mhurhangee/ep-ind-claims huggingface dataset:
Compound A for use in a method of treating a patient suffering from or susceptible to at least one symptom of abuse of, dependence on, or withdrawal from cocaine, wherein compound A is -5-Aminomethyl-1-(5,7-difluoro-1,2,3,4-tetrahydronaphth-2-yl)-2,3-dihydro-2-thioxo-1H-imidazole; -5-Aminomethyl-1-(5,7-difluoro-1,2,3,4-tetrahydronaphth-2-yl)-2,3-dihydro-2-thioxo-1H-imidazole; a pharmaceutically acceptable salt thereof; or a mixture thereof
An abrasion-resistant material for use in a working face of metallurgical furnace cooling elements comprising a body comprised of a first metal, the abrasion-resistant material comprising a macro-composite material comprising abrasion-resistant particles, wherein the body is provided with one or more internal cavities defining one or more internal coolant flow passages, the flow passages communicating with a coolant circulation system located outside the furnace through a plurality of coolant conduits having a length sufficient to extend through the furnace shell; wherein the abrasion-resistant particles have a hardness greater than a hardness of a second metal; wherein the abrasion-resistant particles are arranged in a substantially repeating, engineered configuration; wherein the substantially repeating, engineered configuration is infiltrated with a matrix comprised of the second metal; wherein the matrix of the second metal includes metal tendrils surrounding the abrasion-resistant particles in a front face area layer, wherein the tendrils extend in parallel toward the working face; wherein the metal tendrils are formed in gaps between the abrasion-resistant particles; and wherein the metal tendrils, which have relatively low thermal resistivity, each extend continuously towards the working face in between the abrasion-resistant particles, which have relatively high thermal resistivity, and furthermore extend continuously from the working face through the entire thickness of the facing layer, resembling resistors connected in parallel, where the total resistance is lower overall. wherein the body is provided with one or more internal cavities defining one or more internal coolant flow passages, the flow passages communicating with a coolant circulation system located outside the furnace through a plurality of coolant conduits having a length sufficient to extend through the furnace shell; wherein the abrasion-resistant particles have a hardness greater than a hardness of a second metal; wherein the abrasion-resistant particles are arranged in a substantially repeating, engineered configuration; wherein the substantially repeating, engineered configuration is infiltrated with a matrix comprised of the second metal; wherein the matrix of the second metal includes metal tendrils surrounding the abrasion-resistant particles in a front face area layer, wherein the tendrils extend in parallel toward the working face; wherein the metal tendrils are formed in gaps between the abrasion-resistant particles; and wherein the metal tendrils, which have relatively low thermal resistivity, each extend continuously towards the working face in between the abrasion-resistant particles, which have relatively high thermal resistivity, and furthermore extend continuously from the working face through the entire thickness of the facing layer, resembling resistors connected in parallel, where the total resistance is lower overall.
Method for the continuous production of sealing strips (1; 32; 33) from an endless sealing strip having an endless profile strand, preferably of sealing strips (1; 32; 33) for sealing openings that can be closed by means of a closing element, in particular in vehicle bodies, having the following method steps: a) Extruding the endless profile strand, b) Checking the endless sealing strip for surface and contour defects in a surface and contour inspection station and recording the length position of the surface and contour defects found on the endless sealing strip, wherein individual finished part sealing strips and/or rolled goods sealing strips (1; 33) wound onto a supply roll are produced from the checked endless sealing strip, wherein length markings are applied to the endless sealing strip at regular intervals, wherein a code is applied as the length marking, and wherein the endless sealing strip is divided into individual sealing strip sections by means of the length markings, characterized in that the method is controlled by a control device, and for subdivision as length markings a start code, an end code and length codes in between are applied, wherein the length codes each comprise information about the length of the endless sealing strip from the start code, the start code marks the beginning of a sealing strip section and the end code marks the end of the sealing strip section. a) Extruding the endless profile strand, b) Checking the endless sealing strip for surface and contour defects in a surface and contour inspection station and recording the length position of the surface and contour defects found on the endless sealing strip, wherein individual finished part sealing strips and/or rolled goods sealing strips (1; 33) wound onto a supply roll are produced from the checked endless sealing strip, wherein length markings are applied to the endless sealing strip at regular intervals, wherein a code is applied as the length marking, and wherein the endless sealing strip is divided into individual sealing strip sections by means of the length markings, characterized in that the method is controlled by a control device, and for subdivision as length markings a start code, an end code and length codes in between are applied, wherein the length codes each comprise information about the length of the endless sealing strip from the start code, the start code marks the beginning of a sealing strip section and the end code marks the end of the sealing strip section.
