mhurhangee/ep-ind-claims huggingface dataset:
A compression ignition type internal combustion engine, comprising: an engine body; an exhaust purification device including an adsorption part which adsorbs hydrocarbons which are contained in exhaust at less than a release temperature and which releases adsorbed hydrocarbons when the temperature reaches the release temperature or more, and an oxidation part which oxidizes the hydrocarbons which are released from the adsorption part; and an electronic control unit controlling the engine body; wherein the electronic control unit is configured to control the engine body so as to have, in ordinary operation of the internal combustion engine, periods during which a temperature of the adsorption part is maintained in a first temperature range where the hydrocarbons which are adsorbed at the adsorption part undergo coking for a time required for coking to occur in ordinary operation of the internal combustion engine, and periods where a temperature of the adsorption part is maintained at a second temperature range which is higher than the first temperature range; and the adsorption part includes at least one type of zeolite among beta zeolite which carries silver by ion exchange and ZSM-5 which carries silver by ion exchange. an engine body; an exhaust purification device including an adsorption part which adsorbs hydrocarbons which are contained in exhaust at less than a release temperature and which releases adsorbed hydrocarbons when the temperature reaches the release temperature or more, and an oxidation part which oxidizes the hydrocarbons which are released from the adsorption part; and an electronic control unit controlling the engine body;
Apparatus for congruent laying of workpiece layers to be pressed together in a press, consisting of a laying line, at least in each case one laying station (1-4;11-14) for a lower sheet-type coating material, one support plate and one upper sheet-type coating material (7;8) and also camera systems (19;20) for positional detection of the individual workpiece layers and the individual workpiece stacks, characterized in that each laying station (1-4;11-16) is assigned at least one transfer device which has a plurality of spatial degrees of freedom in different spatial directions and also a receiver for a workpiece layer to be transferred and a camera system and in that the laying line is driven continuously and the workpiece layers are designed such that they can be deposited continuously thereon or on workpiece layers previously deposited thereon and moved therewith in a properly aligned manner.
A process for producing a liquefied natural gas stream from an inlet gas feed stream, the process comprising the steps of: cooling at least a portion of the inlet gas feed stream by heat exchange contact with first and second expanded refrigerants, whereby a liquefied natural gas stream is produced, characterised in that the first and second expanded refrigerants are circulated in first and second independent refrigeration cycles respectively, wherein the first and second expanded refrigerants are circulated in a gas phase such that the first and second refrigeration cycles are gas phase refrigeration cycles. cooling at least a portion of the inlet gas feed stream by heat exchange contact with first and second expanded refrigerants, whereby a liquefied natural gas stream is produced, characterised in that the first and second expanded refrigerants are circulated in first and second independent refrigeration cycles respectively, wherein the first and second expanded refrigerants are circulated in a gas phase such that the first and second refrigeration cycles are gas phase refrigeration cycles.
A method for emitting fluorescence that can distinguish a target cell from non-target cells, comprising: removing a calcium ion from within a cell mass or a tissue containing the target cell, contacting the cell mass or the tissue with a fluorescent probe which emits fluorescence when contacted with or taken up into the target cell, and enabling the cell mass or the tissue from which the calcium ion was removed and which was contacted with the fluorescent probe to emit fluorescence, wherein the fluorescent probe that emits fluorescence when contacted with or taken up into the target cell is a fluorescent probe that emits fluorescence when reacted with an enzyme or iron ions contained in the target cell, wherein the removal of the calcium ion is performed by impregnating the cell mass or the tissue containing the target cell with a buffer solution containing a metal ion chelating agent or a buffer solution containing no calcium, wherein the method is performed ex vivo. removing a calcium ion from within a cell mass or a tissue containing the target cell, contacting the cell mass or the tissue with a fluorescent probe which emits fluorescence when contacted with or taken up into the target cell, and enabling the cell mass or the tissue from which the calcium ion was removed and which was contacted with the fluorescent probe to emit fluorescence, wherein the fluorescent probe that emits fluorescence when contacted with or taken up into the target cell is a fluorescent probe that emits fluorescence when reacted with an enzyme or iron ions contained in the target cell, wherein the removal of the calcium ion is performed by impregnating the cell mass or the tissue containing the target cell with a buffer solution containing a metal ion chelating agent or a buffer solution containing no calcium, wherein the method is performed ex vivo.
