mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a physical uplink control channel, PUCCH, to a base station by a user equipment in a wireless communication system, the method comprising: determining one or more resource elements, REs, included in one or more interlaces as a PUCCH resource for transmitting the PUCCH, wherein the one or more interlaces are configured with resource blocks, RBs, apart from each other by the same spacing in a frequency domain in one symbol; and transmitting, to the base station, the PUCCH in the PUCCH resource, the method characterised in that the one or more REs are included in one interlace configured with RBs apart from each other by 10 RBs in the one symbol, and the one or more REs are configured with comb-type REs apart from each other by the same spacing among total REs of the one interlace. determining one or more resource elements, REs, included in one or more interlaces as a PUCCH resource for transmitting the PUCCH, wherein the one or more interlaces are configured with resource blocks, RBs, apart from each other by the same spacing in a frequency domain in one symbol; and transmitting, to the base station, the PUCCH in the PUCCH resource, the method characterised in that the one or more REs are included in one interlace configured with RBs apart from each other by 10 RBs in the one symbol, and the one or more REs are configured with comb-type REs apart from each other by the same spacing among total REs of the one interlace.
A method for converting hydrogen and atmospheric oxygen to water, or HHO gas to water, in a combustion furnace, wherein - the combustion furnace is cooled using a heat transfer fluid, where a combustion chamber is surrounded by a cooling jacket in which the heat transfer fluid is circulated, - hydrogen and atmospheric oxygen or HHO gas is injected into the combustion furnace and ignited and converted to water of reaction that forms in the presence of metal-oxide-containing earths at temperatures of up to 2600°C, and - the hydrogen and atmospheric oxygen or the HHO gas is mixed with air, characterised in that the metal-oxide-containing earths are present in powdered form and/or with a coarse-grained structure as a catalyst, in that the combustion flame is directed directly on to the metal-oxide-containing earths, and in that the distance from the injection point of the gas supply to the metal-oxide-containing earths is varied to control the combustion process. - the combustion furnace is cooled using a heat transfer fluid, where a combustion chamber is surrounded by a cooling jacket in which the heat transfer fluid is circulated, - hydrogen and atmospheric oxygen or HHO gas is injected into the combustion furnace and ignited and converted to water of reaction that forms in the presence of metal-oxide-containing earths at temperatures of up to 2600°C, and - the hydrogen and atmospheric oxygen or the HHO gas is mixed with air, characterised in that the metal-oxide-containing earths are present in powdered form and/or with a coarse-grained structure as a catalyst, in that the combustion flame is directed directly on to the metal-oxide-containing earths, and in that the distance from the injection point of the gas supply to the metal-oxide-containing earths is varied to control the combustion process.
A method of acknowledging data packets received by a first communication station from plural second communication stations, the method comprising: the first communication station informing the second communication stations of respective channel assignments for the second communication stations; the second communication stations using their respectively assigned channels for transmitting data packets to the first communication station; performing a packet error check at the first communication station for each data packet; in accordance with a result of each packet error check, setting an associated bit of a multi-bit acknowledgement word whereby the acknowledgement word has respective bits set for plural ones of the second communication stations; transmitting the acknowledgement word from the first communication station to the plural second communication stations, characterized in that the act of performing the packet error check for a received packet at the first communication station comprises using an identifier of the second communication station that was assigned the channel on which the packet was received. the first communication station informing the second communication stations of respective channel assignments for the second communication stations; the second communication stations using their respectively assigned channels for transmitting data packets to the first communication station; performing a packet error check at the first communication station for each data packet; in accordance with a result of each packet error check, setting an associated bit of a multi-bit acknowledgement word whereby the acknowledgement word has respective bits set for plural ones of the second communication stations; transmitting the acknowledgement word from the first communication station to the plural second communication stations, characterized in that the act of performing the packet error check for a received packet at the first communication station comprises using an identifier of the second communication station that was assigned the channel on which the packet was received.
Window element comprising at least two flat glass panes which are oriented having mutually plane-parallel faces and delimit a space that is filled with or evacuated of gas or liquid, and comprising at least one integrated light source that is arranged in a rim portion of the window element and emits light into the space during operation, and the light source having an elongate, approximately linear form and being oriented in parallel with the edge adjacent thereto of the window element, the light emitted from the light source entering the space through a lens that is oriented in parallel with the light source, characterised in that the light source, without an additional optical system, has an at least approximately Lambertian emission characteristic at each point of its linear shape, the lens acting as a converging lens and being in the form of a cylindrical lens or a cylindrical Fresnel lens, and, in order to produce asymmetrical light decoupling in relation to the two flat glass panes, the lens being mounted so as to be rotated / rotatable or tilted / tiltable, with respect to the symmetrical position, about an axis of rotation that is parallel to the longitudinal direction of the lens.