A tire (10, 40, 50, 60, 70), comprising: a circular tire frame member that is formed from a resin material and that includes a bead portion, a side portion continuous with a tire radial direction outer side of the bead portion, and a crown portion continuous with a tire width direction inner side of the side portion; a reinforcing layer (28, 52, 62) that is provided at a tire radial direction outer side of the crown portion, and that is formed by covering, with rubber (25, 27, 57), a reinforcing cord (26, 56) extending in a direction intersecting the tire width direction; and a housing recess (32, 42, 58, 64) that is formed in the crown portion, and that extends in a tire circumferential direction, with at least an inner circumferential portion (28A, 52A) of the reinforcing layer (28, 52, 62) being housed in the housing recess (32, 42, 58, 64) and with side faces of the reinforcing layer (28, 52, 62) contacting recess wall faces (32A, 58A, 64A) on both tire width direction sides of the housing recess (32, 42, 58, 64), characterized in that the tire (10, 40, 50, 60, 70) further comprises a cover layer that is formed by covering a plurality of cover cords with rubber (25, 27, 57), that extends from the bead portion to the side portion, and that covers an outer face of the side portion. a circular tire frame member that is formed from a resin material and that includes a bead portion, a side portion continuous with a tire radial direction outer side of the bead portion, and a crown portion continuous with a tire width direction inner side of the side portion; a reinforcing layer (28, 52, 62) that is provided at a tire radial direction outer side of the crown portion, and that is formed by covering, with rubber (25, 27, 57), a reinforcing cord (26, 56) extending in a direction intersecting the tire width direction; and a housing recess (32, 42, 58, 64) that is formed in the crown portion, and that extends in a tire circumferential direction, with at least an inner circumferential portion (28A, 52A) of the reinforcing layer (28, 52, 62) being housed in the housing recess (32, 42, 58, 64) and with side faces of the reinforcing layer (28, 52, 62) contacting recess wall faces (32A, 58A, 64A) on both tire width direction sides of the housing recess (32, 42, 58, 64), characterized in that the tire (10, 40, 50, 60, 70) further comprises a cover layer that is formed by covering a plurality of cover cords with rubber (25, 27, 57), that extends from the bead portion to the side portion, and that covers an outer face of the side portion.
A multi copter comprising: a fuselage (100; 200; 300; 402; 500; 600; 700), a plurality of rotors, and a float (312, 320; 426, 428; 502, 514, 520, 532; 904), wherein the plurality of rotors comprises inner rotors and outer rotors, wherein the inner rotors are coupled to a top surface of the float, characterised in that the inner rotors are disposed between the fuselage and the outer rotors, and in that each of the inner rotors is at least partially surrounded by one or more other inner rotors, the fuselage, and one or more outer rotors. a fuselage (100; 200; 300; 402; 500; 600; 700), a plurality of rotors, and a float (312, 320; 426, 428; 502, 514, 520, 532; 904), wherein the plurality of rotors comprises inner rotors and outer rotors, wherein the inner rotors are coupled to a top surface of the float, characterised in that the inner rotors are disposed between the fuselage and the outer rotors, and in that each of the inner rotors is at least partially surrounded by one or more other inner rotors, the fuselage, and one or more outer rotors.