A laser machining method using: a head configured to variably make a shape of a radiation locus, which is the locus of motion of a radiation point, on a workpiece using laser; and a robot configured to cause the head to move, characterized by: obtaining attribute information indicating a distribution of an attribute of the workpiece in a machined area of the workpiece, and being a distribution of a thickness of the workpiece, a distribution associated with a surface state of the workpiece, and/or a distribution associated with a machining state of the workpiece; dividing the shape of the radiation locus into a plurality of divided areas based on the attribute information; and adjusting, based on the attribute information and in each of the plurality of divided areas, at least one of a locus velocity of the laser from the head and an output of the laser from the head. obtaining attribute information indicating a distribution of an attribute of the workpiece in a machined area of the workpiece, and being a distribution of a thickness of the workpiece, a distribution associated with a surface state of the workpiece, and/or a distribution associated with a machining state of the workpiece; dividing the shape of the radiation locus into a plurality of divided areas based on the attribute information; and adjusting, based on the attribute information and in each of the plurality of divided areas, at least one of a locus velocity of the laser from the head and an output of the laser from the head.
A method for detecting at least one target microorganism that may be present in a sample, comprising the steps of: a) bringing into contact, in a container: a liquid culture medium that enables the growth and detection of the target microorganism(s), said sample and a cell population capable of being lysed by the target microorganism(s); b) subjecting the whole to a temperature that promotes the growth and detection of the target microorganism(s); c) observing, in real time, lysis of the cell population in the liquid culture medium, indicating the presence of the target microorganism(s) or confirming said presence when said target microorganisms are detected when step b) has been completed. a) bringing into contact, in a container: a liquid culture medium that enables the growth and detection of the target microorganism(s), said sample and a cell population capable of being lysed by the target microorganism(s); b) subjecting the whole to a temperature that promotes the growth and detection of the target microorganism(s); c) observing, in real time, lysis of the cell population in the liquid culture medium, indicating the presence of the target microorganism(s) or confirming said presence when said target microorganisms are detected when step b) has been completed.
An optical device forming an outgoing electromagnetic wave from an incident electromagnetic wave, wherein the optical device comprises a unit cell, wherein the unit cell comprises: at least two optical elements; and a nanojet-based dielectric deflector enabling selective excitation of at least one optical element among the at least two optical elements, in response to the incident electromagnetic wave, wherein the excitation is a function of a wavelength of the incident electromagnetic wave, wherein the optical elements are placed at a distance from the nanojet-based dielectric deflector, characterized in that the nanojet-based dielectric deflector comprises at least one nanojet-based dielectric deflector compound of at least two dielectric materials having different refractive indexes, and wherein the nanojet-based dielectric deflector compound of at least two dielectric materials having different refractive indexes comprises at least a first part of dielectric material having a first refractive index n2, and a second part of dielectric material having a second refractive index n3, wherein the first part and the second part are embedded in a homogeneous dielectric host medium having a refractive index n1, and wherein n1 < n3 < n2. at least two optical elements; and a nanojet-based dielectric deflector enabling selective excitation of at least one optical element among the at least two optical elements, in response to the incident electromagnetic wave, wherein the excitation is a function of a wavelength of the incident electromagnetic wave, wherein the optical elements are placed at a distance from the nanojet-based dielectric deflector, characterized in that the nanojet-based dielectric deflector comprises at least one nanojet-based dielectric deflector compound of at least two dielectric materials having different refractive indexes, and wherein the nanojet-based dielectric deflector compound of at least two dielectric materials having different refractive indexes comprises at least a first part of dielectric material having a first refractive index n2, and a second part of dielectric material having a second refractive index n3, wherein the first part and the second part are embedded in a homogeneous dielectric host medium having a refractive index n1, and wherein n1 < n3 < n2.
