mhurhangee/ep-ind-claims huggingface dataset:
A method of signalling between communication equipments (100, 200, 300) in a communication system adapted to transmit first data from a first communication equipment to a second communication equipment by modulating a carrier signal according to a first set of constellation points having a first minimum distance between constellation points corresponding to first and second values of the first data, the method comprising: transmitting first and second data simultaneously by modulating the carrier signal according to a second set of constellation points arranged in a constellation plane, wherein the second set of constellation points is arranged such that: a first subset of the second set of constellation points located in a first part of the constellation plane correspond to a first value of the first data; a second subset of the second set of constellation points located in a second part of the constellation plane correspond to a second value of the first data; wherein each of the first and second subsets comprises constellation points corresponding to at least first and second values of the second data; and wherein the minimum distance between the constellation points of the first subset and the constellation points of the second subset is not less than the first minimum distance, characterized in that the first communication equipment selects different constellation depending on the available services, and the first communication equipment signals explicitly a switching between constellations to the second communication equipment. a first subset of the second set of constellation points located in a first part of the constellation plane correspond to a first value of the first data; a second subset of the second set of constellation points located in a second part of the constellation plane correspond to a second value of the first data; wherein each of the first and second subsets comprises constellation points corresponding to at least first and second values of the second data; and wherein the minimum distance between the constellation points of the first subset and the constellation points of the second subset is not less than the first minimum distance, characterized in that the first communication equipment selects different constellation depending on the available services, and the first communication equipment signals explicitly a switching between constellations to the second communication equipment.
A method for sharing a packet data protocol, PDP, context among a plurality of devices, the method comprising: a wireless transmit/receive unit, WTRU (102; 402), sending a request to establish or modify a PDP context, wherein the request to establish or modify the PDP context comprises an indication that the WTRU is a member of a shared context group; the WTRU receiving a response indicating that the request to establish or modify the PDP context was accepted; and the WTRU acting as a gateway for at least one other device (114a, 114b) in the shared context group, wherein the at least one other device shares the PDP context with the WTRU. a wireless transmit/receive unit, WTRU (102; 402), sending a request to establish or modify a PDP context, wherein the request to establish or modify the PDP context comprises an indication that the WTRU is a member of a shared context group; the WTRU receiving a response indicating that the request to establish or modify the PDP context was accepted; and the WTRU acting as a gateway for at least one other device (114a, 114b) in the shared context group,
A method of diagnosing metastatic or non-metastatic colorectal cancer in a human subject having colorectal cancer, the method comprising: detecting, in a serum sample from a human subject having colorectal cancer, miR-200c and/or miR-203; comparing the level of expression of miR-200c and/or miR-203 in the serum sample from the human subject with the level of miR-200c and/or miR-203 in a control, wherein the control comprises the serum of a non-metastatic colorectal cancer patient; wherein significant over expression of miR-200c and/or miR-203 in the serum sample from the patient compared to the control is indicative of metastatic colorectal cancer and wherein no significant over expression of miR-200c or miR-203 in the serum sample from the patient compared to the control is indicative of non-metastatic colorectal cancer; and providing a diagnosis for metastatic or non-metastatic colorectal cancer metastasis. detecting, in a serum sample from a human subject having colorectal cancer, miR-200c and/or miR-203; comparing the level of expression of miR-200c and/or miR-203 in the serum sample from the human subject with the level of miR-200c and/or miR-203 in a control, wherein the control comprises the serum of a non-metastatic colorectal cancer patient; wherein significant over expression of miR-200c and/or miR-203 in the serum sample from the patient compared to the control is indicative of metastatic colorectal cancer and wherein no significant over expression of miR-200c or miR-203 in the serum sample from the patient compared to the control is indicative of non-metastatic colorectal cancer; and providing a diagnosis for metastatic or non-metastatic colorectal cancer metastasis.