A method for determining in a female subject the uterine receptivity profile during uterine implantation window, comprising: determining on an endometrial sample the endometrial state by measuring: - in a first step, the uterine NK (uNK) cells activity state, wherein said uNK cells activity state is determined by measuring IL-18 and Tweak expression, calculating an IL-18/Tweak ratio value and comparing said value to a reference value; and - in a second step, the uNK cells recruitment and maturation state, wherein said uNK cells recruitment is determined by quantifying the number of CD56+ uNK cells and/or measuring CD56 expression and comparing said value(s) to reference value(s), and wherein said uNK cells maturation state is determined by measuring IL-15 and Fnl4 expression, calculating an IL-15/Fnl4 ratio value and comparing said value to a reference value; thereby determining an endometrial state which is indicative of an appropriate or inappropriate uterine receptivity profile. determining on an endometrial sample the endometrial state by measuring: - in a first step, the uterine NK (uNK) cells activity state, wherein said uNK cells activity state is determined by measuring IL-18 and Tweak expression, calculating an IL-18/Tweak ratio value and comparing said value to a reference value; and - in a second step, the uNK cells recruitment and maturation state, wherein said uNK cells recruitment is determined by quantifying the number of CD56+ uNK cells and/or measuring CD56 expression and comparing said value(s) to reference value(s), and wherein said uNK cells maturation state is determined by measuring IL-15 and Fnl4 expression, calculating an IL-15/Fnl4 ratio value and comparing said value to a reference value; - in a first step, the uterine NK (uNK) cells activity state, wherein said uNK cells activity state is determined by measuring IL-18 and Tweak expression, calculating an IL-18/Tweak ratio value and comparing said value to a reference value; and - in a second step, the uNK cells recruitment and maturation state, wherein said uNK cells recruitment is determined by quantifying the number of CD56+ uNK cells and/or measuring CD56 expression and comparing said value(s) to reference value(s), and wherein said uNK cells maturation state is determined by measuring IL-15 and Fnl4 expression, calculating an IL-15/Fnl4 ratio value and comparing said value to a reference value; thereby determining an endometrial state which is indicative of an appropriate or inappropriate uterine receptivity profile.
A method of discovering availability of information related to an external network in a wireless local area network, the method comprising: generating, by a requesting station, an advertisement request information for requesting retrieval of information related to a media independent handover, MIH, information service from an information service, IS, server of the external network; transmitting, by the requesting station, a probe request message including the advertisement request information to an access point with which the requesting station does not associate; receiving, by the requesting station, a probe response message in response to the probe request message from the access point, the probe response message including a status code and address information for multicast to the requesting station, the status code indicating that the access point provides information requested through the probe request message; receiving, by the requesting station, a query response message from the access point via the address information for multicast, the query response message including a fragmentation field indicating that a query response which the responding station receives from the IS server is fragmented; receiving, by the requesting station, at least one fragmentation response message from the access point via the address information for multicast, the at least one fragmentation response message including either all or a fragment of the query response, wherein each fragmentation response message includes information indicating whether there are more fragments of the query response to be transmitted. generating, by a requesting station, an advertisement request information for requesting retrieval of information related to a media independent handover, MIH, information service from an information service, IS, server of the external network; transmitting, by the requesting station, a probe request message including the advertisement request information to an access point with which the requesting station does not associate; receiving, by the requesting station, a probe response message in response to the probe request message from the access point, the probe response message including a status code and address information for multicast to the requesting station, the status code indicating that the access point provides information requested through the probe request message; receiving, by the requesting station, a query response message from the access point via the address information for multicast, the query response message including a fragmentation field indicating that a query response which the responding station receives from the IS server is fragmented; receiving, by the requesting station, at least one fragmentation response message from the access point via the address information for multicast, the at least one fragmentation response message including either all or a fragment of the query response, wherein each fragmentation response message includes information indicating whether there are more fragments of the query response to be transmitted.