A polypeptide or a pharmaceutical composition comprising the polypeptide for use in a method for treating or preventing hyperglycemia or type II diabetes in a human subject in need thereof, wherein the polypeptide is selected from a group consisting of: a polypeptide comprising an amino acid sequence selected from SEQ ID NOs: 21-40; and a chemically modified polypeptide of the polypeptide, chemically modified to have an N-terminal modification with a hydrophobic group and/or a C-terminal modification that is capable of stabilizing the polypeptide, wherein the hydrophobic group is chosen from myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, cholesterol, and arachidonic acid, and the C-terminal modification is amidation (amination) or isopentanediolization. a polypeptide comprising an amino acid sequence selected from SEQ ID NOs: 21-40; and a chemically modified polypeptide of the polypeptide, chemically modified to have an N-terminal modification with a hydrophobic group and/or a C-terminal modification that is capable of stabilizing the polypeptide, wherein the hydrophobic group is chosen from myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, cholesterol, and arachidonic acid, and the C-terminal modification is amidation (amination) or isopentanediolization.
A computer-implemented method for testing control devices, comprising the steps of: • providing and operating a control device comprising multiple functions, including at least one function dependent on at least one condition and at least one invariant function; • providing and operating a test routine which tests the operated control device with regard to its function; • dividing the functions to be tested into at least two groups, wherein a first group comprises functions which by user definition are classified as safety-relevant functions, and all further groups comprise the remaining functions; • testing each of the functions of the at least two groups; • determining the time information of each of the respective functions by evaluating log files; • determining to what extent a tested function from the group comprising safety-relevant functions has a connection to at least one tested function from at least one other group generally due to a mutual dependency and with respect to the corresponding time information; • combining tested functions with corresponding connected and tested functions from all other groups, taking into account the corresponding general connection and corresponding time information, by forming cross products; • creating corresponding intermediate results from each of the combinations; • grouping the intermediate results to form a combined test result; • providing the combined test result. • providing and operating a control device comprising multiple functions, including at least one function dependent on at least one condition and at least one invariant function; • providing and operating a test routine which tests the operated control device with regard to its function; • dividing the functions to be tested into at least two groups, wherein a first group comprises functions which by user definition are classified as safety-relevant functions, and all further groups comprise the remaining functions; • testing each of the functions of the at least two groups; • determining the time information of each of the respective functions by evaluating log files; • determining to what extent a tested function from the group comprising safety-relevant functions has a connection to at least one tested function from at least one other group generally due to a mutual dependency and with respect to the corresponding time information; • combining tested functions with corresponding connected and tested functions from all other groups, taking into account the corresponding general connection and corresponding time information, by forming cross products; • creating corresponding intermediate results from each of the combinations; • grouping the intermediate results to form a combined test result; • providing the combined test result.
A method of manufacturing a steel cord for a tire reinforcement comprising a middle strand formed by stranding a plurality of core wires and disposed in a core region inside the steel cord and an upper strand formed by stranding a plurality of element wires and stranded on an outer surface of the middle strand, the method is characterized in that the method comprises: (a) twisting the plurality of element wires constituting the upper strand by rotating a rotary wheel of an upper strand supplier; (b) untwisting the plurality of the twisted element wires in an untwisting machine to form the element wires having a preforming having a predetermined pitch; (c) supplying the middle strand in a middle strand supplier that does not rotate and stranding the element wires having the preforming on the middle strand to form the upper strand on the middle strand, so that the middle strand is bunched with the upper strand without torsion, wherein the supplying of the middle strand includes (d) stranding the plurality of core wires to form the middle strand; and (e) forming a flat surface between the plurality of core wires by pressurizing the middle strand, wherein the flat surface is a region having an infinite curvature or having a radius of curvature that is greater than a radius of curvature of other regions. (a) twisting the plurality of element wires constituting the upper strand by rotating a rotary wheel of an upper strand supplier; (b) untwisting the plurality of the twisted element wires in an untwisting machine to form the element wires having a preforming having a predetermined pitch; (c) supplying the middle strand in a middle strand supplier that does not rotate and stranding the element wires having the preforming on the middle strand to form the upper strand on the middle strand, so that the middle strand is bunched with the upper strand without torsion, wherein the supplying of the middle strand includes (d) stranding the plurality of core wires to form the middle strand; and (e) forming a flat surface between the plurality of core wires by pressurizing the middle strand, wherein the flat surface is a region having an infinite curvature or having a radius of curvature that is greater than a radius of curvature of other regions.