A method for wireless communications by a wireless device, comprising: receiving an indication of an initial narrowband region within a wider system bandwidth; identifying one or more narrowband regions within the wider system bandwidth, based on an amount of available resources in the system bandwidth, wherein the identifying comprises determining the one or more narrowband regions according to a hopping pattern, wherein each hop according to the hopping pattern is based on at least the indication of the initial narrowband region; and communicating using at least one of the identified one or more narrowband regions. receiving an indication of an initial narrowband region within a wider system bandwidth; identifying one or more narrowband regions within the wider system bandwidth, based on an amount of available resources in the system bandwidth, wherein the identifying comprises determining the one or more narrowband regions according to a hopping pattern, wherein each hop according to the hopping pattern is based on at least the indication of the initial narrowband region; and communicating using at least one of the identified one or more narrowband regions.
A method of correcting ultrasound images, the method comprising: outputting an ultrasound signal to a target object and receiving an ultrasound echo signal corresponding to the output ultrasound signal; obtaining an mechanical index map indicating a correlation between depth values according to a travel direction of the ultrasound signal, and mechanical index values by the ultrasound signal; characterised in that it further comprises: obtaining a reverse mechanical index map by reversing the mechanical index map and adjusting a gain value of the ultrasound echo signal for each of the depth values by using the reverse mechanical index map, so that the mechanical index values, which are displayed on the mechanical index map to be a virtually constant mechanical index value with respect to the depth values. outputting an ultrasound signal to a target object and receiving an ultrasound echo signal corresponding to the output ultrasound signal; obtaining an mechanical index map indicating a correlation between depth values according to a travel direction of the ultrasound signal, and mechanical index values by the ultrasound signal; characterised in that it further comprises: obtaining a reverse mechanical index map by reversing the mechanical index map and adjusting a gain value of the ultrasound echo signal for each of the depth values by using the reverse mechanical index map, so that the mechanical index values, which are displayed on the mechanical index map to be a virtually constant mechanical index value with respect to the depth values. obtaining a reverse mechanical index map by reversing the mechanical index map and adjusting a gain value of the ultrasound echo signal for each of the depth values by using the reverse mechanical index map, so that the mechanical index values, which are displayed on the mechanical index map to be a virtually constant mechanical index value with respect to the depth values.
Injector nozzle for injection of a first fluid into a mixing zone, flowed through by a second fluid, with at least one nozzle opening whose through-flowable cross section is changeable via a closure body whose position is variable, wherein the closure body is situated on that side of the nozzle opening which is directed towards the mixing zone, wherein the through-flowable cross section between nozzle opening and closure body is formed by multiple channels, characterized in that each channel of the through-flowable cross section is assigned a separate closure-body vane.
A method of lasting an upper for an article of footwear, comprising: (a) providing a last, wherein the last comprises at least two parts (11a, 11b) that can be moved relative to each other such as to allow the last to be collapsed along a substantially longitudinal direction, wherein the last comprises at least one means for attaching a string configured to hold the string in a collapsed and in an extended state of the last; (b) providing an upper; (c) inserting the collapsed last into the upper; (d) attaching the upper to the means for attaching a string using at least one string; and (e) extending the last, wherein step (d) is performed before step (e). (a) providing a last, wherein the last comprises at least two parts (11a, 11b) that can be moved relative to each other such as to allow the last to be collapsed along a substantially longitudinal direction, wherein the last comprises at least one means for attaching a string configured to hold the string in a collapsed and in an extended state of the last; (b) providing an upper; (c) inserting the collapsed last into the upper; (d) attaching the upper to the means for attaching a string using at least one string; and (e) extending the last, wherein step (d) is performed before step (e).
A framing apparatus in which an image is mounted for display purposes, the framing apparatus comprising a first section being a first plate arranged to provide an upper continuous perimeter to the apparatus; a second section being a second plate arranged to provide a lower continuous perimeter to the apparatus, the second section located behind and spaced apart from the first section; and a supporting spacer being a continuous strip having a continuous wall affixed to and extending from a rear surface of the first section to an upper surface of the second section located between the first and second sections (12,14), the supporting spacer set back from an outer edge of the upper continuous perimeter of the framing apparatus and characterised in that there are studs on the face of the supporting spacer positioned at the center point and at geometrically significant points (40b, 40c) around the wall, the studs providing an alignment guide on the framing apparatus when the apparatus is hung on a wall.