A polymeric matrix for oral administration with modified release, comprising coated particles of active substance in the form of powder, the particles being directly covered with a release regulating membrane as the coating, wherein inert cores or supports in the particles are eliminated, the particles each have a core composed of only the active substance and omitting all inert substances, the coated particles have a size, together with the coating thereon, between about 790 microns and about 425 microns, the active substance is thioctic acid, and the release regulating membrane comprises ethylcellulose with talc and/or maize starch, wherein weight ratio of active core to coating in each granule is from about 6:1 to about 1:1.
A ski boot comprising a rigid shell which is shaped so as to accommodate the foot of the user and has a lower part structured so to couple/bind in a rigid and stable, though easily releasable, manner to a ski binding device, and a rigid cuff which is shaped so as to enclose the ankle of the user and is hinged on the shell so as to be able to rotate about a rotation axis substantially perpendicular to the midplane of the boot and locally substantially coincident with the articulation axis of the ankle of the user; the shell in turn comprising a substantially basin-shaped rigid casing which is shaped so as to accommodate the foot of the user, and a front sole and a rear heel which are located on the lower wall of said rigid casing; the ski boot being characterized in that the lower part of the shell incorporating the front sole is shaped substantially like the bowl of a spoon, so as to define a front ground-resting surface with an arched profile at least orthogonally to the midplane of the boot; and in that the lower part of the shell incorporating the rear heel is substantially flat, so as to define a rear ground-resting surface which is substantially flat and locally substantially perpendicular to the midplane of the boot.
A device for processing laser material comprising: at least two laser beam sources (2a-2c) which emit laser beams (5a-5c) of different wavelengths, beam imaging devices (3a-3c) which are assigned to the laser beam sources (2a-2c) respectively and are configured to adjust the beam paths of the respective laser beams (5a-5c) appropriately, a beam superimposing device which is designed to superimpose the laser beams (5a-5c) onto one another, a projection lens, which is configured to display the superimposed laser beams (5a-5c) onto a workpiece in such a way that respective focal points are assigned to the laser beams (5a-5c) in the focus of the projection lens on the workpiece, electronic control devices (4a-4c) which are designed to vary the powers of the respective laser beams (5a-5c) differently, so that the intensities of the respective focal points are varied in a prespecified manner in the focus of the projection lens, characterised in that the beam imaging devices display the laser beams (5a-5c) on the respective focal points in a predetermined arrangement which can be varied by means of the beam imaging devices (3a-3c). at least two laser beam sources (2a-2c) which emit laser beams (5a-5c) of different wavelengths, beam imaging devices (3a-3c) which are assigned to the laser beam sources (2a-2c) respectively and are configured to adjust the beam paths of the respective laser beams (5a-5c) appropriately, a beam superimposing device which is designed to superimpose the laser beams (5a-5c) onto one another, a projection lens, which is configured to display the superimposed laser beams (5a-5c) onto a workpiece in such a way that respective focal points are assigned to the laser beams (5a-5c) in the focus of the projection lens on the workpiece, electronic control devices (4a-4c) which are designed to vary the powers of the respective laser beams (5a-5c) differently, so that the intensities of the respective focal points are varied in a prespecified manner in the focus of the projection lens, characterised in that the beam imaging devices display the laser beams (5a-5c) on the respective focal points in a predetermined arrangement which can be varied by means of the beam imaging devices (3a-3c).
Device for keeping animals, in particular an animal stall for keeping poultry, including a support frame and at least one animal holding area build on the support frame, characterized in that rails of a rail guide are constructed on the far side of the support frame from the animal holding area, fixed guide bodies of the rail guide are attached to each rail and the rails are supported movably thereon, and the fixed guide bodies attached to a rail are arranged in alignment and at predetermined distances one behind the other in the longitudinal extension of the respective rail on a base, on which the device is to be erected, wherein the guide bodies form a bearing surface for the support frame.