A method of building a tire carcass on a tire building drum, the method comprising the steps of: applying one or more tire building components (120, 130, 140, 150, 170) onto a tire building drum forming a cylindrically shaped tire carcass; placing a first and second bead onto the tire building components and radially outward of a respective first and second respective bead pocket (400, 500, 600); and turning up the outer lateral ends of the tire carcass about the respective first and second bead; characterized in that the method comprises inflating the carcass under a pressure of less than 400 mbar into engagement with a belt and tread package while moving the respective bead pocket (400, 500, 600) axially inwardly. applying one or more tire building components (120, 130, 140, 150, 170) onto a tire building drum forming a cylindrically shaped tire carcass; placing a first and second bead onto the tire building components and radially outward of a respective first and second respective bead pocket (400, 500, 600); and turning up the outer lateral ends of the tire carcass about the respective first and second bead; characterized in that the method comprises inflating the carcass under a pressure of less than 400 mbar into engagement with a belt and tread package while moving the respective bead pocket (400, 500, 600) axially inwardly.
An LRRC33 inhibitor for use in: (a) treatment of a hematologic proliferative disorder, a solid tumor, and/or fibrosis in a subject; and/or (b) a method of treating a subject by depleting cells expressing cell-surface LRRC33 in the subject, the method comprising a step of administering to the subject the LRRC33 inhibitor in an amount effective to reduce the number of cells expressing LRRC33 on the cell surface, wherein the subject suffers from a disease associated with LRRC33 overexpression and/or abnormal macrophage activation, and wherein the disease is a fibrosis, myopathy or tumor; and/or (c) a therapeutic method, the method comprising reversing an immunosuppressive disease environment, so as to boost immunity in a subject wherein the inhibitor is an antibody or fragment thereof that specifically binds an epitope present on the extracellular portion of LRRC33 or LRRC33-containing complex present on the cell-surface, and wherein the antibody induces internalization of cell-surface LRRC33 or LRRC33-containing complex. (a) treatment of a hematologic proliferative disorder, a solid tumor, and/or fibrosis in a subject; and/or (b) a method of treating a subject by depleting cells expressing cell-surface LRRC33 in the subject, the method comprising a step of administering to the subject the LRRC33 inhibitor in an amount effective to reduce the number of cells expressing LRRC33 on the cell surface, wherein the subject suffers from a disease associated with LRRC33 overexpression and/or abnormal macrophage activation, and wherein the disease is a fibrosis, myopathy or tumor; and/or (c) a therapeutic method, the method comprising reversing an immunosuppressive disease environment, so as to boost immunity in a subject wherein the inhibitor is an antibody or fragment thereof that specifically binds an epitope present on the extracellular portion of LRRC33 or LRRC33-containing complex present on the cell-surface, and wherein the antibody induces internalization of cell-surface LRRC33 or LRRC33-containing complex. wherein the inhibitor is an antibody or fragment thereof that specifically binds an epitope present on the extracellular portion of LRRC33 or LRRC33-containing complex present on the cell-surface, and wherein the antibody induces internalization of cell-surface LRRC33 or LRRC33-containing complex.
An internal air adjustment device that is configured to adjust a composition of internal air existing inside a storage, comprising: a first composition adjustment unit that includes a first separation unit that is configured to separate supply air from external air existing outside the storage, the supply air having a composition that differs from a composition of the external air, the first composition adjustment unit being configured to supply the supply air into the storage; characterized in that the internal air adjustment device further comprises a second composition adjustment unit that includes a second separation unit that is configured to separate discharge air from the internal air existing inside the storage, the discharge air having a composition that differs from the composition of the internal air, the second composition adjustment unit being configured to discharge the discharge air to outside of the storage. a first composition adjustment unit that includes a first separation unit that is configured to separate supply air from external air existing outside the storage, the supply air having a composition that differs from a composition of the external air, the first composition adjustment unit being configured to supply the supply air into the storage; characterized in that the internal air adjustment device further comprises a second composition adjustment unit that includes a second separation unit that is configured to separate discharge air from the internal air existing inside the storage, the discharge air having a composition that differs from the composition of the internal air, the second composition adjustment unit being configured to discharge the discharge air to outside of the storage.
