the cooling vent (26; 76) is formed between the first set of windings and the second set of windings, the cooling vent extending through the rotor windings in an axial direction and a radial direction. a plurality of salient poles; rotor windings (22, 24) wound on the salient poles; and at least one spacer (28; 78) forming a cooling vent (26; 76) through the rotor windings, the cooling vent extending in an axial direction from one end of a rotor pole to the other, characterised in that: the rotor windings comprise a first, inner set of windings and a second, outer set of windings on the same salient pole, the first set of windings being beneath the second set of windings in a direction away from the salient pole; and the cooling vent (26; 76) is formed between the first set of windings and the second set of windings, the cooling vent extending through the rotor windings in an axial direction and a radial direction. the rotor windings comprise a first, inner set of windings and a second, outer set of windings on the same salient pole, the first set of windings being beneath the second set of windings in a direction away from the salient pole; and the cooling vent (26; 76) is formed between the first set of windings and the second set of windings, the cooling vent extending through the rotor windings in an axial direction and a radial direction.
A nitride semiconductor element comprising, at least a conductive layer, a first terminal, a nitride semiconductor with a light-emitting layer, and a second terminal, from a supporting substrate successively, wherein, the first terminal and a first insulating protect layer are interposed between the conductive layer and the nitride semiconductor, wherein the first terminal and the second terminal are formed in an opposed terminal structure, and wherein the first terminal and the second terminal do not overlap with each other, the second terminal being disposed at least on a first area of the nitride semiconductor in a shape surrounding the top surface of a light-outgoing portion of said nitride semiconductor, while said first terminal is disposed within a second area of said nitride semiconductor corresponding to said light-outgoing portion surrounded by said first area, the second terminal comprising opening portions on the top surface of said light-outgoing portion, the first and second terminals (3, 6) being formed in a staggered format within said light-outgoing portion.
A method for selective device responsiveness using a control tag attachable to an object, comprising: receiving, by the control tag, a reporting command signal sent from an interrogation device via a communication link; obtaining information indicating whether the control tag should respond to the reporting command signal, where the information indicates that at least one of the following condition exists the control tag is or is not currently being moved, the control tag has or has not been moved within a first specified period of time, and a characteristic of a surrounding environment has or has not changed with a second specified period of time; communicating a response signal from the control tag to the interrogation device if the information indicates that the control tag should respond to the reporting command signal; and ignoring the reporting command signal such that the response signal is not sent from the control tag to the interrogation device if the information indicates that the control tag should not respond to the reporting command signal, further comprising performing sensing operations by a sensor of the control tag to detect motion of the control tag or a change in the characteristic of the surrounding environment. receiving, by the control tag, a reporting command signal sent from an interrogation device via a communication link; obtaining information indicating whether the control tag should respond to the reporting command signal, where the information indicates that at least one of the following condition exists the control tag is or is not currently being moved, the control tag has or has not been moved within a first specified period of time, and a characteristic of a surrounding environment has or has not changed with a second specified period of time; communicating a response signal from the control tag to the interrogation device if the information indicates that the control tag should respond to the reporting command signal; and ignoring the reporting command signal such that the response signal is not sent from the control tag to the interrogation device if the information indicates that the control tag should not respond to the reporting command signal, further comprising performing sensing operations by a sensor of the control tag to detect motion of the control tag or a change in the characteristic of the surrounding environment.
A charging station comprising a seating surface whereon the vacuum cleaner is placed; a support which extends in the vertical direction from an edge of the seating surface and against which the vacuum cleaner bears; and charging pins which are provided on the support, characterized by L-shaped holders which are oppositely provided on the edges of the support and which enter the recesses (g) on the vacuum cleaner when the vacuum cleaner bears against the seating surface.