A tensioning module, in particular a neutral point tensioning module, having a base body, having a boltlike protrusion toward the base body for engagement with a tension ring, having at least two tensioning slides guided in the radial direction relative to a center longitudinal axis that are shiftable into a radially outer locking position for locking the tension ring to the base body and into a radially inner release position for releasing the tension ring, and having in particular a shiftable actuator actuating the tensioning slide, wherein for motion coupling of the tensioning slide to the actuator, the actuator or the tensioning slides have guide grooves (46, 48) that are located in planes (42, 44) extending in the direction of motion of the tensioning slides and are embodied as extending symmetrically relative to the center longitudinal axis; wherein guide cams (50, 52) engaging the guide grooves (46, 48) at the tensioning slides or the actuator are provided; wherein the tensioning slides each have a radially outer function portion and a radially inner function portion, and the radially inner function portion extends laterally beside the center longitudinal axis and is embodied on the side toward the actuator as more slender than the radially outer function portion; and wherein the radially inner function portion is provided there with the guide cam (50, 52) or the guide groove (46, 48).
A method, comprising: determining a preamble, at least a portion of which is unique to one or more user equipment for a device-to-device communication of one or more subframes on a band; and performing the device-to-device communication of the one or more subframes comprising the preamble on the band; characterized by, wherein an indication of the portion is received from a base station prior to the performing the device-to-device communication. determining a preamble, at least a portion of which is unique to one or more user equipment for a device-to-device communication of one or more subframes on a band; and performing the device-to-device communication of the one or more subframes comprising the preamble on the band; characterized by, wherein an indication of the portion is received from a base station prior to the performing the device-to-device communication.
A hot press-formed product, comprising a thin steel sheet formed by a hot press-forming method, and having a metallic structure consisting of retained austenite at 3% to 20% by volume, annealed martensite or annealed bainite at 30% to 97% by volume, and as-quenched martensite at 0% to 67% by volume, wherein the hot press-formed product has a chemical element composition consisting of: C at 0.1% to 0.3%, where "%" means "% by mass", and the same applies to the below with respect to the chemical element composition: Si at 0.5% to 3%; Mn at 0.5% to 2%; P at 0.05% or lower, not including 0%; S at 0.05% or lower, not including 0%; Al at 0.01% to 0.1%; N at 0.001% to 0.01%; optionally B at 0.01% or lower and Ti at 0.1% or lower; optionally one or more selected from the group consisting of Cu, Ni, Cr, and Mo at 1% or lower in total; and optionally V and/or Nb at 0.1% or lower in total, and the remainder consisting of iron and unavoidable impurities. C at 0.1% to 0.3%, where "%" means "% by mass", and the same applies to the below with respect to the chemical element composition: Si at 0.5% to 3%; Mn at 0.5% to 2%; P at 0.05% or lower, not including 0%; S at 0.05% or lower, not including 0%; Al at 0.01% to 0.1%; N at 0.001% to 0.01%; optionally B at 0.01% or lower and Ti at 0.1% or lower; optionally one or more selected from the group consisting of Cu, Ni, Cr, and Mo at 1% or lower in total; and optionally V and/or Nb at 0.1% or lower in total, and the remainder consisting of iron and unavoidable impurities. Si at 0.5% to 3%; Mn at 0.5% to 2%; P at 0.05% or lower, not including 0%; S at 0.05% or lower, not including 0%; Al at 0.01% to 0.1%; N at 0.001% to 0.01%; optionally B at 0.01% or lower and Ti at 0.1% or lower; optionally one or more selected from the group consisting of Cu, Ni, Cr, and Mo at 1% or lower in total; and optionally V and/or Nb at 0.1% or lower in total, and the remainder consisting of iron and unavoidable impurities.