A compound represented by formula: or a pharmaceutically acceptable salt thereof for use in a method for the treatment or prevention of a cell proliferative disorder, the method comprising: (a) administering said compound or salt twice weekly for 3 weeks, (b) pausing administration of said compound or salt for the following 1 week, and (c) subsequently repeating steps (a) and (b) at least once, wherein the cell proliferative disorder is cancer. (a) administering said compound or salt twice weekly for 3 weeks, (b) pausing administration of said compound or salt for the following 1 week, and (c) subsequently repeating steps (a) and (b) at least once, wherein the cell proliferative disorder is cancer.
Composition comprising, in a physiologically acceptable medium, at least one naphthoic acid derivative, benzoyl peroxide and at least one film-forming agent, characterized in that said naphthoic acid derivative is a compound of formula: in which R represents a hydrogen atom, a hydroxyl radical, a branched or unbranched alkyl radical containing from 1 to 4 carbon atoms, an alkoxy radical containing from 1 to 10 carbon atoms or a cycloaliphatic radical, and in that the film-forming agent is chosen from polyvinyl alcohols.
A white reflective film for an edge light backlight which satisfies items (i) to (iii) below. (i) It has a stiffness of 2 to 10 mN·m. (ii) Convexes have been formed on at least one face, and their maximum height is 5 to 60 μm. (iii) The above convexes contain an aromatic polyester. (i) It has a stiffness of 2 to 10 mN·m. (ii) Convexes have been formed on at least one face, and their maximum height is 5 to 60 μm. (iii) The above convexes contain an aromatic polyester.
Tumble dryer comprising a base module, which contains a condensing device and a pump for conveying the condensate generated, the pump being supported by a mounting frame which is inserted in a sealing manner into an opening in the base module and which comprises a peripheral rim, which has an oversize with respect to the opening in its endposition, characterised in that, in order to form the oversize with respect to the opening, the rim is formed so as to extend upwards from a horizontal surface of the mounting frame and so as to have an outwardly inclined course such that the mounting frame is formed so as to be insertable into the opening with a press fit.
A zeolite adsorbent comprising zeolite X crystals and comprising barium, potassium and sodium, wherein the content of sodium oxide Na 2 O is less than 0.3% by weight relative to the total mass of the adsorbent, and wherein the K 2 O / (K 2 O + BaO + Na 2 O) mole ratio is comprised between 8.0% and 8.6%, the measuring uncertainty regarding said molar ratio being of 0.2 %.
A system for detecting damage of a plurality of blades rotatable within a turbomachine, the system comprising: an emitter orientated to emit a plurality of light pulses along an emission axis intersecting the plurality of blades; and a first receiver (22, 22A-C) having a first field of view intersecting the emission axis to define a first interrogation volume through which the plurality of blades rotates during operation of the turbomachine; a controller in communication with the emitter and the receiver (22, 22A-C), characterized by the controller comprising a processor and computer-readable memory encoded with instructions that, when executed by the processor, cause the system to: emit the plurality of light pulses from the emitter toward the plurality of blades as the blades rotate within the turbomachine; receive, at the first receiver (22, 22A-C), a plurality of first light returns scattered by the plurality of blades within the first interrogation volume; determine, by the controller, a first amplitude change of the first light returns; and output, by the controller, an indication of damage to the blades based on the first amplitude change of the light returns. an emitter orientated to emit a plurality of light pulses along an emission axis intersecting the plurality of blades; and a first receiver (22, 22A-C) having a first field of view intersecting the emission axis to define a first interrogation volume through which the plurality of blades rotates during operation of the turbomachine; a controller in communication with the emitter and the receiver (22, 22A-C), characterized by the controller comprising a processor and computer-readable memory encoded with instructions that, when executed by the processor, cause the system to: emit the plurality of light pulses from the emitter toward the plurality of blades as the blades rotate within the turbomachine; receive, at the first receiver (22, 22A-C), a plurality of first light returns scattered by the plurality of blades within the first interrogation volume; determine, by the controller, a first amplitude change of the first light returns; and output, by the controller, an indication of damage to the blades based on the first amplitude change of the light returns. emit the plurality of light pulses from the emitter toward the plurality of blades as the blades rotate within the turbomachine; receive, at the first receiver (22, 22A-C), a plurality of first light returns scattered by the plurality of blades within the first interrogation volume; determine, by the controller, a first amplitude change of the first light returns; and output, by the controller, an indication of damage to the blades based on the first amplitude change of the light returns.