A needle guard for a needle, in particular for a hypodermic needle of a medical apparatus, wherein the needle has a needle tip, a needle shaft that defines an axial direction along the needle shaft and an enlargement of the needle shaft to prevent the needle guard from sliding off a distal end of the needle shaft, the needle guard comprising: a base portion having a hole the dimensions of which are adapted to the needle shaft such that the needle may extend through the hole and move relative to the needle guard from a ready position in which the needle tip is outside the needle guard to a protective position in which the needle tip is covered by the needle guard, first and second arms (24, 26) extending from a distal side of the base portion generally in the axial direction, each of the first and second arms (24, 26) having a main portion (28, 34) and a distal end portion (30, 36), the main portion of the second arm including two outer arm sections extending along the main portion of the first arm and an inner arm section extending along the main portion of the first arm between the outer arm sections, wherein the inner arm section is of a shape that is bent away from the main portion of the first arm and the outer arm sections are of a shape that is bent towards the main portion of the first arm, wherein the main portion of the first arm, the outer arm sections of the main portion of the second arm and the inner arm section of the main portion of the second arm define a passage for the needle between the inner arm section and the main portion of the first arm, and between the outer arm sections, which passage is axially aligned with the hole in the base portion. a base portion having a hole the dimensions of which are adapted to the needle shaft such that the needle may extend through the hole and move relative to the needle guard from a ready position in which the needle tip is outside the needle guard to a protective position in which the needle tip is covered by the needle guard, first and second arms (24, 26) extending from a distal side of the base portion generally in the axial direction, each of the first and second arms (24, 26) having a main portion (28, 34) and a distal end portion (30, 36), the main portion of the second arm including two outer arm sections extending along the main portion of the first arm and an inner arm section extending along the main portion of the first arm between the outer arm sections, wherein the inner arm section is of a shape that is bent away from the main portion of the first arm and the outer arm sections are of a shape that is bent towards the main portion of the first arm, wherein the main portion of the first arm, the outer arm sections of the main portion of the second arm and the inner arm section of the main portion of the second arm define a passage for the needle between the inner arm section and the main portion of the first arm, and between the outer arm sections, which passage is axially aligned with the hole in the base portion.
Electrode assembly comprising a fan-folded multilayer containing a separator as an inner layer, continuous lengths of current collectors (3, 4) as outer layers, and electrode material (5, 6) between the two sides of the separator and the current collectors, and a first terminal that is attached to the upward folds of the fan-folded multilayer and a second terminal that is attached to the downward folds of the fan-folded multilayer. a fan-folded multilayer containing a separator as an inner layer, continuous lengths of current collectors (3, 4) as outer layers, and electrode material (5, 6) between the two sides of the separator and the current collectors, and a first terminal that is attached to the upward folds of the fan-folded multilayer and a second terminal that is attached to the downward folds of the fan-folded multilayer.
A device comprising: an infrared imaging module comprising: a housing configured to engage with a socket to secure the infrared imaging module within the socket when the infrared imaging module is inserted into a cavity of the socket; an infrared sensor assembly within the housing, wherein the infrared sensor assembly is on a substrate and comprises a plurality of microbolometers, and wherein each of the plurality of microbolometers is adapted to capture infrared image data; a processing module connected to a circuit board within the housing and adapted to process the image data; a plurality of electrical connections (124/126) on an inside surface of the housing and adapted to pass electrical signals from the infrared sensor assembly to the processing module; and a lens coupled to and at least partially within the housing and configured to pass infrared energy through to the plurality of microbolometers of the infrared sensor assembly. a housing configured to engage with a socket to secure the infrared imaging module within the socket when the infrared imaging module is inserted into a cavity of the socket; an infrared sensor assembly within the housing, wherein the infrared sensor assembly is on a substrate and comprises a plurality of microbolometers, and wherein each of the plurality of microbolometers is adapted to capture infrared image data; a processing module connected to a circuit board within the housing and adapted to process the image data; a plurality of electrical connections (124/126) on an inside surface of the housing and adapted to pass electrical signals from the infrared sensor assembly to the processing module; and a lens coupled to and at least partially within the housing and configured to pass infrared energy through to the plurality of microbolometers of the infrared sensor assembly.