A method for data replication in a distributed storage system having a plurality of storage nodes interconnected by a remote direct memory access, RDMA, network, the storage nodes each having a processor, a memory, and an RDMA enabled network interface card, RNIC, operatively coupled to one another, the method comprising: writing, from a first RNIC at a first storage node by using an RDMA WRITE, a block of data from a first memory at the first storage node to a second memory at a second storage node via a second RNIC at the second storage node interconnected to the first RNIC in the RDMA network; sending, from the first RNIC to the second storage node by using an RDMA SEND, metadata representing the memory location and the data size of the written block of data in the second memory via the second RNIC; performing, by the second RNIC at the second storage node, modification of a memory descriptor in the second memory according to the metadata, the memory descriptor being a part of a data structure representing a work request pre-posted by the second server into a working queue for writing a copy of the block of data to a third storage node;and upon completion of modifying the memory descriptor, writing, from the second RNIC, a copy of the block of data to a third memory at the third storage node via a third RNIC at the third storage node interconnected to the second RNIC in the RDMA network, thereby achieving replication of the block of data in the distributed storage system without using the processors at the second and third storage nodes, wherein the pre-posted work request includes a WAIT followed by a WRITE conditioned on a RECV. writing, from a first RNIC at a first storage node by using an RDMA WRITE, a block of data from a first memory at the first storage node to a second memory at a second storage node via a second RNIC at the second storage node interconnected to the first RNIC in the RDMA network; sending, from the first RNIC to the second storage node by using an RDMA SEND, metadata representing the memory location and the data size of the written block of data in the second memory via the second RNIC; performing, by the second RNIC at the second storage node, modification of a memory descriptor in the second memory according to the metadata, the memory descriptor being a part of a data structure representing a work request pre-posted by the second server into a working queue for writing a copy of the block of data to a third storage node;and upon completion of modifying the memory descriptor, writing, from the second RNIC, a copy of the block of data to a third memory at the third storage node via a third RNIC at the third storage node interconnected to the second RNIC in the RDMA network, thereby achieving replication of the block of data in the distributed storage system without using the processors at the second and third storage nodes, wherein the pre-posted work request includes a WAIT followed by a WRITE conditioned on a RECV.
A membrane humidifier for a fuel cell, the membrane humidifier comprising: a hollow fiber membrane module configured to receive hollow fiber membranes, in which a first fluid flows and outside which a second fluid flows such that the first fluid and the second fluid exchanges moisture with each other; and a housing unit defining an external appearance of the membrane humidifier, characterized in that: a fluid guide unit configured to uniformly guide a flow of the second fluid is formed between the hollow fiber membranes and the housing unit; the fluid guide unit has a dual-layer net structure and comprises a base unit configured to wrap the hollow fiber membranes and a protrusion unit formed on the base unit, the protrusion unit protruding so as to have a predetermined size; the base unit comprises a plurality of first stripes spaced apart from each other; and the protrusion unit comprises a plurality of second stripes having an interval therebetween equivalent to 50 to 300% of a diameter of a single hollow fiber membrane. a hollow fiber membrane module configured to receive hollow fiber membranes, in which a first fluid flows and outside which a second fluid flows such that the first fluid and the second fluid exchanges moisture with each other; and a housing unit defining an external appearance of the membrane humidifier, a fluid guide unit configured to uniformly guide a flow of the second fluid is formed between the hollow fiber membranes and the housing unit; the fluid guide unit has a dual-layer net structure and comprises a base unit configured to wrap the hollow fiber membranes and a protrusion unit formed on the base unit, the protrusion unit protruding so as to have a predetermined size; the base unit comprises a plurality of first stripes spaced apart from each other; and the protrusion unit comprises a plurality of second stripes having an interval therebetween equivalent to 50 to 300% of a diameter of a single hollow fiber membrane.
A device for delivery of an siRNA construct across a dermal barrier, the device comprising an array of microneedles and a plurality of nanostructures fabricated on a surface of at least one of the microneedles (12;22;120;330;230), the nanostructures being arranged in a predetermined pattern; characterised by further comprising: a reservoir (112;206;306) that is in fluid communication with the array of microneedles; and an siRNA construct retained within the reservoir (112;206;308). a reservoir (112;206;306) that is in fluid communication with the array of microneedles; and an siRNA construct retained within the reservoir (112;206;308).