Lighting and/or signalling module (10; 100) notably for a motor vehicle, comprising: - at least one reflector that is rotationally mobile about an axis under the effect of an actuator; - at least one first light source that is mounted fixedly relative to the actuator, the reflector and the first light source cooperating to fulfil a regulatory lighting and/or signalling function; characterized in that the reflector is formed on a face of a support secured to the axis, and in that the module (10; 100) comprises a second light source that is fixed relative to the first light source and that cooperates with at least one light guide (20, 120). - at least one reflector that is rotationally mobile about an axis under the effect of an actuator; - at least one first light source that is mounted fixedly relative to the actuator,
An antibody made against a member of the NME family for use in treating or preventing cancer in a subject, wherein the antibody is generated or selected for its ability to bind to a peptide as defined in any of SEQ ID NOS:141 to 145.
A method of receiving downlink control information in a wireless communication system that supports Device-to-Device, D2D, communication, the method comprising: receiving, by a terminal, downlink control information for D2D communication from a base station, wherein the downlink control information comprises a Physical Sidelink Shared Channel, PSSCH, resource allocation information for D2D data transmission, wherein the PSSCH resource allocation information comprises a Resource Indication Value, RIV, that indicates a start resource block of the PSSCH and a length of a resource block of the PSSCH, deriving, by the terminal, a Physical Sidelink Control Channel, PSCCH, resource for D2D control information transmission from the PSSCH resource allocation information, wherein deriving the PSCCH resource comprises determining a RIV table of the PSCCH according to the resource block number of the PSSCH, and determining the start resource block of the PSCCH and the length of the resource block of the PSCCH based on the determined RIV table. receiving, by a terminal, downlink control information for D2D communication from a base station, wherein the downlink control information comprises a Physical Sidelink Shared Channel, PSSCH, resource allocation information for D2D data transmission, wherein the PSSCH resource allocation information comprises a Resource Indication Value, RIV, that indicates a start resource block of the PSSCH and a length of a resource block of the PSSCH, deriving, by the terminal, a Physical Sidelink Control Channel, PSCCH, resource for D2D control information transmission from the PSSCH resource allocation information, wherein deriving the PSCCH resource comprises determining a RIV table of the PSCCH according to the resource block number of the PSSCH, and determining the start resource block of the PSCCH and the length of the resource block of the PSCCH based on the determined RIV table.
An apparatus for repairing a road surface, the apparatus comprising:- a delivery device having a plurality of inlets (14, 16, 18) and at least one exhaust; air delivery means for delivering a stream of air, having an airstream speed, to at least one first said inlet; aggregate delivery means operable in an active mode for delivering aggregate to said airstream via at least one second said inlet and in an inactive mode where aggregate is not delivered to said second inlet; adhesive delivery means operable in an active mode for delivering adhesive to said airstream via at least one third said inlet and in an inactive mode where adhesive is not delivered to said third inlet; and airstream speed adjustment means for varying airstream speed in response to at least one of the activation and deactivation of at least one of said aggregate delivery means and said adhesive delivery means; characterised in that the apparatus comprises an engine driven vehicle and in that said air delivery means comprise at least one variable displacement pump driving at least one hydraulic motor driving at least one blower. a delivery device having a plurality of inlets (14, 16, 18) and at least one exhaust; air delivery means for delivering a stream of air, having an airstream speed, to at least one first said inlet; aggregate delivery means operable in an active mode for delivering aggregate to said airstream via at least one second said inlet and in an inactive mode where aggregate is not delivered to said second inlet; adhesive delivery means operable in an active mode for delivering adhesive to said airstream via at least one third said inlet and in an inactive mode where adhesive is not delivered to said third inlet; and airstream speed adjustment means for varying airstream speed in response to at least one of the activation and deactivation of at least one of said aggregate delivery means and said adhesive delivery means; characterised in that the apparatus comprises an engine driven vehicle and in that said air delivery means comprise at least one variable displacement pump driving at least one hydraulic motor driving at least one blower.
An inhibitor for transcription factor RORγt function comprising a fusion protein consisting of a transcription modulating domain of transcription factor RORγt (Retinoic acid-related orphan receptor gamma t) and a protein transduction domain, wherein the TMD is the DNA-binding domain of RORγt; and wherein the sequence of the PTD is set out by SEQ. ID. No. 1.