A resource indication method, comprising: generating, by a network device, downlink control signaling, wherein the downlink control signaling comprises indication information and resource allocation information, the resource allocation information is used for explicit indication or implicit indication of an uplink control channel resource, and the indication information is used to indicate whether an indication manner of the resource allocation information is explicit indication or implicit indication; and sending, by the network device, the downlink control signaling to a terminal, wherein an explicitly indicated UL control channel resource is an UL control channel resource directly indicated through signaling, wherein an implicitly indicated UL control channel resource is an UL control channel resource indicated through a correlation established between resource information and the terminal device, wherein the indication information is carried by a scrambling code used to scramble the downlink control signaling, and wherein the resource allocation information is carried by a second information bit or a third information bit in the downlink control signaling. generating, by a network device, downlink control signaling, wherein the downlink control signaling comprises indication information and resource allocation information, the resource allocation information is used for explicit indication or implicit indication of an uplink control channel resource, and the indication information is used to indicate whether an indication manner of the resource allocation information is explicit indication or implicit indication; and sending, by the network device, the downlink control signaling to a terminal, wherein an explicitly indicated UL control channel resource is an UL control channel resource directly indicated through signaling, wherein an implicitly indicated UL control channel resource is an UL control channel resource indicated through a correlation established between resource information and the terminal device, wherein the indication information is carried by a scrambling code used to scramble the downlink control signaling, and wherein the resource allocation information is carried by a second information bit or a third information bit in the downlink control signaling.
An indoor unit comprising: a main unit including an air inlet through which air enters from a room and an air outlet through which air blows into the room; an electrical component box mounted on an outer surface of the main unit and accommodating an electrical device; a refrigerant pipe connection portion to which a refrigerant pipe through which refrigerant passes is connected; a drain pipe connection portion to which a drain pipe through which drain water discharged from the main unit passes is connected; and an installation bolt attachment bracket mounted on the outer surface of the main unit and fixing the main unit to an installation bolt suspended from above a ceiling, the indoor unit having the refrigerant pipe connection portion, the drain pipe connection portion, and the electrical component box on a same mounting surface, and when the main unit is seen from a side facing the mounting surface, the mounting surface being positioned closer to the side than a tip portion of the installation bolt attachment bracket; characterized in that the refrigerant pipe connection portions are caught in between a housing of the main unit being the mounting surface and an attachment plate, and are mounted with a part of the attachment plate and a part of the housing overlapped with each other; wherein the part of the attachment plate and the part of the housing are overlapped with each other as well as catching the refrigerant pipe connection portions so that the attachment plate and the housing can seal the refrigerant pipe connection portions without any gaps at end surfaces. a main unit including an air inlet through which air enters from a room and an air outlet through which air blows into the room; an electrical component box mounted on an outer surface of the main unit and accommodating an electrical device; a refrigerant pipe connection portion to which a refrigerant pipe through which refrigerant passes is connected; a drain pipe connection portion to which a drain pipe through which drain water discharged from the main unit passes is connected; and an installation bolt attachment bracket mounted on the outer surface of the main unit and fixing the main unit to an installation bolt suspended from above a ceiling, the indoor unit having the refrigerant pipe connection portion, the drain pipe connection portion, and the electrical component box on a same mounting surface, and when the main unit is seen from a side facing the mounting surface, the mounting surface being positioned closer to the side than a tip portion of the installation bolt attachment bracket; characterized in that the refrigerant pipe connection portions are caught in between a housing of the main unit being the mounting surface and an attachment plate, and are mounted with a part of the attachment plate and a part of the housing overlapped with each other; wherein the part of the attachment plate and the part of the housing are overlapped with each other as well as catching the refrigerant pipe connection portions so that the attachment plate and the housing can seal the refrigerant pipe connection portions without any gaps at end surfaces.