A balanced turbomachine that including: - at least one angular sector arranged to form a balancing ring centered about a ring axis, said angular sector including a plurality of fasteners each adapted to fasten at least one respective balancing mass, said fasteners each including a threading axis, all the threading axes substantially converging at a same point on the ring axis, - a bearing face having a shape complementary to the balancing ring, the angular sector bearing on said bearing face, - a plurality of balancing masses each fastened to the corresponding fastener of the angular sector, characterized in that at least one of the balancing masses is also acting as an fastening means for fastening the angular sector to the bearing face. - at least one angular sector arranged to form a balancing ring centered about a ring axis, said angular sector including a plurality of fasteners each adapted to fasten at least one respective balancing mass, said fasteners each including a threading axis, all the threading axes substantially converging at a same point on the ring axis, - a bearing face having a shape complementary to the balancing ring, the angular sector bearing on said bearing face, - a plurality of balancing masses each fastened to the corresponding fastener of the angular sector, characterized in that at least one of the balancing masses is also acting as an fastening means for fastening the angular sector to the bearing face.
An information processing device comprising: a first unit with a first display screen and a second unit with a second display screen, the first and second unit (1, 2) being mutually interconnected with a hinge such that they are freely opened or folded, the first and second display screens (10, 20) being placed inwardly when the first and second units (1, 2) are folded; a display control means that controls a display operation on each of the display screens; a touch panel that is attached to a surface of at least one display screen; and an operation reception means that receives a depression input externally applied to the touch panel with a pressing means, wherein when the operation reception means receives a slide operation sliding the pressing means on the touch panel, the display control means moves and displays display data of the display screen having the touch panel on the other display screen, characterized by further comprising an orientation detection means that detects an orientation of the information processing device, wherein when the operation reception means receives the slide operation, the display control means moves and displays the display data of the display screen having the touch panel on the other display screen, on condition that the orientation detection means detects a predetermined orientation of the information processing device. a first unit with a first display screen and a second unit with a second display screen, the first and second unit (1, 2) being mutually interconnected with a hinge such that they are freely opened or folded, the first and second display screens (10, 20) being placed inwardly when the first and second units (1, 2) are folded; a display control means that controls a display operation on each of the display screens; a touch panel that is attached to a surface of at least one display screen; and an operation reception means that receives a depression input externally applied to the touch panel with a pressing means, wherein when the operation reception means receives a slide operation sliding the pressing means on the touch panel, the display control means moves and displays display data of the display screen having the touch panel on the other display screen,
A method for receiving a synchronization signal block, SSB, the method performed by a user equipment, UE, and comprising: receiving, from a New Radio, NR, cell of a base station, the SSB based on frequency positions indicated by a synchronization raster, performing an initial access procedure for the NR cell of the base station based on the received SSB, wherein the frequency positions indicated by the synchronization raster exist in a NR band which is a re-farmed band from a long term evolution, LTE, wherein the NR band is based on a channel raster of 100 kHz and the SSB is based on a subcarrier spacing of 15 kHz, wherein the frequency positions indicated by the synchronization raster include (i) a first plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, (ii) a second plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, and (iii) a third plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, wherein the second plurality of frequency positions is shifted by 100 kHz relative to the first plurality of frequency positions, wherein the third plurality of frequency positions is shifted by 100 kHz relative to the second plurality of frequency positions, and wherein the third plurality of frequency positions is shifted by 200 kHz relative to the first plurality of frequency positions. receiving, from a New Radio, NR, cell of a base station, the SSB based on frequency positions indicated by a synchronization raster, performing an initial access procedure for the NR cell of the base station based on the received SSB, wherein the frequency positions indicated by the synchronization raster exist in a NR band which is a re-farmed band from a long term evolution, LTE, wherein the NR band is based on a channel raster of 100 kHz and the SSB is based on a subcarrier spacing of 15 kHz, wherein the frequency positions indicated by the synchronization raster include (i) a first plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, (ii) a second plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, and (iii) a third plurality of frequency positions that are equally spaced apart from each other in the frequency domain by 1.2 MHz, wherein the second plurality of frequency positions is shifted by 100 kHz relative to the first plurality of frequency positions, wherein the third plurality of frequency positions is shifted by 100 kHz relative to the second plurality of frequency positions, and wherein the third plurality of frequency positions is shifted by 200 kHz relative to the first plurality of frequency positions.
An agricultural work vehicle comprising a cabin and at least a cladding element for delimiting an internal space of the cabin, the cladding element comprising an opening able to place the internal space of the cabin in communication with a compartment in which at least a seat is housed, the seat being mobile with respect to the cladding element by means of hinge means (165, 217) which enable the seating to rotate about a substantially horizontal axis between a rest position in which it is completely contained in the compartment, and a use position, in which it is orientated horizontally and at least partly projects into an internal space of the cabin, a backrest for the seat being also housed in the compartment, characterised the backrest being mobile with respect to the cladding element by means of second hinge means (165, 200) which enable the backrest to rotate about an axis that is parallel to the rotation axis of the seat between a rest position, in which it is completely contained in the compartment, and a use position, in which it is vertically orientated and at least partially projects into the internal space of the cabin.
An antibody that specifically binds to Notch 3 receptor, wherein the antibody specifically binds to an epitope in SEQ ID NO:10, and wherein the antibody is an agonist of Notch 3 which activates Notch 3 receptor-mediated signaling through the Notch 3 receptor independent of ligand binding to the Notch 3 receptor.
An alloy cast iron rolling piston for a rotary compressor consisting of, by weight: 3.0 ~ 3.5 % carbon; 2.2 ~ 2.4% silicon (Si); 0.5 ∼ 1.0% manganese (Mn); 0.1 ~ 0.3% phosphorus; 0.06 ~ 0.08% sulfur; 0.7 ~ 1.0% chromium (Cr); 0.6 ~ 1.0% copper (Cu); and Fe balance and inevitable impurities, wherein the alloy cast iron rolling piston has martensite matrix structure and 3~8vol% steadite structure wherein a graphite precipitated in the martensite matrix structure is 85% or more of A-type flake graphite, and wherein the alloy cast iron rolling piston has a Rockwell hardness of 45~55 HRC. 3.0 ~ 3.5 % carbon; 2.2 ~ 2.4% silicon (Si); 0.5 ∼ 1.0% manganese (Mn); 0.1 ~ 0.3% phosphorus; 0.06 ~ 0.08% sulfur; 0.7 ~ 1.0% chromium (Cr); 0.6 ~ 1.0% copper (Cu); and Fe balance and inevitable impurities,
A coffee processing apparatus (100, 200, 300) comprising at least one of: a grinding stage for grinding coffee beans into ground coffee beans; and, a brewing stage for brewing coffee from ground coffee beans; the coffee processing apparatus further comprising: a sensor; and a controller responsive to said sensor; characterised in that the sensor is arranged to sense a total concentration of volatile organic compounds released by said coffee beans or ground coffee beans; and the controller is arranged to control said grinding stage and/or said brewing stage as a function of said total concentration. a grinding stage for grinding coffee beans into ground coffee beans; and, a brewing stage for brewing coffee from ground coffee beans; the coffee processing apparatus further comprising: a sensor; and a controller responsive to said sensor; characterised in that the sensor is arranged to sense a total concentration of volatile organic compounds released by said coffee beans or ground coffee beans; and the controller is arranged to control said grinding stage and/or said brewing stage as a function of said total concentration. a sensor; and a controller responsive to said sensor; characterised in that the sensor is arranged to sense a total concentration of volatile organic compounds released by said coffee beans or ground coffee beans; and the controller is arranged to control said grinding stage and/or said brewing stage as a function of said total concentration.