A workpiece holding unit for fixing a rim during the stock-removing machining of the rim by means of a machine tool that comprises a tool table for mounting the rim and a tool holder, which can be moved at least along one axis, for holding a tool for machining the rim, wherein the workpiece holding unit is arranged outside the workpiece support surface, which is covered by the rim in the mounted state, and comprises a holding element for fixing the rim, wherein the holding element is adapted to overlap a lower rim flange of the rim to be machined, and wherein the holding element, for the purpose of centering and fixing the rim, is adapted to be moved, substantially parallel to the workpiece support surface, in a direction of the rim, in particular in a direction of a central rim axis which runs perpendicular to the workpiece support surface, characterized in that the holding element comprises a clamping surface that runs obliquely in relation to the workpiece support surface and that is pressed against the lower rim flange for the purpose of fixing and centering the rim to be machined, and thereby exerts a pressure both in the direction of the workpiece support surface and in the direction of the central rim axis.
An electronic assembly comprising: an interposer; a plurality of die (104, 105, 106, 107) disposed at a surface of the interposer and connected via one or more metal layers of the interposer; and a multi-hop network to route packets among the plurality of die, the multi-hop network comprising a router partition and a link partition, the router partition comprising routing logic (124, 125, 126, 127) disposed at each die of a subset of the plurality of die and the link partition comprising the one or more metal layers of the interposer; wherein the router partition comprises a plurality of routing tables disposed at respective dies of the subset of the plurality of die, and wherein the plurality of routing tables provide routing information for packets that pass through the respective dies of the routing logic. an interposer; a plurality of die (104, 105, 106, 107) disposed at a surface of the interposer and connected via one or more metal layers of the interposer; and a multi-hop network to route packets among the plurality of die, the multi-hop network comprising a router partition and a link partition, the router partition comprising routing logic (124, 125, 126, 127) disposed at each die of a subset of the plurality of die and the link partition comprising the one or more metal layers of the interposer; wherein the router partition comprises a plurality of routing tables disposed at respective dies of the subset of the plurality of die, and wherein the plurality of routing tables provide routing information for packets that pass through the respective dies of the routing logic.
An isolated, monoPEGylated growth hormone protein, wherein said monoPEGylated growth hormone protein comprises a polyethylene glycol attached to an amino acid located in a region of the protein selected from the C-D loop or the region proximal to Helix A, wherein said monoPEGylated growth hormone protein has a EC 50 of less than about 110 ng/ml, and wherein said monoPEGylated growth hormone protein stimulates proliferation in vitro of a cell line that proliferates in response to growth hormone.
Integrated brake of an E-axle module of a vehicle having at least one E-machine (12; 98; 100) and having a gearbox, characterized in that the integrated brake has a brake element, the friction linings (58, 60) of which have differing frictional values μ 1, μ 2; in that the friction linings (58, 60) of the brake element are embodied as sintered linings, organic, ceramic friction linings or as DLC (diamond-like carbon) coatings; and in that the first pressure plate is axially movable with respect to the brake element and the second pressure plate is supported on the housing wall of the housing. in that the friction linings (58, 60) of the brake element are embodied as sintered linings, organic, ceramic friction linings or as DLC (diamond-like carbon) coatings; and in that the first pressure plate is axially movable with respect to the brake element and the second pressure plate is supported on the housing wall of the housing.
A resin for a toner, wherein the resin for a toner is a copolymer that comprises a crystalline segment and an amorphous segment, wherein constituent monomers of the amorphous segment comprise a monomer having an odd number of carbon atoms in a main chain thereof, and a monomer having an even number of carbon atoms in a main chain thereof, and wherein the resin for a toner has a maximum elastic stress value at 100°C of 1,000 Pa or less, and a maximum elastic stress value at 70°C of 1,000 Pa or greater when a temperature is lowered from 100°C to 70°C, where the maximum elastic stress values are measured according to a large amplitude oscillatory shear procedure, wherein ES100 and ES70 are measured by molding particles of the resin for a toner (0.2 g) with a compression molder under a pressure of 25 MPa, into a pellet having a diameter of 1.0 mm; setting the pellet on an aluminum disposable parallel plate having a diameter of 8 mm; heating to 130°C to be plasticized; compressing to a predetermined gap; trimming any melt that overflows from the geometry; setting the measurement conditions to a measurement gap of 2 mm, an angular frequency of 1 rad/s, and an amount of strain of from 1.0% to 200%; taking a measurement at 100°C; air-cooling the same sample to 70°C; and taking a measurement at 70°C.